From e1ab822b7dc78e30b1e194273f28d42f70431a55 Mon Sep 17 00:00:00 2001
From: Blake Kaufman <68204898+BlakeKaufman@users.noreply.github.com>
Date: Tue, 30 Jun 2026 07:22:29 -0400
Subject: [PATCH] Fix balance issue (#981)

* get fresh balance on load

* improve balance version matchup + unbounded debounce

* bump to 50

* using sdk balance event

* bumping sdk

* fixing minor bugs

* remove uneeded log

* fixing border radius

* lower to 50 txs
---
 .../functions/lrc20/cachedTokens.test.js      |  84 ++++
 __tests__/functions/pollingManager.test.js    |  51 +++
 android/app/src/main/assets/sparkContext.html |   4 +-
 .../homeLightning/halfModalOtherOptions.js    |   2 +-
 app/functions/initiateWalletConnection.js     |  22 +-
 app/functions/lrc20/cachedTokens.js           |  15 +
 app/functions/pollingManager.js               |  30 +-
 app/functions/spark/balanceSnapshots.js       |  14 +-
 context-store/sparkContext.js                 | 399 ++++++++++++++----
 context-store/webViewContext.js               |  89 ++--
 package.json                                  |   2 +-
 yarn.lock                                     |   8 +-
 12 files changed, 599 insertions(+), 121 deletions(-)
 create mode 100644 __tests__/functions/lrc20/cachedTokens.test.js
 create mode 100644 __tests__/functions/pollingManager.test.js

diff --git a/__tests__/functions/lrc20/cachedTokens.test.js b/__tests__/functions/lrc20/cachedTokens.test.js
new file mode 100644
index 00000000..68f6c24f
--- /dev/null
+++ b/__tests__/functions/lrc20/cachedTokens.test.js
@@ -0,0 +1,84 @@
+// mergeAndCacheTokens lets the token-balance:update handler update the token map
+// from the event payload (the SDK's full getTokenBalanceMap()) without a second
+// balance read. These tests pin the two properties the handler relies on:
+//   1. live token balances are normalized to Number (string or BigInt input),
+//   2. a token absent from the new full map is zeroed (proving the payload is
+//      treated as authoritative, not merged additively).
+jest.mock('../../../app/functions/localStorage', () => {
+  const store = {};
+  return {
+    getLocalStorageItem: jest.fn(async key =>
+      key in store ? store[key] : null,
+    ),
+    setLocalStorageItem: jest.fn(async (key, val) => {
+      store[key] = val;
+    }),
+    __reset: () => {
+      for (const key of Object.keys(store)) delete store[key];
+    },
+  };
+});
+
+const localStorage = require('../../../app/functions/localStorage');
+const {
+  mergeAndCacheTokens,
+} = require('../../../app/functions/lrc20/cachedTokens');
+
+const MNEMONIC = 'test mnemonic';
+
+const tokenEntry = (balance, maxSupply) => ({
+  tokenMetadata: { maxSupply, name: 'TKN' },
+  balance,
+});
+
+describe('mergeAndCacheTokens', () => {
+  beforeEach(() => {
+    localStorage.__reset();
+  });
+
+  it('normalizes string balances from the WebView payload to Number', async () => {
+    const merged = await mergeAndCacheTokens(
+      { btknAAA: tokenEntry('500', '1000') },
+      MNEMONIC,
+    );
+
+    expect(merged.btknAAA.balance).toBe(500);
+    expect(merged.btknAAA.tokenMetadata.maxSupply).toBe(1000);
+    expect(typeof merged.btknAAA.balance).toBe('number');
+  });
+
+  it('normalizes BigInt balances from the native payload to Number', async () => {
+    const merged = await mergeAndCacheTokens(
+      { btknAAA: tokenEntry(500n, 1000n) },
+      MNEMONIC,
+    );
+
+    expect(merged.btknAAA.balance).toBe(500);
+    expect(merged.btknAAA.tokenMetadata.maxSupply).toBe(1000);
+  });
+
+  it('zeroes a previously held token absent from the new full map', async () => {
+    await mergeAndCacheTokens(
+      {
+        btknAAA: tokenEntry('500', '1000'),
+        btknBBB: tokenEntry('200', '1000'),
+      },
+      MNEMONIC,
+    );
+
+    // Next event reports only btknAAA — btknBBB must be retained but zeroed,
+    // never left at its stale balance.
+    const merged = await mergeAndCacheTokens(
+      { btknAAA: tokenEntry('700', '1000') },
+      MNEMONIC,
+    );
+
+    expect(merged.btknAAA.balance).toBe(700);
+    expect(merged.btknBBB.balance).toBe(0);
+  });
+
+  it('returns an empty map and writes nothing harmful for an empty payload', async () => {
+    const merged = await mergeAndCacheTokens({}, MNEMONIC);
+    expect(merged).toEqual({});
+  });
+});
diff --git a/__tests__/functions/pollingManager.test.js b/__tests__/functions/pollingManager.test.js
new file mode 100644
index 00000000..e48f7cce
--- /dev/null
+++ b/__tests__/functions/pollingManager.test.js
@@ -0,0 +1,51 @@
+// getBalanceWithTimeout wraps getSparkBalance in a hard timeout so a read that
+// never settles (e.g. a WebView request whose timeout is neutered while the app
+// is backgrounded) can't park the balance supervisor's await forever — which
+// would wedge the entire balance lane (its running guard is only cleared in the
+// supervisor's finally).
+jest.mock('../../app/functions/spark', () => ({
+  getSparkBalance: jest.fn(),
+}));
+
+jest.mock('../../app/functions/spark/restore', () => ({
+  fullRestoreSparkState: jest.fn(),
+}));
+
+const { getSparkBalance } = require('../../app/functions/spark');
+const { getBalanceWithTimeout } = require('../../app/functions/pollingManager');
+
+describe('getBalanceWithTimeout', () => {
+  afterEach(() => {
+    jest.clearAllMocks();
+    jest.useRealTimers();
+  });
+
+  it('returns the real balance when the read resolves before the timeout', async () => {
+    getSparkBalance.mockResolvedValue({ didWork: true, balance: 42 });
+    await expect(getBalanceWithTimeout('mnemonic', 1000)).resolves.toEqual({
+      didWork: true,
+      balance: 42,
+    });
+  });
+
+  it('resolves to didWork:false when the read hangs past the timeout', async () => {
+    jest.useFakeTimers();
+    // Never resolves — simulates a hung/neutered WebView read.
+    getSparkBalance.mockReturnValue(new Promise(() => {}));
+
+    const promise = getBalanceWithTimeout('mnemonic', 1000);
+    jest.advanceTimersByTime(1000);
+
+    await expect(promise).resolves.toEqual({ didWork: false });
+  });
+
+  it('resolves to didWork:false when the read rejects', async () => {
+    // getSparkBalance swallows its own errors today, but if a throw ever
+    // escapes the race the wrapper must still honor its {didWork} contract so
+    // callers (e.g. applyIncomingPaymentSnapshot) never dereference undefined.
+    getSparkBalance.mockRejectedValue(new Error('boom'));
+    await expect(getBalanceWithTimeout('mnemonic', 1000)).resolves.toEqual({
+      didWork: false,
+    });
+  });
+});
diff --git a/android/app/src/main/assets/sparkContext.html b/android/app/src/main/assets/sparkContext.html
index 3b210b1b..5fbb89e0 100644
--- a/android/app/src/main/assets/sparkContext.html
+++ b/android/app/src/main/assets/sparkContext.html
@@ -1,5 +1,5 @@
 <!doctype html><html><head>
-<meta http-equiv="Content-Security-Policy" content="default-src 'none'; script-src 'self' 'nonce-__INJECT_NONCE__' 'wasm-unsafe-eval' 'sha256-CpEqC3JZHwmZuGH/1CuuNqFZ5lMmw/PlfEPi8DUB94U=' 'sha256-32Ho5n+hwHcbKk3O+M7KwzDy3ZY/esDaNzwo/4musRo='; connect-src 'self' https: wss:; object-src 'none'; frame-ancestors 'none'; block-all-mixed-content">
+<meta http-equiv="Content-Security-Policy" content="default-src 'none'; script-src 'self' 'nonce-__INJECT_NONCE__' 'wasm-unsafe-eval' 'sha256-CpEqC3JZHwmZuGH/1CuuNqFZ5lMmw/PlfEPi8DUB94U=' 'sha256-uDPxA6gfU6B4MRtMVL7np96e+aHS4l4hymKmSczUJzU='; connect-src 'self' https: wss:; object-src 'none'; frame-ancestors 'none'; block-all-mixed-content">
 <script nonce="__INJECT_NONCE__">
 (function () {
   const thisScript = document.currentScript;
@@ -13,4 +13,4 @@
 })();
 </script>
 <meta charset="utf-8"><title>Webpack App</title><meta name="viewport" content="width=device-width,initial-scale=1"><script>/*! For license information please see index.js.LICENSE.txt */
-(()=>{var A,I,g,C,B={22:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.polyval=I.ghash=void 0,I._toGHASHKey=t;const C=g(6527),B=16,i=new Uint8Array(16),Q=(0,C.u32)(i),e=(A,I,g,C)=>({s3:g<<31|C>>>1,s2:I<<31|g>>>1,s1:A<<31|I>>>1,s0:A>>>1^225<<24&-(1&C)}),E=A=>(A>>>0&255)<<24|(A>>>8&255)<<16|(A>>>16&255)<<8|A>>>24&255;function t(A){A.reverse();const I=1&A[15];let g=0;for(let I=0;I<A.length;I++){const C=A[I];A[I]=C>>>1|g,g=(1&C)<<7}return A[0]^=225&-I,A}class o{constructor(A,I){this.blockLen=B,this.outputLen=B,this.s0=0,this.s1=0,this.s2=0,this.s3=0,this.finished=!1,A=(0,C.toBytes)(A),(0,C.abytes)(A,16);const g=(0,C.createView)(A);let i=g.getUint32(0,!1),Q=g.getUint32(4,!1),t=g.getUint32(8,!1),o=g.getUint32(12,!1);const n=[];for(let A=0;A<128;A++)n.push({s0:E(i),s1:E(Q),s2:E(t),s3:E(o)}),({s0:i,s1:Q,s2:t,s3:o}=e(i,Q,t,o));const a=(s=I||1024)>65536?8:s>1024?4:2;var s;if(![1,2,4,8].includes(a))throw new Error("ghash: invalid window size, expected 2, 4 or 8");this.W=a;const r=128/a,c=this.windowSize=2**a,D=[];for(let A=0;A<r;A++)for(let I=0;I<c;I++){let g=0,C=0,B=0,i=0;for(let Q=0;Q<a;Q++){if(!(I>>>a-Q-1&1))continue;const{s0:e,s1:E,s2:t,s3:o}=n[a*A+Q];g^=e,C^=E,B^=t,i^=o}D.push({s0:g,s1:C,s2:B,s3:i})}this.t=D}_updateBlock(A,I,g,C){A^=this.s0,I^=this.s1,g^=this.s2,C^=this.s3;const{W:B,t:i,windowSize:Q}=this;let e=0,E=0,t=0,o=0;const n=(1<<B)-1;let a=0;for(const s of[A,I,g,C])for(let A=0;A<4;A++){const I=s>>>8*A&255;for(let A=8/B-1;A>=0;A--){const g=I>>>B*A&n,{s0:C,s1:s,s2:r,s3:c}=i[a*Q+g];e^=C,E^=s,t^=r,o^=c,a+=1}}this.s0=e,this.s1=E,this.s2=t,this.s3=o}update(A){(0,C.aexists)(this),A=(0,C.toBytes)(A),(0,C.abytes)(A);const I=(0,C.u32)(A),g=Math.floor(A.length/B),e=A.length%B;for(let A=0;A<g;A++)this._updateBlock(I[4*A+0],I[4*A+1],I[4*A+2],I[4*A+3]);return e&&(i.set(A.subarray(g*B)),this._updateBlock(Q[0],Q[1],Q[2],Q[3]),(0,C.clean)(Q)),this}destroy(){const{t:A}=this;for(const I of A)I.s0=0,I.s1=0,I.s2=0,I.s3=0}digestInto(A){(0,C.aexists)(this),(0,C.aoutput)(A,this),this.finished=!0;const{s0:I,s1:g,s2:B,s3:i}=this,Q=(0,C.u32)(A);return Q[0]=I,Q[1]=g,Q[2]=B,Q[3]=i,A}digest(){const A=new Uint8Array(B);return this.digestInto(A),this.destroy(),A}}class n extends o{constructor(A,I){A=(0,C.toBytes)(A),(0,C.abytes)(A);const g=t((0,C.copyBytes)(A));super(g,I),(0,C.clean)(g)}update(A){A=(0,C.toBytes)(A),(0,C.aexists)(this);const I=(0,C.u32)(A),g=A.length%B,e=Math.floor(A.length/B);for(let A=0;A<e;A++)this._updateBlock(E(I[4*A+3]),E(I[4*A+2]),E(I[4*A+1]),E(I[4*A+0]));return g&&(i.set(A.subarray(e*B)),this._updateBlock(E(Q[3]),E(Q[2]),E(Q[1]),E(Q[0])),(0,C.clean)(Q)),this}digestInto(A){(0,C.aexists)(this),(0,C.aoutput)(A,this),this.finished=!0;const{s0:I,s1:g,s2:B,s3:i}=this,Q=(0,C.u32)(A);return Q[0]=I,Q[1]=g,Q[2]=B,Q[3]=i,A.reverse()}}function a(A){const I=(I,g)=>A(g,I.length).update((0,C.toBytes)(I)).digest(),g=A(new Uint8Array(16),0);return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=(I,g)=>A(I,g),I}I.ghash=a((A,I)=>new o(A,I)),I.polyval=a((A,I)=>new n(A,I))},91:function(A,I,g){"use strict";var C=this&&this.__createBinding||(Object.create?function(A,I,g,C){void 0===C&&(C=g);var B=Object.getOwnPropertyDescriptor(I,g);B&&!("get"in B?!I.__esModule:B.writable||B.configurable)||(B={enumerable:!0,get:function(){return I[g]}}),Object.defineProperty(A,C,B)}:function(A,I,g,C){void 0===C&&(C=g),A[C]=I[g]}),B=this&&this.__exportStar||function(A,I){for(var g in A)"default"===g||Object.prototype.hasOwnProperty.call(I,g)||C(I,A,g)};Object.defineProperty(I,"__esModule",{value:!0}),B(g(2774),I),B(g(2421),I),B(g(7395),I),B(g(8105),I),B(g(3652),I),B(g(6776),I),B(g(4236),I),B(g(6524),I),B(g(5972),I),B(g(7640),I),B(g(4092),I)},139:(A,I,g)=>{"use strict";I.D=void 0;const C=g(1475),B=g(91),i=[B.Status.UNKNOWN,B.Status.INTERNAL,B.Status.UNAVAILABLE,B.Status.CANCELLED];I.D=async function*(A,I){var g;const{idempotencyLevel:Q}=A.method.options,e="IDEMPOTENT"===Q||"NO_SIDE_EFFECTS"===Q,{retry:E=e,retryBaseDelayMs:t=1e3,retryMaxDelayMs:o=3e4,retryMaxAttempts:n=1,onRetryableError:a,retryableStatuses:s=i,...r}=I;if(A.requestStream||A.responseStream||!E)return yield*A.next(A.request,r);const c=null!==(g=I.signal)&&void 0!==g?g:(new AbortController).signal;for(let I=0;;I++)try{return yield*A.next(A.request,r)}catch(A){if((0,C.rethrowAbortError)(A),I>=n||!(A instanceof B.ClientError)||!s.includes(A.code))throw A;const g=Math.min(o,Math.pow(2,I)*t),i=Math.round(g*(1+Math.random())/2);null==a||a(A,I,i),await(0,C.delay)(c,i)}}},169:(A,I,g)=>{"use strict";g.r(I),g.d(I,{default:()=>B});var C=null;"undefined"!=typeof WebSocket?C=WebSocket:"undefined"!=typeof MozWebSocket?C=MozWebSocket:void 0!==g.g?C=g.g.WebSocket||g.g.MozWebSocket:"undefined"!=typeof window?C=window.WebSocket||window.MozWebSocket:"undefined"!=typeof self&&(C=self.WebSocket||self.MozWebSocket);const B=C},213:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.asyncIterableOf=async function*(A){yield A}},228:A=>{"use strict";var I=Object.prototype.hasOwnProperty,g="~";function C(){}function B(A,I,g){this.fn=A,this.context=I,this.once=g||!1}function i(A,I,C,i,Q){if("function"!=typeof C)throw new TypeError("The listener must be a function");var e=new B(C,i||A,Q),E=g?g+I:I;return A._events[E]?A._events[E].fn?A._events[E]=[A._events[E],e]:A._events[E].push(e):(A._events[E]=e,A._eventsCount++),A}function Q(A,I){0===--A._eventsCount?A._events=new C:delete A._events[I]}function e(){this._events=new C,this._eventsCount=0}Object.create&&(C.prototype=Object.create(null),(new C).__proto__||(g=!1)),e.prototype.eventNames=function(){var A,C,B=[];if(0===this._eventsCount)return B;for(C in A=this._events)I.call(A,C)&&B.push(g?C.slice(1):C);return Object.getOwnPropertySymbols?B.concat(Object.getOwnPropertySymbols(A)):B},e.prototype.listeners=function(A){var I=g?g+A:A,C=this._events[I];if(!C)return[];if(C.fn)return[C.fn];for(var B=0,i=C.length,Q=new Array(i);B<i;B++)Q[B]=C[B].fn;return Q},e.prototype.listenerCount=function(A){var I=g?g+A:A,C=this._events[I];return C?C.fn?1:C.length:0},e.prototype.emit=function(A,I,C,B,i,Q){var e=g?g+A:A;if(!this._events[e])return!1;var E,t,o=this._events[e],n=arguments.length;if(o.fn){switch(o.once&&this.removeListener(A,o.fn,void 0,!0),n){case 1:return o.fn.call(o.context),!0;case 2:return o.fn.call(o.context,I),!0;case 3:return o.fn.call(o.context,I,C),!0;case 4:return o.fn.call(o.context,I,C,B),!0;case 5:return o.fn.call(o.context,I,C,B,i),!0;case 6:return o.fn.call(o.context,I,C,B,i,Q),!0}for(t=1,E=new Array(n-1);t<n;t++)E[t-1]=arguments[t];o.fn.apply(o.context,E)}else{var a,s=o.length;for(t=0;t<s;t++)switch(o[t].once&&this.removeListener(A,o[t].fn,void 0,!0),n){case 1:o[t].fn.call(o[t].context);break;case 2:o[t].fn.call(o[t].context,I);break;case 3:o[t].fn.call(o[t].context,I,C);break;case 4:o[t].fn.call(o[t].context,I,C,B);break;default:if(!E)for(a=1,E=new Array(n-1);a<n;a++)E[a-1]=arguments[a];o[t].fn.apply(o[t].context,E)}}return!0},e.prototype.on=function(A,I,g){return i(this,A,I,g,!1)},e.prototype.once=function(A,I,g){return i(this,A,I,g,!0)},e.prototype.removeListener=function(A,I,C,B){var i=g?g+A:A;if(!this._events[i])return this;if(!I)return Q(this,i),this;var e=this._events[i];if(e.fn)e.fn!==I||B&&!e.once||C&&e.context!==C||Q(this,i);else{for(var E=0,t=[],o=e.length;E<o;E++)(e[E].fn!==I||B&&!e[E].once||C&&e[E].context!==C)&&t.push(e[E]);t.length?this._events[i]=1===t.length?t[0]:t:Q(this,i)}return this},e.prototype.removeAllListeners=function(A){var I;return A?(I=g?g+A:A,this._events[I]&&Q(this,I)):(this._events=new C,this._eventsCount=0),this},e.prototype.off=e.prototype.removeListener,e.prototype.addListener=e.prototype.on,e.prefixed=g,e.EventEmitter=e,A.exports=e},251:(A,I)=>{I.read=function(A,I,g,C,B){var i,Q,e=8*B-C-1,E=(1<<e)-1,t=E>>1,o=-7,n=g?B-1:0,a=g?-1:1,s=A[I+n];for(n+=a,i=s&(1<<-o)-1,s>>=-o,o+=e;o>0;i=256*i+A[I+n],n+=a,o-=8);for(Q=i&(1<<-o)-1,i>>=-o,o+=C;o>0;Q=256*Q+A[I+n],n+=a,o-=8);if(0===i)i=1-t;else{if(i===E)return Q?NaN:1/0*(s?-1:1);Q+=Math.pow(2,C),i-=t}return(s?-1:1)*Q*Math.pow(2,i-C)},I.write=function(A,I,g,C,B,i){var Q,e,E,t=8*i-B-1,o=(1<<t)-1,n=o>>1,a=23===B?Math.pow(2,-24)-Math.pow(2,-77):0,s=C?0:i-1,r=C?1:-1,c=I<0||0===I&&1/I<0?1:0;for(I=Math.abs(I),isNaN(I)||I===1/0?(e=isNaN(I)?1:0,Q=o):(Q=Math.floor(Math.log(I)/Math.LN2),I*(E=Math.pow(2,-Q))<1&&(Q--,E*=2),(I+=Q+n>=1?a/E:a*Math.pow(2,1-n))*E>=2&&(Q++,E/=2),Q+n>=o?(e=0,Q=o):Q+n>=1?(e=(I*E-1)*Math.pow(2,B),Q+=n):(e=I*Math.pow(2,n-1)*Math.pow(2,B),Q=0));B>=8;A[g+s]=255&e,s+=r,e/=256,B-=8);for(Q=Q<<B|e,t+=B;t>0;A[g+s]=255&Q,s+=r,Q/=256,t-=8);A[g+s-r]|=128*c}},469:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.unsafe=I.aeskwp=I.aeskw=I.siv=I.gcmsiv=I.gcm=I.cfb=I.cbc=I.ecb=I.ctr=void 0;const C=g(22),B=g(6527),i=16,Q=new Uint8Array(i);function e(A){return A<<1^283&-(A>>7)}function E(A,I){let g=0;for(;I>0;I>>=1)g^=A&-(1&I),A=e(A);return g}const t=(()=>{const A=new Uint8Array(256);for(let I=0,g=1;I<256;I++,g^=e(g))A[I]=g;const I=new Uint8Array(256);I[0]=99;for(let g=0;g<255;g++){let C=A[255-g];C|=C<<8,I[A[g]]=255&(C^C>>4^C>>5^C>>6^C>>7^99)}return(0,B.clean)(A),I})(),o=t.map((A,I)=>t.indexOf(I)),n=A=>A<<24|A>>>8,a=A=>A<<8|A>>>24,s=A=>A<<24&4278190080|A<<8&16711680|A>>>8&65280|A>>>24&255;function r(A,I){if(256!==A.length)throw new Error("Wrong sbox length");const g=new Uint32Array(256).map((g,C)=>I(A[C])),C=g.map(a),B=C.map(a),i=B.map(a),Q=new Uint32Array(65536),e=new Uint32Array(65536),E=new Uint16Array(65536);for(let I=0;I<256;I++)for(let t=0;t<256;t++){const o=256*I+t;Q[o]=g[I]^C[t],e[o]=B[I]^i[t],E[o]=A[I]<<8|A[t]}return{sbox:A,sbox2:E,T0:g,T1:C,T2:B,T3:i,T01:Q,T23:e}}const c=r(t,A=>E(A,3)<<24|A<<16|A<<8|E(A,2)),D=r(o,A=>E(A,11)<<24|E(A,13)<<16|E(A,9)<<8|E(A,14)),w=(()=>{const A=new Uint8Array(16);for(let I=0,g=1;I<16;I++,g=e(g))A[I]=g;return A})();function d(A){(0,B.abytes)(A);const I=A.length;if(![16,24,32].includes(I))throw new Error("aes: invalid key size, should be 16, 24 or 32, got "+I);const{sbox2:g}=c,C=[];(0,B.isAligned32)(A)||C.push(A=(0,B.copyBytes)(A));const i=(0,B.u32)(A),Q=i.length,e=A=>l(g,A,A,A,A),E=new Uint32Array(I+28);E.set(i);for(let A=Q;A<E.length;A++){let I=E[A-1];A%Q===0?I=e(n(I))^w[A/Q-1]:Q>6&&A%Q===4&&(I=e(I)),E[A]=E[A-Q]^I}return(0,B.clean)(...C),E}function h(A){const I=d(A),g=I.slice(),C=I.length,{sbox2:i}=c,{T0:Q,T1:e,T2:E,T3:t}=D;for(let A=0;A<C;A+=4)for(let B=0;B<4;B++)g[A+B]=I[C-A-4+B];(0,B.clean)(I);for(let A=4;A<C-4;A++){const I=g[A],C=l(i,I,I,I,I);g[A]=Q[255&C]^e[C>>>8&255]^E[C>>>16&255]^t[C>>>24]}return g}function y(A,I,g,C,B,i){return A[g<<8&65280|C>>>8&255]^I[B>>>8&65280|i>>>24&255]}function l(A,I,g,C,B){return A[255&I|65280&g]|A[C>>>16&255|B>>>16&65280]<<16}function k(A,I,g,C,B){const{sbox2:i,T01:Q,T23:e}=c;let E=0;I^=A[E++],g^=A[E++],C^=A[E++],B^=A[E++];const t=A.length/4-2;for(let i=0;i<t;i++){const i=A[E++]^y(Q,e,I,g,C,B),t=A[E++]^y(Q,e,g,C,B,I),o=A[E++]^y(Q,e,C,B,I,g),n=A[E++]^y(Q,e,B,I,g,C);I=i,g=t,C=o,B=n}return{s0:A[E++]^l(i,I,g,C,B),s1:A[E++]^l(i,g,C,B,I),s2:A[E++]^l(i,C,B,I,g),s3:A[E++]^l(i,B,I,g,C)}}function u(A,I,g,C,B){const{sbox2:i,T01:Q,T23:e}=D;let E=0;I^=A[E++],g^=A[E++],C^=A[E++],B^=A[E++];const t=A.length/4-2;for(let i=0;i<t;i++){const i=A[E++]^y(Q,e,I,B,C,g),t=A[E++]^y(Q,e,g,I,B,C),o=A[E++]^y(Q,e,C,g,I,B),n=A[E++]^y(Q,e,B,C,g,I);I=i,g=t,C=o,B=n}return{s0:A[E++]^l(i,I,B,C,g),s1:A[E++]^l(i,g,I,B,C),s2:A[E++]^l(i,C,g,I,B),s3:A[E++]^l(i,B,C,g,I)}}function N(A,I,g,C){(0,B.abytes)(I,i),(0,B.abytes)(g);const Q=g.length;C=(0,B.getOutput)(Q,C),(0,B.complexOverlapBytes)(g,C);const e=I,E=(0,B.u32)(e);let{s0:t,s1:o,s2:n,s3:a}=k(A,E[0],E[1],E[2],E[3]);const s=(0,B.u32)(g),r=(0,B.u32)(C);for(let I=0;I+4<=s.length;I+=4){r[I+0]=s[I+0]^t,r[I+1]=s[I+1]^o,r[I+2]=s[I+2]^n,r[I+3]=s[I+3]^a;let g=1;for(let A=e.length-1;A>=0;A--)g=g+(255&e[A])|0,e[A]=255&g,g>>>=8;({s0:t,s1:o,s2:n,s3:a}=k(A,E[0],E[1],E[2],E[3]))}const c=i*Math.floor(s.length/4);if(c<Q){const A=new Uint32Array([t,o,n,a]),I=(0,B.u8)(A);for(let A=c,B=0;A<Q;A++,B++)C[A]=g[A]^I[B];(0,B.clean)(A)}return C}function G(A,I,g,C,Q){(0,B.abytes)(g,i),(0,B.abytes)(C),Q=(0,B.getOutput)(C.length,Q);const e=g,E=(0,B.u32)(e),t=(0,B.createView)(e),o=(0,B.u32)(C),n=(0,B.u32)(Q),a=I?0:12,s=C.length;let r=t.getUint32(a,I),{s0:c,s1:D,s2:w,s3:d}=k(A,E[0],E[1],E[2],E[3]);for(let g=0;g+4<=o.length;g+=4)n[g+0]=o[g+0]^c,n[g+1]=o[g+1]^D,n[g+2]=o[g+2]^w,n[g+3]=o[g+3]^d,r=r+1>>>0,t.setUint32(a,r,I),({s0:c,s1:D,s2:w,s3:d}=k(A,E[0],E[1],E[2],E[3]));const h=i*Math.floor(o.length/4);if(h<s){const A=new Uint32Array([c,D,w,d]),I=(0,B.u8)(A);for(let A=h,g=0;A<s;A++,g++)Q[A]=C[A]^I[g];(0,B.clean)(A)}return Q}function p(A){if((0,B.abytes)(A),A.length%i!==0)throw new Error("aes-(cbc/ecb).decrypt ciphertext should consist of blocks with size 16")}function S(A,I,g){(0,B.abytes)(A);let C=A.length;const Q=C%i;if(!I&&0!==Q)throw new Error("aec/(cbc-ecb): unpadded plaintext with disabled padding");(0,B.isAligned32)(A)||(A=(0,B.copyBytes)(A));const e=(0,B.u32)(A);if(I){let A=i-Q;A||(A=i),C+=A}return g=(0,B.getOutput)(C,g),(0,B.complexOverlapBytes)(A,g),{b:e,o:(0,B.u32)(g),out:g}}function f(A,I){if(!I)return A;const g=A.length;if(!g)throw new Error("aes/pcks5: empty ciphertext not allowed");const C=A[g-1];if(C<=0||C>16)throw new Error("aes/pcks5: wrong padding");const B=A.subarray(0,-C);for(let I=0;I<C;I++)if(A[g-I-1]!==C)throw new Error("aes/pcks5: wrong padding");return B}function F(A){const I=new Uint8Array(16),g=(0,B.u32)(I);I.set(A);const C=i-A.length;for(let A=i-C;A<i;A++)I[A]=C;return g}function R(A,I,g,C,i){const Q=i?i.length:0,e=A.create(g,C.length+Q);i&&e.update(i);const E=(0,B.u64Lengths)(8*C.length,8*Q,I);e.update(C),e.update(E);const t=e.digest();return(0,B.clean)(E),t}I.ctr=(0,B.wrapCipher)({blockSize:16,nonceLength:16},function(A,I){function g(g,C){if((0,B.abytes)(g),void 0!==C&&((0,B.abytes)(C),!(0,B.isAligned32)(C)))throw new Error("unaligned destination");const i=d(A),Q=(0,B.copyBytes)(I),e=[i,Q];(0,B.isAligned32)(g)||e.push(g=(0,B.copyBytes)(g));const E=N(i,Q,g,C);return(0,B.clean)(...e),E}return{encrypt:(A,I)=>g(A,I),decrypt:(A,I)=>g(A,I)}}),I.ecb=(0,B.wrapCipher)({blockSize:16},function(A,I={}){const g=!I.disablePadding;return{encrypt(I,C){const{b:i,o:Q,out:e}=S(I,g,C),E=d(A);let t=0;for(;t+4<=i.length;){const{s0:A,s1:I,s2:g,s3:C}=k(E,i[t+0],i[t+1],i[t+2],i[t+3]);Q[t++]=A,Q[t++]=I,Q[t++]=g,Q[t++]=C}if(g){const A=F(I.subarray(4*t)),{s0:g,s1:C,s2:B,s3:i}=k(E,A[0],A[1],A[2],A[3]);Q[t++]=g,Q[t++]=C,Q[t++]=B,Q[t++]=i}return(0,B.clean)(E),e},decrypt(I,C){p(I);const i=h(A);C=(0,B.getOutput)(I.length,C);const Q=[i];(0,B.isAligned32)(I)||Q.push(I=(0,B.copyBytes)(I)),(0,B.complexOverlapBytes)(I,C);const e=(0,B.u32)(I),E=(0,B.u32)(C);for(let A=0;A+4<=e.length;){const{s0:I,s1:g,s2:C,s3:B}=u(i,e[A+0],e[A+1],e[A+2],e[A+3]);E[A++]=I,E[A++]=g,E[A++]=C,E[A++]=B}return(0,B.clean)(...Q),f(C,g)}}}),I.cbc=(0,B.wrapCipher)({blockSize:16,nonceLength:16},function(A,I,g={}){const C=!g.disablePadding;return{encrypt(g,i){const Q=d(A),{b:e,o:E,out:t}=S(g,C,i);let o=I;const n=[Q];(0,B.isAligned32)(o)||n.push(o=(0,B.copyBytes)(o));const a=(0,B.u32)(o);let s=a[0],r=a[1],c=a[2],D=a[3],w=0;for(;w+4<=e.length;)s^=e[w+0],r^=e[w+1],c^=e[w+2],D^=e[w+3],({s0:s,s1:r,s2:c,s3:D}=k(Q,s,r,c,D)),E[w++]=s,E[w++]=r,E[w++]=c,E[w++]=D;if(C){const A=F(g.subarray(4*w));s^=A[0],r^=A[1],c^=A[2],D^=A[3],({s0:s,s1:r,s2:c,s3:D}=k(Q,s,r,c,D)),E[w++]=s,E[w++]=r,E[w++]=c,E[w++]=D}return(0,B.clean)(...n),t},decrypt(g,i){p(g);const Q=h(A);let e=I;const E=[Q];(0,B.isAligned32)(e)||E.push(e=(0,B.copyBytes)(e));const t=(0,B.u32)(e);i=(0,B.getOutput)(g.length,i),(0,B.isAligned32)(g)||E.push(g=(0,B.copyBytes)(g)),(0,B.complexOverlapBytes)(g,i);const o=(0,B.u32)(g),n=(0,B.u32)(i);let a=t[0],s=t[1],r=t[2],c=t[3];for(let A=0;A+4<=o.length;){const I=a,g=s,C=r,B=c;a=o[A+0],s=o[A+1],r=o[A+2],c=o[A+3];const{s0:i,s1:e,s2:E,s3:t}=u(Q,a,s,r,c);n[A++]=i^I,n[A++]=e^g,n[A++]=E^C,n[A++]=t^B}return(0,B.clean)(...E),f(i,C)}}}),I.cfb=(0,B.wrapCipher)({blockSize:16,nonceLength:16},function(A,I){function g(g,C,Q){(0,B.abytes)(g);const e=g.length;if(Q=(0,B.getOutput)(e,Q),(0,B.overlapBytes)(g,Q))throw new Error("overlapping src and dst not supported.");const E=d(A);let t=I;const o=[E];(0,B.isAligned32)(t)||o.push(t=(0,B.copyBytes)(t)),(0,B.isAligned32)(g)||o.push(g=(0,B.copyBytes)(g));const n=(0,B.u32)(g),a=(0,B.u32)(Q),s=C?a:n,r=(0,B.u32)(t);let c=r[0],D=r[1],w=r[2],h=r[3];for(let A=0;A+4<=n.length;){const{s0:I,s1:g,s2:C,s3:B}=k(E,c,D,w,h);a[A+0]=n[A+0]^I,a[A+1]=n[A+1]^g,a[A+2]=n[A+2]^C,a[A+3]=n[A+3]^B,c=s[A++],D=s[A++],w=s[A++],h=s[A++]}const y=i*Math.floor(n.length/4);if(y<e){({s0:c,s1:D,s2:w,s3:h}=k(E,c,D,w,h));const A=(0,B.u8)(new Uint32Array([c,D,w,h]));for(let I=y,C=0;I<e;I++,C++)Q[I]=g[I]^A[C];(0,B.clean)(A)}return(0,B.clean)(...o),Q}return{encrypt:(A,I)=>g(A,!0,I),decrypt:(A,I)=>g(A,!1,I)}}),I.gcm=(0,B.wrapCipher)({blockSize:16,nonceLength:12,tagLength:16,varSizeNonce:!0},function(A,I,g){if(I.length<8)throw new Error("aes/gcm: invalid nonce length");function i(A,I,B){const i=R(C.ghash,!1,A,B,g);for(let A=0;A<I.length;A++)i[A]^=I[A];return i}function e(){const g=d(A),i=Q.slice(),e=Q.slice();if(G(g,!1,e,e,i),12===I.length)e.set(I);else{const A=Q.slice(),g=(0,B.createView)(A);(0,B.setBigUint64)(g,8,BigInt(8*I.length),!1);const E=C.ghash.create(i).update(I).update(A);E.digestInto(e),E.destroy()}return{xk:g,authKey:i,counter:e,tagMask:G(g,!1,e,Q)}}return{encrypt(A){const{xk:I,authKey:g,counter:C,tagMask:Q}=e(),E=new Uint8Array(A.length+16),t=[I,g,C,Q];(0,B.isAligned32)(A)||t.push(A=(0,B.copyBytes)(A)),G(I,!1,C,A,E.subarray(0,A.length));const o=i(g,Q,E.subarray(0,E.length-16));return t.push(o),E.set(o,A.length),(0,B.clean)(...t),E},decrypt(A){const{xk:I,authKey:g,counter:C,tagMask:Q}=e(),E=[I,g,Q,C];(0,B.isAligned32)(A)||E.push(A=(0,B.copyBytes)(A));const t=A.subarray(0,-16),o=A.subarray(-16),n=i(g,Q,t);if(E.push(n),!(0,B.equalBytes)(n,o))throw new Error("aes/gcm: invalid ghash tag");const a=G(I,!1,C,t);return(0,B.clean)(...E),a}}});const U=(A,I,g)=>C=>{if(!Number.isSafeInteger(C)||I>C||C>g)throw new Error(A+": expected value in range ["+I+".."+g+"], got "+C)};function M(A){return A instanceof Uint32Array||ArrayBuffer.isView(A)&&"Uint32Array"===A.constructor.name}function K(A,I){if((0,B.abytes)(I,16),!M(A))throw new Error("_encryptBlock accepts result of expandKeyLE");const g=(0,B.u32)(I);let{s0:C,s1:i,s2:Q,s3:e}=k(A,g[0],g[1],g[2],g[3]);return g[0]=C,g[1]=i,g[2]=Q,g[3]=e,I}function m(A,I){if((0,B.abytes)(I,16),!M(A))throw new Error("_decryptBlock accepts result of expandKeyLE");const g=(0,B.u32)(I);let{s0:C,s1:i,s2:Q,s3:e}=u(A,g[0],g[1],g[2],g[3]);return g[0]=C,g[1]=i,g[2]=Q,g[3]=e,I}I.gcmsiv=(0,B.wrapCipher)({blockSize:16,nonceLength:12,tagLength:16,varSizeNonce:!0},function(A,I,g){const i=U("AAD",0,2**36),Q=U("plaintext",0,2**36),e=U("nonce",12,12),E=U("ciphertext",16,2**36+16);function t(){const g=d(A),C=new Uint8Array(A.length),i=new Uint8Array(16),Q=[g,C];let e=I;(0,B.isAligned32)(e)||Q.push(e=(0,B.copyBytes)(e));const E=(0,B.u32)(e);let t=0,o=E[0],n=E[1],a=E[2],s=0;for(const A of[i,C].map(B.u32)){const I=(0,B.u32)(A);for(let A=0;A<I.length;A+=2){const{s0:C,s1:B}=k(g,t,o,n,a);I[A+0]=C,I[A+1]=B,t=++s}}const r={authKey:i,encKey:d(C)};return(0,B.clean)(...Q),r}function o(A,i,Q){const e=R(C.polyval,!0,i,Q,g);for(let A=0;A<12;A++)e[A]^=I[A];e[15]&=127;const E=(0,B.u32)(e);let t=E[0],o=E[1],n=E[2],a=E[3];return({s0:t,s1:o,s2:n,s3:a}=k(A,t,o,n,a)),E[0]=t,E[1]=o,E[2]=n,E[3]=a,e}function n(A,I,g){let C=(0,B.copyBytes)(I);C[15]|=128;const i=G(A,!0,C,g);return(0,B.clean)(C),i}return(0,B.abytes)(A,16,24,32),e(I.length),void 0!==g&&i(g.length),{encrypt(A){Q(A.length);const{encKey:I,authKey:g}=t(),C=o(I,g,A),i=[I,g,C];(0,B.isAligned32)(A)||i.push(A=(0,B.copyBytes)(A));const e=new Uint8Array(A.length+16);return e.set(C,A.length),e.set(n(I,C,A)),(0,B.clean)(...i),e},decrypt(A){E(A.length);const I=A.subarray(-16),{encKey:g,authKey:C}=t(),i=[g,C];(0,B.isAligned32)(A)||i.push(A=(0,B.copyBytes)(A));const Q=n(g,I,A.subarray(0,-16)),e=o(g,C,Q);if(i.push(e),!(0,B.equalBytes)(I,e))throw(0,B.clean)(...i),new Error("invalid polyval tag");return(0,B.clean)(...i),Q}}}),I.siv=I.gcmsiv;const J={encrypt(A,I){if(I.length>=2**32)throw new Error("plaintext should be less than 4gb");const g=d(A);if(16===I.length)K(g,I);else{const A=(0,B.u32)(I);let C=A[0],i=A[1];for(let I=0,B=1;I<6;I++)for(let I=2;I<A.length;I+=2,B++){const{s0:Q,s1:e,s2:E,s3:t}=k(g,C,i,A[I],A[I+1]);C=Q,i=e^s(B),A[I]=E,A[I+1]=t}A[0]=C,A[1]=i}g.fill(0)},decrypt(A,I){if(I.length-8>=2**32)throw new Error("ciphertext should be less than 4gb");const g=h(A),C=I.length/8-1;if(1===C)m(g,I);else{const A=(0,B.u32)(I);let i=A[0],Q=A[1];for(let I=0,B=6*C;I<6;I++)for(let I=2*C;I>=1;I-=2,B--){Q^=s(B);const{s0:C,s1:e,s2:E,s3:t}=u(g,i,Q,A[I],A[I+1]);i=C,Q=e,A[I]=E,A[I+1]=t}A[0]=i,A[1]=Q}g.fill(0)}},b=new Uint8Array(8).fill(166);I.aeskw=(0,B.wrapCipher)({blockSize:8},A=>({encrypt(I){if(!I.length||I.length%8!=0)throw new Error("invalid plaintext length");if(8===I.length)throw new Error("8-byte keys not allowed in AESKW, use AESKWP instead");const g=(0,B.concatBytes)(b,I);return J.encrypt(A,g),g},decrypt(I){if(I.length%8!=0||I.length<24)throw new Error("invalid ciphertext length");const g=(0,B.copyBytes)(I);if(J.decrypt(A,g),!(0,B.equalBytes)(g.subarray(0,8),b))throw new Error("integrity check failed");return g.subarray(0,8).fill(0),g.subarray(8)}}));const H=2790873510;I.aeskwp=(0,B.wrapCipher)({blockSize:8},A=>({encrypt(I){if(!I.length)throw new Error("invalid plaintext length");const g=8*Math.ceil(I.length/8),C=new Uint8Array(8+g);C.set(I,8);const i=(0,B.u32)(C);return i[0]=H,i[1]=s(I.length),J.encrypt(A,C),C},decrypt(I){if(I.length<16)throw new Error("invalid ciphertext length");const g=(0,B.copyBytes)(I),C=(0,B.u32)(g);J.decrypt(A,g);const i=s(C[1])>>>0,Q=8*Math.ceil(i/8);if(C[0]!==H||g.length-8!==Q)throw new Error("integrity check failed");for(let A=i;A<Q;A++)if(0!==g[8+A])throw new Error("integrity check failed");return g.subarray(0,8).fill(0),g.subarray(8,8+i)}})),I.unsafe={expandKeyLE:d,expandKeyDecLE:h,encrypt:k,decrypt:u,encryptBlock:K,decryptBlock:m,ctrCounter:N,ctr32:G}},700:(A,I)=>{"use strict";function g(A){return 0===A.length?A:A[0].toLowerCase()+A.slice(1)}Object.defineProperty(I,"__esModule",{value:!0}),I.fromGrpcWebServiceDefinition=function(A){const I={};for(const[C,B]of Object.entries(A)){if("serviceName"===C)continue;const i=B;I[g(C)]={path:`/${A.serviceName}/${C}`,requestStream:i.requestStream,responseStream:i.responseStream,requestDeserialize:i.requestType.deserializeBinary,requestSerialize:A=>A.serializeBinary(),responseDeserialize:i.responseType.deserializeBinary,responseSerialize:A=>A.serializeBinary(),options:{}}}return I},I.isGrpcWebServiceDefinition=function(A){return"prototype"in A}},1475:(A,I,g)=>{"use strict";g.r(I),g.d(I,{AbortError:()=>C,abortable:()=>t,all:()=>r,catchAbortError:()=>e,delay:()=>o,execute:()=>E,forever:()=>n,isAbortError:()=>B,proactiveRetry:()=>h,race:()=>c,rethrowAbortError:()=>Q,retry:()=>D,run:()=>d,spawn:()=>w,throwIfAborted:()=>i,waitForEvent:()=>a});class C extends Error{constructor(){super("The operation has been aborted"),this.message="The operation has been aborted",this.name="AbortError","function"==typeof Error.captureStackTrace&&Error.captureStackTrace(this,this.constructor)}}function B(A){return"object"==typeof A&&null!==A&&"AbortError"===A.name}function i(A){if(A.aborted)throw new C}function Q(A){if(B(A))throw A}function e(A){if(!B(A))throw A}function E(A,I){return new Promise((g,B)=>{if(A.aborted)return void B(new C);let i,Q=!1;function e(){Q||(Q=!0,null!=i&&i())}const E=I(A=>{g(A),e()},A=>{B(A),e()});if(!Q){const I=()=>{const A=E();null==A?B(new C):A.then(()=>{B(new C)},A=>{B(A)}),e()};A.addEventListener("abort",I),i=()=>{A.removeEventListener("abort",I)}}})}function t(A,I){if(A.aborted){const A=()=>{};I.then(A,A)}return E(A,(A,g)=>(I.then(A,g),()=>{}))}function o(A,I){return E(A,A=>{const g="number"==typeof I?I:I.getTime()-Date.now(),C=setTimeout(A,g);return()=>{clearTimeout(C)}})}function n(A){return E(A,()=>()=>{})}function a(A,I,g,C){return E(A,A=>{let B,i=!1;return B=function(A,I,g,C){if(s((B=A).addEventListener)&&s(B.removeEventListener))return A.addEventListener(I,g,C),()=>A.removeEventListener(I,g,C);var B;if(function(A){return s(A.on)&&s(A.off)}(A))return A.on(I,g),()=>A.off(I,g);if(function(A){return s(A.addListener)&&s(A.removeListener)}(A))return A.addListener(I,g),()=>A.removeListener(I,g);throw new Error("Invalid event target")}(I,g,(...I)=>{A(I.length>1?I:I[0]),i=!0,null!=B&&B()},C),i&&B(),()=>{i=!0,null!=B&&B()}})}const s=A=>"function"==typeof A;function r(A,I){return new Promise((g,i)=>{if(A.aborted)return void i(new C);const Q=new AbortController,e=I(Q.signal);if(0===e.length)return void g([]);const E=()=>{Q.abort()};let t;A.addEventListener("abort",E);const o=new Array(e.length);let n=0;function a(){n+=1,n===e.length&&(A.removeEventListener("abort",E),null!=t?i(t.reason):g(o))}for(const[A,I]of e.entries())I.then(I=>{o[A]=I,a()},A=>{Q.abort(),(null==t||!B(A)&&B(t.reason))&&(t={reason:A}),a()})})}function c(A,I){return new Promise((g,i)=>{if(A.aborted)return void i(new C);const Q=new AbortController,e=I(Q.signal),E=()=>{Q.abort()};A.addEventListener("abort",E);let t,o=0;function n(I){Q.abort(),o+=1,o===e.length&&(A.removeEventListener("abort",E),"fulfilled"===I.status?g(I.value):i(I.reason))}for(const A of e)A.then(A=>{null==t&&(t={status:"fulfilled",value:A}),n(t)},A=>{null!=t&&(B(A)||"fulfilled"!==t.status&&!B(t.reason))||(t={status:"rejected",reason:A}),n(t)})})}async function D(A,I,g={}){const{baseMs:C=1e3,maxDelayMs:B=3e4,onError:i,maxAttempts:e=1/0}=g;let E=0;const t=()=>{E=-1};for(;;)try{return await I(A,E,t)}catch(I){if(Q(I),E>=e)throw I;let g;if(-1===E)g=0;else{const A=Math.min(B,Math.pow(2,E)*C);g=Math.round(A*(1+Math.random())/2)}i&&i(I,E,g),0!==g&&await o(A,g),E+=1}}function w(A,I){if(A.aborted)return Promise.reject(new C);const g=[],i=new AbortController,Q=i.signal,E=()=>{i.abort()};A.addEventListener("abort",E);const t=new Set,o=()=>{for(const A of t)A.abort()};Q.addEventListener("abort",o);let n=new Promise((A,E)=>{let o,n;function a(I){if(Q.aborted)return{abort(){},async join(){throw new C}};const g=new AbortController,B=I(g.signal),a={abort(){g.abort()},join:()=>B};return t.add(a),B.catch(e).catch(A=>{n={error:A},i.abort()}).finally(()=>{t.delete(a),0===t.size&&(null!=n?E(n.error):A(o.value))}),a}a(A=>I(A,{defer(A){g.push(A)},fork:a})).join().then(A=>{i.abort(),o={value:A}},A=>{i.abort(),B(A)&&null!=n||(n={error:A})})});return n=n.finally(()=>{A.removeEventListener("abort",E),Q.removeEventListener("abort",o);let I=Promise.resolve();for(let A=g.length-1;A>=0;A--)I=I.finally(g[A]);return I}),n}function d(A){const I=new AbortController,g=A(I.signal).catch(e);return()=>(I.abort(),g)}function h(A,I,g={}){const{baseMs:C=1e3,onError:i,maxAttempts:Q=1/0}=g;return E(A,(A,g)=>{const E=new AbortController;let t=!1;const n=new Map;function a(I){E.abort(),n.clear(),A(I)}function s(A,I){if(n.delete(I),t&&0===n.size)g(A);else if(!B(A)&&i)try{i(A,I)}catch(A){E.abort(),n.clear(),g(A)}}return async function(A){for(let g=0;;g++){const B=I(A,g);if(n.set(g,B),B.then(a,A=>s(A,g)),g+1>=Q)break;const i=Math.pow(2,g)*C,e=Math.round(i*(1+Math.random())/2);await o(A,e)}t=!0}(E.signal).catch(e),()=>{E.abort()}})}},1510:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.NodeHttpTransport=function(){throw new Error("NodeHttpTransport is not supported in the browser")}},1546:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createClientStreamingMethod=function(A,I,g,Q){const e={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*E(g,Q){if(!(0,B.isAsyncIterable)(g))throw Error("A middleware passed invalid request to next(): expected a single message for client streaming method");const e=(0,i.makeCall)(A,I,g,Q);let E;for await(const I of e){if(null!=E)throw new C.ClientError(A.path,C.Status.INTERNAL,"Received more than one message from server for client streaming method");E=I}if(null==E)throw new C.ClientError(A.path,C.Status.INTERNAL,"Server did not return a response");return E}const t=null==g?E:(A,I)=>g({method:e,requestStream:!0,request:A,responseStream:!1,next:E},I);return async(A,I)=>{const g=t(A,{...Q,...I})[Symbol.asyncIterator]();let C=await g.next();for(;;)if(C.done){if(null!=C.value)return C.value;C=await g.throw(new Error("A middleware returned void, but expected to return a message for client streaming method"))}else C=await g.throw(new Error("A middleware yielded a message, but expected to only return a message for client streaming method"))}};const C=g(91),B=g(7768),i=g(2810)},1746:(A,I)=>{"use strict";function g(A){if(!Number.isSafeInteger(A))throw new Error(`Wrong integer: ${A}`)}function C(...A){const I=(A,I)=>g=>A(I(g));return{encode:Array.from(A).reverse().reduce((A,g)=>A?I(A,g.encode):g.encode,void 0),decode:A.reduce((A,g)=>A?I(A,g.decode):g.decode,void 0)}}function B(A){return{encode:I=>{if(!Array.isArray(I)||I.length&&"number"!=typeof I[0])throw new Error("alphabet.encode input should be an array of numbers");return I.map(I=>{if(g(I),I<0||I>=A.length)throw new Error(`Digit index outside alphabet: ${I} (alphabet: ${A.length})`);return A[I]})},decode:I=>{if(!Array.isArray(I)||I.length&&"string"!=typeof I[0])throw new Error("alphabet.decode input should be array of strings");return I.map(I=>{if("string"!=typeof I)throw new Error(`alphabet.decode: not string element=${I}`);const g=A.indexOf(I);if(-1===g)throw new Error(`Unknown letter: "${I}". Allowed: ${A}`);return g})}}}function i(A=""){if("string"!=typeof A)throw new Error("join separator should be string");return{encode:I=>{if(!Array.isArray(I)||I.length&&"string"!=typeof I[0])throw new Error("join.encode input should be array of strings");for(let A of I)if("string"!=typeof A)throw new Error(`join.encode: non-string input=${A}`);return I.join(A)},decode:I=>{if("string"!=typeof I)throw new Error("join.decode input should be string");return I.split(A)}}}function Q(A,I="="){if(g(A),"string"!=typeof I)throw new Error("padding chr should be string");return{encode(g){if(!Array.isArray(g)||g.length&&"string"!=typeof g[0])throw new Error("padding.encode input should be array of strings");for(let A of g)if("string"!=typeof A)throw new Error(`padding.encode: non-string input=${A}`);for(;g.length*A%8;)g.push(I);return g},decode(g){if(!Array.isArray(g)||g.length&&"string"!=typeof g[0])throw new Error("padding.encode input should be array of strings");for(let A of g)if("string"!=typeof A)throw new Error(`padding.decode: non-string input=${A}`);let C=g.length;if(C*A%8)throw new Error("Invalid padding: string should have whole number of bytes");for(;C>0&&g[C-1]===I;C--)if(!((C-1)*A%8))throw new Error("Invalid padding: string has too much padding");return g.slice(0,C)}}}function e(A){if("function"!=typeof A)throw new Error("normalize fn should be function");return{encode:A=>A,decode:I=>A(I)}}function E(A,I,C){if(I<2)throw new Error(`convertRadix: wrong from=${I}, base cannot be less than 2`);if(C<2)throw new Error(`convertRadix: wrong to=${C}, base cannot be less than 2`);if(!Array.isArray(A))throw new Error("convertRadix: data should be array");if(!A.length)return[];let B=0;const i=[],Q=Array.from(A);for(Q.forEach(A=>{if(g(A),A<0||A>=I)throw new Error(`Wrong integer: ${A}`)});;){let A=0,g=!0;for(let i=B;i<Q.length;i++){const e=Q[i],E=I*A+e;if(!Number.isSafeInteger(E)||I*A/I!==A||E-e!==I*A)throw new Error("convertRadix: carry overflow");if(A=E%C,Q[i]=Math.floor(E/C),!Number.isSafeInteger(Q[i])||Q[i]*C+A!==E)throw new Error("convertRadix: carry overflow");g&&(Q[i]?g=!1:B=i)}if(i.push(A),g)break}for(let I=0;I<A.length-1&&0===A[I];I++)i.push(0);return i.reverse()}Object.defineProperty(I,"__esModule",{value:!0}),I.bytes=I.stringToBytes=I.str=I.bytesToString=I.hex=I.utf8=I.bech32m=I.bech32=I.base58check=I.base58xmr=I.base58xrp=I.base58flickr=I.base58=I.base64url=I.base64=I.base32crockford=I.base32hex=I.base32=I.base16=I.utils=I.assertNumber=void 0,I.assertNumber=g;const t=(A,I)=>I?t(I,A%I):A,o=(A,I)=>A+(I-t(A,I));function n(A,I,C,B){if(!Array.isArray(A))throw new Error("convertRadix2: data should be array");if(I<=0||I>32)throw new Error(`convertRadix2: wrong from=${I}`);if(C<=0||C>32)throw new Error(`convertRadix2: wrong to=${C}`);if(o(I,C)>32)throw new Error(`convertRadix2: carry overflow from=${I} to=${C} carryBits=${o(I,C)}`);let i=0,Q=0;const e=2**C-1,E=[];for(const B of A){if(g(B),B>=2**I)throw new Error(`convertRadix2: invalid data word=${B} from=${I}`);if(i=i<<I|B,Q+I>32)throw new Error(`convertRadix2: carry overflow pos=${Q} from=${I}`);for(Q+=I;Q>=C;Q-=C)E.push((i>>Q-C&e)>>>0);i&=2**Q-1}if(i=i<<C-Q&e,!B&&Q>=I)throw new Error("Excess padding");if(!B&&i)throw new Error(`Non-zero padding: ${i}`);return B&&Q>0&&E.push(i>>>0),E}function a(A){return g(A),{encode:I=>{if(!(I instanceof Uint8Array))throw new Error("radix.encode input should be Uint8Array");return E(Array.from(I),256,A)},decode:I=>{if(!Array.isArray(I)||I.length&&"number"!=typeof I[0])throw new Error("radix.decode input should be array of strings");return Uint8Array.from(E(I,A,256))}}}function s(A,I=!1){if(g(A),A<=0||A>32)throw new Error("radix2: bits should be in (0..32]");if(o(8,A)>32||o(A,8)>32)throw new Error("radix2: carry overflow");return{encode:g=>{if(!(g instanceof Uint8Array))throw new Error("radix2.encode input should be Uint8Array");return n(Array.from(g),8,A,!I)},decode:g=>{if(!Array.isArray(g)||g.length&&"number"!=typeof g[0])throw new Error("radix2.decode input should be array of strings");return Uint8Array.from(n(g,A,8,I))}}}function r(A){if("function"!=typeof A)throw new Error("unsafeWrapper fn should be function");return function(...I){try{return A.apply(null,I)}catch(A){}}}function c(A,I){if(g(A),"function"!=typeof I)throw new Error("checksum fn should be function");return{encode(g){if(!(g instanceof Uint8Array))throw new Error("checksum.encode: input should be Uint8Array");const C=I(g).slice(0,A),B=new Uint8Array(g.length+A);return B.set(g),B.set(C,g.length),B},decode(g){if(!(g instanceof Uint8Array))throw new Error("checksum.decode: input should be Uint8Array");const C=g.slice(0,-A),B=I(C).slice(0,A),i=g.slice(-A);for(let I=0;I<A;I++)if(B[I]!==i[I])throw new Error("Invalid checksum");return C}}}I.utils={alphabet:B,chain:C,checksum:c,radix:a,radix2:s,join:i,padding:Q},I.base16=C(s(4),B("0123456789ABCDEF"),i("")),I.base32=C(s(5),B("ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"),Q(5),i("")),I.base32hex=C(s(5),B("0123456789ABCDEFGHIJKLMNOPQRSTUV"),Q(5),i("")),I.base32crockford=C(s(5),B("0123456789ABCDEFGHJKMNPQRSTVWXYZ"),i(""),e(A=>A.toUpperCase().replace(/O/g,"0").replace(/[IL]/g,"1"))),I.base64=C(s(6),B("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"),Q(6),i("")),I.base64url=C(s(6),B("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"),Q(6),i(""));const D=A=>C(a(58),B(A),i(""));I.base58=D("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz"),I.base58flickr=D("123456789abcdefghijkmnopqrstuvwxyzABCDEFGHJKLMNPQRSTUVWXYZ"),I.base58xrp=D("rpshnaf39wBUDNEGHJKLM4PQRST7VWXYZ2bcdeCg65jkm8oFqi1tuvAxyz");const w=[0,2,3,5,6,7,9,10,11];I.base58xmr={encode(A){let g="";for(let C=0;C<A.length;C+=8){const B=A.subarray(C,C+8);g+=I.base58.encode(B).padStart(w[B.length],"1")}return g},decode(A){let g=[];for(let C=0;C<A.length;C+=11){const B=A.slice(C,C+11),i=w.indexOf(B.length),Q=I.base58.decode(B);for(let A=0;A<Q.length-i;A++)if(0!==Q[A])throw new Error("base58xmr: wrong padding");g=g.concat(Array.from(Q.slice(Q.length-i)))}return Uint8Array.from(g)}},I.base58check=A=>C(c(4,I=>A(A(I))),I.base58);const d=C(B("qpzry9x8gf2tvdw0s3jn54khce6mua7l"),i("")),h=[996825010,642813549,513874426,1027748829,705979059];function y(A){const I=A>>25;let g=(33554431&A)<<5;for(let A=0;A<h.length;A++)1==(I>>A&1)&&(g^=h[A]);return g}function l(A,I,g=1){const C=A.length;let B=1;for(let I=0;I<C;I++){const g=A.charCodeAt(I);if(g<33||g>126)throw new Error(`Invalid prefix (${A})`);B=y(B)^g>>5}B=y(B);for(let I=0;I<C;I++)B=y(B)^31&A.charCodeAt(I);for(let A of I)B=y(B)^A;for(let A=0;A<6;A++)B=y(B);return B^=g,d.encode(n([B%2**30],30,5,!1))}function k(A){const I="bech32"===A?1:734539939,g=s(5),C=g.decode,B=g.encode,i=r(C);function Q(A,g=90){if("string"!=typeof A)throw new Error("bech32.decode input should be string, not "+typeof A);if(A.length<8||!1!==g&&A.length>g)throw new TypeError(`Wrong string length: ${A.length} (${A}). Expected (8..${g})`);const C=A.toLowerCase();if(A!==C&&A!==A.toUpperCase())throw new Error("String must be lowercase or uppercase");const B=(A=C).lastIndexOf("1");if(0===B||-1===B)throw new Error('Letter "1" must be present between prefix and data only');const i=A.slice(0,B),Q=A.slice(B+1);if(Q.length<6)throw new Error("Data must be at least 6 characters long");const e=d.decode(Q).slice(0,-6),E=l(i,e,I);if(!Q.endsWith(E))throw new Error(`Invalid checksum in ${A}: expected "${E}"`);return{prefix:i,words:e}}return{encode:function(A,g,C=90){if("string"!=typeof A)throw new Error("bech32.encode prefix should be string, not "+typeof A);if(!Array.isArray(g)||g.length&&"number"!=typeof g[0])throw new Error("bech32.encode words should be array of numbers, not "+typeof g);const B=A.length+7+g.length;if(!1!==C&&B>C)throw new TypeError(`Length ${B} exceeds limit ${C}`);return`${A=A.toLowerCase()}1${d.encode(g)}${l(A,g,I)}`},decode:Q,decodeToBytes:function(A){const{prefix:I,words:g}=Q(A,!1);return{prefix:I,words:g,bytes:C(g)}},decodeUnsafe:r(Q),fromWords:C,fromWordsUnsafe:i,toWords:B}}I.bech32=k("bech32"),I.bech32m=k("bech32m"),I.utf8={encode:A=>(new TextDecoder).decode(A),decode:A=>(new TextEncoder).encode(A)},I.hex=C(s(4),B("0123456789abcdef"),i(""),e(A=>{if("string"!=typeof A||A.length%2)throw new TypeError(`hex.decode: expected string, got ${typeof A} with length ${A.length}`);return A.toLowerCase()}));const u={utf8:I.utf8,hex:I.hex,base16:I.base16,base32:I.base32,base64:I.base64,base64url:I.base64url,base58:I.base58,base58xmr:I.base58xmr},N=`Invalid encoding type. Available types: ${Object.keys(u).join(", ")}`;I.bytesToString=(A,I)=>{if("string"!=typeof A||!u.hasOwnProperty(A))throw new TypeError(N);if(!(I instanceof Uint8Array))throw new TypeError("bytesToString() expects Uint8Array");return u[A].encode(I)},I.str=I.bytesToString,I.stringToBytes=(A,I)=>{if(!u.hasOwnProperty(A))throw new TypeError(N);if("string"!=typeof I)throw new TypeError("stringToBytes() expects string");return u[A].decode(I)},I.bytes=I.stringToBytes},1891:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.decodeMetadata=function(A){const I=(0,C.Metadata)(),g=(new TextDecoder).decode(A);for(const A of g.split("\r\n")){if(!A)continue;const g=A.indexOf(":");if(-1===g)throw new Error(`Invalid metadata line: ${A}`);const C=A.slice(0,g).trim().toLowerCase(),i=A.slice(g+1).trim();if(C.endsWith("-bin"))for(const A of i.split(/,\s?/))I.append(C,B.Base64.toUint8Array(A));else I.append(C,i)}return I};const C=g(91),B=g(8127)},1953:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createBidiStreamingMethod=function(A,I,g,i){const Q={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*e(g,i){if(!(0,C.isAsyncIterable)(g))throw new Error("A middleware passed invalid request to next(): expected a single message for bidirectional streaming method");const Q=(0,B.makeCall)(A,I,g,i);yield*Q}const E=null==g?e:(A,I)=>g({method:Q,requestStream:!0,request:A,responseStream:!0,next:e},I);return(A,I)=>{const g=E(A,{...i,...I})[Symbol.asyncIterator]();return{[Symbol.asyncIterator]:()=>({async next(){const A=await g.next();return A.done&&null!=A.value?await g.throw(new Error("A middleware returned a message, but expected to return void for bidirectional streaming method")):A},return:()=>g.return(),throw:A=>g.throw(A)})}}};const C=g(7768),B=g(2810)},1999:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},2018:function(A,I,g){"use strict";var C=this&&this.__importDefault||function(A){return A&&A.__esModule?A:{default:A}};Object.defineProperty(I,"__esModule",{value:!0}),I.WebsocketTransport=function(){return async function*({url:A,body:I,metadata:g,signal:C}){if(C.aborted)throw new B.AbortError;const t=new e.AsyncSink;C.addEventListener("abort",()=>{t.error(new B.AbortError)});const o=new URL(A);o.protocol=o.protocol.replace("http","ws");const n=new i.default(o,["grpc-websockets"]);n.binaryType="arraybuffer",n.addEventListener("message",A=>{A.data instanceof ArrayBuffer?t.write({type:"data",data:new Uint8Array(A.data)}):t.error(new Error("Unexpected message type: "+typeof A.data))}),n.addEventListener("close",A=>{A.wasClean?t.end():t.error(new Error(`WebSocket closed with code ${A.code}`+(A.reason&&`: ${A.reason}`)))});const a=new AbortController;(async function(A,I,g,C){C.readyState==i.default.CONNECTING&&await(0,B.waitForEvent)(A,C,"open"),C.send(function(A){let I="";for(const[g,C]of A)for(const A of C){const C=`${g}: ${"string"==typeof A?A:Q.Base64.fromUint8Array(A)}\r\n`;for(let A=0;A<C.length;A++)if(!E(C.charCodeAt(A)))throw new Error(`Metadata contains invalid characters: '${C}'`);I+=C}return(new TextEncoder).encode(I)}(I));for await(const I of g){(0,B.throwIfAborted)(A);const g=new Uint8Array(I.length+1);g.set([0],0),g.set(I,1),C.send(g)}C.send(new Uint8Array([1]))})(a.signal,g,I,n).catch(A=>{(0,B.isAbortError)(A)||t.error(A)});try{return yield*t}finally{a.abort(),n.close()}}};const B=g(1475),i=C(g(169)),Q=g(8127),e=g(2505);function E(A){return 9===A||10===A||13===A||A>=32&&A<=126}},2260:function(A,I,g){"use strict";var C=this&&this.__createBinding||(Object.create?function(A,I,g,C){void 0===C&&(C=g);var B=Object.getOwnPropertyDescriptor(I,g);B&&!("get"in B?!I.__esModule:B.writable||B.configurable)||(B={enumerable:!0,get:function(){return I[g]}}),Object.defineProperty(A,C,B)}:function(A,I,g,C){void 0===C&&(C=g),A[C]=I[g]}),B=this&&this.__exportStar||function(A,I){for(var g in A)"default"===g||Object.prototype.hasOwnProperty.call(I,g)||C(I,A,g)};Object.defineProperty(I,"__esModule",{value:!0}),I.NodeHttpTransport=I.WebsocketTransport=I.FetchTransport=I.Status=I.Metadata=I.composeClientMiddleware=I.ClientError=void 0;var i=g(91);Object.defineProperty(I,"ClientError",{enumerable:!0,get:function(){return i.ClientError}}),Object.defineProperty(I,"composeClientMiddleware",{enumerable:!0,get:function(){return i.composeClientMiddleware}}),Object.defineProperty(I,"Metadata",{enumerable:!0,get:function(){return i.Metadata}}),Object.defineProperty(I,"Status",{enumerable:!0,get:function(){return i.Status}}),B(g(7671),I),B(g(3297),I),B(g(2969),I),B(g(1999),I);var Q=g(7005);Object.defineProperty(I,"FetchTransport",{enumerable:!0,get:function(){return Q.FetchTransport}});var e=g(2018);Object.defineProperty(I,"WebsocketTransport",{enumerable:!0,get:function(){return e.WebsocketTransport}});var E=g(1510);Object.defineProperty(I,"NodeHttpTransport",{enumerable:!0,get:function(){return E.NodeHttpTransport}})},2343:(A,I)=>{"use strict";I.p2=void 0;const g="qpzry9x8gf2tvdw0s3jn54khce6mua7l",C={};for(let A=0;A<32;A++){const I=g.charAt(A);C[I]=A}function B(A){const I=A>>25;return(33554431&A)<<5^996825010&-(1&I)^642813549&-(I>>1&1)^513874426&-(I>>2&1)^1027748829&-(I>>3&1)^705979059&-(I>>4&1)}function i(A){let I=1;for(let g=0;g<A.length;++g){const C=A.charCodeAt(g);if(C<33||C>126)return"Invalid prefix ("+A+")";I=B(I)^C>>5}I=B(I);for(let g=0;g<A.length;++g){const C=A.charCodeAt(g);I=B(I)^31&C}return I}function Q(A,I,g,C){let B=0,i=0;const Q=(1<<g)-1,e=[];for(let C=0;C<A.length;++C)for(B=B<<I|A[C],i+=I;i>=g;)i-=g,e.push(B>>i&Q);if(C)i>0&&e.push(B<<g-i&Q);else{if(i>=I)return"Excess padding";if(B<<g-i&Q)return"Non-zero padding"}return e}function e(A){return Q(A,8,5,!0)}function E(A){const I=Q(A,5,8,!1);if(Array.isArray(I))return I}function t(A){const I=Q(A,5,8,!1);if(Array.isArray(I))return I;throw new Error(I)}function o(A){let I;function Q(A,g){if(g=g||90,A.length<8)return A+" too short";if(A.length>g)return"Exceeds length limit";const Q=A.toLowerCase(),e=A.toUpperCase();if(A!==Q&&A!==e)return"Mixed-case string "+A;const E=(A=Q).lastIndexOf("1");if(-1===E)return"No separator character for "+A;if(0===E)return"Missing prefix for "+A;const t=A.slice(0,E),o=A.slice(E+1);if(o.length<6)return"Data too short";let n=i(t);if("string"==typeof n)return n;const a=[];for(let A=0;A<o.length;++A){const I=o.charAt(A),g=C[I];if(void 0===g)return"Unknown character "+I;n=B(n)^g,A+6>=o.length||a.push(g)}return n!==I?"Invalid checksum for "+A:{prefix:t,words:a}}return I="bech32"===A?1:734539939,{decodeUnsafe:function(A,I){const g=Q(A,I);if("object"==typeof g)return g},decode:function(A,I){const g=Q(A,I);if("object"==typeof g)return g;throw new Error(g)},encode:function(A,C,Q){if(Q=Q||90,A.length+7+C.length>Q)throw new TypeError("Exceeds length limit");let e=i(A=A.toLowerCase());if("string"==typeof e)throw new Error(e);let E=A+"1";for(let A=0;A<C.length;++A){const I=C[A];if(I>>5)throw new Error("Non 5-bit word");e=B(e)^I,E+=g.charAt(I)}for(let A=0;A<6;++A)e=B(e);e^=I;for(let A=0;A<6;++A)E+=g.charAt(e>>5*(5-A)&31);return E},toWords:e,fromWordsUnsafe:E,fromWords:t}}o("bech32"),I.p2=o("bech32m")},2421:(A,I)=>{"use strict";var g;Object.defineProperty(I,"__esModule",{value:!0}),I.Status=void 0,(g=I.Status||(I.Status={}))[g.OK=0]="OK",g[g.CANCELLED=1]="CANCELLED",g[g.UNKNOWN=2]="UNKNOWN",g[g.INVALID_ARGUMENT=3]="INVALID_ARGUMENT",g[g.DEADLINE_EXCEEDED=4]="DEADLINE_EXCEEDED",g[g.NOT_FOUND=5]="NOT_FOUND",g[g.ALREADY_EXISTS=6]="ALREADY_EXISTS",g[g.PERMISSION_DENIED=7]="PERMISSION_DENIED",g[g.RESOURCE_EXHAUSTED=8]="RESOURCE_EXHAUSTED",g[g.FAILED_PRECONDITION=9]="FAILED_PRECONDITION",g[g.ABORTED=10]="ABORTED",g[g.OUT_OF_RANGE=11]="OUT_OF_RANGE",g[g.UNIMPLEMENTED=12]="UNIMPLEMENTED",g[g.INTERNAL=13]="INTERNAL",g[g.UNAVAILABLE=14]="UNAVAILABLE",g[g.DATA_LOSS=15]="DATA_LOSS",g[g.UNAUTHENTICATED=16]="UNAUTHENTICATED"},2505:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.AsyncSink=void 0;const g="error";class C{constructor(){this._ended=!1,this._values=[],this._resolvers=[]}[Symbol.asyncIterator](){return this}write(A){this._push({type:"value",value:A})}error(A){this._push({type:g,error:A})}_push(A){if(!this._ended)if(this._resolvers.length>0){const{resolve:I,reject:C}=this._resolvers.shift();A.type===g?C(A.error):I({done:!1,value:A.value})}else this._values.push(A)}next(){if(this._values.length>0){const{type:A,value:I,error:C}=this._values.shift();return A===g?Promise.reject(C):Promise.resolve({done:!1,value:I})}return this._ended?Promise.resolve({done:!0}):new Promise((A,I)=>{this._resolvers.push({resolve:A,reject:I})})}end(){for(;this._resolvers.length>0;)this._resolvers.shift().resolve({done:!0});this._ended=!0}}I.AsyncSink=C},2721:(A,I,g)=>{"use strict";I.__esModule=void 0,I.__esModule=!0;var C=g(7522),B=C.setPrototypeOf,i=C.getPrototypeOf,Q=C.defineProperty,e=C.objectCreate,E="[object Error]"===(new Error).toString(),t="";function o(A){var I,g=this.constructor,C=g.name||(null===(I=g.toString().match(/^function\s*([^\s(]+)/))?t||"Error":I[1]),e="Error"===C,n=e?t:C,a=Error.apply(this,arguments);if(B(a,i(this)),a instanceof g&&a instanceof o||(a=this,Error.apply(this,arguments),Q(a,"message",{configurable:!0,enumerable:!1,value:A,writable:!0})),Q(a,"name",{configurable:!0,enumerable:!1,value:n,writable:!0}),Error.captureStackTrace&&Error.captureStackTrace(a,e?o:g),void 0===a.stack){var s=new Error(A);s.name=a.name,a.stack=s.stack}return E&&Q(a,"toString",{configurable:!0,enumerable:!1,value:function(){return(this.name||"Error")+(void 0===this.message?"":": "+this.message)},writable:!0}),a}t=o.name||"ExtendableError",o.prototype=e(Error.prototype,{constructor:{value:Error,enumerable:!1,writable:!0,configurable:!0}}),I.ExtendableError=o,I.default=I.ExtendableError},2774:(A,I)=>{"use strict";function g(A){return A.toLowerCase()}function C(A,I){if(!/^[0-9a-z_.-]+$/.test(A))throw new Error(`Metadata key '${A}' contains illegal characters`);if(A.endsWith("-bin")){if(!(I instanceof Uint8Array))throw new Error(`Metadata key '${A}' ends with '-bin', thus it must have binary value`)}else{if("string"!=typeof I)throw new Error(`Metadata key '${A}' doesn't end with '-bin', thus it must have string value`);if(!/^[ -~]*$/.test(I))throw new Error(`Metadata value '${I}' of key '${A}' contains illegal characters`)}}Object.defineProperty(I,"__esModule",{value:!0}),I.Metadata=void 0,I.Metadata=function(A){const I=new Map,B={set(A,i){if(A=g(A),Array.isArray(i))if(0===i.length)I.delete(A);else{for(const I of i)C(A,I);I.set(A,A.endsWith("-bin")?i:[i.join(", ")])}else C(A,i),I.set(A,[i]);return B},append(A,i){C(A=g(A),i);let Q=I.get(A);return null==Q&&(Q=[],I.set(A,Q)),Q.push(i),A.endsWith("-bin")||I.set(A,[Q.join(", ")]),B},delete(A){A=g(A),I.delete(A)},get(A){var C;return A=g(A),null===(C=I.get(A))||void 0===C?void 0:C[0]},getAll(A){var C;return A=g(A),null!==(C=I.get(A))&&void 0!==C?C:[]},has:A=>(A=g(A),I.has(A)),[Symbol.iterator]:()=>I[Symbol.iterator]()};if(null!=A){const I=(i=A,Symbol.iterator in i?A:Object.entries(A));for(const[A,g]of I)B.set(A,g)}var i;return B}},2810:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.makeCall=async function*(A,I,g,t){const{metadata:o,signal:n=(new AbortController).signal,onHeader:a,onTrailer:s}=t;(0,C.throwIfAborted)(n);let r,c,D=!1;function w(I){if(D){if(new Map(I).size>0)throw new B.ClientError(A.path,B.Status.INTERNAL,"Received non-empty trailer after trailers-only response");return}const g=(0,E.parseTrailer)(I);({status:r,message:c}=g),null==s||s(g.trailer)}const d=(0,B.Metadata)(o);d.set("content-type","application/grpc-web+proto"),d.set("x-grpc-web","1");const h=new AbortController,y=()=>{h.abort()};n.addEventListener("abort",y);let l,k=!1;async function*u(){try{for await(const A of g){if(k)throw new Error("Request finished");yield A}}catch(A){throw l={err:A},h.abort(),A}}const N=(0,i.decodeResponse)({response:async function*(){try{return yield*I.transport({url:I.address+A.path,metadata:d,body:(0,Q.encodeRequest)({request:u(),encode:A.requestSerialize}),signal:h.signal,method:A})}catch(I){throw(0,C.rethrowAbortError)(I),new B.ClientError(A.path,B.Status.UNKNOWN,`Transport error: ${(0,e.makeInternalErrorMessage)(I)}`)}}(),decode:A.responseDeserialize,onHeader(A){A.has("grpc-status")?(w(A),D=!0):null==a||a(A)},onTrailer(A){w(A)}});try{yield*N}catch(I){throw void 0!==l?l.err:I instanceof B.ClientError||(0,C.isAbortError)(I)?I:new B.ClientError(A.path,B.Status.INTERNAL,(0,e.makeInternalErrorMessage)(I))}finally{if(k=!0,n.removeEventListener("abort",y),null!=r&&r!==B.Status.OK)throw new B.ClientError(A.path,r,null!=c?c:"")}if(null==r)throw new B.ClientError(A.path,B.Status.UNKNOWN,'Response stream closed without gRPC status. This may indicate a misconfigured CORS policy on the server: Access-Control-Expose-Headers must include "grpc-status" and "grpc-message".')};const C=g(1475),B=g(91),i=g(2941),Q=g(7621),e=g(8198),E=g(4762)},2941:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.decodeResponse=async function*({response:A,decode:I,onHeader:g,onTrailer:Q}){let e,E=!1,t=!1,o=!1,n=r(i.LPM_HEADER_LENGTH);for await(const g of A)if("header"===g.type)a(g.header);else if("trailer"===g.type)s(g.trailer);else if("data"===g.type){if(t)throw new Error("Received data after trailer");let{data:A}=g;for(;A.length>0||0===(null==e?void 0:e.length);){const g=Math.min(A.length,n.targetLength-n.totalLength),Q=A.subarray(0,g);if(A=A.subarray(g),n.chunks.push(Q),n.totalLength+=Q.length,n.totalLength===n.targetLength){const A=(0,C.concatBuffers)(n.chunks,n.totalLength);if(null==e)e=(0,i.parseLpmHeader)(A),n=r(e.length);else{if(e.compressed)throw new Error("Compressed messages not supported");if(e.isMetadata)E?s((0,B.decodeMetadata)(A)):a((0,B.decodeMetadata)(A));else{if(!E)throw new Error("Received data before header");yield I(A),o=!0}e=void 0,n=r(i.LPM_HEADER_LENGTH)}}}}function a(A){if(E)throw new Error("Received multiple headers");if(o)throw new Error("Received header after data");if(t)throw new Error("Received header after trailer");E=!0,g(A)}function s(A){if(t)throw new Error("Received multiple trailers");t=!0,Q(A)}function r(A){return{chunks:[],totalLength:0,targetLength:A}}};const C=g(4101),B=g(1891),i=g(3564)},2969:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createClientFactory=t,I.createClient=function(A,I,g){return t().create(A,I,g)};const C=g(91),B=g(7671),i=g(1953),Q=g(1546),e=g(4230),E=g(8632);function t(){return o()}function o(A){return{use:I=>o(null==A?I:(0,C.composeClientMiddleware)(A,I)),create(I,g,C={}){const t={},o=Object.entries((0,B.normalizeServiceDefinition)(I));for(const[I,B]of o){const o={...C["*"],...C[I]};B.requestStream?B.responseStream?t[I]=(0,i.createBidiStreamingMethod)(B,g,A,o):t[I]=(0,Q.createClientStreamingMethod)(B,g,A,o):B.responseStream?t[I]=(0,e.createServerStreamingMethod)(B,g,A,o):t[I]=(0,E.createUnaryMethod)(B,g,A,o)}return t}}}},3297:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createChannel=function(A,I=(0,C.FetchTransport)()){return{address:A,transport:I}};const C=g(7005)},3564:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.LPM_HEADER_LENGTH=void 0,I.parseLpmHeader=function(A){if(A.length!==I.LPM_HEADER_LENGTH)throw new Error(`Invalid LPM header length: ${A.length}`);const g=new DataView(A.buffer,A.byteOffset,A.byteLength);return{compressed:!!(1&g.getUint8(0)),isMetadata:!!(128&g.getUint8(0)),length:g.getUint32(1)}},I.encodeFrame=function(A){const g=new Uint8Array(I.LPM_HEADER_LENGTH+A.length);return new DataView(g.buffer,1,4).setUint32(0,A.length,!1),g.set(A,I.LPM_HEADER_LENGTH),g},I.LPM_HEADER_LENGTH=5},3652:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},3826:function(A){A.exports=function(){"use strict";var A="minute",I=/[+-]\d\d(?::?\d\d)?/g,g=/([+-]|\d\d)/g;return function(C,B,i){var Q=B.prototype;i.utc=function(A){return new B({date:A,utc:!0,args:arguments})},Q.utc=function(I){var g=i(this.toDate(),{locale:this.$L,utc:!0});return I?g.add(this.utcOffset(),A):g},Q.local=function(){return i(this.toDate(),{locale:this.$L,utc:!1})};var e=Q.parse;Q.parse=function(A){A.utc&&(this.$u=!0),this.$utils().u(A.$offset)||(this.$offset=A.$offset),e.call(this,A)};var E=Q.init;Q.init=function(){if(this.$u){var A=this.$d;this.$y=A.getUTCFullYear(),this.$M=A.getUTCMonth(),this.$D=A.getUTCDate(),this.$W=A.getUTCDay(),this.$H=A.getUTCHours(),this.$m=A.getUTCMinutes(),this.$s=A.getUTCSeconds(),this.$ms=A.getUTCMilliseconds()}else E.call(this)};var t=Q.utcOffset;Q.utcOffset=function(C,B){var i=this.$utils().u;if(i(C))return this.$u?0:i(this.$offset)?t.call(this):this.$offset;if("string"==typeof C&&(C=function(A){void 0===A&&(A="");var C=A.match(I);if(!C)return null;var B=(""+C[0]).match(g)||["-",0,0],i=B[0],Q=60*+B[1]+ +B[2];return 0===Q?0:"+"===i?Q:-Q}(C),null===C))return this;var Q=Math.abs(C)<=16?60*C:C;if(0===Q)return this.utc(B);var e=this.clone();if(B)return e.$offset=Q,e.$u=!1,e;var E=this.$u?this.toDate().getTimezoneOffset():-1*this.utcOffset();return(e=this.local().add(Q+E,A)).$offset=Q,e.$x.$localOffset=E,e};var o=Q.format;Q.format=function(A){var I=A||(this.$u?"YYYY-MM-DDTHH:mm:ss[Z]":"");return o.call(this,I)},Q.valueOf=function(){var A=this.$utils().u(this.$offset)?0:this.$offset+(this.$x.$localOffset||this.$d.getTimezoneOffset());return this.$d.valueOf()-6e4*A},Q.isUTC=function(){return!!this.$u},Q.toISOString=function(){return this.toDate().toISOString()},Q.toString=function(){return this.toDate().toUTCString()};var n=Q.toDate;Q.toDate=function(A){return"s"===A&&this.$offset?i(this.format("YYYY-MM-DD HH:mm:ss:SSS")).toDate():n.call(this)};var a=Q.diff;Q.diff=function(A,I,g){if(A&&this.$u===A.$u)return a.call(this,A,I,g);var C=this.local(),B=i(A).local();return a.call(C,B,I,g)}}}()},4092:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.ServerError=void 0;const C=g(2721),B=g(2421);class i extends C.ExtendableError{constructor(A,I){super(`${B.Status[A]}: ${I}`),this.code=A,this.details=I,this.name="ServerError",Object.defineProperty(this,"@@nice-grpc",{value:!0}),Object.defineProperty(this,"@@nice-grpc:ServerError",{value:!0})}static[Symbol.hasInstance](A){return this!==i?this.prototype.isPrototypeOf(A):"object"==typeof A&&null!==A&&(A.constructor===i||!0===A["@@nice-grpc:ServerError"]||"ServerError"===A.name&&!0===A["@@nice-grpc"])}}I.ServerError=i},4101:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.concatBuffers=function(A,I){if(1===A.length)return A[0];const g=new Uint8Array(I);let C=0;for(const I of A)g.set(I,C),C+=I.length;return g}},4230:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createServerStreamingMethod=function(A,I,g,Q){const e={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*E(g,Q){if((0,B.isAsyncIterable)(g))throw new Error("A middleware passed invalid request to next(): expected a single message for server streaming method");const e=(0,i.makeCall)(A,I,(0,C.asyncIterableOf)(g),Q);yield*e}const t=null==g?E:(A,I)=>g({method:e,requestStream:!1,request:A,responseStream:!0,next:E},I);return(A,I)=>{const g=t(A,{...Q,...I})[Symbol.asyncIterator]();return{[Symbol.asyncIterator]:()=>({async next(){const A=await g.next();return A.done&&null!=A.value?await g.throw(new Error("A middleware returned a message, but expected to return void for server streaming method")):A},return:()=>g.return(),throw:A=>g.throw(A)})}}};const C=g(213),B=g(7768),i=g(2810)},4236:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.ClientError=void 0;const C=g(2721),B=g(2421);class i extends C.ExtendableError{constructor(A,I,g){super(`${A} ${B.Status[I]}: ${g}`),this.path=A,this.code=I,this.details=g,this.name="ClientError",Object.defineProperty(this,"@@nice-grpc",{value:!0}),Object.defineProperty(this,"@@nice-grpc:ClientError",{value:!0})}static[Symbol.hasInstance](A){return this!==i?this.prototype.isPrototypeOf(A):"object"==typeof A&&null!==A&&(A.constructor===i||!0===A["@@nice-grpc:ClientError"]||"ClientError"===A.name&&!0===A["@@nice-grpc"])}}I.ClientError=i},4353:function(A){A.exports=function(){"use strict";var A=6e4,I=36e5,g="millisecond",C="second",B="minute",i="hour",Q="day",e="week",E="month",t="quarter",o="year",n="date",a="Invalid Date",s=/^(\d{4})[-/]?(\d{1,2})?[-/]?(\d{0,2})[Tt\s]*(\d{1,2})?:?(\d{1,2})?:?(\d{1,2})?[.:]?(\d+)?$/,r=/\[([^\]]+)]|Y{1,4}|M{1,4}|D{1,2}|d{1,4}|H{1,2}|h{1,2}|a|A|m{1,2}|s{1,2}|Z{1,2}|SSS/g,c={name:"en",weekdays:"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday".split("_"),months:"January_February_March_April_May_June_July_August_September_October_November_December".split("_"),ordinal:function(A){var I=["th","st","nd","rd"],g=A%100;return"["+A+(I[(g-20)%10]||I[g]||I[0])+"]"}},D=function(A,I,g){var C=String(A);return!C||C.length>=I?A:""+Array(I+1-C.length).join(g)+A},w={s:D,z:function(A){var I=-A.utcOffset(),g=Math.abs(I),C=Math.floor(g/60),B=g%60;return(I<=0?"+":"-")+D(C,2,"0")+":"+D(B,2,"0")},m:function A(I,g){if(I.date()<g.date())return-A(g,I);var C=12*(g.year()-I.year())+(g.month()-I.month()),B=I.clone().add(C,E),i=g-B<0,Q=I.clone().add(C+(i?-1:1),E);return+(-(C+(g-B)/(i?B-Q:Q-B))||0)},a:function(A){return A<0?Math.ceil(A)||0:Math.floor(A)},p:function(A){return{M:E,y:o,w:e,d:Q,D:n,h:i,m:B,s:C,ms:g,Q:t}[A]||String(A||"").toLowerCase().replace(/s$/,"")},u:function(A){return void 0===A}},d="en",h={};h[d]=c;var y="$isDayjsObject",l=function(A){return A instanceof G||!(!A||!A[y])},k=function A(I,g,C){var B;if(!I)return d;if("string"==typeof I){var i=I.toLowerCase();h[i]&&(B=i),g&&(h[i]=g,B=i);var Q=I.split("-");if(!B&&Q.length>1)return A(Q[0])}else{var e=I.name;h[e]=I,B=e}return!C&&B&&(d=B),B||!C&&d},u=function(A,I){if(l(A))return A.clone();var g="object"==typeof I?I:{};return g.date=A,g.args=arguments,new G(g)},N=w;N.l=k,N.i=l,N.w=function(A,I){return u(A,{locale:I.$L,utc:I.$u,x:I.$x,$offset:I.$offset})};var G=function(){function c(A){this.$L=k(A.locale,null,!0),this.parse(A),this.$x=this.$x||A.x||{},this[y]=!0}var D=c.prototype;return D.parse=function(A){this.$d=function(A){var I=A.date,g=A.utc;if(null===I)return new Date(NaN);if(N.u(I))return new Date;if(I instanceof Date)return new Date(I);if("string"==typeof I&&!/Z$/i.test(I)){var C=I.match(s);if(C){var B=C[2]-1||0,i=(C[7]||"0").substring(0,3);return g?new Date(Date.UTC(C[1],B,C[3]||1,C[4]||0,C[5]||0,C[6]||0,i)):new Date(C[1],B,C[3]||1,C[4]||0,C[5]||0,C[6]||0,i)}}return new Date(I)}(A),this.init()},D.init=function(){var A=this.$d;this.$y=A.getFullYear(),this.$M=A.getMonth(),this.$D=A.getDate(),this.$W=A.getDay(),this.$H=A.getHours(),this.$m=A.getMinutes(),this.$s=A.getSeconds(),this.$ms=A.getMilliseconds()},D.$utils=function(){return N},D.isValid=function(){return!(this.$d.toString()===a)},D.isSame=function(A,I){var g=u(A);return this.startOf(I)<=g&&g<=this.endOf(I)},D.isAfter=function(A,I){return u(A)<this.startOf(I)},D.isBefore=function(A,I){return this.endOf(I)<u(A)},D.$g=function(A,I,g){return N.u(A)?this[I]:this.set(g,A)},D.unix=function(){return Math.floor(this.valueOf()/1e3)},D.valueOf=function(){return this.$d.getTime()},D.startOf=function(A,I){var g=this,t=!!N.u(I)||I,a=N.p(A),s=function(A,I){var C=N.w(g.$u?Date.UTC(g.$y,I,A):new Date(g.$y,I,A),g);return t?C:C.endOf(Q)},r=function(A,I){return N.w(g.toDate()[A].apply(g.toDate("s"),(t?[0,0,0,0]:[23,59,59,999]).slice(I)),g)},c=this.$W,D=this.$M,w=this.$D,d="set"+(this.$u?"UTC":"");switch(a){case o:return t?s(1,0):s(31,11);case E:return t?s(1,D):s(0,D+1);case e:var h=this.$locale().weekStart||0,y=(c<h?c+7:c)-h;return s(t?w-y:w+(6-y),D);case Q:case n:return r(d+"Hours",0);case i:return r(d+"Minutes",1);case B:return r(d+"Seconds",2);case C:return r(d+"Milliseconds",3);default:return this.clone()}},D.endOf=function(A){return this.startOf(A,!1)},D.$set=function(A,I){var e,t=N.p(A),a="set"+(this.$u?"UTC":""),s=(e={},e[Q]=a+"Date",e[n]=a+"Date",e[E]=a+"Month",e[o]=a+"FullYear",e[i]=a+"Hours",e[B]=a+"Minutes",e[C]=a+"Seconds",e[g]=a+"Milliseconds",e)[t],r=t===Q?this.$D+(I-this.$W):I;if(t===E||t===o){var c=this.clone().set(n,1);c.$d[s](r),c.init(),this.$d=c.set(n,Math.min(this.$D,c.daysInMonth())).$d}else s&&this.$d[s](r);return this.init(),this},D.set=function(A,I){return this.clone().$set(A,I)},D.get=function(A){return this[N.p(A)]()},D.add=function(g,t){var n,a=this;g=Number(g);var s=N.p(t),r=function(A){var I=u(a);return N.w(I.date(I.date()+Math.round(A*g)),a)};if(s===E)return this.set(E,this.$M+g);if(s===o)return this.set(o,this.$y+g);if(s===Q)return r(1);if(s===e)return r(7);var c=(n={},n[B]=A,n[i]=I,n[C]=1e3,n)[s]||1,D=this.$d.getTime()+g*c;return N.w(D,this)},D.subtract=function(A,I){return this.add(-1*A,I)},D.format=function(A){var I=this,g=this.$locale();if(!this.isValid())return g.invalidDate||a;var C=A||"YYYY-MM-DDTHH:mm:ssZ",B=N.z(this),i=this.$H,Q=this.$m,e=this.$M,E=g.weekdays,t=g.months,o=g.meridiem,n=function(A,g,B,i){return A&&(A[g]||A(I,C))||B[g].slice(0,i)},s=function(A){return N.s(i%12||12,A,"0")},c=o||function(A,I,g){var C=A<12?"AM":"PM";return g?C.toLowerCase():C};return C.replace(r,function(A,C){return C||function(A){switch(A){case"YY":return String(I.$y).slice(-2);case"YYYY":return N.s(I.$y,4,"0");case"M":return e+1;case"MM":return N.s(e+1,2,"0");case"MMM":return n(g.monthsShort,e,t,3);case"MMMM":return n(t,e);case"D":return I.$D;case"DD":return N.s(I.$D,2,"0");case"d":return String(I.$W);case"dd":return n(g.weekdaysMin,I.$W,E,2);case"ddd":return n(g.weekdaysShort,I.$W,E,3);case"dddd":return E[I.$W];case"H":return String(i);case"HH":return N.s(i,2,"0");case"h":return s(1);case"hh":return s(2);case"a":return c(i,Q,!0);case"A":return c(i,Q,!1);case"m":return String(Q);case"mm":return N.s(Q,2,"0");case"s":return String(I.$s);case"ss":return N.s(I.$s,2,"0");case"SSS":return N.s(I.$ms,3,"0");case"Z":return B}return null}(A)||B.replace(":","")})},D.utcOffset=function(){return 15*-Math.round(this.$d.getTimezoneOffset()/15)},D.diff=function(g,n,a){var s,r=this,c=N.p(n),D=u(g),w=(D.utcOffset()-this.utcOffset())*A,d=this-D,h=function(){return N.m(r,D)};switch(c){case o:s=h()/12;break;case E:s=h();break;case t:s=h()/3;break;case e:s=(d-w)/6048e5;break;case Q:s=(d-w)/864e5;break;case i:s=d/I;break;case B:s=d/A;break;case C:s=d/1e3;break;default:s=d}return a?s:N.a(s)},D.daysInMonth=function(){return this.endOf(E).$D},D.$locale=function(){return h[this.$L]},D.locale=function(A,I){if(!A)return this.$L;var g=this.clone(),C=k(A,I,!0);return C&&(g.$L=C),g},D.clone=function(){return N.w(this.$d,this)},D.toDate=function(){return new Date(this.valueOf())},D.toJSON=function(){return this.isValid()?this.toISOString():null},D.toISOString=function(){return this.$d.toISOString()},D.toString=function(){return this.$d.toUTCString()},c}(),p=G.prototype;return u.prototype=p,[["$ms",g],["$s",C],["$m",B],["$H",i],["$W",Q],["$M",E],["$y",o],["$D",n]].forEach(function(A){p[A[1]]=function(I){return this.$g(I,A[0],A[1])}}),u.extend=function(A,I){return A.$i||(A(I,G,u),A.$i=!0),u},u.locale=k,u.isDayjs=l,u.unix=function(A){return u(1e3*A)},u.en=h[d],u.Ls=h,u.p={},u}()},4762:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.parseTrailer=function(A){let I;const g=A.get("grpc-status");if(null==g)throw new Error("Received no status code from server");{const A=+g;if(!(A in C.Status))throw new Error(`Received invalid status code from server: ${g}`);I=A}let B=A.get("grpc-message");if(null!=B)try{B=decodeURIComponent(B)}catch(A){}const i=(0,C.Metadata)(A);return i.delete("grpc-status"),i.delete("grpc-message"),{status:I,message:B,trailer:i}};const C=g(91)},5653:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.fromTsProtoServiceDefinition=function(A){const I={};for(const[g,C]of Object.entries(A.methods)){const B=C.requestType.encode,i=C.requestType.fromPartial,Q=C.responseType.encode,e=C.responseType.fromPartial;I[g]={path:`/${A.fullName}/${C.name}`,requestStream:C.requestStream,responseStream:C.responseStream,requestDeserialize:C.requestType.decode,requestSerialize:null!=i?A=>B(i(A)).finish():A=>B(A).finish(),responseDeserialize:C.responseType.decode,responseSerialize:null!=e?A=>Q(e(A)).finish():A=>Q(A).finish(),options:C.options}}return I},I.isTsProtoServiceDefinition=function(A){return"name"in A&&"fullName"in A&&"methods"in A}},5972:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},6524:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},6527:(A,I)=>{"use strict";function g(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}function C(A){if("boolean"!=typeof A)throw new Error(`boolean expected, not ${A}`)}function B(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function i(A,...I){if(!g(A))throw new Error("Uint8Array expected");if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function Q(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}Object.defineProperty(I,"__esModule",{value:!0}),I.wrapCipher=I.Hash=I.nextTick=I.isLE=void 0,I.isBytes=g,I.abool=C,I.anumber=B,I.abytes=i,I.ahash=function(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");B(A.outputLen),B(A.blockLen)},I.aexists=function(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")},I.aoutput=function(A,I){i(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)},I.u8=function(A){return new Uint8Array(A.buffer,A.byteOffset,A.byteLength)},I.u32=function(A){return new Uint32Array(A.buffer,A.byteOffset,Math.floor(A.byteLength/4))},I.clean=function(...A){for(let I=0;I<A.length;I++)A[I].fill(0)},I.createView=Q,I.bytesToHex=t,I.hexToBytes=a,I.hexToNumber=s,I.bytesToNumberBE=function(A){return s(t(A))},I.numberToBytesBE=function(A,I){return a(A.toString(16).padStart(2*I,"0"))},I.utf8ToBytes=r,I.bytesToUtf8=function(A){return(new TextDecoder).decode(A)},I.toBytes=function(A){if("string"==typeof A)A=r(A);else{if(!g(A))throw new Error("Uint8Array expected, got "+typeof A);A=d(A)}return A},I.overlapBytes=c,I.complexOverlapBytes=function(A,I){if(c(A,I)&&A.byteOffset<I.byteOffset)throw new Error("complex overlap of input and output is not supported")},I.concatBytes=function(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];i(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g},I.checkOpts=function(A,I){if(null==I||"object"!=typeof I)throw new Error("options must be defined");return Object.assign(A,I)},I.equalBytes=function(A,I){if(A.length!==I.length)return!1;let g=0;for(let C=0;C<A.length;C++)g|=A[C]^I[C];return 0===g},I.getOutput=function(A,I,g=!0){if(void 0===I)return new Uint8Array(A);if(I.length!==A)throw new Error("invalid output length, expected "+A+", got: "+I.length);if(g&&!w(I))throw new Error("invalid output, must be aligned");return I},I.setBigUint64=D,I.u64Lengths=function(A,I,g){C(g);const B=new Uint8Array(16),i=Q(B);return D(i,0,BigInt(I),g),D(i,8,BigInt(A),g),B},I.isAligned32=w,I.copyBytes=d,I.isLE=68===new Uint8Array(new Uint32Array([287454020]).buffer)[0];const e=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),E=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function t(A){if(i(A),e)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=E[A[g]];return I}const o={_0:48,_9:57,A:65,F:70,a:97,f:102};function n(A){return A>=o._0&&A<=o._9?A-o._0:A>=o.A&&A<=o.F?A-(o.A-10):A>=o.a&&A<=o.f?A-(o.a-10):void 0}function a(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(e)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=n(A.charCodeAt(B)),i=n(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}function s(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);return BigInt(""===A?"0":"0x"+A)}function r(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function c(A,I){return A.buffer===I.buffer&&A.byteOffset<I.byteOffset+I.byteLength&&I.byteOffset<A.byteOffset+A.byteLength}function D(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}function w(A){return A.byteOffset%4==0}function d(A){return Uint8Array.from(A)}I.nextTick=async()=>{},I.Hash=class{},I.wrapCipher=(A,g)=>{function C(C,...B){if(i(C),!I.isLE)throw new Error("Non little-endian hardware is not yet supported");if(void 0!==A.nonceLength){const I=B[0];if(!I)throw new Error("nonce / iv required");A.varSizeNonce?i(I):i(I,A.nonceLength)}const Q=A.tagLength;Q&&void 0!==B[1]&&i(B[1]);const e=g(C,...B),E=(A,I)=>{if(void 0!==I){if(2!==A)throw new Error("cipher output not supported");i(I)}};let t=!1;return{encrypt(A,I){if(t)throw new Error("cannot encrypt() twice with same key + nonce");return t=!0,i(A),E(e.encrypt.length,I),e.encrypt(A,I)},decrypt(A,I){if(i(A),Q&&A.length<Q)throw new Error("invalid ciphertext length: smaller than tagLength="+Q);return E(e.decrypt.length,I),e.decrypt(A,I)}}}return Object.assign(C,A),C}},6705:(A,I,g)=>{const{bech32:C,hex:B,utf8:i}=g(1746),Q={bech32:"bc",pubKeyHash:0,scriptHash:5,validWitnessVersions:[0]},e={bech32:"tb",pubKeyHash:111,scriptHash:196,validWitnessVersions:[0]},E={bech32:"tbs",pubKeyHash:111,scriptHash:196,validWitnessVersions:[0]},t={bech32:"bcrt",pubKeyHash:111,scriptHash:196,validWitnessVersions:[0]},o={bech32:"sb",pubKeyHash:63,scriptHash:123,validWitnessVersions:[0]},n=["option_data_loss_protect","initial_routing_sync","option_upfront_shutdown_script","gossip_queries","var_onion_optin","gossip_queries_ex","option_static_remotekey","payment_secret","basic_mpp","option_support_large_channel"],a={m:BigInt(1e3),u:BigInt(1e6),n:BigInt(1e9),p:BigInt(1e12)},s=BigInt("2100000000000000000"),r=BigInt(1e11),c={payment_hash:1,payment_secret:16,description:13,payee:19,description_hash:23,expiry:6,min_final_cltv_expiry:24,fallback_address:9,route_hint:3,feature_bits:5,metadata:27},D={};for(let A=0,I=Object.keys(c);A<I.length;A++){const g=I[A],C=c[I[A]].toString();D[C]=g}const w={1:A=>B.encode(C.fromWordsUnsafe(A)),16:A=>B.encode(C.fromWordsUnsafe(A)),13:A=>i.encode(C.fromWordsUnsafe(A)),19:A=>B.encode(C.fromWordsUnsafe(A)),23:A=>B.encode(C.fromWordsUnsafe(A)),27:A=>B.encode(C.fromWordsUnsafe(A)),6:h,24:h,3:function(A){const I=[];let g,i,Q,e,E,t=C.fromWordsUnsafe(A);for(;t.length>0;)g=B.encode(t.slice(0,33)),i=B.encode(t.slice(33,41)),Q=parseInt(B.encode(t.slice(41,45)),16),e=parseInt(B.encode(t.slice(45,49)),16),E=parseInt(B.encode(t.slice(49,51)),16),t=t.slice(51),I.push({pubkey:g,short_channel_id:i,fee_base_msat:Q,fee_proportional_millionths:e,cltv_expiry_delta:E});return I},5:function(A){const I=A.slice().reverse().map(A=>[!!(1&A),!!(2&A),!!(4&A),!!(8&A),!!(16&A)]).reduce((A,I)=>A.concat(I),[]);for(;I.length<2*n.length;)I.push(!1);const g={};n.forEach((A,C)=>{let B;B=I[2*C]?"required":I[2*C+1]?"supported":"unsupported",g[A]=B});const C=I.slice(2*n.length);return g.extra_bits={start_bit:2*n.length,bits:C,has_required:C.reduce((A,I,g)=>g%2!=0?A||!1:A||I,!1)},g}};function d(A){return I=>({tagCode:parseInt(A),words:C.encode("unknown",I,Number.MAX_SAFE_INTEGER)})}function h(A){return A.reverse().reduce((A,I,g)=>A+I*Math.pow(32,g),0)}function y(A,I){let g,C;if(A.slice(-1).match(/^[munp]$/))g=A.slice(-1),C=A.slice(0,-1);else{if(A.slice(-1).match(/^[^munp0-9]$/))throw new Error("Not a valid multiplier for the amount");C=A}if(!C.match(/^\d+$/))throw new Error("Not a valid human readable amount");const B=BigInt(C),i=g?B*r/a[g]:B*r;if("p"===g&&B%BigInt(10)!==BigInt(0)||i>s)throw new Error("Amount is outside of valid range");return I?i.toString():i}A.exports={decode:function(A,I){if("string"!=typeof A)throw new Error("Lightning Payment Request must be string");if("ln"!==A.slice(0,2).toLowerCase())throw new Error("Not a proper lightning payment request");const g=[],i=C.decode(A,Number.MAX_SAFE_INTEGER);A=A.toLowerCase();const n=i.prefix;let a=i.words,s=A.slice(n.length+1),r=a.slice(-104);a=a.slice(0,-104);let l=n.match(/^ln(\S+?)(\d*)([a-zA-Z]?)$/);if(l&&!l[2]&&(l=n.match(/^ln(\S+)$/)),!l)throw new Error("Not a proper lightning payment request");g.push({name:"lightning_network",letters:"ln"});const k=l[1];let u;if(I){if(void 0===I.bech32||void 0===I.pubKeyHash||void 0===I.scriptHash||!Array.isArray(I.validWitnessVersions))throw new Error("Invalid network");u=I}else switch(k){case Q.bech32:u=Q;break;case e.bech32:u=e;break;case E.bech32:u=E;break;case t.bech32:u=t;break;case o.bech32:u=o}if(!u||u.bech32!==k)throw new Error("Unknown coin bech32 prefix");g.push({name:"coin_network",letters:k,value:u});const N=l[2];let G;N?(G=y(N+l[3],!0),g.push({name:"amount",letters:l[2]+l[3],value:G})):G=null,g.push({name:"separator",letters:"1"});const p=h(a.slice(0,7));let S,f,F,R;for(a=a.slice(7),g.push({name:"timestamp",letters:s.slice(0,7),value:p}),s=s.slice(7);a.length>0;){const A=a[0].toString();S=D[A]||"unknown_tag",f=w[A]||d(A),a=a.slice(1),F=h(a.slice(0,2)),a=a.slice(2),R=a.slice(0,F),a=a.slice(F),g.push({name:S,tag:s[0],letters:s.slice(0,3+F),value:f(R)}),s=s.slice(3+F)}g.push({name:"signature",letters:s.slice(0,104),value:B.encode(C.fromWordsUnsafe(r))}),s=s.slice(104),g.push({name:"checksum",letters:s});let U={paymentRequest:A,sections:g,get expiry(){let A=g.find(A=>"expiry"===A.name);if(A)return M("timestamp")+A.value},get route_hints(){return g.filter(A=>"route_hint"===A.name).map(A=>A.value)}};for(let A in c)"route_hint"!==A&&Object.defineProperty(U,A,{get:()=>M(A)});return U;function M(A){let I=g.find(I=>I.name===A);return I?I.value:void 0}},hrpToMillisat:y}},6776:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.composeClientMiddleware=void 0,I.composeClientMiddleware=function(A,I){return(g,C)=>I(Object.assign(Object.assign({},g),{next:(I,C)=>A(Object.assign(Object.assign({},g),{request:I}),C)}),C)}},7005:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.FetchTransport=function(A){return async function*({url:I,body:g,metadata:B,signal:E,method:t}){let o;if(t.requestStream){let A;o=new ReadableStream({type:"bytes",start(){A=g[Symbol.asyncIterator]()},async pull(I){const{done:g,value:C}=await A.next();g?I.close():I.enqueue(C)},async cancel(){var I,g;await(null===(g=(I=A).return)||void 0===g?void 0:g.call(I))}})}else{let A;for await(const I of g){A=I;break}o=A}const n=await fetch(I,{method:"POST",body:o,headers:Q(B),signal:E,cache:null==A?void 0:A.cache,duplex:"half",credentials:null==A?void 0:A.credentials});if(yield{type:"header",header:e(n.headers)},!n.ok){const A=await n.text();throw new i.ClientError(t.path,function(A){switch(A){case 400:return i.Status.INTERNAL;case 401:return i.Status.UNAUTHENTICATED;case 403:return i.Status.PERMISSION_DENIED;case 404:return i.Status.UNIMPLEMENTED;case 429:case 502:case 503:case 504:return i.Status.UNAVAILABLE;default:return i.Status.UNKNOWN}}(n.status),function(A,I){return`Received HTTP ${A} response: `+(I.length>1e3?I.slice(0,1e3)+"... (truncated)":I)}(n.status,A))}(0,C.throwIfAborted)(E);const a=n.body.getReader(),s=()=>{a.cancel().catch(()=>{})};E.addEventListener("abort",s);try{for(;;){const{done:A,value:I}=await a.read();if(null!=I&&(yield{type:"data",data:I}),A)break}}finally{E.removeEventListener("abort",s),(0,C.throwIfAborted)(E)}}};const C=g(1475),B=g(8127),i=g(91);function Q(A){const I=new Headers;for(const[g,C]of A)for(const A of C)I.append(g,"string"==typeof A?A:B.Base64.fromUint8Array(A));return I}function e(A){const I=new i.Metadata;for(const[g,C]of A)if(g.endsWith("-bin"))for(const A of C.split(/,\s?/))I.append(g,B.Base64.toUint8Array(A));else I.set(g,C);return I}},7395:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},7522:(A,I)=>{"use strict";I.__esModule=void 0,I.__esModule=!0;var g="function"==typeof Object.setPrototypeOf,C="function"==typeof Object.getPrototypeOf,B="function"==typeof Object.defineProperty,i="function"==typeof Object.create,Q="function"==typeof Object.prototype.hasOwnProperty;I.setPrototypeOf=function(A,I){g?Object.setPrototypeOf(A,I):A.__proto__=I},I.getPrototypeOf=function(A){return C?Object.getPrototypeOf(A):A.__proto__||A.prototype};var e=!1;I.defineProperty=function A(I,g,C){if(B&&!e)try{Object.defineProperty(I,g,C)}catch(B){e=!0,A(I,g,C)}else I[g]=C.value};var E=function(A,I){return Q?A.hasOwnProperty(A,I):void 0===A[I]};I.hasOwnProperty=E,I.objectCreate=function(A,I){if(i)return Object.create(A,I);var g=function(){};g.prototype=A;var C=new g;if(void 0===I)return C;if("null"==typeof I)throw new Error("PropertyDescriptors must not be null.");if("object"==typeof I)for(var B in I)E(I,B)&&(C[B]=I[B].value);return C}},7526:(A,I)=>{"use strict";I.byteLength=function(A){var I=e(A),g=I[0],C=I[1];return 3*(g+C)/4-C},I.toByteArray=function(A){var I,g,i=e(A),Q=i[0],E=i[1],t=new B(function(A,I,g){return 3*(I+g)/4-g}(0,Q,E)),o=0,n=E>0?Q-4:Q;for(g=0;g<n;g+=4)I=C[A.charCodeAt(g)]<<18|C[A.charCodeAt(g+1)]<<12|C[A.charCodeAt(g+2)]<<6|C[A.charCodeAt(g+3)],t[o++]=I>>16&255,t[o++]=I>>8&255,t[o++]=255&I;return 2===E&&(I=C[A.charCodeAt(g)]<<2|C[A.charCodeAt(g+1)]>>4,t[o++]=255&I),1===E&&(I=C[A.charCodeAt(g)]<<10|C[A.charCodeAt(g+1)]<<4|C[A.charCodeAt(g+2)]>>2,t[o++]=I>>8&255,t[o++]=255&I),t},I.fromByteArray=function(A){for(var I,C=A.length,B=C%3,i=[],Q=16383,e=0,E=C-B;e<E;e+=Q)i.push(t(A,e,e+Q>E?E:e+Q));return 1===B?(I=A[C-1],i.push(g[I>>2]+g[I<<4&63]+"==")):2===B&&(I=(A[C-2]<<8)+A[C-1],i.push(g[I>>10]+g[I>>4&63]+g[I<<2&63]+"=")),i.join("")};for(var g=[],C=[],B="undefined"!=typeof Uint8Array?Uint8Array:Array,i="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/",Q=0;Q<64;++Q)g[Q]=i[Q],C[i.charCodeAt(Q)]=Q;function e(A){var I=A.length;if(I%4>0)throw new Error("Invalid string. Length must be a multiple of 4");var g=A.indexOf("=");return-1===g&&(g=I),[g,g===I?0:4-g%4]}function E(A){return g[A>>18&63]+g[A>>12&63]+g[A>>6&63]+g[63&A]}function t(A,I,g){for(var C,B=[],i=I;i<g;i+=3)C=(A[i]<<16&16711680)+(A[i+1]<<8&65280)+(255&A[i+2]),B.push(E(C));return B.join("")}C["-".charCodeAt(0)]=62,C["_".charCodeAt(0)]=63},7621:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.encodeRequest=async function*({request:A,encode:I}){for await(const g of A){const A=I(g);yield(0,C.encodeFrame)(A)}};const C=g(3564)},7640:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.composeServerMiddleware=void 0,I.composeServerMiddleware=function(A,I){return(g,C)=>A(Object.assign(Object.assign({},g),{next:(A,C)=>I(Object.assign(Object.assign({},g),{request:A}),C)}),C)}},7671:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.normalizeServiceDefinition=function(A){return(0,C.isGrpcWebServiceDefinition)(A)?(0,C.fromGrpcWebServiceDefinition)(A):(0,B.isTsProtoServiceDefinition)(A)?(0,B.fromTsProtoServiceDefinition)(A):A};const C=g(700),B=g(5653)},7678:(A,I,g)=>{"use strict";I.wY=void 0;var C=g(469);I.wY=function(A,I,g){return(0,C.gcm)(A,I,g)}},7768:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.isAsyncIterable=function(A){return null!=A&&Symbol.asyncIterator in A}},8105:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},8127:function(A,I,g){var C=g(8287).hp;"undefined"!=typeof self?self:"undefined"!=typeof window?window:void 0!==g.g&&g.g,A.exports=function(){"use strict";var A,I="3.7.8",g=I,B="function"==typeof C,i="function"==typeof TextDecoder?new TextDecoder:void 0,Q="function"==typeof TextEncoder?new TextEncoder:void 0,e=Array.prototype.slice.call("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="),E=(A={},e.forEach(function(I,g){return A[I]=g}),A),t=/^(?:[A-Za-z\d+\/]{4})*?(?:[A-Za-z\d+\/]{2}(?:==)?|[A-Za-z\d+\/]{3}=?)?$/,o=String.fromCharCode.bind(String),n="function"==typeof Uint8Array.from?Uint8Array.from.bind(Uint8Array):function(A){return new Uint8Array(Array.prototype.slice.call(A,0))},a=function(A){return A.replace(/=/g,"").replace(/[+\/]/g,function(A){return"+"==A?"-":"_"})},s=function(A){return A.replace(/[^A-Za-z0-9\+\/]/g,"")},r=function(A){for(var I,g,C,B,i="",Q=A.length%3,E=0;E<A.length;){if((g=A.charCodeAt(E++))>255||(C=A.charCodeAt(E++))>255||(B=A.charCodeAt(E++))>255)throw new TypeError("invalid character found");i+=e[(I=g<<16|C<<8|B)>>18&63]+e[I>>12&63]+e[I>>6&63]+e[63&I]}return Q?i.slice(0,Q-3)+"===".substring(Q):i},c="function"==typeof btoa?function(A){return btoa(A)}:B?function(A){return C.from(A,"binary").toString("base64")}:r,D=B?function(A){return C.from(A).toString("base64")}:function(A){for(var I=[],g=0,C=A.length;g<C;g+=4096)I.push(o.apply(null,A.subarray(g,g+4096)));return c(I.join(""))},w=function(A,I){return void 0===I&&(I=!1),I?a(D(A)):D(A)},d=function(A){if(A.length<2)return(I=A.charCodeAt(0))<128?A:I<2048?o(192|I>>>6)+o(128|63&I):o(224|I>>>12&15)+o(128|I>>>6&63)+o(128|63&I);var I=65536+1024*(A.charCodeAt(0)-55296)+(A.charCodeAt(1)-56320);return o(240|I>>>18&7)+o(128|I>>>12&63)+o(128|I>>>6&63)+o(128|63&I)},h=/[\uD800-\uDBFF][\uDC00-\uDFFFF]|[^\x00-\x7F]/g,y=function(A){return A.replace(h,d)},l=B?function(A){return C.from(A,"utf8").toString("base64")}:Q?function(A){return D(Q.encode(A))}:function(A){return c(y(A))},k=function(A,I){return void 0===I&&(I=!1),I?a(l(A)):l(A)},u=function(A){return k(A,!0)},N=/[\xC0-\xDF][\x80-\xBF]|[\xE0-\xEF][\x80-\xBF]{2}|[\xF0-\xF7][\x80-\xBF]{3}/g,G=function(A){switch(A.length){case 4:var I=((7&A.charCodeAt(0))<<18|(63&A.charCodeAt(1))<<12|(63&A.charCodeAt(2))<<6|63&A.charCodeAt(3))-65536;return o((I>>>10)+55296)+o(56320+(1023&I));case 3:return o((15&A.charCodeAt(0))<<12|(63&A.charCodeAt(1))<<6|63&A.charCodeAt(2));default:return o((31&A.charCodeAt(0))<<6|63&A.charCodeAt(1))}},p=function(A){return A.replace(N,G)},S=function(A){if(A=A.replace(/\s+/g,""),!t.test(A))throw new TypeError("malformed base64.");var I,g,C;A+="==".slice(2-(3&A.length));for(var B=[],i=0;i<A.length;)I=E[A.charAt(i++)]<<18|E[A.charAt(i++)]<<12|(g=E[A.charAt(i++)])<<6|(C=E[A.charAt(i++)]),64===g?B.push(o(I>>16&255)):64===C?B.push(o(I>>16&255,I>>8&255)):B.push(o(I>>16&255,I>>8&255,255&I));return B.join("")},f="function"==typeof atob?function(A){return atob(s(A))}:B?function(A){return C.from(A,"base64").toString("binary")}:S,F=B?function(A){return n(C.from(A,"base64"))}:function(A){return n(f(A).split("").map(function(A){return A.charCodeAt(0)}))},R=function(A){return F(M(A))},U=B?function(A){return C.from(A,"base64").toString("utf8")}:i?function(A){return i.decode(F(A))}:function(A){return p(f(A))},M=function(A){return s(A.replace(/[-_]/g,function(A){return"-"==A?"+":"/"}))},K=function(A){return U(M(A))},m=function(A){return{value:A,enumerable:!1,writable:!0,configurable:!0}},J=function(){var A=function(A,I){return Object.defineProperty(String.prototype,A,m(I))};A("fromBase64",function(){return K(this)}),A("toBase64",function(A){return k(this,A)}),A("toBase64URI",function(){return k(this,!0)}),A("toBase64URL",function(){return k(this,!0)}),A("toUint8Array",function(){return R(this)})},b=function(){var A=function(A,I){return Object.defineProperty(Uint8Array.prototype,A,m(I))};A("toBase64",function(A){return w(this,A)}),A("toBase64URI",function(){return w(this,!0)}),A("toBase64URL",function(){return w(this,!0)})},H={version:I,VERSION:g,atob:f,atobPolyfill:S,btoa:c,btoaPolyfill:r,fromBase64:K,toBase64:k,encode:k,encodeURI:u,encodeURL:u,utob:y,btou:p,decode:K,isValid:function(A){if("string"!=typeof A)return!1;var I=A.replace(/\s+/g,"").replace(/={0,2}$/,"");return!/[^\s0-9a-zA-Z\+/]/.test(I)||!/[^\s0-9a-zA-Z\-_]/.test(I)},fromUint8Array:w,toUint8Array:R,extendString:J,extendUint8Array:b,extendBuiltins:function(){J(),b()},Base64:{}};return Object.keys(H).forEach(function(A){return H.Base64[A]=H[A]}),H}()},8198:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.makeInternalErrorMessage=function(A){return null==A||"object"!=typeof A?String(A):"string"==typeof A.message?A.message:JSON.stringify(A)}},8287:(A,I,g)=>{"use strict";const C=g(7526),B=g(251),i="function"==typeof Symbol&&"function"==typeof Symbol.for?Symbol.for("nodejs.util.inspect.custom"):null;I.hp=E,I.IS=50;const Q=2147483647;function e(A){if(A>Q)throw new RangeError('The value "'+A+'" is invalid for option "size"');const I=new Uint8Array(A);return Object.setPrototypeOf(I,E.prototype),I}function E(A,I,g){if("number"==typeof A){if("string"==typeof I)throw new TypeError('The "string" argument must be of type string. Received type number');return n(A)}return t(A,I,g)}function t(A,I,g){if("string"==typeof A)return function(A,I){if("string"==typeof I&&""!==I||(I="utf8"),!E.isEncoding(I))throw new TypeError("Unknown encoding: "+I);const g=0|c(A,I);let C=e(g);const B=C.write(A,I);return B!==g&&(C=C.slice(0,B)),C}(A,I);if(ArrayBuffer.isView(A))return function(A){if(X(A,Uint8Array)){const I=new Uint8Array(A);return s(I.buffer,I.byteOffset,I.byteLength)}return a(A)}(A);if(null==A)throw new TypeError("The first argument must be one of type string, Buffer, ArrayBuffer, Array, or Array-like Object. Received type "+typeof A);if(X(A,ArrayBuffer)||A&&X(A.buffer,ArrayBuffer))return s(A,I,g);if("undefined"!=typeof SharedArrayBuffer&&(X(A,SharedArrayBuffer)||A&&X(A.buffer,SharedArrayBuffer)))return s(A,I,g);if("number"==typeof A)throw new TypeError('The "value" argument must not be of type number. Received type number');const C=A.valueOf&&A.valueOf();if(null!=C&&C!==A)return E.from(C,I,g);const B=function(A){if(E.isBuffer(A)){const I=0|r(A.length),g=e(I);return 0===g.length||A.copy(g,0,0,I),g}return void 0!==A.length?"number"!=typeof A.length||j(A.length)?e(0):a(A):"Buffer"===A.type&&Array.isArray(A.data)?a(A.data):void 0}(A);if(B)return B;if("undefined"!=typeof Symbol&&null!=Symbol.toPrimitive&&"function"==typeof A[Symbol.toPrimitive])return E.from(A[Symbol.toPrimitive]("string"),I,g);throw new TypeError("The first argument must be one of type string, Buffer, ArrayBuffer, Array, or Array-like Object. Received type "+typeof A)}function o(A){if("number"!=typeof A)throw new TypeError('"size" argument must be of type number');if(A<0)throw new RangeError('The value "'+A+'" is invalid for option "size"')}function n(A){return o(A),e(A<0?0:0|r(A))}function a(A){const I=A.length<0?0:0|r(A.length),g=e(I);for(let C=0;C<I;C+=1)g[C]=255&A[C];return g}function s(A,I,g){if(I<0||A.byteLength<I)throw new RangeError('"offset" is outside of buffer bounds');if(A.byteLength<I+(g||0))throw new RangeError('"length" is outside of buffer bounds');let C;return C=void 0===I&&void 0===g?new Uint8Array(A):void 0===g?new Uint8Array(A,I):new Uint8Array(A,I,g),Object.setPrototypeOf(C,E.prototype),C}function r(A){if(A>=Q)throw new RangeError("Attempt to allocate Buffer larger than maximum size: 0x"+Q.toString(16)+" bytes");return 0|A}function c(A,I){if(E.isBuffer(A))return A.length;if(ArrayBuffer.isView(A)||X(A,ArrayBuffer))return A.byteLength;if("string"!=typeof A)throw new TypeError('The "string" argument must be one of type string, Buffer, or ArrayBuffer. Received type '+typeof A);const g=A.length,C=arguments.length>2&&!0===arguments[2];if(!C&&0===g)return 0;let B=!1;for(;;)switch(I){case"ascii":case"latin1":case"binary":return g;case"utf8":case"utf-8":return W(A).length;case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return 2*g;case"hex":return g>>>1;case"base64":return P(A).length;default:if(B)return C?-1:W(A).length;I=(""+I).toLowerCase(),B=!0}}function D(A,I,g){let C=!1;if((void 0===I||I<0)&&(I=0),I>this.length)return"";if((void 0===g||g>this.length)&&(g=this.length),g<=0)return"";if((g>>>=0)<=(I>>>=0))return"";for(A||(A="utf8");;)switch(A){case"hex":return R(this,I,g);case"utf8":case"utf-8":return p(this,I,g);case"ascii":return f(this,I,g);case"latin1":case"binary":return F(this,I,g);case"base64":return G(this,I,g);case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return U(this,I,g);default:if(C)throw new TypeError("Unknown encoding: "+A);A=(A+"").toLowerCase(),C=!0}}function w(A,I,g){const C=A[I];A[I]=A[g],A[g]=C}function d(A,I,g,C,B){if(0===A.length)return-1;if("string"==typeof g?(C=g,g=0):g>2147483647?g=2147483647:g<-2147483648&&(g=-2147483648),j(g=+g)&&(g=B?0:A.length-1),g<0&&(g=A.length+g),g>=A.length){if(B)return-1;g=A.length-1}else if(g<0){if(!B)return-1;g=0}if("string"==typeof I&&(I=E.from(I,C)),E.isBuffer(I))return 0===I.length?-1:h(A,I,g,C,B);if("number"==typeof I)return I&=255,"function"==typeof Uint8Array.prototype.indexOf?B?Uint8Array.prototype.indexOf.call(A,I,g):Uint8Array.prototype.lastIndexOf.call(A,I,g):h(A,[I],g,C,B);throw new TypeError("val must be string, number or Buffer")}function h(A,I,g,C,B){let i,Q=1,e=A.length,E=I.length;if(void 0!==C&&("ucs2"===(C=String(C).toLowerCase())||"ucs-2"===C||"utf16le"===C||"utf-16le"===C)){if(A.length<2||I.length<2)return-1;Q=2,e/=2,E/=2,g/=2}function t(A,I){return 1===Q?A[I]:A.readUInt16BE(I*Q)}if(B){let C=-1;for(i=g;i<e;i++)if(t(A,i)===t(I,-1===C?0:i-C)){if(-1===C&&(C=i),i-C+1===E)return C*Q}else-1!==C&&(i-=i-C),C=-1}else for(g+E>e&&(g=e-E),i=g;i>=0;i--){let g=!0;for(let C=0;C<E;C++)if(t(A,i+C)!==t(I,C)){g=!1;break}if(g)return i}return-1}function y(A,I,g,C){g=Number(g)||0;const B=A.length-g;C?(C=Number(C))>B&&(C=B):C=B;const i=I.length;let Q;for(C>i/2&&(C=i/2),Q=0;Q<C;++Q){const C=parseInt(I.substr(2*Q,2),16);if(j(C))return Q;A[g+Q]=C}return Q}function l(A,I,g,C){return O(W(I,A.length-g),A,g,C)}function k(A,I,g,C){return O(function(A){const I=[];for(let g=0;g<A.length;++g)I.push(255&A.charCodeAt(g));return I}(I),A,g,C)}function u(A,I,g,C){return O(P(I),A,g,C)}function N(A,I,g,C){return O(function(A,I){let g,C,B;const i=[];for(let Q=0;Q<A.length&&!((I-=2)<0);++Q)g=A.charCodeAt(Q),C=g>>8,B=g%256,i.push(B),i.push(C);return i}(I,A.length-g),A,g,C)}function G(A,I,g){return 0===I&&g===A.length?C.fromByteArray(A):C.fromByteArray(A.slice(I,g))}function p(A,I,g){g=Math.min(A.length,g);const C=[];let B=I;for(;B<g;){const I=A[B];let i=null,Q=I>239?4:I>223?3:I>191?2:1;if(B+Q<=g){let g,C,e,E;switch(Q){case 1:I<128&&(i=I);break;case 2:g=A[B+1],128==(192&g)&&(E=(31&I)<<6|63&g,E>127&&(i=E));break;case 3:g=A[B+1],C=A[B+2],128==(192&g)&&128==(192&C)&&(E=(15&I)<<12|(63&g)<<6|63&C,E>2047&&(E<55296||E>57343)&&(i=E));break;case 4:g=A[B+1],C=A[B+2],e=A[B+3],128==(192&g)&&128==(192&C)&&128==(192&e)&&(E=(15&I)<<18|(63&g)<<12|(63&C)<<6|63&e,E>65535&&E<1114112&&(i=E))}}null===i?(i=65533,Q=1):i>65535&&(i-=65536,C.push(i>>>10&1023|55296),i=56320|1023&i),C.push(i),B+=Q}return function(A){const I=A.length;if(I<=S)return String.fromCharCode.apply(String,A);let g="",C=0;for(;C<I;)g+=String.fromCharCode.apply(String,A.slice(C,C+=S));return g}(C)}E.TYPED_ARRAY_SUPPORT=function(){try{const A=new Uint8Array(1),I={foo:function(){return 42}};return Object.setPrototypeOf(I,Uint8Array.prototype),Object.setPrototypeOf(A,I),42===A.foo()}catch(A){return!1}}(),E.TYPED_ARRAY_SUPPORT||"undefined"==typeof console||"function"!=typeof console.error||console.error("This browser lacks typed array (Uint8Array) support which is required by `buffer` v5.x. Use `buffer` v4.x if you require old browser support."),Object.defineProperty(E.prototype,"parent",{enumerable:!0,get:function(){if(E.isBuffer(this))return this.buffer}}),Object.defineProperty(E.prototype,"offset",{enumerable:!0,get:function(){if(E.isBuffer(this))return this.byteOffset}}),E.poolSize=8192,E.from=function(A,I,g){return t(A,I,g)},Object.setPrototypeOf(E.prototype,Uint8Array.prototype),Object.setPrototypeOf(E,Uint8Array),E.alloc=function(A,I,g){return function(A,I,g){return o(A),A<=0?e(A):void 0!==I?"string"==typeof g?e(A).fill(I,g):e(A).fill(I):e(A)}(A,I,g)},E.allocUnsafe=function(A){return n(A)},E.allocUnsafeSlow=function(A){return n(A)},E.isBuffer=function(A){return null!=A&&!0===A._isBuffer&&A!==E.prototype},E.compare=function(A,I){if(X(A,Uint8Array)&&(A=E.from(A,A.offset,A.byteLength)),X(I,Uint8Array)&&(I=E.from(I,I.offset,I.byteLength)),!E.isBuffer(A)||!E.isBuffer(I))throw new TypeError('The "buf1", "buf2" arguments must be one of type Buffer or Uint8Array');if(A===I)return 0;let g=A.length,C=I.length;for(let B=0,i=Math.min(g,C);B<i;++B)if(A[B]!==I[B]){g=A[B],C=I[B];break}return g<C?-1:C<g?1:0},E.isEncoding=function(A){switch(String(A).toLowerCase()){case"hex":case"utf8":case"utf-8":case"ascii":case"latin1":case"binary":case"base64":case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return!0;default:return!1}},E.concat=function(A,I){if(!Array.isArray(A))throw new TypeError('"list" argument must be an Array of Buffers');if(0===A.length)return E.alloc(0);let g;if(void 0===I)for(I=0,g=0;g<A.length;++g)I+=A[g].length;const C=E.allocUnsafe(I);let B=0;for(g=0;g<A.length;++g){let I=A[g];if(X(I,Uint8Array))B+I.length>C.length?(E.isBuffer(I)||(I=E.from(I)),I.copy(C,B)):Uint8Array.prototype.set.call(C,I,B);else{if(!E.isBuffer(I))throw new TypeError('"list" argument must be an Array of Buffers');I.copy(C,B)}B+=I.length}return C},E.byteLength=c,E.prototype._isBuffer=!0,E.prototype.swap16=function(){const A=this.length;if(A%2!=0)throw new RangeError("Buffer size must be a multiple of 16-bits");for(let I=0;I<A;I+=2)w(this,I,I+1);return this},E.prototype.swap32=function(){const A=this.length;if(A%4!=0)throw new RangeError("Buffer size must be a multiple of 32-bits");for(let I=0;I<A;I+=4)w(this,I,I+3),w(this,I+1,I+2);return this},E.prototype.swap64=function(){const A=this.length;if(A%8!=0)throw new RangeError("Buffer size must be a multiple of 64-bits");for(let I=0;I<A;I+=8)w(this,I,I+7),w(this,I+1,I+6),w(this,I+2,I+5),w(this,I+3,I+4);return this},E.prototype.toString=function(){const A=this.length;return 0===A?"":0===arguments.length?p(this,0,A):D.apply(this,arguments)},E.prototype.toLocaleString=E.prototype.toString,E.prototype.equals=function(A){if(!E.isBuffer(A))throw new TypeError("Argument must be a Buffer");return this===A||0===E.compare(this,A)},E.prototype.inspect=function(){let A="";const g=I.IS;return A=this.toString("hex",0,g).replace(/(.{2})/g,"$1 ").trim(),this.length>g&&(A+=" ... "),"<Buffer "+A+">"},i&&(E.prototype[i]=E.prototype.inspect),E.prototype.compare=function(A,I,g,C,B){if(X(A,Uint8Array)&&(A=E.from(A,A.offset,A.byteLength)),!E.isBuffer(A))throw new TypeError('The "target" argument must be one of type Buffer or Uint8Array. Received type '+typeof A);if(void 0===I&&(I=0),void 0===g&&(g=A?A.length:0),void 0===C&&(C=0),void 0===B&&(B=this.length),I<0||g>A.length||C<0||B>this.length)throw new RangeError("out of range index");if(C>=B&&I>=g)return 0;if(C>=B)return-1;if(I>=g)return 1;if(this===A)return 0;let i=(B>>>=0)-(C>>>=0),Q=(g>>>=0)-(I>>>=0);const e=Math.min(i,Q),t=this.slice(C,B),o=A.slice(I,g);for(let A=0;A<e;++A)if(t[A]!==o[A]){i=t[A],Q=o[A];break}return i<Q?-1:Q<i?1:0},E.prototype.includes=function(A,I,g){return-1!==this.indexOf(A,I,g)},E.prototype.indexOf=function(A,I,g){return d(this,A,I,g,!0)},E.prototype.lastIndexOf=function(A,I,g){return d(this,A,I,g,!1)},E.prototype.write=function(A,I,g,C){if(void 0===I)C="utf8",g=this.length,I=0;else if(void 0===g&&"string"==typeof I)C=I,g=this.length,I=0;else{if(!isFinite(I))throw new Error("Buffer.write(string, encoding, offset[, length]) is no longer supported");I>>>=0,isFinite(g)?(g>>>=0,void 0===C&&(C="utf8")):(C=g,g=void 0)}const B=this.length-I;if((void 0===g||g>B)&&(g=B),A.length>0&&(g<0||I<0)||I>this.length)throw new RangeError("Attempt to write outside buffer bounds");C||(C="utf8");let i=!1;for(;;)switch(C){case"hex":return y(this,A,I,g);case"utf8":case"utf-8":return l(this,A,I,g);case"ascii":case"latin1":case"binary":return k(this,A,I,g);case"base64":return u(this,A,I,g);case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return N(this,A,I,g);default:if(i)throw new TypeError("Unknown encoding: "+C);C=(""+C).toLowerCase(),i=!0}},E.prototype.toJSON=function(){return{type:"Buffer",data:Array.prototype.slice.call(this._arr||this,0)}};const S=4096;function f(A,I,g){let C="";g=Math.min(A.length,g);for(let B=I;B<g;++B)C+=String.fromCharCode(127&A[B]);return C}function F(A,I,g){let C="";g=Math.min(A.length,g);for(let B=I;B<g;++B)C+=String.fromCharCode(A[B]);return C}function R(A,I,g){const C=A.length;(!I||I<0)&&(I=0),(!g||g<0||g>C)&&(g=C);let B="";for(let C=I;C<g;++C)B+=z[A[C]];return B}function U(A,I,g){const C=A.slice(I,g);let B="";for(let A=0;A<C.length-1;A+=2)B+=String.fromCharCode(C[A]+256*C[A+1]);return B}function M(A,I,g){if(A%1!=0||A<0)throw new RangeError("offset is not uint");if(A+I>g)throw new RangeError("Trying to access beyond buffer length")}function K(A,I,g,C,B,i){if(!E.isBuffer(A))throw new TypeError('"buffer" argument must be a Buffer instance');if(I>B||I<i)throw new RangeError('"value" argument is out of bounds');if(g+C>A.length)throw new RangeError("Index out of range")}function m(A,I,g,C,B){T(I,C,B,A,g,7);let i=Number(I&BigInt(4294967295));A[g++]=i,i>>=8,A[g++]=i,i>>=8,A[g++]=i,i>>=8,A[g++]=i;let Q=Number(I>>BigInt(32)&BigInt(4294967295));return A[g++]=Q,Q>>=8,A[g++]=Q,Q>>=8,A[g++]=Q,Q>>=8,A[g++]=Q,g}function J(A,I,g,C,B){T(I,C,B,A,g,7);let i=Number(I&BigInt(4294967295));A[g+7]=i,i>>=8,A[g+6]=i,i>>=8,A[g+5]=i,i>>=8,A[g+4]=i;let Q=Number(I>>BigInt(32)&BigInt(4294967295));return A[g+3]=Q,Q>>=8,A[g+2]=Q,Q>>=8,A[g+1]=Q,Q>>=8,A[g]=Q,g+8}function b(A,I,g,C,B,i){if(g+C>A.length)throw new RangeError("Index out of range");if(g<0)throw new RangeError("Index out of range")}function H(A,I,g,C,i){return I=+I,g>>>=0,i||b(A,0,g,4),B.write(A,I,g,C,23,4),g+4}function Y(A,I,g,C,i){return I=+I,g>>>=0,i||b(A,0,g,8),B.write(A,I,g,C,52,8),g+8}E.prototype.slice=function(A,I){const g=this.length;(A=~~A)<0?(A+=g)<0&&(A=0):A>g&&(A=g),(I=void 0===I?g:~~I)<0?(I+=g)<0&&(I=0):I>g&&(I=g),I<A&&(I=A);const C=this.subarray(A,I);return Object.setPrototypeOf(C,E.prototype),C},E.prototype.readUintLE=E.prototype.readUIntLE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=this[A],B=1,i=0;for(;++i<I&&(B*=256);)C+=this[A+i]*B;return C},E.prototype.readUintBE=E.prototype.readUIntBE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=this[A+--I],B=1;for(;I>0&&(B*=256);)C+=this[A+--I]*B;return C},E.prototype.readUint8=E.prototype.readUInt8=function(A,I){return A>>>=0,I||M(A,1,this.length),this[A]},E.prototype.readUint16LE=E.prototype.readUInt16LE=function(A,I){return A>>>=0,I||M(A,2,this.length),this[A]|this[A+1]<<8},E.prototype.readUint16BE=E.prototype.readUInt16BE=function(A,I){return A>>>=0,I||M(A,2,this.length),this[A]<<8|this[A+1]},E.prototype.readUint32LE=E.prototype.readUInt32LE=function(A,I){return A>>>=0,I||M(A,4,this.length),(this[A]|this[A+1]<<8|this[A+2]<<16)+16777216*this[A+3]},E.prototype.readUint32BE=E.prototype.readUInt32BE=function(A,I){return A>>>=0,I||M(A,4,this.length),16777216*this[A]+(this[A+1]<<16|this[A+2]<<8|this[A+3])},E.prototype.readBigUInt64LE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=I+256*this[++A]+65536*this[++A]+this[++A]*2**24,B=this[++A]+256*this[++A]+65536*this[++A]+g*2**24;return BigInt(C)+(BigInt(B)<<BigInt(32))}),E.prototype.readBigUInt64BE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=I*2**24+65536*this[++A]+256*this[++A]+this[++A],B=this[++A]*2**24+65536*this[++A]+256*this[++A]+g;return(BigInt(C)<<BigInt(32))+BigInt(B)}),E.prototype.readIntLE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=this[A],B=1,i=0;for(;++i<I&&(B*=256);)C+=this[A+i]*B;return B*=128,C>=B&&(C-=Math.pow(2,8*I)),C},E.prototype.readIntBE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=I,B=1,i=this[A+--C];for(;C>0&&(B*=256);)i+=this[A+--C]*B;return B*=128,i>=B&&(i-=Math.pow(2,8*I)),i},E.prototype.readInt8=function(A,I){return A>>>=0,I||M(A,1,this.length),128&this[A]?-1*(255-this[A]+1):this[A]},E.prototype.readInt16LE=function(A,I){A>>>=0,I||M(A,2,this.length);const g=this[A]|this[A+1]<<8;return 32768&g?4294901760|g:g},E.prototype.readInt16BE=function(A,I){A>>>=0,I||M(A,2,this.length);const g=this[A+1]|this[A]<<8;return 32768&g?4294901760|g:g},E.prototype.readInt32LE=function(A,I){return A>>>=0,I||M(A,4,this.length),this[A]|this[A+1]<<8|this[A+2]<<16|this[A+3]<<24},E.prototype.readInt32BE=function(A,I){return A>>>=0,I||M(A,4,this.length),this[A]<<24|this[A+1]<<16|this[A+2]<<8|this[A+3]},E.prototype.readBigInt64LE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=this[A+4]+256*this[A+5]+65536*this[A+6]+(g<<24);return(BigInt(C)<<BigInt(32))+BigInt(I+256*this[++A]+65536*this[++A]+this[++A]*2**24)}),E.prototype.readBigInt64BE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=(I<<24)+65536*this[++A]+256*this[++A]+this[++A];return(BigInt(C)<<BigInt(32))+BigInt(this[++A]*2**24+65536*this[++A]+256*this[++A]+g)}),E.prototype.readFloatLE=function(A,I){return A>>>=0,I||M(A,4,this.length),B.read(this,A,!0,23,4)},E.prototype.readFloatBE=function(A,I){return A>>>=0,I||M(A,4,this.length),B.read(this,A,!1,23,4)},E.prototype.readDoubleLE=function(A,I){return A>>>=0,I||M(A,8,this.length),B.read(this,A,!0,52,8)},E.prototype.readDoubleBE=function(A,I){return A>>>=0,I||M(A,8,this.length),B.read(this,A,!1,52,8)},E.prototype.writeUintLE=E.prototype.writeUIntLE=function(A,I,g,C){A=+A,I>>>=0,g>>>=0,C||K(this,A,I,g,Math.pow(2,8*g)-1,0);let B=1,i=0;for(this[I]=255&A;++i<g&&(B*=256);)this[I+i]=A/B&255;return I+g},E.prototype.writeUintBE=E.prototype.writeUIntBE=function(A,I,g,C){A=+A,I>>>=0,g>>>=0,C||K(this,A,I,g,Math.pow(2,8*g)-1,0);let B=g-1,i=1;for(this[I+B]=255&A;--B>=0&&(i*=256);)this[I+B]=A/i&255;return I+g},E.prototype.writeUint8=E.prototype.writeUInt8=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,1,255,0),this[I]=255&A,I+1},E.prototype.writeUint16LE=E.prototype.writeUInt16LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,65535,0),this[I]=255&A,this[I+1]=A>>>8,I+2},E.prototype.writeUint16BE=E.prototype.writeUInt16BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,65535,0),this[I]=A>>>8,this[I+1]=255&A,I+2},E.prototype.writeUint32LE=E.prototype.writeUInt32LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,4294967295,0),this[I+3]=A>>>24,this[I+2]=A>>>16,this[I+1]=A>>>8,this[I]=255&A,I+4},E.prototype.writeUint32BE=E.prototype.writeUInt32BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,4294967295,0),this[I]=A>>>24,this[I+1]=A>>>16,this[I+2]=A>>>8,this[I+3]=255&A,I+4},E.prototype.writeBigUInt64LE=_(function(A,I=0){return m(this,A,I,BigInt(0),BigInt("0xffffffffffffffff"))}),E.prototype.writeBigUInt64BE=_(function(A,I=0){return J(this,A,I,BigInt(0),BigInt("0xffffffffffffffff"))}),E.prototype.writeIntLE=function(A,I,g,C){if(A=+A,I>>>=0,!C){const C=Math.pow(2,8*g-1);K(this,A,I,g,C-1,-C)}let B=0,i=1,Q=0;for(this[I]=255&A;++B<g&&(i*=256);)A<0&&0===Q&&0!==this[I+B-1]&&(Q=1),this[I+B]=(A/i|0)-Q&255;return I+g},E.prototype.writeIntBE=function(A,I,g,C){if(A=+A,I>>>=0,!C){const C=Math.pow(2,8*g-1);K(this,A,I,g,C-1,-C)}let B=g-1,i=1,Q=0;for(this[I+B]=255&A;--B>=0&&(i*=256);)A<0&&0===Q&&0!==this[I+B+1]&&(Q=1),this[I+B]=(A/i|0)-Q&255;return I+g},E.prototype.writeInt8=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,1,127,-128),A<0&&(A=255+A+1),this[I]=255&A,I+1},E.prototype.writeInt16LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,32767,-32768),this[I]=255&A,this[I+1]=A>>>8,I+2},E.prototype.writeInt16BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,32767,-32768),this[I]=A>>>8,this[I+1]=255&A,I+2},E.prototype.writeInt32LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,2147483647,-2147483648),this[I]=255&A,this[I+1]=A>>>8,this[I+2]=A>>>16,this[I+3]=A>>>24,I+4},E.prototype.writeInt32BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,2147483647,-2147483648),A<0&&(A=4294967295+A+1),this[I]=A>>>24,this[I+1]=A>>>16,this[I+2]=A>>>8,this[I+3]=255&A,I+4},E.prototype.writeBigInt64LE=_(function(A,I=0){return m(this,A,I,-BigInt("0x8000000000000000"),BigInt("0x7fffffffffffffff"))}),E.prototype.writeBigInt64BE=_(function(A,I=0){return J(this,A,I,-BigInt("0x8000000000000000"),BigInt("0x7fffffffffffffff"))}),E.prototype.writeFloatLE=function(A,I,g){return H(this,A,I,!0,g)},E.prototype.writeFloatBE=function(A,I,g){return H(this,A,I,!1,g)},E.prototype.writeDoubleLE=function(A,I,g){return Y(this,A,I,!0,g)},E.prototype.writeDoubleBE=function(A,I,g){return Y(this,A,I,!1,g)},E.prototype.copy=function(A,I,g,C){if(!E.isBuffer(A))throw new TypeError("argument should be a Buffer");if(g||(g=0),C||0===C||(C=this.length),I>=A.length&&(I=A.length),I||(I=0),C>0&&C<g&&(C=g),C===g)return 0;if(0===A.length||0===this.length)return 0;if(I<0)throw new RangeError("targetStart out of bounds");if(g<0||g>=this.length)throw new RangeError("Index out of range");if(C<0)throw new RangeError("sourceEnd out of bounds");C>this.length&&(C=this.length),A.length-I<C-g&&(C=A.length-I+g);const B=C-g;return this===A&&"function"==typeof Uint8Array.prototype.copyWithin?this.copyWithin(I,g,C):Uint8Array.prototype.set.call(A,this.subarray(g,C),I),B},E.prototype.fill=function(A,I,g,C){if("string"==typeof A){if("string"==typeof I?(C=I,I=0,g=this.length):"string"==typeof g&&(C=g,g=this.length),void 0!==C&&"string"!=typeof C)throw new TypeError("encoding must be a string");if("string"==typeof C&&!E.isEncoding(C))throw new TypeError("Unknown encoding: "+C);if(1===A.length){const I=A.charCodeAt(0);("utf8"===C&&I<128||"latin1"===C)&&(A=I)}}else"number"==typeof A?A&=255:"boolean"==typeof A&&(A=Number(A));if(I<0||this.length<I||this.length<g)throw new RangeError("Out of range index");if(g<=I)return this;let B;if(I>>>=0,g=void 0===g?this.length:g>>>0,A||(A=0),"number"==typeof A)for(B=I;B<g;++B)this[B]=A;else{const i=E.isBuffer(A)?A:E.from(A,C),Q=i.length;if(0===Q)throw new TypeError('The value "'+A+'" is invalid for argument "value"');for(B=0;B<g-I;++B)this[B+I]=i[B%Q]}return this};const L={};function q(A,I,g){L[A]=class extends g{constructor(){super(),Object.defineProperty(this,"message",{value:I.apply(this,arguments),writable:!0,configurable:!0}),this.name=`${this.name} [${A}]`,this.stack,delete this.name}get code(){return A}set code(A){Object.defineProperty(this,"code",{configurable:!0,enumerable:!0,value:A,writable:!0})}toString(){return`${this.name} [${A}]: ${this.message}`}}}function V(A){let I="",g=A.length;const C="-"===A[0]?1:0;for(;g>=C+4;g-=3)I=`_${A.slice(g-3,g)}${I}`;return`${A.slice(0,g)}${I}`}function T(A,I,g,C,B,i){if(A>g||A<I){const C="bigint"==typeof I?"n":"";let B;throw B=i>3?0===I||I===BigInt(0)?`>= 0${C} and < 2${C} ** ${8*(i+1)}${C}`:`>= -(2${C} ** ${8*(i+1)-1}${C}) and < 2 ** ${8*(i+1)-1}${C}`:`>= ${I}${C} and <= ${g}${C}`,new L.ERR_OUT_OF_RANGE("value",B,A)}!function(A,I,g){v(I,"offset"),void 0!==A[I]&&void 0!==A[I+g]||Z(I,A.length-(g+1))}(C,B,i)}function v(A,I){if("number"!=typeof A)throw new L.ERR_INVALID_ARG_TYPE(I,"number",A)}function Z(A,I,g){if(Math.floor(A)!==A)throw v(A,g),new L.ERR_OUT_OF_RANGE(g||"offset","an integer",A);if(I<0)throw new L.ERR_BUFFER_OUT_OF_BOUNDS;throw new L.ERR_OUT_OF_RANGE(g||"offset",`>= ${g?1:0} and <= ${I}`,A)}q("ERR_BUFFER_OUT_OF_BOUNDS",function(A){return A?`${A} is outside of buffer bounds`:"Attempt to access memory outside buffer bounds"},RangeError),q("ERR_INVALID_ARG_TYPE",function(A,I){return`The "${A}" argument must be of type number. Received type ${typeof I}`},TypeError),q("ERR_OUT_OF_RANGE",function(A,I,g){let C=`The value of "${A}" is out of range.`,B=g;return Number.isInteger(g)&&Math.abs(g)>2**32?B=V(String(g)):"bigint"==typeof g&&(B=String(g),(g>BigInt(2)**BigInt(32)||g<-(BigInt(2)**BigInt(32)))&&(B=V(B)),B+="n"),C+=` It must be ${I}. Received ${B}`,C},RangeError);const x=/[^+/0-9A-Za-z-_]/g;function W(A,I){let g;I=I||1/0;const C=A.length;let B=null;const i=[];for(let Q=0;Q<C;++Q){if(g=A.charCodeAt(Q),g>55295&&g<57344){if(!B){if(g>56319){(I-=3)>-1&&i.push(239,191,189);continue}if(Q+1===C){(I-=3)>-1&&i.push(239,191,189);continue}B=g;continue}if(g<56320){(I-=3)>-1&&i.push(239,191,189),B=g;continue}g=65536+(B-55296<<10|g-56320)}else B&&(I-=3)>-1&&i.push(239,191,189);if(B=null,g<128){if((I-=1)<0)break;i.push(g)}else if(g<2048){if((I-=2)<0)break;i.push(g>>6|192,63&g|128)}else if(g<65536){if((I-=3)<0)break;i.push(g>>12|224,g>>6&63|128,63&g|128)}else{if(!(g<1114112))throw new Error("Invalid code point");if((I-=4)<0)break;i.push(g>>18|240,g>>12&63|128,g>>6&63|128,63&g|128)}}return i}function P(A){return C.toByteArray(function(A){if((A=(A=A.split("=")[0]).trim().replace(x,"")).length<2)return"";for(;A.length%4!=0;)A+="=";return A}(A))}function O(A,I,g,C){let B;for(B=0;B<C&&!(B+g>=I.length||B>=A.length);++B)I[B+g]=A[B];return B}function X(A,I){return A instanceof I||null!=A&&null!=A.constructor&&null!=A.constructor.name&&A.constructor.name===I.name}function j(A){return A!=A}const z=function(){const A="0123456789abcdef",I=new Array(256);for(let g=0;g<16;++g){const C=16*g;for(let B=0;B<16;++B)I[C+B]=A[g]+A[B]}return I}();function _(A){return"undefined"==typeof BigInt?$:A}function $(){throw new Error("BigInt not supported")}},8632:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createUnaryMethod=function(A,I,g,e){const E={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*t(g,e){if((0,i.isAsyncIterable)(g))throw new Error("A middleware passed invalid request to next(): expected a single message for unary method");const E=(0,Q.makeCall)(A,I,(0,B.asyncIterableOf)(g),e);let t;for await(const I of E){if(null!=t)throw new C.ClientError(A.path,C.Status.INTERNAL,"Received more than one message from server for unary method");t=I}if(null==t)throw new C.ClientError(A.path,C.Status.INTERNAL,"Server did not return a response");return t}const o=null==g?t:(A,I)=>g({method:E,requestStream:!1,request:A,responseStream:!1,next:t},I);return async(A,I)=>{const g=o(A,{...e,...I})[Symbol.asyncIterator]();let C=await g.next();for(;;)if(C.done){if(null!=C.value)return C.value;C=await g.throw(new Error("A middleware returned void, but expected to return a message for unary method"))}else C=await g.throw(new Error("A middleware yielded a message, but expected to only return a message for unary method"))}};const C=g(91),B=g(213),i=g(7768),Q=g(2810)},9982:function(A,I,g){var C;!function(){var I={};!function(A){"use strict";A.__esModule=!0,A.digestLength=32,A.blockSize=64;var I=new Uint32Array([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]);function g(A,g,C,B,i){for(var Q,e,E,t,o,n,a,s,r,c,D,w,d;i>=64;){for(Q=g[0],e=g[1],E=g[2],t=g[3],o=g[4],n=g[5],a=g[6],s=g[7],c=0;c<16;c++)D=B+4*c,A[c]=(255&C[D])<<24|(255&C[D+1])<<16|(255&C[D+2])<<8|255&C[D+3];for(c=16;c<64;c++)w=((r=A[c-2])>>>17|r<<15)^(r>>>19|r<<13)^r>>>10,d=((r=A[c-15])>>>7|r<<25)^(r>>>18|r<<14)^r>>>3,A[c]=(w+A[c-7]|0)+(d+A[c-16]|0);for(c=0;c<64;c++)w=(((o>>>6|o<<26)^(o>>>11|o<<21)^(o>>>25|o<<7))+(o&n^~o&a)|0)+(s+(I[c]+A[c]|0)|0)|0,d=((Q>>>2|Q<<30)^(Q>>>13|Q<<19)^(Q>>>22|Q<<10))+(Q&e^Q&E^e&E)|0,s=a,a=n,n=o,o=t+w|0,t=E,E=e,e=Q,Q=w+d|0;g[0]+=Q,g[1]+=e,g[2]+=E,g[3]+=t,g[4]+=o,g[5]+=n,g[6]+=a,g[7]+=s,B+=64,i-=64}return B}var C=function(){function I(){this.digestLength=A.digestLength,this.blockSize=A.blockSize,this.state=new Int32Array(8),this.temp=new Int32Array(64),this.buffer=new Uint8Array(128),this.bufferLength=0,this.bytesHashed=0,this.finished=!1,this.reset()}return I.prototype.reset=function(){return this.state[0]=1779033703,this.state[1]=3144134277,this.state[2]=1013904242,this.state[3]=2773480762,this.state[4]=1359893119,this.state[5]=2600822924,this.state[6]=528734635,this.state[7]=1541459225,this.bufferLength=0,this.bytesHashed=0,this.finished=!1,this},I.prototype.clean=function(){for(var A=0;A<this.buffer.length;A++)this.buffer[A]=0;for(A=0;A<this.temp.length;A++)this.temp[A]=0;this.reset()},I.prototype.update=function(A,I){if(void 0===I&&(I=A.length),this.finished)throw new Error("SHA256: can't update because hash was finished.");var C=0;if(this.bytesHashed+=I,this.bufferLength>0){for(;this.bufferLength<64&&I>0;)this.buffer[this.bufferLength++]=A[C++],I--;64===this.bufferLength&&(g(this.temp,this.state,this.buffer,0,64),this.bufferLength=0)}for(I>=64&&(C=g(this.temp,this.state,A,C,I),I%=64);I>0;)this.buffer[this.bufferLength++]=A[C++],I--;return this},I.prototype.finish=function(A){if(!this.finished){var I=this.bytesHashed,C=this.bufferLength,B=I/536870912|0,i=I<<3,Q=I%64<56?64:128;this.buffer[C]=128;for(var e=C+1;e<Q-8;e++)this.buffer[e]=0;this.buffer[Q-8]=B>>>24&255,this.buffer[Q-7]=B>>>16&255,this.buffer[Q-6]=B>>>8&255,this.buffer[Q-5]=B>>>0&255,this.buffer[Q-4]=i>>>24&255,this.buffer[Q-3]=i>>>16&255,this.buffer[Q-2]=i>>>8&255,this.buffer[Q-1]=i>>>0&255,g(this.temp,this.state,this.buffer,0,Q),this.finished=!0}for(e=0;e<8;e++)A[4*e+0]=this.state[e]>>>24&255,A[4*e+1]=this.state[e]>>>16&255,A[4*e+2]=this.state[e]>>>8&255,A[4*e+3]=this.state[e]>>>0&255;return this},I.prototype.digest=function(){var A=new Uint8Array(this.digestLength);return this.finish(A),A},I.prototype._saveState=function(A){for(var I=0;I<this.state.length;I++)A[I]=this.state[I]},I.prototype._restoreState=function(A,I){for(var g=0;g<this.state.length;g++)this.state[g]=A[g];this.bytesHashed=I,this.finished=!1,this.bufferLength=0},I}();A.Hash=C;var B=function(){function A(A){this.inner=new C,this.outer=new C,this.blockSize=this.inner.blockSize,this.digestLength=this.inner.digestLength;var I=new Uint8Array(this.blockSize);if(A.length>this.blockSize)(new C).update(A).finish(I).clean();else for(var g=0;g<A.length;g++)I[g]=A[g];for(g=0;g<I.length;g++)I[g]^=54;for(this.inner.update(I),g=0;g<I.length;g++)I[g]^=106;for(this.outer.update(I),this.istate=new Uint32Array(8),this.ostate=new Uint32Array(8),this.inner._saveState(this.istate),this.outer._saveState(this.ostate),g=0;g<I.length;g++)I[g]=0}return A.prototype.reset=function(){return this.inner._restoreState(this.istate,this.inner.blockSize),this.outer._restoreState(this.ostate,this.outer.blockSize),this},A.prototype.clean=function(){for(var A=0;A<this.istate.length;A++)this.ostate[A]=this.istate[A]=0;this.inner.clean(),this.outer.clean()},A.prototype.update=function(A){return this.inner.update(A),this},A.prototype.finish=function(A){return this.outer.finished?this.outer.finish(A):(this.inner.finish(A),this.outer.update(A,this.digestLength).finish(A)),this},A.prototype.digest=function(){var A=new Uint8Array(this.digestLength);return this.finish(A),A},A}();function i(A){var I=(new C).update(A),g=I.digest();return I.clean(),g}function Q(A,I){var g=new B(A).update(I),C=g.digest();return g.clean(),C}function e(A,I,g,C){var B=C[0];if(0===B)throw new Error("hkdf: cannot expand more");I.reset(),B>1&&I.update(A),g&&I.update(g),I.update(C),I.finish(A),C[0]++}A.HMAC=B,A.hash=i,A.default=i,A.hmac=Q;var E=new Uint8Array(A.digestLength);A.hkdf=function(A,I,g,C){void 0===I&&(I=E),void 0===C&&(C=32);for(var i=new Uint8Array([1]),t=Q(I,A),o=new B(t),n=new Uint8Array(o.digestLength),a=n.length,s=new Uint8Array(C),r=0;r<C;r++)a===n.length&&(e(n,o,g,i),a=0),s[r]=n[a++];return o.clean(),n.fill(0),i.fill(0),s},A.pbkdf2=function(A,I,g,C){for(var i=new B(A),Q=i.digestLength,e=new Uint8Array(4),E=new Uint8Array(Q),t=new Uint8Array(Q),o=new Uint8Array(C),n=0;n*Q<C;n++){var a=n+1;e[0]=a>>>24&255,e[1]=a>>>16&255,e[2]=a>>>8&255,e[3]=a>>>0&255,i.reset(),i.update(I),i.update(e),i.finish(t);for(var s=0;s<Q;s++)E[s]=t[s];for(s=2;s<=g;s++){i.reset(),i.update(t).finish(t);for(var r=0;r<Q;r++)E[r]^=t[r]}for(s=0;s<Q&&n*Q+s<C;s++)o[n*Q+s]=E[s]}for(n=0;n<Q;n++)E[n]=t[n]=0;for(n=0;n<4;n++)e[n]=0;return i.clean(),o}}(I);var B=I.default;for(var i in I)B[i]=I[i];"object"==typeof A.exports?A.exports=B:void 0===(C=function(){return B}.call(I,g,I,A))||(A.exports=C)}()}},i={};function Q(A){var I=i[A];if(void 0!==I)return I.exports;var g=i[A]={exports:{}};return B[A].call(g.exports,g,g.exports,Q),g.exports}Q.m=B,I=Object.getPrototypeOf?A=>Object.getPrototypeOf(A):A=>A.__proto__,Q.t=function(g,C){if(1&C&&(g=this(g)),8&C)return g;if("object"==typeof g&&g){if(4&C&&g.__esModule)return g;if(16&C&&"function"==typeof g.then)return g}var B=Object.create(null);Q.r(B);var i={};A=A||[null,I({}),I([]),I(I)];for(var e=2&C&&g;("object"==typeof e||"function"==typeof e)&&!~A.indexOf(e);e=I(e))Object.getOwnPropertyNames(e).forEach(A=>i[A]=()=>g[A]);return i.default=()=>g,Q.d(B,i),B},Q.d=(A,I)=>{for(var g in I)Q.o(I,g)&&!Q.o(A,g)&&Object.defineProperty(A,g,{enumerable:!0,get:I[g]})},Q.f={},Q.e=A=>Promise.all(Object.keys(Q.f).reduce((I,g)=>(Q.f[g](A,I),I),[])),Q.u=A=>A+".index.js",Q.g=function(){if("object"==typeof globalThis)return globalThis;try{return this||new Function("return this")()}catch(A){if("object"==typeof window)return window}}(),Q.o=(A,I)=>Object.prototype.hasOwnProperty.call(A,I),g={},C="spark-web-context:",Q.l=(A,I,B,i)=>{if(g[A])g[A].push(I);else{var e,E;if(void 0!==B)for(var t=document.getElementsByTagName("script"),o=0;o<t.length;o++){var n=t[o];if(n.getAttribute("src")==A||n.getAttribute("data-webpack")==C+B){e=n;break}}e||(E=!0,(e=document.createElement("script")).charset="utf-8",Q.nc&&e.setAttribute("nonce",Q.nc),e.setAttribute("data-webpack",C+B),e.src=A),g[A]=[I];var a=(I,C)=>{e.onerror=e.onload=null,clearTimeout(s);var B=g[A];if(delete g[A],e.parentNode&&e.parentNode.removeChild(e),B&&B.forEach(A=>A(C)),I)return I(C)},s=setTimeout(a.bind(null,void 0,{type:"timeout",target:e}),12e4);e.onerror=a.bind(null,e.onerror),e.onload=a.bind(null,e.onload),E&&document.head.appendChild(e)}},Q.r=A=>{"undefined"!=typeof Symbol&&Symbol.toStringTag&&Object.defineProperty(A,Symbol.toStringTag,{value:"Module"}),Object.defineProperty(A,"__esModule",{value:!0})},Q.p="/",(()=>{var A={792:0};Q.f.j=(I,g)=>{var C=Q.o(A,I)?A[I]:void 0;if(0!==C)if(C)g.push(C[2]);else{var B=new Promise((g,B)=>C=A[I]=[g,B]);g.push(C[2]=B);var i=Q.p+Q.u(I),e=new Error;Q.l(i,g=>{if(Q.o(A,I)&&(0!==(C=A[I])&&(A[I]=void 0),C)){var B=g&&("load"===g.type?"missing":g.type),i=g&&g.target&&g.target.src;e.message="Loading chunk "+I+" failed.\n("+B+": "+i+")",e.name="ChunkLoadError",e.type=B,e.request=i,C[1](e)}},"chunk-"+I,I)}};var I=(I,g)=>{var C,B,[i,e,E]=g,t=0;if(i.some(I=>0!==A[I])){for(C in e)Q.o(e,C)&&(Q.m[C]=e[C]);E&&E(Q)}for(I&&I(g);t<i.length;t++)B=i[t],Q.o(A,B)&&A[B]&&A[B][0](),A[B]=0},g=self.webpackChunkspark_web_context=self.webpackChunkspark_web_context||[];g.forEach(I.bind(null,0)),g.push=I.bind(null,g.push.bind(g))})(),(()=>{"use strict";var A=Q(8287).hp,I=(Object.defineProperty,I=>new Uint8Array(A.from(I,"base64")));function g(){let A=0,I=0;for(let g=0;g<28;g+=7){let C=this.buf[this.pos++];if(A|=(127&C)<<g,!(128&C))return this.assertBounds(),[A,I]}let g=this.buf[this.pos++];if(A|=(15&g)<<28,I=(112&g)>>4,!(128&g))return this.assertBounds(),[A,I];for(let g=3;g<=31;g+=7){let C=this.buf[this.pos++];if(I|=(127&C)<<g,!(128&C))return this.assertBounds(),[A,I]}throw new Error("invalid varint")}function C(A,I,g){for(let C=0;C<28;C+=7){const B=A>>>C,i=!(B>>>7==0&&0==I),Q=255&(i?128|B:B);if(g.push(Q),!i)return}const C=A>>>28&15|(7&I)<<4,B=!!(I>>3);if(g.push(255&(B?128|C:C)),B){for(let A=3;A<31;A+=7){const C=I>>>A,B=!(C>>>7==0),i=255&(B?128|C:C);if(g.push(i),!B)return}g.push(I>>>31&1)}}const B=4294967296;function i(A){const I="-"===A[0];I&&(A=A.slice(1));const g=1e6;let C=0,i=0;function Q(I,Q){const e=Number(A.slice(I,Q));i*=g,C=C*g+e,C>=B&&(i+=C/B|0,C%=B)}return Q(-24,-18),Q(-18,-12),Q(-12,-6),Q(-6),I?t(C,i):E(C,i)}function e(A,I){if(({lo:A,hi:I}=function(A,I){return{lo:A>>>0,hi:I>>>0}}(A,I)),I<=2097151)return String(B*I+A);const g=16777215&(A>>>24|I<<8),C=I>>16&65535;let i=(16777215&A)+6777216*g+6710656*C,Q=g+8147497*C,e=2*C;const E=1e7;return i>=E&&(Q+=Math.floor(i/E),i%=E),Q>=E&&(e+=Math.floor(Q/E),Q%=E),e.toString()+o(Q)+o(i)}function E(A,I){return{lo:0|A,hi:0|I}}function t(A,I){return I=~I,A?A=1+~A:I+=1,E(A,I)}const o=A=>{const I=String(A);return"0000000".slice(I.length)+I};function n(A,I){if(A>=0){for(;A>127;)I.push(127&A|128),A>>>=7;I.push(A)}else{for(let g=0;g<9;g++)I.push(127&A|128),A>>=7;I.push(1)}}function a(){let A=this.buf[this.pos++],I=127&A;if(!(128&A))return this.assertBounds(),I;if(A=this.buf[this.pos++],I|=(127&A)<<7,!(128&A))return this.assertBounds(),I;if(A=this.buf[this.pos++],I|=(127&A)<<14,!(128&A))return this.assertBounds(),I;if(A=this.buf[this.pos++],I|=(127&A)<<21,!(128&A))return this.assertBounds(),I;A=this.buf[this.pos++],I|=(15&A)<<28;for(let I=5;128&A&&I<10;I++)A=this.buf[this.pos++];if(128&A)throw new Error("invalid varint");return this.assertBounds(),I>>>0}const s=r();function r(){const A=new DataView(new ArrayBuffer(8));if("function"==typeof BigInt&&"function"==typeof A.getBigInt64&&"function"==typeof A.getBigUint64&&"function"==typeof A.setBigInt64&&"function"==typeof A.setBigUint64&&(globalThis.Deno||"object"!=typeof process||"object"!=typeof process.env||"1"!==process.env.BUF_BIGINT_DISABLE)){const I=BigInt("-9223372036854775808"),g=BigInt("9223372036854775807"),C=BigInt("0"),B=BigInt("18446744073709551615");return{zero:BigInt(0),supported:!0,parse(A){const C="bigint"==typeof A?A:BigInt(A);if(C>g||C<I)throw new Error(`invalid int64: ${A}`);return C},uParse(A){const I="bigint"==typeof A?A:BigInt(A);if(I>B||I<C)throw new Error(`invalid uint64: ${A}`);return I},enc(I){return A.setBigInt64(0,this.parse(I),!0),{lo:A.getInt32(0,!0),hi:A.getInt32(4,!0)}},uEnc(I){return A.setBigInt64(0,this.uParse(I),!0),{lo:A.getInt32(0,!0),hi:A.getInt32(4,!0)}},dec:(I,g)=>(A.setInt32(0,I,!0),A.setInt32(4,g,!0),A.getBigInt64(0,!0)),uDec:(I,g)=>(A.setInt32(0,I,!0),A.setInt32(4,g,!0),A.getBigUint64(0,!0))}}return{zero:"0",supported:!1,parse:A=>("string"!=typeof A&&(A=A.toString()),c(A),A),uParse:A=>("string"!=typeof A&&(A=A.toString()),D(A),A),enc:A=>("string"!=typeof A&&(A=A.toString()),c(A),i(A)),uEnc:A=>("string"!=typeof A&&(A=A.toString()),D(A),i(A)),dec:(A,I)=>function(A,I){let g=E(A,I);const C=2147483648&g.hi;C&&(g=t(g.lo,g.hi));const B=e(g.lo,g.hi);return C?"-"+B:B}(A,I),uDec:(A,I)=>e(A,I)}}function c(A){if(!/^-?[0-9]+$/.test(A))throw new Error("invalid int64: "+A)}function D(A){if(!/^[0-9]+$/.test(A))throw new Error("invalid uint64: "+A)}const w=Symbol.for("@bufbuild/protobuf/text-encoding");function d(){if(null==globalThis[w]){const A=new globalThis.TextEncoder,I=new globalThis.TextDecoder;globalThis[w]={encodeUtf8:I=>A.encode(I),decodeUtf8:A=>I.decode(A),checkUtf8(A){try{return encodeURIComponent(A),!0}catch(A){return!1}}}}return globalThis[w]}var h;!function(A){A[A.Varint=0]="Varint",A[A.Bit64=1]="Bit64",A[A.LengthDelimited=2]="LengthDelimited",A[A.StartGroup=3]="StartGroup",A[A.EndGroup=4]="EndGroup",A[A.Bit32=5]="Bit32"}(h||(h={}));class y{constructor(A=d().encodeUtf8){this.encodeUtf8=A,this.stack=[],this.chunks=[],this.buf=[]}finish(){this.buf.length&&(this.chunks.push(new Uint8Array(this.buf)),this.buf=[]);let A=0;for(let I=0;I<this.chunks.length;I++)A+=this.chunks[I].length;let I=new Uint8Array(A),g=0;for(let A=0;A<this.chunks.length;A++)I.set(this.chunks[A],g),g+=this.chunks[A].length;return this.chunks=[],I}fork(){return this.stack.push({chunks:this.chunks,buf:this.buf}),this.chunks=[],this.buf=[],this}join(){let A=this.finish(),I=this.stack.pop();if(!I)throw new Error("invalid state, fork stack empty");return this.chunks=I.chunks,this.buf=I.buf,this.uint32(A.byteLength),this.raw(A)}tag(A,I){return this.uint32((A<<3|I)>>>0)}raw(A){return this.buf.length&&(this.chunks.push(new Uint8Array(this.buf)),this.buf=[]),this.chunks.push(A),this}uint32(A){for(u(A);A>127;)this.buf.push(127&A|128),A>>>=7;return this.buf.push(A),this}int32(A){return k(A),n(A,this.buf),this}bool(A){return this.buf.push(A?1:0),this}bytes(A){return this.uint32(A.byteLength),this.raw(A)}string(A){let I=this.encodeUtf8(A);return this.uint32(I.byteLength),this.raw(I)}float(A){!function(A){if("string"==typeof A){const I=A;if(A=Number(A),Number.isNaN(A)&&"NaN"!==I)throw new Error("invalid float32: "+I)}else if("number"!=typeof A)throw new Error("invalid float32: "+typeof A);if(Number.isFinite(A)&&(A>34028234663852886e22||A<-34028234663852886e22))throw new Error("invalid float32: "+A)}(A);let I=new Uint8Array(4);return new DataView(I.buffer).setFloat32(0,A,!0),this.raw(I)}double(A){let I=new Uint8Array(8);return new DataView(I.buffer).setFloat64(0,A,!0),this.raw(I)}fixed32(A){u(A);let I=new Uint8Array(4);return new DataView(I.buffer).setUint32(0,A,!0),this.raw(I)}sfixed32(A){k(A);let I=new Uint8Array(4);return new DataView(I.buffer).setInt32(0,A,!0),this.raw(I)}sint32(A){return k(A),n(A=(A<<1^A>>31)>>>0,this.buf),this}sfixed64(A){let I=new Uint8Array(8),g=new DataView(I.buffer),C=s.enc(A);return g.setInt32(0,C.lo,!0),g.setInt32(4,C.hi,!0),this.raw(I)}fixed64(A){let I=new Uint8Array(8),g=new DataView(I.buffer),C=s.uEnc(A);return g.setInt32(0,C.lo,!0),g.setInt32(4,C.hi,!0),this.raw(I)}int64(A){let I=s.enc(A);return C(I.lo,I.hi,this.buf),this}sint64(A){const I=s.enc(A),g=I.hi>>31;return C(I.lo<<1^g,(I.hi<<1|I.lo>>>31)^g,this.buf),this}uint64(A){const I=s.uEnc(A);return C(I.lo,I.hi,this.buf),this}}class l{constructor(A,I=d().decodeUtf8){this.decodeUtf8=I,this.varint64=g,this.uint32=a,this.buf=A,this.len=A.length,this.pos=0,this.view=new DataView(A.buffer,A.byteOffset,A.byteLength)}tag(){let A=this.uint32(),I=A>>>3,g=7&A;if(I<=0||g<0||g>5)throw new Error("illegal tag: field no "+I+" wire type "+g);return[I,g]}skip(A,I){let g=this.pos;switch(A){case h.Varint:for(;128&this.buf[this.pos++];);break;case h.Bit64:this.pos+=4;case h.Bit32:this.pos+=4;break;case h.LengthDelimited:let g=this.uint32();this.pos+=g;break;case h.StartGroup:for(;;){const[A,g]=this.tag();if(g===h.EndGroup){if(void 0!==I&&A!==I)throw new Error("invalid end group tag");break}this.skip(g,A)}break;default:throw new Error("cant skip wire type "+A)}return this.assertBounds(),this.buf.subarray(g,this.pos)}assertBounds(){if(this.pos>this.len)throw new RangeError("premature EOF")}int32(){return 0|this.uint32()}sint32(){let A=this.uint32();return A>>>1^-(1&A)}int64(){return s.dec(...this.varint64())}uint64(){return s.uDec(...this.varint64())}sint64(){let[A,I]=this.varint64(),g=-(1&A);return A=(A>>>1|(1&I)<<31)^g,I=I>>>1^g,s.dec(A,I)}bool(){let[A,I]=this.varint64();return 0!==A||0!==I}fixed32(){return this.view.getUint32((this.pos+=4)-4,!0)}sfixed32(){return this.view.getInt32((this.pos+=4)-4,!0)}fixed64(){return s.uDec(this.sfixed32(),this.sfixed32())}sfixed64(){return s.dec(this.sfixed32(),this.sfixed32())}float(){return this.view.getFloat32((this.pos+=4)-4,!0)}double(){return this.view.getFloat64((this.pos+=8)-8,!0)}bytes(){let A=this.uint32(),I=this.pos;return this.pos+=A,this.assertBounds(),this.buf.subarray(I,I+A)}string(){return this.decodeUtf8(this.bytes())}}function k(A){if("string"==typeof A)A=Number(A);else if("number"!=typeof A)throw new Error("invalid int32: "+typeof A);if(!Number.isInteger(A)||A>2147483647||A<-2147483648)throw new Error("invalid int32: "+A)}function u(A){if("string"==typeof A)A=Number(A);else if("number"!=typeof A)throw new Error("invalid uint32: "+typeof A);if(!Number.isInteger(A)||A>4294967295||A<0)throw new Error("invalid uint32: "+A)}const N={encode:(A,I=new y)=>(0!==A.seconds&&I.uint32(8).int64(A.seconds),0!==A.nanos&&I.uint32(16).int32(A.nanos),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={seconds:0,nanos:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.seconds=G(g.int64());continue;case 2:if(16!==A)break;B.nanos=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({seconds:p(A.seconds)?globalThis.Number(A.seconds):0,nanos:p(A.nanos)?globalThis.Number(A.nanos):0}),toJSON(A){const I={};return 0!==A.seconds&&(I.seconds=Math.round(A.seconds)),0!==A.nanos&&(I.nanos=Math.round(A.nanos)),I},create:A=>N.fromPartial(A??{}),fromPartial(A){const I={seconds:0,nanos:0};return I.seconds=A.seconds??0,I.nanos=A.nanos??0,I}};function G(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function p(A){return null!=A}let S=function(A){return A[A.CREATION=0]="CREATION",A[A.TRANSFER=1]="TRANSFER",A[A.AGGREGATE=2]="AGGREGATE",A[A.REFRESH=3]="REFRESH",A[A.EXTEND=4]="EXTEND",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function f(A){switch(A){case 0:case"CREATION":return S.CREATION;case 1:case"TRANSFER":return S.TRANSFER;case 2:case"AGGREGATE":return S.AGGREGATE;case 3:case"REFRESH":return S.REFRESH;case 4:case"EXTEND":return S.EXTEND;default:return S.UNRECOGNIZED}}function F(){return{hiding:new Uint8Array(0),binding:new Uint8Array(0)}}const R={encode:(A,I=new y)=>(0!==A.hiding.length&&I.uint32(10).bytes(A.hiding),0!==A.binding.length&&I.uint32(18).bytes(A.binding),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=F();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.hiding=g.bytes();continue;case 2:if(18!==A)break;B.binding=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({hiding:K(A.hiding)?U(A.hiding):new Uint8Array(0),binding:K(A.binding)?U(A.binding):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.hiding.length&&(I.hiding=M(A.hiding)),0!==A.binding.length&&(I.binding=M(A.binding)),I},create:A=>R.fromPartial(A??{}),fromPartial(A){const I=F();return I.hiding=A.hiding??new Uint8Array(0),I.binding=A.binding??new Uint8Array(0),I}};function U(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function M(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function K(A){return null!=A}const m={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>m.fromPartial(A??{}),fromPartial:A=>({})};let J=function(A){return A[A.UNSPECIFIED=0]="UNSPECIFIED",A[A.MAINNET=1]="MAINNET",A[A.REGTEST=2]="REGTEST",A[A.TESTNET=3]="TESTNET",A[A.SIGNET=4]="SIGNET",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function b(A){switch(A){case 0:case"UNSPECIFIED":return J.UNSPECIFIED;case 1:case"MAINNET":return J.MAINNET;case 2:case"REGTEST":return J.REGTEST;case 3:case"TESTNET":return J.TESTNET;case 4:case"SIGNET":return J.SIGNET;default:return J.UNRECOGNIZED}}function H(A){switch(A){case J.UNSPECIFIED:return"UNSPECIFIED";case J.MAINNET:return"MAINNET";case J.REGTEST:return"REGTEST";case J.TESTNET:return"TESTNET";case J.SIGNET:return"SIGNET";case J.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let Y=function(A){return A[A.NEXT=0]="NEXT",A[A.PREVIOUS=1]="PREVIOUS",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function L(A){switch(A){case 0:case"NEXT":return Y.NEXT;case 1:case"PREVIOUS":return Y.PREVIOUS;default:return Y.UNRECOGNIZED}}let q=function(A){return A[A.TRANSFER_STATUS_SENDER_INITIATED=0]="TRANSFER_STATUS_SENDER_INITIATED",A[A.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING=1]="TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING",A[A.TRANSFER_STATUS_SENDER_KEY_TWEAKED=2]="TRANSFER_STATUS_SENDER_KEY_TWEAKED",A[A.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED=3]="TRANSFER_STATUS_RECEIVER_KEY_TWEAKED",A[A.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED=4]="TRANSFER_STATUS_RECEIVER_REFUND_SIGNED",A[A.TRANSFER_STATUS_COMPLETED=5]="TRANSFER_STATUS_COMPLETED",A[A.TRANSFER_STATUS_EXPIRED=6]="TRANSFER_STATUS_EXPIRED",A[A.TRANSFER_STATUS_RETURNED=7]="TRANSFER_STATUS_RETURNED",A[A.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR=8]="TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR",A[A.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED=9]="TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED",A[A.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED=10]="TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED",A[A.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK=11]="TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function V(A){switch(A){case 0:case"TRANSFER_STATUS_SENDER_INITIATED":return q.TRANSFER_STATUS_SENDER_INITIATED;case 1:case"TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING":return q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING;case 2:case"TRANSFER_STATUS_SENDER_KEY_TWEAKED":return q.TRANSFER_STATUS_SENDER_KEY_TWEAKED;case 3:case"TRANSFER_STATUS_RECEIVER_KEY_TWEAKED":return q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED;case 4:case"TRANSFER_STATUS_RECEIVER_REFUND_SIGNED":return q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED;case 5:case"TRANSFER_STATUS_COMPLETED":return q.TRANSFER_STATUS_COMPLETED;case 6:case"TRANSFER_STATUS_EXPIRED":return q.TRANSFER_STATUS_EXPIRED;case 7:case"TRANSFER_STATUS_RETURNED":return q.TRANSFER_STATUS_RETURNED;case 8:case"TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR":return q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR;case 9:case"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED":return q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED;case 10:case"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED":return q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED;case 11:case"TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK":return q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK;default:return q.UNRECOGNIZED}}function T(A){switch(A){case q.TRANSFER_STATUS_SENDER_INITIATED:return"TRANSFER_STATUS_SENDER_INITIATED";case q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING:return"TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING";case q.TRANSFER_STATUS_SENDER_KEY_TWEAKED:return"TRANSFER_STATUS_SENDER_KEY_TWEAKED";case q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED:return"TRANSFER_STATUS_RECEIVER_KEY_TWEAKED";case q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED:return"TRANSFER_STATUS_RECEIVER_REFUND_SIGNED";case q.TRANSFER_STATUS_COMPLETED:return"TRANSFER_STATUS_COMPLETED";case q.TRANSFER_STATUS_EXPIRED:return"TRANSFER_STATUS_EXPIRED";case q.TRANSFER_STATUS_RETURNED:return"TRANSFER_STATUS_RETURNED";case q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR:return"TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR";case q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED:return"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED";case q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED:return"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED";case q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK:return"TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK";case q.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let v=function(A){return A[A.TRANSFER_RECEIVER_STATUS_INITIATED=0]="TRANSFER_RECEIVER_STATUS_INITIATED",A[A.TRANSFER_RECEIVER_STATUS_CLAIM_PENDING=1]="TRANSFER_RECEIVER_STATUS_CLAIM_PENDING",A[A.TRANSFER_RECEIVER_STATUS_KEY_TWEAKED=2]="TRANSFER_RECEIVER_STATUS_KEY_TWEAKED",A[A.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED=3]="TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED",A[A.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED=4]="TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED",A[A.TRANSFER_RECEIVER_STATUS_REFUND_SIGNED=5]="TRANSFER_RECEIVER_STATUS_REFUND_SIGNED",A[A.TRANSFER_RECEIVER_STATUS_COMPLETED=6]="TRANSFER_RECEIVER_STATUS_COMPLETED",A[A.TRANSFER_RECEIVER_STATUS_CANCELLED=7]="TRANSFER_RECEIVER_STATUS_CANCELLED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Z(A){switch(A){case 0:case"TRANSFER_RECEIVER_STATUS_INITIATED":return v.TRANSFER_RECEIVER_STATUS_INITIATED;case 1:case"TRANSFER_RECEIVER_STATUS_CLAIM_PENDING":return v.TRANSFER_RECEIVER_STATUS_CLAIM_PENDING;case 2:case"TRANSFER_RECEIVER_STATUS_KEY_TWEAKED":return v.TRANSFER_RECEIVER_STATUS_KEY_TWEAKED;case 3:case"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED":return v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED;case 4:case"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED":return v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED;case 5:case"TRANSFER_RECEIVER_STATUS_REFUND_SIGNED":return v.TRANSFER_RECEIVER_STATUS_REFUND_SIGNED;case 6:case"TRANSFER_RECEIVER_STATUS_COMPLETED":return v.TRANSFER_RECEIVER_STATUS_COMPLETED;case 7:case"TRANSFER_RECEIVER_STATUS_CANCELLED":return v.TRANSFER_RECEIVER_STATUS_CANCELLED;default:return v.UNRECOGNIZED}}let x=function(A){return A[A.PREIMAGE_SWAP=0]="PREIMAGE_SWAP",A[A.COOPERATIVE_EXIT=1]="COOPERATIVE_EXIT",A[A.TRANSFER=2]="TRANSFER",A[A.UTXO_SWAP=3]="UTXO_SWAP",A[A.SWAP=30]="SWAP",A[A.COUNTER_SWAP=40]="COUNTER_SWAP",A[A.PRIMARY_SWAP_V3=4]="PRIMARY_SWAP_V3",A[A.COUNTER_SWAP_V3=5]="COUNTER_SWAP_V3",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function W(A){switch(A){case 0:case"PREIMAGE_SWAP":return x.PREIMAGE_SWAP;case 1:case"COOPERATIVE_EXIT":return x.COOPERATIVE_EXIT;case 2:case"TRANSFER":return x.TRANSFER;case 3:case"UTXO_SWAP":return x.UTXO_SWAP;case 30:case"SWAP":return x.SWAP;case 40:case"COUNTER_SWAP":return x.COUNTER_SWAP;case 4:case"PRIMARY_SWAP_V3":return x.PRIMARY_SWAP_V3;case 5:case"COUNTER_SWAP_V3":return x.COUNTER_SWAP_V3;default:return x.UNRECOGNIZED}}function P(A){switch(A){case x.PREIMAGE_SWAP:return"PREIMAGE_SWAP";case x.COOPERATIVE_EXIT:return"COOPERATIVE_EXIT";case x.TRANSFER:return"TRANSFER";case x.UTXO_SWAP:return"UTXO_SWAP";case x.SWAP:return"SWAP";case x.COUNTER_SWAP:return"COUNTER_SWAP";case x.PRIMARY_SWAP_V3:return"PRIMARY_SWAP_V3";case x.COUNTER_SWAP_V3:return"COUNTER_SWAP_V3";case x.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let O=function(A){return A[A.DESCENDING=0]="DESCENDING",A[A.ASCENDING=1]="ASCENDING",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function X(A){switch(A){case 0:case"DESCENDING":return O.DESCENDING;case 1:case"ASCENDING":return O.ASCENDING;default:return O.UNRECOGNIZED}}function j(A){switch(A){case O.DESCENDING:return"DESCENDING";case O.ASCENDING:return"ASCENDING";case O.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let z=function(A){return A[A.PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE=0]="PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE",A[A.PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED=1]="PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED",A[A.PREIMAGE_REQUEST_STATUS_RETURNED=2]="PREIMAGE_REQUEST_STATUS_RETURNED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function _(A){switch(A){case 0:case"PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE":return z.PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE;case 1:case"PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED":return z.PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED;case 2:case"PREIMAGE_REQUEST_STATUS_RETURNED":return z.PREIMAGE_REQUEST_STATUS_RETURNED;default:return z.UNRECOGNIZED}}function $(A){switch(A){case z.PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE:return"PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE";case z.PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED:return"PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED";case z.PREIMAGE_REQUEST_STATUS_RETURNED:return"PREIMAGE_REQUEST_STATUS_RETURNED";case z.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let AA=function(A){return A[A.PREIMAGE_REQUEST_ROLE_RECEIVER=0]="PREIMAGE_REQUEST_ROLE_RECEIVER",A[A.PREIMAGE_REQUEST_ROLE_SENDER=1]="PREIMAGE_REQUEST_ROLE_SENDER",A[A.PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER=2]="PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function IA(A){switch(A){case 0:case"PREIMAGE_REQUEST_ROLE_RECEIVER":return AA.PREIMAGE_REQUEST_ROLE_RECEIVER;case 1:case"PREIMAGE_REQUEST_ROLE_SENDER":return AA.PREIMAGE_REQUEST_ROLE_SENDER;case 2:case"PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER":return AA.PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER;default:return AA.UNRECOGNIZED}}let gA=function(A){return A[A.Fixed=0]="Fixed",A[A.MaxFee=1]="MaxFee",A[A.Refund=2]="Refund",A[A.Instant=3]="Instant",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({}),CA=function(A){return A[A.HASH_VARIANT_UNSPECIFIED=0]="HASH_VARIANT_UNSPECIFIED",A[A.HASH_VARIANT_V2=1]="HASH_VARIANT_V2",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function BA(A){switch(A){case 0:case"HASH_VARIANT_UNSPECIFIED":return CA.HASH_VARIANT_UNSPECIFIED;case 1:case"HASH_VARIANT_V2":return CA.HASH_VARIANT_V2;default:return CA.UNRECOGNIZED}}function iA(A){switch(A){case CA.HASH_VARIANT_UNSPECIFIED:return"HASH_VARIANT_UNSPECIFIED";case CA.HASH_VARIANT_V2:return"HASH_VARIANT_V2";case CA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let QA=function(A){return A[A.NOT_FOUND=0]="NOT_FOUND",A[A.PENDING=1]="PENDING",A[A.FINALIZED=2]="FINALIZED",A[A.RETURNED=4]="RETURNED",A[A.MISMATCHED_INVOICE_FINALIZED=5]="MISMATCHED_INVOICE_FINALIZED",A[A.MISMATCHED_INVOICE_PENDING=6]="MISMATCHED_INVOICE_PENDING",A[A.MISMATCHED_INVOICE_RETURNED=7]="MISMATCHED_INVOICE_RETURNED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function eA(A){switch(A){case 0:case"NOT_FOUND":return QA.NOT_FOUND;case 1:case"PENDING":return QA.PENDING;case 2:case"FINALIZED":return QA.FINALIZED;case 4:case"RETURNED":return QA.RETURNED;case 5:case"MISMATCHED_INVOICE_FINALIZED":return QA.MISMATCHED_INVOICE_FINALIZED;case 6:case"MISMATCHED_INVOICE_PENDING":return QA.MISMATCHED_INVOICE_PENDING;case 7:case"MISMATCHED_INVOICE_RETURNED":return QA.MISMATCHED_INVOICE_RETURNED;default:return QA.UNRECOGNIZED}}let EA=function(A){return A[A.TREE_NODE_STATUS_CREATING=0]="TREE_NODE_STATUS_CREATING",A[A.TREE_NODE_STATUS_AVAILABLE=1]="TREE_NODE_STATUS_AVAILABLE",A[A.TREE_NODE_STATUS_FROZEN_BY_ISSUER=2]="TREE_NODE_STATUS_FROZEN_BY_ISSUER",A[A.TREE_NODE_STATUS_TRANSFER_LOCKED=3]="TREE_NODE_STATUS_TRANSFER_LOCKED",A[A.TREE_NODE_STATUS_SPLIT_LOCKED=4]="TREE_NODE_STATUS_SPLIT_LOCKED",A[A.TREE_NODE_STATUS_SPLITTED=5]="TREE_NODE_STATUS_SPLITTED",A[A.TREE_NODE_STATUS_AGGREGATED=6]="TREE_NODE_STATUS_AGGREGATED",A[A.TREE_NODE_STATUS_ON_CHAIN=7]="TREE_NODE_STATUS_ON_CHAIN",A[A.TREE_NODE_STATUS_AGGREGATE_LOCK=8]="TREE_NODE_STATUS_AGGREGATE_LOCK",A[A.TREE_NODE_STATUS_EXITED=9]="TREE_NODE_STATUS_EXITED",A[A.TREE_NODE_STATUS_RENEW_LOCKED=10]="TREE_NODE_STATUS_RENEW_LOCKED",A[A.TREE_NODE_STATUS_UNAVAILABLE=11]="TREE_NODE_STATUS_UNAVAILABLE",A[A.TREE_NODE_STATUS_PARENT_EXITED=12]="TREE_NODE_STATUS_PARENT_EXITED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function tA(A){switch(A){case 0:case"TREE_NODE_STATUS_CREATING":return EA.TREE_NODE_STATUS_CREATING;case 1:case"TREE_NODE_STATUS_AVAILABLE":return EA.TREE_NODE_STATUS_AVAILABLE;case 2:case"TREE_NODE_STATUS_FROZEN_BY_ISSUER":return EA.TREE_NODE_STATUS_FROZEN_BY_ISSUER;case 3:case"TREE_NODE_STATUS_TRANSFER_LOCKED":return EA.TREE_NODE_STATUS_TRANSFER_LOCKED;case 4:case"TREE_NODE_STATUS_SPLIT_LOCKED":return EA.TREE_NODE_STATUS_SPLIT_LOCKED;case 5:case"TREE_NODE_STATUS_SPLITTED":return EA.TREE_NODE_STATUS_SPLITTED;case 6:case"TREE_NODE_STATUS_AGGREGATED":return EA.TREE_NODE_STATUS_AGGREGATED;case 7:case"TREE_NODE_STATUS_ON_CHAIN":return EA.TREE_NODE_STATUS_ON_CHAIN;case 8:case"TREE_NODE_STATUS_AGGREGATE_LOCK":return EA.TREE_NODE_STATUS_AGGREGATE_LOCK;case 9:case"TREE_NODE_STATUS_EXITED":return EA.TREE_NODE_STATUS_EXITED;case 10:case"TREE_NODE_STATUS_RENEW_LOCKED":return EA.TREE_NODE_STATUS_RENEW_LOCKED;case 11:case"TREE_NODE_STATUS_UNAVAILABLE":return EA.TREE_NODE_STATUS_UNAVAILABLE;case 12:case"TREE_NODE_STATUS_PARENT_EXITED":return EA.TREE_NODE_STATUS_PARENT_EXITED;default:return EA.UNRECOGNIZED}}function oA(A){switch(A){case EA.TREE_NODE_STATUS_CREATING:return"TREE_NODE_STATUS_CREATING";case EA.TREE_NODE_STATUS_AVAILABLE:return"TREE_NODE_STATUS_AVAILABLE";case EA.TREE_NODE_STATUS_FROZEN_BY_ISSUER:return"TREE_NODE_STATUS_FROZEN_BY_ISSUER";case EA.TREE_NODE_STATUS_TRANSFER_LOCKED:return"TREE_NODE_STATUS_TRANSFER_LOCKED";case EA.TREE_NODE_STATUS_SPLIT_LOCKED:return"TREE_NODE_STATUS_SPLIT_LOCKED";case EA.TREE_NODE_STATUS_SPLITTED:return"TREE_NODE_STATUS_SPLITTED";case EA.TREE_NODE_STATUS_AGGREGATED:return"TREE_NODE_STATUS_AGGREGATED";case EA.TREE_NODE_STATUS_ON_CHAIN:return"TREE_NODE_STATUS_ON_CHAIN";case EA.TREE_NODE_STATUS_AGGREGATE_LOCK:return"TREE_NODE_STATUS_AGGREGATE_LOCK";case EA.TREE_NODE_STATUS_EXITED:return"TREE_NODE_STATUS_EXITED";case EA.TREE_NODE_STATUS_RENEW_LOCKED:return"TREE_NODE_STATUS_RENEW_LOCKED";case EA.TREE_NODE_STATUS_UNAVAILABLE:return"TREE_NODE_STATUS_UNAVAILABLE";case EA.TREE_NODE_STATUS_PARENT_EXITED:return"TREE_NODE_STATUS_PARENT_EXITED";case EA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let nA=function(A){return A[A.REASON_SEND=0]="REASON_SEND",A[A.REASON_RECEIVE=1]="REASON_RECEIVE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function aA(A){switch(A){case 0:case"REASON_SEND":return nA.REASON_SEND;case 1:case"REASON_RECEIVE":return nA.REASON_RECEIVE;default:return nA.UNRECOGNIZED}}function sA(){return{identityPublicKey:new Uint8Array(0)}}const rA={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(82).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=sA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 10:if(82!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>rA.fromPartial(A??{}),fromPartial(A){const I=sA();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}},cA={encode(A,I=new y){switch(A.event?.$case){case"receiverTransfer":yA.encode(A.event.receiverTransfer,I.uint32(10).fork()).join();break;case"deposit":lA.encode(A.event.deposit,I.uint32(18).fork()).join();break;case"connected":dA.encode(A.event.connected,I.uint32(26).fork()).join();break;case"senderTransfer":yA.encode(A.event.senderTransfer,I.uint32(34).fork()).join();break;case"heartbeat":hA.encode(A.event.heartbeat,I.uint32(42).fork()).join();break;case"tokenTransaction":wA.encode(A.event.tokenTransaction,I.uint32(50).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={event:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.event={$case:"receiverTransfer",receiverTransfer:yA.decode(g,g.uint32())};continue;case 2:if(18!==A)break;B.event={$case:"deposit",deposit:lA.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.event={$case:"connected",connected:dA.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.event={$case:"senderTransfer",senderTransfer:yA.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.event={$case:"heartbeat",heartbeat:hA.decode(g,g.uint32())};continue;case 6:if(50!==A)break;B.event={$case:"tokenTransaction",tokenTransaction:wA.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({event:lB(A.transfer)?{$case:"receiverTransfer",receiverTransfer:yA.fromJSON(A.transfer)}:lB(A.deposit)?{$case:"deposit",deposit:lA.fromJSON(A.deposit)}:lB(A.connected)?{$case:"connected",connected:dA.fromJSON(A.connected)}:lB(A.senderTransfer)?{$case:"senderTransfer",senderTransfer:yA.fromJSON(A.senderTransfer)}:lB(A.heartbeat)?{$case:"heartbeat",heartbeat:hA.fromJSON(A.heartbeat)}:lB(A.tokenTransaction)?{$case:"tokenTransaction",tokenTransaction:wA.fromJSON(A.tokenTransaction)}:void 0}),toJSON(A){const I={};return"receiverTransfer"===A.event?.$case?I.transfer=yA.toJSON(A.event.receiverTransfer):"deposit"===A.event?.$case?I.deposit=lA.toJSON(A.event.deposit):"connected"===A.event?.$case?I.connected=dA.toJSON(A.event.connected):"senderTransfer"===A.event?.$case?I.senderTransfer=yA.toJSON(A.event.senderTransfer):"heartbeat"===A.event?.$case?I.heartbeat=hA.toJSON(A.event.heartbeat):"tokenTransaction"===A.event?.$case&&(I.tokenTransaction=wA.toJSON(A.event.tokenTransaction)),I},create:A=>cA.fromPartial(A??{}),fromPartial(A){const I={event:void 0};switch(A.event?.$case){case"receiverTransfer":void 0!==A.event?.receiverTransfer&&null!==A.event?.receiverTransfer&&(I.event={$case:"receiverTransfer",receiverTransfer:yA.fromPartial(A.event.receiverTransfer)});break;case"deposit":void 0!==A.event?.deposit&&null!==A.event?.deposit&&(I.event={$case:"deposit",deposit:lA.fromPartial(A.event.deposit)});break;case"connected":void 0!==A.event?.connected&&null!==A.event?.connected&&(I.event={$case:"connected",connected:dA.fromPartial(A.event.connected)});break;case"senderTransfer":void 0!==A.event?.senderTransfer&&null!==A.event?.senderTransfer&&(I.event={$case:"senderTransfer",senderTransfer:yA.fromPartial(A.event.senderTransfer)});break;case"heartbeat":void 0!==A.event?.heartbeat&&null!==A.event?.heartbeat&&(I.event={$case:"heartbeat",heartbeat:hA.fromPartial(A.event.heartbeat)});break;case"tokenTransaction":void 0!==A.event?.tokenTransaction&&null!==A.event?.tokenTransaction&&(I.event={$case:"tokenTransaction",tokenTransaction:wA.fromPartial(A.event.tokenTransaction)})}return I}};function DA(){return{tokenTransactionHash:new Uint8Array(0),tokenIdentifiers:[],sparkInvoices:[]}}const wA={encode(A,I=new y){0!==A.tokenTransactionHash.length&&I.uint32(10).bytes(A.tokenTransactionHash);for(const g of A.tokenIdentifiers)I.uint32(18).bytes(g);for(const g of A.sparkInvoices)I.uint32(26).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=DA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransactionHash=g.bytes();continue;case 2:if(18!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 3:if(26!==A)break;B.sparkInvoices.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransactionHash:lB(A.tokenTransactionHash)?rB(A.tokenTransactionHash):new Uint8Array(0),tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>rB(A)):[],sparkInvoices:globalThis.Array.isArray(A?.sparkInvoices)?A.sparkInvoices.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return 0!==A.tokenTransactionHash.length&&(I.tokenTransactionHash=cB(A.tokenTransactionHash)),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>cB(A))),A.sparkInvoices?.length&&(I.sparkInvoices=A.sparkInvoices),I},create:A=>wA.fromPartial(A??{}),fromPartial(A){const I=DA();return I.tokenTransactionHash=A.tokenTransactionHash??new Uint8Array(0),I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.sparkInvoices=A.sparkInvoices?.map(A=>A)||[],I}},dA={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>dA.fromPartial(A??{}),fromPartial:A=>({})},hA={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>hA.fromPartial(A??{}),fromPartial:A=>({})},yA={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(82).fork()).join(),""!==A.traceId&&I.uint32(90).string(A.traceId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,traceId:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 10:if(82!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 11:if(90!==A)break;B.traceId=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,traceId:lB(A.traceId)?globalThis.String(A.traceId):""}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),""!==A.traceId&&(I.traceId=A.traceId),I},create:A=>yA.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,traceId:""};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.traceId=A.traceId??"",I}},lA={encode:(A,I=new y)=>(void 0!==A.deposit&&hI.encode(A.deposit,I.uint32(82).fork()).join(),""!==A.traceId&&I.uint32(90).string(A.traceId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={deposit:void 0,traceId:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 10:if(82!==A)break;B.deposit=hI.decode(g,g.uint32());continue;case 11:if(90!==A)break;B.traceId=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({deposit:lB(A.deposit)?hI.fromJSON(A.deposit):void 0,traceId:lB(A.traceId)?globalThis.String(A.traceId):""}),toJSON(A){const I={};return void 0!==A.deposit&&(I.deposit=hI.toJSON(A.deposit)),""!==A.traceId&&(I.traceId=A.traceId),I},create:A=>lA.fromPartial(A??{}),fromPartial(A){const I={deposit:void 0,traceId:""};return I.deposit=void 0!==A.deposit&&null!==A.deposit?hI.fromPartial(A.deposit):void 0,I.traceId=A.traceId??"",I}},kA={encode:(A,I=new y)=>(0!==A.unsafePageSize&&I.uint32(8).int32(A.unsafePageSize),0!==A.pageSize&&I.uint32(32).uint32(A.pageSize),""!==A.cursor&&I.uint32(18).string(A.cursor),0!==A.direction&&I.uint32(24).int32(A.direction),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={unsafePageSize:0,pageSize:0,cursor:"",direction:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.unsafePageSize=g.int32();continue;case 4:if(32!==A)break;B.pageSize=g.uint32();continue;case 2:if(18!==A)break;B.cursor=g.string();continue;case 3:if(24!==A)break;B.direction=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({unsafePageSize:lB(A.unsafePageSize)?globalThis.Number(A.unsafePageSize):0,pageSize:lB(A.pageSize)?globalThis.Number(A.pageSize):0,cursor:lB(A.cursor)?globalThis.String(A.cursor):"",direction:lB(A.direction)?L(A.direction):0}),toJSON(A){const I={};return 0!==A.unsafePageSize&&(I.unsafePageSize=Math.round(A.unsafePageSize)),0!==A.pageSize&&(I.pageSize=Math.round(A.pageSize)),""!==A.cursor&&(I.cursor=A.cursor),0!==A.direction&&(I.direction=function(A){switch(A){case Y.NEXT:return"NEXT";case Y.PREVIOUS:return"PREVIOUS";case Y.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.direction)),I},create:A=>kA.fromPartial(A??{}),fromPartial(A){const I={unsafePageSize:0,pageSize:0,cursor:"",direction:0};return I.unsafePageSize=A.unsafePageSize??0,I.pageSize=A.pageSize??0,I.cursor=A.cursor??"",I.direction=A.direction??0,I}},uA={encode:(A,I=new y)=>(!1!==A.hasNextPage&&I.uint32(8).bool(A.hasNextPage),!1!==A.hasPreviousPage&&I.uint32(16).bool(A.hasPreviousPage),""!==A.nextCursor&&I.uint32(26).string(A.nextCursor),""!==A.previousCursor&&I.uint32(34).string(A.previousCursor),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={hasNextPage:!1,hasPreviousPage:!1,nextCursor:"",previousCursor:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.hasNextPage=g.bool();continue;case 2:if(16!==A)break;B.hasPreviousPage=g.bool();continue;case 3:if(26!==A)break;B.nextCursor=g.string();continue;case 4:if(34!==A)break;B.previousCursor=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({hasNextPage:!!lB(A.hasNextPage)&&globalThis.Boolean(A.hasNextPage),hasPreviousPage:!!lB(A.hasPreviousPage)&&globalThis.Boolean(A.hasPreviousPage),nextCursor:lB(A.nextCursor)?globalThis.String(A.nextCursor):"",previousCursor:lB(A.previousCursor)?globalThis.String(A.previousCursor):""}),toJSON(A){const I={};return!1!==A.hasNextPage&&(I.hasNextPage=A.hasNextPage),!1!==A.hasPreviousPage&&(I.hasPreviousPage=A.hasPreviousPage),""!==A.nextCursor&&(I.nextCursor=A.nextCursor),""!==A.previousCursor&&(I.previousCursor=A.previousCursor),I},create:A=>uA.fromPartial(A??{}),fromPartial(A){const I={hasNextPage:!1,hasPreviousPage:!1,nextCursor:"",previousCursor:""};return I.hasNextPage=A.hasNextPage??!1,I.hasPreviousPage=A.hasPreviousPage??!1,I.nextCursor=A.nextCursor??"",I.previousCursor=A.previousCursor??"",I}};function NA(){return{addressSignatures:{},proofOfPossessionSignature:new Uint8Array(0)}}const GA={encode:(A,I=new y)=>(Object.entries(A.addressSignatures).forEach(([A,g])=>{SA.encode({key:A,value:g},I.uint32(10).fork()).join()}),0!==A.proofOfPossessionSignature.length&&I.uint32(18).bytes(A.proofOfPossessionSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=NA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=SA.decode(g,g.uint32());void 0!==I.value&&(B.addressSignatures[I.key]=I.value);continue}case 2:if(18!==A)break;B.proofOfPossessionSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({addressSignatures:yB(A.addressSignatures)?Object.entries(A.addressSignatures).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},proofOfPossessionSignature:lB(A.proofOfPossessionSignature)?rB(A.proofOfPossessionSignature):new Uint8Array(0)}),toJSON(A){const I={};if(A.addressSignatures){const g=Object.entries(A.addressSignatures);g.length>0&&(I.addressSignatures={},g.forEach(([A,g])=>{I.addressSignatures[A]=cB(g)}))}return 0!==A.proofOfPossessionSignature.length&&(I.proofOfPossessionSignature=cB(A.proofOfPossessionSignature)),I},create:A=>GA.fromPartial(A??{}),fromPartial(A){const I=NA();return I.addressSignatures=Object.entries(A.addressSignatures??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.proofOfPossessionSignature=A.proofOfPossessionSignature??new Uint8Array(0),I}};function pA(){return{key:"",value:new Uint8Array(0)}}const SA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=pA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>SA.fromPartial(A??{}),fromPartial(A){const I=pA();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}};function fA(){return{signingPublicKey:new Uint8Array(0),identityPublicKey:new Uint8Array(0),network:0,leafId:void 0,isStatic:void 0,hashVariant:0}}const FA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),0!==A.network&&I.uint32(24).int32(A.network),void 0!==A.leafId&&I.uint32(34).string(A.leafId),void 0!==A.isStatic&&I.uint32(40).bool(A.isStatic),0!==A.hashVariant&&I.uint32(48).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=fA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(34!==A)break;B.leafId=g.string();continue;case 5:if(40!==A)break;B.isStatic=g.bool();continue;case 6:if(48!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,leafId:lB(A.leafId)?globalThis.String(A.leafId):void 0,isStatic:lB(A.isStatic)?globalThis.Boolean(A.isStatic):void 0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),void 0!==A.leafId&&(I.leafId=A.leafId),void 0!==A.isStatic&&(I.isStatic=A.isStatic),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>FA.fromPartial(A??{}),fromPartial(A){const I=fA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.leafId=A.leafId??void 0,I.isStatic=A.isStatic??void 0,I.hashVariant=A.hashVariant??0,I}};function RA(){return{address:"",verifyingKey:new Uint8Array(0),depositAddressProof:void 0,isStatic:!1}}const UA={encode:(A,I=new y)=>(""!==A.address&&I.uint32(10).string(A.address),0!==A.verifyingKey.length&&I.uint32(18).bytes(A.verifyingKey),void 0!==A.depositAddressProof&&GA.encode(A.depositAddressProof,I.uint32(26).fork()).join(),!1!==A.isStatic&&I.uint32(40).bool(A.isStatic),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=RA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.address=g.string();continue;case 2:if(18!==A)break;B.verifyingKey=g.bytes();continue;case 3:if(26!==A)break;B.depositAddressProof=GA.decode(g,g.uint32());continue;case 5:if(40!==A)break;B.isStatic=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({address:lB(A.address)?globalThis.String(A.address):"",verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0),depositAddressProof:lB(A.depositAddressProof)?GA.fromJSON(A.depositAddressProof):void 0,isStatic:!!lB(A.isStatic)&&globalThis.Boolean(A.isStatic)}),toJSON(A){const I={};return""!==A.address&&(I.address=A.address),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),void 0!==A.depositAddressProof&&(I.depositAddressProof=GA.toJSON(A.depositAddressProof)),!1!==A.isStatic&&(I.isStatic=A.isStatic),I},create:A=>UA.fromPartial(A??{}),fromPartial(A){const I=RA();return I.address=A.address??"",I.verifyingKey=A.verifyingKey??new Uint8Array(0),I.depositAddressProof=void 0!==A.depositAddressProof&&null!==A.depositAddressProof?GA.fromPartial(A.depositAddressProof):void 0,I.isStatic=A.isStatic??!1,I}},MA={encode:(A,I=new y)=>(void 0!==A.depositAddress&&UA.encode(A.depositAddress,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddress=UA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddress:lB(A.depositAddress)?UA.fromJSON(A.depositAddress):void 0}),toJSON(A){const I={};return void 0!==A.depositAddress&&(I.depositAddress=UA.toJSON(A.depositAddress)),I},create:A=>MA.fromPartial(A??{}),fromPartial(A){const I={depositAddress:void 0};return I.depositAddress=void 0!==A.depositAddress&&null!==A.depositAddress?UA.fromPartial(A.depositAddress):void 0,I}};function KA(){return{signingPublicKey:new Uint8Array(0),identityPublicKey:new Uint8Array(0),network:0,hashVariant:0}}const mA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),0!==A.network&&I.uint32(24).int32(A.network),0!==A.hashVariant&&I.uint32(32).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=KA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(32!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>mA.fromPartial(A??{}),fromPartial(A){const I=KA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.hashVariant=A.hashVariant??0,I}},JA={encode:(A,I=new y)=>(void 0!==A.depositAddress&&UA.encode(A.depositAddress,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddress=UA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddress:lB(A.depositAddress)?UA.fromJSON(A.depositAddress):void 0}),toJSON(A){const I={};return void 0!==A.depositAddress&&(I.depositAddress=UA.toJSON(A.depositAddress)),I},create:A=>JA.fromPartial(A??{}),fromPartial(A){const I={depositAddress:void 0};return I.depositAddress=void 0!==A.depositAddress&&null!==A.depositAddress?UA.fromPartial(A.depositAddress):void 0,I}};function bA(){return{signingPublicKey:new Uint8Array(0),network:0,hashVariant:0}}const HA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.network&&I.uint32(16).int32(A.network),0!==A.hashVariant&&I.uint32(24).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=bA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 3:if(24!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>HA.fromPartial(A??{}),fromPartial(A){const I=bA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.network=A.network??0,I.hashVariant=A.hashVariant??0,I}},YA={encode:(A,I=new y)=>(void 0!==A.newDepositAddress&&UA.encode(A.newDepositAddress,I.uint32(10).fork()).join(),void 0!==A.archivedDepositAddress&&UA.encode(A.archivedDepositAddress,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={newDepositAddress:void 0,archivedDepositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.newDepositAddress=UA.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.archivedDepositAddress=UA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({newDepositAddress:lB(A.newDepositAddress)?UA.fromJSON(A.newDepositAddress):void 0,archivedDepositAddress:lB(A.archivedDepositAddress)?UA.fromJSON(A.archivedDepositAddress):void 0}),toJSON(A){const I={};return void 0!==A.newDepositAddress&&(I.newDepositAddress=UA.toJSON(A.newDepositAddress)),void 0!==A.archivedDepositAddress&&(I.archivedDepositAddress=UA.toJSON(A.archivedDepositAddress)),I},create:A=>YA.fromPartial(A??{}),fromPartial(A){const I={newDepositAddress:void 0,archivedDepositAddress:void 0};return I.newDepositAddress=void 0!==A.newDepositAddress&&null!==A.newDepositAddress?UA.fromPartial(A.newDepositAddress):void 0,I.archivedDepositAddress=void 0!==A.archivedDepositAddress&&null!==A.archivedDepositAddress?UA.fromPartial(A.archivedDepositAddress):void 0,I}};function LA(){return{rawTx:new Uint8Array(0),vout:0,network:0,txid:new Uint8Array(0)}}const qA={encode:(A,I=new y)=>(0!==A.rawTx.length&&I.uint32(10).bytes(A.rawTx),0!==A.vout&&I.uint32(16).uint32(A.vout),0!==A.network&&I.uint32(24).int32(A.network),0!==A.txid.length&&I.uint32(34).bytes(A.txid),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=LA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.rawTx=g.bytes();continue;case 2:if(16!==A)break;B.vout=g.uint32();continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(34!==A)break;B.txid=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),vout:lB(A.vout)?globalThis.Number(A.vout):0,network:lB(A.network)?b(A.network):0,txid:lB(A.txid)?rB(A.txid):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),0!==A.vout&&(I.vout=Math.round(A.vout)),0!==A.network&&(I.network=H(A.network)),0!==A.txid.length&&(I.txid=cB(A.txid)),I},create:A=>qA.fromPartial(A??{}),fromPartial(A){const I=LA();return I.rawTx=A.rawTx??new Uint8Array(0),I.vout=A.vout??0,I.network=A.network??0,I.txid=A.txid??new Uint8Array(0),I}},VA={encode:(A,I=new y)=>(""!==A.address&&I.uint32(10).string(A.address),void 0!==A.utxo&&qA.encode(A.utxo,I.uint32(18).fork()).join(),!1!==A.isConfirmed&&I.uint32(24).bool(A.isConfirmed),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={address:"",utxo:void 0,isConfirmed:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.address=g.string();continue;case 2:if(18!==A)break;B.utxo=qA.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.isConfirmed=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({address:lB(A.address)?globalThis.String(A.address):"",utxo:lB(A.utxo)?qA.fromJSON(A.utxo):void 0,isConfirmed:!!lB(A.isConfirmed)&&globalThis.Boolean(A.isConfirmed)}),toJSON(A){const I={};return""!==A.address&&(I.address=A.address),void 0!==A.utxo&&(I.utxo=qA.toJSON(A.utxo)),!1!==A.isConfirmed&&(I.isConfirmed=A.isConfirmed),I},create:A=>VA.fromPartial(A??{}),fromPartial(A){const I={address:"",utxo:void 0,isConfirmed:!1};return I.address=A.address??"",I.utxo=void 0!==A.utxo&&null!==A.utxo?qA.fromPartial(A.utxo):void 0,I.isConfirmed=A.isConfirmed??!1,I}};function TA(){return{signingPublicKey:new Uint8Array(0),rawTx:new Uint8Array(0),signingNonceCommitment:void 0}}const vA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.rawTx.length&&I.uint32(18).bytes(A.rawTx),void 0!==A.signingNonceCommitment&&R.encode(A.signingNonceCommitment,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=TA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.rawTx=g.bytes();continue;case 3:if(26!==A)break;B.signingNonceCommitment=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),signingNonceCommitment:lB(A.signingNonceCommitment)?R.fromJSON(A.signingNonceCommitment):void 0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),void 0!==A.signingNonceCommitment&&(I.signingNonceCommitment=R.toJSON(A.signingNonceCommitment)),I},create:A=>vA.fromPartial(A??{}),fromPartial(A){const I=TA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.rawTx=A.rawTx??new Uint8Array(0),I.signingNonceCommitment=void 0!==A.signingNonceCommitment&&null!==A.signingNonceCommitment?R.fromPartial(A.signingNonceCommitment):void 0,I}};function ZA(){return{ownerIdentifiers:[],threshold:0,publicKey:new Uint8Array(0),publicShares:{},updatedTime:void 0}}const xA={encode(A,I=new y){for(const g of A.ownerIdentifiers)I.uint32(10).string(g);return 0!==A.threshold&&I.uint32(16).uint32(A.threshold),0!==A.publicKey.length&&I.uint32(26).bytes(A.publicKey),Object.entries(A.publicShares).forEach(([A,g])=>{PA.encode({key:A,value:g},I.uint32(34).fork()).join()}),void 0!==A.updatedTime&&N.encode(DB(A.updatedTime),I.uint32(42).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=ZA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentifiers.push(g.string());continue;case 2:if(16!==A)break;B.threshold=g.uint32();continue;case 3:if(26!==A)break;B.publicKey=g.bytes();continue;case 4:{if(34!==A)break;const I=PA.decode(g,g.uint32());void 0!==I.value&&(B.publicShares[I.key]=I.value);continue}case 5:if(42!==A)break;B.updatedTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentifiers:globalThis.Array.isArray(A?.ownerIdentifiers)?A.ownerIdentifiers.map(A=>globalThis.String(A)):[],threshold:lB(A.threshold)?globalThis.Number(A.threshold):0,publicKey:lB(A.publicKey)?rB(A.publicKey):new Uint8Array(0),publicShares:yB(A.publicShares)?Object.entries(A.publicShares).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},updatedTime:lB(A.updatedTime)?dB(A.updatedTime):void 0}),toJSON(A){const I={};if(A.ownerIdentifiers?.length&&(I.ownerIdentifiers=A.ownerIdentifiers),0!==A.threshold&&(I.threshold=Math.round(A.threshold)),0!==A.publicKey.length&&(I.publicKey=cB(A.publicKey)),A.publicShares){const g=Object.entries(A.publicShares);g.length>0&&(I.publicShares={},g.forEach(([A,g])=>{I.publicShares[A]=cB(g)}))}return void 0!==A.updatedTime&&(I.updatedTime=A.updatedTime.toISOString()),I},create:A=>xA.fromPartial(A??{}),fromPartial(A){const I=ZA();return I.ownerIdentifiers=A.ownerIdentifiers?.map(A=>A)||[],I.threshold=A.threshold??0,I.publicKey=A.publicKey??new Uint8Array(0),I.publicShares=Object.entries(A.publicShares??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.updatedTime=A.updatedTime??void 0,I}};function WA(){return{key:"",value:new Uint8Array(0)}}const PA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=WA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>PA.fromPartial(A??{}),fromPartial(A){const I=WA();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},OA={encode:(A,I=new y)=>(Object.entries(A.publicKeys).forEach(([A,g])=>{jA.encode({key:A,value:g},I.uint32(10).fork()).join()}),Object.entries(A.signingNonceCommitments).forEach(([A,g])=>{zA.encode({key:A,value:g},I.uint32(18).fork()).join()}),Object.entries(A.signatureShares).forEach(([A,g])=>{$A.encode({key:A,value:g},I.uint32(26).fork()).join()}),void 0!==A.signingKeyshare&&xA.encode(A.signingKeyshare,I.uint32(34).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={publicKeys:{},signingNonceCommitments:{},signatureShares:{},signingKeyshare:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=jA.decode(g,g.uint32());void 0!==I.value&&(B.publicKeys[I.key]=I.value);continue}case 2:{if(18!==A)break;const I=zA.decode(g,g.uint32());void 0!==I.value&&(B.signingNonceCommitments[I.key]=I.value);continue}case 3:{if(26!==A)break;const I=$A.decode(g,g.uint32());void 0!==I.value&&(B.signatureShares[I.key]=I.value);continue}case 4:if(34!==A)break;B.signingKeyshare=xA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({publicKeys:yB(A.publicKeys)?Object.entries(A.publicKeys).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},signingNonceCommitments:yB(A.signingNonceCommitments)?Object.entries(A.signingNonceCommitments).reduce((A,[I,g])=>(A[I]=R.fromJSON(g),A),{}):{},signatureShares:yB(A.signatureShares)?Object.entries(A.signatureShares).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},signingKeyshare:lB(A.signingKeyshare)?xA.fromJSON(A.signingKeyshare):void 0}),toJSON(A){const I={};if(A.publicKeys){const g=Object.entries(A.publicKeys);g.length>0&&(I.publicKeys={},g.forEach(([A,g])=>{I.publicKeys[A]=cB(g)}))}if(A.signingNonceCommitments){const g=Object.entries(A.signingNonceCommitments);g.length>0&&(I.signingNonceCommitments={},g.forEach(([A,g])=>{I.signingNonceCommitments[A]=R.toJSON(g)}))}if(A.signatureShares){const g=Object.entries(A.signatureShares);g.length>0&&(I.signatureShares={},g.forEach(([A,g])=>{I.signatureShares[A]=cB(g)}))}return void 0!==A.signingKeyshare&&(I.signingKeyshare=xA.toJSON(A.signingKeyshare)),I},create:A=>OA.fromPartial(A??{}),fromPartial(A){const I={publicKeys:{},signingNonceCommitments:{},signatureShares:{},signingKeyshare:void 0};return I.publicKeys=Object.entries(A.publicKeys??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.signingNonceCommitments=Object.entries(A.signingNonceCommitments??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=R.fromPartial(g)),A),{}),I.signatureShares=Object.entries(A.signatureShares??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.signingKeyshare=void 0!==A.signingKeyshare&&null!==A.signingKeyshare?xA.fromPartial(A.signingKeyshare):void 0,I}};function XA(){return{key:"",value:new Uint8Array(0)}}const jA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=XA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>jA.fromPartial(A??{}),fromPartial(A){const I=XA();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},zA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&R.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?R.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=R.toJSON(A.value)),I},create:A=>zA.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?R.fromPartial(A.value):void 0,I}};function _A(){return{key:"",value:new Uint8Array(0)}}const $A={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=_A();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>$A.fromPartial(A??{}),fromPartial(A){const I=_A();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},AI={encode(A,I=new y){switch(""!==A.leafId&&I.uint32(10).string(A.leafId),A.signingJobs?.$case){case"renewNodeTimelockSigningJob":II.encode(A.signingJobs.renewNodeTimelockSigningJob,I.uint32(18).fork()).join();break;case"renewRefundTimelockSigningJob":gI.encode(A.signingJobs.renewRefundTimelockSigningJob,I.uint32(26).fork()).join();break;case"renewNodeZeroTimelockSigningJob":CI.encode(A.signingJobs.renewNodeZeroTimelockSigningJob,I.uint32(34).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leafId:"",signingJobs:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.signingJobs={$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:II.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.signingJobs={$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:gI.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.signingJobs={$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:CI.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",signingJobs:lB(A.renewNodeTimelockSigningJob)?{$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:II.fromJSON(A.renewNodeTimelockSigningJob)}:lB(A.renewRefundTimelockSigningJob)?{$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:gI.fromJSON(A.renewRefundTimelockSigningJob)}:lB(A.renewNodeZeroTimelockSigningJob)?{$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:CI.fromJSON(A.renewNodeZeroTimelockSigningJob)}:void 0}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),"renewNodeTimelockSigningJob"===A.signingJobs?.$case?I.renewNodeTimelockSigningJob=II.toJSON(A.signingJobs.renewNodeTimelockSigningJob):"renewRefundTimelockSigningJob"===A.signingJobs?.$case?I.renewRefundTimelockSigningJob=gI.toJSON(A.signingJobs.renewRefundTimelockSigningJob):"renewNodeZeroTimelockSigningJob"===A.signingJobs?.$case&&(I.renewNodeZeroTimelockSigningJob=CI.toJSON(A.signingJobs.renewNodeZeroTimelockSigningJob)),I},create:A=>AI.fromPartial(A??{}),fromPartial(A){const I={leafId:"",signingJobs:void 0};switch(I.leafId=A.leafId??"",A.signingJobs?.$case){case"renewNodeTimelockSigningJob":void 0!==A.signingJobs?.renewNodeTimelockSigningJob&&null!==A.signingJobs?.renewNodeTimelockSigningJob&&(I.signingJobs={$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:II.fromPartial(A.signingJobs.renewNodeTimelockSigningJob)});break;case"renewRefundTimelockSigningJob":void 0!==A.signingJobs?.renewRefundTimelockSigningJob&&null!==A.signingJobs?.renewRefundTimelockSigningJob&&(I.signingJobs={$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:gI.fromPartial(A.signingJobs.renewRefundTimelockSigningJob)});break;case"renewNodeZeroTimelockSigningJob":void 0!==A.signingJobs?.renewNodeZeroTimelockSigningJob&&null!==A.signingJobs?.renewNodeZeroTimelockSigningJob&&(I.signingJobs={$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:CI.fromPartial(A.signingJobs.renewNodeZeroTimelockSigningJob)})}return I}},II={encode:(A,I=new y)=>(void 0!==A.splitNodeTxSigningJob&&pI.encode(A.splitNodeTxSigningJob,I.uint32(10).fork()).join(),void 0!==A.splitNodeDirectTxSigningJob&&pI.encode(A.splitNodeDirectTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.nodeTxSigningJob&&pI.encode(A.nodeTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directNodeTxSigningJob&&pI.encode(A.directNodeTxSigningJob,I.uint32(42).fork()).join(),void 0!==A.directRefundTxSigningJob&&pI.encode(A.directRefundTxSigningJob,I.uint32(50).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={splitNodeTxSigningJob:void 0,splitNodeDirectTxSigningJob:void 0,nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.splitNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.splitNodeDirectTxSigningJob=pI.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.nodeTxSigningJob=pI.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.directRefundTxSigningJob=pI.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({splitNodeTxSigningJob:lB(A.splitNodeTxSigningJob)?pI.fromJSON(A.splitNodeTxSigningJob):void 0,splitNodeDirectTxSigningJob:lB(A.splitNodeDirectTxSigningJob)?pI.fromJSON(A.splitNodeDirectTxSigningJob):void 0,nodeTxSigningJob:lB(A.nodeTxSigningJob)?pI.fromJSON(A.nodeTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directNodeTxSigningJob:lB(A.directNodeTxSigningJob)?pI.fromJSON(A.directNodeTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?pI.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return void 0!==A.splitNodeTxSigningJob&&(I.splitNodeTxSigningJob=pI.toJSON(A.splitNodeTxSigningJob)),void 0!==A.splitNodeDirectTxSigningJob&&(I.splitNodeDirectTxSigningJob=pI.toJSON(A.splitNodeDirectTxSigningJob)),void 0!==A.nodeTxSigningJob&&(I.nodeTxSigningJob=pI.toJSON(A.nodeTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directNodeTxSigningJob&&(I.directNodeTxSigningJob=pI.toJSON(A.directNodeTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=pI.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>II.fromPartial(A??{}),fromPartial(A){const I={splitNodeTxSigningJob:void 0,splitNodeDirectTxSigningJob:void 0,nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.splitNodeTxSigningJob=void 0!==A.splitNodeTxSigningJob&&null!==A.splitNodeTxSigningJob?pI.fromPartial(A.splitNodeTxSigningJob):void 0,I.splitNodeDirectTxSigningJob=void 0!==A.splitNodeDirectTxSigningJob&&null!==A.splitNodeDirectTxSigningJob?pI.fromPartial(A.splitNodeDirectTxSigningJob):void 0,I.nodeTxSigningJob=void 0!==A.nodeTxSigningJob&&null!==A.nodeTxSigningJob?pI.fromPartial(A.nodeTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directNodeTxSigningJob=void 0!==A.directNodeTxSigningJob&&null!==A.directNodeTxSigningJob?pI.fromPartial(A.directNodeTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?pI.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},gI={encode:(A,I=new y)=>(void 0!==A.nodeTxSigningJob&&pI.encode(A.nodeTxSigningJob,I.uint32(10).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.directNodeTxSigningJob&&pI.encode(A.directNodeTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.directRefundTxSigningJob&&pI.encode(A.directRefundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeTxSigningJob=pI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.directNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.directRefundTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeTxSigningJob:lB(A.nodeTxSigningJob)?pI.fromJSON(A.nodeTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directNodeTxSigningJob:lB(A.directNodeTxSigningJob)?pI.fromJSON(A.directNodeTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?pI.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return void 0!==A.nodeTxSigningJob&&(I.nodeTxSigningJob=pI.toJSON(A.nodeTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directNodeTxSigningJob&&(I.directNodeTxSigningJob=pI.toJSON(A.directNodeTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=pI.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>gI.fromPartial(A??{}),fromPartial(A){const I={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.nodeTxSigningJob=void 0!==A.nodeTxSigningJob&&null!==A.nodeTxSigningJob?pI.fromPartial(A.nodeTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directNodeTxSigningJob=void 0!==A.directNodeTxSigningJob&&null!==A.directNodeTxSigningJob?pI.fromPartial(A.directNodeTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?pI.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},CI={encode:(A,I=new y)=>(void 0!==A.nodeTxSigningJob&&pI.encode(A.nodeTxSigningJob,I.uint32(10).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.directNodeTxSigningJob&&pI.encode(A.directNodeTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeTxSigningJob=pI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.directNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeTxSigningJob:lB(A.nodeTxSigningJob)?pI.fromJSON(A.nodeTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directNodeTxSigningJob:lB(A.directNodeTxSigningJob)?pI.fromJSON(A.directNodeTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return void 0!==A.nodeTxSigningJob&&(I.nodeTxSigningJob=pI.toJSON(A.nodeTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directNodeTxSigningJob&&(I.directNodeTxSigningJob=pI.toJSON(A.directNodeTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>CI.fromPartial(A??{}),fromPartial(A){const I={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.nodeTxSigningJob=void 0!==A.nodeTxSigningJob&&null!==A.nodeTxSigningJob?pI.fromPartial(A.nodeTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directNodeTxSigningJob=void 0!==A.directNodeTxSigningJob&&null!==A.directNodeTxSigningJob?pI.fromPartial(A.directNodeTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},BI={encode(A,I=new y){switch(A.renewResult?.$case){case"renewNodeTimelockResult":iI.encode(A.renewResult.renewNodeTimelockResult,I.uint32(10).fork()).join();break;case"renewRefundTimelockResult":QI.encode(A.renewResult.renewRefundTimelockResult,I.uint32(18).fork()).join();break;case"renewNodeZeroTimelockResult":eI.encode(A.renewResult.renewNodeZeroTimelockResult,I.uint32(26).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={renewResult:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.renewResult={$case:"renewNodeTimelockResult",renewNodeTimelockResult:iI.decode(g,g.uint32())};continue;case 2:if(18!==A)break;B.renewResult={$case:"renewRefundTimelockResult",renewRefundTimelockResult:QI.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.renewResult={$case:"renewNodeZeroTimelockResult",renewNodeZeroTimelockResult:eI.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({renewResult:lB(A.renewNodeTimelockResult)?{$case:"renewNodeTimelockResult",renewNodeTimelockResult:iI.fromJSON(A.renewNodeTimelockResult)}:lB(A.renewRefundTimelockResult)?{$case:"renewRefundTimelockResult",renewRefundTimelockResult:QI.fromJSON(A.renewRefundTimelockResult)}:lB(A.renewNodeZeroTimelockResult)?{$case:"renewNodeZeroTimelockResult",renewNodeZeroTimelockResult:eI.fromJSON(A.renewNodeZeroTimelockResult)}:void 0}),toJSON(A){const I={};return"renewNodeTimelockResult"===A.renewResult?.$case?I.renewNodeTimelockResult=iI.toJSON(A.renewResult.renewNodeTimelockResult):"renewRefundTimelockResult"===A.renewResult?.$case?I.renewRefundTimelockResult=QI.toJSON(A.renewResult.renewRefundTimelockResult):"renewNodeZeroTimelockResult"===A.renewResult?.$case&&(I.renewNodeZeroTimelockResult=eI.toJSON(A.renewResult.renewNodeZeroTimelockResult)),I},create:A=>BI.fromPartial(A??{}),fromPartial(A){const I={renewResult:void 0};switch(A.renewResult?.$case){case"renewNodeTimelockResult":void 0!==A.renewResult?.renewNodeTimelockResult&&null!==A.renewResult?.renewNodeTimelockResult&&(I.renewResult={$case:"renewNodeTimelockResult",renewNodeTimelockResult:iI.fromPartial(A.renewResult.renewNodeTimelockResult)});break;case"renewRefundTimelockResult":void 0!==A.renewResult?.renewRefundTimelockResult&&null!==A.renewResult?.renewRefundTimelockResult&&(I.renewResult={$case:"renewRefundTimelockResult",renewRefundTimelockResult:QI.fromPartial(A.renewResult.renewRefundTimelockResult)});break;case"renewNodeZeroTimelockResult":void 0!==A.renewResult?.renewNodeZeroTimelockResult&&null!==A.renewResult?.renewNodeZeroTimelockResult&&(I.renewResult={$case:"renewNodeZeroTimelockResult",renewNodeZeroTimelockResult:eI.fromPartial(A.renewResult.renewNodeZeroTimelockResult)})}return I}},iI={encode:(A,I=new y)=>(void 0!==A.splitNode&&hI.encode(A.splitNode,I.uint32(10).fork()).join(),void 0!==A.node&&hI.encode(A.node,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={splitNode:void 0,node:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.splitNode=hI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.node=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({splitNode:lB(A.splitNode)?hI.fromJSON(A.splitNode):void 0,node:lB(A.node)?hI.fromJSON(A.node):void 0}),toJSON(A){const I={};return void 0!==A.splitNode&&(I.splitNode=hI.toJSON(A.splitNode)),void 0!==A.node&&(I.node=hI.toJSON(A.node)),I},create:A=>iI.fromPartial(A??{}),fromPartial(A){const I={splitNode:void 0,node:void 0};return I.splitNode=void 0!==A.splitNode&&null!==A.splitNode?hI.fromPartial(A.splitNode):void 0,I.node=void 0!==A.node&&null!==A.node?hI.fromPartial(A.node):void 0,I}},QI={encode:(A,I=new y)=>(void 0!==A.node&&hI.encode(A.node,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={node:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.node=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({node:lB(A.node)?hI.fromJSON(A.node):void 0}),toJSON(A){const I={};return void 0!==A.node&&(I.node=hI.toJSON(A.node)),I},create:A=>QI.fromPartial(A??{}),fromPartial(A){const I={node:void 0};return I.node=void 0!==A.node&&null!==A.node?hI.fromPartial(A.node):void 0,I}},eI={encode:(A,I=new y)=>(void 0!==A.splitNode&&hI.encode(A.splitNode,I.uint32(10).fork()).join(),void 0!==A.node&&hI.encode(A.node,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={splitNode:void 0,node:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.splitNode=hI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.node=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({splitNode:lB(A.splitNode)?hI.fromJSON(A.splitNode):void 0,node:lB(A.node)?hI.fromJSON(A.node):void 0}),toJSON(A){const I={};return void 0!==A.splitNode&&(I.splitNode=hI.toJSON(A.splitNode)),void 0!==A.node&&(I.node=hI.toJSON(A.node)),I},create:A=>eI.fromPartial(A??{}),fromPartial(A){const I={splitNode:void 0,node:void 0};return I.splitNode=void 0!==A.splitNode&&null!==A.splitNode?hI.fromPartial(A.splitNode):void 0,I.node=void 0!==A.node&&null!==A.node?hI.fromPartial(A.node):void 0,I}};function EI(){return{nodeId:"",nodeTxSigningResult:void 0,refundTxSigningResult:void 0,verifyingKey:new Uint8Array(0),directNodeTxSigningResult:void 0,directRefundTxSigningResult:void 0,directFromCpfpRefundTxSigningResult:void 0}}const tI={encode:(A,I=new y)=>(""!==A.nodeId&&I.uint32(10).string(A.nodeId),void 0!==A.nodeTxSigningResult&&OA.encode(A.nodeTxSigningResult,I.uint32(18).fork()).join(),void 0!==A.refundTxSigningResult&&OA.encode(A.refundTxSigningResult,I.uint32(26).fork()).join(),0!==A.verifyingKey.length&&I.uint32(34).bytes(A.verifyingKey),void 0!==A.directNodeTxSigningResult&&OA.encode(A.directNodeTxSigningResult,I.uint32(42).fork()).join(),void 0!==A.directRefundTxSigningResult&&OA.encode(A.directRefundTxSigningResult,I.uint32(50).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningResult&&OA.encode(A.directFromCpfpRefundTxSigningResult,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=EI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeId=g.string();continue;case 2:if(18!==A)break;B.nodeTxSigningResult=OA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.refundTxSigningResult=OA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.verifyingKey=g.bytes();continue;case 5:if(42!==A)break;B.directNodeTxSigningResult=OA.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.directRefundTxSigningResult=OA.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.directFromCpfpRefundTxSigningResult=OA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeId:lB(A.nodeId)?globalThis.String(A.nodeId):"",nodeTxSigningResult:lB(A.nodeTxSigningResult)?OA.fromJSON(A.nodeTxSigningResult):void 0,refundTxSigningResult:lB(A.refundTxSigningResult)?OA.fromJSON(A.refundTxSigningResult):void 0,verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0),directNodeTxSigningResult:lB(A.directNodeTxSigningResult)?OA.fromJSON(A.directNodeTxSigningResult):void 0,directRefundTxSigningResult:lB(A.directRefundTxSigningResult)?OA.fromJSON(A.directRefundTxSigningResult):void 0,directFromCpfpRefundTxSigningResult:lB(A.directFromCpfpRefundTxSigningResult)?OA.fromJSON(A.directFromCpfpRefundTxSigningResult):void 0}),toJSON(A){const I={};return""!==A.nodeId&&(I.nodeId=A.nodeId),void 0!==A.nodeTxSigningResult&&(I.nodeTxSigningResult=OA.toJSON(A.nodeTxSigningResult)),void 0!==A.refundTxSigningResult&&(I.refundTxSigningResult=OA.toJSON(A.refundTxSigningResult)),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),void 0!==A.directNodeTxSigningResult&&(I.directNodeTxSigningResult=OA.toJSON(A.directNodeTxSigningResult)),void 0!==A.directRefundTxSigningResult&&(I.directRefundTxSigningResult=OA.toJSON(A.directRefundTxSigningResult)),void 0!==A.directFromCpfpRefundTxSigningResult&&(I.directFromCpfpRefundTxSigningResult=OA.toJSON(A.directFromCpfpRefundTxSigningResult)),I},create:A=>tI.fromPartial(A??{}),fromPartial(A){const I=EI();return I.nodeId=A.nodeId??"",I.nodeTxSigningResult=void 0!==A.nodeTxSigningResult&&null!==A.nodeTxSigningResult?OA.fromPartial(A.nodeTxSigningResult):void 0,I.refundTxSigningResult=void 0!==A.refundTxSigningResult&&null!==A.refundTxSigningResult?OA.fromPartial(A.refundTxSigningResult):void 0,I.verifyingKey=A.verifyingKey??new Uint8Array(0),I.directNodeTxSigningResult=void 0!==A.directNodeTxSigningResult&&null!==A.directNodeTxSigningResult?OA.fromPartial(A.directNodeTxSigningResult):void 0,I.directRefundTxSigningResult=void 0!==A.directRefundTxSigningResult&&null!==A.directRefundTxSigningResult?OA.fromPartial(A.directRefundTxSigningResult):void 0,I.directFromCpfpRefundTxSigningResult=void 0!==A.directFromCpfpRefundTxSigningResult&&null!==A.directFromCpfpRefundTxSigningResult?OA.fromPartial(A.directFromCpfpRefundTxSigningResult):void 0,I}};function oI(){return{nodeId:"",nodeTxSignature:new Uint8Array(0),refundTxSignature:new Uint8Array(0),directNodeTxSignature:new Uint8Array(0),directRefundTxSignature:new Uint8Array(0),directFromCpfpRefundTxSignature:new Uint8Array(0)}}const nI={encode:(A,I=new y)=>(""!==A.nodeId&&I.uint32(10).string(A.nodeId),0!==A.nodeTxSignature.length&&I.uint32(18).bytes(A.nodeTxSignature),0!==A.refundTxSignature.length&&I.uint32(26).bytes(A.refundTxSignature),0!==A.directNodeTxSignature.length&&I.uint32(34).bytes(A.directNodeTxSignature),0!==A.directRefundTxSignature.length&&I.uint32(42).bytes(A.directRefundTxSignature),0!==A.directFromCpfpRefundTxSignature.length&&I.uint32(50).bytes(A.directFromCpfpRefundTxSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=oI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeId=g.string();continue;case 2:if(18!==A)break;B.nodeTxSignature=g.bytes();continue;case 3:if(26!==A)break;B.refundTxSignature=g.bytes();continue;case 4:if(34!==A)break;B.directNodeTxSignature=g.bytes();continue;case 5:if(42!==A)break;B.directRefundTxSignature=g.bytes();continue;case 6:if(50!==A)break;B.directFromCpfpRefundTxSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeId:lB(A.nodeId)?globalThis.String(A.nodeId):"",nodeTxSignature:lB(A.nodeTxSignature)?rB(A.nodeTxSignature):new Uint8Array(0),refundTxSignature:lB(A.refundTxSignature)?rB(A.refundTxSignature):new Uint8Array(0),directNodeTxSignature:lB(A.directNodeTxSignature)?rB(A.directNodeTxSignature):new Uint8Array(0),directRefundTxSignature:lB(A.directRefundTxSignature)?rB(A.directRefundTxSignature):new Uint8Array(0),directFromCpfpRefundTxSignature:lB(A.directFromCpfpRefundTxSignature)?rB(A.directFromCpfpRefundTxSignature):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.nodeId&&(I.nodeId=A.nodeId),0!==A.nodeTxSignature.length&&(I.nodeTxSignature=cB(A.nodeTxSignature)),0!==A.refundTxSignature.length&&(I.refundTxSignature=cB(A.refundTxSignature)),0!==A.directNodeTxSignature.length&&(I.directNodeTxSignature=cB(A.directNodeTxSignature)),0!==A.directRefundTxSignature.length&&(I.directRefundTxSignature=cB(A.directRefundTxSignature)),0!==A.directFromCpfpRefundTxSignature.length&&(I.directFromCpfpRefundTxSignature=cB(A.directFromCpfpRefundTxSignature)),I},create:A=>nI.fromPartial(A??{}),fromPartial(A){const I=oI();return I.nodeId=A.nodeId??"",I.nodeTxSignature=A.nodeTxSignature??new Uint8Array(0),I.refundTxSignature=A.refundTxSignature??new Uint8Array(0),I.directNodeTxSignature=A.directNodeTxSignature??new Uint8Array(0),I.directRefundTxSignature=A.directRefundTxSignature??new Uint8Array(0),I.directFromCpfpRefundTxSignature=A.directFromCpfpRefundTxSignature??new Uint8Array(0),I}};function aI(){return{identityPublicKey:new Uint8Array(0),onChainUtxo:void 0,rootTxSigningJob:void 0,refundTxSigningJob:void 0,directRootTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0}}const sI={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.onChainUtxo&&qA.encode(A.onChainUtxo,I.uint32(18).fork()).join(),void 0!==A.rootTxSigningJob&&vA.encode(A.rootTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.refundTxSigningJob&&vA.encode(A.refundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directRootTxSigningJob&&vA.encode(A.directRootTxSigningJob,I.uint32(42).fork()).join(),void 0!==A.directRefundTxSigningJob&&vA.encode(A.directRefundTxSigningJob,I.uint32(50).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&vA.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=aI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.onChainUtxo=qA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.rootTxSigningJob=vA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.refundTxSigningJob=vA.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directRootTxSigningJob=vA.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.directRefundTxSigningJob=vA.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.directFromCpfpRefundTxSigningJob=vA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),onChainUtxo:lB(A.onChainUtxo)?qA.fromJSON(A.onChainUtxo):void 0,rootTxSigningJob:lB(A.rootTxSigningJob)?vA.fromJSON(A.rootTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?vA.fromJSON(A.refundTxSigningJob):void 0,directRootTxSigningJob:lB(A.directRootTxSigningJob)?vA.fromJSON(A.directRootTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?vA.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?vA.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.onChainUtxo&&(I.onChainUtxo=qA.toJSON(A.onChainUtxo)),void 0!==A.rootTxSigningJob&&(I.rootTxSigningJob=vA.toJSON(A.rootTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=vA.toJSON(A.refundTxSigningJob)),void 0!==A.directRootTxSigningJob&&(I.directRootTxSigningJob=vA.toJSON(A.directRootTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=vA.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=vA.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>sI.fromPartial(A??{}),fromPartial(A){const I=aI();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.onChainUtxo=void 0!==A.onChainUtxo&&null!==A.onChainUtxo?qA.fromPartial(A.onChainUtxo):void 0,I.rootTxSigningJob=void 0!==A.rootTxSigningJob&&null!==A.rootTxSigningJob?vA.fromPartial(A.rootTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?vA.fromPartial(A.refundTxSigningJob):void 0,I.directRootTxSigningJob=void 0!==A.directRootTxSigningJob&&null!==A.directRootTxSigningJob?vA.fromPartial(A.directRootTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?vA.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?vA.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},rI={encode:(A,I=new y)=>(""!==A.treeId&&I.uint32(10).string(A.treeId),void 0!==A.rootNodeSignatureShares&&tI.encode(A.rootNodeSignatureShares,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={treeId:"",rootNodeSignatureShares:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.treeId=g.string();continue;case 2:if(18!==A)break;B.rootNodeSignatureShares=tI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({treeId:lB(A.treeId)?globalThis.String(A.treeId):"",rootNodeSignatureShares:lB(A.rootNodeSignatureShares)?tI.fromJSON(A.rootNodeSignatureShares):void 0}),toJSON(A){const I={};return""!==A.treeId&&(I.treeId=A.treeId),void 0!==A.rootNodeSignatureShares&&(I.rootNodeSignatureShares=tI.toJSON(A.rootNodeSignatureShares)),I},create:A=>rI.fromPartial(A??{}),fromPartial(A){const I={treeId:"",rootNodeSignatureShares:void 0};return I.treeId=A.treeId??"",I.rootNodeSignatureShares=void 0!==A.rootNodeSignatureShares&&null!==A.rootNodeSignatureShares?tI.fromPartial(A.rootNodeSignatureShares):void 0,I}};function cI(){return{identityPublicKey:new Uint8Array(0),onChainUtxo:void 0,rootTxSigningJob:void 0,refundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0,additionalOnChainUtxos:[]}}const DI={encode(A,I=new y){0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.onChainUtxo&&qA.encode(A.onChainUtxo,I.uint32(18).fork()).join(),void 0!==A.rootTxSigningJob&&pI.encode(A.rootTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(42).fork()).join();for(const g of A.additionalOnChainUtxos)qA.encode(g,I.uint32(50).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=cI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.onChainUtxo=qA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.rootTxSigningJob=pI.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.additionalOnChainUtxos.push(qA.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),onChainUtxo:lB(A.onChainUtxo)?qA.fromJSON(A.onChainUtxo):void 0,rootTxSigningJob:lB(A.rootTxSigningJob)?pI.fromJSON(A.rootTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0,additionalOnChainUtxos:globalThis.Array.isArray(A?.additionalOnChainUtxos)?A.additionalOnChainUtxos.map(A=>qA.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.onChainUtxo&&(I.onChainUtxo=qA.toJSON(A.onChainUtxo)),void 0!==A.rootTxSigningJob&&(I.rootTxSigningJob=pI.toJSON(A.rootTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),A.additionalOnChainUtxos?.length&&(I.additionalOnChainUtxos=A.additionalOnChainUtxos.map(A=>qA.toJSON(A))),I},create:A=>DI.fromPartial(A??{}),fromPartial(A){const I=cI();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.onChainUtxo=void 0!==A.onChainUtxo&&null!==A.onChainUtxo?qA.fromPartial(A.onChainUtxo):void 0,I.rootTxSigningJob=void 0!==A.rootTxSigningJob&&null!==A.rootTxSigningJob?pI.fromPartial(A.rootTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I.additionalOnChainUtxos=A.additionalOnChainUtxos?.map(A=>qA.fromPartial(A))||[],I}},wI={encode:(A,I=new y)=>(void 0!==A.rootNode&&hI.encode(A.rootNode,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={rootNode:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.rootNode=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({rootNode:lB(A.rootNode)?hI.fromJSON(A.rootNode):void 0}),toJSON(A){const I={};return void 0!==A.rootNode&&(I.rootNode=hI.toJSON(A.rootNode)),I},create:A=>wI.fromPartial(A??{}),fromPartial(A){const I={rootNode:void 0};return I.rootNode=void 0!==A.rootNode&&null!==A.rootNode?hI.fromPartial(A.rootNode):void 0,I}};function dI(){return{id:"",treeId:"",value:0,parentNodeId:void 0,nodeTx:new Uint8Array(0),refundTx:new Uint8Array(0),vout:0,verifyingPublicKey:new Uint8Array(0),ownerIdentityPublicKey:new Uint8Array(0),signingKeyshare:void 0,status:"",network:0,createdTime:void 0,updatedTime:void 0,ownerSigningPublicKey:new Uint8Array(0),directTx:new Uint8Array(0),directRefundTx:new Uint8Array(0),directFromCpfpRefundTx:new Uint8Array(0),treenodeStatus:0}}const hI={encode:(A,I=new y)=>(""!==A.id&&I.uint32(10).string(A.id),""!==A.treeId&&I.uint32(18).string(A.treeId),0!==A.value&&I.uint32(24).uint64(A.value),void 0!==A.parentNodeId&&I.uint32(34).string(A.parentNodeId),0!==A.nodeTx.length&&I.uint32(42).bytes(A.nodeTx),0!==A.refundTx.length&&I.uint32(50).bytes(A.refundTx),0!==A.vout&&I.uint32(56).uint32(A.vout),0!==A.verifyingPublicKey.length&&I.uint32(66).bytes(A.verifyingPublicKey),0!==A.ownerIdentityPublicKey.length&&I.uint32(74).bytes(A.ownerIdentityPublicKey),void 0!==A.signingKeyshare&&xA.encode(A.signingKeyshare,I.uint32(82).fork()).join(),""!==A.status&&I.uint32(90).string(A.status),0!==A.network&&I.uint32(96).int32(A.network),void 0!==A.createdTime&&N.encode(DB(A.createdTime),I.uint32(106).fork()).join(),void 0!==A.updatedTime&&N.encode(DB(A.updatedTime),I.uint32(114).fork()).join(),0!==A.ownerSigningPublicKey.length&&I.uint32(122).bytes(A.ownerSigningPublicKey),0!==A.directTx.length&&I.uint32(130).bytes(A.directTx),0!==A.directRefundTx.length&&I.uint32(138).bytes(A.directRefundTx),0!==A.directFromCpfpRefundTx.length&&I.uint32(146).bytes(A.directFromCpfpRefundTx),0!==A.treenodeStatus&&I.uint32(152).int32(A.treenodeStatus),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=dI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.treeId=g.string();continue;case 3:if(24!==A)break;B.value=hB(g.uint64());continue;case 4:if(34!==A)break;B.parentNodeId=g.string();continue;case 5:if(42!==A)break;B.nodeTx=g.bytes();continue;case 6:if(50!==A)break;B.refundTx=g.bytes();continue;case 7:if(56!==A)break;B.vout=g.uint32();continue;case 8:if(66!==A)break;B.verifyingPublicKey=g.bytes();continue;case 9:if(74!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 10:if(82!==A)break;B.signingKeyshare=xA.decode(g,g.uint32());continue;case 11:if(90!==A)break;B.status=g.string();continue;case 12:if(96!==A)break;B.network=g.int32();continue;case 13:if(106!==A)break;B.createdTime=wB(N.decode(g,g.uint32()));continue;case 14:if(114!==A)break;B.updatedTime=wB(N.decode(g,g.uint32()));continue;case 15:if(122!==A)break;B.ownerSigningPublicKey=g.bytes();continue;case 16:if(130!==A)break;B.directTx=g.bytes();continue;case 17:if(138!==A)break;B.directRefundTx=g.bytes();continue;case 18:if(146!==A)break;B.directFromCpfpRefundTx=g.bytes();continue;case 19:if(152!==A)break;B.treenodeStatus=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:lB(A.id)?globalThis.String(A.id):"",treeId:lB(A.treeId)?globalThis.String(A.treeId):"",value:lB(A.value)?globalThis.Number(A.value):0,parentNodeId:lB(A.parentNodeId)?globalThis.String(A.parentNodeId):void 0,nodeTx:lB(A.nodeTx)?rB(A.nodeTx):new Uint8Array(0),refundTx:lB(A.refundTx)?rB(A.refundTx):new Uint8Array(0),vout:lB(A.vout)?globalThis.Number(A.vout):0,verifyingPublicKey:lB(A.verifyingPublicKey)?rB(A.verifyingPublicKey):new Uint8Array(0),ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),signingKeyshare:lB(A.signingKeyshare)?xA.fromJSON(A.signingKeyshare):void 0,status:lB(A.status)?globalThis.String(A.status):"",network:lB(A.network)?b(A.network):0,createdTime:lB(A.createdTime)?dB(A.createdTime):void 0,updatedTime:lB(A.updatedTime)?dB(A.updatedTime):void 0,ownerSigningPublicKey:lB(A.ownerSigningPublicKey)?rB(A.ownerSigningPublicKey):new Uint8Array(0),directTx:lB(A.directTx)?rB(A.directTx):new Uint8Array(0),directRefundTx:lB(A.directRefundTx)?rB(A.directRefundTx):new Uint8Array(0),directFromCpfpRefundTx:lB(A.directFromCpfpRefundTx)?rB(A.directFromCpfpRefundTx):new Uint8Array(0),treenodeStatus:lB(A.treenodeStatus)?tA(A.treenodeStatus):0}),toJSON(A){const I={};return""!==A.id&&(I.id=A.id),""!==A.treeId&&(I.treeId=A.treeId),0!==A.value&&(I.value=Math.round(A.value)),void 0!==A.parentNodeId&&(I.parentNodeId=A.parentNodeId),0!==A.nodeTx.length&&(I.nodeTx=cB(A.nodeTx)),0!==A.refundTx.length&&(I.refundTx=cB(A.refundTx)),0!==A.vout&&(I.vout=Math.round(A.vout)),0!==A.verifyingPublicKey.length&&(I.verifyingPublicKey=cB(A.verifyingPublicKey)),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.signingKeyshare&&(I.signingKeyshare=xA.toJSON(A.signingKeyshare)),""!==A.status&&(I.status=A.status),0!==A.network&&(I.network=H(A.network)),void 0!==A.createdTime&&(I.createdTime=A.createdTime.toISOString()),void 0!==A.updatedTime&&(I.updatedTime=A.updatedTime.toISOString()),0!==A.ownerSigningPublicKey.length&&(I.ownerSigningPublicKey=cB(A.ownerSigningPublicKey)),0!==A.directTx.length&&(I.directTx=cB(A.directTx)),0!==A.directRefundTx.length&&(I.directRefundTx=cB(A.directRefundTx)),0!==A.directFromCpfpRefundTx.length&&(I.directFromCpfpRefundTx=cB(A.directFromCpfpRefundTx)),0!==A.treenodeStatus&&(I.treenodeStatus=oA(A.treenodeStatus)),I},create:A=>hI.fromPartial(A??{}),fromPartial(A){const I=dI();return I.id=A.id??"",I.treeId=A.treeId??"",I.value=A.value??0,I.parentNodeId=A.parentNodeId??void 0,I.nodeTx=A.nodeTx??new Uint8Array(0),I.refundTx=A.refundTx??new Uint8Array(0),I.vout=A.vout??0,I.verifyingPublicKey=A.verifyingPublicKey??new Uint8Array(0),I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.signingKeyshare=void 0!==A.signingKeyshare&&null!==A.signingKeyshare?xA.fromPartial(A.signingKeyshare):void 0,I.status=A.status??"",I.network=A.network??0,I.createdTime=A.createdTime??void 0,I.updatedTime=A.updatedTime??void 0,I.ownerSigningPublicKey=A.ownerSigningPublicKey??new Uint8Array(0),I.directTx=A.directTx??new Uint8Array(0),I.directRefundTx=A.directRefundTx??new Uint8Array(0),I.directFromCpfpRefundTx=A.directFromCpfpRefundTx??new Uint8Array(0),I.treenodeStatus=A.treenodeStatus??0,I}},yI={encode(A,I=new y){0!==A.intent&&I.uint32(8).int32(A.intent);for(const g of A.nodeSignatures)nI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={intent:0,nodeSignatures:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.intent=g.int32();continue;case 2:if(18!==A)break;B.nodeSignatures.push(nI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({intent:lB(A.intent)?f(A.intent):0,nodeSignatures:globalThis.Array.isArray(A?.nodeSignatures)?A.nodeSignatures.map(A=>nI.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.intent&&(I.intent=function(A){switch(A){case S.CREATION:return"CREATION";case S.TRANSFER:return"TRANSFER";case S.AGGREGATE:return"AGGREGATE";case S.REFRESH:return"REFRESH";case S.EXTEND:return"EXTEND";case S.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.intent)),A.nodeSignatures?.length&&(I.nodeSignatures=A.nodeSignatures.map(A=>nI.toJSON(A))),I},create:A=>yI.fromPartial(A??{}),fromPartial(A){const I={intent:0,nodeSignatures:[]};return I.intent=A.intent??0,I.nodeSignatures=A.nodeSignatures?.map(A=>nI.fromPartial(A))||[],I}},lI={encode(A,I=new y){for(const g of A.nodes)hI.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodes:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodes.push(hI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodes:globalThis.Array.isArray(A?.nodes)?A.nodes.map(A=>hI.fromJSON(A)):[]}),toJSON(A){const I={};return A.nodes?.length&&(I.nodes=A.nodes.map(A=>hI.toJSON(A))),I},create:A=>lI.fromPartial(A??{}),fromPartial(A){const I={nodes:[]};return I.nodes=A.nodes?.map(A=>hI.fromPartial(A))||[],I}};function kI(){return{secretShare:new Uint8Array(0),proofs:[]}}const uI={encode(A,I=new y){0!==A.secretShare.length&&I.uint32(10).bytes(A.secretShare);for(const g of A.proofs)I.uint32(18).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=kI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.secretShare=g.bytes();continue;case 2:if(18!==A)break;B.proofs.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({secretShare:lB(A.secretShare)?rB(A.secretShare):new Uint8Array(0),proofs:globalThis.Array.isArray(A?.proofs)?A.proofs.map(A=>rB(A)):[]}),toJSON(A){const I={};return 0!==A.secretShare.length&&(I.secretShare=cB(A.secretShare)),A.proofs?.length&&(I.proofs=A.proofs.map(A=>cB(A))),I},create:A=>uI.fromPartial(A??{}),fromPartial(A){const I=kI();return I.secretShare=A.secretShare??new Uint8Array(0),I.proofs=A.proofs?.map(A=>A)||[],I}},NI={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.refundTxSigningJob&&vA.encode(A.refundTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.directRefundTxSigningJob&&vA.encode(A.directRefundTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&vA.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(34).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leafId:"",refundTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.refundTxSigningJob=vA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.directRefundTxSigningJob=vA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.directFromCpfpRefundTxSigningJob=vA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",refundTxSigningJob:lB(A.refundTxSigningJob)?vA.fromJSON(A.refundTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?vA.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?vA.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=vA.toJSON(A.refundTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=vA.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=vA.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>NI.fromPartial(A??{}),fromPartial(A){const I={leafId:"",refundTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.leafId=A.leafId??"",I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?vA.fromPartial(A.refundTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?vA.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?vA.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}};function GI(){return{leafId:"",signingPublicKey:new Uint8Array(0),rawTx:new Uint8Array(0),signingNonceCommitment:void 0,userSignature:new Uint8Array(0),signingCommitments:void 0,additionalInputs:[]}}const pI={encode(A,I=new y){""!==A.leafId&&I.uint32(10).string(A.leafId),0!==A.signingPublicKey.length&&I.uint32(18).bytes(A.signingPublicKey),0!==A.rawTx.length&&I.uint32(26).bytes(A.rawTx),void 0!==A.signingNonceCommitment&&R.encode(A.signingNonceCommitment,I.uint32(34).fork()).join(),0!==A.userSignature.length&&I.uint32(42).bytes(A.userSignature),void 0!==A.signingCommitments&&Jg.encode(A.signingCommitments,I.uint32(50).fork()).join();for(const g of A.additionalInputs)fI.encode(g,I.uint32(58).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=GI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.signingPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.rawTx=g.bytes();continue;case 4:if(34!==A)break;B.signingNonceCommitment=R.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.userSignature=g.bytes();continue;case 6:if(50!==A)break;B.signingCommitments=Jg.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.additionalInputs.push(fI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),signingNonceCommitment:lB(A.signingNonceCommitment)?R.fromJSON(A.signingNonceCommitment):void 0,userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),signingCommitments:lB(A.signingCommitments)?Jg.fromJSON(A.signingCommitments):void 0,additionalInputs:globalThis.Array.isArray(A?.additionalInputs)?A.additionalInputs.map(A=>fI.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),void 0!==A.signingNonceCommitment&&(I.signingNonceCommitment=R.toJSON(A.signingNonceCommitment)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),void 0!==A.signingCommitments&&(I.signingCommitments=Jg.toJSON(A.signingCommitments)),A.additionalInputs?.length&&(I.additionalInputs=A.additionalInputs.map(A=>fI.toJSON(A))),I},create:A=>pI.fromPartial(A??{}),fromPartial(A){const I=GI();return I.leafId=A.leafId??"",I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.rawTx=A.rawTx??new Uint8Array(0),I.signingNonceCommitment=void 0!==A.signingNonceCommitment&&null!==A.signingNonceCommitment?R.fromPartial(A.signingNonceCommitment):void 0,I.userSignature=A.userSignature??new Uint8Array(0),I.signingCommitments=void 0!==A.signingCommitments&&null!==A.signingCommitments?Jg.fromPartial(A.signingCommitments):void 0,I.additionalInputs=A.additionalInputs?.map(A=>fI.fromPartial(A))||[],I}};function SI(){return{signingNonceCommitment:void 0,userSignature:new Uint8Array(0),signingCommitments:void 0}}const fI={encode:(A,I=new y)=>(void 0!==A.signingNonceCommitment&&R.encode(A.signingNonceCommitment,I.uint32(10).fork()).join(),0!==A.userSignature.length&&I.uint32(18).bytes(A.userSignature),void 0!==A.signingCommitments&&Jg.encode(A.signingCommitments,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=SI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingNonceCommitment=R.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.userSignature=g.bytes();continue;case 3:if(26!==A)break;B.signingCommitments=Jg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingNonceCommitment:lB(A.signingNonceCommitment)?R.fromJSON(A.signingNonceCommitment):void 0,userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),signingCommitments:lB(A.signingCommitments)?Jg.fromJSON(A.signingCommitments):void 0}),toJSON(A){const I={};return void 0!==A.signingNonceCommitment&&(I.signingNonceCommitment=R.toJSON(A.signingNonceCommitment)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),void 0!==A.signingCommitments&&(I.signingCommitments=Jg.toJSON(A.signingCommitments)),I},create:A=>fI.fromPartial(A??{}),fromPartial(A){const I=SI();return I.signingNonceCommitment=void 0!==A.signingNonceCommitment&&null!==A.signingNonceCommitment?R.fromPartial(A.signingNonceCommitment):void 0,I.userSignature=A.userSignature??new Uint8Array(0),I.signingCommitments=void 0!==A.signingCommitments&&null!==A.signingCommitments?Jg.fromPartial(A.signingCommitments):void 0,I}};function FI(){return{leafId:"",refundTxSigningResult:void 0,verifyingKey:new Uint8Array(0),directRefundTxSigningResult:void 0,directFromCpfpRefundTxSigningResult:void 0}}const RI={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.refundTxSigningResult&&OA.encode(A.refundTxSigningResult,I.uint32(18).fork()).join(),0!==A.verifyingKey.length&&I.uint32(26).bytes(A.verifyingKey),void 0!==A.directRefundTxSigningResult&&OA.encode(A.directRefundTxSigningResult,I.uint32(34).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningResult&&OA.encode(A.directFromCpfpRefundTxSigningResult,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=FI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.refundTxSigningResult=OA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.verifyingKey=g.bytes();continue;case 4:if(34!==A)break;B.directRefundTxSigningResult=OA.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningResult=OA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",refundTxSigningResult:lB(A.refundTxSigningResult)?OA.fromJSON(A.refundTxSigningResult):void 0,verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0),directRefundTxSigningResult:lB(A.directRefundTxSigningResult)?OA.fromJSON(A.directRefundTxSigningResult):void 0,directFromCpfpRefundTxSigningResult:lB(A.directFromCpfpRefundTxSigningResult)?OA.fromJSON(A.directFromCpfpRefundTxSigningResult):void 0}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.refundTxSigningResult&&(I.refundTxSigningResult=OA.toJSON(A.refundTxSigningResult)),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),void 0!==A.directRefundTxSigningResult&&(I.directRefundTxSigningResult=OA.toJSON(A.directRefundTxSigningResult)),void 0!==A.directFromCpfpRefundTxSigningResult&&(I.directFromCpfpRefundTxSigningResult=OA.toJSON(A.directFromCpfpRefundTxSigningResult)),I},create:A=>RI.fromPartial(A??{}),fromPartial(A){const I=FI();return I.leafId=A.leafId??"",I.refundTxSigningResult=void 0!==A.refundTxSigningResult&&null!==A.refundTxSigningResult?OA.fromPartial(A.refundTxSigningResult):void 0,I.verifyingKey=A.verifyingKey??new Uint8Array(0),I.directRefundTxSigningResult=void 0!==A.directRefundTxSigningResult&&null!==A.directRefundTxSigningResult?OA.fromPartial(A.directRefundTxSigningResult):void 0,I.directFromCpfpRefundTxSigningResult=void 0!==A.directFromCpfpRefundTxSigningResult&&null!==A.directFromCpfpRefundTxSigningResult?OA.fromPartial(A.directFromCpfpRefundTxSigningResult):void 0,I}};function UI(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),leavesToSend:[],receiverIdentityPublicKey:new Uint8Array(0),expiryTime:void 0,directLeavesToSend:[],directFromCpfpLeavesToSend:[]}}const MI={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.leavesToSend)pI.encode(g,I.uint32(26).fork()).join();0!==A.receiverIdentityPublicKey.length&&I.uint32(34).bytes(A.receiverIdentityPublicKey),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(42).fork()).join();for(const g of A.directLeavesToSend)pI.encode(g,I.uint32(50).fork()).join();for(const g of A.directFromCpfpLeavesToSend)pI.encode(g,I.uint32(58).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=UI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.leavesToSend.push(pI.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 5:if(42!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue;case 6:if(50!==A)break;B.directLeavesToSend.push(pI.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.directFromCpfpLeavesToSend.push(pI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>pI.fromJSON(A)):[],receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0,directLeavesToSend:globalThis.Array.isArray(A?.directLeavesToSend)?A.directLeavesToSend.map(A=>pI.fromJSON(A)):[],directFromCpfpLeavesToSend:globalThis.Array.isArray(A?.directFromCpfpLeavesToSend)?A.directFromCpfpLeavesToSend.map(A=>pI.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>pI.toJSON(A))),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),A.directLeavesToSend?.length&&(I.directLeavesToSend=A.directLeavesToSend.map(A=>pI.toJSON(A))),A.directFromCpfpLeavesToSend?.length&&(I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend.map(A=>pI.toJSON(A))),I},create:A=>MI.fromPartial(A??{}),fromPartial(A){const I=UI();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.leavesToSend=A.leavesToSend?.map(A=>pI.fromPartial(A))||[],I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.expiryTime=A.expiryTime??void 0,I.directLeavesToSend=A.directLeavesToSend?.map(A=>pI.fromPartial(A))||[],I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend?.map(A=>pI.fromPartial(A))||[],I}};function KI(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),leavesToSend:[],receiverIdentityPublicKey:new Uint8Array(0),expiryTime:void 0,transferPackage:void 0,sparkInvoice:""}}const mI={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.leavesToSend)NI.encode(g,I.uint32(26).fork()).join();return 0!==A.receiverIdentityPublicKey.length&&I.uint32(34).bytes(A.receiverIdentityPublicKey),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(42).fork()).join(),void 0!==A.transferPackage&&TI.encode(A.transferPackage,I.uint32(58).fork()).join(),""!==A.sparkInvoice&&I.uint32(82).string(A.sparkInvoice),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=KI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.leavesToSend.push(NI.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 5:if(42!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.transferPackage=TI.decode(g,g.uint32());continue;case 10:if(82!==A)break;B.sparkInvoice=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>NI.fromJSON(A)):[],receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0,transferPackage:lB(A.transferPackage)?TI.fromJSON(A.transferPackage):void 0,sparkInvoice:lB(A.sparkInvoice)?globalThis.String(A.sparkInvoice):""}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>NI.toJSON(A))),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),void 0!==A.transferPackage&&(I.transferPackage=TI.toJSON(A.transferPackage)),""!==A.sparkInvoice&&(I.sparkInvoice=A.sparkInvoice),I},create:A=>mI.fromPartial(A??{}),fromPartial(A){const I=KI();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.leavesToSend=A.leavesToSend?.map(A=>NI.fromPartial(A))||[],I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.expiryTime=A.expiryTime??void 0,I.transferPackage=void 0!==A.transferPackage&&null!==A.transferPackage?TI.fromPartial(A.transferPackage):void 0,I.sparkInvoice=A.sparkInvoice??"",I}},JI={encode(A,I=new y){void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join();for(const g of A.signingResults)RI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>JI.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,signingResults:[]};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function bI(){return{ownerIdentityPublicKey:new Uint8Array(0),transferPackage:void 0,receiverIdentityPublicKeys:{}}}const HI={encode:(A,I=new y)=>(0!==A.ownerIdentityPublicKey.length&&I.uint32(10).bytes(A.ownerIdentityPublicKey),void 0!==A.transferPackage&&TI.encode(A.transferPackage,I.uint32(18).fork()).join(),Object.entries(A.receiverIdentityPublicKeys).forEach(([A,g])=>{LI.encode({key:A,value:g},I.uint32(26).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=bI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.transferPackage=TI.decode(g,g.uint32());continue;case 3:{if(26!==A)break;const I=LI.decode(g,g.uint32());void 0!==I.value&&(B.receiverIdentityPublicKeys[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),transferPackage:lB(A.transferPackage)?TI.fromJSON(A.transferPackage):void 0,receiverIdentityPublicKeys:yB(A.receiverIdentityPublicKeys)?Object.entries(A.receiverIdentityPublicKeys).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{}}),toJSON(A){const I={};if(0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.transferPackage&&(I.transferPackage=TI.toJSON(A.transferPackage)),A.receiverIdentityPublicKeys){const g=Object.entries(A.receiverIdentityPublicKeys);g.length>0&&(I.receiverIdentityPublicKeys={},g.forEach(([A,g])=>{I.receiverIdentityPublicKeys[A]=cB(g)}))}return I},create:A=>HI.fromPartial(A??{}),fromPartial(A){const I=bI();return I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.transferPackage=void 0!==A.transferPackage&&null!==A.transferPackage?TI.fromPartial(A.transferPackage):void 0,I.receiverIdentityPublicKeys=Object.entries(A.receiverIdentityPublicKeys??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I}};function YI(){return{key:"",value:new Uint8Array(0)}}const LI={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=YI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>LI.fromPartial(A??{}),fromPartial(A){const I=YI();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},qI={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId);for(const g of A.senderPackages)HI.encode(g,I.uint32(18).fork()).join();return void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transferId:"",senderPackages:[],expiryTime:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.senderPackages.push(HI.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",senderPackages:globalThis.Array.isArray(A?.senderPackages)?A.senderPackages.map(A=>HI.fromJSON(A)):[],expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),A.senderPackages?.length&&(I.senderPackages=A.senderPackages.map(A=>HI.toJSON(A))),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),I},create:A=>qI.fromPartial(A??{}),fromPartial(A){const I={transferId:"",senderPackages:[],expiryTime:void 0};return I.transferId=A.transferId??"",I.senderPackages=A.senderPackages?.map(A=>HI.fromPartial(A))||[],I.expiryTime=A.expiryTime??void 0,I}};function VI(){return{leavesToSend:[],keyTweakPackage:{},userSignature:new Uint8Array(0),directLeavesToSend:[],directFromCpfpLeavesToSend:[],hashVariant:0}}const TI={encode(A,I=new y){for(const g of A.leavesToSend)pI.encode(g,I.uint32(10).fork()).join();Object.entries(A.keyTweakPackage).forEach(([A,g])=>{ZI.encode({key:A,value:g},I.uint32(18).fork()).join()}),0!==A.userSignature.length&&I.uint32(26).bytes(A.userSignature);for(const g of A.directLeavesToSend)pI.encode(g,I.uint32(34).fork()).join();for(const g of A.directFromCpfpLeavesToSend)pI.encode(g,I.uint32(42).fork()).join();return 0!==A.hashVariant&&I.uint32(48).int32(A.hashVariant),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=VI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToSend.push(pI.decode(g,g.uint32()));continue;case 2:{if(18!==A)break;const I=ZI.decode(g,g.uint32());void 0!==I.value&&(B.keyTweakPackage[I.key]=I.value);continue}case 3:if(26!==A)break;B.userSignature=g.bytes();continue;case 4:if(34!==A)break;B.directLeavesToSend.push(pI.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.directFromCpfpLeavesToSend.push(pI.decode(g,g.uint32()));continue;case 6:if(48!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>pI.fromJSON(A)):[],keyTweakPackage:yB(A.keyTweakPackage)?Object.entries(A.keyTweakPackage).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),directLeavesToSend:globalThis.Array.isArray(A?.directLeavesToSend)?A.directLeavesToSend.map(A=>pI.fromJSON(A)):[],directFromCpfpLeavesToSend:globalThis.Array.isArray(A?.directFromCpfpLeavesToSend)?A.directFromCpfpLeavesToSend.map(A=>pI.fromJSON(A)):[],hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};if(A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>pI.toJSON(A))),A.keyTweakPackage){const g=Object.entries(A.keyTweakPackage);g.length>0&&(I.keyTweakPackage={},g.forEach(([A,g])=>{I.keyTweakPackage[A]=cB(g)}))}return 0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),A.directLeavesToSend?.length&&(I.directLeavesToSend=A.directLeavesToSend.map(A=>pI.toJSON(A))),A.directFromCpfpLeavesToSend?.length&&(I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend.map(A=>pI.toJSON(A))),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>TI.fromPartial(A??{}),fromPartial(A){const I=VI();return I.leavesToSend=A.leavesToSend?.map(A=>pI.fromPartial(A))||[],I.keyTweakPackage=Object.entries(A.keyTweakPackage??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.userSignature=A.userSignature??new Uint8Array(0),I.directLeavesToSend=A.directLeavesToSend?.map(A=>pI.fromPartial(A))||[],I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend?.map(A=>pI.fromPartial(A))||[],I.hashVariant=A.hashVariant??0,I}};function vI(){return{key:"",value:new Uint8Array(0)}}const ZI={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=vI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>ZI.fromPartial(A??{}),fromPartial(A){const I=vI();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},xI={encode(A,I=new y){for(const g of A.leavesToSend)PI.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leavesToSend:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToSend.push(PI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>PI.fromJSON(A)):[]}),toJSON(A){const I={};return A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>PI.toJSON(A))),I},create:A=>xI.fromPartial(A??{}),fromPartial(A){const I={leavesToSend:[]};return I.leavesToSend=A.leavesToSend?.map(A=>PI.fromPartial(A))||[],I}};function WI(){return{leafId:"",secretShareTweak:void 0,pubkeySharesTweak:{},secretCipher:new Uint8Array(0),signature:new Uint8Array(0),refundSignature:new Uint8Array(0),directRefundSignature:new Uint8Array(0),directFromCpfpRefundSignature:new Uint8Array(0)}}const PI={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.secretShareTweak&&uI.encode(A.secretShareTweak,I.uint32(18).fork()).join(),Object.entries(A.pubkeySharesTweak).forEach(([A,g])=>{XI.encode({key:A,value:g},I.uint32(26).fork()).join()}),0!==A.secretCipher.length&&I.uint32(34).bytes(A.secretCipher),0!==A.signature.length&&I.uint32(42).bytes(A.signature),0!==A.refundSignature.length&&I.uint32(50).bytes(A.refundSignature),0!==A.directRefundSignature.length&&I.uint32(58).bytes(A.directRefundSignature),0!==A.directFromCpfpRefundSignature.length&&I.uint32(66).bytes(A.directFromCpfpRefundSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=WI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.secretShareTweak=uI.decode(g,g.uint32());continue;case 3:{if(26!==A)break;const I=XI.decode(g,g.uint32());void 0!==I.value&&(B.pubkeySharesTweak[I.key]=I.value);continue}case 4:if(34!==A)break;B.secretCipher=g.bytes();continue;case 5:if(42!==A)break;B.signature=g.bytes();continue;case 6:if(50!==A)break;B.refundSignature=g.bytes();continue;case 7:if(58!==A)break;B.directRefundSignature=g.bytes();continue;case 8:if(66!==A)break;B.directFromCpfpRefundSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",secretShareTweak:lB(A.secretShareTweak)?uI.fromJSON(A.secretShareTweak):void 0,pubkeySharesTweak:yB(A.pubkeySharesTweak)?Object.entries(A.pubkeySharesTweak).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},secretCipher:lB(A.secretCipher)?rB(A.secretCipher):new Uint8Array(0),signature:lB(A.signature)?rB(A.signature):new Uint8Array(0),refundSignature:lB(A.refundSignature)?rB(A.refundSignature):new Uint8Array(0),directRefundSignature:lB(A.directRefundSignature)?rB(A.directRefundSignature):new Uint8Array(0),directFromCpfpRefundSignature:lB(A.directFromCpfpRefundSignature)?rB(A.directFromCpfpRefundSignature):new Uint8Array(0)}),toJSON(A){const I={};if(""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.secretShareTweak&&(I.secretShareTweak=uI.toJSON(A.secretShareTweak)),A.pubkeySharesTweak){const g=Object.entries(A.pubkeySharesTweak);g.length>0&&(I.pubkeySharesTweak={},g.forEach(([A,g])=>{I.pubkeySharesTweak[A]=cB(g)}))}return 0!==A.secretCipher.length&&(I.secretCipher=cB(A.secretCipher)),0!==A.signature.length&&(I.signature=cB(A.signature)),0!==A.refundSignature.length&&(I.refundSignature=cB(A.refundSignature)),0!==A.directRefundSignature.length&&(I.directRefundSignature=cB(A.directRefundSignature)),0!==A.directFromCpfpRefundSignature.length&&(I.directFromCpfpRefundSignature=cB(A.directFromCpfpRefundSignature)),I},create:A=>PI.fromPartial(A??{}),fromPartial(A){const I=WI();return I.leafId=A.leafId??"",I.secretShareTweak=void 0!==A.secretShareTweak&&null!==A.secretShareTweak?uI.fromPartial(A.secretShareTweak):void 0,I.pubkeySharesTweak=Object.entries(A.pubkeySharesTweak??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.secretCipher=A.secretCipher??new Uint8Array(0),I.signature=A.signature??new Uint8Array(0),I.refundSignature=A.refundSignature??new Uint8Array(0),I.directRefundSignature=A.directRefundSignature??new Uint8Array(0),I.directFromCpfpRefundSignature=A.directFromCpfpRefundSignature??new Uint8Array(0),I}};function OI(){return{key:"",value:new Uint8Array(0)}}const XI={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=OI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>XI.fromPartial(A??{}),fromPartial(A){const I=OI();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}};function jI(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),transferPackage:void 0}}const zI={encode:(A,I=new y)=>(""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey),void 0!==A.transferPackage&&TI.encode(A.transferPackage,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=jI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.transferPackage=TI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),transferPackage:lB(A.transferPackage)?TI.fromJSON(A.transferPackage):void 0}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.transferPackage&&(I.transferPackage=TI.toJSON(A.transferPackage)),I},create:A=>zI.fromPartial(A??{}),fromPartial(A){const I=jI();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.transferPackage=void 0!==A.transferPackage&&null!==A.transferPackage?TI.fromPartial(A.transferPackage):void 0,I}},_I={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>_I.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function $I(){return{identityPublicKey:new Uint8Array(0),amountSats:0,status:0,id:"",completionTime:void 0}}const Ag={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.amountSats&&I.uint32(16).uint64(A.amountSats),0!==A.status&&I.uint32(24).int32(A.status),""!==A.id&&I.uint32(34).string(A.id),void 0!==A.completionTime&&N.encode(DB(A.completionTime),I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=$I();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.amountSats=hB(g.uint64());continue;case 3:if(24!==A)break;B.status=g.int32();continue;case 4:if(34!==A)break;B.id=g.string();continue;case 5:if(42!==A)break;B.completionTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),amountSats:lB(A.amountSats)?globalThis.Number(A.amountSats):0,status:lB(A.status)?Z(A.status):0,id:lB(A.id)?globalThis.String(A.id):"",completionTime:lB(A.completionTime)?dB(A.completionTime):void 0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.amountSats&&(I.amountSats=Math.round(A.amountSats)),0!==A.status&&(I.status=function(A){switch(A){case v.TRANSFER_RECEIVER_STATUS_INITIATED:return"TRANSFER_RECEIVER_STATUS_INITIATED";case v.TRANSFER_RECEIVER_STATUS_CLAIM_PENDING:return"TRANSFER_RECEIVER_STATUS_CLAIM_PENDING";case v.TRANSFER_RECEIVER_STATUS_KEY_TWEAKED:return"TRANSFER_RECEIVER_STATUS_KEY_TWEAKED";case v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED:return"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED";case v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED:return"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED";case v.TRANSFER_RECEIVER_STATUS_REFUND_SIGNED:return"TRANSFER_RECEIVER_STATUS_REFUND_SIGNED";case v.TRANSFER_RECEIVER_STATUS_COMPLETED:return"TRANSFER_RECEIVER_STATUS_COMPLETED";case v.TRANSFER_RECEIVER_STATUS_CANCELLED:return"TRANSFER_RECEIVER_STATUS_CANCELLED";case v.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),""!==A.id&&(I.id=A.id),void 0!==A.completionTime&&(I.completionTime=A.completionTime.toISOString()),I},create:A=>Ag.fromPartial(A??{}),fromPartial(A){const I=$I();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.amountSats=A.amountSats??0,I.status=A.status??0,I.id=A.id??"",I.completionTime=A.completionTime??void 0,I}};function Ig(){return{id:"",identityPublicKey:new Uint8Array(0)}}const gg={encode:(A,I=new y)=>(""!==A.id&&I.uint32(10).string(A.id),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Ig();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:lB(A.id)?globalThis.String(A.id):"",identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.id&&(I.id=A.id),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>gg.fromPartial(A??{}),fromPartial(A){const I=Ig();return I.id=A.id??"",I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}};function Cg(){return{id:"",senderIdentityPublicKey:new Uint8Array(0),receiverIdentityPublicKey:new Uint8Array(0),status:0,totalValue:0,expiryTime:void 0,leaves:[],createdTime:void 0,updatedTime:void 0,type:0,sparkInvoice:"",network:0,receivers:[],senders:[]}}const Bg={encode(A,I=new y){""!==A.id&&I.uint32(10).string(A.id),0!==A.senderIdentityPublicKey.length&&I.uint32(18).bytes(A.senderIdentityPublicKey),0!==A.receiverIdentityPublicKey.length&&I.uint32(26).bytes(A.receiverIdentityPublicKey),0!==A.status&&I.uint32(32).int32(A.status),0!==A.totalValue&&I.uint32(40).uint64(A.totalValue),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(50).fork()).join();for(const g of A.leaves)Qg.encode(g,I.uint32(58).fork()).join();void 0!==A.createdTime&&N.encode(DB(A.createdTime),I.uint32(66).fork()).join(),void 0!==A.updatedTime&&N.encode(DB(A.updatedTime),I.uint32(74).fork()).join(),0!==A.type&&I.uint32(80).int32(A.type),""!==A.sparkInvoice&&I.uint32(90).string(A.sparkInvoice),0!==A.network&&I.uint32(96).int32(A.network);for(const g of A.receivers)Ag.encode(g,I.uint32(106).fork()).join();for(const g of A.senders)gg.encode(g,I.uint32(114).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Cg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.senderIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 4:if(32!==A)break;B.status=g.int32();continue;case 5:if(40!==A)break;B.totalValue=hB(g.uint64());continue;case 6:if(50!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.leaves.push(Qg.decode(g,g.uint32()));continue;case 8:if(66!==A)break;B.createdTime=wB(N.decode(g,g.uint32()));continue;case 9:if(74!==A)break;B.updatedTime=wB(N.decode(g,g.uint32()));continue;case 10:if(80!==A)break;B.type=g.int32();continue;case 11:if(90!==A)break;B.sparkInvoice=g.string();continue;case 12:if(96!==A)break;B.network=g.int32();continue;case 13:if(106!==A)break;B.receivers.push(Ag.decode(g,g.uint32()));continue;case 14:if(114!==A)break;B.senders.push(gg.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:lB(A.id)?globalThis.String(A.id):"",senderIdentityPublicKey:lB(A.senderIdentityPublicKey)?rB(A.senderIdentityPublicKey):new Uint8Array(0),receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),status:lB(A.status)?V(A.status):0,totalValue:lB(A.totalValue)?globalThis.Number(A.totalValue):0,expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0,leaves:globalThis.Array.isArray(A?.leaves)?A.leaves.map(A=>Qg.fromJSON(A)):[],createdTime:lB(A.createdTime)?dB(A.createdTime):void 0,updatedTime:lB(A.updatedTime)?dB(A.updatedTime):void 0,type:lB(A.type)?W(A.type):0,sparkInvoice:lB(A.sparkInvoice)?globalThis.String(A.sparkInvoice):"",network:lB(A.network)?b(A.network):0,receivers:globalThis.Array.isArray(A?.receivers)?A.receivers.map(A=>Ag.fromJSON(A)):[],senders:globalThis.Array.isArray(A?.senders)?A.senders.map(A=>gg.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.id&&(I.id=A.id),0!==A.senderIdentityPublicKey.length&&(I.senderIdentityPublicKey=cB(A.senderIdentityPublicKey)),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),0!==A.status&&(I.status=T(A.status)),0!==A.totalValue&&(I.totalValue=Math.round(A.totalValue)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),A.leaves?.length&&(I.leaves=A.leaves.map(A=>Qg.toJSON(A))),void 0!==A.createdTime&&(I.createdTime=A.createdTime.toISOString()),void 0!==A.updatedTime&&(I.updatedTime=A.updatedTime.toISOString()),0!==A.type&&(I.type=P(A.type)),""!==A.sparkInvoice&&(I.sparkInvoice=A.sparkInvoice),0!==A.network&&(I.network=H(A.network)),A.receivers?.length&&(I.receivers=A.receivers.map(A=>Ag.toJSON(A))),A.senders?.length&&(I.senders=A.senders.map(A=>gg.toJSON(A))),I},create:A=>Bg.fromPartial(A??{}),fromPartial(A){const I=Cg();return I.id=A.id??"",I.senderIdentityPublicKey=A.senderIdentityPublicKey??new Uint8Array(0),I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.status=A.status??0,I.totalValue=A.totalValue??0,I.expiryTime=A.expiryTime??void 0,I.leaves=A.leaves?.map(A=>Qg.fromPartial(A))||[],I.createdTime=A.createdTime??void 0,I.updatedTime=A.updatedTime??void 0,I.type=A.type??0,I.sparkInvoice=A.sparkInvoice??"",I.network=A.network??0,I.receivers=A.receivers?.map(A=>Ag.fromPartial(A))||[],I.senders=A.senders?.map(A=>gg.fromPartial(A))||[],I}};function ig(){return{leaf:void 0,secretCipher:new Uint8Array(0),signature:new Uint8Array(0),intermediateRefundTx:new Uint8Array(0),intermediateDirectRefundTx:new Uint8Array(0),intermediateDirectFromCpfpRefundTx:new Uint8Array(0),pendingKeyTweakPublicKey:new Uint8Array(0),transferReceiverId:"",transferSenderId:""}}const Qg={encode:(A,I=new y)=>(void 0!==A.leaf&&hI.encode(A.leaf,I.uint32(10).fork()).join(),0!==A.secretCipher.length&&I.uint32(18).bytes(A.secretCipher),0!==A.signature.length&&I.uint32(26).bytes(A.signature),0!==A.intermediateRefundTx.length&&I.uint32(34).bytes(A.intermediateRefundTx),0!==A.intermediateDirectRefundTx.length&&I.uint32(42).bytes(A.intermediateDirectRefundTx),0!==A.intermediateDirectFromCpfpRefundTx.length&&I.uint32(50).bytes(A.intermediateDirectFromCpfpRefundTx),0!==A.pendingKeyTweakPublicKey.length&&I.uint32(58).bytes(A.pendingKeyTweakPublicKey),""!==A.transferReceiverId&&I.uint32(66).string(A.transferReceiverId),""!==A.transferSenderId&&I.uint32(74).string(A.transferSenderId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=ig();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leaf=hI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.secretCipher=g.bytes();continue;case 3:if(26!==A)break;B.signature=g.bytes();continue;case 4:if(34!==A)break;B.intermediateRefundTx=g.bytes();continue;case 5:if(42!==A)break;B.intermediateDirectRefundTx=g.bytes();continue;case 6:if(50!==A)break;B.intermediateDirectFromCpfpRefundTx=g.bytes();continue;case 7:if(58!==A)break;B.pendingKeyTweakPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.transferReceiverId=g.string();continue;case 9:if(74!==A)break;B.transferSenderId=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leaf:lB(A.leaf)?hI.fromJSON(A.leaf):void 0,secretCipher:lB(A.secretCipher)?rB(A.secretCipher):new Uint8Array(0),signature:lB(A.signature)?rB(A.signature):new Uint8Array(0),intermediateRefundTx:lB(A.intermediateRefundTx)?rB(A.intermediateRefundTx):new Uint8Array(0),intermediateDirectRefundTx:lB(A.intermediateDirectRefundTx)?rB(A.intermediateDirectRefundTx):new Uint8Array(0),intermediateDirectFromCpfpRefundTx:lB(A.intermediateDirectFromCpfpRefundTx)?rB(A.intermediateDirectFromCpfpRefundTx):new Uint8Array(0),pendingKeyTweakPublicKey:lB(A.pendingKeyTweakPublicKey)?rB(A.pendingKeyTweakPublicKey):new Uint8Array(0),transferReceiverId:lB(A.transferReceiverId)?globalThis.String(A.transferReceiverId):"",transferSenderId:lB(A.transferSenderId)?globalThis.String(A.transferSenderId):""}),toJSON(A){const I={};return void 0!==A.leaf&&(I.leaf=hI.toJSON(A.leaf)),0!==A.secretCipher.length&&(I.secretCipher=cB(A.secretCipher)),0!==A.signature.length&&(I.signature=cB(A.signature)),0!==A.intermediateRefundTx.length&&(I.intermediateRefundTx=cB(A.intermediateRefundTx)),0!==A.intermediateDirectRefundTx.length&&(I.intermediateDirectRefundTx=cB(A.intermediateDirectRefundTx)),0!==A.intermediateDirectFromCpfpRefundTx.length&&(I.intermediateDirectFromCpfpRefundTx=cB(A.intermediateDirectFromCpfpRefundTx)),0!==A.pendingKeyTweakPublicKey.length&&(I.pendingKeyTweakPublicKey=cB(A.pendingKeyTweakPublicKey)),""!==A.transferReceiverId&&(I.transferReceiverId=A.transferReceiverId),""!==A.transferSenderId&&(I.transferSenderId=A.transferSenderId),I},create:A=>Qg.fromPartial(A??{}),fromPartial(A){const I=ig();return I.leaf=void 0!==A.leaf&&null!==A.leaf?hI.fromPartial(A.leaf):void 0,I.secretCipher=A.secretCipher??new Uint8Array(0),I.signature=A.signature??new Uint8Array(0),I.intermediateRefundTx=A.intermediateRefundTx??new Uint8Array(0),I.intermediateDirectRefundTx=A.intermediateDirectRefundTx??new Uint8Array(0),I.intermediateDirectFromCpfpRefundTx=A.intermediateDirectFromCpfpRefundTx??new Uint8Array(0),I.pendingKeyTweakPublicKey=A.pendingKeyTweakPublicKey??new Uint8Array(0),I.transferReceiverId=A.transferReceiverId??"",I.transferSenderId=A.transferSenderId??"",I}},eg={encode(A,I=new y){switch(A.participant?.$case){case"receiverIdentityPublicKey":I.uint32(10).bytes(A.participant.receiverIdentityPublicKey);break;case"senderIdentityPublicKey":I.uint32(18).bytes(A.participant.senderIdentityPublicKey);break;case"senderOrReceiverIdentityPublicKey":I.uint32(482).bytes(A.participant.senderOrReceiverIdentityPublicKey)}for(const g of A.transferIds)I.uint32(26).string(g);0!==A.limit&&I.uint32(320).int64(A.limit),0!==A.offset&&I.uint32(400).int64(A.offset),I.uint32(562).fork();for(const g of A.types)I.int32(g);I.join(),0!==A.network&&I.uint32(32).int32(A.network),I.uint32(642).fork();for(const g of A.statuses)I.int32(g);switch(I.join(),0!==A.order&&I.uint32(40).int32(A.order),A.timeFilter?.$case){case"createdAfter":N.encode(DB(A.timeFilter.createdAfter),I.uint32(50).fork()).join();break;case"createdBefore":N.encode(DB(A.timeFilter.createdBefore),I.uint32(58).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={participant:void 0,transferIds:[],limit:0,offset:0,types:[],network:0,statuses:[],order:0,timeFilter:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.participant={$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:g.bytes()};continue;case 2:if(18!==A)break;B.participant={$case:"senderIdentityPublicKey",senderIdentityPublicKey:g.bytes()};continue;case 60:if(482!==A)break;B.participant={$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:g.bytes()};continue;case 3:if(26!==A)break;B.transferIds.push(g.string());continue;case 40:if(320!==A)break;B.limit=hB(g.int64());continue;case 50:if(400!==A)break;B.offset=hB(g.int64());continue;case 70:if(560===A){B.types.push(g.int32());continue}if(562===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.types.push(g.int32());continue}break;case 4:if(32!==A)break;B.network=g.int32();continue;case 80:if(640===A){B.statuses.push(g.int32());continue}if(642===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.statuses.push(g.int32());continue}break;case 5:if(40!==A)break;B.order=g.int32();continue;case 6:if(50!==A)break;B.timeFilter={$case:"createdAfter",createdAfter:wB(N.decode(g,g.uint32()))};continue;case 7:if(58!==A)break;B.timeFilter={$case:"createdBefore",createdBefore:wB(N.decode(g,g.uint32()))};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({participant:lB(A.receiverIdentityPublicKey)?{$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:rB(A.receiverIdentityPublicKey)}:lB(A.senderIdentityPublicKey)?{$case:"senderIdentityPublicKey",senderIdentityPublicKey:rB(A.senderIdentityPublicKey)}:lB(A.senderOrReceiverIdentityPublicKey)?{$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:rB(A.senderOrReceiverIdentityPublicKey)}:void 0,transferIds:globalThis.Array.isArray(A?.transferIds)?A.transferIds.map(A=>globalThis.String(A)):[],limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,types:globalThis.Array.isArray(A?.types)?A.types.map(A=>W(A)):[],network:lB(A.network)?b(A.network):0,statuses:globalThis.Array.isArray(A?.statuses)?A.statuses.map(A=>V(A)):[],order:lB(A.order)?X(A.order):0,timeFilter:lB(A.createdAfter)?{$case:"createdAfter",createdAfter:dB(A.createdAfter)}:lB(A.createdBefore)?{$case:"createdBefore",createdBefore:dB(A.createdBefore)}:void 0}),toJSON(A){const I={};return"receiverIdentityPublicKey"===A.participant?.$case?I.receiverIdentityPublicKey=cB(A.participant.receiverIdentityPublicKey):"senderIdentityPublicKey"===A.participant?.$case?I.senderIdentityPublicKey=cB(A.participant.senderIdentityPublicKey):"senderOrReceiverIdentityPublicKey"===A.participant?.$case&&(I.senderOrReceiverIdentityPublicKey=cB(A.participant.senderOrReceiverIdentityPublicKey)),A.transferIds?.length&&(I.transferIds=A.transferIds),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),A.types?.length&&(I.types=A.types.map(A=>P(A))),0!==A.network&&(I.network=H(A.network)),A.statuses?.length&&(I.statuses=A.statuses.map(A=>T(A))),0!==A.order&&(I.order=j(A.order)),"createdAfter"===A.timeFilter?.$case?I.createdAfter=A.timeFilter.createdAfter.toISOString():"createdBefore"===A.timeFilter?.$case&&(I.createdBefore=A.timeFilter.createdBefore.toISOString()),I},create:A=>eg.fromPartial(A??{}),fromPartial(A){const I={participant:void 0,transferIds:[],limit:0,offset:0,types:[],network:0,statuses:[],order:0,timeFilter:void 0};switch(A.participant?.$case){case"receiverIdentityPublicKey":void 0!==A.participant?.receiverIdentityPublicKey&&null!==A.participant?.receiverIdentityPublicKey&&(I.participant={$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:A.participant.receiverIdentityPublicKey});break;case"senderIdentityPublicKey":void 0!==A.participant?.senderIdentityPublicKey&&null!==A.participant?.senderIdentityPublicKey&&(I.participant={$case:"senderIdentityPublicKey",senderIdentityPublicKey:A.participant.senderIdentityPublicKey});break;case"senderOrReceiverIdentityPublicKey":void 0!==A.participant?.senderOrReceiverIdentityPublicKey&&null!==A.participant?.senderOrReceiverIdentityPublicKey&&(I.participant={$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:A.participant.senderOrReceiverIdentityPublicKey})}switch(I.transferIds=A.transferIds?.map(A=>A)||[],I.limit=A.limit??0,I.offset=A.offset??0,I.types=A.types?.map(A=>A)||[],I.network=A.network??0,I.statuses=A.statuses?.map(A=>A)||[],I.order=A.order??0,A.timeFilter?.$case){case"createdAfter":void 0!==A.timeFilter?.createdAfter&&null!==A.timeFilter?.createdAfter&&(I.timeFilter={$case:"createdAfter",createdAfter:A.timeFilter.createdAfter});break;case"createdBefore":void 0!==A.timeFilter?.createdBefore&&null!==A.timeFilter?.createdBefore&&(I.timeFilter={$case:"createdBefore",createdBefore:A.timeFilter.createdBefore})}return I}},Eg={encode(A,I=new y){for(const g of A.transfers)Bg.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfers:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfers.push(Bg.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfers:globalThis.Array.isArray(A?.transfers)?A.transfers.map(A=>Bg.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.transfers?.length&&(I.transfers=A.transfers.map(A=>Bg.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>Eg.fromPartial(A??{}),fromPartial(A){const I={transfers:[],offset:0};return I.transfers=A.transfers?.map(A=>Bg.fromPartial(A))||[],I.offset=A.offset??0,I}},tg={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.secretShareTweak&&uI.encode(A.secretShareTweak,I.uint32(18).fork()).join(),Object.entries(A.pubkeySharesTweak).forEach(([A,g])=>{ng.encode({key:A,value:g},I.uint32(26).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leafId:"",secretShareTweak:void 0,pubkeySharesTweak:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.secretShareTweak=uI.decode(g,g.uint32());continue;case 3:{if(26!==A)break;const I=ng.decode(g,g.uint32());void 0!==I.value&&(B.pubkeySharesTweak[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",secretShareTweak:lB(A.secretShareTweak)?uI.fromJSON(A.secretShareTweak):void 0,pubkeySharesTweak:yB(A.pubkeySharesTweak)?Object.entries(A.pubkeySharesTweak).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{}}),toJSON(A){const I={};if(""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.secretShareTweak&&(I.secretShareTweak=uI.toJSON(A.secretShareTweak)),A.pubkeySharesTweak){const g=Object.entries(A.pubkeySharesTweak);g.length>0&&(I.pubkeySharesTweak={},g.forEach(([A,g])=>{I.pubkeySharesTweak[A]=cB(g)}))}return I},create:A=>tg.fromPartial(A??{}),fromPartial(A){const I={leafId:"",secretShareTweak:void 0,pubkeySharesTweak:{}};return I.leafId=A.leafId??"",I.secretShareTweak=void 0!==A.secretShareTweak&&null!==A.secretShareTweak?uI.fromPartial(A.secretShareTweak):void 0,I.pubkeySharesTweak=Object.entries(A.pubkeySharesTweak??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I}};function og(){return{key:"",value:new Uint8Array(0)}}const ng={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=og();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>ng.fromPartial(A??{}),fromPartial(A){const I=og();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},ag={encode(A,I=new y){for(const g of A.leavesToReceive)tg.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leavesToReceive:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToReceive.push(tg.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToReceive:globalThis.Array.isArray(A?.leavesToReceive)?A.leavesToReceive.map(A=>tg.fromJSON(A)):[]}),toJSON(A){const I={};return A.leavesToReceive?.length&&(I.leavesToReceive=A.leavesToReceive.map(A=>tg.toJSON(A))),I},create:A=>ag.fromPartial(A??{}),fromPartial(A){const I={leavesToReceive:[]};return I.leavesToReceive=A.leavesToReceive?.map(A=>tg.fromPartial(A))||[],I}};function sg(){return{leavesToClaim:[],keyTweakPackage:{},userSignature:new Uint8Array(0),directLeavesToClaim:[],directFromCpfpLeavesToClaim:[],hashVariant:0}}const rg={encode(A,I=new y){for(const g of A.leavesToClaim)pI.encode(g,I.uint32(10).fork()).join();Object.entries(A.keyTweakPackage).forEach(([A,g])=>{Dg.encode({key:A,value:g},I.uint32(18).fork()).join()}),0!==A.userSignature.length&&I.uint32(26).bytes(A.userSignature);for(const g of A.directLeavesToClaim)pI.encode(g,I.uint32(34).fork()).join();for(const g of A.directFromCpfpLeavesToClaim)pI.encode(g,I.uint32(42).fork()).join();return 0!==A.hashVariant&&I.uint32(48).int32(A.hashVariant),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=sg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToClaim.push(pI.decode(g,g.uint32()));continue;case 2:{if(18!==A)break;const I=Dg.decode(g,g.uint32());void 0!==I.value&&(B.keyTweakPackage[I.key]=I.value);continue}case 3:if(26!==A)break;B.userSignature=g.bytes();continue;case 4:if(34!==A)break;B.directLeavesToClaim.push(pI.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.directFromCpfpLeavesToClaim.push(pI.decode(g,g.uint32()));continue;case 6:if(48!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToClaim:globalThis.Array.isArray(A?.leavesToClaim)?A.leavesToClaim.map(A=>pI.fromJSON(A)):[],keyTweakPackage:yB(A.keyTweakPackage)?Object.entries(A.keyTweakPackage).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),directLeavesToClaim:globalThis.Array.isArray(A?.directLeavesToClaim)?A.directLeavesToClaim.map(A=>pI.fromJSON(A)):[],directFromCpfpLeavesToClaim:globalThis.Array.isArray(A?.directFromCpfpLeavesToClaim)?A.directFromCpfpLeavesToClaim.map(A=>pI.fromJSON(A)):[],hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};if(A.leavesToClaim?.length&&(I.leavesToClaim=A.leavesToClaim.map(A=>pI.toJSON(A))),A.keyTweakPackage){const g=Object.entries(A.keyTweakPackage);g.length>0&&(I.keyTweakPackage={},g.forEach(([A,g])=>{I.keyTweakPackage[A]=cB(g)}))}return 0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),A.directLeavesToClaim?.length&&(I.directLeavesToClaim=A.directLeavesToClaim.map(A=>pI.toJSON(A))),A.directFromCpfpLeavesToClaim?.length&&(I.directFromCpfpLeavesToClaim=A.directFromCpfpLeavesToClaim.map(A=>pI.toJSON(A))),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>rg.fromPartial(A??{}),fromPartial(A){const I=sg();return I.leavesToClaim=A.leavesToClaim?.map(A=>pI.fromPartial(A))||[],I.keyTweakPackage=Object.entries(A.keyTweakPackage??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.userSignature=A.userSignature??new Uint8Array(0),I.directLeavesToClaim=A.directLeavesToClaim?.map(A=>pI.fromPartial(A))||[],I.directFromCpfpLeavesToClaim=A.directFromCpfpLeavesToClaim?.map(A=>pI.fromPartial(A))||[],I.hashVariant=A.hashVariant??0,I}};function cg(){return{key:"",value:new Uint8Array(0)}}const Dg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=cg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>Dg.fromPartial(A??{}),fromPartial(A){const I=cg();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}};function wg(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),claimPackage:void 0}}const dg={encode:(A,I=new y)=>(""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey),void 0!==A.claimPackage&&rg.encode(A.claimPackage,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=wg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.claimPackage=rg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),claimPackage:lB(A.claimPackage)?rg.fromJSON(A.claimPackage):void 0}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.claimPackage&&(I.claimPackage=rg.toJSON(A.claimPackage)),I},create:A=>dg.fromPartial(A??{}),fromPartial(A){const I=wg();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.claimPackage=void 0!==A.claimPackage&&null!==A.claimPackage?rg.fromPartial(A.claimPackage):void 0,I}},hg={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>hg.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function yg(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),leavesToReceive:[]}}const lg={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.leavesToReceive)tg.encode(g,I.uint32(26).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=yg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.leavesToReceive.push(tg.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),leavesToReceive:globalThis.Array.isArray(A?.leavesToReceive)?A.leavesToReceive.map(A=>tg.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.leavesToReceive?.length&&(I.leavesToReceive=A.leavesToReceive.map(A=>tg.toJSON(A))),I},create:A=>lg.fromPartial(A??{}),fromPartial(A){const I=yg();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.leavesToReceive=A.leavesToReceive?.map(A=>tg.fromPartial(A))||[],I}};function kg(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),signingJobs:[]}}const ug={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.signingJobs)NI.encode(g,I.uint32(26).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=kg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.signingJobs.push(NI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),signingJobs:globalThis.Array.isArray(A?.signingJobs)?A.signingJobs.map(A=>NI.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.signingJobs?.length&&(I.signingJobs=A.signingJobs.map(A=>NI.toJSON(A))),I},create:A=>ug.fromPartial(A??{}),fromPartial(A){const I=kg();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.signingJobs=A.signingJobs?.map(A=>NI.fromPartial(A))||[],I}},Ng={encode(A,I=new y){for(const g of A.signingResults)RI.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>Ng.fromPartial(A??{}),fromPartial(A){const I={signingResults:[]};return I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function Gg(){return{paymentHash:new Uint8Array(0),preimageShare:void 0,threshold:0,invoiceString:"",userIdentityPublicKey:new Uint8Array(0)}}const pg={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),void 0!==A.preimageShare&&uI.encode(A.preimageShare,I.uint32(18).fork()).join(),0!==A.threshold&&I.uint32(24).uint32(A.threshold),""!==A.invoiceString&&I.uint32(34).string(A.invoiceString),0!==A.userIdentityPublicKey.length&&I.uint32(42).bytes(A.userIdentityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Gg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.preimageShare=uI.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.threshold=g.uint32();continue;case 4:if(34!==A)break;B.invoiceString=g.string();continue;case 5:if(42!==A)break;B.userIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),preimageShare:lB(A.preimageShare)?uI.fromJSON(A.preimageShare):void 0,threshold:lB(A.threshold)?globalThis.Number(A.threshold):0,invoiceString:lB(A.invoiceString)?globalThis.String(A.invoiceString):"",userIdentityPublicKey:lB(A.userIdentityPublicKey)?rB(A.userIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),void 0!==A.preimageShare&&(I.preimageShare=uI.toJSON(A.preimageShare)),0!==A.threshold&&(I.threshold=Math.round(A.threshold)),""!==A.invoiceString&&(I.invoiceString=A.invoiceString),0!==A.userIdentityPublicKey.length&&(I.userIdentityPublicKey=cB(A.userIdentityPublicKey)),I},create:A=>pg.fromPartial(A??{}),fromPartial(A){const I=Gg();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.preimageShare=void 0!==A.preimageShare&&null!==A.preimageShare?uI.fromPartial(A.preimageShare):void 0,I.threshold=A.threshold??0,I.invoiceString=A.invoiceString??"",I.userIdentityPublicKey=A.userIdentityPublicKey??new Uint8Array(0),I}};function Sg(){return{paymentHash:new Uint8Array(0),encryptedPreimageShares:{},threshold:0,invoiceString:"",userIdentityPublicKey:new Uint8Array(0)}}const fg={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),Object.entries(A.encryptedPreimageShares).forEach(([A,g])=>{Rg.encode({key:A,value:g},I.uint32(18).fork()).join()}),0!==A.threshold&&I.uint32(24).uint32(A.threshold),""!==A.invoiceString&&I.uint32(34).string(A.invoiceString),0!==A.userIdentityPublicKey.length&&I.uint32(42).bytes(A.userIdentityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Sg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:{if(18!==A)break;const I=Rg.decode(g,g.uint32());void 0!==I.value&&(B.encryptedPreimageShares[I.key]=I.value);continue}case 3:if(24!==A)break;B.threshold=g.uint32();continue;case 4:if(34!==A)break;B.invoiceString=g.string();continue;case 5:if(42!==A)break;B.userIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),encryptedPreimageShares:yB(A.encryptedPreimageShares)?Object.entries(A.encryptedPreimageShares).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},threshold:lB(A.threshold)?globalThis.Number(A.threshold):0,invoiceString:lB(A.invoiceString)?globalThis.String(A.invoiceString):"",userIdentityPublicKey:lB(A.userIdentityPublicKey)?rB(A.userIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};if(0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),A.encryptedPreimageShares){const g=Object.entries(A.encryptedPreimageShares);g.length>0&&(I.encryptedPreimageShares={},g.forEach(([A,g])=>{I.encryptedPreimageShares[A]=cB(g)}))}return 0!==A.threshold&&(I.threshold=Math.round(A.threshold)),""!==A.invoiceString&&(I.invoiceString=A.invoiceString),0!==A.userIdentityPublicKey.length&&(I.userIdentityPublicKey=cB(A.userIdentityPublicKey)),I},create:A=>fg.fromPartial(A??{}),fromPartial(A){const I=Sg();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.encryptedPreimageShares=Object.entries(A.encryptedPreimageShares??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.threshold=A.threshold??0,I.invoiceString=A.invoiceString??"",I.userIdentityPublicKey=A.userIdentityPublicKey??new Uint8Array(0),I}};function Fg(){return{key:"",value:new Uint8Array(0)}}const Rg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Fg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>Rg.fromPartial(A??{}),fromPartial(A){const I=Fg();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},Ug={encode:(A,I=new y)=>(Object.entries(A.signingNonceCommitments).forEach(([A,g])=>{Mg.encode({key:A,value:g},I.uint32(10).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingNonceCommitments:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=Mg.decode(g,g.uint32());void 0!==I.value&&(B.signingNonceCommitments[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingNonceCommitments:yB(A.signingNonceCommitments)?Object.entries(A.signingNonceCommitments).reduce((A,[I,g])=>(A[I]=R.fromJSON(g),A),{}):{}}),toJSON(A){const I={};if(A.signingNonceCommitments){const g=Object.entries(A.signingNonceCommitments);g.length>0&&(I.signingNonceCommitments={},g.forEach(([A,g])=>{I.signingNonceCommitments[A]=R.toJSON(g)}))}return I},create:A=>Ug.fromPartial(A??{}),fromPartial(A){const I={signingNonceCommitments:{}};return I.signingNonceCommitments=Object.entries(A.signingNonceCommitments??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=R.fromPartial(g)),A),{}),I}},Mg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&R.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?R.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=R.toJSON(A.value)),I},create:A=>Mg.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?R.fromPartial(A.value):void 0,I}},Kg={encode(A,I=new y){for(const g of A.nodeIds)I.uint32(10).string(g);return 0!==A.count&&I.uint32(16).uint32(A.count),0!==A.nodeIdCount&&I.uint32(24).uint32(A.nodeIdCount),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeIds:[],count:0,nodeIdCount:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeIds.push(g.string());continue;case 2:if(16!==A)break;B.count=g.uint32();continue;case 3:if(24!==A)break;B.nodeIdCount=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeIds:globalThis.Array.isArray(A?.nodeIds)?A.nodeIds.map(A=>globalThis.String(A)):[],count:lB(A.count)?globalThis.Number(A.count):0,nodeIdCount:lB(A.nodeIdCount)?globalThis.Number(A.nodeIdCount):0}),toJSON(A){const I={};return A.nodeIds?.length&&(I.nodeIds=A.nodeIds),0!==A.count&&(I.count=Math.round(A.count)),0!==A.nodeIdCount&&(I.nodeIdCount=Math.round(A.nodeIdCount)),I},create:A=>Kg.fromPartial(A??{}),fromPartial(A){const I={nodeIds:[],count:0,nodeIdCount:0};return I.nodeIds=A.nodeIds?.map(A=>A)||[],I.count=A.count??0,I.nodeIdCount=A.nodeIdCount??0,I}},mg={encode(A,I=new y){for(const g of A.signingCommitments)Ug.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingCommitments:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingCommitments.push(Ug.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingCommitments:globalThis.Array.isArray(A?.signingCommitments)?A.signingCommitments.map(A=>Ug.fromJSON(A)):[]}),toJSON(A){const I={};return A.signingCommitments?.length&&(I.signingCommitments=A.signingCommitments.map(A=>Ug.toJSON(A))),I},create:A=>mg.fromPartial(A??{}),fromPartial(A){const I={signingCommitments:[]};return I.signingCommitments=A.signingCommitments?.map(A=>Ug.fromPartial(A))||[],I}},Jg={encode:(A,I=new y)=>(Object.entries(A.signingCommitments).forEach(([A,g])=>{bg.encode({key:A,value:g},I.uint32(10).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingCommitments:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=bg.decode(g,g.uint32());void 0!==I.value&&(B.signingCommitments[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingCommitments:yB(A.signingCommitments)?Object.entries(A.signingCommitments).reduce((A,[I,g])=>(A[I]=R.fromJSON(g),A),{}):{}}),toJSON(A){const I={};if(A.signingCommitments){const g=Object.entries(A.signingCommitments);g.length>0&&(I.signingCommitments={},g.forEach(([A,g])=>{I.signingCommitments[A]=R.toJSON(g)}))}return I},create:A=>Jg.fromPartial(A??{}),fromPartial(A){const I={signingCommitments:{}};return I.signingCommitments=Object.entries(A.signingCommitments??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=R.fromPartial(g)),A),{}),I}},bg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&R.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?R.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=R.toJSON(A.value)),I},create:A=>bg.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?R.fromPartial(A.value):void 0,I}};function Hg(){return{nodeId:"",refundTx:new Uint8Array(0),userSignature:new Uint8Array(0),signingCommitments:void 0,userSignatureCommitment:void 0,network:0}}const Yg={encode:(A,I=new y)=>(""!==A.nodeId&&I.uint32(10).string(A.nodeId),0!==A.refundTx.length&&I.uint32(18).bytes(A.refundTx),0!==A.userSignature.length&&I.uint32(26).bytes(A.userSignature),void 0!==A.signingCommitments&&Jg.encode(A.signingCommitments,I.uint32(34).fork()).join(),void 0!==A.userSignatureCommitment&&R.encode(A.userSignatureCommitment,I.uint32(42).fork()).join(),0!==A.network&&I.uint32(48).int32(A.network),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Hg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeId=g.string();continue;case 2:if(18!==A)break;B.refundTx=g.bytes();continue;case 3:if(26!==A)break;B.userSignature=g.bytes();continue;case 4:if(34!==A)break;B.signingCommitments=Jg.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.userSignatureCommitment=R.decode(g,g.uint32());continue;case 6:if(48!==A)break;B.network=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeId:lB(A.nodeId)?globalThis.String(A.nodeId):"",refundTx:lB(A.refundTx)?rB(A.refundTx):new Uint8Array(0),userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),signingCommitments:lB(A.signingCommitments)?Jg.fromJSON(A.signingCommitments):void 0,userSignatureCommitment:lB(A.userSignatureCommitment)?R.fromJSON(A.userSignatureCommitment):void 0,network:lB(A.network)?b(A.network):0}),toJSON(A){const I={};return""!==A.nodeId&&(I.nodeId=A.nodeId),0!==A.refundTx.length&&(I.refundTx=cB(A.refundTx)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),void 0!==A.signingCommitments&&(I.signingCommitments=Jg.toJSON(A.signingCommitments)),void 0!==A.userSignatureCommitment&&(I.userSignatureCommitment=R.toJSON(A.userSignatureCommitment)),0!==A.network&&(I.network=H(A.network)),I},create:A=>Yg.fromPartial(A??{}),fromPartial(A){const I=Hg();return I.nodeId=A.nodeId??"",I.refundTx=A.refundTx??new Uint8Array(0),I.userSignature=A.userSignature??new Uint8Array(0),I.signingCommitments=void 0!==A.signingCommitments&&null!==A.signingCommitments?Jg.fromPartial(A.signingCommitments):void 0,I.userSignatureCommitment=void 0!==A.userSignatureCommitment&&null!==A.userSignatureCommitment?R.fromPartial(A.userSignatureCommitment):void 0,I.network=A.network??0,I}},Lg={encode:(A,I=new y)=>(""!==A.bolt11Invoice&&I.uint32(10).string(A.bolt11Invoice),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={bolt11Invoice:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.bolt11Invoice=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({bolt11Invoice:lB(A.bolt11Invoice)?globalThis.String(A.bolt11Invoice):""}),toJSON(A){const I={};return""!==A.bolt11Invoice&&(I.bolt11Invoice=A.bolt11Invoice),I},create:A=>Lg.fromPartial(A??{}),fromPartial(A){const I={bolt11Invoice:""};return I.bolt11Invoice=A.bolt11Invoice??"",I}},qg={encode:(A,I=new y)=>(0!==A.valueSats&&I.uint32(8).uint64(A.valueSats),void 0!==A.invoiceAmountProof&&Lg.encode(A.invoiceAmountProof,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={valueSats:0,invoiceAmountProof:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.valueSats=hB(g.uint64());continue;case 2:if(18!==A)break;B.invoiceAmountProof=Lg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({valueSats:lB(A.valueSats)?globalThis.Number(A.valueSats):0,invoiceAmountProof:lB(A.invoiceAmountProof)?Lg.fromJSON(A.invoiceAmountProof):void 0}),toJSON(A){const I={};return 0!==A.valueSats&&(I.valueSats=Math.round(A.valueSats)),void 0!==A.invoiceAmountProof&&(I.invoiceAmountProof=Lg.toJSON(A.invoiceAmountProof)),I},create:A=>qg.fromPartial(A??{}),fromPartial(A){const I={valueSats:0,invoiceAmountProof:void 0};return I.valueSats=A.valueSats??0,I.invoiceAmountProof=void 0!==A.invoiceAmountProof&&null!==A.invoiceAmountProof?Lg.fromPartial(A.invoiceAmountProof):void 0,I}};function Vg(){return{paymentHash:new Uint8Array(0),invoiceAmount:void 0,reason:0,transfer:void 0,receiverIdentityPublicKey:new Uint8Array(0),feeSats:0,transferRequest:void 0}}const Tg={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),void 0!==A.invoiceAmount&&qg.encode(A.invoiceAmount,I.uint32(18).fork()).join(),0!==A.reason&&I.uint32(24).int32(A.reason),void 0!==A.transfer&&MI.encode(A.transfer,I.uint32(34).fork()).join(),0!==A.receiverIdentityPublicKey.length&&I.uint32(42).bytes(A.receiverIdentityPublicKey),0!==A.feeSats&&I.uint32(48).uint64(A.feeSats),void 0!==A.transferRequest&&mI.encode(A.transferRequest,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Vg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.invoiceAmount=qg.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.reason=g.int32();continue;case 4:if(34!==A)break;B.transfer=MI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 6:if(48!==A)break;B.feeSats=hB(g.uint64());continue;case 7:if(58!==A)break;B.transferRequest=mI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),invoiceAmount:lB(A.invoiceAmount)?qg.fromJSON(A.invoiceAmount):void 0,reason:lB(A.reason)?aA(A.reason):0,transfer:lB(A.transfer)?MI.fromJSON(A.transfer):void 0,receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),feeSats:lB(A.feeSats)?globalThis.Number(A.feeSats):0,transferRequest:lB(A.transferRequest)?mI.fromJSON(A.transferRequest):void 0}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),void 0!==A.invoiceAmount&&(I.invoiceAmount=qg.toJSON(A.invoiceAmount)),0!==A.reason&&(I.reason=function(A){switch(A){case nA.REASON_SEND:return"REASON_SEND";case nA.REASON_RECEIVE:return"REASON_RECEIVE";case nA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.reason)),void 0!==A.transfer&&(I.transfer=MI.toJSON(A.transfer)),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),0!==A.feeSats&&(I.feeSats=Math.round(A.feeSats)),void 0!==A.transferRequest&&(I.transferRequest=mI.toJSON(A.transferRequest)),I},create:A=>Tg.fromPartial(A??{}),fromPartial(A){const I=Vg();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.invoiceAmount=void 0!==A.invoiceAmount&&null!==A.invoiceAmount?qg.fromPartial(A.invoiceAmount):void 0,I.reason=A.reason??0,I.transfer=void 0!==A.transfer&&null!==A.transfer?MI.fromPartial(A.transfer):void 0,I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.feeSats=A.feeSats??0,I.transferRequest=void 0!==A.transferRequest&&null!==A.transferRequest?mI.fromPartial(A.transferRequest):void 0,I}};function vg(){return{preimage:new Uint8Array(0),transfer:void 0}}const Zg={encode:(A,I=new y)=>(0!==A.preimage.length&&I.uint32(10).bytes(A.preimage),void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=vg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.preimage=g.bytes();continue;case 2:if(18!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({preimage:lB(A.preimage)?rB(A.preimage):new Uint8Array(0),transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return 0!==A.preimage.length&&(I.preimage=cB(A.preimage)),void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>Zg.fromPartial(A??{}),fromPartial(A){const I=vg();return I.preimage=A.preimage??new Uint8Array(0),I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function xg(){return{transfer:void 0,exitId:"",exitTxid:new Uint8Array(0),connectorTx:new Uint8Array(0)}}const Wg={encode:(A,I=new y)=>(void 0!==A.transfer&&mI.encode(A.transfer,I.uint32(10).fork()).join(),""!==A.exitId&&I.uint32(18).string(A.exitId),0!==A.exitTxid.length&&I.uint32(26).bytes(A.exitTxid),0!==A.connectorTx.length&&I.uint32(34).bytes(A.connectorTx),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=xg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=mI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.exitId=g.string();continue;case 3:if(26!==A)break;B.exitTxid=g.bytes();continue;case 4:if(34!==A)break;B.connectorTx=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?mI.fromJSON(A.transfer):void 0,exitId:lB(A.exitId)?globalThis.String(A.exitId):"",exitTxid:lB(A.exitTxid)?rB(A.exitTxid):new Uint8Array(0),connectorTx:lB(A.connectorTx)?rB(A.connectorTx):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=mI.toJSON(A.transfer)),""!==A.exitId&&(I.exitId=A.exitId),0!==A.exitTxid.length&&(I.exitTxid=cB(A.exitTxid)),0!==A.connectorTx.length&&(I.connectorTx=cB(A.connectorTx)),I},create:A=>Wg.fromPartial(A??{}),fromPartial(A){const I=xg();return I.transfer=void 0!==A.transfer&&null!==A.transfer?mI.fromPartial(A.transfer):void 0,I.exitId=A.exitId??"",I.exitTxid=A.exitTxid??new Uint8Array(0),I.connectorTx=A.connectorTx??new Uint8Array(0),I}},Pg={encode(A,I=new y){void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join();for(const g of A.signingResults)RI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>Pg.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,signingResults:[]};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function Og(){return{index:0,identifier:"",publicKey:new Uint8Array(0),address:""}}const Xg={encode:(A,I=new y)=>(0!==A.index&&I.uint32(8).uint64(A.index),""!==A.identifier&&I.uint32(18).string(A.identifier),0!==A.publicKey.length&&I.uint32(26).bytes(A.publicKey),""!==A.address&&I.uint32(34).string(A.address),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Og();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.index=hB(g.uint64());continue;case 2:if(18!==A)break;B.identifier=g.string();continue;case 3:if(26!==A)break;B.publicKey=g.bytes();continue;case 4:if(34!==A)break;B.address=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({index:lB(A.index)?globalThis.Number(A.index):0,identifier:lB(A.identifier)?globalThis.String(A.identifier):"",publicKey:lB(A.publicKey)?rB(A.publicKey):new Uint8Array(0),address:lB(A.address)?globalThis.String(A.address):""}),toJSON(A){const I={};return 0!==A.index&&(I.index=Math.round(A.index)),""!==A.identifier&&(I.identifier=A.identifier),0!==A.publicKey.length&&(I.publicKey=cB(A.publicKey)),""!==A.address&&(I.address=A.address),I},create:A=>Xg.fromPartial(A??{}),fromPartial(A){const I=Og();return I.index=A.index??0,I.identifier=A.identifier??"",I.publicKey=A.publicKey??new Uint8Array(0),I.address=A.address??"",I}},jg={encode:(A,I=new y)=>(Object.entries(A.signingOperators).forEach(([A,g])=>{zg.encode({key:A,value:g},I.uint32(10).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingOperators:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=zg.decode(g,g.uint32());void 0!==I.value&&(B.signingOperators[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingOperators:yB(A.signingOperators)?Object.entries(A.signingOperators).reduce((A,[I,g])=>(A[I]=Xg.fromJSON(g),A),{}):{}}),toJSON(A){const I={};if(A.signingOperators){const g=Object.entries(A.signingOperators);g.length>0&&(I.signingOperators={},g.forEach(([A,g])=>{I.signingOperators[A]=Xg.toJSON(g)}))}return I},create:A=>jg.fromPartial(A??{}),fromPartial(A){const I={signingOperators:{}};return I.signingOperators=Object.entries(A.signingOperators??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=Xg.fromPartial(g)),A),{}),I}},zg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&Xg.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=Xg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?Xg.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=Xg.toJSON(A.value)),I},create:A=>zg.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?Xg.fromPartial(A.value):void 0,I}};function _g(){return{paymentHash:new Uint8Array(0),identityPublicKey:new Uint8Array(0)}}const $g={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=_g();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>$g.fromPartial(A??{}),fromPartial(A){const I=_g();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}},AC={encode(A,I=new y){for(const g of A.userSignedRefunds)Yg.encode(g,I.uint32(10).fork()).join();return void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={userSignedRefunds:[],transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.userSignedRefunds.push(Yg.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({userSignedRefunds:globalThis.Array.isArray(A?.userSignedRefunds)?A.userSignedRefunds.map(A=>Yg.fromJSON(A)):[],transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return A.userSignedRefunds?.length&&(I.userSignedRefunds=A.userSignedRefunds.map(A=>Yg.toJSON(A))),void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>AC.fromPartial(A??{}),fromPartial(A){const I={userSignedRefunds:[],transfer:void 0};return I.userSignedRefunds=A.userSignedRefunds?.map(A=>Yg.fromPartial(A))||[],I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function IC(){return{paymentHash:new Uint8Array(0),receiverIdentityPubkey:new Uint8Array(0),status:0,createdTime:void 0,transfer:void 0,preimage:void 0,senderIdentityPubkey:new Uint8Array(0)}}const gC={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.receiverIdentityPubkey.length&&I.uint32(18).bytes(A.receiverIdentityPubkey),0!==A.status&&I.uint32(24).int32(A.status),void 0!==A.createdTime&&N.encode(DB(A.createdTime),I.uint32(34).fork()).join(),void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(42).fork()).join(),void 0!==A.preimage&&I.uint32(50).bytes(A.preimage),0!==A.senderIdentityPubkey.length&&I.uint32(58).bytes(A.senderIdentityPubkey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=IC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.receiverIdentityPubkey=g.bytes();continue;case 3:if(24!==A)break;B.status=g.int32();continue;case 4:if(34!==A)break;B.createdTime=wB(N.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.preimage=g.bytes();continue;case 7:if(58!==A)break;B.senderIdentityPubkey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),receiverIdentityPubkey:lB(A.receiverIdentityPubkey)?rB(A.receiverIdentityPubkey):new Uint8Array(0),status:lB(A.status)?_(A.status):0,createdTime:lB(A.createdTime)?dB(A.createdTime):void 0,transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,preimage:lB(A.preimage)?rB(A.preimage):void 0,senderIdentityPubkey:lB(A.senderIdentityPubkey)?rB(A.senderIdentityPubkey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.receiverIdentityPubkey.length&&(I.receiverIdentityPubkey=cB(A.receiverIdentityPubkey)),0!==A.status&&(I.status=$(A.status)),void 0!==A.createdTime&&(I.createdTime=A.createdTime.toISOString()),void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),void 0!==A.preimage&&(I.preimage=cB(A.preimage)),0!==A.senderIdentityPubkey.length&&(I.senderIdentityPubkey=cB(A.senderIdentityPubkey)),I},create:A=>gC.fromPartial(A??{}),fromPartial(A){const I=IC();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.receiverIdentityPubkey=A.receiverIdentityPubkey??new Uint8Array(0),I.status=A.status??0,I.createdTime=A.createdTime??void 0,I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.preimage=A.preimage??void 0,I.senderIdentityPubkey=A.senderIdentityPubkey??new Uint8Array(0),I}};function CC(){return{paymentHashes:[],identityPublicKey:new Uint8Array(0),status:void 0,limit:0,offset:0,transferIds:[],matchRole:0}}const BC={encode(A,I=new y){for(const g of A.paymentHashes)I.uint32(10).bytes(g);0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),void 0!==A.status&&I.uint32(24).int32(A.status),0!==A.limit&&I.uint32(32).int64(A.limit),0!==A.offset&&I.uint32(40).int64(A.offset);for(const g of A.transferIds)I.uint32(50).string(g);return 0!==A.matchRole&&I.uint32(56).int32(A.matchRole),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=CC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHashes.push(g.bytes());continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue;case 3:if(24!==A)break;B.status=g.int32();continue;case 4:if(32!==A)break;B.limit=hB(g.int64());continue;case 5:if(40!==A)break;B.offset=hB(g.int64());continue;case 6:if(50!==A)break;B.transferIds.push(g.string());continue;case 7:if(56!==A)break;B.matchRole=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHashes:globalThis.Array.isArray(A?.paymentHashes)?A.paymentHashes.map(A=>rB(A)):[],identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),status:lB(A.status)?_(A.status):void 0,limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,transferIds:globalThis.Array.isArray(A?.transferIds)?A.transferIds.map(A=>globalThis.String(A)):[],matchRole:lB(A.matchRole)?IA(A.matchRole):0}),toJSON(A){const I={};return A.paymentHashes?.length&&(I.paymentHashes=A.paymentHashes.map(A=>cB(A))),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.status&&(I.status=$(A.status)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),A.transferIds?.length&&(I.transferIds=A.transferIds),0!==A.matchRole&&(I.matchRole=function(A){switch(A){case AA.PREIMAGE_REQUEST_ROLE_RECEIVER:return"PREIMAGE_REQUEST_ROLE_RECEIVER";case AA.PREIMAGE_REQUEST_ROLE_SENDER:return"PREIMAGE_REQUEST_ROLE_SENDER";case AA.PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER:return"PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER";case AA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.matchRole)),I},create:A=>BC.fromPartial(A??{}),fromPartial(A){const I=CC();return I.paymentHashes=A.paymentHashes?.map(A=>A)||[],I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.status=A.status??void 0,I.limit=A.limit??0,I.offset=A.offset??0,I.transferIds=A.transferIds?.map(A=>A)||[],I.matchRole=A.matchRole??0,I}},iC={encode(A,I=new y){for(const g of A.preimageRequests)gC.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={preimageRequests:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.preimageRequests.push(gC.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({preimageRequests:globalThis.Array.isArray(A?.preimageRequests)?A.preimageRequests.map(A=>gC.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.preimageRequests?.length&&(I.preimageRequests=A.preimageRequests.map(A=>gC.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>iC.fromPartial(A??{}),fromPartial(A){const I={preimageRequests:[],offset:0};return I.preimageRequests=A.preimageRequests?.map(A=>gC.fromPartial(A))||[],I.offset=A.offset??0,I}};function QC(){return{paymentHash:new Uint8Array(0),preimage:new Uint8Array(0),identityPublicKey:new Uint8Array(0)}}const eC={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.preimage.length&&I.uint32(18).bytes(A.preimage),0!==A.identityPublicKey.length&&I.uint32(26).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=QC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.preimage=g.bytes();continue;case 3:if(26!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),preimage:lB(A.preimage)?rB(A.preimage):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.preimage.length&&(I.preimage=cB(A.preimage)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>eC.fromPartial(A??{}),fromPartial(A){const I=QC();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.preimage=A.preimage??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}},EC={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>EC.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function tC(){return{paymentHash:new Uint8Array(0),receiverIdentityPubkey:new Uint8Array(0)}}const oC={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.receiverIdentityPubkey.length&&I.uint32(18).bytes(A.receiverIdentityPubkey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=tC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.receiverIdentityPubkey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),receiverIdentityPubkey:lB(A.receiverIdentityPubkey)?rB(A.receiverIdentityPubkey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.receiverIdentityPubkey.length&&(I.receiverIdentityPubkey=cB(A.receiverIdentityPubkey)),I},create:A=>oC.fromPartial(A??{}),fromPartial(A){const I=tC();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.receiverIdentityPubkey=A.receiverIdentityPubkey??new Uint8Array(0),I}},nC={encode:(A,I=new y)=>(void 0!==A.preimage&&I.uint32(10).bytes(A.preimage),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={preimage:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.preimage=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({preimage:lB(A.preimage)?rB(A.preimage):void 0}),toJSON(A){const I={};return void 0!==A.preimage&&(I.preimage=cB(A.preimage)),I},create:A=>nC.fromPartial(A??{}),fromPartial(A){const I={preimage:void 0};return I.preimage=A.preimage??void 0,I}},aC={encode(A,I=new y){for(const g of A.nodeIds)I.uint32(10).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeIds:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeIds.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeIds:globalThis.Array.isArray(A?.nodeIds)?A.nodeIds.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return A.nodeIds?.length&&(I.nodeIds=A.nodeIds),I},create:A=>aC.fromPartial(A??{}),fromPartial(A){const I={nodeIds:[]};return I.nodeIds=A.nodeIds?.map(A=>A)||[],I}},sC={encode(A,I=new y){switch(A.source?.$case){case"ownerIdentityPubkey":I.uint32(10).bytes(A.source.ownerIdentityPubkey);break;case"nodeIds":aC.encode(A.source.nodeIds,I.uint32(18).fork()).join()}!1!==A.includeParents&&I.uint32(24).bool(A.includeParents),0!==A.limit&&I.uint32(32).int64(A.limit),0!==A.offset&&I.uint32(40).int64(A.offset),0!==A.network&&I.uint32(48).int32(A.network),I.uint32(58).fork();for(const g of A.statuses)I.int32(g);return I.join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={source:void 0,includeParents:!1,limit:0,offset:0,network:0,statuses:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.source={$case:"ownerIdentityPubkey",ownerIdentityPubkey:g.bytes()};continue;case 2:if(18!==A)break;B.source={$case:"nodeIds",nodeIds:aC.decode(g,g.uint32())};continue;case 3:if(24!==A)break;B.includeParents=g.bool();continue;case 4:if(32!==A)break;B.limit=hB(g.int64());continue;case 5:if(40!==A)break;B.offset=hB(g.int64());continue;case 6:if(48!==A)break;B.network=g.int32();continue;case 7:if(56===A){B.statuses.push(g.int32());continue}if(58===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.statuses.push(g.int32());continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({source:lB(A.ownerIdentityPubkey)?{$case:"ownerIdentityPubkey",ownerIdentityPubkey:rB(A.ownerIdentityPubkey)}:lB(A.nodeIds)?{$case:"nodeIds",nodeIds:aC.fromJSON(A.nodeIds)}:void 0,includeParents:!!lB(A.includeParents)&&globalThis.Boolean(A.includeParents),limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,network:lB(A.network)?b(A.network):0,statuses:globalThis.Array.isArray(A?.statuses)?A.statuses.map(A=>tA(A)):[]}),toJSON(A){const I={};return"ownerIdentityPubkey"===A.source?.$case?I.ownerIdentityPubkey=cB(A.source.ownerIdentityPubkey):"nodeIds"===A.source?.$case&&(I.nodeIds=aC.toJSON(A.source.nodeIds)),!1!==A.includeParents&&(I.includeParents=A.includeParents),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),0!==A.network&&(I.network=H(A.network)),A.statuses?.length&&(I.statuses=A.statuses.map(A=>oA(A))),I},create:A=>sC.fromPartial(A??{}),fromPartial(A){const I={source:void 0,includeParents:!1,limit:0,offset:0,network:0,statuses:[]};switch(A.source?.$case){case"ownerIdentityPubkey":void 0!==A.source?.ownerIdentityPubkey&&null!==A.source?.ownerIdentityPubkey&&(I.source={$case:"ownerIdentityPubkey",ownerIdentityPubkey:A.source.ownerIdentityPubkey});break;case"nodeIds":void 0!==A.source?.nodeIds&&null!==A.source?.nodeIds&&(I.source={$case:"nodeIds",nodeIds:aC.fromPartial(A.source.nodeIds)})}return I.includeParents=A.includeParents??!1,I.limit=A.limit??0,I.offset=A.offset??0,I.network=A.network??0,I.statuses=A.statuses?.map(A=>A)||[],I}},rC={encode:(A,I=new y)=>(Object.entries(A.nodes).forEach(([A,g])=>{cC.encode({key:A,value:g},I.uint32(10).fork()).join()}),0!==A.offset&&I.uint32(16).int64(A.offset),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodes:{},offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=cC.decode(g,g.uint32());void 0!==I.value&&(B.nodes[I.key]=I.value);continue}case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodes:yB(A.nodes)?Object.entries(A.nodes).reduce((A,[I,g])=>(A[I]=hI.fromJSON(g),A),{}):{},offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};if(A.nodes){const g=Object.entries(A.nodes);g.length>0&&(I.nodes={},g.forEach(([A,g])=>{I.nodes[A]=hI.toJSON(g)}))}return 0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>rC.fromPartial(A??{}),fromPartial(A){const I={nodes:{},offset:0};return I.nodes=Object.entries(A.nodes??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=hI.fromPartial(g)),A),{}),I.offset=A.offset??0,I}},cC={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&hI.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?hI.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=hI.toJSON(A.value)),I},create:A=>cC.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?hI.fromPartial(A.value):void 0,I}};function DC(){return{identityPublicKey:new Uint8Array(0),network:0,limit:0,offset:0}}const wC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),0!==A.limit&&I.uint32(24).int64(A.limit),0!==A.offset&&I.uint32(32).int64(A.offset),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=DC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 3:if(24!==A)break;B.limit=hB(g.int64());continue;case 4:if(32!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>wC.fromPartial(A??{}),fromPartial(A){const I=DC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.limit=A.limit??0,I.offset=A.offset??0,I}};function dC(){return{identityPublicKey:new Uint8Array(0),network:0,limit:0,offset:0,depositAddress:void 0,hashVariant:0}}const hC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),0!==A.limit&&I.uint32(32).int64(A.limit),0!==A.offset&&I.uint32(40).int64(A.offset),void 0!==A.depositAddress&&I.uint32(50).string(A.depositAddress),0!==A.hashVariant&&I.uint32(56).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=dC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 4:if(32!==A)break;B.limit=hB(g.int64());continue;case 5:if(40!==A)break;B.offset=hB(g.int64());continue;case 6:if(50!==A)break;B.depositAddress=g.string();continue;case 7:if(56!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,depositAddress:lB(A.depositAddress)?globalThis.String(A.depositAddress):void 0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),void 0!==A.depositAddress&&(I.depositAddress=A.depositAddress),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>hC.fromPartial(A??{}),fromPartial(A){const I=dC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.limit=A.limit??0,I.offset=A.offset??0,I.depositAddress=A.depositAddress??void 0,I.hashVariant=A.hashVariant??0,I}};function yC(){return{depositAddress:"",userSigningPublicKey:new Uint8Array(0),verifyingPublicKey:new Uint8Array(0),leafId:void 0,proofOfPossession:void 0}}const lC={encode:(A,I=new y)=>(""!==A.depositAddress&&I.uint32(10).string(A.depositAddress),0!==A.userSigningPublicKey.length&&I.uint32(18).bytes(A.userSigningPublicKey),0!==A.verifyingPublicKey.length&&I.uint32(26).bytes(A.verifyingPublicKey),void 0!==A.leafId&&I.uint32(34).string(A.leafId),void 0!==A.proofOfPossession&&GA.encode(A.proofOfPossession,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=yC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddress=g.string();continue;case 2:if(18!==A)break;B.userSigningPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.verifyingPublicKey=g.bytes();continue;case 4:if(34!==A)break;B.leafId=g.string();continue;case 5:if(42!==A)break;B.proofOfPossession=GA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddress:lB(A.depositAddress)?globalThis.String(A.depositAddress):"",userSigningPublicKey:lB(A.userSigningPublicKey)?rB(A.userSigningPublicKey):new Uint8Array(0),verifyingPublicKey:lB(A.verifyingPublicKey)?rB(A.verifyingPublicKey):new Uint8Array(0),leafId:lB(A.leafId)?globalThis.String(A.leafId):void 0,proofOfPossession:lB(A.proofOfPossession)?GA.fromJSON(A.proofOfPossession):void 0}),toJSON(A){const I={};return""!==A.depositAddress&&(I.depositAddress=A.depositAddress),0!==A.userSigningPublicKey.length&&(I.userSigningPublicKey=cB(A.userSigningPublicKey)),0!==A.verifyingPublicKey.length&&(I.verifyingPublicKey=cB(A.verifyingPublicKey)),void 0!==A.leafId&&(I.leafId=A.leafId),void 0!==A.proofOfPossession&&(I.proofOfPossession=GA.toJSON(A.proofOfPossession)),I},create:A=>lC.fromPartial(A??{}),fromPartial(A){const I=yC();return I.depositAddress=A.depositAddress??"",I.userSigningPublicKey=A.userSigningPublicKey??new Uint8Array(0),I.verifyingPublicKey=A.verifyingPublicKey??new Uint8Array(0),I.leafId=A.leafId??void 0,I.proofOfPossession=void 0!==A.proofOfPossession&&null!==A.proofOfPossession?GA.fromPartial(A.proofOfPossession):void 0,I}},kC={encode(A,I=new y){for(const g of A.depositAddresses)lC.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddresses:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddresses.push(lC.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddresses:globalThis.Array.isArray(A?.depositAddresses)?A.depositAddresses.map(A=>lC.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.depositAddresses?.length&&(I.depositAddresses=A.depositAddresses.map(A=>lC.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>kC.fromPartial(A??{}),fromPartial(A){const I={depositAddresses:[],offset:0};return I.depositAddresses=A.depositAddresses?.map(A=>lC.fromPartial(A))||[],I.offset=A.offset??0,I}},uC={encode(A,I=new y){for(const g of A.depositAddresses)lC.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddresses:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddresses.push(lC.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddresses:globalThis.Array.isArray(A?.depositAddresses)?A.depositAddresses.map(A=>lC.fromJSON(A)):[]}),toJSON(A){const I={};return A.depositAddresses?.length&&(I.depositAddresses=A.depositAddresses.map(A=>lC.toJSON(A))),I},create:A=>uC.fromPartial(A??{}),fromPartial(A){const I={depositAddresses:[]};return I.depositAddresses=A.depositAddresses?.map(A=>lC.fromPartial(A))||[],I}};function NC(){return{identityPublicKey:new Uint8Array(0),network:0}}const GC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=NC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),I},create:A=>GC.fromPartial(A??{}),fromPartial(A){const I=NC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I}},pC={encode:(A,I=new y)=>(0!==A.balance&&I.uint32(8).uint64(A.balance),Object.entries(A.nodeBalances).forEach(([A,g])=>{SC.encode({key:A,value:g},I.uint32(18).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={balance:0,nodeBalances:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.balance=hB(g.uint64());continue;case 2:{if(18!==A)break;const I=SC.decode(g,g.uint32());void 0!==I.value&&(B.nodeBalances[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({balance:lB(A.balance)?globalThis.Number(A.balance):0,nodeBalances:yB(A.nodeBalances)?Object.entries(A.nodeBalances).reduce((A,[I,g])=>(A[I]=Number(g),A),{}):{}}),toJSON(A){const I={};if(0!==A.balance&&(I.balance=Math.round(A.balance)),A.nodeBalances){const g=Object.entries(A.nodeBalances);g.length>0&&(I.nodeBalances={},g.forEach(([A,g])=>{I.nodeBalances[A]=Math.round(g)}))}return I},create:A=>pC.fromPartial(A??{}),fromPartial(A){const I={balance:0,nodeBalances:{}};return I.balance=A.balance??0,I.nodeBalances=Object.entries(A.nodeBalances??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=globalThis.Number(g)),A),{}),I}},SC={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value&&I.uint32(16).uint64(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(16!==A)break;B.value=hB(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?globalThis.Number(A.value):0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value&&(I.value=Math.round(A.value)),I},create:A=>SC.fromPartial(A??{}),fromPartial(A){const I={key:"",value:0};return I.key=A.key??"",I.value=A.value??0,I}};function fC(){return{identityPublicKey:new Uint8Array(0),sparkInvoiceFields:void 0,signature:void 0}}const FC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.sparkInvoiceFields&&UC.encode(A.sparkInvoiceFields,I.uint32(18).fork()).join(),void 0!==A.signature&&I.uint32(26).bytes(A.signature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=fC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.sparkInvoiceFields=UC.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.signature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),sparkInvoiceFields:lB(A.sparkInvoiceFields)?UC.fromJSON(A.sparkInvoiceFields):void 0,signature:lB(A.signature)?rB(A.signature):void 0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.sparkInvoiceFields&&(I.sparkInvoiceFields=UC.toJSON(A.sparkInvoiceFields)),void 0!==A.signature&&(I.signature=cB(A.signature)),I},create:A=>FC.fromPartial(A??{}),fromPartial(A){const I=fC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.sparkInvoiceFields=void 0!==A.sparkInvoiceFields&&null!==A.sparkInvoiceFields?UC.fromPartial(A.sparkInvoiceFields):void 0,I.signature=A.signature??void 0,I}};function RC(){return{version:0,id:new Uint8Array(0),paymentType:void 0,memo:void 0,senderPublicKey:void 0,expiryTime:void 0}}const UC={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),0!==A.id.length&&I.uint32(18).bytes(A.id),A.paymentType?.$case){case"tokensPayment":KC.encode(A.paymentType.tokensPayment,I.uint32(26).fork()).join();break;case"satsPayment":MC.encode(A.paymentType.satsPayment,I.uint32(34).fork()).join()}return void 0!==A.memo&&I.uint32(42).string(A.memo),void 0!==A.senderPublicKey&&I.uint32(50).bytes(A.senderPublicKey),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(58).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=RC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.id=g.bytes();continue;case 3:if(26!==A)break;B.paymentType={$case:"tokensPayment",tokensPayment:KC.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.paymentType={$case:"satsPayment",satsPayment:MC.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.memo=g.string();continue;case 6:if(50!==A)break;B.senderPublicKey=g.bytes();continue;case 7:if(58!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:lB(A.version)?globalThis.Number(A.version):0,id:lB(A.id)?rB(A.id):new Uint8Array(0),paymentType:lB(A.tokensPayment)?{$case:"tokensPayment",tokensPayment:KC.fromJSON(A.tokensPayment)}:lB(A.satsPayment)?{$case:"satsPayment",satsPayment:MC.fromJSON(A.satsPayment)}:void 0,memo:lB(A.memo)?globalThis.String(A.memo):void 0,senderPublicKey:lB(A.senderPublicKey)?rB(A.senderPublicKey):void 0,expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),0!==A.id.length&&(I.id=cB(A.id)),"tokensPayment"===A.paymentType?.$case?I.tokensPayment=KC.toJSON(A.paymentType.tokensPayment):"satsPayment"===A.paymentType?.$case&&(I.satsPayment=MC.toJSON(A.paymentType.satsPayment)),void 0!==A.memo&&(I.memo=A.memo),void 0!==A.senderPublicKey&&(I.senderPublicKey=cB(A.senderPublicKey)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),I},create:A=>UC.fromPartial(A??{}),fromPartial(A){const I=RC();switch(I.version=A.version??0,I.id=A.id??new Uint8Array(0),A.paymentType?.$case){case"tokensPayment":void 0!==A.paymentType?.tokensPayment&&null!==A.paymentType?.tokensPayment&&(I.paymentType={$case:"tokensPayment",tokensPayment:KC.fromPartial(A.paymentType.tokensPayment)});break;case"satsPayment":void 0!==A.paymentType?.satsPayment&&null!==A.paymentType?.satsPayment&&(I.paymentType={$case:"satsPayment",satsPayment:MC.fromPartial(A.paymentType.satsPayment)})}return I.memo=A.memo??void 0,I.senderPublicKey=A.senderPublicKey??void 0,I.expiryTime=A.expiryTime??void 0,I}},MC={encode:(A,I=new y)=>(void 0!==A.amount&&I.uint32(8).uint64(A.amount),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={amount:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.amount=hB(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({amount:lB(A.amount)?globalThis.Number(A.amount):void 0}),toJSON(A){const I={};return void 0!==A.amount&&(I.amount=Math.round(A.amount)),I},create:A=>MC.fromPartial(A??{}),fromPartial(A){const I={amount:void 0};return I.amount=A.amount??void 0,I}},KC={encode:(A,I=new y)=>(void 0!==A.tokenIdentifier&&I.uint32(10).bytes(A.tokenIdentifier),void 0!==A.amount&&I.uint32(18).bytes(A.amount),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenIdentifier:void 0,amount:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenIdentifier=g.bytes();continue;case 2:if(18!==A)break;B.amount=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenIdentifier:lB(A.tokenIdentifier)?rB(A.tokenIdentifier):void 0,amount:lB(A.amount)?rB(A.amount):void 0}),toJSON(A){const I={};return void 0!==A.tokenIdentifier&&(I.tokenIdentifier=cB(A.tokenIdentifier)),void 0!==A.amount&&(I.amount=cB(A.amount)),I},create:A=>KC.fromPartial(A??{}),fromPartial(A){const I={tokenIdentifier:void 0,amount:void 0};return I.tokenIdentifier=A.tokenIdentifier??void 0,I.amount=A.amount??void 0,I}};function mC(){return{onChainUtxo:void 0,refundTxSigningJob:void 0,userSignature:new Uint8Array(0),hashVariant:0}}const JC={encode:(A,I=new y)=>(void 0!==A.onChainUtxo&&qA.encode(A.onChainUtxo,I.uint32(10).fork()).join(),void 0!==A.refundTxSigningJob&&vA.encode(A.refundTxSigningJob,I.uint32(26).fork()).join(),0!==A.userSignature.length&&I.uint32(34).bytes(A.userSignature),0!==A.hashVariant&&I.uint32(40).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=mC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.onChainUtxo=qA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.refundTxSigningJob=vA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.userSignature=g.bytes();continue;case 5:if(40!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({onChainUtxo:lB(A.onChainUtxo)?qA.fromJSON(A.onChainUtxo):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?vA.fromJSON(A.refundTxSigningJob):void 0,userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return void 0!==A.onChainUtxo&&(I.onChainUtxo=qA.toJSON(A.onChainUtxo)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=vA.toJSON(A.refundTxSigningJob)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>JC.fromPartial(A??{}),fromPartial(A){const I=mC();return I.onChainUtxo=void 0!==A.onChainUtxo&&null!==A.onChainUtxo?qA.fromPartial(A.onChainUtxo):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?vA.fromPartial(A.refundTxSigningJob):void 0,I.userSignature=A.userSignature??new Uint8Array(0),I.hashVariant=A.hashVariant??0,I}},bC={encode:(A,I=new y)=>(void 0!==A.refundTxSigningResult&&OA.encode(A.refundTxSigningResult,I.uint32(10).fork()).join(),void 0!==A.depositAddress&&lC.encode(A.depositAddress,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={refundTxSigningResult:void 0,depositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.refundTxSigningResult=OA.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.depositAddress=lC.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({refundTxSigningResult:lB(A.refundTxSigningResult)?OA.fromJSON(A.refundTxSigningResult):void 0,depositAddress:lB(A.depositAddress)?lC.fromJSON(A.depositAddress):void 0}),toJSON(A){const I={};return void 0!==A.refundTxSigningResult&&(I.refundTxSigningResult=OA.toJSON(A.refundTxSigningResult)),void 0!==A.depositAddress&&(I.depositAddress=lC.toJSON(A.depositAddress)),I},create:A=>bC.fromPartial(A??{}),fromPartial(A){const I={refundTxSigningResult:void 0,depositAddress:void 0};return I.refundTxSigningResult=void 0!==A.refundTxSigningResult&&null!==A.refundTxSigningResult?OA.fromPartial(A.refundTxSigningResult):void 0,I.depositAddress=void 0!==A.depositAddress&&null!==A.depositAddress?lC.fromPartial(A.depositAddress):void 0,I}},HC={encode:(A,I=new y)=>(""!==A.treeId&&I.uint32(10).string(A.treeId),void 0!==A.userSigningCommitment&&R.encode(A.userSigningCommitment,I.uint32(18).fork()).join(),0!==A.vin&&I.uint32(24).uint32(A.vin),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={treeId:"",userSigningCommitment:void 0,vin:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.treeId=g.string();continue;case 2:if(18!==A)break;B.userSigningCommitment=R.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.vin=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({treeId:lB(A.treeId)?globalThis.String(A.treeId):"",userSigningCommitment:lB(A.userSigningCommitment)?R.fromJSON(A.userSigningCommitment):void 0,vin:lB(A.vin)?globalThis.Number(A.vin):0}),toJSON(A){const I={};return""!==A.treeId&&(I.treeId=A.treeId),void 0!==A.userSigningCommitment&&(I.userSigningCommitment=R.toJSON(A.userSigningCommitment)),0!==A.vin&&(I.vin=Math.round(A.vin)),I},create:A=>HC.fromPartial(A??{}),fromPartial(A){const I={treeId:"",userSigningCommitment:void 0,vin:0};return I.treeId=A.treeId??"",I.userSigningCommitment=void 0!==A.userSigningCommitment&&null!==A.userSigningCommitment?R.fromPartial(A.userSigningCommitment):void 0,I.vin=A.vin??0,I}};function YC(){return{treeId:"",signingResult:void 0,verifyingKey:new Uint8Array(0)}}const LC={encode:(A,I=new y)=>(""!==A.treeId&&I.uint32(10).string(A.treeId),void 0!==A.signingResult&&OA.encode(A.signingResult,I.uint32(18).fork()).join(),0!==A.verifyingKey.length&&I.uint32(26).bytes(A.verifyingKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=YC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.treeId=g.string();continue;case 2:if(18!==A)break;B.signingResult=OA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.verifyingKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({treeId:lB(A.treeId)?globalThis.String(A.treeId):"",signingResult:lB(A.signingResult)?OA.fromJSON(A.signingResult):void 0,verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.treeId&&(I.treeId=A.treeId),void 0!==A.signingResult&&(I.signingResult=OA.toJSON(A.signingResult)),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),I},create:A=>LC.fromPartial(A??{}),fromPartial(A){const I=YC();return I.treeId=A.treeId??"",I.signingResult=void 0!==A.signingResult&&null!==A.signingResult?OA.fromPartial(A.signingResult):void 0,I.verifyingKey=A.verifyingKey??new Uint8Array(0),I}};function qC(){return{value:0,pkScript:new Uint8Array(0)}}const VC={encode:(A,I=new y)=>(0!==A.value&&I.uint32(8).int64(A.value),0!==A.pkScript.length&&I.uint32(18).bytes(A.pkScript),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=qC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.value=hB(g.int64());continue;case 2:if(18!==A)break;B.pkScript=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({value:lB(A.value)?globalThis.Number(A.value):0,pkScript:lB(A.pkScript)?rB(A.pkScript):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.value&&(I.value=Math.round(A.value)),0!==A.pkScript.length&&(I.pkScript=cB(A.pkScript)),I},create:A=>VC.fromPartial(A??{}),fromPartial(A){const I=qC();return I.value=A.value??0,I.pkScript=A.pkScript??new Uint8Array(0),I}};function TC(){return{ownerIdentityPublicKey:new Uint8Array(0),exitingTrees:[],rawTx:new Uint8Array(0),previousOutputs:[]}}const vC={encode(A,I=new y){0!==A.ownerIdentityPublicKey.length&&I.uint32(10).bytes(A.ownerIdentityPublicKey);for(const g of A.exitingTrees)HC.encode(g,I.uint32(18).fork()).join();0!==A.rawTx.length&&I.uint32(26).bytes(A.rawTx);for(const g of A.previousOutputs)VC.encode(g,I.uint32(34).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=TC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.exitingTrees.push(HC.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.rawTx=g.bytes();continue;case 4:if(34!==A)break;B.previousOutputs.push(VC.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),exitingTrees:globalThis.Array.isArray(A?.exitingTrees)?A.exitingTrees.map(A=>HC.fromJSON(A)):[],rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),previousOutputs:globalThis.Array.isArray(A?.previousOutputs)?A.previousOutputs.map(A=>VC.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.exitingTrees?.length&&(I.exitingTrees=A.exitingTrees.map(A=>HC.toJSON(A))),0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),A.previousOutputs?.length&&(I.previousOutputs=A.previousOutputs.map(A=>VC.toJSON(A))),I},create:A=>vC.fromPartial(A??{}),fromPartial(A){const I=TC();return I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.exitingTrees=A.exitingTrees?.map(A=>HC.fromPartial(A))||[],I.rawTx=A.rawTx??new Uint8Array(0),I.previousOutputs=A.previousOutputs?.map(A=>VC.fromPartial(A))||[],I}},ZC={encode(A,I=new y){for(const g of A.signingResults)LC.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingResults.push(LC.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>LC.fromJSON(A)):[]}),toJSON(A){const I={};return A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>LC.toJSON(A))),I},create:A=>ZC.fromPartial(A??{}),fromPartial(A){const I={signingResults:[]};return I.signingResults=A.signingResults?.map(A=>LC.fromPartial(A))||[],I}},xC={encode:(A,I=new y)=>(""!==A.address&&I.uint32(10).string(A.address),0!==A.offset&&I.uint32(16).uint64(A.offset),0!==A.limit&&I.uint32(24).uint64(A.limit),0!==A.network&&I.uint32(32).int32(A.network),!1!==A.excludeClaimed&&I.uint32(40).bool(A.excludeClaimed),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={address:"",offset:0,limit:0,network:0,excludeClaimed:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.address=g.string();continue;case 2:if(16!==A)break;B.offset=hB(g.uint64());continue;case 3:if(24!==A)break;B.limit=hB(g.uint64());continue;case 4:if(32!==A)break;B.network=g.int32();continue;case 5:if(40!==A)break;B.excludeClaimed=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({address:lB(A.address)?globalThis.String(A.address):"",offset:lB(A.offset)?globalThis.Number(A.offset):0,limit:lB(A.limit)?globalThis.Number(A.limit):0,network:lB(A.network)?b(A.network):0,excludeClaimed:!!lB(A.excludeClaimed)&&globalThis.Boolean(A.excludeClaimed)}),toJSON(A){const I={};return""!==A.address&&(I.address=A.address),0!==A.offset&&(I.offset=Math.round(A.offset)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.network&&(I.network=H(A.network)),!1!==A.excludeClaimed&&(I.excludeClaimed=A.excludeClaimed),I},create:A=>xC.fromPartial(A??{}),fromPartial(A){const I={address:"",offset:0,limit:0,network:0,excludeClaimed:!1};return I.address=A.address??"",I.offset=A.offset??0,I.limit=A.limit??0,I.network=A.network??0,I.excludeClaimed=A.excludeClaimed??!1,I}},WC={encode(A,I=new y){for(const g of A.utxos)qA.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).uint64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={utxos:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.utxos.push(qA.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({utxos:globalThis.Array.isArray(A?.utxos)?A.utxos.map(A=>qA.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.utxos?.length&&(I.utxos=A.utxos.map(A=>qA.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>WC.fromPartial(A??{}),fromPartial(A){const I={utxos:[],offset:0};return I.utxos=A.utxos?.map(A=>qA.fromPartial(A))||[],I.offset=A.offset??0,I}};function PC(){return{identityPublicKey:new Uint8Array(0),network:0,excludeClaimed:!1,page:void 0,includePending:!1}}const OC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),!1!==A.excludeClaimed&&I.uint32(24).bool(A.excludeClaimed),void 0!==A.page&&kA.encode(A.page,I.uint32(34).fork()).join(),!1!==A.includePending&&I.uint32(40).bool(A.includePending),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=PC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 3:if(24!==A)break;B.excludeClaimed=g.bool();continue;case 4:if(34!==A)break;B.page=kA.decode(g,g.uint32());continue;case 5:if(40!==A)break;B.includePending=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,excludeClaimed:!!lB(A.excludeClaimed)&&globalThis.Boolean(A.excludeClaimed),page:lB(A.page)?kA.fromJSON(A.page):void 0,includePending:!!lB(A.includePending)&&globalThis.Boolean(A.includePending)}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),!1!==A.excludeClaimed&&(I.excludeClaimed=A.excludeClaimed),void 0!==A.page&&(I.page=kA.toJSON(A.page)),!1!==A.includePending&&(I.includePending=A.includePending),I},create:A=>OC.fromPartial(A??{}),fromPartial(A){const I=PC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.excludeClaimed=A.excludeClaimed??!1,I.page=void 0!==A.page&&null!==A.page?kA.fromPartial(A.page):void 0,I.includePending=A.includePending??!1,I}},XC={encode(A,I=new y){for(const g of A.utxos)VA.encode(g,I.uint32(10).fork()).join();return void 0!==A.page&&uA.encode(A.page,I.uint32(18).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={utxos:[],page:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.utxos.push(VA.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.page=uA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({utxos:globalThis.Array.isArray(A?.utxos)?A.utxos.map(A=>VA.fromJSON(A)):[],page:lB(A.page)?uA.fromJSON(A.page):void 0}),toJSON(A){const I={};return A.utxos?.length&&(I.utxos=A.utxos.map(A=>VA.toJSON(A))),void 0!==A.page&&(I.page=uA.toJSON(A.page)),I},create:A=>XC.fromPartial(A??{}),fromPartial(A){const I={utxos:[],page:void 0};return I.utxos=A.utxos?.map(A=>VA.fromPartial(A))||[],I.page=void 0!==A.page&&null!==A.page?uA.fromPartial(A.page):void 0,I}},jC={encode(A,I=new y){0!==A.limit&&I.uint32(8).int64(A.limit),0!==A.offset&&I.uint32(16).int64(A.offset);for(const g of A.invoice)I.uint32(26).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={limit:0,offset:0,invoice:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.limit=hB(g.int64());continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue;case 3:if(26!==A)break;B.invoice.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,invoice:globalThis.Array.isArray(A?.invoice)?A.invoice.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return 0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),A.invoice?.length&&(I.invoice=A.invoice),I},create:A=>jC.fromPartial(A??{}),fromPartial(A){const I={limit:0,offset:0,invoice:[]};return I.limit=A.limit??0,I.offset=A.offset??0,I.invoice=A.invoice?.map(A=>A)||[],I}},zC={encode(A,I=new y){0!==A.offset&&I.uint32(8).int64(A.offset);for(const g of A.invoiceStatuses)_C.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={offset:0,invoiceStatuses:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.offset=hB(g.int64());continue;case 2:if(18!==A)break;B.invoiceStatuses.push(_C.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({offset:lB(A.offset)?globalThis.Number(A.offset):0,invoiceStatuses:globalThis.Array.isArray(A?.invoiceStatuses)?A.invoiceStatuses.map(A=>_C.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.offset&&(I.offset=Math.round(A.offset)),A.invoiceStatuses?.length&&(I.invoiceStatuses=A.invoiceStatuses.map(A=>_C.toJSON(A))),I},create:A=>zC.fromPartial(A??{}),fromPartial(A){const I={offset:0,invoiceStatuses:[]};return I.offset=A.offset??0,I.invoiceStatuses=A.invoiceStatuses?.map(A=>_C.fromPartial(A))||[],I}},_C={encode(A,I=new y){switch(""!==A.invoice&&I.uint32(10).string(A.invoice),0!==A.status&&I.uint32(16).int32(A.status),A.transferType?.$case){case"satsTransfer":AB.encode(A.transferType.satsTransfer,I.uint32(26).fork()).join();break;case"tokenTransfer":gB.encode(A.transferType.tokenTransfer,I.uint32(34).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={invoice:"",status:0,transferType:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.invoice=g.string();continue;case 2:if(16!==A)break;B.status=g.int32();continue;case 3:if(26!==A)break;B.transferType={$case:"satsTransfer",satsTransfer:AB.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.transferType={$case:"tokenTransfer",tokenTransfer:gB.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({invoice:lB(A.invoice)?globalThis.String(A.invoice):"",status:lB(A.status)?eA(A.status):0,transferType:lB(A.satsTransfer)?{$case:"satsTransfer",satsTransfer:AB.fromJSON(A.satsTransfer)}:lB(A.tokenTransfer)?{$case:"tokenTransfer",tokenTransfer:gB.fromJSON(A.tokenTransfer)}:void 0}),toJSON(A){const I={};return""!==A.invoice&&(I.invoice=A.invoice),0!==A.status&&(I.status=function(A){switch(A){case QA.NOT_FOUND:return"NOT_FOUND";case QA.PENDING:return"PENDING";case QA.FINALIZED:return"FINALIZED";case QA.RETURNED:return"RETURNED";case QA.MISMATCHED_INVOICE_FINALIZED:return"MISMATCHED_INVOICE_FINALIZED";case QA.MISMATCHED_INVOICE_PENDING:return"MISMATCHED_INVOICE_PENDING";case QA.MISMATCHED_INVOICE_RETURNED:return"MISMATCHED_INVOICE_RETURNED";case QA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),"satsTransfer"===A.transferType?.$case?I.satsTransfer=AB.toJSON(A.transferType.satsTransfer):"tokenTransfer"===A.transferType?.$case&&(I.tokenTransfer=gB.toJSON(A.transferType.tokenTransfer)),I},create:A=>_C.fromPartial(A??{}),fromPartial(A){const I={invoice:"",status:0,transferType:void 0};switch(I.invoice=A.invoice??"",I.status=A.status??0,A.transferType?.$case){case"satsTransfer":void 0!==A.transferType?.satsTransfer&&null!==A.transferType?.satsTransfer&&(I.transferType={$case:"satsTransfer",satsTransfer:AB.fromPartial(A.transferType.satsTransfer)});break;case"tokenTransfer":void 0!==A.transferType?.tokenTransfer&&null!==A.transferType?.tokenTransfer&&(I.transferType={$case:"tokenTransfer",tokenTransfer:gB.fromPartial(A.transferType.tokenTransfer)})}return I}};function $C(){return{transferId:new Uint8Array(0)}}const AB={encode:(A,I=new y)=>(0!==A.transferId.length&&I.uint32(10).bytes(A.transferId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=$C();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?rB(A.transferId):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.transferId.length&&(I.transferId=cB(A.transferId)),I},create:A=>AB.fromPartial(A??{}),fromPartial(A){const I=$C();return I.transferId=A.transferId??new Uint8Array(0),I}};function IB(){return{finalTokenTransactionHash:new Uint8Array(0)}}const gB={encode:(A,I=new y)=>(0!==A.finalTokenTransactionHash.length&&I.uint32(10).bytes(A.finalTokenTransactionHash),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=IB();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransactionHash=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransactionHash:lB(A.finalTokenTransactionHash)?rB(A.finalTokenTransactionHash):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.finalTokenTransactionHash.length&&(I.finalTokenTransactionHash=cB(A.finalTokenTransactionHash)),I},create:A=>gB.fromPartial(A??{}),fromPartial(A){const I=IB();return I.finalTokenTransactionHash=A.finalTokenTransactionHash??new Uint8Array(0),I}},CB={encode:(A,I=new y)=>(void 0!==A.transfer&&mI.encode(A.transfer,I.uint32(10).fork()).join(),void 0!==A.adaptorPublicKeys&&QB.encode(A.adaptorPublicKeys,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,adaptorPublicKeys:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=mI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.adaptorPublicKeys=QB.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?mI.fromJSON(A.transfer):void 0,adaptorPublicKeys:lB(A.adaptorPublicKeys)?QB.fromJSON(A.adaptorPublicKeys):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=mI.toJSON(A.transfer)),void 0!==A.adaptorPublicKeys&&(I.adaptorPublicKeys=QB.toJSON(A.adaptorPublicKeys)),I},create:A=>CB.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,adaptorPublicKeys:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?mI.fromPartial(A.transfer):void 0,I.adaptorPublicKeys=void 0!==A.adaptorPublicKeys&&null!==A.adaptorPublicKeys?QB.fromPartial(A.adaptorPublicKeys):void 0,I}},BB={encode(A,I=new y){void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join();for(const g of A.signingResults)RI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>BB.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,signingResults:[]};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function iB(){return{adaptorPublicKey:new Uint8Array(0),directAdaptorPublicKey:new Uint8Array(0),directFromCpfpAdaptorPublicKey:new Uint8Array(0)}}const QB={encode:(A,I=new y)=>(0!==A.adaptorPublicKey.length&&I.uint32(10).bytes(A.adaptorPublicKey),0!==A.directAdaptorPublicKey.length&&I.uint32(18).bytes(A.directAdaptorPublicKey),0!==A.directFromCpfpAdaptorPublicKey.length&&I.uint32(26).bytes(A.directFromCpfpAdaptorPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=iB();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.adaptorPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.directAdaptorPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.directFromCpfpAdaptorPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({adaptorPublicKey:lB(A.adaptorPublicKey)?rB(A.adaptorPublicKey):new Uint8Array(0),directAdaptorPublicKey:lB(A.directAdaptorPublicKey)?rB(A.directAdaptorPublicKey):new Uint8Array(0),directFromCpfpAdaptorPublicKey:lB(A.directFromCpfpAdaptorPublicKey)?rB(A.directFromCpfpAdaptorPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.adaptorPublicKey.length&&(I.adaptorPublicKey=cB(A.adaptorPublicKey)),0!==A.directAdaptorPublicKey.length&&(I.directAdaptorPublicKey=cB(A.directAdaptorPublicKey)),0!==A.directFromCpfpAdaptorPublicKey.length&&(I.directFromCpfpAdaptorPublicKey=cB(A.directFromCpfpAdaptorPublicKey)),I},create:A=>QB.fromPartial(A??{}),fromPartial(A){const I=iB();return I.adaptorPublicKey=A.adaptorPublicKey??new Uint8Array(0),I.directAdaptorPublicKey=A.directAdaptorPublicKey??new Uint8Array(0),I.directFromCpfpAdaptorPublicKey=A.directFromCpfpAdaptorPublicKey??new Uint8Array(0),I}};function eB(){return{ownerIdentityPublicKey:new Uint8Array(0),privateEnabled:!1,masterIdentityPublicKey:void 0}}const EB={encode:(A,I=new y)=>(0!==A.ownerIdentityPublicKey.length&&I.uint32(10).bytes(A.ownerIdentityPublicKey),!1!==A.privateEnabled&&I.uint32(16).bool(A.privateEnabled),void 0!==A.masterIdentityPublicKey&&I.uint32(26).bytes(A.masterIdentityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=eB();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.privateEnabled=g.bool();continue;case 3:if(26!==A)break;B.masterIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),privateEnabled:!!lB(A.privateEnabled)&&globalThis.Boolean(A.privateEnabled),masterIdentityPublicKey:lB(A.masterIdentityPublicKey)?rB(A.masterIdentityPublicKey):void 0}),toJSON(A){const I={};return 0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),!1!==A.privateEnabled&&(I.privateEnabled=A.privateEnabled),void 0!==A.masterIdentityPublicKey&&(I.masterIdentityPublicKey=cB(A.masterIdentityPublicKey)),I},create:A=>EB.fromPartial(A??{}),fromPartial(A){const I=eB();return I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.privateEnabled=A.privateEnabled??!1,I.masterIdentityPublicKey=A.masterIdentityPublicKey??void 0,I}},tB={encode(A,I=new y){switch(void 0!==A.privateEnabled&&I.uint32(8).bool(A.privateEnabled),A.masterIdentityPublicKey?.$case){case"setMasterIdentityPublicKey":I.uint32(18).bytes(A.masterIdentityPublicKey.setMasterIdentityPublicKey);break;case"clearMasterIdentityPublicKey":I.uint32(24).bool(A.masterIdentityPublicKey.clearMasterIdentityPublicKey)}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={privateEnabled:void 0,masterIdentityPublicKey:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.privateEnabled=g.bool();continue;case 2:if(18!==A)break;B.masterIdentityPublicKey={$case:"setMasterIdentityPublicKey",setMasterIdentityPublicKey:g.bytes()};continue;case 3:if(24!==A)break;B.masterIdentityPublicKey={$case:"clearMasterIdentityPublicKey",clearMasterIdentityPublicKey:g.bool()};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({privateEnabled:lB(A.privateEnabled)?globalThis.Boolean(A.privateEnabled):void 0,masterIdentityPublicKey:lB(A.setMasterIdentityPublicKey)?{$case:"setMasterIdentityPublicKey",setMasterIdentityPublicKey:rB(A.setMasterIdentityPublicKey)}:lB(A.clearMasterIdentityPublicKey)?{$case:"clearMasterIdentityPublicKey",clearMasterIdentityPublicKey:globalThis.Boolean(A.clearMasterIdentityPublicKey)}:void 0}),toJSON(A){const I={};return void 0!==A.privateEnabled&&(I.privateEnabled=A.privateEnabled),"setMasterIdentityPublicKey"===A.masterIdentityPublicKey?.$case?I.setMasterIdentityPublicKey=cB(A.masterIdentityPublicKey.setMasterIdentityPublicKey):"clearMasterIdentityPublicKey"===A.masterIdentityPublicKey?.$case&&(I.clearMasterIdentityPublicKey=A.masterIdentityPublicKey.clearMasterIdentityPublicKey),I},create:A=>tB.fromPartial(A??{}),fromPartial(A){const I={privateEnabled:void 0,masterIdentityPublicKey:void 0};switch(I.privateEnabled=A.privateEnabled??void 0,A.masterIdentityPublicKey?.$case){case"setMasterIdentityPublicKey":void 0!==A.masterIdentityPublicKey?.setMasterIdentityPublicKey&&null!==A.masterIdentityPublicKey?.setMasterIdentityPublicKey&&(I.masterIdentityPublicKey={$case:"setMasterIdentityPublicKey",setMasterIdentityPublicKey:A.masterIdentityPublicKey.setMasterIdentityPublicKey});break;case"clearMasterIdentityPublicKey":void 0!==A.masterIdentityPublicKey?.clearMasterIdentityPublicKey&&null!==A.masterIdentityPublicKey?.clearMasterIdentityPublicKey&&(I.masterIdentityPublicKey={$case:"clearMasterIdentityPublicKey",clearMasterIdentityPublicKey:A.masterIdentityPublicKey.clearMasterIdentityPublicKey})}return I}},oB={encode:(A,I=new y)=>(void 0!==A.walletSetting&&EB.encode(A.walletSetting,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={walletSetting:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.walletSetting=EB.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({walletSetting:lB(A.walletSetting)?EB.fromJSON(A.walletSetting):void 0}),toJSON(A){const I={};return void 0!==A.walletSetting&&(I.walletSetting=EB.toJSON(A.walletSetting)),I},create:A=>oB.fromPartial(A??{}),fromPartial(A){const I={walletSetting:void 0};return I.walletSetting=void 0!==A.walletSetting&&null!==A.walletSetting?EB.fromPartial(A.walletSetting):void 0,I}},nB={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>nB.fromPartial(A??{}),fromPartial:A=>({})},aB={encode:(A,I=new y)=>(void 0!==A.walletSetting&&EB.encode(A.walletSetting,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={walletSetting:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.walletSetting=EB.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({walletSetting:lB(A.walletSetting)?EB.fromJSON(A.walletSetting):void 0}),toJSON(A){const I={};return void 0!==A.walletSetting&&(I.walletSetting=EB.toJSON(A.walletSetting)),I},create:A=>aB.fromPartial(A??{}),fromPartial(A){const I={walletSetting:void 0};return I.walletSetting=void 0!==A.walletSetting&&null!==A.walletSetting?EB.fromPartial(A.walletSetting):void 0,I}},sB={name:"SparkService",fullName:"spark.SparkService",methods:{generate_deposit_address:{name:"generate_deposit_address",requestType:FA,requestStream:!1,responseType:MA,responseStream:!1,options:{}},generate_static_deposit_address:{name:"generate_static_deposit_address",requestType:mA,requestStream:!1,responseType:JA,responseStream:!1,options:{}},rotate_static_deposit_address:{name:"rotate_static_deposit_address",requestType:HA,requestStream:!1,responseType:YA,responseStream:!1,options:{}},start_deposit_tree_creation:{name:"start_deposit_tree_creation",requestType:sI,requestStream:!1,responseType:rI,responseStream:!1,options:{}},finalize_deposit_tree_creation:{name:"finalize_deposit_tree_creation",requestType:DI,requestStream:!1,responseType:wI,responseStream:!1,options:{}},finalize_transfer_with_transfer_package:{name:"finalize_transfer_with_transfer_package",requestType:zI,requestStream:!1,responseType:_I,responseStream:!1,options:{}},query_pending_transfers:{name:"query_pending_transfers",requestType:eg,requestStream:!1,responseType:Eg,responseStream:!1,options:{}},query_all_transfers:{name:"query_all_transfers",requestType:eg,requestStream:!1,responseType:Eg,responseStream:!1,options:{}},claim_transfer_tweak_keys:{name:"claim_transfer_tweak_keys",requestType:lg,requestStream:!1,responseType:m,responseStream:!1,options:{}},store_preimage_share:{name:"store_preimage_share",requestType:pg,requestStream:!1,responseType:m,responseStream:!1,options:{}},store_preimage_share_v2:{name:"store_preimage_share_v2",requestType:fg,requestStream:!1,responseType:m,responseStream:!1,options:{}},get_signing_commitments:{name:"get_signing_commitments",requestType:Kg,requestStream:!1,responseType:mg,responseStream:!1,options:{}},provide_preimage:{name:"provide_preimage",requestType:eC,requestStream:!1,responseType:EC,responseStream:!1,options:{}},query_preimage:{name:"query_preimage",requestType:oC,requestStream:!1,responseType:nC,responseStream:!1,options:{}},query_htlc:{name:"query_htlc",requestType:BC,requestStream:!1,responseType:iC,responseStream:!1,options:{}},renew_leaf:{name:"renew_leaf",requestType:AI,requestStream:!1,responseType:BI,responseStream:!1,options:{}},get_signing_operator_list:{name:"get_signing_operator_list",requestType:m,requestStream:!1,responseType:jg,responseStream:!1,options:{}},query_nodes:{name:"query_nodes",requestType:sC,requestStream:!1,responseType:rC,responseStream:!1,options:{}},query_balance:{name:"query_balance",requestType:GC,requestStream:!1,responseType:pC,responseStream:!1,options:{}},query_user_signed_refunds:{name:"query_user_signed_refunds",requestType:$g,requestStream:!1,responseType:AC,responseStream:!1,options:{}},query_unused_deposit_addresses:{name:"query_unused_deposit_addresses",requestType:wC,requestStream:!1,responseType:kC,responseStream:!1,options:{}},query_static_deposit_addresses:{name:"query_static_deposit_addresses",requestType:hC,requestStream:!1,responseType:uC,responseStream:!1,options:{}},subscribe_to_events:{name:"subscribe_to_events",requestType:rA,requestStream:!1,responseType:cA,responseStream:!0,options:{}},initiate_static_deposit_utxo_refund:{name:"initiate_static_deposit_utxo_refund",requestType:JC,requestStream:!1,responseType:bC,responseStream:!1,options:{}},exit_single_node_trees:{name:"exit_single_node_trees",requestType:vC,requestStream:!1,responseType:ZC,responseStream:!1,options:{}},cooperative_exit_v2:{name:"cooperative_exit_v2",requestType:Wg,requestStream:!1,responseType:Pg,responseStream:!1,options:{}},claim_transfer_sign_refunds_v2:{name:"claim_transfer_sign_refunds_v2",requestType:ug,requestStream:!1,responseType:Ng,responseStream:!1,options:{}},finalize_node_signatures_v2:{name:"finalize_node_signatures_v2",requestType:yI,requestStream:!1,responseType:lI,responseStream:!1,options:{}},initiate_preimage_swap_v2:{name:"initiate_preimage_swap_v2",requestType:Tg,requestStream:!1,responseType:Zg,responseStream:!1,options:{}},initiate_preimage_swap_v3:{name:"initiate_preimage_swap_v3",requestType:Tg,requestStream:!1,responseType:Zg,responseStream:!1,options:{}},start_leaf_swap_v2:{name:"start_leaf_swap_v2",requestType:mI,requestStream:!1,responseType:JI,responseStream:!1,options:{}},start_transfer_v2:{name:"start_transfer_v2",requestType:mI,requestStream:!1,responseType:JI,responseStream:!1,options:{}},start_transfer_v3:{name:"start_transfer_v3",requestType:qI,requestStream:!1,responseType:JI,responseStream:!1,options:{}},claim_transfer:{name:"claim_transfer",requestType:dg,requestStream:!1,responseType:hg,responseStream:!1,options:{}},get_utxos_for_address:{name:"get_utxos_for_address",requestType:xC,requestStream:!1,responseType:WC,responseStream:!1,options:{}},get_utxos_for_identity:{name:"get_utxos_for_identity",requestType:OC,requestStream:!1,responseType:XC,responseStream:!1,options:{}},query_spark_invoices:{name:"query_spark_invoices",requestType:jC,requestStream:!1,responseType:zC,responseStream:!1,options:{}},initiate_swap_primary_transfer:{name:"initiate_swap_primary_transfer",requestType:CB,requestStream:!1,responseType:BB,responseStream:!1,options:{}},update_wallet_setting:{name:"update_wallet_setting",requestType:tB,requestStream:!1,responseType:oB,responseStream:!1,options:{}},query_wallet_setting:{name:"query_wallet_setting",requestType:nB,requestStream:!1,responseType:aB,responseStream:!1,options:{}}}};function rB(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function cB(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function DB(A){return{seconds:Math.trunc(A.getTime()/1e3),nanos:A.getTime()%1e3*1e6}}function wB(A){let I=1e3*(A.seconds||0);return I+=(A.nanos||0)/1e6,new globalThis.Date(I)}function dB(A){return A instanceof globalThis.Date?A:"string"==typeof A?new globalThis.Date(A):wB(N.fromJSON(A))}function hB(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function yB(A){return"object"==typeof A&&null!==A}function lB(A){return null!=A}const kB="object"==typeof globalThis&&"crypto"in globalThis?globalThis.crypto:void 0;function uB(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}function NB(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function GB(A,...I){if(!uB(A))throw new Error("Uint8Array expected");if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function pB(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");NB(A.outputLen),NB(A.blockLen)}function SB(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function fB(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function FB(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function RB(A,I){return A<<32-I|A>>>I}const UB=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),MB=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function KB(A){if(GB(A),UB)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=MB[A[g]];return I}function mB(A){return A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0}function JB(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(UB)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=mB(A.charCodeAt(B)),i=mB(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}function bB(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function HB(A){return"string"==typeof A&&(A=bB(A)),GB(A),A}function YB(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];GB(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g}class LB{}function qB(A){const I=I=>A().update(HB(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}function VB(A=32){if(kB&&"function"==typeof kB.getRandomValues)return kB.getRandomValues(new Uint8Array(A));if(kB&&"function"==typeof kB.randomBytes)return Uint8Array.from(kB.randomBytes(A));throw new Error("crypto.getRandomValues must be defined")}const TB="undefined"!=typeof window&&void 0!==window.document,vB="undefined"!=typeof process&&null!=process.versions&&null!=process.versions.node,ZB=vB&&!1,xB="undefined"!=typeof Bare;"undefined"!=typeof navigator&&navigator.product;var WB=class extends Error{code;message;extraInfo;constructor(A,I,g){super(I),this.code=A,this.message=I,this.extraInfo=g}};const PB="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",OB=A=>Uint8Array.from(((A="")=>{const I=A.replace(/=+$/,"");let g="";if(I.length%4==1)throw new Error("'atob' failed: The string to be decoded is not correctly encoded.");for(let A,C=0,B=0,i=0;A=I.charAt(i++);~A&&(B=C%4?64*B+A:A,C++%4)&&(g+=String.fromCharCode(255&B>>(-2*C&6))))A=PB.indexOf(A);return g})(A),A=>A.charCodeAt(0));const XB=A=>A.reduce((A,I)=>A+("0"+I.toString(16)).slice(-2),""),jB=A=>{const I=[];for(let g=0;g<A.length;g+=2)I.push(parseInt(A.substr(g,2),16));return Uint8Array.from(I)};const zB=A=>Boolean("object"==typeof A&&null!==A&&"name"in A&&"string"==typeof A.name&&"message"in A&&"string"==typeof A.message);var _B="object"==typeof global&&global&&global.Object===Object&&global,$B="object"==typeof self&&self&&self.Object===Object&&self,Ai=(_B||$B||Function("return this")()).Symbol,Ii=Object.prototype;Ii.hasOwnProperty,Ii.toString,Ai&&Ai.toStringTag,Object.prototype.toString,Ai&&Ai.toStringTag;var gi=Q(4353),Ci=Q(3826);function Bi(A,I){(null==I||I>A.length)&&(I=A.length);for(var g=0,C=new Array(I);g<I;g++)C[g]=A[g];return C}function ii(A,I){for(var g=0;g<I.length;g++){var C=I[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function Qi(A,I,g){return I&&ii(A.prototype,I),g&&ii(A,g),A}var ei=function(){return"function"==typeof Symbol},Ei=function(A){return ei()&&Boolean(Symbol[A])},ti=function(A){return Ei(A)?Symbol[A]:"@@"+A};ei()&&!Ei("observable")&&(Symbol.observable=Symbol("observable"));var oi=ti("iterator"),ni=ti("observable"),ai=ti("species");function si(A,I){var g=A[I];if(null!=g){if("function"!=typeof g)throw new TypeError(g+" is not a function");return g}}function ri(A){var I=A.constructor;return void 0!==I&&null===(I=I[ai])&&(I=void 0),void 0!==I?I:Ni}function ci(A){return A instanceof Ni}function Di(A){Di.log?Di.log(A):setTimeout(function(){throw A})}function wi(A){Promise.resolve().then(function(){try{A()}catch(A){Di(A)}})}function di(A){var I=A._cleanup;if(void 0!==I&&(A._cleanup=void 0,I))try{if("function"==typeof I)I();else{var g=si(I,"unsubscribe");g&&g.call(I)}}catch(A){Di(A)}}function hi(A){A._observer=void 0,A._queue=void 0,A._state="closed"}function yi(A,I,g){A._state="running";var C=A._observer;try{var B=si(C,I);switch(I){case"next":B&&B.call(C,g);break;case"error":if(hi(A),!B)throw g;B.call(C,g);break;case"complete":hi(A),B&&B.call(C)}}catch(A){Di(A)}"closed"===A._state?di(A):"running"===A._state&&(A._state="ready")}function li(A,I,g){if("closed"!==A._state){if("buffering"!==A._state)return"ready"!==A._state?(A._state="buffering",A._queue=[{type:I,value:g}],void wi(function(){return function(A){var I=A._queue;if(I){A._queue=void 0,A._state="ready";for(var g=0;g<I.length&&(yi(A,I[g].type,I[g].value),"closed"!==A._state);++g);}}(A)})):void yi(A,I,g);A._queue.push({type:I,value:g})}}var ki=function(){function A(A,I){this._cleanup=void 0,this._observer=A,this._queue=void 0,this._state="initializing";var g=new ui(this);try{this._cleanup=I.call(void 0,g)}catch(A){g.error(A)}"initializing"===this._state&&(this._state="ready")}return A.prototype.unsubscribe=function(){"closed"!==this._state&&(hi(this),di(this))},Qi(A,[{key:"closed",get:function(){return"closed"===this._state}}]),A}(),ui=function(){function A(A){this._subscription=A}var I=A.prototype;return I.next=function(A){li(this._subscription,"next",A)},I.error=function(A){li(this._subscription,"error",A)},I.complete=function(){li(this._subscription,"complete")},Qi(A,[{key:"closed",get:function(){return"closed"===this._subscription._state}}]),A}(),Ni=function(){function A(I){if(!(this instanceof A))throw new TypeError("Observable cannot be called as a function");if("function"!=typeof I)throw new TypeError("Observable initializer must be a function");this._subscriber=I}var I=A.prototype;return I.subscribe=function(A){return"object"==typeof A&&null!==A||(A={next:A,error:arguments[1],complete:arguments[2]}),new ki(A,this._subscriber)},I.forEach=function(A){var I=this;return new Promise(function(g,C){if("function"==typeof A)var B=I.subscribe({next:function(I){try{A(I,i)}catch(A){C(A),B.unsubscribe()}},error:C,complete:g});else C(new TypeError(A+" is not a function"));function i(){B.unsubscribe(),g()}})},I.map=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");return new(ri(this))(function(g){return I.subscribe({next:function(I){try{I=A(I)}catch(A){return g.error(A)}g.next(I)},error:function(A){g.error(A)},complete:function(){g.complete()}})})},I.filter=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");return new(ri(this))(function(g){return I.subscribe({next:function(I){try{if(!A(I))return}catch(A){return g.error(A)}g.next(I)},error:function(A){g.error(A)},complete:function(){g.complete()}})})},I.reduce=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");var g=ri(this),C=arguments.length>1,B=!1,i=arguments[1];return new g(function(g){return I.subscribe({next:function(I){var Q=!B;if(B=!0,!Q||C)try{i=A(i,I)}catch(A){return g.error(A)}else i=I},error:function(A){g.error(A)},complete:function(){if(!B&&!C)return g.error(new TypeError("Cannot reduce an empty sequence"));g.next(i),g.complete()}})})},I.concat=function(){for(var A=this,I=arguments.length,g=new Array(I),C=0;C<I;C++)g[C]=arguments[C];var B=ri(this);return new B(function(I){var C,i=0;return function A(Q){C=Q.subscribe({next:function(A){I.next(A)},error:function(A){I.error(A)},complete:function(){i===g.length?(C=void 0,I.complete()):A(B.from(g[i++]))}})}(A),function(){C&&(C.unsubscribe(),C=void 0)}})},I.flatMap=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");var g=ri(this);return new g(function(C){var B=[],i=I.subscribe({next:function(I){if(A)try{I=A(I)}catch(A){return C.error(A)}var i=g.from(I).subscribe({next:function(A){C.next(A)},error:function(A){C.error(A)},complete:function(){var A=B.indexOf(i);A>=0&&B.splice(A,1),Q()}});B.push(i)},error:function(A){C.error(A)},complete:function(){Q()}});function Q(){i.closed&&0===B.length&&C.complete()}return function(){B.forEach(function(A){return A.unsubscribe()}),i.unsubscribe()}})},I[ni]=function(){return this},A.from=function(I){var g="function"==typeof this?this:A;if(null==I)throw new TypeError(I+" is not an object");var C=si(I,ni);if(C){var B=C.call(I);if(Object(B)!==B)throw new TypeError(B+" is not an object");return ci(B)&&B.constructor===g?B:new g(function(A){return B.subscribe(A)})}if(Ei("iterator")&&(C=si(I,oi)))return new g(function(A){wi(function(){if(!A.closed){for(var g,B=function(A,I){var g="undefined"!=typeof Symbol&&A[Symbol.iterator]||A["@@iterator"];if(g)return(g=g.call(A)).next.bind(g);if(Array.isArray(A)||(g=function(A,I){if(A){if("string"==typeof A)return Bi(A,I);var g=Object.prototype.toString.call(A).slice(8,-1);return"Object"===g&&A.constructor&&(g=A.constructor.name),"Map"===g||"Set"===g?Array.from(A):"Arguments"===g||/^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(g)?Bi(A,I):void 0}}(A))||I&&A&&"number"==typeof A.length){g&&(A=g);var C=0;return function(){return C>=A.length?{done:!0}:{done:!1,value:A[C++]}}}throw new TypeError("Invalid attempt to iterate non-iterable instance.\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.")}(C.call(I));!(g=B()).done;){var i=g.value;if(A.next(i),A.closed)return}A.complete()}})});if(Array.isArray(I))return new g(function(A){wi(function(){if(!A.closed){for(var g=0;g<I.length;++g)if(A.next(I[g]),A.closed)return;A.complete()}})});throw new TypeError(I+" is not observable")},A.of=function(){for(var I=arguments.length,g=new Array(I),C=0;C<I;C++)g[C]=arguments[C];return new("function"==typeof this?this:A)(function(A){wi(function(){if(!A.closed){for(var I=0;I<g.length;++I)if(A.next(g[I]),A.closed)return;A.complete()}})})},Qi(A,null,[{key:ai,get:function(){return this}}]),A}();function Gi(A,I,g){return A&I^~A&g}function pi(A,I,g){return A&I^A&g^I&g}ei()&&Object.defineProperty(Ni,Symbol("extensions"),{value:{symbol:ni,hostReportError:Di},configurable:!0});class Si extends LB{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=FB(this.buffer)}update(A){SB(this),GB(A=HB(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=FB(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){SB(this),function(A,I){GB(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,fB(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=FB(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const fi=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),Fi=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),Ri=new Uint32Array(64);class Ui extends Si{constructor(A=32){super(64,A,8,!1),this.A=0|fi[0],this.B=0|fi[1],this.C=0|fi[2],this.D=0|fi[3],this.E=0|fi[4],this.F=0|fi[5],this.G=0|fi[6],this.H=0|fi[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)Ri[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=Ri[A-15],g=Ri[A-2],C=RB(I,7)^RB(I,18)^I>>>3,B=RB(g,17)^RB(g,19)^g>>>10;Ri[A]=B+Ri[A-7]+C+Ri[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(RB(Q,6)^RB(Q,11)^RB(Q,25))+Gi(Q,e,E)+Fi[A]+Ri[A]|0,o=(RB(g,2)^RB(g,13)^RB(g,22))+pi(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){fB(Ri)}destroy(){this.set(0,0,0,0,0,0,0,0),fB(this.buffer)}}const Mi=qB(()=>new Ui);class Ki extends LB{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,pB(A);const g=HB(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),fB(B)}update(A){return SB(this),this.iHash.update(A),this}digestInto(A){SB(this),GB(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const mi=(A,I,g)=>new Ki(A,I).update(g).digest();mi.create=(A,I)=>new Ki(A,I);const Ji=BigInt(0),bi=BigInt(1);function Hi(A,I=""){if("boolean"!=typeof A)throw new Error((I&&`"${I}"`)+"expected boolean, got type="+typeof A);return A}function Yi(A,I,g=""){const C=uB(A),B=A?.length,i=void 0!==I;if(!C||i&&B!==I)throw new Error((g&&`"${g}" `)+"expected Uint8Array"+(i?` of length ${I}`:"")+", got "+(C?`length=${B}`:"type="+typeof A));return A}function Li(A){const I=A.toString(16);return 1&I.length?"0"+I:I}function qi(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);return""===A?Ji:BigInt("0x"+A)}function Vi(A){return qi(KB(A))}function Ti(A){return GB(A),qi(KB(Uint8Array.from(A).reverse()))}function vi(A,I){return JB(A.toString(16).padStart(2*I,"0"))}function Zi(A,I){return vi(A,I).reverse()}function xi(A){return JB(Li(A))}function Wi(A,I,g){let C;if("string"==typeof I)try{C=JB(I)}catch(I){throw new Error(A+" must be hex string or Uint8Array, cause: "+I)}else{if(!uB(I))throw new Error(A+" must be hex string or Uint8Array");C=Uint8Array.from(I)}const B=C.length;if("number"==typeof g&&B!==g)throw new Error(A+" of length "+g+" expected, got "+B);return C}function Pi(A,I){if(A.length!==I.length)return!1;let g=0;for(let C=0;C<A.length;C++)g|=A[C]^I[C];return 0===g}const Oi=A=>"bigint"==typeof A&&Ji<=A;function Xi(A,I,g){return Oi(A)&&Oi(I)&&Oi(g)&&I<=A&&A<g}function ji(A){let I;for(I=0;A>Ji;A>>=bi,I+=1);return I}const zi=A=>(bi<<BigInt(A))-bi;function _i(A,I,g={}){if(!A||"object"!=typeof A)throw new Error("expected valid options object");function C(I,g,C){const B=A[I];if(C&&void 0===B)return;const i=typeof B;if(i!==g||null===B)throw new Error(`param "${I}" is invalid: expected ${g}, got ${i}`)}Object.entries(I).forEach(([A,I])=>C(A,I,!1)),Object.entries(g).forEach(([A,I])=>C(A,I,!0))}function $i(A){const I=new WeakMap;return(g,...C)=>{const B=I.get(g);if(void 0!==B)return B;const i=A(g,...C);return I.set(g,i),i}}const AQ=BigInt(0),IQ=BigInt(1),gQ=BigInt(2),CQ=BigInt(3),BQ=BigInt(4),iQ=BigInt(5),QQ=BigInt(7),eQ=BigInt(8),EQ=BigInt(9),tQ=BigInt(16);function oQ(A,I){const g=A%I;return g>=AQ?g:I+g}function nQ(A,I,g){let C=A;for(;I-- >AQ;)C*=C,C%=g;return C}function aQ(A,I){if(A===AQ)throw new Error("invert: expected non-zero number");if(I<=AQ)throw new Error("invert: expected positive modulus, got "+I);let g=oQ(A,I),C=I,B=AQ,i=IQ,Q=IQ,e=AQ;for(;g!==AQ;){const A=C/g,I=C%g,E=B-Q*A,t=i-e*A;C=g,g=I,B=Q,i=e,Q=E,e=t}if(C!==IQ)throw new Error("invert: does not exist");return oQ(B,I)}function sQ(A,I,g){if(!A.eql(A.sqr(I),g))throw new Error("Cannot find square root")}function rQ(A,I){const g=(A.ORDER+IQ)/BQ,C=A.pow(I,g);return sQ(A,C,I),C}function cQ(A,I){const g=(A.ORDER-iQ)/eQ,C=A.mul(I,gQ),B=A.pow(C,g),i=A.mul(I,B),Q=A.mul(A.mul(i,gQ),B),e=A.mul(i,A.sub(Q,A.ONE));return sQ(A,e,I),e}function DQ(A){if(A<CQ)throw new Error("sqrt is not defined for small field");let I=A-IQ,g=0;for(;I%gQ===AQ;)I/=gQ,g++;let C=gQ;const B=lQ(A);for(;1===hQ(B,C);)if(C++>1e3)throw new Error("Cannot find square root: probably non-prime P");if(1===g)return rQ;let i=B.pow(C,I);const Q=(I+IQ)/gQ;return function(A,C){if(A.is0(C))return C;if(1!==hQ(A,C))throw new Error("Cannot find square root");let B=g,e=A.mul(A.ONE,i),E=A.pow(C,I),t=A.pow(C,Q);for(;!A.eql(E,A.ONE);){if(A.is0(E))return A.ZERO;let I=1,g=A.sqr(E);for(;!A.eql(g,A.ONE);)if(I++,g=A.sqr(g),I===B)throw new Error("Cannot find square root");const C=IQ<<BigInt(B-I-1),i=A.pow(e,C);B=I,e=A.sqr(i),E=A.mul(E,e),t=A.mul(t,i)}return t}}const wQ=["create","isValid","is0","neg","inv","sqrt","sqr","eql","add","sub","mul","pow","div","addN","subN","mulN","sqrN"];function dQ(A,I,g=!1){const C=new Array(I.length).fill(g?A.ZERO:void 0),B=I.reduce((I,g,B)=>A.is0(g)?I:(C[B]=I,A.mul(I,g)),A.ONE),i=A.inv(B);return I.reduceRight((I,g,B)=>A.is0(g)?I:(C[B]=A.mul(I,C[B]),A.mul(I,g)),i),C}function hQ(A,I){const g=(A.ORDER-IQ)/gQ,C=A.pow(I,g),B=A.eql(C,A.ONE),i=A.eql(C,A.ZERO),Q=A.eql(C,A.neg(A.ONE));if(!B&&!i&&!Q)throw new Error("invalid Legendre symbol result");return B?1:i?0:-1}function yQ(A,I){void 0!==I&&NB(I);const g=void 0!==I?I:A.toString(2).length;return{nBitLength:g,nByteLength:Math.ceil(g/8)}}function lQ(A,I,g=!1,C={}){if(A<=AQ)throw new Error("invalid field: expected ORDER > 0, got "+A);let B,i,Q,e=!1;if("object"==typeof I&&null!=I){if(C.sqrt||g)throw new Error("cannot specify opts in two arguments");const A=I;A.BITS&&(B=A.BITS),A.sqrt&&(i=A.sqrt),"boolean"==typeof A.isLE&&(g=A.isLE),"boolean"==typeof A.modFromBytes&&(e=A.modFromBytes),Q=A.allowedLengths}else"number"==typeof I&&(B=I),C.sqrt&&(i=C.sqrt);const{nBitLength:E,nByteLength:t}=yQ(A,B);if(t>2048)throw new Error("invalid field: expected ORDER of <= 2048 bytes");let o;const n=Object.freeze({ORDER:A,isLE:g,BITS:E,BYTES:t,MASK:zi(E),ZERO:AQ,ONE:IQ,allowedLengths:Q,create:I=>oQ(I,A),isValid:I=>{if("bigint"!=typeof I)throw new Error("invalid field element: expected bigint, got "+typeof I);return AQ<=I&&I<A},is0:A=>A===AQ,isValidNot0:A=>!n.is0(A)&&n.isValid(A),isOdd:A=>(A&IQ)===IQ,neg:I=>oQ(-I,A),eql:(A,I)=>A===I,sqr:I=>oQ(I*I,A),add:(I,g)=>oQ(I+g,A),sub:(I,g)=>oQ(I-g,A),mul:(I,g)=>oQ(I*g,A),pow:(A,I)=>function(A,I,g){if(g<AQ)throw new Error("invalid exponent, negatives unsupported");if(g===AQ)return A.ONE;if(g===IQ)return I;let C=A.ONE,B=I;for(;g>AQ;)g&IQ&&(C=A.mul(C,B)),B=A.sqr(B),g>>=IQ;return C}(n,A,I),div:(I,g)=>oQ(I*aQ(g,A),A),sqrN:A=>A*A,addN:(A,I)=>A+I,subN:(A,I)=>A-I,mulN:(A,I)=>A*I,inv:I=>aQ(I,A),sqrt:i||(I=>(o||(o=function(A){return A%BQ===CQ?rQ:A%eQ===iQ?cQ:A%tQ===EQ?function(A){const I=lQ(A),g=DQ(A),C=g(I,I.neg(I.ONE)),B=g(I,C),i=g(I,I.neg(C)),Q=(A+QQ)/tQ;return(A,I)=>{let g=A.pow(I,Q),e=A.mul(g,C);const E=A.mul(g,B),t=A.mul(g,i),o=A.eql(A.sqr(e),I),n=A.eql(A.sqr(E),I);g=A.cmov(g,e,o),e=A.cmov(t,E,n);const a=A.eql(A.sqr(e),I),s=A.cmov(g,e,a);return sQ(A,s,I),s}}(A):DQ(A)}(A)),o(n,I))),toBytes:A=>g?Zi(A,t):vi(A,t),fromBytes:(I,C=!0)=>{if(Q){if(!Q.includes(I.length)||I.length>t)throw new Error("Field.fromBytes: expected "+Q+" bytes, got "+I.length);const A=new Uint8Array(t);A.set(I,g?0:A.length-I.length),I=A}if(I.length!==t)throw new Error("Field.fromBytes: expected "+t+" bytes, got "+I.length);let B=g?Ti(I):Vi(I);if(e&&(B=oQ(B,A)),!C&&!n.isValid(B))throw new Error("invalid field element: outside of range 0..ORDER");return B},invertBatch:A=>dQ(n,A),cmov:(A,I,g)=>g?I:A});return Object.freeze(n)}function kQ(A){if("bigint"!=typeof A)throw new Error("field order must be bigint");const I=A.toString(2).length;return Math.ceil(I/8)}function uQ(A){const I=kQ(A);return I+Math.ceil(I/2)}function NQ(A,I,g=!1){const C=A.length,B=kQ(I),i=uQ(I);if(C<16||C<i||C>1024)throw new Error("expected "+i+"-1024 bytes of input, got "+C);const Q=oQ(g?Ti(A):Vi(A),I-IQ)+IQ;return g?Zi(Q,B):vi(Q,B)}const GQ=BigInt(0),pQ=BigInt(1);function SQ(A,I){const g=I.negate();return A?g:I}function fQ(A,I){const g=dQ(A.Fp,I.map(A=>A.Z));return I.map((I,C)=>A.fromAffine(I.toAffine(g[C])))}function FQ(A,I){if(!Number.isSafeInteger(A)||A<=0||A>I)throw new Error("invalid window size, expected [1.."+I+"], got W="+A)}function RQ(A,I){FQ(A,I);const g=2**A;return{windows:Math.ceil(I/A)+1,windowSize:2**(A-1),mask:zi(A),maxNumber:g,shiftBy:BigInt(A)}}function UQ(A,I,g){const{windowSize:C,mask:B,maxNumber:i,shiftBy:Q}=g;let e=Number(A&B),E=A>>Q;e>C&&(e-=i,E+=pQ);const t=I*C;return{nextN:E,offset:t+Math.abs(e)-1,isZero:0===e,isNeg:e<0,isNegF:I%2!=0,offsetF:t}}const MQ=new WeakMap,KQ=new WeakMap;function mQ(A){return KQ.get(A)||1}function JQ(A){if(A!==GQ)throw new Error("invalid wNAF")}class bQ{constructor(A,I){this.BASE=A.BASE,this.ZERO=A.ZERO,this.Fn=A.Fn,this.bits=I}_unsafeLadder(A,I,g=this.ZERO){let C=A;for(;I>GQ;)I&pQ&&(g=g.add(C)),C=C.double(),I>>=pQ;return g}precomputeWindow(A,I){const{windows:g,windowSize:C}=RQ(I,this.bits),B=[];let i=A,Q=i;for(let A=0;A<g;A++){Q=i,B.push(Q);for(let A=1;A<C;A++)Q=Q.add(i),B.push(Q);i=Q.double()}return B}wNAF(A,I,g){if(!this.Fn.isValid(g))throw new Error("invalid scalar");let C=this.ZERO,B=this.BASE;const i=RQ(A,this.bits);for(let A=0;A<i.windows;A++){const{nextN:Q,offset:e,isZero:E,isNeg:t,isNegF:o,offsetF:n}=UQ(g,A,i);g=Q,E?B=B.add(SQ(o,I[n])):C=C.add(SQ(t,I[e]))}return JQ(g),{p:C,f:B}}wNAFUnsafe(A,I,g,C=this.ZERO){const B=RQ(A,this.bits);for(let A=0;A<B.windows&&g!==GQ;A++){const{nextN:i,offset:Q,isZero:e,isNeg:E}=UQ(g,A,B);if(g=i,!e){const A=I[Q];C=C.add(E?A.negate():A)}}return JQ(g),C}getPrecomputes(A,I,g){let C=MQ.get(I);return C||(C=this.precomputeWindow(I,A),1!==A&&("function"==typeof g&&(C=g(C)),MQ.set(I,C))),C}cached(A,I,g){const C=mQ(A);return this.wNAF(C,this.getPrecomputes(C,A,g),I)}unsafe(A,I,g,C){const B=mQ(A);return 1===B?this._unsafeLadder(A,I,C):this.wNAFUnsafe(B,this.getPrecomputes(B,A,g),I,C)}createCache(A,I){FQ(I,this.bits),KQ.set(A,I),MQ.delete(A)}hasCache(A){return 1!==mQ(A)}}function HQ(A,I,g){if(I){if(I.ORDER!==A)throw new Error("Field.ORDER must match order: Fp == p, Fn == n");return function(A){_i(A,wQ.reduce((A,I)=>(A[I]="function",A),{ORDER:"bigint",MASK:"bigint",BYTES:"number",BITS:"number"}))}(I),I}return lQ(A,{isLE:g})}const YQ=(A,I)=>(A+(A>=0?I:-I)/xQ)/I;function LQ(A){if(!["compact","recovered","der"].includes(A))throw new Error('Signature format must be "compact", "recovered", or "der"');return A}function qQ(A,I){const g={};for(let C of Object.keys(I))g[C]=void 0===A[C]?I[C]:A[C];return Hi(g.lowS,"lowS"),Hi(g.prehash,"prehash"),void 0!==g.format&&LQ(g.format),g}class VQ extends Error{constructor(A=""){super(A)}}const TQ={Err:VQ,_tlv:{encode:(A,I)=>{const{Err:g}=TQ;if(A<0||A>256)throw new g("tlv.encode: wrong tag");if(1&I.length)throw new g("tlv.encode: unpadded data");const C=I.length/2,B=Li(C);if(B.length/2&128)throw new g("tlv.encode: long form length too big");const i=C>127?Li(B.length/2|128):"";return Li(A)+i+B+I},decode(A,I){const{Err:g}=TQ;let C=0;if(A<0||A>256)throw new g("tlv.encode: wrong tag");if(I.length<2||I[C++]!==A)throw new g("tlv.decode: wrong tlv");const B=I[C++];let i=0;if(128&B){const A=127&B;if(!A)throw new g("tlv.decode(long): indefinite length not supported");if(A>4)throw new g("tlv.decode(long): byte length is too big");const Q=I.subarray(C,C+A);if(Q.length!==A)throw new g("tlv.decode: length bytes not complete");if(0===Q[0])throw new g("tlv.decode(long): zero leftmost byte");for(const A of Q)i=i<<8|A;if(C+=A,i<128)throw new g("tlv.decode(long): not minimal encoding")}else i=B;const Q=I.subarray(C,C+i);if(Q.length!==i)throw new g("tlv.decode: wrong value length");return{v:Q,l:I.subarray(C+i)}}},_int:{encode(A){const{Err:I}=TQ;if(A<vQ)throw new I("integer: negative integers are not allowed");let g=Li(A);if(8&Number.parseInt(g[0],16)&&(g="00"+g),1&g.length)throw new I("unexpected DER parsing assertion: unpadded hex");return g},decode(A){const{Err:I}=TQ;if(128&A[0])throw new I("invalid signature integer: negative");if(0===A[0]&&!(128&A[1]))throw new I("invalid signature integer: unnecessary leading zero");return Vi(A)}},toSig(A){const{Err:I,_int:g,_tlv:C}=TQ,B=Wi("signature",A),{v:i,l:Q}=C.decode(48,B);if(Q.length)throw new I("invalid signature: left bytes after parsing");const{v:e,l:E}=C.decode(2,i),{v:t,l:o}=C.decode(2,E);if(o.length)throw new I("invalid signature: left bytes after parsing");return{r:g.decode(e),s:g.decode(t)}},hexFromSig(A){const{_tlv:I,_int:g}=TQ,C=I.encode(2,g.encode(A.r))+I.encode(2,g.encode(A.s));return I.encode(48,C)}},vQ=BigInt(0),ZQ=BigInt(1),xQ=BigInt(2),WQ=BigInt(3),PQ=BigInt(4);function OQ(A,I){const{BYTES:g}=A;let C;if("bigint"==typeof I)C=I;else{let B=Wi("private key",I);try{C=A.fromBytes(B)}catch(A){throw new Error(`invalid private key: expected ui8a of size ${g}, got ${typeof I}`)}}if(!A.isValidNot0(C))throw new Error("invalid private key: out of range [1..N-1]");return C}function XQ(A,I={}){const g=function(A,I,g={},C){if(void 0===C&&(C="edwards"===A),!I||"object"!=typeof I)throw new Error(`expected valid ${A} CURVE object`);for(const A of["p","n","h"]){const g=I[A];if(!("bigint"==typeof g&&g>GQ))throw new Error(`CURVE.${A} must be positive bigint`)}const B=HQ(I.p,g.Fp,C),i=HQ(I.n,g.Fn,C),Q=["Gx","Gy","a","weierstrass"===A?"b":"d"];for(const A of Q)if(!B.isValid(I[A]))throw new Error(`CURVE.${A} must be valid field element of CURVE.Fp`);return{CURVE:I=Object.freeze(Object.assign({},I)),Fp:B,Fn:i}}("weierstrass",A,I),{Fp:C,Fn:B}=g;let i=g.CURVE;const{h:Q,n:e}=i;_i(I,{},{allowInfinityPoint:"boolean",clearCofactor:"function",isTorsionFree:"function",fromBytes:"function",toBytes:"function",endo:"object",wrapPrivateKey:"boolean"});const{endo:E}=I;if(E&&(!C.is0(i.a)||"bigint"!=typeof E.beta||!Array.isArray(E.basises)))throw new Error('invalid endo: expected "beta": bigint and "basises": array');const t=zQ(C,B);function o(){if(!C.isOdd)throw new Error("compression is not supported: Field does not have .isOdd()")}const n=I.toBytes||function(A,I,g){const{x:B,y:i}=I.toAffine(),Q=C.toBytes(B);return Hi(g,"isCompressed"),g?(o(),YB(jQ(!C.isOdd(i)),Q)):YB(Uint8Array.of(4),Q,C.toBytes(i))},a=I.fromBytes||function(A){Yi(A,void 0,"Point");const{publicKey:I,publicKeyUncompressed:g}=t,B=A.length,i=A[0],Q=A.subarray(1);if(B!==I||2!==i&&3!==i){if(B===g&&4===i){const A=C.BYTES,I=C.fromBytes(Q.subarray(0,A)),g=C.fromBytes(Q.subarray(A,2*A));if(!r(I,g))throw new Error("bad point: is not on curve");return{x:I,y:g}}throw new Error(`bad point: got length ${B}, expected compressed=${I} or uncompressed=${g}`)}{const A=C.fromBytes(Q);if(!C.isValid(A))throw new Error("bad point: is not on curve, wrong x");const I=s(A);let g;try{g=C.sqrt(I)}catch(A){const I=A instanceof Error?": "+A.message:"";throw new Error("bad point: is not on curve, sqrt error"+I)}return o(),!(1&~i)!==C.isOdd(g)&&(g=C.neg(g)),{x:A,y:g}}};function s(A){const I=C.sqr(A),g=C.mul(I,A);return C.add(C.add(g,C.mul(A,i.a)),i.b)}function r(A,I){const g=C.sqr(I),B=s(A);return C.eql(g,B)}if(!r(i.Gx,i.Gy))throw new Error("bad curve params: generator point");const c=C.mul(C.pow(i.a,WQ),PQ),D=C.mul(C.sqr(i.b),BigInt(27));if(C.is0(C.add(c,D)))throw new Error("bad curve params: a or b");function w(A,I,g=!1){if(!C.isValid(I)||g&&C.is0(I))throw new Error(`bad point coordinate ${A}`);return I}function d(A){if(!(A instanceof u))throw new Error("ProjectivePoint expected")}function h(A){if(!E||!E.basises)throw new Error("no endo");return function(A,I,g){const[[C,B],[i,Q]]=I,e=YQ(Q*A,g),E=YQ(-B*A,g);let t=A-e*C-E*i,o=-e*B-E*Q;const n=t<vQ,a=o<vQ;n&&(t=-t),a&&(o=-o);const s=zi(Math.ceil(ji(g)/2))+ZQ;if(t<vQ||t>=s||o<vQ||o>=s)throw new Error("splitScalar (endomorphism): failed, k="+A);return{k1neg:n,k1:t,k2neg:a,k2:o}}(A,E.basises,B.ORDER)}const y=$i((A,I)=>{const{X:g,Y:B,Z:i}=A;if(C.eql(i,C.ONE))return{x:g,y:B};const Q=A.is0();null==I&&(I=Q?C.ONE:C.inv(i));const e=C.mul(g,I),E=C.mul(B,I),t=C.mul(i,I);if(Q)return{x:C.ZERO,y:C.ZERO};if(!C.eql(t,C.ONE))throw new Error("invZ was invalid");return{x:e,y:E}}),l=$i(A=>{if(A.is0()){if(I.allowInfinityPoint&&!C.is0(A.Y))return;throw new Error("bad point: ZERO")}const{x:g,y:B}=A.toAffine();if(!C.isValid(g)||!C.isValid(B))throw new Error("bad point: x or y not field elements");if(!r(g,B))throw new Error("bad point: equation left != right");if(!A.isTorsionFree())throw new Error("bad point: not in prime-order subgroup");return!0});function k(A,I,g,B,i){return g=new u(C.mul(g.X,A),g.Y,g.Z),I=SQ(B,I),g=SQ(i,g),I.add(g)}class u{constructor(A,I,g){this.X=w("x",A),this.Y=w("y",I,!0),this.Z=w("z",g),Object.freeze(this)}static CURVE(){return i}static fromAffine(A){const{x:I,y:g}=A||{};if(!A||!C.isValid(I)||!C.isValid(g))throw new Error("invalid affine point");if(A instanceof u)throw new Error("projective point not allowed");return C.is0(I)&&C.is0(g)?u.ZERO:new u(I,g,C.ONE)}static fromBytes(A){const I=u.fromAffine(a(Yi(A,void 0,"point")));return I.assertValidity(),I}static fromHex(A){return u.fromBytes(Wi("pointHex",A))}get x(){return this.toAffine().x}get y(){return this.toAffine().y}precompute(A=8,I=!0){return G.createCache(this,A),I||this.multiply(WQ),this}assertValidity(){l(this)}hasEvenY(){const{y:A}=this.toAffine();if(!C.isOdd)throw new Error("Field doesn't support isOdd");return!C.isOdd(A)}equals(A){d(A);const{X:I,Y:g,Z:B}=this,{X:i,Y:Q,Z:e}=A,E=C.eql(C.mul(I,e),C.mul(i,B)),t=C.eql(C.mul(g,e),C.mul(Q,B));return E&&t}negate(){return new u(this.X,C.neg(this.Y),this.Z)}double(){const{a:A,b:I}=i,g=C.mul(I,WQ),{X:B,Y:Q,Z:e}=this;let E=C.ZERO,t=C.ZERO,o=C.ZERO,n=C.mul(B,B),a=C.mul(Q,Q),s=C.mul(e,e),r=C.mul(B,Q);return r=C.add(r,r),o=C.mul(B,e),o=C.add(o,o),E=C.mul(A,o),t=C.mul(g,s),t=C.add(E,t),E=C.sub(a,t),t=C.add(a,t),t=C.mul(E,t),E=C.mul(r,E),o=C.mul(g,o),s=C.mul(A,s),r=C.sub(n,s),r=C.mul(A,r),r=C.add(r,o),o=C.add(n,n),n=C.add(o,n),n=C.add(n,s),n=C.mul(n,r),t=C.add(t,n),s=C.mul(Q,e),s=C.add(s,s),n=C.mul(s,r),E=C.sub(E,n),o=C.mul(s,a),o=C.add(o,o),o=C.add(o,o),new u(E,t,o)}add(A){d(A);const{X:I,Y:g,Z:B}=this,{X:Q,Y:e,Z:E}=A;let t=C.ZERO,o=C.ZERO,n=C.ZERO;const a=i.a,s=C.mul(i.b,WQ);let r=C.mul(I,Q),c=C.mul(g,e),D=C.mul(B,E),w=C.add(I,g),h=C.add(Q,e);w=C.mul(w,h),h=C.add(r,c),w=C.sub(w,h),h=C.add(I,B);let y=C.add(Q,E);return h=C.mul(h,y),y=C.add(r,D),h=C.sub(h,y),y=C.add(g,B),t=C.add(e,E),y=C.mul(y,t),t=C.add(c,D),y=C.sub(y,t),n=C.mul(a,h),t=C.mul(s,D),n=C.add(t,n),t=C.sub(c,n),n=C.add(c,n),o=C.mul(t,n),c=C.add(r,r),c=C.add(c,r),D=C.mul(a,D),h=C.mul(s,h),c=C.add(c,D),D=C.sub(r,D),D=C.mul(a,D),h=C.add(h,D),r=C.mul(c,h),o=C.add(o,r),r=C.mul(y,h),t=C.mul(w,t),t=C.sub(t,r),r=C.mul(w,c),n=C.mul(y,n),n=C.add(n,r),new u(t,o,n)}subtract(A){return this.add(A.negate())}is0(){return this.equals(u.ZERO)}multiply(A){const{endo:g}=I;if(!B.isValidNot0(A))throw new Error("invalid scalar: out of range");let C,i;const Q=A=>G.cached(this,A,A=>fQ(u,A));if(g){const{k1neg:I,k1:B,k2neg:e,k2:E}=h(A),{p:t,f:o}=Q(B),{p:n,f:a}=Q(E);i=o.add(a),C=k(g.beta,t,n,I,e)}else{const{p:I,f:g}=Q(A);C=I,i=g}return fQ(u,[C,i])[0]}multiplyUnsafe(A){const{endo:g}=I,C=this;if(!B.isValid(A))throw new Error("invalid scalar: out of range");if(A===vQ||C.is0())return u.ZERO;if(A===ZQ)return C;if(G.hasCache(this))return this.multiply(A);if(g){const{k1neg:I,k1:B,k2neg:i,k2:Q}=h(A),{p1:e,p2:E}=function(A,I,g,C){let B=I,i=A.ZERO,Q=A.ZERO;for(;g>GQ||C>GQ;)g&pQ&&(i=i.add(B)),C&pQ&&(Q=Q.add(B)),B=B.double(),g>>=pQ,C>>=pQ;return{p1:i,p2:Q}}(u,C,B,Q);return k(g.beta,e,E,I,i)}return G.unsafe(C,A)}multiplyAndAddUnsafe(A,I,g){const C=this.multiplyUnsafe(I).add(A.multiplyUnsafe(g));return C.is0()?void 0:C}toAffine(A){return y(this,A)}isTorsionFree(){const{isTorsionFree:A}=I;return Q===ZQ||(A?A(u,this):G.unsafe(this,e).is0())}clearCofactor(){const{clearCofactor:A}=I;return Q===ZQ?this:A?A(u,this):this.multiplyUnsafe(Q)}isSmallOrder(){return this.multiplyUnsafe(Q).is0()}toBytes(A=!0){return Hi(A,"isCompressed"),this.assertValidity(),n(u,this,A)}toHex(A=!0){return KB(this.toBytes(A))}toString(){return`<Point ${this.is0()?"ZERO":this.toHex()}>`}get px(){return this.X}get py(){return this.X}get pz(){return this.Z}toRawBytes(A=!0){return this.toBytes(A)}_setWindowSize(A){this.precompute(A)}static normalizeZ(A){return fQ(u,A)}static msm(A,I){return function(A,I,g,C){(function(A,I){if(!Array.isArray(A))throw new Error("array expected");A.forEach((A,g)=>{if(!(A instanceof I))throw new Error("invalid point at index "+g)})})(g,A),function(A,I){if(!Array.isArray(A))throw new Error("array of scalars expected");A.forEach((A,g)=>{if(!I.isValid(A))throw new Error("invalid scalar at index "+g)})}(C,I);const B=g.length,i=C.length;if(B!==i)throw new Error("arrays of points and scalars must have equal length");const Q=A.ZERO,e=ji(BigInt(B));let E=1;e>12?E=e-3:e>4?E=e-2:e>0&&(E=2);const t=zi(E),o=new Array(Number(t)+1).fill(Q);let n=Q;for(let A=Math.floor((I.BITS-1)/E)*E;A>=0;A-=E){o.fill(Q);for(let I=0;I<i;I++){const B=C[I],i=Number(B>>BigInt(A)&t);o[i]=o[i].add(g[I])}let I=Q;for(let A=o.length-1,g=Q;A>0;A--)g=g.add(o[A]),I=I.add(g);if(n=n.add(I),0!==A)for(let A=0;A<E;A++)n=n.double()}return n}(u,B,A,I)}static fromPrivateKey(A){return u.BASE.multiply(OQ(B,A))}}u.BASE=new u(i.Gx,i.Gy,C.ONE),u.ZERO=new u(C.ZERO,C.ONE,C.ZERO),u.Fp=C,u.Fn=B;const N=B.BITS,G=new bQ(u,I.endo?Math.ceil(N/2):N);return u.BASE.precompute(8),u}function jQ(A){return Uint8Array.of(A?2:3)}function zQ(A,I){return{secretKey:I.BYTES,publicKey:1+A.BYTES,publicKeyUncompressed:1+2*A.BYTES,publicKeyHasPrefix:!0,signature:2*I.BYTES}}function _Q(A){const{CURVE:I,curveOpts:g,hash:C,ecdsaOpts:B}=function(A){const{CURVE:I,curveOpts:g}=function(A){const I={a:A.a,b:A.b,p:A.Fp.ORDER,n:A.n,h:A.h,Gx:A.Gx,Gy:A.Gy},g=A.Fp;let C=A.allowedPrivateKeyLengths?Array.from(new Set(A.allowedPrivateKeyLengths.map(A=>Math.ceil(A/2)))):void 0;return{CURVE:I,curveOpts:{Fp:g,Fn:lQ(I.n,{BITS:A.nBitLength,allowedLengths:C,modFromBytes:A.wrapPrivateKey}),allowInfinityPoint:A.allowInfinityPoint,endo:A.endo,isTorsionFree:A.isTorsionFree,clearCofactor:A.clearCofactor,fromBytes:A.fromBytes,toBytes:A.toBytes}}}(A),C={hmac:A.hmac,randomBytes:A.randomBytes,lowS:A.lowS,bits2int:A.bits2int,bits2int_modN:A.bits2int_modN};return{CURVE:I,curveOpts:g,hash:A.hash,ecdsaOpts:C}}(A);return function(A,I){const g=I.Point;return Object.assign({},I,{ProjectivePoint:g,CURVE:Object.assign({},A,yQ(g.Fn.ORDER,g.Fn.BITS))})}(A,function(A,I,g={}){pB(I),_i(g,{},{hmac:"function",lowS:"boolean",randomBytes:"function",bits2int:"function",bits2int_modN:"function"});const C=g.randomBytes||VB,B=g.hmac||((A,...g)=>mi(I,A,YB(...g))),{Fp:i,Fn:Q}=A,{ORDER:e,BITS:E}=Q,{keygen:t,getPublicKey:o,getSharedSecret:n,utils:a,lengths:s}=function(A,I={}){const{Fn:g}=A,C=I.randomBytes||VB,B=Object.assign(zQ(A.Fp,g),{seed:uQ(g.ORDER)});function i(A){try{return!!OQ(g,A)}catch(A){return!1}}function Q(A=C(B.seed)){return NQ(Yi(A,B.seed,"seed"),g.ORDER)}function e(I,C=!0){return A.BASE.multiply(OQ(g,I)).toBytes(C)}function E(I){if("bigint"==typeof I)return!1;if(I instanceof A)return!0;const{secretKey:C,publicKey:i,publicKeyUncompressed:Q}=B;if(g.allowedLengths||C===i)return;const e=Wi("key",I).length;return e===i||e===Q}const t={isValidSecretKey:i,isValidPublicKey:function(I,g){const{publicKey:C,publicKeyUncompressed:i}=B;try{const B=I.length;return!(!0===g&&B!==C||!1===g&&B!==i||!A.fromBytes(I))}catch(A){return!1}},randomSecretKey:Q,isValidPrivateKey:i,randomPrivateKey:Q,normPrivateKeyToScalar:A=>OQ(g,A),precompute:(I=8,g=A.BASE)=>g.precompute(I,!1)};return Object.freeze({getPublicKey:e,getSharedSecret:function(I,C,B=!0){if(!0===E(I))throw new Error("first arg must be private key");if(!1===E(C))throw new Error("second arg must be public key");const i=OQ(g,I);return A.fromHex(C).multiply(i).toBytes(B)},keygen:function(A){const I=Q(A);return{secretKey:I,publicKey:e(I)}},Point:A,utils:t,lengths:B})}(A,g),r={prehash:!1,lowS:"boolean"==typeof g.lowS&&g.lowS,format:void 0,extraEntropy:!1},c="compact";function D(A){return A>e>>ZQ}function w(A,I){if(!Q.isValidNot0(I))throw new Error(`invalid signature ${A}: out of range 1..Point.Fn.ORDER`);return I}class d{constructor(A,I,g){this.r=w("r",A),this.s=w("s",I),null!=g&&(this.recovery=g),Object.freeze(this)}static fromBytes(A,I=c){let g;if(function(A,I){LQ(I);const g=s.signature;Yi(A,"compact"===I?g:"recovered"===I?g+1:void 0,`${I} signature`)}(A,I),"der"===I){const{r:I,s:g}=TQ.toSig(Yi(A));return new d(I,g)}"recovered"===I&&(g=A[0],I="compact",A=A.subarray(1));const C=Q.BYTES,B=A.subarray(0,C),i=A.subarray(C,2*C);return new d(Q.fromBytes(B),Q.fromBytes(i),g)}static fromHex(A,I){return this.fromBytes(JB(A),I)}addRecoveryBit(A){return new d(this.r,this.s,A)}recoverPublicKey(I){const g=i.ORDER,{r:C,s:B,recovery:E}=this;if(null==E||![0,1,2,3].includes(E))throw new Error("recovery id invalid");if(e*xQ<g&&E>1)throw new Error("recovery id is ambiguous for h>1 curve");const t=2===E||3===E?C+e:C;if(!i.isValid(t))throw new Error("recovery id 2 or 3 invalid");const o=i.toBytes(t),n=A.fromBytes(YB(jQ(!(1&E)),o)),a=Q.inv(t),s=y(Wi("msgHash",I)),r=Q.create(-s*a),c=Q.create(B*a),D=A.BASE.multiplyUnsafe(r).add(n.multiplyUnsafe(c));if(D.is0())throw new Error("point at infinify");return D.assertValidity(),D}hasHighS(){return D(this.s)}toBytes(A=c){if(LQ(A),"der"===A)return JB(TQ.hexFromSig(this));const I=Q.toBytes(this.r),g=Q.toBytes(this.s);if("recovered"===A){if(null==this.recovery)throw new Error("recovery bit must be present");return YB(Uint8Array.of(this.recovery),I,g)}return YB(I,g)}toHex(A){return KB(this.toBytes(A))}assertValidity(){}static fromCompact(A){return d.fromBytes(Wi("sig",A),"compact")}static fromDER(A){return d.fromBytes(Wi("sig",A),"der")}normalizeS(){return this.hasHighS()?new d(this.r,Q.neg(this.s),this.recovery):this}toDERRawBytes(){return this.toBytes("der")}toDERHex(){return KB(this.toBytes("der"))}toCompactRawBytes(){return this.toBytes("compact")}toCompactHex(){return KB(this.toBytes("compact"))}}const h=g.bits2int||function(A){if(A.length>8192)throw new Error("input is too large");const I=Vi(A),g=8*A.length-E;return g>0?I>>BigInt(g):I},y=g.bits2int_modN||function(A){return Q.create(h(A))},l=zi(E);function k(A){return function(A,I,g,C){if(!Xi(I,g,C))throw new Error("expected valid "+A+": "+g+" <= n < "+C+", got "+I)}("num < 2^"+E,A,vQ,l),Q.toBytes(A)}function u(A,g){return Yi(A,void 0,"message"),g?Yi(I(A),void 0,"prehashed message"):A}return Object.freeze({keygen:t,getPublicKey:o,getSharedSecret:n,utils:a,lengths:s,Point:A,sign:function(g,i,e={}){g=Wi("message",g);const{seed:E,k2sig:t}=function(I,g,B){if(["recovered","canonical"].some(A=>A in B))throw new Error("sign() legacy options not supported");const{lowS:i,prehash:e,extraEntropy:E}=qQ(B,r);I=u(I,e);const t=y(I),o=OQ(Q,g),n=[k(o),k(t)];if(null!=E&&!1!==E){const A=!0===E?C(s.secretKey):E;n.push(Wi("extraEntropy",A))}const a=YB(...n),c=t;return{seed:a,k2sig:function(I){const g=h(I);if(!Q.isValidNot0(g))return;const C=Q.inv(g),B=A.BASE.multiply(g).toAffine(),e=Q.create(B.x);if(e===vQ)return;const E=Q.create(C*Q.create(c+e*o));if(E===vQ)return;let t=(B.x===e?0:2)|Number(B.y&ZQ),n=E;return i&&D(E)&&(n=Q.neg(E),t^=1),new d(e,n,t)}}}(g,i,e),o=function(A,I,g){if("number"!=typeof A||A<2)throw new Error("hashLen must be a number");if("number"!=typeof I||I<2)throw new Error("qByteLen must be a number");if("function"!=typeof g)throw new Error("hmacFn must be a function");const C=A=>new Uint8Array(A),B=A=>Uint8Array.of(A);let i=C(A),Q=C(A),e=0;const E=()=>{i.fill(1),Q.fill(0),e=0},t=(...A)=>g(Q,i,...A),o=(A=C(0))=>{Q=t(B(0),A),i=t(),0!==A.length&&(Q=t(B(1),A),i=t())},n=()=>{if(e++>=1e3)throw new Error("drbg: tried 1000 values");let A=0;const g=[];for(;A<I;){i=t();const I=i.slice();g.push(I),A+=i.length}return YB(...g)};return(A,I)=>{let g;for(E(),o(A);!(g=I(n()));)o();return E(),g}}(I.outputLen,Q.BYTES,B);return o(E,t)},verify:function(I,g,C,B={}){const{lowS:i,prehash:e,format:E}=qQ(B,r);if(C=Wi("publicKey",C),g=u(Wi("message",g),e),"strict"in B)throw new Error("options.strict was renamed to lowS");const t=void 0===E?function(A){let I;const g="string"==typeof A||uB(A),C=!g&&null!==A&&"object"==typeof A&&"bigint"==typeof A.r&&"bigint"==typeof A.s;if(!g&&!C)throw new Error("invalid signature, expected Uint8Array, hex string or Signature instance");if(C)I=new d(A.r,A.s);else if(g){try{I=d.fromBytes(Wi("sig",A),"der")}catch(A){if(!(A instanceof TQ.Err))throw A}if(!I)try{I=d.fromBytes(Wi("sig",A),"compact")}catch(A){return!1}}return I||!1}(I):d.fromBytes(Wi("sig",I),E);if(!1===t)return!1;try{const I=A.fromBytes(C);if(i&&t.hasHighS())return!1;const{r:B,s:e}=t,E=y(g),o=Q.inv(e),n=Q.create(E*o),a=Q.create(B*o),s=A.BASE.multiplyUnsafe(n).add(I.multiplyUnsafe(a));return!s.is0()&&Q.create(s.x)===B}catch(A){return!1}},recoverPublicKey:function(A,I,g={}){const{prehash:C}=qQ(g,r);return I=u(I,C),d.fromBytes(A,"recovered").recoverPublicKey(I).toBytes()},Signature:d,hash:I})}(XQ(I,g),C,B))}const $Q={p:BigInt("0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2f"),n:BigInt("0xfffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141"),h:BigInt(1),a:BigInt(0),b:BigInt(7),Gx:BigInt("0x79be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798"),Gy:BigInt("0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8")},Ae={beta:BigInt("0x7ae96a2b657c07106e64479eac3434e99cf0497512f58995c1396c28719501ee"),basises:[[BigInt("0x3086d221a7d46bcde86c90e49284eb15"),-BigInt("0xe4437ed6010e88286f547fa90abfe4c3")],[BigInt("0x114ca50f7a8e2f3f657c1108d9d44cfd8"),BigInt("0x3086d221a7d46bcde86c90e49284eb15")]]},Ie=BigInt(0),ge=BigInt(1),Ce=BigInt(2),Be=lQ($Q.p,{sqrt:function(A){const I=$Q.p,g=BigInt(3),C=BigInt(6),B=BigInt(11),i=BigInt(22),Q=BigInt(23),e=BigInt(44),E=BigInt(88),t=A*A*A%I,o=t*t*A%I,n=nQ(o,g,I)*o%I,a=nQ(n,g,I)*o%I,s=nQ(a,Ce,I)*t%I,r=nQ(s,B,I)*s%I,c=nQ(r,i,I)*r%I,D=nQ(c,e,I)*c%I,w=nQ(D,E,I)*D%I,d=nQ(w,e,I)*c%I,h=nQ(d,g,I)*o%I,y=nQ(h,Q,I)*r%I,l=nQ(y,C,I)*t%I,k=nQ(l,Ce,I);if(!Be.eql(Be.sqr(k),A))throw new Error("Cannot find square root");return k}}),ie=function(A,I){const g=I=>_Q({...A,hash:I});return{...g(I),create:g}}({...$Q,Fp:Be,lowS:!0,endo:Ae},Mi),Qe={};function ee(A,...I){let g=Qe[A];if(void 0===g){const I=Mi(bB(A));g=YB(I,I),Qe[A]=g}return Mi(YB(g,...I))}const Ee=A=>A.toBytes(!0).slice(1),te=(()=>ie.Point)(),oe=A=>A%Ce===Ie;function ne(A){const{Fn:I,BASE:g}=te,C=OQ(I,A),B=g.multiply(C);return{scalar:oe(B.y)?C:I.neg(C),bytes:Ee(B)}}function ae(A){const I=Be;if(!I.isValidNot0(A))throw new Error("invalid x: Fail if x ≥ p");const g=I.create(A*A),C=I.create(g*A+BigInt(7));let B=I.sqrt(C);oe(B)||(B=I.neg(B));const i=te.fromAffine({x:A,y:B});return i.assertValidity(),i}const se=Vi;function re(...A){return te.Fn.create(se(ee("BIP0340/challenge",...A)))}function ce(A){return ne(A).bytes}function De(A,I,g=VB(32)){const{Fn:C}=te,B=Wi("message",A),{bytes:i,scalar:Q}=ne(I),e=Wi("auxRand",g,32),E=C.toBytes(Q^se(ee("BIP0340/aux",e))),t=ee("BIP0340/nonce",E,i,B),{bytes:o,scalar:n}=ne(t),a=re(o,i,B),s=new Uint8Array(64);if(s.set(o,0),s.set(C.toBytes(C.create(n+a*Q)),32),!we(s,B,i))throw new Error("sign: Invalid signature produced");return s}function we(A,I,g){const{Fn:C,BASE:B}=te,i=Wi("signature",A,64),Q=Wi("message",I),e=Wi("publicKey",g,32);try{const A=ae(se(e)),I=se(i.subarray(0,32));if(!Xi(I,ge,$Q.p))return!1;const g=se(i.subarray(32,64));if(!Xi(g,ge,$Q.n))return!1;const E=re(C.toBytes(I),Ee(A),Q),t=B.multiplyUnsafe(g).add(A.multiplyUnsafe(C.neg(E))),{x:o,y:n}=t.toAffine();return!(t.is0()||!oe(n)||o!==I)}catch(A){return!1}}const de=(()=>{const A=(A=VB(48))=>NQ(A,$Q.n);return ie.utils.randomSecretKey,{keygen:function(I){const g=A(I);return{secretKey:g,publicKey:ce(g)}},getPublicKey:ce,sign:De,verify:we,Point:te,utils:{randomSecretKey:A,randomPrivateKey:A,taggedHash:ee,lift_x:ae,pointToBytes:Ee,numberToBytesBE:vi,bytesToNumberBE:Vi,mod:oQ},lengths:{secretKey:32,publicKey:32,publicKeyHasPrefix:!1,signature:64,seed:48}}})();var he=Q(8287).hp;function ye(A,{include:I,exclude:g}={}){const C=A=>{const C=I=>"string"==typeof I?A===I:I.test(A);return I?I.some(C):!g||!g.some(C)};for(const[I,g]of(A=>{const I=new Set;do{for(const g of Reflect.ownKeys(A))I.add([A,g])}while((A=Reflect.getPrototypeOf(A))&&A!==Object.prototype);return I})(A.constructor.prototype)){if("constructor"===g||!C(g))continue;const B=Reflect.getOwnPropertyDescriptor(I,g);B&&"function"==typeof B.value&&(A[g]=A[g].bind(A))}return A}var le=class{addAuthHeaders(A){return Promise.resolve(A)}isAuthorized(){return Promise.resolve(!1)}addWsConnectionParams(A){return Promise.resolve(A)}},ke=class extends WB{constructor(A,I){super("SigningException",A,I)}};const ue=()=>{let A;return A="undefined"!=typeof crypto?Promise.resolve(crypto):Q.e(207).then(Q.t.bind(Q,3207,19)).then(A=>{let I=A;return A.subtle||(I=Object.assign({},I,{subtle:A.webcrypto.subtle})),A.getRandomValues||(I=Object.assign({},I,{getRandomValues:I=>{if(!I)return I;const g=he.from(I.buffer),C=new Uint8Array(g);return A.randomFillSync(C),I}})),I}),A},Ne=async(A,I,g,C,B)=>{const i=new TextEncoder,Q=await ue(),e=await Q.subtle.importKey("raw",i.encode(A),"PBKDF2",!1,["deriveBits","deriveKey"]),E=await Q.subtle.deriveBits({name:"PBKDF2",salt:I,iterations:g,hash:"SHA-256"},e,B);return[await Q.subtle.importKey("raw",E.slice(0,32),{name:C,length:256},!1,["encrypt","decrypt"]),E.slice(32)]},Ge={decryptSecretWithNodePassword:async function(A,I,g){let C=null;try{C=await(async(A,I,g)=>{let C,B=OB(I);if("AES_256_CBC_PBKDF2_5000_SHA256"===A?(C={v:0,i:5e3},B=B.slice(8)):C=JSON.parse(A),C.v<0||C.v>4)throw new WB("DecryptionError",`Unknown version ${C.v}`);const i=await ue(),Q=C.v<2?"AES-CBC":"AES-GCM",e=C.v<4?384:352,E=C.v<4?8:16;if(2===C.lsv||3===C.v){const A=B.slice(B.length-8,B.length),I=B.slice(0,12),e=B.slice(12,B.length-8),[E]=await Ne(g,A,C.i,Q,256);return await i.subtle.decrypt({name:Q,iv:I.buffer},E,e)}{const A=B.slice(0,E),I=B.slice(E),[t,o]=await Ne(g,A,C.i,Q,e);return await i.subtle.decrypt({name:Q,iv:o},t,I)}})(A,I,g)}catch(A){console.error(A)}return C},generateSigningKeyPair:async()=>await(await ue()).subtle.generateKey({name:"RSA-PSS",modulusLength:4096,publicExponent:new Uint8Array([1,0,1]),hash:"SHA-256"},!0,["sign","verify"]),serializeSigningKey:async(A,I)=>await(await ue()).subtle.exportKey(I,A),getNonce:async()=>{const[A,I]=await(async A=>"undefined"!=typeof crypto?crypto.getRandomValues(A):(await ue()).getRandomValues(A))(new Uint32Array(2)),g=BigInt(A)<<32n|BigInt(I);return Number(g)},sign:async(A,I)=>{if("string"==typeof A)throw new ke("Key alias not supported for default crypto.");return await(await ue()).subtle.sign({name:"RSA-PSS",saltLength:32},A,I)},importPrivateSigningKey:async A=>await(await ue()).subtle.importKey("pkcs8",A,{name:"RSA-PSS",hash:"SHA-256"},!0,["sign"])};let pe=function(A){return A[A.Trace=0]="Trace",A[A.Debug=1]="Debug",A[A.Info=2]="Info",A[A.Warn=3]="Warn",A[A.Error=4]="Error",A}({});const Se={TRACE:0,DEBUG:1,INFO:2,WARN:3,ERROR:4};var fe=class{context;options={enabled:!1,timestamps:!0,level:2};constructor(A,I={}){this.context=A,this.setOptions(I),this.updateLoggingEnabled(I)}setLevel(A){this.options.level=A}setEnabled(A,I=2){this.options.enabled=A,this.options.level=I}setOptions(A){void 0!==A.enabled&&(this.options.enabled=A.enabled),void 0!==A.timestamps&&(this.options.timestamps=A.timestamps),void 0!==A.level&&(this.options.level="string"==typeof A.level?function(A){const I=A.toUpperCase(),g=I.toLowerCase(),C=`${g[0]?.toUpperCase()??""}${g.slice(1)}`;if(A!==I&&A!==g&&A!==C)throw new Error(`Invalid LoggingLevelName casing (expected UPPER, lower, or Title): ${A}`);if(I in Se)return Se[I];throw new Error(`Invalid LoggingLevelName: ${A}`)}(A.level):A.level)}updateLoggingEnabled(A){if(void 0!==A.enabled)this.options.enabled=A.enabled;else if(ZB)this.options.enabled=!0;else if(TB)try{this.options.enabled=function(A){const I=function(A){try{return"1"===localStorage.getItem(A)||null==localStorage.getItem(A)&&null}catch{return null}}(A);return null!=I&&I}("lightspark-logging-enabled")}catch{}this.options.enabled&&console.log(this.formatMessage("Logging enabled"))}getTimestamp(){return this.options.timestamps?`${(new Date).toISOString()} `:""}formatMessage(A){return`${this.getTimestamp()}[${this.context}] ${A}`}trace(A,...I){this.options.enabled&&this.options.level<=0&&console.log(this.formatMessage(A),...I)}debug(A,...I){this.options.enabled&&this.options.level<=1&&console.log(this.formatMessage(A),...I)}info(A,...I){this.options.enabled&&this.options.level<=2&&console.log(this.formatMessage(A),...I)}warn(A,...I){this.options.enabled&&this.options.level<=3&&console.warn(this.formatMessage(A),...I)}error(A,...I){this.options.enabled&&this.options.level<=4&&console.error(this.formatMessage(A),...I)}};const Fe=new fe("@lightsparkdev/core");gi.extend(Ci);var Re=class{wsClient;resolveWsClient=null;constructor(A,I,g,C=new le,B="api.lightspark.com",i=Ge,Q,e=fetch){this.nodeKeyCache=A,this.schemaEndpoint=I,this.sdkUserAgent=g,this.authProvider=C,this.baseUrl=B,this.cryptoImpl=i,this.signingKey=Q,this.fetchImpl=e,this.wsClient=new Promise(A=>{this.resolveWsClient=A}),this.initWsClient(B,C),ye(this)}initWsClient(A,I){return Promise.resolve(null)}async executeQuery(A){const I=await this.makeRawRequest(A.queryPayload,A.variables||{},A.signingNodeId,!!A.skipAuth);return A.constructObject(I)}subscribe(A,I={}){Fe.trace("Requester.subscribe variables",I);const g=A.match(/^\s*(query|mutation|subscription)\s+(\w+)/i);if(!g||g.length<3)throw new WB("InvalidQuery","Invalid query payload");const C=g[1];if(Fe.trace("Requester.subscribe operationType",C),"mutation"==C)throw new WB("InvalidQuery","Mutation queries should call makeRawRequest instead");for(const A in I)void 0===I[A]&&(I[A]=null);const B={query:A,variables:I,operationName:g[2]};return new Ni(A=>{Fe.trace("Requester.subscribe observer",A);let I=null,g=!1;return(async()=>{try{const C=await this.wsClient;if(!C)throw new WB("WebSocketNotInitialized","WebSocket client is not initialized or is not available in the current environment.");g||(I=C.subscribe(B,{next:I=>A.next(I),error:I=>A.error(I),complete:()=>A.complete()}))}catch(I){A.error(I)}})(),()=>{g=!0,I&&I()}})}async makeRawRequest(A,I={},g=void 0,C=!1){Fe.trace("Requester.makeRawRequest args",{queryPayload:A,variables:I,signingNodeId:g,skipAuth:C});const B=A.match(/^\s*(query|mutation|subscription)\s+(\w+)/i);if(!B||B.length<3)throw new WB("InvalidQuery","Invalid query payload");if("subscription"==B[1])throw new WB("InvalidQuery","Subscription queries should call subscribe instead");for(const A in I)void 0===I[A]&&(I[A]=null);const i=B[2],Q={query:A,variables:I,operationName:i},e="undefined"!=typeof navigator?navigator.userAgent:"",E=this.getSdkUserAgent(),t={"Content-Type":"application/json","X-Lightspark-SDK":E,"User-Agent":e||E,"X-GraphQL-Operation":i},o=C?t:await this.authProvider.addAuthHeaders(t);let n=await this.addSigningDataIfNeeded(Q,o,g);n.length>1024&&"undefined"!=typeof CompressionStream&&(n=await async function(A){const I=new Blob([A]).stream().pipeThrough(new CompressionStream("deflate")).getReader(),g=[];let C,B;for(;!C;)({done:C,value:B}=await I.read()),g.push(B);const i=new Blob(g);return new Uint8Array(await i.arrayBuffer())}(n),o["Content-Encoding"]="deflate");let a=this.baseUrl;a.startsWith("https://")||a.startsWith("http://")||(a=`https://${a}`);const s=`${a}/${this.schemaEndpoint}`;Fe.trace("Requester.makeRawRequest",{url:s,operationName:i,variables:I,headers:o});const r=await this.fetchImpl(s,{method:"POST",headers:o,body:n});if(!r.ok)throw new WB("RequestFailed",`Request ${i} failed. ${r.statusText}`);const c=await r.json(),D=c.data;if(!D){let A;throw Array.isArray(c.errors)&&c.errors.length>0&&(A=c.errors[0].extensions?.error_name),new WB("RequestFailed",`Request ${i} failed. ${JSON.stringify(c.errors)}`,{errorName:A})}return D}getSdkUserAgent(){const A=vB?"NodeJS":"Browser",I=vB?process.version:"";return`${this.sdkUserAgent} ${A}/${I}`}stripProtocol(A){return A.replace(/.*?:\/\//g,"")}async addSigningDataIfNeeded(A,I,g){if(!g)return(new TextEncoder).encode(JSON.stringify(A));const C={query:A.query,variables:A.variables,operationName:A.operationName,nonce:await this.cryptoImpl.getNonce(),expires_at:gi.utc().add(1,"hour").format()},B=this.signingKey??this.nodeKeyCache.getKey(g);if(!B)throw new ke("Missing node of encrypted_signing_private_key");const i=(new TextEncoder).encode(JSON.stringify(C)),Q=(e=await B.sign(i),((A="")=>{const I=A;let g="";for(let A,C=0,B=0,i=PB;I.charAt(0|B)||(i="=",B%1);g+=i.charAt(63&C>>8-B%1*8)){if(A=I.charCodeAt(B+=3/4),A>255)throw new Error("'btoa' failed: The string to be encoded contains characters outside of the Latin1 range.");C=C<<8|A}return g})(String.fromCharCode.apply(null,Array.from(new Uint8Array(e)))));var e;return I["X-Lightspark-Signing"]=JSON.stringify({v:"1",signature:Q}),i}},Ue=class{type;constructor(A){this.type=A}},Me=class extends Ue{constructor(A,I){super("RSASigningKey"),this.privateKey=A,this.cryptoImpl=I}async sign(A){const I=function(A){return"alias"in A}(this.privateKey)?this.privateKey.alias:this.privateKey;return this.cryptoImpl.sign(I,A)}},Ke=class extends Ue{constructor(A){super("Secp256k1SigningKey"),this.privateKey=A}async sign(A){const I=new Uint8Array(jB(this.privateKey)),g=await async function(A,I){if(TB){const I="string"==typeof A?(new TextEncoder).encode(A):A,g=await window.crypto.subtle.digest("SHA-256",I),C=new Uint8Array(g);return C}{const{createHash:g}=await Q.e(207).then(Q.t.bind(Q,3207,19));I;const C=g("sha256").update(A).digest();return new Uint8Array(C)}}(A);return ie.sign(g,I).toBytes("der")}},me=class{idToKey;constructor(A=Ge){this.cryptoImpl=A,this.idToKey=new Map,ye(this)}async loadKey(A,I,g){let C;if(void 0!==I.alias){if("RSASigningKey"!==g)throw new ke(`Aliases are not supported for signing key type ${g}`);return C=new Me({alias:I.alias},this.cryptoImpl),this.idToKey.set(A,C),C}try{if("Secp256k1SigningKey"===g)C=new Ke(I.key);else{const A=OB(this.stripPemTags(I.key)),g=await this.cryptoImpl.importPrivateSigningKey(A);C=new Me("string"==typeof g?{alias:g}:g,this.cryptoImpl)}return this.idToKey.set(A,C),C}catch(A){console.log("Error importing key: ",A)}return null}getKey(A){return this.idToKey.get(A)}hasKey(A){return this.idToKey.has(A)}stripPemTags(A){return A.replace(/-----BEGIN (.*)-----/,"").replace(/-----END (.*)----/,"")}},Je=class extends Re{async initWsClient(A,I){if(!this.resolveWsClient)return this.wsClient;if(xB)return null;let g;vB&&"undefined"==typeof WebSocket&&(g=(await Q.e(591).then(Q.t.bind(Q,1591,19))).default);let C="wss";A.startsWith("http://")&&(C="ws");const{createClient:B}=await Q.e(714).then(Q.bind(Q,9714)),i=B({url:`${C}://${this.stripProtocol(this.baseUrl)}/${this.schemaEndpoint}`,connectionParams:()=>I.addWsConnectionParams({}),webSocketImpl:g});return this.resolveWsClient&&(this.resolveWsClient(i),this.resolveWsClient=null),i}};let be=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.MAINNET="MAINNET",A.REGTEST="REGTEST",A.SIGNET="SIGNET",A.TESTNET="TESTNET",A}({}),He=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.CREATED="CREATED",A.TRANSFER_CREATED="TRANSFER_CREATED",A.TRANSFER_CREATION_FAILED="TRANSFER_CREATION_FAILED",A.REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED="REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED",A.REFUND_SIGNING_FAILED="REFUND_SIGNING_FAILED",A.UTXO_SWAPPING_FAILED="UTXO_SWAPPING_FAILED",A.TRANSFER_COMPLETED="TRANSFER_COMPLETED",A.SPEND_TX_CREATED="SPEND_TX_CREATED",A.SPEND_TX_BROADCAST="SPEND_TX_BROADCAST",A}({}),Ye=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.BITCOIN="BITCOIN",A.SATOSHI="SATOSHI",A.MILLISATOSHI="MILLISATOSHI",A.USD="USD",A.MXN="MXN",A.PHP="PHP",A.EUR="EUR",A.NANOBITCOIN="NANOBITCOIN",A.MICROBITCOIN="MICROBITCOIN",A.MILLIBITCOIN="MILLIBITCOIN",A}({});const Le=A=>({originalValue:A.currency_amount_original_value,originalUnit:Ye[A.currency_amount_original_unit]??Ye.FUTURE_VALUE});let qe=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.FIXED_AMOUNT="FIXED_AMOUNT",A.MAX_FEE="MAX_FEE",A}({});let Ve=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.FAST="FAST",A.MEDIUM="MEDIUM",A.SLOW="SLOW",A}({}),Te=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.CREATED="CREATED",A.INITIATED="INITIATED",A.LEAVES_LOCKED="LEAVES_LOCKED",A.REFUND_TX_ADAPTOR_SIGNED="REFUND_TX_ADAPTOR_SIGNED",A.INBOUND_TRANSFER_CLAIMED="INBOUND_TRANSFER_CLAIMED",A.SUCCEEDED="SUCCEEDED",A.EXPIRED="EXPIRED",A.FAILED="FAILED",A}({});const ve=A=>({leafId:A.swap_leaf_leaf_id,rawUnsignedRefundTransaction:A.swap_leaf_raw_unsigned_refund_transaction,adaptorSignedSignature:A.swap_leaf_adaptor_signed_signature,directRawUnsignedRefundTransaction:A.swap_leaf_direct_raw_unsigned_refund_transaction,directAdaptorSignedSignature:A.swap_leaf_direct_adaptor_signed_signature,directFromCpfpRawUnsignedRefundTransaction:A.swap_leaf_direct_from_cpfp_raw_unsigned_refund_transaction,directFromCpfpAdaptorSignedSignature:A.swap_leaf_direct_from_cpfp_adaptor_signed_signature});const Ze=A=>({hasNextPage:A.page_info_has_next_page,hasPreviousPage:A.page_info_has_previous_page,startCursor:A.page_info_start_cursor,endCursor:A.page_info_end_cursor});var xe=class{constructor(A,I,g){this.totalAmount=A,this.sparkId=I,this.userRequestId=g,function(A,{include:I,exclude:g}={}){const C=A=>{const C="string"==typeof A?A:A.toString(),B=A=>"string"==typeof A?C===A:A.test(C);return I?I.some(B):!g||!g.some(B)},B=A.constructor,i=A;for(const[I,g]of function(A){const I=new Set;let g=A;for(;g&&g!==Object.prototype;){for(const A of Reflect.ownKeys(g))I.add([g,A]);g=Reflect.getPrototypeOf(g)}return I}(B.prototype)){if("constructor"===g||!C(g))continue;const B=Reflect.getOwnPropertyDescriptor(I,g);if(B&&"function"==typeof B.value){const I=i[g];"function"==typeof I&&(i[g]=I.bind(A))}}}(this)}async getLeaves(A,I=void 0,g=void 0){return await A.executeRawQuery({queryPayload:" \nquery FetchSparkTransferToLeavesConnection($entity_id: ID!, $first: Int, $after: String) {\n    entity(id: $entity_id) {\n        ... on Transfer {\n            leaves(, first: $first, after: $after) {\n                __typename\n                spark_transfer_to_leaves_connection_count: count\n                spark_transfer_to_leaves_connection_page_info: page_info {\n                    __typename\n                    page_info_has_next_page: has_next_page\n                    page_info_has_previous_page: has_previous_page\n                    page_info_start_cursor: start_cursor\n                    page_info_end_cursor: end_cursor\n                }\n                spark_transfer_to_leaves_connection_entities: entities {\n                    __typename\n                    leaf_amount: amount {\n                        __typename\n                        currency_amount_original_value: original_value\n                        currency_amount_original_unit: original_unit\n                    }\n                    leaf_spark_node_id: spark_node_id\n                }\n            }\n        }\n    }\n}\n",variables:{entity_id:this.sparkId,first:I,after:g},constructObject:A=>{const I=A.entity.leaves;return{count:(g=I).spark_transfer_to_leaves_connection_count,pageInfo:Ze(g.spark_transfer_to_leaves_connection_page_info),entities:g.spark_transfer_to_leaves_connection_entities.map(A=>(A=>({amount:Le(A.leaf_amount),sparkNodeId:A.leaf_spark_node_id}))(A)),typename:"SparkTransferToLeavesConnection"};var g}})}toJson(){return{transfer_total_amount:(A=this.totalAmount,{currency_amount_original_value:A.originalValue,currency_amount_original_unit:A.originalUnit}),transfer_spark_id:this.sparkId,transfer_user_request:{id:this.userRequestId}};var A}};const We=A=>new xe(Le(A.transfer_total_amount),A.transfer_spark_id,A.transfer_user_request?.id??void 0),Pe=A=>({id:A.leaves_swap_request_id,createdAt:A.leaves_swap_request_created_at,updatedAt:A.leaves_swap_request_updated_at,network:be[A.leaves_swap_request_network]??be.FUTURE_VALUE,status:Te[A.leaves_swap_request_status]??Te.FUTURE_VALUE,totalAmount:Le(A.leaves_swap_request_total_amount),targetAmount:Le(A.leaves_swap_request_target_amount),fee:Le(A.leaves_swap_request_fee),inboundTransfer:We(A.leaves_swap_request_inbound_transfer),swapLeaves:A.leaves_swap_request_swap_leaves.map(A=>ve(A)),typename:"LeavesSwapRequest",outboundTransfer:A.leaves_swap_request_outbound_transfer?We(A.leaves_swap_request_outbound_transfer):void 0,expiresAt:A.leaves_swap_request_expires_at}),Oe=A=>({encodedInvoice:A.invoice_encoded_invoice,bitcoinNetwork:be[A.invoice_bitcoin_network]??be.FUTURE_VALUE,paymentHash:A.invoice_payment_hash,amount:Le(A.invoice_amount),createdAt:A.invoice_created_at,expiresAt:A.invoice_expires_at,memo:A.invoice_memo});let Xe=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.INVOICE_CREATED="INVOICE_CREATED",A.TRANSFER_CREATED="TRANSFER_CREATED",A.TRANSFER_CREATION_FAILED="TRANSFER_CREATION_FAILED",A.REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED="REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED",A.REFUND_SIGNING_FAILED="REFUND_SIGNING_FAILED",A.PAYMENT_PREIMAGE_RECOVERED="PAYMENT_PREIMAGE_RECOVERED",A.PAYMENT_PREIMAGE_RECOVERING_FAILED="PAYMENT_PREIMAGE_RECOVERING_FAILED",A.LIGHTNING_PAYMENT_RECEIVED="LIGHTNING_PAYMENT_RECEIVED",A.TRANSFER_FAILED="TRANSFER_FAILED",A.TRANSFER_COMPLETED="TRANSFER_COMPLETED",A}({});const je=A=>({id:A.lightning_receive_request_id,createdAt:A.lightning_receive_request_created_at,updatedAt:A.lightning_receive_request_updated_at,network:be[A.lightning_receive_request_network]??be.FUTURE_VALUE,invoice:Oe(A.lightning_receive_request_invoice),status:Xe[A.lightning_receive_request_status]??Xe.FUTURE_VALUE,typename:"LightningReceiveRequest",transfer:A.lightning_receive_request_transfer?We(A.lightning_receive_request_transfer):void 0,paymentPreimage:A.lightning_receive_request_payment_preimage,receiverIdentityPublicKey:A.lightning_receive_request_receiver_identity_public_key,sparkInvoice:A.lightning_receive_request_spark_invoice});let ze=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.CREATED="CREATED",A.USER_TRANSFER_VALIDATION_FAILED="USER_TRANSFER_VALIDATION_FAILED",A.LIGHTNING_PAYMENT_INITIATED="LIGHTNING_PAYMENT_INITIATED",A.LIGHTNING_PAYMENT_FAILED="LIGHTNING_PAYMENT_FAILED",A.LIGHTNING_PAYMENT_SUCCEEDED="LIGHTNING_PAYMENT_SUCCEEDED",A.PREIMAGE_PROVIDED="PREIMAGE_PROVIDED",A.PREIMAGE_PROVIDING_FAILED="PREIMAGE_PROVIDING_FAILED",A.TRANSFER_COMPLETED="TRANSFER_COMPLETED",A.TRANSFER_FAILED="TRANSFER_FAILED",A.PENDING_USER_SWAP_RETURN="PENDING_USER_SWAP_RETURN",A.USER_SWAP_RETURNED="USER_SWAP_RETURNED",A.USER_SWAP_RETURN_FAILED="USER_SWAP_RETURN_FAILED",A.REQUEST_VALIDATED="REQUEST_VALIDATED",A}({});const _e=A=>({id:A.lightning_send_request_id,createdAt:A.lightning_send_request_created_at,updatedAt:A.lightning_send_request_updated_at,network:be[A.lightning_send_request_network]??be.FUTURE_VALUE,encodedInvoice:A.lightning_send_request_encoded_invoice,fee:Le(A.lightning_send_request_fee),idempotencyKey:A.lightning_send_request_idempotency_key,status:ze[A.lightning_send_request_status]??ze.FUTURE_VALUE,typename:"LightningSendRequest",transfer:A.lightning_send_request_transfer?We(A.lightning_send_request_transfer):void 0,paymentPreimage:A.lightning_send_request_payment_preimage});let $e=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.INITIATED="INITIATED",A.INBOUND_TRANSFER_CHECKED="INBOUND_TRANSFER_CHECKED",A.TX_SIGNED="TX_SIGNED",A.TX_BROADCASTED="TX_BROADCASTED",A.WAITING_ON_TX_CONFIRMATIONS="WAITING_ON_TX_CONFIRMATIONS",A.SUCCEEDED="SUCCEEDED",A.EXPIRED="EXPIRED",A.FAILED="FAILED",A}({});const AE="\nfragment UserRequestFragment on UserRequest {\n    __typename\n    ... on ClaimStaticDeposit {\n        __typename\n        claim_static_deposit_id: id\n        claim_static_deposit_created_at: created_at\n        claim_static_deposit_updated_at: updated_at\n        claim_static_deposit_network: network\n        claim_static_deposit_credit_amount: credit_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        claim_static_deposit_max_fee: max_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        claim_static_deposit_status: status\n        claim_static_deposit_transaction_id: transaction_id\n        claim_static_deposit_output_index: output_index\n        claim_static_deposit_bitcoin_network: bitcoin_network\n        claim_static_deposit_transfer_spark_id: transfer_spark_id\n    }\n    ... on CoopExitRequest {\n        __typename\n        coop_exit_request_id: id\n        coop_exit_request_created_at: created_at\n        coop_exit_request_updated_at: updated_at\n        coop_exit_request_network: network\n        coop_exit_request_fee: fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_request_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_request_fee_quote: fee_quote {\n            id\n        }\n        coop_exit_request_exit_speed: exit_speed\n        coop_exit_request_status: status\n        coop_exit_request_expires_at: expires_at\n        coop_exit_request_raw_connector_transaction: raw_connector_transaction\n        coop_exit_request_raw_coop_exit_transaction: raw_coop_exit_transaction\n        coop_exit_request_coop_exit_txid: coop_exit_txid\n        coop_exit_request_transfer: transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n    }\n    ... on LeavesSwapRequest {\n        __typename\n        leaves_swap_request_id: id\n        leaves_swap_request_created_at: created_at\n        leaves_swap_request_updated_at: updated_at\n        leaves_swap_request_network: network\n        leaves_swap_request_status: status\n        leaves_swap_request_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        leaves_swap_request_target_amount: target_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        leaves_swap_request_fee: fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        leaves_swap_request_inbound_transfer: inbound_transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        leaves_swap_request_outbound_transfer: outbound_transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        leaves_swap_request_expires_at: expires_at\n        leaves_swap_request_swap_leaves: swap_leaves {\n            __typename\n            swap_leaf_leaf_id: leaf_id\n            swap_leaf_raw_unsigned_refund_transaction: raw_unsigned_refund_transaction\n            swap_leaf_adaptor_signed_signature: adaptor_signed_signature\n            swap_leaf_direct_raw_unsigned_refund_transaction: direct_raw_unsigned_refund_transaction\n            swap_leaf_direct_adaptor_signed_signature: direct_adaptor_signed_signature\n            swap_leaf_direct_from_cpfp_raw_unsigned_refund_transaction: direct_from_cpfp_raw_unsigned_refund_transaction\n            swap_leaf_direct_from_cpfp_adaptor_signed_signature: direct_from_cpfp_adaptor_signed_signature\n        }\n    }\n    ... on LightningReceiveRequest {\n        __typename\n        lightning_receive_request_id: id\n        lightning_receive_request_created_at: created_at\n        lightning_receive_request_updated_at: updated_at\n        lightning_receive_request_network: network\n        lightning_receive_request_invoice: invoice {\n            __typename\n            invoice_encoded_invoice: encoded_invoice\n            invoice_bitcoin_network: bitcoin_network\n            invoice_payment_hash: payment_hash\n            invoice_amount: amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            invoice_created_at: created_at\n            invoice_expires_at: expires_at\n            invoice_memo: memo\n        }\n        lightning_receive_request_status: status\n        lightning_receive_request_transfer: transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        lightning_receive_request_payment_preimage: payment_preimage\n        lightning_receive_request_receiver_identity_public_key: receiver_identity_public_key\n    }\n    ... on LightningSendRequest {\n        __typename\n        lightning_send_request_id: id\n        lightning_send_request_created_at: created_at\n        lightning_send_request_updated_at: updated_at\n        lightning_send_request_network: network\n        lightning_send_request_encoded_invoice: encoded_invoice\n        lightning_send_request_fee: fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        lightning_send_request_idempotency_key: idempotency_key\n        lightning_send_request_status: status\n        lightning_send_request_transfer: transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        lightning_send_request_payment_preimage: payment_preimage\n    }\n}",IE=A=>({count:A.spark_wallet_user_to_user_requests_connection_count,pageInfo:Ze(A.spark_wallet_user_to_user_requests_connection_page_info),entities:A.spark_wallet_user_to_user_requests_connection_entities.map(A=>(A=>{if("ClaimStaticDeposit"==A.__typename)return{id:A.claim_static_deposit_id,createdAt:A.claim_static_deposit_created_at,updatedAt:A.claim_static_deposit_updated_at,network:be[A.claim_static_deposit_network]??be.FUTURE_VALUE,creditAmount:Le(A.claim_static_deposit_credit_amount),maxFee:Le(A.claim_static_deposit_max_fee),status:He[A.claim_static_deposit_status]??He.FUTURE_VALUE,transactionId:A.claim_static_deposit_transaction_id,outputIndex:A.claim_static_deposit_output_index,bitcoinNetwork:be[A.claim_static_deposit_bitcoin_network]??be.FUTURE_VALUE,typename:"ClaimStaticDeposit",transferSparkId:A.claim_static_deposit_transfer_spark_id};if("CoopExitRequest"==A.__typename)return{id:A.coop_exit_request_id,createdAt:A.coop_exit_request_created_at,updatedAt:A.coop_exit_request_updated_at,network:be[A.coop_exit_request_network]??be.FUTURE_VALUE,fee:Le(A.coop_exit_request_fee),l1BroadcastFee:Le(A.coop_exit_request_l1_broadcast_fee),status:$e[A.coop_exit_request_status]??$e.FUTURE_VALUE,expiresAt:A.coop_exit_request_expires_at,rawConnectorTransaction:A.coop_exit_request_raw_connector_transaction,rawCoopExitTransaction:A.coop_exit_request_raw_coop_exit_transaction,coopExitTxid:A.coop_exit_request_coop_exit_txid,typename:"CoopExitRequest",feeQuoteId:A.coop_exit_request_fee_quote?.id??void 0,exitSpeed:A.coop_exit_request_exit_speed?Ve[A.coop_exit_request_exit_speed]??Ve.FUTURE_VALUE:null,transfer:A.coop_exit_request_transfer?We(A.coop_exit_request_transfer):void 0};if("LeavesSwapRequest"==A.__typename)return{id:A.leaves_swap_request_id,createdAt:A.leaves_swap_request_created_at,updatedAt:A.leaves_swap_request_updated_at,network:be[A.leaves_swap_request_network]??be.FUTURE_VALUE,status:Te[A.leaves_swap_request_status]??Te.FUTURE_VALUE,totalAmount:Le(A.leaves_swap_request_total_amount),targetAmount:Le(A.leaves_swap_request_target_amount),fee:Le(A.leaves_swap_request_fee),inboundTransfer:We(A.leaves_swap_request_inbound_transfer),swapLeaves:A.leaves_swap_request_swap_leaves.map(A=>ve(A)),typename:"LeavesSwapRequest",outboundTransfer:A.leaves_swap_request_outbound_transfer?We(A.leaves_swap_request_outbound_transfer):void 0,expiresAt:A.leaves_swap_request_expires_at};if("LightningReceiveRequest"==A.__typename)return{id:A.lightning_receive_request_id,createdAt:A.lightning_receive_request_created_at,updatedAt:A.lightning_receive_request_updated_at,network:be[A.lightning_receive_request_network]??be.FUTURE_VALUE,invoice:Oe(A.lightning_receive_request_invoice),status:Xe[A.lightning_receive_request_status]??Xe.FUTURE_VALUE,typename:"LightningReceiveRequest",transfer:A.lightning_receive_request_transfer?We(A.lightning_receive_request_transfer):void 0,paymentPreimage:A.lightning_receive_request_payment_preimage,receiverIdentityPublicKey:A.lightning_receive_request_receiver_identity_public_key};if("LightningSendRequest"==A.__typename)return{id:A.lightning_send_request_id,createdAt:A.lightning_send_request_created_at,updatedAt:A.lightning_send_request_updated_at,network:be[A.lightning_send_request_network]??be.FUTURE_VALUE,encodedInvoice:A.lightning_send_request_encoded_invoice,fee:Le(A.lightning_send_request_fee),idempotencyKey:A.lightning_send_request_idempotency_key,status:ze[A.lightning_send_request_status]??ze.FUTURE_VALUE,typename:"LightningSendRequest",transfer:A.lightning_send_request_transfer?We(A.lightning_send_request_transfer):void 0,paymentPreimage:A.lightning_send_request_payment_preimage};throw new WB("DeserializationError",`Couldn't find a concrete type for interface UserRequest corresponding to the typename=${A.__typename}`)})(A)),typename:"SparkWalletUserToUserRequestsConnection"});function gE(A){return{ownerIdentityPublicKey:KB(A.ownerIdentityPublicKey),privateEnabled:A.privateEnabled}}function CE(A){return{id:A.id,treeId:A.treeId,value:A.value,parentNodeId:A.parentNodeId,nodeTx:KB(A.nodeTx),refundTx:KB(A.refundTx),vout:A.vout,verifyingPublicKey:KB(A.verifyingPublicKey),ownerIdentityPublicKey:KB(A.ownerIdentityPublicKey),signingKeyshare:A.signingKeyshare,status:A.status,network:J[A.network]}}let BE=function(A){return A.INCOMING="INCOMING",A.OUTGOING="OUTGOING",A}({});function iE(A){return{leaf:A.leaf?CE(A.leaf):void 0,secretCipher:KB(A.secretCipher),signature:KB(A.signature),intermediateRefundTx:KB(A.intermediateRefundTx)}}function QE(A,I,g){const C=KB(A.receiverIdentityPublicKey),B=KB(A.senderIdentityPublicKey);return{id:A.id,senderIdentityPublicKey:B,receiverIdentityPublicKey:C,status:q[A.status],totalValue:A.totalValue,expiryTime:A.expiryTime?new Date(A.expiryTime):void 0,leaves:A.leaves.map(iE),createdTime:A.createdTime?new Date(A.createdTime):void 0,updatedTime:A.updatedTime?new Date(A.updatedTime):void 0,type:x[A.type],transferDirection:C===I||A.receivers.length>0&&A.receivers.some(A=>KB(A.identityPublicKey)===I)?BE.INCOMING:BE.OUTGOING,userRequest:g,sparkInvoice:A.sparkInvoice||void 0,receivers:A.receivers.length>0?A.receivers.map(A=>({identityPublicKey:KB(A.identityPublicKey),amountSats:A.amountSats,status:v[A.status]})):void 0}}const eE={encode(A,I=new y){0!==A.version&&I.uint32(8).uint32(A.version),0!==A.threshold&&I.uint32(16).uint32(A.threshold);for(const g of A.publicKeys)I.uint32(26).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,threshold:0,publicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(16!==A)break;B.threshold=g.uint32();continue;case 3:if(26!==A)break;B.publicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:sE(A.version)?globalThis.Number(A.version):0,threshold:sE(A.threshold)?globalThis.Number(A.threshold):0,publicKeys:globalThis.Array.isArray(A?.publicKeys)?A.publicKeys.map(A=>nE(A)):[]}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),0!==A.threshold&&(I.threshold=Math.round(A.threshold)),A.publicKeys?.length&&(I.publicKeys=A.publicKeys.map(A=>aE(A))),I},create:A=>eE.fromPartial(A??{}),fromPartial(A){const I={version:0,threshold:0,publicKeys:[]};return I.version=A.version??0,I.threshold=A.threshold??0,I.publicKeys=A.publicKeys?.map(A=>A)||[],I}};function EE(){return{publicKey:new Uint8Array(0),signature:new Uint8Array(0)}}const tE={encode:(A,I=new y)=>(0!==A.publicKey.length&&I.uint32(10).bytes(A.publicKey),0!==A.signature.length&&I.uint32(18).bytes(A.signature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=EE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.publicKey=g.bytes();continue;case 2:if(18!==A)break;B.signature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({publicKey:sE(A.publicKey)?nE(A.publicKey):new Uint8Array(0),signature:sE(A.signature)?nE(A.signature):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.publicKey.length&&(I.publicKey=aE(A.publicKey)),0!==A.signature.length&&(I.signature=aE(A.signature)),I},create:A=>tE.fromPartial(A??{}),fromPartial(A){const I=EE();return I.publicKey=A.publicKey??new Uint8Array(0),I.signature=A.signature??new Uint8Array(0),I}},oE={encode(A,I=new y){void 0!==A.multisigConfig&&eE.encode(A.multisigConfig,I.uint32(10).fork()).join();for(const g of A.signatures)tE.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={multisigConfig:void 0,signatures:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.multisigConfig=eE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signatures.push(tE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({multisigConfig:sE(A.multisigConfig)?eE.fromJSON(A.multisigConfig):void 0,signatures:globalThis.Array.isArray(A?.signatures)?A.signatures.map(A=>tE.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.multisigConfig&&(I.multisigConfig=eE.toJSON(A.multisigConfig)),A.signatures?.length&&(I.signatures=A.signatures.map(A=>tE.toJSON(A))),I},create:A=>oE.fromPartial(A??{}),fromPartial(A){const I={multisigConfig:void 0,signatures:[]};return I.multisigConfig=void 0!==A.multisigConfig&&null!==A.multisigConfig?eE.fromPartial(A.multisigConfig):void 0,I.signatures=A.signatures?.map(A=>tE.fromPartial(A))||[],I}};function nE(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function aE(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function sE(A){return null!=A}let rE=function(A){return A[A.TOKEN_OUTPUT_STATUS_UNSPECIFIED=0]="TOKEN_OUTPUT_STATUS_UNSPECIFIED",A[A.TOKEN_OUTPUT_STATUS_AVAILABLE=1]="TOKEN_OUTPUT_STATUS_AVAILABLE",A[A.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND=2]="TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function cE(A){switch(A){case 0:case"TOKEN_OUTPUT_STATUS_UNSPECIFIED":return rE.TOKEN_OUTPUT_STATUS_UNSPECIFIED;case 1:case"TOKEN_OUTPUT_STATUS_AVAILABLE":return rE.TOKEN_OUTPUT_STATUS_AVAILABLE;case 2:case"TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND":return rE.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND;default:return rE.UNRECOGNIZED}}let DE=function(A){return A[A.TOKEN_TRANSACTION_TYPE_UNSPECIFIED=0]="TOKEN_TRANSACTION_TYPE_UNSPECIFIED",A[A.TOKEN_TRANSACTION_TYPE_CREATE=1]="TOKEN_TRANSACTION_TYPE_CREATE",A[A.TOKEN_TRANSACTION_TYPE_MINT=2]="TOKEN_TRANSACTION_TYPE_MINT",A[A.TOKEN_TRANSACTION_TYPE_TRANSFER=3]="TOKEN_TRANSACTION_TYPE_TRANSFER",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({}),wE=function(A){return A[A.COMMIT_UNSPECIFIED=0]="COMMIT_UNSPECIFIED",A[A.COMMIT_PROCESSING=1]="COMMIT_PROCESSING",A[A.COMMIT_FINALIZED=2]="COMMIT_FINALIZED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function dE(A){switch(A){case 0:case"COMMIT_UNSPECIFIED":return wE.COMMIT_UNSPECIFIED;case 1:case"COMMIT_PROCESSING":return wE.COMMIT_PROCESSING;case 2:case"COMMIT_FINALIZED":return wE.COMMIT_FINALIZED;default:return wE.UNRECOGNIZED}}function hE(A){switch(A){case wE.COMMIT_UNSPECIFIED:return"COMMIT_UNSPECIFIED";case wE.COMMIT_PROCESSING:return"COMMIT_PROCESSING";case wE.COMMIT_FINALIZED:return"COMMIT_FINALIZED";case wE.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let yE=function(A){return A[A.TOKEN_TRANSACTION_STARTED=0]="TOKEN_TRANSACTION_STARTED",A[A.TOKEN_TRANSACTION_SIGNED=1]="TOKEN_TRANSACTION_SIGNED",A[A.TOKEN_TRANSACTION_REVEALED=5]="TOKEN_TRANSACTION_REVEALED",A[A.TOKEN_TRANSACTION_FINALIZED=2]="TOKEN_TRANSACTION_FINALIZED",A[A.TOKEN_TRANSACTION_STARTED_CANCELLED=3]="TOKEN_TRANSACTION_STARTED_CANCELLED",A[A.TOKEN_TRANSACTION_SIGNED_CANCELLED=4]="TOKEN_TRANSACTION_SIGNED_CANCELLED",A[A.TOKEN_TRANSACTION_UNKNOWN=10]="TOKEN_TRANSACTION_UNKNOWN",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function lE(A){switch(A){case 0:case"TOKEN_TRANSACTION_STARTED":return yE.TOKEN_TRANSACTION_STARTED;case 1:case"TOKEN_TRANSACTION_SIGNED":return yE.TOKEN_TRANSACTION_SIGNED;case 5:case"TOKEN_TRANSACTION_REVEALED":return yE.TOKEN_TRANSACTION_REVEALED;case 2:case"TOKEN_TRANSACTION_FINALIZED":return yE.TOKEN_TRANSACTION_FINALIZED;case 3:case"TOKEN_TRANSACTION_STARTED_CANCELLED":return yE.TOKEN_TRANSACTION_STARTED_CANCELLED;case 4:case"TOKEN_TRANSACTION_SIGNED_CANCELLED":return yE.TOKEN_TRANSACTION_SIGNED_CANCELLED;case 10:case"TOKEN_TRANSACTION_UNKNOWN":return yE.TOKEN_TRANSACTION_UNKNOWN;default:return yE.UNRECOGNIZED}}function kE(){return{prevTokenTransactionHash:new Uint8Array(0),prevTokenTransactionVout:0}}const uE={encode:(A,I=new y)=>(0!==A.prevTokenTransactionHash.length&&I.uint32(10).bytes(A.prevTokenTransactionHash),0!==A.prevTokenTransactionVout&&I.uint32(16).uint32(A.prevTokenTransactionVout),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=kE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.prevTokenTransactionHash=g.bytes();continue;case 2:if(16!==A)break;B.prevTokenTransactionVout=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({prevTokenTransactionHash:Mt(A.prevTokenTransactionHash)?pt(A.prevTokenTransactionHash):new Uint8Array(0),prevTokenTransactionVout:Mt(A.prevTokenTransactionVout)?globalThis.Number(A.prevTokenTransactionVout):0}),toJSON(A){const I={};return 0!==A.prevTokenTransactionHash.length&&(I.prevTokenTransactionHash=St(A.prevTokenTransactionHash)),0!==A.prevTokenTransactionVout&&(I.prevTokenTransactionVout=Math.round(A.prevTokenTransactionVout)),I},create:A=>uE.fromPartial(A??{}),fromPartial(A){const I=kE();return I.prevTokenTransactionHash=A.prevTokenTransactionHash??new Uint8Array(0),I.prevTokenTransactionVout=A.prevTokenTransactionVout??0,I}},NE={encode(A,I=new y){for(const g of A.outputsToSpend)uE.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={outputsToSpend:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputsToSpend.push(uE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputsToSpend:globalThis.Array.isArray(A?.outputsToSpend)?A.outputsToSpend.map(A=>uE.fromJSON(A)):[]}),toJSON(A){const I={};return A.outputsToSpend?.length&&(I.outputsToSpend=A.outputsToSpend.map(A=>uE.toJSON(A))),I},create:A=>NE.fromPartial(A??{}),fromPartial(A){const I={outputsToSpend:[]};return I.outputsToSpend=A.outputsToSpend?.map(A=>uE.fromPartial(A))||[],I}};function GE(){return{issuerPublicKey:new Uint8Array(0),tokenIdentifier:void 0}}const pE={encode:(A,I=new y)=>(0!==A.issuerPublicKey.length&&I.uint32(10).bytes(A.issuerPublicKey),void 0!==A.tokenIdentifier&&I.uint32(18).bytes(A.tokenIdentifier),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=GE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.issuerPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.tokenIdentifier=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({issuerPublicKey:Mt(A.issuerPublicKey)?pt(A.issuerPublicKey):new Uint8Array(0),tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0}),toJSON(A){const I={};return 0!==A.issuerPublicKey.length&&(I.issuerPublicKey=St(A.issuerPublicKey)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),I},create:A=>pE.fromPartial(A??{}),fromPartial(A){const I=GE();return I.issuerPublicKey=A.issuerPublicKey??new Uint8Array(0),I.tokenIdentifier=A.tokenIdentifier??void 0,I}};function SE(){return{issuerPublicKey:new Uint8Array(0),tokenName:"",tokenTicker:"",decimals:0,maxSupply:new Uint8Array(0),isFreezable:!1,creationEntityPublicKey:void 0,extraMetadata:void 0}}const fE={encode:(A,I=new y)=>(0!==A.issuerPublicKey.length&&I.uint32(10).bytes(A.issuerPublicKey),""!==A.tokenName&&I.uint32(18).string(A.tokenName),""!==A.tokenTicker&&I.uint32(26).string(A.tokenTicker),0!==A.decimals&&I.uint32(32).uint32(A.decimals),0!==A.maxSupply.length&&I.uint32(42).bytes(A.maxSupply),!1!==A.isFreezable&&I.uint32(48).bool(A.isFreezable),void 0!==A.creationEntityPublicKey&&I.uint32(58).bytes(A.creationEntityPublicKey),void 0!==A.extraMetadata&&I.uint32(66).bytes(A.extraMetadata),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=SE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.issuerPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.tokenName=g.string();continue;case 3:if(26!==A)break;B.tokenTicker=g.string();continue;case 4:if(32!==A)break;B.decimals=g.uint32();continue;case 5:if(42!==A)break;B.maxSupply=g.bytes();continue;case 6:if(48!==A)break;B.isFreezable=g.bool();continue;case 7:if(58!==A)break;B.creationEntityPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.extraMetadata=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({issuerPublicKey:Mt(A.issuerPublicKey)?pt(A.issuerPublicKey):new Uint8Array(0),tokenName:Mt(A.tokenName)?globalThis.String(A.tokenName):"",tokenTicker:Mt(A.tokenTicker)?globalThis.String(A.tokenTicker):"",decimals:Mt(A.decimals)?globalThis.Number(A.decimals):0,maxSupply:Mt(A.maxSupply)?pt(A.maxSupply):new Uint8Array(0),isFreezable:!!Mt(A.isFreezable)&&globalThis.Boolean(A.isFreezable),creationEntityPublicKey:Mt(A.creationEntityPublicKey)?pt(A.creationEntityPublicKey):void 0,extraMetadata:Mt(A.extraMetadata)?pt(A.extraMetadata):void 0}),toJSON(A){const I={};return 0!==A.issuerPublicKey.length&&(I.issuerPublicKey=St(A.issuerPublicKey)),""!==A.tokenName&&(I.tokenName=A.tokenName),""!==A.tokenTicker&&(I.tokenTicker=A.tokenTicker),0!==A.decimals&&(I.decimals=Math.round(A.decimals)),0!==A.maxSupply.length&&(I.maxSupply=St(A.maxSupply)),!1!==A.isFreezable&&(I.isFreezable=A.isFreezable),void 0!==A.creationEntityPublicKey&&(I.creationEntityPublicKey=St(A.creationEntityPublicKey)),void 0!==A.extraMetadata&&(I.extraMetadata=St(A.extraMetadata)),I},create:A=>fE.fromPartial(A??{}),fromPartial(A){const I=SE();return I.issuerPublicKey=A.issuerPublicKey??new Uint8Array(0),I.tokenName=A.tokenName??"",I.tokenTicker=A.tokenTicker??"",I.decimals=A.decimals??0,I.maxSupply=A.maxSupply??new Uint8Array(0),I.isFreezable=A.isFreezable??!1,I.creationEntityPublicKey=A.creationEntityPublicKey??void 0,I.extraMetadata=A.extraMetadata??void 0,I}};function FE(){return{id:void 0,ownerPublicKey:new Uint8Array(0),revocationCommitment:void 0,withdrawBondSats:void 0,withdrawRelativeBlockLocktime:void 0,tokenPublicKey:void 0,tokenIdentifier:void 0,tokenAmount:new Uint8Array(0),seWithdrawalSignature:void 0,status:void 0}}const RE={encode:(A,I=new y)=>(void 0!==A.id&&I.uint32(10).string(A.id),0!==A.ownerPublicKey.length&&I.uint32(18).bytes(A.ownerPublicKey),void 0!==A.revocationCommitment&&I.uint32(26).bytes(A.revocationCommitment),void 0!==A.withdrawBondSats&&I.uint32(32).uint64(A.withdrawBondSats),void 0!==A.withdrawRelativeBlockLocktime&&I.uint32(40).uint64(A.withdrawRelativeBlockLocktime),void 0!==A.tokenPublicKey&&I.uint32(50).bytes(A.tokenPublicKey),void 0!==A.tokenIdentifier&&I.uint32(66).bytes(A.tokenIdentifier),0!==A.tokenAmount.length&&I.uint32(58).bytes(A.tokenAmount),void 0!==A.seWithdrawalSignature&&I.uint32(74).bytes(A.seWithdrawalSignature),void 0!==A.status&&I.uint32(80).int32(A.status),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=FE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.ownerPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.revocationCommitment=g.bytes();continue;case 4:if(32!==A)break;B.withdrawBondSats=Ut(g.uint64());continue;case 5:if(40!==A)break;B.withdrawRelativeBlockLocktime=Ut(g.uint64());continue;case 6:if(50!==A)break;B.tokenPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.tokenIdentifier=g.bytes();continue;case 7:if(58!==A)break;B.tokenAmount=g.bytes();continue;case 9:if(74!==A)break;B.seWithdrawalSignature=g.bytes();continue;case 10:if(80!==A)break;B.status=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:Mt(A.id)?globalThis.String(A.id):void 0,ownerPublicKey:Mt(A.ownerPublicKey)?pt(A.ownerPublicKey):new Uint8Array(0),revocationCommitment:Mt(A.revocationCommitment)?pt(A.revocationCommitment):void 0,withdrawBondSats:Mt(A.withdrawBondSats)?globalThis.Number(A.withdrawBondSats):void 0,withdrawRelativeBlockLocktime:Mt(A.withdrawRelativeBlockLocktime)?globalThis.Number(A.withdrawRelativeBlockLocktime):void 0,tokenPublicKey:Mt(A.tokenPublicKey)?pt(A.tokenPublicKey):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0,tokenAmount:Mt(A.tokenAmount)?pt(A.tokenAmount):new Uint8Array(0),seWithdrawalSignature:Mt(A.seWithdrawalSignature)?pt(A.seWithdrawalSignature):void 0,status:Mt(A.status)?cE(A.status):void 0}),toJSON(A){const I={};return void 0!==A.id&&(I.id=A.id),0!==A.ownerPublicKey.length&&(I.ownerPublicKey=St(A.ownerPublicKey)),void 0!==A.revocationCommitment&&(I.revocationCommitment=St(A.revocationCommitment)),void 0!==A.withdrawBondSats&&(I.withdrawBondSats=Math.round(A.withdrawBondSats)),void 0!==A.withdrawRelativeBlockLocktime&&(I.withdrawRelativeBlockLocktime=Math.round(A.withdrawRelativeBlockLocktime)),void 0!==A.tokenPublicKey&&(I.tokenPublicKey=St(A.tokenPublicKey)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),0!==A.tokenAmount.length&&(I.tokenAmount=St(A.tokenAmount)),void 0!==A.seWithdrawalSignature&&(I.seWithdrawalSignature=St(A.seWithdrawalSignature)),void 0!==A.status&&(I.status=function(A){switch(A){case rE.TOKEN_OUTPUT_STATUS_UNSPECIFIED:return"TOKEN_OUTPUT_STATUS_UNSPECIFIED";case rE.TOKEN_OUTPUT_STATUS_AVAILABLE:return"TOKEN_OUTPUT_STATUS_AVAILABLE";case rE.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND:return"TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND";case rE.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),I},create:A=>RE.fromPartial(A??{}),fromPartial(A){const I=FE();return I.id=A.id??void 0,I.ownerPublicKey=A.ownerPublicKey??new Uint8Array(0),I.revocationCommitment=A.revocationCommitment??void 0,I.withdrawBondSats=A.withdrawBondSats??void 0,I.withdrawRelativeBlockLocktime=A.withdrawRelativeBlockLocktime??void 0,I.tokenPublicKey=A.tokenPublicKey??void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I.tokenAmount=A.tokenAmount??new Uint8Array(0),I.seWithdrawalSignature=A.seWithdrawalSignature??void 0,I.status=A.status??void 0,I}};function UE(){return{ownerPublicKey:new Uint8Array(0),withdrawBondSats:0,withdrawRelativeBlockLocktime:0,tokenIdentifier:new Uint8Array(0),tokenAmount:new Uint8Array(0)}}const ME={encode:(A,I=new y)=>(0!==A.ownerPublicKey.length&&I.uint32(10).bytes(A.ownerPublicKey),0!==A.withdrawBondSats&&I.uint32(16).uint64(A.withdrawBondSats),0!==A.withdrawRelativeBlockLocktime&&I.uint32(24).uint64(A.withdrawRelativeBlockLocktime),0!==A.tokenIdentifier.length&&I.uint32(34).bytes(A.tokenIdentifier),0!==A.tokenAmount.length&&I.uint32(42).bytes(A.tokenAmount),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=UE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.withdrawBondSats=Ut(g.uint64());continue;case 3:if(24!==A)break;B.withdrawRelativeBlockLocktime=Ut(g.uint64());continue;case 4:if(34!==A)break;B.tokenIdentifier=g.bytes();continue;case 5:if(42!==A)break;B.tokenAmount=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerPublicKey:Mt(A.ownerPublicKey)?pt(A.ownerPublicKey):new Uint8Array(0),withdrawBondSats:Mt(A.withdrawBondSats)?globalThis.Number(A.withdrawBondSats):0,withdrawRelativeBlockLocktime:Mt(A.withdrawRelativeBlockLocktime)?globalThis.Number(A.withdrawRelativeBlockLocktime):0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):new Uint8Array(0),tokenAmount:Mt(A.tokenAmount)?pt(A.tokenAmount):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.ownerPublicKey.length&&(I.ownerPublicKey=St(A.ownerPublicKey)),0!==A.withdrawBondSats&&(I.withdrawBondSats=Math.round(A.withdrawBondSats)),0!==A.withdrawRelativeBlockLocktime&&(I.withdrawRelativeBlockLocktime=Math.round(A.withdrawRelativeBlockLocktime)),0!==A.tokenIdentifier.length&&(I.tokenIdentifier=St(A.tokenIdentifier)),0!==A.tokenAmount.length&&(I.tokenAmount=St(A.tokenAmount)),I},create:A=>ME.fromPartial(A??{}),fromPartial(A){const I=UE();return I.ownerPublicKey=A.ownerPublicKey??new Uint8Array(0),I.withdrawBondSats=A.withdrawBondSats??0,I.withdrawRelativeBlockLocktime=A.withdrawRelativeBlockLocktime??0,I.tokenIdentifier=A.tokenIdentifier??new Uint8Array(0),I.tokenAmount=A.tokenAmount??new Uint8Array(0),I}};function KE(){return{partialTokenOutput:void 0,revocationCommitment:new Uint8Array(0)}}const mE={encode:(A,I=new y)=>(void 0!==A.partialTokenOutput&&ME.encode(A.partialTokenOutput,I.uint32(10).fork()).join(),0!==A.revocationCommitment.length&&I.uint32(18).bytes(A.revocationCommitment),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=KE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.partialTokenOutput=ME.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.revocationCommitment=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({partialTokenOutput:Mt(A.partialTokenOutput)?ME.fromJSON(A.partialTokenOutput):void 0,revocationCommitment:Mt(A.revocationCommitment)?pt(A.revocationCommitment):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.partialTokenOutput&&(I.partialTokenOutput=ME.toJSON(A.partialTokenOutput)),0!==A.revocationCommitment.length&&(I.revocationCommitment=St(A.revocationCommitment)),I},create:A=>mE.fromPartial(A??{}),fromPartial(A){const I=KE();return I.partialTokenOutput=void 0!==A.partialTokenOutput&&null!==A.partialTokenOutput?ME.fromPartial(A.partialTokenOutput):void 0,I.revocationCommitment=A.revocationCommitment??new Uint8Array(0),I}},JE={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),A.tokenInputs?.$case){case"mintInput":pE.encode(A.tokenInputs.mintInput,I.uint32(18).fork()).join();break;case"transferInput":NE.encode(A.tokenInputs.transferInput,I.uint32(26).fork()).join();break;case"createInput":fE.encode(A.tokenInputs.createInput,I.uint32(66).fork()).join()}for(const g of A.tokenOutputs)RE.encode(g,I.uint32(34).fork()).join();for(const g of A.sparkOperatorIdentityPublicKeys)I.uint32(42).bytes(g);void 0!==A.expiryTime&&N.encode(ft(A.expiryTime),I.uint32(50).fork()).join(),0!==A.network&&I.uint32(56).int32(A.network),void 0!==A.clientCreatedTimestamp&&N.encode(ft(A.clientCreatedTimestamp),I.uint32(74).fork()).join();for(const g of A.invoiceAttachments)LE.encode(g,I.uint32(82).fork()).join();return void 0!==A.validityDurationSeconds&&I.uint32(88).uint64(A.validityDurationSeconds),void 0!==A.executeBefore&&N.encode(ft(A.executeBefore),I.uint32(98).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,tokenInputs:void 0,tokenOutputs:[],sparkOperatorIdentityPublicKeys:[],expiryTime:void 0,network:0,clientCreatedTimestamp:void 0,invoiceAttachments:[],validityDurationSeconds:void 0,executeBefore:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.tokenInputs={$case:"mintInput",mintInput:pE.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.tokenInputs={$case:"transferInput",transferInput:NE.decode(g,g.uint32())};continue;case 8:if(66!==A)break;B.tokenInputs={$case:"createInput",createInput:fE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.tokenOutputs.push(RE.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.sparkOperatorIdentityPublicKeys.push(g.bytes());continue;case 6:if(50!==A)break;B.expiryTime=Ft(N.decode(g,g.uint32()));continue;case 7:if(56!==A)break;B.network=g.int32();continue;case 9:if(74!==A)break;B.clientCreatedTimestamp=Ft(N.decode(g,g.uint32()));continue;case 10:if(82!==A)break;B.invoiceAttachments.push(LE.decode(g,g.uint32()));continue;case 11:if(88!==A)break;B.validityDurationSeconds=Ut(g.uint64());continue;case 12:if(98!==A)break;B.executeBefore=Ft(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,tokenInputs:Mt(A.mintInput)?{$case:"mintInput",mintInput:pE.fromJSON(A.mintInput)}:Mt(A.transferInput)?{$case:"transferInput",transferInput:NE.fromJSON(A.transferInput)}:Mt(A.createInput)?{$case:"createInput",createInput:fE.fromJSON(A.createInput)}:void 0,tokenOutputs:globalThis.Array.isArray(A?.tokenOutputs)?A.tokenOutputs.map(A=>RE.fromJSON(A)):[],sparkOperatorIdentityPublicKeys:globalThis.Array.isArray(A?.sparkOperatorIdentityPublicKeys)?A.sparkOperatorIdentityPublicKeys.map(A=>pt(A)):[],expiryTime:Mt(A.expiryTime)?Rt(A.expiryTime):void 0,network:Mt(A.network)?b(A.network):0,clientCreatedTimestamp:Mt(A.clientCreatedTimestamp)?Rt(A.clientCreatedTimestamp):void 0,invoiceAttachments:globalThis.Array.isArray(A?.invoiceAttachments)?A.invoiceAttachments.map(A=>LE.fromJSON(A)):[],validityDurationSeconds:Mt(A.validityDurationSeconds)?globalThis.Number(A.validityDurationSeconds):void 0,executeBefore:Mt(A.executeBefore)?Rt(A.executeBefore):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),"mintInput"===A.tokenInputs?.$case?I.mintInput=pE.toJSON(A.tokenInputs.mintInput):"transferInput"===A.tokenInputs?.$case?I.transferInput=NE.toJSON(A.tokenInputs.transferInput):"createInput"===A.tokenInputs?.$case&&(I.createInput=fE.toJSON(A.tokenInputs.createInput)),A.tokenOutputs?.length&&(I.tokenOutputs=A.tokenOutputs.map(A=>RE.toJSON(A))),A.sparkOperatorIdentityPublicKeys?.length&&(I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys.map(A=>St(A))),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),0!==A.network&&(I.network=H(A.network)),void 0!==A.clientCreatedTimestamp&&(I.clientCreatedTimestamp=A.clientCreatedTimestamp.toISOString()),A.invoiceAttachments?.length&&(I.invoiceAttachments=A.invoiceAttachments.map(A=>LE.toJSON(A))),void 0!==A.validityDurationSeconds&&(I.validityDurationSeconds=Math.round(A.validityDurationSeconds)),void 0!==A.executeBefore&&(I.executeBefore=A.executeBefore.toISOString()),I},create:A=>JE.fromPartial(A??{}),fromPartial(A){const I={version:0,tokenInputs:void 0,tokenOutputs:[],sparkOperatorIdentityPublicKeys:[],expiryTime:void 0,network:0,clientCreatedTimestamp:void 0,invoiceAttachments:[],validityDurationSeconds:void 0,executeBefore:void 0};switch(I.version=A.version??0,A.tokenInputs?.$case){case"mintInput":void 0!==A.tokenInputs?.mintInput&&null!==A.tokenInputs?.mintInput&&(I.tokenInputs={$case:"mintInput",mintInput:pE.fromPartial(A.tokenInputs.mintInput)});break;case"transferInput":void 0!==A.tokenInputs?.transferInput&&null!==A.tokenInputs?.transferInput&&(I.tokenInputs={$case:"transferInput",transferInput:NE.fromPartial(A.tokenInputs.transferInput)});break;case"createInput":void 0!==A.tokenInputs?.createInput&&null!==A.tokenInputs?.createInput&&(I.tokenInputs={$case:"createInput",createInput:fE.fromPartial(A.tokenInputs.createInput)})}return I.tokenOutputs=A.tokenOutputs?.map(A=>RE.fromPartial(A))||[],I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys?.map(A=>A)||[],I.expiryTime=A.expiryTime??void 0,I.network=A.network??0,I.clientCreatedTimestamp=A.clientCreatedTimestamp??void 0,I.invoiceAttachments=A.invoiceAttachments?.map(A=>LE.fromPartial(A))||[],I.validityDurationSeconds=A.validityDurationSeconds??void 0,I.executeBefore=A.executeBefore??void 0,I}},bE={encode(A,I=new y){for(const g of A.sparkOperatorIdentityPublicKeys)I.uint32(18).bytes(g);0!==A.network&&I.uint32(24).int32(A.network),void 0!==A.clientCreatedTimestamp&&N.encode(ft(A.clientCreatedTimestamp),I.uint32(34).fork()).join(),0!==A.validityDurationSeconds&&I.uint32(40).uint64(A.validityDurationSeconds);for(const g of A.invoiceAttachments)LE.encode(g,I.uint32(50).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={sparkOperatorIdentityPublicKeys:[],network:0,clientCreatedTimestamp:void 0,validityDurationSeconds:0,invoiceAttachments:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 2:if(18!==A)break;B.sparkOperatorIdentityPublicKeys.push(g.bytes());continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(34!==A)break;B.clientCreatedTimestamp=Ft(N.decode(g,g.uint32()));continue;case 5:if(40!==A)break;B.validityDurationSeconds=Ut(g.uint64());continue;case 6:if(50!==A)break;B.invoiceAttachments.push(LE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({sparkOperatorIdentityPublicKeys:globalThis.Array.isArray(A?.sparkOperatorIdentityPublicKeys)?A.sparkOperatorIdentityPublicKeys.map(A=>pt(A)):[],network:Mt(A.network)?b(A.network):0,clientCreatedTimestamp:Mt(A.clientCreatedTimestamp)?Rt(A.clientCreatedTimestamp):void 0,validityDurationSeconds:Mt(A.validityDurationSeconds)?globalThis.Number(A.validityDurationSeconds):0,invoiceAttachments:globalThis.Array.isArray(A?.invoiceAttachments)?A.invoiceAttachments.map(A=>LE.fromJSON(A)):[]}),toJSON(A){const I={};return A.sparkOperatorIdentityPublicKeys?.length&&(I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys.map(A=>St(A))),0!==A.network&&(I.network=H(A.network)),void 0!==A.clientCreatedTimestamp&&(I.clientCreatedTimestamp=A.clientCreatedTimestamp.toISOString()),0!==A.validityDurationSeconds&&(I.validityDurationSeconds=Math.round(A.validityDurationSeconds)),A.invoiceAttachments?.length&&(I.invoiceAttachments=A.invoiceAttachments.map(A=>LE.toJSON(A))),I},create:A=>bE.fromPartial(A??{}),fromPartial(A){const I={sparkOperatorIdentityPublicKeys:[],network:0,clientCreatedTimestamp:void 0,validityDurationSeconds:0,invoiceAttachments:[]};return I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys?.map(A=>A)||[],I.network=A.network??0,I.clientCreatedTimestamp=A.clientCreatedTimestamp??void 0,I.validityDurationSeconds=A.validityDurationSeconds??0,I.invoiceAttachments=A.invoiceAttachments?.map(A=>LE.fromPartial(A))||[],I}},HE={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),void 0!==A.tokenTransactionMetadata&&bE.encode(A.tokenTransactionMetadata,I.uint32(18).fork()).join(),A.tokenInputs?.$case){case"mintInput":pE.encode(A.tokenInputs.mintInput,I.uint32(26).fork()).join();break;case"transferInput":NE.encode(A.tokenInputs.transferInput,I.uint32(34).fork()).join();break;case"createInput":fE.encode(A.tokenInputs.createInput,I.uint32(42).fork()).join()}for(const g of A.partialTokenOutputs)ME.encode(g,I.uint32(50).fork()).join();return void 0!==A.executeBefore&&N.encode(ft(A.executeBefore),I.uint32(58).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,partialTokenOutputs:[],executeBefore:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.tokenTransactionMetadata=bE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenInputs={$case:"mintInput",mintInput:pE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.tokenInputs={$case:"transferInput",transferInput:NE.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.tokenInputs={$case:"createInput",createInput:fE.decode(g,g.uint32())};continue;case 6:if(50!==A)break;B.partialTokenOutputs.push(ME.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.executeBefore=Ft(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,tokenTransactionMetadata:Mt(A.tokenTransactionMetadata)?bE.fromJSON(A.tokenTransactionMetadata):void 0,tokenInputs:Mt(A.mintInput)?{$case:"mintInput",mintInput:pE.fromJSON(A.mintInput)}:Mt(A.transferInput)?{$case:"transferInput",transferInput:NE.fromJSON(A.transferInput)}:Mt(A.createInput)?{$case:"createInput",createInput:fE.fromJSON(A.createInput)}:void 0,partialTokenOutputs:globalThis.Array.isArray(A?.partialTokenOutputs)?A.partialTokenOutputs.map(A=>ME.fromJSON(A)):[],executeBefore:Mt(A.executeBefore)?Rt(A.executeBefore):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.tokenTransactionMetadata&&(I.tokenTransactionMetadata=bE.toJSON(A.tokenTransactionMetadata)),"mintInput"===A.tokenInputs?.$case?I.mintInput=pE.toJSON(A.tokenInputs.mintInput):"transferInput"===A.tokenInputs?.$case?I.transferInput=NE.toJSON(A.tokenInputs.transferInput):"createInput"===A.tokenInputs?.$case&&(I.createInput=fE.toJSON(A.tokenInputs.createInput)),A.partialTokenOutputs?.length&&(I.partialTokenOutputs=A.partialTokenOutputs.map(A=>ME.toJSON(A))),void 0!==A.executeBefore&&(I.executeBefore=A.executeBefore.toISOString()),I},create:A=>HE.fromPartial(A??{}),fromPartial(A){const I={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,partialTokenOutputs:[],executeBefore:void 0};switch(I.version=A.version??0,I.tokenTransactionMetadata=void 0!==A.tokenTransactionMetadata&&null!==A.tokenTransactionMetadata?bE.fromPartial(A.tokenTransactionMetadata):void 0,A.tokenInputs?.$case){case"mintInput":void 0!==A.tokenInputs?.mintInput&&null!==A.tokenInputs?.mintInput&&(I.tokenInputs={$case:"mintInput",mintInput:pE.fromPartial(A.tokenInputs.mintInput)});break;case"transferInput":void 0!==A.tokenInputs?.transferInput&&null!==A.tokenInputs?.transferInput&&(I.tokenInputs={$case:"transferInput",transferInput:NE.fromPartial(A.tokenInputs.transferInput)});break;case"createInput":void 0!==A.tokenInputs?.createInput&&null!==A.tokenInputs?.createInput&&(I.tokenInputs={$case:"createInput",createInput:fE.fromPartial(A.tokenInputs.createInput)})}return I.partialTokenOutputs=A.partialTokenOutputs?.map(A=>ME.fromPartial(A))||[],I.executeBefore=A.executeBefore??void 0,I}},YE={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),void 0!==A.tokenTransactionMetadata&&bE.encode(A.tokenTransactionMetadata,I.uint32(18).fork()).join(),A.tokenInputs?.$case){case"mintInput":pE.encode(A.tokenInputs.mintInput,I.uint32(26).fork()).join();break;case"transferInput":NE.encode(A.tokenInputs.transferInput,I.uint32(34).fork()).join();break;case"createInput":fE.encode(A.tokenInputs.createInput,I.uint32(42).fork()).join()}for(const g of A.finalTokenOutputs)mE.encode(g,I.uint32(50).fork()).join();return void 0!==A.executeBefore&&N.encode(ft(A.executeBefore),I.uint32(58).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,finalTokenOutputs:[],executeBefore:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.tokenTransactionMetadata=bE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenInputs={$case:"mintInput",mintInput:pE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.tokenInputs={$case:"transferInput",transferInput:NE.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.tokenInputs={$case:"createInput",createInput:fE.decode(g,g.uint32())};continue;case 6:if(50!==A)break;B.finalTokenOutputs.push(mE.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.executeBefore=Ft(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,tokenTransactionMetadata:Mt(A.tokenTransactionMetadata)?bE.fromJSON(A.tokenTransactionMetadata):void 0,tokenInputs:Mt(A.mintInput)?{$case:"mintInput",mintInput:pE.fromJSON(A.mintInput)}:Mt(A.transferInput)?{$case:"transferInput",transferInput:NE.fromJSON(A.transferInput)}:Mt(A.createInput)?{$case:"createInput",createInput:fE.fromJSON(A.createInput)}:void 0,finalTokenOutputs:globalThis.Array.isArray(A?.finalTokenOutputs)?A.finalTokenOutputs.map(A=>mE.fromJSON(A)):[],executeBefore:Mt(A.executeBefore)?Rt(A.executeBefore):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.tokenTransactionMetadata&&(I.tokenTransactionMetadata=bE.toJSON(A.tokenTransactionMetadata)),"mintInput"===A.tokenInputs?.$case?I.mintInput=pE.toJSON(A.tokenInputs.mintInput):"transferInput"===A.tokenInputs?.$case?I.transferInput=NE.toJSON(A.tokenInputs.transferInput):"createInput"===A.tokenInputs?.$case&&(I.createInput=fE.toJSON(A.tokenInputs.createInput)),A.finalTokenOutputs?.length&&(I.finalTokenOutputs=A.finalTokenOutputs.map(A=>mE.toJSON(A))),void 0!==A.executeBefore&&(I.executeBefore=A.executeBefore.toISOString()),I},create:A=>YE.fromPartial(A??{}),fromPartial(A){const I={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,finalTokenOutputs:[],executeBefore:void 0};switch(I.version=A.version??0,I.tokenTransactionMetadata=void 0!==A.tokenTransactionMetadata&&null!==A.tokenTransactionMetadata?bE.fromPartial(A.tokenTransactionMetadata):void 0,A.tokenInputs?.$case){case"mintInput":void 0!==A.tokenInputs?.mintInput&&null!==A.tokenInputs?.mintInput&&(I.tokenInputs={$case:"mintInput",mintInput:pE.fromPartial(A.tokenInputs.mintInput)});break;case"transferInput":void 0!==A.tokenInputs?.transferInput&&null!==A.tokenInputs?.transferInput&&(I.tokenInputs={$case:"transferInput",transferInput:NE.fromPartial(A.tokenInputs.transferInput)});break;case"createInput":void 0!==A.tokenInputs?.createInput&&null!==A.tokenInputs?.createInput&&(I.tokenInputs={$case:"createInput",createInput:fE.fromPartial(A.tokenInputs.createInput)})}return I.finalTokenOutputs=A.finalTokenOutputs?.map(A=>mE.fromPartial(A))||[],I.executeBefore=A.executeBefore??void 0,I}},LE={encode:(A,I=new y)=>(""!==A.sparkInvoice&&I.uint32(10).string(A.sparkInvoice),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={sparkInvoice:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.sparkInvoice=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({sparkInvoice:Mt(A.sparkInvoice)?globalThis.String(A.sparkInvoice):""}),toJSON(A){const I={};return""!==A.sparkInvoice&&(I.sparkInvoice=A.sparkInvoice),I},create:A=>LE.fromPartial(A??{}),fromPartial(A){const I={sparkInvoice:""};return I.sparkInvoice=A.sparkInvoice??"",I}},qE={encode(A,I=new y){switch(void 0!==A.signature&&I.uint32(10).bytes(A.signature),0!==A.inputIndex&&I.uint32(16).uint32(A.inputIndex),A.authoritySignatures?.$case){case"singleSignature":tE.encode(A.authoritySignatures.singleSignature,I.uint32(26).fork()).join();break;case"multisigSignatures":oE.encode(A.authoritySignatures.multisigSignatures,I.uint32(34).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signature:void 0,inputIndex:0,authoritySignatures:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signature=g.bytes();continue;case 2:if(16!==A)break;B.inputIndex=g.uint32();continue;case 3:if(26!==A)break;B.authoritySignatures={$case:"singleSignature",singleSignature:tE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.authoritySignatures={$case:"multisigSignatures",multisigSignatures:oE.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signature:Mt(A.signature)?pt(A.signature):void 0,inputIndex:Mt(A.inputIndex)?globalThis.Number(A.inputIndex):0,authoritySignatures:Mt(A.singleSignature)?{$case:"singleSignature",singleSignature:tE.fromJSON(A.singleSignature)}:Mt(A.multisigSignatures)?{$case:"multisigSignatures",multisigSignatures:oE.fromJSON(A.multisigSignatures)}:void 0}),toJSON(A){const I={};return void 0!==A.signature&&(I.signature=St(A.signature)),0!==A.inputIndex&&(I.inputIndex=Math.round(A.inputIndex)),"singleSignature"===A.authoritySignatures?.$case?I.singleSignature=tE.toJSON(A.authoritySignatures.singleSignature):"multisigSignatures"===A.authoritySignatures?.$case&&(I.multisigSignatures=oE.toJSON(A.authoritySignatures.multisigSignatures)),I},create:A=>qE.fromPartial(A??{}),fromPartial(A){const I={signature:void 0,inputIndex:0,authoritySignatures:void 0};switch(I.signature=A.signature??void 0,I.inputIndex=A.inputIndex??0,A.authoritySignatures?.$case){case"singleSignature":void 0!==A.authoritySignatures?.singleSignature&&null!==A.authoritySignatures?.singleSignature&&(I.authoritySignatures={$case:"singleSignature",singleSignature:tE.fromPartial(A.authoritySignatures.singleSignature)});break;case"multisigSignatures":void 0!==A.authoritySignatures?.multisigSignatures&&null!==A.authoritySignatures?.multisigSignatures&&(I.authoritySignatures={$case:"multisigSignatures",multisigSignatures:oE.fromPartial(A.authoritySignatures.multisigSignatures)})}return I}};function VE(){return{ttxoSignatures:[],operatorIdentityPublicKey:new Uint8Array(0)}}const TE={encode(A,I=new y){for(const g of A.ttxoSignatures)qE.encode(g,I.uint32(10).fork()).join();return 0!==A.operatorIdentityPublicKey.length&&I.uint32(18).bytes(A.operatorIdentityPublicKey),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=VE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ttxoSignatures.push(qE.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.operatorIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ttxoSignatures:globalThis.Array.isArray(A?.ttxoSignatures)?A.ttxoSignatures.map(A=>qE.fromJSON(A)):[],operatorIdentityPublicKey:Mt(A.operatorIdentityPublicKey)?pt(A.operatorIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return A.ttxoSignatures?.length&&(I.ttxoSignatures=A.ttxoSignatures.map(A=>qE.toJSON(A))),0!==A.operatorIdentityPublicKey.length&&(I.operatorIdentityPublicKey=St(A.operatorIdentityPublicKey)),I},create:A=>TE.fromPartial(A??{}),fromPartial(A){const I=VE();return I.ttxoSignatures=A.ttxoSignatures?.map(A=>qE.fromPartial(A))||[],I.operatorIdentityPublicKey=A.operatorIdentityPublicKey??new Uint8Array(0),I}};function vE(){return{identityPublicKey:new Uint8Array(0),partialTokenTransaction:void 0,partialTokenTransactionOwnerSignatures:[],validityDurationSeconds:0}}const ZE={encode(A,I=new y){0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.partialTokenTransaction&&JE.encode(A.partialTokenTransaction,I.uint32(18).fork()).join();for(const g of A.partialTokenTransactionOwnerSignatures)qE.encode(g,I.uint32(26).fork()).join();return 0!==A.validityDurationSeconds&&I.uint32(32).uint64(A.validityDurationSeconds),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=vE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.partialTokenTransaction=JE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.partialTokenTransactionOwnerSignatures.push(qE.decode(g,g.uint32()));continue;case 4:if(32!==A)break;B.validityDurationSeconds=Ut(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:Mt(A.identityPublicKey)?pt(A.identityPublicKey):new Uint8Array(0),partialTokenTransaction:Mt(A.partialTokenTransaction)?JE.fromJSON(A.partialTokenTransaction):void 0,partialTokenTransactionOwnerSignatures:globalThis.Array.isArray(A?.partialTokenTransactionOwnerSignatures)?A.partialTokenTransactionOwnerSignatures.map(A=>qE.fromJSON(A)):[],validityDurationSeconds:Mt(A.validityDurationSeconds)?globalThis.Number(A.validityDurationSeconds):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=St(A.identityPublicKey)),void 0!==A.partialTokenTransaction&&(I.partialTokenTransaction=JE.toJSON(A.partialTokenTransaction)),A.partialTokenTransactionOwnerSignatures?.length&&(I.partialTokenTransactionOwnerSignatures=A.partialTokenTransactionOwnerSignatures.map(A=>qE.toJSON(A))),0!==A.validityDurationSeconds&&(I.validityDurationSeconds=Math.round(A.validityDurationSeconds)),I},create:A=>ZE.fromPartial(A??{}),fromPartial(A){const I=vE();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.partialTokenTransaction=void 0!==A.partialTokenTransaction&&null!==A.partialTokenTransaction?JE.fromPartial(A.partialTokenTransaction):void 0,I.partialTokenTransactionOwnerSignatures=A.partialTokenTransactionOwnerSignatures?.map(A=>qE.fromPartial(A))||[],I.validityDurationSeconds=A.validityDurationSeconds??0,I}},xE={encode:(A,I=new y)=>(void 0!==A.finalTokenTransaction&&JE.encode(A.finalTokenTransaction,I.uint32(10).fork()).join(),void 0!==A.keyshareInfo&&xA.encode(A.keyshareInfo,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={finalTokenTransaction:void 0,keyshareInfo:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransaction=JE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.keyshareInfo=xA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransaction:Mt(A.finalTokenTransaction)?JE.fromJSON(A.finalTokenTransaction):void 0,keyshareInfo:Mt(A.keyshareInfo)?xA.fromJSON(A.keyshareInfo):void 0}),toJSON(A){const I={};return void 0!==A.finalTokenTransaction&&(I.finalTokenTransaction=JE.toJSON(A.finalTokenTransaction)),void 0!==A.keyshareInfo&&(I.keyshareInfo=xA.toJSON(A.keyshareInfo)),I},create:A=>xE.fromPartial(A??{}),fromPartial(A){const I={finalTokenTransaction:void 0,keyshareInfo:void 0};return I.finalTokenTransaction=void 0!==A.finalTokenTransaction&&null!==A.finalTokenTransaction?JE.fromPartial(A.finalTokenTransaction):void 0,I.keyshareInfo=void 0!==A.keyshareInfo&&null!==A.keyshareInfo?xA.fromPartial(A.keyshareInfo):void 0,I}};function WE(){return{finalTokenTransaction:void 0,finalTokenTransactionHash:new Uint8Array(0),inputTtxoSignaturesPerOperator:[],ownerIdentityPublicKey:new Uint8Array(0)}}const PE={encode(A,I=new y){void 0!==A.finalTokenTransaction&&JE.encode(A.finalTokenTransaction,I.uint32(10).fork()).join(),0!==A.finalTokenTransactionHash.length&&I.uint32(18).bytes(A.finalTokenTransactionHash);for(const g of A.inputTtxoSignaturesPerOperator)TE.encode(g,I.uint32(26).fork()).join();return 0!==A.ownerIdentityPublicKey.length&&I.uint32(34).bytes(A.ownerIdentityPublicKey),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=WE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransaction=JE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.finalTokenTransactionHash=g.bytes();continue;case 3:if(26!==A)break;B.inputTtxoSignaturesPerOperator.push(TE.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.ownerIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransaction:Mt(A.finalTokenTransaction)?JE.fromJSON(A.finalTokenTransaction):void 0,finalTokenTransactionHash:Mt(A.finalTokenTransactionHash)?pt(A.finalTokenTransactionHash):new Uint8Array(0),inputTtxoSignaturesPerOperator:globalThis.Array.isArray(A?.inputTtxoSignaturesPerOperator)?A.inputTtxoSignaturesPerOperator.map(A=>TE.fromJSON(A)):[],ownerIdentityPublicKey:Mt(A.ownerIdentityPublicKey)?pt(A.ownerIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.finalTokenTransaction&&(I.finalTokenTransaction=JE.toJSON(A.finalTokenTransaction)),0!==A.finalTokenTransactionHash.length&&(I.finalTokenTransactionHash=St(A.finalTokenTransactionHash)),A.inputTtxoSignaturesPerOperator?.length&&(I.inputTtxoSignaturesPerOperator=A.inputTtxoSignaturesPerOperator.map(A=>TE.toJSON(A))),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=St(A.ownerIdentityPublicKey)),I},create:A=>PE.fromPartial(A??{}),fromPartial(A){const I=WE();return I.finalTokenTransaction=void 0!==A.finalTokenTransaction&&null!==A.finalTokenTransaction?JE.fromPartial(A.finalTokenTransaction):void 0,I.finalTokenTransactionHash=A.finalTokenTransactionHash??new Uint8Array(0),I.inputTtxoSignaturesPerOperator=A.inputTtxoSignaturesPerOperator?.map(A=>TE.fromPartial(A))||[],I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I}},OE={encode(A,I=new y){for(const g of A.committedOperatorPublicKeys)I.uint32(10).bytes(g);for(const g of A.uncommittedOperatorPublicKeys)I.uint32(18).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={committedOperatorPublicKeys:[],uncommittedOperatorPublicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.committedOperatorPublicKeys.push(g.bytes());continue;case 2:if(18!==A)break;B.uncommittedOperatorPublicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({committedOperatorPublicKeys:globalThis.Array.isArray(A?.committedOperatorPublicKeys)?A.committedOperatorPublicKeys.map(A=>pt(A)):[],uncommittedOperatorPublicKeys:globalThis.Array.isArray(A?.uncommittedOperatorPublicKeys)?A.uncommittedOperatorPublicKeys.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.committedOperatorPublicKeys?.length&&(I.committedOperatorPublicKeys=A.committedOperatorPublicKeys.map(A=>St(A))),A.uncommittedOperatorPublicKeys?.length&&(I.uncommittedOperatorPublicKeys=A.uncommittedOperatorPublicKeys.map(A=>St(A))),I},create:A=>OE.fromPartial(A??{}),fromPartial(A){const I={committedOperatorPublicKeys:[],uncommittedOperatorPublicKeys:[]};return I.committedOperatorPublicKeys=A.committedOperatorPublicKeys?.map(A=>A)||[],I.uncommittedOperatorPublicKeys=A.uncommittedOperatorPublicKeys?.map(A=>A)||[],I}},XE={encode:(A,I=new y)=>(0!==A.commitStatus&&I.uint32(8).int32(A.commitStatus),void 0!==A.commitProgress&&OE.encode(A.commitProgress,I.uint32(18).fork()).join(),void 0!==A.tokenIdentifier&&I.uint32(26).bytes(A.tokenIdentifier),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.commitStatus=g.int32();continue;case 2:if(18!==A)break;B.commitProgress=OE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenIdentifier=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({commitStatus:Mt(A.commitStatus)?dE(A.commitStatus):0,commitProgress:Mt(A.commitProgress)?OE.fromJSON(A.commitProgress):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0}),toJSON(A){const I={};return 0!==A.commitStatus&&(I.commitStatus=hE(A.commitStatus)),void 0!==A.commitProgress&&(I.commitProgress=OE.toJSON(A.commitProgress)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),I},create:A=>XE.fromPartial(A??{}),fromPartial(A){const I={commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};return I.commitStatus=A.commitStatus??0,I.commitProgress=void 0!==A.commitProgress&&null!==A.commitProgress?OE.fromPartial(A.commitProgress):void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I}};function jE(){return{identityPublicKey:new Uint8Array(0),partialTokenTransaction:void 0,tokenTransactionOwnerSignatures:[]}}const zE={encode(A,I=new y){0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.partialTokenTransaction&&HE.encode(A.partialTokenTransaction,I.uint32(18).fork()).join();for(const g of A.tokenTransactionOwnerSignatures)qE.encode(g,I.uint32(26).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=jE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.partialTokenTransaction=HE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenTransactionOwnerSignatures.push(qE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:Mt(A.identityPublicKey)?pt(A.identityPublicKey):new Uint8Array(0),partialTokenTransaction:Mt(A.partialTokenTransaction)?HE.fromJSON(A.partialTokenTransaction):void 0,tokenTransactionOwnerSignatures:globalThis.Array.isArray(A?.tokenTransactionOwnerSignatures)?A.tokenTransactionOwnerSignatures.map(A=>qE.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=St(A.identityPublicKey)),void 0!==A.partialTokenTransaction&&(I.partialTokenTransaction=HE.toJSON(A.partialTokenTransaction)),A.tokenTransactionOwnerSignatures?.length&&(I.tokenTransactionOwnerSignatures=A.tokenTransactionOwnerSignatures.map(A=>qE.toJSON(A))),I},create:A=>zE.fromPartial(A??{}),fromPartial(A){const I=jE();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.partialTokenTransaction=void 0!==A.partialTokenTransaction&&null!==A.partialTokenTransaction?HE.fromPartial(A.partialTokenTransaction):void 0,I.tokenTransactionOwnerSignatures=A.tokenTransactionOwnerSignatures?.map(A=>qE.fromPartial(A))||[],I}},_E={encode:(A,I=new y)=>(void 0!==A.finalTokenTransaction&&YE.encode(A.finalTokenTransaction,I.uint32(10).fork()).join(),0!==A.commitStatus&&I.uint32(16).int32(A.commitStatus),void 0!==A.commitProgress&&OE.encode(A.commitProgress,I.uint32(26).fork()).join(),void 0!==A.tokenIdentifier&&I.uint32(34).bytes(A.tokenIdentifier),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={finalTokenTransaction:void 0,commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransaction=YE.decode(g,g.uint32());continue;case 2:if(16!==A)break;B.commitStatus=g.int32();continue;case 3:if(26!==A)break;B.commitProgress=OE.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.tokenIdentifier=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransaction:Mt(A.finalTokenTransaction)?YE.fromJSON(A.finalTokenTransaction):void 0,commitStatus:Mt(A.commitStatus)?dE(A.commitStatus):0,commitProgress:Mt(A.commitProgress)?OE.fromJSON(A.commitProgress):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0}),toJSON(A){const I={};return void 0!==A.finalTokenTransaction&&(I.finalTokenTransaction=YE.toJSON(A.finalTokenTransaction)),0!==A.commitStatus&&(I.commitStatus=hE(A.commitStatus)),void 0!==A.commitProgress&&(I.commitProgress=OE.toJSON(A.commitProgress)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),I},create:A=>_E.fromPartial(A??{}),fromPartial(A){const I={finalTokenTransaction:void 0,commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};return I.finalTokenTransaction=void 0!==A.finalTokenTransaction&&null!==A.finalTokenTransaction?YE.fromPartial(A.finalTokenTransaction):void 0,I.commitStatus=A.commitStatus??0,I.commitProgress=void 0!==A.commitProgress&&null!==A.commitProgress?OE.fromPartial(A.commitProgress):void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I}},$E={encode(A,I=new y){for(const g of A.tokenIdentifiers)I.uint32(10).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(18).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenIdentifiers:[],issuerPublicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 2:if(18!==A)break;B.issuerPublicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),I},create:A=>$E.fromPartial(A??{}),fromPartial(A){const I={tokenIdentifiers:[],issuerPublicKeys:[]};return I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I}};function At(){return{issuerPublicKey:new Uint8Array(0),tokenName:"",tokenTicker:"",decimals:0,maxSupply:new Uint8Array(0),isFreezable:!1,creationEntityPublicKey:void 0,tokenIdentifier:new Uint8Array(0),extraMetadata:void 0}}const It={encode:(A,I=new y)=>(0!==A.issuerPublicKey.length&&I.uint32(10).bytes(A.issuerPublicKey),""!==A.tokenName&&I.uint32(18).string(A.tokenName),""!==A.tokenTicker&&I.uint32(26).string(A.tokenTicker),0!==A.decimals&&I.uint32(32).uint32(A.decimals),0!==A.maxSupply.length&&I.uint32(42).bytes(A.maxSupply),!1!==A.isFreezable&&I.uint32(48).bool(A.isFreezable),void 0!==A.creationEntityPublicKey&&I.uint32(58).bytes(A.creationEntityPublicKey),0!==A.tokenIdentifier.length&&I.uint32(66).bytes(A.tokenIdentifier),void 0!==A.extraMetadata&&I.uint32(74).bytes(A.extraMetadata),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=At();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.issuerPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.tokenName=g.string();continue;case 3:if(26!==A)break;B.tokenTicker=g.string();continue;case 4:if(32!==A)break;B.decimals=g.uint32();continue;case 5:if(42!==A)break;B.maxSupply=g.bytes();continue;case 6:if(48!==A)break;B.isFreezable=g.bool();continue;case 7:if(58!==A)break;B.creationEntityPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.tokenIdentifier=g.bytes();continue;case 9:if(74!==A)break;B.extraMetadata=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({issuerPublicKey:Mt(A.issuerPublicKey)?pt(A.issuerPublicKey):new Uint8Array(0),tokenName:Mt(A.tokenName)?globalThis.String(A.tokenName):"",tokenTicker:Mt(A.tokenTicker)?globalThis.String(A.tokenTicker):"",decimals:Mt(A.decimals)?globalThis.Number(A.decimals):0,maxSupply:Mt(A.maxSupply)?pt(A.maxSupply):new Uint8Array(0),isFreezable:!!Mt(A.isFreezable)&&globalThis.Boolean(A.isFreezable),creationEntityPublicKey:Mt(A.creationEntityPublicKey)?pt(A.creationEntityPublicKey):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):new Uint8Array(0),extraMetadata:Mt(A.extraMetadata)?pt(A.extraMetadata):void 0}),toJSON(A){const I={};return 0!==A.issuerPublicKey.length&&(I.issuerPublicKey=St(A.issuerPublicKey)),""!==A.tokenName&&(I.tokenName=A.tokenName),""!==A.tokenTicker&&(I.tokenTicker=A.tokenTicker),0!==A.decimals&&(I.decimals=Math.round(A.decimals)),0!==A.maxSupply.length&&(I.maxSupply=St(A.maxSupply)),!1!==A.isFreezable&&(I.isFreezable=A.isFreezable),void 0!==A.creationEntityPublicKey&&(I.creationEntityPublicKey=St(A.creationEntityPublicKey)),0!==A.tokenIdentifier.length&&(I.tokenIdentifier=St(A.tokenIdentifier)),void 0!==A.extraMetadata&&(I.extraMetadata=St(A.extraMetadata)),I},create:A=>It.fromPartial(A??{}),fromPartial(A){const I=At();return I.issuerPublicKey=A.issuerPublicKey??new Uint8Array(0),I.tokenName=A.tokenName??"",I.tokenTicker=A.tokenTicker??"",I.decimals=A.decimals??0,I.maxSupply=A.maxSupply??new Uint8Array(0),I.isFreezable=A.isFreezable??!1,I.creationEntityPublicKey=A.creationEntityPublicKey??void 0,I.tokenIdentifier=A.tokenIdentifier??new Uint8Array(0),I.extraMetadata=A.extraMetadata??void 0,I}},gt={encode(A,I=new y){for(const g of A.tokenMetadata)It.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenMetadata:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenMetadata.push(It.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenMetadata:globalThis.Array.isArray(A?.tokenMetadata)?A.tokenMetadata.map(A=>It.fromJSON(A)):[]}),toJSON(A){const I={};return A.tokenMetadata?.length&&(I.tokenMetadata=A.tokenMetadata.map(A=>It.toJSON(A))),I},create:A=>gt.fromPartial(A??{}),fromPartial(A){const I={tokenMetadata:[]};return I.tokenMetadata=A.tokenMetadata?.map(A=>It.fromPartial(A))||[],I}},Ct={encode(A,I=new y){for(const g of A.ownerPublicKeys)I.uint32(10).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(18).bytes(g);for(const g of A.tokenIdentifiers)I.uint32(34).bytes(g);return 0!==A.network&&I.uint32(24).int32(A.network),void 0!==A.pageRequest&&kA.encode(A.pageRequest,I.uint32(42).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],network:0,pageRequest:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerPublicKeys.push(g.bytes());continue;case 2:if(18!==A)break;B.issuerPublicKeys.push(g.bytes());continue;case 4:if(34!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 5:if(42!==A)break;B.pageRequest=kA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerPublicKeys:globalThis.Array.isArray(A?.ownerPublicKeys)?A.ownerPublicKeys.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[],tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],network:Mt(A.network)?b(A.network):0,pageRequest:Mt(A.pageRequest)?kA.fromJSON(A.pageRequest):void 0}),toJSON(A){const I={};return A.ownerPublicKeys?.length&&(I.ownerPublicKeys=A.ownerPublicKeys.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),0!==A.network&&(I.network=H(A.network)),void 0!==A.pageRequest&&(I.pageRequest=kA.toJSON(A.pageRequest)),I},create:A=>Ct.fromPartial(A??{}),fromPartial(A){const I={ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],network:0,pageRequest:void 0};return I.ownerPublicKeys=A.ownerPublicKeys?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.network=A.network??0,I.pageRequest=void 0!==A.pageRequest&&null!==A.pageRequest?kA.fromPartial(A.pageRequest):void 0,I}},Bt={encode(A,I=new y){switch(A.queryType?.$case){case"byTxHash":it.encode(A.queryType.byTxHash,I.uint32(74).fork()).join();break;case"byFilters":Qt.encode(A.queryType.byFilters,I.uint32(82).fork()).join()}for(const g of A.outputIds)I.uint32(10).string(g);for(const g of A.ownerPublicKeys)I.uint32(18).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(26).bytes(g);for(const g of A.tokenIdentifiers)I.uint32(58).bytes(g);for(const g of A.tokenTransactionHashes)I.uint32(34).bytes(g);return 0!==A.order&&I.uint32(64).int32(A.order),0!==A.limit&&I.uint32(40).int64(A.limit),0!==A.offset&&I.uint32(48).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={queryType:void 0,outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:0,limit:0,offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 9:if(74!==A)break;B.queryType={$case:"byTxHash",byTxHash:it.decode(g,g.uint32())};continue;case 10:if(82!==A)break;B.queryType={$case:"byFilters",byFilters:Qt.decode(g,g.uint32())};continue;case 1:if(10!==A)break;B.outputIds.push(g.string());continue;case 2:if(18!==A)break;B.ownerPublicKeys.push(g.bytes());continue;case 3:if(26!==A)break;B.issuerPublicKeys.push(g.bytes());continue;case 7:if(58!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 4:if(34!==A)break;B.tokenTransactionHashes.push(g.bytes());continue;case 8:if(64!==A)break;B.order=g.int32();continue;case 5:if(40!==A)break;B.limit=Ut(g.int64());continue;case 6:if(48!==A)break;B.offset=Ut(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({queryType:Mt(A.byTxHash)?{$case:"byTxHash",byTxHash:it.fromJSON(A.byTxHash)}:Mt(A.byFilters)?{$case:"byFilters",byFilters:Qt.fromJSON(A.byFilters)}:void 0,outputIds:globalThis.Array.isArray(A?.outputIds)?A.outputIds.map(A=>globalThis.String(A)):[],ownerPublicKeys:globalThis.Array.isArray(A?.ownerPublicKeys)?A.ownerPublicKeys.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[],tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],tokenTransactionHashes:globalThis.Array.isArray(A?.tokenTransactionHashes)?A.tokenTransactionHashes.map(A=>pt(A)):[],order:Mt(A.order)?X(A.order):0,limit:Mt(A.limit)?globalThis.Number(A.limit):0,offset:Mt(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return"byTxHash"===A.queryType?.$case?I.byTxHash=it.toJSON(A.queryType.byTxHash):"byFilters"===A.queryType?.$case&&(I.byFilters=Qt.toJSON(A.queryType.byFilters)),A.outputIds?.length&&(I.outputIds=A.outputIds),A.ownerPublicKeys?.length&&(I.ownerPublicKeys=A.ownerPublicKeys.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),A.tokenTransactionHashes?.length&&(I.tokenTransactionHashes=A.tokenTransactionHashes.map(A=>St(A))),0!==A.order&&(I.order=j(A.order)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>Bt.fromPartial(A??{}),fromPartial(A){const I={queryType:void 0,outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:0,limit:0,offset:0};switch(A.queryType?.$case){case"byTxHash":void 0!==A.queryType?.byTxHash&&null!==A.queryType?.byTxHash&&(I.queryType={$case:"byTxHash",byTxHash:it.fromPartial(A.queryType.byTxHash)});break;case"byFilters":void 0!==A.queryType?.byFilters&&null!==A.queryType?.byFilters&&(I.queryType={$case:"byFilters",byFilters:Qt.fromPartial(A.queryType.byFilters)})}return I.outputIds=A.outputIds?.map(A=>A)||[],I.ownerPublicKeys=A.ownerPublicKeys?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.tokenTransactionHashes=A.tokenTransactionHashes?.map(A=>A)||[],I.order=A.order??0,I.limit=A.limit??0,I.offset=A.offset??0,I}},it={encode(A,I=new y){for(const g of A.tokenTransactionHashes)I.uint32(10).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenTransactionHashes:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransactionHashes.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransactionHashes:globalThis.Array.isArray(A?.tokenTransactionHashes)?A.tokenTransactionHashes.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.tokenTransactionHashes?.length&&(I.tokenTransactionHashes=A.tokenTransactionHashes.map(A=>St(A))),I},create:A=>it.fromPartial(A??{}),fromPartial(A){const I={tokenTransactionHashes:[]};return I.tokenTransactionHashes=A.tokenTransactionHashes?.map(A=>A)||[],I}},Qt={encode(A,I=new y){for(const g of A.outputIds)I.uint32(10).string(g);for(const g of A.ownerPublicKeys)I.uint32(18).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(26).bytes(g);for(const g of A.tokenIdentifiers)I.uint32(34).bytes(g);return void 0!==A.pageRequest&&kA.encode(A.pageRequest,I.uint32(42).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],pageRequest:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputIds.push(g.string());continue;case 2:if(18!==A)break;B.ownerPublicKeys.push(g.bytes());continue;case 3:if(26!==A)break;B.issuerPublicKeys.push(g.bytes());continue;case 4:if(34!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 5:if(42!==A)break;B.pageRequest=kA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputIds:globalThis.Array.isArray(A?.outputIds)?A.outputIds.map(A=>globalThis.String(A)):[],ownerPublicKeys:globalThis.Array.isArray(A?.ownerPublicKeys)?A.ownerPublicKeys.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[],tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],pageRequest:Mt(A.pageRequest)?kA.fromJSON(A.pageRequest):void 0}),toJSON(A){const I={};return A.outputIds?.length&&(I.outputIds=A.outputIds),A.ownerPublicKeys?.length&&(I.ownerPublicKeys=A.ownerPublicKeys.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),void 0!==A.pageRequest&&(I.pageRequest=kA.toJSON(A.pageRequest)),I},create:A=>Qt.fromPartial(A??{}),fromPartial(A){const I={outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],pageRequest:void 0};return I.outputIds=A.outputIds?.map(A=>A)||[],I.ownerPublicKeys=A.ownerPublicKeys?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.pageRequest=void 0!==A.pageRequest&&null!==A.pageRequest?kA.fromPartial(A.pageRequest):void 0,I}},et={encode(A,I=new y){for(const g of A.tokenTransactionsWithStatus)ct.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),void 0!==A.pageResponse&&uA.encode(A.pageResponse,I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenTransactionsWithStatus:[],offset:0,pageResponse:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransactionsWithStatus.push(ct.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=Ut(g.int64());continue;case 3:if(26!==A)break;B.pageResponse=uA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransactionsWithStatus:globalThis.Array.isArray(A?.tokenTransactionsWithStatus)?A.tokenTransactionsWithStatus.map(A=>ct.fromJSON(A)):[],offset:Mt(A.offset)?globalThis.Number(A.offset):0,pageResponse:Mt(A.pageResponse)?uA.fromJSON(A.pageResponse):void 0}),toJSON(A){const I={};return A.tokenTransactionsWithStatus?.length&&(I.tokenTransactionsWithStatus=A.tokenTransactionsWithStatus.map(A=>ct.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),void 0!==A.pageResponse&&(I.pageResponse=uA.toJSON(A.pageResponse)),I},create:A=>et.fromPartial(A??{}),fromPartial(A){const I={tokenTransactionsWithStatus:[],offset:0,pageResponse:void 0};return I.tokenTransactionsWithStatus=A.tokenTransactionsWithStatus?.map(A=>ct.fromPartial(A))||[],I.offset=A.offset??0,I.pageResponse=void 0!==A.pageResponse&&null!==A.pageResponse?uA.fromPartial(A.pageResponse):void 0,I}};function Et(){return{output:void 0,previousTransactionHash:new Uint8Array(0),previousTransactionVout:0}}const tt={encode:(A,I=new y)=>(void 0!==A.output&&RE.encode(A.output,I.uint32(10).fork()).join(),0!==A.previousTransactionHash.length&&I.uint32(18).bytes(A.previousTransactionHash),0!==A.previousTransactionVout&&I.uint32(24).uint32(A.previousTransactionVout),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Et();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.output=RE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.previousTransactionHash=g.bytes();continue;case 3:if(24!==A)break;B.previousTransactionVout=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({output:Mt(A.output)?RE.fromJSON(A.output):void 0,previousTransactionHash:Mt(A.previousTransactionHash)?pt(A.previousTransactionHash):new Uint8Array(0),previousTransactionVout:Mt(A.previousTransactionVout)?globalThis.Number(A.previousTransactionVout):0}),toJSON(A){const I={};return void 0!==A.output&&(I.output=RE.toJSON(A.output)),0!==A.previousTransactionHash.length&&(I.previousTransactionHash=St(A.previousTransactionHash)),0!==A.previousTransactionVout&&(I.previousTransactionVout=Math.round(A.previousTransactionVout)),I},create:A=>tt.fromPartial(A??{}),fromPartial(A){const I=Et();return I.output=void 0!==A.output&&null!==A.output?RE.fromPartial(A.output):void 0,I.previousTransactionHash=A.previousTransactionHash??new Uint8Array(0),I.previousTransactionVout=A.previousTransactionVout??0,I}},ot={encode(A,I=new y){for(const g of A.outputsWithPreviousTransactionData)tt.encode(g,I.uint32(10).fork()).join();return void 0!==A.pageResponse&&uA.encode(A.pageResponse,I.uint32(18).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={outputsWithPreviousTransactionData:[],pageResponse:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputsWithPreviousTransactionData.push(tt.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.pageResponse=uA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputsWithPreviousTransactionData:globalThis.Array.isArray(A?.outputsWithPreviousTransactionData)?A.outputsWithPreviousTransactionData.map(A=>tt.fromJSON(A)):[],pageResponse:Mt(A.pageResponse)?uA.fromJSON(A.pageResponse):void 0}),toJSON(A){const I={};return A.outputsWithPreviousTransactionData?.length&&(I.outputsWithPreviousTransactionData=A.outputsWithPreviousTransactionData.map(A=>tt.toJSON(A))),void 0!==A.pageResponse&&(I.pageResponse=uA.toJSON(A.pageResponse)),I},create:A=>ot.fromPartial(A??{}),fromPartial(A){const I={outputsWithPreviousTransactionData:[],pageResponse:void 0};return I.outputsWithPreviousTransactionData=A.outputsWithPreviousTransactionData?.map(A=>tt.fromPartial(A))||[],I.pageResponse=void 0!==A.pageResponse&&null!==A.pageResponse?uA.fromPartial(A.pageResponse):void 0,I}};function nt(){return{outputId:"",revocationSecret:new Uint8Array(0)}}const at={encode:(A,I=new y)=>(""!==A.outputId&&I.uint32(10).string(A.outputId),0!==A.revocationSecret.length&&I.uint32(18).bytes(A.revocationSecret),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=nt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputId=g.string();continue;case 2:if(18!==A)break;B.revocationSecret=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputId:Mt(A.outputId)?globalThis.String(A.outputId):"",revocationSecret:Mt(A.revocationSecret)?pt(A.revocationSecret):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.outputId&&(I.outputId=A.outputId),0!==A.revocationSecret.length&&(I.revocationSecret=St(A.revocationSecret)),I},create:A=>at.fromPartial(A??{}),fromPartial(A){const I=nt();return I.outputId=A.outputId??"",I.revocationSecret=A.revocationSecret??new Uint8Array(0),I}},st={encode(A,I=new y){for(const g of A.spentTokenOutputsMetadata)at.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={spentTokenOutputsMetadata:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.spentTokenOutputsMetadata.push(at.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({spentTokenOutputsMetadata:globalThis.Array.isArray(A?.spentTokenOutputsMetadata)?A.spentTokenOutputsMetadata.map(A=>at.fromJSON(A)):[]}),toJSON(A){const I={};return A.spentTokenOutputsMetadata?.length&&(I.spentTokenOutputsMetadata=A.spentTokenOutputsMetadata.map(A=>at.toJSON(A))),I},create:A=>st.fromPartial(A??{}),fromPartial(A){const I={spentTokenOutputsMetadata:[]};return I.spentTokenOutputsMetadata=A.spentTokenOutputsMetadata?.map(A=>at.fromPartial(A))||[],I}};function rt(){return{tokenTransaction:void 0,status:0,confirmationMetadata:void 0,tokenTransactionHash:new Uint8Array(0)}}const ct={encode:(A,I=new y)=>(void 0!==A.tokenTransaction&&JE.encode(A.tokenTransaction,I.uint32(10).fork()).join(),0!==A.status&&I.uint32(16).int32(A.status),void 0!==A.confirmationMetadata&&st.encode(A.confirmationMetadata,I.uint32(26).fork()).join(),0!==A.tokenTransactionHash.length&&I.uint32(34).bytes(A.tokenTransactionHash),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=rt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransaction=JE.decode(g,g.uint32());continue;case 2:if(16!==A)break;B.status=g.int32();continue;case 3:if(26!==A)break;B.confirmationMetadata=st.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.tokenTransactionHash=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransaction:Mt(A.tokenTransaction)?JE.fromJSON(A.tokenTransaction):void 0,status:Mt(A.status)?lE(A.status):0,confirmationMetadata:Mt(A.confirmationMetadata)?st.fromJSON(A.confirmationMetadata):void 0,tokenTransactionHash:Mt(A.tokenTransactionHash)?pt(A.tokenTransactionHash):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.tokenTransaction&&(I.tokenTransaction=JE.toJSON(A.tokenTransaction)),0!==A.status&&(I.status=function(A){switch(A){case yE.TOKEN_TRANSACTION_STARTED:return"TOKEN_TRANSACTION_STARTED";case yE.TOKEN_TRANSACTION_SIGNED:return"TOKEN_TRANSACTION_SIGNED";case yE.TOKEN_TRANSACTION_REVEALED:return"TOKEN_TRANSACTION_REVEALED";case yE.TOKEN_TRANSACTION_FINALIZED:return"TOKEN_TRANSACTION_FINALIZED";case yE.TOKEN_TRANSACTION_STARTED_CANCELLED:return"TOKEN_TRANSACTION_STARTED_CANCELLED";case yE.TOKEN_TRANSACTION_SIGNED_CANCELLED:return"TOKEN_TRANSACTION_SIGNED_CANCELLED";case yE.TOKEN_TRANSACTION_UNKNOWN:return"TOKEN_TRANSACTION_UNKNOWN";case yE.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),void 0!==A.confirmationMetadata&&(I.confirmationMetadata=st.toJSON(A.confirmationMetadata)),0!==A.tokenTransactionHash.length&&(I.tokenTransactionHash=St(A.tokenTransactionHash)),I},create:A=>ct.fromPartial(A??{}),fromPartial(A){const I=rt();return I.tokenTransaction=void 0!==A.tokenTransaction&&null!==A.tokenTransaction?JE.fromPartial(A.tokenTransaction):void 0,I.status=A.status??0,I.confirmationMetadata=void 0!==A.confirmationMetadata&&null!==A.confirmationMetadata?st.fromPartial(A.confirmationMetadata):void 0,I.tokenTransactionHash=A.tokenTransactionHash??new Uint8Array(0),I}};function Dt(){return{version:0,ownerPublicKey:void 0,tokenPublicKey:void 0,tokenIdentifier:void 0,issuerProvidedTimestamp:0,operatorIdentityPublicKey:new Uint8Array(0),shouldUnfreeze:!1}}const wt={encode:(A,I=new y)=>(0!==A.version&&I.uint32(8).uint32(A.version),void 0!==A.ownerPublicKey&&I.uint32(18).bytes(A.ownerPublicKey),void 0!==A.tokenPublicKey&&I.uint32(26).bytes(A.tokenPublicKey),void 0!==A.tokenIdentifier&&I.uint32(34).bytes(A.tokenIdentifier),0!==A.issuerProvidedTimestamp&&I.uint32(40).uint64(A.issuerProvidedTimestamp),0!==A.operatorIdentityPublicKey.length&&I.uint32(50).bytes(A.operatorIdentityPublicKey),!1!==A.shouldUnfreeze&&I.uint32(56).bool(A.shouldUnfreeze),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Dt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.ownerPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.tokenPublicKey=g.bytes();continue;case 4:if(34!==A)break;B.tokenIdentifier=g.bytes();continue;case 5:if(40!==A)break;B.issuerProvidedTimestamp=Ut(g.uint64());continue;case 6:if(50!==A)break;B.operatorIdentityPublicKey=g.bytes();continue;case 7:if(56!==A)break;B.shouldUnfreeze=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,ownerPublicKey:Mt(A.ownerPublicKey)?pt(A.ownerPublicKey):void 0,tokenPublicKey:Mt(A.tokenPublicKey)?pt(A.tokenPublicKey):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0,issuerProvidedTimestamp:Mt(A.issuerProvidedTimestamp)?globalThis.Number(A.issuerProvidedTimestamp):0,operatorIdentityPublicKey:Mt(A.operatorIdentityPublicKey)?pt(A.operatorIdentityPublicKey):new Uint8Array(0),shouldUnfreeze:!!Mt(A.shouldUnfreeze)&&globalThis.Boolean(A.shouldUnfreeze)}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.ownerPublicKey&&(I.ownerPublicKey=St(A.ownerPublicKey)),void 0!==A.tokenPublicKey&&(I.tokenPublicKey=St(A.tokenPublicKey)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),0!==A.issuerProvidedTimestamp&&(I.issuerProvidedTimestamp=Math.round(A.issuerProvidedTimestamp)),0!==A.operatorIdentityPublicKey.length&&(I.operatorIdentityPublicKey=St(A.operatorIdentityPublicKey)),!1!==A.shouldUnfreeze&&(I.shouldUnfreeze=A.shouldUnfreeze),I},create:A=>wt.fromPartial(A??{}),fromPartial(A){const I=Dt();return I.version=A.version??0,I.ownerPublicKey=A.ownerPublicKey??void 0,I.tokenPublicKey=A.tokenPublicKey??void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I.issuerProvidedTimestamp=A.issuerProvidedTimestamp??0,I.operatorIdentityPublicKey=A.operatorIdentityPublicKey??new Uint8Array(0),I.shouldUnfreeze=A.shouldUnfreeze??!1,I}};function dt(){return{freezeTokensPayload:void 0,issuerSignature:new Uint8Array(0)}}const ht={encode:(A,I=new y)=>(void 0!==A.freezeTokensPayload&&wt.encode(A.freezeTokensPayload,I.uint32(10).fork()).join(),0!==A.issuerSignature.length&&I.uint32(18).bytes(A.issuerSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=dt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.freezeTokensPayload=wt.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.issuerSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({freezeTokensPayload:Mt(A.freezeTokensPayload)?wt.fromJSON(A.freezeTokensPayload):void 0,issuerSignature:Mt(A.issuerSignature)?pt(A.issuerSignature):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.freezeTokensPayload&&(I.freezeTokensPayload=wt.toJSON(A.freezeTokensPayload)),0!==A.issuerSignature.length&&(I.issuerSignature=St(A.issuerSignature)),I},create:A=>ht.fromPartial(A??{}),fromPartial(A){const I=dt();return I.freezeTokensPayload=void 0!==A.freezeTokensPayload&&null!==A.freezeTokensPayload?wt.fromPartial(A.freezeTokensPayload):void 0,I.issuerSignature=A.issuerSignature??new Uint8Array(0),I}};function yt(){return{transactionHash:new Uint8Array(0),vout:0}}const lt={encode:(A,I=new y)=>(0!==A.transactionHash.length&&I.uint32(10).bytes(A.transactionHash),0!==A.vout&&I.uint32(16).uint32(A.vout),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=yt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transactionHash=g.bytes();continue;case 2:if(16!==A)break;B.vout=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transactionHash:Mt(A.transactionHash)?pt(A.transactionHash):new Uint8Array(0),vout:Mt(A.vout)?globalThis.Number(A.vout):0}),toJSON(A){const I={};return 0!==A.transactionHash.length&&(I.transactionHash=St(A.transactionHash)),0!==A.vout&&(I.vout=Math.round(A.vout)),I},create:A=>lt.fromPartial(A??{}),fromPartial(A){const I=yt();return I.transactionHash=A.transactionHash??new Uint8Array(0),I.vout=A.vout??0,I}},kt={encode(A,I=new y){for(const g of A.appliedOperatorPublicKeys)I.uint32(10).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={appliedOperatorPublicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.appliedOperatorPublicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({appliedOperatorPublicKeys:globalThis.Array.isArray(A?.appliedOperatorPublicKeys)?A.appliedOperatorPublicKeys.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.appliedOperatorPublicKeys?.length&&(I.appliedOperatorPublicKeys=A.appliedOperatorPublicKeys.map(A=>St(A))),I},create:A=>kt.fromPartial(A??{}),fromPartial(A){const I={appliedOperatorPublicKeys:[]};return I.appliedOperatorPublicKeys=A.appliedOperatorPublicKeys?.map(A=>A)||[],I}};function ut(){return{impactedOutputIds:[],impactedTokenAmount:new Uint8Array(0),impactedTokenOutputs:[],freezeProgress:void 0}}const Nt={encode(A,I=new y){for(const g of A.impactedOutputIds)I.uint32(10).string(g);0!==A.impactedTokenAmount.length&&I.uint32(18).bytes(A.impactedTokenAmount);for(const g of A.impactedTokenOutputs)lt.encode(g,I.uint32(26).fork()).join();return void 0!==A.freezeProgress&&kt.encode(A.freezeProgress,I.uint32(34).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=ut();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.impactedOutputIds.push(g.string());continue;case 2:if(18!==A)break;B.impactedTokenAmount=g.bytes();continue;case 3:if(26!==A)break;B.impactedTokenOutputs.push(lt.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.freezeProgress=kt.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({impactedOutputIds:globalThis.Array.isArray(A?.impactedOutputIds)?A.impactedOutputIds.map(A=>globalThis.String(A)):[],impactedTokenAmount:Mt(A.impactedTokenAmount)?pt(A.impactedTokenAmount):new Uint8Array(0),impactedTokenOutputs:globalThis.Array.isArray(A?.impactedTokenOutputs)?A.impactedTokenOutputs.map(A=>lt.fromJSON(A)):[],freezeProgress:Mt(A.freezeProgress)?kt.fromJSON(A.freezeProgress):void 0}),toJSON(A){const I={};return A.impactedOutputIds?.length&&(I.impactedOutputIds=A.impactedOutputIds),0!==A.impactedTokenAmount.length&&(I.impactedTokenAmount=St(A.impactedTokenAmount)),A.impactedTokenOutputs?.length&&(I.impactedTokenOutputs=A.impactedTokenOutputs.map(A=>lt.toJSON(A))),void 0!==A.freezeProgress&&(I.freezeProgress=kt.toJSON(A.freezeProgress)),I},create:A=>Nt.fromPartial(A??{}),fromPartial(A){const I=ut();return I.impactedOutputIds=A.impactedOutputIds?.map(A=>A)||[],I.impactedTokenAmount=A.impactedTokenAmount??new Uint8Array(0),I.impactedTokenOutputs=A.impactedTokenOutputs?.map(A=>lt.fromPartial(A))||[],I.freezeProgress=void 0!==A.freezeProgress&&null!==A.freezeProgress?kt.fromPartial(A.freezeProgress):void 0,I}},Gt={name:"SparkTokenService",fullName:"spark_token.SparkTokenService",methods:{start_transaction:{name:"start_transaction",requestType:ZE,requestStream:!1,responseType:xE,responseStream:!1,options:{}},commit_transaction:{name:"commit_transaction",requestType:PE,requestStream:!1,responseType:XE,responseStream:!1,options:{}},query_token_metadata:{name:"query_token_metadata",requestType:$E,requestStream:!1,responseType:gt,responseStream:!1,options:{}},query_token_transactions:{name:"query_token_transactions",requestType:Bt,requestStream:!1,responseType:et,responseStream:!1,options:{}},query_token_outputs:{name:"query_token_outputs",requestType:Ct,requestStream:!1,responseType:ot,responseStream:!1,options:{}},freeze_tokens:{name:"freeze_tokens",requestType:ht,requestStream:!1,responseType:Nt,responseStream:!1,options:{}},broadcast_transaction:{name:"broadcast_transaction",requestType:zE,requestStream:!1,responseType:_E,responseStream:!1,options:{}}}};function pt(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function St(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function ft(A){return{seconds:Math.trunc(A.getTime()/1e3),nanos:A.getTime()%1e3*1e6}}function Ft(A){let I=1e3*(A.seconds||0);return I+=(A.nanos||0)/1e6,new globalThis.Date(I)}function Rt(A){return A instanceof globalThis.Date?A:"string"==typeof A?new globalThis.Date(A):Ft(N.fromJSON(A))}function Ut(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function Mt(A){return null!=A}function Kt(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function mt(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function Jt(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function bt(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function Ht(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function Yt(A,I){return A<<32-I|A>>>I}const Lt=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),qt=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function Vt(A){if(mt(A),Lt)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=qt[A[g]];return I}function Tt(A){return A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0}function vt(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(Lt)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=Tt(A.charCodeAt(B)),i=Tt(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}function Zt(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function xt(A){return"string"==typeof A&&(A=Zt(A)),mt(A),A}function Wt(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];mt(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g}class Pt{}function Ot(A){const I=I=>A().update(xt(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}var Xt,jt="user-agent",zt="",_t="function",$t="object",Ao="string",Io="undefined",go="browser",Co="cpu",Bo="device",io="engine",Qo="os",eo="result",Eo="name",to="type",oo="vendor",no="version",ao="architecture",so="major",ro="model",co="console",Do="mobile",wo="tablet",ho="smarttv",yo="wearable",lo="xr",ko="embedded",uo="inapp",No="brands",Go="formFactors",po="fullVersionList",So="platform",fo="platformVersion",Fo="bitness",Ro="sec-ch-ua",Uo=Ro+"-full-version-list",Mo=Ro+"-arch",Ko=Ro+"-"+Fo,mo=Ro+"-form-factors",Jo=Ro+"-"+Do,bo=Ro+"-"+ro,Ho=Ro+"-"+So,Yo=Ho+"-version",Lo=[No,po,Do,ro,So,fo,ao,Go,Fo],qo="Amazon",Vo="Apple",To="ASUS",vo="BlackBerry",Zo="Google",xo="Huawei",Wo="Lenovo",Po="Honor",Oo="LG",Xo="Microsoft",jo="Motorola",zo="Nvidia",_o="OnePlus",$o="OPPO",An="Samsung",In="Sharp",gn="Sony",Cn="Xiaomi",Bn="Zebra",Qn="Chrome",en="Chromium",En="Chromecast",tn="Edge",on="Firefox",nn="Opera",an="Facebook",sn="Sogou",rn="Mobile ",cn=" Browser",Dn="Windows",wn=typeof window!==Io&&window.navigator?window.navigator:void 0,dn=wn&&wn.userAgentData?wn.userAgentData:void 0,hn=function(A){for(var I={},g=0;g<A.length;g++)I[A[g].toUpperCase()]=A[g];return I},yn=function(A,I){if(typeof A===$t&&A.length>0){for(var g in A)if(Nn(I)==Nn(A[g]))return!0;return!1}return!!kn(A)&&Nn(I)==Nn(A)},ln=function(A,I){for(var g in A)return/^(browser|cpu|device|engine|os)$/.test(g)||!!I&&ln(A[g])},kn=function(A){return typeof A===Ao},un=function(A){if(A){for(var I=[],g=Sn(/\\?\"/g,A).split(","),C=0;C<g.length;C++)if(g[C].indexOf(";")>-1){var B=Fn(g[C]).split(";v=");I[C]={brand:B[0],version:B[1]}}else I[C]=Fn(g[C]);return I}},Nn=function(A){return kn(A)?A.toLowerCase():A},Gn=function(A){return kn(A)?Sn(/[^\d\.]/g,A).split(".")[0]:void 0},pn=function(A){for(var I in A)if(A.hasOwnProperty(I)){var g=A[I];typeof g==$t&&2==g.length?this[g[0]]=g[1]:this[g]=void 0}return this},Sn=function(A,I){return kn(I)?I.replace(A,zt):I},fn=function(A){return Sn(/\\?\"/g,A)},Fn=function(A,I){return A=Sn(/^\s\s*/,String(A)),typeof I===Io?A:A.substring(0,I)},Rn=function(A,I){if(A&&I)for(var g,C,B,i,Q,e,E=0;E<I.length&&!Q;){var t=I[E],o=I[E+1];for(g=C=0;g<t.length&&!Q&&t[g];)if(Q=t[g++].exec(A))for(B=0;B<o.length;B++)e=Q[++C],typeof(i=o[B])===$t&&i.length>0?2===i.length?typeof i[1]==_t?this[i[0]]=i[1].call(this,e):this[i[0]]=i[1]:i.length>=3&&(typeof i[1]!==_t||i[1].exec&&i[1].test?3==i.length?this[i[0]]=e?e.replace(i[1],i[2]):void 0:4==i.length?this[i[0]]=e?i[3].call(this,e.replace(i[1],i[2])):void 0:i.length>4&&(this[i[0]]=e?i[3].apply(this,[e.replace(i[1],i[2])].concat(i.slice(4))):void 0):i.length>3?this[i[0]]=e?i[1].apply(this,i.slice(2)):void 0:this[i[0]]=e?i[1].call(this,e,i[2]):void 0):this[i]=e||void 0;E+=2}},Un=function(A,I){for(var g in I)if(typeof I[g]===$t&&I[g].length>0){for(var C=0;C<I[g].length;C++)if(yn(I[g][C],A))return"?"===g?void 0:g}else if(yn(I[g],A))return"?"===g?void 0:g;return I.hasOwnProperty("*")?I["*"]:A},Mn={ME:"4.90","NT 3.51":"3.51","NT 4.0":"4.0",2e3:["5.0","5.01"],XP:["5.1","5.2"],Vista:"6.0",7:"6.1",8:"6.2",8.1:"6.3",10:["6.4","10.0"],NT:""},Kn={embedded:"Automotive",mobile:"Mobile",tablet:["Tablet","EInk"],smarttv:"TV",wearable:"Watch",xr:["VR","XR"],"?":["Desktop","Unknown"],"*":void 0},mn={Chrome:"Google Chrome",Edge:"Microsoft Edge","Edge WebView2":"Microsoft Edge WebView2","Chrome WebView":"Android WebView","Chrome Headless":"HeadlessChrome","Huawei Browser":"HuaweiBrowser","MIUI Browser":"Miui Browser","Opera Mobi":"OperaMobile",Yandex:"YaBrowser"},Jn={browser:[[/\b(?:crmo|crios)\/([\w\.]+)/i],[no,[Eo,rn+"Chrome"]],[/webview.+edge\/([\w\.]+)/i],[no,[Eo,tn+" WebView"]],[/edg(?:e|ios|a)?\/([\w\.]+)/i],[no,[Eo,"Edge"]],[/(opera mini)\/([-\w\.]+)/i,/(opera [mobiletab]{3,6})\b.+version\/([-\w\.]+)/i,/(opera)(?:.+version\/|[\/ ]+)([\w\.]+)/i],[Eo,no],[/opios[\/ ]+([\w\.]+)/i],[no,[Eo,nn+" Mini"]],[/\bop(?:rg)?x\/([\w\.]+)/i],[no,[Eo,nn+" GX"]],[/\bopr\/([\w\.]+)/i],[no,[Eo,nn]],[/\bb[ai]*d(?:uhd|[ub]*[aekoprswx]{5,6})[\/ ]?([\w\.]+)/i],[no,[Eo,"Baidu"]],[/\b(?:mxbrowser|mxios|myie2)\/?([-\w\.]*)\b/i],[no,[Eo,"Maxthon"]],[/(kindle)\/([\w\.]+)/i,/(lunascape|maxthon|netfront|jasmine|blazer|sleipnir)[\/ ]?([\w\.]*)/i,/(avant|iemobile|slim(?:browser|boat|jet))[\/ ]?([\d\.]*)/i,/(?:ms|\()(ie) ([\w\.]+)/i,/(atlas|flock|rockmelt|midori|epiphany|silk|skyfire|ovibrowser|bolt|iron|vivaldi|iridium|phantomjs|bowser|qupzilla|falkon|rekonq|puffin|brave|whale(?!.+naver)|qqbrowserlite|duckduckgo|klar|helio|(?=comodo_)?dragon|otter|dooble|(?:lg |qute)browser|palemoon)\/([-\w\.]+)/i,/(heytap|ovi|115|surf|qwant)browser\/([\d\.]+)/i,/(qwant)(?:ios|mobile)\/([\d\.]+)/i,/(ecosia|weibo)(?:__| \w+@)([\d\.]+)/i],[Eo,no],[/quark(?:pc)?\/([-\w\.]+)/i],[no,[Eo,"Quark"]],[/\bddg\/([\w\.]+)/i],[no,[Eo,"DuckDuckGo"]],[/(?:\buc? ?browser|(?:juc.+)ucweb)[\/ ]?([\w\.]+)/i],[no,[Eo,"UCBrowser"]],[/microm.+\bqbcore\/([\w\.]+)/i,/\bqbcore\/([\w\.]+).+microm/i,/micromessenger\/([\w\.]+)/i],[no,[Eo,"WeChat"]],[/konqueror\/([\w\.]+)/i],[no,[Eo,"Konqueror"]],[/trident.+rv[: ]([\w\.]{1,9})\b.+like gecko/i],[no,[Eo,"IE"]],[/ya(?:search)?browser\/([\w\.]+)/i],[no,[Eo,"Yandex"]],[/slbrowser\/([\w\.]+)/i],[no,[Eo,"Smart "+Wo+cn]],[/(avast|avg)\/([\w\.]+)/i],[[Eo,/(.+)/,"$1 Secure"+cn],no],[/\bfocus\/([\w\.]+)/i],[no,[Eo,on+" Focus"]],[/\bopt\/([\w\.]+)/i],[no,[Eo,nn+" Touch"]],[/coc_coc\w+\/([\w\.]+)/i],[no,[Eo,"Coc Coc"]],[/dolfin\/([\w\.]+)/i],[no,[Eo,"Dolphin"]],[/coast\/([\w\.]+)/i],[no,[Eo,nn+" Coast"]],[/miuibrowser\/([\w\.]+)/i],[no,[Eo,"MIUI"+cn]],[/fxios\/([\w\.-]+)/i],[no,[Eo,rn+on]],[/\bqihoobrowser\/?([\w\.]*)/i],[no,[Eo,"360"]],[/\b(qq)\/([\w\.]+)/i],[[Eo,/(.+)/,"$1Browser"],no],[/(oculus|sailfish|huawei|vivo|pico)browser\/([\w\.]+)/i],[[Eo,/(.+)/,"$1"+cn],no],[/samsungbrowser\/([\w\.]+)/i],[no,[Eo,An+" Internet"]],[/metasr[\/ ]?([\d\.]+)/i],[no,[Eo,sn+" Explorer"]],[/(sogou)mo\w+\/([\d\.]+)/i],[[Eo,sn+" Mobile"],no],[/(electron)\/([\w\.]+) safari/i,/(tesla)(?: qtcarbrowser|\/(20\d\d\.[-\w\.]+))/i,/m?(qqbrowser|2345(?=browser|chrome|explorer))\w*[\/ ]?v?([\w\.]+)/i],[Eo,no],[/(lbbrowser|rekonq|steam(?= (clie|tenf|gameo)))/i],[Eo],[/ome\/([\w\.]+) \w* ?(iron) saf/i,/ome\/([\w\.]+).+qihu (360)[es]e/i],[no,Eo],[/((?:fban\/fbios|fb_iab\/fb4a)(?!.+fbav)|;fbav\/([\w\.]+);)/i],[[Eo,an],no,[to,uo]],[/(kakao(?:talk|story))[\/ ]([\w\.]+)/i,/(naver)\(.*?(\d+\.[\w\.]+).*\)/i,/(daum)apps[\/ ]([\w\.]+)/i,/safari (line)\/([\w\.]+)/i,/\b(line)\/([\w\.]+)\/iab/i,/(alipay)client\/([\w\.]+)/i,/(twitter)(?:and| f.+e\/([\w\.]+))/i,/(bing)(?:web|sapphire)\/([\w\.]+)/i,/(instagram|snapchat|klarna)[\/ ]([-\w\.]+)/i],[Eo,no,[to,uo]],[/\bgsa\/([\w\.]+) .*safari\//i],[no,[Eo,"GSA"],[to,uo]],[/musical_ly(?:.+app_?version\/|_)([\w\.]+)/i],[no,[Eo,"TikTok"],[to,uo]],[/\[(linkedin)app\]/i],[Eo,[to,uo]],[/(zalo(?:app)?)[\/\sa-z]*([\w\.-]+)/i],[[Eo,/(.+)/,"Zalo"],no,[to,uo]],[/(chromium)[\/ ]([-\w\.]+)/i],[Eo,no],[/headlesschrome(?:\/([\w\.]+)| )/i],[no,[Eo,Qn+" Headless"]],[/wv\).+chrome\/([\w\.]+).+edgw\//i],[no,[Eo,tn+" WebView2"]],[/ wv\).+(chrome)\/([\w\.]+)/i],[[Eo,Qn+" WebView"],no],[/droid.+ version\/([\w\.]+)\b.+(?:mobile safari|safari)/i],[no,[Eo,"Android"+cn]],[/chrome\/([\w\.]+) mobile/i],[no,[Eo,rn+"Chrome"]],[/(chrome|omniweb|arora|[tizenoka]{5} ?browser)\/v?([\w\.]+)/i],[Eo,no],[/version\/([\w\.\,]+) .*mobile(?:\/\w+ | ?)safari/i],[no,[Eo,rn+"Safari"]],[/iphone .*mobile(?:\/\w+ | ?)safari/i],[[Eo,rn+"Safari"]],[/version\/([\w\.\,]+) .*(safari)/i],[no,Eo],[/webkit.+?(mobile ?safari|safari)(\/[\w\.]+)/i],[Eo,[no,"1"]],[/(webkit|khtml)\/([\w\.]+)/i],[Eo,no],[/(?:mobile|tablet);.*(firefox)\/([\w\.-]+)/i],[[Eo,rn+on],no],[/(navigator|netscape\d?)\/([-\w\.]+)/i],[[Eo,"Netscape"],no],[/(wolvic|librewolf)\/([\w\.]+)/i],[Eo,no],[/mobile vr; rv:([\w\.]+)\).+firefox/i],[no,[Eo,on+" Reality"]],[/ekiohf.+(flow)\/([\w\.]+)/i,/(swiftfox)/i,/(icedragon|iceweasel|camino|chimera|fennec|maemo browser|minimo|conkeror)[\/ ]?([\w\.\+]+)/i,/(seamonkey|k-meleon|icecat|iceape|firebird|phoenix|basilisk|waterfox)\/([-\w\.]+)$/i,/(firefox)\/([\w\.]+)/i,/(mozilla)\/([\w\.]+(?= .+rv\:.+gecko\/\d+)|[0-4][\w\.]+(?!.+compatible))/i,/(amaya|dillo|doris|icab|ladybird|lynx|mosaic|netsurf|obigo|polaris|w3m|(?:go|ice|up)[\. ]?browser)[-\/ ]?v?([\w\.]+)/i,/\b(links) \(([\w\.]+)/i],[Eo,[no,/_/g,"."]],[/(cobalt)\/([\w\.]+)/i],[Eo,[no,/[^\d\.]+./,zt]]],cpu:[[/\b((amd|x|x86[-_]?|wow|win)64)\b/i],[[ao,"amd64"]],[/(ia32(?=;))/i,/\b((i[346]|x)86)(pc)?\b/i],[[ao,"ia32"]],[/\b(aarch64|arm(v?[89]e?l?|_?64))\b/i],[[ao,"arm64"]],[/\b(arm(v[67])?ht?n?[fl]p?)\b/i],[[ao,"armhf"]],[/( (ce|mobile); ppc;|\/[\w\.]+arm\b)/i],[[ao,"arm"]],[/ sun4\w[;\)]/i],[[ao,"sparc"]],[/\b(avr32|ia64(?=;)|68k(?=\))|\barm(?=v([1-7]|[5-7]1)l?|;|eabi)|(irix|mips|sparc)(64)?\b|pa-risc)/i,/((ppc|powerpc)(64)?)( mac|;|\))/i,/(?:osf1|[freopnt]{3,4}bsd) (alpha)/i],[[ao,/ower/,zt,Nn]],[/mc680.0/i],[[ao,"68k"]],[/winnt.+\[axp/i],[[ao,"alpha"]]],device:[[/\b(sch-i[89]0\d|shw-m380s|sm-[ptx]\w{2,4}|gt-[pn]\d{2,4}|sgh-t8[56]9|nexus 10)/i],[ro,[oo,An],[to,wo]],[/\b((?:s[cgp]h|gt|sm)-(?![lr])\w+|sc[g-]?[\d]+a?|galaxy nexus)/i,/samsung[- ]((?!sm-[lr]|browser)[-\w]+)/i,/sec-(sgh\w+)/i],[ro,[oo,An],[to,Do]],[/(?:\/|\()(ip(?:hone|od)[\w, ]*)[\/\);]/i],[ro,[oo,Vo],[to,Do]],[/\b(?:ios|apple\w+)\/.+[\(\/](ipad)/i,/\b(ipad)[\d,]*[;\] ].+(mac |i(pad)?)os/i],[ro,[oo,Vo],[to,wo]],[/(macintosh);/i],[ro,[oo,Vo]],[/\b(sh-?[altvz]?\d\d[a-ekm]?)/i],[ro,[oo,In],[to,Do]],[/\b((?:brt|eln|hey2?|gdi|jdn)-a?[lnw]09|(?:ag[rm]3?|jdn2|kob2)-a?[lw]0[09]hn)(?: bui|\)|;)/i],[ro,[oo,Po],[to,wo]],[/honor([-\w ]+)[;\)]/i],[ro,[oo,Po],[to,Do]],[/\b((?:ag[rs][2356]?k?|bah[234]?|bg[2o]|bt[kv]|cmr|cpn|db[ry]2?|jdn2|got|kob2?k?|mon|pce|scm|sht?|[tw]gr|vrd)-[ad]?[lw][0125][09]b?|605hw|bg2-u03|(?:gem|fdr|m2|ple|t1)-[7a]0[1-4][lu]|t1-a2[13][lw]|mediapad[\w\. ]*(?= bui|\)))\b(?!.+d\/s)/i],[ro,[oo,xo],[to,wo]],[/(?:huawei) ?([-\w ]+)[;\)]/i,/\b(nexus 6p|\w{2,4}e?-[atu]?[ln][\dx][\dc][adnt]?)\b(?!.+d\/s)/i],[ro,[oo,xo],[to,Do]],[/oid[^\)]+; (2[\dbc]{4}(182|283|rp\w{2})[cgl]|m2105k81a?c)(?: bui|\))/i,/\b(?:xiao)?((?:red)?mi[-_ ]?pad[\w- ]*)(?: bui|\))/i],[[ro,/_/g," "],[oo,Cn],[to,wo]],[/\b; (\w+) build\/hm\1/i,/\b(hm[-_ ]?note?[_ ]?(?:\d\w)?) bui/i,/oid[^\)]+; (redmi[\-_ ]?(?:note|k)?[\w_ ]+|m?[12]\d[01]\d\w{3,6}|poco[\w ]+|(shark )?\w{3}-[ah]0|qin ?[1-3](s\+|ultra| pro)?)( bui|; wv|\))/i,/\b(mi[-_ ]?(?:a\d|one|one[_ ]plus|note|max|cc)?[_ ]?(?:\d{0,2}\w?)[_ ]?(?:plus|se|lite|pro)?( 5g|lte)?)(?: bui|\))/i,/ ([\w ]+) miui\/v?\d/i],[[ro,/_/g," "],[oo,Cn],[to,Do]],[/droid.+; (cph2[3-6]\d[13579]|((gm|hd)19|(ac|be|in|kb)20|(d[en]|eb|le|mt)21|ne22)[0-2]\d|p[g-k]\w[1m]10)\b/i,/(?:one)?(?:plus)? (a\d0\d\d)(?: b|\))/i],[ro,[oo,_o],[to,Do]],[/; (\w+) bui.+ oppo/i,/\b(cph[12]\d{3}|p(?:af|c[al]|d\w|e[ar])[mt]\d0|x9007|a101op)\b/i],[ro,[oo,$o],[to,Do]],[/\b(opd2(\d{3}a?))(?: bui|\))/i],[ro,[oo,Un,{OnePlus:["203","304","403","404","413","415"],"*":$o}],[to,wo]],[/(vivo (5r?|6|8l?|go|one|s|x[il]?[2-4]?)[\w\+ ]*)(?: bui|\))/i],[ro,[oo,"BLU"],[to,Do]],[/; vivo (\w+)(?: bui|\))/i,/\b(v[12]\d{3}\w?[at])(?: bui|;)/i],[ro,[oo,"Vivo"],[to,Do]],[/\b(rmx[1-3]\d{3})(?: bui|;|\))/i],[ro,[oo,"Realme"],[to,Do]],[/(ideatab[-\w ]+|602lv|d-42a|a101lv|a2109a|a3500-hv|s[56]000|pb-6505[my]|tb-?x?\d{3,4}(?:f[cu]|xu|[av])|yt\d?-[jx]?\d+[lfmx])( bui|;|\)|\/)/i,/lenovo ?(b[68]0[08]0-?[hf]?|tab(?:[\w- ]+?)|tb[\w-]{6,7})( bui|;|\)|\/)/i],[ro,[oo,Wo],[to,wo]],[/lenovo[-_ ]?([-\w ]+?)(?: bui|\)|\/)/i],[ro,[oo,Wo],[to,Do]],[/\b(milestone|droid(?:[2-4x]| (?:bionic|x2|pro|razr))?:?( 4g)?)\b[\w ]+build\//i,/\bmot(?:orola)?[- ]([\w\s]+)(\)| bui)/i,/((?:moto(?! 360)[-\w\(\) ]+|xt\d{3,4}[cgkosw\+]?[-\d]*|nexus 6)(?= bui|\)))/i],[ro,[oo,jo],[to,Do]],[/\b(mz60\d|xoom[2 ]{0,2}) build\//i],[ro,[oo,jo],[to,wo]],[/((?=lg)?[vl]k\-?\d{3}) bui| 3\.[-\w; ]{10}lg?-([06cv9]{3,4})/i],[ro,[oo,Oo],[to,wo]],[/(lm(?:-?f100[nv]?|-[\w\.]+)(?= bui|\))|nexus [45])/i,/\blg[-e;\/ ]+(?!.*(?:browser|netcast|android tv|watch|webos))(\w+)/i,/\blg-?([\d\w]+) bui/i],[ro,[oo,Oo],[to,Do]],[/(nokia) (t[12][01])/i],[oo,ro,[to,wo]],[/(?:maemo|nokia).*(n900|lumia \d+|rm-\d+)/i,/nokia[-_ ]?(([-\w\. ]*?))( bui|\)|;|\/)/i],[[ro,/_/g," "],[to,Do],[oo,"Nokia"]],[/(pixel (c|tablet))\b/i],[ro,[oo,Zo],[to,wo]],[/droid.+;(?: google)? (g(01[13]a|020[aem]|025[jn]|1b60|1f8f|2ybb|4s1m|576d|5nz6|8hhn|8vou|a02099|c15s|d1yq|e2ae|ec77|gh2x|kv4x|p4bc|pj41|r83y|tt9q|ur25|wvk6)|pixel[\d ]*a?( pro)?( xl)?( fold)?( \(5g\))?)( bui|\))/i],[ro,[oo,Zo],[to,Do]],[/(google) (pixelbook( go)?)/i],[oo,ro],[/droid.+; (a?\d[0-2]{2}so|[c-g]\d{4}|so[-gl]\w+|xq-\w\w\d\d)(?= bui|\).+chrome\/(?![1-6]{0,1}\d\.))/i],[ro,[oo,gn],[to,Do]],[/sony tablet [ps]/i,/\b(?:sony)?sgp\w+(?: bui|\))/i],[[ro,"Xperia Tablet"],[oo,gn],[to,wo]],[/(alexa)webm/i,/(kf[a-z]{2}wi|aeo(?!bc)\w\w)( bui|\))/i,/(kf[a-z]+)( bui|\)).+silk\//i],[ro,[oo,qo],[to,wo]],[/((?:sd|kf)[0349hijorstuw]+)( bui|\)).+silk\//i],[[ro,/(.+)/g,"Fire Phone $1"],[oo,qo],[to,Do]],[/(playbook);[-\w\),; ]+(rim)/i],[ro,oo,[to,wo]],[/\b((?:bb[a-f]|st[hv])100-\d)/i,/(?:blackberry|\(bb10;) (\w+)/i],[ro,[oo,vo],[to,Do]],[/(?:\b|asus_)(transfo[prime ]{4,10} \w+|eeepc|slider \w+|nexus 7|padfone|p00[cj])/i],[ro,[oo,To],[to,wo]],[/ (z[bes]6[027][012][km][ls]|zenfone \d\w?)\b/i],[ro,[oo,To],[to,Do]],[/(nexus 9)/i],[ro,[oo,"HTC"],[to,wo]],[/(htc)[-;_ ]{1,2}([\w ]+(?=\)| bui)|\w+)/i,/(zte)[- ]([\w ]+?)(?: bui|\/|\))/i,/(alcatel|geeksphone|nexian|panasonic(?!(?:;|\.))|sony(?!-bra))[-_ ]?([-\w]*)/i],[oo,[ro,/_/g," "],[to,Do]],[/tcl (xess p17aa)/i,/droid [\w\.]+; ((?:8[14]9[16]|9(?:0(?:48|60|8[01])|1(?:3[27]|66)|2(?:6[69]|9[56])|466))[gqswx])(_\w(\w|\w\w))?(\)| bui)/i],[ro,[oo,"TCL"],[to,wo]],[/droid [\w\.]+; (418(?:7d|8v)|5087z|5102l|61(?:02[dh]|25[adfh]|27[ai]|56[dh]|59k|65[ah])|a509dl|t(?:43(?:0w|1[adepqu])|50(?:6d|7[adju])|6(?:09dl|10k|12b|71[efho]|76[hjk])|7(?:66[ahju]|67[hw]|7[045][bh]|71[hk]|73o|76[ho]|79w|81[hks]?|82h|90[bhsy]|99b)|810[hs]))(_\w(\w|\w\w))?(\)| bui)/i],[ro,[oo,"TCL"],[to,Do]],[/(itel) ((\w+))/i],[[oo,Nn],ro,[to,Un,{tablet:["p10001l","w7001"],"*":"mobile"}]],[/droid.+; ([ab][1-7]-?[0178a]\d\d?)/i],[ro,[oo,"Acer"],[to,wo]],[/droid.+; (m[1-5] note) bui/i,/\bmz-([-\w]{2,})/i],[ro,[oo,"Meizu"],[to,Do]],[/; ((?:power )?armor(?:[\w ]{0,8}))(?: bui|\))/i],[ro,[oo,"Ulefone"],[to,Do]],[/; (energy ?\w+)(?: bui|\))/i,/; energizer ([\w ]+)(?: bui|\))/i],[ro,[oo,"Energizer"],[to,Do]],[/; cat (b35);/i,/; (b15q?|s22 flip|s48c|s62 pro)(?: bui|\))/i],[ro,[oo,"Cat"],[to,Do]],[/((?:new )?andromax[\w- ]+)(?: bui|\))/i],[ro,[oo,"Smartfren"],[to,Do]],[/droid.+; (a(in)?(0(15|59|6[35])|142)p?)/i],[ro,[oo,"Nothing"],[to,Do]],[/; (x67 5g|tikeasy \w+|ac[1789]\d\w+)( b|\))/i,/archos ?(5|gamepad2?|([\w ]*[t1789]|hello) ?\d+[\w ]*)( b|\))/i],[ro,[oo,"Archos"],[to,wo]],[/archos ([\w ]+)( b|\))/i,/; (ac[3-6]\d\w{2,8})( b|\))/i],[ro,[oo,"Archos"],[to,Do]],[/; (n159v)/i],[ro,[oo,"HMD"],[to,Do]],[/(imo) (tab \w+)/i,/(infinix|tecno) (x1101b?|p904|dp(7c|8d|10a)( pro)?|p70[1-3]a?|p904|t1101)/i],[oo,ro,[to,wo]],[/(blackberry|benq|palm(?=\-)|sonyericsson|acer|asus(?! zenw)|dell|jolla|meizu|motorola|polytron|tecno|micromax|advan)[-_ ]?([-\w]*)/i,/; (blu|hmd|imo|infinix|lava|oneplus|tcl|wiko)[_ ]([\w\+ ]+?)(?: bui|\)|; r)/i,/(hp) ([\w ]+\w)/i,/(microsoft); (lumia[\w ]+)/i,/(oppo) ?([\w ]+) bui/i,/(hisense) ([ehv][\w ]+)\)/i,/droid[^;]+; (philips)[_ ]([sv-x][\d]{3,4}[xz]?)/i],[oo,ro,[to,Do]],[/(kobo)\s(ereader|touch)/i,/(hp).+(touchpad(?!.+tablet)|tablet)/i,/(kindle)\/([\w\.]+)/i],[oo,ro,[to,wo]],[/(surface duo)/i],[ro,[oo,Xo],[to,wo]],[/droid [\d\.]+; (fp\du?)(?: b|\))/i],[ro,[oo,"Fairphone"],[to,Do]],[/((?:tegranote|shield t(?!.+d tv))[\w- ]*?)(?: b|\))/i],[ro,[oo,zo],[to,wo]],[/(sprint) (\w+)/i],[oo,ro,[to,Do]],[/(kin\.[onetw]{3})/i],[[ro,/\./g," "],[oo,Xo],[to,Do]],[/droid.+; ([c6]+|et5[16]|mc[239][23]x?|vc8[03]x?)\)/i],[ro,[oo,Bn],[to,wo]],[/droid.+; (ec30|ps20|tc[2-8]\d[kx])\)/i],[ro,[oo,Bn],[to,Do]],[/(philips)[\w ]+tv/i,/smart-tv.+(samsung)/i],[oo,[to,ho]],[/hbbtv.+maple;(\d+)/i],[[ro,/^/,"SmartTV"],[oo,An],[to,ho]],[/(vizio)(?: |.+model\/)(\w+-\w+)/i,/tcast.+(lg)e?. ([-\w]+)/i],[oo,ro,[to,ho]],[/(nux; netcast.+smarttv|lg (netcast\.tv-201\d|android tv))/i],[[oo,Oo],[to,ho]],[/(apple) ?tv/i],[oo,[ro,Vo+" TV"],[to,ho]],[/crkey.*devicetype\/chromecast/i],[[ro,En+" Third Generation"],[oo,Zo],[to,ho]],[/crkey.*devicetype\/([^/]*)/i],[[ro,/^/,"Chromecast "],[oo,Zo],[to,ho]],[/fuchsia.*crkey/i],[[ro,En+" Nest Hub"],[oo,Zo],[to,ho]],[/crkey/i],[[ro,En],[oo,Zo],[to,ho]],[/(portaltv)/i],[ro,[oo,an],[to,ho]],[/droid.+aft(\w+)( bui|\))/i],[ro,[oo,qo],[to,ho]],[/(shield \w+ tv)/i],[ro,[oo,zo],[to,ho]],[/\(dtv[\);].+(aquos)/i,/(aquos-tv[\w ]+)\)/i],[ro,[oo,In],[to,ho]],[/(bravia[\w ]+)( bui|\))/i],[ro,[oo,gn],[to,ho]],[/(mi(tv|box)-?\w+) bui/i],[ro,[oo,Cn],[to,ho]],[/Hbbtv.*(technisat) (.*);/i],[oo,ro,[to,ho]],[/\b(roku)[\dx]*[\)\/]((?:dvp-)?[\d\.]*)/i,/hbbtv\/\d+\.\d+\.\d+ +\([\w\+ ]*; *([\w\d][^;]*);([^;]*)/i],[[oo,/.+\/(\w+)/,"$1",Un,{LG:"lge"}],[ro,Fn],[to,ho]],[/(playstation \w+)/i],[ro,[oo,gn],[to,co]],[/\b(xbox(?: one)?(?!; xbox))[\); ]/i],[ro,[oo,Xo],[to,co]],[/(ouya)/i,/(nintendo) (\w+)/i,/(retroid) (pocket ([^\)]+))/i,/(valve).+(steam deck)/i,/droid.+; ((shield|rgcube|gr0006))( bui|\))/i],[[oo,Un,{Nvidia:"Shield",Anbernic:"RGCUBE",Logitech:"GR0006"}],ro,[to,co]],[/\b(sm-[lr]\d\d[0156][fnuw]?s?|gear live)\b/i],[ro,[oo,An],[to,yo]],[/((pebble))app/i,/(asus|google|lg|oppo|xiaomi) ((pixel |zen)?watch[\w ]*)( bui|\))/i],[oo,ro,[to,yo]],[/(ow(?:19|20)?we?[1-3]{1,3})/i],[ro,[oo,$o],[to,yo]],[/(watch)(?: ?os[,\/]|\d,\d\/)[\d\.]+/i],[ro,[oo,Vo],[to,yo]],[/(opwwe\d{3})/i],[ro,[oo,_o],[to,yo]],[/(moto 360)/i],[ro,[oo,jo],[to,yo]],[/(smartwatch 3)/i],[ro,[oo,gn],[to,yo]],[/(g watch r)/i],[ro,[oo,Oo],[to,yo]],[/droid.+; (wt63?0{2,3})\)/i],[ro,[oo,Bn],[to,yo]],[/droid.+; (glass) \d/i],[ro,[oo,Zo],[to,lo]],[/(pico) ([\w ]+) os\d/i],[oo,ro,[to,lo]],[/(quest( \d| pro)?s?).+vr/i],[ro,[oo,an],[to,lo]],[/mobile vr; rv.+firefox/i],[[to,lo]],[/(tesla)(?: qtcarbrowser|\/[-\w\.]+)/i],[oo,[to,ko]],[/(aeobc)\b/i],[ro,[oo,qo],[to,ko]],[/(homepod).+mac os/i],[ro,[oo,Vo],[to,ko]],[/windows iot/i],[[to,ko]],[/droid.+; ([\w- ]+) (4k|android|smart|google)[- ]?tv/i],[ro,[to,ho]],[/\b((4k|android|smart|opera)[- ]?tv|tv; rv:|large screen[\w ]+safari)\b/i],[[to,ho]],[/droid .+?; ([^;]+?)(?: bui|; wv\)|\) applew|; hmsc).+?(mobile|vr|\d) safari/i],[ro,[to,Un,{mobile:"Mobile",xr:"VR","*":wo}]],[/\b((tablet|tab)[;\/]|focus\/\d(?!.+mobile))/i],[[to,wo]],[/(phone|mobile(?:[;\/]| [ \w\/\.]*safari)|pda(?=.+windows ce))/i],[[to,Do]],[/droid .+?; ([\w\. -]+)( bui|\))/i],[ro,[oo,"Generic"]]],engine:[[/windows.+ edge\/([\w\.]+)/i],[no,[Eo,tn+"HTML"]],[/(arkweb)\/([\w\.]+)/i],[Eo,no],[/webkit\/537\.36.+chrome\/(?!27)([\w\.]+)/i],[no,[Eo,"Blink"]],[/(presto)\/([\w\.]+)/i,/(webkit|trident|netfront|netsurf|amaya|lynx|w3m|goanna|servo)\/([\w\.]+)/i,/ekioh(flow)\/([\w\.]+)/i,/(khtml|tasman|links)[\/ ]\(?([\w\.]+)/i,/(icab)[\/ ]([23]\.[\d\.]+)/i,/\b(libweb)/i],[Eo,no],[/ladybird\//i],[[Eo,"LibWeb"]],[/rv\:([\w\.]{1,9})\b.+(gecko)/i],[no,Eo]],os:[[/(windows nt) (6\.[23]); arm/i],[[Eo,/N/,"R"],[no,Un,Mn]],[/(windows (?:phone|mobile|iot))(?: os)?[\/ ]?([\d\.]*( se)?)/i,/(windows)[\/ ](1[01]|2000|3\.1|7|8(\.1)?|9[58]|me|server 20\d\d( r2)?|vista|xp)/i],[Eo,no],[/windows nt ?([\d\.\)]*)(?!.+xbox)/i,/\bwin(?=3| ?9|n)(?:nt| 9x )?([\d\.;]*)/i],[[no,/(;|\))/g,"",Un,Mn],[Eo,Dn]],[/(windows ce)\/?([\d\.]*)/i],[Eo,no],[/[adehimnop]{4,7}\b(?:.*os ([\w]+) like mac|; opera)/i,/(?:ios;fbsv|ios(?=.+ip(?:ad|hone)|.+apple ?tv)|ip(?:ad|hone)(?: |.+i(?:pad)?)os|apple ?tv.+ios)[\/ ]([\w\.]+)/i,/\btvos ?([\w\.]+)/i,/cfnetwork\/.+darwin/i],[[no,/_/g,"."],[Eo,"iOS"]],[/(mac os x) ?([\w\. ]*)/i,/(macintosh|mac_powerpc\b)(?!.+(haiku|morphos))/i],[[Eo,"macOS"],[no,/_/g,"."]],[/android ([\d\.]+).*crkey/i],[no,[Eo,En+" Android"]],[/fuchsia.*crkey\/([\d\.]+)/i],[no,[Eo,En+" Fuchsia"]],[/crkey\/([\d\.]+).*devicetype\/smartspeaker/i],[no,[Eo,En+" SmartSpeaker"]],[/linux.*crkey\/([\d\.]+)/i],[no,[Eo,En+" Linux"]],[/crkey\/([\d\.]+)/i],[no,[Eo,En]],[/droid ([\w\.]+)\b.+(android[- ]x86)/i],[no,Eo],[/(ubuntu) ([\w\.]+) like android/i],[[Eo,/(.+)/,"$1 Touch"],no],[/(harmonyos)[\/ ]?([\d\.]*)/i,/(android|bada|blackberry|kaios|maemo|meego|openharmony|qnx|rim tablet os|sailfish|series40|symbian|tizen)\w*[-\/\.; ]?([\d\.]*)/i],[Eo,no],[/\(bb(10);/i],[no,[Eo,vo]],[/(?:symbian ?os|symbos|s60(?=;)|series ?60)[-\/ ]?([\w\.]*)/i],[no,[Eo,"Symbian"]],[/mozilla\/[\d\.]+ \((?:mobile|tablet|tv|mobile; [\w ]+); rv:.+ gecko\/([\w\.]+)/i],[no,[Eo,on+" OS"]],[/\b(?:hp)?wos(?:browser)?\/([\w\.]+)/i,/webos(?:[ \/]?|\.tv-20(?=2[2-9]))(\d[\d\.]*)/i],[no,[Eo,"webOS"]],[/web0s;.+?(?:chr[o0]me|safari)\/(\d+)/i],[[no,Un,{25:"120",24:"108",23:"94",22:"87",6:"79",5:"68",4:"53",3:"38",2:"538",1:"537","*":"TV"}],[Eo,"webOS"]],[/watch(?: ?os[,\/]|\d,\d\/)([\d\.]+)/i],[no,[Eo,"watchOS"]],[/(cros) [\w]+(?:\)| ([\w\.]+)\b)/i],[[Eo,"Chrome OS"],no],[/panasonic;(viera)/i,/(netrange)mmh/i,/(nettv)\/(\d+\.[\w\.]+)/i,/(nintendo|playstation) (\w+)/i,/(xbox); +xbox ([^\);]+)/i,/(pico) .+os([\w\.]+)/i,/\b(joli|palm)\b ?(?:os)?\/?([\w\.]*)/i,/linux.+(mint)[\/\(\) ]?([\w\.]*)/i,/(mageia|vectorlinux|fuchsia|arcaos|arch(?= ?linux))[;l ]([\d\.]*)/i,/([kxln]?ubuntu|debian|suse|opensuse|gentoo|slackware|fedora|mandriva|centos|pclinuxos|red ?hat|zenwalk|linpus|raspbian|plan 9|minix|risc os|contiki|deepin|manjaro|elementary os|sabayon|linspire|knoppix)(?: gnu[\/ ]linux)?(?: enterprise)?(?:[- ]linux)?(?:-gnu)?[-\/ ]?(?!chrom|package)([-\w\.]*)/i,/((?:open)?solaris)[-\/ ]?([\w\.]*)/i,/\b(aix)[; ]([1-9\.]{0,4})/i,/(hurd|linux|morphos)(?: (?:arm|x86|ppc)\w*| ?)([\w\.]*)/i,/(gnu) ?([\w\.]*)/i,/\b([-frentopcghs]{0,5}bsd|dragonfly)[\/ ]?(?!amd|[ix346]{1,2}86)([\w\.]*)/i,/(haiku) ?(r\d)?/i],[Eo,no],[/(sunos) ?([\d\.]*)/i],[[Eo,"Solaris"],no],[/\b(beos|os\/2|amigaos|openvms|hp-ux|serenityos)/i,/(unix) ?([\w\.]*)/i],[Eo,no]]},bn=(pn.call((Xt={init:{},isIgnore:{},isIgnoreRgx:{},toString:{}}).init,[[go,[Eo,no,so,to]],[Co,[ao]],[Bo,[to,ro,oo]],[io,[Eo,no]],[Qo,[Eo,no]]]),pn.call(Xt.isIgnore,[[go,[no,so]],[io,[no]],[Qo,[no]]]),pn.call(Xt.isIgnoreRgx,[[go,/ ?browser$/i],[Qo,/ ?os$/i]]),pn.call(Xt.toString,[[go,[Eo,no]],[Co,[ao]],[Bo,[oo,ro]],[io,[Eo,no]],[Qo,[Eo,no]]]),Xt),Hn=function(A,I){var g=bn.init[I],C=bn.isIgnore[I]||0,B=bn.isIgnoreRgx[I]||0,i=bn.toString[I]||0;function Q(){pn.call(this,g)}return Q.prototype.getItem=function(){return A},Q.prototype.withClientHints=function(){return dn?dn.getHighEntropyValues(Lo).then(function(I){return A.setCH(new Yn(I,!1)).parseCH().get()}):A.parseCH().get()},Q.prototype.withFeatureCheck=function(){return A.detectFeature().get()},I!=eo&&(Q.prototype.is=function(A){var I=!1;for(var g in this)if(this.hasOwnProperty(g)&&!yn(C,g)&&Nn(B?Sn(B,this[g]):this[g])==Nn(B?Sn(B,A):A)){if(I=!0,A!=Io)break}else if(A==Io&&I){I=!I;break}return I},Q.prototype.toString=function(){var A=zt;for(var I in i)typeof this[i[I]]!==Io&&(A+=(A?" ":zt)+this[i[I]]);return A||Io}),Q.prototype.then=function(A){var I=this,g=function(){for(var A in I)I.hasOwnProperty(A)&&(this[A]=I[A])};g.prototype={is:Q.prototype.is,toString:Q.prototype.toString,withClientHints:Q.prototype.withClientHints,withFeatureCheck:Q.prototype.withFeatureCheck};var C=new g;return A(C),C},new Q};function Yn(A,I){if(A=A||{},pn.call(this,Lo),I)pn.call(this,[[No,un(A[Ro])],[po,un(A[Uo])],[Do,/\?1/.test(A[Jo])],[ro,fn(A[bo])],[So,fn(A[Ho])],[fo,fn(A[Yo])],[ao,fn(A[Mo])],[Go,un(A[mo])],[Fo,fn(A[Ko])]]);else for(var g in A)this.hasOwnProperty(g)&&typeof A[g]!==Io&&(this[g]=A[g])}function Ln(A,I,g,C){return pn.call(this,[["itemType",A],["ua",I],["uaCH",C],["rgxMap",g],["data",Hn(this,A)]]),this}function qn(A,I,g){if(typeof A===$t?(ln(A,!0)?(typeof I===$t&&(g=I),I=A):(g=A,I=void 0),A=void 0):typeof A!==Ao||ln(I,!0)||(g=I,I=void 0),g)if(typeof g.append===_t){var C={};g.forEach(function(A,I){C[String(I).toLowerCase()]=A}),g=C}else{var B={};for(var i in g)g.hasOwnProperty(i)&&(B[String(i).toLowerCase()]=g[i]);g=B}if(!(this instanceof qn))return new qn(A,I,g).getResult();var Q=typeof A===Ao?A:g&&g[jt]?g[jt]:wn&&wn.userAgent?wn.userAgent:zt,e=new Yn(g,!0),E=I?function(A,I){var g={},C=I;if(!ln(I))for(var B in C={},I)for(var i in I[B])C[i]=I[B][i].concat(C[i]?C[i]:[]);for(var Q in A)g[Q]=C[Q]&&C[Q].length%2==0?C[Q].concat(A[Q]):A[Q];return g}(Jn,I):Jn,t=function(A){return A==eo?function(){return new Ln(A,Q,E,e).set("ua",Q).set(go,this.getBrowser()).set(Co,this.getCPU()).set(Bo,this.getDevice()).set(io,this.getEngine()).set(Qo,this.getOS()).get()}:function(){return new Ln(A,Q,E[A],e).parseUA().get()}};return pn.call(this,[["getBrowser",t(go)],["getCPU",t(Co)],["getDevice",t(Bo)],["getEngine",t(io)],["getOS",t(Qo)],["getResult",t(eo)],["getUA",function(){return Q}],["setUA",function(A){return kn(A)&&(Q=Fn(A,500)),this}]]).setUA(Q),this}function Vn(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}function Tn(A,I){return!!Array.isArray(I)&&(0===I.length||(A?I.every(A=>"string"==typeof A):I.every(A=>Number.isSafeInteger(A))))}function vn(A){if("function"!=typeof A)throw new Error("function expected");return!0}function Zn(A,I){if("string"!=typeof I)throw new Error(`${A}: string expected`);return!0}function xn(A){if(!Number.isSafeInteger(A))throw new Error(`invalid integer: ${A}`)}function Wn(A){if(!Array.isArray(A))throw new Error("array expected")}function Pn(A,I){if(!Tn(!0,I))throw new Error(`${A}: array of strings expected`)}function On(A,I){if(!Tn(!1,I))throw new Error(`${A}: array of numbers expected`)}function Xn(...A){const I=A=>A,g=(A,I)=>g=>A(I(g));return{encode:A.map(A=>A.encode).reduceRight(g,I),decode:A.map(A=>A.decode).reduce(g,I)}}function jn(A){const I="string"==typeof A?A.split(""):A,g=I.length;Pn("alphabet",I);const C=new Map(I.map((A,I)=>[A,I]));return{encode:C=>(Wn(C),C.map(C=>{if(!Number.isSafeInteger(C)||C<0||C>=g)throw new Error(`alphabet.encode: digit index outside alphabet "${C}". Allowed: ${A}`);return I[C]})),decode:I=>(Wn(I),I.map(I=>{Zn("alphabet.decode",I);const g=C.get(I);if(void 0===g)throw new Error(`Unknown letter: "${I}". Allowed: ${A}`);return g}))}}function zn(A=""){return Zn("join",A),{encode:I=>(Pn("join.decode",I),I.join(A)),decode:I=>(Zn("join.decode",I),I.split(A))}}function _n(A,I="="){return xn(A),Zn("padding",I),{encode(g){for(Pn("padding.encode",g);g.length*A%8;)g.push(I);return g},decode(g){Pn("padding.decode",g);let C=g.length;if(C*A%8)throw new Error("padding: invalid, string should have whole number of bytes");for(;C>0&&g[C-1]===I;C--)if((C-1)*A%8==0)throw new Error("padding: invalid, string has too much padding");return g.slice(0,C)}}}function $n(A){return vn(A),{encode:A=>A,decode:I=>A(I)}}function Aa(A,I,g){if(I<2)throw new Error(`convertRadix: invalid from=${I}, base cannot be less than 2`);if(g<2)throw new Error(`convertRadix: invalid to=${g}, base cannot be less than 2`);if(Wn(A),!A.length)return[];let C=0;const B=[],i=Array.from(A,A=>{if(xn(A),A<0||A>=I)throw new Error(`invalid integer: ${A}`);return A}),Q=i.length;for(;;){let A=0,e=!0;for(let B=C;B<Q;B++){const Q=i[B],E=I*A,t=E+Q;if(!Number.isSafeInteger(t)||E/I!==A||t-Q!==E)throw new Error("convertRadix: carry overflow");const o=t/g;A=t%g;const n=Math.floor(o);if(i[B]=n,!Number.isSafeInteger(n)||n*g+A!==t)throw new Error("convertRadix: carry overflow");e&&(n?e=!1:C=B)}if(B.push(A),e)break}for(let I=0;I<A.length-1&&0===A[I];I++)B.push(0);return B.reverse()}Ln.prototype.get=function(A){return A?this.data.hasOwnProperty(A)?this.data[A]:void 0:this.data},Ln.prototype.set=function(A,I){return this.data[A]=I,this},Ln.prototype.setCH=function(A){return this.uaCH=A,this},Ln.prototype.detectFeature=function(){if(wn&&wn.userAgent==this.ua)switch(this.itemType){case go:wn.brave&&typeof wn.brave.isBrave==_t&&this.set(Eo,"Brave");break;case Bo:!this.get(to)&&dn&&dn[Do]&&this.set(to,Do),"Macintosh"==this.get(ro)&&wn&&typeof wn.standalone!==Io&&wn.maxTouchPoints&&wn.maxTouchPoints>2&&this.set(ro,"iPad").set(to,wo);break;case Qo:!this.get(Eo)&&dn&&dn[So]&&this.set(Eo,dn[So]);break;case eo:var A=this.data,I=function(I){return A[I].getItem().detectFeature().get()};this.set(go,I(go)).set(Co,I(Co)).set(Bo,I(Bo)).set(io,I(io)).set(Qo,I(Qo))}return this},Ln.prototype.parseUA=function(){switch(this.itemType!=eo&&Rn.call(this.data,this.ua,this.rgxMap),this.itemType){case go:this.set(so,Gn(this.get(no)));break;case Qo:if("iOS"==this.get(Eo)&&"18.6"==this.get(no)){var A=/\) Version\/([\d\.]+)/.exec(this.ua);A&&parseInt(A[1].substring(0,2),10)>=26&&this.set(no,A[1])}}return this},Ln.prototype.parseCH=function(){var A=this.uaCH,I=this.rgxMap;switch(this.itemType){case go:case io:var g,C=A[po]||A[No];if(C)for(var B=0;B<C.length;B++){var i=C[B].brand||C[B],Q=C[B].version;this.itemType==go&&!/not.a.brand/i.test(i)&&(!g||/Chrom/.test(g)&&i!=en||g==tn&&/WebView2/.test(i))&&(i=Un(i,mn),(g=this.get(Eo))&&!/Chrom/.test(g)&&/Chrom/.test(i)||this.set(Eo,i).set(no,Q).set(so,Gn(Q)),g=i),this.itemType==io&&i==en&&this.set(no,Q)}break;case Co:var e=A[ao];e&&(e&&"64"==A[Fo]&&(e+="64"),Rn.call(this.data,e+";",I));break;case Bo:if(A[Do]&&this.set(to,Do),A[ro]&&(this.set(ro,A[ro]),!this.get(to)||!this.get(oo))){var E={};Rn.call(E,"droid 9; "+A[ro]+")",I),!this.get(to)&&E.type&&this.set(to,E.type),!this.get(oo)&&E.vendor&&this.set(oo,E.vendor)}if(A[Go]){var t;if("string"!=typeof A[Go])for(var o=0;!t&&o<A[Go].length;)t=Un(A[Go][o++],Kn);else t=Un(A[Go],Kn);this.set(to,t)}break;case Qo:var n=A[So];if(n){var a=A[fo];n==Dn&&(a=parseInt(Gn(a),10)>=13?"11":"10"),this.set(Eo,n).set(no,a)}this.get(Eo)==Dn&&"Xbox"==A[ro]&&this.set(Eo,"Xbox").set(no,void 0);break;case eo:var s=this.data,r=function(I){return s[I].getItem().setCH(A).parseCH().get()};this.set(go,r(go)).set(Co,r(Co)).set(Bo,r(Bo)).set(io,r(io)).set(Qo,r(Qo))}return this},qn.VERSION="2.0.7",qn.BROWSER=hn([Eo,no,so,to]),qn.CPU=hn([ao]),qn.DEVICE=hn([ro,oo,to,co,Do,ho,wo,yo,ko]),qn.ENGINE=qn.OS=hn([Eo,no]);const Ia=(A,I)=>0===I?A:Ia(I,A%I),ga=(A,I)=>A+(I-Ia(A,I)),Ca=(()=>{let A=[];for(let I=0;I<40;I++)A.push(2**I);return A})();function Ba(A,I,g,C){if(Wn(A),I<=0||I>32)throw new Error(`convertRadix2: wrong from=${I}`);if(g<=0||g>32)throw new Error(`convertRadix2: wrong to=${g}`);if(ga(I,g)>32)throw new Error(`convertRadix2: carry overflow from=${I} to=${g} carryBits=${ga(I,g)}`);let B=0,i=0;const Q=Ca[I],e=Ca[g]-1,E=[];for(const C of A){if(xn(C),C>=Q)throw new Error(`convertRadix2: invalid data word=${C} from=${I}`);if(B=B<<I|C,i+I>32)throw new Error(`convertRadix2: carry overflow pos=${i} from=${I}`);for(i+=I;i>=g;i-=g)E.push((B>>i-g&e)>>>0);const A=Ca[i];if(void 0===A)throw new Error("invalid carry");B&=A-1}if(B=B<<g-i&e,!C&&i>=I)throw new Error("Excess padding");if(!C&&B>0)throw new Error(`Non-zero padding: ${B}`);return C&&i>0&&E.push(B>>>0),E}function ia(A){return xn(A),{encode:I=>{if(!Vn(I))throw new Error("radix.encode input should be Uint8Array");return Aa(Array.from(I),256,A)},decode:I=>(On("radix.decode",I),Uint8Array.from(Aa(I,A,256)))}}function Qa(A,I=!1){if(xn(A),A<=0||A>32)throw new Error("radix2: bits should be in (0..32]");if(ga(8,A)>32||ga(A,8)>32)throw new Error("radix2: carry overflow");return{encode:g=>{if(!Vn(g))throw new Error("radix2.encode input should be Uint8Array");return Ba(Array.from(g),8,A,!I)},decode:g=>(On("radix2.decode",g),Uint8Array.from(Ba(g,A,8,I)))}}function ea(A){return vn(A),function(...I){try{return A.apply(null,I)}catch(A){}}}function Ea(A,I){return xn(A),vn(I),{encode(g){if(!Vn(g))throw new Error("checksum.encode: input should be Uint8Array");const C=I(g).slice(0,A),B=new Uint8Array(g.length+A);return B.set(g),B.set(C,g.length),B},decode(g){if(!Vn(g))throw new Error("checksum.decode: input should be Uint8Array");const C=g.slice(0,-A),B=g.slice(-A),i=I(C).slice(0,A);for(let I=0;I<A;I++)if(i[I]!==B[I])throw new Error("Invalid checksum");return C}}}const ta={alphabet:jn,chain:Xn,checksum:Ea,convertRadix:Aa,convertRadix2:Ba,radix:ia,radix2:Qa,join:zn,padding:_n},oa=(Xn(Qa(4),jn("0123456789ABCDEF"),zn("")),Xn(Qa(5),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"),_n(5),zn("")),Xn(Qa(5),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"),zn("")),Xn(Qa(5),jn("0123456789ABCDEFGHIJKLMNOPQRSTUV"),_n(5),zn("")),Xn(Qa(5),jn("0123456789ABCDEFGHIJKLMNOPQRSTUV"),zn("")),Xn(Qa(5),jn("0123456789ABCDEFGHJKMNPQRSTVWXYZ"),zn(""),$n(A=>A.toUpperCase().replace(/O/g,"0").replace(/[IL]/g,"1"))),(()=>"function"==typeof Uint8Array.from([]).toBase64&&"function"==typeof Uint8Array.fromBase64)()),na=(oa||Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"),_n(6),zn("")),Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"),zn("")),oa||Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"),_n(6),zn("")),Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"),zn("")),A=>Xn(ia(58),jn(A),zn(""))),aa=na("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz"),sa=(na("123456789abcdefghijkmnopqrstuvwxyzABCDEFGHJKLMNPQRSTUVWXYZ"),na("rpshnaf39wBUDNEGHJKLM4PQRST7VWXYZ2bcdeCg65jkm8oFqi1tuvAxyz"),A=>Xn(Ea(4,I=>A(A(I))),aa)),ra=Xn(jn("qpzry9x8gf2tvdw0s3jn54khce6mua7l"),zn("")),ca=[996825010,642813549,513874426,1027748829,705979059];function Da(A){const I=A>>25;let g=(33554431&A)<<5;for(let A=0;A<ca.length;A++)1==(I>>A&1)&&(g^=ca[A]);return g}function wa(A,I,g=1){const C=A.length;let B=1;for(let I=0;I<C;I++){const g=A.charCodeAt(I);if(g<33||g>126)throw new Error(`Invalid prefix (${A})`);B=Da(B)^g>>5}B=Da(B);for(let I=0;I<C;I++)B=Da(B)^31&A.charCodeAt(I);for(let A of I)B=Da(B)^A;for(let A=0;A<6;A++)B=Da(B);return B^=g,ra.encode(Ba([B%Ca[30]],30,5,!1))}function da(A){const I="bech32"===A?1:734539939,g=Qa(5),C=g.decode,B=g.encode,i=ea(C);function Q(A,g,C=90){Zn("bech32.encode prefix",A),Vn(g)&&(g=Array.from(g)),On("bech32.encode",g);const B=A.length;if(0===B)throw new TypeError(`Invalid prefix length ${B}`);const i=B+7+g.length;if(!1!==C&&i>C)throw new TypeError(`Length ${i} exceeds limit ${C}`);const Q=A.toLowerCase(),e=wa(Q,g,I);return`${Q}1${ra.encode(g)}${e}`}function e(A,g=90){Zn("bech32.decode input",A);const C=A.length;if(C<8||!1!==g&&C>g)throw new TypeError(`invalid string length: ${C} (${A}). Expected (8..${g})`);const B=A.toLowerCase();if(A!==B&&A!==A.toUpperCase())throw new Error("String must be lowercase or uppercase");const i=B.lastIndexOf("1");if(0===i||-1===i)throw new Error('Letter "1" must be present between prefix and data only');const Q=B.slice(0,i),e=B.slice(i+1);if(e.length<6)throw new Error("Data must be at least 6 characters long");const E=ra.decode(e).slice(0,-6),t=wa(Q,E,I);if(!e.endsWith(t))throw new Error(`Invalid checksum in ${A}: expected "${t}"`);return{prefix:Q,words:E}}return{encode:Q,decode:e,encodeFromBytes:function(A,I){return Q(A,B(I))},decodeToBytes:function(A){const{prefix:I,words:g}=e(A,!1);return{prefix:I,words:g,bytes:C(g)}},decodeUnsafe:ea(e),fromWords:C,fromWordsUnsafe:i,toWords:B}}const ha=da("bech32"),ya=da("bech32m"),la={encode:A=>(new TextDecoder).decode(A),decode:A=>(new TextEncoder).encode(A)},ka=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)()?{encode:A=>(function(A,...I){if(!Vn(A))throw new Error("Uint8Array expected");if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}(A),A.toHex()),decode:A=>(Zn("hex",A),Uint8Array.fromHex(A))}:Xn(Qa(4),jn("0123456789abcdef"),zn(""),$n(A=>{if("string"!=typeof A||A.length%2!=0)throw new TypeError(`hex.decode: expected string, got ${typeof A} with length ${A.length}`);return A.toLowerCase()})),ua="0123456789abcdef";class Na{constructor(A){this.bytes=A}static ofInner(A){if(16!==A.length)throw new TypeError("not 128-bit length");return new Na(A)}static fromFieldsV7(A,I,g,C){if(!Number.isInteger(A)||!Number.isInteger(I)||!Number.isInteger(g)||!Number.isInteger(C)||A<0||I<0||g<0||C<0||A>0xffffffffffff||I>4095||g>1073741823||C>4294967295)throw new RangeError("invalid field value");const B=new Uint8Array(16);return B[0]=A/2**40,B[1]=A/2**32,B[2]=A/2**24,B[3]=A/65536,B[4]=A/256,B[5]=A,B[6]=112|I>>>8,B[7]=I,B[8]=128|g>>>24,B[9]=g>>>16,B[10]=g>>>8,B[11]=g,B[12]=C>>>24,B[13]=C>>>16,B[14]=C>>>8,B[15]=C,new Na(B)}static parse(A){var I,g,C,B;let i;switch(A.length){case 32:i=null===(I=/^[0-9a-f]{32}$/i.exec(A))||void 0===I?void 0:I[0];break;case 36:i=null===(g=/^([0-9a-f]{8})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{12})$/i.exec(A))||void 0===g?void 0:g.slice(1,6).join("");break;case 38:i=null===(C=/^\{([0-9a-f]{8})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{12})\}$/i.exec(A))||void 0===C?void 0:C.slice(1,6).join("");break;case 45:i=null===(B=/^urn:uuid:([0-9a-f]{8})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{12})$/i.exec(A))||void 0===B?void 0:B.slice(1,6).join("")}if(i){const A=new Uint8Array(16);for(let I=0;I<16;I+=4){const g=parseInt(i.substring(2*I,2*I+8),16);A[I+0]=g>>>24,A[I+1]=g>>>16,A[I+2]=g>>>8,A[I+3]=g}return new Na(A)}throw new SyntaxError("could not parse UUID string")}toString(){let A="";for(let I=0;I<this.bytes.length;I++)A+=ua.charAt(this.bytes[I]>>>4),A+=ua.charAt(15&this.bytes[I]),3!==I&&5!==I&&7!==I&&9!==I||(A+="-");return A}toHex(){let A="";for(let I=0;I<this.bytes.length;I++)A+=ua.charAt(this.bytes[I]>>>4),A+=ua.charAt(15&this.bytes[I]);return A}toJSON(){return this.toString()}getVariant(){const A=this.bytes[8]>>>4;if(A<0)throw new Error("unreachable");if(A<=7)return this.bytes.every(A=>0===A)?"NIL":"VAR_0";if(A<=11)return"VAR_10";if(A<=13)return"VAR_110";if(A<=15)return this.bytes.every(A=>255===A)?"MAX":"VAR_RESERVED";throw new Error("unreachable")}getVersion(){return"VAR_10"===this.getVariant()?this.bytes[6]>>>4:void 0}clone(){return new Na(this.bytes.slice(0))}equals(A){return 0===this.compareTo(A)}compareTo(A){for(let I=0;I<16;I++){const g=this.bytes[I]-A.bytes[I];if(0!==g)return Math.sign(g)}return 0}}class Ga{constructor(A){this.timestamp_biased=0,this.counter=0,this.random=null!=A?A:pa()}generate(){return this.generateOrResetCore(Date.now(),1e4)}generateOrAbort(){return this.generateOrAbortCore(Date.now(),1e4)}generateOrResetCore(A,I){let g=this.generateOrAbortCore(A,I);return void 0===g&&(this.timestamp_biased=0,g=this.generateOrAbortCore(A,I)),g}generateOrAbortCore(A,I){if(!Number.isInteger(A)||A<0||A>0xffffffffffff)throw new RangeError("`unixTsMs` must be a 48-bit unsigned integer");if(I<0||I>0xffffffffffff)throw new RangeError("`rollbackAllowance` out of reasonable range");if(++A>this.timestamp_biased)this.timestamp_biased=A,this.resetCounter();else{if(!(A+I>=this.timestamp_biased))return;this.counter++,this.counter>4398046511103&&(this.timestamp_biased++,this.resetCounter())}return Na.fromFieldsV7(this.timestamp_biased-1,Math.trunc(this.counter/2**30),this.counter&2**30-1,this.random.nextUint32())}resetCounter(){this.counter=1024*this.random.nextUint32()+(1023&this.random.nextUint32())}generateV4(){const A=new Uint8Array(Uint32Array.of(this.random.nextUint32(),this.random.nextUint32(),this.random.nextUint32(),this.random.nextUint32()).buffer);return A[6]=64|A[6]>>>4,A[8]=128|A[8]>>>2,Na.ofInner(A)}}const pa=()=>{if("undefined"!=typeof crypto&&void 0!==crypto.getRandomValues)return new Sa;if("undefined"!=typeof UUIDV7_DENY_WEAK_RNG&&UUIDV7_DENY_WEAK_RNG)throw new Error("no cryptographically strong RNG available");return{nextUint32:()=>65536*Math.trunc(65536*Math.random())+Math.trunc(65536*Math.random())}};class Sa{constructor(){this.buffer=new Uint32Array(8),this.cursor=65535}nextUint32(){return this.cursor>=this.buffer.length&&(crypto.getRandomValues(this.buffer),this.cursor=0),this.buffer[this.cursor++]}}let fa;const Fa=()=>Ra().toString(),Ra=()=>(fa||(fa=new Ga)).generate();function Ua(A,I,g){return A&I^~A&g}function Ma(A,I,g){return A&I^A&g^I&g}class Ka extends Pt{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=Ht(this.buffer)}update(A){Jt(this),mt(A=xt(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=Ht(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){Jt(this),function(A,I){mt(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,bt(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=Ht(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const ma=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),Ja=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),ba=new Uint32Array(64);class Ha extends Ka{constructor(A=32){super(64,A,8,!1),this.A=0|ma[0],this.B=0|ma[1],this.C=0|ma[2],this.D=0|ma[3],this.E=0|ma[4],this.F=0|ma[5],this.G=0|ma[6],this.H=0|ma[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)ba[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=ba[A-15],g=ba[A-2],C=Yt(I,7)^Yt(I,18)^I>>>3,B=Yt(g,17)^Yt(g,19)^g>>>10;ba[A]=B+ba[A-7]+C+ba[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(Yt(Q,6)^Yt(Q,11)^Yt(Q,25))+Ua(Q,e,E)+Ja[A]+ba[A]|0,o=(Yt(g,2)^Yt(g,13)^Yt(g,22))+Ma(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){bt(ba)}destroy(){this.set(0,0,0,0,0,0,0,0),bt(this.buffer)}}const Ya=Ot(()=>new Ha);function La(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function qa(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function Va(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function Ta(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function va(A,I){return A<<32-I|A>>>I}function Za(A,I){return A<<I|A>>>32-I>>>0}function xa(A){return"string"==typeof A&&(A=function(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}(A)),La(A),A}class Wa{}function Pa(A){const I=I=>A().update(xa(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}function Oa(A,I,g){return A&I^~A&g}function Xa(A,I,g){return A&I^A&g^I&g}class ja extends Wa{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=Ta(this.buffer)}update(A){qa(this),La(A=xa(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=Ta(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){qa(this),function(A,I){La(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,Va(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=Ta(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const za=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),_a=Uint8Array.from([7,4,13,1,10,6,15,3,12,0,9,5,2,14,11,8]),$a=(()=>Uint8Array.from(new Array(16).fill(0).map((A,I)=>I)))(),As=(()=>$a.map(A=>(9*A+5)%16))(),Is=(()=>{const A=[[$a],[As]];for(let I=0;I<4;I++)for(let g of A)g.push(g[I].map(A=>_a[A]));return A})(),gs=(()=>Is[0])(),Cs=(()=>Is[1])(),Bs=[[11,14,15,12,5,8,7,9,11,13,14,15,6,7,9,8],[12,13,11,15,6,9,9,7,12,15,11,13,7,8,7,7],[13,15,14,11,7,7,6,8,13,14,13,12,5,5,6,9],[14,11,12,14,8,6,5,5,15,12,15,14,9,9,8,6],[15,12,13,13,9,5,8,6,14,11,12,11,8,6,5,5]].map(A=>Uint8Array.from(A)),is=gs.map((A,I)=>A.map(A=>Bs[I][A])),Qs=Cs.map((A,I)=>A.map(A=>Bs[I][A])),es=Uint32Array.from([0,1518500249,1859775393,2400959708,2840853838]),Es=Uint32Array.from([1352829926,1548603684,1836072691,2053994217,0]);function ts(A,I,g,C){return 0===A?I^g^C:1===A?I&g|~I&C:2===A?(I|~g)^C:3===A?I&C|g&~C:I^(g|~C)}const os=new Uint32Array(16);class ns extends ja{constructor(){super(64,20,8,!0),this.h0=1732584193,this.h1=-271733879,this.h2=-1732584194,this.h3=271733878,this.h4=-1009589776}get(){const{h0:A,h1:I,h2:g,h3:C,h4:B}=this;return[A,I,g,C,B]}set(A,I,g,C,B){this.h0=0|A,this.h1=0|I,this.h2=0|g,this.h3=0|C,this.h4=0|B}process(A,I){for(let g=0;g<16;g++,I+=4)os[g]=A.getUint32(I,!0);let g=0|this.h0,C=g,B=0|this.h1,i=B,Q=0|this.h2,e=Q,E=0|this.h3,t=E,o=0|this.h4,n=o;for(let A=0;A<5;A++){const I=4-A,a=es[A],s=Es[A],r=gs[A],c=Cs[A],D=is[A],w=Qs[A];for(let I=0;I<16;I++){const C=Za(g+ts(A,B,Q,E)+os[r[I]]+a,D[I])+o|0;g=o,o=E,E=0|Za(Q,10),Q=B,B=C}for(let A=0;A<16;A++){const g=Za(C+ts(I,i,e,t)+os[c[A]]+s,w[A])+n|0;C=n,n=t,t=0|Za(e,10),e=i,i=g}}this.set(this.h1+Q+t|0,this.h2+E+n|0,this.h3+o+C|0,this.h4+g+i|0,this.h0+B+e|0)}roundClean(){Va(os)}destroy(){this.destroyed=!0,Va(this.buffer),this.set(0,0,0,0,0)}}const as=Pa(()=>new ns),ss=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),rs=new Uint32Array(64);class cs extends ja{constructor(A=32){super(64,A,8,!1),this.A=0|za[0],this.B=0|za[1],this.C=0|za[2],this.D=0|za[3],this.E=0|za[4],this.F=0|za[5],this.G=0|za[6],this.H=0|za[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)rs[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=rs[A-15],g=rs[A-2],C=va(I,7)^va(I,18)^I>>>3,B=va(g,17)^va(g,19)^g>>>10;rs[A]=B+rs[A-7]+C+rs[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(va(Q,6)^va(Q,11)^va(Q,25))+Oa(Q,e,E)+ss[A]+rs[A]|0,o=(va(g,2)^va(g,13)^va(g,22))+Xa(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){Va(rs)}destroy(){this.set(0,0,0,0,0,0,0,0),Va(this.buffer)}}const Ds=Pa(()=>new cs),ws=new Uint8Array,ds=new Uint8Array([0]);function hs(A,I){if(A.length!==I.length)return!1;for(let g=0;g<A.length;g++)if(A[g]!==I[g])return!1;return!0}function ys(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}const ls=A=>new DataView(A.buffer,A.byteOffset,A.byteLength);function ks(A){return"[object Object]"===Object.prototype.toString.call(A)}function us(A){return Number.isSafeInteger(A)}const Ns=hs,Gs=ys,ps=A=>{if(null!==A&&"string"!=typeof A&&!bs(A)&&!ys(A)&&!us(A))throw new Error(`lengthCoder: expected null | number | Uint8Array | CoderType, got ${A} (${typeof A})`);return{encodeStream(I,g){if(null===A)return;if(bs(A))return A.encodeStream(I,g);let C;if("number"==typeof A?C=A:"string"==typeof A&&(C=fs.resolve(I.stack,A)),"bigint"==typeof C&&(C=Number(C)),void 0===C||C!==g)throw I.err(`Wrong length: ${C} len=${A} exp=${g} (${typeof g})`)},decodeStream(I){let g;if(bs(A)?g=Number(A.decodeStream(I)):"number"==typeof A?g=A:"string"==typeof A&&(g=fs.resolve(I.stack,A)),"bigint"==typeof g&&(g=Number(g)),"number"!=typeof g)throw I.err(`Wrong length: ${g}`);return g}}},Ss={BITS:32,FULL_MASK:-1>>>0,len:A=>Math.ceil(A/32),create:A=>new Uint32Array(Ss.len(A)),clean:A=>A.fill(0),debug:A=>Array.from(A).map(A=>(A>>>0).toString(2).padStart(32,"0")),checkLen:(A,I)=>{if(Ss.len(I)!==A.length)throw new Error(`wrong length=${A.length}. Expected: ${Ss.len(I)}`)},chunkLen:(A,I,g)=>{if(I<0)throw new Error(`wrong pos=${I}`);if(I+g>A)throw new Error(`wrong range=${I}/${g} of ${A}`)},set:(A,I,g,C=!0)=>!(!C&&0!==(A[I]&g)||(A[I]|=g,0)),pos:(A,I)=>({chunk:Math.floor((A+I)/32),mask:1<<32-(A+I)%32-1}),indices:(A,I,g=!1)=>{Ss.checkLen(A,I);const{FULL_MASK:C,BITS:B}=Ss,i=B-I%B,Q=i?C>>>i<<i:C,e=[];for(let I=0;I<A.length;I++){let C=A[I];if(g&&(C=~C),I===A.length-1&&(C&=Q),0!==C)for(let A=0;A<B;A++)C&1<<B-A-1&&e.push(I*B+A)}return e},range:A=>{const I=[];let g;for(const C of A)void 0===g||C!==g.pos+g.length?I.push(g={pos:C,length:1}):g.length+=1;return I},rangeDebug:(A,I,g=!1)=>`[${Ss.range(Ss.indices(A,I,g)).map(A=>`(${A.pos}/${A.length})`).join(", ")}]`,setRange:(A,I,g,C,B=!0)=>{Ss.chunkLen(I,g,C);const{FULL_MASK:i,BITS:Q}=Ss,e=g%Q?Math.floor(g/Q):void 0,E=g+C,t=E%Q?Math.floor(E/Q):void 0;if(void 0!==e&&e===t)return Ss.set(A,e,i>>>Q-C<<Q-C-g,B);if(void 0!==e&&!Ss.set(A,e,i>>>g%Q,B))return!1;const o=void 0!==t?t:E/Q;for(let I=void 0!==e?e+1:g/Q;I<o;I++)if(!Ss.set(A,I,i,B))return!1;return!(void 0!==t&&e!==t&&!Ss.set(A,t,i<<Q-E%Q,B))}},fs={pushObj:(A,I,g)=>{const C={obj:I};A.push(C),g((A,I)=>{C.field=A,I(),C.field=void 0}),A.pop()},path:A=>{const I=[];for(const g of A)void 0!==g.field&&I.push(g.field);return I.join("/")},err:(A,I,g)=>{const C=new Error(`${A}(${fs.path(I)}): ${"string"==typeof g?g:g.message}`);return g instanceof Error&&g.stack&&(C.stack=g.stack),C},resolve:(A,I)=>{const g=I.split("/"),C=A.map(A=>A.obj);let B=0;for(;B<g.length&&".."===g[B];B++)C.pop();let i=C.pop();for(;B<g.length;B++){if(!i||void 0===i[g[B]])return;i=i[g[B]]}return i}};class Fs{constructor(A,I={},g=[],C=void 0,B=0){this.pos=0,this.bitBuf=0,this.bitPos=0,this.data=A,this.opts=I,this.stack=g,this.parent=C,this.parentOffset=B,this.view=ls(A)}_enablePointers(){if(this.parent)return this.parent._enablePointers();this.bs||(this.bs=Ss.create(this.data.length),Ss.setRange(this.bs,this.data.length,0,this.pos,this.opts.allowMultipleReads))}markBytesBS(A,I){return this.parent?this.parent.markBytesBS(this.parentOffset+A,I):!I||!this.bs||Ss.setRange(this.bs,this.data.length,A,I,!1)}markBytes(A){const I=this.pos;this.pos+=A;const g=this.markBytesBS(I,A);if(!this.opts.allowMultipleReads&&!g)throw this.err(`multiple read pos=${this.pos} len=${A}`);return g}pushObj(A,I){return fs.pushObj(this.stack,A,I)}readView(A,I){if(!Number.isFinite(A))throw this.err(`readView: wrong length=${A}`);if(this.pos+A>this.data.length)throw this.err("readView: Unexpected end of buffer");const g=I(this.view,this.pos);return this.markBytes(A),g}absBytes(A){if(A>this.data.length)throw new Error("Unexpected end of buffer");return this.data.subarray(A)}finish(){if(!this.opts.allowUnreadBytes){if(this.bitPos)throw this.err(`${this.bitPos} bits left after unpack: ${ka.encode(this.data.slice(this.pos))}`);if(this.bs&&!this.parent){const A=Ss.indices(this.bs,this.data.length,!0);if(A.length){const I=Ss.range(A).map(({pos:A,length:I})=>`(${A}/${I})[${ka.encode(this.data.subarray(A,A+I))}]`).join(", ");throw this.err(`unread byte ranges: ${I} (total=${this.data.length})`)}return}if(!this.isEnd())throw this.err(`${this.leftBytes} bytes ${this.bitPos} bits left after unpack: ${ka.encode(this.data.slice(this.pos))}`)}}err(A){return fs.err("Reader",this.stack,A)}offsetReader(A){if(A>this.data.length)throw this.err("offsetReader: Unexpected end of buffer");return new Fs(this.absBytes(A),this.opts,this.stack,this,A)}bytes(A,I=!1){if(this.bitPos)throw this.err("readBytes: bitPos not empty");if(!Number.isFinite(A))throw this.err(`readBytes: wrong length=${A}`);if(this.pos+A>this.data.length)throw this.err("readBytes: Unexpected end of buffer");const g=this.data.subarray(this.pos,this.pos+A);return I||this.markBytes(A),g}byte(A=!1){if(this.bitPos)throw this.err("readByte: bitPos not empty");if(this.pos+1>this.data.length)throw this.err("readBytes: Unexpected end of buffer");const I=this.data[this.pos];return A||this.markBytes(1),I}get leftBytes(){return this.data.length-this.pos}get totalBytes(){return this.data.length}isEnd(){return this.pos>=this.data.length&&!this.bitPos}bits(A){if(A>32)throw this.err("BitReader: cannot read more than 32 bits in single call");let I=0;for(;A;){this.bitPos||(this.bitBuf=this.byte(),this.bitPos=8);const g=Math.min(A,this.bitPos);this.bitPos-=g,I=I<<g|this.bitBuf>>this.bitPos&2**g-1,this.bitBuf&=2**this.bitPos-1,A-=g}return I>>>0}find(A,I=this.pos){if(!ys(A))throw this.err(`find: needle is not bytes! ${A}`);if(this.bitPos)throw this.err("findByte: bitPos not empty");if(!A.length)throw this.err("find: needle is empty");for(let g=I;-1!==(g=this.data.indexOf(A[0],g));g++){if(-1===g)return;if(this.data.length-g<A.length)return;if(hs(A,this.data.subarray(g,g+A.length)))return g}}}class Rs{constructor(A=[]){this.pos=0,this.buffers=[],this.ptrs=[],this.bitBuf=0,this.bitPos=0,this.viewBuf=new Uint8Array(8),this.finished=!1,this.stack=A,this.view=ls(this.viewBuf)}pushObj(A,I){return fs.pushObj(this.stack,A,I)}writeView(A,I){if(this.finished)throw this.err("buffer: finished");if(!us(A)||A>8)throw new Error(`wrong writeView length=${A}`);I(this.view),this.bytes(this.viewBuf.slice(0,A)),this.viewBuf.fill(0)}err(A){if(this.finished)throw this.err("buffer: finished");return fs.err("Reader",this.stack,A)}bytes(A){if(this.finished)throw this.err("buffer: finished");if(this.bitPos)throw this.err("writeBytes: ends with non-empty bit buffer");this.buffers.push(A),this.pos+=A.length}byte(A){if(this.finished)throw this.err("buffer: finished");if(this.bitPos)throw this.err("writeByte: ends with non-empty bit buffer");this.buffers.push(new Uint8Array([A])),this.pos++}finish(A=!0){if(this.finished)throw this.err("buffer: finished");if(this.bitPos)throw this.err("buffer: ends with non-empty bit buffer");const I=this.buffers.concat(this.ptrs.map(A=>A.buffer)),g=I.map(A=>A.length).reduce((A,I)=>A+I,0),C=new Uint8Array(g);for(let A=0,g=0;A<I.length;A++){const B=I[A];C.set(B,g),g+=B.length}for(let A=this.pos,I=0;I<this.ptrs.length;I++){const g=this.ptrs[I];C.set(g.ptr.encode(A),g.pos),A+=g.buffer.length}if(A){this.buffers=[];for(const A of this.ptrs)A.buffer.fill(0);this.ptrs=[],this.finished=!0,this.bitBuf=0}return C}bits(A,I){if(I>32)throw this.err("writeBits: cannot write more than 32 bits in single call");if(A>=2**I)throw this.err(`writeBits: value (${A}) >= 2**bits (${I})`);for(;I;){const g=Math.min(I,8-this.bitPos);this.bitBuf=this.bitBuf<<g|A>>I-g,this.bitPos+=g,A&=2**(I-=g)-1,8===this.bitPos&&(this.bitPos=0,this.buffers.push(new Uint8Array([this.bitBuf])),this.pos++)}}}const Us=A=>Uint8Array.from(A).reverse();function Ms(A){return{encodeStream:A.encodeStream,decodeStream:A.decodeStream,size:A.size,encode:I=>{const g=new Rs;return A.encodeStream(g,I),g.finish()},decode:(I,g={})=>{const C=new Fs(I,g),B=A.decodeStream(C);return C.finish(),B}}}function Ks(A,I){if(!bs(A))throw new Error(`validate: invalid inner value ${A}`);if("function"!=typeof I)throw new Error("validate: fn should be function");return Ms({size:A.size,encodeStream:(g,C)=>{let B;try{B=I(C)}catch(A){throw g.err(A)}A.encodeStream(g,B)},decodeStream:g=>{const C=A.decodeStream(g);try{return I(C)}catch(A){throw g.err(A)}}})}const ms=A=>{const I=Ms(A);return A.validate?Ks(I,A.validate):I},Js=A=>ks(A)&&"function"==typeof A.decode&&"function"==typeof A.encode;function bs(A){return ks(A)&&Js(A)&&"function"==typeof A.encodeStream&&"function"==typeof A.decodeStream&&(void 0===A.size||us(A.size))}const Hs=A=>{if(!Js(A))throw new Error("BaseCoder expected");return{encode:A.decode,decode:A.encode}},Ys={dict:function(){return{encode:A=>{if(!Array.isArray(A))throw new Error("array expected");const I={};for(const g of A){if(!Array.isArray(g)||2!==g.length)throw new Error("array of two elements expected");const A=g[0],C=g[1];if(void 0!==I[A])throw new Error(`key(${A}) appears twice in struct`);I[A]=C}return I},decode:A=>{if(!ks(A))throw new Error(`expected plain object, got ${A}`);return Object.entries(A)}}},numberBigint:{encode:A=>{if("bigint"!=typeof A)throw new Error("expected bigint, got "+typeof A);if(A>BigInt(Number.MAX_SAFE_INTEGER))throw new Error(`element bigger than MAX_SAFE_INTEGER=${A}`);return Number(A)},decode:A=>{if(!us(A))throw new Error("element is not a safe integer");return BigInt(A)}},tsEnum:function(A){if(!ks(A))throw new Error("plain object expected");return{encode:I=>{if(!us(I)||!(I in A))throw new Error(`wrong value ${I}`);return A[I]},decode:I=>{if("string"!=typeof I)throw new Error("wrong value "+typeof I);return A[I]}}},decimal:function(A,I=!1){if(!us(A))throw new Error(`decimal/precision: wrong value ${A}`);if("boolean"!=typeof I)throw new Error("decimal/round: expected boolean, got "+typeof I);const g=10n**BigInt(A);return{encode:I=>{if("bigint"!=typeof I)throw new Error("expected bigint, got "+typeof I);let g=(I<0n?-I:I).toString(10),C=g.length-A;C<0&&(g=g.padStart(g.length-C,"0"),C=0);let B=g.length-1;for(;B>=C&&"0"===g[B];B--);let i=g.slice(0,C),Q=g.slice(C,B+1);return i||(i="0"),I<0n&&(i="-"+i),Q?`${i}.${Q}`:i},decode:C=>{if("string"!=typeof C)throw new Error("expected string, got "+typeof C);if("-0"===C)throw new Error("negative zero is not allowed");let B=!1;if(C.startsWith("-")&&(B=!0,C=C.slice(1)),!/^(0|[1-9]\d*)(\.\d+)?$/.test(C))throw new Error(`wrong string value=${C}`);let i=C.indexOf(".");i=-1===i?C.length:i;const Q=C.slice(0,i),e=C.slice(i+1).replace(/0+$/,""),E=BigInt(Q)*g;if(!I&&e.length>A)throw new Error(`fractional part cannot be represented with this precision (num=${C}, prec=${A})`);const t=Math.min(e.length,A),o=E+BigInt(e.slice(0,t))*10n**BigInt(A-t);return B?-o:o}}},match:function(A){if(!Array.isArray(A))throw new Error("expected array, got "+typeof A);for(const I of A)if(!Js(I))throw new Error(`wrong base coder ${I}`);return{encode:I=>{for(const g of A){const A=g.encode(I);if(void 0!==A)return A}throw new Error(`match/encode: cannot find match in ${I}`)},decode:I=>{for(const g of A){const A=g.decode(I);if(void 0!==A)return A}throw new Error(`match/decode: cannot find match in ${I}`)}}},reverse:Hs},Ls=(A,I=!1,g=!1,C=!0)=>{if(!us(A))throw new Error(`bigint/size: wrong value ${A}`);if("boolean"!=typeof I)throw new Error("bigint/le: expected boolean, got "+typeof I);if("boolean"!=typeof g)throw new Error("bigint/signed: expected boolean, got "+typeof g);if("boolean"!=typeof C)throw new Error("bigint/sized: expected boolean, got "+typeof C);const B=BigInt(A),i=2n**(8n*B-1n);return ms({size:C?A:void 0,encodeStream:(B,Q)=>{g&&Q<0&&(Q|=i);const e=[];for(let I=0;I<A;I++)e.push(Number(255n&Q)),Q>>=8n;let E=new Uint8Array(e).reverse();if(!C){let A=0;for(A=0;A<E.length&&0===E[A];A++);E=E.subarray(A)}B.bytes(I?E.reverse():E)},decodeStream:B=>{const Q=B.bytes(C?A:Math.min(A,B.leftBytes)),e=I?Q:Us(Q);let E=0n;for(let A=0;A<e.length;A++)E|=BigInt(e[A])<<8n*BigInt(A);return g&&E&i&&(E=(E^i)-i),E},validate:A=>{if("bigint"!=typeof A)throw new Error(`bigint: invalid value: ${A}`);return function(A,I,g){if(g){const g=2n**(I-1n);if(A<-g||A>=g)throw new Error(`value out of signed bounds. Expected ${-g} <= ${A} < ${g}`)}else if(0n>A||A>=2n**I)throw new Error(`value out of unsigned bounds. Expected 0 <= ${A} < ${2n**I}`)}(A,8n*B,!!g),A}})},qs=Ls(32,!1),Vs=Ls(8,!0),Ts=Ls(8,!0,!0),vs=(A,I,g)=>{const C=8*A,B=2**(C-1),i=2**C;return((A,I)=>ms({size:A,encodeStream:(g,C)=>g.writeView(A,A=>I.write(A,C)),decodeStream:g=>g.readView(A,I.read),validate:A=>{if("number"!=typeof A)throw new Error("viewCoder: expected number, got "+typeof A);return I.validate&&I.validate(A),A}}))(A,{write:g.write,read:g.read,validate:I?A=>{if(!us(A))throw new Error(`sintView: value is not safe integer: ${A}`);if(A<-B||A>=B)throw new Error(`sintView: value out of bounds. Expected ${-B} <= ${A} < ${B}`)}:A=>{if(!us(A))throw new Error(`uintView: value is not safe integer: ${A}`);if(0>A||A>=i)throw new Error(`uintView: value out of bounds. Expected 0 <= ${A} < ${i}`)}})},Zs=vs(4,!1,{read:(A,I)=>A.getUint32(I,!0),write:(A,I)=>A.setUint32(0,I,!0)}),xs=vs(4,!1,{read:(A,I)=>A.getUint32(I,!1),write:(A,I)=>A.setUint32(0,I,!1)}),Ws=vs(4,!0,{read:(A,I)=>A.getInt32(I,!0),write:(A,I)=>A.setInt32(0,I,!0)}),Ps=vs(2,!1,{read:(A,I)=>A.getUint16(I,!0),write:(A,I)=>A.setUint16(0,I,!0)}),Os=vs(1,!1,{read:(A,I)=>A.getUint8(I),write:(A,I)=>A.setUint8(0,I)}),Xs=(A,I=!1)=>{if("boolean"!=typeof I)throw new Error("bytes/le: expected boolean, got "+typeof I);const g=ps(A),C=ys(A);return ms({size:"number"==typeof A?A:void 0,encodeStream:(B,i)=>{C||g.encodeStream(B,i.length),B.bytes(I?Us(i):i),C&&B.bytes(A)},decodeStream:B=>{let i;if(C){const I=B.find(A);if(!I)throw B.err("bytes: cannot find terminator");i=B.bytes(I-B.pos),B.bytes(A.length)}else i=B.bytes(null===A?B.leftBytes:g.decodeStream(B));return I?Us(i):i},validate:A=>{if(!ys(A))throw new Error(`bytes: invalid value ${A}`);return A}})},js=(A,I=!1)=>Ks(zs(Xs(A,I),la),A=>{if("string"!=typeof A)throw new Error("expected string, got "+typeof A);return A});function zs(A,I){if(!bs(A))throw new Error(`apply: invalid inner value ${A}`);if(!Js(I))throw new Error(`apply: invalid base value ${A}`);return ms({size:A.size,encodeStream:(g,C)=>{let B;try{B=I.decode(C)}catch(A){throw g.err(""+A)}return A.encodeStream(g,B)},decodeStream:g=>{const C=A.decodeStream(g);try{return I.encode(C)}catch(A){throw g.err(""+A)}}})}function _s(A,I,g=!0){if(!bs(A))throw new Error(`magic: invalid inner value ${A}`);if("boolean"!=typeof g)throw new Error("magic: expected boolean, got "+typeof g);return ms({size:A.size,encodeStream:(g,C)=>A.encodeStream(g,I),decodeStream:C=>{const B=A.decodeStream(C);if(g&&"object"!=typeof B&&B!==I||ys(I)&&!hs(I,B))throw C.err(`magic: invalid value: ${B} !== ${I}`)},validate:A=>{if(void 0!==A)throw new Error("magic: wrong value="+typeof A);return A}})}function $s(A){let I=0;for(const g of A){if(void 0===g.size)return;if(!us(g.size))throw new Error(`sizeof: wrong element size=${I}`);I+=g.size}return I}function Ar(A){if(!ks(A))throw new Error(`struct: expected plain object, got ${A}`);for(const I in A)if(!bs(A[I]))throw new Error(`struct: field ${I} is not CoderType`);return ms({size:$s(Object.values(A)),encodeStream:(I,g)=>{I.pushObj(g,C=>{for(const B in A)C(B,()=>A[B].encodeStream(I,g[B]))})},decodeStream:I=>{const g={};return I.pushObj(g,C=>{for(const B in A)C(B,()=>g[B]=A[B].decodeStream(I))}),g},validate:A=>{if("object"!=typeof A||null===A)throw new Error(`struct: invalid value ${A}`);return A}})}function Ir(A,I){if(!bs(I))throw new Error(`array: invalid inner value ${I}`);const g=ps("string"==typeof A?`../${A}`:A);return ms({size:"number"==typeof A&&I.size?A*I.size:void 0,encodeStream:(C,B)=>{const i=C;i.pushObj(B,Q=>{ys(A)||g.encodeStream(C,B.length);for(let g=0;g<B.length;g++)Q(`${g}`,()=>{const Q=B[g],e=C.pos;if(I.encodeStream(C,Q),ys(A)){if(A.length>i.pos-e)return;const I=i.finish(!1).subarray(e,i.pos);if(hs(I.subarray(0,A.length),A))throw i.err(`array: inner element encoding same as separator. elm=${Q} data=${I}`)}})}),ys(A)&&C.bytes(A)},decodeStream:C=>{const B=[];return C.pushObj(B,i=>{if(null===A)for(let A=0;!(C.isEnd()||(i(`${A}`,()=>B.push(I.decodeStream(C))),I.size&&C.leftBytes<I.size));A++);else if(ys(A))for(let g=0;;g++){if(hs(C.bytes(A.length,!0),A)){C.bytes(A.length);break}i(`${g}`,()=>B.push(I.decodeStream(C)))}else{let A;i("arrayLen",()=>A=g.decodeStream(C));for(let g=0;g<A;g++)i(`${g}`,()=>B.push(I.decodeStream(C)))}}),B},validate:A=>{if(!Array.isArray(A))throw new Error(`array: invalid value ${A}`);return A}})}const gr=ie.ProjectivePoint,Cr=ie.CURVE.n,Br=Gs,ir=function(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];if(!ys(C))throw new Error("Uint8Array expected");I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g},Qr=Ns,er=A=>as(Ds(A)),Er=(...A)=>Ds(Ds(ir(...A))),tr=(de.utils.randomPrivateKey,de.getPublicKey),or=ie.getPublicKey,nr=A=>A.r<Cr/2n,ar=de.sign,sr=de.utils.taggedHash;var rr;function cr(A,I){const g=A.length;if(I===rr.ecdsa){if(32===g)throw new Error("Expected non-Schnorr key");return gr.fromHex(A),A}if(I===rr.schnorr){if(32!==g)throw new Error("Expected 32-byte Schnorr key");return de.utils.lift_x(de.utils.bytesToNumberBE(A)),A}throw new Error("Unknown key type")}function Dr(A,I){const g=de.utils,C=g.taggedHash("TapTweak",A,I),B=g.bytesToNumberBE(C);if(B>=Cr)throw new Error("tweak higher than curve order");return B}function wr(A,I=Uint8Array.of()){const g=de.utils,C=g.bytesToNumberBE(A),B=gr.fromPrivateKey(C),i=B.hasEvenY()?C:g.mod(-C,Cr),Q=Dr(g.pointToBytes(B),I);return g.numberToBytesBE(g.mod(i+Q,Cr),32)}function dr(A,I){const g=de.utils,C=Dr(A,I),B=g.lift_x(g.bytesToNumberBE(A)).add(gr.fromPrivateKey(C)),i=B.hasEvenY()?0:1;return[g.pointToBytes(B),i]}!function(A){A[A.ecdsa=0]="ecdsa",A[A.schnorr=1]="schnorr"}(rr||(rr={}));const hr=Ds(gr.BASE.toRawBytes(!1)),yr={bech32:"bc",pubKeyHash:0,scriptHash:5,wif:128},lr={bech32:"tb",pubKeyHash:111,scriptHash:196,wif:239};function kr(A,I){if(!Br(A)||!Br(I))throw new Error(`cmp: wrong type a=${typeof A} b=${typeof I}`);const g=Math.min(A.length,I.length);for(let C=0;C<g;C++)if(A[C]!=I[C])return Math.sign(A[C]-I[C]);return Math.sign(A.length-I.length)}var ur;function Nr(A=6,I=!1){return ms({encodeStream:(A,I)=>{if(0n===I)return;const g=I<0,C=BigInt(I),B=[];for(let A=g?-C:C;A;A>>=8n)B.push(Number(0xffn&A));B[B.length-1]>=128?B.push(g?128:0):g&&(B[B.length-1]|=128),A.bytes(new Uint8Array(B))},decodeStream:g=>{const C=g.leftBytes;if(C>A)throw new Error(`ScriptNum: number (${C}) bigger than limit=${A}`);if(0===C)return 0n;if(I){const A=g.bytes(C,!0);if(!(127&A[A.length-1]||!(C<=1)&&128&A[A.length-2]))throw new Error("Non-minimally encoded ScriptNum")}let B=0,i=0n;for(let A=0;A<C;++A)B=g.byte(),i|=BigInt(B)<<8n*BigInt(A);return B>=128&&(i&=2n**BigInt(8*C)-1n>>1n,i=-i),i}})}!function(A){A[A.OP_0=0]="OP_0",A[A.PUSHDATA1=76]="PUSHDATA1",A[A.PUSHDATA2=77]="PUSHDATA2",A[A.PUSHDATA4=78]="PUSHDATA4",A[A["1NEGATE"]=79]="1NEGATE",A[A.RESERVED=80]="RESERVED",A[A.OP_1=81]="OP_1",A[A.OP_2=82]="OP_2",A[A.OP_3=83]="OP_3",A[A.OP_4=84]="OP_4",A[A.OP_5=85]="OP_5",A[A.OP_6=86]="OP_6",A[A.OP_7=87]="OP_7",A[A.OP_8=88]="OP_8",A[A.OP_9=89]="OP_9",A[A.OP_10=90]="OP_10",A[A.OP_11=91]="OP_11",A[A.OP_12=92]="OP_12",A[A.OP_13=93]="OP_13",A[A.OP_14=94]="OP_14",A[A.OP_15=95]="OP_15",A[A.OP_16=96]="OP_16",A[A.NOP=97]="NOP",A[A.VER=98]="VER",A[A.IF=99]="IF",A[A.NOTIF=100]="NOTIF",A[A.VERIF=101]="VERIF",A[A.VERNOTIF=102]="VERNOTIF",A[A.ELSE=103]="ELSE",A[A.ENDIF=104]="ENDIF",A[A.VERIFY=105]="VERIFY",A[A.RETURN=106]="RETURN",A[A.TOALTSTACK=107]="TOALTSTACK",A[A.FROMALTSTACK=108]="FROMALTSTACK",A[A["2DROP"]=109]="2DROP",A[A["2DUP"]=110]="2DUP",A[A["3DUP"]=111]="3DUP",A[A["2OVER"]=112]="2OVER",A[A["2ROT"]=113]="2ROT",A[A["2SWAP"]=114]="2SWAP",A[A.IFDUP=115]="IFDUP",A[A.DEPTH=116]="DEPTH",A[A.DROP=117]="DROP",A[A.DUP=118]="DUP",A[A.NIP=119]="NIP",A[A.OVER=120]="OVER",A[A.PICK=121]="PICK",A[A.ROLL=122]="ROLL",A[A.ROT=123]="ROT",A[A.SWAP=124]="SWAP",A[A.TUCK=125]="TUCK",A[A.CAT=126]="CAT",A[A.SUBSTR=127]="SUBSTR",A[A.LEFT=128]="LEFT",A[A.RIGHT=129]="RIGHT",A[A.SIZE=130]="SIZE",A[A.INVERT=131]="INVERT",A[A.AND=132]="AND",A[A.OR=133]="OR",A[A.XOR=134]="XOR",A[A.EQUAL=135]="EQUAL",A[A.EQUALVERIFY=136]="EQUALVERIFY",A[A.RESERVED1=137]="RESERVED1",A[A.RESERVED2=138]="RESERVED2",A[A["1ADD"]=139]="1ADD",A[A["1SUB"]=140]="1SUB",A[A["2MUL"]=141]="2MUL",A[A["2DIV"]=142]="2DIV",A[A.NEGATE=143]="NEGATE",A[A.ABS=144]="ABS",A[A.NOT=145]="NOT",A[A["0NOTEQUAL"]=146]="0NOTEQUAL",A[A.ADD=147]="ADD",A[A.SUB=148]="SUB",A[A.MUL=149]="MUL",A[A.DIV=150]="DIV",A[A.MOD=151]="MOD",A[A.LSHIFT=152]="LSHIFT",A[A.RSHIFT=153]="RSHIFT",A[A.BOOLAND=154]="BOOLAND",A[A.BOOLOR=155]="BOOLOR",A[A.NUMEQUAL=156]="NUMEQUAL",A[A.NUMEQUALVERIFY=157]="NUMEQUALVERIFY",A[A.NUMNOTEQUAL=158]="NUMNOTEQUAL",A[A.LESSTHAN=159]="LESSTHAN",A[A.GREATERTHAN=160]="GREATERTHAN",A[A.LESSTHANOREQUAL=161]="LESSTHANOREQUAL",A[A.GREATERTHANOREQUAL=162]="GREATERTHANOREQUAL",A[A.MIN=163]="MIN",A[A.MAX=164]="MAX",A[A.WITHIN=165]="WITHIN",A[A.RIPEMD160=166]="RIPEMD160",A[A.SHA1=167]="SHA1",A[A.SHA256=168]="SHA256",A[A.HASH160=169]="HASH160",A[A.HASH256=170]="HASH256",A[A.CODESEPARATOR=171]="CODESEPARATOR",A[A.CHECKSIG=172]="CHECKSIG",A[A.CHECKSIGVERIFY=173]="CHECKSIGVERIFY",A[A.CHECKMULTISIG=174]="CHECKMULTISIG",A[A.CHECKMULTISIGVERIFY=175]="CHECKMULTISIGVERIFY",A[A.NOP1=176]="NOP1",A[A.CHECKLOCKTIMEVERIFY=177]="CHECKLOCKTIMEVERIFY",A[A.CHECKSEQUENCEVERIFY=178]="CHECKSEQUENCEVERIFY",A[A.NOP4=179]="NOP4",A[A.NOP5=180]="NOP5",A[A.NOP6=181]="NOP6",A[A.NOP7=182]="NOP7",A[A.NOP8=183]="NOP8",A[A.NOP9=184]="NOP9",A[A.NOP10=185]="NOP10",A[A.CHECKSIGADD=186]="CHECKSIGADD",A[A.INVALID=255]="INVALID"}(ur||(ur={}));const Gr=ms({encodeStream:(A,I)=>{for(let g of I){if("string"==typeof g){if(void 0===ur[g])throw new Error(`Unknown opcode=${g}`);A.byte(ur[g]);continue}if("number"==typeof g){if(0===g){A.byte(0);continue}if(1<=g&&g<=16){A.byte(ur.OP_1-1+g);continue}}if("number"==typeof g&&(g=Nr().encode(BigInt(g))),!Br(g))throw new Error(`Wrong Script OP=${g} (${typeof g})`);const I=g.length;I<ur.PUSHDATA1?A.byte(I):I<=255?(A.byte(ur.PUSHDATA1),A.byte(I)):I<=65535?(A.byte(ur.PUSHDATA2),A.bytes(Ps.encode(I))):(A.byte(ur.PUSHDATA4),A.bytes(Zs.encode(I))),A.bytes(g)}},decodeStream:A=>{const I=[];for(;!A.isEnd();){const g=A.byte();if(ur.OP_0<g&&g<=ur.PUSHDATA4){let C;if(g<ur.PUSHDATA1)C=g;else if(g===ur.PUSHDATA1)C=Os.decodeStream(A);else if(g===ur.PUSHDATA2)C=Ps.decodeStream(A);else{if(g!==ur.PUSHDATA4)throw new Error("Should be not possible");C=Zs.decodeStream(A)}I.push(A.bytes(C))}else if(0===g)I.push(0);else if(ur.OP_1<=g&&g<=ur.OP_16)I.push(g-(ur.OP_1-1));else{const A=ur[g];if(void 0===A)throw new Error(`Unknown opcode=${g.toString(16)}`);I.push(A)}}return I}}),pr={253:[253,2,253n,65535n],254:[254,4,65536n,4294967295n],255:[255,8,4294967296n,18446744073709551615n]},Sr=ms({encodeStream:(A,I)=>{if("number"==typeof I&&(I=BigInt(I)),0n<=I&&I<=252n)return A.byte(Number(I));for(const[g,C,B,i]of Object.values(pr))if(!(B>I||I>i)){A.byte(g);for(let g=0;g<C;g++)A.byte(Number(I>>8n*BigInt(g)&0xffn));return}throw A.err(`VarInt too big: ${I}`)},decodeStream:A=>{const I=A.byte();if(I<=252)return BigInt(I);const[g,C,B]=pr[I];let i=0n;for(let I=0;I<C;I++)i|=BigInt(A.byte())<<8n*BigInt(I);if(i<B)throw A.err(`Wrong CompactSize(${8*C})`);return i}}),fr=zs(Sr,Ys.numberBigint),Fr=Xs(Sr),Rr=Ir(fr,Fr),Ur=A=>Ir(Sr,A),Mr=Ar({txid:Xs(32,!0),index:Zs,finalScriptSig:Fr,sequence:Zs}),Kr=Ar({amount:Vs,script:Fr}),mr=Ks(Ar({version:Ws,segwitFlag:((A,I=!1)=>{if(!ys(A))throw new Error("flag/flagValue: expected Uint8Array, got "+typeof A);if("boolean"!=typeof I)throw new Error("flag/xor: expected boolean, got "+typeof I);return ms({size:A.length,encodeStream:(g,C)=>{!!C!==I&&g.bytes(A)},decodeStream:g=>{let C=g.leftBytes>=A.length;return C&&(C=hs(g.bytes(A.length,!0),A),C&&g.bytes(A.length)),C!==I},validate:A=>{if(void 0!==A&&"boolean"!=typeof A)throw new Error("flag: expected boolean value or undefined, got "+typeof A);return A}})})(new Uint8Array([0,1])),inputs:Ur(Mr),outputs:Ur(Kr),witnesses:function(A,I){if(!bs(I))throw new Error(`flagged: invalid inner value ${I}`);return ms({encodeStream:(g,C)=>{fs.resolve(g.stack,A)&&I.encodeStream(g,C)},decodeStream:g=>{let C=!1;if(C=!!fs.resolve(g.stack,A),C)return I.decodeStream(g)}})}("segwitFlag",Ir("inputs/length",Rr)),lockTime:Zs}),function(A){if(A.segwitFlag&&A.witnesses&&!A.witnesses.length)throw new Error("Segwit flag with empty witnesses array");return A}),Jr=Ar({version:Ws,inputs:Ur(Mr),outputs:Ur(Kr),lockTime:Zs}),br=Ks(Xs(null),A=>cr(A,rr.ecdsa)),Hr=Ks(Xs(32),A=>cr(A,rr.schnorr)),Yr=Ks(Xs(null),A=>{if(64!==A.length&&65!==A.length)throw new Error("Schnorr signature should be 64 or 65 bytes long");return A}),Lr=Ar({fingerprint:xs,path:Ir(null,Zs)}),qr=Ar({hashes:Ir(fr,Xs(32)),der:Lr}),Vr=Xs(78),Tr=Ar({pubKey:Hr,leafHash:Xs(32)}),vr=Ks(Ar({version:Os,internalKey:Xs(32),merklePath:Ir(null,Xs(32))}),A=>{if(A.merklePath.length>128)throw new Error("TaprootControlBlock: merklePath should be of length 0..128 (inclusive)");return A}),Zr=Ir(null,Ar({depth:Os,version:Os,script:Fr})),xr=Xs(null),Wr=Xs(20),Pr=Xs(32),Or={unsignedTx:[0,!1,Jr,[0],[0],!1],xpub:[1,Vr,Lr,[],[0,2],!1],txVersion:[2,!1,Zs,[2],[2],!1],fallbackLocktime:[3,!1,Zs,[],[2],!1],inputCount:[4,!1,fr,[2],[2],!1],outputCount:[5,!1,fr,[2],[2],!1],txModifiable:[6,!1,Os,[],[2],!1],version:[251,!1,Zs,[],[0,2],!1],proprietary:[252,xr,xr,[],[0,2],!1]},Xr={nonWitnessUtxo:[0,!1,mr,[],[0,2],!1],witnessUtxo:[1,!1,Kr,[],[0,2],!1],partialSig:[2,br,xr,[],[0,2],!1],sighashType:[3,!1,Zs,[],[0,2],!1],redeemScript:[4,!1,xr,[],[0,2],!1],witnessScript:[5,!1,xr,[],[0,2],!1],bip32Derivation:[6,br,Lr,[],[0,2],!1],finalScriptSig:[7,!1,xr,[],[0,2],!1],finalScriptWitness:[8,!1,Rr,[],[0,2],!1],porCommitment:[9,!1,xr,[],[0,2],!1],ripemd160:[10,Wr,xr,[],[0,2],!1],sha256:[11,Pr,xr,[],[0,2],!1],hash160:[12,Wr,xr,[],[0,2],!1],hash256:[13,Pr,xr,[],[0,2],!1],txid:[14,!1,Pr,[2],[2],!0],index:[15,!1,Zs,[2],[2],!0],sequence:[16,!1,Zs,[],[2],!0],requiredTimeLocktime:[17,!1,Zs,[],[2],!1],requiredHeightLocktime:[18,!1,Zs,[],[2],!1],tapKeySig:[19,!1,Yr,[],[0,2],!1],tapScriptSig:[20,Tr,Yr,[],[0,2],!1],tapLeafScript:[21,vr,xr,[],[0,2],!1],tapBip32Derivation:[22,Pr,qr,[],[0,2],!1],tapInternalKey:[23,!1,Hr,[],[0,2],!1],tapMerkleRoot:[24,!1,Pr,[],[0,2],!1],proprietary:[252,xr,xr,[],[0,2],!1]},jr=["txid","sequence","index","witnessUtxo","nonWitnessUtxo","finalScriptSig","finalScriptWitness","unknown"],zr=["partialSig","finalScriptSig","finalScriptWitness","tapKeySig","tapScriptSig"],_r={redeemScript:[0,!1,xr,[],[0,2],!1],witnessScript:[1,!1,xr,[],[0,2],!1],bip32Derivation:[2,br,Lr,[],[0,2],!1],amount:[3,!1,Ts,[2],[2],!0],script:[4,!1,xr,[2],[2],!0],tapInternalKey:[5,!1,Hr,[],[0,2],!1],tapTree:[6,!1,Zr,[],[0,2],!1],tapBip32Derivation:[7,Hr,qr,[],[0,2],!1],proprietary:[252,xr,xr,[],[0,2],!1]},$r=[],Ac=Ir(ds,Ar({key:function(A,I){if(!bs(I))throw new Error(`prefix: invalid inner value ${I}`);return zs(Xs(A),Hs(I))}(fr,Ar({type:fr,key:Xs(null)})),value:Xs(fr)}));function Ic(A){const[I,g,C,B,i,Q]=A;return{type:I,kc:g,vc:C,reqInc:B,allowInc:i,silentIgnore:Q}}function gc(A){const I={};for(const g in A){const[C,B,i]=A[g];I[C]=[g,B,i]}return ms({encodeStream:(I,g)=>{let C=[];for(const I in A){const B=g[I];if(void 0===B)continue;const[i,Q,e]=A[I];if(Q){const A=B.map(([A,I])=>[Q.encode(A),e.encode(I)]);A.sort((A,I)=>kr(A[0],I[0]));for(const[I,g]of A)C.push({key:{key:I,type:i},value:g})}else C.push({key:{type:i,key:ws},value:e.encode(B)})}if(g.unknown){g.unknown.sort((A,I)=>kr(A[0].key,I[0].key));for(const[A,I]of g.unknown)C.push({key:A,value:I})}Ac.encodeStream(I,C)},decodeStream:A=>{const g=Ac.decodeStream(A),C={},B={};for(const A of g){let g="unknown",i=A.key.key,Q=A.value;if(I[A.key.type]){const[e,E,t]=I[A.key.type];if(g=e,!E&&i.length)throw new Error(`PSBT: Non-empty key for ${g} (key=${ka.encode(i)} value=${ka.encode(Q)}`);if(i=E?E.decode(i):void 0,Q=t.decode(Q),!E){if(C[g])throw new Error(`PSBT: Same keys: ${g} (key=${i} value=${Q})`);C[g]=Q,B[g]=!0;continue}}else i={type:A.key.type,key:A.key.key};if(B[g])throw new Error(`PSBT: Key type with empty key and no key=${g} val=${Q}`);C[g]||(C[g]=[]),C[g].push([i,Q])}return C}})}Ar({type:fr,key:Xs(null)});const Cc=Ks(gc(Xr),A=>{if(A.finalScriptWitness&&!A.finalScriptWitness.length)throw new Error("validateInput: empty finalScriptWitness");if(A.partialSig&&!A.partialSig.length)throw new Error("Empty partialSig");if(A.partialSig)for(const[I]of A.partialSig)cr(I,rr.ecdsa);if(A.bip32Derivation)for(const[I]of A.bip32Derivation)cr(I,rr.ecdsa);if(void 0!==A.requiredTimeLocktime&&A.requiredTimeLocktime<5e8)throw new Error(`validateInput: wrong timeLocktime=${A.requiredTimeLocktime}`);if(void 0!==A.requiredHeightLocktime&&(A.requiredHeightLocktime<=0||A.requiredHeightLocktime>=5e8))throw new Error(`validateInput: wrong heighLocktime=${A.requiredHeightLocktime}`);if(A.tapLeafScript)for(const[I,g]of A.tapLeafScript){if((254&I.version)!==g[g.length-1])throw new Error("validateInput: tapLeafScript version mimatch");if(1&g[g.length-1])throw new Error("validateInput: tapLeafScript version has parity bit!")}return A}),Bc=Ks(gc(_r),A=>{if(A.bip32Derivation)for(const[I]of A.bip32Derivation)cr(I,rr.ecdsa);return A}),ic=Ks(gc(Or),A=>{if(0===(A.version||0)){if(!A.unsignedTx)throw new Error("PSBTv0: missing unsignedTx");for(const I of A.unsignedTx.inputs)if(I.finalScriptSig&&I.finalScriptSig.length)throw new Error("PSBTv0: input scriptSig found in unsignedTx")}return A}),Qc=Ar({magic:_s(js(new Uint8Array([255])),"psbt"),global:ic,inputs:Ir("global/unsignedTx/inputs/length",Cc),outputs:Ir(null,Bc)}),ec=Ar({magic:_s(js(new Uint8Array([255])),"psbt"),global:ic,inputs:Ir("global/inputCount",Cc),outputs:Ir("global/outputCount",Bc)});function Ec(A,I,g){for(const C in g){if("unknown"===C)continue;if(!I[C])continue;const{allowInc:g}=Ic(I[C]);if(!g.includes(A))throw new Error(`PSBTv${A}: field ${C} is not allowed`)}for(const C in I){const{reqInc:B}=Ic(I[C]);if(B.includes(A)&&void 0===g[C])throw new Error(`PSBTv${A}: missing required field ${C}`)}}function tc(A,I,g){const C={};for(const B in g){const i=B;if("unknown"!==i){if(!I[i])continue;const{allowInc:g,silentIgnore:C}=Ic(I[i]);if(!g.includes(A)){if(C)continue;throw new Error(`Failed to serialize in PSBTv${A}: ${i} but versions allows inclusion=${g}`)}}C[i]=g[i]}return C}function oc(A){const I=A&&A.global&&A.global.version||0;Ec(I,Or,A.global);for(const g of A.inputs)Ec(I,Xr,g);for(const g of A.outputs)Ec(I,_r,g);const g=I?A.global.inputCount:A.global.unsignedTx.inputs.length;if(A.inputs.length<g)throw new Error("Not enough inputs");const C=A.inputs.slice(g);if(C.length>1||C.length&&Object.keys(C[0]).length)throw new Error(`Unexpected inputs left in tx=${C}`);const B=I?A.global.outputCount:A.global.unsignedTx.outputs.length;if(A.outputs.length<B)throw new Error("Not outputs inputs");const i=A.outputs.slice(B);if(i.length>1||i.length&&Object.keys(i[0]).length)throw new Error(`Unexpected outputs left in tx=${i}`);return A}function nc(A,I,g,C,B){const i={...g,...I};for(const B in A){const Q=B,[e,E,t]=A[Q],o=C&&!C.includes(B);if(void 0===I[B]&&B in I){if(o)throw new Error(`Cannot remove signed field=${B}`);delete i[B]}else if(E){const A=g&&g[B]?g[B]:[];let C=I[Q];if(C){if(!Array.isArray(C))throw new Error(`keyMap(${B}): KV pairs should be [k, v][]`);C=C.map(A=>{if(2!==A.length)throw new Error(`keyMap(${B}): KV pairs should be [k, v][]`);return["string"==typeof A[0]?E.decode(ka.decode(A[0])):A[0],"string"==typeof A[1]?t.decode(ka.decode(A[1])):A[1]]});const I={},g=(A,g,C)=>{if(void 0===I[A])return void(I[A]=[g,C]);const B=ka.encode(t.encode(I[A][1])),i=ka.encode(t.encode(C));if(B!==i)throw new Error(`keyMap(${Q}): same key=${A} oldVal=${B} newVal=${i}`)};for(const[I,C]of A)g(ka.encode(E.encode(I)),I,C);for(const[A,B]of C){const C=ka.encode(E.encode(A));if(void 0===B){if(o)throw new Error(`Cannot remove signed field=${Q}/${A}`);delete I[C]}else g(C,A,B)}i[Q]=Object.values(I)}}else if("string"==typeof i[B])i[B]=t.decode(ka.decode(i[B]));else if(o&&B in I&&g&&void 0!==g[B]&&!Qr(t.encode(I[B]),t.encode(g[B])))throw new Error(`Cannot change signed field=${B}`)}for(const I in i)if(!A[I]){if(B&&"unknown"===I)continue;delete i[I]}return i}Ar({magic:_s(js(new Uint8Array([255])),"psbt"),items:Ir(null,zs(Ir(ds,function(A){if(!Array.isArray(A))throw new Error(`Packed.Tuple: got ${typeof A} instead of array`);for(let I=0;I<A.length;I++)if(!bs(A[I]))throw new Error(`tuple: field ${I} is not CoderType`);return ms({size:$s(A),encodeStream:(I,g)=>{if(!Array.isArray(g))throw I.err(`tuple: invalid value ${g}`);I.pushObj(g,C=>{for(let B=0;B<A.length;B++)C(`${B}`,()=>A[B].encodeStream(I,g[B]))})},decodeStream:I=>{const g=[];return I.pushObj(g,C=>{for(let B=0;B<A.length;B++)C(`${B}`,()=>g.push(A[B].decodeStream(I)))}),g},validate:I=>{if(!Array.isArray(I))throw new Error(`tuple: invalid value ${I}`);if(I.length!==A.length)throw new Error(`tuple: wrong length=${I.length}, expected ${A.length}`);return I}})}([((A,I={isLE:!1,with0x:!1})=>{let g=zs(Xs(A,I.isLE),ka);const C=I.with0x;if("boolean"!=typeof C)throw new Error("hex/with0x: expected boolean, got "+typeof C);return C&&(g=zs(g,{encode:A=>`0x${A}`,decode:A=>{if(!A.startsWith("0x"))throw new Error("hex(with0x=true).encode input should start with 0x");return A.slice(2)}})),g})(fr),Xs(Sr)])),Ys.dict()))});const ac=Ks(Qc,oc),sc=Ks(ec,oc);function rc(A,I){try{return cr(A,I),!0}catch(A){return!1}}const cc=[{encode(A){if(2===A.length&&1===A[0]&&Br(A[1])&&"4e73"===ka.encode(A[1]))return{type:"p2a",script:Gr.encode(A)}},decode:A=>{if("p2a"===A.type)return[1,ka.decode("4e73")]}},{encode(A){if(2===A.length&&Br(A[0])&&rc(A[0],rr.ecdsa)&&"CHECKSIG"===A[1])return{type:"pk",pubkey:A[0]}},decode:A=>"pk"===A.type?[A.pubkey,"CHECKSIG"]:void 0},{encode(A){if(5===A.length&&"DUP"===A[0]&&"HASH160"===A[1]&&Br(A[2])&&"EQUALVERIFY"===A[3]&&"CHECKSIG"===A[4])return{type:"pkh",hash:A[2]}},decode:A=>"pkh"===A.type?["DUP","HASH160",A.hash,"EQUALVERIFY","CHECKSIG"]:void 0},{encode(A){if(3===A.length&&"HASH160"===A[0]&&Br(A[1])&&"EQUAL"===A[2])return{type:"sh",hash:A[1]}},decode:A=>"sh"===A.type?["HASH160",A.hash,"EQUAL"]:void 0},{encode(A){if(2===A.length&&0===A[0]&&Br(A[1])&&32===A[1].length)return{type:"wsh",hash:A[1]}},decode:A=>"wsh"===A.type?[0,A.hash]:void 0},{encode(A){if(2===A.length&&0===A[0]&&Br(A[1])&&20===A[1].length)return{type:"wpkh",hash:A[1]}},decode:A=>"wpkh"===A.type?[0,A.hash]:void 0},{encode(A){const I=A.length-1;if("CHECKMULTISIG"!==A[I])return;const g=A[0],C=A[I-1];if("number"!=typeof g||"number"!=typeof C)return;const B=A.slice(1,-2);if(C===B.length){for(const A of B)if(!Br(A))return;return{type:"ms",m:g,pubkeys:B}}},decode:A=>"ms"===A.type?[A.m,...A.pubkeys,A.pubkeys.length,"CHECKMULTISIG"]:void 0},{encode(A){if(2===A.length&&1===A[0]&&Br(A[1]))return{type:"tr",pubkey:A[1]}},decode:A=>"tr"===A.type?[1,A.pubkey]:void 0},{encode(A){const I=A.length-1;if("CHECKSIG"!==A[I])return;const g=[];for(let C=0;C<I;C++){const B=A[C];if(1&C){if("CHECKSIGVERIFY"!==B||C===I-1)return}else{if(!Br(B))return;g.push(B)}}return{type:"tr_ns",pubkeys:g}},decode:A=>{if("tr_ns"!==A.type)return;const I=[];for(let g=0;g<A.pubkeys.length-1;g++)I.push(A.pubkeys[g],"CHECKSIGVERIFY");return I.push(A.pubkeys[A.pubkeys.length-1],"CHECKSIG"),I}},{encode(A){const I=A.length-1;if("NUMEQUAL"!==A[I]||"CHECKSIG"!==A[1])return;const g=[],C=function(A,I=4,g=!0){if("number"==typeof A)return A;if(Br(A))try{const C=Nr(I,g).decode(A);if(C>Number.MAX_SAFE_INTEGER)return;return Number(C)}catch(A){return}}(A[I-1]);if("number"==typeof C){for(let C=0;C<I-1;C++){const I=A[C];if(1&C){if(I!==(1===C?"CHECKSIG":"CHECKSIGADD"))throw new Error("OutScript.encode/tr_ms: wrong element")}else{if(!Br(I))throw new Error("OutScript.encode/tr_ms: wrong key element");g.push(I)}}return{type:"tr_ms",pubkeys:g,m:C}}},decode:A=>{if("tr_ms"!==A.type)return;const I=[A.pubkeys[0],"CHECKSIG"];for(let g=1;g<A.pubkeys.length;g++)I.push(A.pubkeys[g],"CHECKSIGADD");return I.push(A.m,"NUMEQUAL"),I}},{encode:A=>({type:"unknown",script:Gr.encode(A)}),decode:A=>"unknown"===A.type?Gr.decode(A.script):void 0}],Dc=Ks(zs(Gr,Ys.match(cc)),A=>{if("pk"===A.type&&!rc(A.pubkey,rr.ecdsa))throw new Error("OutScript/pk: wrong key");if(!("pkh"!==A.type&&"sh"!==A.type&&"wpkh"!==A.type||Br(A.hash)&&20===A.hash.length))throw new Error(`OutScript/${A.type}: wrong hash`);if("wsh"===A.type&&(!Br(A.hash)||32!==A.hash.length))throw new Error("OutScript/wsh: wrong hash");if(!("tr"!==A.type||Br(A.pubkey)&&rc(A.pubkey,rr.schnorr)))throw new Error("OutScript/tr: wrong taproot public key");if(("ms"===A.type||"tr_ns"===A.type||"tr_ms"===A.type)&&!Array.isArray(A.pubkeys))throw new Error("OutScript/multisig: wrong pubkeys array");if("ms"===A.type){const I=A.pubkeys.length;for(const I of A.pubkeys)if(!rc(I,rr.ecdsa))throw new Error("OutScript/multisig: wrong pubkey");if(A.m<=0||I>16||A.m>I)throw new Error("OutScript/multisig: invalid params")}if("tr_ns"===A.type||"tr_ms"===A.type)for(const I of A.pubkeys)if(!rc(I,rr.schnorr))throw new Error(`OutScript/${A.type}: wrong pubkey`);if("tr_ms"===A.type){const I=A.pubkeys.length;if(A.m<=0||I>999||A.m>I)throw new Error("OutScript/tr_ms: invalid params")}return A});function wc(A,I){if(!Qr(A.hash,Ds(I)))throw new Error("checkScript: wsh wrong witnessScript hash");const g=Dc.decode(I);if("tr"===g.type||"tr_ns"===g.type||"tr_ms"===g.type)throw new Error(`checkScript: P2${g.type} cannot be wrapped in P2SH`);if("wpkh"===g.type||"sh"===g.type)throw new Error(`checkScript: P2${g.type} cannot be wrapped in P2WSH`)}function dc(A,I,g){if(A){const C=Dc.decode(A);if("tr_ns"===C.type||"tr_ms"===C.type||"ms"===C.type||"pk"==C.type)throw new Error(`checkScript: non-wrapped ${C.type}`);if("sh"===C.type&&I){if(!Qr(C.hash,er(I)))throw new Error("checkScript: sh wrong redeemScript hash");const A=Dc.decode(I);if("tr"===A.type||"tr_ns"===A.type||"tr_ms"===A.type)throw new Error(`checkScript: P2${A.type} cannot be wrapped in P2SH`);if("sh"===A.type)throw new Error("checkScript: P2SH cannot be wrapped in P2SH")}"wsh"===C.type&&g&&wc(C,g)}if(I){const A=Dc.decode(I);"wsh"===A.type&&g&&wc(A,g)}}const hc=(A,I=yr)=>{if(!rc(A,rr.ecdsa))throw new Error("P2WPKH: invalid publicKey");if(65===A.length)throw new Error("P2WPKH: uncompressed public key");const g=er(A);return{type:"wpkh",script:Dc.encode({type:"wpkh",hash:g}),address:Rc(I).encode({type:"wpkh",hash:g}),hash:g}};function yc(A){const I=Array.from(A);for(;I.length>=2;){I.sort((A,I)=>(I.weight||1)-(A.weight||1));const A=I.pop(),g=I.pop(),C=(g?.weight||1)+(A?.weight||1);I.push({weight:C,childs:[g?.childs||g,A?.childs||A]})}const g=I[0];return g?.childs||g}function lc(A,I=[]){if(!A)throw new Error("taprootAddPath: empty tree");if("leaf"===A.type)return{...A,path:I};if("branch"!==A.type)throw new Error(`taprootAddPath: wrong type=${A}`);return{...A,path:I,left:lc(A.left,[A.right.hash,...I]),right:lc(A.right,[A.left.hash,...I])}}function kc(A){if(!A)throw new Error("taprootAddPath: empty tree");if("leaf"===A.type)return[A];if("branch"!==A.type)throw new Error(`taprootWalkTree: wrong type=${A}`);return[...kc(A.left),...kc(A.right)]}function uc(A,I,g=!1,C){if(!A)throw new Error("taprootHashTree: empty tree");if(Array.isArray(A)&&1===A.length&&(A=A[0]),!Array.isArray(A)){const{leafVersion:B,script:i}=A;if(A.tapLeafScript||A.tapMerkleRoot&&!Qr(A.tapMerkleRoot,ws))throw new Error("P2TR: tapRoot leafScript cannot have tree");const Q="string"==typeof i?ka.decode(i):i;if(!Br(Q))throw new Error(`checkScript: wrong script type=${Q}`);return function(A,I,g=!1,C){const B=Dc.decode(A);if("unknown"===B.type){if(C){const I=zs(Gr,Ys.match(C)).decode(A);if(void 0!==I){if("string"!=typeof I.type||!I.type.startsWith("tr_"))throw new Error(`P2TR: invalid custom type=${I.type}`);return}}if(g)return}if(!["tr_ns","tr_ms"].includes(B.type))throw new Error(`P2TR: invalid leaf script=${B.type}`);const i=B;if(!g&&i.pubkeys)for(const A of i.pubkeys){if(Qr(A,hr))throw new Error("Unspendable taproot key in leaf script");if(Qr(A,I))throw new Error("Using P2TR with leaf script with same key as internal key is not supported")}}(Q,I,g,C),{type:"leaf",version:B,script:Q,hash:Nc(Q,B)}}if(2!==A.length&&(A=yc(A)),2!==A.length)throw new Error("hashTree: non binary tree!");const B=uc(A[0],I,g,C),i=uc(A[1],I,g,C);let[Q,e]=[B.hash,i.hash];return-1===kr(e,Q)&&([Q,e]=[e,Q]),{type:"branch",left:B,right:i,hash:sr("TapBranch",Q,e)}}const Nc=(A,I=192)=>sr("TapLeaf",new Uint8Array([I]),Fr.encode(A));function Gc(A,I,g=yr,C=!1,B){if(!A&&!I)throw new Error("p2tr: should have pubKey or scriptTree (or both)");const i="string"==typeof A?ka.decode(A):A||hr;if(!rc(i,rr.schnorr))throw new Error("p2tr: non-schnorr pubkey");if(I){let A=lc(uc(I,i,C,B));const Q=A.hash,[e,E]=dr(i,Q),t=kc(A).map(A=>({...A,controlBlock:vr.encode({version:(A.version||192)+E,internalKey:i,merklePath:A.path})}));return{type:"tr",script:Dc.encode({type:"tr",pubkey:e}),address:Rc(g).encode({type:"tr",pubkey:e}),tweakedPubkey:e,tapInternalKey:i,leaves:t,tapLeafScript:t.map(A=>[vr.decode(A.controlBlock),ir(A.script,new Uint8Array([A.version||192]))]),tapMerkleRoot:Q}}{const A=dr(i,ws)[0];return{type:"tr",script:Dc.encode({type:"tr",pubkey:A}),address:Rc(g).encode({type:"tr",pubkey:A}),tweakedPubkey:A,tapInternalKey:i}}}const pc=sa(Ds);function Sc(A,I){if(I.length<2||I.length>40)throw new Error("Witness: invalid length");if(A>16)throw new Error("Witness: invalid version");if(0===A&&20!==I.length&&32!==I.length)throw new Error("Witness: invalid length for version")}function fc(A,I,g=yr){Sc(A,I);const C=0===A?ha:ya;return C.encode(g.bech32,[A].concat(C.toWords(I)))}function Fc(A,I){return pc.encode(ir(Uint8Array.from(I),A))}function Rc(A=yr){return{encode(I){const{type:g}=I;if("wpkh"===g)return fc(0,I.hash,A);if("wsh"===g)return fc(0,I.hash,A);if("tr"===g)return fc(1,I.pubkey,A);if("pkh"===g)return Fc(I.hash,[A.pubKeyHash]);if("sh"===g)return Fc(I.hash,[A.scriptHash]);throw new Error(`Unknown address type=${g}`)},decode(I){if(I.length<14||I.length>74)throw new Error("Invalid address length");if(A.bech32&&I.toLowerCase().startsWith(`${A.bech32}1`)){let g;try{if(g=ha.decode(I),0!==g.words[0])throw new Error(`bech32: wrong version=${g.words[0]}`)}catch(A){if(g=ya.decode(I),0===g.words[0])throw new Error(`bech32m: wrong version=${g.words[0]}`)}if(g.prefix!==A.bech32)throw new Error(`wrong bech32 prefix=${g.prefix}`);const[C,...B]=g.words,i=ha.fromWords(B);if(Sc(C,i),0===C&&32===i.length)return{type:"wsh",hash:i};if(0===C&&20===i.length)return{type:"wpkh",hash:i};if(1===C&&32===i.length)return{type:"tr",pubkey:i};throw new Error("Unknown witness program")}const g=pc.decode(I);if(21!==g.length)throw new Error("Invalid base58 address");if(g[0]===A.pubKeyHash)return{type:"pkh",hash:g.slice(1)};if(g[0]===A.scriptHash)return{type:"sh",hash:g.slice(1)};throw new Error(`Invalid address prefix=${g[0]}`)}}}const Uc=new Uint8Array(32),Mc={amount:0xffffffffffffffffn,script:ws},Kc=4294967295,mc=(Ys.decimal(8),(A,I)=>void 0===A?I:A);function Jc(A){if(Array.isArray(A))return A.map(A=>Jc(A));if(Br(A))return Uint8Array.from(A);if(["number","bigint","boolean","string","undefined"].includes(typeof A))return A;if(null===A)return A;if("object"==typeof A)return Object.fromEntries(Object.entries(A).map(([A,I])=>[A,Jc(I)]));throw new Error(`cloneDeep: unknown type=${A} (${typeof A})`)}var bc,Hc;function Yc(A){if(void 0===A.script||void 0===A.amount)throw new Error("Transaction/output: script and amount required");return{script:A.script,amount:A.amount}}function Lc(A){if(void 0===A.txid||void 0===A.index)throw new Error("Transaction/input: txid and index required");return{txid:A.txid,index:A.index,sequence:mc(A.sequence,Kc),finalScriptSig:mc(A.finalScriptSig,ws)}}function qc(A){for(const I in A){const g=I;jr.includes(g)||delete A[g]}}!function(A){A[A.DEFAULT=0]="DEFAULT",A[A.ALL=1]="ALL",A[A.NONE=2]="NONE",A[A.SINGLE=3]="SINGLE",A[A.ANYONECANPAY=128]="ANYONECANPAY"}(bc||(bc={})),function(A){A[A.DEFAULT=0]="DEFAULT",A[A.ALL=1]="ALL",A[A.NONE=2]="NONE",A[A.SINGLE=3]="SINGLE",A[A.DEFAULT_ANYONECANPAY=128]="DEFAULT_ANYONECANPAY",A[A.ALL_ANYONECANPAY=129]="ALL_ANYONECANPAY",A[A.NONE_ANYONECANPAY=130]="NONE_ANYONECANPAY",A[A.SINGLE_ANYONECANPAY=131]="SINGLE_ANYONECANPAY"}(Hc||(Hc={}));const Vc=Ar({txid:Xs(32,!0),index:Zs});function Tc(A){if("number"!=typeof A||"string"!=typeof Hc[A])throw new Error(`Invalid SigHash=${A}`);return A}function vc(A){const I=31&A;return{isAny:!!(A&bc.ANYONECANPAY),isNone:I===bc.NONE,isSingle:I===bc.SINGLE}}function Zc(A){if(A.nonWitnessUtxo&&void 0!==A.index){const I=A.nonWitnessUtxo.outputs.length-1;if(A.index>I)throw new Error(`validateInput: index(${A.index}) not in nonWitnessUtxo`);const g=A.nonWitnessUtxo.outputs[A.index];if(A.witnessUtxo&&(!Qr(A.witnessUtxo.script,g.script)||A.witnessUtxo.amount!==g.amount))throw new Error("validateInput: witnessUtxo different from nonWitnessUtxo");if(A.txid){if(A.nonWitnessUtxo.outputs.length-1<A.index)throw new Error("nonWitnessUtxo: incorect output index");const I=Oc.fromRaw(mr.encode(A.nonWitnessUtxo),{allowUnknownOutputs:!0,disableScriptCheck:!0,allowUnknownInputs:!0}),g=ka.encode(A.txid);if(I.isFinal&&I.id!==g)throw new Error(`nonWitnessUtxo: wrong txid, exp=${g} got=${I.id}`)}}return A}function xc(A){if(A.nonWitnessUtxo){if(void 0===A.index)throw new Error("Unknown input index");return A.nonWitnessUtxo.outputs[A.index]}if(A.witnessUtxo)return A.witnessUtxo;throw new Error("Cannot find previous output info")}function Wc(A,I,g,C=!1,B=!1){let{nonWitnessUtxo:i,txid:Q}=A;"string"==typeof i&&(i=ka.decode(i)),Br(i)&&(i=mr.decode(i)),"nonWitnessUtxo"in A||void 0!==i||(i=I?.nonWitnessUtxo),"string"==typeof Q&&(Q=ka.decode(Q)),void 0===Q&&(Q=I?.txid);let e,E={...I,...A,nonWitnessUtxo:i,txid:Q};return"nonWitnessUtxo"in A||void 0!==E.nonWitnessUtxo||delete E.nonWitnessUtxo,void 0===E.sequence&&(E.sequence=Kc),null===E.tapMerkleRoot&&delete E.tapMerkleRoot,E=nc(Xr,E,I,g,B),Cc.encode(E),E.nonWitnessUtxo&&void 0!==E.index?e=E.nonWitnessUtxo.outputs[E.index]:E.witnessUtxo&&(e=E.witnessUtxo),e&&!C&&dc(e&&e.script,E.redeemScript,E.witnessScript),E}function Pc(A,I=!1){let g="legacy",C=bc.ALL;const B=xc(A),i=Dc.decode(B.script);let Q=i.type,e=i;const E=[i];if("tr"===i.type)return C=bc.DEFAULT,{txType:"taproot",type:"tr",last:i,lastScript:B.script,defaultSighash:C,sighash:A.sighashType||C};{if("wpkh"!==i.type&&"wsh"!==i.type||(g="segwit"),"sh"===i.type){if(!A.redeemScript)throw new Error("inputType: sh without redeemScript");let I=Dc.decode(A.redeemScript);"wpkh"!==I.type&&"wsh"!==I.type||(g="segwit"),E.push(I),e=I,Q+=`-${I.type}`}if("wsh"===e.type){if(!A.witnessScript)throw new Error("inputType: wsh without witnessScript");let I=Dc.decode(A.witnessScript);"wsh"===I.type&&(g="segwit"),E.push(I),e=I,Q+=`-${I.type}`}const B=E[E.length-1];if("sh"===B.type||"wsh"===B.type)throw new Error("inputType: sh/wsh cannot be terminal type");const t={type:Q,txType:g,last:B,lastScript:Dc.encode(B),defaultSighash:C,sighash:A.sighashType||C};if("legacy"===g&&!I&&!A.nonWitnessUtxo)throw new Error("Transaction/sign: legacy input without nonWitnessUtxo, can result in attack that forces paying higher fees. Pass allowLegacyWitnessUtxo=true, if you sure");return t}}class Oc{constructor(A={}){this.global={},this.inputs=[],this.outputs=[];const I=this.opts=function(A){if(void 0!==A&&"[object Object]"!=={}.toString.call(A))throw new Error(`Wrong object type for transaction options: ${A}`);const I={...A,version:mc(A.version,2),lockTime:mc(A.lockTime,0),PSBTVersion:mc(A.PSBTVersion,0)};if(void 0!==I.allowUnknowInput&&(A.allowUnknownInputs=I.allowUnknowInput),void 0!==I.allowUnknowOutput&&(A.allowUnknownOutputs=I.allowUnknowOutput),"number"!=typeof I.lockTime)throw new Error("Transaction lock time should be number");if(Zs.encode(I.lockTime),0!==I.PSBTVersion&&2!==I.PSBTVersion)throw new Error(`Unknown PSBT version ${I.PSBTVersion}`);for(const A of["allowUnknownVersion","allowUnknownOutputs","allowUnknownInputs","disableScriptCheck","bip174jsCompat","allowLegacyWitnessUtxo","lowR"]){const g=I[A];if(void 0!==g&&"boolean"!=typeof g)throw new Error(`Transation options wrong type: ${A}=${g} (${typeof g})`)}if(I.allowUnknownVersion?"number"==typeof I.version:![-1,0,1,2,3].includes(I.version))throw new Error(`Unknown version: ${I.version}`);if(void 0!==I.customScripts){const A=I.customScripts;if(!Array.isArray(A))throw new Error(`wrong custom scripts type (expected array): customScripts=${A} (${typeof A})`);for(const I of A){if("function"!=typeof I.encode||"function"!=typeof I.decode)throw new Error(`wrong script=${I} (${typeof I})`);if(void 0!==I.finalizeTaproot&&"function"!=typeof I.finalizeTaproot)throw new Error(`wrong script=${I} (${typeof I})`)}}return Object.freeze(I)}(A);0!==I.lockTime&&(this.global.fallbackLocktime=I.lockTime),this.global.txVersion=I.version}static fromRaw(A,I={}){const g=mr.decode(A),C=new Oc({...I,version:g.version,lockTime:g.lockTime});for(const A of g.outputs)C.addOutput(A);if(C.outputs=g.outputs,C.inputs=g.inputs,g.witnesses)for(let A=0;A<g.witnesses.length;A++)C.inputs[A].finalScriptWitness=g.witnesses[A];return C}static fromPSBT(A,I={}){let g;try{g=ac.decode(A)}catch(I){try{g=sc.decode(A)}catch(A){throw I}}const C=g.global.version||0;if(0!==C&&2!==C)throw new Error(`Wrong PSBT version=${C}`);const B=g.global.unsignedTx,i=0===C?B?.version:g.global.txVersion,Q=0===C?B?.lockTime:g.global.fallbackLocktime,e=new Oc({...I,version:i,lockTime:Q,PSBTVersion:C}),E=0===C?B?.inputs.length:g.global.inputCount;e.inputs=g.inputs.slice(0,E).map((A,I)=>Zc({finalScriptSig:ws,...g.global.unsignedTx?.inputs[I],...A}));const t=0===C?B?.outputs.length:g.global.outputCount;return e.outputs=g.outputs.slice(0,t).map((A,I)=>({...A,...g.global.unsignedTx?.outputs[I]})),e.global={...g.global,txVersion:i},0!==Q&&(e.global.fallbackLocktime=Q),e}toPSBT(A=this.opts.PSBTVersion){if(0!==A&&2!==A)throw new Error(`Wrong PSBT version=${A}`);const I=this.inputs.map(I=>Zc(tc(A,Xr,I)));for(const A of I)A.partialSig&&!A.partialSig.length&&delete A.partialSig,A.finalScriptSig&&!A.finalScriptSig.length&&delete A.finalScriptSig,A.finalScriptWitness&&!A.finalScriptWitness.length&&delete A.finalScriptWitness;const g=this.outputs.map(I=>tc(A,_r,I)),C={...this.global};return 0===A?(C.unsignedTx=Jr.decode(Jr.encode({version:this.version,lockTime:this.lockTime,inputs:this.inputs.map(Lc).map(A=>({...A,finalScriptSig:ws})),outputs:this.outputs.map(Yc)})),delete C.fallbackLocktime,delete C.txVersion):(C.version=A,C.txVersion=this.version,C.inputCount=this.inputs.length,C.outputCount=this.outputs.length,C.fallbackLocktime&&0===C.fallbackLocktime&&delete C.fallbackLocktime),this.opts.bip174jsCompat&&(I.length||I.push({}),g.length||g.push({})),(0===A?ac:sc).encode({global:C,inputs:I,outputs:g})}get lockTime(){let A=0,I=0,g=0,C=0;for(const B of this.inputs)B.requiredHeightLocktime&&(A=Math.max(A,B.requiredHeightLocktime),I++),B.requiredTimeLocktime&&(g=Math.max(g,B.requiredTimeLocktime),C++);return I&&I>=C?A:0!==g?g:this.global.fallbackLocktime||0}get version(){if(void 0===this.global.txVersion)throw new Error("No global.txVersion");return this.global.txVersion}inputStatus(A){this.checkInputIdx(A);const I=this.inputs[A];return I.finalScriptSig&&I.finalScriptSig.length||I.finalScriptWitness&&I.finalScriptWitness.length?"finalized":I.tapKeySig||I.tapScriptSig&&I.tapScriptSig.length||I.partialSig&&I.partialSig.length?"signed":"unsigned"}inputSighash(A){this.checkInputIdx(A);const I=this.inputs[A].sighashType,g=void 0===I?bc.DEFAULT:I,C=g===bc.DEFAULT?bc.ALL:3&g;return{sigInputs:g&bc.ANYONECANPAY,sigOutputs:C}}signStatus(){let A=!0,I=!0,g=[],C=[];for(let B=0;B<this.inputs.length;B++){if("unsigned"===this.inputStatus(B))continue;const{sigInputs:i,sigOutputs:Q}=this.inputSighash(B);if(i===bc.ANYONECANPAY?g.push(B):A=!1,Q===bc.ALL)I=!1;else if(Q===bc.SINGLE)C.push(B);else if(Q!==bc.NONE)throw new Error(`Wrong signature hash output type: ${Q}`)}return{addInput:A,addOutput:I,inputs:g,outputs:C}}get isFinal(){for(let A=0;A<this.inputs.length;A++)if("finalized"!==this.inputStatus(A))return!1;return!0}get hasWitnesses(){let A=!1;for(const I of this.inputs)I.finalScriptWitness&&I.finalScriptWitness.length&&(A=!0);return A}get weight(){if(!this.isFinal)throw new Error("Transaction is not finalized");let A=32;const I=this.outputs.map(Yc);A+=4*fr.encode(this.outputs.length).length;for(const g of I)A+=32+4*Fr.encode(g.script).length;this.hasWitnesses&&(A+=2),A+=4*fr.encode(this.inputs.length).length;for(const I of this.inputs)A+=160+4*Fr.encode(I.finalScriptSig||ws).length,this.hasWitnesses&&I.finalScriptWitness&&(A+=Rr.encode(I.finalScriptWitness).length);return A}get vsize(){return A=this.weight,Math.ceil(A/4);var A}toBytes(A=!1,I=!1){return mr.encode({version:this.version,lockTime:this.lockTime,inputs:this.inputs.map(Lc).map(I=>({...I,finalScriptSig:A&&I.finalScriptSig||ws})),outputs:this.outputs.map(Yc),witnesses:this.inputs.map(A=>A.finalScriptWitness||[]),segwitFlag:I&&this.hasWitnesses})}get unsignedTx(){return this.toBytes(!1,!1)}get hex(){return ka.encode(this.toBytes(!0,this.hasWitnesses))}get hash(){if(!this.isFinal)throw new Error("Transaction is not finalized");return ka.encode(Er(this.toBytes(!0)))}get id(){if(!this.isFinal)throw new Error("Transaction is not finalized");return ka.encode(Er(this.toBytes(!0)).reverse())}checkInputIdx(A){if(!Number.isSafeInteger(A)||0>A||A>=this.inputs.length)throw new Error(`Wrong input index=${A}`)}getInput(A){return this.checkInputIdx(A),Jc(this.inputs[A])}get inputsLength(){return this.inputs.length}addInput(A,I=!1){if(!I&&!this.signStatus().addInput)throw new Error("Tx has signed inputs, cannot add new one");return this.inputs.push(Wc(A,void 0,void 0,this.opts.disableScriptCheck)),this.inputs.length-1}updateInput(A,I,g=!1){let C;if(this.checkInputIdx(A),!g){const I=this.signStatus();I.addInput&&!I.inputs.includes(A)||(C=zr)}this.inputs[A]=Wc(I,this.inputs[A],C,this.opts.disableScriptCheck,this.opts.allowUnknown)}checkOutputIdx(A){if(!Number.isSafeInteger(A)||0>A||A>=this.outputs.length)throw new Error(`Wrong output index=${A}`)}getOutput(A){return this.checkOutputIdx(A),Jc(this.outputs[A])}getOutputAddress(A,I=yr){const g=this.getOutput(A);if(g.script)return Rc(I).encode(Dc.decode(g.script))}get outputsLength(){return this.outputs.length}normalizeOutput(A,I,g){let{amount:C,script:B}=A;if(void 0===C&&(C=I?.amount),"bigint"!=typeof C)throw new Error(`Wrong amount type, should be of type bigint in sats, but got ${C} of type ${typeof C}`);"string"==typeof B&&(B=ka.decode(B)),void 0===B&&(B=I?.script);let i={...I,...A,amount:C,script:B};if(void 0===i.amount&&delete i.amount,i=nc(_r,i,I,g,this.opts.allowUnknown),Bc.encode(i),i.script&&!this.opts.allowUnknownOutputs&&"unknown"===Dc.decode(i.script).type)throw new Error("Transaction/output: unknown output script type, there is a chance that input is unspendable. Pass allowUnknownOutputs=true, if you sure");return this.opts.disableScriptCheck||dc(i.script,i.redeemScript,i.witnessScript),i}addOutput(A,I=!1){if(!I&&!this.signStatus().addOutput)throw new Error("Tx has signed outputs, cannot add new one");return this.outputs.push(this.normalizeOutput(A)),this.outputs.length-1}updateOutput(A,I,g=!1){let C;if(this.checkOutputIdx(A),!g){const I=this.signStatus();I.addOutput&&!I.outputs.includes(A)||(C=$r)}this.outputs[A]=this.normalizeOutput(I,this.outputs[A],C)}addOutputAddress(A,I,g=yr){return this.addOutput({script:Dc.encode(Rc(g).decode(A)),amount:I})}get fee(){let A=0n;for(const I of this.inputs){const g=xc(I);if(!g)throw new Error("Empty input amount");A+=g.amount}const I=this.outputs.map(Yc);for(const g of I)A-=g.amount;return A}preimageLegacy(A,I,g){const{isAny:C,isNone:B,isSingle:i}=vc(g);if(A<0||!Number.isSafeInteger(A))throw new Error(`Invalid input idx=${A}`);if(i&&A>=this.outputs.length||A>=this.inputs.length)return qs.encode(1n);I=Gr.encode(Gr.decode(I).filter(A=>"CODESEPARATOR"!==A));let Q=this.inputs.map(Lc).map((g,C)=>({...g,finalScriptSig:C===A?I:ws}));C?Q=[Q[A]]:(B||i)&&(Q=Q.map((I,g)=>({...I,sequence:g===A?I.sequence:0})));let e=this.outputs.map(Yc);B?e=[]:i&&(e=e.slice(0,A).fill(Mc).concat([e[A]]));const E=mr.encode({lockTime:this.lockTime,version:this.version,segwitFlag:!1,inputs:Q,outputs:e});return Er(E,Ws.encode(g))}preimageWitnessV0(A,I,g,C){const{isAny:B,isNone:i,isSingle:Q}=vc(g);let e=Uc,E=Uc,t=Uc;const o=this.inputs.map(Lc),n=this.outputs.map(Yc);B||(e=Er(...o.map(Vc.encode))),B||Q||i||(E=Er(...o.map(A=>Zs.encode(A.sequence)))),Q||i?Q&&A<n.length&&(t=Er(Kr.encode(n[A]))):t=Er(...n.map(Kr.encode));const a=o[A];return Er(Ws.encode(this.version),e,E,Xs(32,!0).encode(a.txid),Zs.encode(a.index),Fr.encode(I),Vs.encode(C),Zs.encode(a.sequence),t,Zs.encode(this.lockTime),Zs.encode(g))}preimageWitnessV1(A,I,g,C,B=-1,i,Q=192,e){if(!Array.isArray(C)||this.inputs.length!==C.length)throw new Error(`Invalid amounts array=${C}`);if(!Array.isArray(I)||this.inputs.length!==I.length)throw new Error(`Invalid prevOutScript array=${I}`);const E=[Os.encode(0),Os.encode(g),Ws.encode(this.version),Zs.encode(this.lockTime)],t=g===bc.DEFAULT?bc.ALL:3&g,o=g&bc.ANYONECANPAY,n=this.inputs.map(Lc),a=this.outputs.map(Yc);o!==bc.ANYONECANPAY&&E.push(...[n.map(Vc.encode),C.map(Vs.encode),I.map(Fr.encode),n.map(A=>Zs.encode(A.sequence))].map(A=>Ds(ir(...A)))),t===bc.ALL&&E.push(Ds(ir(...a.map(Kr.encode))));const s=(e?1:0)|(i?2:0);if(E.push(new Uint8Array([s])),o===bc.ANYONECANPAY){const g=n[A];E.push(Vc.encode(g),Vs.encode(C[A]),Fr.encode(I[A]),Zs.encode(g.sequence))}else E.push(Zs.encode(A));return 1&s&&E.push(Ds(Fr.encode(e||ws))),t===bc.SINGLE&&E.push(A<a.length?Ds(Kr.encode(a[A])):Uc),i&&E.push(Nc(i,Q),Os.encode(0),Ws.encode(B)),sr("TapSighash",...E)}signIdx(A,I,g,C){this.checkInputIdx(I);const B=this.inputs[I],i=Pc(B,this.opts.allowLegacyWitnessUtxo);if(!Br(A)){if(!B.bip32Derivation||!B.bip32Derivation.length)throw new Error("bip32Derivation: empty");const g=B.bip32Derivation.filter(I=>I[1].fingerprint==A.fingerprint).map(([I,{path:g}])=>{let C=A;for(const A of g)C=C.deriveChild(A);if(!Qr(C.publicKey,I))throw new Error("bip32Derivation: wrong pubKey");if(!C.privateKey)throw new Error("bip32Derivation: no privateKey");return C});if(!g.length)throw new Error(`bip32Derivation: no items with fingerprint=${A.fingerprint}`);let C=!1;for(const A of g)this.signIdx(A.privateKey,I)&&(C=!0);return C}g?g.forEach(Tc):g=[i.defaultSighash];const Q=i.sighash;if(!g.includes(Q))throw new Error(`Input with not allowed sigHash=${Q}. Allowed: ${g.join(", ")}`);const{sigOutputs:e}=this.inputSighash(I);if(e===bc.SINGLE&&I>=this.outputs.length)throw new Error(`Input with sighash SINGLE, but there is no output with corresponding index=${I}`);const E=xc(B);if("taproot"===i.txType){const g=this.inputs.map(xc),i=g.map(A=>A.script),e=g.map(A=>A.amount);let E=!1,t=tr(A),o=B.tapMerkleRoot||ws;if(B.tapInternalKey){const{pubKey:g,privKey:n}=function(A,I,g,C=ws){return Qr(g,I)&&(A=wr(A,C),I=tr(A)),{privKey:A,pubKey:I}}(A,t,B.tapInternalKey,o),[a,s]=dr(B.tapInternalKey,o);if(Qr(a,g)){const A=this.preimageWitnessV1(I,i,Q,e),g=ir(ar(A,n,C),Q!==bc.DEFAULT?new Uint8Array([Q]):ws);this.updateInput(I,{tapKeySig:g},!0),E=!0}}if(B.tapLeafScript){B.tapScriptSig=B.tapScriptSig||[];for(const[g,o]of B.tapLeafScript){const g=o.subarray(0,-1),B=Gr.decode(g),n=o[o.length-1],a=Nc(g,n);if(-1===B.findIndex(A=>Br(A)&&Qr(A,t)))continue;const s=this.preimageWitnessV1(I,i,Q,e,void 0,g,n),r=ir(ar(s,A,C),Q!==bc.DEFAULT?new Uint8Array([Q]):ws);this.updateInput(I,{tapScriptSig:[[{pubKey:t,leafHash:a},r]]},!0),E=!0}}if(!E)throw new Error("No taproot scripts signed");return!0}{const g=or(A);let C=!1;const B=er(g);for(const A of Gr.decode(i.lastScript))Br(A)&&(Qr(A,g)||Qr(A,B))&&(C=!0);if(!C)throw new Error(`Input script doesn't have pubKey: ${i.lastScript}`);let e;if("legacy"===i.txType)e=this.preimageLegacy(I,i.lastScript,Q);else{if("segwit"!==i.txType)throw new Error(`Transaction/sign: unknown tx type: ${i.txType}`);{let A=i.lastScript;"wpkh"===i.last.type&&(A=Dc.encode({type:"pkh",hash:i.last.hash})),e=this.preimageWitnessV0(I,A,Q,E.amount)}}const t=function(A,I,g=!1){let C=ie.sign(A,I);if(g&&!nr(C)){const g=new Uint8Array(32);let B=0;for(;!nr(C);)if(g.set(Zs.encode(B++)),C=ie.sign(A,I,{extraEntropy:g}),B>4294967295)throw new Error("lowR counter overflow: report the error")}return C.toDERRawBytes()}(e,A,this.opts.lowR);this.updateInput(I,{partialSig:[[g,ir(t,new Uint8Array([Q]))]]},!0)}return!0}sign(A,I,g){let C=0;for(let B=0;B<this.inputs.length;B++)try{this.signIdx(A,B,I,g)&&C++}catch(A){}if(!C)throw new Error("No inputs signed");return C}finalizeIdx(A){if(this.checkInputIdx(A),this.fee<0n)throw new Error("Outputs spends more than inputs amount");const I=this.inputs[A],g=Pc(I,this.opts.allowLegacyWitnessUtxo);if("taproot"===g.txType){if(I.tapKeySig)I.finalScriptWitness=[I.tapKeySig];else{if(!I.tapLeafScript||!I.tapScriptSig)throw new Error("finalize/taproot: unknown input");{const A=I.tapLeafScript.sort((A,I)=>vr.encode(A[0]).length-vr.encode(I[0]).length);for(const[g,C]of A){const A=C.slice(0,-1),B=C[C.length-1],i=Dc.decode(A),Q=Nc(A,B),e=I.tapScriptSig.filter(A=>Qr(A[0].leafHash,Q));let E=[];if("tr_ms"===i.type){const A=i.m,I=i.pubkeys;let g=0;for(const C of I){const I=e.findIndex(A=>Qr(A[0].pubKey,C));g!==A&&-1!==I?(E.push(e[I][1]),g++):E.push(ws)}if(g!==A)continue}else if("tr_ns"===i.type){for(const A of i.pubkeys){const I=e.findIndex(I=>Qr(I[0].pubKey,A));-1!==I&&E.push(e[I][1])}if(E.length!==i.pubkeys.length)continue}else{if("unknown"!==i.type||!this.opts.allowUnknownInputs){const C=this.opts.customScripts;if(C)for(const B of C){if(!B.finalizeTaproot)continue;const C=Gr.decode(A),i=B.encode(C);if(void 0===i)continue;const Q=B.finalizeTaproot(A,i,e);if(Q)return I.finalScriptWitness=Q.concat(vr.encode(g)),I.finalScriptSig=ws,void qc(I)}throw new Error("Finalize: Unknown tapLeafScript")}{const I=Gr.decode(A);if(E=e.map(([{pubKey:A},g])=>{const C=I.findIndex(I=>Br(I)&&Qr(I,A));if(-1===C)throw new Error("finalize/taproot: cannot find position of pubkey in script");return{signature:g,pos:C}}).sort((A,I)=>A.pos-I.pos).map(A=>A.signature),!E.length)continue}}I.finalScriptWitness=E.reverse().concat([A,vr.encode(g)]);break}if(!I.finalScriptWitness)throw new Error("finalize/taproot: empty witness")}}return I.finalScriptSig=ws,void qc(I)}if(!I.partialSig||!I.partialSig.length)throw new Error("Not enough partial sign");let C,B,i=ws,Q=[];if("ms"===g.last.type){const A=g.last.m,C=g.last.pubkeys;let B=[];for(const A of C){const g=I.partialSig.find(I=>Qr(A,I[0]));g&&B.push(g[1])}if(B=B.slice(0,A),B.length!==A)throw new Error(`Multisig: wrong signatures count, m=${A} n=${C.length} signatures=${B.length}`);i=Gr.encode([0,...B])}else if("pk"===g.last.type)i=Gr.encode([I.partialSig[0][1]]);else if("pkh"===g.last.type)i=Gr.encode([I.partialSig[0][1],I.partialSig[0][0]]);else if("wpkh"===g.last.type)i=ws,Q=[I.partialSig[0][1],I.partialSig[0][0]];else if("unknown"===g.last.type&&!this.opts.allowUnknownInputs)throw new Error("Unknown inputs not allowed");if(g.type.includes("wsh-")&&(i.length&&g.lastScript.length&&(Q=Gr.decode(i).map(A=>{if(0===A)return ws;if(Br(A))return A;throw new Error(`Wrong witness op=${A}`)})),Q=Q.concat(g.lastScript)),"segwit"===g.txType&&(B=Q),g.type.startsWith("sh-wsh-")?C=Gr.encode([Gr.encode([0,Ds(g.lastScript)])]):g.type.startsWith("sh-")?C=Gr.encode([...Gr.decode(i),g.lastScript]):g.type.startsWith("wsh-")||"segwit"!==g.txType&&(C=i),!C&&!B)throw new Error("Unknown error finalizing input");C&&(I.finalScriptSig=C),B&&(I.finalScriptWitness=B),qc(I)}finalize(){for(let A=0;A<this.inputs.length;A++)this.finalizeIdx(A)}extract(){if(!this.isFinal)throw new Error("Transaction has unfinalized inputs");if(!this.outputs.length)throw new Error("Transaction has no outputs");if(this.fee<0n)throw new Error("Outputs spends more than inputs amount");return this.toBytes(!0,!0)}combine(A){for(const I of["PSBTVersion","version","lockTime"])if(this.opts[I]!==A.opts[I])throw new Error(`Transaction/combine: different ${I} this=${this.opts[I]} other=${A.opts[I]}`);for(const I of["inputs","outputs"])if(this[I].length!==A[I].length)throw new Error(`Transaction/combine: different ${I} length this=${this[I].length} other=${A[I].length}`);const I=this.global.unsignedTx?Jr.encode(this.global.unsignedTx):ws,g=A.global.unsignedTx?Jr.encode(A.global.unsignedTx):ws;if(!Qr(I,g))throw new Error("Transaction/combine: different unsigned tx");this.global=nc(Or,this.global,A.global,void 0,this.opts.allowUnknown);for(let I=0;I<this.inputs.length;I++)this.updateInput(I,A.inputs[I],!0);for(let I=0;I<this.outputs.length;I++)this.updateOutput(I,A.outputs[I],!0);return this}clone(){return Oc.fromPSBT(this.toPSBT(this.opts.PSBTVersion),this.opts)}}var Xc=Q(91);class jc extends Pt{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,function(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");Kt(A.outputLen),Kt(A.blockLen)}(A);const g=xt(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),bt(B)}update(A){return Jt(this),this.iHash.update(A),this}digestInto(A){Jt(this),mt(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const zc=(A,I,g)=>new jc(A,I).update(g).digest();function _c(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function $c(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function AD(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function ID(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function gD(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function CD(A,I){return A<<32-I|A>>>I}function BD(A,I){return A<<I|A>>>32-I>>>0}zc.create=(A,I)=>new jc(A,I);const iD=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),QD=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function eD(A){return A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0}function ED(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function tD(A){return"string"==typeof A&&(A=ED(A)),$c(A),A}function oD(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];$c(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g}class nD{}function aD(A){const I=I=>A().update(tD(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}class sD extends nD{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,function(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");_c(A.outputLen),_c(A.blockLen)}(A);const g=tD(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),ID(B)}update(A){return AD(this),this.iHash.update(A),this}digestInto(A){AD(this),$c(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const rD=(A,I,g)=>new sD(A,I).update(g).digest();function cD(A,I,g){return A&I^~A&g}function DD(A,I,g){return A&I^A&g^I&g}rD.create=(A,I)=>new sD(A,I);class wD extends nD{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=gD(this.buffer)}update(A){AD(this),$c(A=tD(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=gD(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){AD(this),function(A,I){$c(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,ID(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=gD(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const dD=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),hD=Uint32Array.from([1779033703,4089235720,3144134277,2227873595,1013904242,4271175723,2773480762,1595750129,1359893119,2917565137,2600822924,725511199,528734635,4215389547,1541459225,327033209]),yD=Uint8Array.from([7,4,13,1,10,6,15,3,12,0,9,5,2,14,11,8]),lD=(()=>Uint8Array.from(new Array(16).fill(0).map((A,I)=>I)))(),kD=(()=>lD.map(A=>(9*A+5)%16))(),uD=(()=>{const A=[[lD],[kD]];for(let I=0;I<4;I++)for(let g of A)g.push(g[I].map(A=>yD[A]));return A})(),ND=(()=>uD[0])(),GD=(()=>uD[1])(),pD=[[11,14,15,12,5,8,7,9,11,13,14,15,6,7,9,8],[12,13,11,15,6,9,9,7,12,15,11,13,7,8,7,7],[13,15,14,11,7,7,6,8,13,14,13,12,5,5,6,9],[14,11,12,14,8,6,5,5,15,12,15,14,9,9,8,6],[15,12,13,13,9,5,8,6,14,11,12,11,8,6,5,5]].map(A=>Uint8Array.from(A)),SD=ND.map((A,I)=>A.map(A=>pD[I][A])),fD=GD.map((A,I)=>A.map(A=>pD[I][A])),FD=Uint32Array.from([0,1518500249,1859775393,2400959708,2840853838]),RD=Uint32Array.from([1352829926,1548603684,1836072691,2053994217,0]);function UD(A,I,g,C){return 0===A?I^g^C:1===A?I&g|~I&C:2===A?(I|~g)^C:3===A?I&C|g&~C:I^(g|~C)}const MD=new Uint32Array(16);class KD extends wD{constructor(){super(64,20,8,!0),this.h0=1732584193,this.h1=-271733879,this.h2=-1732584194,this.h3=271733878,this.h4=-1009589776}get(){const{h0:A,h1:I,h2:g,h3:C,h4:B}=this;return[A,I,g,C,B]}set(A,I,g,C,B){this.h0=0|A,this.h1=0|I,this.h2=0|g,this.h3=0|C,this.h4=0|B}process(A,I){for(let g=0;g<16;g++,I+=4)MD[g]=A.getUint32(I,!0);let g=0|this.h0,C=g,B=0|this.h1,i=B,Q=0|this.h2,e=Q,E=0|this.h3,t=E,o=0|this.h4,n=o;for(let A=0;A<5;A++){const I=4-A,a=FD[A],s=RD[A],r=ND[A],c=GD[A],D=SD[A],w=fD[A];for(let I=0;I<16;I++){const C=BD(g+UD(A,B,Q,E)+MD[r[I]]+a,D[I])+o|0;g=o,o=E,E=0|BD(Q,10),Q=B,B=C}for(let A=0;A<16;A++){const g=BD(C+UD(I,i,e,t)+MD[c[A]]+s,w[A])+n|0;C=n,n=t,t=0|BD(e,10),e=i,i=g}}this.set(this.h1+Q+t|0,this.h2+E+n|0,this.h3+o+C|0,this.h4+g+i|0,this.h0+B+e|0)}roundClean(){ID(MD)}destroy(){this.destroyed=!0,ID(this.buffer),this.set(0,0,0,0,0)}}const mD=aD(()=>new KD),JD=BigInt(2**32-1),bD=BigInt(32);function HD(A,I=!1){return I?{h:Number(A&JD),l:Number(A>>bD&JD)}:{h:0|Number(A>>bD&JD),l:0|Number(A&JD)}}const YD=(A,I,g)=>A>>>g,LD=(A,I,g)=>A<<32-g|I>>>g,qD=(A,I,g)=>A>>>g|I<<32-g,VD=(A,I,g)=>A<<32-g|I>>>g,TD=(A,I,g)=>A<<64-g|I>>>g-32,vD=(A,I,g)=>A>>>g-32|I<<64-g;function ZD(A,I,g,C){const B=(I>>>0)+(C>>>0);return{h:A+g+(B/2**32|0)|0,l:0|B}}const xD=(A,I,g)=>(A>>>0)+(I>>>0)+(g>>>0),WD=(A,I,g,C)=>I+g+C+(A/2**32|0)|0,PD=(A,I,g,C)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0),OD=(A,I,g,C,B)=>I+g+C+B+(A/2**32|0)|0,XD=(A,I,g,C,B)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0)+(B>>>0),jD=(A,I,g,C,B,i)=>I+g+C+B+i+(A/2**32|0)|0,zD=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),_D=new Uint32Array(64);class $D extends wD{constructor(A=32){super(64,A,8,!1),this.A=0|dD[0],this.B=0|dD[1],this.C=0|dD[2],this.D=0|dD[3],this.E=0|dD[4],this.F=0|dD[5],this.G=0|dD[6],this.H=0|dD[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)_D[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=_D[A-15],g=_D[A-2],C=CD(I,7)^CD(I,18)^I>>>3,B=CD(g,17)^CD(g,19)^g>>>10;_D[A]=B+_D[A-7]+C+_D[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(CD(Q,6)^CD(Q,11)^CD(Q,25))+cD(Q,e,E)+zD[A]+_D[A]|0,o=(CD(g,2)^CD(g,13)^CD(g,22))+DD(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){ID(_D)}destroy(){this.set(0,0,0,0,0,0,0,0),ID(this.buffer)}}const Aw=(()=>function(A,I=!1){const g=A.length;let C=new Uint32Array(g),B=new Uint32Array(g);for(let i=0;i<g;i++){const{h:g,l:Q}=HD(A[i],I);[C[i],B[i]]=[g,Q]}return[C,B]}(["0x428a2f98d728ae22","0x7137449123ef65cd","0xb5c0fbcfec4d3b2f","0xe9b5dba58189dbbc","0x3956c25bf348b538","0x59f111f1b605d019","0x923f82a4af194f9b","0xab1c5ed5da6d8118","0xd807aa98a3030242","0x12835b0145706fbe","0x243185be4ee4b28c","0x550c7dc3d5ffb4e2","0x72be5d74f27b896f","0x80deb1fe3b1696b1","0x9bdc06a725c71235","0xc19bf174cf692694","0xe49b69c19ef14ad2","0xefbe4786384f25e3","0x0fc19dc68b8cd5b5","0x240ca1cc77ac9c65","0x2de92c6f592b0275","0x4a7484aa6ea6e483","0x5cb0a9dcbd41fbd4","0x76f988da831153b5","0x983e5152ee66dfab","0xa831c66d2db43210","0xb00327c898fb213f","0xbf597fc7beef0ee4","0xc6e00bf33da88fc2","0xd5a79147930aa725","0x06ca6351e003826f","0x142929670a0e6e70","0x27b70a8546d22ffc","0x2e1b21385c26c926","0x4d2c6dfc5ac42aed","0x53380d139d95b3df","0x650a73548baf63de","0x766a0abb3c77b2a8","0x81c2c92e47edaee6","0x92722c851482353b","0xa2bfe8a14cf10364","0xa81a664bbc423001","0xc24b8b70d0f89791","0xc76c51a30654be30","0xd192e819d6ef5218","0xd69906245565a910","0xf40e35855771202a","0x106aa07032bbd1b8","0x19a4c116b8d2d0c8","0x1e376c085141ab53","0x2748774cdf8eeb99","0x34b0bcb5e19b48a8","0x391c0cb3c5c95a63","0x4ed8aa4ae3418acb","0x5b9cca4f7763e373","0x682e6ff3d6b2b8a3","0x748f82ee5defb2fc","0x78a5636f43172f60","0x84c87814a1f0ab72","0x8cc702081a6439ec","0x90befffa23631e28","0xa4506cebde82bde9","0xbef9a3f7b2c67915","0xc67178f2e372532b","0xca273eceea26619c","0xd186b8c721c0c207","0xeada7dd6cde0eb1e","0xf57d4f7fee6ed178","0x06f067aa72176fba","0x0a637dc5a2c898a6","0x113f9804bef90dae","0x1b710b35131c471b","0x28db77f523047d84","0x32caab7b40c72493","0x3c9ebe0a15c9bebc","0x431d67c49c100d4c","0x4cc5d4becb3e42b6","0x597f299cfc657e2a","0x5fcb6fab3ad6faec","0x6c44198c4a475817"].map(A=>BigInt(A))))(),Iw=(()=>Aw[0])(),gw=(()=>Aw[1])(),Cw=new Uint32Array(80),Bw=new Uint32Array(80);class iw extends wD{constructor(A=64){super(128,A,16,!1),this.Ah=0|hD[0],this.Al=0|hD[1],this.Bh=0|hD[2],this.Bl=0|hD[3],this.Ch=0|hD[4],this.Cl=0|hD[5],this.Dh=0|hD[6],this.Dl=0|hD[7],this.Eh=0|hD[8],this.El=0|hD[9],this.Fh=0|hD[10],this.Fl=0|hD[11],this.Gh=0|hD[12],this.Gl=0|hD[13],this.Hh=0|hD[14],this.Hl=0|hD[15]}get(){const{Ah:A,Al:I,Bh:g,Bl:C,Ch:B,Cl:i,Dh:Q,Dl:e,Eh:E,El:t,Fh:o,Fl:n,Gh:a,Gl:s,Hh:r,Hl:c}=this;return[A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c]}set(A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c){this.Ah=0|A,this.Al=0|I,this.Bh=0|g,this.Bl=0|C,this.Ch=0|B,this.Cl=0|i,this.Dh=0|Q,this.Dl=0|e,this.Eh=0|E,this.El=0|t,this.Fh=0|o,this.Fl=0|n,this.Gh=0|a,this.Gl=0|s,this.Hh=0|r,this.Hl=0|c}process(A,I){for(let g=0;g<16;g++,I+=4)Cw[g]=A.getUint32(I),Bw[g]=A.getUint32(I+=4);for(let A=16;A<80;A++){const I=0|Cw[A-15],g=0|Bw[A-15],C=qD(I,g,1)^qD(I,g,8)^YD(I,0,7),B=VD(I,g,1)^VD(I,g,8)^LD(I,g,7),i=0|Cw[A-2],Q=0|Bw[A-2],e=qD(i,Q,19)^TD(i,Q,61)^YD(i,0,6),E=VD(i,Q,19)^vD(i,Q,61)^LD(i,Q,6),t=PD(B,E,Bw[A-7],Bw[A-16]),o=OD(t,C,e,Cw[A-7],Cw[A-16]);Cw[A]=0|o,Bw[A]=0|t}let{Ah:g,Al:C,Bh:B,Bl:i,Ch:Q,Cl:e,Dh:E,Dl:t,Eh:o,El:n,Fh:a,Fl:s,Gh:r,Gl:c,Hh:D,Hl:w}=this;for(let A=0;A<80;A++){const I=qD(o,n,14)^qD(o,n,18)^TD(o,n,41),d=VD(o,n,14)^VD(o,n,18)^vD(o,n,41),h=o&a^~o&r,y=XD(w,d,n&s^~n&c,gw[A],Bw[A]),l=jD(y,D,I,h,Iw[A],Cw[A]),k=0|y,u=qD(g,C,28)^TD(g,C,34)^TD(g,C,39),N=VD(g,C,28)^vD(g,C,34)^vD(g,C,39),G=g&B^g&Q^B&Q,p=C&i^C&e^i&e;D=0|r,w=0|c,r=0|a,c=0|s,a=0|o,s=0|n,({h:o,l:n}=ZD(0|E,0|t,0|l,0|k)),E=0|Q,t=0|e,Q=0|B,e=0|i,B=0|g,i=0|C;const S=xD(k,N,p);g=WD(S,l,u,G),C=0|S}({h:g,l:C}=ZD(0|this.Ah,0|this.Al,0|g,0|C)),({h:B,l:i}=ZD(0|this.Bh,0|this.Bl,0|B,0|i)),({h:Q,l:e}=ZD(0|this.Ch,0|this.Cl,0|Q,0|e)),({h:E,l:t}=ZD(0|this.Dh,0|this.Dl,0|E,0|t)),({h:o,l:n}=ZD(0|this.Eh,0|this.El,0|o,0|n)),({h:a,l:s}=ZD(0|this.Fh,0|this.Fl,0|a,0|s)),({h:r,l:c}=ZD(0|this.Gh,0|this.Gl,0|r,0|c)),({h:D,l:w}=ZD(0|this.Hh,0|this.Hl,0|D,0|w)),this.set(g,C,B,i,Q,e,E,t,o,n,a,s,r,c,D,w)}roundClean(){ID(Cw,Bw)}destroy(){ID(this.buffer),this.set(0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0)}}const Qw=aD(()=>new $D),ew=aD(()=>new iw),Ew=ie.ProjectivePoint,tw=sa(Qw);function ow(A){$c(A);const I=0===A.length?"0":function(A){if($c(A),iD)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=QD[A[g]];return I}(A);return BigInt("0x"+I)}const nw=ED("Bitcoin seed"),aw={private:76066276,public:76067358},sw=2147483648,rw=A=>{if(!Number.isSafeInteger(A)||A<0||A>2**32-1)throw new Error("invalid number, should be from 0 to 2**32-1, got "+A);const I=new Uint8Array(4);return gD(I).setUint32(0,A,!1),I};class cw{get fingerprint(){if(!this.pubHash)throw new Error("No publicKey set!");return gD(this.pubHash).getUint32(0,!1)}get identifier(){return this.pubHash}get pubKeyHash(){return this.pubHash}get privateKey(){return this.privKeyBytes||null}get publicKey(){return this.pubKey||null}get privateExtendedKey(){const A=this.privateKey;if(!A)throw new Error("No private key");return tw.encode(this.serialize(this.versions.private,oD(new Uint8Array([0]),A)))}get publicExtendedKey(){if(!this.pubKey)throw new Error("No public key");return tw.encode(this.serialize(this.versions.public,this.pubKey))}static fromMasterSeed(A,I=aw){if($c(A),8*A.length<128||8*A.length>512)throw new Error("HDKey: seed length must be between 128 and 512 bits; 256 bits is advised, got "+A.length);const g=rD(ew,nw,A);return new cw({versions:I,chainCode:g.slice(32),privateKey:g.slice(0,32)})}static fromExtendedKey(A,I=aw){const g=tw.decode(A),C=gD(g),B=C.getUint32(0,!1),i={versions:I,depth:g[4],parentFingerprint:C.getUint32(5,!1),index:C.getUint32(9,!1),chainCode:g.slice(13,45)},Q=g.slice(45),e=0===Q[0];if(B!==I[e?"private":"public"])throw new Error("Version mismatch");return new cw(e?{...i,privateKey:Q.slice(1)}:{...i,publicKey:Q})}static fromJSON(A){return cw.fromExtendedKey(A.xpriv)}constructor(A){if(this.depth=0,this.index=0,this.chainCode=null,this.parentFingerprint=0,!A||"object"!=typeof A)throw new Error("HDKey.constructor must not be called directly");if(this.versions=A.versions||aw,this.depth=A.depth||0,this.chainCode=A.chainCode||null,this.index=A.index||0,this.parentFingerprint=A.parentFingerprint||0,!this.depth&&(this.parentFingerprint||this.index))throw new Error("HDKey: zero depth with non-zero index/parent fingerprint");if(A.publicKey&&A.privateKey)throw new Error("HDKey: publicKey and privateKey at same time.");if(A.privateKey){if(!ie.utils.isValidPrivateKey(A.privateKey))throw new Error("Invalid private key");this.privKey="bigint"==typeof A.privateKey?A.privateKey:ow(A.privateKey),this.privKeyBytes=function(A){if("bigint"!=typeof A)throw new Error("bigint expected");return function(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(iD)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=eD(A.charCodeAt(B)),i=eD(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}(A.toString(16).padStart(64,"0"))}(this.privKey),this.pubKey=ie.getPublicKey(A.privateKey,!0)}else{if(!A.publicKey)throw new Error("HDKey: no public or private key provided");this.pubKey=Ew.fromHex(A.publicKey).toRawBytes(!0)}var I;this.pubHash=(I=this.pubKey,mD(Qw(I)))}derive(A){if(!/^[mM]'?/.test(A))throw new Error('Path must start with "m" or "M"');if(/^[mM]'?$/.test(A))return this;const I=A.replace(/^[mM]'?\//,"").split("/");let g=this;for(const A of I){const I=/^(\d+)('?)$/.exec(A),C=I&&I[1];if(!I||3!==I.length||"string"!=typeof C)throw new Error("invalid child index: "+A);let B=+C;if(!Number.isSafeInteger(B)||B>=sw)throw new Error("Invalid index");"'"===I[2]&&(B+=sw),g=g.deriveChild(B)}return g}deriveChild(A){if(!this.pubKey||!this.chainCode)throw new Error("No publicKey or chainCode set");let I=rw(A);if(A>=sw){const A=this.privateKey;if(!A)throw new Error("Could not derive hardened child key");I=oD(new Uint8Array([0]),A,I)}else I=oD(this.pubKey,I);const g=rD(ew,this.chainCode,I),C=ow(g.slice(0,32)),B=g.slice(32);if(!ie.utils.isValidPrivateKey(C))throw new Error("Tweak bigger than curve order");const i={versions:this.versions,chainCode:B,depth:this.depth+1,parentFingerprint:this.fingerprint,index:A};try{if(this.privateKey){const A=oQ(this.privKey+C,ie.CURVE.n);if(!ie.utils.isValidPrivateKey(A))throw new Error("The tweak was out of range or the resulted private key is invalid");i.privateKey=A}else{const A=Ew.fromHex(this.pubKey).add(Ew.fromPrivateKey(C));if(A.equals(Ew.ZERO))throw new Error("The tweak was equal to negative P, which made the result key invalid");i.publicKey=A.toRawBytes(!0)}return new cw(i)}catch(I){return this.deriveChild(A+1)}}sign(A){if(!this.privateKey)throw new Error("No privateKey set!");return $c(A,32),ie.sign(A,this.privKey).toCompactRawBytes()}verify(A,I){if($c(A,32),$c(I,64),!this.publicKey)throw new Error("No publicKey set!");let g;try{g=ie.Signature.fromCompact(I)}catch(A){return!1}return ie.verify(g,A,this.publicKey)}wipePrivateData(){return this.privKey=void 0,this.privKeyBytes&&(this.privKeyBytes.fill(0),this.privKeyBytes=void 0),this}toJSON(){return{xpriv:this.privateExtendedKey,xpub:this.publicExtendedKey}}serialize(A,I){if(!this.chainCode)throw new Error("No chainCode set");return $c(I,33),oD(rw(A),new Uint8Array([this.depth]),rw(this.parentFingerprint),rw(this.index),this.chainCode,I)}}const Dw="object"==typeof globalThis&&"crypto"in globalThis?globalThis.crypto:void 0;function ww(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function dw(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function hw(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");ww(A.outputLen),ww(A.blockLen)}function yw(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function lw(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function kw(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function uw(A,I){return A<<32-I|A>>>I}const Nw=async()=>{};async function Gw(A,I,g){let C=Date.now();for(let B=0;B<A;B++){g(B);const A=Date.now()-C;A>=0&&A<I||(await Nw(),C+=A)}}function pw(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function Sw(A){return"string"==typeof A&&(A=pw(A)),dw(A),A}function fw(A){return"string"==typeof A&&(A=pw(A)),dw(A),A}class Fw{}function Rw(A){const I=I=>A().update(Sw(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}class Uw extends Fw{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,hw(A);const g=Sw(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),lw(B)}update(A){return yw(this),this.iHash.update(A),this}digestInto(A){yw(this),dw(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const Mw=(A,I,g)=>new Uw(A,I).update(g).digest();function Kw(A,I,g){return A&I^~A&g}function mw(A,I,g){return A&I^A&g^I&g}Mw.create=(A,I)=>new Uw(A,I);class Jw extends Fw{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=kw(this.buffer)}update(A){yw(this),dw(A=Sw(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=kw(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){yw(this),function(A,I){dw(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,lw(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=kw(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const bw=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),Hw=Uint32Array.from([1779033703,4089235720,3144134277,2227873595,1013904242,4271175723,2773480762,1595750129,1359893119,2917565137,2600822924,725511199,528734635,4215389547,1541459225,327033209]),Yw=BigInt(2**32-1),Lw=BigInt(32);function qw(A,I=!1){return I?{h:Number(A&Yw),l:Number(A>>Lw&Yw)}:{h:0|Number(A>>Lw&Yw),l:0|Number(A&Yw)}}const Vw=(A,I,g)=>A>>>g,Tw=(A,I,g)=>A<<32-g|I>>>g,vw=(A,I,g)=>A>>>g|I<<32-g,Zw=(A,I,g)=>A<<32-g|I>>>g,xw=(A,I,g)=>A<<64-g|I>>>g-32,Ww=(A,I,g)=>A>>>g-32|I<<64-g;function Pw(A,I,g,C){const B=(I>>>0)+(C>>>0);return{h:A+g+(B/2**32|0)|0,l:0|B}}const Ow=(A,I,g)=>(A>>>0)+(I>>>0)+(g>>>0),Xw=(A,I,g,C)=>I+g+C+(A/2**32|0)|0,jw=(A,I,g,C)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0),zw=(A,I,g,C,B)=>I+g+C+B+(A/2**32|0)|0,_w=(A,I,g,C,B)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0)+(B>>>0),$w=(A,I,g,C,B,i)=>I+g+C+B+i+(A/2**32|0)|0,Ad=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),Id=new Uint32Array(64);class gd extends Jw{constructor(A=32){super(64,A,8,!1),this.A=0|bw[0],this.B=0|bw[1],this.C=0|bw[2],this.D=0|bw[3],this.E=0|bw[4],this.F=0|bw[5],this.G=0|bw[6],this.H=0|bw[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)Id[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=Id[A-15],g=Id[A-2],C=uw(I,7)^uw(I,18)^I>>>3,B=uw(g,17)^uw(g,19)^g>>>10;Id[A]=B+Id[A-7]+C+Id[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(uw(Q,6)^uw(Q,11)^uw(Q,25))+Kw(Q,e,E)+Ad[A]+Id[A]|0,o=(uw(g,2)^uw(g,13)^uw(g,22))+mw(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){lw(Id)}destroy(){this.set(0,0,0,0,0,0,0,0),lw(this.buffer)}}const Cd=(()=>function(A,I=!1){const g=A.length;let C=new Uint32Array(g),B=new Uint32Array(g);for(let i=0;i<g;i++){const{h:g,l:Q}=qw(A[i],I);[C[i],B[i]]=[g,Q]}return[C,B]}(["0x428a2f98d728ae22","0x7137449123ef65cd","0xb5c0fbcfec4d3b2f","0xe9b5dba58189dbbc","0x3956c25bf348b538","0x59f111f1b605d019","0x923f82a4af194f9b","0xab1c5ed5da6d8118","0xd807aa98a3030242","0x12835b0145706fbe","0x243185be4ee4b28c","0x550c7dc3d5ffb4e2","0x72be5d74f27b896f","0x80deb1fe3b1696b1","0x9bdc06a725c71235","0xc19bf174cf692694","0xe49b69c19ef14ad2","0xefbe4786384f25e3","0x0fc19dc68b8cd5b5","0x240ca1cc77ac9c65","0x2de92c6f592b0275","0x4a7484aa6ea6e483","0x5cb0a9dcbd41fbd4","0x76f988da831153b5","0x983e5152ee66dfab","0xa831c66d2db43210","0xb00327c898fb213f","0xbf597fc7beef0ee4","0xc6e00bf33da88fc2","0xd5a79147930aa725","0x06ca6351e003826f","0x142929670a0e6e70","0x27b70a8546d22ffc","0x2e1b21385c26c926","0x4d2c6dfc5ac42aed","0x53380d139d95b3df","0x650a73548baf63de","0x766a0abb3c77b2a8","0x81c2c92e47edaee6","0x92722c851482353b","0xa2bfe8a14cf10364","0xa81a664bbc423001","0xc24b8b70d0f89791","0xc76c51a30654be30","0xd192e819d6ef5218","0xd69906245565a910","0xf40e35855771202a","0x106aa07032bbd1b8","0x19a4c116b8d2d0c8","0x1e376c085141ab53","0x2748774cdf8eeb99","0x34b0bcb5e19b48a8","0x391c0cb3c5c95a63","0x4ed8aa4ae3418acb","0x5b9cca4f7763e373","0x682e6ff3d6b2b8a3","0x748f82ee5defb2fc","0x78a5636f43172f60","0x84c87814a1f0ab72","0x8cc702081a6439ec","0x90befffa23631e28","0xa4506cebde82bde9","0xbef9a3f7b2c67915","0xc67178f2e372532b","0xca273eceea26619c","0xd186b8c721c0c207","0xeada7dd6cde0eb1e","0xf57d4f7fee6ed178","0x06f067aa72176fba","0x0a637dc5a2c898a6","0x113f9804bef90dae","0x1b710b35131c471b","0x28db77f523047d84","0x32caab7b40c72493","0x3c9ebe0a15c9bebc","0x431d67c49c100d4c","0x4cc5d4becb3e42b6","0x597f299cfc657e2a","0x5fcb6fab3ad6faec","0x6c44198c4a475817"].map(A=>BigInt(A))))(),Bd=(()=>Cd[0])(),id=(()=>Cd[1])(),Qd=new Uint32Array(80),ed=new Uint32Array(80);class Ed extends Jw{constructor(A=64){super(128,A,16,!1),this.Ah=0|Hw[0],this.Al=0|Hw[1],this.Bh=0|Hw[2],this.Bl=0|Hw[3],this.Ch=0|Hw[4],this.Cl=0|Hw[5],this.Dh=0|Hw[6],this.Dl=0|Hw[7],this.Eh=0|Hw[8],this.El=0|Hw[9],this.Fh=0|Hw[10],this.Fl=0|Hw[11],this.Gh=0|Hw[12],this.Gl=0|Hw[13],this.Hh=0|Hw[14],this.Hl=0|Hw[15]}get(){const{Ah:A,Al:I,Bh:g,Bl:C,Ch:B,Cl:i,Dh:Q,Dl:e,Eh:E,El:t,Fh:o,Fl:n,Gh:a,Gl:s,Hh:r,Hl:c}=this;return[A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c]}set(A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c){this.Ah=0|A,this.Al=0|I,this.Bh=0|g,this.Bl=0|C,this.Ch=0|B,this.Cl=0|i,this.Dh=0|Q,this.Dl=0|e,this.Eh=0|E,this.El=0|t,this.Fh=0|o,this.Fl=0|n,this.Gh=0|a,this.Gl=0|s,this.Hh=0|r,this.Hl=0|c}process(A,I){for(let g=0;g<16;g++,I+=4)Qd[g]=A.getUint32(I),ed[g]=A.getUint32(I+=4);for(let A=16;A<80;A++){const I=0|Qd[A-15],g=0|ed[A-15],C=vw(I,g,1)^vw(I,g,8)^Vw(I,0,7),B=Zw(I,g,1)^Zw(I,g,8)^Tw(I,g,7),i=0|Qd[A-2],Q=0|ed[A-2],e=vw(i,Q,19)^xw(i,Q,61)^Vw(i,0,6),E=Zw(i,Q,19)^Ww(i,Q,61)^Tw(i,Q,6),t=jw(B,E,ed[A-7],ed[A-16]),o=zw(t,C,e,Qd[A-7],Qd[A-16]);Qd[A]=0|o,ed[A]=0|t}let{Ah:g,Al:C,Bh:B,Bl:i,Ch:Q,Cl:e,Dh:E,Dl:t,Eh:o,El:n,Fh:a,Fl:s,Gh:r,Gl:c,Hh:D,Hl:w}=this;for(let A=0;A<80;A++){const I=vw(o,n,14)^vw(o,n,18)^xw(o,n,41),d=Zw(o,n,14)^Zw(o,n,18)^Ww(o,n,41),h=o&a^~o&r,y=_w(w,d,n&s^~n&c,id[A],ed[A]),l=$w(y,D,I,h,Bd[A],Qd[A]),k=0|y,u=vw(g,C,28)^xw(g,C,34)^xw(g,C,39),N=Zw(g,C,28)^Ww(g,C,34)^Ww(g,C,39),G=g&B^g&Q^B&Q,p=C&i^C&e^i&e;D=0|r,w=0|c,r=0|a,c=0|s,a=0|o,s=0|n,({h:o,l:n}=Pw(0|E,0|t,0|l,0|k)),E=0|Q,t=0|e,Q=0|B,e=0|i,B=0|g,i=0|C;const S=Ow(k,N,p);g=Xw(S,l,u,G),C=0|S}({h:g,l:C}=Pw(0|this.Ah,0|this.Al,0|g,0|C)),({h:B,l:i}=Pw(0|this.Bh,0|this.Bl,0|B,0|i)),({h:Q,l:e}=Pw(0|this.Ch,0|this.Cl,0|Q,0|e)),({h:E,l:t}=Pw(0|this.Dh,0|this.Dl,0|E,0|t)),({h:o,l:n}=Pw(0|this.Eh,0|this.El,0|o,0|n)),({h:a,l:s}=Pw(0|this.Fh,0|this.Fl,0|a,0|s)),({h:r,l:c}=Pw(0|this.Gh,0|this.Gl,0|r,0|c)),({h:D,l:w}=Pw(0|this.Hh,0|this.Hl,0|D,0|w)),this.set(g,C,B,i,Q,e,E,t,o,n,a,s,r,c,D,w)}roundClean(){lw(Qd,ed)}destroy(){lw(this.buffer),this.set(0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0)}}const td=Rw(()=>new gd),od=Rw(()=>new Ed);function nd(A){if("string"!=typeof A)throw new TypeError("invalid mnemonic type: "+typeof A);return A.normalize("NFKD")}function ad(A){const I=nd(A),g=I.split(" ");if(![12,15,18,21,24].includes(g.length))throw new Error("Invalid mnemonic");return{nfkd:I,words:g}}function sd(A){dw(A,16,20,24,28,32)}const rd=A=>{const I=8-A.length/4;return new Uint8Array([td(A)[0]>>I<<I])};function cd(A){if(!Array.isArray(A)||2048!==A.length||"string"!=typeof A[0])throw new Error("Wordlist: expected array of 2048 strings");return A.forEach(A=>{if("string"!=typeof A)throw new Error("wordlist: non-string element: "+A)}),ta.chain(ta.checksum(1,rd),ta.radix2(11,!0),ta.alphabet(A))}function Dd(A,I=""){return async function(A,I,g){const{c:C,dkLen:B,asyncTick:i,DK:Q,PRF:e,PRFSalt:E}=function(A,I,g,C){hw(A);const B=function(A,I){if(void 0!==I&&"[object Object]"!=={}.toString.call(I))throw new Error("options should be object or undefined");return Object.assign({dkLen:32,asyncTick:10},I)}(0,C),{c:i,dkLen:Q,asyncTick:e}=B;if(ww(i),ww(Q),ww(e),i<1)throw new Error("iterations (c) should be >= 1");const E=fw(I),t=fw(g),o=new Uint8Array(Q),n=Mw.create(A,E),a=n._cloneInto().update(t);return{c:i,dkLen:Q,asyncTick:e,DK:o,PRF:n,PRFSalt:a}}(A,I,g,{c:2048,dkLen:64});let t;const o=new Uint8Array(4),n=kw(o),a=new Uint8Array(e.outputLen);for(let A=1,I=0;I<B;A++,I+=e.outputLen){const g=Q.subarray(I,I+e.outputLen);n.setInt32(0,A,!1),(t=E._cloneInto(t)).update(o).digestInto(a),g.set(a.subarray(0,g.length)),await Gw(C-1,i,()=>{e._cloneInto(t).update(a).digestInto(a);for(let A=0;A<g.length;A++)g[A]^=a[A]})}return function(A,I,g,C,B){return A.destroy(),I.destroy(),C&&C.destroy(),lw(B),g}(e,E,Q,t,a)}(od,ad(A).nfkd,(A=>nd("mnemonic"+A))(I))}const wd="abandon\nability\nable\nabout\nabove\nabsent\nabsorb\nabstract\nabsurd\nabuse\naccess\naccident\naccount\naccuse\nachieve\nacid\nacoustic\nacquire\nacross\nact\naction\nactor\nactress\nactual\nadapt\nadd\naddict\naddress\nadjust\nadmit\nadult\nadvance\nadvice\naerobic\naffair\nafford\nafraid\nagain\nage\nagent\nagree\nahead\naim\nair\nairport\naisle\nalarm\nalbum\nalcohol\nalert\nalien\nall\nalley\nallow\nalmost\nalone\nalpha\nalready\nalso\nalter\nalways\namateur\namazing\namong\namount\namused\nanalyst\nanchor\nancient\nanger\nangle\nangry\nanimal\nankle\nannounce\nannual\nanother\nanswer\nantenna\nantique\nanxiety\nany\napart\napology\nappear\napple\napprove\napril\narch\narctic\narea\narena\nargue\narm\narmed\narmor\narmy\naround\narrange\narrest\narrive\narrow\nart\nartefact\nartist\nartwork\nask\naspect\nassault\nasset\nassist\nassume\nasthma\nathlete\natom\nattack\nattend\nattitude\nattract\nauction\naudit\naugust\naunt\nauthor\nauto\nautumn\naverage\navocado\navoid\nawake\naware\naway\nawesome\nawful\nawkward\naxis\nbaby\nbachelor\nbacon\nbadge\nbag\nbalance\nbalcony\nball\nbamboo\nbanana\nbanner\nbar\nbarely\nbargain\nbarrel\nbase\nbasic\nbasket\nbattle\nbeach\nbean\nbeauty\nbecause\nbecome\nbeef\nbefore\nbegin\nbehave\nbehind\nbelieve\nbelow\nbelt\nbench\nbenefit\nbest\nbetray\nbetter\nbetween\nbeyond\nbicycle\nbid\nbike\nbind\nbiology\nbird\nbirth\nbitter\nblack\nblade\nblame\nblanket\nblast\nbleak\nbless\nblind\nblood\nblossom\nblouse\nblue\nblur\nblush\nboard\nboat\nbody\nboil\nbomb\nbone\nbonus\nbook\nboost\nborder\nboring\nborrow\nboss\nbottom\nbounce\nbox\nboy\nbracket\nbrain\nbrand\nbrass\nbrave\nbread\nbreeze\nbrick\nbridge\nbrief\nbright\nbring\nbrisk\nbroccoli\nbroken\nbronze\nbroom\nbrother\nbrown\nbrush\nbubble\nbuddy\nbudget\nbuffalo\nbuild\nbulb\nbulk\nbullet\nbundle\nbunker\nburden\nburger\nburst\nbus\nbusiness\nbusy\nbutter\nbuyer\nbuzz\ncabbage\ncabin\ncable\ncactus\ncage\ncake\ncall\ncalm\ncamera\ncamp\ncan\ncanal\ncancel\ncandy\ncannon\ncanoe\ncanvas\ncanyon\ncapable\ncapital\ncaptain\ncar\ncarbon\ncard\ncargo\ncarpet\ncarry\ncart\ncase\ncash\ncasino\ncastle\ncasual\ncat\ncatalog\ncatch\ncategory\ncattle\ncaught\ncause\ncaution\ncave\nceiling\ncelery\ncement\ncensus\ncentury\ncereal\ncertain\nchair\nchalk\nchampion\nchange\nchaos\nchapter\ncharge\nchase\nchat\ncheap\ncheck\ncheese\nchef\ncherry\nchest\nchicken\nchief\nchild\nchimney\nchoice\nchoose\nchronic\nchuckle\nchunk\nchurn\ncigar\ncinnamon\ncircle\ncitizen\ncity\ncivil\nclaim\nclap\nclarify\nclaw\nclay\nclean\nclerk\nclever\nclick\nclient\ncliff\nclimb\nclinic\nclip\nclock\nclog\nclose\ncloth\ncloud\nclown\nclub\nclump\ncluster\nclutch\ncoach\ncoast\ncoconut\ncode\ncoffee\ncoil\ncoin\ncollect\ncolor\ncolumn\ncombine\ncome\ncomfort\ncomic\ncommon\ncompany\nconcert\nconduct\nconfirm\ncongress\nconnect\nconsider\ncontrol\nconvince\ncook\ncool\ncopper\ncopy\ncoral\ncore\ncorn\ncorrect\ncost\ncotton\ncouch\ncountry\ncouple\ncourse\ncousin\ncover\ncoyote\ncrack\ncradle\ncraft\ncram\ncrane\ncrash\ncrater\ncrawl\ncrazy\ncream\ncredit\ncreek\ncrew\ncricket\ncrime\ncrisp\ncritic\ncrop\ncross\ncrouch\ncrowd\ncrucial\ncruel\ncruise\ncrumble\ncrunch\ncrush\ncry\ncrystal\ncube\nculture\ncup\ncupboard\ncurious\ncurrent\ncurtain\ncurve\ncushion\ncustom\ncute\ncycle\ndad\ndamage\ndamp\ndance\ndanger\ndaring\ndash\ndaughter\ndawn\nday\ndeal\ndebate\ndebris\ndecade\ndecember\ndecide\ndecline\ndecorate\ndecrease\ndeer\ndefense\ndefine\ndefy\ndegree\ndelay\ndeliver\ndemand\ndemise\ndenial\ndentist\ndeny\ndepart\ndepend\ndeposit\ndepth\ndeputy\nderive\ndescribe\ndesert\ndesign\ndesk\ndespair\ndestroy\ndetail\ndetect\ndevelop\ndevice\ndevote\ndiagram\ndial\ndiamond\ndiary\ndice\ndiesel\ndiet\ndiffer\ndigital\ndignity\ndilemma\ndinner\ndinosaur\ndirect\ndirt\ndisagree\ndiscover\ndisease\ndish\ndismiss\ndisorder\ndisplay\ndistance\ndivert\ndivide\ndivorce\ndizzy\ndoctor\ndocument\ndog\ndoll\ndolphin\ndomain\ndonate\ndonkey\ndonor\ndoor\ndose\ndouble\ndove\ndraft\ndragon\ndrama\ndrastic\ndraw\ndream\ndress\ndrift\ndrill\ndrink\ndrip\ndrive\ndrop\ndrum\ndry\nduck\ndumb\ndune\nduring\ndust\ndutch\nduty\ndwarf\ndynamic\neager\neagle\nearly\nearn\nearth\neasily\neast\neasy\necho\necology\neconomy\nedge\nedit\neducate\neffort\negg\neight\neither\nelbow\nelder\nelectric\nelegant\nelement\nelephant\nelevator\nelite\nelse\nembark\nembody\nembrace\nemerge\nemotion\nemploy\nempower\nempty\nenable\nenact\nend\nendless\nendorse\nenemy\nenergy\nenforce\nengage\nengine\nenhance\nenjoy\nenlist\nenough\nenrich\nenroll\nensure\nenter\nentire\nentry\nenvelope\nepisode\nequal\nequip\nera\nerase\nerode\nerosion\nerror\nerupt\nescape\nessay\nessence\nestate\neternal\nethics\nevidence\nevil\nevoke\nevolve\nexact\nexample\nexcess\nexchange\nexcite\nexclude\nexcuse\nexecute\nexercise\nexhaust\nexhibit\nexile\nexist\nexit\nexotic\nexpand\nexpect\nexpire\nexplain\nexpose\nexpress\nextend\nextra\neye\neyebrow\nfabric\nface\nfaculty\nfade\nfaint\nfaith\nfall\nfalse\nfame\nfamily\nfamous\nfan\nfancy\nfantasy\nfarm\nfashion\nfat\nfatal\nfather\nfatigue\nfault\nfavorite\nfeature\nfebruary\nfederal\nfee\nfeed\nfeel\nfemale\nfence\nfestival\nfetch\nfever\nfew\nfiber\nfiction\nfield\nfigure\nfile\nfilm\nfilter\nfinal\nfind\nfine\nfinger\nfinish\nfire\nfirm\nfirst\nfiscal\nfish\nfit\nfitness\nfix\nflag\nflame\nflash\nflat\nflavor\nflee\nflight\nflip\nfloat\nflock\nfloor\nflower\nfluid\nflush\nfly\nfoam\nfocus\nfog\nfoil\nfold\nfollow\nfood\nfoot\nforce\nforest\nforget\nfork\nfortune\nforum\nforward\nfossil\nfoster\nfound\nfox\nfragile\nframe\nfrequent\nfresh\nfriend\nfringe\nfrog\nfront\nfrost\nfrown\nfrozen\nfruit\nfuel\nfun\nfunny\nfurnace\nfury\nfuture\ngadget\ngain\ngalaxy\ngallery\ngame\ngap\ngarage\ngarbage\ngarden\ngarlic\ngarment\ngas\ngasp\ngate\ngather\ngauge\ngaze\ngeneral\ngenius\ngenre\ngentle\ngenuine\ngesture\nghost\ngiant\ngift\ngiggle\nginger\ngiraffe\ngirl\ngive\nglad\nglance\nglare\nglass\nglide\nglimpse\nglobe\ngloom\nglory\nglove\nglow\nglue\ngoat\ngoddess\ngold\ngood\ngoose\ngorilla\ngospel\ngossip\ngovern\ngown\ngrab\ngrace\ngrain\ngrant\ngrape\ngrass\ngravity\ngreat\ngreen\ngrid\ngrief\ngrit\ngrocery\ngroup\ngrow\ngrunt\nguard\nguess\nguide\nguilt\nguitar\ngun\ngym\nhabit\nhair\nhalf\nhammer\nhamster\nhand\nhappy\nharbor\nhard\nharsh\nharvest\nhat\nhave\nhawk\nhazard\nhead\nhealth\nheart\nheavy\nhedgehog\nheight\nhello\nhelmet\nhelp\nhen\nhero\nhidden\nhigh\nhill\nhint\nhip\nhire\nhistory\nhobby\nhockey\nhold\nhole\nholiday\nhollow\nhome\nhoney\nhood\nhope\nhorn\nhorror\nhorse\nhospital\nhost\nhotel\nhour\nhover\nhub\nhuge\nhuman\nhumble\nhumor\nhundred\nhungry\nhunt\nhurdle\nhurry\nhurt\nhusband\nhybrid\nice\nicon\nidea\nidentify\nidle\nignore\nill\nillegal\nillness\nimage\nimitate\nimmense\nimmune\nimpact\nimpose\nimprove\nimpulse\ninch\ninclude\nincome\nincrease\nindex\nindicate\nindoor\nindustry\ninfant\ninflict\ninform\ninhale\ninherit\ninitial\ninject\ninjury\ninmate\ninner\ninnocent\ninput\ninquiry\ninsane\ninsect\ninside\ninspire\ninstall\nintact\ninterest\ninto\ninvest\ninvite\ninvolve\niron\nisland\nisolate\nissue\nitem\nivory\njacket\njaguar\njar\njazz\njealous\njeans\njelly\njewel\njob\njoin\njoke\njourney\njoy\njudge\njuice\njump\njungle\njunior\njunk\njust\nkangaroo\nkeen\nkeep\nketchup\nkey\nkick\nkid\nkidney\nkind\nkingdom\nkiss\nkit\nkitchen\nkite\nkitten\nkiwi\nknee\nknife\nknock\nknow\nlab\nlabel\nlabor\nladder\nlady\nlake\nlamp\nlanguage\nlaptop\nlarge\nlater\nlatin\nlaugh\nlaundry\nlava\nlaw\nlawn\nlawsuit\nlayer\nlazy\nleader\nleaf\nlearn\nleave\nlecture\nleft\nleg\nlegal\nlegend\nleisure\nlemon\nlend\nlength\nlens\nleopard\nlesson\nletter\nlevel\nliar\nliberty\nlibrary\nlicense\nlife\nlift\nlight\nlike\nlimb\nlimit\nlink\nlion\nliquid\nlist\nlittle\nlive\nlizard\nload\nloan\nlobster\nlocal\nlock\nlogic\nlonely\nlong\nloop\nlottery\nloud\nlounge\nlove\nloyal\nlucky\nluggage\nlumber\nlunar\nlunch\nluxury\nlyrics\nmachine\nmad\nmagic\nmagnet\nmaid\nmail\nmain\nmajor\nmake\nmammal\nman\nmanage\nmandate\nmango\nmansion\nmanual\nmaple\nmarble\nmarch\nmargin\nmarine\nmarket\nmarriage\nmask\nmass\nmaster\nmatch\nmaterial\nmath\nmatrix\nmatter\nmaximum\nmaze\nmeadow\nmean\nmeasure\nmeat\nmechanic\nmedal\nmedia\nmelody\nmelt\nmember\nmemory\nmention\nmenu\nmercy\nmerge\nmerit\nmerry\nmesh\nmessage\nmetal\nmethod\nmiddle\nmidnight\nmilk\nmillion\nmimic\nmind\nminimum\nminor\nminute\nmiracle\nmirror\nmisery\nmiss\nmistake\nmix\nmixed\nmixture\nmobile\nmodel\nmodify\nmom\nmoment\nmonitor\nmonkey\nmonster\nmonth\nmoon\nmoral\nmore\nmorning\nmosquito\nmother\nmotion\nmotor\nmountain\nmouse\nmove\nmovie\nmuch\nmuffin\nmule\nmultiply\nmuscle\nmuseum\nmushroom\nmusic\nmust\nmutual\nmyself\nmystery\nmyth\nnaive\nname\nnapkin\nnarrow\nnasty\nnation\nnature\nnear\nneck\nneed\nnegative\nneglect\nneither\nnephew\nnerve\nnest\nnet\nnetwork\nneutral\nnever\nnews\nnext\nnice\nnight\nnoble\nnoise\nnominee\nnoodle\nnormal\nnorth\nnose\nnotable\nnote\nnothing\nnotice\nnovel\nnow\nnuclear\nnumber\nnurse\nnut\noak\nobey\nobject\noblige\nobscure\nobserve\nobtain\nobvious\noccur\nocean\noctober\nodor\noff\noffer\noffice\noften\noil\nokay\nold\nolive\nolympic\nomit\nonce\none\nonion\nonline\nonly\nopen\nopera\nopinion\noppose\noption\norange\norbit\norchard\norder\nordinary\norgan\norient\noriginal\norphan\nostrich\nother\noutdoor\nouter\noutput\noutside\noval\noven\nover\nown\nowner\noxygen\noyster\nozone\npact\npaddle\npage\npair\npalace\npalm\npanda\npanel\npanic\npanther\npaper\nparade\nparent\npark\nparrot\nparty\npass\npatch\npath\npatient\npatrol\npattern\npause\npave\npayment\npeace\npeanut\npear\npeasant\npelican\npen\npenalty\npencil\npeople\npepper\nperfect\npermit\nperson\npet\nphone\nphoto\nphrase\nphysical\npiano\npicnic\npicture\npiece\npig\npigeon\npill\npilot\npink\npioneer\npipe\npistol\npitch\npizza\nplace\nplanet\nplastic\nplate\nplay\nplease\npledge\npluck\nplug\nplunge\npoem\npoet\npoint\npolar\npole\npolice\npond\npony\npool\npopular\nportion\nposition\npossible\npost\npotato\npottery\npoverty\npowder\npower\npractice\npraise\npredict\nprefer\nprepare\npresent\npretty\nprevent\nprice\npride\nprimary\nprint\npriority\nprison\nprivate\nprize\nproblem\nprocess\nproduce\nprofit\nprogram\nproject\npromote\nproof\nproperty\nprosper\nprotect\nproud\nprovide\npublic\npudding\npull\npulp\npulse\npumpkin\npunch\npupil\npuppy\npurchase\npurity\npurpose\npurse\npush\nput\npuzzle\npyramid\nquality\nquantum\nquarter\nquestion\nquick\nquit\nquiz\nquote\nrabbit\nraccoon\nrace\nrack\nradar\nradio\nrail\nrain\nraise\nrally\nramp\nranch\nrandom\nrange\nrapid\nrare\nrate\nrather\nraven\nraw\nrazor\nready\nreal\nreason\nrebel\nrebuild\nrecall\nreceive\nrecipe\nrecord\nrecycle\nreduce\nreflect\nreform\nrefuse\nregion\nregret\nregular\nreject\nrelax\nrelease\nrelief\nrely\nremain\nremember\nremind\nremove\nrender\nrenew\nrent\nreopen\nrepair\nrepeat\nreplace\nreport\nrequire\nrescue\nresemble\nresist\nresource\nresponse\nresult\nretire\nretreat\nreturn\nreunion\nreveal\nreview\nreward\nrhythm\nrib\nribbon\nrice\nrich\nride\nridge\nrifle\nright\nrigid\nring\nriot\nripple\nrisk\nritual\nrival\nriver\nroad\nroast\nrobot\nrobust\nrocket\nromance\nroof\nrookie\nroom\nrose\nrotate\nrough\nround\nroute\nroyal\nrubber\nrude\nrug\nrule\nrun\nrunway\nrural\nsad\nsaddle\nsadness\nsafe\nsail\nsalad\nsalmon\nsalon\nsalt\nsalute\nsame\nsample\nsand\nsatisfy\nsatoshi\nsauce\nsausage\nsave\nsay\nscale\nscan\nscare\nscatter\nscene\nscheme\nschool\nscience\nscissors\nscorpion\nscout\nscrap\nscreen\nscript\nscrub\nsea\nsearch\nseason\nseat\nsecond\nsecret\nsection\nsecurity\nseed\nseek\nsegment\nselect\nsell\nseminar\nsenior\nsense\nsentence\nseries\nservice\nsession\nsettle\nsetup\nseven\nshadow\nshaft\nshallow\nshare\nshed\nshell\nsheriff\nshield\nshift\nshine\nship\nshiver\nshock\nshoe\nshoot\nshop\nshort\nshoulder\nshove\nshrimp\nshrug\nshuffle\nshy\nsibling\nsick\nside\nsiege\nsight\nsign\nsilent\nsilk\nsilly\nsilver\nsimilar\nsimple\nsince\nsing\nsiren\nsister\nsituate\nsix\nsize\nskate\nsketch\nski\nskill\nskin\nskirt\nskull\nslab\nslam\nsleep\nslender\nslice\nslide\nslight\nslim\nslogan\nslot\nslow\nslush\nsmall\nsmart\nsmile\nsmoke\nsmooth\nsnack\nsnake\nsnap\nsniff\nsnow\nsoap\nsoccer\nsocial\nsock\nsoda\nsoft\nsolar\nsoldier\nsolid\nsolution\nsolve\nsomeone\nsong\nsoon\nsorry\nsort\nsoul\nsound\nsoup\nsource\nsouth\nspace\nspare\nspatial\nspawn\nspeak\nspecial\nspeed\nspell\nspend\nsphere\nspice\nspider\nspike\nspin\nspirit\nsplit\nspoil\nsponsor\nspoon\nsport\nspot\nspray\nspread\nspring\nspy\nsquare\nsqueeze\nsquirrel\nstable\nstadium\nstaff\nstage\nstairs\nstamp\nstand\nstart\nstate\nstay\nsteak\nsteel\nstem\nstep\nstereo\nstick\nstill\nsting\nstock\nstomach\nstone\nstool\nstory\nstove\nstrategy\nstreet\nstrike\nstrong\nstruggle\nstudent\nstuff\nstumble\nstyle\nsubject\nsubmit\nsubway\nsuccess\nsuch\nsudden\nsuffer\nsugar\nsuggest\nsuit\nsummer\nsun\nsunny\nsunset\nsuper\nsupply\nsupreme\nsure\nsurface\nsurge\nsurprise\nsurround\nsurvey\nsuspect\nsustain\nswallow\nswamp\nswap\nswarm\nswear\nsweet\nswift\nswim\nswing\nswitch\nsword\nsymbol\nsymptom\nsyrup\nsystem\ntable\ntackle\ntag\ntail\ntalent\ntalk\ntank\ntape\ntarget\ntask\ntaste\ntattoo\ntaxi\nteach\nteam\ntell\nten\ntenant\ntennis\ntent\nterm\ntest\ntext\nthank\nthat\ntheme\nthen\ntheory\nthere\nthey\nthing\nthis\nthought\nthree\nthrive\nthrow\nthumb\nthunder\nticket\ntide\ntiger\ntilt\ntimber\ntime\ntiny\ntip\ntired\ntissue\ntitle\ntoast\ntobacco\ntoday\ntoddler\ntoe\ntogether\ntoilet\ntoken\ntomato\ntomorrow\ntone\ntongue\ntonight\ntool\ntooth\ntop\ntopic\ntopple\ntorch\ntornado\ntortoise\ntoss\ntotal\ntourist\ntoward\ntower\ntown\ntoy\ntrack\ntrade\ntraffic\ntragic\ntrain\ntransfer\ntrap\ntrash\ntravel\ntray\ntreat\ntree\ntrend\ntrial\ntribe\ntrick\ntrigger\ntrim\ntrip\ntrophy\ntrouble\ntruck\ntrue\ntruly\ntrumpet\ntrust\ntruth\ntry\ntube\ntuition\ntumble\ntuna\ntunnel\nturkey\nturn\nturtle\ntwelve\ntwenty\ntwice\ntwin\ntwist\ntwo\ntype\ntypical\nugly\numbrella\nunable\nunaware\nuncle\nuncover\nunder\nundo\nunfair\nunfold\nunhappy\nuniform\nunique\nunit\nuniverse\nunknown\nunlock\nuntil\nunusual\nunveil\nupdate\nupgrade\nuphold\nupon\nupper\nupset\nurban\nurge\nusage\nuse\nused\nuseful\nuseless\nusual\nutility\nvacant\nvacuum\nvague\nvalid\nvalley\nvalve\nvan\nvanish\nvapor\nvarious\nvast\nvault\nvehicle\nvelvet\nvendor\nventure\nvenue\nverb\nverify\nversion\nvery\nvessel\nveteran\nviable\nvibrant\nvicious\nvictory\nvideo\nview\nvillage\nvintage\nviolin\nvirtual\nvirus\nvisa\nvisit\nvisual\nvital\nvivid\nvocal\nvoice\nvoid\nvolcano\nvolume\nvote\nvoyage\nwage\nwagon\nwait\nwalk\nwall\nwalnut\nwant\nwarfare\nwarm\nwarrior\nwash\nwasp\nwaste\nwater\nwave\nway\nwealth\nweapon\nwear\nweasel\nweather\nweb\nwedding\nweekend\nweird\nwelcome\nwest\nwet\nwhale\nwhat\nwheat\nwheel\nwhen\nwhere\nwhip\nwhisper\nwide\nwidth\nwife\nwild\nwill\nwin\nwindow\nwine\nwing\nwink\nwinner\nwinter\nwire\nwisdom\nwise\nwish\nwitness\nwolf\nwoman\nwonder\nwood\nwool\nword\nwork\nworld\nworry\nworth\nwrap\nwreck\nwrestle\nwrist\nwrite\nwrong\nyard\nyear\nyellow\nyou\nyoung\nyouth\nzebra\nzero\nzone\nzoo".split("\n"),dd=(new Error("timeout while waiting for mutex to become available"),new Error("mutex already locked"),new Error("request for lock canceled"));class hd{constructor(A,I=dd){this._value=A,this._cancelError=I,this._queue=[],this._weightedWaiters=[]}acquire(A=1,I=0){if(A<=0)throw new Error(`invalid weight ${A}: must be positive`);return new Promise((g,C)=>{const B={resolve:g,reject:C,weight:A,priority:I},i=yd(this._queue,A=>I<=A.priority);-1===i&&A<=this._value?this._dispatchItem(B):this._queue.splice(i+1,0,B)})}runExclusive(A){return function(A,I,g,C){return new(g||(g=Promise))(function(B,i){function Q(A){try{E(C.next(A))}catch(A){i(A)}}function e(A){try{E(C.throw(A))}catch(A){i(A)}}function E(A){var I;A.done?B(A.value):(I=A.value,I instanceof g?I:new g(function(A){A(I)})).then(Q,e)}E((C=C.apply(A,I||[])).next())})}(this,arguments,void 0,function*(A,I=1,g=0){const[C,B]=yield this.acquire(I,g);try{return yield A(C)}finally{B()}})}waitForUnlock(A=1,I=0){if(A<=0)throw new Error(`invalid weight ${A}: must be positive`);return this._couldLockImmediately(A,I)?Promise.resolve():new Promise(g=>{this._weightedWaiters[A-1]||(this._weightedWaiters[A-1]=[]),function(A,I){const g=yd(A,A=>I.priority<=A.priority);A.splice(g+1,0,I)}(this._weightedWaiters[A-1],{resolve:g,priority:I})})}isLocked(){return this._value<=0}getValue(){return this._value}setValue(A){this._value=A,this._dispatchQueue()}release(A=1){if(A<=0)throw new Error(`invalid weight ${A}: must be positive`);this._value+=A,this._dispatchQueue()}cancel(){this._queue.forEach(A=>A.reject(this._cancelError)),this._queue=[]}_dispatchQueue(){for(this._drainUnlockWaiters();this._queue.length>0&&this._queue[0].weight<=this._value;)this._dispatchItem(this._queue.shift()),this._drainUnlockWaiters()}_dispatchItem(A){const I=this._value;this._value-=A.weight,A.resolve([I,this._newReleaser(A.weight)])}_newReleaser(A){let I=!1;return()=>{I||(I=!0,this.release(A))}}_drainUnlockWaiters(){if(0===this._queue.length)for(let A=this._value;A>0;A--){const I=this._weightedWaiters[A-1];I&&(I.forEach(A=>A.resolve()),this._weightedWaiters[A-1]=[])}else{const A=this._queue[0].priority;for(let I=this._value;I>0;I--){const g=this._weightedWaiters[I-1];if(!g)continue;const C=g.findIndex(I=>I.priority<=A);(-1===C?g:g.splice(0,C)).forEach(A=>A.resolve())}}}_couldLockImmediately(A,I){return(0===this._queue.length||this._queue[0].priority<I)&&A<=this._value}}function yd(A,I){for(let g=A.length-1;g>=0;g--)if(I(A[g]))return g;return-1}class ld{constructor(A){this._semaphore=new hd(1,A)}acquire(){return function(A,I,g,C){return new(g||(g=Promise))(function(B,i){function Q(A){try{E(C.next(A))}catch(A){i(A)}}function e(A){try{E(C.throw(A))}catch(A){i(A)}}function E(A){var I;A.done?B(A.value):(I=A.value,I instanceof g?I:new g(function(A){A(I)})).then(Q,e)}E((C=C.apply(A,I||[])).next())})}(this,arguments,void 0,function*(A=0){const[,I]=yield this._semaphore.acquire(1,A);return I})}runExclusive(A,I=0){return this._semaphore.runExclusive(()=>A(),1,I)}isLocked(){return this._semaphore.isLocked()}waitForUnlock(A=0){return this._semaphore.waitForUnlock(1,A)}release(){this._semaphore.isLocked()&&this._semaphore.release()}cancel(){return this._semaphore.cancel()}}var kd=Q(228),ud=Q(6705),Nd=Q(8287).hp,Gd=class{generateAdaptorFromSignature(A){const I=ie.utils.randomPrivateKey(),{r:g,s:C}=pd(A),B=oQ(Vi(C)-Vi(I),ie.CURVE.n);return{adaptorSignature:new Uint8Array([...g,...vi(B,32)]),adaptorPrivateKey:I}}generateSignatureFromExistingAdaptor(A,I){const{r:g,s:C}=pd(A),B=oQ(Vi(C)-Vi(I),ie.CURVE.n);return new Uint8Array([...g,...vi(B,32)])}validateAdaptorSignature(A,I,g,C){return function(A,I,g,C){if(32!==I.length)throw new Error(`wrong size for message (got ${I.length}, want 32)`);const B=de.utils.lift_x(Vi(g));B.assertValidity();const i=A.slice(0,32),Q=A.slice(32,64),e=oQ(-oQ(Vi(de.utils.taggedHash("BIP0340/challenge",i,B.toBytes().slice(1),I)),ie.CURVE.n),ie.CURVE.n),E=ie.Point.BASE.multiplyUnsafe(Vi(Q)),t=B.multiplyUnsafe(e),o=E.add(t);if(o.is0())throw new Error("R is zero");o.assertValidity();const n=ie.Point.fromHex(C),a=o.add(n);if(a.equals(ie.Point.ZERO))throw new Error("calculated R point is the point at infinity");if(a.assertValidity(),a.y%2n!=0n)throw new Error("calculated R y-value is odd");const s=Vi(i);if(a.toAffine().x!==s)throw new Error("calculated R point was not given R");return!0}(g,I,A,C)}applyAdaptorToSignature(A,I,g,C){const{r:B,s:i}=pd(g),Q=Vi(i),e=Vi(C),E=oQ(Q+e,ie.CURVE.n),t=new Uint8Array([...B,...vi(E,32)]);try{if(de.verify(t,I,A))return t}catch{}const o=oQ(Q-e,ie.CURVE.n),n=new Uint8Array([...B,...vi(o,32)]);try{if(de.verify(n,I,A))return n}catch{}throw new Error("Cannot apply adaptor to signature")}getPublicKeyBytes(A){return ie.getPublicKey(A,!0)}batchGetPublicKeyBytes(A){return A.map(A=>this.getPublicKeyBytes(A))}};function pd(A){if(64!==A.length)throw new Error(`Invalid signature length: expected 64, got ${A.length}`);const I=A.slice(0,32),g=A.slice(32,64);if(Vi(I)>=ie.CURVE.Fp.ORDER)throw new Error("Invalid signature: r >= field prime");if(Vi(g)>=ie.CURVE.n)throw new Error("Invalid signature: s >= group order");return{r:I,s:g}}let Sd=null;function fd(){if(!Sd)throw new Error("sparkFrost is not set");return Sd}let Fd=globalThis.crypto??null;const Rd=()=>{if(!Fd)throw new Error("Crypto implementation is not set. Please set it using setCrypto().");return Fd};var Ud=class{};let Md=null;function Kd(){if(!Md)throw new Error("sparkTokenPrimitives is not set");return Md}const md=globalThis,Jd="navigator"in globalThis&&"ReactNative"===navigator.product,bd="Bun"in globalThis,Hd="chrome"in globalThis&&"string"==typeof md.chrome.runtime?.id,Yd=Hd&&"window"in globalThis,Ld="navigator"in globalThis?function(){const A=qn(globalThis.navigator.userAgent);return`${A.browser.name?A.browser.name.toLowerCase().replaceAll(" ","-"):"unknown-browser"}-${A.browser.version?A.browser.version:"unknown-version"}/${A.os.name?A.os.name.toLowerCase().replaceAll(" ","-"):"unknown-os"}-${A.os.version?A.os.version:"unknown-version"}`}()||"unknown-user-agent":void 0;let qd="unknown";if(bd){const A=md.Bun;qd=`bun/${"string"==typeof A.version?A.version:"unknown-version"}`}else if(vB)qd=`node/${globalThis.process.version}`;else if(Jd)qd="react-native";else if(xB){const A=Bare;qd=`bare/${"string"==typeof A.version?A.version:"unknown-version"}`}else if(Hd){const A="location"in globalThis?globalThis.location.protocol:"",I=Yd?"content-script":"background-script";qd=`web-extension/${A.replace(":","")}/${I}/${Ld}`}else qd=`browser/${Ld}`;function Vd(){return`js-spark-sdk/0.8.5 ${qd}`}var Td=class extends Error{context;initialMessage;originalError;constructor(A,I={}){const g={...I,clientEnv:Vd()};let C;g.error&&(C=function(A){if(A instanceof Error)return A;if(A&&"object"==typeof A&&"message"in A&&"string"==typeof A.message)return new Error(A.message);if("string"==typeof A)return new Error(A);let I;try{I=JSON.stringify(A)}catch{I=String(A)}return new Error(I)}(g.error),delete g.error),super(vd(A,g,C)),this.initialMessage=A,this.name=this.constructor.name,this.context=g,this.originalError=C,Error.captureStackTrace&&Error.captureStackTrace(this,this.constructor)}update({message:A,context:I={}}){this.context={...this.context,...I},this.message=vd(A??this.initialMessage,this.context,this.originalError)}getContext(){return this.context}toString(){return this.message}toJSON(){return{name:this.name,message:this.message,context:this.context,originalError:this.originalError?{name:this.originalError.name,message:this.originalError.message,stack:this.originalError.stack}:void 0,stack:this.stack}}};function vd(A,I={},g){const C=Object.entries(I).map(([A,I])=>`${A}: ${function(A){const I=(A,I)=>"bigint"==typeof I?I.toString():I instanceof Uint8Array?Zd(I):I;if("bigint"==typeof A)return`${A.toString()}`;if(A instanceof Uint8Array)return`${Zd(A)}`;try{const g=JSON.stringify(A,I);return void 0===g?String(A):g.replace(/^"|"$/g,"")}catch{try{return String(A)}catch{return"[Unserializable]"}}}(I)}`).join(", ");return`${A.replace(/[.!?]+$/,"")}${g&&g.message!==A?`: ${g.message}`:""}${C?` [${C}]`:""}`}function Zd(A){return`Uint8Array(0x${Vt(A)})`}var xd=class extends Td{constructor(A,I={}){super(A,I)}},Wd=class extends Td{constructor(A,I={}){super(A,I)}},Pd=class extends Td{constructor(A,I={}){super(A,I)}};function Od(A,I,g){if(!A)throw new Error("Missing sparkInvoiceFields");if(!I)throw new Error("Receiver public key is required");if(!g)throw new Error("Network is required");if(1===A.version)return function(A,I,g){if(!A)throw new Error("Missing sparkInvoiceFields");if(!I)throw new Error("Receiver public key is required");if(!g)throw new Error("Network is required");const{version:C,id:B,paymentType:i,memo:Q,senderPublicKey:e,expiryTime:E}=A,t=[],o=Ya.create(),n=Xd(C);o.update(n),t.push(o.digest());const a=Ya.create();if(!B||16!==B.length)throw new Error("invoice id must be exactly 16 bytes");a.update(B),t.push(a.digest());const s=Ya.create();(function(A,I){const g=Xd(function(A){switch(A){case"MAINNET":return 3652501241;case"LOCAL":case"REGTEST":return 3669344250;case"TESTNET":return 118034699;case"SIGNET":return 1087308554;default:throw new Error("invalid network")}}(I));A.update(Ya(g))})(s,g),t.push(s.digest());const r=Ya.create();if(!I||33!==I.length)throw new Error("receiver public key must be exactly 33 bytes");switch(r.update(I),t.push(r.digest()),i?.$case){case"tokensPayment":{const A=i.tokensPayment,I=Ya.create();I.update(new Uint8Array([1])),t.push(I.digest());const g=Ya.create(),C=A.tokenIdentifier;if(C&&0!==C.length){if(32!==C.length)throw new Error("token identifier must be exactly 32 bytes");g.update(C)}else g.update(new Uint8Array(32));t.push(g.digest());const B=Ya.create(),Q=A.amount;if(Q&&Q.length>16)throw new Error("token amount exceeds 16 bytes");Q&&Q.length>0&&B.update(Q),t.push(B.digest());break}case"satsPayment":{const A=i.satsPayment,I=Ya.create();I.update(new Uint8Array([2])),t.push(I.digest());const g=Ya.create();let C=0n;A&&"number"==typeof A.amount&&0!==A.amount&&(C=BigInt(A.amount)),g.update(jd(C)),t.push(g.digest());break}default:throw new Error("unsupported or missing payment type")}const c=Ya.create();null!=Q&&c.update((new TextEncoder).encode(Q)),t.push(c.digest());const D=Ya.create(),w=e;if(w&&0!==w.length){if(33!==w.length)throw new Error("sender public key must be exactly 33 bytes");D.update(w)}else D.update(new Uint8Array(33));t.push(D.digest());const d=Ya.create();let h=0n;if(E instanceof Date){const A=Math.floor(E.getTime()/1e3);A>0&&(h=BigInt(A))}d.update(jd(h)),t.push(d.digest());const y=Ya.create();for(const A of t)y.update(A);return y.digest()}(A,I,g);throw new Error(`Unsupported invoice version: ${A.version}`)}function Xd(A){const I=new Uint8Array(4);return new DataView(I.buffer).setUint32(0,A>>>0,!1),I}function jd(A){const I=new Uint8Array(8);return new DataView(I.buffer).setBigUint64(0,A,!1),I}const zd={MAINNET:"spark",TESTNET:"sparkt",REGTEST:"sparkrt",SIGNET:"sparks",LOCAL:"sparkl"},_d={MAINNET:"sp",TESTNET:"spt",REGTEST:"sprt",SIGNET:"sps",LOCAL:"spl"};function $d(A){return Ah(A)}function Ah(A,I){try{ih(A.identityPublicKey);const g=vt(A.identityPublicKey);let C;A.sparkInvoiceFields&&(Qh(A.sparkInvoiceFields),C=A.sparkInvoiceFields);const B=new y;if(B.uint32(10).bytes(g),C){const A=function(A){const I=new y;switch(0!==A.version&&I.uint32(8).uint32(A.version),A.id&&A.id.length&&I.uint32(18).bytes(A.id),void 0!==A.memo&&I.uint32(42).string(A.memo),void 0!==A.senderPublicKey&&I.uint32(50).bytes(A.senderPublicKey),void 0!==A.expiryTime&&N.encode(function(A){const I=A.getTime();return{seconds:Math.floor(I/1e3),nanos:I%1e3*1e6}}(A.expiryTime),I.uint32(58).fork()).join(),A.paymentType?.$case){case"tokensPayment":KC.encode(A.paymentType.tokensPayment,I.uint32(26).fork()).join();break;case"satsPayment":MC.encode(A.paymentType.satsPayment,I.uint32(34).fork()).join()}return I.finish()}(C);B.uint32(18).bytes(A)}I&&I.length&&B.uint32(26).bytes(I);const i=B.finish(),Q=ya.toWords(i);return Eh(zd[A.network],Q)}catch(I){throw new Wd("Failed to encode Spark address",{field:"publicKey",value:A.identityPublicKey,error:I})}}function Ih(A,I){try{if(I!==Bh(A))throw new Wd("Invalid Spark address prefix",{field:"address",value:A,expected:`prefix='${zd[I]}' or '${_d[I]}'`});const g=eh(A),{identityPublicKey:C,sparkInvoiceFields:B,signature:i}=FC.decode(ya.fromWords(g.words)),Q=Vt(C),e=i?Vt(i):void 0;return ih(Q),{identityPublicKey:Q,network:I,sparkInvoiceFields:B&&{version:B.version,id:Na.ofInner(B.id).toString(),paymentType:B.paymentType?"tokensPayment"===B.paymentType.$case?{type:"tokens",tokenIdentifier:B.paymentType.tokensPayment.tokenIdentifier?Vt(B.paymentType.tokensPayment.tokenIdentifier):void 0,amount:B.paymentType.tokensPayment.amount?Vi(B.paymentType.tokensPayment.amount):void 0}:"satsPayment"===B.paymentType.$case?{type:"sats",amount:B.paymentType.satsPayment.amount}:void 0:void 0,memo:B.memo,senderPublicKey:B.senderPublicKey?Vt(B.senderPublicKey):void 0,expiryTime:B.expiryTime},signature:e}}catch(I){if(I instanceof Wd)throw I;throw new Wd("Failed to decode Spark address",{field:"address",value:A,error:I})}}const gh=Object.fromEntries(Object.entries(zd).map(([A,I])=>[I,A])),Ch=Object.fromEntries(Object.entries(_d).map(([A,I])=>[I,A]));function Bh(A){const{prefix:I}=eh(A),g=gh[I]??Ch[I];if(!g)throw new Wd("Invalid Spark address prefix",{field:"network",value:A,expected:"prefix='spark1', 'sparkt1', 'sparkrt1', 'sparks1', 'sparkl1' or legacy ('sp1', 'spt1', 'sprt1', 'sps1', 'spl1')"});return g}function ih(A){try{ie.Point.fromHex(A).assertValidity()}catch(I){throw new Wd("Invalid public key",{field:"publicKey",value:A,error:I})}}function Qh(A){const{version:I,id:g,paymentType:C,memo:B,senderPublicKey:i}=A;if(1!==I)throw new Wd("Version must be 1",{field:"version",value:I});try{Na.ofInner(g)}catch(A){throw new Wd("Invalid id",{field:"id",value:g,error:A})}if(i)try{ih(Vt(i))}catch(A){throw new Wd("Invalid sender public key",{field:"senderPublicKey",value:i,error:A})}if(B&&(new TextEncoder).encode(B).length>120)throw new Wd("Memo exceeds the maximum allowed byte length of 120.",{field:"memo",value:B,expected:"less than 120 bytes"});if(C)if("tokensPayment"===C.$case){const A=BigInt(2**128-1),{amount:I,tokenIdentifier:g}=C.tokensPayment;if(g){if(!(g instanceof Uint8Array))throw new Wd("Token identifier must be Uint8Array",{field:"paymentType.tokensPayment.tokenIdentifier",value:g});if(32!==g.length)throw new Wd("Token identifier must be 32 bytes",{field:"paymentType.tokensPayment.tokenIdentifier",value:g})}if(I){if(I.length>16)throw new Wd("Amount must be less than 16 bytes",{field:"paymentType.tokensPayment.amount",value:I});const g=Vi(I);if(g<0||g>A)throw new Wd("Asset amount must be between 0 and MAX_UINT128",{field:"amount",value:I})}}else{if("satsPayment"!==C.$case)throw new Wd("Invalid payment type",{field:"paymentType",value:C});{const{amount:A}=C.satsPayment;if(A){const I=21e14;if(A<0)throw new Wd("Amount must be greater than or equal to 0",{field:"paymentType.satsPayment.amount",value:A});if(A>I)throw new Wd(`Amount must be less than ${I} sats`)}}}}function eh(A){return function(A){const I=A.lastIndexOf("1");if(I<=0||I>=A.length-1)throw new Error("invalid bech32 string")}(A),ya.decode(A,1024)}function Eh(A,I){return ya.encode(A,I,1024)}let th=function(A){return A[A.MAINNET=0]="MAINNET",A[A.TESTNET=1]="TESTNET",A[A.SIGNET=2]="SIGNET",A[A.REGTEST=3]="REGTEST",A[A.LOCAL=4]="LOCAL",A}({});const oh={[th.MAINNET]:J.MAINNET,[th.TESTNET]:J.TESTNET,[th.SIGNET]:J.SIGNET,[th.REGTEST]:J.REGTEST,[th.LOCAL]:J.REGTEST},nh={[th.MAINNET]:yr,[th.TESTNET]:lr,[th.SIGNET]:lr,[th.REGTEST]:{...lr,bech32:"bcrt"},[th.LOCAL]:{...lr,bech32:"bcrt"}},ah=A=>nh[A];function sh(A,I){if(33!==A.length)throw new Wd("Public key must be 33 bytes",{field:"pubKey",value:A.length,expected:33});const g=Gc(ie.Point.fromHex(A).toBytes().slice(1,33),void 0,ah(I)).script;if(!g)throw new Wd("Failed to get P2TR script",{field:"script",value:"null"});return g}function rh(A,I){if(33!==A.length)throw new Wd("Public key must be 33 bytes",{field:"pubKey",value:A.length,expected:33});const g=Gc(ie.Point.fromHex(A).toBytes().slice(1,33),void 0,ah(I)).address;if(!g)throw new Wd("Failed to get P2TR address",{field:"address",value:"null"});return g}function ch(A,I){if(34!==A.length||81!==A[0]||32!==A[1])throw new Wd("Invalid pkscript",{field:"pkScript",value:KB(A),expected:"34 bytes starting with 0x51 0x20"});const g=Dc.decode(A);return Rc(ah(I)).encode(g)}function Dh(A,I){if(33!==A.length)throw new Wd("Public key must be 33 bytes",{field:"pubKey",value:A.length,expected:33});const g=hc(A,ah(I)).address;if(!g)throw new Wd("Failed to get P2WPKH address",{field:"address",value:"null"});return g}function wh(A){const I=JB(A),g=Oc.fromRaw(I,{allowUnknownOutputs:!0});if(!g)throw new Wd("Failed to parse transaction",{field:"tx",value:"null"});return g}function dh(A){const I=Oc.fromRaw(A,{allowUnknownOutputs:!0});if(!I)throw new Wd("Failed to parse transaction",{field:"tx",value:"null"});return I}function hh(A,I,g){const C=g.script;if(!C)throw new Wd("No script found in prevOutput",{field:"prevScript",value:"null"});const B=g.amount;if(!B)throw new Wd("No amount found in prevOutput",{field:"amount",value:"null"});return A.preimageWitnessV1(I,Array(A.inputsLength).fill(C),Hc.DEFAULT,Array(A.inputsLength).fill(B))}function yh(A,I,g){if(g.length!==A.inputsLength)throw new Wd("prevOutputs length must match transaction inputs length",{field:"prevOutputs",value:g.length,expected:A.inputsLength});const C=[],B=[];for(const A of g){if(!A.script)throw new Wd("No script found in prevOutput",{field:"prevScript",value:"null"});if(void 0===A.amount)throw new Wd("No amount found in prevOutput",{field:"amount",value:"null"});C.push(A.script),B.push(A.amount)}return A.preimageWitnessV1(I,C,Hc.DEFAULT,B)}function lh(A){return KB(Ya(Ya(A.toBytes(!0))).reverse())}function kh(A,I){return 10+150*A+34*I}var uh=class A{hasher;constructor(A){this.hasher=A}static newHasher(I){const g=Ya(function(A){const I=new TextEncoder,g=[];for(const C of A){const A=I.encode(C),B=new Uint8Array(8);new DataView(B.buffer).setBigUint64(0,BigInt(A.length),!1),g.push(B),g.push(A)}const C=g.reduce((A,I)=>A+I.length,0),B=new Uint8Array(C);let i=0;for(const A of g)B.set(A,i),i+=A.length;return B}(I)),C=Ya.create();return C.update(g),C.update(g),new A(C)}addBytes(A){return this.addValue(A),this}addString(A){const I=new TextEncoder;return this.addValue(I.encode(A)),this}addUint64(A){let I;if("number"==typeof A){if(!Number.isSafeInteger(A)||A<0)throw new Error(`addUint64: number must be a non-negative safe integer, got ${A}`);I=BigInt(A)}else{if(A<0n)throw new Error(`addUint64: bigint must be non-negative, got ${A}`);if(A>18446744073709551615n)throw new Error(`addUint64: bigint must be within uint64 range (0 to 2^64-1), got ${A}`);I=A}const g=new Uint8Array(8);return new DataView(g.buffer).setBigUint64(0,I,!1),this.addValue(g),this}addUint32(A){if(!Number.isSafeInteger(A)||A<0||A>4294967295)throw new Error(`addUint32: value must be a valid uint32, got ${A}`);return this.addUint64(BigInt(A))}addUint16(A){if(!Number.isSafeInteger(A)||A<0||A>65535)throw new Error(`addUint16: value must be a valid uint16, got ${A}`);return this.addUint64(BigInt(A))}addUint8(A){if(!Number.isSafeInteger(A)||A<0||A>255)throw new Error(`addUint8: value must be a valid uint8, got ${A}`);return this.addUint64(BigInt(A))}addMapStringToBytes(A){this.addUint64(Object.keys(A).length);const I=new TextEncoder,g=Object.entries(A).map(([A,g])=>({key:A,value:g,keyBytes:I.encode(A)}));g.sort((A,I)=>function(A,I){const g=Math.min(A.length,I.length);for(let C=0;C<g;C++)if(A[C]!==I[C])return A[C]-I[C];return A.length-I.length}(A.keyBytes,I.keyBytes));for(const A of g)this.addString(A.key),this.addBytes(A.value);return this}addValue(A){const I=new Uint8Array(8);new DataView(I.buffer).setBigUint64(0,BigInt(A.length),!1),this.hasher.update(I),this.hasher.update(A)}hash(){return this.hasher.digest()}};function Nh(A){return uh.newHasher(A)}const Gh=955;async function ph({parentTx:A,sequence:I,directSequence:g,vout:C,network:B}){const i=A.getOutput(C);if(!i.amount||!i.script)throw new Wd("Parent output amount or script not found",{field:"parentOutput",value:i});const Q=ch(i.script,B),e=g??I+50,E=await fd().constructNodeTxPair(A.toBytes(!0),C,Q,I,e,BigInt(Gh));return{nodeTx:dh(E.cpfp.tx),directNodeTx:dh(E.direct.tx)}}async function Sh(A,I){return ph({parentTx:A,sequence:0,directSequence:50,vout:0,network:I})}function fh(A,I){const g=mh(A)-100,C=(A||0)&1<<30;if(I&&g<0)throw new Wd("timelock interval is less than 0",{field:"nextTimelock",value:g,expected:"Non-negative timelock interval"});if(!I&&g<=0)throw new Wd("timelock interval is less than or equal to 0",{field:"nextTimelock",value:g,expected:"Timelock greater than 0"});return{nextSequence:C|g+70,nextDirectSequence:C|g+85}}async function Fh({nodeTx:A,directNodeTx:I,receivingPubkey:g,network:C,sequence:B,enforceTimelocks:i=!1}){if(i){let A=mh(B);const I=A%100;0!==I&&(A-=I),B=65535&A|(B&1<<30)>>>0}const Q=B+50,e=!mh(A.getInput(0).sequence),E=I&&!e?I.toBytes(!0):null,t=await fd().constructRefundTxTrio(A.toBytes(!0),E,0,g,function(A){switch(A){case th.MAINNET:return"mainnet";case th.TESTNET:return"testnet";case th.SIGNET:return"signet";case th.REGTEST:case th.LOCAL:return"regtest"}}(C),B,Q,BigInt(Gh));return{cpfpRefundTx:dh(t.cpfp_refund.tx),directRefundTx:t.direct_refund?dh(t.direct_refund.tx):void 0,directFromCpfpRefundTx:dh(t.direct_from_cpfp_refund.tx)}}async function Rh(A){return Fh({...A,sequence:2e3})}async function Uh(A){const I=Hh(A.sequence).nextSequence;return Fh({...A,sequence:I,enforceTimelocks:!0})}async function Mh(A){return Fh({...A,enforceTimelocks:!0})}async function Kh(A){const{connectorOutput:I,...g}=A,{cpfpRefundTx:C,directRefundTx:B,directFromCpfpRefundTx:i}=await Uh(g);return C.addInput(I),B&&B.addInput(I),i&&i.addInput(I),{cpfpRefundTx:C,directRefundTx:B,directFromCpfpRefundTx:i}}function mh(A){return 65535&(A||0)}function Jh(A){return 0===mh(A)}function bh(A){return mh(A)<200}function Hh(A,I){const g=mh(A)-100,C=(A||0)&1<<30;if(I&&g<0)throw new Wd("timelock interval is less than 0",{field:"nextTimelock",value:g,expected:"Non-negative timelock interval"});if(!I&&g<=0)throw new Wd("timelock interval is less than or equal to 0",{field:"nextTimelock",value:g,expected:"Timelock greater than 0"});return{nextSequence:C|g,nextDirectSequence:C|g+50}}function Yh(){return{script:new Uint8Array([81,2,78,115]),amount:0n}}function Lh(){const A=ie.Point.fromHex("0250929b74c1a04954b78b4b6035e97a5e078a5a0f28ec96d547bfee9ace803ac0").toBytes(!0).slice(1);return Nd.from(A)}const qh=2160;function Vh(A){const I=A.getOutput(0)?.amount;if(null==I)throw new Wd("Missing HTLC output amount");return I}function Th({nodeTx:A,directNodeTx:I,vout:g,sequence:C,directSequence:B,directInput:i,network:Q,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t}){const o=vh({nodeTx:A,sequence:C,vout:g,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,applyFee:!1,network:Q}),n=vh({nodeTx:A,sequence:B,vout:g,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,applyFee:!0,network:Q});let a;if(B&&I)a=vh({nodeTx:I,sequence:B,vout:g,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,applyFee:!0,network:Q});else if(i&&!B)throw new Wd("directSequence must be provided if directInput is",{field:"directSequence",value:B});return{cpfpRefundTx:o,directRefundTx:a,directFromCpfpRefundTx:n}}function vh({nodeTx:A,vout:I,sequence:g,hash:C,hashLockDestinationPubkey:B,sequenceLockDestinationPubkey:i,applyFee:Q,network:e}){let E=A.getOutput(I)?.amount??0n;var t;Q&&(E=(t=E)>BigInt(Gh)?t-BigInt(Gh):t);const o={txid:JB(lh(A)),index:0},n=new Oc({version:3,allowUnknownOutputs:!0});n.addInput({...o,sequence:g});const a=function({hash:A,hashLockDestinationPubkey:I,sequence:g,sequenceLockDestinationPubkey:C,network:B}){return Gc(Lh(),yc([{leafVersion:192,script:Zh(A,I)},{leafVersion:192,script:xh(g,C)}]),B,!0).script}({hash:C,hashLockDestinationPubkey:B,sequence:qh,sequenceLockDestinationPubkey:i,network:e});return n.addOutput({script:a,amount:E}),Q||n.addOutput(Yh()),n}function Zh(A,I){return Gr.encode(["SHA256",A,"EQUALVERIFY",I.slice(1,33),"CHECKSIG"])}function xh(A,I){const g=A>=0&&A<=16?A:Nr().encode(BigInt(A));return Gr.encode([g,"CHECKSEQUENCEVERIFY","DROP",I.slice(1,33),"CHECKSIG"])}function Wh(A,I){const g=new Xc.Metadata(I?.metadata);return g.set("x-idempotency-key",A),{...I,metadata:g}}function Ph(A,I){if(32!==A.length||32!==I.length)throw new Wd("Private keys must be 32 bytes",{field:"privateKeys",value:`a: ${A.length}, b: ${I.length}`,expected:32});const g=ie.utils.normPrivateKeyToScalar(A),C=ie.utils.normPrivateKeyToScalar(I);return vi((ie.CURVE.n-C+g)%ie.CURVE.n,32)}const Oh=Boolean("undefined"!=typeof process&&process?.env?.SPARK_LOCAL_INGRESS_HOST),Xh="022bf283544b16c0622daecb79422007d167eca6ce9f0c98c0c49833b1f7170bfe",jh="023e33e2920326f64ea31058d44777442d97d7d5cbfcf54e3060bc1695e5261c93",zh="http://127.0.0.1:5000",_h="http://127.0.0.1:30000",$h={SSP:"https://api.lightspark.com",ELECTRS:"https://regtest-mempool.us-west-2.sparkinfra.net/api"},Ay={SSP:"https://api.lightspark.com",ELECTRS:"https://mempool.space/api"},Iy="spark-sdk",gy="mCMk1JqlBNtetUNy";function Cy(A){switch(A){case"LOCAL":return Oh?"http://mempool.minikube.local/api":_h;case"REGTEST":return $h.ELECTRS;case"MAINNET":return Ay.ELECTRS;default:return _h}}function By(A){switch(A){case"LOCAL":default:return"028c094a432d46a0ac95349d792c2e3730bd60c29188db716f56a99e39b95338b4";case"REGTEST":return Xh;case"MAINNET":return jh}}function iy(A){switch(A){case"LOCAL":return Oh?"http://app.minikube.local":zh;case"REGTEST":return $h.SSP;case"MAINNET":return Ay.SSP;default:return zh}}const Qy=["sparkWallet","sparkReadonlyClient","connectionManager","serverTimeSync","sspClient","sparkAuthProvider","signingService","transferService","lightningService","depositService","tokenTransactionService","tokenOutputManager","coopExitService","swapService","leafManager","bareHttpTransport","xhrTransport"],ey=(new Set(["LOCAL","MAINNET","REGTEST","SIGNET","TESTNET"]),["03dfbdff4b6332c220f8fa2ba8ed496c698ceada563fa01b67d9983bfc5c95e763","03e625e9768651c9be268e287245cc33f96a68ce9141b0b4769205db027ee8ed77","022eda13465a59205413086130a65dc0ed1b8f8e51937043161f8be0c369b1a410"]),Ey=["0322ca18fc489ae25418a0e768273c2c61cabb823edfb14feb891e9bec62016510","0341727a6c41b168f07eb50865ab8c397a53c7eef628ac1020956b705e43b6cb27","0305ab8d485cc752394de4981f8a5ae004f2becfea6f432c9a59d5022d8764f0a6","0352aef4d49439dedd798ac4aef1e7ebef95f569545b647a25338398c1247ffdea","02c05c88cc8fc181b1ba30006df6a4b0597de6490e24514fbdd0266d2b9cd3d0ba"],ty={log:!1,network:"LOCAL",coordinatorIdentifier:"0000000000000000000000000000000000000000000000000000000000000001",frostSignerAddress:Oh?"localhost:9999":"unix:///tmp/frost_0.sock",threshold:2,signingOperators:sy(),tls:{},tokenSignatures:"SCHNORR",tokenValidityDurationSeconds:180,electrsUrl:Cy("LOCAL"),expectedWithdrawBondSats:1e4,expectedWithdrawRelativeBlockLocktime:1e3,sspClientOptions:{baseUrl:iy("LOCAL"),identityPublicKey:By("LOCAL"),schemaEndpoint:"graphql/spark/rc"},signerWithPreExistingKeys:!1,events:{},optimizationOptions:{auto:!0,multiplicity:1},tokenOptimizationOptions:{enabled:!0,intervalMs:3e5,minOutputsThreshold:50},tokenOutputLockExpiryMs:2e4,tokenTransactionVersion:"V3",useTokenPrimitivesBindings:!0},oy={...ty,threshold:ry()},ny={LOCAL:oy,LOCAL_SCHNORR:{...oy,threshold:ry()},LOCAL_ECDSA:{...oy,tokenSignatures:"ECDSA",threshold:ry()},REGTEST:{...ty,network:"REGTEST",signingOperators:ay(),electrsUrl:Cy("REGTEST"),expectedWithdrawBondSats:1e4,expectedWithdrawRelativeBlockLocktime:1e3,sspClientOptions:{baseUrl:iy("REGTEST"),identityPublicKey:By("REGTEST")}},MAINNET:{...ty,network:"MAINNET",signingOperators:ay(),electrsUrl:Cy("MAINNET"),expectedWithdrawBondSats:1e4,expectedWithdrawRelativeBlockLocktime:1e3,sspClientOptions:{baseUrl:iy("MAINNET"),identityPublicKey:By("MAINNET")}}};function ay(){return{"0000000000000000000000000000000000000000000000000000000000000001":{id:0,identifier:"0000000000000000000000000000000000000000000000000000000000000001",address:"https://0.spark.lightspark.com",identityPublicKey:ey[0]},"0000000000000000000000000000000000000000000000000000000000000002":{id:1,identifier:"0000000000000000000000000000000000000000000000000000000000000002",address:"https://spark-operator.breez.technology",identityPublicKey:ey[1]},"0000000000000000000000000000000000000000000000000000000000000003":{id:2,identifier:"0000000000000000000000000000000000000000000000000000000000000003",address:"https://2.spark.flashnet.xyz",identityPublicKey:ey[2]}}}function sy(){const A="undefined"!=typeof process&&void 0!==process.env.NUM_SPARK_OPERATORS?parseInt(process.env.NUM_SPARK_OPERATORS,10):3,I=xB?"spark-web.minikube.local":"spark.minikube.local";return function(A){if(A.length>Ey.length)throw new Error(`Expected at most ${Ey.length} local signing operators, got ${A.length}`);const I={};for(let g=0;g<A.length;g++){const C=`000000000000000000000000000000000000000000000000000000000000000${g+1}`;I[C]={id:g,identifier:C,address:A[g],identityPublicKey:Ey[g]}}return I}(Array.from({length:A},(A,g)=>Oh?`https://${g}.${I}`:`https://localhost:${8535+g}`))}function ry(A=sy()){const I=Object.keys(A).length;return Math.floor((I+2)/2)}const cy={options:{},trace(){},debug(){},info(){},warn(){},error(){},setOptions(){},setLevel(){},setEnabled(){}};function Dy(A){try{const I=new URL(A);return`[path ${I.protocol}//${I.host}${I.pathname}]`}catch{return`[path length=${A.length}]`}}const wy=[502,503,504];function dy(A,I){const g=A.baseDelayMs*Math.pow(2,I);return Math.min(g,A.maxDelayMs)}let hy="undefined"!=typeof window&&window.fetch?window.fetch.bind(window):globalThis.fetch?globalThis.fetch.bind(globalThis):null,yy=globalThis.Headers??null;const ly=A=>{if(!hy)throw new Error("Fetch implementation is not set. Please set it using setFetch().");if(!yy)throw new Error("Headers implementation is not set. Please set it using setFetch().");return{fetch:(I=hy,g=A,async(A,C)=>{const{sparkOptions:B,...i}=C??{},Q=C&&void 0!==B?i:C,e=B?.logger??g?.logger,E=function(A){let I={maxRetries:0,baseDelayMs:0,maxDelayMs:0,retryableStatusCodes:new Set,retryOnNetworkError:!1};if(!A)return I;const g=!0===A?{}:A,C=Math.max(0,g.maxRetries??5),B=Math.max(0,g.baseDelayMs??1e3);return I={maxRetries:C,baseDelayMs:B,maxDelayMs:Math.max(B,g.maxDelayMs??1e4),retryableStatusCodes:new Set(g.retryableStatusCodes??wy),retryOnNetworkError:g.retryOnNetworkError??!0},I}(B?.retry??g?.retry??!1);if(!e&&!E.maxRetries)return I(A,Q);const t=(Q?.method??(Gy(A)?A.method:void 0)??"GET").toUpperCase(),o=Q?.signal??(Gy(A)?A.signal:null),n=Dy(function(A){if("string"==typeof A)return A;if(A instanceof URL)return A.toString();if(Gy(A))return A.url;if("object"==typeof A&&A&&"url"in A)try{const I=A.url;return"string"==typeof I?I:""}catch{return""}return""}(A)),a=E.maxRetries;for(let g=0;g<=a;g++){const C=Date.now();e?.debug?.(`HTTP ${t} ${n} -> start (attempt ${g+1}/${a+1})`);try{const B=await I(py(A),Q),i=Date.now()-C;if(e?.debug?.(`HTTP ${t} ${n} -> ${B.status} (+${i}ms, attempt ${g+1}/${a+1})`),E.retryableStatusCodes.has(B.status)&&g<a){const A=dy(E,g);e?.debug?.(`HTTP ${t} ${n} -> ${B.status} (attempt ${g+1}/${a+1}), retrying in ${A}ms`),await uy(A,o);continue}return B}catch(A){const I=Date.now()-C,B=Sy(A);if(e?.debug?.(`HTTP ${t} ${n} -> error (+${I}ms, attempt ${g+1}/${a+1}): ${B}`),ky(A,o))throw A;if(!E.retryOnNetworkError||g>=a)throw A;const i=dy(E,g);e?.debug?.(`HTTP ${t} ${n} -> error (attempt ${g+1}/${a+1}), retrying in ${i}ms: ${B}`),await uy(i,o)}}throw new Error("Retry loop exited unexpectedly")}),Headers:yy};var I,g};function ky(A,I){return!!I?.aborted||A instanceof Error&&("AbortError"===A.name||"TimeoutError"===A.name)}function uy(A,I){return I?I.aborted?Promise.reject(Ny(I)):new Promise((g,C)=>{const B=setTimeout(()=>{I.removeEventListener("abort",i),g()},A),i=()=>{clearTimeout(B),I.removeEventListener("abort",i),C(Ny(I))};I.addEventListener("abort",i,{once:!0})}):new Promise(I=>setTimeout(I,A))}function Ny(A){if(A.reason instanceof Error)return A.reason;const I="string"==typeof A.reason&&A.reason.length>0?A.reason:"The operation was aborted",g=new Error(I);return g.name="AbortError",g}function Gy(A){return"undefined"!=typeof Request&&A instanceof Request}function py(A){return Gy(A)?A.clone():A}function Sy(A){return A instanceof Error?A.message:"string"==typeof A?A:"number"==typeof A||"boolean"==typeof A||"bigint"==typeof A||"symbol"==typeof A?A.toString():"unknown"}const fy=JB("deadbeef1337cafe4242424242424242deadbeef1337cafe4242424242424242"),Fy=JB("1337cafe4242deadbeef4242424242421337cafe4242deadbeef424242424242"),Ry=1e8;function Uy(A,I,g){let C=Wt(A,Zt(`|${I}|${g}|v1`));for(let A=0;A<1024;A++){const I=Ya(C);if(ie.utils.isValidPrivateKey(I))return I;C=Wt(I,Zt(`|retry:${A}`))}throw new Error("Failed to derive a valid secp256k1 private key")}const My=10000000n,Ky=1000000n;var my=class A{coins=[];static instance=null;miningAddress;lock=Promise.resolve();faucetKey;miningKey;constructor(A,I,g){this.url=A,this.username=I,this.password=g;const C=`spark-sdk:${process.env.SPARK_TEST_FAUCET_NAMESPACE||(process.env.GITHUB_RUN_ID?`${process.env.GITHUB_RUN_ID}-${process.env.GITHUB_RUN_ATTEMPT||"1"}`:"local")}`;this.faucetKey=Uy(fy,C,"faucet"),this.miningKey=Uy(Fy,C,"miner"),this.miningAddress=rh(ie.getPublicKey(this.miningKey),th.LOCAL)}static getInstance(){if(!A.instance){const I=process.env.SPARK_LOCAL_INGRESS_HOST;A.instance=new A(process.env.BITCOIN_RPC_URL||(I?`http://${I}:8332`:"http://127.0.0.1:8332"),process.env.BITCOIN_RPC_USER||"testutil",process.env.BITCOIN_RPC_PASSWORD||"testutilpassword")}return A.instance}async withLock(A){const I=this.lock;let g;this.lock=new Promise(A=>g=A),await I;try{return await A()}finally{g()}}async fund(){return this.withLock(async()=>{0===this.coins.length&&await this.refill();const A=this.coins[0];if(!A)throw new Error("Failed to get coin from faucet");return this.coins=this.coins.slice(1),A})}async refill(){const A=ie.getPublicKey(this.miningKey),I=rh(A,th.LOCAL),g=await this.callWithRetry("scantxoutset",["start",[`addr(${I})`]]);let C;if(g.success&&g.unspents.length>0){const A=g.unspents.find(A=>{const I=BigInt(Math.floor(A.amount*Ry))>=1001000n,C=g.height-A.height>=100;return I&&C});A&&(C={txid:A.txid,vout:A.vout,amount:BigInt(Math.floor(A.amount*Ry))})}if(!C){const A=await this.sendToAddressInternal(I,Number(My));await this.generateToAddress(1,I);const g=await this.getRawTransaction(A),B=Oc.fromRaw(JB(g.hex));for(let g=0;g<B.outputsLength;g++){const i=B.getOutput(g);if(i.script&&i.amount&&ch(i.script,th.LOCAL)===I&&i.amount===My){C={txid:A,vout:g,amount:My};break}}}if(!C)throw new Error("No UTXO large enough to create even one faucet coin");const B=C.amount,i=Number((B-1000n)/Ky),Q=Math.min(i,20);if(Q<1)throw new Error(`Selected UTXO (${B} sats) is too small to create even one faucet coin of 1000000 sats`);const e=new Oc;e.addInput({txid:C.txid,index:C.vout});const E=sh(ie.getPublicKey(this.faucetKey),th.LOCAL);for(let A=0;A<Q;A++)e.addOutput({script:E,amount:Ky});const t=B-Ky*BigInt(Q)-1000n,o=sh(A,th.LOCAL);t>0n&&e.addOutput({script:o,amount:t});const n=await this.signFaucetCoin(e,{amount:B,script:o},this.miningKey);await this.broadcastTx(KB(n.extract()));const a=n.id;for(let A=0;A<Q;A++)this.coins.push({key:this.faucetKey,outpoint:{txid:JB(a),index:A},txout:n.getOutput(A)})}async sendFaucetCoinToP2WPKHAddress(A){const I=new Oc,g=hc(A,ah(th.LOCAL)).address;if(!g)throw new Error("Invalid P2WPKH address");const C=await this.fund();if(!C)throw new Error("No coins available");I.addInput(C.outpoint),I.addOutputAddress(g,999000n,ah(th.LOCAL));const B=await this.signFaucetCoin(I,C.txout,C.key);await this.broadcastTx(KB(B.extract()))}async signFaucetCoin(A,I,g){await Promise.resolve();const C=ie.getPublicKey(g),B=C.slice(1),i=sh(C,th.LOCAL);A.updateInput(0,{tapInternalKey:B,witnessUtxo:{script:i,amount:I.amount}});const Q=A.preimageWitnessV1(0,Array(A.inputsLength).fill(i),Hc.DEFAULT,Array(A.inputsLength).fill(I.amount)),e=wr(g,new Uint8Array);if(!e)throw new Error("Invalid private key for taproot tweaking");const E=de.sign(Q,e);return A.updateInput(0,{tapKeySig:E}),A.finalize(),A}async mineBlocks(A){return await this.generateToAddress(A,this.miningAddress)}async mineBlocksAndWaitForMiningToComplete(A){const I=await this.getBlockCount();await this.mineBlocks(A),await this.waitForBlocksMined({startBlock:I,expectedIncrease:A})}async callWithRetry(A,I,{maxAttempts:g=5,baseDelayMs:C=200,maxDelayMs:B=3e3}={}){for(let i=1;i<=g;i++)try{return await this.call(A,I)}catch(A){if(!(A instanceof xd&&A.message?.includes("Scan already in progress"))||i===g)throw A;const I=Math.min(C*2**(i-1),B)+100*Math.random();await new Promise(A=>setTimeout(A,I))}throw new Error("Unexpected retry loop exit")}async call(A,I){try{const{fetch:g,Headers:C}=ly(),B=await(await g(this.url,{method:"POST",headers:new C({"Content-Type":"application/json",Authorization:"Basic "+btoa(`${this.username}:${this.password}`)}),body:JSON.stringify({jsonrpc:"1.0",id:"spark-js",method:A,params:I})})).json();if(B.error)throw console.error(`RPC Error for method ${A}:`,B.error),new xd("Bitcoin RPC error",{bitcoinRpcMethod:A,params:I,code:B.error.code,error:B.error});return B.result}catch(g){if(g instanceof xd)throw g;throw new xd("Failed to call Bitcoin RPC",{bitcoinRpcMethod:A,params:I,error:g})}}async generateToAddress(A,I){return await this.call("generatetoaddress",[A,I])}async sendToAddressInternal(A,I){return await this.call("sendtoaddress",[A,I/Ry])}async getBlock(A){return await this.call("getblock",[A,2])}async getBlockCount(){return await this.call("getblockcount",[])}async waitForBlocksMined({startBlock:A,expectedIncrease:I,timeoutMs:g=3e4,intervalMs:C=100}){const B=Date.now()+g;await new Promise(A=>setTimeout(A,C));const i=A+I;for(;Date.now()<B;){const A=await this.getBlockCount();if(A>=i)return A;await new Promise(A=>setTimeout(A,C))}throw new Error(`Timed out waiting for ${I} blocks (target height ${i})`)}async broadcastTx(A){return await this.call("sendrawtransaction",[A,0])}async submitPackage(A){return await this.call("submitpackage",[A])}async getNewAddress(){await Promise.resolve();const A=ie.utils.randomPrivateKey();return rh(ie.getPublicKey(A),th.LOCAL)}async getNewExternalWPKHWallet(){await Promise.resolve();const A=ie.utils.randomPrivateKey(),I=ie.getPublicKey(A);return{address:Dh(I,th.LOCAL),key:A,pubKey:I}}async sendToAddress(A,I,g=1){const C=Number(I)/Ry,B=await this.call("sendtoaddress",[A,C]);if(g>0){const A=ie.utils.randomPrivateKey(),I=rh(ie.getPublicKey(A),th.LOCAL);await this.generateToAddress(g,I)}const i=await this.getRawTransaction(B);return Oc.fromRaw(JB(i.hex))}static findOutputIndex(A,I){for(let g=0;g<A.outputsLength;g++){const C=A.getOutput(g);if(C.script&&C.script.length===I.length&&C.script.every((A,g)=>A===I[g]))return g}throw new Error("Output not found in transaction")}async buildAndBroadcastTx(A,I,g,C=1000n){const B=new Oc;B.addInput({...A.outpoint,sequence:4294967293});const i=Ky-C,Q=Rc(ah(th.LOCAL)).decode(I),e=Dc.encode(Q);B.addOutput({script:e,amount:g});const E=i-g;if(E>0){const A=ie.utils.randomPrivateKey(),I=sh(ie.getPublicKey(A),th.LOCAL);B.addOutput({script:I,amount:E})}const t=await this.signFaucetCoin(B,A.txout,A.key),o=KB(t.extract());return await this.broadcastTx(o),t}async sendToAddressRbf(A,I){const g=await this.fund();if(!g)throw new Error("No coins available");return{tx:await this.buildAndBroadcastTx(g,A,I),coin:g}}async replaceTransaction(A,I,g){return await Promise.resolve(),this.buildAndBroadcastTx(A,I,g,2000n)}async getRawTransaction(A){return await this.call("getrawtransaction",[A,2])}async getRawMempool(){return await this.call("getrawmempool",[])}async getMempoolEntry(A){return await this.call("getmempoolentry",[A])}async waitForMempoolEntry(A,I=3e4,g=5e3){const C=Date.now()+I;for(;Date.now()<C;)try{const I=await this.getMempoolEntry(A);if(I)return I}catch{await new Promise(A=>setTimeout(A,g))}throw new Error(`Timed out waiting for mempool entry for txid ${A}`)}};let Jy=function(A){return A[A.EDITION_UNKNOWN=0]="EDITION_UNKNOWN",A[A.EDITION_LEGACY=900]="EDITION_LEGACY",A[A.EDITION_PROTO2=998]="EDITION_PROTO2",A[A.EDITION_PROTO3=999]="EDITION_PROTO3",A[A.EDITION_2023=1e3]="EDITION_2023",A[A.EDITION_2024=1001]="EDITION_2024",A[A.EDITION_UNSTABLE=9999]="EDITION_UNSTABLE",A[A.EDITION_1_TEST_ONLY=1]="EDITION_1_TEST_ONLY",A[A.EDITION_2_TEST_ONLY=2]="EDITION_2_TEST_ONLY",A[A.EDITION_99997_TEST_ONLY=99997]="EDITION_99997_TEST_ONLY",A[A.EDITION_99998_TEST_ONLY=99998]="EDITION_99998_TEST_ONLY",A[A.EDITION_99999_TEST_ONLY=99999]="EDITION_99999_TEST_ONLY",A[A.EDITION_MAX=2147483647]="EDITION_MAX",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function by(A){switch(A){case 0:case"EDITION_UNKNOWN":return Jy.EDITION_UNKNOWN;case 900:case"EDITION_LEGACY":return Jy.EDITION_LEGACY;case 998:case"EDITION_PROTO2":return Jy.EDITION_PROTO2;case 999:case"EDITION_PROTO3":return Jy.EDITION_PROTO3;case 1e3:case"EDITION_2023":return Jy.EDITION_2023;case 1001:case"EDITION_2024":return Jy.EDITION_2024;case 9999:case"EDITION_UNSTABLE":return Jy.EDITION_UNSTABLE;case 1:case"EDITION_1_TEST_ONLY":return Jy.EDITION_1_TEST_ONLY;case 2:case"EDITION_2_TEST_ONLY":return Jy.EDITION_2_TEST_ONLY;case 99997:case"EDITION_99997_TEST_ONLY":return Jy.EDITION_99997_TEST_ONLY;case 99998:case"EDITION_99998_TEST_ONLY":return Jy.EDITION_99998_TEST_ONLY;case 99999:case"EDITION_99999_TEST_ONLY":return Jy.EDITION_99999_TEST_ONLY;case 2147483647:case"EDITION_MAX":return Jy.EDITION_MAX;default:return Jy.UNRECOGNIZED}}function Hy(A){switch(A){case Jy.EDITION_UNKNOWN:return"EDITION_UNKNOWN";case Jy.EDITION_LEGACY:return"EDITION_LEGACY";case Jy.EDITION_PROTO2:return"EDITION_PROTO2";case Jy.EDITION_PROTO3:return"EDITION_PROTO3";case Jy.EDITION_2023:return"EDITION_2023";case Jy.EDITION_2024:return"EDITION_2024";case Jy.EDITION_UNSTABLE:return"EDITION_UNSTABLE";case Jy.EDITION_1_TEST_ONLY:return"EDITION_1_TEST_ONLY";case Jy.EDITION_2_TEST_ONLY:return"EDITION_2_TEST_ONLY";case Jy.EDITION_99997_TEST_ONLY:return"EDITION_99997_TEST_ONLY";case Jy.EDITION_99998_TEST_ONLY:return"EDITION_99998_TEST_ONLY";case Jy.EDITION_99999_TEST_ONLY:return"EDITION_99999_TEST_ONLY";case Jy.EDITION_MAX:return"EDITION_MAX";case Jy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let Yy=function(A){return A[A.VISIBILITY_UNSET=0]="VISIBILITY_UNSET",A[A.VISIBILITY_LOCAL=1]="VISIBILITY_LOCAL",A[A.VISIBILITY_EXPORT=2]="VISIBILITY_EXPORT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Ly(A){switch(A){case 0:case"VISIBILITY_UNSET":return Yy.VISIBILITY_UNSET;case 1:case"VISIBILITY_LOCAL":return Yy.VISIBILITY_LOCAL;case 2:case"VISIBILITY_EXPORT":return Yy.VISIBILITY_EXPORT;default:return Yy.UNRECOGNIZED}}function qy(A){switch(A){case Yy.VISIBILITY_UNSET:return"VISIBILITY_UNSET";case Yy.VISIBILITY_LOCAL:return"VISIBILITY_LOCAL";case Yy.VISIBILITY_EXPORT:return"VISIBILITY_EXPORT";case Yy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let Vy=function(A){return A[A.DECLARATION=0]="DECLARATION",A[A.UNVERIFIED=1]="UNVERIFIED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Ty(A){switch(A){case 0:case"DECLARATION":return Vy.DECLARATION;case 1:case"UNVERIFIED":return Vy.UNVERIFIED;default:return Vy.UNRECOGNIZED}}let vy=function(A){return A[A.TYPE_DOUBLE=1]="TYPE_DOUBLE",A[A.TYPE_FLOAT=2]="TYPE_FLOAT",A[A.TYPE_INT64=3]="TYPE_INT64",A[A.TYPE_UINT64=4]="TYPE_UINT64",A[A.TYPE_INT32=5]="TYPE_INT32",A[A.TYPE_FIXED64=6]="TYPE_FIXED64",A[A.TYPE_FIXED32=7]="TYPE_FIXED32",A[A.TYPE_BOOL=8]="TYPE_BOOL",A[A.TYPE_STRING=9]="TYPE_STRING",A[A.TYPE_GROUP=10]="TYPE_GROUP",A[A.TYPE_MESSAGE=11]="TYPE_MESSAGE",A[A.TYPE_BYTES=12]="TYPE_BYTES",A[A.TYPE_UINT32=13]="TYPE_UINT32",A[A.TYPE_ENUM=14]="TYPE_ENUM",A[A.TYPE_SFIXED32=15]="TYPE_SFIXED32",A[A.TYPE_SFIXED64=16]="TYPE_SFIXED64",A[A.TYPE_SINT32=17]="TYPE_SINT32",A[A.TYPE_SINT64=18]="TYPE_SINT64",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Zy(A){switch(A){case 1:case"TYPE_DOUBLE":return vy.TYPE_DOUBLE;case 2:case"TYPE_FLOAT":return vy.TYPE_FLOAT;case 3:case"TYPE_INT64":return vy.TYPE_INT64;case 4:case"TYPE_UINT64":return vy.TYPE_UINT64;case 5:case"TYPE_INT32":return vy.TYPE_INT32;case 6:case"TYPE_FIXED64":return vy.TYPE_FIXED64;case 7:case"TYPE_FIXED32":return vy.TYPE_FIXED32;case 8:case"TYPE_BOOL":return vy.TYPE_BOOL;case 9:case"TYPE_STRING":return vy.TYPE_STRING;case 10:case"TYPE_GROUP":return vy.TYPE_GROUP;case 11:case"TYPE_MESSAGE":return vy.TYPE_MESSAGE;case 12:case"TYPE_BYTES":return vy.TYPE_BYTES;case 13:case"TYPE_UINT32":return vy.TYPE_UINT32;case 14:case"TYPE_ENUM":return vy.TYPE_ENUM;case 15:case"TYPE_SFIXED32":return vy.TYPE_SFIXED32;case 16:case"TYPE_SFIXED64":return vy.TYPE_SFIXED64;case 17:case"TYPE_SINT32":return vy.TYPE_SINT32;case 18:case"TYPE_SINT64":return vy.TYPE_SINT64;default:return vy.UNRECOGNIZED}}let xy=function(A){return A[A.LABEL_OPTIONAL=1]="LABEL_OPTIONAL",A[A.LABEL_REPEATED=3]="LABEL_REPEATED",A[A.LABEL_REQUIRED=2]="LABEL_REQUIRED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Wy(A){switch(A){case 1:case"LABEL_OPTIONAL":return xy.LABEL_OPTIONAL;case 3:case"LABEL_REPEATED":return xy.LABEL_REPEATED;case 2:case"LABEL_REQUIRED":return xy.LABEL_REQUIRED;default:return xy.UNRECOGNIZED}}let Py=function(A){return A[A.SPEED=1]="SPEED",A[A.CODE_SIZE=2]="CODE_SIZE",A[A.LITE_RUNTIME=3]="LITE_RUNTIME",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Oy(A){switch(A){case 1:case"SPEED":return Py.SPEED;case 2:case"CODE_SIZE":return Py.CODE_SIZE;case 3:case"LITE_RUNTIME":return Py.LITE_RUNTIME;default:return Py.UNRECOGNIZED}}let Xy=function(A){return A[A.STRING=0]="STRING",A[A.CORD=1]="CORD",A[A.STRING_PIECE=2]="STRING_PIECE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function jy(A){switch(A){case 0:case"STRING":return Xy.STRING;case 1:case"CORD":return Xy.CORD;case 2:case"STRING_PIECE":return Xy.STRING_PIECE;default:return Xy.UNRECOGNIZED}}let zy=function(A){return A[A.JS_NORMAL=0]="JS_NORMAL",A[A.JS_STRING=1]="JS_STRING",A[A.JS_NUMBER=2]="JS_NUMBER",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function _y(A){switch(A){case 0:case"JS_NORMAL":return zy.JS_NORMAL;case 1:case"JS_STRING":return zy.JS_STRING;case 2:case"JS_NUMBER":return zy.JS_NUMBER;default:return zy.UNRECOGNIZED}}let $y=function(A){return A[A.RETENTION_UNKNOWN=0]="RETENTION_UNKNOWN",A[A.RETENTION_RUNTIME=1]="RETENTION_RUNTIME",A[A.RETENTION_SOURCE=2]="RETENTION_SOURCE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Al(A){switch(A){case 0:case"RETENTION_UNKNOWN":return $y.RETENTION_UNKNOWN;case 1:case"RETENTION_RUNTIME":return $y.RETENTION_RUNTIME;case 2:case"RETENTION_SOURCE":return $y.RETENTION_SOURCE;default:return $y.UNRECOGNIZED}}let Il=function(A){return A[A.TARGET_TYPE_UNKNOWN=0]="TARGET_TYPE_UNKNOWN",A[A.TARGET_TYPE_FILE=1]="TARGET_TYPE_FILE",A[A.TARGET_TYPE_EXTENSION_RANGE=2]="TARGET_TYPE_EXTENSION_RANGE",A[A.TARGET_TYPE_MESSAGE=3]="TARGET_TYPE_MESSAGE",A[A.TARGET_TYPE_FIELD=4]="TARGET_TYPE_FIELD",A[A.TARGET_TYPE_ONEOF=5]="TARGET_TYPE_ONEOF",A[A.TARGET_TYPE_ENUM=6]="TARGET_TYPE_ENUM",A[A.TARGET_TYPE_ENUM_ENTRY=7]="TARGET_TYPE_ENUM_ENTRY",A[A.TARGET_TYPE_SERVICE=8]="TARGET_TYPE_SERVICE",A[A.TARGET_TYPE_METHOD=9]="TARGET_TYPE_METHOD",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({}),gl=function(A){return A[A.IDEMPOTENCY_UNKNOWN=0]="IDEMPOTENCY_UNKNOWN",A[A.NO_SIDE_EFFECTS=1]="NO_SIDE_EFFECTS",A[A.IDEMPOTENT=2]="IDEMPOTENT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Cl(A){switch(A){case 0:case"IDEMPOTENCY_UNKNOWN":return gl.IDEMPOTENCY_UNKNOWN;case 1:case"NO_SIDE_EFFECTS":return gl.NO_SIDE_EFFECTS;case 2:case"IDEMPOTENT":return gl.IDEMPOTENT;default:return gl.UNRECOGNIZED}}let Bl=function(A){return A[A.FIELD_PRESENCE_UNKNOWN=0]="FIELD_PRESENCE_UNKNOWN",A[A.EXPLICIT=1]="EXPLICIT",A[A.IMPLICIT=2]="IMPLICIT",A[A.LEGACY_REQUIRED=3]="LEGACY_REQUIRED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function il(A){switch(A){case 0:case"FIELD_PRESENCE_UNKNOWN":return Bl.FIELD_PRESENCE_UNKNOWN;case 1:case"EXPLICIT":return Bl.EXPLICIT;case 2:case"IMPLICIT":return Bl.IMPLICIT;case 3:case"LEGACY_REQUIRED":return Bl.LEGACY_REQUIRED;default:return Bl.UNRECOGNIZED}}let Ql=function(A){return A[A.ENUM_TYPE_UNKNOWN=0]="ENUM_TYPE_UNKNOWN",A[A.OPEN=1]="OPEN",A[A.CLOSED=2]="CLOSED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function el(A){switch(A){case 0:case"ENUM_TYPE_UNKNOWN":return Ql.ENUM_TYPE_UNKNOWN;case 1:case"OPEN":return Ql.OPEN;case 2:case"CLOSED":return Ql.CLOSED;default:return Ql.UNRECOGNIZED}}let El=function(A){return A[A.REPEATED_FIELD_ENCODING_UNKNOWN=0]="REPEATED_FIELD_ENCODING_UNKNOWN",A[A.PACKED=1]="PACKED",A[A.EXPANDED=2]="EXPANDED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function tl(A){switch(A){case 0:case"REPEATED_FIELD_ENCODING_UNKNOWN":return El.REPEATED_FIELD_ENCODING_UNKNOWN;case 1:case"PACKED":return El.PACKED;case 2:case"EXPANDED":return El.EXPANDED;default:return El.UNRECOGNIZED}}let ol=function(A){return A[A.UTF8_VALIDATION_UNKNOWN=0]="UTF8_VALIDATION_UNKNOWN",A[A.VERIFY=2]="VERIFY",A[A.NONE=3]="NONE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function nl(A){switch(A){case 0:case"UTF8_VALIDATION_UNKNOWN":return ol.UTF8_VALIDATION_UNKNOWN;case 2:case"VERIFY":return ol.VERIFY;case 3:case"NONE":return ol.NONE;default:return ol.UNRECOGNIZED}}let al=function(A){return A[A.MESSAGE_ENCODING_UNKNOWN=0]="MESSAGE_ENCODING_UNKNOWN",A[A.LENGTH_PREFIXED=1]="LENGTH_PREFIXED",A[A.DELIMITED=2]="DELIMITED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function sl(A){switch(A){case 0:case"MESSAGE_ENCODING_UNKNOWN":return al.MESSAGE_ENCODING_UNKNOWN;case 1:case"LENGTH_PREFIXED":return al.LENGTH_PREFIXED;case 2:case"DELIMITED":return al.DELIMITED;default:return al.UNRECOGNIZED}}let rl=function(A){return A[A.JSON_FORMAT_UNKNOWN=0]="JSON_FORMAT_UNKNOWN",A[A.ALLOW=1]="ALLOW",A[A.LEGACY_BEST_EFFORT=2]="LEGACY_BEST_EFFORT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function cl(A){switch(A){case 0:case"JSON_FORMAT_UNKNOWN":return rl.JSON_FORMAT_UNKNOWN;case 1:case"ALLOW":return rl.ALLOW;case 2:case"LEGACY_BEST_EFFORT":return rl.LEGACY_BEST_EFFORT;default:return rl.UNRECOGNIZED}}let Dl=function(A){return A[A.ENFORCE_NAMING_STYLE_UNKNOWN=0]="ENFORCE_NAMING_STYLE_UNKNOWN",A[A.STYLE2024=1]="STYLE2024",A[A.STYLE_LEGACY=2]="STYLE_LEGACY",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function wl(A){switch(A){case 0:case"ENFORCE_NAMING_STYLE_UNKNOWN":return Dl.ENFORCE_NAMING_STYLE_UNKNOWN;case 1:case"STYLE2024":return Dl.STYLE2024;case 2:case"STYLE_LEGACY":return Dl.STYLE_LEGACY;default:return Dl.UNRECOGNIZED}}let dl=function(A){return A[A.DEFAULT_SYMBOL_VISIBILITY_UNKNOWN=0]="DEFAULT_SYMBOL_VISIBILITY_UNKNOWN",A[A.EXPORT_ALL=1]="EXPORT_ALL",A[A.EXPORT_TOP_LEVEL=2]="EXPORT_TOP_LEVEL",A[A.LOCAL_ALL=3]="LOCAL_ALL",A[A.STRICT=4]="STRICT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function hl(A){switch(A){case 0:case"DEFAULT_SYMBOL_VISIBILITY_UNKNOWN":return dl.DEFAULT_SYMBOL_VISIBILITY_UNKNOWN;case 1:case"EXPORT_ALL":return dl.EXPORT_ALL;case 2:case"EXPORT_TOP_LEVEL":return dl.EXPORT_TOP_LEVEL;case 3:case"LOCAL_ALL":return dl.LOCAL_ALL;case 4:case"STRICT":return dl.STRICT;default:return dl.UNRECOGNIZED}}const yl={encode(A,I=new y){for(const g of A.file)ll.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={file:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.file.push(ll.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({file:globalThis.Array.isArray(A?.file)?A.file.map(A=>ll.fromJSON(A)):[]}),toJSON(A){const I={};return A.file?.length&&(I.file=A.file.map(A=>ll.toJSON(A))),I},create:A=>yl.fromPartial(A??{}),fromPartial(A){const I={file:[]};return I.file=A.file?.map(A=>ll.fromPartial(A))||[],I}},ll={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.package&&""!==A.package&&I.uint32(18).string(A.package);for(const g of A.dependency)I.uint32(26).string(g);for(const g of A.publicDependency)I.uint32(80).int32(g);for(const g of A.weakDependency)I.uint32(88).int32(g);for(const g of A.optionDependency)I.uint32(122).string(g);for(const g of A.messageType)kl.encode(g,I.uint32(34).fork()).join();for(const g of A.enumType)Fl.encode(g,I.uint32(42).fork()).join();for(const g of A.service)Ml.encode(g,I.uint32(50).fork()).join();for(const g of A.extension)Sl.encode(g,I.uint32(58).fork()).join();return void 0!==A.options&&ml.encode(A.options,I.uint32(66).fork()).join(),void 0!==A.sourceCodeInfo&&Ol.encode(A.sourceCodeInfo,I.uint32(74).fork()).join(),void 0!==A.syntax&&""!==A.syntax&&I.uint32(98).string(A.syntax),void 0!==A.edition&&0!==A.edition&&I.uint32(112).int32(A.edition),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",package:"",dependency:[],publicDependency:[],weakDependency:[],optionDependency:[],messageType:[],enumType:[],service:[],extension:[],options:void 0,sourceCodeInfo:void 0,syntax:"",edition:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.package=g.string();continue;case 3:if(26!==A)break;B.dependency.push(g.string());continue;case 10:if(80===A){B.publicDependency.push(g.int32());continue}if(82===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.publicDependency.push(g.int32());continue}break;case 11:if(88===A){B.weakDependency.push(g.int32());continue}if(90===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.weakDependency.push(g.int32());continue}break;case 15:if(122!==A)break;B.optionDependency.push(g.string());continue;case 4:if(34!==A)break;B.messageType.push(kl.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.enumType.push(Fl.decode(g,g.uint32()));continue;case 6:if(50!==A)break;B.service.push(Ml.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.extension.push(Sl.decode(g,g.uint32()));continue;case 8:if(66!==A)break;B.options=ml.decode(g,g.uint32());continue;case 9:if(74!==A)break;B.sourceCodeInfo=Ol.decode(g,g.uint32());continue;case 12:if(98!==A)break;B.syntax=g.string();continue;case 14:if(112!==A)break;B.edition=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",package:_l(A.package)?globalThis.String(A.package):"",dependency:globalThis.Array.isArray(A?.dependency)?A.dependency.map(A=>globalThis.String(A)):[],publicDependency:globalThis.Array.isArray(A?.publicDependency)?A.publicDependency.map(A=>globalThis.Number(A)):[],weakDependency:globalThis.Array.isArray(A?.weakDependency)?A.weakDependency.map(A=>globalThis.Number(A)):[],optionDependency:globalThis.Array.isArray(A?.optionDependency)?A.optionDependency.map(A=>globalThis.String(A)):[],messageType:globalThis.Array.isArray(A?.messageType)?A.messageType.map(A=>kl.fromJSON(A)):[],enumType:globalThis.Array.isArray(A?.enumType)?A.enumType.map(A=>Fl.fromJSON(A)):[],service:globalThis.Array.isArray(A?.service)?A.service.map(A=>Ml.fromJSON(A)):[],extension:globalThis.Array.isArray(A?.extension)?A.extension.map(A=>Sl.fromJSON(A)):[],options:_l(A.options)?ml.fromJSON(A.options):void 0,sourceCodeInfo:_l(A.sourceCodeInfo)?Ol.fromJSON(A.sourceCodeInfo):void 0,syntax:_l(A.syntax)?globalThis.String(A.syntax):"",edition:_l(A.edition)?by(A.edition):0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.package&&""!==A.package&&(I.package=A.package),A.dependency?.length&&(I.dependency=A.dependency),A.publicDependency?.length&&(I.publicDependency=A.publicDependency.map(A=>Math.round(A))),A.weakDependency?.length&&(I.weakDependency=A.weakDependency.map(A=>Math.round(A))),A.optionDependency?.length&&(I.optionDependency=A.optionDependency),A.messageType?.length&&(I.messageType=A.messageType.map(A=>kl.toJSON(A))),A.enumType?.length&&(I.enumType=A.enumType.map(A=>Fl.toJSON(A))),A.service?.length&&(I.service=A.service.map(A=>Ml.toJSON(A))),A.extension?.length&&(I.extension=A.extension.map(A=>Sl.toJSON(A))),void 0!==A.options&&(I.options=ml.toJSON(A.options)),void 0!==A.sourceCodeInfo&&(I.sourceCodeInfo=Ol.toJSON(A.sourceCodeInfo)),void 0!==A.syntax&&""!==A.syntax&&(I.syntax=A.syntax),void 0!==A.edition&&0!==A.edition&&(I.edition=Hy(A.edition)),I},create:A=>ll.fromPartial(A??{}),fromPartial(A){const I={name:"",package:"",dependency:[],publicDependency:[],weakDependency:[],optionDependency:[],messageType:[],enumType:[],service:[],extension:[],options:void 0,sourceCodeInfo:void 0,syntax:"",edition:0};return I.name=A.name??"",I.package=A.package??"",I.dependency=A.dependency?.map(A=>A)||[],I.publicDependency=A.publicDependency?.map(A=>A)||[],I.weakDependency=A.weakDependency?.map(A=>A)||[],I.optionDependency=A.optionDependency?.map(A=>A)||[],I.messageType=A.messageType?.map(A=>kl.fromPartial(A))||[],I.enumType=A.enumType?.map(A=>Fl.fromPartial(A))||[],I.service=A.service?.map(A=>Ml.fromPartial(A))||[],I.extension=A.extension?.map(A=>Sl.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?ml.fromPartial(A.options):void 0,I.sourceCodeInfo=void 0!==A.sourceCodeInfo&&null!==A.sourceCodeInfo?Ol.fromPartial(A.sourceCodeInfo):void 0,I.syntax=A.syntax??"",I.edition=A.edition??0,I}},kl={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name);for(const g of A.field)Sl.encode(g,I.uint32(18).fork()).join();for(const g of A.extension)Sl.encode(g,I.uint32(50).fork()).join();for(const g of A.nestedType)kl.encode(g,I.uint32(26).fork()).join();for(const g of A.enumType)Fl.encode(g,I.uint32(34).fork()).join();for(const g of A.extensionRange)ul.encode(g,I.uint32(42).fork()).join();for(const g of A.oneofDecl)fl.encode(g,I.uint32(66).fork()).join();void 0!==A.options&&Jl.encode(A.options,I.uint32(58).fork()).join();for(const g of A.reservedRange)Nl.encode(g,I.uint32(74).fork()).join();for(const g of A.reservedName)I.uint32(82).string(g);return void 0!==A.visibility&&0!==A.visibility&&I.uint32(88).int32(A.visibility),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",field:[],extension:[],nestedType:[],enumType:[],extensionRange:[],oneofDecl:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.field.push(Sl.decode(g,g.uint32()));continue;case 6:if(50!==A)break;B.extension.push(Sl.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.nestedType.push(kl.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.enumType.push(Fl.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.extensionRange.push(ul.decode(g,g.uint32()));continue;case 8:if(66!==A)break;B.oneofDecl.push(fl.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.options=Jl.decode(g,g.uint32());continue;case 9:if(74!==A)break;B.reservedRange.push(Nl.decode(g,g.uint32()));continue;case 10:if(82!==A)break;B.reservedName.push(g.string());continue;case 11:if(88!==A)break;B.visibility=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",field:globalThis.Array.isArray(A?.field)?A.field.map(A=>Sl.fromJSON(A)):[],extension:globalThis.Array.isArray(A?.extension)?A.extension.map(A=>Sl.fromJSON(A)):[],nestedType:globalThis.Array.isArray(A?.nestedType)?A.nestedType.map(A=>kl.fromJSON(A)):[],enumType:globalThis.Array.isArray(A?.enumType)?A.enumType.map(A=>Fl.fromJSON(A)):[],extensionRange:globalThis.Array.isArray(A?.extensionRange)?A.extensionRange.map(A=>ul.fromJSON(A)):[],oneofDecl:globalThis.Array.isArray(A?.oneofDecl)?A.oneofDecl.map(A=>fl.fromJSON(A)):[],options:_l(A.options)?Jl.fromJSON(A.options):void 0,reservedRange:globalThis.Array.isArray(A?.reservedRange)?A.reservedRange.map(A=>Nl.fromJSON(A)):[],reservedName:globalThis.Array.isArray(A?.reservedName)?A.reservedName.map(A=>globalThis.String(A)):[],visibility:_l(A.visibility)?Ly(A.visibility):0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),A.field?.length&&(I.field=A.field.map(A=>Sl.toJSON(A))),A.extension?.length&&(I.extension=A.extension.map(A=>Sl.toJSON(A))),A.nestedType?.length&&(I.nestedType=A.nestedType.map(A=>kl.toJSON(A))),A.enumType?.length&&(I.enumType=A.enumType.map(A=>Fl.toJSON(A))),A.extensionRange?.length&&(I.extensionRange=A.extensionRange.map(A=>ul.toJSON(A))),A.oneofDecl?.length&&(I.oneofDecl=A.oneofDecl.map(A=>fl.toJSON(A))),void 0!==A.options&&(I.options=Jl.toJSON(A.options)),A.reservedRange?.length&&(I.reservedRange=A.reservedRange.map(A=>Nl.toJSON(A))),A.reservedName?.length&&(I.reservedName=A.reservedName),void 0!==A.visibility&&0!==A.visibility&&(I.visibility=qy(A.visibility)),I},create:A=>kl.fromPartial(A??{}),fromPartial(A){const I={name:"",field:[],extension:[],nestedType:[],enumType:[],extensionRange:[],oneofDecl:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};return I.name=A.name??"",I.field=A.field?.map(A=>Sl.fromPartial(A))||[],I.extension=A.extension?.map(A=>Sl.fromPartial(A))||[],I.nestedType=A.nestedType?.map(A=>kl.fromPartial(A))||[],I.enumType=A.enumType?.map(A=>Fl.fromPartial(A))||[],I.extensionRange=A.extensionRange?.map(A=>ul.fromPartial(A))||[],I.oneofDecl=A.oneofDecl?.map(A=>fl.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?Jl.fromPartial(A.options):void 0,I.reservedRange=A.reservedRange?.map(A=>Nl.fromPartial(A))||[],I.reservedName=A.reservedName?.map(A=>A)||[],I.visibility=A.visibility??0,I}},ul={encode:(A,I=new y)=>(void 0!==A.start&&0!==A.start&&I.uint32(8).int32(A.start),void 0!==A.end&&0!==A.end&&I.uint32(16).int32(A.end),void 0!==A.options&&Gl.encode(A.options,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={start:0,end:0,options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.start=g.int32();continue;case 2:if(16!==A)break;B.end=g.int32();continue;case 3:if(26!==A)break;B.options=Gl.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({start:_l(A.start)?globalThis.Number(A.start):0,end:_l(A.end)?globalThis.Number(A.end):0,options:_l(A.options)?Gl.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.start&&0!==A.start&&(I.start=Math.round(A.start)),void 0!==A.end&&0!==A.end&&(I.end=Math.round(A.end)),void 0!==A.options&&(I.options=Gl.toJSON(A.options)),I},create:A=>ul.fromPartial(A??{}),fromPartial(A){const I={start:0,end:0,options:void 0};return I.start=A.start??0,I.end=A.end??0,I.options=void 0!==A.options&&null!==A.options?Gl.fromPartial(A.options):void 0,I}},Nl={encode:(A,I=new y)=>(void 0!==A.start&&0!==A.start&&I.uint32(8).int32(A.start),void 0!==A.end&&0!==A.end&&I.uint32(16).int32(A.end),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={start:0,end:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.start=g.int32();continue;case 2:if(16!==A)break;B.end=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({start:_l(A.start)?globalThis.Number(A.start):0,end:_l(A.end)?globalThis.Number(A.end):0}),toJSON(A){const I={};return void 0!==A.start&&0!==A.start&&(I.start=Math.round(A.start)),void 0!==A.end&&0!==A.end&&(I.end=Math.round(A.end)),I},create:A=>Nl.fromPartial(A??{}),fromPartial(A){const I={start:0,end:0};return I.start=A.start??0,I.end=A.end??0,I}},Gl={encode(A,I=new y){for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();for(const g of A.declaration)pl.encode(g,I.uint32(18).fork()).join();return void 0!==A.features&&Pl.encode(A.features,I.uint32(402).fork()).join(),void 0!==A.verification&&1!==A.verification&&I.uint32(24).int32(A.verification),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={uninterpretedOption:[],declaration:[],features:void 0,verification:1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.declaration.push(pl.decode(g,g.uint32()));continue;case 50:if(402!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.verification=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[],declaration:globalThis.Array.isArray(A?.declaration)?A.declaration.map(A=>pl.fromJSON(A)):[],features:_l(A.features)?Pl.fromJSON(A.features):void 0,verification:_l(A.verification)?Ty(A.verification):1}),toJSON(A){const I={};return A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),A.declaration?.length&&(I.declaration=A.declaration.map(A=>pl.toJSON(A))),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.verification&&1!==A.verification&&(I.verification=function(A){switch(A){case Vy.DECLARATION:return"DECLARATION";case Vy.UNVERIFIED:return"UNVERIFIED";case Vy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.verification)),I},create:A=>Gl.fromPartial(A??{}),fromPartial(A){const I={uninterpretedOption:[],declaration:[],features:void 0,verification:1};return I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I.declaration=A.declaration?.map(A=>pl.fromPartial(A))||[],I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.verification=A.verification??1,I}},pl={encode:(A,I=new y)=>(void 0!==A.number&&0!==A.number&&I.uint32(8).int32(A.number),void 0!==A.fullName&&""!==A.fullName&&I.uint32(18).string(A.fullName),void 0!==A.type&&""!==A.type&&I.uint32(26).string(A.type),void 0!==A.reserved&&!1!==A.reserved&&I.uint32(40).bool(A.reserved),void 0!==A.repeated&&!1!==A.repeated&&I.uint32(48).bool(A.repeated),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={number:0,fullName:"",type:"",reserved:!1,repeated:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.number=g.int32();continue;case 2:if(18!==A)break;B.fullName=g.string();continue;case 3:if(26!==A)break;B.type=g.string();continue;case 5:if(40!==A)break;B.reserved=g.bool();continue;case 6:if(48!==A)break;B.repeated=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({number:_l(A.number)?globalThis.Number(A.number):0,fullName:_l(A.fullName)?globalThis.String(A.fullName):"",type:_l(A.type)?globalThis.String(A.type):"",reserved:!!_l(A.reserved)&&globalThis.Boolean(A.reserved),repeated:!!_l(A.repeated)&&globalThis.Boolean(A.repeated)}),toJSON(A){const I={};return void 0!==A.number&&0!==A.number&&(I.number=Math.round(A.number)),void 0!==A.fullName&&""!==A.fullName&&(I.fullName=A.fullName),void 0!==A.type&&""!==A.type&&(I.type=A.type),void 0!==A.reserved&&!1!==A.reserved&&(I.reserved=A.reserved),void 0!==A.repeated&&!1!==A.repeated&&(I.repeated=A.repeated),I},create:A=>pl.fromPartial(A??{}),fromPartial(A){const I={number:0,fullName:"",type:"",reserved:!1,repeated:!1};return I.number=A.number??0,I.fullName=A.fullName??"",I.type=A.type??"",I.reserved=A.reserved??!1,I.repeated=A.repeated??!1,I}},Sl={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.number&&0!==A.number&&I.uint32(24).int32(A.number),void 0!==A.label&&1!==A.label&&I.uint32(32).int32(A.label),void 0!==A.type&&1!==A.type&&I.uint32(40).int32(A.type),void 0!==A.typeName&&""!==A.typeName&&I.uint32(50).string(A.typeName),void 0!==A.extendee&&""!==A.extendee&&I.uint32(18).string(A.extendee),void 0!==A.defaultValue&&""!==A.defaultValue&&I.uint32(58).string(A.defaultValue),void 0!==A.oneofIndex&&0!==A.oneofIndex&&I.uint32(72).int32(A.oneofIndex),void 0!==A.jsonName&&""!==A.jsonName&&I.uint32(82).string(A.jsonName),void 0!==A.options&&bl.encode(A.options,I.uint32(66).fork()).join(),void 0!==A.proto3Optional&&!1!==A.proto3Optional&&I.uint32(136).bool(A.proto3Optional),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",number:0,label:1,type:1,typeName:"",extendee:"",defaultValue:"",oneofIndex:0,jsonName:"",options:void 0,proto3Optional:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 3:if(24!==A)break;B.number=g.int32();continue;case 4:if(32!==A)break;B.label=g.int32();continue;case 5:if(40!==A)break;B.type=g.int32();continue;case 6:if(50!==A)break;B.typeName=g.string();continue;case 2:if(18!==A)break;B.extendee=g.string();continue;case 7:if(58!==A)break;B.defaultValue=g.string();continue;case 9:if(72!==A)break;B.oneofIndex=g.int32();continue;case 10:if(82!==A)break;B.jsonName=g.string();continue;case 8:if(66!==A)break;B.options=bl.decode(g,g.uint32());continue;case 17:if(136!==A)break;B.proto3Optional=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",number:_l(A.number)?globalThis.Number(A.number):0,label:_l(A.label)?Wy(A.label):1,type:_l(A.type)?Zy(A.type):1,typeName:_l(A.typeName)?globalThis.String(A.typeName):"",extendee:_l(A.extendee)?globalThis.String(A.extendee):"",defaultValue:_l(A.defaultValue)?globalThis.String(A.defaultValue):"",oneofIndex:_l(A.oneofIndex)?globalThis.Number(A.oneofIndex):0,jsonName:_l(A.jsonName)?globalThis.String(A.jsonName):"",options:_l(A.options)?bl.fromJSON(A.options):void 0,proto3Optional:!!_l(A.proto3Optional)&&globalThis.Boolean(A.proto3Optional)}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.number&&0!==A.number&&(I.number=Math.round(A.number)),void 0!==A.label&&1!==A.label&&(I.label=function(A){switch(A){case xy.LABEL_OPTIONAL:return"LABEL_OPTIONAL";case xy.LABEL_REPEATED:return"LABEL_REPEATED";case xy.LABEL_REQUIRED:return"LABEL_REQUIRED";case xy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.label)),void 0!==A.type&&1!==A.type&&(I.type=function(A){switch(A){case vy.TYPE_DOUBLE:return"TYPE_DOUBLE";case vy.TYPE_FLOAT:return"TYPE_FLOAT";case vy.TYPE_INT64:return"TYPE_INT64";case vy.TYPE_UINT64:return"TYPE_UINT64";case vy.TYPE_INT32:return"TYPE_INT32";case vy.TYPE_FIXED64:return"TYPE_FIXED64";case vy.TYPE_FIXED32:return"TYPE_FIXED32";case vy.TYPE_BOOL:return"TYPE_BOOL";case vy.TYPE_STRING:return"TYPE_STRING";case vy.TYPE_GROUP:return"TYPE_GROUP";case vy.TYPE_MESSAGE:return"TYPE_MESSAGE";case vy.TYPE_BYTES:return"TYPE_BYTES";case vy.TYPE_UINT32:return"TYPE_UINT32";case vy.TYPE_ENUM:return"TYPE_ENUM";case vy.TYPE_SFIXED32:return"TYPE_SFIXED32";case vy.TYPE_SFIXED64:return"TYPE_SFIXED64";case vy.TYPE_SINT32:return"TYPE_SINT32";case vy.TYPE_SINT64:return"TYPE_SINT64";case vy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.type)),void 0!==A.typeName&&""!==A.typeName&&(I.typeName=A.typeName),void 0!==A.extendee&&""!==A.extendee&&(I.extendee=A.extendee),void 0!==A.defaultValue&&""!==A.defaultValue&&(I.defaultValue=A.defaultValue),void 0!==A.oneofIndex&&0!==A.oneofIndex&&(I.oneofIndex=Math.round(A.oneofIndex)),void 0!==A.jsonName&&""!==A.jsonName&&(I.jsonName=A.jsonName),void 0!==A.options&&(I.options=bl.toJSON(A.options)),void 0!==A.proto3Optional&&!1!==A.proto3Optional&&(I.proto3Optional=A.proto3Optional),I},create:A=>Sl.fromPartial(A??{}),fromPartial(A){const I={name:"",number:0,label:1,type:1,typeName:"",extendee:"",defaultValue:"",oneofIndex:0,jsonName:"",options:void 0,proto3Optional:!1};return I.name=A.name??"",I.number=A.number??0,I.label=A.label??1,I.type=A.type??1,I.typeName=A.typeName??"",I.extendee=A.extendee??"",I.defaultValue=A.defaultValue??"",I.oneofIndex=A.oneofIndex??0,I.jsonName=A.jsonName??"",I.options=void 0!==A.options&&null!==A.options?bl.fromPartial(A.options):void 0,I.proto3Optional=A.proto3Optional??!1,I}},fl={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.options&&Ll.encode(A.options,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.options=Ll.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",options:_l(A.options)?Ll.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.options&&(I.options=Ll.toJSON(A.options)),I},create:A=>fl.fromPartial(A??{}),fromPartial(A){const I={name:"",options:void 0};return I.name=A.name??"",I.options=void 0!==A.options&&null!==A.options?Ll.fromPartial(A.options):void 0,I}},Fl={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name);for(const g of A.value)Ul.encode(g,I.uint32(18).fork()).join();void 0!==A.options&&ql.encode(A.options,I.uint32(26).fork()).join();for(const g of A.reservedRange)Rl.encode(g,I.uint32(34).fork()).join();for(const g of A.reservedName)I.uint32(42).string(g);return void 0!==A.visibility&&0!==A.visibility&&I.uint32(48).int32(A.visibility),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",value:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.value.push(Ul.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.options=ql.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.reservedRange.push(Rl.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.reservedName.push(g.string());continue;case 6:if(48!==A)break;B.visibility=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",value:globalThis.Array.isArray(A?.value)?A.value.map(A=>Ul.fromJSON(A)):[],options:_l(A.options)?ql.fromJSON(A.options):void 0,reservedRange:globalThis.Array.isArray(A?.reservedRange)?A.reservedRange.map(A=>Rl.fromJSON(A)):[],reservedName:globalThis.Array.isArray(A?.reservedName)?A.reservedName.map(A=>globalThis.String(A)):[],visibility:_l(A.visibility)?Ly(A.visibility):0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),A.value?.length&&(I.value=A.value.map(A=>Ul.toJSON(A))),void 0!==A.options&&(I.options=ql.toJSON(A.options)),A.reservedRange?.length&&(I.reservedRange=A.reservedRange.map(A=>Rl.toJSON(A))),A.reservedName?.length&&(I.reservedName=A.reservedName),void 0!==A.visibility&&0!==A.visibility&&(I.visibility=qy(A.visibility)),I},create:A=>Fl.fromPartial(A??{}),fromPartial(A){const I={name:"",value:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};return I.name=A.name??"",I.value=A.value?.map(A=>Ul.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?ql.fromPartial(A.options):void 0,I.reservedRange=A.reservedRange?.map(A=>Rl.fromPartial(A))||[],I.reservedName=A.reservedName?.map(A=>A)||[],I.visibility=A.visibility??0,I}},Rl={encode:(A,I=new y)=>(void 0!==A.start&&0!==A.start&&I.uint32(8).int32(A.start),void 0!==A.end&&0!==A.end&&I.uint32(16).int32(A.end),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={start:0,end:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.start=g.int32();continue;case 2:if(16!==A)break;B.end=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({start:_l(A.start)?globalThis.Number(A.start):0,end:_l(A.end)?globalThis.Number(A.end):0}),toJSON(A){const I={};return void 0!==A.start&&0!==A.start&&(I.start=Math.round(A.start)),void 0!==A.end&&0!==A.end&&(I.end=Math.round(A.end)),I},create:A=>Rl.fromPartial(A??{}),fromPartial(A){const I={start:0,end:0};return I.start=A.start??0,I.end=A.end??0,I}},Ul={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.number&&0!==A.number&&I.uint32(16).int32(A.number),void 0!==A.options&&Vl.encode(A.options,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",number:0,options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(16!==A)break;B.number=g.int32();continue;case 3:if(26!==A)break;B.options=Vl.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",number:_l(A.number)?globalThis.Number(A.number):0,options:_l(A.options)?Vl.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.number&&0!==A.number&&(I.number=Math.round(A.number)),void 0!==A.options&&(I.options=Vl.toJSON(A.options)),I},create:A=>Ul.fromPartial(A??{}),fromPartial(A){const I={name:"",number:0,options:void 0};return I.name=A.name??"",I.number=A.number??0,I.options=void 0!==A.options&&null!==A.options?Vl.fromPartial(A.options):void 0,I}},Ml={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name);for(const g of A.method)Kl.encode(g,I.uint32(18).fork()).join();return void 0!==A.options&&Tl.encode(A.options,I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",method:[],options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.method.push(Kl.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.options=Tl.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",method:globalThis.Array.isArray(A?.method)?A.method.map(A=>Kl.fromJSON(A)):[],options:_l(A.options)?Tl.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),A.method?.length&&(I.method=A.method.map(A=>Kl.toJSON(A))),void 0!==A.options&&(I.options=Tl.toJSON(A.options)),I},create:A=>Ml.fromPartial(A??{}),fromPartial(A){const I={name:"",method:[],options:void 0};return I.name=A.name??"",I.method=A.method?.map(A=>Kl.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?Tl.fromPartial(A.options):void 0,I}},Kl={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.inputType&&""!==A.inputType&&I.uint32(18).string(A.inputType),void 0!==A.outputType&&""!==A.outputType&&I.uint32(26).string(A.outputType),void 0!==A.options&&vl.encode(A.options,I.uint32(34).fork()).join(),void 0!==A.clientStreaming&&!1!==A.clientStreaming&&I.uint32(40).bool(A.clientStreaming),void 0!==A.serverStreaming&&!1!==A.serverStreaming&&I.uint32(48).bool(A.serverStreaming),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",inputType:"",outputType:"",options:void 0,clientStreaming:!1,serverStreaming:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.inputType=g.string();continue;case 3:if(26!==A)break;B.outputType=g.string();continue;case 4:if(34!==A)break;B.options=vl.decode(g,g.uint32());continue;case 5:if(40!==A)break;B.clientStreaming=g.bool();continue;case 6:if(48!==A)break;B.serverStreaming=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",inputType:_l(A.inputType)?globalThis.String(A.inputType):"",outputType:_l(A.outputType)?globalThis.String(A.outputType):"",options:_l(A.options)?vl.fromJSON(A.options):void 0,clientStreaming:!!_l(A.clientStreaming)&&globalThis.Boolean(A.clientStreaming),serverStreaming:!!_l(A.serverStreaming)&&globalThis.Boolean(A.serverStreaming)}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.inputType&&""!==A.inputType&&(I.inputType=A.inputType),void 0!==A.outputType&&""!==A.outputType&&(I.outputType=A.outputType),void 0!==A.options&&(I.options=vl.toJSON(A.options)),void 0!==A.clientStreaming&&!1!==A.clientStreaming&&(I.clientStreaming=A.clientStreaming),void 0!==A.serverStreaming&&!1!==A.serverStreaming&&(I.serverStreaming=A.serverStreaming),I},create:A=>Kl.fromPartial(A??{}),fromPartial(A){const I={name:"",inputType:"",outputType:"",options:void 0,clientStreaming:!1,serverStreaming:!1};return I.name=A.name??"",I.inputType=A.inputType??"",I.outputType=A.outputType??"",I.options=void 0!==A.options&&null!==A.options?vl.fromPartial(A.options):void 0,I.clientStreaming=A.clientStreaming??!1,I.serverStreaming=A.serverStreaming??!1,I}},ml={encode(A,I=new y){void 0!==A.javaPackage&&""!==A.javaPackage&&I.uint32(10).string(A.javaPackage),void 0!==A.javaOuterClassname&&""!==A.javaOuterClassname&&I.uint32(66).string(A.javaOuterClassname),void 0!==A.javaMultipleFiles&&!1!==A.javaMultipleFiles&&I.uint32(80).bool(A.javaMultipleFiles),void 0!==A.javaGenerateEqualsAndHash&&!1!==A.javaGenerateEqualsAndHash&&I.uint32(160).bool(A.javaGenerateEqualsAndHash),void 0!==A.javaStringCheckUtf8&&!1!==A.javaStringCheckUtf8&&I.uint32(216).bool(A.javaStringCheckUtf8),void 0!==A.optimizeFor&&1!==A.optimizeFor&&I.uint32(72).int32(A.optimizeFor),void 0!==A.goPackage&&""!==A.goPackage&&I.uint32(90).string(A.goPackage),void 0!==A.ccGenericServices&&!1!==A.ccGenericServices&&I.uint32(128).bool(A.ccGenericServices),void 0!==A.javaGenericServices&&!1!==A.javaGenericServices&&I.uint32(136).bool(A.javaGenericServices),void 0!==A.pyGenericServices&&!1!==A.pyGenericServices&&I.uint32(144).bool(A.pyGenericServices),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(184).bool(A.deprecated),void 0!==A.ccEnableArenas&&!0!==A.ccEnableArenas&&I.uint32(248).bool(A.ccEnableArenas),void 0!==A.objcClassPrefix&&""!==A.objcClassPrefix&&I.uint32(290).string(A.objcClassPrefix),void 0!==A.csharpNamespace&&""!==A.csharpNamespace&&I.uint32(298).string(A.csharpNamespace),void 0!==A.swiftPrefix&&""!==A.swiftPrefix&&I.uint32(314).string(A.swiftPrefix),void 0!==A.phpClassPrefix&&""!==A.phpClassPrefix&&I.uint32(322).string(A.phpClassPrefix),void 0!==A.phpNamespace&&""!==A.phpNamespace&&I.uint32(330).string(A.phpNamespace),void 0!==A.phpMetadataNamespace&&""!==A.phpMetadataNamespace&&I.uint32(354).string(A.phpMetadataNamespace),void 0!==A.rubyPackage&&""!==A.rubyPackage&&I.uint32(362).string(A.rubyPackage),void 0!==A.features&&Pl.encode(A.features,I.uint32(402).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={javaPackage:"",javaOuterClassname:"",javaMultipleFiles:!1,javaGenerateEqualsAndHash:!1,javaStringCheckUtf8:!1,optimizeFor:1,goPackage:"",ccGenericServices:!1,javaGenericServices:!1,pyGenericServices:!1,deprecated:!1,ccEnableArenas:!0,objcClassPrefix:"",csharpNamespace:"",swiftPrefix:"",phpClassPrefix:"",phpNamespace:"",phpMetadataNamespace:"",rubyPackage:"",features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.javaPackage=g.string();continue;case 8:if(66!==A)break;B.javaOuterClassname=g.string();continue;case 10:if(80!==A)break;B.javaMultipleFiles=g.bool();continue;case 20:if(160!==A)break;B.javaGenerateEqualsAndHash=g.bool();continue;case 27:if(216!==A)break;B.javaStringCheckUtf8=g.bool();continue;case 9:if(72!==A)break;B.optimizeFor=g.int32();continue;case 11:if(90!==A)break;B.goPackage=g.string();continue;case 16:if(128!==A)break;B.ccGenericServices=g.bool();continue;case 17:if(136!==A)break;B.javaGenericServices=g.bool();continue;case 18:if(144!==A)break;B.pyGenericServices=g.bool();continue;case 23:if(184!==A)break;B.deprecated=g.bool();continue;case 31:if(248!==A)break;B.ccEnableArenas=g.bool();continue;case 36:if(290!==A)break;B.objcClassPrefix=g.string();continue;case 37:if(298!==A)break;B.csharpNamespace=g.string();continue;case 39:if(314!==A)break;B.swiftPrefix=g.string();continue;case 40:if(322!==A)break;B.phpClassPrefix=g.string();continue;case 41:if(330!==A)break;B.phpNamespace=g.string();continue;case 44:if(354!==A)break;B.phpMetadataNamespace=g.string();continue;case 45:if(362!==A)break;B.rubyPackage=g.string();continue;case 50:if(402!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({javaPackage:_l(A.javaPackage)?globalThis.String(A.javaPackage):"",javaOuterClassname:_l(A.javaOuterClassname)?globalThis.String(A.javaOuterClassname):"",javaMultipleFiles:!!_l(A.javaMultipleFiles)&&globalThis.Boolean(A.javaMultipleFiles),javaGenerateEqualsAndHash:!!_l(A.javaGenerateEqualsAndHash)&&globalThis.Boolean(A.javaGenerateEqualsAndHash),javaStringCheckUtf8:!!_l(A.javaStringCheckUtf8)&&globalThis.Boolean(A.javaStringCheckUtf8),optimizeFor:_l(A.optimizeFor)?Oy(A.optimizeFor):1,goPackage:_l(A.goPackage)?globalThis.String(A.goPackage):"",ccGenericServices:!!_l(A.ccGenericServices)&&globalThis.Boolean(A.ccGenericServices),javaGenericServices:!!_l(A.javaGenericServices)&&globalThis.Boolean(A.javaGenericServices),pyGenericServices:!!_l(A.pyGenericServices)&&globalThis.Boolean(A.pyGenericServices),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),ccEnableArenas:!_l(A.ccEnableArenas)||globalThis.Boolean(A.ccEnableArenas),objcClassPrefix:_l(A.objcClassPrefix)?globalThis.String(A.objcClassPrefix):"",csharpNamespace:_l(A.csharpNamespace)?globalThis.String(A.csharpNamespace):"",swiftPrefix:_l(A.swiftPrefix)?globalThis.String(A.swiftPrefix):"",phpClassPrefix:_l(A.phpClassPrefix)?globalThis.String(A.phpClassPrefix):"",phpNamespace:_l(A.phpNamespace)?globalThis.String(A.phpNamespace):"",phpMetadataNamespace:_l(A.phpMetadataNamespace)?globalThis.String(A.phpMetadataNamespace):"",rubyPackage:_l(A.rubyPackage)?globalThis.String(A.rubyPackage):"",features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.javaPackage&&""!==A.javaPackage&&(I.javaPackage=A.javaPackage),void 0!==A.javaOuterClassname&&""!==A.javaOuterClassname&&(I.javaOuterClassname=A.javaOuterClassname),void 0!==A.javaMultipleFiles&&!1!==A.javaMultipleFiles&&(I.javaMultipleFiles=A.javaMultipleFiles),void 0!==A.javaGenerateEqualsAndHash&&!1!==A.javaGenerateEqualsAndHash&&(I.javaGenerateEqualsAndHash=A.javaGenerateEqualsAndHash),void 0!==A.javaStringCheckUtf8&&!1!==A.javaStringCheckUtf8&&(I.javaStringCheckUtf8=A.javaStringCheckUtf8),void 0!==A.optimizeFor&&1!==A.optimizeFor&&(I.optimizeFor=function(A){switch(A){case Py.SPEED:return"SPEED";case Py.CODE_SIZE:return"CODE_SIZE";case Py.LITE_RUNTIME:return"LITE_RUNTIME";case Py.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.optimizeFor)),void 0!==A.goPackage&&""!==A.goPackage&&(I.goPackage=A.goPackage),void 0!==A.ccGenericServices&&!1!==A.ccGenericServices&&(I.ccGenericServices=A.ccGenericServices),void 0!==A.javaGenericServices&&!1!==A.javaGenericServices&&(I.javaGenericServices=A.javaGenericServices),void 0!==A.pyGenericServices&&!1!==A.pyGenericServices&&(I.pyGenericServices=A.pyGenericServices),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.ccEnableArenas&&!0!==A.ccEnableArenas&&(I.ccEnableArenas=A.ccEnableArenas),void 0!==A.objcClassPrefix&&""!==A.objcClassPrefix&&(I.objcClassPrefix=A.objcClassPrefix),void 0!==A.csharpNamespace&&""!==A.csharpNamespace&&(I.csharpNamespace=A.csharpNamespace),void 0!==A.swiftPrefix&&""!==A.swiftPrefix&&(I.swiftPrefix=A.swiftPrefix),void 0!==A.phpClassPrefix&&""!==A.phpClassPrefix&&(I.phpClassPrefix=A.phpClassPrefix),void 0!==A.phpNamespace&&""!==A.phpNamespace&&(I.phpNamespace=A.phpNamespace),void 0!==A.phpMetadataNamespace&&""!==A.phpMetadataNamespace&&(I.phpMetadataNamespace=A.phpMetadataNamespace),void 0!==A.rubyPackage&&""!==A.rubyPackage&&(I.rubyPackage=A.rubyPackage),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>ml.fromPartial(A??{}),fromPartial(A){const I={javaPackage:"",javaOuterClassname:"",javaMultipleFiles:!1,javaGenerateEqualsAndHash:!1,javaStringCheckUtf8:!1,optimizeFor:1,goPackage:"",ccGenericServices:!1,javaGenericServices:!1,pyGenericServices:!1,deprecated:!1,ccEnableArenas:!0,objcClassPrefix:"",csharpNamespace:"",swiftPrefix:"",phpClassPrefix:"",phpNamespace:"",phpMetadataNamespace:"",rubyPackage:"",features:void 0,uninterpretedOption:[]};return I.javaPackage=A.javaPackage??"",I.javaOuterClassname=A.javaOuterClassname??"",I.javaMultipleFiles=A.javaMultipleFiles??!1,I.javaGenerateEqualsAndHash=A.javaGenerateEqualsAndHash??!1,I.javaStringCheckUtf8=A.javaStringCheckUtf8??!1,I.optimizeFor=A.optimizeFor??1,I.goPackage=A.goPackage??"",I.ccGenericServices=A.ccGenericServices??!1,I.javaGenericServices=A.javaGenericServices??!1,I.pyGenericServices=A.pyGenericServices??!1,I.deprecated=A.deprecated??!1,I.ccEnableArenas=A.ccEnableArenas??!0,I.objcClassPrefix=A.objcClassPrefix??"",I.csharpNamespace=A.csharpNamespace??"",I.swiftPrefix=A.swiftPrefix??"",I.phpClassPrefix=A.phpClassPrefix??"",I.phpNamespace=A.phpNamespace??"",I.phpMetadataNamespace=A.phpMetadataNamespace??"",I.rubyPackage=A.rubyPackage??"",I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Jl={encode(A,I=new y){void 0!==A.messageSetWireFormat&&!1!==A.messageSetWireFormat&&I.uint32(8).bool(A.messageSetWireFormat),void 0!==A.noStandardDescriptorAccessor&&!1!==A.noStandardDescriptorAccessor&&I.uint32(16).bool(A.noStandardDescriptorAccessor),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(24).bool(A.deprecated),void 0!==A.mapEntry&&!1!==A.mapEntry&&I.uint32(56).bool(A.mapEntry),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&I.uint32(88).bool(A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&Pl.encode(A.features,I.uint32(98).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={messageSetWireFormat:!1,noStandardDescriptorAccessor:!1,deprecated:!1,mapEntry:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.messageSetWireFormat=g.bool();continue;case 2:if(16!==A)break;B.noStandardDescriptorAccessor=g.bool();continue;case 3:if(24!==A)break;B.deprecated=g.bool();continue;case 7:if(56!==A)break;B.mapEntry=g.bool();continue;case 11:if(88!==A)break;B.deprecatedLegacyJsonFieldConflicts=g.bool();continue;case 12:if(98!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({messageSetWireFormat:!!_l(A.messageSetWireFormat)&&globalThis.Boolean(A.messageSetWireFormat),noStandardDescriptorAccessor:!!_l(A.noStandardDescriptorAccessor)&&globalThis.Boolean(A.noStandardDescriptorAccessor),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),mapEntry:!!_l(A.mapEntry)&&globalThis.Boolean(A.mapEntry),deprecatedLegacyJsonFieldConflicts:!!_l(A.deprecatedLegacyJsonFieldConflicts)&&globalThis.Boolean(A.deprecatedLegacyJsonFieldConflicts),features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.messageSetWireFormat&&!1!==A.messageSetWireFormat&&(I.messageSetWireFormat=A.messageSetWireFormat),void 0!==A.noStandardDescriptorAccessor&&!1!==A.noStandardDescriptorAccessor&&(I.noStandardDescriptorAccessor=A.noStandardDescriptorAccessor),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.mapEntry&&!1!==A.mapEntry&&(I.mapEntry=A.mapEntry),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&(I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Jl.fromPartial(A??{}),fromPartial(A){const I={messageSetWireFormat:!1,noStandardDescriptorAccessor:!1,deprecated:!1,mapEntry:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};return I.messageSetWireFormat=A.messageSetWireFormat??!1,I.noStandardDescriptorAccessor=A.noStandardDescriptorAccessor??!1,I.deprecated=A.deprecated??!1,I.mapEntry=A.mapEntry??!1,I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts??!1,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},bl={encode(A,I=new y){void 0!==A.ctype&&0!==A.ctype&&I.uint32(8).int32(A.ctype),void 0!==A.packed&&!1!==A.packed&&I.uint32(16).bool(A.packed),void 0!==A.jstype&&0!==A.jstype&&I.uint32(48).int32(A.jstype),void 0!==A.lazy&&!1!==A.lazy&&I.uint32(40).bool(A.lazy),void 0!==A.unverifiedLazy&&!1!==A.unverifiedLazy&&I.uint32(120).bool(A.unverifiedLazy),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(24).bool(A.deprecated),void 0!==A.weak&&!1!==A.weak&&I.uint32(80).bool(A.weak),void 0!==A.debugRedact&&!1!==A.debugRedact&&I.uint32(128).bool(A.debugRedact),void 0!==A.retention&&0!==A.retention&&I.uint32(136).int32(A.retention);for(const g of A.targets)I.uint32(152).int32(g);for(const g of A.editionDefaults)Hl.encode(g,I.uint32(162).fork()).join();void 0!==A.features&&Pl.encode(A.features,I.uint32(170).fork()).join(),void 0!==A.featureSupport&&Yl.encode(A.featureSupport,I.uint32(178).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={ctype:0,packed:!1,jstype:0,lazy:!1,unverifiedLazy:!1,deprecated:!1,weak:!1,debugRedact:!1,retention:0,targets:[],editionDefaults:[],features:void 0,featureSupport:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.ctype=g.int32();continue;case 2:if(16!==A)break;B.packed=g.bool();continue;case 6:if(48!==A)break;B.jstype=g.int32();continue;case 5:if(40!==A)break;B.lazy=g.bool();continue;case 15:if(120!==A)break;B.unverifiedLazy=g.bool();continue;case 3:if(24!==A)break;B.deprecated=g.bool();continue;case 10:if(80!==A)break;B.weak=g.bool();continue;case 16:if(128!==A)break;B.debugRedact=g.bool();continue;case 17:if(136!==A)break;B.retention=g.int32();continue;case 19:if(152===A){B.targets.push(g.int32());continue}if(154===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.targets.push(g.int32());continue}break;case 20:if(162!==A)break;B.editionDefaults.push(Hl.decode(g,g.uint32()));continue;case 21:if(170!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 22:if(178!==A)break;B.featureSupport=Yl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ctype:_l(A.ctype)?jy(A.ctype):0,packed:!!_l(A.packed)&&globalThis.Boolean(A.packed),jstype:_l(A.jstype)?_y(A.jstype):0,lazy:!!_l(A.lazy)&&globalThis.Boolean(A.lazy),unverifiedLazy:!!_l(A.unverifiedLazy)&&globalThis.Boolean(A.unverifiedLazy),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),weak:!!_l(A.weak)&&globalThis.Boolean(A.weak),debugRedact:!!_l(A.debugRedact)&&globalThis.Boolean(A.debugRedact),retention:_l(A.retention)?Al(A.retention):0,targets:globalThis.Array.isArray(A?.targets)?A.targets.map(A=>function(A){switch(A){case 0:case"TARGET_TYPE_UNKNOWN":return Il.TARGET_TYPE_UNKNOWN;case 1:case"TARGET_TYPE_FILE":return Il.TARGET_TYPE_FILE;case 2:case"TARGET_TYPE_EXTENSION_RANGE":return Il.TARGET_TYPE_EXTENSION_RANGE;case 3:case"TARGET_TYPE_MESSAGE":return Il.TARGET_TYPE_MESSAGE;case 4:case"TARGET_TYPE_FIELD":return Il.TARGET_TYPE_FIELD;case 5:case"TARGET_TYPE_ONEOF":return Il.TARGET_TYPE_ONEOF;case 6:case"TARGET_TYPE_ENUM":return Il.TARGET_TYPE_ENUM;case 7:case"TARGET_TYPE_ENUM_ENTRY":return Il.TARGET_TYPE_ENUM_ENTRY;case 8:case"TARGET_TYPE_SERVICE":return Il.TARGET_TYPE_SERVICE;case 9:case"TARGET_TYPE_METHOD":return Il.TARGET_TYPE_METHOD;default:return Il.UNRECOGNIZED}}(A)):[],editionDefaults:globalThis.Array.isArray(A?.editionDefaults)?A.editionDefaults.map(A=>Hl.fromJSON(A)):[],features:_l(A.features)?Pl.fromJSON(A.features):void 0,featureSupport:_l(A.featureSupport)?Yl.fromJSON(A.featureSupport):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.ctype&&0!==A.ctype&&(I.ctype=function(A){switch(A){case Xy.STRING:return"STRING";case Xy.CORD:return"CORD";case Xy.STRING_PIECE:return"STRING_PIECE";case Xy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.ctype)),void 0!==A.packed&&!1!==A.packed&&(I.packed=A.packed),void 0!==A.jstype&&0!==A.jstype&&(I.jstype=function(A){switch(A){case zy.JS_NORMAL:return"JS_NORMAL";case zy.JS_STRING:return"JS_STRING";case zy.JS_NUMBER:return"JS_NUMBER";case zy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.jstype)),void 0!==A.lazy&&!1!==A.lazy&&(I.lazy=A.lazy),void 0!==A.unverifiedLazy&&!1!==A.unverifiedLazy&&(I.unverifiedLazy=A.unverifiedLazy),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.weak&&!1!==A.weak&&(I.weak=A.weak),void 0!==A.debugRedact&&!1!==A.debugRedact&&(I.debugRedact=A.debugRedact),void 0!==A.retention&&0!==A.retention&&(I.retention=function(A){switch(A){case $y.RETENTION_UNKNOWN:return"RETENTION_UNKNOWN";case $y.RETENTION_RUNTIME:return"RETENTION_RUNTIME";case $y.RETENTION_SOURCE:return"RETENTION_SOURCE";case $y.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.retention)),A.targets?.length&&(I.targets=A.targets.map(A=>function(A){switch(A){case Il.TARGET_TYPE_UNKNOWN:return"TARGET_TYPE_UNKNOWN";case Il.TARGET_TYPE_FILE:return"TARGET_TYPE_FILE";case Il.TARGET_TYPE_EXTENSION_RANGE:return"TARGET_TYPE_EXTENSION_RANGE";case Il.TARGET_TYPE_MESSAGE:return"TARGET_TYPE_MESSAGE";case Il.TARGET_TYPE_FIELD:return"TARGET_TYPE_FIELD";case Il.TARGET_TYPE_ONEOF:return"TARGET_TYPE_ONEOF";case Il.TARGET_TYPE_ENUM:return"TARGET_TYPE_ENUM";case Il.TARGET_TYPE_ENUM_ENTRY:return"TARGET_TYPE_ENUM_ENTRY";case Il.TARGET_TYPE_SERVICE:return"TARGET_TYPE_SERVICE";case Il.TARGET_TYPE_METHOD:return"TARGET_TYPE_METHOD";case Il.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A))),A.editionDefaults?.length&&(I.editionDefaults=A.editionDefaults.map(A=>Hl.toJSON(A))),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.featureSupport&&(I.featureSupport=Yl.toJSON(A.featureSupport)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>bl.fromPartial(A??{}),fromPartial(A){const I={ctype:0,packed:!1,jstype:0,lazy:!1,unverifiedLazy:!1,deprecated:!1,weak:!1,debugRedact:!1,retention:0,targets:[],editionDefaults:[],features:void 0,featureSupport:void 0,uninterpretedOption:[]};return I.ctype=A.ctype??0,I.packed=A.packed??!1,I.jstype=A.jstype??0,I.lazy=A.lazy??!1,I.unverifiedLazy=A.unverifiedLazy??!1,I.deprecated=A.deprecated??!1,I.weak=A.weak??!1,I.debugRedact=A.debugRedact??!1,I.retention=A.retention??0,I.targets=A.targets?.map(A=>A)||[],I.editionDefaults=A.editionDefaults?.map(A=>Hl.fromPartial(A))||[],I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.featureSupport=void 0!==A.featureSupport&&null!==A.featureSupport?Yl.fromPartial(A.featureSupport):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Hl={encode:(A,I=new y)=>(void 0!==A.edition&&0!==A.edition&&I.uint32(24).int32(A.edition),void 0!==A.value&&""!==A.value&&I.uint32(18).string(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={edition:0,value:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 3:if(24!==A)break;B.edition=g.int32();continue;case 2:if(18!==A)break;B.value=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({edition:_l(A.edition)?by(A.edition):0,value:_l(A.value)?globalThis.String(A.value):""}),toJSON(A){const I={};return void 0!==A.edition&&0!==A.edition&&(I.edition=Hy(A.edition)),void 0!==A.value&&""!==A.value&&(I.value=A.value),I},create:A=>Hl.fromPartial(A??{}),fromPartial(A){const I={edition:0,value:""};return I.edition=A.edition??0,I.value=A.value??"",I}},Yl={encode:(A,I=new y)=>(void 0!==A.editionIntroduced&&0!==A.editionIntroduced&&I.uint32(8).int32(A.editionIntroduced),void 0!==A.editionDeprecated&&0!==A.editionDeprecated&&I.uint32(16).int32(A.editionDeprecated),void 0!==A.deprecationWarning&&""!==A.deprecationWarning&&I.uint32(26).string(A.deprecationWarning),void 0!==A.editionRemoved&&0!==A.editionRemoved&&I.uint32(32).int32(A.editionRemoved),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={editionIntroduced:0,editionDeprecated:0,deprecationWarning:"",editionRemoved:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.editionIntroduced=g.int32();continue;case 2:if(16!==A)break;B.editionDeprecated=g.int32();continue;case 3:if(26!==A)break;B.deprecationWarning=g.string();continue;case 4:if(32!==A)break;B.editionRemoved=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({editionIntroduced:_l(A.editionIntroduced)?by(A.editionIntroduced):0,editionDeprecated:_l(A.editionDeprecated)?by(A.editionDeprecated):0,deprecationWarning:_l(A.deprecationWarning)?globalThis.String(A.deprecationWarning):"",editionRemoved:_l(A.editionRemoved)?by(A.editionRemoved):0}),toJSON(A){const I={};return void 0!==A.editionIntroduced&&0!==A.editionIntroduced&&(I.editionIntroduced=Hy(A.editionIntroduced)),void 0!==A.editionDeprecated&&0!==A.editionDeprecated&&(I.editionDeprecated=Hy(A.editionDeprecated)),void 0!==A.deprecationWarning&&""!==A.deprecationWarning&&(I.deprecationWarning=A.deprecationWarning),void 0!==A.editionRemoved&&0!==A.editionRemoved&&(I.editionRemoved=Hy(A.editionRemoved)),I},create:A=>Yl.fromPartial(A??{}),fromPartial(A){const I={editionIntroduced:0,editionDeprecated:0,deprecationWarning:"",editionRemoved:0};return I.editionIntroduced=A.editionIntroduced??0,I.editionDeprecated=A.editionDeprecated??0,I.deprecationWarning=A.deprecationWarning??"",I.editionRemoved=A.editionRemoved??0,I}},Ll={encode(A,I=new y){void 0!==A.features&&Pl.encode(A.features,I.uint32(10).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Ll.fromPartial(A??{}),fromPartial(A){const I={features:void 0,uninterpretedOption:[]};return I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},ql={encode(A,I=new y){void 0!==A.allowAlias&&!1!==A.allowAlias&&I.uint32(16).bool(A.allowAlias),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(24).bool(A.deprecated),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&I.uint32(48).bool(A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&Pl.encode(A.features,I.uint32(58).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={allowAlias:!1,deprecated:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 2:if(16!==A)break;B.allowAlias=g.bool();continue;case 3:if(24!==A)break;B.deprecated=g.bool();continue;case 6:if(48!==A)break;B.deprecatedLegacyJsonFieldConflicts=g.bool();continue;case 7:if(58!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({allowAlias:!!_l(A.allowAlias)&&globalThis.Boolean(A.allowAlias),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),deprecatedLegacyJsonFieldConflicts:!!_l(A.deprecatedLegacyJsonFieldConflicts)&&globalThis.Boolean(A.deprecatedLegacyJsonFieldConflicts),features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.allowAlias&&!1!==A.allowAlias&&(I.allowAlias=A.allowAlias),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&(I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>ql.fromPartial(A??{}),fromPartial(A){const I={allowAlias:!1,deprecated:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};return I.allowAlias=A.allowAlias??!1,I.deprecated=A.deprecated??!1,I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts??!1,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Vl={encode(A,I=new y){void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(8).bool(A.deprecated),void 0!==A.features&&Pl.encode(A.features,I.uint32(18).fork()).join(),void 0!==A.debugRedact&&!1!==A.debugRedact&&I.uint32(24).bool(A.debugRedact),void 0!==A.featureSupport&&Yl.encode(A.featureSupport,I.uint32(34).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={deprecated:!1,features:void 0,debugRedact:!1,featureSupport:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.deprecated=g.bool();continue;case 2:if(18!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.debugRedact=g.bool();continue;case 4:if(34!==A)break;B.featureSupport=Yl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),features:_l(A.features)?Pl.fromJSON(A.features):void 0,debugRedact:!!_l(A.debugRedact)&&globalThis.Boolean(A.debugRedact),featureSupport:_l(A.featureSupport)?Yl.fromJSON(A.featureSupport):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.debugRedact&&!1!==A.debugRedact&&(I.debugRedact=A.debugRedact),void 0!==A.featureSupport&&(I.featureSupport=Yl.toJSON(A.featureSupport)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Vl.fromPartial(A??{}),fromPartial(A){const I={deprecated:!1,features:void 0,debugRedact:!1,featureSupport:void 0,uninterpretedOption:[]};return I.deprecated=A.deprecated??!1,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.debugRedact=A.debugRedact??!1,I.featureSupport=void 0!==A.featureSupport&&null!==A.featureSupport?Yl.fromPartial(A.featureSupport):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Tl={encode(A,I=new y){void 0!==A.features&&Pl.encode(A.features,I.uint32(274).fork()).join(),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(264).bool(A.deprecated);for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={features:void 0,deprecated:!1,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 34:if(274!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 33:if(264!==A)break;B.deprecated=g.bool();continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({features:_l(A.features)?Pl.fromJSON(A.features):void 0,deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Tl.fromPartial(A??{}),fromPartial(A){const I={features:void 0,deprecated:!1,uninterpretedOption:[]};return I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.deprecated=A.deprecated??!1,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},vl={encode(A,I=new y){void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(264).bool(A.deprecated),void 0!==A.idempotencyLevel&&0!==A.idempotencyLevel&&I.uint32(272).int32(A.idempotencyLevel),void 0!==A.features&&Pl.encode(A.features,I.uint32(282).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={deprecated:!1,idempotencyLevel:0,features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 33:if(264!==A)break;B.deprecated=g.bool();continue;case 34:if(272!==A)break;B.idempotencyLevel=g.int32();continue;case 35:if(282!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),idempotencyLevel:_l(A.idempotencyLevel)?Cl(A.idempotencyLevel):0,features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.idempotencyLevel&&0!==A.idempotencyLevel&&(I.idempotencyLevel=function(A){switch(A){case gl.IDEMPOTENCY_UNKNOWN:return"IDEMPOTENCY_UNKNOWN";case gl.NO_SIDE_EFFECTS:return"NO_SIDE_EFFECTS";case gl.IDEMPOTENT:return"IDEMPOTENT";case gl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.idempotencyLevel)),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>vl.fromPartial(A??{}),fromPartial(A){const I={deprecated:!1,idempotencyLevel:0,features:void 0,uninterpretedOption:[]};return I.deprecated=A.deprecated??!1,I.idempotencyLevel=A.idempotencyLevel??0,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}};function Zl(){return{name:[],identifierValue:"",positiveIntValue:0,negativeIntValue:0,doubleValue:0,stringValue:new Uint8Array(0),aggregateValue:""}}const xl={encode(A,I=new y){for(const g of A.name)Wl.encode(g,I.uint32(18).fork()).join();return void 0!==A.identifierValue&&""!==A.identifierValue&&I.uint32(26).string(A.identifierValue),void 0!==A.positiveIntValue&&0!==A.positiveIntValue&&I.uint32(32).uint64(A.positiveIntValue),void 0!==A.negativeIntValue&&0!==A.negativeIntValue&&I.uint32(40).int64(A.negativeIntValue),void 0!==A.doubleValue&&0!==A.doubleValue&&I.uint32(49).double(A.doubleValue),void 0!==A.stringValue&&0!==A.stringValue.length&&I.uint32(58).bytes(A.stringValue),void 0!==A.aggregateValue&&""!==A.aggregateValue&&I.uint32(66).string(A.aggregateValue),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Zl();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 2:if(18!==A)break;B.name.push(Wl.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.identifierValue=g.string();continue;case 4:if(32!==A)break;B.positiveIntValue=zl(g.uint64());continue;case 5:if(40!==A)break;B.negativeIntValue=zl(g.int64());continue;case 6:if(49!==A)break;B.doubleValue=g.double();continue;case 7:if(58!==A)break;B.stringValue=g.bytes();continue;case 8:if(66!==A)break;B.aggregateValue=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:globalThis.Array.isArray(A?.name)?A.name.map(A=>Wl.fromJSON(A)):[],identifierValue:_l(A.identifierValue)?globalThis.String(A.identifierValue):"",positiveIntValue:_l(A.positiveIntValue)?globalThis.Number(A.positiveIntValue):0,negativeIntValue:_l(A.negativeIntValue)?globalThis.Number(A.negativeIntValue):0,doubleValue:_l(A.doubleValue)?globalThis.Number(A.doubleValue):0,stringValue:_l(A.stringValue)?jl(A.stringValue):new Uint8Array(0),aggregateValue:_l(A.aggregateValue)?globalThis.String(A.aggregateValue):""}),toJSON(A){const I={};return A.name?.length&&(I.name=A.name.map(A=>Wl.toJSON(A))),void 0!==A.identifierValue&&""!==A.identifierValue&&(I.identifierValue=A.identifierValue),void 0!==A.positiveIntValue&&0!==A.positiveIntValue&&(I.positiveIntValue=Math.round(A.positiveIntValue)),void 0!==A.negativeIntValue&&0!==A.negativeIntValue&&(I.negativeIntValue=Math.round(A.negativeIntValue)),void 0!==A.doubleValue&&0!==A.doubleValue&&(I.doubleValue=A.doubleValue),void 0!==A.stringValue&&0!==A.stringValue.length&&(I.stringValue=function(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}(A.stringValue)),void 0!==A.aggregateValue&&""!==A.aggregateValue&&(I.aggregateValue=A.aggregateValue),I},create:A=>xl.fromPartial(A??{}),fromPartial(A){const I=Zl();return I.name=A.name?.map(A=>Wl.fromPartial(A))||[],I.identifierValue=A.identifierValue??"",I.positiveIntValue=A.positiveIntValue??0,I.negativeIntValue=A.negativeIntValue??0,I.doubleValue=A.doubleValue??0,I.stringValue=A.stringValue??new Uint8Array(0),I.aggregateValue=A.aggregateValue??"",I}},Wl={encode:(A,I=new y)=>(""!==A.namePart&&I.uint32(10).string(A.namePart),!1!==A.isExtension&&I.uint32(16).bool(A.isExtension),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={namePart:"",isExtension:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.namePart=g.string();continue;case 2:if(16!==A)break;B.isExtension=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({namePart:_l(A.namePart)?globalThis.String(A.namePart):"",isExtension:!!_l(A.isExtension)&&globalThis.Boolean(A.isExtension)}),toJSON(A){const I={};return""!==A.namePart&&(I.namePart=A.namePart),!1!==A.isExtension&&(I.isExtension=A.isExtension),I},create:A=>Wl.fromPartial(A??{}),fromPartial(A){const I={namePart:"",isExtension:!1};return I.namePart=A.namePart??"",I.isExtension=A.isExtension??!1,I}},Pl={encode:(A,I=new y)=>(void 0!==A.fieldPresence&&0!==A.fieldPresence&&I.uint32(8).int32(A.fieldPresence),void 0!==A.enumType&&0!==A.enumType&&I.uint32(16).int32(A.enumType),void 0!==A.repeatedFieldEncoding&&0!==A.repeatedFieldEncoding&&I.uint32(24).int32(A.repeatedFieldEncoding),void 0!==A.utf8Validation&&0!==A.utf8Validation&&I.uint32(32).int32(A.utf8Validation),void 0!==A.messageEncoding&&0!==A.messageEncoding&&I.uint32(40).int32(A.messageEncoding),void 0!==A.jsonFormat&&0!==A.jsonFormat&&I.uint32(48).int32(A.jsonFormat),void 0!==A.enforceNamingStyle&&0!==A.enforceNamingStyle&&I.uint32(56).int32(A.enforceNamingStyle),void 0!==A.defaultSymbolVisibility&&0!==A.defaultSymbolVisibility&&I.uint32(64).int32(A.defaultSymbolVisibility),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={fieldPresence:0,enumType:0,repeatedFieldEncoding:0,utf8Validation:0,messageEncoding:0,jsonFormat:0,enforceNamingStyle:0,defaultSymbolVisibility:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.fieldPresence=g.int32();continue;case 2:if(16!==A)break;B.enumType=g.int32();continue;case 3:if(24!==A)break;B.repeatedFieldEncoding=g.int32();continue;case 4:if(32!==A)break;B.utf8Validation=g.int32();continue;case 5:if(40!==A)break;B.messageEncoding=g.int32();continue;case 6:if(48!==A)break;B.jsonFormat=g.int32();continue;case 7:if(56!==A)break;B.enforceNamingStyle=g.int32();continue;case 8:if(64!==A)break;B.defaultSymbolVisibility=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({fieldPresence:_l(A.fieldPresence)?il(A.fieldPresence):0,enumType:_l(A.enumType)?el(A.enumType):0,repeatedFieldEncoding:_l(A.repeatedFieldEncoding)?tl(A.repeatedFieldEncoding):0,utf8Validation:_l(A.utf8Validation)?nl(A.utf8Validation):0,messageEncoding:_l(A.messageEncoding)?sl(A.messageEncoding):0,jsonFormat:_l(A.jsonFormat)?cl(A.jsonFormat):0,enforceNamingStyle:_l(A.enforceNamingStyle)?wl(A.enforceNamingStyle):0,defaultSymbolVisibility:_l(A.defaultSymbolVisibility)?hl(A.defaultSymbolVisibility):0}),toJSON(A){const I={};return void 0!==A.fieldPresence&&0!==A.fieldPresence&&(I.fieldPresence=function(A){switch(A){case Bl.FIELD_PRESENCE_UNKNOWN:return"FIELD_PRESENCE_UNKNOWN";case Bl.EXPLICIT:return"EXPLICIT";case Bl.IMPLICIT:return"IMPLICIT";case Bl.LEGACY_REQUIRED:return"LEGACY_REQUIRED";case Bl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.fieldPresence)),void 0!==A.enumType&&0!==A.enumType&&(I.enumType=function(A){switch(A){case Ql.ENUM_TYPE_UNKNOWN:return"ENUM_TYPE_UNKNOWN";case Ql.OPEN:return"OPEN";case Ql.CLOSED:return"CLOSED";case Ql.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.enumType)),void 0!==A.repeatedFieldEncoding&&0!==A.repeatedFieldEncoding&&(I.repeatedFieldEncoding=function(A){switch(A){case El.REPEATED_FIELD_ENCODING_UNKNOWN:return"REPEATED_FIELD_ENCODING_UNKNOWN";case El.PACKED:return"PACKED";case El.EXPANDED:return"EXPANDED";case El.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.repeatedFieldEncoding)),void 0!==A.utf8Validation&&0!==A.utf8Validation&&(I.utf8Validation=function(A){switch(A){case ol.UTF8_VALIDATION_UNKNOWN:return"UTF8_VALIDATION_UNKNOWN";case ol.VERIFY:return"VERIFY";case ol.NONE:return"NONE";case ol.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.utf8Validation)),void 0!==A.messageEncoding&&0!==A.messageEncoding&&(I.messageEncoding=function(A){switch(A){case al.MESSAGE_ENCODING_UNKNOWN:return"MESSAGE_ENCODING_UNKNOWN";case al.LENGTH_PREFIXED:return"LENGTH_PREFIXED";case al.DELIMITED:return"DELIMITED";case al.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.messageEncoding)),void 0!==A.jsonFormat&&0!==A.jsonFormat&&(I.jsonFormat=function(A){switch(A){case rl.JSON_FORMAT_UNKNOWN:return"JSON_FORMAT_UNKNOWN";case rl.ALLOW:return"ALLOW";case rl.LEGACY_BEST_EFFORT:return"LEGACY_BEST_EFFORT";case rl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.jsonFormat)),void 0!==A.enforceNamingStyle&&0!==A.enforceNamingStyle&&(I.enforceNamingStyle=function(A){switch(A){case Dl.ENFORCE_NAMING_STYLE_UNKNOWN:return"ENFORCE_NAMING_STYLE_UNKNOWN";case Dl.STYLE2024:return"STYLE2024";case Dl.STYLE_LEGACY:return"STYLE_LEGACY";case Dl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.enforceNamingStyle)),void 0!==A.defaultSymbolVisibility&&0!==A.defaultSymbolVisibility&&(I.defaultSymbolVisibility=function(A){switch(A){case dl.DEFAULT_SYMBOL_VISIBILITY_UNKNOWN:return"DEFAULT_SYMBOL_VISIBILITY_UNKNOWN";case dl.EXPORT_ALL:return"EXPORT_ALL";case dl.EXPORT_TOP_LEVEL:return"EXPORT_TOP_LEVEL";case dl.LOCAL_ALL:return"LOCAL_ALL";case dl.STRICT:return"STRICT";case dl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.defaultSymbolVisibility)),I},create:A=>Pl.fromPartial(A??{}),fromPartial(A){const I={fieldPresence:0,enumType:0,repeatedFieldEncoding:0,utf8Validation:0,messageEncoding:0,jsonFormat:0,enforceNamingStyle:0,defaultSymbolVisibility:0};return I.fieldPresence=A.fieldPresence??0,I.enumType=A.enumType??0,I.repeatedFieldEncoding=A.repeatedFieldEncoding??0,I.utf8Validation=A.utf8Validation??0,I.messageEncoding=A.messageEncoding??0,I.jsonFormat=A.jsonFormat??0,I.enforceNamingStyle=A.enforceNamingStyle??0,I.defaultSymbolVisibility=A.defaultSymbolVisibility??0,I}},Ol={encode(A,I=new y){for(const g of A.location)Xl.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={location:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.location.push(Xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({location:globalThis.Array.isArray(A?.location)?A.location.map(A=>Xl.fromJSON(A)):[]}),toJSON(A){const I={};return A.location?.length&&(I.location=A.location.map(A=>Xl.toJSON(A))),I},create:A=>Ol.fromPartial(A??{}),fromPartial(A){const I={location:[]};return I.location=A.location?.map(A=>Xl.fromPartial(A))||[],I}},Xl={encode(A,I=new y){I.uint32(10).fork();for(const g of A.path)I.int32(g);I.join(),I.uint32(18).fork();for(const g of A.span)I.int32(g);I.join(),void 0!==A.leadingComments&&""!==A.leadingComments&&I.uint32(26).string(A.leadingComments),void 0!==A.trailingComments&&""!==A.trailingComments&&I.uint32(34).string(A.trailingComments);for(const g of A.leadingDetachedComments)I.uint32(50).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={path:[],span:[],leadingComments:"",trailingComments:"",leadingDetachedComments:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8===A){B.path.push(g.int32());continue}if(10===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.path.push(g.int32());continue}break;case 2:if(16===A){B.span.push(g.int32());continue}if(18===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.span.push(g.int32());continue}break;case 3:if(26!==A)break;B.leadingComments=g.string();continue;case 4:if(34!==A)break;B.trailingComments=g.string();continue;case 6:if(50!==A)break;B.leadingDetachedComments.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({path:globalThis.Array.isArray(A?.path)?A.path.map(A=>globalThis.Number(A)):[],span:globalThis.Array.isArray(A?.span)?A.span.map(A=>globalThis.Number(A)):[],leadingComments:_l(A.leadingComments)?globalThis.String(A.leadingComments):"",trailingComments:_l(A.trailingComments)?globalThis.String(A.trailingComments):"",leadingDetachedComments:globalThis.Array.isArray(A?.leadingDetachedComments)?A.leadingDetachedComments.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return A.path?.length&&(I.path=A.path.map(A=>Math.round(A))),A.span?.length&&(I.span=A.span.map(A=>Math.round(A))),void 0!==A.leadingComments&&""!==A.leadingComments&&(I.leadingComments=A.leadingComments),void 0!==A.trailingComments&&""!==A.trailingComments&&(I.trailingComments=A.trailingComments),A.leadingDetachedComments?.length&&(I.leadingDetachedComments=A.leadingDetachedComments),I},create:A=>Xl.fromPartial(A??{}),fromPartial(A){const I={path:[],span:[],leadingComments:"",trailingComments:"",leadingDetachedComments:[]};return I.path=A.path?.map(A=>A)||[],I.span=A.span?.map(A=>A)||[],I.leadingComments=A.leadingComments??"",I.trailingComments=A.trailingComments??"",I.leadingDetachedComments=A.leadingDetachedComments?.map(A=>A)||[],I}};function jl(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function zl(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function _l(A){return null!=A}let $l=null;function Ak(A,I,g){if(A.nestedType.length>0)for(const C of A.nestedType){if(!C.name)continue;const A=`${I}.${C.name}`;g.set(A,C),Ak(C,A,g)}}function Ik(){if($l)return $l;try{const A=function(){const A=atob("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"),I=new Uint8Array(A.length);for(let g=0;g<A.length;g++)I[g]=A.charCodeAt(g);return I}(),I=yl.decode(A),g={descriptorSet:I,fileMap:new Map,messageMap:new Map};for(const A of I.file)if(A.name&&g.fileMap.set(A.name,A),A.messageType.length>0)for(const I of A.messageType){if(!I.name)continue;const C=A.package??"",B=C.length>0?`${C}.${I.name}`:String(I.name);g.messageMap.set(B,I),Ak(I,B,g.messageMap)}return $l=g,g}catch(A){throw new Error(`Failed to load protobuf descriptors: ${function(A){return A instanceof Error?A.message:String(A)}(A)}`,{cause:A})}}function gk(A){if(null==A.number)return null;const I={number:A.number};return"number"==typeof A.oneofIndex&&(I.oneofIndex=A.oneofIndex),A.label===xy.LABEL_REPEATED&&(I.repeated=!0),"number"==typeof A.type&&(I.type=A.type),A.type===vy.TYPE_MESSAGE&&"string"==typeof A.typeName&&A.typeName.length>0&&(I.typeName=A.typeName.startsWith(".")?A.typeName.slice(1):A.typeName),I}var Ck=class extends Error{constructor(){super("skip field")}};function Bk(A){if(null==A)return!0;if("object"==typeof A&&"$case"in A){const I=A.$case;return!I||"nullValue"===I}return!1}function ik(A,I=20){const g=[...new Set(A)];if(0===g.length)return"<none>";const C=g.slice(0,I).join(", "),B=g.length-I;return B>0?`${C}, ... (${B} more)`:C}const Qk=new Set(["google.protobuf.Value","google.protobuf.ListValue","google.protobuf.BoolValue","google.protobuf.Int32Value","google.protobuf.Int64Value","google.protobuf.UInt32Value","google.protobuf.UInt64Value","google.protobuf.FloatValue","google.protobuf.DoubleValue","google.protobuf.StringValue","google.protobuf.BytesValue"]);var ek=class{encoder=new TextEncoder;constructor(){}async hashProto(A,I){if(null==A)throw new Error("cannot hash nil or invalid message");if(I&&Qk.has(I))throw new Error(`top-level scalar/value types are not hashable; wrap in a parent message field: ${I}`);return this.hashMessage(A,I)}async hashMessage(A,I){if(A instanceof Date){const I=A.getTime(),g=A.__pbSeconds,C=A.__pbNanos,B="number"==typeof g?Math.floor(g):Math.floor(I/1e3),i="number"==typeof C?Math.floor(C):I%1e3*1e6,Q=this.hashInt64(B),e=this.hashInt64(i),E=new Uint8Array(Q.length+e.length);return E.set(Q,0),E.set(e,Q.length),this.hash("l",E)}if(null==A)throw new Error("cannot hash nil message");const g=this.getMessageFields(A,I),C=[];for(const[I,B]of Object.entries(g)){if(!B?.name)continue;const g=B.name,i=B.type,Q=void 0!==B.value?B.value:A[g];if(this.isDefault(Q,i))continue;const e=Q,E=this.hashFieldKey(parseInt(I),g);let t=null;try{t=await this.hashFieldValue(i,e)}catch(A){if(A instanceof Ck)continue;throw A}C.push({number:parseInt(I),khash:E,vhash:t})}C.sort((A,I)=>A.number-I.number);const B=C.reduce((A,I)=>A+I.khash.length+I.vhash.length,0),i=new Uint8Array(B);let Q=0;for(const A of C)i.set(A.khash,Q),Q+=A.khash.length,i.set(A.vhash,Q),Q+=A.vhash.length;return this.hash("d",i)}hashFieldKey(A,I){return this.hashInt64(A)}async hashFieldValue(A,I){return"repeated"===A?.type&&Array.isArray(I)?this.hashList(A.elementType||A,I):this.isMapType(A)?this.hashMap(A,I):this.hashValue(A,I)}async hashValue(A,I){const g=this.getTypeName(A);switch(g){case"bool":return this.hashBool(I);case"int32":case"int64":case"sint32":case"sint64":case"sfixed32":case"sfixed64":return this.hashInt64(I);case"uint32":case"uint64":case"fixed32":case"fixed64":return this.hashUint64(I);case"float":case"double":return this.hashFloat(I);case"string":return this.hashUnicode(I);case"bytes":return this.hashBytes(I);case"message":return A&&"object"==typeof A&&A.typeName?this.hashMessage(I,A.typeName):this.hashMessage(I);case"oneof":return this.hashOneof(I);default:if("number"==typeof I)return this.hashInt64(I);throw new Error(`Unsupported field type: ${g}`)}}async hashOneof(A){if(A&&"object"==typeof A&&"$case"in A){const I=A[A.$case];if(void 0!==I)return this.hashMessage(I)}throw new Error("invalid oneof: no active value")}async hashList(A,I){if(0===I.length)throw new Ck;const g=[],C="object"==typeof A&&"google.protobuf.Value"===A?.typeName;for(const B of I){if(C&&Bk(B))throw new Error("cannot hash nil value");const I=await this.hashValue(A,B);g.push(I)}const B=g.reduce((A,I)=>A+I.length,0),i=new Uint8Array(B);let Q=0;for(const A of g)i.set(A,Q),Q+=A.length;return this.hash("l",i)}async hashMap(A,I){const g=[],C=A?.valueType&&"google.protobuf.Value"===A.valueType.typeName;for(const[B,i]of Object.entries(I)){if(C&&Bk(i))continue;const I=await this.hashValue(A.keyType,B);let Q;try{Q=await this.hashValue(A.valueType,i)}catch(A){if(A instanceof Ck)continue;throw A}g.push({khash:I,vhash:Q})}if(0===g.length)throw new Ck;g.sort((A,I)=>this.compareBytes(A.khash,I.khash));const B=g.reduce((A,I)=>A+I.khash.length+I.vhash.length,0),i=new Uint8Array(B);let Q=0;for(const A of g)i.set(A.khash,Q),Q+=A.khash.length,i.set(A.vhash,Q),Q+=A.vhash.length;return this.hash("d",i)}hashBool(A){const I=A?new Uint8Array([49]):new Uint8Array([48]);return this.hash("b",I)}hashInt64(A){const I=this.encodeInt64BigEndian(A);return this.hash("i",I)}hashUint64(A){const I=this.encodeUint64BigEndian(A);return this.hash("i",I)}hashFloat(A){let I=Object.is(A,-0)?0:A;Number.isNaN(I)&&(I=NaN);const g=new ArrayBuffer(8);return new DataView(g).setFloat64(0,I,!1),this.hash("f",new Uint8Array(g))}hashUnicode(A){return this.hash("u",this.encoder.encode(A))}hashBytes(A){return this.hash("r",A)}hash(A,I){const g=Ya.create();return g.update(this.encoder.encode(A)),g.update(I),new Uint8Array(g.digest())}getMessageFields(A,I){const g={},C=I?function(A){try{const I=Ik().messageMap.get(A);if(!I)return{};const g={};if(I.field.length>0)for(const A of I.field)A.name&&null!=A.number&&(g[A.name]=A.number);return g}catch{return{}}}(I):{},B=I?function(A){try{const I=Ik().messageMap.get(A);if(!I)return{};const g={},C=I.field||[];for(const A of C){const I=gk(A);I&&A.name&&(g[A.name]=I)}return g}catch{return{}}}(I):{};function i(A){return A.replace(/([A-Z])/g,"_$1").replace(/^_/,"").toLowerCase()}const Q=new Set,e=Object.getOwnPropertyNames(A).concat(Object.keys(A)),E=[...new Set(e)];for(const e of E){const E=A[e];if(this.isOneofField(E)){const A=this.extractOneofField(e,E,C);if(A){const{actualFieldNumber:I,actualFieldName:C,actualValue:e}=A;Q.add(I);const E=B[i(C)]?.typeName,t=this.inferFieldType(e);g[I]={name:C,type:E?{type:"message",typeName:E}:t,value:e}}continue}const t=i(e),o=C&&t in C?C[t]:void 0;if(void 0===o)throw new Error(`Unknown field '${e}' for message type '${I??"<unknown>"}'`);const n=o;if(Q.add(n),void 0!==E){const A=B[i(e)],I=!0===A?.repeated,C=A?.type,Q=A?.typeName;let t;t=I&&Array.isArray(E)?{type:"repeated",elementType:this.protoTypeToFieldType(C,Q)}:Q?{type:"message",typeName:Q}:this.inferFieldType(E),g[n]={name:e,type:t,value:E}}}if(0===Object.keys(g).length){const g=Object.keys(C||{}),B=Object.getOwnPropertyNames(A).concat(Object.keys(A));throw new Error(`No fields found in message for ${I??"<unknown>"}; descriptor fields: ${ik(g)}; message keys: ${ik(B)}. This usually means messageTypeName is missing or invalid, or the message has no set fields.`)}return g}protoTypeToFieldType(A,I){switch(A){case 1:return"double";case 2:return"float";case 3:return"int64";case 4:return"uint64";case 5:case 14:return"int32";case 6:return"fixed64";case 7:return"fixed32";case 8:return"bool";case 9:return"string";case 11:return I?{type:"message",typeName:I}:"message";case 12:return"bytes";case 13:return"uint32";case 15:return"sfixed32";case 16:return"sfixed64";case 17:return"sint32";case 18:return"sint64";default:return"unknown"}}isOneofField(A){return A&&"object"==typeof A&&"$case"in A&&"string"==typeof A.$case}extractOneofField(A,I,g){if(!I||!("$case"in I))return null;const C=I.$case,B=I[C],i=g[C.replace(/([A-Z])/g,"_$1").replace(/^_/,"").toLowerCase()];return i?{actualFieldNumber:i,actualFieldName:C,actualValue:B}:null}inferFieldType(A){return"boolean"==typeof A?"bool":"number"==typeof A?Number.isInteger(A)&&A>=0?A<=4294967295?"uint32":"uint64":"int64":"bigint"==typeof A?"uint64":"string"==typeof A?"string":A instanceof Uint8Array?"bytes":Array.isArray(A)?"list":"object"==typeof A&&null!==A?"message":"unknown"}isDefault(A,I){if(null==A)return!0;if("message"===this.getTypeName(I)&&"google.protobuf.Value"===I.typeName&&Bk(A))return!0;if(Array.isArray(A))return 0===A.length;if(this.isMapType(I))return 0===Object.keys(A).length;switch(this.getTypeName(I)){case"bool":return!1===A;case"int32":case"int64":case"sint32":case"sint64":case"sfixed32":case"sfixed64":case"uint32":case"uint64":case"fixed32":case"fixed64":return 0===A||0n===A;case"float":case"double":return 0===A;case"string":case"bytes":return 0===A.length;default:if("number"==typeof A)return 0===A}return!1}getTypeName(A){return"string"==typeof A?A:A.type?A.type:A.resolvedType?"message":"unknown"}getMessageFullName(A){const I=A?.constructor?.name;return I&&"Object"!==I?I:"protobuf.Message"}isMapType(A){return!0===A.map||A.keyType&&A.valueType}isProto3(A){return!0}compareBytes(A,I){const g=Math.min(A.length,I.length);for(let C=0;C<g;C++){const g=A[C],B=I[C];if(void 0!==g&&void 0!==B&&g!==B)return g-B}return A.length-I.length}floatNormalize(A){if(0===A)return"+0:";let I=A,g="+";I<0&&(g="-",I=-I);let C=0;for(;I>1;)I/=2,C++;for(;I<=.5;)I*=2,C--;if(g+=`${C}:`,I>1||I<=.5)throw new Error(`Could not normalize float: ${A}`);for(;0!==I;){if(I>=1?(g+="1",I--):g+="0",I>=1)throw new Error(`Could not normalize float: ${A}`);if(g.length>=1e3)throw new Error(`Could not normalize float: ${A}`);I*=2}return g}encodeUint64BigEndian(A){let I="bigint"==typeof A?A:BigInt(A);const g=new Uint8Array(8);for(let A=7;A>=0;A--)g[A]=Number(255n&I),I>>=8n;return g}encodeInt64BigEndian(A){let I="bigint"==typeof A?A:BigInt(A);I<0&&(I&=(1n<<64n)-1n);const g=new Uint8Array(8);for(let A=7;A>=0;A--)g[A]=Number(255n&I),I>>=8n;return g}};function Ek(){return new ek}function tk(A,I=!1){switch(A.version){case 1:return function(A,I=!1){if(!A)throw new Wd("token transaction cannot be nil",{field:"tokenTransaction"});const g=[],C=Ya.create(),B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,A.version,!1),C.update(B),g.push(C.digest());const i=Ya.create(),Q=new Uint8Array(4);let e=0;if("mintInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_MINT;else if("transferInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_TRANSFER;else{if("createInput"!==A.tokenInputs?.$case)throw new Wd("token transaction must have exactly one input type",{field:"tokenInputs"});e=DE.TOKEN_TRANSACTION_TYPE_CREATE}if(new DataView(Q.buffer).setUint32(0,e,!1),i.update(Q),g.push(i.digest()),"transferInput"===A.tokenInputs?.$case){if(!A.tokenInputs.transferInput.outputsToSpend)throw new Wd("outputs to spend cannot be null",{field:"tokenInputs.transferInput.outputsToSpend"});if(0===A.tokenInputs.transferInput.outputsToSpend.length)throw new Wd("outputs to spend cannot be empty",{field:"tokenInputs.transferInput.outputsToSpend"});const I=Ya.create(),C=new Uint8Array(4);new DataView(C.buffer).setUint32(0,A.tokenInputs.transferInput.outputsToSpend.length,!1),I.update(C),g.push(I.digest());for(const[I,C]of A.tokenInputs.transferInput.outputsToSpend.entries()){if(!C)throw new Wd(`output cannot be null at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}]`,index:I});const A=Ya.create();if(C.prevTokenTransactionHash){const g=C.prevTokenTransactionHash;if(32!==C.prevTokenTransactionHash.length)throw new Wd(`invalid previous transaction hash length at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}].prevTokenTransactionHash`,value:g,expectedLength:32,actualLength:g.length,index:I});A.update(C.prevTokenTransactionHash)}const B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,C.prevTokenTransactionVout,!1),A.update(B),g.push(A.digest())}}else if("mintInput"===A.tokenInputs?.$case){const I=Ya.create();if(A.tokenInputs.mintInput.issuerPublicKey){const C=A.tokenInputs.mintInput.issuerPublicKey;if(0===C.length)throw new Wd("issuer public key cannot be empty",{field:"tokenInputs.mintInput.issuerPublicKey",value:C,expectedLength:1,actualLength:0});I.update(C),g.push(I.digest());const B=Ya.create();A.tokenInputs.mintInput.tokenIdentifier?B.update(A.tokenInputs.mintInput.tokenIdentifier):B.update(new Uint8Array(32)),g.push(B.digest())}}else if("createInput"===A.tokenInputs?.$case){const C=A.tokenInputs.createInput,B=Ya.create();if(!C.issuerPublicKey||0===C.issuerPublicKey.length)throw new Wd("issuer public key cannot be nil or empty",{field:"tokenInputs.createInput.issuerPublicKey"});B.update(C.issuerPublicKey),g.push(B.digest());const i=Ya.create();if(!C.tokenName||0===C.tokenName.length)throw new Wd("token name cannot be empty",{field:"tokenInputs.createInput.tokenName"});if(C.tokenName.length>20)throw new Wd("token name cannot be longer than 20 bytes",{field:"tokenInputs.createInput.tokenName",value:C.tokenName,expectedLength:20,actualLength:C.tokenName.length});const Q=new TextEncoder;i.update(Q.encode(C.tokenName)),g.push(i.digest());const e=Ya.create();if(!C.tokenTicker||0===C.tokenTicker.length)throw new Wd("token ticker cannot be empty",{field:"tokenInputs.createInput.tokenTicker"});if(C.tokenTicker.length>6)throw new Wd("token ticker cannot be longer than 6 bytes",{field:"tokenInputs.createInput.tokenTicker",value:C.tokenTicker,expectedLength:6,actualLength:C.tokenTicker.length});const E=new TextEncoder;e.update(E.encode(C.tokenTicker)),g.push(e.digest());const t=Ya.create(),o=new Uint8Array(4);new DataView(o.buffer).setUint32(0,C.decimals,!1),t.update(o),g.push(t.digest());const n=Ya.create();if(!C.maxSupply)throw new Wd("max supply cannot be nil",{field:"tokenInputs.createInput.maxSupply"});if(16!==C.maxSupply.length)throw new Wd("max supply must be exactly 16 bytes",{field:"tokenInputs.createInput.maxSupply",value:C.maxSupply,expectedLength:16,actualLength:C.maxSupply.length});n.update(C.maxSupply),g.push(n.digest());const a=Ya.create();a.update(new Uint8Array([C.isFreezable?1:0])),g.push(a.digest());const s=Ya.create();!I&&C.creationEntityPublicKey&&s.update(C.creationEntityPublicKey),g.push(s.digest())}if(!A.tokenOutputs)throw new Wd("token outputs cannot be null",{field:"tokenOutputs"});const E=Ya.create(),t=new Uint8Array(4);new DataView(t.buffer).setUint32(0,A.tokenOutputs.length,!1),E.update(t),g.push(E.digest());for(const[C,B]of A.tokenOutputs.entries()){if(!B)throw new Wd(`output cannot be null at index ${C}`,{field:`tokenOutputs[${C}]`,index:C});const A=Ya.create();if(B.id&&!I){if(0===B.id.length)throw new Wd(`output ID at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].id`,index:C});A.update((new TextEncoder).encode(B.id))}if(B.ownerPublicKey){if(0===B.ownerPublicKey.length)throw new Wd(`owner public key at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].ownerPublicKey`,index:C});A.update(B.ownerPublicKey)}if(!I){const I=B.revocationCommitment;if(I){if(0===I.length)throw new Wd(`revocation commitment at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].revocationCommitment`,index:C});A.update(I)}const g=new Uint8Array(8);new DataView(g.buffer).setBigUint64(0,BigInt(B.withdrawBondSats),!1),A.update(g);const i=new Uint8Array(8);new DataView(i.buffer).setBigUint64(0,BigInt(B.withdrawRelativeBlockLocktime),!1),A.update(i)}if(B.tokenPublicKey&&0!==B.tokenPublicKey.length?A.update(B.tokenPublicKey):A.update(new Uint8Array(33)),B.tokenIdentifier&&0!==B.tokenIdentifier.length?A.update(B.tokenIdentifier):A.update(new Uint8Array(32)),B.tokenAmount){if(0===B.tokenAmount.length)throw new Wd(`token amount at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].tokenAmount`,index:C});if(B.tokenAmount.length>16)throw new Wd(`token amount at index ${C} exceeds maximum length`,{field:`tokenOutputs[${C}].tokenAmount`,value:B.tokenAmount,expectedLength:16,actualLength:B.tokenAmount.length,index:C});A.update(B.tokenAmount)}g.push(A.digest())}if(!A.sparkOperatorIdentityPublicKeys)throw new Wd("spark operator identity public keys cannot be null",{});const o=[...A.sparkOperatorIdentityPublicKeys||[]].sort((A,I)=>{for(let g=0;g<A.length&&g<I.length;g++)if(A[g]!==I[g])return(A[g]??0)-(I[g]??0);return A.length-I.length}),n=Ya.create(),a=new Uint8Array(4);new DataView(a.buffer).setUint32(0,o.length,!1),n.update(a),g.push(n.digest());for(const[A,I]of o.entries()){if(!I)throw new Wd(`operator public key at index ${A} cannot be null`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});if(0===I.length)throw new Wd(`operator public key at index ${A} cannot be empty`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});const C=Ya.create();C.update(I),g.push(C.digest())}const s=Ya.create(),r=new Uint8Array(4);new DataView(r.buffer).setUint32(0,A.network.valueOf(),!1),s.update(r),g.push(s.digest());const c=Ya.create(),D=A.clientCreatedTimestamp;if(!D)throw new Wd("client created timestamp cannot be null for V1 token transactions",{field:"clientCreatedTimestamp"});const w=D.getTime(),d=new Uint8Array(8);if(new DataView(d.buffer).setBigUint64(0,BigInt(w),!1),c.update(d),g.push(c.digest()),!I){const I=Ya.create(),C=new Uint8Array(8),B=A.expiryTime?Math.floor(A.expiryTime.getTime()/1e3):0;new DataView(C.buffer).setBigUint64(0,BigInt(B),!1),I.update(C),g.push(I.digest())}const h=Ya.create(),y=new Uint8Array(g.reduce((A,I)=>A+I.length,0));let l=0;for(const A of g)y.set(A,l),l+=A.length;return h.update(y),h.digest()}(A,I);case 2:return function(A,I=!1){if(!A)throw new Wd("token transaction cannot be nil",{field:"tokenTransaction"});const g=[],C=Ya.create(),B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,A.version,!1),C.update(B),g.push(C.digest());const i=Ya.create(),Q=new Uint8Array(4);let e=0;if("mintInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_MINT;else if("transferInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_TRANSFER;else{if("createInput"!==A.tokenInputs?.$case)throw new Wd("token transaction must have exactly one input type",{field:"tokenInputs"});e=DE.TOKEN_TRANSACTION_TYPE_CREATE}if(new DataView(Q.buffer).setUint32(0,e,!1),i.update(Q),g.push(i.digest()),"transferInput"===A.tokenInputs?.$case){if(!A.tokenInputs.transferInput.outputsToSpend)throw new Wd("outputs to spend cannot be null",{field:"tokenInputs.transferInput.outputsToSpend"});if(0===A.tokenInputs.transferInput.outputsToSpend.length)throw new Wd("outputs to spend cannot be empty",{field:"tokenInputs.transferInput.outputsToSpend"});const I=Ya.create(),C=new Uint8Array(4);new DataView(C.buffer).setUint32(0,A.tokenInputs.transferInput.outputsToSpend.length,!1),I.update(C),g.push(I.digest());for(const[I,C]of A.tokenInputs.transferInput.outputsToSpend.entries()){if(!C)throw new Wd(`output cannot be null at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}]`,index:I});const A=Ya.create();if(C.prevTokenTransactionHash){const g=C.prevTokenTransactionHash;if(32!==C.prevTokenTransactionHash.length)throw new Wd(`invalid previous transaction hash length at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}].prevTokenTransactionHash`,value:g,expectedLength:32,actualLength:g.length,index:I});A.update(C.prevTokenTransactionHash)}const B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,C.prevTokenTransactionVout,!1),A.update(B),g.push(A.digest())}}else if("mintInput"===A.tokenInputs?.$case){const I=Ya.create();if(A.tokenInputs.mintInput.issuerPublicKey){const C=A.tokenInputs.mintInput.issuerPublicKey;if(0===C.length)throw new Wd("issuer public key cannot be empty",{field:"tokenInputs.mintInput.issuerPublicKey",value:C,expectedLength:1,actualLength:0});I.update(C),g.push(I.digest());const B=Ya.create();A.tokenInputs.mintInput.tokenIdentifier?B.update(A.tokenInputs.mintInput.tokenIdentifier):B.update(new Uint8Array(32)),g.push(B.digest())}}else if("createInput"===A.tokenInputs?.$case){const C=A.tokenInputs.createInput,B=Ya.create();if(!C.issuerPublicKey||0===C.issuerPublicKey.length)throw new Wd("issuer public key cannot be nil or empty",{field:"tokenInputs.createInput.issuerPublicKey"});B.update(C.issuerPublicKey),g.push(B.digest());const i=Ya.create();if(!C.tokenName||0===C.tokenName.length)throw new Wd("token name cannot be empty",{field:"tokenInputs.createInput.tokenName"});if(C.tokenName.length>20)throw new Wd("token name cannot be longer than 20 bytes",{field:"tokenInputs.createInput.tokenName",value:C.tokenName,expectedLength:20,actualLength:C.tokenName.length});const Q=new TextEncoder;i.update(Q.encode(C.tokenName)),g.push(i.digest());const e=Ya.create();if(!C.tokenTicker||0===C.tokenTicker.length)throw new Wd("token ticker cannot be empty",{field:"tokenInputs.createInput.tokenTicker"});if(C.tokenTicker.length>6)throw new Wd("token ticker cannot be longer than 6 bytes",{field:"tokenInputs.createInput.tokenTicker",value:C.tokenTicker,expectedLength:6,actualLength:C.tokenTicker.length});const E=new TextEncoder;e.update(E.encode(C.tokenTicker)),g.push(e.digest());const t=Ya.create(),o=new Uint8Array(4);new DataView(o.buffer).setUint32(0,C.decimals,!1),t.update(o),g.push(t.digest());const n=Ya.create();if(!C.maxSupply)throw new Wd("max supply cannot be nil",{field:"tokenInputs.createInput.maxSupply"});if(16!==C.maxSupply.length)throw new Wd("max supply must be exactly 16 bytes",{field:"tokenInputs.createInput.maxSupply",value:C.maxSupply,expectedLength:16,actualLength:C.maxSupply.length});n.update(C.maxSupply),g.push(n.digest());const a=Ya.create();a.update(new Uint8Array([C.isFreezable?1:0])),g.push(a.digest());const s=Ya.create();!I&&C.creationEntityPublicKey&&s.update(C.creationEntityPublicKey),g.push(s.digest())}if(!A.tokenOutputs)throw new Wd("token outputs cannot be null",{field:"tokenOutputs"});const E=Ya.create(),t=new Uint8Array(4);new DataView(t.buffer).setUint32(0,A.tokenOutputs.length,!1),E.update(t),g.push(E.digest());for(const[C,B]of A.tokenOutputs.entries()){if(!B)throw new Wd(`output cannot be null at index ${C}`,{field:`tokenOutputs[${C}]`,index:C});const A=Ya.create();if(B.id&&!I){if(0===B.id.length)throw new Wd(`output ID at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].id`,index:C});A.update((new TextEncoder).encode(B.id))}if(B.ownerPublicKey){if(0===B.ownerPublicKey.length)throw new Wd(`owner public key at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].ownerPublicKey`,index:C});A.update(B.ownerPublicKey)}if(!I){const I=B.revocationCommitment;if(I){if(0===I.length)throw new Wd(`revocation commitment at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].revocationCommitment`,index:C});A.update(I)}const g=new Uint8Array(8);new DataView(g.buffer).setBigUint64(0,BigInt(B.withdrawBondSats),!1),A.update(g);const i=new Uint8Array(8);new DataView(i.buffer).setBigUint64(0,BigInt(B.withdrawRelativeBlockLocktime),!1),A.update(i)}if(B.tokenPublicKey&&0!==B.tokenPublicKey.length?A.update(B.tokenPublicKey):A.update(new Uint8Array(33)),B.tokenIdentifier&&0!==B.tokenIdentifier.length?A.update(B.tokenIdentifier):A.update(new Uint8Array(32)),B.tokenAmount){if(0===B.tokenAmount.length)throw new Wd(`token amount at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].tokenAmount`,index:C});if(B.tokenAmount.length>16)throw new Wd(`token amount at index ${C} exceeds maximum length`,{field:`tokenOutputs[${C}].tokenAmount`,value:B.tokenAmount,expectedLength:16,actualLength:B.tokenAmount.length,index:C});A.update(B.tokenAmount)}g.push(A.digest())}if(!A.sparkOperatorIdentityPublicKeys)throw new Wd("spark operator identity public keys cannot be null",{});const o=[...A.sparkOperatorIdentityPublicKeys||[]].sort((A,I)=>{for(let g=0;g<A.length&&g<I.length;g++)if(A[g]!==I[g])return(A[g]??0)-(I[g]??0);return A.length-I.length}),n=Ya.create(),a=new Uint8Array(4);new DataView(a.buffer).setUint32(0,o.length,!1),n.update(a),g.push(n.digest());for(const[A,I]of o.entries()){if(!I)throw new Wd(`operator public key at index ${A} cannot be null`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});if(0===I.length)throw new Wd(`operator public key at index ${A} cannot be empty`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});const C=Ya.create();C.update(I),g.push(C.digest())}const s=Ya.create(),r=new Uint8Array(4);new DataView(r.buffer).setUint32(0,A.network.valueOf(),!1),s.update(r),g.push(s.digest());const c=Ya.create(),D=A.clientCreatedTimestamp;if(!D)throw new Wd("client created timestamp cannot be null for V1 token transactions",{field:"clientCreatedTimestamp"});const w=D.getTime(),d=new Uint8Array(8);if(new DataView(d.buffer).setBigUint64(0,BigInt(w),!1),c.update(d),g.push(c.digest()),!I){const I=Ya.create(),C=new Uint8Array(8),B=A.expiryTime?Math.floor(A.expiryTime.getTime()/1e3):0;new DataView(C.buffer).setBigUint64(0,BigInt(B),!1),I.update(C),g.push(I.digest())}const h=A.invoiceAttachments,y=Ya.create(),l=new Uint8Array(4);new DataView(l.buffer).setUint32(0,h?h.length:0,!1),y.update(l),g.push(y.digest());const k=[];if(h)for(let A=0;A<h.length;A++){const I=h[A];if(!I)throw new Wd(`invoice attachment at index ${A} cannot be null`,{field:`invoiceAttachments[${A}]`,index:A});const g=I.sparkInvoice;let C;try{const A=ya.decode(g,500),I=FC.decode(ya.fromWords(A.words));if(!I.sparkInvoiceFields||!I.sparkInvoiceFields.id)throw new Error("missing spark invoice fields or id");C=I.sparkInvoiceFields.id}catch(I){throw new Wd(`invalid invoice at ${A}`,{field:`invoiceAttachments[${A}].sparkInvoice`,index:A,value:g,error:I})}if(!C||16!==C.length)throw new Wd(`invalid invoice id at ${A}`,{field:`invoiceAttachments[${A}].sparkInvoice`,index:A});k.push({id:C,raw:g})}k.sort((A,I)=>{for(let g=0;g<A.id.length&&g<I.id.length;g++){const C=A.id[g],B=I.id[g];if(C!==B)return C-B}return A.id.length-I.id.length});const u=new TextEncoder;for(const A of k){const I=Ya.create();I.update(u.encode(A.raw)),g.push(I.digest())}const N=Ya.create(),G=new Uint8Array(g.reduce((A,I)=>A+I.length,0));let p=0;for(const A of g)G.set(A,p),p+=A.length;return N.update(G),N.digest()}(A,I);default:throw new Wd("invalid token transaction version",{field:"tokenTransaction.version",value:A.version})}}function ok(A){return A&&0!==A.length?[...A].sort((A,I)=>{const g=A.sparkInvoice,C=I.sparkInvoice;return g<C?-1:g>C?1:0}):A}function nk(A){if(!A)throw new Wd("operator specific token transaction signable payload cannot be null",{field:"payload"});const I=[];if(A.finalTokenTransactionHash){const g=Ya.create();if(32!==A.finalTokenTransactionHash.length)throw new Wd("invalid final token transaction hash length",{field:"finalTokenTransactionHash",value:A.finalTokenTransactionHash,expectedLength:32,actualLength:A.finalTokenTransactionHash.length});g.update(A.finalTokenTransactionHash),I.push(g.digest())}if(!A.operatorIdentityPublicKey)throw new Wd("operator identity public key cannot be null",{field:"operatorIdentityPublicKey"});if(0===A.operatorIdentityPublicKey.length)throw new Wd("operator identity public key cannot be empty",{field:"operatorIdentityPublicKey"});const g=Ya.create();g.update(A.operatorIdentityPublicKey),I.push(g.digest());const C=Ya.create(),B=new Uint8Array(I.reduce((A,I)=>A+I.length,0));let i=0;for(const A of I)B.set(A,i),i+=A.length;return C.update(B),C.digest()}const ak={MAINNET:"btkn",REGTEST:"btknrt",TESTNET:"btknt",SIGNET:"btkns",LOCAL:"btknl"};function sk(A){try{const I=ya.toWords(A.tokenIdentifier);if(!A.network)throw new Wd("Network is required to encode bech32m encoded token identifier",{field:"network",value:A.network});return ya.encode(ak[A.network],I,500)}catch(I){throw new Wd("Failed to encode bech32m encoded token identifier",{field:"tokenIdentifier",value:A.tokenIdentifier,error:I})}}function rk(A,I){try{const g=ya.decode(A,500);if(I&&g.prefix!==ak[I])throw new Wd("Invalid bech32m encoded token identifier prefix",{field:"bech32mTokenIdentifier",value:A,expected:`prefix='${ak[I]}'`});return{tokenIdentifier:ya.fromWords(g.words),network:I??ck(A)}}catch(I){if(I instanceof Wd)throw I;throw new Wd("Failed to decode bech32m encoded token identifier",{field:"bech32mTokenIdentifier",value:A,error:I})}}function ck(A){const I=A.indexOf("1");if(-1===I)throw new Wd("Invalid bech32m token identifier: no separator found",{field:"bech32mTokenIdentifier",value:A});const g=A.slice(0,I);for(const[A,I]of Object.entries(ak))if(I===g)return A;throw new Wd("Unknown bech32m token identifier prefix",{field:"bech32mTokenIdentifier",value:A})}function Dk(A){try{return A.reduce((A,I)=>A+BigInt(Vi(I.output.tokenAmount)),BigInt(0))}catch{return 0n}}function wk(A,I){const g=JB(A.replaceAll("-",""));return Nh(["spark","transfer","signing payload"]).addBytes(g).addMapStringToBytes(I.keyTweakPackage).hash()}function dk(A){const I=oA(A);if(!I.startsWith("TREE_NODE_STATUS_"))throw new Error(`Unexpected tree node status: ${I}`);return I.slice(17)}new Set([dk(EA.TREE_NODE_STATUS_AVAILABLE),dk(EA.TREE_NODE_STATUS_SPLITTED),dk(EA.TREE_NODE_STATUS_SPLIT_LOCKED),dk(EA.TREE_NODE_STATUS_ON_CHAIN)]);let hk=function(A){return A.LEAF="leaf",A.DEPOSIT="deposit",A.STATIC_DEPOSIT="static_deposit",A.ECIES="ecies",A.RANDOM="random",A}({});const yk=2147483648;var lk=class{deriveKeysFromSeed(A,I){return new Promise(g=>{const C=cw.fromMasterSeed(A);if(!C.privateKey||!C.publicKey)throw new Wd("Failed to derive keys from seed",{field:"hdkey",value:A});const B=C.derive(`m/8797555'/${I}'/0'`),i=C.derive(`m/8797555'/${I}'/1'`),Q=C.derive(`m/8797555'/${I}'/2'`),e=C.derive(`m/8797555'/${I}'/3'`),E=C.derive(`m/8797555'/${I}'/4'`);if(!(B.privateKey&&Q.privateKey&&i.privateKey&&B.publicKey&&Q.publicKey&&i.publicKey&&e.privateKey&&e.publicKey&&E.privateKey&&E.publicKey))throw new Wd("Failed to derive all required keys from seed",{field:"derivedKeys"});g({identityKey:{privateKey:B.privateKey,publicKey:B.publicKey},signingHDKey:{hdKey:i,privateKey:i.privateKey,publicKey:i.publicKey},depositKey:{privateKey:Q.privateKey,publicKey:Q.publicKey},staticDepositHDKey:{hdKey:e,privateKey:e.privateKey,publicKey:e.publicKey},HTLCPreimageHDKey:{hdKey:E,privateKey:E.privateKey,publicKey:E.publicKey}})})}},kk=class{identityKey=null;signingKey=null;depositKey=null;staticDepositKey=null;htlcPreimageKey=null;keysGenerator;commitmentToNonceMap=new Map;constructor({sparkKeysGenerator:A}={}){this.keysGenerator=A??new lk}deriveSigningKey(A){if(!this.signingKey)throw new Wd("Private key not initialized",{field:"signingKey"});const I=new DataView(A.buffer).getUint32(0,!1)%yk+yk,g=this.signingKey?.deriveChild(I).privateKey;if(!g)throw new Wd("Failed to recover signing key",{field:"privateKey"});return g}async decryptEciesToPrivateKey(A){if(!this.identityKey?.privateKey)throw new Td("identityKey not initialized");return await fd().decryptEcies(A,this.identityKey.privateKey)}async getSigningPrivateKeyFromDerivation(A){switch(A.type){case hk.LEAF:return this.deriveSigningKey(Ya(A.path));case hk.DEPOSIT:return this.depositKey?.privateKey??new Uint8Array;case hk.STATIC_DEPOSIT:return this.getStaticDepositSecretKey(A.path);case hk.ECIES:return this.decryptEciesToPrivateKey(A.path);case hk.RANDOM:return ie.utils.randomPrivateKey()}}signSchnorrWithIdentityKey(A){return new Promise(I=>{if(!this.identityKey?.privateKey)throw new Wd("Private key not set",{field:"identityKey"});I(de.sign(A,this.identityKey.privateKey))})}getIdentityPublicKey(){return new Promise(A=>{if(!this.identityKey?.publicKey)throw new Wd("Private key is not set",{field:"identityKey"});A(this.identityKey.publicKey)})}getDepositSigningKey(){return new Promise(A=>{if(!this.depositKey?.publicKey)throw new Wd("Deposit key is not set",{field:"depositKey"});A(this.depositKey.publicKey)})}async getStaticDepositSigningKey(A){const I=await this.getStaticDepositSecretKey(A);return ie.getPublicKey(I)}getStaticDepositSecretKey(A){return new Promise(I=>{if(!this.staticDepositKey)throw new Wd("Static deposit key is not set",{field:"staticDepositKey"});const g=this.staticDepositKey.deriveChild(yk+A);if(!g?.privateKey)throw new Wd("Static deposit key is not set",{field:"staticDepositKey"});I(g.privateKey)})}generateMnemonic(){return new Promise(A=>{A(function(A,I=128){if(ww(I),I%32!=0||I>256)throw new TypeError("Invalid entropy");return function(A,I){return sd(A),cd(I).encode(A).join((A=>"あいこくしん"===A[0])(I)?"　":" ")}(function(A=32){if(Dw&&"function"==typeof Dw.getRandomValues)return Dw.getRandomValues(new Uint8Array(A));if(Dw&&"function"==typeof Dw.randomBytes)return Uint8Array.from(Dw.randomBytes(A));throw new Error("crypto.getRandomValues must be defined")}(I/8),A)}(wd))})}async mnemonicToSeed(A){return await Dd(A)}async getPublicKeyFromDerivation(A){const I=await this.getSigningPrivateKeyFromDerivation(A);return ie.getPublicKey(I)}subtractPrivateKeysGivenDerivationPaths(A,I){return new Promise(g=>{const C=Ph(this.deriveSigningKey(Ya(A)),this.deriveSigningKey(Ya(I)));g(ie.getPublicKey(C))})}async subtractAndSplitSecretWithProofsGivenDerivations({first:A,second:I,curveOrder:g,threshold:C,numShares:B}){const i=Ph(await this.getSigningPrivateKeyFromDerivation(A),await this.getSigningPrivateKeyFromDerivation(I));return await this.splitSecretWithProofs({secret:i,curveOrder:g,threshold:C,numShares:B})}async subtractSplitAndEncrypt({first:A,second:I,curveOrder:g,threshold:C,numShares:B,receiverPublicKey:i}){const Q=await this.getSigningPrivateKeyFromDerivation(A),e=await this.getSigningPrivateKeyFromDerivation(I),E=Ph(Q,e),t=fd();return{shares:await this.splitSecretWithProofs({secret:E,curveOrder:g,threshold:C,numShares:B}),secretCipher:await t.encryptEcies(e,i)}}async splitSecretWithProofs({secret:A,curveOrder:I,threshold:g,numShares:C}){return fd().splitSecretWithProofs(A,g,C)}getNonceForSelfCommitment(A){return this.commitmentToNonceMap.get(A.commitment)}async buildSignFrostParams({message:A,keyDerivation:I,publicKey:g,verifyingKey:C,selfCommitment:B,statechainCommitments:i,adaptorPubKey:Q}){const e=await this.getSigningPrivateKeyFromDerivation(I);if(!e)throw new Wd("Private key not found for public key",{field:"privateKey"});const E=this.getNonceForSelfCommitment(B);if(!E)throw new Wd("Nonce not found for commitment",{field:"nonce"});return{message:A,keyPackage:{secretKey:e,publicKey:g,verifyingKey:C},nonce:E,selfCommitment:B.commitment,statechainCommitments:i,adaptorPubKey:Q}}buildAggregateFrostParams(A){return new Promise(I=>{const{message:g,publicKey:C,verifyingKey:B,selfCommitment:i,statechainCommitments:Q,adaptorPubKey:e,selfSignature:E,statechainSignatures:t,statechainPublicKeys:o}=A;I({message:g,statechainSignatures:t,statechainPublicKeys:o,verifyingKey:B,statechainCommitments:Q,selfCommitment:i.commitment,selfPublicKey:C,selfSignature:E,adaptorPubKey:e})})}async signFrost({message:A,keyDerivation:I,publicKey:g,verifyingKey:C,selfCommitment:B,statechainCommitments:i,adaptorPubKey:Q}){const e=await this.buildSignFrostParams({message:A,keyDerivation:I,publicKey:g,verifyingKey:C,selfCommitment:B,statechainCommitments:i,adaptorPubKey:Q});return fd().signFrost(e)}async aggregateFrost({message:A,publicKey:I,verifyingKey:g,selfCommitment:C,statechainCommitments:B,adaptorPubKey:i,selfSignature:Q,statechainSignatures:e,statechainPublicKeys:E}){const t=await this.buildAggregateFrostParams({message:A,publicKey:I,verifyingKey:g,selfCommitment:C,statechainCommitments:B,adaptorPubKey:i,selfSignature:Q,statechainSignatures:e,statechainPublicKeys:E});return fd().aggregateFrost(t)}async createSparkWalletFromSeed(A,I){"string"==typeof A&&(A=JB(A));const{identityKey:g,signingHDKey:C,depositKey:B,staticDepositHDKey:i,HTLCPreimageHDKey:Q}=await this.keysGenerator.deriveKeysFromSeed(A,I??0);return this.identityKey=g,this.depositKey=B,this.signingKey=C.hdKey,this.staticDepositKey=i.hdKey,this.htlcPreimageKey=Q.hdKey,KB(g.publicKey)}signMessageWithIdentityKey(A,I){return new Promise(g=>{if(!this.identityKey?.privateKey)throw new Td("Identity key not initialized",{configKey:"identityKey"});const C=ie.sign(A,this.identityKey.privateKey);g(I?C.toCompactRawBytes():C.toDERRawBytes())})}async decryptEcies(A){if(!this.identityKey?.privateKey)throw new Td("identityKey not initialized");const I=await fd().decryptEcies(A,this.identityKey.privateKey);return ie.getPublicKey(I)}getRandomSigningCommitment(){return new Promise(A=>{const I=function(A,I){if(32!==A.length||32!==I.length)throw new Wd("Invalid nonce length",{field:"nonce",value:`binding: ${A.length}, hiding: ${I.length}`,expected:"Both binding and hiding should be 32 bytes"});return{binding:A,hiding:I}}(ie.utils.randomPrivateKey(),ie.utils.randomPrivateKey()),g=function(A){return{binding:ie.getPublicKey(A.binding,!0),hiding:ie.getPublicKey(A.hiding,!0)}}(I);this.commitmentToNonceMap.set(g,I),A({commitment:g})})}validateMessageWithIdentityKey(A,I){return new Promise(g=>{if(!this.identityKey?.publicKey)throw new Td("identityKey not initialized");g(ie.verify(I,A,this.identityKey.publicKey))})}signTransactionIndex(A,I,g){let C;if(Pi(g,this.identityKey?.publicKey??new Uint8Array)?C=this.identityKey?.privateKey:Pi(g,this.depositKey?.publicKey??new Uint8Array)&&(C=this.depositKey?.privateKey),!C)throw new Wd("Private key not found for public key",{field:"privateKey",value:KB(g)});A.signIdx(C,I)}htlcHMAC(A){return new Promise(I=>{if(!this.htlcPreimageKey?.privateKey)throw new Td("HTLC preimage key not initialized",{configKey:"htlcPreimageKey"});I(zc(Ya,this.htlcPreimageKey.privateKey,A))})}};const uk={enabled:!1,collapseConsecutive:!0,excludedMethods:[],exitOnly:!0},Nk=function(){const A=new Uint8Array(16);return"function"==typeof globalThis.crypto?.getRandomValues?(globalThis.crypto.getRandomValues(A),A):Ya(Zt(`${Date.now()}:${Math.random()}:${Math.random()}`)).slice(0,A.length)}();var Gk=class A{logger;config;enabled;methodLoggingDepth=0;activeLongLivedMethodDepth=0;pendingMethodLog=null;constructor(A,I){this.logger=A,this.config=this.resolveMethodLoggingConfig(I),this.enabled=this.config.enabled}setEnabled(A){this.enabled!==A&&(this.enabled=A,this.config.enabled=A,A||(this.pendingMethodLog=null,this.methodLoggingDepth=0,this.activeLongLivedMethodDepth=0))}isEnabled(){return this.enabled}setLogger(A){this.logger=A}wrap(I,g,C){return(...B)=>{const i=this.beginMethodLogging(I,B);try{const I=Reflect.apply(g,C,B);return A.isPromiseLike(I)?Promise.resolve(I).then(A=>(this.endMethodLogging(i,"success"),A),A=>{throw this.endMethodLogging(i,"error",A),A}):A.isAsyncIterable(I)?this.wrapAsyncIterable(i,I):(this.endMethodLogging(i,"success"),I)}catch(A){throw this.endMethodLogging(i,"error",A),A}}}flushPendingLogs(){this.flushCoalescedLogs(),this.methodLoggingDepth=0,this.activeLongLivedMethodDepth=0}beginMethodLogging(A,I){return this.enabled?this.isMethodLoggingExcluded(A)?(this.flushCoalescedLogs(),null):(this.config.collapseConsecutive?this.flushCoalescedLogsIfNeeded(A):this.flushCoalescedLogs(),this.config.collapseConsecutive&&this.pendingMethodLog&&this.pendingMethodLog.methodName===A||this.config.exitOnly||this.logMethodEntry(A,I),this.methodLoggingDepth+=1,{methodName:A,startTime:Date.now()}):null}endMethodLogging(A,I,g){if(!A||!this.enabled)return;const C=Date.now()-A.startTime;this.recordMethodCompletion(A.methodName,C,I,g),this.methodLoggingDepth=Math.max(0,this.methodLoggingDepth-1),A.longLived&&(this.activeLongLivedMethodDepth=Math.max(0,this.activeLongLivedMethodDepth-1)),(0===this.methodLoggingDepth||this.activeLongLivedMethodDepth>0&&this.methodLoggingDepth===this.activeLongLivedMethodDepth)&&this.flushCoalescedLogs()}recordMethodCompletion(A,I,g,C){if(this.config.collapseConsecutive){if("error"===g)return this.flushCoalescedLogs(),void this.logMethodError(A,C,I);if(this.pendingMethodLog&&this.pendingMethodLog.methodName===A)return this.pendingMethodLog.count+=1,void(this.pendingMethodLog.totalDurationMs+=I);this.flushCoalescedLogs(),this.pendingMethodLog={methodName:A,count:1,totalDurationMs:I}}else"error"===g?this.logMethodError(A,C,I):this.logMethodExit(A,I)}flushCoalescedLogsIfNeeded(A){this.pendingMethodLog&&this.config.collapseConsecutive&&("string"==typeof A&&this.pendingMethodLog.methodName===A||this.flushCoalescedLogs())}flushCoalescedLogs(){this.pendingMethodLog&&(this.logMethodExit(this.pendingMethodLog.methodName,this.pendingMethodLog.totalDurationMs,this.pendingMethodLog.count),this.pendingMethodLog=null)}resolveMethodLoggingConfig(A){const I=uk;return"boolean"==typeof A||void 0===A?{enabled:A??I.enabled,collapseConsecutive:I.collapseConsecutive,excludedMethods:new Set(I.excludedMethods),exitOnly:I.exitOnly}:{enabled:A.enabled??I.enabled,collapseConsecutive:A.collapseConsecutive??I.collapseConsecutive,excludedMethods:new Set(A.excludedMethods??I.excludedMethods),exitOnly:A.exitOnly??I.exitOnly}}isMethodLoggingExcluded(A){return this.config.excludedMethods.has(A)}logMethodEntry(A,I){const g=this.formatMethodArgs(I),C=g.length>0?`(${g})`:"()";this.logger.trace(`enter ${A}${C}`)}logMethodExit(A,I,g=1){const C=g>1?` x${g}`:"",B=g>1?` (+${I}ms total)`:` (+${I}ms)`;this.logger.trace(`exit ${A}${C}${B}`)}logMethodError(A,I,g){const C=I instanceof Error?I.message:String(I);this.logger.trace(`error ${A} (+${g}ms): ${C}`)}formatMethodArgs(A){return A.map(A=>this.formatMethodArg(A)).filter(A=>A.length>0).join(", ")}formatMethodArg(A){if(void 0===A)return"undefined";if(null===A)return"null";if("string"==typeof A)return`String(${A.length}, ${function(A){return Vt(Ya(Wt(Nk,Zt(A)))).slice(0,12)}(A)})`;if("number"==typeof A||"boolean"==typeof A||"bigint"==typeof A)return String(A);if(A instanceof Uint8Array)return`Uint8Array(len=${A.length})`;if(Array.isArray(A))return`Array(len=${A.length})`;if("function"==typeof A)return"[Function]";if("object"==typeof A){const I=A.constructor?.name;if(I&&"Object"!==I)return`[${I}]`;const g=Object.keys(A);return`Object(keys=${g.slice(0,5).join(",")}${g.length>5?",...":""})`}return"number"==typeof A||"boolean"==typeof A||"bigint"==typeof A||"symbol"==typeof A?A.toString():"[Unknown]"}static isPromiseLike(A){return"object"==typeof A&&null!==A&&"then"in A&&"function"==typeof A.then}wrapAsyncIterable(A,I){this.markLongLivedMethodLogging(A);const g=this.endMethodLogging.bind(this);return async function*(){let C,B="success";try{for await(const A of I)yield A}catch(A){throw B="error",C=A,A}finally{g(A,B,C)}}()}markLongLivedMethodLogging(A){A&&!A.longLived&&(A.longLived=!0,this.activeLongLivedMethodDepth+=1)}static isAsyncIterable(A){return"object"==typeof A&&null!==A&&Symbol.asyncIterator in A&&"function"==typeof A[Symbol.asyncIterator]}};const pk={TRACE:pe.Trace,DEBUG:pe.Debug,INFO:pe.Info,WARN:pe.Warn,ERROR:pe.Error};function Sk(A){if(A instanceof Error)return A.stack??A.message;if("string"==typeof A)return A;try{return JSON.stringify(A)??String(A)}catch{return String(A)}}var fk=class{context;options={enabled:!1,timestamps:!0,level:pe.Info};consoleEnabled;fileWriter;constructor(A,I,g){this.context=A,this.consoleEnabled=g.console,this.fileWriter=g.fileWriter,this.setOptions(I)}setLevel(A){this.options.level=A}setEnabled(A,I=pe.Info){this.options.enabled=A,this.options.level=I}setOptions(A){void 0!==A.enabled&&(this.options.enabled=A.enabled),void 0!==A.timestamps&&(this.options.timestamps=A.timestamps),void 0!==A.level&&(this.options.level=function(A){if("number"==typeof A)return A;const I=A.toUpperCase(),g=I.toLowerCase(),C=`${g[0]?.toUpperCase()??""}${g.slice(1)}`;if(A!==I&&A!==g&&A!==C)throw new Error(`Invalid LoggingLevelName casing (expected UPPER, lower, or Title): ${A}`);if(I in pk)return pk[I];throw new Error(`Invalid LoggingLevelName: ${A}`)}(A.level))}trace(A,...I){this.write(pe.Trace,"log",A,I)}debug(A,...I){this.write(pe.Debug,"log",A,I)}info(A,...I){this.write(pe.Info,"log",A,I)}warn(A,...I){this.write(pe.Warn,"warn",A,I)}error(A,...I){this.write(pe.Error,"error",A,I)}write(A,I,g,C){if(!this.options.enabled||this.options.level>A)return;const B=this.formatMessage(g);this.consoleEnabled&&console[I](B,...C),this.fileWriter?.write(this.formatFileLine(B,C))}formatMessage(A){return`${this.getTimestamp()}[${this.context}] ${A}`}formatFileLine(A,I){return 0===I.length?A:`${A} ${I.map(Sk).join(" ")}`}getTimestamp(){return this.options.timestamps?`${(new Date).toISOString()} `:""}};const Fk={sparkWallet:"SparkWallet",sparkReadonlyClient:"SparkReadonlyClient",connectionManager:"ConnectionManager",serverTimeSync:"ServerTimeSync",sspClient:"SspClient",sparkAuthProvider:"SparkAuthProvider",signingService:"SigningService",transferService:"TransferService",lightningService:"LightningService",depositService:"DepositService",tokenTransactionService:"TokenTransactionService",tokenOutputManager:"TokenOutputManager",coopExitService:"CoopExitService",swapService:"SwapService",leafManager:"LeafManager",bareHttpTransport:"BareHttpTransport",xhrTransport:"XHRTransport"},Rk=Object.fromEntries(Object.entries(Fk).map(([A,I])=>[I,A]));let Uk=0;var Mk=class A{config;fileWriter;states=new Map;instanceId;closePromise;identitySuffix;static fromConfig(I){return"function"!=typeof I.getLoggingConfig?A.disabled():new A(I.getLoggingConfig())}static disabled(){return new A({level:"WARN",timestamps:!0,console:!0,services:Object.fromEntries(Qy.map(A=>[A,{enabled:!1,level:"WARN",methods:{enabled:!1,collapseConsecutive:!0,excludedMethods:[],exitOnly:!0}}]))})}constructor(A){this.config=A,this.fileWriter=function(A){if(!A)return;const I=undefined;if(!I)throw new Error("log.file is only supported by the Node.js SDK entrypoint");let g,C=!1,B=!1;return{write(i){if(!C&&!B)try{g??=I(A),g.write(i)}catch{B=!0}},close(){C=!0;try{return g?.close?.()}catch{B=!0}}}}(A.file),Uk+=1,this.instanceId=Uk}logger(A){return this.getState(this.resolveServiceName(A)).logger}wrap(A,I,g,C,B){const i=this.getState(this.resolveServiceName(A)),Q=B?B(I,g,C):g;return i.methodCallLogger.wrap(I,Q,C)}setInstanceSuffix(A){if(this.identitySuffix!==A){this.identitySuffix=A;for(const A of this.states.keys())this.configure(A,this.getLoggerName(A))}}flushPendingLogs(A){this.getState(this.resolveServiceName(A)).methodCallLogger.flushPendingLogs()}async close(){for(const A of this.states.values())A.methodCallLogger.flushPendingLogs();var A;this.closePromise??=function(A){let I;const g=new Promise(A=>{I=setTimeout(A,1500)});return Promise.race([A,g]).finally(()=>{void 0!==I&&clearTimeout(I)})}((A=this.fileWriter,Promise.resolve().then(()=>A?.close?.()).then(()=>{},()=>{}))),await this.closePromise}setMethodLoggingEnabled(A,I){const g=this.resolveServiceName(A),C=this.getState(g);C.methodCallLogger.isEnabled()!==I&&(I||this.flushPendingLogs(A),C.methodCallLogger.setEnabled(I),this.configure(g))}isMethodLoggingEnabled(A){return this.getState(this.resolveServiceName(A)).methodCallLogger.isEnabled()}wrapMethodOnTarget(A,I,g,C){const B=C?.originalMethod??I[g];if("function"!=typeof B)throw new Error(C?.errorMessage??`Method ${g} is not a function.`);const i=C?.receiver??I,Q=this.wrap(A,g,B,i,C?.decorator);return I[g]=Q,Q}wrapNamedMethods(A,I,g,C){g.forEach(g=>this.wrapMethodOnTarget(A,I,g,{decorator:C?.decorator,errorMessage:C?.errorMessage?.(g)}))}wrapPrototypeMethods(A,I,g){const C=this.resolveServiceName(A);if(void 0===g?.decorator&&!this.getState(C).methodCallLogger.isEnabled())return;const B=new Set,i=new Set(g?.excludeMethods??[]),Q=g?.stopAtPrototype??Object.prototype;let e=g?.startAtPrototype??Reflect.getPrototypeOf(I);for(;e&&e!==Q;){for(const C of Object.getOwnPropertyNames(e)){if("constructor"===C)continue;if(B.has(C)||i.has(C))continue;const Q=Object.getOwnPropertyDescriptor(e,C);Q&&"function"==typeof Q.value&&(B.add(C),this.wrapMethodOnTarget(A,I,C,{decorator:g?.decorator,originalMethod:Q.value}))}e=Reflect.getPrototypeOf(e)}}getState(A){const I=this.states.get(A);if(I)return I;const g=this.config.services[A],C=this.getLoggerName(A),B=(i=C,Q={enabled:!1,level:g.level,timestamps:this.config.timestamps},(e={console:this.config.console,fileWriter:this.fileWriter}).console&&!e.fileWriter?new fe(i,Q):new fk(i,Q,e));var i,Q,e;const E={config:g,logger:B,loggerName:C,methodCallLogger:new Gk(B,g.methods)};return this.states.set(A,E),this.configure(A),E}configure(A,I){const g=this.getState(A),C=I??g.loggerName,B=g.config.enabled||g.methodCallLogger.isEnabled(),i=g.methodCallLogger.isEnabled()?pe.Trace:g.config.level;g.logger.context=C,g.logger.setOptions({enabled:B,level:i,timestamps:this.config.timestamps}),g.loggerName=C}getLoggerName(A){return`${Fk[A]}:${void 0===this.identitySuffix?String(this.instanceId):`${this.identitySuffix}#${this.instanceId}`}`}resolveServiceName(A){const I=Rk[A];if(!I)throw new Error(`Unknown logging service: ${A}`);return I}},Kk=class{config;logger;constructor(A,I=Mk.fromConfig(A)){this.config=A,this.logger=I.logger("SigningService"),I.wrapPrototypeMethods("SigningService",this)}async signRefundsInternal(A,I,g,C,B=new Uint8Array){const i=[],Q=await this.config.signer.getRandomSigningCommitment();if(!C)throw new Wd("Invalid signing commitments",{field:"signingNonceCommitments",value:C,expected:"Non-null signing commitments"});const e=await this.config.signer.getPublicKeyFromDerivation(g.keyDerivation),E=await this.config.signer.signFrost({message:I,keyDerivation:g.keyDerivation,publicKey:e,selfCommitment:Q,statechainCommitments:C,adaptorPubKey:B,verifyingKey:g.leaf.verifyingPublicKey});return i.push({leafId:g.leaf.id,signingPublicKey:e,rawTx:A.toBytes(),signingNonceCommitment:Q.commitment,userSignature:E,signingCommitments:{signingCommitments:C},additionalInputs:[],selfCommitment:Q}),i}async signRefundsCore(A,I,g,C,B,i){const Q=[],e=[],E=[];for(let t=0;t<A.length;t++){const o=A[t];if(!o?.leaf)throw new Wd("Leaf not found in signRefundsCore",{field:"leaf",value:o,expected:"Non-null leaf"});const n=o.receiverIdentityPublicKey,a=dh(o.leaf.nodeTx),s=dh(o.leaf.refundTx);if(void 0===s.getOutput(0).amount)throw new Wd("Invalid refund transaction",{field:"amount",value:s.getOutput(0),expected:"Non-null amount"});let r;o.leaf.directTx.length>0&&(r=dh(o.leaf.directTx));const c=s.getInput(0).sequence;if(null==c)throw new Wd("Invalid refund transaction",{field:"sequence",value:s.getInput(0),expected:"Non-null sequence"});const{cpfpRefundTx:D,directRefundTx:w,directFromCpfpRefundTx:d}=await I({nodeTx:a,directNodeTx:r,sequence:c,receivingPubkey:n,network:this.config.getNetwork()}),h=hh(D,0,a.getOutput(0)),y=await this.signRefundsInternal(D,h,o,g[t]?.signingNonceCommitments,i);Q.push(...y);const l=!mh(a.getInput(0).sequence);if(w&&!l){if(!r)throw new Wd("Direct node transaction undefined while direct refund transaction is defined",{field:"directNodeTx",value:r,expected:"Non-null direct node transaction"});const A=hh(w,0,r.getOutput(0)),I=await this.signRefundsInternal(w,A,o,C[t]?.signingNonceCommitments,i);e.push(...I)}if(d){const A=hh(d,0,a.getOutput(0)),I=await this.signRefundsInternal(d,A,o,B[t]?.signingNonceCommitments,i);E.push(...I)}}return{cpfpLeafSigningJobs:Q,directLeafSigningJobs:e,directFromCpfpLeafSigningJobs:E}}async signRefunds(A,I,g,C,B){return this.signRefundsCore(A,Uh,I,g,C,B)}async signRefundsForClaim(A,I,g,C){return this.signRefundsCore(A,Mh,I,g,C)}async signRefundsForCoopExit(A,I,g,C,B,i){const Q=[],e=[],E=[],t=dh(g);for(let g=0;g<A.length;g++){const o=A[g];if(!o?.leaf)throw new Wd("Leaf not found in signRefundsForCoopExit",{field:"leaf",value:o,expected:"Non-null leaf"});const n=I[g];if(!n||void 0===n.index)throw new Wd("Missing connector output",{field:"connectorOutput",value:n,expected:"Valid connector output with index"});const a=t.getOutput(n.index);if(!a||!a.script||void 0===a.amount)throw new Wd("Invalid connector transaction output",{field:"connectorPrevOutput",value:a,expected:"Valid output with script and amount"});const s=dh(o.leaf.nodeTx),r=s.getOutput(0),c=dh(o.leaf.refundTx),D=c.getInput(0).sequence;if(!D)throw new Wd("Invalid refund transaction",{field:"sequence",value:c.getInput(0),expected:"Non-null sequence"});const w=!mh(s.getInput(0).sequence);let d;o.leaf.directTx.length>0&&!w&&(d=dh(o.leaf.directTx));const{cpfpRefundTx:h,directRefundTx:y,directFromCpfpRefundTx:l}=await Kh({nodeTx:s,directNodeTx:d,sequence:D,connectorOutput:n,receivingPubkey:o.receiverIdentityPublicKey,network:this.config.getNetwork()}),k=yh(h,0,[r,a]),u=await this.signRefundsInternal(h,k,o,C[g]?.signingNonceCommitments);if(Q.push(...u),y&&!w){if(!d)throw new Wd("Direct node transaction undefined while direct refund transaction is defined",{field:"directNodeTx",value:d,expected:"Non-null direct node transaction"});const A=yh(y,0,[d.getOutput(0),a]),I=await this.signRefundsInternal(y,A,o,B[g]?.signingNonceCommitments);e.push(...I)}if(l){const A=yh(l,0,[r,a]),I=await this.signRefundsInternal(l,A,o,i[g]?.signingNonceCommitments);E.push(...I)}}return{cpfpLeafSigningJobs:Q,directLeafSigningJobs:e,directFromCpfpLeafSigningJobs:E}}async signRefundsForLightning(A,I,g,C,B){const i=ah(this.config.getNetwork()),Q=[],e=[],E=[];for(let t=0;t<A.length;t++){const o=A[t];if(!o?.leaf)throw new Wd("Leaf not found in signRefunds",{field:"leaf",value:o,expected:"Non-null leaf"});const n=dh(o.leaf.nodeTx),a=dh(o.leaf.refundTx),s=a.getInput(0).sequence;if(null==s)throw new Wd("Invalid refund transaction",{field:"sequence",value:a.getInput(0),expected:"Non-null sequence"});if(void 0===a.getOutput(0).amount)throw new Wd("Invalid refund transaction",{field:"amount",value:a.getOutput(0),expected:"Non-null amount"});const{nextSequence:r,nextDirectSequence:c}=fh(s);let D;o.leaf.directTx.length>0&&(D=dh(o.leaf.directTx));const w=await this.config.signer.getIdentityPublicKey(),{cpfpRefundTx:d,directRefundTx:h,directFromCpfpRefundTx:y}=Th({nodeTx:n,directNodeTx:D,vout:0,network:i,sequence:r,directSequence:c,hash:B,hashLockDestinationPubkey:o.receiverIdentityPublicKey,sequenceLockDestinationPubkey:w}),l=hh(d,0,n.getOutput(0)),k=await this.signRefundsInternal(d,l,o,I[t]?.signingNonceCommitments,void 0);if(Q.push(...k),h){if(!D)throw new Wd("Direct node transaction undefined while direct refund transaction is defined",{field:"directNodeTx",value:D,expected:"Non-null direct node transaction"});const A=hh(h,0,D.getOutput(0)),I=await this.signRefundsInternal(h,A,o,g[t]?.signingNonceCommitments,void 0);e.push(...I)}if(y){const A=hh(y,0,n.getOutput(0)),I=await this.signRefundsInternal(y,A,o,C[t]?.signingNonceCommitments,void 0);E.push(...I)}}return{cpfpLeafSigningJobs:Q,directLeafSigningJobs:e,directFromCpfpLeafSigningJobs:E}}async signSigningJobs(A){const I=new Map;for(const g of A){const A=dh(g.rawTx),C=hh(A,0,g.parentTxOut),B=await this.config.signer.signFrost({message:C,keyDerivation:g.keyDerivation,publicKey:g.signingPublicKey,verifyingKey:g.verifyingKey,selfCommitment:g.signingNonceCommitment,statechainCommitments:g.signingNonceCommitments,adaptorPubKey:new Uint8Array}),i={leafId:g.leafId,signingPublicKey:g.signingPublicKey,rawTx:A.toBytes(),signingNonceCommitment:g.signingNonceCommitment.commitment,signingCommitments:{signingCommitments:g.signingNonceCommitments},userSignature:B,additionalInputs:[]};I.set(g.type,i)}return I}};function mk(A,I){return A.length===I.length&&A.every((A,g)=>A===I[g])}const Jk=500;var bk=class{config;connectionManager;logger;constructor(A,I,g=Mk.fromConfig(A)){this.config=A,this.connectionManager=I,this.logger=g.logger("TokenTransactionService"),g.wrapPrototypeMethods("TokenTransactionService",this)}shouldUseTokenPrimitivesBindings(){return this.config.getUseTokenPrimitivesBindings()}async tokenTransfer({tokenOutputs:A,receiverOutputs:I,outputSelectionStrategy:g="SMALL_FIRST",selectedOutputs:C}){if(!Array.isArray(I)||0===I.length)throw new Wd("No receiver outputs provided",{field:"receiverOutputs",value:I,expected:"Non-empty array"});const B=this.groupReceiverOutputsByToken(I);let i;if(C){i=C;for(const A of C){const I=KB(A.output.tokenIdentifier);if(!this.findBech32TokenIdentifier(I,B))throw new Wd("Selected output does not match any receiver token type",{field:"selectedOutputs",value:I,expected:"Token identifier matching one of the receivers"})}}else{i=[];for(const[I,C]of B){const B=C.reduce((A,I)=>A+I.tokenAmount,0n),Q=A.get(I);if(!Q)throw new Wd("No token outputs provided for receiver token type",{field:"tokenOutputs",value:I,expected:"Map entry for each receiver token identifier"});const e=this.selectTokenOutputs(Q,B,g);i.push(...e)}}this.validateOutputCountPerToken(i),C&&this.validateSelectedOutputInputAmounts(i,I);const{tokenOutputData:Q,sparkInvoices:e}=this.buildTokenOutputData(I);if("V2"===this.config.getTokenTransactionVersion()){const A=await this.constructTransferTokenTransaction(i,Q,e);return await this.broadcastTokenTransaction(A,i.map(A=>A.output.ownerPublicKey),i.map(A=>A.output.revocationCommitment))}{const A=this.shouldUseTokenPrimitivesBindings()?await this.constructPartialTransferTokenTransactionWithBindings(i,I):await this.constructPartialTransferTokenTransaction(i,Q,e);return await this.broadcastTokenTransactionV3(A,i.map(A=>A.output.ownerPublicKey))}}async constructPartialTransferTokenTransactionWithBindings(A,I){const g=Kd();A.sort((A,I)=>A.previousTransactionVout-I.previousTransactionVout);const C=await g.constructPartialTransferTransaction({identityPublicKey:await this.config.signer.getIdentityPublicKey(),selectedOutputs:A.map(A=>({previousTransactionHash:A.previousTransactionHash,previousTransactionVout:A.previousTransactionVout,ownerPublicKey:A.output.ownerPublicKey,tokenIdentifier:A.output.tokenIdentifier,tokenAmount:A.output.tokenAmount})),receiverOutputs:I.map(A=>({receiverSparkAddress:A.receiverSparkAddress,tokenIdentifier:rk(A.tokenIdentifier,this.config.getNetworkType()).tokenIdentifier,tokenAmount:vi(A.tokenAmount,16)})),operatorIdentityPublicKeys:this.collectOperatorIdentityPublicKeys(),network:this.config.getNetworkProto(),validityDurationSeconds:this.config.getTokenValidityDurationSeconds(),clientCreatedTimestampUnixMicros:1e3*this.connectionManager.getCurrentServerTime().getTime(),withdrawBondSats:this.config.getExpectedWithdrawBondSats(),withdrawRelativeBlockLocktime:this.config.getExpectedWithdrawRelativeBlockLocktime()});return HE.decode(C.partialTokenTransactionBytes)}groupReceiverOutputsByToken(A){const I=new Map;for(const g of A){const A=I.get(g.tokenIdentifier)||[];A.push(g),I.set(g.tokenIdentifier,A)}return I}validateSelectedOutputInputAmounts(A,I){const g=new Map;for(const I of A){const A=KB(I.output.tokenIdentifier),C=g.get(A)||0n;g.set(A,C+Vi(I.output.tokenAmount))}const C=new Map;for(const A of I){const{tokenIdentifier:I}=rk(A.tokenIdentifier,this.config.getNetworkType()),g=KB(I),B=C.get(g)||0n;C.set(g,B+A.tokenAmount)}for(const[A,I]of C){const C=g.get(A)||0n;if(C<I)throw new Wd(`Insufficient input amount for token ${A}`,{field:"tokenAmount",value:C,expected:I})}}validateOutputCountPerToken(A){const I=new Map;for(const g of A){const A=KB(g.output.tokenIdentifier);I.set(A,(I.get(A)??0)+1)}for(const[A,g]of I)if(!(g<=Jk))throw new Wd(`Cannot transfer more than 500 TTXOs for token ${A} in a single transaction (${g} selected).`,{field:"outputsToUse",value:g,expected:"Less than or equal to 500 per token type"})}buildTokenOutputData(A){const I=[];return{tokenOutputData:A.map(A=>{const g=Ih(A.receiverSparkAddress,this.config.getNetworkType()),C=rk(A.tokenIdentifier,this.config.getNetworkType()).tokenIdentifier;return g.sparkInvoiceFields?(I.push(A.receiverSparkAddress),{receiverPublicKey:vt(g.identityPublicKey),rawTokenIdentifier:C,tokenAmount:A.tokenAmount,sparkInvoice:A.receiverSparkAddress}):{receiverPublicKey:vt(g.identityPublicKey),rawTokenIdentifier:C,tokenAmount:A.tokenAmount}}),sparkInvoices:I}}findBech32TokenIdentifier(A,I){for(const g of I.keys()){const{tokenIdentifier:I}=rk(g,this.config.getNetworkType());if(KB(I)===A)return g}}async appendChange(A,I,g,C){const B=await this.config.signer.getIdentityPublicKey();for(const[i,Q]of A){const A=I.get(i)||0n;Q>A&&g.push(C({ownerPublicKey:B,tokenIdentifier:vt(i),changeAmount:Q-A}))}}async constructTransferTokenTransaction(A,I,g){A.sort((A,I)=>A.previousTransactionVout-I.previousTransactionVout);const C=new Map;for(const I of A){const A=KB(I.output.tokenIdentifier),g=C.get(A)||0n;C.set(A,g+Vi(I.output.tokenAmount))}const B=new Map;for(const A of I){const I=KB(A.rawTokenIdentifier),g=B.get(I)||0n;B.set(I,g+A.tokenAmount)}const i=I.map(A=>({ownerPublicKey:A.receiverPublicKey,tokenIdentifier:A.rawTokenIdentifier,tokenAmount:vi(A.tokenAmount,16)}));await this.appendChange(C,B,i,({ownerPublicKey:A,tokenIdentifier:I,changeAmount:g})=>({ownerPublicKey:A,tokenIdentifier:I,tokenAmount:vi(g,16)}));const Q=g?ok(g.map(A=>({sparkInvoice:A}))):[];return{version:2,network:this.config.getNetworkProto(),tokenInputs:{$case:"transferInput",transferInput:{outputsToSpend:A.map(A=>({prevTokenTransactionHash:A.previousTransactionHash,prevTokenTransactionVout:A.previousTransactionVout}))}},tokenOutputs:i,sparkOperatorIdentityPublicKeys:this.collectOperatorIdentityPublicKeys(),expiryTime:void 0,clientCreatedTimestamp:this.connectionManager.getCurrentServerTime(),invoiceAttachments:Q}}async constructPartialTransferTokenTransaction(A,I,g){A.sort((A,I)=>A.previousTransactionVout-I.previousTransactionVout);const C=new Map;for(const I of A){const A=KB(I.output.tokenIdentifier),g=C.get(A)||0n;C.set(A,g+Vi(I.output.tokenAmount))}const B=new Map;for(const A of I){const I=KB(A.rawTokenIdentifier),g=B.get(I)||0n;B.set(I,g+A.tokenAmount)}const i=I.map(A=>({ownerPublicKey:A.receiverPublicKey,tokenIdentifier:A.rawTokenIdentifier,withdrawBondSats:this.config.getExpectedWithdrawBondSats(),withdrawRelativeBlockLocktime:this.config.getExpectedWithdrawRelativeBlockLocktime(),tokenAmount:vi(A.tokenAmount,16)}));await this.appendChange(C,B,i,({ownerPublicKey:A,tokenIdentifier:I,changeAmount:g})=>({ownerPublicKey:A,tokenIdentifier:I,withdrawBondSats:this.config.getExpectedWithdrawBondSats(),withdrawRelativeBlockLocktime:this.config.getExpectedWithdrawRelativeBlockLocktime(),tokenAmount:vi(g,16)}));const Q=g?ok(g.map(A=>({sparkInvoice:A}))):[];return{version:3,tokenTransactionMetadata:{network:this.config.getNetworkProto(),sparkOperatorIdentityPublicKeys:this.collectOperatorIdentityPublicKeys(),validityDurationSeconds:this.config.getTokenValidityDurationSeconds(),clientCreatedTimestamp:this.connectionManager.getCurrentServerTime(),invoiceAttachments:Q},tokenInputs:{$case:"transferInput",transferInput:{outputsToSpend:A.map(A=>({prevTokenTransactionHash:A.previousTransactionHash,prevTokenTransactionVout:A.previousTransactionVout}))}},partialTokenOutputs:i}}collectOperatorIdentityPublicKeys(){const A=[];for(const I of Object.values(this.config.getSigningOperators()))A.push(vt(I.identityPublicKey));return A.sort((A,I)=>{const g=Math.min(A.length,I.length);for(let C=0;C<g;C++)if(A[C]!==I[C])return A[C]-I[C];return A.length-I.length}),A}async broadcastTokenTransaction(A,I,g){const{finalTokenTransactionHash:C}=await this.broadcastTokenTransactionDetailed(A,I,g);return KB(C)}async broadcastTokenTransactionDetailed(A,I,g){const C=this.config.getSigningOperators(),{finalTokenTransaction:B,finalTokenTransactionHash:i}=await this.startTokenTransaction(A,C,I,g),{commitStatus:Q,commitProgress:e,tokenIdentifier:E}=await this.signTokenTransaction(B,i,C);return{commitStatus:Q,commitProgress:e,tokenIdentifier:E,finalTokenTransaction:B,finalTokenTransactionHash:i}}async broadcastTokenTransactionV3(A,I){return KB(await async function(A){if(!A)throw new Wd("final token transaction cannot be nil",{field:"finalTokenTransaction"});return Ek().hashProto(A,"spark_token.FinalTokenTransaction")}((await this.broadcastTokenTransactionV3Detailed(A,I)).finalTokenTransaction))}async broadcastTokenTransactionV3Detailed(A,I){const g=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress());if(!this.shouldUseTokenPrimitivesBindings()){const C=await async function(A){if(!A)throw new Wd("partial token transaction cannot be nil",{field:"partialTokenTransaction"});return Ek().hashProto(A,"spark_token.PartialTokenTransaction")}(A),B=[];if("mintInput"===A.tokenInputs?.$case){const I=A.partialTokenOutputs[0]?.ownerPublicKey;if(!I)throw new Wd("Invalid mint input",{field:"ownerPubkey",value:null,expected:"Non-null ownerPubkey"});const g=await this.signMessageWithKey(C,I);B.push({signature:g,inputIndex:0})}else if("createInput"===A.tokenInputs?.$case){const I=A.tokenInputs.createInput.issuerPublicKey;if(!I)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const g=await this.signMessageWithKey(C,I);B.push({signature:g,inputIndex:0})}else if("transferInput"===A.tokenInputs?.$case){if(!I)throw new Wd("Invalid transfer input",{field:"outputsToSpend",value:{signingPublicKeys:I},expected:"Non-null signing public keys"});for(const[A,g]of I.entries()){if(!g)throw new Wd("Invalid signing key",{field:"outputsToSpendSigningPublicKeys",value:A,expected:"Non-null signing key"});const I=await this.signMessageWithKey(C,g);B.push({signature:I,inputIndex:A})}}return await g.broadcast_transaction({identityPublicKey:await this.config.signer.getIdentityPublicKey(),partialTokenTransaction:A,tokenTransactionOwnerSignatures:B},{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3})}const C=Kd(),B=HE.encode(A).finish(),i=await C.hashPartialTokenTransaction(B),Q=[];if("mintInput"===A.tokenInputs?.$case){const I=A.partialTokenOutputs[0]?.ownerPublicKey;if(!I)throw new Wd("Invalid mint input",{field:"ownerPubkey",value:null,expected:"Non-null ownerPubkey"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0,publicKey:I})}else if("createInput"===A.tokenInputs?.$case){const I=A.tokenInputs.createInput.issuerPublicKey;if(!I)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0,publicKey:I})}else if("transferInput"===A.tokenInputs?.$case){if(!I)throw new Wd("Invalid transfer input",{field:"outputsToSpend",value:{signingPublicKeys:I},expected:"Non-null signing public keys"});for(const[A,g]of I.entries()){if(!g)throw new Wd("Invalid signing key",{field:"outputsToSpendSigningPublicKeys",value:A,expected:"Non-null signing key"});const I=await this.signMessageWithKey(i,g);Q.push({signature:I,inputIndex:A,publicKey:g})}}const e=await C.buildBroadcastTransactionRequest({identityPublicKey:await this.config.signer.getIdentityPublicKey(),partialTokenTransactionBytes:B,ownerSignatures:Q});return await g.broadcast_transaction(zE.decode(e),{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3})}async startTokenTransaction(A,I,g,C){const B=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),i=tk(A,!0),Q=[];if("mintInput"===A.tokenInputs.$case){if(!A.tokenInputs.mintInput.tokenIdentifier)throw new Wd("Invalid mint input",{field:"tokenIdentifier",value:null,expected:"Non-null tokenIdentifier"});const I=A.tokenOutputs[0].ownerPublicKey;if(!I)throw new Wd("Invalid mint input",{field:"ownerPubkey",value:null,expected:"Non-null ownerPubkey"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0})}else if("createInput"===A.tokenInputs.$case){const I=A.tokenInputs.createInput.issuerPublicKey;if(!I)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0})}else if("transferInput"===A.tokenInputs.$case){if(!g||!C)throw new Wd("Invalid transfer input",{field:"outputsToSpend",value:{signingPublicKeys:g,revocationPublicKeys:C},expected:"Non-null signing and revocation public keys"});for(const[A,I]of g.entries()){if(!I)throw new Wd("Invalid signing key",{field:"outputsToSpendSigningPublicKeys",value:A,expected:"Non-null signing key"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:A})}}const e=await B.start_transaction({identityPublicKey:await this.config.signer.getIdentityPublicKey(),partialTokenTransaction:A,validityDurationSeconds:this.config.getTokenValidityDurationSeconds(),partialTokenTransactionOwnerSignatures:Q},{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3});if(!e.finalTokenTransaction)throw new Error("Final token transaction missing in start response");if(!e.keyshareInfo)throw new Error("Keyshare info missing in start response");!function(A,I,g,C,B,i,Q){if(A.network!==I.network)throw new Td("Network mismatch in response token transaction",{value:A.network,expected:I.network});if(!A.tokenInputs)throw new Td("Token inputs missing in final transaction",{value:A});if(!I.tokenInputs)throw new Td("Token inputs missing in partial transaction",{value:I});if(A.tokenInputs.$case!==I.tokenInputs.$case)throw new Td(`Transaction type mismatch: final transaction has ${A.tokenInputs.$case}, partial transaction has ${I.tokenInputs.$case}`,{value:A.tokenInputs.$case,expected:I.tokenInputs.$case});if(A.sparkOperatorIdentityPublicKeys.length!==I.sparkOperatorIdentityPublicKeys.length)throw new Td("Spark operator identity public keys count mismatch",{value:A.sparkOperatorIdentityPublicKeys.length,expected:I.sparkOperatorIdentityPublicKeys.length});if("mintInput"===I.tokenInputs.$case&&"mintInput"===A.tokenInputs.$case){const g=A.tokenInputs.mintInput,C=I.tokenInputs.mintInput;if(!g.issuerPublicKey||!C.issuerPublicKey)throw new Td("Issuer public key missing in mint input",{value:g.issuerPublicKey,expected:C.issuerPublicKey});if(!g.tokenIdentifier||!C.tokenIdentifier)throw new Td("Token identifier missing in mint input",{value:g.tokenIdentifier,expected:C.tokenIdentifier});if(!mk(g.issuerPublicKey,C.issuerPublicKey))throw new Td("Issuer public key mismatch in mint input",{value:g.issuerPublicKey.toString(),expected:C.issuerPublicKey.toString()});if(!mk(g.tokenIdentifier,C.tokenIdentifier))throw new Td("Issuer public key mismatch in mint input",{value:g.tokenIdentifier.toString(),expected:C.tokenIdentifier.toString()})}else if("transferInput"===I.tokenInputs.$case&&"transferInput"===A.tokenInputs.$case){const g=A.tokenInputs.transferInput,C=I.tokenInputs.transferInput;if(g.outputsToSpend.length!==C.outputsToSpend.length)throw new Td("Outputs to spend count mismatch in transfer input",{value:g.outputsToSpend.length,expected:C.outputsToSpend.length});for(let A=0;A<g.outputsToSpend.length;A++){const I=g.outputsToSpend[A],B=C.outputsToSpend[A];if(!I)throw new Td("Token output to spend missing in final transaction",{outputIndex:A,value:I});if(!B)throw new Td("Token output to spend missing in partial transaction",{outputIndex:A,value:B});if(!mk(I.prevTokenTransactionHash,B.prevTokenTransactionHash))throw new Td("Previous token transaction hash mismatch in transfer input",{outputIndex:A,value:I.prevTokenTransactionHash.toString(),expected:B.prevTokenTransactionHash.toString()});if(I.prevTokenTransactionVout!==B.prevTokenTransactionVout)throw new Td("Previous token transaction vout mismatch in transfer input",{outputIndex:A,value:I.prevTokenTransactionVout,expected:B.prevTokenTransactionVout})}}if(A.tokenOutputs.length!==I.tokenOutputs.length)throw new Td("Token outputs count mismatch",{value:A.tokenOutputs.length,expected:I.tokenOutputs.length});for(let g=0;g<A.tokenOutputs.length;g++){const e=A.tokenOutputs[g],E=I.tokenOutputs[g];if(!e)throw new Td("Token output missing in final transaction",{outputIndex:g,value:e});if(!E)throw new Td("Token output missing in partial transaction",{outputIndex:g,value:E});if(!mk(e.ownerPublicKey,E.ownerPublicKey))throw new Td("Owner public key mismatch in token output",{outputIndex:g,value:e.ownerPublicKey.toString(),expected:E.ownerPublicKey.toString()});if(void 0!==e.tokenPublicKey&&void 0!==E.tokenPublicKey&&!mk(e.tokenPublicKey,E.tokenPublicKey))throw new Td("Token public key mismatch in token output",{outputIndex:g,value:e.tokenPublicKey.toString(),expected:E.tokenPublicKey.toString()});if(!mk(e.tokenAmount,E.tokenAmount))throw new Td("Token amount mismatch in token output",{outputIndex:g,value:e.tokenAmount.toString(),expected:E.tokenAmount.toString()});if(void 0!==e.withdrawBondSats&&e.withdrawBondSats!==B)throw new Td("Withdraw bond sats mismatch in token output",{outputIndex:g,value:e.withdrawBondSats,expected:B});if(void 0!==e.withdrawRelativeBlockLocktime&&e.withdrawRelativeBlockLocktime!==i)throw new Td("Withdraw relative block locktime mismatch in token output",{outputIndex:g,value:e.withdrawRelativeBlockLocktime,expected:i});if(C.threshold!==Q)throw new Td("Threshold mismatch: expected "+Q+" but got "+C.threshold,{field:"threshold",value:C.threshold,expected:Q})}if(C.ownerIdentifiers.length!==Object.keys(g).length)throw new Td(`Keyshare operator count (${C.ownerIdentifiers.length}) does not match signing operator count (${Object.keys(g).length})`,{keyshareInfo:C.ownerIdentifiers.length,signingOperators:Object.keys(g).length});if(function(A){return new Set(A).size!==A.length}(C.ownerIdentifiers))throw new Td("Duplicate ownerIdentifiers found in keyshareInfo",{keyshareInfo:C.ownerIdentifiers});for(const A of C.ownerIdentifiers)if(!g[A])throw new Td(`Keyshare operator ${A} not found in signing operator list`,{keyshareInfo:A,signingOperators:Object.keys(g)});if(A.clientCreatedTimestamp.getTime()!==I.clientCreatedTimestamp.getTime())throw new Td("Client created timestamp mismatch",{value:A.clientCreatedTimestamp,expected:I.clientCreatedTimestamp})}(e.finalTokenTransaction,A,I,e.keyshareInfo,this.config.getExpectedWithdrawBondSats(),this.config.getExpectedWithdrawRelativeBlockLocktime(),this.config.getThreshold());const E=e.finalTokenTransaction;return{finalTokenTransaction:E,finalTokenTransactionHash:tk(E,!1),threshold:e.keyshareInfo.threshold}}async signTokenTransaction(A,I,g){const C=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),B=await this.createSignaturesForOperators(A,I,g);try{return await C.commit_transaction({finalTokenTransaction:A,finalTokenTransactionHash:I,inputTtxoSignaturesPerOperator:B,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey()},{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3})}catch(A){throw new xd("Failed to sign token transaction",{operation:"commit_transaction",error:A})}}async fetchOwnedTokenOutputs(A){const{ownerPublicKeys:I,issuerPublicKeys:g=[],tokenIdentifiers:C=[]}=A;if(0===I.length)throw new Wd("Owner public keys cannot be empty",{field:"ownerPublicKeys",value:I,expected:"Non-empty array"});for(const A of I)ih(KB(A));for(const A of g)ih(KB(A));for(const A of C)if(32!==A.length)throw new Wd("Token identifier must be 32 bytes (64 hex characters) long.",{field:"tokenIdentifier",value:A,expected:"32 bytes"});const B=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress());try{const A=[];let i;do{const Q=await B.query_token_outputs({ownerPublicKeys:I,issuerPublicKeys:g,tokenIdentifiers:C,network:this.config.getNetworkProto(),pageRequest:{pageSize:100,cursor:i,direction:Y.NEXT}});if(Array.isArray(Q.outputsWithPreviousTransactionData)&&A.push(...Q.outputsWithPreviousTransactionData),!Q.pageResponse?.hasNextPage)break;i=Q.pageResponse.nextCursor}while(i);return A}catch(A){throw new xd("Failed to fetch owned token outputs",{operation:"query_token_outputs",error:A})}}async queryTokenTransactions(A){const{sparkAddresses:I,ownerPublicKeys:g,issuerPublicKeys:C,tokenTransactionHashes:B,tokenIdentifiers:i,outputIds:Q,order:e,pageSize:E,offset:t}=A,o=[...I?.map(A=>Ih(A,this.config.getNetworkType()).identityPublicKey)||[],...g||[]],n=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),a={queryType:void 0,issuerPublicKeys:C?.map(vt)??[],ownerPublicKeys:o.length>0?o.map(vt):[],tokenIdentifiers:i?.map(A=>{const{tokenIdentifier:I}=rk(A,this.config.getNetworkType());return I})??[],tokenTransactionHashes:B?.map(vt)??[],outputIds:Q||[],order:"asc"===e?O.ASCENDING:O.DESCENDING,limit:E??0,offset:t??0};try{return await n.query_token_transactions(a)}catch(A){throw new xd("Failed to query token transactions",{operation:"query_token_transactions",error:A})}}async queryTokenTransactionsByTxHashes(A){const I=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),g={queryType:{$case:"byTxHash",byTxHash:{tokenTransactionHashes:A.map(vt)}},outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:O.UNRECOGNIZED,limit:0,offset:0};try{return await I.query_token_transactions(g)}catch(A){throw new xd("Failed to query token transactions",{operation:"query_token_transactions",error:A})}}async queryTokenTransactionsWithFilters(A){const{sparkAddresses:I,issuerPublicKeys:g,tokenIdentifiers:C,outputIds:B,pageSize:i,cursor:Q,direction:e}=A,E=I?.map(A=>Ih(A,this.config.getNetworkType()).identityPublicKey),t=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),o={queryType:{$case:"byFilters",byFilters:{outputIds:B||[],ownerPublicKeys:E?.map(vt)??[],issuerPublicKeys:g?.map(vt)??[],tokenIdentifiers:C?.map(A=>{const{tokenIdentifier:I}=rk(A,this.config.getNetworkType());return I})??[],pageRequest:{unsafePageSize:0,pageSize:i??50,cursor:Q??"",direction:"PREVIOUS"===e?Y.PREVIOUS:Y.NEXT}}},outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:O.UNRECOGNIZED,limit:0,offset:0};try{return await t.query_token_transactions(o)}catch(A){throw new xd("Failed to query token transactions",{operation:"query_token_transactions",error:A})}}selectTokenOutputs(A,I,g){if(I<=0n)throw new Wd("Token amount must be greater than 0",{field:"tokenAmount",value:I,expected:"Greater than 0"});if(Dk(A)<I)throw new Wd("Insufficient token amount",{field:"tokenAmount",value:Dk(A),expected:I});const C=A.find(A=>Vi(A.output.tokenAmount)===I);if(C)return[C];const B=[...A].sort((A,I)=>{const C=Vi(A.output.tokenAmount),B=Vi(I.output.tokenAmount);return Number("SMALL_FIRST"===g?C-B:B-C)});if("SMALL_FIRST"===g){let A=0n,g=0;for(const C of B){if(A+=Vi(C.output.tokenAmount),g++,A>=I)return B.slice(0,g);if(g>=Jk)break}const C=B.slice(0,Jk),i=B.slice(Jk).reverse();let Q=C.reduce((A,I)=>A+Vi(I.output.tokenAmount),0n);const e=[...C];let E=0;for(;Q<I&&E<i.length;){const A=i[E],I=Vi(A.output.tokenAmount),g=Vi(e.shift().output.tokenAmount);e.push(A),Q=Q-g+I,E++}if(Q<I)throw new Wd("Insufficient token amount",{field:"tokenAmount",value:Q,expected:I});return e}{const A=[];let g=I;for(const I of B){if(g<=0n)break;if(A.length>=Jk)break;A.push(I),g-=Vi(I.output.tokenAmount)}if(g>0n)throw new Wd("Insufficient token amount",{field:"remainingAmount",value:g});return A}}sortTokenOutputsByStrategy(A,I){"SMALL_FIRST"===I?A.sort((A,I)=>{const g=Vi(A.output.tokenAmount),C=Vi(I.output.tokenAmount);return g<C?-1:g>C?1:0}):A.sort((A,I)=>{const g=Vi(A.output.tokenAmount),C=Vi(I.output.tokenAmount);return C<g?-1:C>g?1:0})}async signMessageWithKey(A,I){const g=this.config.getTokenSignatures();if(KB(I)===KB(await this.config.signer.getIdentityPublicKey()))return"SCHNORR"===g?await this.config.signer.signSchnorrWithIdentityKey(A):await this.config.signer.signMessageWithIdentityKey(A);throw new Wd("Invalid public key",{field:"publicKey",value:KB(I),expected:KB(await this.config.signer.getIdentityPublicKey())})}async createSignaturesForOperators(A,I,g){const C=[];for(const B of Object.values(g)){const g=[];if("mintInput"===A.tokenInputs.$case){const C=A.tokenInputs.mintInput.issuerPublicKey;if(!C)throw new Wd("Invalid mint input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const i=nk({finalTokenTransactionHash:I,operatorIdentityPublicKey:vt(B.identityPublicKey)}),Q=await this.signMessageWithKey(i,C);g.push({signature:Q,inputIndex:0})}else if("createInput"===A.tokenInputs.$case){const C=A.tokenInputs.createInput.issuerPublicKey;if(!C)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const i=nk({finalTokenTransactionHash:I,operatorIdentityPublicKey:vt(B.identityPublicKey)}),Q=await this.signMessageWithKey(i,C);g.push({signature:Q,inputIndex:0})}else if("transferInput"===A.tokenInputs.$case){const C=A.tokenInputs.transferInput;for(let A=0;A<C.outputsToSpend.length;A++){const C=nk({finalTokenTransactionHash:I,operatorIdentityPublicKey:vt(B.identityPublicKey)});let i;i="SCHNORR"===this.config.getTokenSignatures()?await this.config.signer.signSchnorrWithIdentityKey(C):await this.config.signer.signMessageWithIdentityKey(C),g.push({signature:i,inputIndex:A})}}C.push({ttxoSignatures:g,operatorIdentityPublicKey:vt(B.identityPublicKey)})}return C}};const Hk={maxAttempts:5,baseDelayMs:1e3,maxDelayMs:1e4,backoffFactor:2};function Yk(A,I){const g=I.baseDelayMs*Math.pow(I.backoffFactor,A-1);return Math.min(g,I.maxDelayMs)}const Lk=[q.TRANSFER_STATUS_SENDER_INITIATED,q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR,q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK,q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING],qk=[...Lk,q.TRANSFER_STATUS_SENDER_KEY_TWEAKED,q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED,q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED,q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED,q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED],Vk=[x.PRIMARY_SWAP_V3,x.SWAP],Tk=[x.COUNTER_SWAP_V3,x.COUNTER_SWAP],vk=[x.COOPERATIVE_EXIT,x.UTXO_SWAP,x.PREIMAGE_SWAP,x.TRANSFER];var Zk=class{config;connectionManager;signingService;logger;constructor(A,I,g,C=Mk.fromConfig(A),B="TransferService"){this.config=A,this.connectionManager=I,this.signingService=g,this.logger=C.logger(B)}async deliverTransferPackage(A,I,g,C,B){const i=await this.prepareSendTransferKeyTweaks(A.id,I,g,C,B);for(const A of Object.keys(this.config.getSigningOperators()))if(!i.get(A))throw new Wd("No tweaks for operator",{field:"operator",value:A});const Q=await this.prepareTransferPackage(A.id,i,I),e=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).finalize_transfer_with_transfer_package({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),transferPackage:Q});if(!e.transfer)throw new Wd("No transfer response from operator");return e.transfer}async prepareTransferForLightning(A,I,g,C){if(0===A.length)throw new Wd("leaves must not be empty");const B=await this.prepareSendTransferKeyTweaks(C,A),i=await this.prepareTransferPackageForLightning(C,B,A,I);return{transferId:C,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,transferPackage:i,sparkInvoice:"",leavesToSend:[],expiryTime:g}}async sendTransferWithKeyTweaks(A,I){if(0===A.length)throw new Wd("leaves must not be empty");const g=Fa(),C=await this.prepareSendTransferKeyTweaks(g,A),B=await this.prepareTransferPackage(g,C,A),i=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let Q;try{Q=await i.start_transfer_v2({transferId:g,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,transferPackage:B,sparkInvoice:I})}catch(A){throw new xd("Failed to start transfer",{method:"POST",error:A})}if(!Q.transfer)throw new Wd("No transfer response from operator");return Q.transfer}async sendSwapTransfer(A,I){if(0===A.length)throw new Wd("leaves must not be empty");const g=I??Fa(),C=await this.prepareSendTransferKeyTweaks(g,A),B=ie.utils.randomSecretKey(),i=ie.getPublicKey(B),Q=await this.prepareTransferPackage(g,C,A,i),e=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());Q.directFromCpfpLeavesToSend=[],Q.directLeavesToSend=[];try{const I=await e.initiate_swap_primary_transfer({transfer:{transferId:g,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,transferPackage:Q},adaptorPublicKeys:{adaptorPublicKey:i}});if(!I.transfer)throw new Wd("No transfer response from operator");const C=new Map;for(const g of I.signingResults){const I=Q.leavesToSend.find(A=>A.leafId===g.leafId),B=A.find(A=>A.leaf.id===g.leafId);if(!I||!B)throw new Wd("Leaf not found",{field:"leafId",value:g.leafId});const e=hh(dh(I.rawTx),0,dh(B.leaf.nodeTx).getOutput(0)),E=await this.config.signer.aggregateFrost({message:e,publicKey:I.signingPublicKey,verifyingKey:g.verifyingKey,selfCommitment:I.selfCommitment,statechainCommitments:g.refundTxSigningResult?.signingNonceCommitments,statechainSignatures:g.refundTxSigningResult?.signatureShares,statechainPublicKeys:g.refundTxSigningResult?.publicKeys,selfSignature:I.userSignature,adaptorPubKey:i});C.set(g.leafId,E)}return{swapTransfer:I,adaptorPubkey:i,adaptorAddedSignatureMap:C}}catch(A){throw new xd("Failed to initiate swap primary transfer",{method:"POST",error:A})}}async prepareTransferPackage(A,I,g,C){const B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),i=[];for(const A of g)i.push(A.leaf.id);const Q=await B.get_signing_commitments({nodeIds:i,count:3}),{cpfpLeafSigningJobs:e,directLeafSigningJobs:E,directFromCpfpLeafSigningJobs:t}=await this.signingService.signRefunds(g,Q.signingCommitments.slice(0,g.length),Q.signingCommitments.slice(g.length,2*g.length),Q.signingCommitments.slice(2*g.length,3*g.length),C),o=fd(),n=await Promise.all(Array.from(I.entries()).map(async([A,I])=>{const g={leavesToSend:I},C=xI.encode(g).finish(),B=this.config.getSigningOperators()[A];if(!B)throw new Wd("Operator not found");const i=await o.encryptEcies(C,JB(B.identityPublicKey));return[A,Uint8Array.from(i)]})),a={leavesToSend:e,keyTweakPackage:Object.fromEntries(n),userSignature:new Uint8Array,directLeavesToSend:E,directFromCpfpLeavesToSend:t,hashVariant:CA.HASH_VARIANT_V2},s=wk(A,a),r=await this.config.signer.signMessageWithIdentityKey(s);return a.userSignature=new Uint8Array(r),a}async prepareTransferPackageForLightning(A,I,g,C){const B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),i=[];for(const A of g)i.push(A.leaf.id);const Q=await B.get_signing_commitments({nodeIds:i,count:3}),{cpfpLeafSigningJobs:e,directLeafSigningJobs:E,directFromCpfpLeafSigningJobs:t}=await this.signingService.signRefundsForLightning(g,Q.signingCommitments.slice(0,g.length),Q.signingCommitments.slice(g.length,2*g.length),Q.signingCommitments.slice(2*g.length,3*g.length),C),o=fd(),n=await Promise.all(Array.from(I.entries()).map(async([A,I])=>{const g={leavesToSend:I},C=xI.encode(g).finish(),B=this.config.getSigningOperators()[A];if(!B)throw new Wd("Operator not found");const i=await o.encryptEcies(C,JB(B.identityPublicKey));return[A,Uint8Array.from(i)]})),a=Object.fromEntries(n),s=TI.create({leavesToSend:e,keyTweakPackage:a,userSignature:new Uint8Array,directLeavesToSend:E,directFromCpfpLeavesToSend:t,hashVariant:CA.HASH_VARIANT_V2}),r=wk(A,s),c=await this.config.signer.signMessageWithIdentityKey(r);return s.userSignature=new Uint8Array(c),s}async signRefunds(A,I){const g=[];for(const C of I){const I=A.get(C.leafId);if(!I||!I.tx||void 0===I.vout||!I.refundTx)throw new Error(`Leaf data not found for leaf ${C.leafId}`);const B=I.tx?.getOutput(0);if(!B)throw new Error(`Output not found for leaf ${C.leafId}`);let i;i=I.refundTx.inputsLength>1&&I.connectorPrevOutput?yh(I.refundTx,0,[B,I.connectorPrevOutput]):hh(I.refundTx,0,B);const Q=await this.config.signer.getPublicKeyFromDerivation(I.keyDerivation),e=await this.config.signer.signFrost({message:i,publicKey:Q,keyDerivation:I.keyDerivation,selfCommitment:I.signingNonceCommitment,statechainCommitments:C.refundTxSigningResult?.signingNonceCommitments,verifyingKey:C.verifyingKey}),E=await this.config.signer.aggregateFrost({message:i,statechainSignatures:C.refundTxSigningResult?.signatureShares,statechainPublicKeys:C.refundTxSigningResult?.publicKeys,verifyingKey:C.verifyingKey,statechainCommitments:C.refundTxSigningResult?.signingNonceCommitments,selfCommitment:I.signingNonceCommitment,publicKey:Q,selfSignature:e});let t,o;if(I.directTx&&I.directRefundTx){const A=I.directTx.getOutput(0);let g;g=I.directRefundTx.inputsLength>1&&I.connectorPrevOutput?yh(I.directRefundTx,0,[A,I.connectorPrevOutput]):hh(I.directRefundTx,0,A);const B=await this.config.signer.signFrost({message:g,publicKey:Q,keyDerivation:I.keyDerivation,selfCommitment:I.directSigningNonceCommitment,statechainCommitments:C.directRefundTxSigningResult?.signingNonceCommitments,verifyingKey:C.verifyingKey});t=await this.config.signer.aggregateFrost({message:g,statechainSignatures:C.directRefundTxSigningResult?.signatureShares,statechainPublicKeys:C.directRefundTxSigningResult?.publicKeys,verifyingKey:C.verifyingKey,statechainCommitments:C.directRefundTxSigningResult?.signingNonceCommitments,selfCommitment:I.directSigningNonceCommitment,publicKey:Q,selfSignature:B})}if(I.directFromCpfpRefundTx){let A;A=I.directFromCpfpRefundTx.inputsLength>1&&I.connectorPrevOutput?yh(I.directFromCpfpRefundTx,0,[B,I.connectorPrevOutput]):hh(I.directFromCpfpRefundTx,0,B);const g=await this.config.signer.signFrost({message:A,publicKey:Q,keyDerivation:I.keyDerivation,selfCommitment:I.directFromCpfpRefundSigningNonceCommitment,statechainCommitments:C.directFromCpfpRefundTxSigningResult?.signingNonceCommitments,verifyingKey:C.verifyingKey});o=await this.config.signer.aggregateFrost({message:A,statechainSignatures:C.directFromCpfpRefundTxSigningResult?.signatureShares,statechainPublicKeys:C.directFromCpfpRefundTxSigningResult?.publicKeys,verifyingKey:C.verifyingKey,statechainCommitments:C.directFromCpfpRefundTxSigningResult?.signingNonceCommitments,selfCommitment:I.directFromCpfpRefundSigningNonceCommitment,publicKey:Q,selfSignature:g})}g.push({nodeId:C.leafId,nodeTxSignature:new Uint8Array,directNodeTxSignature:new Uint8Array,refundTxSignature:E,directRefundTxSignature:t??new Uint8Array,directFromCpfpRefundTxSignature:o??new Uint8Array})}return g}async prepareSendTransferKeyTweaks(A,I,g=new Map,C=new Map,B=new Map){const i=new Map,Q=await Promise.all(I.map(async I=>await this.prepareSingleSendTransferKeyTweak(A,I,I.receiverIdentityPublicKey,g.get(I.leaf.id),C.get(I.leaf.id),B.get(I.leaf.id))));for(const A of Q)for(const[I,g]of A)i.set(I,[...i.get(I)||[],g]);return i}async prepareSingleSendTransferKeyTweak(A,I,g,C,B,i){const Q=this.config.getSigningOperators(),{shares:e,secretCipher:E}=await this.config.signer.subtractSplitAndEncrypt({first:I.keyDerivation,second:I.newKeyDerivation,receiverPublicKey:g,curveOrder:ie.CURVE.n,threshold:this.config.getThreshold(),numShares:Object.keys(Q).length}),t=new Map;for(const[A,I]of Object.entries(Q)){const g=this.findShare(e,I.id);if(!g)throw new Error(`Share not found for operator ${I.id}`);const C=ie.getPublicKey(g.share,!0);t.set(A,C)}const o=new TextEncoder,n=Ya(new Uint8Array([...o.encode(I.leaf.id),...o.encode(A),...E])),a=await this.config.signer.signMessageWithIdentityKey(n,!0),s=new Map;for(const[A,g]of Object.entries(Q)){const Q=this.findShare(e,g.id);if(!Q)throw new Error(`Share not found for operator ${g.id}`);s.set(A,{leafId:I.leaf.id,secretShareTweak:{secretShare:Q.share,proofs:Q.proofs},pubkeySharesTweak:Object.fromEntries(t),secretCipher:E,signature:a,refundSignature:C??new Uint8Array,directRefundSignature:B??new Uint8Array,directFromCpfpRefundSignature:i??new Uint8Array})}return s}findShare(A,I){const g=I+1;for(const I of A)if(I.index===g)return I}async sendTransferV3(A){const I=Fa(),g=new Date(Date.now()+864e5),C=await this.prepareSendTransferKeyTweaks(I,A),B=await this.prepareTransferPackage(I,C,A),i={};for(const I of A)i[I.leaf.id]=I.receiverIdentityPublicKey;const Q=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let e;try{e=await Q.start_transfer_v3({transferId:I,senderPackages:[{ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),transferPackage:B,receiverIdentityPublicKeys:i}],expiryTime:g})}catch(A){throw new xd("Failed to start V3 transfer",{method:"POST",error:A})}if(!e.transfer)throw new Wd("No transfer response from operator");return e.transfer}compareTransfers(A,I){return A.id===I.id&&Pi(A.senderIdentityPublicKey,I.senderIdentityPublicKey)&&A.status===I.status&&A.totalValue===I.totalValue&&A.expiryTime?.getTime()===I.expiryTime?.getTime()&&A.leaves.length===I.leaves.length}},xk=class extends Zk{constructor(A,I,g,C=Mk.fromConfig(A)){super(A,I,g,C,"TransferService"),C.wrapPrototypeMethods("TransferService",this)}async claimTransferCore(A){const I=await this.verifyPendingTransfer(A),g=await this.config.signer.getIdentityPublicKey(),C=[];for(const B of A.leaves)B.leaf&&I.get(B.leaf.id)&&C.push({leaf:{...B.leaf,refundTx:B.intermediateRefundTx,directRefundTx:B.intermediateDirectRefundTx,directFromCpfpRefundTx:B.intermediateDirectFromCpfpRefundTx},keyDerivation:{type:hk.ECIES,path:B.secretCipher},newKeyDerivation:{type:hk.LEAF,path:B.leaf.id},receiverIdentityPublicKey:g});const B=await this.prepareClaimPackage(A.id,C),i=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let Q;try{Q=await i.claim_transfer({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),claimPackage:B})}catch(A){throw new xd("Failed to claim transfer",{method:"POST",error:A})}if(!Q.transfer)throw new Wd("No transfer response from claim_transfer");return Q.transfer.leaves.flatMap(A=>A.leaf?[A.leaf]:[])}async queryPendingTransfers(A={}){const I=Array.isArray(A)?{transferIds:A}:A;if(I.createdAfter&&I.createdBefore)throw new Error("createdAfter and createdBefore are mutually exclusive - only one can be specified");const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),C=null!=I.createdAfter?{$case:"createdAfter",createdAfter:I.createdAfter}:null!=I.createdBefore?{$case:"createdBefore",createdBefore:I.createdBefore}:void 0;let B;try{B=await g.query_pending_transfers({participant:{$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:await this.config.signer.getIdentityPublicKey()},transferIds:I.transferIds,limit:I.limit,offset:I.offset,timeFilter:C,network:this.config.getNetworkProto()})}catch(A){throw new Error(`Error querying pending transfers: ${Wk(A)}`,{cause:A})}return B}async queryPrimarySwapTransfers(A){return await this.queryAllTransfers({...A,senderOnly:!0,types:Vk,statuses:Lk})}async queryCounterSwapTransfers(A){return await this.queryAllTransfers({...A,types:Tk,statuses:qk})}async queryPendingOutgoingTransfers(A){return await this.queryAllTransfers({...A,senderOnly:!0,types:vk,statuses:Lk})}async queryAllTransfers({limit:A,offset:I,createdAfter:g,createdBefore:C,types:B,statuses:i,senderOnly:Q}){if(g&&C)throw new Error("createdAfter and createdBefore are mutually exclusive - only one can be specified");const e=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),E=await this.config.signer.getIdentityPublicKey(),t={participant:Q?{$case:"senderIdentityPublicKey",senderIdentityPublicKey:E}:{$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:E},limit:A,offset:I,types:B,...void 0!==i?{statuses:i}:{},network:oh[this.config.getNetwork()]};let o;g?t.timeFilter={$case:"createdAfter",createdAfter:g}:C&&(t.timeFilter={$case:"createdBefore",createdBefore:C});try{o=await e.query_all_transfers(t)}catch(A){throw new Error(`Error querying all transfers: ${Wk(A)}`,{cause:A})}return o}async verifyPendingTransfer(A){const I=new Map;return await Promise.all(A.leaves.map(async g=>{if(!g.leaf)throw new Error("Leaf is undefined");const C=new TextEncoder,B=C.encode(g.leaf.id),i=C.encode(A.id),Q=Ya(new Uint8Array([...B,...i,...g.secretCipher]));if(!ie.verify(g.signature,Q,A.senderIdentityPublicKey))throw new Error("Signature verification failed");const e=await this.config.signer.decryptEcies(g.secretCipher);I.set(g.leaf.id,e)})),I}async queryTransfer(A){return(await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_all_transfers({participant:{$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:await this.config.signer.getIdentityPublicKey()},transferIds:[A],network:oh[this.config.getNetwork()]})).transfers[0]}async sendTransferSignRefund(A,I){const{transfer:g,signatureMap:C,directSignatureMap:B,directFromCpfpSignatureMap:i,leafDataMap:Q}=await this.sendTransferSignRefundInternal(A,I);return{transfer:g,signatureMap:C,directSignatureMap:B,directFromCpfpSignatureMap:i,leafDataMap:Q}}async sendTransferSignRefundInternal(A,I){if(0===A.length)throw new Wd("leaves must not be empty");const g=Fa(),C=new Map;await Promise.all(A.map(async A=>{const I=await this.config.signer.getRandomSigningCommitment(),g=await this.config.signer.getRandomSigningCommitment(),B=await this.config.signer.getRandomSigningCommitment(),i=dh(A.leaf.nodeTx),Q=dh(A.leaf.refundTx),e=A.leaf.directTx.length>0?dh(A.leaf.directTx):void 0,E=A.leaf.directRefundTx.length>0?dh(A.leaf.directRefundTx):void 0,t=A.leaf.directFromCpfpRefundTx.length>0?dh(A.leaf.directFromCpfpRefundTx):void 0;C.set(A.leaf.id,{keyDerivation:A.keyDerivation,receivingPubkey:A.receiverIdentityPublicKey,signingNonceCommitment:I,directSigningNonceCommitment:g,tx:i,directTx:e,refundTx:Q,directRefundTx:E,directFromCpfpRefundTx:t,directFromCpfpRefundSigningNonceCommitment:B,vout:A.leaf.vout})}));const B=await this.prepareRefundSoSigningJobs(A,C),i=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let Q;try{Q=await i.start_transfer_v2({transferId:g,leavesToSend:B,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,expiryTime:I})}catch(A){throw new Error(`Error starting send transfer: ${Wk(A)}`,{cause:A})}if(!Q.transfer)throw new Error("No transfer response from coordinator");const e=await this.signRefunds(C,Q.signingResults),E=new Map,t=new Map,o=new Map;for(const A of e)E.set(A.nodeId,A.refundTxSignature),t.set(A.nodeId,A.directRefundTxSignature),o.set(A.nodeId,A.directFromCpfpRefundTxSignature);return{transfer:Q.transfer,signatureMap:E,directSignatureMap:t,directFromCpfpSignatureMap:o,leafDataMap:C,signingResults:Q.signingResults}}async prepareRefundSoSigningJobs(A,I,g){const C=[],B=await Promise.all(A.map(async A=>{const C=I.get(A.leaf.id);if(!C)throw new Error(`Leaf data not found for leaf ${A.leaf.id}`);const B=dh(A.leaf.nodeTx);let i;A.leaf.directTx.length>0&&(i=dh(A.leaf.directTx));const Q=dh(A.leaf.refundTx),e=Q.getInput(0).sequence;if(null==e)throw new Wd("Invalid refund transaction",{field:"sequence",value:Q.getInput(0),expected:"Non-null sequence"});const E={nodeTx:B,directNodeTx:i,sequence:e,receivingPubkey:C.receivingPubkey,network:this.config.getNetwork()},{cpfpRefundTx:t,directRefundTx:o,directFromCpfpRefundTx:n}=await(g?Mh(E):Uh(E)),a=!mh(B.getInput(0).sequence);C.refundTx=t,C.directRefundTx=o&&!a?o:void 0,C.directFromCpfpRefundTx=n;const s=C.signingNonceCommitment,r=C.directSigningNonceCommitment,c=C.directFromCpfpRefundSigningNonceCommitment,D=await this.config.signer.getPublicKeyFromDerivation(C.keyDerivation);return{leafId:A.leaf.id,refundTxSigningJob:{signingPublicKey:D,rawTx:t.toBytes(),signingNonceCommitment:s.commitment},directRefundTxSigningJob:o&&!a?{signingPublicKey:D,rawTx:o.toBytes(),signingNonceCommitment:r.commitment}:void 0,directFromCpfpRefundTxSigningJob:n?{signingPublicKey:D,rawTx:n.toBytes(),signingNonceCommitment:c.commitment}:void 0}}));for(const A of B)C.push(A);return C}async claimTransferTweakKeys(A,I){const g=await this.prepareClaimLeavesKeyTweaks(I),C=[],B=Object.entries(this.config.getSigningOperators()).map(async([I,B])=>{const i=await this.connectionManager.createSparkClient(B.address),Q=g.get(I);if(Q)try{await i.claim_transfer_tweak_keys({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),leavesToReceive:Q})}catch(A){return void C.push(new xd("Failed to claim transfer tweak keys",{method:"POST",error:A}))}else C.push(new Wd("No leaves to receive for operator",{field:"operator",value:I}))});if(await Promise.all(B),C.length>0)throw C[0]??new Error("Failed to claim transfer tweak keys")}async prepareClaimPackage(A,I){const g=await this.prepareClaimLeavesKeyTweaks(I),C=fd(),B=await Promise.all(Array.from(g.entries()).map(async([A,I])=>{const g={leavesToReceive:I},B=ag.encode(g).finish(),i=this.config.getSigningOperators()[A];if(!i)throw new Wd("Operator not found");const Q=await C.encryptEcies(B,JB(i.identityPublicKey));return[A,Uint8Array.from(Q)]})),i=Object.fromEntries(B),Q=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).get_signing_commitments({nodeIdCount:I.length,count:3}),e=3*I.length;if(Q.signingCommitments.length!==e)throw new Wd(`Expected ${e} signing commitments, got ${Q.signingCommitments.length}`);const E=await Promise.all(I.map(async A=>({leaf:A.leaf,keyDerivation:A.newKeyDerivation,newKeyDerivation:A.newKeyDerivation,receiverIdentityPublicKey:await this.config.signer.getPublicKeyFromDerivation(A.newKeyDerivation)}))),{cpfpLeafSigningJobs:t,directLeafSigningJobs:o,directFromCpfpLeafSigningJobs:n}=await this.signingService.signRefundsForClaim(E,Q.signingCommitments.slice(0,I.length),Q.signingCommitments.slice(I.length,2*I.length),Q.signingCommitments.slice(2*I.length,3*I.length)),a={leavesToClaim:t,keyTweakPackage:i,userSignature:new Uint8Array,directLeavesToClaim:o,directFromCpfpLeavesToClaim:n,hashVariant:CA.HASH_VARIANT_V2},s=function(A,I){const g=JB(A.replaceAll("-",""));return Nh(["spark","claim","signing payload"]).addBytes(g).addMapStringToBytes(I).hash()}(A,i),r=await this.config.signer.signMessageWithIdentityKey(s);return a.userSignature=new Uint8Array(r),a}async prepareClaimLeavesKeyTweaks(A){const I=new Map,g=await Promise.all(A.map(A=>this.prepareClaimLeafKeyTweaks(A)));for(const{leafKeyTweaks:A}of g)for(const[g,C]of A)I.set(g,[...I.get(g)||[],C]);return I}async prepareClaimLeafKeyTweaks(A){const I=this.config.getSigningOperators(),g=await this.config.signer.subtractAndSplitSecretWithProofsGivenDerivations({first:A.keyDerivation,second:A.newKeyDerivation,curveOrder:ie.CURVE.n,threshold:this.config.getThreshold(),numShares:Object.keys(I).length}),C=new Map;for(const[A,B]of Object.entries(I)){const I=this.findShare(g,B.id);if(!I)throw new Error(`Share not found for operator ${B.id}`);const i=ie.getPublicKey(I.share);C.set(A,i)}const B=new Map;for(const[i,Q]of Object.entries(I)){const I=this.findShare(g,Q.id);if(!I)throw new Error(`Share not found for operator ${Q.id}`);B.set(i,{leafId:A.leaf.id,secretShareTweak:{secretShare:I.share,proofs:I.proofs},pubkeySharesTweak:Object.fromEntries(C)})}if(!g[0]?.proofs)throw new Wd("Proofs not found",{field:"proofs",value:g[0]?.proofs});return{leafKeyTweaks:B,proofs:g[0].proofs}}async claimTransferSignRefunds(A,I){const g=new Map;await Promise.all(I.map(async A=>{const I=dh(A.leaf.nodeTx),C=A.leaf.directTx.length>0?dh(A.leaf.directTx):void 0;g.set(A.leaf.id,{keyDerivation:A.newKeyDerivation,receivingPubkey:await this.config.signer.getPublicKeyFromDerivation(A.newKeyDerivation),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),directSigningNonceCommitment:await this.config.signer.getRandomSigningCommitment(),directFromCpfpRefundSigningNonceCommitment:await this.config.signer.getRandomSigningCommitment(),tx:I,directTx:C,vout:A.leaf.vout})}));const C=await this.prepareRefundSoSigningJobs(I,g,!0),B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let i;try{i=await B.claim_transfer_sign_refunds_v2({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),signingJobs:C})}catch(A){throw new xd("Failed to claim transfer sign refunds",{method:"POST",error:A})}return this.signRefunds(g,i.signingResults)}async finalizeNodeSignatures(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{return await I.finalize_node_signatures_v2({intent:S.TRANSFER,nodeSignatures:A})}catch(A){throw new Error(`Error finalizing node signatures in transfer: ${Wk(A)}`,{cause:A})}}async queryPendingTransfersBySender(A){const I=await this.connectionManager.createSparkClient(A);try{return await I.query_pending_transfers({participant:{$case:"senderIdentityPublicKey",senderIdentityPublicKey:await this.config.signer.getIdentityPublicKey()}})}catch(A){throw new Error(`Error querying pending transfers by sender: ${Wk(A)}`,{cause:A})}}async renewRefundTxn(A,I){const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),C=await this.createRenewRefundSigningJobs(A,I),B=await g.get_signing_commitments({nodeIds:[A.id],count:C.length}),i=C.map((A,I)=>{const g=B.signingCommitments[I]?.signingNonceCommitments;if(!g)throw new Error("Signing nonce commitments not found");return{...A,signingNonceCommitments:g}}),Q=await this.signingService.signSigningJobs(i),e={nodeTxSigningJob:Q.get("node"),refundTxSigningJob:Q.get("cpfp"),directNodeTxSigningJob:Q.get("directNode"),directRefundTxSigningJob:Q.get("direct"),directFromCpfpRefundTxSigningJob:Q.get("directFromCpfp")},E=await g.renew_leaf({leafId:A.id,signingJobs:{$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:e}},Wh(dh(A.refundTx).id));if("renewRefundTimelockResult"!==E.renewResult?.$case||!E.renewResult?.renewRefundTimelockResult.node)throw new Wd("Unexpected renew result",{field:"renewResult",value:E.renewResult});return E.renewResult?.renewRefundTimelockResult.node}async renewNodeTxn(A,I){const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),C=await this.createRenewNodeSigningJobs(A,I),B=await g.get_signing_commitments({nodeIds:[A.id],count:C.length}),i=C.map((A,I)=>{const g=B.signingCommitments[I]?.signingNonceCommitments;if(!g)throw new Error("Signing nonce commitments not found");return{...A,signingNonceCommitments:g}}),Q=await this.signingService.signSigningJobs(i),e=await g.renew_leaf({leafId:A.id,signingJobs:{$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:{splitNodeTxSigningJob:Q.get("split"),splitNodeDirectTxSigningJob:Q.get("directSplit"),nodeTxSigningJob:Q.get("node"),directNodeTxSigningJob:Q.get("directNode"),refundTxSigningJob:Q.get("cpfp"),directRefundTxSigningJob:Q.get("direct"),directFromCpfpRefundTxSigningJob:Q.get("directFromCpfp")}}},Wh(dh(A.refundTx).id));if("renewNodeTimelockResult"!==e.renewResult?.$case||!e.renewResult?.renewNodeTimelockResult.node)throw new Wd("Unexpected renew result",{field:"renewResult",value:e.renewResult});return e.renewResult.renewNodeTimelockResult.node}async createRenewRefundSigningJobs(A,I){const g=[],C=dh(I.nodeTx),B=dh(I.nodeTx).getOutput(0);if(!B)throw new Error("Parent node output not found");const i={script:B.script,amount:B.amount},Q={type:hk.LEAF,path:A.id},e=await this.config.signer.getPublicKeyFromDerivation(Q),E=dh(A.nodeTx),t=dh(A.refundTx),{nodeTx:o,directNodeTx:n}=await async function(A,I,g){const C=I.getInput(0).sequence;if(!C)throw new Wd("Current sequence not found",{field:"currentSequence",value:C});return ph({parentTx:A,sequence:Hh(C).nextSequence,vout:0,network:g})}(C,E,this.config.getNetwork());g.push({signingPublicKey:e,rawTx:o.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"node",parentTxOut:i,leafId:A.id,keyDerivation:{type:hk.LEAF,path:A.id},verifyingKey:A.verifyingPublicKey}),n&&g.push({signingPublicKey:e,rawTx:n.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directNode",parentTxOut:i,leafId:A.id,keyDerivation:{type:hk.LEAF,path:A.id},verifyingKey:A.verifyingPublicKey});const a=o.getOutput(0);if(!a)throw Error("Could not get new cpfp node output");const s=n?.getOutput(0);if(void 0===t.getOutput(0).amount)throw new Error("Amount not found in extendTimelock");if(void 0===s?.amount)throw new Error("Amount not found in extendTimelock");const{cpfpRefundTx:r,directRefundTx:c,directFromCpfpRefundTx:D}=await Rh({nodeTx:o,directNodeTx:n,receivingPubkey:e,network:this.config.getNetwork()});return g.push({signingPublicKey:e,rawTx:r.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"cpfp",parentTxOut:a,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),c&&s&&g.push({signingPublicKey:e,rawTx:c.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"direct",parentTxOut:s,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),D&&s&&g.push({signingPublicKey:e,rawTx:D.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directFromCpfp",parentTxOut:a,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),g}async createRenewNodeSigningJobs(A,I){const g=[],C=dh(I.nodeTx),B=dh(I.nodeTx).getOutput(0),i={script:B.script,amount:B.amount},Q={type:hk.LEAF,path:A.id},e=await this.config.signer.getPublicKeyFromDerivation(Q),{nodeTx:E,directNodeTx:t}=await Sh(C,this.config.getNetwork());g.push({signingPublicKey:e,rawTx:E.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"split",parentTxOut:i,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),t&&g.push({signingPublicKey:e,rawTx:t.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directSplit",parentTxOut:i,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey});const o=E.getOutput(0),{nodeTx:n,directNodeTx:a}=await async function(A,I){return ph({parentTx:A,sequence:2e3,vout:0,network:I})}(E,this.config.getNetwork());g.push({signingPublicKey:e,rawTx:n.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"node",parentTxOut:o,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),a&&g.push({signingPublicKey:e,rawTx:a.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directNode",parentTxOut:o,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey});const s=n.getOutput(0);if(!s)throw Error("Could not get new cpfp node output");const r=a?.getOutput(0),{cpfpRefundTx:c,directRefundTx:D,directFromCpfpRefundTx:w}=await Rh({nodeTx:n,directNodeTx:a,receivingPubkey:e,network:this.config.getNetwork()});return g.push({signingPublicKey:e,rawTx:c.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"cpfp",parentTxOut:s,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),D&&r&&g.push({signingPublicKey:e,rawTx:D.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"direct",parentTxOut:r,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),w&&r&&g.push({signingPublicKey:e,rawTx:w.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directFromCpfp",parentTxOut:s,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),g}async renewZeroTimelockNodeTxn(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),g=await this.createRenewZeroTimelockNodeSigningJobs(A),C=await I.get_signing_commitments({nodeIds:[A.id],count:g.length}),B=g.map((A,I)=>{const g=C.signingCommitments[I]?.signingNonceCommitments;if(!g)throw new Wd("Signing nonce commitments not found",{field:"signingNonceCommitments",value:g});return{...A,signingNonceCommitments:g}}),i=await this.signingService.signSigningJobs(B),Q={nodeTxSigningJob:i.get("node"),refundTxSigningJob:i.get("cpfp"),directNodeTxSigningJob:i.get("directNode"),directFromCpfpRefundTxSigningJob:i.get("directFromCpfp")},e=await I.renew_leaf({leafId:A.id,signingJobs:{$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:Q}},Wh(dh(A.refundTx).id));if("renewNodeZeroTimelockResult"!==e.renewResult?.$case||!e.renewResult?.renewNodeZeroTimelockResult.node)throw new Wd("Unexpected renew result",{field:"renewResult",value:e.renewResult});return e.renewResult.renewNodeZeroTimelockResult.node}async createRenewZeroTimelockNodeSigningJobs(A){const I=[],g={type:hk.LEAF,path:A.id},C=await this.config.signer.getPublicKeyFromDerivation(g),B=dh(A.nodeTx),{nodeTx:i,directNodeTx:Q}=await Sh(B,this.config.getNetwork());I.push({signingPublicKey:C,rawTx:i.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"node",parentTxOut:B.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey}),I.push({signingPublicKey:C,rawTx:Q.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directNode",parentTxOut:B.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey});const{cpfpRefundTx:e,directFromCpfpRefundTx:E}=await Rh({nodeTx:i,directNodeTx:Q,receivingPubkey:C,network:this.config.getNetwork()});if(I.push({signingPublicKey:C,rawTx:e.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"cpfp",parentTxOut:i.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey}),!E)throw new Error("Could not create direct refund transactions");return I.push({signingPublicKey:C,rawTx:E.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directFromCpfp",parentTxOut:i.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey}),I}async claimTransfer(A){const I=async I=>{const g=I.error;if(g instanceof xd&&g.originalError instanceof Xc.ClientError&&g.originalError.code===Xc.Status.ALREADY_EXISTS){const g=I.data||A,C=await this.queryTransfer(g.id);if(!C||C.status!==q.TRANSFER_STATUS_COMPLETED)return;return C.leaves.flatMap(A=>A.leaf?[A.leaf]:[])}},g=async I=>{const g=I.data||A,C=await this.queryPendingTransfers({transferIds:[g.id]});if(C.transfers[0])return C.transfers[0]};try{const C=await async function(A,I={}){const g=I.config??Hk,{fetchData:C,onRetry:B,onError:i,onMaxAttemptsReached:Q,onStart:e}=I.callbacks??{};let E;e&&await e();for(let I=1;I<=g.maxAttempts;I++)try{return I>1&&C&&(E=await C({attempt:I,maxAttempts:g.maxAttempts,error:new Error("Placeholder"),delayMs:Yk(I,g),data:E})),await A(E)}catch(A){const C=A instanceof Error?A:new Error(String(A)),e=Yk(I,g),t={attempt:I,maxAttempts:g.maxAttempts,error:C,delayMs:e,data:E};if(i){const A=await i(t);if(A)return A}if(I===g.maxAttempts){if(Q){const A=await Q(t);if(A)return A}throw C}B&&await B(t),await new Promise(A=>setTimeout(A,e))}throw new Error("Unexpected retry loop exit")}(async I=>{const g=I??A;return await this.claimTransferCore(g)},{callbacks:{onError:I,fetchData:g}});return 0===C.length?[]:C}catch(I){throw this.logger.warn(`Failed to claim transfer after all retries. Please try reinitializing your wallet in a few minutes. Transfer ID: ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`),new Td("Failed to claim transfer",{error:I})}}};function Wk(A){return A instanceof Error?A.message:"string"==typeof A?A:"number"==typeof A||"boolean"==typeof A?String(A):"unknown error"}function Pk(){if("undefined"!=typeof process&&process.hrtime){const[A,I]=process.hrtime();return 1e3*A+I/1e6}if("undefined"!=typeof performance&&performance.now)return performance.now();throw new Error("Monotonic time not available")}var Ok=class{estimatedServerOffsetMs=null;logger;constructor({logger:A,logging:I}={}){this.logger=I?.logger("ServerTimeSync")??A??cy,I?.wrapPrototypeMethods("ServerTimeSync",this)}setLogger(A){this.logger=A}recordSync(A,I,g,C){const B=new Date(A).getTime();isNaN(B)?this.logger.warn(`Invalid server date header: ${A}`):this.estimatedServerOffsetMs=B+(C-g-I)/2-C}getCurrentServerTime(){if(null===this.estimatedServerOffsetMs)return null;const A=Pk()+this.estimatedServerOffsetMs;return new Date(A)}getOffset(){return this.estimatedServerOffsetMs}isSynced(){return null!==this.estimatedServerOffsetMs}reset(){this.estimatedServerOffsetMs=null}};function Xk(){return{version:0,timestamp:0,nonce:new Uint8Array(0),publicKey:new Uint8Array(0)}}const jk={encode:(A,I=new y)=>(0!==A.version&&I.uint32(8).int32(A.version),0!==A.timestamp&&I.uint32(16).int64(A.timestamp),0!==A.nonce.length&&I.uint32(26).bytes(A.nonce),0!==A.publicKey.length&&I.uint32(34).bytes(A.publicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Xk();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.int32();continue;case 2:if(16!==A)break;B.timestamp=Eu(g.int64());continue;case 3:if(26!==A)break;B.nonce=g.bytes();continue;case 4:if(34!==A)break;B.publicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:tu(A.version)?globalThis.Number(A.version):0,timestamp:tu(A.timestamp)?globalThis.Number(A.timestamp):0,nonce:tu(A.nonce)?Qu(A.nonce):new Uint8Array(0),publicKey:tu(A.publicKey)?Qu(A.publicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),0!==A.timestamp&&(I.timestamp=Math.round(A.timestamp)),0!==A.nonce.length&&(I.nonce=eu(A.nonce)),0!==A.publicKey.length&&(I.publicKey=eu(A.publicKey)),I},create:A=>jk.fromPartial(A??{}),fromPartial(A){const I=Xk();return I.version=A.version??0,I.timestamp=A.timestamp??0,I.nonce=A.nonce??new Uint8Array(0),I.publicKey=A.publicKey??new Uint8Array(0),I}};function zk(){return{version:0,challenge:void 0,serverHmac:new Uint8Array(0)}}const _k={encode:(A,I=new y)=>(0!==A.version&&I.uint32(8).int32(A.version),void 0!==A.challenge&&jk.encode(A.challenge,I.uint32(18).fork()).join(),0!==A.serverHmac.length&&I.uint32(26).bytes(A.serverHmac),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=zk();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.int32();continue;case 2:if(18!==A)break;B.challenge=jk.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.serverHmac=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:tu(A.version)?globalThis.Number(A.version):0,challenge:tu(A.challenge)?jk.fromJSON(A.challenge):void 0,serverHmac:tu(A.serverHmac)?Qu(A.serverHmac):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.challenge&&(I.challenge=jk.toJSON(A.challenge)),0!==A.serverHmac.length&&(I.serverHmac=eu(A.serverHmac)),I},create:A=>_k.fromPartial(A??{}),fromPartial(A){const I=zk();return I.version=A.version??0,I.challenge=void 0!==A.challenge&&null!==A.challenge?jk.fromPartial(A.challenge):void 0,I.serverHmac=A.serverHmac??new Uint8Array(0),I}};function $k(){return{publicKey:new Uint8Array(0)}}const Au={encode:(A,I=new y)=>(0!==A.publicKey.length&&I.uint32(10).bytes(A.publicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=$k();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.publicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({publicKey:tu(A.publicKey)?Qu(A.publicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.publicKey.length&&(I.publicKey=eu(A.publicKey)),I},create:A=>Au.fromPartial(A??{}),fromPartial(A){const I=$k();return I.publicKey=A.publicKey??new Uint8Array(0),I}},Iu={encode:(A,I=new y)=>(void 0!==A.protectedChallenge&&_k.encode(A.protectedChallenge,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={protectedChallenge:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.protectedChallenge=_k.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({protectedChallenge:tu(A.protectedChallenge)?_k.fromJSON(A.protectedChallenge):void 0}),toJSON(A){const I={};return void 0!==A.protectedChallenge&&(I.protectedChallenge=_k.toJSON(A.protectedChallenge)),I},create:A=>Iu.fromPartial(A??{}),fromPartial(A){const I={protectedChallenge:void 0};return I.protectedChallenge=void 0!==A.protectedChallenge&&null!==A.protectedChallenge?_k.fromPartial(A.protectedChallenge):void 0,I}};function gu(){return{protectedChallenge:void 0,signature:new Uint8Array(0),publicKey:new Uint8Array(0)}}const Cu={encode:(A,I=new y)=>(void 0!==A.protectedChallenge&&_k.encode(A.protectedChallenge,I.uint32(10).fork()).join(),0!==A.signature.length&&I.uint32(18).bytes(A.signature),0!==A.publicKey.length&&I.uint32(26).bytes(A.publicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=gu();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.protectedChallenge=_k.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signature=g.bytes();continue;case 3:if(26!==A)break;B.publicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({protectedChallenge:tu(A.protectedChallenge)?_k.fromJSON(A.protectedChallenge):void 0,signature:tu(A.signature)?Qu(A.signature):new Uint8Array(0),publicKey:tu(A.publicKey)?Qu(A.publicKey):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.protectedChallenge&&(I.protectedChallenge=_k.toJSON(A.protectedChallenge)),0!==A.signature.length&&(I.signature=eu(A.signature)),0!==A.publicKey.length&&(I.publicKey=eu(A.publicKey)),I},create:A=>Cu.fromPartial(A??{}),fromPartial(A){const I=gu();return I.protectedChallenge=void 0!==A.protectedChallenge&&null!==A.protectedChallenge?_k.fromPartial(A.protectedChallenge):void 0,I.signature=A.signature??new Uint8Array(0),I.publicKey=A.publicKey??new Uint8Array(0),I}},Bu={encode:(A,I=new y)=>(""!==A.sessionToken&&I.uint32(10).string(A.sessionToken),0!==A.expirationTimestamp&&I.uint32(16).int64(A.expirationTimestamp),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={sessionToken:"",expirationTimestamp:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.sessionToken=g.string();continue;case 2:if(16!==A)break;B.expirationTimestamp=Eu(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({sessionToken:tu(A.sessionToken)?globalThis.String(A.sessionToken):"",expirationTimestamp:tu(A.expirationTimestamp)?globalThis.Number(A.expirationTimestamp):0}),toJSON(A){const I={};return""!==A.sessionToken&&(I.sessionToken=A.sessionToken),0!==A.expirationTimestamp&&(I.expirationTimestamp=Math.round(A.expirationTimestamp)),I},create:A=>Bu.fromPartial(A??{}),fromPartial(A){const I={sessionToken:"",expirationTimestamp:0};return I.sessionToken=A.sessionToken??"",I.expirationTimestamp=A.expirationTimestamp??0,I}},iu={name:"SparkAuthnService",fullName:"spark_authn.SparkAuthnService",methods:{get_challenge:{name:"get_challenge",requestType:Au,requestStream:!1,responseType:Iu,responseStream:!1,options:{}},verify_challenge:{name:"verify_challenge",requestType:Cu,requestStream:!1,responseType:Bu,responseStream:!1,options:{}}}};function Qu(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function eu(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function Eu(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function tu(A){return null!=A}var ou=class A{static DATE_HEADER="date";static PROCESSING_TIME_HEADER="x-processing-time-ms";static TRACE_ID_HEADER="x-trace-id";lastServerTraceId;static channelCache=new Map;static channelInflight=new Map;static authTokenCache=new Map;static authInflight=new Map;makeChannelKey(A,I){return[A,I?"stream":"unary"].join("|")}static async acquireChannel(I,g){const C=A.channelCache.get(I);if(C)return C.refCount++,C.channel;let B=A.channelInflight.get(I);B||(B=(async()=>{const C=await g();return A.channelCache.set(I,{channel:C,refCount:1}),C})(),A.channelInflight.set(I,B));try{return await B}finally{A.channelInflight.delete(I)}}static releaseChannel(I){const g=A.channelCache.get(I);if(g&&(g.refCount--,g.refCount<=0)){const C=g.channel;if("close"in C&&"function"==typeof C.close)try{C.close()}catch{}A.channelCache.delete(I)}}static makeAuthTokenKey(A,I){return`${A}|${I}`}static getCachedAuthToken(I,g){const C=A.makeAuthTokenKey(I,g),B=A.authTokenCache.get(C);if(B)return Pk()>=B.expiresAtMono-6e4||Date.now()>=B.expiresAtWallMs-6e4?void A.authTokenCache.delete(C):B.token}static setCachedAuthToken(I,g,C,B,i){const Q=1e3*(B-i);A.authTokenCache.set(A.makeAuthTokenKey(I,g),{token:C,expiresAtMono:Pk()+Q,expiresAtWallMs:Date.now()+Q})}static invalidateCachedAuthToken(I,g){A.authTokenCache.delete(A.makeAuthTokenKey(I,g))}static async getOrCreateAuthToken(I,g,C,B){const i=A.getCachedAuthToken(I,g);if(i)return i;const Q=A.makeAuthTokenKey(I,g);let e=A.authInflight.get(Q);e||(e=(async()=>{const i=await B();return A.setCachedAuthToken(I,g,i.token,i.expiresAtSec,C()),i.token})(),A.authInflight.set(Q,e));try{return await e}finally{A.authInflight.delete(Q)}}config;timeSync;authMode;sessionId;logger;logging;clientsByType=new Map([["spark",new Map],["stream",new Map],["tokens",new Map]]);identityPublicKeyHex;constructor(A,I="identity",g=Mk.fromConfig(A)){this.config=A,this.authMode=I,this.sessionId=Fa(),this.logging=g,this.logger=this.logging.logger("ConnectionManager"),this.timeSync=new Ok({logging:this.logging}),this.logging.wrapPrototypeMethods("ConnectionManager",this)}getSessionId(){return this.sessionId}getCurrentServerTime(){return this.timeSync.getCurrentServerTime()||new Date}isTimeSynced(){return this.timeSync.isSynced()}getMonotonicTime(){return Pk()}async createClients(){await Promise.all(Object.values(this.config.getSigningOperators()).map(A=>this.createSparkClient(A.address)))}async closeConnections(){const A=[];for(const[,I]of this.clientsByType){for(const g of I.values())g.client.close&&A.push(Promise.resolve(g.client.close()).catch(()=>{}));I.clear()}await Promise.all(A)}getDefinitionForClientType(A){return"tokens"===A?Gt:sB}static isStreamClientType(A){return"stream"===A}getAddressToClientMap(A){return this.clientsByType.get(A)}async getOrCreateClientInternal(I,g){const C=this.getAddressToClientMap(I),B=C.get(g);if(B)return B.client;"identity"===this.authMode&&await this.authenticate(g);const i=A.isStreamClientType(I),Q=this.makeChannelKey(g,i),e=await A.acquireChannel(Q,()=>this.createChannelWithTLS(g,i)),E=this.createMiddleware(g),t=this.getDefinitionForClientType(I),o=await this.createGrpcClient(t,e,!0,E,Q);return C.set(g,{client:o,channelKey:Q}),o}async createSparkStreamClient(A){return this.getOrCreateClientInternal("stream",A)}async createSparkClient(A){return this.getOrCreateClientInternal("spark",A)}async createSparkTokenClient(A){return this.getOrCreateClientInternal("tokens",A)}getChannelForClient(I,g){const C=this.getAddressToClientMap(I).get(g)?.channelKey;if(C)return A.channelCache.get(C)?.channel}async getIdentityPublicKeyHex(){if(this.identityPublicKeyHex)return this.identityPublicKeyHex;const A=await this.config.signer.getIdentityPublicKey(),I=Array.from(A).map(A=>A.toString(16).padStart(2,"0")).join("");return this.identityPublicKeyHex=I,this.logging.setInstanceSuffix(I.slice(0,8)),I}async authenticate(I){const g=await this.getIdentityPublicKeyHex();return A.getOrCreateAuthToken(I,g,()=>Math.floor(this.getCurrentServerTime().getTime()/1e3),async()=>{let A;const g=await this.config.signer.getIdentityPublicKey(),C=await this.createSparkAuthnGrpcConnection(I);try{for(let I=0;I<8;I++)try{const A=(await C.get_challenge({publicKey:g})).protectedChallenge,I=A?.challenge;if(!I)throw new Pd("Invalid challenge response",{endpoint:"get_challenge",reason:"Missing challenge in response"});const B=Ya(jk.encode(I).finish()),i=await this.config.signer.signMessageWithIdentityKey(B),Q=await C.verify_challenge({protectedChallenge:A,signature:i,publicKey:g});return{token:Q.sessionToken,expiresAtSec:Q.expirationTimestamp}}catch(g){if(zB(g)){if(nu(g)){this.logger.debug(`Authentication attempt ${I+1} failed due to expired challenge, retrying...`),A=g;continue}if(au(g)){this.logger.debug(`Connection error: ${g.message}, retrying...`),A=g,await new Promise(A=>setTimeout(A,250));continue}throw new Pd("Authentication failed",{endpoint:"authenticate",reason:g.message,error:g})}A=new Error(`Unknown error during authentication: ${String(g)}`)}throw new Pd("Authentication failed after retrying expired challenges",{endpoint:"authenticate",reason:A?.message??"Unknown error",error:A})}finally{C.close?.()}})}async createSparkAuthnGrpcConnection(I){try{const g=this.makeChannelKey(I,!1),C=await A.acquireChannel(g,()=>this.createChannelWithTLS(I,!1)),B=this.createAuthnMiddleware();return await this.createGrpcClient(iu,C,!1,B,g)}catch(A){throw new Td("Failed to create Spark Authn gRPC connection",{error:A})}}prepareMetadata(A){return A.set("X-Session-Id",this.sessionId)}createAuthnMiddleware(){return async function*(A,I){const g=this.prepareMetadata((0,Xc.Metadata)(I.metadata));return yield*A.next(A.request,{...I,metadata:g})}.bind(this)}createMiddleware(I){return async function*(g,C){const B=g.method.path,i=Dy(I),Q=this.getMonotonicTime();this.logger.debug(`gRPC ${B} ${i} session=${this.sessionId} -> start`);const e=this.prepareMetadata((0,Xc.Metadata)(C.metadata)),E="identity"===this.authMode?await this.authenticate(I):void 0,t=this.getMonotonicTime(),o={value:0};try{const I=g.next(g.request,{...C,metadata:e.set("Authorization",`Bearer ${E}`),onHeader:I=>{o.value=this.getMonotonicTime();const g=I.get(A.TRACE_ID_HEADER);g&&(this.lastServerTraceId=g);const C=I.get(A.DATE_HEADER),B=I.get(A.PROCESSING_TIME_HEADER);if(C&&B){const I=this.timeSync.isSynced(),g=parseFloat(B);this.timeSync.recordSync(C,g,t,o.value),!I&&this.timeSync.isSynced()&&A.authTokenCache.clear()}}});let n=await I.next();for(;!n.done;)yield n.value,n=await I.next();const a=this.getMonotonicTime()-Q;return this.logger.debug(`gRPC ${B} ${i} session=${this.sessionId} -> completed (+${a}ms)`),n.value}catch(A){const E=this.getMonotonicTime()-Q,t=A instanceof Error?A.message:function(A){return null==A?"unknown":"string"==typeof A?A:"number"==typeof A||"boolean"==typeof A?String(A):"non-error thrown value"}(A);return this.logger.debug(`gRPC ${B} ${i} session=${this.sessionId} -> error (+${E}ms): ${t}`),yield*this.handleMiddlewareError(A,I,g,e,C)}}.bind(this)}async*handleMiddlewareError(I,g,C,B,i){if(zB(I)){if(I.message.includes("token has expired")){const I=await this.getIdentityPublicKeyHex();A.invalidateCachedAuthToken(g,I);const Q="identity"===this.authMode?await this.authenticate(g):void 0;return yield*C.next(C.request,{...i,metadata:B.set("Authorization",`Bearer ${Q}`)})}if(I instanceof Xc.ClientError&&I.code===Xc.Status.RESOURCE_EXHAUSTED)throw new Error("Server is busy, please try again later.")}throw I}async subscribeToEvents(A,I){const g=await this.createSparkStreamClient(A),C=await this.config.signer.getIdentityPublicKey();return g.subscribe_to_events({identityPublicKey:C},{signal:I})}};function nu(A){return A.message.includes("challenge expired")}function au(A){return A.message.includes("RST_STREAM")||A.message.includes("INTERNAL")||A.message.includes("Internal server error")||A.message.includes("unavailable")||A.message.includes("UNAVAILABLE")||A.message.includes("UNKNOWN")||A.message.includes("Received HTTP status code")}const su={enabled:!1,collapseConsecutive:!0,excludedMethods:[],exitOnly:!0},ru=new Set(["sparkWallet","sparkReadonlyClient","connectionManager","sspClient","transferService","lightningService","depositService","tokenTransactionService"]);function cu(A=su){return{enabled:A.enabled,collapseConsecutive:A.collapseConsecutive,excludedMethods:[...A.excludedMethods],exitOnly:A.exitOnly}}function Du(A,I,g,C){return{enabled:I,level:g,methods:{...cu(),enabled:C&&ru.has(A)}}}function wu(A,I){if(null==A)return I;if("boolean"==typeof A)return{enabled:A,level:I.level,methods:{...cu(I.methods),enabled:A}};const g=function(A,I=su){return void 0===A?cu(I):"boolean"==typeof A?{...cu(I),enabled:A}:{enabled:A.enabled??I.enabled,collapseConsecutive:A.collapseConsecutive??I.collapseConsecutive,excludedMethods:[...A.excludedMethods??I.excludedMethods],exitOnly:A.exitOnly??I.exitOnly}}(A.methods,I.methods);!1===A.enabled&&void 0===A.methods&&(g.enabled=!1);const C=Object.keys(A).length>0;return{enabled:g.enabled||(A.enabled??(C||I.enabled)),level:A.level??I.level,methods:g}}var du=class{config;logOptionProvided;signer;sspClientOptions;constructor(A={},I){const g=A?.network??"REGTEST";this.logOptionProvided=Object.prototype.hasOwnProperty.call(A,"log");const C=this.getDefaultConfig(th[g]),B=function(A){if("undefined"==typeof process)return{};const I="LOCAL"===A&&process.env.SPARK_LOCAL_INGRESS_HOST?"/tmp/minikube-ca.pem":void 0,g=process.env.SPARK_DANGEROUSLY_DISABLE_TLS_VERIFICATION;return{rootCaPath:I,dangerouslyDisableCertificateVerification:null==g?void 0:["1","true","yes"].includes(g.toLowerCase())}}(g);this.config={...C,...A,tls:{...C.tls,...B,...A.tls}},this.signer=I,this.sspClientOptions=this.config.sspClientOptions}getDefaultConfig(A){switch(A){case th.MAINNET:return ny.MAINNET;case th.REGTEST:return ny.REGTEST;default:return ny.LOCAL}}getCoordinatorAddress(){const A=this.config.signingOperators[this.config.coordinatorIdentifier];if(!A)throw new Td("coordinator not found in signing operators");return A.address}getSigningOperators(){return this.config.signingOperators}getTlsOptions(){const A=this.config.tls.dangerouslyDisableCertificateVerification;return void 0===A?{}:{dangerouslyDisableCertificateVerification:A}}getTlsOptionsForAddress(A){const I={...this.config.tls};return I.rootCaPath&&!this.shouldUseLocalIngressRootCaForAddress(A)&&delete I.rootCaPath,I}getThreshold(){return this.config.threshold}getCoordinatorIdentifier(){return this.config.coordinatorIdentifier}getExpectedWithdrawBondSats(){return this.config.expectedWithdrawBondSats}getExpectedWithdrawRelativeBlockLocktime(){return this.config.expectedWithdrawRelativeBlockLocktime}getSspNetwork(){return"MAINNET"===this.config.network?be.MAINNET:"REGTEST"===this.config.network?be.REGTEST:"TESTNET"===this.config.network?be.TESTNET:"SIGNET"===this.config.network?be.SIGNET:be.FUTURE_VALUE}getNetwork(){return th[this.config.network]}getNetworkType(){return this.config.network}getNetworkProto(){return oh[th[this.config.network]]}getTokenSignatures(){return this.config.tokenSignatures}getTokenValidityDurationSeconds(){return this.config.tokenValidityDurationSeconds}getElectrsUrl(){return this.config.electrsUrl}getSspBaseUrl(){return this.config.sspClientOptions.baseUrl}getSspIdentityPublicKey(){return this.config.sspClientOptions.identityPublicKey}getLog(){const A=this.getLoggingConfig().services;return Object.values(A).some(A=>A.enabled||A.methods.enabled)}getEvents(){return this.config.events}getOptimizationOptions(){return this.config.optimizationOptions}getTokenOptimizationOptions(){return this.config.tokenOptimizationOptions}getTokenOutputLockExpiryMs(){return this.config.tokenOutputLockExpiryMs}getUseTokenPrimitivesBindings(){return this.config.useTokenPrimitivesBindings}getTokenTransactionVersion(){return this.config.tokenTransactionVersion}getLoggingLevel(){return this.getLoggingConfig().level}shouldUseLocalIngressRootCaForAddress(A){if("LOCAL"!==this.config.network)return!1;try{return new URL(A).hostname.toLowerCase().endsWith(".minikube.local")}catch{return!1}}getLoggingConfig(){const A=this.config.log,I="object"==typeof A&&null!==A?A:void 0,g="string"==typeof A||"number"==typeof A?A:I?.level,C=!this.logOptionProvided||!0===A||void 0!==I||void 0!==g,B=!0===A||function(A){return"number"==typeof A?A===pe.Trace:"TRACE"===A||"Trace"===A||"trace"===A}(g),i=!0===A?"TRACE":g??"WARN",Q={level:"WARN",timestamps:!0,console:!0,services:Object.fromEntries(Qy.map(A=>[A,Du(A,C,i,B)]))};if(this.logOptionProvided&&(!1===A||void 0===A))return Q;if(Q.level=i,Q.timestamps=I?.timestamps??Q.timestamps,Q.console=I?.console??Q.console,Q.file=function(A){if(void 0===A)return;const I=A.trim();if(!I)throw new Td("log.file must be a non-empty path");return I}(I?.file),function(A,I){if(!A&&void 0===I)throw new Td("log.console can only be false when log.file is set")}(Q.console,Q.file),"all"===I?.services){for(const A of Qy)Q.services[A]=wu({methods:!0},Q.services[A]);return Q}for(const[A,g]of Object.entries(I?.services??{}))Qy.includes(A)&&(Q.services[A]=wu(g,Q.services[A]));return Q}};x.TRANSFER,x.PREIMAGE_SWAP,x.COOPERATIVE_EXIT,x.UTXO_SWAP;const hu=A=>({id:A.coop_exit_request_id,createdAt:A.coop_exit_request_created_at,updatedAt:A.coop_exit_request_updated_at,network:be[A.coop_exit_request_network]??be.FUTURE_VALUE,fee:Le(A.coop_exit_request_fee),l1BroadcastFee:Le(A.coop_exit_request_l1_broadcast_fee),status:$e[A.coop_exit_request_status]??$e.FUTURE_VALUE,expiresAt:A.coop_exit_request_expires_at,rawConnectorTransaction:A.coop_exit_request_raw_connector_transaction,rawCoopExitTransaction:A.coop_exit_request_raw_coop_exit_transaction,coopExitTxid:A.coop_exit_request_coop_exit_txid,typename:"CoopExitRequest",feeQuoteId:A.coop_exit_request_fee_quote?.id??void 0,exitSpeed:A.coop_exit_request_exit_speed?Ve[A.coop_exit_request_exit_speed]??Ve.FUTURE_VALUE:null,transfer:A.coop_exit_request_transfer?We(A.coop_exit_request_transfer):void 0}),yu="\nfragment CoopExitRequestFragment on CoopExitRequest {\n    __typename\n    coop_exit_request_id: id\n    coop_exit_request_created_at: created_at\n    coop_exit_request_updated_at: updated_at\n    coop_exit_request_network: network\n    coop_exit_request_fee: fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_request_l1_broadcast_fee: l1_broadcast_fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_request_fee_quote: fee_quote {\n        id\n    }\n    coop_exit_request_exit_speed: exit_speed\n    coop_exit_request_status: status\n    coop_exit_request_expires_at: expires_at\n    coop_exit_request_raw_connector_transaction: raw_connector_transaction\n    coop_exit_request_raw_coop_exit_transaction: raw_coop_exit_transaction\n    coop_exit_request_coop_exit_txid: coop_exit_txid\n    coop_exit_request_transfer: transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n}",lu=`\n  mutation CompleteCoopExit(\n    $user_outbound_transfer_external_id: UUID!\n    $coop_exit_request_id: ID\n  ) {\n    complete_coop_exit(input: {\n      user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n      coop_exit_request_id: $coop_exit_request_id\n    }) {\n      request {\n        ...CoopExitRequestFragment\n      }\n    }\n  }\n    \n  ${yu}\n`,ku=`\n  mutation RequestCoopExit(\n    $leaf_external_ids: [UUID!]!\n    $withdrawal_address: String!\n    $idempotency_key: String\n    $exit_speed: ExitSpeed!\n    $withdraw_all: Boolean\n    $fee_leaf_external_ids: [UUID!]\n    $fee_quote_id: ID\n    $user_outbound_transfer_external_id: UUID\n  ) {\n    request_coop_exit(\n      input: {\n        leaf_external_ids: $leaf_external_ids\n        withdrawal_address: $withdrawal_address\n        idempotency_key: $idempotency_key\n        exit_speed: $exit_speed\n        withdraw_all: $withdraw_all\n        fee_leaf_external_ids: $fee_leaf_external_ids\n        fee_quote_id: $fee_quote_id\n        user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n      }\n    ) {\n      request {\n        ...CoopExitRequestFragment\n      }\n    }\n  }\n  ${yu}\n`,uu=A=>({id:A.static_deposit_plan_id,amount:Le(A.static_deposit_plan_amount),confirmations:A.static_deposit_plan_confirmations,status:A.static_deposit_plan_status,transferSparkId:A.static_deposit_plan_transfer_spark_id??null}),Nu=A=>({id:A.static_deposit_quote_id,network:be[A.static_deposit_quote_network]??be.FUTURE_VALUE,transactionId:A.static_deposit_quote_transaction_id,outputIndex:A.static_deposit_quote_output_index,depositAmount:Le(A.static_deposit_quote_deposit_amount),creditAmount:Le(A.static_deposit_quote_credit_amount),quoteSignature:A.static_deposit_quote_quote_signature}),Gu=A=>({userFee:Le(A.coop_exit_fee_estimate_user_fee),l1BroadcastFee:Le(A.coop_exit_fee_estimate_l1_broadcast_fee)}),pu=A=>({webhook_id:A.webhook_id,url:A.url,event_types:A.event_types}),Su=`\n  query FetchCurrentUserToUserRequestsConnection($first: Int, $after: String, $types: [SparkUserRequestType!], $statuses: [SparkUserRequestStatus!], $networks: [BitcoinNetwork!]) {\n    current_user {\n      ... on SparkWalletUser {\n        user_requests(first: $first, after: $after, types: $types, statuses: $statuses, networks: $networks) {\n          __typename\n          spark_wallet_user_to_user_requests_connection_count: count\n          spark_wallet_user_to_user_requests_connection_page_info: page_info {\n            __typename\n            page_info_has_next_page: has_next_page\n            page_info_has_previous_page: has_previous_page\n            page_info_start_cursor: start_cursor\n            page_info_end_cursor: end_cursor\n          }\n          spark_wallet_user_to_user_requests_connection_entities: entities {\n            ...UserRequestFragment\n          }\n        }\n      }\n    }\n  }\n  ${AE}\n`,fu=`\n  query Transfers($transfer_spark_ids: [UUID!]!) {\n    transfers(transfer_spark_ids: $transfer_spark_ids) {\n      ...TransferFragment\n      transfer_user_request: user_request {\n        ...UserRequestFragment\n      }\n    }\n  }\n  \nfragment TransferFragment on Transfer {\n    __typename\n    transfer_total_amount: total_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    transfer_spark_id: spark_id\n    transfer_user_request: user_request {\n        id\n    }\n}\n  ${AE}\n`,Fu=`\n  query UserRequest($request_id: ID!) {\n    user_request(request_id: $request_id) {\n      ...UserRequestFragment\n    }\n  }\n  ${AE}\n`;var Ru=class{requester;signer;authProvider;authPromise;logger;logging;constructor(A,I){this.signer=A.signer,this.logging=I?.logging,this.authProvider=new Uu(this.logging),this.logger=I?.logging?.logger("SspClient")??I?.logger;const{fetch:g}=ly({logger:this.logger,retry:!0}),C=A.sspClientOptions,B=C.schemaEndpoint||"graphql/spark/2025-03-19";this.requester=new Je(new me(Ge),B,"spark-sdk/0.0.0",this.authProvider,C.baseUrl,Ge,void 0,async(A,I)=>{const C=await g(A,I);if(401===C.status)throw new Error("Request unauthorized");return C}),this.logging?.wrapPrototypeMethods("SspClient",this)}async executeRawQuery(A,I=!0){I&&!await this.authProvider.isAuthorized()&&await this.authenticate();try{return await this.requester.executeQuery(A)}catch(I){if(I instanceof Error&&I.message.toLowerCase().includes("unauthorized"))try{return await this.authenticate(),await this.requester.executeQuery(A)}catch(A){throw new Pd("Failed to authenticate after unauthorized response",{endpoint:"graphql",reason:I.message,error:A})}throw new xd("Failed to execute GraphQL query",{method:"POST",error:I})}}async getSwapFeeEstimate(A){return await this.executeRawQuery({queryPayload:"\n  query LeavesSwapFeeEstimate(\n    $total_amount_sats: Int!\n  ) {\n    leaves_swap_fee_estimate(\n      input: {\n        total_amount_sats: $total_amount_sats\n      }\n    ) {\n      ...LeavesSwapFeeEstimateOutputFragment\n    }\n  }\n  \nfragment LeavesSwapFeeEstimateOutputFragment on LeavesSwapFeeEstimateOutput {\n    __typename\n    leaves_swap_fee_estimate_output_fee_estimate: fee_estimate {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n}\n",variables:{total_amount_sats:A},constructObject:A=>{return I=A.leaves_swap_fee_estimate,{feeEstimate:Le(I.leaves_swap_fee_estimate_output_fee_estimate)};var I}})}async getLightningSendFeeEstimate(A,I){return await this.executeRawQuery({queryPayload:"\n  query LightningSendFeeEstimate(\n    $encoded_invoice: String!\n    $amount_sats: Long\n  ) {\n    lightning_send_fee_estimate(\n      input: {\n        encoded_invoice: $encoded_invoice\n        amount_sats: $amount_sats\n      }\n    ) {\n      ...LightningSendFeeEstimateOutputFragment\n    }\n  }\n  \nfragment LightningSendFeeEstimateOutputFragment on LightningSendFeeEstimateOutput {\n    __typename\n    lightning_send_fee_estimate_output_fee_estimate: fee_estimate {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n}\n",variables:{encoded_invoice:A,amount_sats:I},constructObject:A=>{return I=A.lightning_send_fee_estimate,{feeEstimate:Le(I.lightning_send_fee_estimate_output_fee_estimate)};var I}})}async getCoopExitFeeEstimate({leafExternalIds:A,withdrawalAddress:I}){return await this.executeRawQuery({queryPayload:"\n  query CoopExitFeeEstimate(\n    $leaf_external_ids: [UUID!]!\n    $withdrawal_address: String!\n  ) {\n    coop_exit_fee_estimates(\n      input: {\n        leaf_external_ids: $leaf_external_ids\n        withdrawal_address: $withdrawal_address\n      }\n    ) {\n      ...CoopExitFeeEstimatesOutputFragment\n    }\n  }\n  \nfragment CoopExitFeeEstimatesOutputFragment on CoopExitFeeEstimatesOutput {\n    __typename\n    coop_exit_fee_estimates_output_speed_fast: speed_fast {\n        __typename\n        coop_exit_fee_estimate_user_fee: user_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_fee_estimate_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n    }\n    coop_exit_fee_estimates_output_speed_medium: speed_medium {\n        __typename\n        coop_exit_fee_estimate_user_fee: user_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_fee_estimate_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n    }\n    coop_exit_fee_estimates_output_speed_slow: speed_slow {\n        __typename\n        coop_exit_fee_estimate_user_fee: user_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_fee_estimate_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n    }\n}\n",variables:{leaf_external_ids:A,withdrawal_address:I},constructObject:A=>{return{speedFast:(I=A.coop_exit_fee_estimates).coop_exit_fee_estimates_output_speed_fast?Gu(I.coop_exit_fee_estimates_output_speed_fast):void 0,speedMedium:I.coop_exit_fee_estimates_output_speed_medium?Gu(I.coop_exit_fee_estimates_output_speed_medium):void 0,speedSlow:I.coop_exit_fee_estimates_output_speed_slow?Gu(I.coop_exit_fee_estimates_output_speed_slow):void 0};var I}})}getCurrentUser(){throw new Error("Not implemented")}async completeCoopExit({userOutboundTransferExternalId:A}){return await this.executeRawQuery({queryPayload:lu,variables:{user_outbound_transfer_external_id:A},constructObject:A=>hu(A.complete_coop_exit.request)})}async requestCoopExit({leafExternalIds:A,withdrawalAddress:I,exitSpeed:g,feeLeafExternalIds:C,feeQuoteId:B,withdrawAll:i,userOutboundTransferExternalId:Q}){return await this.executeRawQuery({queryPayload:ku,variables:{leaf_external_ids:A,withdrawal_address:I,exit_speed:g,fee_leaf_external_ids:C,fee_quote_id:B,withdraw_all:i,user_outbound_transfer_external_id:Q},constructObject:A=>hu(A.request_coop_exit.request)})}async requestLightningReceive({amountSats:A,network:I,paymentHash:g,expirySecs:C,memo:B,includeSparkAddress:i,receiverIdentityPubkey:Q,descriptionHash:e,sparkInvoice:E}){return await this.executeRawQuery({queryPayload:"\n  mutation RequestLightningReceive(\n    $network: BitcoinNetwork!\n    $amount_sats: Long!\n    $payment_hash: Hash32!\n    $expiry_secs: Int\n    $memo: String\n    $include_spark_address: Boolean\n    $receiver_identity_pubkey: PublicKey\n    $description_hash: Hash32\n    $spark_invoice: String\n  ) {\n    request_lightning_receive(\n      input: {\n        network: $network\n        amount_sats: $amount_sats\n        payment_hash: $payment_hash\n        expiry_secs: $expiry_secs\n        memo: $memo\n        include_spark_address: $include_spark_address\n        receiver_identity_pubkey: $receiver_identity_pubkey\n        description_hash: $description_hash\n        spark_invoice: $spark_invoice\n      }\n    ) {\n      request {\n        ...LightningReceiveRequestFragment\n      }\n    }\n  }\n  \nfragment LightningReceiveRequestFragment on LightningReceiveRequest {\n    __typename\n    lightning_receive_request_id: id\n    lightning_receive_request_created_at: created_at\n    lightning_receive_request_updated_at: updated_at\n    lightning_receive_request_network: network\n    lightning_receive_request_invoice: invoice {\n        __typename\n        invoice_encoded_invoice: encoded_invoice\n        invoice_bitcoin_network: bitcoin_network\n        invoice_payment_hash: payment_hash\n        invoice_amount: amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        invoice_created_at: created_at\n        invoice_expires_at: expires_at\n        invoice_memo: memo\n    }\n    lightning_receive_request_status: status\n    lightning_receive_request_transfer: transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    lightning_receive_request_payment_preimage: payment_preimage\n    lightning_receive_request_receiver_identity_public_key: receiver_identity_public_key\n    lightning_receive_request_spark_invoice: spark_invoice\n}\n",variables:{amount_sats:A,network:I,payment_hash:g,expiry_secs:C,memo:B,include_spark_address:i,receiver_identity_pubkey:Q,description_hash:e,spark_invoice:E},constructObject:A=>je(A.request_lightning_receive.request)})}async requestLightningSend({encodedInvoice:A,amountSats:I,userOutboundTransferExternalId:g}){return await this.executeRawQuery({queryPayload:"\n  mutation RequestLightningSend(\n    $encoded_invoice: String!\n    $idempotency_key: String\n    $amount_sats: Long\n    $user_outbound_transfer_external_id: UUID\n  ) {\n    request_lightning_send(input: {\n      encoded_invoice: $encoded_invoice\n      idempotency_key: $idempotency_key\n      amount_sats: $amount_sats\n      user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n    }) {\n      request {\n        ...LightningSendRequestFragment\n      }\n    }\n  }\n  \nfragment LightningSendRequestFragment on LightningSendRequest {\n    __typename\n    lightning_send_request_id: id\n    lightning_send_request_created_at: created_at\n    lightning_send_request_updated_at: updated_at\n    lightning_send_request_network: network\n    lightning_send_request_encoded_invoice: encoded_invoice\n    lightning_send_request_fee: fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    lightning_send_request_idempotency_key: idempotency_key\n    lightning_send_request_status: status\n    lightning_send_request_transfer: transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    lightning_send_request_payment_preimage: payment_preimage\n}\n",variables:{encoded_invoice:A,amount_sats:I,user_outbound_transfer_external_id:g},constructObject:A=>_e(A.request_lightning_send.request)})}async requestLeavesSwap({adaptorPubkey:A,totalAmountSats:I,targetAmountSats:g,feeSats:C,userLeaves:B,userOutboundTransferExternalId:i}){const Q={queryPayload:"\n  mutation RequestSwap(\n    $adaptor_pubkey: PublicKey!\n    $total_amount_sats: Long!\n    $target_amount_sats: [Long!]!\n    $fee_sats: Long!\n    $user_leaves: [UserLeafInput!]!\n    $user_outbound_transfer_external_id: UUID!\n  ) {\n    request_swap(input: {\n      adaptor_pubkey: $adaptor_pubkey\n      total_amount_sats: $total_amount_sats\n      target_amount_sats: $target_amount_sats\n      fee_sats: $fee_sats\n      user_leaves: $user_leaves\n      user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n    }) {\n      request {\n        ...LeavesSwapRequestFragment\n      }\n    }\n  }\n  \nfragment LeavesSwapRequestFragment on LeavesSwapRequest {\n    __typename\n    leaves_swap_request_id: id\n    leaves_swap_request_created_at: created_at\n    leaves_swap_request_updated_at: updated_at\n    leaves_swap_request_network: network\n    leaves_swap_request_status: status\n    leaves_swap_request_total_amount: total_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    leaves_swap_request_target_amount: target_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    leaves_swap_request_fee: fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    leaves_swap_request_inbound_transfer: inbound_transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    leaves_swap_request_outbound_transfer: outbound_transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    leaves_swap_request_expires_at: expires_at\n    leaves_swap_request_swap_leaves: swap_leaves {\n        __typename\n        swap_leaf_leaf_id: leaf_id\n        swap_leaf_raw_unsigned_refund_transaction: raw_unsigned_refund_transaction\n        swap_leaf_adaptor_signed_signature: adaptor_signed_signature\n        swap_leaf_direct_raw_unsigned_refund_transaction: direct_raw_unsigned_refund_transaction\n        swap_leaf_direct_adaptor_signed_signature: direct_adaptor_signed_signature\n        swap_leaf_direct_from_cpfp_raw_unsigned_refund_transaction: direct_from_cpfp_raw_unsigned_refund_transaction\n        swap_leaf_direct_from_cpfp_adaptor_signed_signature: direct_from_cpfp_adaptor_signed_signature\n    }\n}\n",variables:{adaptor_pubkey:A,total_amount_sats:I,target_amount_sats:g,fee_sats:C,user_leaves:B,user_outbound_transfer_external_id:i},constructObject:A=>A.request_swap?Pe(A.request_swap.request):null};return await this.executeRawQuery(Q)}async getLightningReceiveRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?je(A.user_request):null})}async getLightningSendRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?_e(A.user_request):null})}async getLeaveSwapRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?Pe(A.user_request):null})}async getCoopExitRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?hu(A.user_request):null})}async getClaimDepositQuote({transactionId:A,outputIndex:I,network:g}){return await this.executeRawQuery({queryPayload:"\n  query StaticDepositQuote(\n    $transaction_id: String!\n    $output_index: Int!\n    $network: BitcoinNetwork!\n  ) {\n    static_deposit_quote(\n      input: {\n        transaction_id: $transaction_id,\n        output_index: $output_index,\n        network: $network\n      }\n    ) {\n      ...StaticDepositQuoteOutputFragment\n    }\n  }\n  \nfragment StaticDepositQuoteOutputFragment on StaticDepositQuoteOutput {\n    __typename\n    static_deposit_quote_output_transaction_id: transaction_id\n    static_deposit_quote_output_output_index: output_index\n    static_deposit_quote_output_network: network\n    static_deposit_quote_output_credit_amount_sats: credit_amount_sats\n    static_deposit_quote_output_signature: signature\n}\n",variables:{transaction_id:A,output_index:I,network:g},constructObject:A=>{return{transactionId:(I=A.static_deposit_quote).static_deposit_quote_output_transaction_id,outputIndex:I.static_deposit_quote_output_output_index,network:be[I.static_deposit_quote_output_network]??be.FUTURE_VALUE,creditAmountSats:I.static_deposit_quote_output_credit_amount_sats,signature:I.static_deposit_quote_output_signature};var I}})}async claimStaticDeposit({transactionId:A,outputIndex:I,network:g,creditAmountSats:C,depositSecretKey:B,signature:i,sspSignature:Q}){return await this.executeRawQuery({queryPayload:"\n  mutation ClaimStaticDeposit(\n    $transaction_id: String!\n    $output_index: Int!\n    $network: BitcoinNetwork!\n    $request_type: ClaimStaticDepositRequestType!\n    $credit_amount_sats: Long\n    $deposit_secret_key: String!\n    $signature: String!\n    $quote_signature: String!\n  ) {\n    claim_static_deposit(input: {\n      transaction_id: $transaction_id\n      output_index: $output_index\n      network: $network\n      request_type: $request_type\n      credit_amount_sats: $credit_amount_sats\n      max_fee_sats: null\n      deposit_secret_key: $deposit_secret_key\n      signature: $signature\n      quote_signature: $quote_signature\n    }) {\n      ...ClaimStaticDepositOutputFragment\n    }\n  }\n    \n  \nfragment ClaimStaticDepositOutputFragment on ClaimStaticDepositOutput {\n    __typename\n    claim_static_deposit_output_transfer_id: transfer_id\n}\n",variables:{transaction_id:A,output_index:I,network:g,request_type:qe.FIXED_AMOUNT,credit_amount_sats:C,deposit_secret_key:B,signature:i,quote_signature:Q},constructObject:A=>({transferId:A.claim_static_deposit.claim_static_deposit_output_transfer_id})})}async getInstantStaticDepositQuote({transactionId:A,outputIndex:I,network:g,partnerId:C}){return await this.executeRawQuery({queryPayload:"\n  mutation CreateInstantStaticDepositQuote(\n    $transaction_id: String!\n    $output_index: Int!\n    $network: BitcoinNetwork!\n    $partner_id: String\n  ) {\n    create_instant_static_deposit_quote(input: {\n      transaction_id: $transaction_id,\n      output_index: $output_index,\n      network: $network,\n      partner_id: $partner_id\n    }) {\n      ...InstantStaticDepositQuoteOutputFragment\n    }\n  }\n  \nfragment InstantStaticDepositQuoteOutputFragment on CreateInstantStaticDepositQuoteOutput {\n    __typename\n    instant_quote_output_quote: quote {\n        ...StaticDepositQuoteFragment\n    }\n    instant_quote_output_fulfillment_plans: fulfillment_plans {\n        ...InstantStaticDepositPlanFragment\n    }\n}\n  \nfragment StaticDepositQuoteFragment on StaticDepositQuote {\n    __typename\n    static_deposit_quote_id: id\n    static_deposit_quote_network: network\n    static_deposit_quote_transaction_id: transaction_id\n    static_deposit_quote_output_index: output_index\n    static_deposit_quote_deposit_amount: deposit_amount {\n        ...CurrencyAmountFragment\n    }\n    static_deposit_quote_credit_amount: credit_amount {\n        ...CurrencyAmountFragment\n    }\n    static_deposit_quote_quote_signature: quote_signature\n}\n  \nfragment InstantStaticDepositPlanFragment on StaticDepositPlan {\n    __typename\n    static_deposit_plan_id: id\n    static_deposit_plan_amount: amount {\n        ...CurrencyAmountFragment\n    }\n    static_deposit_plan_confirmations: confirmations\n    static_deposit_plan_status: status\n    static_deposit_plan_transfer_spark_id: transfer_spark_id\n}\n  \nfragment CurrencyAmountFragment on CurrencyAmount {\n    __typename\n    currency_amount_original_value: original_value\n    currency_amount_original_unit: original_unit\n}\n",variables:{transaction_id:A,output_index:I,network:g,partner_id:C},constructObject:A=>{return I=A.create_instant_static_deposit_quote,{quote:Nu(I.instant_quote_output_quote),fulfillmentPlans:(I.instant_quote_output_fulfillment_plans??[]).map(uu)};var I}})}async claimInstantStaticDeposit({quoteId:A,depositSecretKey:I,signature:g}){return await this.executeRawQuery({queryPayload:"\n  mutation ClaimInstantStaticDeposit(\n    $static_deposit_quote_id: ID!\n    $static_deposit_address_private_key_share: String!\n    $signature: String!\n  ) {\n    create_claim_instant_static_deposit(input: {\n      static_deposit_quote_id: $static_deposit_quote_id,\n      static_deposit_address_private_key_share: $static_deposit_address_private_key_share,\n      signature: $signature\n    }) {\n      ...InstantStaticDepositClaimOutputFragment\n    }\n  }\n  \nfragment InstantStaticDepositClaimOutputFragment on CreateClaimInstantStaticDepositOutput {\n    __typename\n    instant_claim_output_claim_id: claim_id\n}\n",variables:{static_deposit_quote_id:A,static_deposit_address_private_key_share:I,signature:g},constructObject:A=>({claimId:A.create_claim_instant_static_deposit.instant_claim_output_claim_id})})}async getTransfers(A){return await this.executeRawQuery({queryPayload:fu,variables:{transfer_spark_ids:A},constructObject:A=>A.transfers.map(A=>{const I=function(A){if("object"!=typeof A||null===A)throw new xd("Invalid transfer response",{field:"transfers",value:A});return A}(A),g=We(I),C=I.transfer_user_request;switch(C?.__typename){case"ClaimStaticDeposit":g.userRequest={id:(B=C).claim_static_deposit_id,createdAt:B.claim_static_deposit_created_at,updatedAt:B.claim_static_deposit_updated_at,network:be[B.claim_static_deposit_network]??be.FUTURE_VALUE,creditAmount:Le(B.claim_static_deposit_credit_amount),maxFee:Le(B.claim_static_deposit_max_fee),status:He[B.claim_static_deposit_status]??He.FUTURE_VALUE,transactionId:B.claim_static_deposit_transaction_id,outputIndex:B.claim_static_deposit_output_index,bitcoinNetwork:be[B.claim_static_deposit_bitcoin_network]??be.FUTURE_VALUE,typename:"ClaimStaticDeposit",transferSparkId:B.claim_static_deposit_transfer_spark_id};break;case"CoopExitRequest":g.userRequest=hu(C);break;case"LeavesSwapRequest":g.userRequest=Pe(C);break;case"LightningReceiveRequest":g.userRequest=je(C);break;case"LightningSendRequest":g.userRequest=_e(C)}var B;const{userRequestId:i,...Q}=g;return Q})})??[]}async getChallenge(){return await this.executeRawQuery({queryPayload:"\n  mutation GetChallenge(\n    $public_key: PublicKey!\n  ) {\n    get_challenge(input: {\n      public_key: $public_key\n    }) {\n      ...GetChallengeOutputFragment\n    }\n  }\n    \n    \nfragment GetChallengeOutputFragment on GetChallengeOutput {\n    __typename\n    get_challenge_output_protected_challenge: protected_challenge\n}\n",variables:{public_key:XB(await this.signer.getIdentityPublicKey())},constructObject:A=>({protectedChallenge:A.get_challenge.get_challenge_output_protected_challenge})},!1)}async verifyChallenge(A,I){return await this.executeRawQuery({queryPayload:"\n  mutation VerifyChallenge(\n    $protected_challenge: String!\n    $signature: String!\n    $identity_public_key: PublicKey!\n    $provider: Provider\n  ) {\n    verify_challenge(input: {\n      protected_challenge: $protected_challenge\n      signature: $signature\n      identity_public_key: $identity_public_key\n      provider: $provider\n    }) {\n      ...VerifyChallengeOutputFragment\n    }\n  }\n    \n    \nfragment VerifyChallengeOutputFragment on VerifyChallengeOutput {\n    __typename\n    verify_challenge_output_valid_until: valid_until\n    verify_challenge_output_session_token: session_token\n}\n",variables:{protected_challenge:I,signature:A,identity_public_key:XB(await this.signer.getIdentityPublicKey())},constructObject:A=>{return{validUntil:(I=A.verify_challenge).verify_challenge_output_valid_until,sessionToken:I.verify_challenge_output_session_token};var I}},!1)}async authenticate(){if(this.authPromise)return this.authPromise;const A=(async()=>{let A;for(let I=0;I<3;I++)try{this.authProvider.removeAuth();const A=await this.getChallenge();if(!A)throw new Error("Failed to get challenge");const I=Nd.from(A.protectedChallenge,"base64"),g=await this.signer.signMessageWithIdentityKey(Ya(I)),C=await this.verifyChallenge(Nd.from(g).toString("base64"),A.protectedChallenge);if(!C)throw new Error("Failed to verify challenge");return void this.authProvider.setAuth(C.sessionToken,new Date(C.validUntil))}catch(I){if(zB(I)&&I.message.toLowerCase().includes("challenge expired")){A=I;continue}throw I}throw A??new Error("Failed to authenticate after retries")})();this.authPromise=A;try{return await A}finally{this.authPromise=void 0}}async getCoopExitFeeQuote({leafExternalIds:A,withdrawalAddress:I}){return await this.executeRawQuery({queryPayload:"\n  query CoopExitFeeQuote(\n    $leaf_external_ids: [UUID!]!\n    $withdrawal_address: String!\n  ) {\n    coop_exit_fee_quote(\n      input: {\n        leaf_external_ids: $leaf_external_ids,\n        withdrawal_address: $withdrawal_address\n      }\n    ) {\n      quote {\n        ...CoopExitFeeQuoteFragment\n      }\n    }\n  }\n  \nfragment CoopExitFeeQuoteFragment on CoopExitFeeQuote {\n    __typename\n    coop_exit_fee_quote_id: id\n    coop_exit_fee_quote_created_at: created_at\n    coop_exit_fee_quote_updated_at: updated_at\n    coop_exit_fee_quote_network: network\n    coop_exit_fee_quote_total_amount: total_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_user_fee_fast: user_fee_fast {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_user_fee_medium: user_fee_medium {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_user_fee_slow: user_fee_slow {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_l1_broadcast_fee_fast: l1_broadcast_fee_fast {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_l1_broadcast_fee_medium: l1_broadcast_fee_medium {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_l1_broadcast_fee_slow: l1_broadcast_fee_slow {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_expires_at: expires_at\n}\n",variables:{leaf_external_ids:A,withdrawal_address:I},constructObject:A=>{return{id:(I=A.coop_exit_fee_quote.quote).coop_exit_fee_quote_id,createdAt:I.coop_exit_fee_quote_created_at,updatedAt:I.coop_exit_fee_quote_updated_at,network:be[I.coop_exit_fee_quote_network]??be.FUTURE_VALUE,totalAmount:Le(I.coop_exit_fee_quote_total_amount),userFeeFast:Le(I.coop_exit_fee_quote_user_fee_fast),userFeeMedium:Le(I.coop_exit_fee_quote_user_fee_medium),userFeeSlow:Le(I.coop_exit_fee_quote_user_fee_slow),l1BroadcastFeeFast:Le(I.coop_exit_fee_quote_l1_broadcast_fee_fast),l1BroadcastFeeMedium:Le(I.coop_exit_fee_quote_l1_broadcast_fee_medium),l1BroadcastFeeSlow:Le(I.coop_exit_fee_quote_l1_broadcast_fee_slow),expiresAt:I.coop_exit_fee_quote_expires_at,typename:"CoopExitFeeQuote"};var I}})}async getUserRequests({first:A,after:I,types:g,statuses:C,networks:B}){return await this.executeRawQuery({queryPayload:Su,variables:{first:A,after:I,types:g,statuses:C,networks:B},constructObject:A=>A.current_user?.user_requests?IE(A.current_user?.user_requests):null})}async registerSparkWalletWebhook(A){return await this.executeRawQuery({queryPayload:"\n  mutation RegisterSparkWalletWebhook($input: RegisterSparkWalletWebhookInput!) {\n    register_wallet_webhook(input: $input) {\n      webhook_id\n    }\n  }\n",variables:{input:{secret:A.secret,url:A.url,event_types:A.event_types}},constructObject:A=>({webhook_id:A.register_wallet_webhook.webhook_id})})}async deleteSparkWalletWebhook(A){return await this.executeRawQuery({queryPayload:"\n  mutation DeleteSparkWalletWebhook($input: DeleteSparkWalletWebhookInput!) {\n    delete_wallet_webhook(input: $input) {\n      success\n    }\n  }\n",variables:{input:{webhook_id:A.webhook_id}},constructObject:A=>({success:A.delete_wallet_webhook.success})})}async listSparkWalletWebhooks(){return await this.executeRawQuery({queryPayload:"\n  query ListSparkWalletWebhooks {\n    wallet_webhooks {\n      webhooks {\n        webhook_id\n        url\n        event_types\n      }\n    }\n  }\n",variables:{},constructObject:A=>({webhooks:A.wallet_webhooks.webhooks.map(pu)})})}},Uu=class{sessionToken;validUntil;logger;constructor(A){this.logger=A?.logger("SparkAuthProvider")??cy,A?.wrapPrototypeMethods("SparkAuthProvider",this)}async addAuthHeaders(A){const I={"Content-Type":"application/json",...A};return this.sessionToken&&(I.Authorization=`Bearer ${this.sessionToken}`),Promise.resolve(I)}isAuthorized(){return Promise.resolve(!!this.sessionToken&&!!this.validUntil&&this.validUntil>new Date)}async addWsConnectionParams(A){const I={...A};return this.sessionToken&&(I.Authorization=`Bearer ${this.sessionToken}`),Promise.resolve(I)}setAuth(A,I){this.sessionToken=A,this.validUntil=I}removeAuth(){this.sessionToken=void 0,this.validUntil=void 0}};function Mu(A){const I=(0,ud.decode)(A);if(null===Ku(A))throw new Wd("Invalid network found in invoice",{invoice:A});let g,C,B,i,Q,e=[];for(const A of I.sections)"payment_hash"===A.name&&(g=A),"amount"===A.name&&(C=A),"payment_secret"===A.name&&(B=A),"fallback_address"===A.name&&(i=A);e=I.route_hints;const E=(t=C?.value,"string"==typeof t||"number"==typeof t||"bigint"==typeof t||"boolean"==typeof t?BigInt(C.value):null);var t;const o="string"==typeof g?.value?g.value:void 0;if(i?.value&&(Q=function(A){if(A){if("string"==typeof A)return A;if("object"==typeof A&&null!==A&&"words"in A&&"string"==typeof A.words)try{const I=A.words,g=ha.decode(I,5e3),C=Array.from(g.words);if(31===C[0]){const A=function(A){let I=0,g=0;const C=[];for(const B of A)for(g=g<<5|B,I+=5;I>=8;)I-=8,C.push(g>>I&255);return Uint8Array.from(C)}(C.slice(1));return(new TextDecoder).decode(A)}}catch{return}}}(i.value)),!Q)for(const A of e){for(const I of A)if("f42400f424000001"===I.short_channel_id){Q=I.pubkey;break}if(Q)break}if(void 0===o)throw new Wd("No payment hash found in invoice",{invoice:A});if(void 0===B?.value)throw new Wd("Invalid payment secret found in invoice",{invoice:A});return{amountMSats:E,fallbackAddress:Q,paymentHash:o}}function Ku(A){return A.startsWith("lnbcrt")?th.REGTEST:A.startsWith("lnbc")?th.MAINNET:A.startsWith("lntb")?th.TESTNET:A.startsWith("lnsb")?th.SIGNET:null}var mu=class extends Zk{constructor(A,I,g,C=Mk.fromConfig(A)){super(A,I,g,C,"CoopExitService"),C.wrapPrototypeMethods("CoopExitService",this)}async getConnectorRefundSignatures({leaves:A,exitTxId:I,connectorOutputs:g,receiverPubKey:C,transferId:B,connectorTx:i}){if(A.length!==g.length)throw new Wd("Mismatch between leaves and connector outputs",{field:"leaves/connectorOutputs",value:{leavesCount:A.length,outputsCount:g.length},expected:"Equal length"});const Q=await this.prepareSendTransferKeyTweaks(B,A),e=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),E=A.map(A=>A.leaf.id),t=await e.get_signing_commitments({nodeIds:E,count:3}),{cpfpLeafSigningJobs:o,directLeafSigningJobs:n,directFromCpfpLeafSigningJobs:a}=await this.signingService.signRefundsForCoopExit(A,g,i,t.signingCommitments.slice(0,A.length),t.signingCommitments.slice(A.length,2*A.length),t.signingCommitments.slice(2*A.length)),s=fd(),r=await Promise.all(Array.from(Q.entries()).map(async([A,I])=>{const g={leavesToSend:I},C=xI.encode(g).finish(),B=this.config.getSigningOperators()[A];if(!B)throw new Wd("Operator not found");const i=await s.encryptEcies(C,JB(B.identityPublicKey));return[A,Uint8Array.from(i)]})),c={leavesToSend:o,keyTweakPackage:Object.fromEntries(r),userSignature:new Uint8Array,directLeavesToSend:n,directFromCpfpLeavesToSend:a,hashVariant:CA.HASH_VARIANT_V2},D=wk(B,c),w=await this.config.signer.signMessageWithIdentityKey(D);let d;c.userSignature=new Uint8Array(w);try{d=await e.cooperative_exit_v2({transfer:{transferId:B,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:C,transferPackage:c,expiryTime:this.config.getNetwork()==th.MAINNET?new Date(Date.now()+6048e5+3e5):new Date(Date.now()+21e5)},exitId:Fa(),exitTxid:I,connectorTx:i})}catch(A){throw new xd("Failed to initiate cooperative exit",{operation:"cooperative_exit_v2",error:A})}if(!d.transfer)throw new xd("Failed to initiate cooperative exit",{operation:"cooperative_exit_v2",error:new Error("No transfer in response")});return{transfer:d.transfer}}},Ju=class{config;connectionManager;logger;constructor(A,I,g=Mk.fromConfig(A)){this.config=A,this.connectionManager=I,this.logger=g.logger("DepositService"),g.wrapPrototypeMethods("DepositService",this)}async validateDepositAddress({address:A,userPubkey:I,verifyCoordinatorProof:g=!1}){if(!A.depositAddressProof||!A.depositAddressProof.proofOfPossessionSignature||!A.depositAddressProof.addressSignatures)throw new Wd("Proof of possession signature or address signatures is null",{field:"depositAddressProof",value:A.depositAddressProof});const C=function(A,I){if(33!==A.length||33!==I.length)throw new Wd("Public keys must be 33 bytes",{field:"publicKeys",value:`a: ${A.length}, b: ${I.length}`,expected:33});const g=ie.Point.fromHex(A),C=ie.Point.fromHex(I);return g.subtract(C).toBytes(!0)}(A.verifyingKey,I),B=function(A,I,g){const C=(new TextEncoder).encode(g);return Nh(["spark","deposit","proof_of_possession"]).addBytes(A).addBytes(I).addBytes(C).hash()}(await this.config.signer.getIdentityPublicKey(),C,A.address),i=Gc(C.slice(1,33),void 0,ah(this.config.getNetwork())).tweakedPubkey;if(!de.verify(A.depositAddressProof.proofOfPossessionSignature,B,i))throw new Wd("Proof of possession signature verification failed",{field:"proofOfPossessionSignature",value:A.depositAddressProof.proofOfPossessionSignature});const Q=Ya(A.address);for(const I of Object.values(this.config.getSigningOperators())){if(I.identifier===this.config.getCoordinatorIdentifier()&&!g)continue;const C=vt(I.identityPublicKey),B=A.depositAddressProof.addressSignatures[I.identifier];if(!B)throw new Wd("Operator signature not found",{field:"addressSignatures",value:I.identifier});const i=ie.Signature.fromDER(B);if(!ie.verify(i.toCompactRawBytes(),Q,C))throw new Wd("Operator signature verification failed",{field:"operatorSignature",value:B})}}async generateStaticDepositAddress({signingPubkey:A}){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let g;try{g=await I.generate_static_deposit_address({signingPublicKey:A,identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:this.config.getNetworkProto(),hashVariant:CA.HASH_VARIANT_V2})}catch(A){throw new xd("Failed to generate static deposit address",{operation:"generate_static_deposit_address",error:A})}if(!g.depositAddress)throw new Wd("No static deposit address response from coordinator",{field:"depositAddress",value:g});return await this.validateDepositAddress({address:g.depositAddress,userPubkey:A,verifyCoordinatorProof:!0}),g}async generateDepositAddress({signingPubkey:A,leafId:I,isStatic:g=!1}){const C=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let B;try{B=await C.generate_deposit_address({signingPublicKey:A,identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:this.config.getNetworkProto(),leafId:I,isStatic:g,hashVariant:CA.HASH_VARIANT_V2})}catch(A){throw new xd("Failed to generate deposit address",{operation:"generate_deposit_address",error:A})}if(!B.depositAddress)throw new Wd("No deposit address response from coordinator",{field:"depositAddress",value:B});return await this.validateDepositAddress({address:B.depositAddress,userPubkey:A}),B}async createTreeRoot({keyDerivation:A,verifyingKey:I,depositTx:g,vout:C}){const B=g.getOutput(C);if(!B)throw new Wd("Invalid deposit transaction output",{field:"vout",value:C,expected:"Valid output index"});const{nodeTx:i}=await async function(A,I,g){return ph({parentTx:A,sequence:0,directSequence:50,vout:I,network:g})}(g,C,this.config.getNetwork()),Q=await this.config.signer.getRandomSigningCommitment(),e=hh(i,0,B),E=await this.config.signer.getPublicKeyFromDerivation(A),{cpfpRefundTx:t,directFromCpfpRefundTx:o}=await Rh({nodeTx:i,receivingPubkey:E,network:this.config.getNetwork()}),n=await this.config.signer.getRandomSigningCommitment(),a=await this.config.signer.getRandomSigningCommitment(),s=hh(t,0,i.getOutput(0));if(!o)throw new Wd("Expected direct from cpfp refund transaction for tree creation",{field:"directFromCpfpRefundTx",value:o});const r=hh(o,0,i.getOutput(0)),c=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let D;try{D=await c.get_signing_commitments({count:3,nodeIdCount:1})}catch(A){throw new xd("Failed to start deposit tree creation",{operation:"get_signing_commitments",error:A})}if(3!==D.signingCommitments.length)throw new Wd("Incorrect number of signing commitments returned",{field:"signingCommitments",value:D.signingCommitments.length,expected:3});const[w,d,h]=D.signingCommitments;if(void 0===w)throw new Wd("Empty root commitment returned from get_signing_commitments");if(void 0===d)throw new Wd("Empty refund commitment returned from get_signing_commitments");if(void 0===h)throw new Wd("Empty direct from cpfp refund commitment returned from get_signing_commitments");const y=await this.config.signer.signFrost({message:e,publicKey:E,keyDerivation:A,verifyingKey:I,selfCommitment:Q,statechainCommitments:w.signingNonceCommitments,adaptorPubKey:new Uint8Array}),l=await this.config.signer.signFrost({message:s,publicKey:E,keyDerivation:A,verifyingKey:I,selfCommitment:n,statechainCommitments:d.signingNonceCommitments,adaptorPubKey:new Uint8Array}),k=await this.config.signer.signFrost({message:r,publicKey:E,keyDerivation:A,verifyingKey:I,selfCommitment:a,statechainCommitments:h.signingNonceCommitments,adaptorPubKey:new Uint8Array});let u;try{u=await c.finalize_deposit_tree_creation({identityPublicKey:await this.config.signer.getIdentityPublicKey(),onChainUtxo:{vout:C,rawTx:g.toBytes(!0),network:this.config.getNetworkProto()},rootTxSigningJob:{signingPublicKey:E,rawTx:i.toBytes(),signingNonceCommitment:Q.commitment,userSignature:y,signingCommitments:{signingCommitments:w.signingNonceCommitments}},refundTxSigningJob:{signingPublicKey:E,rawTx:t.toBytes(),signingNonceCommitment:n.commitment,userSignature:l,signingCommitments:{signingCommitments:d.signingNonceCommitments}},directFromCpfpRefundTxSigningJob:{signingPublicKey:E,rawTx:o.toBytes(),signingNonceCommitment:a.commitment,userSignature:k,signingCommitments:{signingCommitments:h.signingNonceCommitments}}})}catch(A){throw new xd("Failed to finalize tree creation",{operation:"finalize_deposit_tree_creation",error:A})}if(void 0===u.rootNode)throw new xd("root node not returned from finalize tree request",{operation:"finalize_deposit_tree_creation"});return{nodes:[u.rootNode]}}async createTreeRootMultiUtxo({keyDerivation:A,verifyingKey:I,depositTxs:g}){if(g.length<2)throw new Wd("createTreeRootMultiUtxo requires at least 2 deposit transactions",{field:"depositTxs",value:g.length,expected:"At least 2 deposit transactions"});const C=function(A){if(0===A.length)throw new Wd("depositTxs must not be empty",{field:"depositTxs",value:A.length,expected:"At least 1 deposit transaction"});const I=new Oc({version:3,allowUnknownOutputs:!0});let g=0n;for(const{tx:C,vout:B}of A){const A=C.getOutput(B);if(void 0===A.amount||!A.script)throw new Wd("Deposit transaction output missing amount or script",{field:"depositTxOutput",value:{vout:B,hasAmount:!!A.amount,hasScript:!!A.script}});I.addInput({txid:JB(lh(C)),index:B,sequence:0}),g+=A.amount}const C=A[0].tx.getOutput(A[0].vout);return I.addOutput({script:C.script,amount:g}),I.addOutput(Yh()),I}(g),B=g.map(({tx:A,vout:I})=>A.getOutput(I)),i=g.map((A,I)=>yh(C,I,B)),Q=await Promise.all(g.map(()=>this.config.signer.getRandomSigningCommitment())),e=await this.config.signer.getPublicKeyFromDerivation(A),{cpfpRefundTx:E,directFromCpfpRefundTx:t}=await Rh({nodeTx:C,receivingPubkey:e,network:this.config.getNetwork()}),o=await this.config.signer.getRandomSigningCommitment(),n=await this.config.signer.getRandomSigningCommitment(),a=hh(E,0,C.getOutput(0));if(!t)throw new Wd("Expected direct from cpfp refund transaction for tree creation",{field:"directFromCpfpRefundTx",value:t});const s=hh(t,0,C.getOutput(0)),r=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),c=g.length+2;let D;try{D=await r.get_signing_commitments({count:c,nodeIdCount:1})}catch(A){throw new xd("Failed to get signing commitments for multi-UTXO deposit",{operation:"get_signing_commitments",error:A})}if(D.signingCommitments.length!==c)throw new Wd("Incorrect number of signing commitments returned",{field:"signingCommitments",value:D.signingCommitments.length,expected:c});const w=D.signingCommitments.slice(0,g.length),d=D.signingCommitments[g.length],h=D.signingCommitments[g.length+1];if(void 0===d)throw new Wd("Empty refund commitment returned from get_signing_commitments");if(void 0===h)throw new Wd("Empty direct from cpfp refund commitment returned from get_signing_commitments");const y=await Promise.all(i.map((g,C)=>this.config.signer.signFrost({message:g,publicKey:e,keyDerivation:A,verifyingKey:I,selfCommitment:Q[C],statechainCommitments:w[C].signingNonceCommitments,adaptorPubKey:new Uint8Array}))),l=await this.config.signer.signFrost({message:a,publicKey:e,keyDerivation:A,verifyingKey:I,selfCommitment:o,statechainCommitments:d.signingNonceCommitments,adaptorPubKey:new Uint8Array}),k=await this.config.signer.signFrost({message:s,publicKey:e,keyDerivation:A,verifyingKey:I,selfCommitment:n,statechainCommitments:h.signingNonceCommitments,adaptorPubKey:new Uint8Array});let u;try{u=await r.finalize_deposit_tree_creation({identityPublicKey:await this.config.signer.getIdentityPublicKey(),onChainUtxo:{vout:g[0].vout,rawTx:g[0].tx.toBytes(!0),network:this.config.getNetworkProto()},rootTxSigningJob:{signingPublicKey:e,rawTx:C.toBytes(),signingNonceCommitment:Q[0].commitment,userSignature:y[0],signingCommitments:{signingCommitments:w[0].signingNonceCommitments},additionalInputs:y.slice(1).map((A,I)=>({signingNonceCommitment:Q[I+1].commitment,userSignature:A,signingCommitments:{signingCommitments:w[I+1].signingNonceCommitments}}))},refundTxSigningJob:{signingPublicKey:e,rawTx:E.toBytes(),signingNonceCommitment:o.commitment,userSignature:l,signingCommitments:{signingCommitments:d.signingNonceCommitments}},directFromCpfpRefundTxSigningJob:{signingPublicKey:e,rawTx:t.toBytes(),signingNonceCommitment:n.commitment,userSignature:k,signingCommitments:{signingCommitments:h.signingNonceCommitments}},additionalOnChainUtxos:g.slice(1).map(({tx:A,vout:I})=>({vout:I,rawTx:A.toBytes(!0),network:this.config.getNetworkProto()}))})}catch(A){throw new xd("Failed to finalize multi-UTXO tree creation",{operation:"finalize_deposit_tree_creation",error:A})}if(void 0===u.rootNode)throw new xd("root node not returned from finalize tree request",{operation:"finalize_deposit_tree_creation"});return{nodes:[u.rootNode]}}};const bu=Array.from({length:28},(A,I)=>2**I);function Hu(A,I){if(!A)throw new Td(I||"Assertion failed")}function Yu(A){return A.reduce((A,I)=>A+I,0)}function Lu(A){return[...A].sort((A,I)=>A-I)}function qu(A,I){return A.length===I.length&&A.every((A,g)=>A===I[g])}function Vu(A){const I=new Map;for(const g of A)I.set(g,(I.get(g)??0)+1);return I}function Tu(A,I){const g=new Map;for(const[C,B]of A.entries()){const A=B-(I.get(C)??0);A>0&&g.set(C,A)}return g}function vu(A){const I=[];for(const[g,C]of Array.from(A.entries()).sort((A,I)=>A[0]-I[0]))for(let A=0;A<C;A++)I.push(g);return I}function Zu(A){const I=[];let g=A;for(let A=bu.length-1;A>=0;A--){const C=bu[A];if("number"==typeof C&&C>0)for(;g>=C;)g-=C,I.push(C)}return Hu(Yu(I)===A,"greedy_leaves: sum mismatch"),Lu(I)}var xu=class{inLeaves;outLeaves;constructor(A,I){this.inLeaves=[...A],this.outLeaves=[...I],Hu(Yu(this.inLeaves)===Yu(this.outLeaves),"Swap in/out leaves must sum to same value for swap: "+this.toString())}toString(){return`Swap(in=${JSON.stringify(this.inLeaves)}, out=${JSON.stringify(this.outLeaves)})`}};function Wu(A,I=64){const g=[];let C=[];const B=Lu(A);for(;B.length>0;){C.push(B.shift());const A=Zu(Yu(C));(C.length>=I||A.length>=I)&&(qu(A,C)||g.push(new xu([...C],A)),C=[])}if(C.length>0){const A=Zu(Yu(C));qu(A,C)||g.push(new xu([...C],A))}return g}function Pu(A,I=1,g=64){const C=function(A,I=1){const g=[];let C=A;Hu(I>0,"multiplicity must be > 0");for(const A of bu)if("number"==typeof A&&A>0)for(let B=0;B<I;B++)C>=A&&(C-=A,g.push(A));return g.push(...Zu(C)),Hu(Yu(g)===A,"swap_minimizing_leaves: sum mismatch"),Lu(g)}(Yu(A),I),B=Vu(A),i=Vu(C),Q=Tu(B,i),e=Tu(i,B),E=[];let t=[],o=[];const n=[...vu(Q)],a=[...vu(e)];for(;n.length>0||a.length>0;){if(Yu(t)>Yu(o)){if(0===a.length)break;o.push(a.shift())}else{if(0===n.length)break;t.push(n.shift())}if(t.length>0&&o.length>0&&Yu(t)===Yu(o)){if(t.length>g)for(let A=0;A<t.length;A+=g){const I=t.slice(A,A+g);E.push(new xu(I,Zu(Yu(I))))}else if(o.length>g)for(let A=g;A>0;A--){const I=Yu(o.slice(0,A)),C=Yu(t)-I,B=[...o.slice(0,A),...Zu(C)];if(B.length<=g){E.push(new xu([...t],B));break}}else E.push(new xu([...t],[...o]));t=[],o=[]}}return E}var Ou=function(A){return A.AVAILABLE="AVAILABLE",A.LOCAL_LOCKED="LOCAL_LOCKED",A.OUTGOING="OUTGOING",A.SWAP_PENDING="SWAP_PENDING",A.INCOMING="INCOMING",A.SPENT="SPENT",A}(Ou||{});const Xu={[Ou.AVAILABLE]:[Ou.LOCAL_LOCKED,Ou.OUTGOING,Ou.SWAP_PENDING,Ou.SPENT],[Ou.LOCAL_LOCKED]:[Ou.AVAILABLE,Ou.OUTGOING,Ou.SWAP_PENDING,Ou.SPENT],[Ou.OUTGOING]:[Ou.AVAILABLE,Ou.SPENT],[Ou.SWAP_PENDING]:[Ou.AVAILABLE,Ou.SPENT],[Ou.INCOMING]:[Ou.AVAILABLE],[Ou.SPENT]:[]},ju=new Set([Ou.LOCAL_LOCKED]),zu=new Set([Ou.LOCAL_LOCKED,Ou.OUTGOING,Ou.SWAP_PENDING]),_u=new Set([Ou.AVAILABLE,Ou.LOCAL_LOCKED,Ou.OUTGOING,Ou.SWAP_PENDING]);var $u=class{optimizationInProgress=!1;optimizationLockedLeafIds=new Set;optimizationWaiters=new Set;hasSynced=!1;leaves=new Map;leavesMutex=new ld;identityPublicKey;logger;constructor(A,I,g,C,B,i,Q=Mk.fromConfig(A)){this.config=A,this.swapService=I,this.transferService=g,this.connectionManager=C,this.onBalanceUpdate=B,this.onAutoOptimize=i,this.logger=Q.logger("LeafManager"),Q.wrapPrototypeMethods("LeafManager",this)}log(A,I){this.logger.trace(`${A}: ${I}`)}debug(A,I){this.logger.debug(`${A}: ${I}`)}formatBalanceSummary(){return`leaves=${this.leaves.size} available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()} incoming=${this.getIncomingBalance()}`}formatLeafStatusCounts(){const A=new Map;for(const I of this.leaves.values())A.set(I.status,(A.get(I.status)??0)+1);return Object.values(Ou).map(I=>`${I}=${A.get(I)??0}`).join(" ")}emitBalanceUpdate(){this.onBalanceUpdate?.({available:this.getAvailableBalance(),owned:this.getOwnedBalance(),incoming:this.getIncomingBalance()})}async initialize(){this.identityPublicKey=await this.config.signer.getIdentityPublicKey()}async sync(){this.identityPublicKey=await this.config.signer.getIdentityPublicKey();const A=this.getAvailableBalance(),I=this.getOwnedBalance(),g=this.getIncomingBalance(),C=this.leaves.size;this.debug("sync",`Starting sync. Pre-sync: ${C} leaves, available=${A} owned=${I} incoming=${g}`);const[B,i,Q,e]=await Promise.all([this.getLeaves(),this.getAllPendingSwaps(),this.getAllPendingOutgoingTransfers(),this.transferService.queryPendingTransfers()]);this.debug("sync",`Fetched: ${B.length} leaves, ${i.length} pending swaps, ${Q.length} outgoing, ${e.transfers.length} incoming`);const E=await this.checkRenewLeaves(B);await this.leavesMutex.runExclusive(()=>{const A=new Map;for(const[I,g]of this.leaves)ju.has(g.status)&&A.set(I,g);A.size>0&&this.log("sync",`Preserving ${A.size} in-flight leaves: [${Array.from(A.entries()).map(([A,I])=>`${A}(${I.status})`).join(",")}]`),this.leaves.clear();for(const A of E)"AVAILABLE"===A.status&&this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"none"}});for(const{leaf:A,transferId:I}of i)this.leaves.set(A.id,{treeNode:A,status:Ou.SWAP_PENDING,source:{kind:"swap",swapId:I}});for(const{leaf:A,transferId:I}of Q)this.leaves.set(A.id,{treeNode:A,status:Ou.OUTGOING,source:{kind:"transfer",transferId:I}});for(const A of e.transfers)if(A.type!==x.COUNTER_SWAP&&A.type!==x.COUNTER_SWAP_V3)for(const I of A.leaves){if(!I.leaf)continue;const g=this.leaves.get(I.leaf.id);(!g||g.status!==Ou.OUTGOING&&g.status!==Ou.SWAP_PENDING)&&this.leaves.set(I.leaf.id,{treeNode:I.leaf,status:Ou.INCOMING,source:{kind:"transfer",transferId:A.id}})}for(const[I,g]of A)this.leaves.set(I,g);this.hasSynced=!0}),this.debug("sync",`Complete. Post-sync: ${this.formatBalanceSummary()} statusCounts=${this.formatLeafStatusCounts()}`),this.autoOptimizeIfNeeded(),this.emitBalanceUpdate()}async getLeaves(A=!1){const I=await this.config.signer.getIdentityPublicKey(),g=this.config.getCoordinatorIdentifier(),C=this.config.getNetworkProto();let B=Object.entries(this.config.getSigningOperators());A&&(B=B.filter(([A])=>A===g));const i=new Map;await Promise.all(B.map(async([A,g])=>{const B=await this.queryNodes({source:{$case:"ownerIdentityPubkey",ownerIdentityPubkey:I},includeParents:!1,network:C,statuses:[EA.TREE_NODE_STATUS_AVAILABLE]},g.address);i.set(A,B)}));const Q=i.get(g);if(void 0===Q)throw new Wd("Coordinator leaves not found",{field:"coordinatorLeaves"});const e=new Set;if(!A)for(const[A,I]of i)if(A!==g)for(const[A,g]of Object.entries(Q.nodes)){const C=I.nodes[A];this.isLeafConsistent(g,C)||e.add(A)}const E=Object.values(Q.nodes).filter(A=>"AVAILABLE"===A.status&&!e.has(A.id)),t=await Promise.all(E.map(async A=>{if(A.parentNodeId){const I=await this.config.signer.getPublicKeyFromDerivation({type:hk.LEAF,path:A.parentNodeId});if(this.verifyKey(I,A.signingKeyshare?.publicKey??new Uint8Array,A.verifyingPublicKey))return{type:"RECOVER",leaf:A,path:A.parentNodeId}}const I=await this.config.signer.getPublicKeyFromDerivation({type:hk.LEAF,path:A.id});return this.verifyKey(I,A.signingKeyshare?.publicKey??new Uint8Array,A.verifyingPublicKey)?{type:"VALID",leaf:A}:{type:"INVALID"}})),o=[],n=new Map;for(const A of t)if("VALID"===A.type)o.push(A.leaf);else if("RECOVER"===A.type){const I=n.get(A.path)??[];I.push(A.leaf),n.set(A.path,I)}const a=[...o];for(const[A,I]of n)try{const g=await this.recoverLeaves(I,{type:hk.LEAF,path:A});a.push(...g)}catch{}return a}async selectLeavesAndExecute(A,I){if(A.some(A=>A<=0))throw new Wd("Target amount must be positive",{field:"targetAmounts",value:A});const g=A.reduce((A,I)=>A+I,0);await this.waitForOptimizationIfAvailabilityMayRecover(g);const C=this.getAvailableBalance();if(g>C)throw this.debug("selectLeavesAndExecute",`insufficient available balance requested=${g} available=${C} targets=${A.length}`),new Wd("Total target amount exceeds available balance",{field:"targetAmounts",value:g,expected:`less than or equal to ${C}`});const B=async()=>{const g=await this.selectLeavesWithSwap(A),C=Object.values(g).flat().map(A=>A.id),B=Object.values(g).flat(),i=await this.checkRenewLeaves(B);if(i.length<B.length){const A=new Set(i.map(A=>A.id)),I=B.filter(I=>!A.has(I.id));this.logger.warn(`${I.length} leaf(es) dropped during renewal — will cause stale-leaf retry. Leaf IDs: ${I.map(A=>A.id).join(",")}`)}if(i.length>0){const A=new Map(i.map(A=>[A.id,A]));for(const I of Object.keys(g)){const C=g[I];for(let I=0;I<C.length;I++){const g=A.get(C[I].id);if(g){C[I]=g;const A=this.leaves.get(g.id);A&&(A.treeNode=g)}}}}try{const A=await I(g);for(const A of C){const I=this.leaves.get(A);I?.status===Ou.LOCAL_LOCKED&&(I.status=Ou.OUTGOING)}return A}catch(A){throw this.restoreLocalLockedToAvailable(C),A}};try{return await B()}catch(A){if(this.isStaleLeafError(A)){this.debug("selectLeavesAndExecute",`stale leaf error detected; syncing before retry requested=${g} available=${this.getAvailableBalance()}`),await this.sync();const A=this.getAvailableBalance();if(g>A)throw this.debug("selectLeavesAndExecute",`insufficient balance after stale-leaf sync requested=${g} available=${A}`),new Wd("Total target amount exceeds available balance",{field:"targetAmounts",value:g,expected:`less than or equal to ${A}`});return this.debug("selectLeavesAndExecute",`retrying after stale-leaf sync requested=${g} available=${A}`),await B()}throw A}}async addLeaves(A){let I=!1;await this.leavesMutex.runExclusive(()=>{for(const g of A){const A=this.leaves.get(g.id);A&&zu.has(A.status)?this.log("addLeaves",`Skipping leaf=${g.id} value=${g.value} — in-flight (${A.status})`):A?.status===Ou.AVAILABLE&&A.treeNode.value===g.value||(this.log("addLeaves",`Adding leaf=${g.id} value=${g.value}${A?` (was ${A.status})`:""}`),this.leaves.set(g.id,{treeNode:g,status:Ou.AVAILABLE,source:{kind:"none"}}),I=!0)}}),I&&this.emitBalanceUpdate()}async addIncomingLeaves(A,I){this.log("addIncomingLeaves",`Adding ${A.length} incoming leaves (${A.reduce((A,I)=>A+I.value,0)} sats) transfer=${I} ids=[${A.map(A=>A.id).join(",")}]`);let g=!1;await this.leavesMutex.runExclusive(()=>{for(const C of A){const A=this.leaves.get(C.id);A&&A.status!==Ou.INCOMING?this.log("addIncomingLeaves",`Skipping leaf=${C.id} — already ${A.status}`):(this.leaves.set(C.id,{treeNode:C,status:Ou.INCOMING,source:{kind:"transfer",transferId:I}}),g=!0)}}),g&&this.emitBalanceUpdate()}async evictStaleAvailable(A){let I=!1;const g=[];await this.leavesMutex.runExclusive(()=>{for(const[C,B]of this.leaves)B.status!==Ou.AVAILABLE||"none"!==B.source.kind||A.has(C)||(g.push(C),this.leaves.delete(C),I=!0)}),g.length>0&&this.log("evictStaleAvailable",`Evicted ${g.length} stale leaves: [${g.join(",")}]`),I&&this.emitBalanceUpdate()}async removeLeaves(A){this.log("removeLeaves",`Removing ${A.length} leaves: [${A.join(",")}]`);let I=!1;await this.leavesMutex.runExclusive(()=>{for(const g of A)this.leaves.delete(g)&&(I=!0)}),I&&this.emitBalanceUpdate()}async registerClaimedLeaves(A,I){this.debug("registerClaimedLeaves",`registering claimedLeaves=${A.length} transferId=${I??"none"}`),this.log("registerClaimedLeaves",`Registering ${A.length} claimed leaves (${A.reduce((A,I)=>A+I.value,0)} sats) transferId=${I??"none"} ids=[${A.map(A=>A.id).join(",")}]`);const g=await this.checkRenewLeaves(A);return await this.leavesMutex.runExclusive(()=>{for(const A of g){const g=this.leaves.get(A.id);g&&this.log("registerClaimedLeaves",`Overwriting leaf ${A.id}: ${g.status} → AVAILABLE`),this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:I?{kind:"transfer",transferId:I}:{kind:"none"}})}}),this.log("registerClaimedLeaves",`Post-claim balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()} incoming=${this.getIncomingBalance()}`),this.debug("registerClaimedLeaves",`post-claim ${this.formatBalanceSummary()} statusCounts=${this.formatLeafStatusCounts()}`),this.emitBalanceUpdate(),this.autoOptimizeIfNeeded(),g}async executeWithAllLeaves(A){await this.waitForOptimizationIfAllLeavesMayChange();const{available:I,lockedIds:g}=await this.leavesMutex.runExclusive(()=>{const A=this.getAvailableLeaves(),I=A.map(A=>A.id);return this.transition(I,Ou.LOCAL_LOCKED),{available:A,lockedIds:I}}),C=await this.checkRenewLeaves(I),B=new Set(C.map(A=>A.id));if(C.length<I.length){const A=I.filter(A=>!B.has(A.id)).map(A=>A.id);this.logger.warn(`${A.length} leaf(es) dropped during renewal. Leaf IDs: ${A.join(",")}`),this.restoreLocalLockedToAvailable(A)}for(const A of C){const I=this.leaves.get(A.id);I&&(I.treeNode=A)}try{const I=await A(C);for(const A of g){if(!B.has(A))continue;const I=this.leaves.get(A);I?.status===Ou.LOCAL_LOCKED&&(I.status=Ou.OUTGOING)}return I}catch(A){const I=g.filter(A=>B.has(A));throw this.restoreLocalLockedToAvailable(I),A}}async handleDepositEvent(A){this.log("handleDepositEvent",`deposit=${A.id} status=${A.status} value=${A.value}`);let I=!1,g=!1,C=!1;return await this.leavesMutex.runExclusive(()=>{if("CREATING"===A.status){const I=this.leaves.get(A.id);I?this.log("handleDepositEvent",`leaf=${A.id} CREATING — already in cache (${I.status}), skipped`):(this.log("handleDepositEvent",`leaf=${A.id} CREATING → INCOMING`),this.leaves.set(A.id,{treeNode:A,status:Ou.INCOMING,source:{kind:"deposit",depositId:A.id}}),C=!0,g=!0)}else if("AVAILABLE"===A.status){const B=this.leaves.get(A.id);B?zu.has(B.status)||B.status===Ou.AVAILABLE?this.log("handleDepositEvent",`leaf=${A.id} already ${B.status}, skipped`):(this.log("handleDepositEvent",`leaf=${A.id} ${B.status} → AVAILABLE`),B.treeNode=A,this.transition([A.id],Ou.AVAILABLE),C=!0,g=!0):this.hasSynced?I=!0:(this.log("handleDepositEvent",`leaf=${A.id} pre-sync → AVAILABLE`),this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"deposit",depositId:A.id}}),C=!0,g=!0)}}),C&&this.emitBalanceUpdate(),I&&(this.log("handleDepositEvent",`Deposit ${A.id} needs verification (post-sync unknown leaf)`),g=await this.verifyAndAddLeaf(A.id)),this.log("handleDepositEvent",`Deposit ${A.id} result: added=${g} balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()}`),g}async verifyAndAddLeaf(A){try{const I=(await this.queryNodes({source:{$case:"nodeIds",nodeIds:{nodeIds:[A]}},includeParents:!1,network:this.config.getNetworkProto(),statuses:[]})).nodes[A];if(!I||"AVAILABLE"!==I.status)return!1;let g=!1;return await this.leavesMutex.runExclusive(()=>{const C=this.leaves.get(A);C?.status!==Ou.AVAILABLE?C||(this.leaves.set(A,{treeNode:I,status:Ou.AVAILABLE,source:{kind:"deposit",depositId:A}}),g=!0):g=!0}),g&&this.emitBalanceUpdate(),g}catch{return!1}}async handleTransferEvent(A){if(!this.identityPublicKey||!Pi(A.senderIdentityPublicKey,this.identityPublicKey))return;const I=A.leaves.flatMap(A=>A.leaf?[A.leaf.id]:[]);this.log("handleTransferEvent",`transfer=${A.id} type=${A.type} status=${A.status} leaves=[${I.join(",")}]`);let g=!1;await this.leavesMutex.runExclusive(()=>{const C={kind:"transfer",transferId:A.id},B=I.filter(I=>{const g=this.leaves.get(I);return!g||g.status!==Ou.AVAILABLE||!("transfer"===g.source.kind&&g.source.transferId===A.id)});switch(A.status){case q.TRANSFER_STATUS_RETURNED:case q.TRANSFER_STATUS_EXPIRED:this.log("handleTransferEvent",`Returned/expired → restoring ${B.length} leaves to AVAILABLE`),this.transition(B,Ou.AVAILABLE,{source:{kind:"none"}}),g=!0;break;case q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING:case q.TRANSFER_STATUS_SENDER_INITIATED:case q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR:case q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK:{const I=A.type===x.PRIMARY_SWAP_V3||A.type===x.SWAP,i=I?Ou.SWAP_PENDING:Ou.OUTGOING;this.log("handleTransferEvent",`Sender initiated → ${i} for ${B.length} leaves (isSwap=${I}), current statuses: [${B.map(A=>{const I=this.leaves.get(A);return I?`${A}(${I.status})`:`${A}(missing)`}).join(",")}]`),this.transition(B,i,{source:C}),g=!0;break}default:if(A.status!==q.UNRECOGNIZED){const I=B.filter(A=>{const I=this.leaves.get(A);return!I||"swap"!==I.source.kind}),i=B.filter(A=>!I.includes(A));i.length>0&&this.log("handleTransferEvent",`Terminal status=${A.status} — skipping ${i.length} SWAP_PENDING leaves: [${i.join(",")}]`),this.log("handleTransferEvent",`Terminal status=${A.status} → SPENT for ${I.length} leaves: [${I.join(",")}]`),this.transition(I,Ou.SPENT,{source:C}),g=!0}}}),g&&(this.debug("handleTransferEvent",`post-event transfer=${A.id} ${this.formatBalanceSummary()} statusCounts=${this.formatLeafStatusCounts()}`),this.emitBalanceUpdate())}getAvailableBalance(){let A=0;for(const I of this.leaves.values())I.status===Ou.AVAILABLE&&(A+=I.treeNode.value);return A}getOwnedBalance(){let A=0;for(const I of this.leaves.values())_u.has(I.status)&&(A+=I.treeNode.value);return A}getIncomingBalance(){let A=0;for(const I of this.leaves.values())I.status===Ou.INCOMING&&(A+=I.treeNode.value);return A}getOptimizationLockedBalance(){let A=0;for(const I of this.optimizationLockedLeafIds){const g=this.leaves.get(I);g&&_u.has(g.status)&&(A+=g.treeNode.value)}return A}getAvailableLeaves(){return this.getLeavesByStatus(Ou.AVAILABLE)}isOptimizing(){return this.optimizationInProgress}async waitForOptimizationIfAvailabilityMayRecover(A){for(;;){const I=this.getAvailableBalance();if(A<=I||!this.optimizationInProgress)return;const g=this.getOptimizationLockedBalance();if(A>I+g)return;if(this.debug("selectLeavesAndExecute",`waiting for optimization requested=${A} available=${I} optimizationLocked=${g}`),!await this.waitForOptimizationUpdate())return void this.debug("selectLeavesAndExecute",`optimization wait timed out requested=${A} available=${this.getAvailableBalance()}`)}}async waitForOptimizationIfAllLeavesMayChange(){if(!this.optimizationInProgress||0===this.getOptimizationLockedBalance())return;const A=this.getOptimizationLockedBalance();for(this.debug("executeWithAllLeaves",`waiting for optimization available=${this.getAvailableBalance()} optimizationLocked=${A}`);this.optimizationInProgress&&this.getOptimizationLockedBalance()>0;)if(!await this.waitForOptimizationUpdate())return}async waitForOptimizationUpdate(){return!this.optimizationInProgress||await new Promise(A=>{let I=!1;const g=g=>{I||(I=!0,clearTimeout(B),this.optimizationWaiters.delete(C),A(g))},C=()=>g(!0),B=setTimeout(()=>g(!1),15e3);B.unref?.(),this.optimizationWaiters.add(C)})}notifyOptimizationWaiters(){const A=[...this.optimizationWaiters];this.optimizationWaiters.clear();for(const I of A)I()}selectLeavesReadOnly(A){const I=[...this.getAvailableLeaves()].sort((A,I)=>I.value-A.value),g=[];let C=0;for(const B of I){if(C>=A)break;C+=B.value,g.push(B)}return g}async selectLeavesWithSwap(A){let I;const g=await this.leavesMutex.acquire();try{const[g,C]=this.selectLeaves(A);if(C){const A=Object.values(g).flat();return this.transition(A.map(A=>A.id),Ou.LOCAL_LOCKED),g}const B=A.reduce((A,I)=>A+I,0);I=this.determineLeavesToSwap(B),this.transition(I.map(A=>A.id),Ou.LOCAL_LOCKED)}finally{g()}const C=I.map(A=>A.id);let B;try{B=await this.swapService.requestLeavesSwap({leaves:I,targetAmounts:A,onSwapInitiated:async()=>{await this.leavesMutex.runExclusive(()=>{this.transition(C,Ou.SWAP_PENDING)})},registerSwapTransferId:A=>{this.updateLeavesSource(C,{kind:"swap",swapId:A})}})}catch(A){throw this.restoreLocalLockedToAvailable(C),A}try{const A=B,I=await this.checkRenewLeaves(A);I.length===A.length?B=I:this.logger.warn(`checkRenewLeaves returned fewer leaves after swap, caching originals. before=${A.length} after=${I.length}`)}catch(A){this.logger.warn(`checkRenewLeaves failed after swap, caching original leaves. Error: ${A instanceof Error?A.message:String(A)}`)}return await this.leavesMutex.runExclusive(()=>{this.transition(C,Ou.SPENT);for(const A of B)this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"none"}});const[I,g]=this.selectLeaves(A);if(!g)throw this.emitBalanceUpdate(),new Error("Failed to select leaves for the target amounts after swap");const i=Object.values(I).flat();return this.transition(i.map(A=>A.id),Ou.LOCAL_LOCKED),I})}selectLeaves(A){const I=[...this.getAvailableLeaves()].sort((A,I)=>I.value-A.value),g=A.map((A,I)=>({amount:A,i:I}));g.sort((A,I)=>A.amount-I.amount);const C=new Set,B=Array.from({length:A.length});let i=0;for(const{amount:A,i:Q}of g){const g=[];let e=0;for(const B of I)C.has(B.id)||A-e>=B.value&&(e+=B.value,g.push(B),C.add(B.id));i+=e,B[Q]=g}const Q={};for(let I=0;I<A.length;I++)Q[I]=B[I]??[];return[Q,i===A.reduce((A,I)=>A+I,0)]}determineLeavesToSwap(A){const I=[...this.getAvailableLeaves()].sort((A,I)=>A.value-I.value);let g=0;const C=[];for(const B of I){if(g>=A)break;g+=B.value,C.push(B)}if(g<A)throw new Error("Not enough leaves to swap for the target amount");return C}logOptimizeLeaves(A){this.log("optimizeLeaves",A)}async autoOptimizeIfNeeded(){try{if(!this.config.getOptimizationOptions().auto)return;const A=this.getLeavesByStatus(Ou.AVAILABLE);if(!function(A,I=1,g=64){if(0==I){const I=Wu(A,g),C=Yu(I.map(A=>A.inLeaves.length));return 5*Yu(I.map(A=>A.outLeaves.length))<C}{const C=Pu(A,I,g),B=Vu(C.flatMap(A=>A.inLeaves)),i=Vu(C.flatMap(A=>A.outLeaves));return Math.abs(B.size-i.size)>2}}(A.map(A=>A.value),this.config.getOptimizationOptions().multiplicity??0))return void this.debug("autoOptimizeIfNeeded",`No optimization needed for ${A.length} leaves`);if(!this.onAutoOptimize)return;this.debug("autoOptimizeIfNeeded",`Optimizing leaves for ${A.length} leaves`),await this.onAutoOptimize()}catch{}}async*optimizeLeaves(A=void 0){const I=A??this.config.getOptimizationOptions().multiplicity??0;if(I<0)throw new Wd("Multiplicity cannot be negative");if(I>5)throw new Wd("Multiplicity cannot be greater than 5");if(this.debug("optimizeLeaves",`Starting optimization with multiplicity ${I}`),this.optimizationInProgress)return void this.debug("optimizeLeaves","Optimization already in progress");const g=new AbortController;let C=!1,B=[],i=await this.leavesMutex.acquire();try{if(this.optimizationInProgress)return void this.debug("optimizeLeaves","Second check under lock — Optimization already in progress");this.optimizationInProgress=!0,C=!0;const A=this.getAvailableLeaves(),Q=function(A,I=1,g=64){return 0==I?Wu(A,g):Pu(A,I,g)}(A.map(A=>A.value),I);if(0===Q.length)return void this.debug("optimizeLeaves",`No swaps needed for ${A.length} leaves`);this.debug("optimizeLeaves",`Planned ${Q.length} swap(s) inputLeafCount=${Q.reduce((A,I)=>A+I.inLeaves.length,0)} outputLeafCount=${Q.reduce((A,I)=>A+I.outLeaves.length,0)}`),this.logOptimizeLeaves(`Planned ${Q.length} swap(s): ${JSON.stringify(Q.map(A=>({in:A.inLeaves,out:A.outLeaves})))}`);const e=new Map;for(const I of A){let A=e.get(I.value);A||(A=[],e.set(I.value,A)),A.push(I)}B=[];for(const A of Q){const I=[];for(const g of A.inLeaves){const A=e.get(g);A&&A.length>0&&I.push(A.shift())}B.push({leavesToSend:I,outLeaves:A.outLeaves}),this.logOptimizeLeaves(`Batch ${B.length}: LOCAL_LOCKED ${I.length} leaves (${I.reduce((A,I)=>A+I.value,0)} sats) ids=[${I.map(A=>A.id).join(",")}]`),this.transition(I.map(A=>A.id),Ou.LOCAL_LOCKED);for(const A of I)this.optimizationLockedLeafIds.add(A.id)}i(),i=void 0,yield{step:0,total:B.length,controller:g};for(let A=0;A<B.length;A++){const I=B[A];if(g.signal.aborted)break;const C=I.leavesToSend.map(A=>A.id),i=I.leavesToSend.reduce((A,I)=>A+I.value,0);try{this.logOptimizeLeaves(`Requesting swap ${A+1} of ${B.length}: ${i} sats, ids=[${C.join(",")}] -> [${I.outLeaves.join(",")}]`);const g=await this.swapService.requestLeavesSwap({leaves:I.leavesToSend,targetAmounts:I.outLeaves,onSwapInitiated:async()=>{this.logOptimizeLeaves(`Swap ${A+1} initiated. Transitioning leaves to SWAP_PENDING: ${i} sats`),await this.leavesMutex.runExclusive(()=>{this.transition(C,Ou.SWAP_PENDING)})},registerSwapTransferId:A=>{this.updateLeavesSource(C,{kind:"swap",swapId:A})}});await this.leavesMutex.runExclusive(()=>{this.logOptimizeLeaves(`Swap ${A+1} completed. SPENT ${i} sats ids=[${C.join(",")}], received ${g.length} leaves (${g.reduce((A,I)=>A+I.value,0)} sats) ids=[${g.map(A=>A.id).join(",")}]`),this.transition(C,Ou.SPENT);for(const A of C)this.optimizationLockedLeafIds.delete(A);for(const A of g)this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"none"}});this.emitBalanceUpdate(),this.notifyOptimizationWaiters(),this.logOptimizeLeaves(`Post-swap balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()}`)})}catch(I){const g=I instanceof Error?I.message:"unknown";this.logOptimizeLeaves(`Error requesting swap ${A+1} of ${B.length}: ${g}. Restoring ids=[${C.join(",")}]`),this.restoreLocalLockedToAvailable(C);for(let I=A+1;I<B.length;I++){const A=B[I].leavesToSend.map(A=>A.id);this.logOptimizeLeaves(`Restoring remaining batch ${I+1} ids=[${A.join(",")}]`),this.restoreLocalLockedToAvailable(A)}throw I}yield{step:A+1,total:B.length,controller:g}}}finally{if(C){if(this.optimizationInProgress=!1,B.length>0){for(const A of B){const I=A.leavesToSend.map(A=>A.id);this.logOptimizeLeaves(`Cleanup: restoring batch ids=[${I.join(",")}]`),this.restoreLocalLockedToAvailable(I)}this.optimizationLockedLeafIds.clear(),this.emitBalanceUpdate()}this.logOptimizeLeaves(`Optimization complete. Final balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()}`),this.notifyOptimizationWaiters()}i?.()}}transition(A,I,g){for(const C of A){const A=this.leaves.get(C);A&&Xu[A.status].includes(I)&&(I!==Ou.SPENT?(A.status=I,void 0!==g?.source&&(A.source=g.source)):this.leaves.delete(C))}}updateLeavesSource(A,I){for(const g of A){const A=this.leaves.get(g);A&&A.status!==Ou.AVAILABLE&&(A.source=I)}}async checkRenewLeaves(A){const I=[],g=[],C=[],B=[],i=[];for(const Q of A)try{const A=dh(Q.nodeTx),e=dh(Q.refundTx);if(!A.inputsLength)throw new Wd("Invalid node transaction",{field:"inputsLength",value:A.inputsLength,expected:"Non-zero inputs length"});if(!e.inputsLength)throw new Wd("Invalid refund transaction",{field:"inputsLength",value:e.inputsLength,expected:"Non-zero inputs length"});const E=A.getInput(0).sequence,t=e.getInput(0).sequence;if(void 0===E)throw new Wd("Invalid node transaction",{field:"sequence",value:A.getInput(0),expected:"Non-null sequence"});if(void 0===t)throw new Wd("Invalid refund transaction",{field:"sequence",value:e.getInput(0),expected:"Non-null sequence"});bh(t)?(Jh(E)?C.push(Q):bh(E)?I.push(Q):g.push(Q),B.push(Q.id)):i.push(Q)}catch(A){this.logger.warn(`checkRenewLeaves validation failed for node ${Q.id}. Error: ${A instanceof Error?A.message:String(A)}`)}if(0===I.length&&0===g.length&&0===C.length)return i;const Q=await this.queryNodes({source:{$case:"nodeIds",nodeIds:{nodeIds:B}},includeParents:!0,network:this.config.getNetworkProto(),statuses:[]}),e=new Map;for(const A of Object.values(Q.nodes))e.set(A.id,A);return await Promise.all([...I.map(async A=>{try{const I=this.requireParentNode(A,e),g=await this.transferService.renewNodeTxn(A,I);i.push(g)}catch(I){this.logger.warn(`renewNodeTxn failed for node ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`)}}),...g.map(async A=>{try{const I=this.requireParentNode(A,e),g=await this.transferService.renewRefundTxn(A,I);i.push(g)}catch(I){this.logger.warn(`renewRefundTxn failed for node ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`)}}),...C.map(async A=>{try{const I=await this.transferService.renewZeroTimelockNodeTxn(A);i.push(I)}catch(I){this.logger.warn(`renewZeroTimelockNodeTxn failed for node ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`)}})]),i}requireParentNode(A,I){if(!A.parentNodeId)throw new Error(`node ${A.id} has no parent`);const g=I.get(A.parentNodeId);if(!g)throw new Error(`parent node ${A.parentNodeId} not found`);return g}async queryNodes(A,I,g=100){const C=I??this.config.getCoordinatorAddress(),B={};let i=0;for(;;){const I=await(await this.connectionManager.createSparkClient(C)).query_nodes({...A,limit:g,offset:i});if(Object.assign(B,I.nodes??{}),Object.keys(I.nodes??{}).length<g||"nodeIds"===A.source?.$case)return{nodes:B,offset:I.offset};i+=g}}async getAllPendingSwaps(){const A=A=>A.leaves.flatMap(I=>I.leaf?[{leaf:I.leaf,transferId:A.id}]:[]),[I,g]=await Promise.all([this.paginateTransfers(A=>this.transferService.queryPrimarySwapTransfers(A),A),this.paginateTransfers(A=>this.transferService.queryCounterSwapTransfers(A),A)]);return[...I,...g]}async getAllPendingOutgoingTransfers(){return this.paginateTransfers(A=>this.transferService.queryPendingOutgoingTransfers(A),A=>A.leaves.flatMap(I=>I.leaf?[{leaf:I.leaf,transferId:A.id}]:[]))}async paginateTransfers(A,I){const g=[];let C=0,B=-1;do{const i=await A({limit:100,offset:C});for(const A of i.transfers)g.push(...I(A));if(i.transfers.length<100)break;if(i.offset===B)break;B=i.offset,C=i.offset}while(C>=0);return g}async recoverLeaves(A,I){const g=await this.config.signer.getIdentityPublicKey(),C=A.map(A=>({leaf:A,keyDerivation:I,newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:g})),B=await this.transferService.sendTransferWithKeyTweaks(C),i=await this.transferService.queryTransfer(B.id);return i?await this.transferService.claimTransfer(i):[]}verifyKey(A,I,g){return Pi(function(A,I){if(33!==A.length||33!==I.length)throw new Wd("Public keys must be 33 bytes",{field:"publicKeys",value:`a: ${A.length}, b: ${I.length}`,expected:33});const g=ie.Point.fromHex(A),C=ie.Point.fromHex(I);return g.add(C).toBytes(!0)}(A,I),g)}isLeafConsistent(A,I){return!!I&&A.status===I.status&&!!A.signingKeyshare&&!!I.signingKeyshare&&Pi(A.signingKeyshare.publicKey,I.signingKeyshare.publicKey)&&Pi(A.nodeTx,I.nodeTx)}restoreLocalLockedToAvailable(A){let I=!1;for(const g of A){const A=this.leaves.get(g);A?.status===Ou.LOCAL_LOCKED&&(A.status=Ou.AVAILABLE,A.source={kind:"none"},I=!0)}I&&this.emitBalanceUpdate()}isStaleLeafError(A){if(!(A instanceof Error))return!1;const I=A.message.toLowerCase();return I.includes("not available to transfer")||I.includes("not owned by")||I.includes("leaf is unavailable")||I.includes("leaf is not available")}getLeavesByStatus(A){const I=[];for(const g of this.leaves.values())g.status===A&&I.push(g.treeNode);return I}},AN=class{config;connectionManager;signingService;logger;constructor(A,I,g,C=Mk.fromConfig(A)){this.config=A,this.connectionManager=I,this.signingService=g,this.logger=C.logger("LightningService"),C.wrapPrototypeMethods("LightningService",this)}async createLightningInvoice({invoiceCreator:A,amountSats:I,memo:g,receiverIdentityPubkey:C,descriptionHash:B}){const i=vi(Vi(Rd().getRandomValues(new Uint8Array(32)))%ie.CURVE.n,32);return await this.createLightningInvoiceWithPreImage({invoiceCreator:A,amountSats:I,memo:g,preimage:i,receiverIdentityPubkey:C,descriptionHash:B})}async createLightningInvoiceWithPreImage({invoiceCreator:A,amountSats:I,memo:g,preimage:C,receiverIdentityPubkey:B,descriptionHash:i}){const Q=Ya(C),e=await A(I,Q,g,B,i);if(!e)throw new Wd("Failed to create lightning invoice",{field:"invoice",value:null,expected:"Non-null invoice"});const E=this.config.getSigningOperators(),t=await this.config.signer.splitSecretWithProofs({secret:C,curveOrder:ie.CURVE.n,threshold:this.config.getThreshold(),numShares:Object.keys(E).length}),o=fd(),n={};for(const[A,I]of Object.entries(E)){const g=t[I.id];if(!g)throw new Wd("Share not found for operator",{field:"share",value:I.id,expected:"Non-null share"});const C={secretShare:g.share,proofs:g.proofs},B=uI.encode(C).finish(),i=await o.encryptEcies(B,JB(I.identityPublicKey));n[A]=Uint8Array.from(i)}const a=e.invoice.encodedInvoice,s=this.config.getThreshold(),r=B?JB(B):await this.config.signer.getIdentityPublicKey(),c=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{await c.store_preimage_share_v2({paymentHash:Q,encryptedPreimageShares:n,threshold:s,invoiceString:a,userIdentityPublicKey:r})}catch(A){throw new xd("Failed to store preimage shares",{operation:"store_preimage_share_v2",error:A})}return e}async swapNodesForPreimage({leaves:A,receiverIdentityPubkey:I,paymentHash:g,invoiceString:C,isInboundPayment:B,feeSats:i=0,amountSatsToSend:Q,expiryTime:e,startTransferRequest:E,transferID:t,idempotencyKey:o}){const n=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let a;try{a=await n.get_signing_commitments({nodeIds:A.map(A=>A.leaf.id),count:3})}catch(A){throw new xd("Failed to get signing commitments",{operation:"get_signing_commitments",error:A})}const{cpfpLeafSigningJobs:s,directLeafSigningJobs:r,directFromCpfpLeafSigningJobs:c}=await this.signingService.signRefunds(A,a.signingCommitments.slice(0,A.length),a.signingCommitments.slice(A.length,2*A.length),a.signingCommitments.slice(2*A.length)),D=t||Fa();let w="",d=0;if(C){const A=Mu(C);let I=0;try{I=Number(A.amountMSats)}catch(A){this.logger.error(`Error decoding invoice: ${A instanceof Error?A.message:String(A)}`)}const g=!I;if(g&&void 0===Q)throw new Wd("Invalid amount. User must specify amountSatsToSend for 0 amount lightning invoice",{field:"amountSatsToSend",value:Q,expected:"positive number"});if(d=g?Q:Math.ceil(I/1e3),isNaN(d)||d<=0)throw new Wd("Invalid amount",{field:"amountSats",value:d,expected:"greater than 0"});w=C}const h=B?nA.REASON_RECEIVE:nA.REASON_SEND;let y;try{y=await n.initiate_preimage_swap_v3({paymentHash:g,invoiceAmount:{invoiceAmountProof:{bolt11Invoice:w},valueSats:d},reason:h,transfer:{transferId:D,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),leavesToSend:s,directLeavesToSend:E?void 0:r,directFromCpfpLeavesToSend:E?void 0:c,receiverIdentityPublicKey:I,expiryTime:e},receiverIdentityPublicKey:I,feeSats:i,transferRequest:E},o?Wh(o):void 0)}catch(A){throw new xd("Failed to initiate preimage swap",{operation:"initiate_preimage_swap_v3",error:A})}return y}async queryUserSignedRefunds(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let g;try{g=await I.query_user_signed_refunds({paymentHash:A,identityPublicKey:await this.config.signer.getIdentityPublicKey()})}catch(A){throw new xd("Failed to query user signed refunds",{operation:"query_user_signed_refunds",error:A})}return g.userSignedRefunds}validateUserSignedRefund(A){return dh(A.refundTx).getOutput(0).amount||0n}async providePreimage(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),g=Ya(A);let C;try{C=await I.provide_preimage({preimage:A,paymentHash:g,identityPublicKey:await this.config.signer.getIdentityPublicKey()})}catch(A){throw new xd("Failed to provide preimage",{operation:"provide_preimage",error:A})}if(!C.transfer)throw new Wd("No transfer returned from coordinator",{field:"transfer",value:C,expected:"Non-null transfer"});return C.transfer}},IN=class{logger;constructor(A,I,g,C=Mk.fromConfig(A)){this.config=A,this.transferService=I,this.sspClient=g,this.logger=C.logger("SwapService"),C.wrapPrototypeMethods("SwapService",this)}async requestLeavesSwap({leaves:A,targetAmounts:I,onSwapInitiated:g,registerSwapTransferId:C}){if(this.validateSwapInputs(A,I),A.length<=64)return await this.executeSingleSwap(A,I,g,C);const B=function(A){const I=[];for(let g=0;g<A.length;g+=64)I.push(A.slice(g,g+64));return I}([...A].sort((A,I)=>I.value-A.value)),i=this.distributeTargetAmounts(I,B),Q=[];for(let A=0;A<B.length;A++){const I=B[A],e=i[A];if(void 0===I||void 0===e||0===e.length)continue;const E=await this.executeSingleSwap(I,e,g,C);Q.push(...E)}return Q}distributeTargetAmounts(A,I){const g=I.map(()=>[]),C=I.map(A=>A.reduce((A,I)=>A+I.value,0)),B=[...A].sort((A,I)=>I-A);for(const i of B){let B=!1;for(let A=0;A<I.length;A++){const I=C[A],Q=g[A];if(void 0!==I&&void 0!==Q&&I>=i){Q.push(i),C[A]-=i,B=!0;break}}if(!B)throw new Wd(`Target amount ${i} could not be assigned to any batch`,{field:"targetAmounts",value:A,expected:`a batch with at least ${i} remaining capacity`})}return g}async executeSingleSwap(A,I,g,C){this.validateSwapInputs(A,I);const B=jB(this.config.getSspIdentityPublicKey()),i=A.map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:B})),Q=Fa();C?.(Q);const{swapTransfer:e,adaptorPubkey:E,adaptorAddedSignatureMap:t}=await this.transferService.sendSwapTransfer(i,Q);if(await(g?.(A.map(A=>A.id))),!e.transfer)throw new Wd("Transfer is missing in swap response",{field:"transfer",value:e.transfer,expected:"not null"});if(e.transfer.leaves.some(A=>!A.leaf))throw new Wd("Leaf is missing in swap response",{field:"leaves",value:e.transfer.leaves,expected:"not null"});const o=e.transfer;try{const g=[];for(let A=0;A<o.leaves.length;A++){const I=o.leaves[A];if(!I?.leaf)throw this.logger.error(`executeSingleSwap: Leaf ${A+1} is missing`),new Error("Failed to get leaf");const C=t.get(I.leaf.id);if(!C)throw new Error("Adaptor added signature not found");g.push({leaf_id:I.leaf.id,raw_unsigned_refund_transaction:XB(I.intermediateRefundTx),direct_raw_unsigned_refund_transaction:XB(I.intermediateDirectRefundTx),direct_from_cpfp_raw_unsigned_refund_transaction:XB(I.intermediateDirectFromCpfpRefundTx),adaptor_added_signature:XB(C),direct_adaptor_added_signature:XB(C),direct_from_cpfp_adaptor_added_signature:XB(C)})}const C=await this.sspClient.requestLeavesSwap({userLeaves:g,adaptorPubkey:XB(E),targetAmountSats:I,totalAmountSats:A.reduce((A,I)=>A+I.value,0),feeSats:0,userOutboundTransferExternalId:o.id});if(!C||!C.swapLeaves||0===C.swapLeaves.length||C.status===Te.FAILED||!C.inboundTransfer?.sparkId)throw this.logger.error("executeSingleSwap: Leave swap request returned null"),new Error("Failed to request leaves swap. Request failed.");const B=await this.transferService.queryTransfer(C.inboundTransfer.sparkId);if(!B)throw this.logger.error("executeSingleSwap: No incoming transfer found"),new Error("Failed to get incoming transfer");return await this.transferService.claimTransfer(B)}catch(A){this.logger.error(`executeSingleSwap: Error details: message=${A instanceof Error?A.message:String(A)} stack=${A instanceof Error?A.stack:void 0}`);const I=A instanceof Error?A.message:"unknown error";throw new Error(`Failed to request leaves swap: ${I}`,{cause:A})}}validateSwapInputs(A,I){if(0===I.length)throw new Wd("Target amounts must be non-empty",{field:"targetAmounts",value:I});const g=I.reduce((A,I)=>A+I,0),C=A.reduce((A,I)=>A+I.value,0);if(g>C)throw new Wd("Total target amount exceeds leaves value",{field:"targetAmounts",value:g,expected:`less than or equal to ${C}`});if(I&&I.some(A=>A<=0))throw new Wd("specified targetAmount must be positive",{field:"targetAmounts",value:I,expected:"positive"});if(I.some(A=>!Number.isSafeInteger(A)))throw new Wd("targetAmount must be less than 2^53",{field:"targetAmounts",value:I,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(A.length>64){const g=[...A].sort((A,I)=>I.value-A.value).slice(0,64).reduce((A,I)=>A+I.value,0),C=Math.max(...I);if(C>g)throw new Wd(`Target amount ${C} exceeds maximum batch capacity ${g}`,{field:"targetAmounts",value:C,expected:`less than or equal to ${g}`})}}},gN=class{availableOutputs=new Map;localPendingMap=new Map;serverPendingMap=new Map;mutex=new ld;lockExpiryMs;logger;constructor(A=3e4,I=Mk.disabled()){this.lockExpiryMs=A,this.logger=I.logger("TokenOutputManager"),I.wrapPrototypeMethods("TokenOutputManager",this)}async setOutputs(A,I){await this.mutex.runExclusive(()=>{const g=new Map,C=new Map;for(const[I,B]of A){const A=[],i=[];for(const I of B)I.output?.status===rE.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND?(i.push(I),I.output?.id&&this.localPendingMap.delete(I.output.id)):I.output?.status===rE.TOKEN_OUTPUT_STATUS_AVAILABLE&&A.push(I);A.length>0&&g.set(I,A),i.length>0&&C.set(I,i)}if(I&&I.length>0)for(const A of I){const I=g.get(A);I&&I.length>0?this.availableOutputs.set(A,[...I]):this.availableOutputs.delete(A);const B=C.get(A);B&&B.length>0?this.serverPendingMap.set(A,[...B]):this.serverPendingMap.delete(A)}else this.availableOutputs=new Map([...g.entries()].map(([A,I])=>[A,[...I]])),this.serverPendingMap=new Map([...C.entries()].map(([A,I])=>[A,[...I]]))})}async getPendingOutboundOutputs(A){return await this.mutex.runExclusive(()=>{const I=this.serverPendingMap.get(A)??[],g=this.availableOutputs.get(A)??[],C=new Set(this.localPendingMap.keys());return[...I,...g.filter(A=>{const I=A.output?.id;return null!=I&&C.has(I)})]})}async getAvailableOutputs(A){return await this.mutex.runExclusive(()=>[...this.availableOutputs.get(A)??[]])}async hasTokenIdentifier(A){return await this.mutex.runExclusive(()=>this.availableOutputs.has(A)||this.serverPendingMap.has(A))}async getTokenIdentifiers(){return await this.mutex.runExclusive(()=>this.getAllKeys())}async entries(){return await this.mutex.runExclusive(()=>[...this.availableOutputs.entries()])}async acquireOutputs(A,I,g){return await this.mutex.runExclusive(()=>(this.cleanupExpiredLocks(),this.acquireOutputsInternal([{tokenIdentifier:A,selector:A=>I(A)}],Number.MAX_SAFE_INTEGER,g,"single").get(A)??[]))}async acquireOutputsBatch(A,I,g){return await this.mutex.runExclusive(()=>(this.cleanupExpiredLocks(),this.acquireOutputsInternal(A,I,g,"batch")))}async lockOutputs(A,I){await this.mutex.runExclusive(()=>{const g=Date.now();for(const C of A){const A=C.output.id;this.localPendingMap.set(A,{lockedAt:g,operationId:I})}})}async lockOutputsByIds(A,I){await this.mutex.runExclusive(()=>{const g=Date.now();for(const C of A)this.localPendingMap.set(C,{lockedAt:g,operationId:I})})}async isLocked(A){return await this.mutex.runExclusive(()=>(this.cleanupExpiredLocks(),this.localPendingMap.has(A)))}async isEmpty(){return await this.mutex.runExclusive(()=>0===this.availableOutputs.size&&0===this.serverPendingMap.size)}async size(){return await this.mutex.runExclusive(()=>this.getAllKeys().length)}async clear(){await this.mutex.runExclusive(()=>{this.availableOutputs.clear(),this.serverPendingMap.clear(),this.localPendingMap.clear()})}getUnlockedOutputsInternal(A){return(this.availableOutputs.get(A)??[]).filter(A=>!this.localPendingMap.has(A.output.id))}acquireOutputsInternal(A,I,g,C){if(I<=0||0===A.length)return new Map;const B=new Map,i=new Set;let Q=I;for(const I of A){if(Q<=0)break;const A=this.getUnlockedOutputsInternal(I.tokenIdentifier),g=I.selector(A,Q);if(0===g.length)continue;if("batch"===C&&g.length>Q){this.throwRemainingCapacityExceeded(I.tokenIdentifier,g.length,Q);continue}const e=new Set(A.map(A=>A.output.id));for(const A of g){const g=A.output.id;e.has(g)||this.throwInvalidSelectedOutput(g,I.tokenIdentifier,C),"batch"===C&&i.has(g)&&this.throwDuplicateSelectedOutput(g,I.tokenIdentifier),i.add(g)}B.set(I.tokenIdentifier,g),"batch"===C&&(Q-=g.length)}if(0===i.size)return new Map;const e=Date.now();for(const A of i)this.localPendingMap.set(A,{lockedAt:e,operationId:g});return B}throwRemainingCapacityExceeded(A,I,g){throw new Wd(`Selector for token ${A} exceeded remaining capacity`,{field:"selectedOutputs",value:I,expected:`Less than or equal to remaining capacity (${g})`,tokenIdentifier:A})}throwInvalidSelectedOutput(A,I,g){if("single"===g)throw new Error(`Selected output ${A} is not in the available set`);throw new Wd(`Selected output ${A} is not in the available set for token ${I}`,{field:"selectedOutputs",value:A,expected:"Output ID from the token's available unlocked set",tokenIdentifier:I})}throwDuplicateSelectedOutput(A,I){throw new Wd(`Selected output ${A} was selected more than once`,{field:"selectedOutputs",value:A,expected:"Each selected output ID must be unique in the batch",tokenIdentifier:I})}cleanupExpiredLocks(){const A=Date.now();for(const[I,g]of this.localPendingMap)A-g.lockedAt>this.lockExpiryMs&&this.localPendingMap.delete(I)}getAllKeys(){return Array.from(new Set([...this.availableOutputs.keys(),...this.serverPendingMap.keys()]))}},CN=class A extends kd{static instances=new Map;static initMutexes=new Map;singletonKey=null;disposed=!1;config;connectionManager;coopExitService;depositService;lightningService;signingService;sspClient=null;tokenTransactionService;transferService;swapService;leafManager;logger;logging;claimTransferMutex=new ld;claimTransfersInterval=null;periodicClaimTransfersInProgress=!1;mutexes=new Map;sparkAddress;streamController=null;tokenSyncDebounceTimer=null;tokenSyncPendingIds=new Set;tokenSyncPendingTransactions=[];tokenOptimizationInProgress=!1;tokenOptimizationInterval=null;tokenOutputManager;tokenMetadata=new Map;constructor(A,I){super(),this.config=new du(A,I||new kk);const g=this.config.getEvents();Object.keys(g).length>0&&Object.entries(g).forEach(([A,I])=>{this.on(A,I)}),this.logging=Mk.fromConfig(this.config),this.logger=this.logging.logger("SparkWallet"),this.connectionManager=this.buildConnectionManager(this.config,this.logging),this.signingService=new Kk(this.config,this.logging),this.depositService=new Ju(this.config,this.connectionManager,this.logging),this.transferService=new xk(this.config,this.connectionManager,this.signingService,this.logging),this.tokenTransactionService=new bk(this.config,this.connectionManager,this.logging),this.tokenOutputManager=new gN(this.config.getTokenOutputLockExpiryMs(),this.logging),this.lightningService=new AN(this.config,this.connectionManager,this.signingService,this.logging),this.coopExitService=new mu(this.config,this.connectionManager,this.signingService,this.logging),this.sspClient=new Ru(this.config,{logging:this.logging}),this.swapService=new IN(this.config,this.transferService,this.sspClient,this.logging),this.leafManager=new $u(this.config,this.swapService,this.transferService,this.connectionManager,A=>{this.emit("balance:update",{available:BigInt(A.available),owned:BigInt(A.owned),incoming:BigInt(A.incoming)})},async()=>{for await(const A of this.optimizeLeaves());},this.logging),this.wrapPublicMethods()}async updateLoggerContextWithIdentityPrefix(){try{const A=await this.config.signer.getIdentityPublicKey(),I=Array.from(A).map(A=>A.toString(16).padStart(2,"0")).join("").slice(0,8);this.logging.setInstanceSuffix(I)}catch{}}static async initialize({mnemonicOrSeed:I,accountNumber:g,signer:C,options:B={}}){let i;try{i=new this(B,C)}catch(I){throw await A.handlePublicMethodError(I)}const Q=await A.wrapMethod("initialize",()=>i.initWallet(I,g,B),i)();return i.flushPendingMethodLogs(),Q}static getInitMutex(I){let g=A.initMutexes.get(I);return g||(g=new ld,A.initMutexes.set(I,g)),g}static async getOrCreateWallet({mnemonicOrSeed:I,accountNumber:g,signer:C,options:B={},forceReinit:i}){let Q;try{Q=new this(B,C)}catch(I){throw await A.handlePublicMethodError(I)}const e=await A.wrapMethod("getOrCreateWallet",async()=>{let C,e;if(!B.signerWithPreExistingKeys){const A=await Q.resolveSeedAndMnemonic(I,g);e=A.seed,C=A.mnemonic,g=A.accountNumber,await Q.config.signer.createSparkWalletFromSeed(e,g)}const E=KB(await Q.config.signer.getIdentityPublicKey());return A.getInitMutex(E).runExclusive(async()=>{const t=A.instances.get(E);if(t&&!t.disposed){if(!i)return await Q.cleanup(),{wallet:t,mnemonic:C};await t.cleanup()}const o=await Q.initWallet(e??I,g,B);return Q.singletonKey=E,A.instances.set(E,Q),{...o,mnemonic:C}})},Q)();return Q.flushPendingMethodLogs(),e}async createClientsAndSyncWallet(){await this.updateLoggerContextWithIdentityPrefix(),this.logDebug("createClientsAndSyncWallet",`initializing network=${this.config.getNetworkType()} coordinator=${Dy(this.config.getCoordinatorAddress())} signingOperators=${Object.keys(this.config.getSigningOperators()).length}`),await this.connectionManager.createClients(),await this.leafManager.initialize(),Jd?this.startPeriodicClaimTransfers():this.setupBackgroundStream(),await this.syncWallet(),this.logDebug("createClientsAndSyncWallet","initial wallet sync complete"),this.config.getTokenOptimizationOptions()?.enabled&&this.startPeriodicTokenOptimization()}logEvent(A){this.logger.trace(A)}logDebug(A,I){this.logger.debug(`${A}: ${I}`)}logStream(A){this.logger.trace(`setupBackgroundStream: ${A}`)}logStreamDebug(A){this.logDebug("setupBackgroundStream",A)}getSspClient(){if(!this.sspClient)throw new Td("SSP client not initialized",{configKey:"sspClient"});return this.sspClient}async handleStreamEvent({event:A}){try{if(EN(A)&&A.receiverTransfer.transfer.type!==x.COUNTER_SWAP&&A.receiverTransfer.transfer.type!==x.COUNTER_SWAP_V3){const I=A.receiverTransfer.transfer,g=A.receiverTransfer.traceId;g&&this.logEvent(`handleStreamEvent: Receiver transfer ${I.id} traceId=${g}`);const{senderIdentityPublicKey:C,receiverIdentityPublicKey:B}=I,i=Pi(C,B);if(this.logEvent(`handleStreamEvent: Receiver transfer: id=${I.id} type=${I.type} status=${I.status} totalValue=${I.totalValue} leaves=${I.leaves.length} selfTransfer=${i}`),!i){const A=I.leaves.map(A=>A.leaf).filter(A=>!!A);A.length>0&&(this.logEvent(`handleStreamEvent: Receiver transfer ${I.id}: adding ${A.length} incoming leaves (${A.reduce((A,I)=>A+I.value,0)} sats) ids=[${A.map(A=>A.id).join(",")}]`),await this.leafManager.addIncomingLeaves(A,I.id)),await this.claimTransfer({transfer:I,emit:!0})}}else if(!EN(A)||A.receiverTransfer.transfer.type!==x.COUNTER_SWAP&&A.receiverTransfer.transfer.type!==x.COUNTER_SWAP_V3){if(function(A){return Boolean("senderTransfer"===A?.$case&&A.senderTransfer.transfer)}(A)){const I=A.senderTransfer.transfer;A.senderTransfer.traceId&&this.logEvent(`handleStreamEvent: Sender transfer ${I.id} traceId=${A.senderTransfer.traceId}`);const g=I.leaves.flatMap(A=>A.leaf?[A.leaf.id]:[]);this.logEvent(`handleStreamEvent: Sender transfer: id=${I.id} type=${I.type} status=${I.status} totalValue=${I.totalValue} leafIds=[${g.join(",")}]`),await this.leafManager.handleTransferEvent(I)}else if(function(A){return Boolean("deposit"===A?.$case&&A.deposit.deposit)}(A)){const I=A.deposit.deposit;A.deposit.traceId&&this.logEvent(`handleStreamEvent: Deposit ${I.id} traceId=${A.deposit.traceId}`),this.logEvent(`handleStreamEvent: Deposit: id=${I.id} status=${I.status} value=${I.value}`);const g=await this.leafManager.handleDepositEvent(I);"AVAILABLE"===I.status&&g&&this.emit("deposit:confirmed",I.id,BigInt(this.leafManager.getAvailableBalance()))}else if(function(A){return Boolean("tokenTransaction"===A?.$case&&A.tokenTransaction.tokenTransactionHash)}(A)){const I=A.tokenTransaction,g=(I.tokenIdentifiers??[]).map(A=>sk({tokenIdentifier:A,network:this.config.getNetworkType()}));this.scheduleTokenSync(g,{tokenTransactionHash:I.tokenTransactionHash,tokenIdentifiers:g,sparkInvoices:I.sparkInvoices??[]})}}else{const I=A.receiverTransfer.transfer,g=I.leaves.flatMap(A=>A.leaf?[A.leaf.id]:[]);this.logEvent(`handleStreamEvent: Counter-swap receiver transfer (skipped): id=${I.id} type=${I.type} status=${I.status} totalValue=${I.totalValue} leafIds=[${g.join(",")}]`)}}catch(A){this.logger.error(`Error processing event: ${A instanceof Error?A.message:String(A)}`)}}scheduleTokenSync(A,I){for(const I of A)this.tokenSyncPendingIds.add(I);this.tokenSyncPendingTransactions.push(I),this.logDebug("scheduleTokenSync",`queued token sync ids=${A.length} pendingIds=${this.tokenSyncPendingIds.size} pendingTransactions=${this.tokenSyncPendingTransactions.length}`),this.tokenSyncDebounceTimer&&clearTimeout(this.tokenSyncDebounceTimer),this.tokenSyncDebounceTimer=setTimeout(()=>{this.flushTokenSync()},200)}async flushTokenSync(){const A=[...this.tokenSyncPendingIds],I=[...this.tokenSyncPendingTransactions];this.tokenSyncPendingIds.clear(),this.tokenSyncPendingTransactions=[],this.tokenSyncDebounceTimer=null;try{this.logDebug("flushTokenSync",`flushing token sync ids=${A.length} transactions=${I.length}`),await this.syncTokenOutputs(A.length>0?A:void 0);const g=await this.getTokenBalanceMap();this.emit("token-balance:update",{finalizedTokenTransactions:I,tokenBalances:g}),this.logDebug("flushTokenSync",`token sync emitted balance update tokenCount=${g.size}`)}catch(g){this.logger.error(`Error flushing token sync: ${g instanceof Error?g.message:String(g)}`);for(const I of A)this.tokenSyncPendingIds.add(I);this.tokenSyncPendingTransactions.push(...I)}}async setupBackgroundStream(){const A=Number.POSITIVE_INFINITY,I=(A,I)=>new Promise(g=>{const C=setTimeout(()=>{I.removeEventListener("abort",B),g(!0)},A);function B(){clearTimeout(C),g(!1),I.removeEventListener("abort",B)}C.unref?.(),I.addEventListener("abort",B)}),g=A=>{const I=new AbortController,g=()=>{I.abort()};return A.addEventListener("abort",g),{controller:I,cleanup(){A.removeEventListener("abort",g)}}},C=A=>{let I=null;return{arm(){null!=I&&clearTimeout(I),I=setTimeout(A,15e3),I.unref?.()},clear(){null!=I&&(clearTimeout(I),I=null)}}};let B=0;const i=new AbortController;for(this.streamController=i;!i.signal.aborted;){const Q=g(i.signal),e=Q.controller;let E;const t=C(()=>{i.signal.aborted||e.signal.aborted||(E=new Error("UNAVAILABLE: stream heartbeat timed out after 15000ms"),this.logStreamDebug("heartbeat timeout after 15000ms; aborting current stream attempt"),e.abort())});try{const A=this.config.getCoordinatorAddress();this.logStreamDebug(`subscribing to ${Dy(A)} retry=${B}`);const I=await this.connectionManager.subscribeToEvents(A,e.signal);this.logStreamDebug("subscribeToEvents returned async iterator");const g=await this.claimTransfers();this.logStreamDebug(`claimTransfers completed claimedTransfers=${g.length}`);let C=!1;await this.syncTokenOutputs();try{for await(const A of I){if(i.signal.aborted){this.logStreamDebug("stream controller aborted while iterating");break}C&&t.clear(),QN(A.event)?(C=!0,t.arm()):(this.logStream(`stream event received type=${eN(A.event)}`),iN(A.event)&&(this.logStreamDebug("connected"),this.emit("stream:connected"),B=0),EN(A.event)&&g.includes(A.event.receiverTransfer.transfer.id)?C&&t.arm():(await this.handleStreamEvent(A),!C||i.signal.aborted||e.signal.aborted||t.arm()))}if(this.logStreamDebug("stream iterator completed without throwing"),null!=E&&!i.signal.aborted)throw E}catch(A){throw this.logStreamDebug(`stream iterator threw: ${A instanceof Error?A.message:String(A)}`),E??A}}catch(g){const C=E??g;if(i.signal.aborted){this.logStreamDebug("stream loop aborted");break}const Q=B+1,e=Math.min(1e3*Math.pow(2,B),15e3);B=Q,this.logStreamDebug(`error: ${C instanceof Error?C.message:String(C)}; retrying in ${e}ms (attempt=${Q})`),this.emit("stream:reconnecting",Q,A,e,C instanceof Error?C.message:String(C));try{if(!await I(e,i.signal))break}catch{if(i.signal.aborted)break}}finally{t.clear(),Q.cleanup(),this.logStream(`stream loop iteration finished retryCount=${B} aborted=${i.signal.aborted}`)}}}async getLeaves(A=!1){return this.leafManager.getLeaves(A)}async*optimizeLeaves(A=void 0){yield*this.leafManager.optimizeLeaves(A)}async optimizeTokenOutputs(){if(!this.tokenOptimizationInProgress){this.tokenOptimizationInProgress=!0;try{await this.syncTokenOutputs();const A=this.config.getTokenOptimizationOptions()?.minOutputsThreshold??50,I=(await this.tokenOutputManager.entries()).filter(([,I])=>I.length>A).map(([A])=>({tokenIdentifier:A,selector:(A,I)=>A.slice(0,I)}));if(0===I.length)return;const g=await this.tokenOutputManager.acquireOutputsBatch(I,Jk,"optimize-token-outputs");if(0===g.size)return;const C=await this.getSparkAddress(),B=[],i=[];for(const[A,I]of g)0!==I.length&&(B.push({tokenIdentifier:A,tokenAmount:Dk(I),receiverSparkAddress:C}),i.push(...I));if(0===B.length)return;try{const A=await this.tokenTransactionService.tokenTransfer({tokenOutputs:g,receiverOutputs:B,outputSelectionStrategy:"SMALL_FIRST",selectedOutputs:i});this.logger.trace(`Consolidated ${i.length} outputs across ${B.length} tokens in transaction ${A}`)}catch(A){this.logger.error(`Failed to optimize token outputs: ${A instanceof Error?A.message:String(A)}`)}}finally{this.tokenOptimizationInProgress=!1}}}startPeriodicTokenOptimization(){this.tokenOptimizationInterval&&clearInterval(this.tokenOptimizationInterval);const A=this.config.getTokenOptimizationOptions()?.intervalMs??3e5;this.tokenOptimizationInterval=setInterval(()=>{this.optimizeTokenOutputs().catch(A=>{this.logger.error(`Error in periodic token output optimization: ${A instanceof Error?A.message:String(A)}`)})},A),this.tokenOptimizationInterval.unref?.()}async experimental_syncWallet(){await this.syncWallet()}async syncWallet(){await this.syncTokenOutputs(),await this.leafManager.sync()}async getIdentityPublicKey(){return KB(await this.config.signer.getIdentityPublicKey())}async getSparkAddress(){return this.sparkAddress||(this.sparkAddress=$d({identityPublicKey:KB(await this.config.signer.getIdentityPublicKey()),network:this.config.getNetworkType()})),this.sparkAddress}async createSatsInvoice({amount:A,memo:I,senderSparkAddress:g,expiryTime:C,receiverIdentityPubkey:B}){if(A&&(A<0||A>21e14))throw new Wd("Amount must be between 0 and 2100000000000000 sats",{field:"amount",value:A,expected:"less than or equal to 2100000000000000"});const i={$case:"satsPayment",satsPayment:{amount:A}},Q=g?JB(Ih(g,this.config.getNetworkType()).identityPublicKey):void 0,e={version:1,id:Ra().bytes,paymentType:i,memo:I,senderPublicKey:Q,expiryTime:C??void 0};Qh(e);const E=await this.config.signer.getIdentityPublicKey();let t;if(!B||B.toLowerCase()===KB(E).toLowerCase()){const A=Od(e,E,this.config.getNetworkType());t=await this.config.signer.signSchnorrWithIdentityKey(A)}return Ah({identityPublicKey:B??KB(E),network:this.config.getNetworkType(),sparkInvoiceFields:e},t)}async createTokensInvoice({amount:A,tokenIdentifier:I,memo:g,senderSparkAddress:C,expiryTime:B}){const i=BigInt(2**128-1);if(A&&(A<0||A>i))throw new Wd(`Amount must be between 0 and ${i}`,{field:"amount",value:A,expected:`greater than or equal to 0 and less than or equal to ${i}`});let Q;I&&(Q=rk(I,this.config.getNetworkType()).tokenIdentifier);const e=await this.config.signer.getIdentityPublicKey();if(!this.config.getUseTokenPrimitivesBindings()){const I={$case:"tokensPayment",tokensPayment:{tokenIdentifier:Q??void 0,amount:A?xi(A):void 0}},i=C?JB(Ih(C,this.config.getNetworkType()).identityPublicKey):void 0,E={version:1,id:Ra().bytes,paymentType:I,memo:g??void 0,senderPublicKey:i,expiryTime:B??void 0};Qh(E);const t=Od(E,e,this.config.getNetworkType()),o=await this.config.signer.signSchnorrWithIdentityKey(t);return Ah({identityPublicKey:KB(e),network:this.config.getNetworkType(),sparkInvoiceFields:E},o)}const E=Kd(),t=await E.prepareTokenInvoice({receiverIdentityPublicKey:e,network:this.config.getNetworkProto(),tokenIdentifier:Q,tokenAmount:A?xi(A):void 0,memo:g??void 0,senderSparkAddress:C??void 0,expiryTimeUnixMillis:B?.getTime()}),o=await this.config.signer.signSchnorrWithIdentityKey(t.sparkInvoiceHash),n=function(A,I){const g=eh(A),C=gh[g.prefix]??Ch[g.prefix];if(!C)throw new Wd("Invalid Spark address prefix",{field:"network",value:A,expected:"prefix='spark1', 'sparkt1', 'sparkrt1', 'sparks1', 'sparkl1' or legacy ('sp1', 'spt1', 'sprt1', 'sps1', 'spl1')"});return C===I||"LOCAL"!==C&&"REGTEST"!==C||"LOCAL"!==I&&"REGTEST"!==I?A:Eh(g.prefix in Ch?_d[I]:zd[I],g.words)}(await E.finalizeTokenInvoice({receiverIdentityPublicKey:e,network:this.config.getNetworkProto(),sparkInvoiceFieldsBytes:t.sparkInvoiceFieldsBytes,signature:o}),this.config.getNetworkType());return Ih(n,this.config.getNetworkType()),n}async resolveSeedAndMnemonic(A,I){let g,C;return void 0===I&&(I=this.config.getNetwork()===th.REGTEST?0:1),A?"string"!=typeof A?C=A:function(A,I){try{!function(A,I){const{words:g}=ad(A);sd(cd(I).decode(g))}(A,I)}catch(A){return!1}return!0}(A,wd)?(g=A,C=await this.config.signer.mnemonicToSeed(A)):C=JB(A):(g=await this.config.signer.generateMnemonic(),C=await this.config.signer.mnemonicToSeed(g)),{seed:C,mnemonic:g,accountNumber:I}}async initWallet(A,I,g={}){if(g.signerWithPreExistingKeys)return await this.initWalletWithoutSeed(),{wallet:this,mnemonic:void 0};const{seed:C,mnemonic:B,accountNumber:i}=await this.resolveSeedAndMnemonic(A,I);return await this.initWalletFromSeed(C,i),{mnemonic:B,wallet:this}}async initWalletWithoutSeed(){await this.createClientsAndSyncWallet();const A=await this.config.signer.getIdentityPublicKey();if(!A||0===A.length)throw new Wd("Identity public key not found in signer",{field:"identityPublicKey",value:A});return this.sparkAddress=$d({identityPublicKey:KB(A),network:this.config.getNetworkType()}),this.sparkAddress}async initWalletFromSeed(A,I){const g=await this.config.signer.createSparkWalletFromSeed(A,I);return await this.createClientsAndSyncWallet(),this.sparkAddress=$d({identityPublicKey:g,network:this.config.getNetworkType()}),this.sparkAddress}async getSwapFeeEstimate(A){const I=await this.getSspClient().getSwapFeeEstimate(A);if(!I)throw new Error("Failed to get swap fee estimate");return I}async getBalance(){const A=await this.leafManager.getLeaves();await this.syncTokenOutputs();const I=new Set(A.map(A=>A.id));await this.leafManager.addLeaves(A),await this.leafManager.evictStaleAvailable(I);const g=BigInt(A.reduce((A,I)=>A+I.value,0));return{balance:g,satsBalance:{available:g,owned:BigInt(this.leafManager.getOwnedBalance()),incoming:BigInt(this.leafManager.getIncomingBalance())},tokenBalances:await this.getTokenBalanceMap()}}async getCachedBalance(){return this.buildBalanceResponse()}async buildBalanceResponse(){const A=BigInt(this.leafManager.getAvailableBalance());return{balance:A,satsBalance:{available:A,owned:BigInt(this.leafManager.getOwnedBalance()),incoming:BigInt(this.leafManager.getIncomingBalance())},tokenBalances:await this.getTokenBalanceMap()}}async getTokenBalanceMap(){return await this.tokenOutputManager.isEmpty()?new Map:await this.getTokenBalance()}async getTokenMetadata(){const A=await this.tokenOutputManager.getTokenIdentifiers(),I=new Array;for(const g of A)this.tokenMetadata.has(g)||I.push(g);if(I.length>0){const A=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress());try{const g=await A.query_token_metadata({tokenIdentifiers:I.map(A=>rk(A,this.config.getNetworkType()).tokenIdentifier)});for(const A of g.tokenMetadata){const I=sk({tokenIdentifier:A.tokenIdentifier,network:this.config.getNetworkType()});this.tokenMetadata.set(I,A)}}catch(A){throw new xd("Failed to fetch token metadata",{error:A})}}const g=new Map;for(const[A,I]of this.tokenMetadata)g.set(A,{tokenPublicKey:KB(I.issuerPublicKey),rawTokenIdentifier:I.tokenIdentifier,tokenName:I.tokenName,tokenTicker:I.tokenTicker,decimals:I.decimals,maxSupply:Vi(I.maxSupply),extraMetadata:I.extraMetadata?new Uint8Array(I.extraMetadata):void 0});return g}async getTokenBalance(){const A=await this.getTokenMetadata(),I=new Map;for(const[g,C]of A){const A=await this.tokenOutputManager.getAvailableOutputs(g),B=sk({tokenIdentifier:C.rawTokenIdentifier,network:this.config.getNetworkType()}),i=await this.tokenOutputManager.getPendingOutboundOutputs(B),Q=Dk([...A,...i]),e=Dk(A);I.set(B,{ownedBalance:Q,availableToSendBalance:e,tokenMetadata:C})}return I}async getSingleUseDepositAddress(){return await this.generateDepositAddress()}async getStaticDepositAddress(){const A=await this.config.signer.getStaticDepositSigningKey(0),I=await this.depositService.generateStaticDepositAddress({signingPubkey:A});if(!I.depositAddress)throw new Td("Failed to generate static deposit address",{signingPubkey:A});return I.depositAddress.address}async generateDepositAddress(){const A=Fa(),I=await this.config.signer.getPublicKeyFromDerivation({type:hk.LEAF,path:A}),g=await this.depositService.generateDepositAddress({signingPubkey:I,leafId:A});if(!g.depositAddress)throw new xd("Failed to generate deposit address",{signingPubkey:I,leafId:A});return g.depositAddress.address}async queryStaticDepositAddresses(){return(await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_static_deposit_addresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).depositAddresses.map(A=>A.depositAddress)}async getUtxosForDepositAddress(A,I=100,g=0,C=!1){if(!A)throw new Wd("Deposit address cannot be empty",{field:"depositAddress"});const B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{return(await B.get_utxos_for_address({address:A,network:oh[this.config.getNetwork()],limit:I,offset:g,excludeClaimed:C})).utxos.map(A=>({txid:KB(A.txid),vout:A.vout}))??[]}catch(A){throw new xd("Failed to get UTXOs for deposit address",{operation:"get_utxos_for_address",error:A})}}async getUtxosForIdentity(A={}){const{identityPublicKey:I,pageSize:g=50,cursor:C="",direction:B="NEXT",excludeClaimed:i=!1,includePending:Q=!1}=A,e=I??KB(await this.config.signer.getIdentityPublicKey());if(!Number.isInteger(g)||g<=0)throw new Wd("Page size must be a positive integer",{field:"pageSize",pageSize:g});if("PREVIOUS"===B)throw new Wd("Backward pagination is not currently supported for getUtxosForIdentity",{field:"direction"});const E=function(A,I="publicKey"){let g;try{g=JB(A)}catch(A){throw new Wd("Public key must be a valid hex-encoded compressed secp256k1 public key",{field:I,error:A})}if(33!==g.length)throw new Wd("Public key must be 33 bytes",{field:I,value:g.length,expected:33});try{ie.Point.fromHex(g)}catch(A){throw new Wd("Public key must be a valid compressed secp256k1 public key",{field:I,error:A})}return g}(e,"identityPublicKey"),t=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let o;try{o=await t.get_utxos_for_identity({identityPublicKey:E,network:oh[this.config.getNetwork()],excludeClaimed:i,includePending:Q,page:{pageSize:g,cursor:C,direction:Y.NEXT}})}catch(A){throw new xd("Failed to get UTXOs for identity",{operation:"get_utxos_for_identity",error:A})}return{utxos:o.utxos.map(A=>{if(!A.utxo)throw new xd("Malformed UTXO response payload",{operation:"get_utxos_for_identity",addressedUtxo:A});return{address:A.address,txid:KB(A.utxo.txid),vout:A.utxo.vout,isConfirmed:A.isConfirmed}})??[],pageResponse:{hasNextPage:o.page?.hasNextPage??!1,hasPreviousPage:o.page?.hasPreviousPage??!1,nextCursor:o.page?.nextCursor??"",previousCursor:o.page?.previousCursor??""}}}async getClaimStaticDepositQuote(A,I){const g=this.getSspClient();let C=this.config.getSspNetwork();C===be.FUTURE_VALUE&&(C=be.REGTEST),void 0===I&&(I=await this.getDepositTransactionVout({txid:A}));const B=await g.getClaimDepositQuote({transactionId:A,outputIndex:I,network:C});if(!B)throw new Error("Failed to get claim deposit quote");return B}async claimStaticDeposit({transactionId:A,creditAmountSats:I,sspSignature:g,outputIndex:C}){if(!this.sspClient)throw new Error("SSP client not initialized");void 0===C&&(C=await this.getDepositTransactionVout({txid:A}));let B=this.config.getSspNetwork();B===be.FUTURE_VALUE&&(B=be.REGTEST);const i=KB(await this.config.signer.getStaticDepositSecretKey(0)),Q=Ya(await this.getStaticDepositSigningPayload(A,C,B.toLowerCase(),gA.Fixed,I,g)),e=KB(await this.config.signer.signMessageWithIdentityKey(Q)),E=await this.sspClient.claimStaticDeposit({transactionId:A,outputIndex:C,network:B,creditAmountSats:I,depositSecretKey:i,signature:e,sspSignature:g});if(!E)throw new Error("Failed to claim static deposit");return E}async claimStaticDepositWithMaxFee({transactionId:A,maxFee:I,outputIndex:g}){const C=this.getSspClient();let B=this.config.getSspNetwork();B===be.FUTURE_VALUE&&(B=be.REGTEST);const i=await this.getDepositTransaction(A);void 0===g&&(g=await this.getDepositTransactionVout({txid:A,depositTx:i}));const Q=Number(i.getOutput(g).amount),e=await C.getClaimDepositQuote({transactionId:A,outputIndex:g,network:B});if(!e)throw new Error("Failed to get claim deposit quote");const{creditAmountSats:E,signature:t}=e,o=Q-E;if(o>I)throw new Wd("Fee larger than max fee",{field:"feeCharged",value:o});const n=await this.claimStaticDeposit({transactionId:A,creditAmountSats:E,sspSignature:t,outputIndex:g});if(!n)throw new Error("Failed to claim static deposit");return n}async experimental_GetInstantStaticDepositQuote(A,I,g){const C=this.getSspClient();void 0===I&&(I=await this.getDepositTransactionVout({txid:A}));let B=this.config.getSspNetwork();B===be.FUTURE_VALUE&&(B=be.REGTEST);const i=await C.getInstantStaticDepositQuote({transactionId:A,outputIndex:I,network:B,partnerId:g});if(!i)throw new xd("Failed to get instant static deposit quote",{transactionId:A,outputIndex:I});return i}async experimental_ClaimInstantStaticDeposit({quote:A,plan:I,transactionId:g,outputIndex:C}){const B=this.getSspClient(),i=KB(await this.config.signer.getStaticDepositSecretKey(0));let Q=this.config.getSspNetwork();Q===be.FUTURE_VALUE&&(Q=be.REGTEST);const e=Q.toLowerCase(),E=A.creditAmount.originalValue,t=A.depositAmount.originalValue,o=A.quoteSignature;let n;if(I.confirmations>=1)n=Ya(await this.getStaticDepositSigningPayload(g,C,e,gA.Fixed,E,o));else{const A=await this.getStaticDepositAddress();n=this.createInstantDepositUserStatement({network:e,creditAmountSats:E,secondaryCreditAmountSats:0,destinationAddress:A,satsValue:t,sspSignature:JB(o)})}const a=KB(await this.config.signer.signMessageWithIdentityKey(n)),s=await B.claimInstantStaticDeposit({quoteId:A.id,depositSecretKey:i,signature:a});if(!s)throw new xd("Failed to claim instant static deposit",{quoteId:A.id});return{claimId:s.claimId}}createInstantDepositUserStatement({network:A,creditAmountSats:I,secondaryCreditAmountSats:g,destinationAddress:C,satsValue:B,sspSignature:i}){return Nh(["spark","claim_instant_static_deposit"]).addString(A).addUint8(3).addUint64(BigInt(I)).addUint64(BigInt(g)).addString(C).addUint64(BigInt(B)).addBytes(i).hash()}async refundStaticDeposit({depositTransactionId:A,outputIndex:I,destinationAddress:g,fee:C,satsPerVbyteFee:B}){if(void 0===C&&void 0===B)throw new Wd("Fee or satsPerVbyteFee must be provided");if(B&&B>150)throw new Wd("satsPerVbyteFee must be less than 150");const i=B?B*kh(1,1):C;if(i<194)throw new Wd("Fee must be at least 194",{field:"fee",value:i});const Q=this.config.getNetwork(),e=this.config.getNetworkProto(),E=H(e),t=await this.getDepositTransaction(A);void 0===I&&(I=await this.getDepositTransactionVout({txid:A,depositTx:t}));const o=t.getOutput(I).amount,n=Number(o)-i;if(n<=0)throw new Wd("Fee too large. Credit amount must be greater than 0",{field:"creditAmountSats",value:n});const a=new Oc({version:3});a.addInput({txid:A,index:I,witnessScript:new Uint8Array});const s=Rc(ah(Q)).decode(g),r=Dc.encode(s);a.addOutput({script:r,amount:BigInt(n)});const c=hh(a,0,t.getOutput(I)),D=await this.config.signer.getRandomSigningCommitment(),w={rawTx:a.toBytes(),signingPublicKey:await this.config.signer.getStaticDepositSigningKey(0),signingNonceCommitment:D.commitment},d=Ya(await this.getStaticDepositSigningPayload(A,I,E.toLowerCase(),gA.Refund,n,KB(c))),h=await this.config.signer.signMessageWithIdentityKey(d),y=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).initiate_static_deposit_utxo_refund({onChainUtxo:{txid:JB(A),vout:I,network:e},userSignature:h,refundTxSigningJob:w});if(!y)throw new Error("Failed to initiate utxo swap");const l=await this.config.signer.signFrost({message:c,publicKey:y.depositAddress.verifyingPublicKey,keyDerivation:{type:hk.STATIC_DEPOSIT,path:0},selfCommitment:D,statechainCommitments:y.refundTxSigningResult.signingNonceCommitments,verifyingKey:y.depositAddress.verifyingPublicKey}),k=await this.config.signer.aggregateFrost({message:c,statechainSignatures:y.refundTxSigningResult.signatureShares,statechainPublicKeys:y.refundTxSigningResult.publicKeys,verifyingKey:y.depositAddress.verifyingPublicKey,statechainCommitments:y.refundTxSigningResult.signingNonceCommitments,selfCommitment:D,publicKey:await this.config.signer.getStaticDepositSigningKey(0),selfSignature:l});return a.updateInput(0,{finalScriptWitness:[k]}),a.hex}async refundAndBroadcastStaticDeposit({depositTransactionId:A,outputIndex:I,destinationAddress:g,satsPerVbyteFee:C}){const B=await this.refundStaticDeposit({depositTransactionId:A,outputIndex:I,destinationAddress:g,satsPerVbyteFee:C});return await this.broadcastTx(B)}async broadcastTx(A){if(!A)throw new Wd("Transaction hex cannot be empty",{field:"txHex"});const{fetch:I,Headers:g}=ly(),C=this.config.getElectrsUrl(),B=new g;if(this.config.getNetwork()===th.LOCAL)return await my.getInstance().broadcastTx(A);if(this.config.getNetwork()===th.REGTEST){const A=btoa(`${Iy}:${gy}`);B.set("Authorization",`Basic ${A}`)}return(await I(`${C}/tx`,{method:"POST",body:A,headers:B})).text()}getStaticDepositSigningPayload(A,I,g,C,B,i){const Q=new TextEncoder,e=[];e.push(Q.encode("claim_static_deposit")),e.push(Q.encode(g)),e.push(Q.encode(A));const E=new ArrayBuffer(4);let t;switch(new DataView(E).setUint32(0,I,!0),e.push(new Uint8Array(E)),C){case gA.Fixed:t=0;break;case gA.MaxFee:t=1;break;case gA.Refund:t=2;break;default:t=0}const o=new ArrayBuffer(1);new DataView(o).setUint8(0,t),e.push(new Uint8Array(o));const n=new ArrayBuffer(8),a=new DataView(n),s=B>>>0,r=Math.floor(B/4294967296);a.setUint32(0,s,!0),a.setUint32(4,r,!0),e.push(new Uint8Array(n)),e.push(JB(i));const c=e.reduce((A,I)=>A+I.length,0),D=new Uint8Array(c);let w=0;for(const A of e)D.set(A,w),w+=A.length;return Promise.resolve(D)}async getDepositTransactionVout({txid:A,depositTx:I}){I||(I=await this.getDepositTransaction(A));const g=new Set(await this.queryStaticDepositAddresses());let C=-1;for(let A=0;A<I.outputsLength;A++){const B=I.getOutput(A);if(!B)continue;const i=Dc.decode(B.script),Q=Rc(ah(this.config.getNetwork())).encode(i);if(g.has(Q)){C=A;break}}if(-1===C)throw new Error("No static deposit address found");return C}async getDepositTransaction(A){if(!A)throw new Wd("Transaction ID cannot be empty",{field:"txid"});const{fetch:I,Headers:g}=ly(),C=this.config.getElectrsUrl(),B=new g;let i;if(this.config.getNetwork()===th.LOCAL)i=(await my.getInstance().getRawTransaction(A)).hex;else{if(this.config.getNetwork()===th.REGTEST){const A=btoa(`${Iy}:${gy}`);B.set("Authorization",`Basic ${A}`)}i=await(await I(`${C}/tx/${A}/hex`,{headers:B})).text()}if(!i)throw new Error("Transaction not found");if(!/^[0-9A-Fa-f]+$/.test(i))throw new Wd("Invalid transaction hex",{field:"txHex",value:i});return wh(i)}async finalizeDeposit({keyDerivation:A,verifyingKey:I,depositTx:g,vout:C}){if(!Number.isSafeInteger(C))throw new Wd("vout must be less than 2^53",{field:"vout",value:C,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});return(await this.depositService.createTreeRoot({keyDerivation:A,verifyingKey:I,depositTx:g,vout:C})).nodes}async getUnusedDepositAddresses(){return(await this.queryAllUnusedDepositAddresses({})).map(A=>A.depositAddress)}async queryAllUnusedDepositAddresses({identityPublicKey:A,network:I}){const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let C=0;const B=new Set,i=[];for(;C>=0;){if(B.has(C)){this.logger.warn("Offset has already been seen, stopping");break}const Q=await g.query_unused_deposit_addresses({identityPublicKey:A??await this.config.signer.getIdentityPublicKey(),network:I??oh[this.config.getNetwork()],limit:100,offset:C});i.push(...Q.depositAddresses),B.add(C),C=Q.offset}return i}async claimDeposit(A){if(!A)throw new Wd("Transaction ID cannot be empty",{field:"txid"});let I=this.mutexes.get(A);I||(I=new ld,this.mutexes.set(A,I));const g=await I.runExclusive(async()=>{const{fetch:I,Headers:g}=ly(),C=this.config.getElectrsUrl(),B=new g;let i;if(this.config.getNetwork()===th.LOCAL)i=(await my.getInstance().getRawTransaction(A)).hex;else{if(this.config.getNetwork()===th.REGTEST){const A=btoa(`${Iy}:${gy}`);B.set("Authorization",`Basic ${A}`)}i=await(await I(`${C}/tx/${A}/hex`,{headers:B})).text()}if(!i)throw new Error("Transaction not found");if(!/^[0-9A-Fa-f]+$/.test(i))throw new Wd("Invalid transaction hex",{field:"txHex",value:i});const Q=wh(i),e=new Map((await this.queryAllUnusedDepositAddresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).map(A=>[A.depositAddress,A]));let E,t,o=0;for(let A=0;A<Q.outputsLength;A++){const I=Q.getOutput(A);if(!I)continue;const g=Dc.decode(I.script),C=Rc(ah(this.config.getNetwork())).encode(g);if(e.has(C)){o=A,E=e.get(C);break}}if(!E)throw new Wd("Deposit address has already been used",{field:"depositAddress",value:E});t=E.leafId?{type:hk.LEAF,path:E.leafId}:{type:hk.DEPOSIT};const n=await this.finalizeDeposit({keyDerivation:t,verifyingKey:E.verifyingPublicKey,depositTx:Q,vout:o}),a=n.filter(A=>"AVAILABLE"===A.status);await this.leafManager.addLeaves(a);const s=n.filter(A=>"CREATING"===A.status);return s.length>0&&await this.leafManager.addIncomingLeaves(s,A),n});return this.mutexes.delete(A),g.map(CE)}async claimMultiUtxoDeposit(A){if(A.length<2)throw new Wd("claimMultiUtxoDeposit requires at least 2 transaction IDs",{field:"txids",value:A.length,expected:"At least 2 transaction IDs"});const I=A.slice().sort().join(",");let g=this.mutexes.get(I);g||(g=new ld,this.mutexes.set(I,g));const C=await g.runExclusive(async()=>{const g=await Promise.all(A.map(A=>this.getDepositTransaction(A))),C=new Map((await this.queryAllUnusedDepositAddresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).map(A=>[A.depositAddress,A]));let B;const i=[];for(const A of g){let I=!1;for(let g=0;g<A.outputsLength;g++){const Q=A.getOutput(g);if(!Q)continue;const e=Dc.decode(Q.script),E=Rc(ah(this.config.getNetwork())).encode(e),t=C.get(E);if(t){if(B&&B.depositAddress!==E)throw new Wd("All UTXOs must be to the same deposit address for multi-UTXO claim",{field:"depositAddress",value:E,expected:B.depositAddress});B=t,i.push({tx:A,vout:g}),I=!0;break}}if(!I)throw new Wd("No matching unused deposit address found for transaction",{field:"txid",value:lh(A)})}if(!B)throw new Wd("No matching unused deposit address found",{field:"depositAddress"});let Q;Q=B.leafId?{type:hk.LEAF,path:B.leafId}:{type:hk.DEPOSIT};const e=await this.depositService.createTreeRootMultiUtxo({keyDerivation:Q,verifyingKey:B.verifyingPublicKey,depositTxs:i}),E=e.nodes.filter(A=>"AVAILABLE"===A.status);await this.leafManager.addLeaves(E);const t=e.nodes.filter(A=>"CREATING"===A.status);return t.length>0&&await this.leafManager.addIncomingLeaves(t,I),e.nodes});return this.mutexes.delete(I),C.map(CE)}async advancedDeposit(A){const I=wh(A),g=new Map((await this.queryAllUnusedDepositAddresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).map(A=>[A.depositAddress,A]));let C=0;const B=[];for(let A=0;A<I.outputsLength;A++){const i=I.getOutput(A);if(!i)continue;const Q=Dc.decode(i.script),e=Rc(ah(this.config.getNetwork())).encode(Q),E=g.get(e);if(E){let g;C=A,g=E.leafId?{type:hk.LEAF,path:E.leafId}:{type:hk.DEPOSIT};const i=await this.depositService.createTreeRoot({keyDerivation:g,verifyingKey:E.verifyingPublicKey,depositTx:I,vout:C});B.push(...i.nodes)}}if(0===B.length)throw new Error(`No unused deposit address found for tx: ${lh(I)}`);return B}async transfer({amountSats:A,receiverSparkAddress:I}){if(!I)throw new Wd("Receiver Spark address cannot be empty",{field:"receiverSparkAddress"});const g=Ih(I,this.config.getNetworkType());if(g.sparkInvoiceFields)throw new Wd("Spark address is a Spark invoice. Use fulfillSparkInvoice instead.",{field:"receiverSparkAddress",value:I});const[C]=await this.transferWithInvoice([{amountSats:A,receiverIdentityPubkey:JB(g.identityPublicKey)}]);if(!C)throw new Error("no transfer created");if(!C.ok)throw C.error;return C.transfer}async transferV2({receivers:A}){if(0===A.length)throw new Wd("transferV2 requires at least 1 receiver",{field:"receivers",value:A.length,expected:">= 1"});const I=[];for(const g of A){if(!g.receiverSparkAddress)throw new Wd("Receiver Spark address cannot be empty",{field:"receiverSparkAddress"});if(!Number.isSafeInteger(g.amountSats)||g.amountSats<=0)throw new Wd("Amount must be a positive safe integer",{field:"amountSats",value:g.amountSats});const A=Ih(g.receiverSparkAddress,this.config.getNetworkType());if(A.sparkInvoiceFields)throw new Wd("Spark invoices are not currently supported in multi-receiver transfers. Use plain Spark addresses.",{field:"receiverSparkAddress",value:g.receiverSparkAddress});I.push({identityPublicKey:JB(A.identityPublicKey),amountSats:g.amountSats})}const g=I.map(A=>A.amountSats);return await this.leafManager.selectLeavesAndExecute(g,async A=>{const g=[];for(let C=0;C<I.length;C++){const B=I[C],i=A[C].map(A=>this.toSendTweak(A,B.identityPublicKey));g.push(...i)}const C=await this.transferService.sendTransferV3(g),B=await this.config.signer.getIdentityPublicKey();if(I.some(A=>Pi(A.identityPublicKey,B))){const A=await this.transferService.queryTransfer(C.id);A&&await this.claimTransfer({transfer:A})}else await this.leafManager.handleTransferEvent(C);return QE(C,KB(B))})}async transferWithInvoice(A){const I=[];for(const g of A){const{amountSats:A}=g;if(!Number.isSafeInteger(A))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:A,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(A<=0)throw new Wd("Amount must be greater than 0",{field:"amountSats",value:A});I.push(A)}return await this.leafManager.selectLeavesAndExecute(I,async I=>{const g=A.map((A,g)=>{const{receiverIdentityPubkey:C,sparkInvoice:B}=A;return{leafKeyTweaks:I[g].map(A=>this.toSendTweak(A,C)),receiverIdentityPubkey:C,sparkInvoice:B,param:A}}),C=await this.config.signer.getIdentityPublicKey();return await Promise.all(g.map(async A=>{try{const I=await this.transferService.sendTransferWithKeyTweaks(A.leafKeyTweaks,A.sparkInvoice);if(Pi(C,A.receiverIdentityPubkey)){const A=await this.transferService.queryTransfer(I.id);A&&await this.claimTransfer({transfer:A})}else await this.leafManager.handleTransferEvent(I);return{ok:!0,transfer:QE(I,KB(await this.config.signer.getIdentityPublicKey())),param:A.param}}catch(I){return this.leafManager.restoreLocalLockedToAvailable(A.leafKeyTweaks.map(A=>A.leaf.id)),{ok:!1,error:I instanceof Error?I:new Error(String(I)),param:A.param}}}))})}toSendTweak(A,I){return{leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:I}}async processClaimedTransferResults(A,I,g){return this.logDebug("processClaimedTransferResults",`transfer=${I.id} type=${I.type} claimedLeaves=${A.length}`),this.logEvent(`processClaimedTransferResults: transfer=${I.id} type=${I.type} claimed ${A.length} leaves (${A.reduce((A,I)=>A+I.value,0)} sats) ids=[${A.map(A=>A.id).join(",")}]`),A=await this.leafManager.registerClaimedLeaves(A,I.id),g&&I.type!==x.COUNTER_SWAP&&I.type!==x.COUNTER_SWAP_V3&&this.emit("transfer:claimed",I.id,(await this.getBalance()).balance),A}async claimTransfer({transfer:A,emit:I}){this.logDebug("claimTransfer",`transfer=${A.id} type=${A.type} status=${A.status} leafCount=${A.leaves.length}`),this.logEvent(`claimTransfer: transfer=${A.id} type=${A.type} status=${A.status} leaves=${A.leaves.length}`);const g=await this.claimTransferMutex.runExclusive(async()=>await this.transferService.claimTransfer(A));return await this.processClaimedTransferResults(g,A,I)}partitionClaimablePendingTransfers(A,I){const g=[];let C=0,B=0;for(const i of A)!I||I.includes(i.type)?i.status===q.TRANSFER_STATUS_SENDER_KEY_TWEAKED||i.status===q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED||i.status===q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED||i.status===q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED||i.status===q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED?g.push(i):B++:C++;return{claimableTransfers:g,skippedByTypeFilterCount:C,skippedByStatusCount:B}}async claimTransferBatch(A,I){const g=[];for(const C of A){this.logEvent(`claimTransfers: claiming transfer=${C.id} type=${C.type} status=${C.status} totalValue=${C.totalValue}`);try{await this.claimTransfer({transfer:C,emit:I}),g.push(C.id)}catch(A){this.logger.warn(`Failed to claim transfer ${C.id}:`,A)}}return g}async getClaimTransfersSnapshotCreatedBefore(){if(!this.connectionManager.isTimeSynced())try{await this.transferService.queryPendingTransfers({limit:1,offset:0})}catch(A){return void this.logger.warn("Unable to warm up server time for pending-transfer claim snapshot; falling back to first-page drain",A)}if(this.connectionManager.isTimeSynced())return this.connectionManager.getCurrentServerTime();this.logger.warn("Server time was not available for pending-transfer claim snapshot; falling back to first-page drain")}async claimTransfers(A,I){const g=[];let C=0,B=0,i=0,Q=0,e=0;const E=await this.getClaimTransfersSnapshotCreatedBefore(),t=null!=E,o=A?` (filtering types=[${A.join(",")}])`:"";for(;;){Q++;const n=await this.transferService.queryPendingTransfers({createdBefore:E,limit:25,offset:e});if(this.logEvent(`claimTransfers: batch=${Q} fetched ${n.transfers.length} pending transfers at offset=${e}${o}`),0===n.transfers.length)break;const{claimableTransfers:a,skippedByTypeFilterCount:s,skippedByStatusCount:r}=this.partitionClaimablePendingTransfers(n.transfers,A);if(C+=s,B+=r,0===a.length){if(n.transfers.length<25){this.logEvent(`claimTransfers: reached end of snapshot with no claimable transfers in batch=${Q}`);break}if(!t&&Q>=100){this.logEvent(`claimTransfers: no server-time snapshot; stopping after ${Q} fallback batches`);break}e+=n.transfers.length,this.logEvent(`claimTransfers: batch=${Q} had no claimable transfers; advancing to offset=${e}`);continue}i+=a.length;const c=await this.claimTransferBatch(a,I);if(g.push(...c),c.length>0){if(n.transfers.length<25)break;if(!t&&Q>=100){this.logEvent(`claimTransfers: no server-time snapshot; stopping after ${Q} fallback batches`);break}e=0}else{if(n.transfers.length<25){this.logEvent(`claimTransfers: batch=${Q} made no claim progress and reached end of snapshot`);break}if(!t&&Q>=100){this.logEvent(`claimTransfers: no server-time snapshot; stopping after ${Q} fallback batches`);break}e+=n.transfers.length,this.logEvent(`claimTransfers: batch=${Q} made no claim progress; advancing to offset=${e}`)}}return(C>0||B>0)&&this.logEvent(`claimTransfers: skipped ${C} by type filter, ${B} by non-claimable status`),this.logEvent(`claimTransfers: completed. Claimed ${g.length} of ${i} attempted`),g}async createLightningInvoice({amountSats:A,memo:I,expirySeconds:g=2592e3,includeSparkAddress:C=!1,includeSparkInvoice:B=!1,receiverIdentityPubkey:i,descriptionHash:Q}){return await this.lightningService.createLightningInvoice({amountSats:A,memo:I,invoiceCreator:async(A,I,i,Q,e)=>await this.validateAndCreateLightningInvoice({amountSats:A,paymentHashHex:KB(I),memo:i,expirySeconds:g,includeSparkAddress:C,includeSparkInvoice:B,receiverIdentityPubkey:Q,descriptionHash:e}),receiverIdentityPubkey:i,descriptionHash:Q})}async validateAndCreateLightningInvoice({amountSats:A,paymentHashHex:I,memo:g,expirySeconds:C,includeSparkAddress:B,includeSparkInvoice:i,receiverIdentityPubkey:Q,descriptionHash:e}){const E=this.getSspClient();if(isNaN(A)||A<0)throw new Wd("Invalid amount",{field:"amountSats",value:A,expected:"non-negative number"});if(!Number.isSafeInteger(A))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:A,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(!Number.isSafeInteger(C))throw new Wd("Expiration time must be less than 2^53",{field:"expirySeconds",value:C,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(C<0)throw new Wd("Invalid expiration time",{field:"expirySeconds",value:C,expected:"Non-negative expiration time"});if(g&&g.length>639)throw new Wd("Invalid memo size",{field:"memo",value:g,expected:"Memo size within limits"});if(g&&e)throw new Wd("Memo and descriptionHash cannot be provided together. Please provide only one.",{field:"memo",value:g,expected:"Memo or descriptionHash"});if(B&&i)throw new Wd("includeSparkAddress and includeSparkInvoice are mutually exclusive",{field:"includeSparkInvoice",value:i,expected:"Only one of includeSparkAddress or includeSparkInvoice"});let t;if(i){const I=A>0?A:void 0;t=await this.createSatsInvoice({amount:I,expiryTime:new Date(Date.now()+1e3*C),receiverIdentityPubkey:Q})}const o=this.config.getNetwork();let n=be.REGTEST;o===th.MAINNET?n=be.MAINNET:o===th.REGTEST&&(n=be.REGTEST);const a=await E.requestLightningReceive({amountSats:A,network:n,paymentHash:I,expirySecs:C,memo:g,includeSparkAddress:B,receiverIdentityPubkey:Q,descriptionHash:e,sparkInvoice:t});if(!a)throw new Error("Failed to create lightning invoice");const s=Mu(a.invoice.encodedInvoice);if(a.invoice.paymentHash!==I||s.paymentHash!==I)throw new Wd("Payment hash mismatch",{field:"paymentHash",value:a.invoice.paymentHash,expected:I});if(null===s.amountMSats&&0!==A)throw new Wd("Amount mismatch",{field:"amountMSats",value:"null",expected:1e3*A});if(null!==s.amountMSats&&s.amountMSats!==BigInt(1e3*A))throw new Wd("Amount mismatch",{field:"amountMSats",value:s.amountMSats.toString(),expected:1e3*A});if(B){const A=s.fallbackAddress;if(!A)throw this.logger.warn(`No spark fallback address found in lightning invoice ${a.invoice.encodedInvoice}`),new Wd("No spark fallback address found in lightning invoice",{field:"sparkFallbackAddress",value:A,expected:"Valid spark fallback address"});const I=Q??await this.getIdentityPublicKey();if(A!==I)throw new Wd("Mismatch between spark identity embedded in lightning invoice and designated recipient spark identity",{field:"sparkFallbackAddress",value:A,expected:I})}else if(i){const A=s.fallbackAddress;if(!A)throw new Wd("No spark invoice found in lightning invoice",{field:"sparkInvoice",value:A,expected:"Valid spark invoice"});if(A!==t)throw new Wd("Mismatch between spark invoice embedded in lightning invoice and expected spark invoice",{field:"sparkInvoice",value:A,expected:t})}else if(void 0!==s.fallbackAddress)throw new Wd("Spark fallback address found in lightning invoice but includeSparkAddress is false",{field:"sparkFallbackAddress",value:s.fallbackAddress});return a}async createLightningHodlInvoice({amountSats:A,paymentHash:I,memo:g,expirySeconds:C=2592e3,includeSparkAddress:B=!1,includeSparkInvoice:i=!1,receiverIdentityPubkey:Q,descriptionHash:e}){if(!/^[0-9a-fA-F]{64}$/.test(I))throw new Wd("Invalid payment hash",{field:"paymentHash",value:I,expected:"64 character hex string"});return await this.validateAndCreateLightningInvoice({amountSats:A,paymentHashHex:I,memo:g,expirySeconds:C,includeSparkAddress:B,includeSparkInvoice:i,receiverIdentityPubkey:Q,descriptionHash:e})}async tryPayOverSpark(A,I,g){const C=A.fallbackAddress;if(!C)return void this.logger.warn("No fallback address found in invoice");const B=this.tryGetNetworkFromSparkAddress(C);if(B&&!this.isCompatibleNetwork(g,B))return void this.logger.warn(`Spark address network ${B} incompatible with invoice network ${th[g]}`);const i=B??th[g],Q=this.tryDecodeSparkAddress(C,i);if(Q?.sparkInvoiceFields){const g=!A.amountMSats;return this.validateSparkInvoiceAmount(Q.sparkInvoiceFields,I,g),this.fulfillSparkInvoiceInternal(C,I)}if(Q)return this.transfer({amountSats:I,receiverSparkAddress:C});if(!function(A){try{return 33===vt(A).length}catch{return!1}}(C))return void this.logger.warn(`Invalid spark fallback address ${C}`);const e=$d({identityPublicKey:C,network:th[g]});return this.transfer({amountSats:I,receiverSparkAddress:e})}tryDecodeSparkAddress(A,I){try{return Ih(A,I)}catch{return}}tryGetNetworkFromSparkAddress(A){try{return Bh(A)}catch{return}}isCompatibleNetwork(A,I){const g=th[A];return g===I||!("REGTEST"!==g&&"LOCAL"!==g||"REGTEST"!==I&&"LOCAL"!==I)}validateSparkInvoiceAmount(A,I,g){const C=A.paymentType;if("sats"!==C?.type)throw new Wd("Lightning invoice should only contain sats payment type");const B=Number(C.amount||0),i=0===B;if(i!==g)throw new Wd("Zero amount mismatch. Either both or neither the lightning invoice and the spark invoice should have a zero amount",{field:"isZeroAmountLightningInvoice",value:g,expected:i});if(B!==I&&!i)throw new Wd("Lightning invoice amount does not match embedded spark invoice amount",{field:"amountSats",value:I,expected:B})}async fulfillSparkInvoiceInternal(A,I){const g=await this.fulfillSparkInvoice([{invoice:A,amount:BigInt(I)}]),C=g.satsTransactionErrors[0];if(C)throw C.error;const B=g.satsTransactionSuccess[0];if(!B)throw new Error("Failed to fulfill spark invoice");return B.transferResponse}async payLightningInvoice({invoice:A,maxFeeSats:I,preferSpark:g=!1,amountSatsToSend:C,idempotencyKey:B}){const i=Ku(A=A.toLowerCase()),Q=this.config.getNetwork();if(i!==Q&&(i!==th.REGTEST||Q!==th.REGTEST&&Q!==th.LOCAL))throw new Wd(`Invoice network: ${i} does not match wallet network: ${Q}`,{field:"invoice",value:i,expected:Q});const e=Mu(A),E=e.amountMSats,t=!E;if(!t&&void 0!==C)throw new Wd("Invalid amount. User can only specify amountSatsToSend for 0 amount lightning invoice",{field:"amountMSats",value:Number(E),expected:"0"});if(t&&void 0===C)throw new Wd("Invalid amount. User must specify amountSatsToSend for 0 amount lightning invoice",{field:"amountMSats",value:Number(E),expected:"0"});const o=t?C:Math.ceil(Number(E)/1e3);if(isNaN(o)||o<=0)throw new Wd("Invalid amount",{field:"amountSats",value:o,expected:"greater than 0"});const n=e.fallbackAddress,a=e.paymentHash;if(g&&n){const A=await this.tryPayOverSpark(e,o,i);if(A)return A;this.logger.warn("No valid spark data found in invoice. Defaulting to lightning.")}{const g=new Date(Date.now()+13824e5),i=this.getSspClient(),Q=await this.getLightningSendFeeEstimate({encodedInvoice:A,amountSats:t?C:void 0});if(I<Q)throw new Wd("maxFeeSats does not cover fee estimate",{field:"maxFeeSats",value:I,expected:`${Q} sats`});const e=o+Q;return await this.leafManager.selectLeavesAndExecute([e],async I=>{const e=I[0],E=JB(this.config.getSspIdentityPublicKey()),o=e.map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:E})),n=Fa(),s=await this.transferService.prepareTransferForLightning(o,JB(a),g,n),r=await this.lightningService.swapNodesForPreimage({leaves:o,receiverIdentityPubkey:JB(this.config.getSspIdentityPublicKey()),paymentHash:JB(a),isInboundPayment:!1,invoiceString:A,feeSats:Q,amountSatsToSend:C,startTransferRequest:s,expiryTime:g,transferID:n,idempotencyKey:B});if(!r.transfer)throw new Error("Failed to swap nodes for preimage");await this.leafManager.handleTransferEvent(r.transfer);const c=await i.requestLightningSend({encodedInvoice:A,amountSats:t?C:void 0,userOutboundTransferExternalId:r.transfer.id});if(!c)throw new Error("Failed to contact SSP");return c})}}async createHTLC({receiverSparkAddress:A,amountSats:I,preimage:g,expiryTime:C}){if(C.getTime()<=Date.now())throw new Wd("Expiry time must be in the future",{field:"expiryTime",value:C,expected:"greater than 0"});return await this.leafManager.selectLeavesAndExecute([I],async I=>{const B=I[0],i=Fa();g||(g=KB(await this.getHTLCPreimage(i)));const Q=Ya(JB(g)),e=Ih(A,this.config.getNetworkType()).identityPublicKey,E=JB(e),t=B.map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:E})),o=await this.transferService.prepareTransferForLightning(t,Q,C,i),n=await this.lightningService.swapNodesForPreimage({leaves:t,receiverIdentityPubkey:JB(e),paymentHash:Q,isInboundPayment:!1,startTransferRequest:o,expiryTime:C,transferID:i});if(!n.transfer)throw new Error("Failed to swap nodes for preimage");return await this.leafManager.handleTransferEvent(n.transfer),n.transfer})}async getHTLCPreimage(A){const I=A.trim().toLowerCase().replaceAll("-","");return await this.config.signer.htlcHMAC(I)}async claimHTLC(A){const I=JB(A);if(32!==I.length)throw new Wd("Preimage must be 32 bytes",{field:"preimage",value:A,expected:"32 bytes"});const g=await this.lightningService.providePreimage(I);if(!g)throw new Error("Failed to provide preimage");return Pi(g.receiverIdentityPublicKey,await this.config.signer.getIdentityPublicKey())&&await this.claimTransfer({transfer:g,emit:!0}),g}async createHTLCSenderSpendTx({htlcTx:A,hash:I,hashLockDestinationPubkey:g,sequenceLockDestinationPubkey:C,satsPerVbyteFee:B}){const i=B*kh(1,1),Q=Oc.fromRaw(JB(A)),e=JB(I),E=JB(g),t=JB(C),{senderSpendTx:o}=function({htlcTx:A,network:I,hash:g,hashLockDestinationPubkey:C,sequenceLockDestinationPubkey:B,fee:i}){const Q=Lh(),e=new Oc({version:3,allowUnknownOutputs:!0,allowUnknownInputs:!0});e.addInput({txid:JB(lh(A)),index:0,sequence:qh});const E=Gc(B.slice(1,33),void 0,I,!0).script,t=Vh(A),o=t-BigInt(i);if(o<=0n)throw new Wd("Fee is greater than the amount",{field:"fee",value:i});e.addOutput({script:E,amount:o});const n=Zh(g,C),a=xh(qh,B),s=Gc(Q,yc([{leafVersion:192,script:n},{leafVersion:192,script:a}]),I,!0),r=s.tapLeafScript.find(([,A])=>0===Nd.compare(A.slice(0,-1),a)),c=vr.encode(r[0]),D=s.tapLeafScript.find(([A,I])=>Pi(I.subarray(0,I.length-1),a)),w=e.preimageWitnessV1(0,[a],Hc.DEFAULT,[t]);return e.updateInput(0,{witnessUtxo:{script:s.script,amount:t},tapLeafScript:[D]}),{senderSpendTx:e,sighash:w,sequenceLockScript:a,controlBlockBytes:c}}({htlcTx:Q,network:ah(this.config.getNetwork()),hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,fee:i});return this.config.signer.signTransactionIndex(o,0,await this.config.signer.getIdentityPublicKey()),o.finalizeIdx(0),o.hex}async createHTLCReceiverSpendTx({htlcTx:A,hash:I,hashLockDestinationPubkey:g,sequenceLockDestinationPubkey:C,preimage:B,satsPerVbyteFee:i}){const Q=i*kh(1,1),e=Oc.fromRaw(JB(A)),E=JB(I),t=JB(g),o=JB(C),{spendTx:n,controlBlockBytes:a,leafHash:s,hashLockScript:r}=function({htlcTx:A,network:I,hash:g,hashLockDestinationPubkey:C,sequenceLockDestinationPubkey:B,fee:i}){const Q=Lh(),e=new Oc({version:3,allowUnknownOutputs:!0,allowUnknownInputs:!0});e.addInput({txid:JB(lh(A)),index:0});const E=Gc(C.slice(1,33),void 0,I,!0).script,t=Vh(A),o=t-BigInt(i);if(o<=0n)throw new Wd("Fee is greater than the amount",{field:"fee",value:i});e.addOutput({script:E,amount:o});const n=Zh(g,C),a=xh(qh,B),s=Gc(Q,yc([{leafVersion:192,script:n},{leafVersion:192,script:a}]),I,!0),r=s.tapLeafScript.find(([A,I])=>Pi(I.subarray(0,I.length-1),n));return e.updateInput(0,{witnessUtxo:{script:s.script,amount:t},tapLeafScript:[r]}),{spendTx:e,controlBlockBytes:vr.encode(r[0]),leafHash:Nc(n,192),hashLockScript:n}}({htlcTx:e,network:ah(this.config.getNetwork()),hash:E,hashLockDestinationPubkey:t,sequenceLockDestinationPubkey:o,fee:Q});this.config.signer.signTransactionIndex(n,0,await this.config.signer.getIdentityPublicKey());const c=n.getInput(0).tapScriptSig.find(([A])=>Pi(A.leafHash,s))?.[1];return n.updateInput(0,{finalScriptWitness:[c,JB(B),r,a]}),n.hex}async queryHTLC({paymentHashes:A,status:I,transferIds:g,matchRole:C=AA.PREIMAGE_REQUEST_ROLE_RECEIVER,limit:B=100,offset:i=0}){if(B&&(B>100||B<1))throw new Wd("Limit must be between 1 and 100 if provided.",{field:"limit",value:B,expected:"between 1 and 100"});if(void 0!==i&&i<0)throw new Wd("Offset must be non-negative if provided",{field:"offset",value:i,expected:"non-negative"});const Q=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let e;const E=await this.config.signer.getIdentityPublicKey();try{e=await Q.query_htlc({paymentHashes:A?.map(A=>JB(A))??[],status:I,transferIds:g??[],matchRole:C,identityPublicKey:E,limit:B,offset:i})}catch(A){throw new xd("Failed to query HTLC",{operation:"query_htlc",error:A})}return e}async fulfillSparkInvoice(A){if(!Array.isArray(A)||0===A.length)throw new Wd("No Spark invoices provided",{field:"sparkInvoices",value:A,expected:"Non-empty array"});const I=[],g=[],C=[],B=[],{satsInvoices:i,tokenInvoices:Q,invalidInvoices:e}=await this.groupSparkInvoicesByPaymentType(A);if(e.length>0)return{satsTransactionSuccess:I,satsTransactionErrors:g,tokenTransactionSuccess:C,tokenTransactionErrors:B,invalidInvoices:e};if(Q.size>0){await this.syncTokenOutputs();const A=[];for(const[I,g]of Q.entries()){const C=sk({tokenIdentifier:JB(I),network:this.config.getNetworkType()}),B=g.map(A=>({tokenIdentifier:C,tokenAmount:A.amount,receiverSparkAddress:A.invoice})),i=g.map(A=>A.invoice),Q=B.reduce((A,I)=>A+I.tokenAmount,0n);A.push((async()=>{try{const A=await this.tokenOutputManager.acquireOutputs(C,A=>this.tokenTransactionService.selectTokenOutputs(A,Q,"SMALL_FIRST"),`fulfill-invoice-${C}`),I=new Map([[C,A]]);return{ok:!0,tokenIdentifier:C,invoices:i,txid:await this.tokenTransactionService.tokenTransfer({tokenOutputs:I,receiverOutputs:B,selectedOutputs:A})}}catch(A){return{ok:!1,tokenIdentifier:C,invoices:i,error:A instanceof Error?A:new Error(String(A))}}})())}const I=await Promise.all(A);for(const A of I)A.ok?C.push({tokenIdentifier:A.tokenIdentifier,invoices:A.invoices,txid:A.txid}):B.push({tokenIdentifier:A.tokenIdentifier,invoices:A.invoices,error:A.error})}if(i.length>0){const A=await this.transferWithInvoice(i);for(const C of A)C.ok?I.push({invoice:C.param.sparkInvoice??"",transferResponse:C.transfer}):g.push({invoice:C.param.sparkInvoice??"",error:C.error})}return{satsTransactionSuccess:I,satsTransactionErrors:g,tokenTransactionSuccess:C,tokenTransactionErrors:B,invalidInvoices:e}}async groupSparkInvoicesByPaymentType(A){const I=[],g=new Map,C=[],B=await this.getIdentityPublicKey();return A.forEach(A=>{const{invoice:i,amount:Q}=A;if(function(A){try{const{prefix:I}=eh(A);return I in Ch}catch{return!1}}(i))return void C.push({invoice:i,error:new Wd("Deprecated spark invoice format",{field:"invoice",value:i,expected:"Spark invoice prefixed with spark... Deprecated sp... formats are not supported."})});const e=Ih(i,this.config.getNetworkType());if(!e.sparkInvoiceFields)return void C.push({invoice:i,error:new Wd("Missing invoice fields",{field:"invoice",value:i,expected:"Valid invoice fields"})});const E=e.sparkInvoiceFields;var t;if(E.expiryTime&&E.expiryTime.getTime()<=Date.now())C.push({invoice:i,error:new Wd("Invoice expired",{field:"invoice",value:E.expiryTime.getTime(),expected:"Expiry time in the future"})});else if(E.senderPublicKey&&E.senderPublicKey!==B)C.push({invoice:i,error:new Wd("Sender public key mismatch",{field:"invoice",value:E.senderPublicKey,expected:B})});else if("sats"===E.paymentType?.type){const A=E.paymentType.amount;if(Q&&!((t=Q)>=BigInt(Number.MIN_SAFE_INTEGER)&&t<=BigInt(Number.MAX_SAFE_INTEGER)))return void C.push({invoice:i,error:new Wd("Invalid amount",{field:"invoice",value:Q,expected:"Safe for number"})});if(!A&&!Q)return void C.push({invoice:i,error:new Wd("No amount passed for nil amount invoice",{field:"invoice",expected:"Amount to fulfill passed to function for nil amount invoice"})});I.push({amountSats:A??Number(Q),receiverIdentityPubkey:JB(e.identityPublicKey),sparkInvoice:i})}else if("tokens"===E.paymentType?.type){const A=E.paymentType.tokenIdentifier,I=E.paymentType.amount;if(!A)return void C.push({invoice:i,error:new Wd("No token identifier passed for tokens invoice",{field:"invoice",value:i,expected:"Token identifier passed"})});if(!I&&!Q)return void C.push({invoice:i,error:new Wd("No amount passed for nil amount invoice",{field:"invoice",expected:"Amount to fulfill passed to function for nil amount invoice"})});g.has(A)?g.get(A).push({invoice:i,identifierHex:A,amount:I??Q}):g.set(A,[{invoice:i,identifierHex:A,amount:I??Q}])}else C.push({invoice:i,error:new Wd("Invalid payment type",{field:"invoice",expected:"sats or tokens invoice"})})}),{satsInvoices:I,tokenInvoices:g,invalidInvoices:C}}async querySparkInvoices(A){return await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_spark_invoices({invoice:A})}async getLightningSendFeeEstimate({encodedInvoice:A,amountSats:I}){const g=await this.getSspClient().getLightningSendFeeEstimate(A,I);if(!g)throw new Error("Failed to get lightning send fee estimate");switch(g.feeEstimate.originalUnit){case Ye.SATOSHI:return g.feeEstimate.originalValue;case Ye.MILLISATOSHI:return Math.ceil(g.feeEstimate.originalValue/1e3);default:throw new Error(`Unsupported fee estimate unit: ${g.feeEstimate.originalUnit}`)}}async withdraw({onchainAddress:A,exitSpeed:I,feeQuote:g,amountSats:C,feeAmountSats:B,feeQuoteId:i,deductFeeFromWithdrawalAmount:Q=!0}){if(!Number.isSafeInteger(C))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:C,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(g){switch(I){case Ve.FAST:B=(g.l1BroadcastFeeFast?.originalValue||0)+(g.userFeeFast?.originalValue||0);break;case Ve.MEDIUM:B=(g.l1BroadcastFeeMedium?.originalValue||0)+(g.userFeeMedium?.originalValue||0);break;case Ve.SLOW:B=(g.l1BroadcastFeeSlow?.originalValue||0)+(g.userFeeSlow?.originalValue||0);break;default:throw new Wd("Invalid exit speed",{field:"exitSpeed",value:I,expected:"FAST, MEDIUM, or SLOW"})}i=g.id}if(!B)throw new Wd("No fee quote or fee amount provided",{field:"feeQuote",value:g});if(!i)throw new Wd("No fee quote ID provided",{field:"feeQuoteId",value:i});return await this.coopExit(A,B,i,I,Q,C)}async coopExit(A,I,g,C,B,i){if(!Number.isSafeInteger(i))throw new Wd("Sats amount must be less than 2^53",{field:"targetAmountSats",value:i,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});i||(B=!0);const Q=async(Q,e)=>{const E=JB(this.config.getSspIdentityPublicKey()),t=[...e,...Q].map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:E})),o=Fa(),n={leafExternalIds:Q.map(A=>A.id),withdrawalAddress:A,exitSpeed:C,withdrawAll:B,userOutboundTransferExternalId:o};B||(n.feeQuoteId=g,n.feeLeafExternalIds=e.map(A=>A.id));const a=this.getSspClient(),s=await a.requestCoopExit(n);if(!s?.rawConnectorTransaction)throw new Error("Failed to request coop exit");if(!s.rawCoopExitTransaction||!s.coopExitTxid)throw new Wd("SSP coop exit response missing L1 transaction fields",{field:"rawCoopExitTransaction"});const r=B?(i??Q.reduce((A,I)=>A+I.value,0))-I:i;!function({rawCoopExitTransaction:A,expectedCoopExitTxid:I,expectedPayoutAddress:g,expectedPayoutAmountSats:C,network:B}){const i=wh(A),Q=lh(i);if(Q!==I)throw new Wd("SSP coop exit response is inconsistent: coopExitTxid does not match rawCoopExitTransaction",{field:"coopExitTxid",value:I,expected:Q});let e;try{e=Dc.encode(Rc(ah(B)).decode(g))}catch(A){throw new Wd("Could not decode withdrawal address for payout validation",{field:"onchainAddress",value:g,cause:A instanceof Error?A.message:String(A)})}for(let A=0;A<i.outputsLength;A++){const I=i.getOutput(A);if(I?.script&&void 0!==I.amount&&Qr(I.script,e)&&I.amount>=BigInt(C))return}throw new Wd("SSP cooperative exit transaction does not pay the requested withdrawal address for the expected amount",{field:"rawCoopExitTransaction",value:g,expected:`>= ${C} sats to requested address`})}({rawCoopExitTransaction:s.rawCoopExitTransaction,expectedCoopExitTxid:s.coopExitTxid,expectedPayoutAddress:A,expectedPayoutAmountSats:r,network:this.config.getNetwork()});const c=wh(s.rawConnectorTransaction),D=JB(s.coopExitTxid),w=lh(c),d=[];for(let A=0;A<c.outputsLength-1;A++)d.push({txid:JB(w),index:A});const h=JB(this.config.getSspIdentityPublicKey()),y=JB(s.rawConnectorTransaction),l=await this.coopExitService.getConnectorRefundSignatures({leaves:t,exitTxId:D,connectorOutputs:d,receiverPubKey:h,transferId:o,connectorTx:y});if(!l.transfer)throw new Error("Failed to get connector refund signatures: no transfer returned");return await this.leafManager.handleTransferEvent(l.transfer),await a.completeCoopExit({userOutboundTransferExternalId:l.transfer.id})};if(B)return i?await this.leafManager.selectLeavesAndExecute([i],async A=>{const g=A[0];if(I>g.reduce((A,I)=>A+I.value,0))throw new Wd("The fee for the withdrawal is greater than the target withdrawal amount",{field:"fee",value:I,expected:"less than or equal to the target amount"});return await Q(g,[])}):await this.leafManager.executeWithAllLeaves(async A=>{if(I>A.reduce((A,I)=>A+I.value,0))throw new Wd("The fee for the withdrawal is greater than the target withdrawal amount",{field:"fee",value:I,expected:"less than or equal to the target amount"});return await Q(A,[])});if(!i)throw new Wd("targetAmountSats is required when deductFeeFromWithdrawalAmount is false",{field:"targetAmountSats",value:i,expected:"defined when deductFeeFromWithdrawalAmount is false"});return await this.leafManager.selectLeavesAndExecute([i,I],async A=>{const I=A[0],g=A[1];return await Q(I,g)})}async getWithdrawalFeeQuote({amountSats:A,withdrawalAddress:I}){const g=this.getSspClient();if(!Number.isSafeInteger(A))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:A,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});return await this.leafManager.selectLeavesAndExecute([A],async A=>{const C=A[0].map(A=>A.id),B=await g.getCoopExitFeeQuote({leafExternalIds:C,withdrawalAddress:I});return this.leafManager.restoreLocalLockedToAvailable(C),B})}async getTransferFromSsp(A){return(await this.getSspClient().getTransfers([A]))?.[0]}async constructTransfersWithUserRequest(A){const I=KB(await this.config.signer.getIdentityPublicKey()),g=await(this.sspClient?.getTransfers(A.filter(A=>[x.COOPERATIVE_EXIT,x.COUNTER_SWAP_V3,x.COUNTER_SWAP,x.PREIMAGE_SWAP,x.PRIMARY_SWAP_V3,x.SWAP,x.UTXO_SWAP].includes(A.type)).map(A=>A.id))),C=new Map;for(const A of g||[])A&&A.sparkId&&A.userRequest&&C.set(A.sparkId,A.userRequest);return A.map(A=>QE(A,I,C.get(A.id)))}async getTransfer(A){const I=await this.transferService.queryTransfer(A);if(I)return(await this.constructTransfersWithUserRequest([I]))[0]}async getTransfers(A=20,I=0,g,C){if(g&&C)throw new Error("createdAfter and createdBefore are mutually exclusive - only one can be specified");const B=await this.transferService.queryAllTransfers({limit:A,offset:I,createdAfter:g,createdBefore:C,types:[x.COOPERATIVE_EXIT,x.PREIMAGE_SWAP,x.UTXO_SWAP,x.TRANSFER]});return{transfers:await this.constructTransfersWithUserRequest(B.transfers),offset:B.offset}}async syncTokenOutputs(A){const I=Array.isArray(A)&&A.length>0;this.logDebug("syncTokenOutputs",`starting scope=${I?"filtered":"all"} tokenCount=${A?.length??0}`);const g=I?A.map(A=>rk(A,this.config.getNetworkType()).tokenIdentifier):void 0,C=await this.tokenTransactionService.fetchOwnedTokenOutputs({ownerPublicKeys:[await this.config.signer.getIdentityPublicKey()],tokenIdentifiers:g}),B=new Map;for(const A of C){if(!A.output?.tokenIdentifier||!A.output.id)throw new Wd("Server returned incomplete token output",{field:"output",value:A,expected:"output.output.tokenIdentifier and output.output.id to be defined"});const I=sk({tokenIdentifier:A.output.tokenIdentifier,network:this.config.getNetworkType()});B.has(I)||B.set(I,[]),B.get(I).push(A)}await this.tokenOutputManager.setOutputs(B,I?A:void 0),this.logDebug("syncTokenOutputs",`completed outputCount=${C.length} tokenCount=${B.size}`)}async transferTokens({tokenIdentifier:A,tokenAmount:I,receiverSparkAddress:g,outputSelectionStrategy:C,selectedOutputs:B}){if(Ih(g,this.config.getNetworkType()).sparkInvoiceFields)throw new Wd("Spark address is a Spark invoice. Use fulfillSparkInvoice instead.",{field:"receiverSparkAddress",value:g});await this.syncTokenOutputs([A]);const i=C??"SMALL_FIRST",Q=await this.tokenOutputManager.acquireOutputs(A,A=>B?B.filter(I=>A.some(A=>A.output?.id===I.output?.id)):this.tokenTransactionService.selectTokenOutputs(A,I,i),`transfer-${A}`),e=new Map([[A,Q]]);return await this.tokenTransactionService.tokenTransfer({tokenOutputs:e,receiverOutputs:[{tokenIdentifier:A,tokenAmount:I,receiverSparkAddress:g}],outputSelectionStrategy:i,selectedOutputs:Q})}async batchTransferTokens(A,I="SMALL_FIRST",g){if(0===A.length)throw new Wd("At least one receiver output is required",{field:"receiverOutputs",value:A,expected:"Non-empty array"});for(const I of A)if(I.tokenAmount<=0n)throw new Wd("Token amount must be greater than 0",{field:"receiverOutputs",value:A,expected:"All outputs must have tokenAmount > 0"});const C=new Map;for(const I of A){const A=C.get(I.tokenIdentifier)??0n;C.set(I.tokenIdentifier,A+I.tokenAmount)}const B=[...C.keys()];await this.syncTokenOutputs(B);const i=new Map;for(const A of B){const B=C.get(A),Q=await this.tokenOutputManager.acquireOutputs(A,A=>g?g.filter(I=>A.some(A=>A.output?.id===I.output?.id)):this.tokenTransactionService.selectTokenOutputs(A,B,I),`batch-transfer-${A}`);i.set(A,Q)}const Q=new Map,e=[];for(const[A,I]of i)Q.set(A,I),e.push(...I);return await this.tokenTransactionService.tokenTransfer({tokenOutputs:Q,receiverOutputs:A,outputSelectionStrategy:I,selectedOutputs:e})}async queryTokenTransactions({sparkAddresses:A,ownerPublicKeys:I,issuerPublicKeys:g,tokenTransactionHashes:C,tokenIdentifiers:B,outputIds:i,order:Q,pageSize:e,offset:E}){return this.tokenTransactionService.queryTokenTransactions({sparkAddresses:A,ownerPublicKeys:I,issuerPublicKeys:g,tokenTransactionHashes:C,tokenIdentifiers:B,outputIds:i,order:Q,pageSize:e??50,offset:E??0})}async getTokenL1Address(){return Dh(await this.config.signer.getIdentityPublicKey(),this.config.getNetwork())}async queryTokenTransactionsByTxHashes(A){return this.tokenTransactionService.queryTokenTransactionsByTxHashes(A)}async queryTokenTransactionsWithFilters({sparkAddresses:A,issuerPublicKeys:I,tokenIdentifiers:g,outputIds:C,pageSize:B,cursor:i,direction:Q}){return this.tokenTransactionService.queryTokenTransactionsWithFilters({sparkAddresses:A,issuerPublicKeys:I,tokenIdentifiers:g,outputIds:C,pageSize:B,cursor:i,direction:Q})}async getTokenOutputStats(A){const I=await this.tokenOutputManager.getAvailableOutputs(A);return{outputCount:I.length,totalAmount:Dk(I)}}async signMessageWithIdentityKey(A,I){const g=Ya(A);return KB(await this.config.signer.signMessageWithIdentityKey(g,I))}async validateMessageWithIdentityKey(A,I){const g=Ya(A);return"string"==typeof I&&(I=JB(I)),this.config.signer.validateMessageWithIdentityKey(g,I)}async signTransaction(A,I="auto-detect"){try{const g=Oc.fromRaw(JB(A));let C;switch(I.toLowerCase()){case"identity":C=await this.config.signer.getIdentityPublicKey();break;case"deposit":C=await this.config.signer.getDepositSigningKey();break;default:{const A=await this.detectKeyForTransaction(g);C=A?A.publicKey:await this.config.signer.getIdentityPublicKey();break}}let B=0;for(let A=0;A<g.inputsLength;A++){const I=g.getInput(A);if(!I?.witnessUtxo?.script)continue;const i=I.witnessUtxo.script;if(1===i.length&&81===i[0])continue;const Q=sh(C,this.config.getNetwork());if(KB(i)===KB(Q))try{this.config.signer.signTransactionIndex(g,A,C),B++}catch(I){throw new Wd(`Failed to sign input ${A}: ${I instanceof Error?I.message:String(I)}`,{field:"input",value:A})}}if(0===B)throw new Error("No inputs were signed. Check that the transaction contains inputs controlled by this wallet.");return g.finalize(),g.hex}catch(A){throw this.logger.error(`Error signing transaction: ${A instanceof Error?A.message:String(A)}`),A}}async detectKeyForTransaction(A){try{const I=await this.config.signer.getIdentityPublicKey(),g=await this.config.signer.getDepositSigningKey();for(let C=0;C<A.inputsLength;C++){const B=A.getInput(C);if(B?.witnessUtxo?.script){const A=B.witnessUtxo.script,C=sh(I,this.config.getNetwork()),i=sh(g,this.config.getNetwork());if(KB(A)===KB(C))return{publicKey:I,keyType:"identity"};if(KB(A)===KB(i))return{publicKey:g,keyType:"deposit"}}}return null}catch(A){return this.logger.warn(`Error during key auto-detection: ${A instanceof Error?A.message:String(A)}`),null}}async getLightningReceiveRequest(A){return await this.getSspClient().getLightningReceiveRequest(A)}async getLightningSendRequest(A){return await this.getSspClient().getLightningSendRequest(A)}async getCoopExitRequest(A){return await this.getSspClient().getCoopExitRequest(A)}async checkTimelock(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{const g=(await I.query_nodes({source:{$case:"nodeIds",nodeIds:{nodeIds:[A]}},includeParents:!1,network:oh[this.config.getNetwork()]})).nodes[A];if(!g)throw new Wd("Node not found",{field:"nodeId",value:A});const C=!g.parentNodeId;if(!g.nodeTx||0===g.nodeTx.length)throw new Wd(`Node transaction data is missing or empty for ${C?"root":"non-root"} node`,{field:"nodeTx",value:g.nodeTx?.length||0});if(!g.refundTx||0===g.refundTx.length)throw new Wd(`Refund transaction data is missing or empty for ${C?"root":"non-root"} node`,{field:"refundTx",value:g.refundTx?.length||0});let B,i;try{B=dh(g.nodeTx)}catch(A){throw new Wd(`Failed to parse node transaction for ${C?"root":"non-root"} node: ${A instanceof Error?A.message:String(A)}`,{field:"nodeTx",value:g.nodeTx.length})}try{i=dh(g.refundTx)}catch(A){throw new Wd(`Failed to parse refund transaction for ${C?"root":"non-root"} node: ${A instanceof Error?A.message:String(A)}`,{field:"refundTx",value:g.refundTx.length})}const Q=B.getInput(0);if(!Q)throw new Wd(`Node transaction has no inputs for ${C?"root":"non-root"} node`,{field:"nodeInput",value:B.inputsLength});const e=i.getInput(0);if(!e)throw new Wd(`Refund transaction has no inputs for ${C?"root":"non-root"} node`,{field:"refundInput",value:i.inputsLength});if(null==Q.sequence)throw new Wd(`Node transaction has no sequence for ${C?"root":"non-root"} node`,{field:"sequence",value:Q.sequence});if(null==e.sequence)throw new Wd(`Refund transaction has no sequence for ${C?"root":"non-root"} node`,{field:"sequence",value:e.sequence});return{nodeTimelock:65535&Q.sequence,refundTimelock:65535&e.sequence}}catch(I){throw new xd(`Failed to check timelock for node ${A}`,{operation:"query_nodes",error:I})}}cleanupState(){this.disposed=!0,this.singletonKey&&A.instances.get(this.singletonKey)===this&&A.instances.delete(this.singletonKey),this.claimTransfersInterval&&(clearInterval(this.claimTransfersInterval),this.claimTransfersInterval=null),this.tokenOptimizationInterval&&(clearInterval(this.tokenOptimizationInterval),this.tokenOptimizationInterval=null),this.streamController&&!this.streamController.signal.aborted&&(this.emit("stream:disconnected","Wallet cleanup requested"),this.streamController.abort()),this.removeAllListeners()}async cleanup(){this.cleanupState();try{await this.connectionManager.closeConnections()}finally{await this.logging.close()}}async cleanupConnections(){await this.cleanup()}static async resetInstances(){const I=[];for(const g of A.instances.values())I.push(g.cleanup().catch(()=>{}));await Promise.all(I),A.instances.clear(),A.initMutexes.clear()}runPeriodicClaimTransfers(A,I){this.periodicClaimTransfersInProgress?this.logEvent("claimTransfers: skipping periodic claim pass because a previous pass is still running"):(this.periodicClaimTransfersInProgress=!0,this.claimTransfers(A,I).catch(A=>{this.logger.error("Error in periodic transfer claiming:",A)}).finally(()=>{this.periodicClaimTransfersInProgress=!1}))}startPeriodicClaimTransfers(){this.claimTransfersInterval&&clearInterval(this.claimTransfersInterval),this.runPeriodicClaimTransfers(),this.claimTransfersInterval=setInterval(()=>{this.runPeriodicClaimTransfers([x.TRANSFER,x.COOPERATIVE_EXIT,x.PREIMAGE_SWAP,x.UTXO_SWAP],!0)},1e4),this.claimTransfersInterval.unref?.()}async getUserRequests(A={}){return await this.getSspClient().getUserRequests(A)}async setPrivacyEnabled(A){const I=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).update_wallet_setting({privateEnabled:A});return I.walletSetting?gE(I.walletSetting):void 0}async getWalletSettings(){const A=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_wallet_setting({});return A.walletSetting?gE(A.walletSetting):void 0}async registerSparkWalletWebhook(A){return await this.getSspClient().registerSparkWalletWebhook(A)}async deleteSparkWalletWebhook(A){return await this.getSspClient().deleteSparkWalletWebhook(A)}async listSparkWalletWebhooks(){return await this.getSspClient().listSparkWalletWebhooks()}isOptimizationInProgress(){return Promise.resolve(this.leafManager.isOptimizing())}isTokenOptimizationInProgress(){return Promise.resolve(this.tokenOptimizationInProgress)}static async handlePublicMethodError(A,{wallet:I,serverTraceId:g}={}){const C={};if("string"==typeof g&&g.length>0&&(C.serverTraceId=g),I)try{C.idPubKey=KB(await I.config.signer.getIdentityPublicKey())}catch{}return A instanceof Td?(Object.keys(C).length>0&&A.update({context:C}),A):A instanceof Error?new Td(A.message,{...C,error:A}):new Td(String(A),{...C,error:A})}static wrapMethod(A,I,g){return g.logging.wrap("SparkWallet",A,I,g,g.getPublicMethodDecorator())}getPublicMethodDecorator(){return(I,g,C)=>async(...I)=>{try{return await g.apply(C,I)}catch(I){const g=this.connectionManager.lastServerTraceId;throw await A.handlePublicMethodError(I,{wallet:this,serverTraceId:g})}}}wrapPublicMethod(A){this.logging.wrapMethodOnTarget("SparkWallet",this,String(A),{decorator:this.getPublicMethodDecorator(),errorMessage:`Method ${String(A)} is not a function on SparkWallet.`})}flushPendingMethodLogs(){this.logging.flushPendingLogs("SparkWallet")}setMethodLoggingEnabled(A){this.logging.setMethodLoggingEnabled("SparkWallet",A)}isMethodLoggingEnabled(){return this.logging.isMethodLoggingEnabled("SparkWallet")}getPublicMethodNames(){return BN}wrapPublicMethods(){this.logging.wrapNamedMethods("SparkWallet",this,this.getPublicMethodNames(),{decorator:this.getPublicMethodDecorator(),errorMessage:A=>`Method ${A} is not a function on SparkWallet.`})}};const BN=["advancedDeposit","batchTransferTokens","checkTimelock","claimDeposit","claimMultiUtxoDeposit","claimStaticDeposit","claimStaticDepositWithMaxFee","experimental_ClaimInstantStaticDeposit","cleanup","cleanupConnections","createHTLC","getHTLCPreimage","claimHTLC","queryHTLC","createHTLCSenderSpendTx","createHTLCReceiverSpendTx","createLightningHodlInvoice","createLightningInvoice","createSatsInvoice","createTokensInvoice","fulfillSparkInvoice","getBalance","getCachedBalance","getClaimStaticDepositQuote","getCoopExitRequest","experimental_GetInstantStaticDepositQuote","getIdentityPublicKey","getLeaves","getLightningReceiveRequest","getLightningSendFeeEstimate","getLightningSendRequest","getSingleUseDepositAddress","getSparkAddress","getStaticDepositAddress","getSwapFeeEstimate","getTokenL1Address","getTransfer","getTransferFromSsp","getTransfers","getUnusedDepositAddresses","getUserRequests","getUtxosForDepositAddress","getUtxosForIdentity","getWalletSettings","getWithdrawalFeeQuote","isOptimizationInProgress","isTokenOptimizationInProgress","optimizeTokenOutputs","payLightningInvoice","querySparkInvoices","queryStaticDepositAddresses","queryTokenTransactions","queryTokenTransactionsByTxHashes","queryTokenTransactionsWithFilters","refundAndBroadcastStaticDeposit","refundStaticDeposit","setPrivacyEnabled","signMessageWithIdentityKey","signTransaction","experimental_syncWallet","transfer","transferV2","transferTokens","registerSparkWalletWebhook","deleteSparkWalletWebhook","listSparkWalletWebhooks","validateMessageWithIdentityKey","withdraw"];function iN(A){return"connected"===A?.$case}function QN(A){return"heartbeat"===A?.$case}function eN(A){return A?.$case??"unknown"}function EN(A){return Boolean("receiverTransfer"===A?.$case&&A.receiverTransfer.transfer)}var tN=Q(8287);void 0===globalThis.Buffer&&(globalThis.Buffer=tN.hp),"undefined"!=typeof window&&(void 0===window.global&&(window.global=window),void 0===window.globalThis&&(window.globalThis=window));var oN=Q(139),nN=Q(2260);let aN,sN=null;function rN(){return null!==sN&&0!==sN.byteLength||(sN=new Uint8Array(aN.memory.buffer)),sN}let cN=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0});cN.decode();let DN=0;function wN(A,I){return function(A,I){return DN+=I,DN>=2146435072&&(cN=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0}),cN.decode(),DN=I),cN.decode(rN().subarray(A,A+I))}(A>>>=0,I)}let dN=0;const hN=new TextEncoder;function yN(A,I,g){if(void 0===g){const g=hN.encode(A),C=I(g.length,1)>>>0;return rN().subarray(C,C+g.length).set(g),dN=g.length,C}let C=A.length,B=I(C,1)>>>0;const i=rN();let Q=0;for(;Q<C;Q++){const I=A.charCodeAt(Q);if(I>127)break;i[B+Q]=I}if(Q!==C){0!==Q&&(A=A.slice(Q)),B=g(B,C,C=Q+3*A.length,1)>>>0;const I=rN().subarray(B+Q,B+C);Q+=hN.encodeInto(A,I).written,B=g(B,C,Q,1)>>>0}return dN=Q,B}"encodeInto"in hN||(hN.encodeInto=function(A,I){const g=hN.encode(A);return I.set(g),{read:A.length,written:g.length}});let lN=null;function kN(){return(null===lN||!0===lN.buffer.detached||void 0===lN.buffer.detached&&lN.buffer!==aN.memory.buffer)&&(lN=new DataView(aN.memory.buffer)),lN}function uN(A){return null==A}function NN(A){const I=typeof A;if("number"==I||"boolean"==I||null==A)return`${A}`;if("string"==I)return`"${A}"`;if("symbol"==I){const I=A.description;return null==I?"Symbol":`Symbol(${I})`}if("function"==I){const I=A.name;return"string"==typeof I&&I.length>0?`Function(${I})`:"Function"}if(Array.isArray(A)){const I=A.length;let g="[";I>0&&(g+=NN(A[0]));for(let C=1;C<I;C++)g+=", "+NN(A[C]);return g+="]",g}const g=/\[object ([^\]]+)\]/.exec(toString.call(A));let C;if(!(g&&g.length>1))return toString.call(A);if(C=g[1],"Object"==C)try{return"Object("+JSON.stringify(A)+")"}catch(A){return"Object"}return A instanceof Error?`${A.name}: ${A.message}\n${A.stack}`:C}function GN(A){const I=aN.__externref_table_alloc();return aN.__wbindgen_externrefs.set(I,A),I}function pN(A,I){try{return A.apply(this,I)}catch(A){const I=GN(A);aN.__wbindgen_exn_store(I)}}function SN(A,I){return A>>>=0,rN().subarray(A/1,A/1+I)}function fN(A,I){const g=I(1*A.length,1)>>>0;return rN().set(A,g/1),dN=A.length,g}function FN(A){const I=aN.__wbindgen_externrefs.get(A);return aN.__externref_table_dealloc(A),I}function RN(A,I){if(!(A instanceof I))throw new Error(`expected instance of ${I.name}`)}const UN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_adaptorsignatureresult_free(A>>>0,1));var MN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,UN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,UN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_adaptorsignatureresult_free(A,0)}get signature(){const A=aN.__wbg_get_adaptorsignatureresult_signature(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set signature(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get adaptor_private_key(){const A=aN.__wbg_get_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set adaptor_private_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(MN.prototype[Symbol.dispose]=MN.prototype.free);const KN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_dummytx_free(A>>>0,1));var mN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,KN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,KN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_dummytx_free(A,0)}get tx(){const A=aN.__wbg_get_dummytx_tx(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set tx(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get txid(){let A,I;try{const g=aN.__wbg_get_dummytx_txid(this.__wbg_ptr);return A=g[0],I=g[1],wN(g[0],g[1])}finally{aN.__wbindgen_free(A,I,1)}}set txid(A){const I=yN(A,aN.__wbindgen_malloc,aN.__wbindgen_realloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(mN.prototype[Symbol.dispose]=mN.prototype.free);const JN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_htlcspendresult_free(A>>>0,1));var bN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,JN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,JN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_htlcspendresult_free(A,0)}get tx(){const A=aN.__wbg_get_htlcspendresult_tx(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set tx(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get sighash(){const A=aN.__wbg_get_htlcspendresult_sighash(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set sighash(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}get script(){const A=aN.__wbg_get_htlcspendresult_script(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set script(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_htlcspendresult_script(this.__wbg_ptr,I,g)}get control_block(){const A=aN.__wbg_get_htlcspendresult_control_block(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set control_block(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_htlcspendresult_control_block(this.__wbg_ptr,I,g)}};Symbol.dispose&&(bN.prototype[Symbol.dispose]=bN.prototype.free);const HN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_keypackage_free(A>>>0,1));var YN=class{__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,HN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_keypackage_free(A,0)}constructor(A,I,g){const C=fN(A,aN.__wbindgen_malloc),B=dN,i=fN(I,aN.__wbindgen_malloc),Q=dN,e=fN(g,aN.__wbindgen_malloc),E=dN;return this.__wbg_ptr=aN.keypackage_new(C,B,i,Q,e,E)>>>0,HN.register(this,this.__wbg_ptr,this),this}get secret_key(){const A=aN.__wbg_get_keypackage_secret_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set secret_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get public_key(){const A=aN.__wbg_get_keypackage_public_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set public_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}get verifying_key(){const A=aN.__wbg_get_keypackage_verifying_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set verifying_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_htlcspendresult_script(this.__wbg_ptr,I,g)}};Symbol.dispose&&(YN.prototype[Symbol.dispose]=YN.prototype.free);const LN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_nodetxpairresult_free(A>>>0,1));var qN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,LN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,LN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_nodetxpairresult_free(A,0)}get cpfp(){const A=aN.__wbg_get_nodetxpairresult_cpfp(this.__wbg_ptr);return AG.__wrap(A)}set cpfp(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_cpfp(this.__wbg_ptr,I)}get direct(){const A=aN.__wbg_get_nodetxpairresult_direct(this.__wbg_ptr);return AG.__wrap(A)}set direct(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_direct(this.__wbg_ptr,I)}};Symbol.dispose&&(qN.prototype[Symbol.dispose]=qN.prototype.free);const VN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_nonceresult_free(A>>>0,1));var TN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,VN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,VN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_nonceresult_free(A,0)}get nonce(){const A=aN.__wbg_get_nonceresult_nonce(this.__wbg_ptr);return jN.__wrap(A)}set nonce(A){RN(A,jN);var I=A.__destroy_into_raw();aN.__wbg_set_nonceresult_nonce(this.__wbg_ptr,I)}get commitment(){const A=aN.__wbg_get_nonceresult_commitment(this.__wbg_ptr);return ON.__wrap(A)}set commitment(A){RN(A,ON);var I=A.__destroy_into_raw();aN.__wbg_set_nonceresult_commitment(this.__wbg_ptr,I)}};Symbol.dispose&&(TN.prototype[Symbol.dispose]=TN.prototype.free);const vN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_refundtxtrioresult_free(A>>>0,1));var ZN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,vN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,vN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_refundtxtrioresult_free(A,0)}get cpfp_refund(){const A=aN.__wbg_get_nodetxpairresult_cpfp(this.__wbg_ptr);return AG.__wrap(A)}set cpfp_refund(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_cpfp(this.__wbg_ptr,I)}get direct_refund(){const A=aN.__wbg_get_refundtxtrioresult_direct_refund(this.__wbg_ptr);return 0===A?void 0:AG.__wrap(A)}set direct_refund(A){let I=0;uN(A)||(RN(A,AG),I=A.__destroy_into_raw()),aN.__wbg_set_refundtxtrioresult_direct_refund(this.__wbg_ptr,I)}get direct_from_cpfp_refund(){const A=aN.__wbg_get_nodetxpairresult_direct(this.__wbg_ptr);return AG.__wrap(A)}set direct_from_cpfp_refund(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_direct(this.__wbg_ptr,I)}};Symbol.dispose&&(ZN.prototype[Symbol.dispose]=ZN.prototype.free);const xN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_secretshareresult_free(A>>>0,1));var WN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,xN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,xN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_secretshareresult_free(A,0)}constructor(A,I,g){const C=fN(g,aN.__wbindgen_malloc),B=dN;return this.__wbg_ptr=aN.secretshareresult_new(A,I,C,B)>>>0,xN.register(this,this.__wbg_ptr,this),this}get threshold(){return aN.__wbg_get_secretshareresult_threshold(this.__wbg_ptr)>>>0}set threshold(A){aN.__wbg_set_secretshareresult_threshold(this.__wbg_ptr,A)}get index(){return aN.__wbg_get_secretshareresult_index(this.__wbg_ptr)>>>0}set index(A){aN.__wbg_set_secretshareresult_index(this.__wbg_ptr,A)}get share(){const A=aN.__wbg_get_secretshareresult_share(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set share(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}};Symbol.dispose&&(WN.prototype[Symbol.dispose]=WN.prototype.free);const PN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_signingcommitment_free(A>>>0,1));var ON=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,PN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,PN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_signingcommitment_free(A,0)}constructor(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN;return this.__wbg_ptr=aN.signingcommitment_new(g,C,B,i)>>>0,PN.register(this,this.__wbg_ptr,this),this}get hiding(){const A=aN.__wbg_get_signingcommitment_hiding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set hiding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get binding(){const A=aN.__wbg_get_signingcommitment_binding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set binding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(ON.prototype[Symbol.dispose]=ON.prototype.free);const XN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_signingnonce_free(A>>>0,1));var jN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,XN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,XN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_signingnonce_free(A,0)}constructor(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN;return this.__wbg_ptr=aN.signingcommitment_new(g,C,B,i)>>>0,XN.register(this,this.__wbg_ptr,this),this}get hiding(){const A=aN.__wbg_get_signingnonce_hiding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set hiding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get binding(){const A=aN.__wbg_get_signingnonce_binding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set binding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(jN.prototype[Symbol.dispose]=jN.prototype.free);const zN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_timelockresult_free(A>>>0,1));var _N=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,zN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,zN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_timelockresult_free(A,0)}get next_sequence(){return aN.__wbg_get_timelockresult_next_sequence(this.__wbg_ptr)>>>0}set next_sequence(A){aN.__wbg_set_timelockresult_next_sequence(this.__wbg_ptr,A)}get next_direct_sequence(){return aN.__wbg_get_timelockresult_next_direct_sequence(this.__wbg_ptr)>>>0}set next_direct_sequence(A){aN.__wbg_set_timelockresult_next_direct_sequence(this.__wbg_ptr,A)}};Symbol.dispose&&(_N.prototype[Symbol.dispose]=_N.prototype.free);const $N="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_transactionresult_free(A>>>0,1));var AG=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,$N.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,$N.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_transactionresult_free(A,0)}get tx(){const A=aN.__wbg_get_transactionresult_tx(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set tx(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get sighash(){const A=aN.__wbg_get_transactionresult_sighash(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set sighash(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}get inputs(){const A=aN.__wbg_get_transactionresult_inputs(this.__wbg_ptr);var I=function(A,I){A>>>=0;const g=kN(),C=[];for(let B=A;B<A+4*I;B+=4)C.push(aN.__wbindgen_externrefs.get(g.getUint32(B,!0)));return aN.__externref_drop_slice(A,I),C}(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],4*A[1],4),I}set inputs(A){const I=function(A,I){const g=I(4*A.length,4)>>>0;for(let I=0;I<A.length;I++){const C=GN(A[I]);kN().setUint32(g+4*I,C,!0)}return dN=A.length,g}(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_transactionresult_inputs(this.__wbg_ptr,I,g)}};Symbol.dispose&&(AG.prototype[Symbol.dispose]=AG.prototype.free);const IG="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_txin_free(A>>>0,1));var gG=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,IG.register(g,g.__wbg_ptr,g),g}static __unwrap(I){return I instanceof A?I.__destroy_into_raw():0}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,IG.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_txin_free(A,0)}get sequence(){return aN.__wbg_get_timelockresult_next_sequence(this.__wbg_ptr)>>>0}set sequence(A){aN.__wbg_set_timelockresult_next_sequence(this.__wbg_ptr,A)}};Symbol.dispose&&(gG.prototype[Symbol.dispose]=gG.prototype.free);const CG=new Set(["basic","cors","default"]);function BG(){const A={wbg:{}};return A.wbg.__wbg_Error_e83987f665cf5504=function(A,I){return Error(wN(A,I))},A.wbg.__wbg_Number_bb48ca12f395cd08=function(A){return Number(A)},A.wbg.__wbg_String_8f0eb39a4a4c2f66=function(A,I){const g=yN(String(I),aN.__wbindgen_malloc,aN.__wbindgen_realloc),C=dN;kN().setInt32(A+4,C,!0),kN().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_bigint_get_as_i64_f3ebc5a755000afd=function(A,I){const g="bigint"==typeof I?I:void 0;kN().setBigInt64(A+8,uN(g)?BigInt(0):g,!0),kN().setInt32(A+0,!uN(g),!0)},A.wbg.__wbg___wbindgen_boolean_get_6d5a1ee65bab5f68=function(A){const I="boolean"==typeof A?A:void 0;return uN(I)?16777215:I?1:0},A.wbg.__wbg___wbindgen_debug_string_df47ffb5e35e6763=function(A,I){const g=yN(NN(I),aN.__wbindgen_malloc,aN.__wbindgen_realloc),C=dN;kN().setInt32(A+4,C,!0),kN().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_in_bb933bd9e1b3bc0f=function(A,I){return A in I},A.wbg.__wbg___wbindgen_is_bigint_cb320707dcd35f0b=function(A){return"bigint"==typeof A},A.wbg.__wbg___wbindgen_is_function_ee8a6c5833c90377=function(A){return"function"==typeof A},A.wbg.__wbg___wbindgen_is_object_c818261d21f283a4=function(A){return"object"==typeof A&&null!==A},A.wbg.__wbg___wbindgen_is_string_fbb76cb2940daafd=function(A){return"string"==typeof A},A.wbg.__wbg___wbindgen_is_undefined_2d472862bd29a478=function(A){return void 0===A},A.wbg.__wbg___wbindgen_jsval_eq_6b13ab83478b1c50=function(A,I){return A===I},A.wbg.__wbg___wbindgen_jsval_loose_eq_b664b38a2f582147=function(A,I){return A==I},A.wbg.__wbg___wbindgen_number_get_a20bf9b85341449d=function(A,I){const g="number"==typeof I?I:void 0;kN().setFloat64(A+8,uN(g)?0:g,!0),kN().setInt32(A+0,!uN(g),!0)},A.wbg.__wbg___wbindgen_string_get_e4f06c90489ad01b=function(A,I){const g="string"==typeof I?I:void 0;var C=uN(g)?0:yN(g,aN.__wbindgen_malloc,aN.__wbindgen_realloc),B=dN;kN().setInt32(A+4,B,!0),kN().setInt32(A+0,C,!0)},A.wbg.__wbg___wbindgen_throw_b855445ff6a94295=function(A,I){throw new Error(wN(A,I))},A.wbg.__wbg_call_525440f72fbfc0ea=function(){return pN(function(A,I,g){return A.call(I,g)},arguments)},A.wbg.__wbg_call_e762c39fa8ea36bf=function(){return pN(function(A,I){return A.call(I)},arguments)},A.wbg.__wbg_crypto_574e78ad8b13b65f=function(A){return Rd()},A.wbg.__wbg_done_2042aa2670fb1db1=function(A){return A.done},A.wbg.__wbg_entries_e171b586f8f6bdbf=function(A){return Object.entries(A)},A.wbg.__wbg_getRandomValues_b8f5dbd5f3995a9e=function(){return pN(function(A,I){A.getRandomValues(I)},arguments)},A.wbg.__wbg_get_7bed016f185add81=function(A,I){return A[I>>>0]},A.wbg.__wbg_get_efcb449f58ec27c2=function(){return pN(function(A,I){return Reflect.get(A,I)},arguments)},A.wbg.__wbg_get_with_ref_key_1dc361bd10053bfe=function(A,I){return A[I]},A.wbg.__wbg_instanceof_ArrayBuffer_70beb1189ca63b38=function(A){let I;try{I=A instanceof ArrayBuffer}catch(A){I=!1}return I},A.wbg.__wbg_instanceof_Uint8Array_20c8e73002f7af98=function(A){let I;try{I=A instanceof Uint8Array}catch(A){I=!1}return I},A.wbg.__wbg_isArray_96e0af9891d0945d=function(A){return Array.isArray(A)},A.wbg.__wbg_isSafeInteger_d216eda7911dde36=function(A){return Number.isSafeInteger(A)},A.wbg.__wbg_iterator_e5822695327a3c39=function(){return Symbol.iterator},A.wbg.__wbg_length_69bca3cb64fc8748=function(A){return A.length},A.wbg.__wbg_length_cdd215e10d9dd507=function(A){return A.length},A.wbg.__wbg_msCrypto_a61aeb35a24c1329=function(A){return A.msCrypto},A.wbg.__wbg_new_1acc0b6eea89d040=function(){return new Object},A.wbg.__wbg_new_5a79be3ab53b8aa5=function(A){return new Uint8Array(A)},A.wbg.__wbg_new_e17d9f43105b08be=function(){return[]},A.wbg.__wbg_new_no_args_ee98eee5275000a4=function(A,I){return new Function(wN(A,I))},A.wbg.__wbg_new_with_length_01aa0dc35aa13543=function(A){return new Uint8Array(A>>>0)},A.wbg.__wbg_next_020810e0ae8ebcb0=function(){return pN(function(A){return A.next()},arguments)},A.wbg.__wbg_next_2c826fe5dfec6b6a=function(A){return A.next},A.wbg.__wbg_node_905d3e251edff8a2=function(A){return A.node},A.wbg.__wbg_process_dc0fbacc7c1c06f7=function(A){return A.process},A.wbg.__wbg_prototypesetcall_2a6620b6922694b2=function(A,I,g){Uint8Array.prototype.set.call(SN(A,I),g)},A.wbg.__wbg_randomFillSync_ac0988aba3254290=function(){return pN(function(A,I){A.randomFillSync(I)},arguments)},A.wbg.__wbg_require_60cc747a6bc5215a=function(){return pN(function(){throw new Error("WASM ESM wrapper should receive crypto via setCrypto(), not module.require.")},arguments)},A.wbg.__wbg_secretshareresult_new=function(A){return WN.__wrap(A)},A.wbg.__wbg_set_3f1d0b984ed272ed=function(A,I,g){A[I]=g},A.wbg.__wbg_set_c213c871859d6500=function(A,I,g){A[I>>>0]=g},A.wbg.__wbg_static_accessor_GLOBAL_89e1d9ac6a1b250e=function(){const A="undefined"==typeof global?null:global;return uN(A)?0:GN(A)},A.wbg.__wbg_static_accessor_GLOBAL_THIS_8b530f326a9e48ac=function(){const A="undefined"==typeof globalThis?null:globalThis;return uN(A)?0:GN(A)},A.wbg.__wbg_static_accessor_SELF_6fdf4b64710cc91b=function(){const A="undefined"==typeof self?null:self;return uN(A)?0:GN(A)},A.wbg.__wbg_static_accessor_WINDOW_b45bfc5a37f6cfa2=function(){const A="undefined"==typeof window?null:window;return uN(A)?0:GN(A)},A.wbg.__wbg_subarray_480600f3d6a9f26c=function(A,I,g){return A.subarray(I>>>0,g>>>0)},A.wbg.__wbg_txin_new=function(A){return gG.__wrap(A)},A.wbg.__wbg_txin_unwrap=function(A){return gG.__unwrap(A)},A.wbg.__wbg_value_692627309814bb8c=function(A){return A.value},A.wbg.__wbg_versions_c01dfd4722a88165=function(A){return A.versions},A.wbg.__wbindgen_cast_2241b6af4c4b2941=function(A,I){return wN(A,I)},A.wbg.__wbindgen_cast_4625c577ab2ec9ee=function(A){return BigInt.asUintN(64,A)},A.wbg.__wbindgen_cast_cb9088102bce6b30=function(A,I){return SN(A,I)},A.wbg.__wbindgen_cast_d6cd19b81560fd6e=function(A){return A},A.wbg.__wbindgen_init_externref_table=function(){const A=aN.__wbindgen_externrefs,I=A.grow(4);A.set(0,void 0),A.set(I+0,void 0),A.set(I+1,null),A.set(I+2,!0),A.set(I+3,!1)},A}async function iG(A){if(void 0!==aN)return aN;if(void 0!==A&&(Object.getPrototypeOf(A)===Object.prototype?({module_or_path:A}=A):console.warn("using deprecated parameters for the initialization function; pass a single object instead")),void 0===A)throw new Error("WASM module path must be provided. This should be set automatically by the SDK.");const I=BG();("string"==typeof A||"function"==typeof Request&&A instanceof Request||"function"==typeof URL&&A instanceof URL)&&(A=fetch(A));const{instance:g,module:C}=await async function(A,I){if("function"==typeof Response&&A instanceof Response){if("function"==typeof WebAssembly.instantiateStreaming)try{return await WebAssembly.instantiateStreaming(A,I)}catch(I){if(!A.ok||!CG.has(A.type)||"application/wasm"===A.headers.get("Content-Type"))throw I;console.warn("`WebAssembly.instantiateStreaming` failed because your server does not serve Wasm with `application/wasm` MIME type. Falling back to `WebAssembly.instantiate` which is slower. Original error:\n",I)}const g=await A.arrayBuffer();return await WebAssembly.instantiate(g,I)}{const g=await WebAssembly.instantiate(A,I);return g instanceof WebAssembly.Instance?{instance:g,module:A}:g}}(await A,I);return function(A,I){return aN=A.exports,iG.__wbindgen_wasm_module=I,lN=null,sN=null,aN.__wbindgen_start(),aN}(g,C)}var QG=I("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");function eG(A){return new ON(A.hiding,A.binding)}let EG,tG=null;function oG(){return null!==tG&&0!==tG.byteLength||(tG=new Uint8Array(EG.memory.buffer)),tG}let nG=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0});nG.decode();let aG=0;function sG(A,I){return function(A,I){return aG+=I,aG>=2146435072&&(nG=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0}),nG.decode(),aG=I),nG.decode(oG().subarray(A,A+I))}(A>>>=0,I)}let rG=0;const cG=new TextEncoder;function DG(A,I,g){if(void 0===g){const g=cG.encode(A),C=I(g.length,1)>>>0;return oG().subarray(C,C+g.length).set(g),rG=g.length,C}let C=A.length,B=I(C,1)>>>0;const i=oG();let Q=0;for(;Q<C;Q++){const I=A.charCodeAt(Q);if(I>127)break;i[B+Q]=I}if(Q!==C){0!==Q&&(A=A.slice(Q)),B=g(B,C,C=Q+3*A.length,1)>>>0;const I=oG().subarray(B+Q,B+C);Q+=cG.encodeInto(A,I).written,B=g(B,C,Q,1)>>>0}return rG=Q,B}"encodeInto"in cG||(cG.encodeInto=function(A,I){const g=cG.encode(A);return I.set(g),{read:A.length,written:g.length}});let wG=null;function dG(){return(null===wG||!0===wG.buffer.detached||void 0===wG.buffer.detached&&wG.buffer!==EG.memory.buffer)&&(wG=new DataView(EG.memory.buffer)),wG}function hG(A){return null==A}function yG(A){const I=typeof A;if("number"==I||"boolean"==I||null==A)return`${A}`;if("string"==I)return`"${A}"`;if("symbol"==I){const I=A.description;return null==I?"Symbol":`Symbol(${I})`}if("function"==I){const I=A.name;return"string"==typeof I&&I.length>0?`Function(${I})`:"Function"}if(Array.isArray(A)){const I=A.length;let g="[";I>0&&(g+=yG(A[0]));for(let C=1;C<I;C++)g+=", "+yG(A[C]);return g+="]",g}const g=/\[object ([^\]]+)\]/.exec(toString.call(A));let C;if(!(g&&g.length>1))return toString.call(A);if(C=g[1],"Object"==C)try{return"Object("+JSON.stringify(A)+")"}catch(A){return"Object"}return A instanceof Error?`${A.name}: ${A.message}\n${A.stack}`:C}function lG(A,I){try{return A.apply(this,I)}catch(A){const I=function(A){const I=EG.__externref_table_alloc();return EG.__wbindgen_externrefs.set(I,A),I}(A);EG.__wbindgen_exn_store(I)}}function kG(A,I){return A>>>=0,oG().subarray(A/1,A/1+I)}function uG(A){const I=EG.__wbindgen_externrefs.get(A);return EG.__externref_table_dealloc(A),I}const NG=new Set(["basic","cors","default"]);function GG(){const A={wbg:{}};return A.wbg.__wbg_Error_e83987f665cf5504=function(A,I){return Error(sG(A,I))},A.wbg.__wbg_Number_bb48ca12f395cd08=function(A){return Number(A)},A.wbg.__wbg_String_8f0eb39a4a4c2f66=function(A,I){const g=DG(String(I),EG.__wbindgen_malloc,EG.__wbindgen_realloc),C=rG;dG().setInt32(A+4,C,!0),dG().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_bigint_get_as_i64_f3ebc5a755000afd=function(A,I){const g="bigint"==typeof I?I:void 0;dG().setBigInt64(A+8,hG(g)?BigInt(0):g,!0),dG().setInt32(A+0,!hG(g),!0)},A.wbg.__wbg___wbindgen_boolean_get_6d5a1ee65bab5f68=function(A){const I="boolean"==typeof A?A:void 0;return hG(I)?16777215:I?1:0},A.wbg.__wbg___wbindgen_debug_string_df47ffb5e35e6763=function(A,I){const g=DG(yG(I),EG.__wbindgen_malloc,EG.__wbindgen_realloc),C=rG;dG().setInt32(A+4,C,!0),dG().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_in_bb933bd9e1b3bc0f=function(A,I){return A in I},A.wbg.__wbg___wbindgen_is_bigint_cb320707dcd35f0b=function(A){return"bigint"==typeof A},A.wbg.__wbg___wbindgen_is_function_ee8a6c5833c90377=function(A){return"function"==typeof A},A.wbg.__wbg___wbindgen_is_object_c818261d21f283a4=function(A){return"object"==typeof A&&null!==A},A.wbg.__wbg___wbindgen_is_undefined_2d472862bd29a478=function(A){return void 0===A},A.wbg.__wbg___wbindgen_jsval_eq_6b13ab83478b1c50=function(A,I){return A===I},A.wbg.__wbg___wbindgen_jsval_loose_eq_b664b38a2f582147=function(A,I){return A==I},A.wbg.__wbg___wbindgen_number_get_a20bf9b85341449d=function(A,I){const g="number"==typeof I?I:void 0;dG().setFloat64(A+8,hG(g)?0:g,!0),dG().setInt32(A+0,!hG(g),!0)},A.wbg.__wbg___wbindgen_string_get_e4f06c90489ad01b=function(A,I){const g="string"==typeof I?I:void 0;var C=hG(g)?0:DG(g,EG.__wbindgen_malloc,EG.__wbindgen_realloc),B=rG;dG().setInt32(A+4,B,!0),dG().setInt32(A+0,C,!0)},A.wbg.__wbg___wbindgen_throw_b855445ff6a94295=function(A,I){throw new Error(sG(A,I))},A.wbg.__wbg_call_e762c39fa8ea36bf=function(){return lG(function(A,I){return A.call(I)},arguments)},A.wbg.__wbg_done_2042aa2670fb1db1=function(A){return A.done},A.wbg.__wbg_getRandomValues_38a1ff1ea09f6cc7=function(){return lG(function(A,I){Rd().getRandomValues(kG(A,I))},arguments)},A.wbg.__wbg_get_7bed016f185add81=function(A,I){return A[I>>>0]},A.wbg.__wbg_get_efcb449f58ec27c2=function(){return lG(function(A,I){return Reflect.get(A,I)},arguments)},A.wbg.__wbg_get_with_ref_key_1dc361bd10053bfe=function(A,I){return A[I]},A.wbg.__wbg_instanceof_ArrayBuffer_70beb1189ca63b38=function(A){let I;try{I=A instanceof ArrayBuffer}catch(A){I=!1}return I},A.wbg.__wbg_instanceof_Uint8Array_20c8e73002f7af98=function(A){let I;try{I=A instanceof Uint8Array}catch(A){I=!1}return I},A.wbg.__wbg_isArray_96e0af9891d0945d=function(A){return Array.isArray(A)},A.wbg.__wbg_isSafeInteger_d216eda7911dde36=function(A){return Number.isSafeInteger(A)},A.wbg.__wbg_iterator_e5822695327a3c39=function(){return Symbol.iterator},A.wbg.__wbg_length_69bca3cb64fc8748=function(A){return A.length},A.wbg.__wbg_length_cdd215e10d9dd507=function(A){return A.length},A.wbg.__wbg_new_1acc0b6eea89d040=function(){return new Object},A.wbg.__wbg_new_5a79be3ab53b8aa5=function(A){return new Uint8Array(A)},A.wbg.__wbg_new_from_slice_92f4d78ca282a2d2=function(A,I){return new Uint8Array(kG(A,I))},A.wbg.__wbg_next_020810e0ae8ebcb0=function(){return lG(function(A){return A.next()},arguments)},A.wbg.__wbg_next_2c826fe5dfec6b6a=function(A){return A.next},A.wbg.__wbg_now_98430d19d580dbab=function(){return lG(function(){return Date.now()},arguments)},A.wbg.__wbg_prototypesetcall_2a6620b6922694b2=function(A,I,g){Uint8Array.prototype.set.call(kG(A,I),g)},A.wbg.__wbg_set_c2abbebe8b9ebee1=function(){return lG(function(A,I,g){return Reflect.set(A,I,g)},arguments)},A.wbg.__wbg_value_692627309814bb8c=function(A){return A.value},A.wbg.__wbindgen_cast_2241b6af4c4b2941=function(A,I){return sG(A,I)},A.wbg.__wbindgen_cast_4625c577ab2ec9ee=function(A){return BigInt.asUintN(64,A)},A.wbg.__wbindgen_cast_9ae0607507abb057=function(A){return A},A.wbg.__wbindgen_init_externref_table=function(){const A=EG.__wbindgen_externrefs,I=A.grow(4);A.set(0,void 0),A.set(I+0,void 0),A.set(I+1,null),A.set(I+2,!0),A.set(I+3,!1)},A}async function pG(A){if(void 0!==EG)return EG;if(void 0!==A&&(Object.getPrototypeOf(A)===Object.prototype?({module_or_path:A}=A):console.warn("using deprecated parameters for the initialization function; pass a single object instead")),void 0===A)throw new Error("WASM module path must be provided. This should be set automatically by the SDK.");const I=GG();("string"==typeof A||"function"==typeof Request&&A instanceof Request||"function"==typeof URL&&A instanceof URL)&&(A=fetch(A));const{instance:g,module:C}=await async function(A,I){if("function"==typeof Response&&A instanceof Response){if("function"==typeof WebAssembly.instantiateStreaming)try{return await WebAssembly.instantiateStreaming(A,I)}catch(I){if(!A.ok||!NG.has(A.type)||"application/wasm"===A.headers.get("Content-Type"))throw I;console.warn("`WebAssembly.instantiateStreaming` failed because your server does not serve Wasm with `application/wasm` MIME type. Falling back to `WebAssembly.instantiate` which is slower. Original error:\n",I)}const g=await A.arrayBuffer();return await WebAssembly.instantiate(g,I)}{const g=await WebAssembly.instantiate(A,I);return g instanceof WebAssembly.Instance?{instance:g,module:A}:g}}(await A,I);return function(A,I){return EG=A.exports,pG.__wbindgen_wasm_module=I,wG=null,tG=null,EG.__wbindgen_start(),EG}(g,C)}var SG,fG,FG,RG=I("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"),UG=class extends ou{transport;constructor(A,I="identity",g=(0,nN.FetchTransport)(),C){super(A,I,C),this.transport=g}getMonotonicTime(){return Pk()}prepareMetadata(A){return super.prepareMetadata(A).set("X-Requested-With","XMLHttpRequest").set("X-Grpc-Web","1").set("X-Client-Env",Vd()).set("Content-Type","application/grpc-web+proto")}createChannelWithTLS(A){try{return Promise.resolve((0,nN.createChannel)(A,this.transport))}catch(I){throw new xd("Failed to create channel",{url:A,error:I})}}async createGrpcClient(A,I,g,C,B){let i;const Q={retry:!0,retryMaxAttempts:3,retryBaseDelayMs:1e3,retryMaxDelayMs:1e4,retryableStatuses:[Xc.Status.UNAVAILABLE,Xc.Status.CANCELLED]};let e={};i=(0,nN.createClientFactory)(),g&&(e=Q,i=i.use(oN.D)),C&&(i=i.use(C));const E=i.create(A,I,{"*":e});return Promise.resolve({...E,close:B?()=>ou.releaseChannel(B):void 0})}},MG=class extends CN{buildConnectionManager(A,I){return new UG(A,"identity",void 0,I)}};function KG(A,I=""){if(!Number.isSafeInteger(A)||A<0)throw new Error(`${I&&`"${I}" `}expected integer >= 0, got ${A}`)}function mG(A,I,g=""){const C=(B=A)instanceof Uint8Array||ArrayBuffer.isView(B)&&"Uint8Array"===B.constructor.name;var B;const i=A?.length,Q=void 0!==I;if(!C||Q&&i!==I)throw new Error((g&&`"${g}" `)+"expected Uint8Array"+(Q?` of length ${I}`:"")+", got "+(C?`length=${i}`:"type="+typeof A));return A}function JG(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash must wrapped by utils.createHasher");KG(A.outputLen),KG(A.blockLen)}function bG(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function HG(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function YG(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function LG(A,I){return A<<32-I|A>>>I}SG="undefined"!=typeof window&&window.crypto?window.crypto:"undefined"!=typeof globalThis&&globalThis.crypto?globalThis.crypto:null,Fd=SG,fG=new class A extends Gd{static initPromise=null;static initialized=!1;static initError=null;async init(){if(!A.initialized){if(A.initError)throw A.initError;A.initPromise||(A.initPromise=(async()=>{try{const I=await iG({module_or_path:QG});return A.initialized=!0,I}catch(I){A.initPromise=null;const g=I instanceof Error?I.message:String(I);throw A.initError=new Error(`SparkFrost: WASM initialization failed: ${g}`,{cause:I}),A.initError}})()),await A.initPromise}}async signFrost({message:A,keyPackage:I,nonce:g,selfCommitment:C,statechainCommitments:B,adaptorPubKey:i}){await this.init();const Q=function(A,I,g,C,B,i){const Q=fN(A,aN.__wbindgen_malloc),e=dN;RN(I,YN);var E=I.__destroy_into_raw();RN(g,jN);var t=g.__destroy_into_raw();RN(C,ON);var o=C.__destroy_into_raw(),n=uN(i)?0:fN(i,aN.__wbindgen_malloc),a=dN;const s=aN.wasm_sign_frost(Q,e,E,t,o,B,n,a);if(s[3])throw FN(s[2]);var r=SN(s[0],s[1]).slice();return aN.__wbindgen_free(s[0],1*s[1],1),r}(A,new YN((e=I).secretKey,e.publicKey,e.verifyingKey),function(A){return new jN(A.hiding,A.binding)}(g),eG(C),B,i);var e;return Promise.resolve(Q)}async aggregateFrost({message:A,statechainCommitments:I,selfCommitment:g,statechainSignatures:C,selfSignature:B,statechainPublicKeys:i,selfPublicKey:Q,verifyingKey:e,adaptorPubKey:E}){await this.init();const t=function(A,I,g,C,B,i,Q,e,E){const t=fN(A,aN.__wbindgen_malloc),o=dN;RN(g,ON);var n=g.__destroy_into_raw();const a=fN(B,aN.__wbindgen_malloc),s=dN,r=fN(Q,aN.__wbindgen_malloc),c=dN,D=fN(e,aN.__wbindgen_malloc),w=dN;var d=uN(E)?0:fN(E,aN.__wbindgen_malloc),h=dN;const y=aN.wasm_aggregate_frost(t,o,I,n,C,a,s,i,r,c,D,w,d,h);if(y[3])throw FN(y[2]);var l=SN(y[0],y[1]).slice();return aN.__wbindgen_free(y[0],1*y[1],1),l}(A,I,eG(g),C,B,i,Q,e,E);return Promise.resolve(t)}async createDummyTx(A,I){await this.init();const g=function(A,I){const g=yN(A,aN.__wbindgen_malloc,aN.__wbindgen_realloc),C=dN,B=aN.create_dummy_tx(g,C,I);if(B[2])throw FN(B[1]);return mN.__wrap(B[0])}(A,I);return Promise.resolve(g)}async encryptEcies(A,I){await this.init();const g=function(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN,Q=aN.encrypt_ecies(g,C,B,i);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I);return Promise.resolve(g)}async decryptEcies(A,I){await this.init();const g=function(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN,Q=aN.decrypt_ecies(g,C,B,i);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I);return Promise.resolve(g)}async splitSecretWithProofs(A,I,g){return await this.init(),function(A,I,g){const C=fN(A,aN.__wbindgen_malloc),B=dN,i=aN.split_secret_with_proofs(C,B,I,g);if(i[2])throw FN(i[1]);return FN(i[0])}(A,I,g).map(A=>({threshold:A.threshold,index:A.index,share:new Uint8Array(A.share),proofs:A.proofs.map(A=>new Uint8Array(A))}))}async recoverSecret(A){return await this.init(),function(A){const I=aN.recover_secret_wasm(A);if(I[3])throw FN(I[2]);var g=SN(I[0],I[1]).slice();return aN.__wbindgen_free(I[0],1*I[1],1),g}(A)}async validateShare(A,I,g,C){await this.init(),function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=aN.validate_share(B,i,I,g,C);if(Q[1])throw FN(Q[0])}(A,I,g,C)}generateAdaptorFromSignature(A){const I=function(A){const I=fN(A,aN.__wbindgen_malloc),g=dN,C=aN.generate_adaptor_from_signature(I,g);if(C[2])throw FN(C[1]);return MN.__wrap(C[0])}(A);return{adaptorSignature:I.signature,adaptorPrivateKey:I.adaptor_private_key}}generateSignatureFromExistingAdaptor(A,I){return function(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN,Q=aN.generate_signature_from_existing_adaptor(g,C,B,i);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I)}validateAdaptorSignature(A,I,g,C){return function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=fN(I,aN.__wbindgen_malloc),e=dN,E=fN(g,aN.__wbindgen_malloc),t=dN,o=fN(C,aN.__wbindgen_malloc),n=dN,a=aN.validate_adaptor_signature(B,i,Q,e,E,t,o,n);if(a[1])throw FN(a[0])}(A,I,g,C),!0}applyAdaptorToSignature(A,I,g,C){return function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=fN(I,aN.__wbindgen_malloc),e=dN,E=fN(g,aN.__wbindgen_malloc),t=dN,o=fN(C,aN.__wbindgen_malloc),n=dN,a=aN.apply_adaptor_to_signature(B,i,Q,e,E,t,o,n);if(a[3])throw FN(a[2]);var s=SN(a[0],a[1]).slice();return aN.__wbindgen_free(a[0],1*a[1],1),s}(A,I,g,C)}async constructNodeTxPair(A,I,g,C,B,i){return await this.init(),function(A,I,g,C,B,i){const Q=fN(A,aN.__wbindgen_malloc),e=dN,E=yN(g,aN.__wbindgen_malloc,aN.__wbindgen_realloc),t=dN,o=aN.construct_node_tx_pair(Q,e,I,E,t,C,B,i);if(o[2])throw FN(o[1]);return qN.__wrap(o[0])}(A,I,g,C,B,i)}async constructRefundTxTrio(A,I,g,C,B,i,Q,e){return await this.init(),function(A,I,g,C,B,i,Q,e){const E=fN(A,aN.__wbindgen_malloc),t=dN;var o=uN(I)?0:fN(I,aN.__wbindgen_malloc),n=dN;const a=fN(C,aN.__wbindgen_malloc),s=dN,r=yN(B,aN.__wbindgen_malloc,aN.__wbindgen_realloc),c=dN,D=aN.construct_refund_tx_trio(E,t,o,n,g,a,s,r,c,i,Q,e);if(D[2])throw FN(D[1]);return ZN.__wrap(D[0])}(A,I,g,C,B,i,Q,e)}async computeMultiInputSighash(A,I,g,C){return await this.init(),function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=aN.compute_multi_input_sighash(B,i,I,g,C);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I,g,C)}},Sd||(Sd=fG),FG=new class A extends Ud{static initPromise=null;static initialized=!1;static initError=null;async init(){if(!A.initialized){if(A.initError)throw A.initError;A.initPromise||(A.initPromise=(async()=>{try{const I=await pG({module_or_path:RG});return A.initialized=!0,I}catch(I){A.initPromise=null;const g=I instanceof Error?I.message:String(I);throw A.initError=new Error(`SparkTokenPrimitives: WASM initialization failed: ${g}`,{cause:I}),A.initError}})()),await A.initPromise}}async constructPartialTransferTransaction(A){return await this.init(),function(A){const I=EG.construct_partial_transfer_transaction(A);if(I[2])throw uG(I[1]);return uG(I[0])}(A)}async hashPartialTokenTransaction(A){return await this.init(),function(A){const I=function(A,I){const g=I(1*A.length,1)>>>0;return oG().set(A,g/1),rG=A.length,g}(A,EG.__wbindgen_malloc),g=rG,C=EG.hash_partial_token_transaction(I,g);if(C[3])throw uG(C[2]);var B=kG(C[0],C[1]).slice();return EG.__wbindgen_free(C[0],1*C[1],1),B}(A)}async buildBroadcastTransactionRequest(A){return await this.init(),function(A){const I=EG.build_broadcast_transaction_request(A);if(I[3])throw uG(I[2]);var g=kG(I[0],I[1]).slice();return EG.__wbindgen_free(I[0],1*I[1],1),g}(A)}async prepareTokenInvoice(A){return await this.init(),function(A){const I=EG.prepare_token_invoice(A);if(I[2])throw uG(I[1]);return uG(I[0])}(A)}async finalizeTokenInvoice(A){return await this.init(),function(A){let I,g;try{const i=EG.finalize_token_invoice(A);var C=i[0],B=i[1];if(i[3])throw C=0,B=0,uG(i[2]);return I=C,g=B,sG(C,B)}finally{EG.__wbindgen_free(I,g,1)}}(A)}},Md||(Md=FG);const qG=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),VG=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function TG(A,I={}){const g=(I,g)=>A(g).update(I).digest(),C=A(void 0);return g.outputLen=C.outputLen,g.blockLen=C.blockLen,g.create=I=>A(I),Object.assign(g,I),Object.freeze(g)}const vG=A=>({oid:Uint8Array.from([6,9,96,134,72,1,101,3,4,2,A])});function ZG(A,I,g){return A&I^~A&g}function xG(A,I,g){return A&I^A&g^I&g}class WG{blockLen;outputLen;padOffset;isLE;buffer;view;finished=!1;length=0;pos=0;destroyed=!1;constructor(A,I,g,C){this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=YG(this.buffer)}update(A){bG(this),mG(A);const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=YG(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){bG(this),function(A,I){mG(A,void 0,"digestInto() output");const g=I.outputLen;if(A.length<g)throw new Error('"digestInto() output" expected to be of length >='+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,HG(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;g.setBigUint64(C-8,BigInt(8*this.length),B),this.process(g,0);const Q=YG(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen must be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||=new this.constructor,A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const PG=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),OG=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),XG=new Uint32Array(64);class jG extends WG{constructor(A){super(64,A,8,!1)}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)XG[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=XG[A-15],g=XG[A-2],C=LG(I,7)^LG(I,18)^I>>>3,B=LG(g,17)^LG(g,19)^g>>>10;XG[A]=B+XG[A-7]+C+XG[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(LG(Q,6)^LG(Q,11)^LG(Q,25))+ZG(Q,e,E)+OG[A]+XG[A]|0,o=(LG(g,2)^LG(g,13)^LG(g,22))+xG(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){HG(XG)}destroy(){this.set(0,0,0,0,0,0,0,0),HG(this.buffer)}}class zG extends jG{A=0|PG[0];B=0|PG[1];C=0|PG[2];D=0|PG[3];E=0|PG[4];F=0|PG[5];G=0|PG[6];H=0|PG[7];constructor(){super(32)}}const _G=TG(()=>new zG,vG(1));function $G(A){const I="string"==typeof A?function(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}(A):A,g=function(A){if(mG(A),qG)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=VG[A[g]];return I}(_G(I));return g}var Ap=Q(7678);class Ip{oHash;iHash;blockLen;outputLen;finished=!1;destroyed=!1;constructor(A,I){if(JG(A),mG(I,void 0,"key"),this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const g=this.blockLen,C=new Uint8Array(g);C.set(I.length>g?A.create().update(I).digest():I);for(let A=0;A<C.length;A++)C[A]^=54;this.iHash.update(C),this.oHash=A.create();for(let A=0;A<C.length;A++)C[A]^=106;this.oHash.update(C),HG(C)}update(A){return bG(this),this.iHash.update(A),this}digestInto(A){bG(this),mG(A,this.outputLen,"output"),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||=Object.create(Object.getPrototypeOf(this),{});const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const gp=(A,I,g)=>new Ip(A,I).update(g).digest();gp.create=(A,I)=>new Ip(A,I);const Cp=Uint8Array.of(0),Bp=Uint8Array.of(),ip={p:0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2fn,n:0xfffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141n,h:1n,a:0n,b:7n,Gx:0x79be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798n,Gy:0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8n},{p:Qp,n:ep,Gx:Ep,Gy:tp,b:op}=ip,np={publicKey:33,publicKeyUncompressed:65,signature:64,seed:48},ap=(A="")=>{const I=new Error(A);throw((...A)=>{"captureStackTrace"in Error&&"function"==typeof Error.captureStackTrace&&Error.captureStackTrace(...A)})(I,ap),I},sp=(A,I,g="")=>{const C=(B=A)instanceof Uint8Array||ArrayBuffer.isView(B)&&"Uint8Array"===B.constructor.name;var B;const i=A?.length,Q=void 0!==I;return(!C||Q&&i!==I)&&ap((g&&`"${g}" `)+"expected Uint8Array"+(Q?` of length ${I}`:"")+", got "+(C?`length=${i}`:"type="+typeof A)),A},rp=A=>new Uint8Array(A),cp=(A,I)=>A.toString(16).padStart(I,"0"),Dp=A=>Array.from(sp(A)).map(A=>cp(A,2)).join(""),wp=A=>A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0,dp=A=>{const I="hex invalid";if("string"!=typeof A)return ap(I);const g=A.length,C=g/2;if(g%2)return ap(I);const B=rp(C);for(let g=0,i=0;g<C;g++,i+=2){const C=wp(A.charCodeAt(i)),Q=wp(A.charCodeAt(i+1));if(void 0===C||void 0===Q)return ap(I);B[g]=16*C+Q}return B},hp=(...A)=>{const I=rp(A.reduce((A,I)=>A+sp(I).length,0));let g=0;return A.forEach(A=>{I.set(A,g),g+=A.length}),I},yp=(A=32)=>(globalThis?.crypto).getRandomValues(rp(A)),lp=BigInt,kp=(A,I,g,C="bad number: out of range")=>(A=>"bigint"==typeof A)(A)&&I<=A&&A<g?A:ap(C),up=(A,I=Qp)=>{const g=A%I;return g>=0n?g:I+g},Np=A=>A instanceof Rp?A:ap("Point expected"),Gp=A=>up(up(A*A)*A+op),pp=A=>kp(A,0n,Qp),Sp=A=>kp(A,1n,Qp),fp=A=>0n==(1n&A),Fp=A=>Uint8Array.of(A);class Rp{static BASE;static ZERO;X;Y;Z;constructor(A,I,g){this.X=pp(A),this.Y=Sp(I),this.Z=pp(g),Object.freeze(this)}static CURVE(){return ip}static fromAffine(A){const{x:I,y:g}=A;return 0n===I&&0n===g?Mp:new Rp(I,g,1n)}static fromBytes(A){sp(A);const{publicKey:I,publicKeyUncompressed:g}=np;let C;const B=A.length,i=A[0],Q=A.subarray(1),e=mp(Q,0,32);if(B===I&&(2===i||3===i)){let A=(A=>{const I=Gp(Sp(A));let g=1n;for(let A=I,C=(Qp+1n)/4n;C>0n;C>>=1n)1n&C&&(g=g*A%Qp),A=A*A%Qp;return up(g*g)===I?g:ap("sqrt invalid")})(e);const I=fp(A);fp(lp(i))!==I&&(A=up(-A)),C=new Rp(e,A,1n)}return B===g&&4===i&&(C=new Rp(e,mp(Q,32,64),1n)),C?C.assertValidity():ap("bad point: not on curve")}static fromHex(A){return Rp.fromBytes(dp(A))}get x(){return this.toAffine().x}get y(){return this.toAffine().y}equals(A){const{X:I,Y:g,Z:C}=this,{X:B,Y:i,Z:Q}=Np(A),e=up(I*Q),E=up(B*C),t=up(g*Q),o=up(i*C);return e===E&&t===o}is0(){return this.equals(Mp)}negate(){return new Rp(this.X,up(-this.Y),this.Z)}double(){return this.add(this)}add(A){const{X:I,Y:g,Z:C}=this,{X:B,Y:i,Z:Q}=Np(A);let e=0n,E=0n,t=0n;const o=up(3n*op);let n=up(I*B),a=up(g*i),s=up(C*Q),r=up(I+g),c=up(B+i);r=up(r*c),c=up(n+a),r=up(r-c),c=up(I+C);let D=up(B+Q);return c=up(c*D),D=up(n+s),c=up(c-D),D=up(g+C),e=up(i+Q),D=up(D*e),e=up(a+s),D=up(D-e),t=up(0n*c),e=up(o*s),t=up(e+t),e=up(a-t),t=up(a+t),E=up(e*t),a=up(n+n),a=up(a+n),s=up(0n*s),c=up(o*c),a=up(a+s),s=up(n-s),s=up(0n*s),c=up(c+s),n=up(a*c),E=up(E+n),n=up(D*c),e=up(r*e),e=up(e-n),n=up(r*a),t=up(D*t),t=up(t+n),new Rp(e,E,t)}subtract(A){return this.add(Np(A).negate())}multiply(A,I=!0){if(!I&&0n===A)return Mp;if((A=>{kp(A,1n,ep)})(A),1n===A)return this;if(this.equals(Up))return Zp(A).p;let g=Mp,C=Up;for(let B=this;A>0n;B=B.double(),A>>=1n)1n&A?g=g.add(B):I&&(C=C.add(B));return g}multiplyUnsafe(A){return this.multiply(A,!1)}toAffine(){const{X:A,Y:I,Z:g}=this;if(this.equals(Mp))return{x:0n,y:0n};if(1n===g)return{x:A,y:I};const C=((A,I)=>{(0n===A||I<=0n)&&ap("no inverse n="+A+" mod="+I);let g=up(A,I),C=I,B=0n,i=1n,Q=1n,e=0n;for(;0n!==g;){const A=C/g,I=C%g,E=B-Q*A,t=i-e*A;C=g,g=I,B=Q,i=e,Q=E,e=t}return 1n===C?up(B,I):ap("no inverse")})(g,Qp);return 1n!==up(g*C)&&ap("inverse invalid"),{x:up(A*C),y:up(I*C)}}assertValidity(){const{x:A,y:I}=this.toAffine();return Sp(A),Sp(I),up(I*I)===Gp(A)?this:ap("bad point: not on curve")}toBytes(A=!0){const{x:I,y:g}=this.assertValidity().toAffine(),C=bp(I);return A?hp((A=>Fp(fp(A)?2:3))(g),C):hp(Fp(4),C,bp(g))}toHex(A){return Dp(this.toBytes(A))}}const Up=new Rp(Ep,tp,1n),Mp=new Rp(0n,1n,0n);Rp.BASE=Up,Rp.ZERO=Mp;const Kp=A=>lp("0x"+(Dp(A)||"0")),mp=(A,I,g)=>Kp(A.subarray(I,g)),Jp=2n**256n,bp=A=>dp(cp(kp(A,0n,Jp),64)),Hp=A=>{const I=Kp(sp(A,32,"secret key"));return kp(I,1n,ep,"invalid secret key: outside of range")},Yp=(A,I=!0)=>Up.multiply(Hp(A)).toBytes(I);rp(0),Fp(0),Fp(1);const Lp=A=>I=>{const g=((A=yp(np.seed))=>{sp(A),(A.length<np.seed||A.length>1024)&&ap("expected 40-1024b");const I=up(Kp(A),ep-1n);return bp(I+1n)})(I);return{secretKey:g,publicKey:A(g)}},qp=(Lp(Yp),A=>{const I=Hp(A),g=Up.multiply(I),{x:C,y:B}=g.assertValidity().toAffine();return{d:fp(B)?I:(i=-I,up(i,ep)),px:bp(C)};var i}),Vp=(Lp(A=>qp(A).px),Math.ceil(32)+1);let Tp;const vp=(A,I)=>{const g=I.negate();return A?g:I},Zp=A=>{const I=Tp||(Tp=(()=>{const A=[];let I=Up,g=I;for(let C=0;C<Vp;C++){g=I,A.push(g);for(let C=1;C<128;C++)g=g.add(I),A.push(g);I=g.double()}return A})());let g=Mp,C=Up;const B=lp(255),i=lp(8);for(let Q=0;Q<Vp;Q++){let e=Number(A&B);A>>=i,e>128&&(e-=256,A+=1n);const E=128*Q,t=E,o=E+Math.abs(e)-1,n=Q%2!=0,a=e<0;0===e?C=C.add(vp(n,I[t])):g=g.add(vp(a,I[o]))}return 0n!==A&&ap("invalid wnaf"),{p:g,f:C}};var xp=Q(8287).hp,Wp=Q(8287).hp;const Pp=A=>{if(A instanceof Uint8Array)return A;if("string"!=typeof A)throw new Error("Expected hex string or Uint8Array");const I=new Uint8Array(A.length/2);for(let g=0;g<I.length;g++)I[g]=parseInt(A.substr(2*g,2),16);return I},Op=A=>{let I="";const g=new Uint8Array(A),C=g.byteLength;for(let A=0;A<C;A++)I+=String.fromCharCode(g[A]);return B=I,xp.from(B,"binary").toString("base64");var B};function Xp(A,I,g){const C="string"==typeof A?A:Wp.from(A).toString("hex"),B="string"==typeof I?I:Wp.from(I).toString("hex"),i=((A,I,g=!0)=>Rp.fromBytes(I).multiply(Hp(A)).toBytes(g))(Pp(C),Pp(B),!0).slice(1,33);return Q=_G,e=i,E=new Uint8Array(0),t=(new TextEncoder).encode("ecdh-aes-key:"+g),o=32,function(A,I,g,C=32){JG(A),KG(C,"length");const B=A.outputLen;if(C>255*B)throw new Error("Length must be <= 255*HashLen");const i=Math.ceil(C/B);void 0===g?g=Bp:mG(g,void 0,"info");const Q=new Uint8Array(i*B),e=gp.create(A,I),E=e._cloneInto(),t=new Uint8Array(e.outputLen);for(let A=0;A<i;A++)Cp[0]=A+1,E.update(0===A?Bp:t).update(g).update(Cp).digestInto(t),Q.set(t,B*A),e._cloneInto(E);return e.destroy(),E.destroy(),HG(t,Cp),Q.slice(0,C)}(Q,function(A,I,g){return JG(A),void 0===g&&(g=new Uint8Array(A.outputLen)),gp(A,g,I)}(Q,e,E),t,o);var Q,e,E,t,o}async function jp(A,I){try{const g=window.crypto.getRandomValues(new Uint8Array(12)),C=(0,Ap.wY)(A,g).encrypt((new TextEncoder).encode(I)),B=C.slice(0,-16),i=C.slice(-16),Q=Op(B);return`${Q}?iv=${Op(g)}&tag=${Op(i)}`}catch(A){throw console.log("Web encryptMessage err",A),A}}const zp={"FSAG-1000":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Validation failed",userMessage:"The request failed validation checks.",actionHint:"Check your input parameters and try again. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1001":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Required field missing",userMessage:"A required field is missing from your request.",actionHint:"Ensure all required fields are provided. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1002":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Invalid field format",userMessage:"One or more fields have an invalid format.",actionHint:"Check the format of your inputs (addresses, amounts, etc.). If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1003":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Value out of range",userMessage:"A value is outside the acceptable range.",actionHint:"Adjust the value to be within valid bounds. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1004":{httpStatus:409,category:"Validation",recovery:"clawback_required",summary:"Duplicate value",userMessage:"This value already exists and must be unique.",actionHint:"Use a different value or check if the operation was already completed.",isRetryable:!1},"FSAG-2001":{httpStatus:403,category:"Security",recovery:"clawback_required",summary:"Signature verification failed",userMessage:"Your request signature could not be verified.",actionHint:"Ensure you're signing with the correct key. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-2002":{httpStatus:403,category:"Security",recovery:"clawback_required",summary:"Token identity mismatch",userMessage:"The token identity doesn't match the expected public key.",actionHint:"Ensure you're using the correct wallet/identity. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-2003":{httpStatus:401,category:"Security",recovery:"none",summary:"Authorization token missing",userMessage:"Authentication is required for this operation.",actionHint:"Authenticate first by calling the auth flow.",isRetryable:!0},"FSAG-2004":{httpStatus:401,category:"Security",recovery:"none",summary:"Authorization token invalid or expired",userMessage:"Your session has expired or the token is invalid.",actionHint:"Re-authenticate to get a new access token.",isRetryable:!0},"FSAG-2005":{httpStatus:403,category:"Security",recovery:"clawback_required",summary:"Nonce verification failed",userMessage:"The request nonce is invalid or has already been used.",actionHint:"Generate a new nonce and retry. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-2101":{httpStatus:400,category:"Security",recovery:"clawback_required",summary:"Public key invalid",userMessage:"The provided public key is invalid.",actionHint:"Check that the public key is correctly formatted. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-3001":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A temporary service issue occurred. Please try again.",actionHint:"Wait a moment and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3002":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A temporary service issue occurred. Please try again.",actionHint:"Wait a moment and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3101":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A database error occurred. Please try again.",actionHint:"Wait a moment and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3201":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The settlement service is temporarily unavailable.",actionHint:"Wait and retry. If you sent funds and they haven't been processed, consider initiating a clawback.",isRetryable:!0},"FSAG-3201T1":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The settlement service is temporarily unavailable.",actionHint:"Wait and retry. If you sent funds and they haven't been processed, consider initiating a clawback.",isRetryable:!0},"FSAG-3201T2":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The settlement request timed out.",actionHint:"Check if your transaction was processed. If not, you may retry or initiate a clawback.",isRetryable:!0},"FSAG-3202":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A dependent service is temporarily unavailable.",actionHint:"Wait a moment and retry.",isRetryable:!0},"FSAG-3301":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The AMM processor couldn't receive your request.",actionHint:"Wait and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3302":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The AMM processor timed out while processing your request.",actionHint:"Check if your transaction was processed. If not, you may retry or initiate a clawback.",isRetryable:!0},"FSAG-3401":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"An internal processing error occurred.",actionHint:"This is likely a temporary issue. Wait and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3402":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"An internal processing error occurred.",actionHint:"This is likely a temporary issue. Wait and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-4001":{httpStatus:404,category:"Business",recovery:"auto_refund",summary:"Pool not found",userMessage:"The specified pool does not exist.",actionHint:"Verify the pool ID is correct. Your funds will be automatically refunded.",isRetryable:!1},"FSAG-4002":{httpStatus:404,category:"Business",recovery:"none",summary:"Host not found",userMessage:"The specified host namespace does not exist.",actionHint:"Verify the host namespace is correct.",isRetryable:!1},"FSAG-4101":{httpStatus:404,category:"Business",recovery:"none",summary:"Auth session not found",userMessage:"Your authentication session was not found or has expired.",actionHint:"Start a new authentication flow.",isRetryable:!0},"FSAG-4102":{httpStatus:400,category:"Business",recovery:"none",summary:"Incorrect authentication flow",userMessage:"The authentication flow was not followed correctly.",actionHint:"Complete the authentication steps in the correct order.",isRetryable:!0},"FSAG-4201":{httpStatus:400,category:"Business",recovery:"auto_refund",summary:"Insufficient liquidity",userMessage:"The pool doesn't have enough liquidity to complete this swap.",actionHint:"Try a smaller amount or wait for more liquidity. Your funds will be automatically refunded.",isRetryable:!0},"FSAG-4202":{httpStatus:400,category:"Business",recovery:"auto_refund",summary:"Slippage exceeded",userMessage:"The price moved more than your allowed slippage tolerance.",actionHint:"Try increasing slippage tolerance, reducing trade size, or waiting for less volatile conditions. Your funds will be automatically refunded.",isRetryable:!0},"FSAG-4203":{httpStatus:409,category:"Business",recovery:"auto_refund",summary:"Operation not allowed in current phase",userMessage:"This operation cannot be performed while the pool is in its current phase.",actionHint:"Wait for the pool to transition to the appropriate phase. Your funds will be automatically refunded.",isRetryable:!0},"FSAG-4204":{httpStatus:400,category:"Business",recovery:"none",summary:"Insufficient LP tokens",userMessage:"You don't have enough LP tokens to complete this withdrawal.",actionHint:"Check your LP token balance and reduce the withdrawal amount.",isRetryable:!1},"FSAG-4301":{httpStatus:400,category:"Business",recovery:"none",summary:"Invalid fee configuration",userMessage:"The fee configuration is invalid.",actionHint:"Check that fee rates are within acceptable bounds.",isRetryable:!1},"FSAG-4401":{httpStatus:409,category:"Business",recovery:"none",summary:"Transfer ID already used",userMessage:"This Spark transfer has already been used in an operation.",actionHint:"Each transfer can only be used once. Use a new transfer for this operation.",isRetryable:!1},"FSAG-5001":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Failed to generate unique ID",userMessage:"An internal error occurred while processing your request.",actionHint:"Please try again. If you sent funds, initiate a clawback.",isRetryable:!0},"FSAG-5002":{httpStatus:501,category:"System",recovery:"none",summary:"Feature not implemented",userMessage:"This feature is not yet available.",actionHint:"This operation is not currently supported.",isRetryable:!1},"FSAG-5003":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Internal state inconsistent",userMessage:"An internal error occurred. Please contact support if this persists.",actionHint:"If you sent funds, initiate a clawback and contact support.",isRetryable:!1},"FSAG-5004":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Invalid configuration parameter",userMessage:"A system configuration error occurred.",actionHint:"This is a server-side issue. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-5100":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Unexpected panic",userMessage:"An unexpected error occurred on the server.",actionHint:"Please try again later. If you sent funds, initiate a clawback immediately.",isRetryable:!1}};class _p extends Error{errorCode;category;recovery;httpStatus;requestId;timestamp;service;severity;details;remediation;transferIds;lpIdentityPublicKey;clawbackSummary;isRetryable;summary;userMessage;actionHint;constructor(A,I={}){super(A),this.name="FlashnetError";const g=I.response,C=g?.errorCode??"UNKNOWN";if(C in zp){this.errorCode=C;const A=zp[C];this.category=A.category,this.recovery=A.recovery,this.httpStatus=I.httpStatus??A.httpStatus,this.isRetryable=A.isRetryable,this.summary=A.summary,this.userMessage=A.userMessage,this.actionHint=g?.remediation??A.actionHint}else{switch(this.errorCode=C,this.category=function(A){const I=A.match(/^FSAG-(\d)/);if(!I)return null;switch(I[1]){case"1":return"Validation";case"2":return"Security";case"3":return"Infrastructure";case"4":return"Business";case"5":return"System";default:return null}}(C)??"System",this.httpStatus=I.httpStatus??500,this.category){case"Validation":case"Security":case"System":default:this.recovery="clawback_required";break;case"Infrastructure":this.recovery="clawback_recommended";break;case"Business":this.recovery="auto_refund"}this.isRetryable="Infrastructure"===this.category,this.summary=g?.message??"Unknown error",this.userMessage=g?.message??"An unexpected error occurred.",this.actionHint=g?.remediation??"Please try again or contact support."}this.requestId=g?.requestId??"",this.timestamp=g?.timestamp??(new Date).toISOString(),this.service=g?.service??"unknown",this.severity=g?.severity??"Error",this.details=g?.details,this.remediation=g?.remediation,this.transferIds=I.transferIds??[],this.lpIdentityPublicKey=I.lpIdentityPublicKey,this.clawbackSummary=I.clawbackSummary,Object.setPrototypeOf(this,_p.prototype),Error.captureStackTrace&&Error.captureStackTrace(this,_p)}isClawbackRequired(){return"clawback_required"===this.recovery&&this.transferIds.length>0}isClawbackRecommended(){return"clawback_recommended"===this.recovery&&this.transferIds.length>0}shouldClawback(){return this.isClawbackRequired()||this.isClawbackRecommended()}willAutoRefund(){return"auto_refund"===this.recovery}hasTransfersAtRisk(){return this.transferIds.length>0&&"auto_refund"!==this.recovery}isValidationError(){return"Validation"===this.category}isSecurityError(){return"Security"===this.category}isInfrastructureError(){return"Infrastructure"===this.category}isBusinessError(){return"Business"===this.category}isSystemError(){return"System"===this.category}isSlippageError(){return"FSAG-4202"===this.errorCode}isInsufficientLiquidityError(){return"FSAG-4201"===this.errorCode}isAuthError(){return"FSAG-2003"===this.errorCode||"FSAG-2004"===this.errorCode}isPoolNotFoundError(){return"FSAG-4001"===this.errorCode}isTransferAlreadyUsedError(){return"FSAG-4401"===this.errorCode}wasClawbackAttempted(){return this.clawbackSummary?.attempted??!1}wereAllTransfersRecovered(){return!!this.clawbackSummary?.attempted&&0===this.clawbackSummary.failureCount}werePartialTransfersRecovered(){return!!this.clawbackSummary?.attempted&&this.clawbackSummary.successCount>0&&this.clawbackSummary.failureCount>0}getRecoveredTransferCount(){return this.clawbackSummary?.successCount??0}getRecoveredTransferIds(){return this.clawbackSummary?.recoveredTransferIds??[]}getUnrecoveredTransferIds(){return this.clawbackSummary?.unrecoveredTransferIds??this.transferIds}toLogString(){const A=[`[${this.errorCode}]`,this.message,`(requestId: ${this.requestId})`];return this.transferIds.length>0&&A.push(`transferIds: [${this.transferIds.join(", ")}]`),A.join(" ")}getUserFriendlyMessage(){const A=[this.userMessage];return this.shouldClawback()?A.push("Your funds may need to be recovered via clawback."):this.willAutoRefund()&&A.push("Your funds will be automatically refunded."),A.join(" ")}toJSON(){return{name:this.name,message:this.message,errorCode:this.errorCode,category:this.category,recovery:this.recovery,httpStatus:this.httpStatus,requestId:this.requestId,timestamp:this.timestamp,service:this.service,severity:this.severity,details:this.details,remediation:this.remediation,transferIds:this.transferIds,lpIdentityPublicKey:this.lpIdentityPublicKey,clawbackSummary:this.clawbackSummary,isRetryable:this.isRetryable,summary:this.summary,userMessage:this.userMessage,actionHint:this.actionHint}}static fromResponse(A,I,g){return new _p(A.message,{response:A,httpStatus:I,transferIds:g?.transferIds,lpIdentityPublicKey:g?.lpIdentityPublicKey})}static fromUnknown(A,I){if(A instanceof _p){const g="auto_refund"===A.recovery;return I?.lpIdentityPublicKey&&!A.lpIdentityPublicKey?new _p(A.message,{response:{errorCode:A.errorCode,errorCategory:A.category,message:A.message,details:A.details,requestId:A.requestId,timestamp:A.timestamp,service:A.service,severity:A.severity,remediation:A.remediation},httpStatus:A.httpStatus,transferIds:g?A.transferIds:I.transferIds??A.transferIds,lpIdentityPublicKey:I.lpIdentityPublicKey??A.lpIdentityPublicKey,cause:A}):A}if(A instanceof Error){const g=A;if(g.response?.data&&"object"==typeof g.response.data){const A=g.response.data;if(A.errorCode&&"string"==typeof A.errorCode&&"string"==typeof A.message&&"string"==typeof A.requestId)return _p.fromResponse(A,g.response.status??g.status??500,I)}return new _p(A.message,{httpStatus:g.status??500,transferIds:I?.transferIds,lpIdentityPublicKey:I?.lpIdentityPublicKey,cause:A})}return new _p(String(A),{httpStatus:500,transferIds:I?.transferIds,lpIdentityPublicKey:I?.lpIdentityPublicKey})}}class $p{config;authToken;constructor(A){this.config=A}setAuthToken(A){this.authToken=A}async makeRequest(A,I,g){const C={"Content-Type":"application/json",...g?.headers};this.authToken&&(C.Authorization=`Bearer ${this.authToken}`);const B={method:I,headers:C};g?.body&&"GET"!==I&&(B.body=JSON.stringify(g.body));let i=A;if(g?.params){const I=new URLSearchParams;Object.entries(g.params).forEach(([A,g])=>{I.append(A,g.toString())}),i=`${A}?${I.toString()}`}const Q=await fetch(i,B);if(!Q.ok){const A=await Q.json().catch(()=>null);if(A&&"errorCode"in A&&"string"==typeof A.errorCode)throw _p.fromResponse(A,Q.status);const C=A,B=C?.message??C?.msg??`HTTP error! status: ${Q.status}`,e=new Error(B);throw e.status=Q.status,e.response={status:Q.status,data:A},e.request={url:i,method:I,body:g?.body},e}return Q.json()}async ammPost(A,I,g){return this.makeRequest(`${this.config.ammGatewayUrl}${A}`,"POST",{...g,body:I})}async ammGet(A,I){return this.makeRequest(`${this.config.ammGatewayUrl}${A}`,"GET",I)}async mempoolGet(A,I){return this.makeRequest(`${this.config.mempoolApiUrl}${A}`,"GET",I)}async sparkScanGet(A,I){if(!this.config.sparkScanUrl)throw new Error("SparkScan URL not configured for this network");return this.makeRequest(`${this.config.sparkScanUrl}${A}`,"GET",I)}}Error;var AS=Q(9982);class IS{client;constructor(A){this.client=A}async getChallenge(A){return this.client.ammPost("/v1/auth/challenge",A)}async verify(A){return this.client.ammPost("/v1/auth/verify",A)}async registerHost(A){return this.client.ammPost("/v1/hosts/register",A)}async getHost(A){return this.client.ammGet(`/v1/hosts/${A}`)}async withdrawHostFees(A){return this.client.ammPost("/v1/hosts/withdraw-fees",A)}async getPoolHostFees(A){return this.client.ammPost("/v1/hosts/pool-fees",A)}async getHostFees(A){return this.client.ammPost("/v1/hosts/fees",A)}async getHostFeeWithdrawalHistory(A){return this.client.ammGet("/v1/hosts/fee-withdrawal-history",{params:A})}async createConstantProductPool(A){return this.client.ammPost("/v1/pools/constant-product",A)}async createSingleSidedPool(A){return this.client.ammPost("/v1/pools/single-sided",A)}async confirmInitialDeposit(A){return this.client.ammPost("/v1/pools/single-sided/confirm-initial-deposit",A)}async listPools(A){return this.client.ammGet("/v1/pools",{params:A})}async getPool(A){return this.client.ammGet(`/v1/pools/${A}`)}async getLpPosition(A,I){return this.client.ammGet(`/v1/pools/${A}/lp/${I}`)}async getAllLpPositions(){return this.client.ammGet("/v1/liquidity/positions")}async addLiquidity(A){return this.client.ammPost("/v1/liquidity/add",A)}async simulateAddLiquidity(A){return this.client.ammPost("/v1/liquidity/add/simulate",A)}async removeLiquidity(A){return this.client.ammPost("/v1/liquidity/remove",A)}async simulateRemoveLiquidity(A){return this.client.ammPost("/v1/liquidity/remove/simulate",A)}async executeSwap(A){return this.client.ammPost("/v1/swap",A)}async simulateSwap(A){return this.client.ammPost("/v1/swap/simulate",A)}async getPoolSwaps(A,I){return this.client.ammGet(`/v1/pools/${A}/swaps`,{params:I})}async getGlobalSwaps(A){return this.client.ammGet("/v1/swaps",{params:A})}async getUserSwaps(A,I){return this.client.ammGet(`/v1/swaps/user/${A}`,{params:I})}async executeRouteSwap(A){return this.client.ammPost("/v1/route-swap",A)}async simulateRouteSwap(A){return this.client.ammPost("/v1/route-swap/simulate",A)}async getIntegratorFees(){return this.client.ammGet("/v1/integrators/fees")}async getIntegratorFeeWithdrawalHistory(A){return this.client.ammGet("/v1/integrators/fee-withdrawal-history",{params:A})}async getPoolIntegratorFees(A){return this.client.ammPost("/v1/integrators/pool-fees",A)}async withdrawIntegratorFees(A){return this.client.ammPost("/v1/integrators/withdraw-fees",A)}async createEscrow(A){return this.client.ammPost("/v1/escrows/create",A)}async fundEscrow(A){return this.client.ammPost("/v1/escrows/fund",A)}async claimEscrow(A){return this.client.ammPost("/v1/escrows/claim",A)}async getEscrow(A){return this.client.ammGet(`/v1/escrows/${A}`)}async ping(){return this.client.ammGet("/v1/ping")}async getFeatureStatus(){return this.client.ammGet("/v1/config/feature-status")}async getMinAmounts(){return this.client.ammGet("/v1/config/min-amounts")}async getAllowedAssets(){return this.client.ammGet("/v1/config/allowed-assets")}async clawback(A){return this.client.ammPost("/v1/clawback",A)}async checkClawbackEligibility(A){return this.client.ammPost("/v1/check_clawback_eligibility",A)}async listClawbackableTransfers(A){return this.client.ammGet("/v1/clawback-transfers/list",{params:A})}async createConcentratedPool(A){return this.client.ammPost("/v1/pools/concentrated",A)}async increaseLiquidity(A){return this.client.ammPost("/v1/concentrated/liquidity/increase",A)}async decreaseLiquidity(A){return this.client.ammPost("/v1/concentrated/liquidity/decrease",A)}async collectFees(A){return this.client.ammPost("/v1/concentrated/fees/collect",A)}async rebalancePosition(A){return this.client.ammPost("/v1/concentrated/positions/rebalance",A)}async listConcentratedPositions(A){return this.client.ammGet("/v1/concentrated/positions",{params:A})}async getPoolLiquidity(A){return this.client.ammGet(`/v1/concentrated/pools/${A}/liquidity`)}async getPoolTicks(A){return this.client.ammGet(`/v1/concentrated/pools/${A}/ticks`)}async getConcentratedBalance(A){return this.client.ammGet(`/v1/concentrated/balance/${A}`)}async getConcentratedBalances(){return this.client.ammGet("/v1/concentrated/balances")}async getConcentratedBalanceByPool(A){return this.client.ammGet(`/v1/concentrated/balances/${A}`)}async withdrawConcentratedBalance(A){return this.client.ammPost("/v1/concentrated/balance/withdraw",A)}async depositConcentratedBalance(A){return this.client.ammPost("/v1/concentrated/balance/deposit",A)}}const gS={mainnet:{ammGatewayUrl:"https://api.flashnet.xyz",mempoolApiUrl:"https://mempool.space",explorerUrl:"https://mempool.space",sparkScanUrl:"https://api.sparkscan.io"},regtest:{ammGatewayUrl:"https://api.amm.makebitcoingreatagain.dev",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"},testnet:{ammGatewayUrl:"https://api.amm.makebitcoingreatagain.dev",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"},signet:{ammGatewayUrl:"https://api.amm.makebitcoingreatagain.dev",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"},local:{ammGatewayUrl:"http://localhost:8090",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"}};function CS(A){const I=gS[A];if(!I)throw new Error(`Unknown client environment: ${A}`);return I}const BS="020202020202020202020202020202020202020202020202020202020202020202";function iS(A){return"LOCAL"===A?"REGTEST":A}function QS(A){return A.toLowerCase()}var eS,ES,tS,oS,nS;!function(A){A[A.MAINNET=0]="MAINNET",A[A.REGTEST=1]="REGTEST"}(eS||(eS={})),function(A){A[A.TIME_COMPARISON_UNSPECIFIED=0]="TIME_COMPARISON_UNSPECIFIED",A[A.TIME_COMPARISON_AFTER=1]="TIME_COMPARISON_AFTER",A[A.TIME_COMPARISON_BEFORE=2]="TIME_COMPARISON_BEFORE",A[A.TIME_COMPARISON_BETWEEN=3]="TIME_COMPARISON_BETWEEN"}(ES||(ES={})),function(A){A[A.AMM_PHASE_UNSPECIFIED=0]="AMM_PHASE_UNSPECIFIED",A[A.AMM_PHASE_SINGLE_SIDED=1]="AMM_PHASE_SINGLE_SIDED",A[A.AMM_PHASE_DOUBLE_SIDED=2]="AMM_PHASE_DOUBLE_SIDED",A[A.AMM_PHASE_GRADUATED=3]="AMM_PHASE_GRADUATED"}(tS||(tS={})),function(A){A[A.PHASE=0]="PHASE",A[A.MINIMUM_RESERVE=1]="MINIMUM_RESERVE",A[A.EXISTS=2]="EXISTS"}(oS||(oS={})),function(A){A[A.TIME=0]="TIME",A[A.AMM_STATE=1]="AMM_STATE",A[A.LOGICAL=2]="LOGICAL"}(nS||(nS={}));var aS=Q(2343);function sS(A){return Array.from(A).map(A=>A.toString(16).padStart(2,"0")).join("")}function rS(A){if(A.length%2!=0)throw new Error("Invalid hex string length");const I=new Uint8Array(A.length/2);for(let g=0;g<A.length;g+=2)I[g/2]=parseInt(A.substring(g,g+2),16);return I}const cS={MAINNET:"spark",TESTNET:"sparkt",REGTEST:"sparkrt",SIGNET:"sparks",LOCAL:"sparkl"},DS=Object.fromEntries(Object.entries(cS).map(([A,I])=>[I,A])),wS=0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2fn,dS={MAINNET:"sp",TESTNET:"spt",REGTEST:"sprt",SIGNET:"sps",LOCAL:"spl"},hS=(Object.fromEntries(Object.entries(dS).map(([A,I])=>[I,A])),{...DS,...Object.fromEntries(Object.entries(dS).map(([A,I])=>[I,A]))});Object.fromEntries(Object.entries(cS).map(([A,I])=>[I,A]));function yS(A){!function(A){if(!(I=A)||"string"!=typeof I||66!==I.length||!/^(02|03)[0-9a-fA-F]{64}$/.test(I))throw new Error("Invalid public key format/length.");var I;const g=BigInt(`0x${A.substring(2)}`);if(0n===g||g>=wS)throw new Error("Invalid public key point: x coordinate outside curve modulus")}(A.identityPublicKey);const I=function(A){const I=2+A.length,g=new Uint8Array(I);return g[0]=10,g[1]=A.length,g.set(A,2),g}(rS(A.identityPublicKey)),g=aS.p2.toWords(I),C=cS[A.network];return aS.p2.encode(C,g,200)}function lS(){const A=new Uint8Array(16);if("undefined"!=typeof crypto&&crypto.getRandomValues)crypto.getRandomValues(A);else if("undefined"!=typeof globalThis&&globalThis.crypto?.getRandomValues)globalThis.crypto.getRandomValues(A);else for(let I=0;I<A.length;I++)A[I]=Math.floor(256*Math.random());return Array.from(A,A=>A.toString(16).padStart(2,"0")).join("")}class kS{apiClient;wallet;signer;pubkey;constructor(A,I,g){this.apiClient=A,this.pubkey=I,"signMessageWithIdentityKey"in g?this.wallet=g:this.signer=g}async signMessage(A){try{if(this.wallet)return await this.wallet.signMessageWithIdentityKey(A,!0);if(this.signer){const I=A.startsWith("0x")?rS(A.slice(2)):rS(A),g=AS(I);return sS(await this.signer.signMessage(g))}throw new Error("No wallet or signer available")}catch(A){throw new Error(`Failed to sign message: ${A instanceof Error?A.message:"Unknown error"}`)}}async authenticate(){try{const A={publicKey:this.pubkey},I=await this.apiClient.ammPost("/v1/auth/challenge",A);if(!I.challenge)throw new Error("No challenge received from server");const g=I.challengeString,C=await this.signMessage(g),B={publicKey:this.pubkey,signature:C},i=await this.apiClient.ammPost("/v1/auth/verify",B);if(!i.accessToken)throw new Error("No access token received from server");return this.apiClient.setAuthToken(i.accessToken),i.accessToken}catch(A){throw new Error(`Authentication failed: ${A instanceof Error?A.message:"Unknown error"}`)}}}function uS(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetASparkTransferId:A.assetASparkTransferId,assetBSparkTransferId:A.assetBSparkTransferId,assetAAmount:BigInt(A.assetAAmount).toString(),assetBAmount:BigInt(A.assetBAmount).toString(),assetAMinAmountIn:BigInt(A.assetAMinAmountIn).toString(),assetBMinAmountIn:BigInt(A.assetBMinAmountIn).toString(),nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}const NS={MAINNET:"btkn",REGTEST:"btknrt",TESTNET:"btknt",SIGNET:"btkns",LOCAL:"btknl"};function GS(A,I){try{const g="string"==typeof A?rS(A):A,C=aS.p2.toWords(g);return aS.p2.encode(NS[I],C,500)}catch{throw new Error("Failed to encode Spark human readable token identifier")}}function pS(A,I){try{const g=aS.p2.decode(A,500);if(g.prefix!==NS[I])throw new Error(`Invalid Spark human readable token identifier prefix, expected '${NS[I]}' but got '${g.prefix}'`);const C=aS.p2.fromWords(g.words);return{tokenIdentifier:sS(new Uint8Array(C)),network:I}}catch(A){if(A instanceof Error)throw A;throw new Error("Failed to decode Spark human readable token identifier")}}function SS(A,I=0n){if(null==A||""===A)return I;if("bigint"==typeof A)return A;try{return BigInt(A)}catch{return I}}class fS{_wallet;apiClient;typedApi;authManager;sparkNetwork;clientEnvironment;publicKey="";sparkAddress="";isAuthenticated=!1;featureStatusCache;minAmountsCache;allowedAssetsCache;pingCache;static FEATURE_STATUS_TTL_MS=5e3;static MIN_AMOUNTS_TTL_MS=5e3;static ALLOWED_ASSETS_TTL_MS=6e4;static PING_TTL_MS=2e3;get wallet(){return this._wallet}get sparkNetworkType(){return this.sparkNetwork}get clientEnvironmentType(){return this.clientEnvironment}get networkType(){return"REGTEST"===this.sparkNetwork&&"local"===this.clientEnvironment?"LOCAL":this.sparkNetwork}get pubkey(){return this.publicKey}get address(){return this.sparkAddress}constructor(A,I){this._wallet=A;const g=!I||"network"in I||!("sparkNetworkType"in I);if(g){const g=I;if(g?.network)this.sparkNetwork=iS(g.network),this.clientEnvironment=QS(g.network);else{const I=A.config.getNetwork(),g="MAINNET"===eS[I]?"MAINNET":"REGTEST";this.sparkNetwork=iS(g),this.clientEnvironment=QS(g)}}else{const A=I;let g;if(this.sparkNetwork=A.sparkNetworkType,"clientConfig"in A)g=A.clientConfig;else if("clientNetworkConfig"in A)g=A.clientNetworkConfig;else{if(!("clientEnvironment"in A))throw new Error("Invalid configuration: must specify clientConfig, clientNetworkConfig, or clientEnvironment");g=A.clientEnvironment}const C=function(A){if("string"==typeof A)return A;for(const[I,g]of Object.entries(gS))if(g.ammGatewayUrl===A.ammGatewayUrl&&g.mempoolApiUrl===A.mempoolApiUrl&&g.explorerUrl===A.explorerUrl&&g.sparkScanUrl===A.sparkScanUrl)return I;return"custom"}(g);this.clientEnvironment="custom"===C?"local":C}let C;if(g)C=CS(this.clientEnvironment);else{const A=I;let g;if("clientConfig"in A)g=A.clientConfig;else if("clientNetworkConfig"in A)g=A.clientNetworkConfig;else{if(!("clientEnvironment"in A))throw new Error("Invalid configuration");g=A.clientEnvironment}C=function(A){if("string"==typeof A)return CS(A);const I=function(A){const I=[];A.ammGatewayUrl&&"string"==typeof A.ammGatewayUrl||I.push("ammGatewayUrl is required and must be a string"),A.mempoolApiUrl&&"string"==typeof A.mempoolApiUrl||I.push("mempoolApiUrl is required and must be a string"),A.explorerUrl&&"string"==typeof A.explorerUrl||I.push("explorerUrl is required and must be a string"),A.sparkScanUrl&&"string"!=typeof A.sparkScanUrl&&I.push("sparkScanUrl must be a string if provided");const g=[{name:"ammGatewayUrl",value:A.ammGatewayUrl},{name:"mempoolApiUrl",value:A.mempoolApiUrl},{name:"explorerUrl",value:A.explorerUrl}];A.sparkScanUrl&&g.push({name:"sparkScanUrl",value:A.sparkScanUrl});for(const A of g)if(A.value)try{new URL(A.value)}catch{I.push(`${A.name} must be a valid URL`)}return{valid:0===I.length,errors:I}}(A);if(!I.valid)throw new Error(`Invalid client network configuration: ${I.errors.join(", ")}`);return A}(g)}this.apiClient=new $p(C),this.typedApi=new IS(this.apiClient),this.authManager=new kS(this.apiClient,"",A)}async initialize(){if(this.isAuthenticated)return;this.publicKey=await this._wallet.getIdentityPublicKey(),this.sparkAddress=await this._wallet.getSparkAddress();const A=function(A){if(!A||"string"!=typeof A)return null;const I=A.split("1");if(I.length<2)return null;const g=I[0]??"";return hS[g]||null}(this.sparkAddress);if(!A)throw new Error(`Unable to determine Spark network from spark address: ${this.sparkAddress}`);this.sparkNetwork!==A&&(console.warn(`Warning: Configured Spark network (${this.sparkNetwork}) doesn't match detected network from address (${A}). Using detected network.`),this.sparkNetwork=A),this.authManager=new kS(this.apiClient,this.publicKey,this._wallet);const I=await this.authManager.authenticate();this.apiClient.setAuthToken(I),this.isAuthenticated=!0}async ensureInitialized(){this.isAuthenticated||await this.initialize()}toHumanReadableTokenIdentifier(A){return A===BS||A.startsWith("btkn")?A:GS(A,this.sparkNetwork)}toHexTokenIdentifier(A){return A===BS?A:A.startsWith("btkn")?pS(A,this.sparkNetwork).tokenIdentifier:A}async getBalance(){const A=await this._wallet.getBalance(),I=new Map;if(A.tokenBalances)for(const[g,C]of A.tokenBalances.entries()){const A=C.tokenMetadata,B=sS(A.rawTokenIdentifier),i=GS(A.rawTokenIdentifier,this.sparkNetwork);I.set(g,{balance:SS(C.ownedBalance??C.balance),availableToSendBalance:SS(C.availableToSendBalance??C.ownedBalance??C.balance),tokenInfo:{tokenIdentifier:B,tokenAddress:i,tokenName:A.tokenName,tokenSymbol:A.tokenTicker,tokenDecimals:A.decimals,maxSupply:A.maxSupply}})}return{balance:SS(A.balance),tokenBalances:I}}async checkBalance(A){const I=A.walletBalance??await this.getBalance(),g={tokens:new Map};for(const I of A.balancesToCheck)I.assetAddress===BS?g.btc=BigInt(I.amount):g.tokens?.set(I.assetAddress,BigInt(I.amount));if(g.btc&&I.balance<g.btc)throw new Error([A.errorPrefix??"","Insufficient BTC balance. ",`Required: ${g.btc} sats, Available: ${I.balance} sats`].join(""));if(g.tokens)for(const[C,B]of g.tokens.entries()){const g=this.toHumanReadableTokenIdentifier(C),i=this.toHexTokenIdentifier(C),Q=I.tokenBalances.get(C)??I.tokenBalances.get(g)??I.tokenBalances.get(i),e=A.useAvailableBalance?Q?.availableToSendBalance??0n:Q?.balance??0n;if(e<B)throw new Error([A.errorPrefix??"",`Insufficient token balance for ${C}. `,`Required: ${B}, Available: ${e}`].join(""))}}async listPools(A){return await this.ensureInitialized(),this.typedApi.listPools(A)}async getPool(A){return await this.ensureInitialized(),this.typedApi.getPool(A)}async getLpPosition(A,I){await this.ensureInitialized();const g=I||this.publicKey;return this.typedApi.getLpPosition(A,g)}async getAllLpPositions(){return await this.ensureInitialized(),this.typedApi.getAllLpPositions()}async createConstantProductPool(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_pool_creation"),await this.assertAllowedAssetBForPoolCreation(this.toHexTokenIdentifier(A.assetBAddress)),A.initialLiquidity&&await this.checkBalance({balancesToCheck:[{assetAddress:A.assetAAddress,amount:A.initialLiquidity.assetAAmount},{assetAddress:A.assetBAddress,amount:A.initialLiquidity.assetBAmount}],errorPrefix:"Insufficient balance for initial liquidity: ",useAvailableBalance:A.useAvailableBalance});const I=A.poolOwnerPublicKey??this.publicKey,g=lS(),C=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey,assetAAddress:A.assetAAddress,assetBAddress:A.assetBAddress,totalHostFeeRateBps:A.totalHostFeeRateBps,lpFeeRateBps:A.lpFeeRateBps,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),hostNamespace:A.hostNamespace||"",nonce:g,signature:sS(i)},e=await this.typedApi.createConstantProductPool(Q);return A.initialLiquidity&&e.poolId&&await this.addInitialLiquidity(e.poolId,A.assetAAddress,A.assetBAddress,A.initialLiquidity.assetAAmount.toString(),A.initialLiquidity.assetBAmount.toString(),A.initialLiquidity.assetAMinAmountIn.toString(),A.initialLiquidity.assetBMinAmountIn.toString()),e}static parsePositiveIntegerToBigInt(A,I){if("bigint"==typeof A){if(A<=0n)throw new Error(`${I} must be positive integer`);return A}if("number"==typeof A){if(!Number.isFinite(A)||!Number.isInteger(A)||A<=0)throw new Error(`${I} must be positive integer`);return BigInt(A)}try{const g=BigInt(A);if(g<=0n)throw new Error(`${I} must be positive integer`);return g}catch{throw new Error(`${I} must be positive integer`)}}static calculateVirtualReserves(A){if(!Number.isFinite(A.graduationThresholdPct)||!Number.isInteger(A.graduationThresholdPct))throw new Error("Graduation threshold percentage must be an integer number of percent");const I=fS.parsePositiveIntegerToBigInt(A.initialTokenSupply,"Initial token supply"),g=fS.parsePositiveIntegerToBigInt(A.targetRaise,"Target raise"),C=BigInt(A.graduationThresholdPct);if(C<20n||C>95n)throw new Error("Graduation threshold percentage must be between 20 and 95");const B=2n*C-100n;if(B<=0n)throw new Error("Invalid configuration: threshold must be greater than 50% when LP fraction is 1.0");return{virtualReserveA:I*C*C/(100n*B),virtualReserveB:g*(100n-C)/B,threshold:I*C/100n}}async createSingleSidedPool(A){if(await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_pool_creation"),await this.assertAllowedAssetBForPoolCreation(this.toHexTokenIdentifier(A.assetBAddress)),!A.hostNamespace&&A.totalHostFeeRateBps<10)throw new Error("Host fee must be greater than 10 bps when no host namespace is provided");const I=fS.parsePositiveIntegerToBigInt(A.assetAInitialReserve,"Asset A Initial Reserve").toString(),g=fS.parsePositiveIntegerToBigInt(A.virtualReserveA,"Virtual Reserve A").toString(),C=fS.parsePositiveIntegerToBigInt(A.virtualReserveB,"Virtual Reserve B").toString();await this.checkBalance({balancesToCheck:[{assetAddress:A.assetAAddress,amount:I}],errorPrefix:"Insufficient balance for pool creation: ",useAvailableBalance:A.useAvailableBalance});const B=A.poolOwnerPublicKey??this.publicKey,i=lS(),Q=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey.toString(),assetAAddress:A.assetAAddress.toString(),assetBAddress:A.assetBAddress.toString(),assetAInitialReserve:A.assetAInitialReserve.toString(),virtualReserveA:A.virtualReserveA.toString(),virtualReserveB:A.virtualReserveB.toString(),threshold:A.threshold.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),lpFeeRateBps:A.lpFeeRateBps.toString(),nonce:A.nonce.toString()};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:B,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),assetAInitialReserve:I,virtualReserveA:g,virtualReserveB:C,threshold:A.threshold.toString(),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),nonce:i}),e=AS(Q),E=await this._wallet.config.signer.signMessageWithIdentityKey(e,!0),t={poolOwnerPublicKey:B,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),assetAInitialReserve:I,virtualReserveA:g,virtualReserveB:C,threshold:A.threshold.toString(),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),hostNamespace:A.hostNamespace,nonce:i,signature:sS(E)},o=await this.typedApi.createSingleSidedPool(t);if(A.disableInitialDeposit)return o;const n=yS({identityPublicKey:o.poolId,network:this.sparkNetwork}),a=await this.transferAsset({receiverSparkAddress:n,assetAddress:A.assetAAddress,amount:I});return await this.executeWithAutoClawback(async()=>{const A=await this.confirmInitialDeposit(o.poolId,a,B);if(!A.confirmed)throw new Error(`Failed to confirm initial deposit: ${A.message}`);return A},[a],o.poolId),o}async confirmInitialDeposit(A,I,g){await this.ensureInitialized();const C=lS(),B=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetASparkTransferId:A.assetASparkTransferId,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:g??this.publicKey,lpIdentityPublicKey:A,assetASparkTransferId:I,nonce:C}),i=AS(B),Q={poolId:A,assetASparkTransferId:I,nonce:C,signature:sS(await this._wallet.config.signer.signMessageWithIdentityKey(i,!0)),poolOwnerPublicKey:g??this.publicKey};return this.typedApi.confirmInitialDeposit(Q)}async simulateSwap(A){await this.ensureInitialized(),await this.ensurePingOk();const I={...A,...void 0!==A.integratorBps&&{integratorBps:Math.floor(A.integratorBps)}};return this.typedApi.simulateSwap(I)}async executeSwap(A){if(await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_swaps"),await this.assertSwapMeetsMinAmounts({assetInAddress:A.assetInAddress,assetOutAddress:A.assetOutAddress,amountIn:A.amountIn,minAmountOut:A.minAmountOut}),A.useFreeBalance){const I=await this.executeSwapIntent({...A});return{...I,inboundSparkTransferId:I.requestId}}const I=yS({identityPublicKey:A.poolId,network:this.sparkNetwork}),g=await this.transferAsset({receiverSparkAddress:I,assetAddress:A.assetInAddress,amount:A.amountIn},"Insufficient balance for swap: ",A.useAvailableBalance);return{...await this.executeWithAutoClawback(()=>this.executeSwapIntent({...A,transferId:g}),[g],A.poolId),inboundSparkTransferId:g}}async executeSwapIntent(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_swaps"),await this.assertSwapMeetsMinAmounts({assetInAddress:A.assetInAddress,assetOutAddress:A.assetOutAddress,amountIn:A.amountIn,minAmountOut:A.minAmountOut});const I=!A.transferId,g=lS(),C=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetInSparkTransferId:!0!==A.useFreeBalance&&A.assetInSparkTransferId?A.assetInSparkTransferId:"",assetInAddress:A.assetInAddress,assetOutAddress:A.assetOutAddress,amountIn:A.amountIn,minAmountOut:A.minAmountOut,maxSlippageBps:A.maxSlippageBps,nonce:A.nonce,totalIntegratorFeeRateBps:A.totalIntegratorFeeRateBps};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,assetInSparkTransferId:A.transferId,assetInAddress:this.toHexTokenIdentifier(A.assetInAddress),assetOutAddress:this.toHexTokenIdentifier(A.assetOutAddress),amountIn:A.amountIn.toString(),maxSlippageBps:A.maxSlippageBps.toString(),minAmountOut:A.minAmountOut,totalIntegratorFeeRateBps:A.integratorFeeRateBps?.toString()||"0",nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={userPublicKey:this.publicKey,poolId:A.poolId,assetInAddress:this.toHexTokenIdentifier(A.assetInAddress),assetOutAddress:this.toHexTokenIdentifier(A.assetOutAddress),amountIn:A.amountIn.toString(),maxSlippageBps:A.maxSlippageBps?.toString(),minAmountOut:A.minAmountOut,assetInSparkTransferId:A.transferId??"",totalIntegratorFeeRateBps:A.integratorFeeRateBps?.toString()||"0",integratorPublicKey:A.integratorPublicKey||"",nonce:g,signature:sS(i)},e=await this.typedApi.executeSwap(Q);if(!e.accepted){const g=e.error||"Swap rejected by the AMM",C=!!e.refundedAmount,B=C?` Refunded ${e.refundedAmount} of ${e.refundedAssetAddress} via transfer ${e.refundTransferId}`:"";throw new _p(`${g}.${B}`,{response:{errorCode:C?"FSAG-4202":"UNKNOWN",errorCategory:C?"Business":"System",message:`${g}.${B}`,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:C||I?[]:[A.transferId??""],lpIdentityPublicKey:A.poolId})}return e}async simulateRouteSwap(A){if(A.hops.length>4)throw new Error("Route swap cannot have more than 4 hops");return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.simulateRouteSwap(A)}async executeRouteSwap(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_route_swaps");const I=A.hops[A.hops.length-1]?.assetOutAddress;if(!I)throw new Error("Route swap requires at least one hop with output asset");if(await this.assertSwapMeetsMinAmounts({assetInAddress:A.initialAssetAddress,assetOutAddress:I,amountIn:A.inputAmount,minAmountOut:A.minAmountOut}),A.hops.length>4)throw new Error("Route swap cannot have more than 4 hops");if(!A.hops.length)throw new Error("Route swap requires at least one hop");const g=A.hops[0]?.poolId;if(!g)throw new Error("First pool ID is required");const C=yS({identityPublicKey:g,network:this.sparkNetwork}),B=await this.transferAsset({receiverSparkAddress:C,assetAddress:A.initialAssetAddress,amount:A.inputAmount},"Insufficient balance for route swap: ",A.useAvailableBalance);return this.executeWithAutoClawback(async()=>{const I=A.hops.map(A=>({lpIdentityPublicKey:A.poolId,inputAssetAddress:this.toHexTokenIdentifier(A.assetInAddress),outputAssetAddress:this.toHexTokenIdentifier(A.assetOutAddress),hopIntegratorFeeRateBps:void 0!==A.hopIntegratorFeeRateBps&&null!==A.hopIntegratorFeeRateBps?A.hopIntegratorFeeRateBps.toString():"0"})),C=A.hops.map(A=>({poolId:A.poolId,assetInAddress:this.toHexTokenIdentifier(A.assetInAddress),assetOutAddress:this.toHexTokenIdentifier(A.assetOutAddress),hopIntegratorFeeRateBps:void 0!==A.hopIntegratorFeeRateBps&&null!==A.hopIntegratorFeeRateBps?A.hopIntegratorFeeRateBps.toString():"0"})),i=lS(),Q=function(A){const I={userPublicKey:A.userPublicKey,hops:A.hops,initialSparkTransferId:A.initialSparkTransferId,inputAmount:A.inputAmount,minFinalOutputAmount:A.minAmountOut,maxRouteSlippageBps:A.maxRouteSlippageBps,nonce:A.nonce,defaultIntegratorFeeRateBps:A.defaultIntegratorFeeRateBps??"0"};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,hops:I.map(A=>({lpIdentityPublicKey:A.lpIdentityPublicKey,inputAssetAddress:A.inputAssetAddress,outputAssetAddress:A.outputAssetAddress,hopIntegratorFeeRateBps:A.hopIntegratorFeeRateBps})),initialSparkTransferId:B,inputAmount:A.inputAmount.toString(),maxRouteSlippageBps:A.maxRouteSlippageBps.toString(),minAmountOut:A.minAmountOut,nonce:i,defaultIntegratorFeeRateBps:A.integratorFeeRateBps?.toString()}),e=AS(Q),E=await this._wallet.config.signer.signMessageWithIdentityKey(e,!0),t={userPublicKey:this.publicKey,hops:C,initialSparkTransferId:B,inputAmount:A.inputAmount.toString(),maxRouteSlippageBps:A.maxRouteSlippageBps.toString(),minAmountOut:A.minAmountOut,nonce:i,signature:sS(E),integratorFeeRateBps:A.integratorFeeRateBps?.toString()||"0",integratorPublicKey:A.integratorPublicKey||""},o=await this.typedApi.executeRouteSwap(t);if(!o.accepted){const A=o.error||"Route swap rejected by the AMM",I=!!o.refundedAmount,C=I?` Refunded ${o.refundedAmount} of ${o.refundedAssetPublicKey} via transfer ${o.refundTransferId}`:"";throw new _p(`${A}.${C}`,{response:{errorCode:I?"FSAG-4202":"UNKNOWN",errorCategory:I?"Business":"System",message:`${A}.${C}`,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:I?[]:[B],lpIdentityPublicKey:g})}return o},[B],g)}async simulateAddLiquidity(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.simulateAddLiquidity(A)}async addLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_add_liquidity");const I=await this.getPool(A.poolId);await this.assertAddLiquidityMeetsMinAmounts({poolId:A.poolId,assetAAmount:A.assetAAmount,assetBAmount:A.assetBAmount});const g=yS({identityPublicKey:A.poolId,network:this.sparkNetwork}),[C,B]=await this.transferAssets([{receiverSparkAddress:g,assetAddress:I.assetAAddress,amount:A.assetAAmount},{receiverSparkAddress:g,assetAddress:I.assetBAddress,amount:A.assetBAmount}],"Insufficient balance for adding liquidity: ",A.useAvailableBalance);return this.executeWithAutoClawback(async()=>{const I=lS(),g=uS({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,assetASparkTransferId:C,assetBSparkTransferId:B,assetAAmount:A.assetAAmount.toString(),assetBAmount:A.assetBAmount.toString(),assetAMinAmountIn:A.assetAMinAmountIn.toString(),assetBMinAmountIn:A.assetBMinAmountIn.toString(),nonce:I}),i=AS(g),Q=await this._wallet.config.signer.signMessageWithIdentityKey(i,!0),e={userPublicKey:this.publicKey,poolId:A.poolId,assetASparkTransferId:C,assetBSparkTransferId:B,assetAAmountToAdd:A.assetAAmount.toString(),assetBAmountToAdd:A.assetBAmount.toString(),assetAMinAmountIn:A.assetAMinAmountIn.toString(),assetBMinAmountIn:A.assetBMinAmountIn.toString(),nonce:I,signature:sS(Q)},E=await this.typedApi.addLiquidity(e);if(!E.accepted){const I=E.error||"Add liquidity rejected by the AMM",g=!(!E.refund?.assetAAmount&&!E.refund?.assetBAmount),i=E.refund?` Refunds: Asset A: ${E.refund.assetAAmount||0}, Asset B: ${E.refund.assetBAmount||0}`:"";throw new _p(`${I}.${i}`,{response:{errorCode:g?"FSAG-4203":"UNKNOWN",errorCategory:g?"Business":"System",message:`${I}.${i}`,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:g?[]:[C,B],lpIdentityPublicKey:A.poolId})}return E},[C,B],A.poolId)}async simulateRemoveLiquidity(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.simulateRemoveLiquidity(A)}async removeLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_liquidity");const I=(await this.getLpPosition(A.poolId)).lpTokensOwned,g=A.lpTokensToRemove;if(function(A,I){const g=A=>{const[I="",g=""]=A.split(".");return[I.replace(/^0+/,"")||"0",g.replace(/0+$/,"")]},[C,B]=g(A),[i,Q]=g(I);if(C.length!==i.length)return C.length<i.length?-1:1;if(C!==i)return C<i?-1:1;const e=Math.max(B.length,Q.length),E=B.padEnd(e,"0"),t=Q.padEnd(e,"0");return E===t?0:E<t?-1:1}(I,g)<0)throw new Error(`Insufficient LP tokens. Owned: ${I}, Requested: ${g}`);await this.assertRemoveLiquidityMeetsMinAmounts({poolId:A.poolId,lpTokensToRemove:A.lpTokensToRemove});const C=lS(),B=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,lpTokensToRemove:A.lpTokensToRemove,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,lpTokensToRemove:A.lpTokensToRemove,nonce:C}),i=AS(B),Q=await this._wallet.config.signer.signMessageWithIdentityKey(i,!0),e={userPublicKey:this.publicKey,poolId:A.poolId,lpTokensToRemove:A.lpTokensToRemove,nonce:C,signature:sS(Q)},E=await this.typedApi.removeLiquidity(e);if(!E.accepted){const A=E.error||"Remove liquidity rejected by the AMM";throw new Error(A)}return E}async registerHost(A){await this.ensureInitialized(),await this.ensurePingOk();const I=A.feeRecipientPublicKey||this.publicKey,g=lS(),C=function(A){const I={namespace:A.namespace,minFeeBps:A.minFeeBps,feeRecipientPublicKey:A.feeRecipientPublicKey,nonce:A.nonce,signature:""};return(new TextEncoder).encode(JSON.stringify(I))}({namespace:A.namespace,minFeeBps:A.minFeeBps,feeRecipientPublicKey:I,nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={namespace:A.namespace,minFeeBps:A.minFeeBps,feeRecipientPublicKey:I,nonce:g,signature:sS(i)};return this.typedApi.registerHost(Q)}async getHost(A){return await this.ensureInitialized(),this.typedApi.getHost(A)}async getPoolHostFees(A,I){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.getPoolHostFees({hostNamespace:A,poolId:I})}async getHostFeeWithdrawalHistory(A){return await this.ensureInitialized(),this.typedApi.getHostFeeWithdrawalHistory(A)}async withdrawHostFees(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_fees");const I=lS(),g=A.assetBAmount??"0",C=function(A){const I={hostPublicKey:A.hostPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:A.assetBAmount,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({hostPublicKey:this.publicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I,signature:sS(i)},e=await this.typedApi.withdrawHostFees(Q);if(!e.accepted){const A=e.error||"Withdraw host fees rejected by the AMM";throw new Error(A)}return e}async getHostFees(A){await this.ensureInitialized(),await this.ensurePingOk();const I={hostNamespace:A};return this.typedApi.getHostFees(I)}async getIntegratorFeeWithdrawalHistory(A){return await this.ensureInitialized(),this.typedApi.getIntegratorFeeWithdrawalHistory(A)}async getPoolIntegratorFees(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.getPoolIntegratorFees({poolId:A})}async withdrawIntegratorFees(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_fees");const I=lS(),g=A.assetBAmount??"0",C=function(A){const I={integratorPublicKey:A.integratorPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:A.assetBAmount,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({integratorPublicKey:this.publicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={integratorPublicKey:this.publicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I,signature:sS(i)},e=await this.typedApi.withdrawIntegratorFees(Q);if(!e.accepted){const A=e.error||"Withdraw integrator fees rejected by the AMM";throw new Error(A)}return e}async getIntegratorFees(){return await this.ensureInitialized(),this.typedApi.getIntegratorFees()}async createEscrow(A){await this.ensureInitialized(),await this.ensurePingOk();const I=lS(),g=A.recipients.map(A=>({recipientId:A.id,amount:A.amount,hasClaimed:!1})),C=function(A){const I={creatorPublicKey:A.creatorPublicKey,assetId:A.assetId,assetAmount:A.assetAmount,recipients:A.recipients,claimConditions:A.claimConditions,abandonHost:A.abandonHost,abandonConditions:A.abandonConditions,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({creatorPublicKey:this.publicKey,assetId:A.assetId,assetAmount:A.assetAmount,recipients:g,claimConditions:A.claimConditions,abandonHost:A.abandonHost,abandonConditions:A.abandonConditions||void 0,nonce:I}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={creatorPublicKey:this.publicKey,assetId:A.assetId,assetAmount:A.assetAmount,recipients:A.recipients,claimConditions:A.claimConditions,abandonHost:A.abandonHost,abandonConditions:A.abandonConditions,nonce:I,signature:sS(i)},e=await this.typedApi.createEscrow(Q);return!1!==A.autoFund?this.fundEscrow({escrowId:e.escrowId,depositAddress:e.depositAddress,assetId:A.assetId,assetAmount:A.assetAmount,useAvailableBalance:A.useAvailableBalance}):e}async fundEscrow(A){await this.ensureInitialized(),await this.ensurePingOk(),await this.checkBalance({balancesToCheck:[{assetAddress:A.assetId,amount:A.assetAmount}],errorPrefix:"Insufficient balance to fund escrow: ",useAvailableBalance:A.useAvailableBalance});const I=yS({identityPublicKey:A.depositAddress,network:this.sparkNetwork}),g=await this.transferAsset({receiverSparkAddress:I,assetAddress:A.assetId,amount:A.assetAmount});return await this.executeFundEscrowIntent({escrowId:A.escrowId,sparkTransferId:g})}async executeFundEscrowIntent(A){await this.ensurePingOk();const I=lS(),g=function(A){const I={escrowId:A.escrowId,creatorPublicKey:A.creatorPublicKey,sparkTransferId:A.sparkTransferId,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({...A,creatorPublicKey:this.publicKey,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={...A,nonce:I,signature:sS(B)};return this.typedApi.fundEscrow(i)}async claimEscrow(A){await this.ensureInitialized(),await this.ensurePingOk();const I=lS(),g=function(A){const I={escrowId:A.escrowId,recipientPublicKey:A.recipientPublicKey,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({escrowId:A.escrowId,recipientPublicKey:this.publicKey,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={escrowId:A.escrowId,nonce:I,signature:sS(B)};return this.typedApi.claimEscrow(i)}async getEscrow(A){return await this.ensureInitialized(),this.typedApi.getEscrow(A)}async getPoolSwaps(A,I){return await this.ensureInitialized(),this.typedApi.getPoolSwaps(A,I)}async getGlobalSwaps(A){return await this.ensureInitialized(),this.typedApi.getGlobalSwaps(A)}async getUserSwaps(A,I){await this.ensureInitialized();const g=A||this.publicKey;return this.typedApi.getUserSwaps(g,I)}async clawback(A){await this.ensureInitialized(),await this.ensurePingOk();const I=lS(),g=function(A){const I={senderPublicKey:A.senderPublicKey,sparkTransferId:A.sparkTransferId,lpIdentityPublicKey:A.lpIdentityPublicKey,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({senderPublicKey:this.publicKey,sparkTransferId:A.sparkTransferId,lpIdentityPublicKey:A.lpIdentityPublicKey,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={senderPublicKey:this.publicKey,sparkTransferId:A.sparkTransferId,lpIdentityPublicKey:A.lpIdentityPublicKey,nonce:I,signature:sS(B)},Q=await this.typedApi.clawback(i);if(!Q.accepted){const A=Q.error||"Clawback request was rejected";throw new Error(A)}return Q}async checkClawbackEligibility(A){await this.ensureInitialized(),await this.ensurePingOk();const I={sparkTransferId:A.sparkTransferId};return this.typedApi.checkClawbackEligibility(I)}async listClawbackableTransfers(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.listClawbackableTransfers(A)}async clawbackMultiple(A,I){const g=[];for(const C of A)try{const A=await this.clawback({sparkTransferId:C,lpIdentityPublicKey:I});g.push({transferId:C,success:!0,response:A})}catch(A){g.push({transferId:C,success:!1,error:A instanceof Error?A.message:String(A)})}return g}async executeWithAutoClawback(A,I,g){try{return await A()}catch(A){const C=_p.fromUnknown(A,{transferIds:I,lpIdentityPublicKey:g});if(C.shouldClawback()&&I.length>0){const A=await this.clawbackMultiple(I,g),B=A.filter(A=>A.success),i=A.filter(A=>!A.success),Q={attempted:!0,totalTransfers:I.length,successCount:B.length,failureCount:i.length,results:A,recoveredTransferIds:B.map(A=>A.transferId),unrecoveredTransferIds:i.map(A=>A.transferId)};let e,E=C.message;throw B.length>0&&(E+=` [Auto-clawback: ${B.length}/${I.length} transfers recovered]`),i.length>0&&(E+=` [Clawback failed for: ${i.map(A=>A.transferId).join(", ")}]`),e=0===Q.failureCount?"Your funds have been automatically recovered. No action needed.":Q.successCount>0?`${Q.successCount} transfer(s) recovered. Manual clawback needed for remaining transfers.`:C.remediation??"Automatic recovery failed. Please initiate a manual clawback.",new _p(E,{response:{errorCode:C.errorCode,errorCategory:C.category,message:E,details:C.details,requestId:C.requestId,timestamp:C.timestamp,service:C.service,severity:C.severity,remediation:e},httpStatus:C.httpStatus,transferIds:Q.unrecoveredTransferIds,lpIdentityPublicKey:g,clawbackSummary:Q})}throw C}}startClawbackMonitor(A={}){const{intervalMs:I=6e4,batchSize:g=2,batchDelayMs:C=500,maxTransfersPerPoll:B=100,onClawbackSuccess:i,onClawbackError:Q,onPollComplete:e,onPollError:E}=A;let t=!0,o=null,n=null;const a=async()=>{const A={transfersFound:0,clawbacksAttempted:0,clawbacksSucceeded:0,clawbacksFailed:0,results:[]};try{const I=await this.listClawbackableTransfers({limit:B});if(A.transfersFound=I.transfers.length,0===I.transfers.length)return A;for(let B=0;B<I.transfers.length&&t;B+=g){const e=I.transfers.slice(B,B+g),E=await Promise.all(e.map(async I=>{A.clawbacksAttempted++;try{const g=await this.clawback({sparkTransferId:I.id,lpIdentityPublicKey:I.lpIdentityPublicKey}),C={transferId:I.id,success:!0,response:g};return A.clawbacksSucceeded++,i?.(C),C}catch(g){const C={transferId:I.id,success:!1,error:g instanceof Error?g.message:String(g)};return A.clawbacksFailed++,Q?.(I.id,g),C}}));A.results.push(...E),B+g<I.transfers.length&&t&&await new Promise(A=>setTimeout(A,C))}}catch(A){E?.(A)}return A},s=()=>{t&&(o=setTimeout(async()=>{t&&(n=(async()=>{const A=await a();e?.(A),s()})())},I))};return n=(async()=>{const A=await a();e?.(A),s()})(),{isRunning:()=>t,stop:async()=>{t=!1,o&&(clearTimeout(o),o=null),n&&await n.catch(()=>{})},pollNow:async()=>{if(!t)throw new Error("Monitor is stopped");return a()}}}encodeTokenAddress(A){return GS(A,this.sparkNetwork)}decodeTokenAddress(A){return pS(A,this.sparkNetwork)}encodeLegacyTokenAddress(A){return GS(A,this.sparkNetwork)}decodeLegacyTokenAddress(A){return pS(A,this.sparkNetwork)}async getFeatureStatus(){await this.ensureInitialized();const A=Date.now();if(this.featureStatusCache&&this.featureStatusCache.expiryMs>A)return this.featureStatusCache.data;const I=await this.typedApi.getFeatureStatus();return this.featureStatusCache={data:I,expiryMs:A+fS.FEATURE_STATUS_TTL_MS},I}async getFeatureFlags(){return await this.ensureInitialized(),this.getFeatureStatusMap()}async getMinAmounts(){return await this.ensureInitialized(),this.typedApi.getMinAmounts()}async getMinAmountsMap(){return await this.ensureInitialized(),this.getEnabledMinAmountsMap()}async getAllowedAssets(){await this.ensureInitialized();const A=Date.now();if(this.allowedAssetsCache&&this.allowedAssetsCache.expiryMs>A)return this.allowedAssetsCache.data;const I=await this.typedApi.getAllowedAssets();return this.allowedAssetsCache={data:I,expiryMs:A+fS.ALLOWED_ASSETS_TTL_MS},I}async ping(){return await this.ensureInitialized(),this.typedApi.ping()}async transferAsset(A,I,g){return(await this.transferAssets([A],I,g))[0]}async transferAssets(A,I,g){I&&await this.checkBalance({balancesToCheck:A,errorPrefix:I,useAvailableBalance:g});const C=[];for(const I of A)if(I.assetAddress===BS){const A=await this._wallet.transfer({amountSats:Number(I.amount),receiverSparkAddress:I.receiverSparkAddress});C.push(A.id)}else{const A=await this._wallet.transferTokens({tokenIdentifier:this.toHumanReadableTokenIdentifier(I.assetAddress),tokenAmount:BigInt(I.amount),receiverSparkAddress:I.receiverSparkAddress});C.push(A)}return C}async addInitialLiquidity(A,I,g,C,B,i,Q){await this.ensureAmmOperationAllowed("allow_add_liquidity"),await this.assertAddLiquidityMeetsMinAmounts({poolId:A,assetAAmount:C,assetBAmount:B});const e=yS({identityPublicKey:A,network:this.sparkNetwork}),[E,t]=await this.transferAssets([{receiverSparkAddress:e,assetAddress:I,amount:C},{receiverSparkAddress:e,assetAddress:g,amount:B}]),o=lS(),n=uS({userPublicKey:this.publicKey,lpIdentityPublicKey:A,assetASparkTransferId:E,assetBSparkTransferId:t,assetAAmount:C.toString(),assetBAmount:B.toString(),assetAMinAmountIn:i.toString(),assetBMinAmountIn:Q.toString(),nonce:o}),a=AS(n),s=await this._wallet.config.signer.signMessageWithIdentityKey(a,!0),r={userPublicKey:this.publicKey,poolId:A,assetASparkTransferId:E,assetBSparkTransferId:t,assetAAmountToAdd:C.toString(),assetBAmountToAdd:B.toString(),assetAMinAmountIn:i.toString(),assetBMinAmountIn:Q.toString(),nonce:o,signature:sS(s)},c=await this.typedApi.addLiquidity(r);if(!c.accepted){const A=c.error||"Initial liquidity addition rejected by the AMM";throw new Error(A)}}async getPayLightningWithTokenQuote(A,I,g){await this.ensureInitialized();const C=await this.decodeInvoiceAmount(A);if(!C||C<=0){const C=g?.tokenAmount;if(!C||BigInt(C)<=0n)throw new _p("Zero-amount invoice requires tokenAmount in options.",{response:{errorCode:"FSAG-1002",errorCategory:"Validation",message:"Zero-amount invoice requires tokenAmount in options.",requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Provide tokenAmount when using a zero-amount invoice."}});return this.getZeroAmountInvoiceQuote(A,I,C,g)}const B=await this.getLightningFeeEstimate(A),i=BigInt(C)+BigInt(B),Q=await this.getEnabledMinAmountsMap(),e=Q.get(BS.toLowerCase());if(e&&i<e){const A=`Invoice amount too small. Minimum BTC output is ${e} sats, but invoice + lightning fee totals only ${i} sats.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:`Use an invoice of at least ${e} sats.`}})}const E=await this.findBestPoolForTokenToBtc(I,i.toString(),g?.integratorFeeRateBps),t=this.toHexTokenIdentifier(I).toLowerCase(),o=Q.get(t);if(o&&SS(E.tokenAmountRequired)<o){const A=`Token amount too small. Minimum input is ${o} units, but calculated amount is only ${E.tokenAmountRequired} units.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Use a larger invoice amount."}})}const n=Number(SS(E.btcAmountUsed)-i);return{poolId:E.poolId,tokenAddress:this.toHexTokenIdentifier(I),tokenAmountRequired:E.tokenAmountRequired,btcAmountRequired:E.btcAmountUsed,invoiceAmountSats:C,estimatedAmmFee:E.estimatedAmmFee,estimatedLightningFee:B,btcVariableFeeAdjustment:n,executionPrice:E.executionPrice,priceImpactPct:E.priceImpactPct,tokenIsAssetA:E.tokenIsAssetA,poolReserves:E.poolReserves,warningMessage:E.warningMessage,curveType:E.curveType,isZeroAmountInvoice:!1}}async getZeroAmountInvoiceQuote(A,I,g,C){const B=this.toHexTokenIdentifier(I),i=BS,[Q,e]=await Promise.all([this.listPools({assetAAddress:B,assetBAddress:i}),this.listPools({assetAAddress:i,assetBAddress:B})]),E=new Map;for(const A of[...Q.pools,...e.pools])if(!E.has(A.lpPublicKey)){const I=A.assetAAddress?.toLowerCase()===B.toLowerCase();E.set(A.lpPublicKey,{pool:A,tokenIsAssetA:I})}const t=Array.from(E.values());if(0===t.length)throw new _p(`No liquidity pool found for token ${I} paired with BTC`,{response:{errorCode:"FSAG-4001",errorCategory:"Business",message:`No liquidity pool found for token ${I} paired with BTC`,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error"}});let o,n=null,a=0n;for(const{pool:A,tokenIsAssetA:I}of t)try{const B=await this.getPool(A.lpPublicKey),i=I?B.assetAAddress:B.assetBAddress,Q=I?B.assetBAddress:B.assetAAddress,e=await this.simulateSwap({poolId:A.lpPublicKey,assetInAddress:i,assetOutAddress:Q,amountIn:g,integratorBps:C?.integratorFeeRateBps}),E=SS(e.amountOut);E>a&&(a=E,n={poolId:A.lpPublicKey,tokenIsAssetA:I,simulation:e,curveType:B.curveType,poolReserves:{assetAReserve:B.assetAReserve,assetBReserve:B.assetBReserve}})}catch{}if(!n||a<=0n)throw new _p("No pool can produce BTC output for the given token amount",{response:{errorCode:"FSAG-4201",errorCategory:"Business",message:"No pool can produce BTC output for the given token amount",requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Try a larger token amount."}});try{o=await this.getLightningFeeEstimate(A)}catch{o=Math.max(5,Math.ceil(.0017*Number(a)))}const s=(await this.getEnabledMinAmountsMap()).get(BS.toLowerCase());if(s&&a<s){const A=`BTC output too small. Minimum is ${s} sats, but swap would produce only ${a} sats.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Use a larger token amount."}})}return{poolId:n.poolId,tokenAddress:B,tokenAmountRequired:g,btcAmountRequired:a.toString(),invoiceAmountSats:0,estimatedAmmFee:n.simulation.feePaidAssetIn||"0",estimatedLightningFee:o,btcVariableFeeAdjustment:0,executionPrice:n.simulation.executionPrice||"0",priceImpactPct:n.simulation.priceImpactPct||"0",tokenIsAssetA:n.tokenIsAssetA,poolReserves:n.poolReserves,warningMessage:n.simulation.warningMessage,curveType:n.curveType,isZeroAmountInvoice:!0}}async payLightningWithToken(A){await this.ensureInitialized();const{invoice:I,tokenAddress:g,tokenAmount:C,maxSlippageBps:B=500,maxLightningFeeSats:i,preferSpark:Q=!0,integratorFeeRateBps:e,integratorPublicKey:E,transferTimeoutMs:t=3e4,rollbackOnFailure:o=!1,useExistingBtcBalance:n=!1,useAvailableBalance:a=!1}=A;try{const A=await this.getPayLightningWithTokenQuote(I,g,{maxSlippageBps:B,integratorFeeRateBps:e,tokenAmount:C});await this.checkBalance({balancesToCheck:[{assetAddress:g,amount:A.tokenAmountRequired}],errorPrefix:"Insufficient token balance for Lightning payment: ",useAvailableBalance:a});const s=await this.getPool(A.poolId),r=A.tokenIsAssetA?s.assetAAddress:s.assetBAddress,c=A.tokenIsAssetA?s.assetBAddress:s.assetAAddress,D=i??A.estimatedLightningFee,w=this.calculateMinAmountOut(A.btcAmountRequired,B),d=A.isZeroAmountInvoice?0n:BigInt(A.invoiceAmountSats)+BigInt(D),h=BigInt(w)>=d?w:d.toString(),y=await this.executeSwap({poolId:A.poolId,assetInAddress:r,assetOutAddress:c,amountIn:A.tokenAmountRequired,maxSlippageBps:B,minAmountOut:h,integratorFeeRateBps:e,integratorPublicKey:E,useAvailableBalance:a});if(!y.accepted||!y.outboundTransferId)return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:"0",swapTransferId:y.outboundTransferId||"",ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:y.error||"Swap was not accepted"};const l=this.suppressOptimization();try{let C=!1;if(!A.isZeroAmountInvoice&&n){const A=await this.decodeInvoiceAmount(I)+D;C=(await this.getBalance()).balance>=SS(A)}if(!C&&!await this.instaClaimTransfer(y.outboundTransferId,t))return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:y.amountOut||"0",swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:"Transfer did not complete within timeout"};const i=D,e=y.amountOut||A.btcAmountRequired;let E=i;if(!A.isZeroAmountInvoice){const I=SS(e)-SS(A.invoiceAmountSats);I>0n&&I<SS(E)&&(E=Number(I))}try{let g,C;if(A.isZeroAmountInvoice){const B=SS(e)-SS(E);if(B<=0n)return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`BTC received (${e} sats) is not enough to cover lightning fee (${E} sats).`};C=Number(B),g=await this._wallet.payLightningInvoice({invoice:I,amountSats:C,maxFeeSats:E,preferSpark:Q})}else g=await this._wallet.payLightningInvoice({invoice:I,maxFeeSats:E,preferSpark:Q});const B=g.transfer?.sparkId;return{success:!0,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,lightningPaymentId:g.id,ammFeePaid:A.estimatedAmmFee,lightningFeePaid:E,invoiceAmountPaid:C,sparkTokenTransferId:y.inboundSparkTransferId,sparkLightningTransferId:B}}catch(I){const C=I instanceof Error?I.message:String(I);if(o)try{const I=await this.rollbackSwap(A.poolId,e,g,B);if(I.success)return{success:!1,poolId:A.poolId,tokenAmountSpent:"0",btcAmountReceived:"0",swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`Lightning payment failed: ${C}. Funds rolled back to ${I.tokenAmount} tokens.`}}catch(I){const g=I instanceof Error?I.message:String(I);return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`Lightning payment failed: ${C}. Rollback also failed: ${g}. BTC remains in wallet.`}}return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`Lightning payment failed: ${C}. BTC (${e} sats) remains in wallet.`}}}finally{l()}}catch(A){return{success:!1,poolId:"",tokenAmountSpent:"0",btcAmountReceived:"0",swapTransferId:"",ammFeePaid:"0",error:A instanceof Error?A.message:String(A)}}}async rollbackSwap(A,I,g,C){const B=await this.getPool(A),i=this.toHexTokenIdentifier(g),Q=B.assetAAddress===i,e=Q?B.assetBAddress:B.assetAAddress,E=Q?B.assetAAddress:B.assetBAddress,t=await this.executeSwap({poolId:A,assetInAddress:e,assetOutAddress:E,amountIn:I,maxSlippageBps:2*C,minAmountOut:"0"});if(!t.accepted)throw new Error(t.error||"Rollback swap not accepted");return t.outboundTransferId&&await this.waitForTransferCompletion(t.outboundTransferId,3e4),{success:!0,tokenAmount:t.amountOut}}async findBestPoolForTokenToBtc(A,I,g){const C=this.toHexTokenIdentifier(A),B=BS,i=await this.listPools({assetAAddress:C,assetBAddress:B}),Q=await this.listPools({assetAAddress:B,assetBAddress:C}),e=new Map;for(const A of[...i.pools,...Q.pools])if(!e.has(A.lpPublicKey)){const I=A.assetAAddress?.toLowerCase()===C.toLowerCase();e.set(A.lpPublicKey,{pool:A,tokenIsAssetA:I})}const E=Array.from(e.values()).map(({pool:A,tokenIsAssetA:I})=>({...A,tokenIsAssetA:I}));if(0===E.length)throw new _p(`No liquidity pool found for token ${A} paired with BTC`,{response:{errorCode:"FSAG-4001",errorCategory:"Business",message:`No liquidity pool found for token ${A} paired with BTC`,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error"}});const t=(await this.getMinAmountsMap()).get(BS.toLowerCase());if(t&&BigInt(I)<t){const A=`Invoice amount too small. Minimum ${t} sats required, but invoice only requires ${I} sats.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:`Use an invoice with at least ${t} sats.`}})}const o=BigInt(I),n=(o+64n-1n)/64n*64n;let a=null,s=BigInt(Number.MAX_SAFE_INTEGER),r=0n,c="",D=null;const w=[];for(const A of E)try{const I=await this.getPool(A.lpPublicKey),C="V3_CONCENTRATED"===I.curveType,B=C?o:n,i=A.tokenIsAssetA?I.assetAAddress:I.assetBAddress,Q=A.tokenIsAssetA?I.assetBAddress:I.assetAAddress;let e,E,t,d,h;if(C){const C=await this.findV3TokenAmountForBtcOutput({poolId:A.lpPublicKey,assetInAddress:i,assetOutAddress:Q,desiredBtcOut:B,currentPriceAInB:I.currentPriceAInB,tokenIsAssetA:A.tokenIsAssetA,integratorBps:g});e=SS(C.amountIn),E=C.totalFee,t=C.simulation.executionPrice||"0",d=C.simulation.priceImpactPct||"0",h=C.simulation.warningMessage}else{const C=this.calculateTokenAmountForBtcOutput(B.toString(),I.assetAReserve,I.assetBReserve,I.lpFeeBps,I.hostFeeBps,A.tokenIsAssetA,g);e=SS(C.amountIn);const o=await this.simulateSwap({poolId:A.lpPublicKey,assetInAddress:i,assetOutAddress:Q,amountIn:C.amountIn,integratorBps:g});if(SS(o.amountOut)<B){const g=A.tokenIsAssetA?I.assetBReserve:I.assetAReserve;w.push({poolId:A.lpPublicKey,error:`Simulation output (${o.amountOut} sats) < required (${B} sats)`,btcReserve:g});continue}E=C.totalFee,t=o.executionPrice||"0",d=o.priceImpactPct||"0",h=o.warningMessage}e<s&&(a=A,s=e,r=B,c=I.curveType,D={amountIn:e.toString(),fee:E,executionPrice:t,priceImpactPct:d,warningMessage:h})}catch(I){const g=I instanceof Error?I.message:String(I);w.push({poolId:A.lpPublicKey,error:g})}if(!a||!D){let A=`No pool has sufficient liquidity for ${I} sats`;throw w.length>0&&(A+=`\n\nPool evaluation details:\n${w.map(A=>{const I=A.btcReserve?` (BTC reserve: ${A.btcReserve})`:"";return`  - Pool ${A.poolId.slice(0,12)}...${I}: ${A.error}`}).join("\n")}`),new _p(A,{response:{errorCode:"FSAG-4201",errorCategory:"Business",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Try a smaller amount or wait for more liquidity."}})}const d=await this.getPool(a.lpPublicKey);return{poolId:a.lpPublicKey,tokenAmountRequired:D.amountIn,estimatedAmmFee:D.fee,executionPrice:D.executionPrice,priceImpactPct:D.priceImpactPct,tokenIsAssetA:a.tokenIsAssetA,poolReserves:{assetAReserve:d.assetAReserve,assetBReserve:d.assetBReserve},warningMessage:D.warningMessage,btcAmountUsed:r.toString(),curveType:c}}calculateTokenAmountForBtcOutput(A,I,g,C,B,i,Q){const e=SS(A),E=SS(I),t=SS(g),o=Number(C+B+(Q||0))/1e4;if(i){const A=E,I=t;if(e>=I)throw new Error("Insufficient liquidity: requested BTC amount exceeds reserve");const g=A*e/(I-e)+1n,B=Number(C)/1e4,i=Number(Q||0)/1e4,o=BigInt(Math.ceil(Number(g)*(1+B))),n=i>0?BigInt(Math.ceil(Number(o)*(1+i))):o,a=n-g;return{amountIn:n.toString(),totalFee:a.toString()}}{const A=t,I=E;if(e>=I)throw new Error("Insufficient liquidity: requested BTC amount exceeds reserve");const g=A*e/(I-e)+1n,C=BigInt(Math.ceil(Number(g)*(1+o))),B=BigInt(Math.ceil(Number(C)*o/(1+o)));return{amountIn:C.toString(),totalFee:B.toString()}}}async findV3TokenAmountForBtcOutput(A){const{poolId:I,assetInAddress:g,assetOutAddress:C,desiredBtcOut:B,currentPriceAInB:i,tokenIsAssetA:Q,integratorBps:e}=A;let E;if(i&&"0"!==i){const A=Number(i);E=Q?BigInt(Math.ceil(Number(B)/A)):BigInt(Math.ceil(Number(B)*A)),E<=0n&&(E=2n*B)}else E=2n*B;let t=110n*E/100n;t<=0n&&(t=1n);let o=null;for(let A=0;A<3;A++){const A=await this.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:t.toString(),integratorBps:e});if(SS(A.amountOut)>=B){o=A;break}t*=2n}if(!o)throw new Error(`V3 pool ${I} has insufficient liquidity for ${B} sats`);let n=t*B/SS(o.amountOut)+1n;n<=0n&&(n=1n);let a=t,s=o;if(n<t){const A=await this.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:n.toString(),integratorBps:e});SS(A.amountOut)>=B?(a=n,s=A):(a=t,s=o)}let r=a===t?n<t?n:99n*a/100n:999n*a/1000n;r<=0n&&(r=1n);let c=a;for(let A=0;A<6&&!(c-r<=1n);A++){const A=(r+c)/2n,i=await this.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:A.toString(),integratorBps:e});SS(i.amountOut)>=B?(c=A,a=A,s=i):r=A}const D=s.feePaidAssetIn||"0";return{amountIn:a.toString(),totalFee:D,simulation:s}}calculateMinAmountOut(A,I){return(BigInt(A)*BigInt(1e4-I)/10000n).toString()}async waitForTransferCompletion(A,I){return new Promise(g=>{const C=setTimeout(()=>{try{this._wallet.removeListener?.("transfer:claimed",B)}catch{}g(!1)},I),B=(I,i)=>{if(I===A){clearTimeout(C);try{this._wallet.removeListener?.("transfer:claimed",B)}catch{}g(!0)}};try{this._wallet.on?.("transfer:claimed",B)}catch{clearTimeout(C),this.pollForTransferCompletion(A,I).then(g)}})}async pollForTransferCompletion(A,I){const g=Date.now();for(;Date.now()-g<I;){try{const I=await this._wallet.getTransfer(A);if(I&&"TRANSFER_STATUS_COMPLETED"===I.status)return!0}catch{}await new Promise(A=>setTimeout(A,500))}return!1}suppressOptimization(){const A=this._wallet,I=A.optimizationInProgress;return A.optimizationInProgress=!0,()=>{A.optimizationInProgress=I}}async instaClaimTransfer(A,I){const g=this._wallet,C=await new Promise(C=>{let B=!1;const i=A=>{if(!B){B=!0,clearTimeout(Q);try{g.removeListener?.("transfer:claimed",e)}catch{}C(A)}},Q=setTimeout(()=>i(!1),I),e=I=>{I===A&&i(!0)};"function"==typeof g.on?g.on("transfer:claimed",e):(clearTimeout(Q),this.pollForTransferCompletion(A,I).then(C))});if(C){const A=await this._wallet.getLeaves(!0);g.leaves=A}return C}async getLightningFeeEstimate(A){try{const I=await this._wallet.getLightningSendFeeEstimate({encodedInvoice:A});if("number"==typeof I)return I;if(I?.fee||I?.feeEstimate)return Number(I.fee||I.feeEstimate);const g=await this.decodeInvoiceAmount(A);return Math.max(5,Math.ceil(.0017*g))}catch{const I=await this.decodeInvoiceAmount(A);return Math.max(5,Math.ceil(.0017*I))}}async decodeInvoiceAmount(A){try{const I=(0,ud.decode)(A).sections.find(A=>"amount"===A.name);if(!I?.value)return 0;const g=BigInt(I.value);return Number(g/1000n)}catch{return 0}}async cleanup(){await this._wallet.cleanupConnections()}async ensureAmmOperationAllowed(A){await this.ensurePingOk();const I=await this.getFeatureStatusMap();if(I.get("master_kill_switch"))throw new Error("Service is temporarily disabled by master kill switch");if(!I.get(A))throw new Error(`Operation not allowed: feature '${A}' is disabled`)}async ensurePingOk(){const A=Date.now();if(this.pingCache&&this.pingCache.expiryMs>A){if(!this.pingCache.ok)throw new Error("Settlement service unavailable. Only read (GET) operations are allowed right now.");return}const I=await this.typedApi.ping(),g=!!I&&"string"==typeof I.status&&"ok"===I.status.toLowerCase();if(this.pingCache={ok:g,expiryMs:A+fS.PING_TTL_MS},!g)throw new Error("Settlement service unavailable. Only read (GET) operations are allowed right now.")}async getFeatureStatusMap(){const A=Date.now();if(this.featureStatusCache&&this.featureStatusCache.expiryMs>A){const A=new Map;for(const I of this.featureStatusCache.data)A.set(I.feature_name,Boolean(I.enabled));return A}const I=await this.typedApi.getFeatureStatus();this.featureStatusCache={data:I,expiryMs:A+fS.FEATURE_STATUS_TTL_MS};const g=new Map;for(const A of I)g.set(A.feature_name,Boolean(A.enabled));return g}async getEnabledMinAmountsMap(){const A=Date.now();if(this.minAmountsCache&&this.minAmountsCache.expiryMs>A)return this.minAmountsCache.map;const I=await this.typedApi.getMinAmounts(),g=new Map;for(const A of I)if(A.enabled){if(null==A.min_amount)continue;const I=A.asset_identifier.toLowerCase(),C=SS(A.min_amount);g.set(I,C)}return this.minAmountsCache={map:g,expiryMs:A+fS.MIN_AMOUNTS_TTL_MS},g}getHexAddress(A){return this.toHexTokenIdentifier(A).toLowerCase()}async assertSwapMeetsMinAmounts(A){const I=await this.getEnabledMinAmountsMap();if(0===I.size)return;const g=this.getHexAddress(A.assetInAddress),C=this.getHexAddress(A.assetOutAddress),B=I.get(g),i=I.get(C),Q=BigInt(A.amountIn),e=BigInt(A.minAmountOut);if(B&&i){if(Q<B)throw new Error(`Minimum amount not met for input asset. Required ${B.toString()}, provided ${Q.toString()}`)}else if(B){if(Q<B)throw new Error(`Minimum amount not met for input asset. Required ${B.toString()}, provided ${Q.toString()}`)}else if(i){const A=i/2n;if(e<A)throw new Error(`Minimum amount not met for output asset. Required at least ${A.toString()} (50% relaxed), provided minAmountOut ${e.toString()}`)}}async assertAddLiquidityMeetsMinAmounts(A){const I=await this.getEnabledMinAmountsMap();if(0===I.size)return;const g=await this.getPool(A.poolId),C=g.assetAAddress.toLowerCase(),B=g.assetBAddress.toLowerCase(),i=I.get(C),Q=I.get(B);if(i){const I=BigInt(A.assetAAmount);if(I<i)throw new Error(`Minimum amount not met for Asset A. Required ${i.toString()}, provided ${I.toString()}`)}if(Q){const I=BigInt(A.assetBAmount);if(I<Q)throw new Error(`Minimum amount not met for Asset B. Required ${Q.toString()}, provided ${I.toString()}`)}}async assertRemoveLiquidityMeetsMinAmounts(A){const I=await this.getEnabledMinAmountsMap();if(0===I.size)return;const g=await this.simulateRemoveLiquidity({poolId:A.poolId,providerPublicKey:this.publicKey,lpTokensToRemove:String(A.lpTokensToRemove)}),C=await this.getPool(A.poolId),B=C.assetAAddress.toLowerCase(),i=C.assetBAddress.toLowerCase(),Q=I.get(B),e=I.get(i);if(Q){const A=SS(g.assetAAmount),I=Q/2n;if(A<I)throw new Error(`Minimum amount not met for Asset A on withdrawal. Required at least ${I.toString()} (50% relaxed), predicted ${A.toString()}`)}if(e){const A=SS(g.assetBAmount),I=e/2n;if(A<I)throw new Error(`Minimum amount not met for Asset B on withdrawal. Required at least ${I.toString()} (50% relaxed), predicted ${A.toString()}`)}}async assertAllowedAssetBForPoolCreation(A){const I=Date.now();let g;if(this.allowedAssetsCache&&this.allowedAssetsCache.expiryMs>I?g=this.allowedAssetsCache.data:(g=await this.typedApi.getAllowedAssets(),this.allowedAssetsCache={data:g,expiryMs:I+fS.ALLOWED_ASSETS_TTL_MS}),g&&0!==g.length&&!g.some(I=>I.enabled&&I.asset_identifier.toLowerCase()===A.toLowerCase()))throw new Error(`Asset B is not allowed for pool creation: ${A}`)}async createConcentratedPool(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_pool_creation"),await this.assertAllowedAssetBForPoolCreation(this.toHexTokenIdentifier(A.assetBAddress));const I=A.poolOwnerPublicKey??this.publicKey,g=lS(),C=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey,assetAAddress:A.assetAAddress,assetBAddress:A.assetBAddress,tickSpacing:A.tickSpacing,initialPrice:A.initialPrice,lpFeeRateBps:A.lpFeeRateBps,hostFeeRateBps:A.hostFeeRateBps,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),tickSpacing:A.tickSpacing,initialPrice:A.initialPrice,lpFeeRateBps:A.lpFeeRateBps.toString(),hostFeeRateBps:A.hostFeeRateBps.toString(),nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),tickSpacing:A.tickSpacing,initialPrice:A.initialPrice,lpFeeRateBps:A.lpFeeRateBps.toString(),hostFeeRateBps:A.hostFeeRateBps.toString(),hostNamespace:A.hostNamespace,nonce:g,signature:sS(i)};return this.typedApi.createConcentratedPool(Q)}async increaseLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_add_liquidity");const I=await this.getPool(A.poolId),g=yS({identityPublicKey:A.poolId,network:this.sparkNetwork});let C="",B="";const i=[];A.useFreeBalance||(BigInt(A.amountADesired)>0n&&(C=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetAAddress,amount:A.amountADesired},"Insufficient balance for adding V3 liquidity (Asset A): ",A.useAvailableBalance),i.push(C)),BigInt(A.amountBDesired)>0n&&(B=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetBAddress,amount:A.amountBDesired},"Insufficient balance for adding V3 liquidity (Asset B): ",A.useAvailableBalance),i.push(B)));const Q=async()=>{const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,tickLower:A.tickLower,tickUpper:A.tickUpper,assetASparkTransferId:A.assetASparkTransferId,assetBSparkTransferId:A.assetBSparkTransferId,amountADesired:A.amountADesired,amountBDesired:A.amountBDesired,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,assetASparkTransferId:C,assetBSparkTransferId:B,amountADesired:A.amountADesired,amountBDesired:A.amountBDesired,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:I}),Q=AS(g),e=await this._wallet.config.signer.signMessageWithIdentityKey(Q,!0),E={poolId:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,assetASparkTransferId:C,assetBSparkTransferId:B,amountADesired:A.amountADesired,amountBDesired:A.amountBDesired,amountAMin:A.amountAMin,amountBMin:A.amountBMin,useFreeBalance:A.useFreeBalance,retainExcessInBalance:A.retainExcessInBalance,nonce:I,signature:sS(e)},t=await this.typedApi.increaseLiquidity(E);if(!t.accepted){const I=t.error||"Increase liquidity rejected by the AMM",g=!(!t.amountARefund&&!t.amountBRefund),C=g?` Refunds: Asset A: ${t.amountARefund||"0"}, Asset B: ${t.amountBRefund||"0"}`:"";throw new _p(`${I}.${C}`,{response:{errorCode:g?"FSAG-4203":"UNKNOWN",errorCategory:g?"Business":"System",message:`${I}.${C}`,requestId:t.requestId||"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:g?[]:i,lpIdentityPublicKey:A.poolId})}return t};return i.length>0?this.executeWithAutoClawback(Q,i,A.poolId):Q()}async decreaseLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_liquidity");const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,tickLower:A.tickLower,tickUpper:A.tickUpper,liquidityToRemove:A.liquidityToRemove,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,liquidityToRemove:A.liquidityToRemove,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={poolId:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,liquidityToRemove:A.liquidityToRemove,amountAMin:A.amountAMin,amountBMin:A.amountBMin,retainInBalance:A.retainInBalance,nonce:I,signature:sS(B)},Q=await this.typedApi.decreaseLiquidity(i);if(!Q.accepted){const A=Q.error||"Decrease liquidity rejected by the AMM";throw new Error(A)}return Q}async collectFees(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_fees");const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,tickLower:A.tickLower,tickUpper:A.tickUpper,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={poolId:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,retainInBalance:A.retainInBalance,nonce:I,signature:sS(B)},Q=await this.typedApi.collectFees(i);if(!Q.accepted){const A=Q.error||"Collect fees rejected by the AMM";throw new Error(A)}return Q}async rebalancePosition(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_add_liquidity");const I=await this.getPool(A.poolId);let g,C;const B=yS({identityPublicKey:A.poolId,network:this.sparkNetwork});A.additionalAmountA&&BigInt(A.additionalAmountA)>0n&&(g=await this.transferAsset({receiverSparkAddress:B,assetAddress:I.assetAAddress,amount:A.additionalAmountA},"Insufficient balance for rebalance (Asset A): ",A.useAvailableBalance)),A.additionalAmountB&&BigInt(A.additionalAmountB)>0n&&(C=await this.transferAsset({receiverSparkAddress:B,assetAddress:I.assetBAddress,amount:A.additionalAmountB},"Insufficient balance for rebalance (Asset B): ",A.useAvailableBalance));const i=[];g&&i.push(g),C&&i.push(C);const Q=async()=>{const I=lS(),B=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,oldTickLower:A.oldTickLower,oldTickUpper:A.oldTickUpper,newTickLower:A.newTickLower,newTickUpper:A.newTickUpper,liquidityToMove:A.liquidityToMove,assetASparkTransferId:A.assetASparkTransferId??null,assetBSparkTransferId:A.assetBSparkTransferId??null,additionalAmountA:A.additionalAmountA??null,additionalAmountB:A.additionalAmountB??null,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,oldTickLower:A.oldTickLower,oldTickUpper:A.oldTickUpper,newTickLower:A.newTickLower,newTickUpper:A.newTickUpper,liquidityToMove:A.liquidityToMove,assetASparkTransferId:g,assetBSparkTransferId:C,additionalAmountA:A.additionalAmountA,additionalAmountB:A.additionalAmountB,nonce:I}),Q=AS(B),e=await this._wallet.config.signer.signMessageWithIdentityKey(Q,!0),E={poolId:A.poolId,oldTickLower:A.oldTickLower,oldTickUpper:A.oldTickUpper,newTickLower:A.newTickLower,newTickUpper:A.newTickUpper,liquidityToMove:A.liquidityToMove,assetASparkTransferId:g,assetBSparkTransferId:C,additionalAmountA:A.additionalAmountA,additionalAmountB:A.additionalAmountB,retainInBalance:A.retainInBalance,nonce:I,signature:sS(e)},t=await this.typedApi.rebalancePosition(E);if(!t.accepted){const I=t.error||"Rebalance position rejected by the AMM";throw new _p(I,{response:{errorCode:"UNKNOWN",errorCategory:"System",message:I,requestId:t.requestId||"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:i,lpIdentityPublicKey:A.poolId})}return t};return i.length>0?this.executeWithAutoClawback(Q,i,A.poolId):Q()}async listConcentratedPositions(A){return await this.ensureInitialized(),this.typedApi.listConcentratedPositions(A)}async getPoolLiquidity(A){return await this.ensureInitialized(),this.typedApi.getPoolLiquidity(A)}async getPoolTicks(A){return await this.ensureInitialized(),this.typedApi.getPoolTicks(A)}async getConcentratedBalance(A){return await this.ensureInitialized(),this.typedApi.getConcentratedBalance(A)}async getConcentratedBalances(){return await this.ensureInitialized(),this.typedApi.getConcentratedBalances()}async withdrawConcentratedBalance(A){await this.ensureInitialized();const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,amountA:A.amountA,amountB:A.amountB,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,amountA:A.amountA,amountB:A.amountB,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={poolId:A.poolId,amountA:A.amountA,amountB:A.amountB,nonce:I,signature:sS(B)},Q=await this.typedApi.withdrawConcentratedBalance(i);if(!Q.accepted){const A=Q.error||"Withdraw balance rejected by the AMM";throw new Error(A)}return Q}async depositConcentratedBalance(A){await this.ensureInitialized();const I=await this.getPool(A.poolId),g=yS({identityPublicKey:A.poolId,network:this.sparkNetwork});let C="",B="";const i=[];BigInt(A.amountA)>0n&&(C=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetAAddress,amount:A.amountA},"Insufficient balance for depositing to V3 pool (Asset A): ",A.useAvailableBalance),i.push(C)),BigInt(A.amountB)>0n&&(B=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetBAddress,amount:A.amountB},"Insufficient balance for depositing to V3 pool (Asset B): ",A.useAvailableBalance),i.push(B));const Q=async()=>{const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetASparkTransferId:A.assetASparkTransferId,assetBSparkTransferId:A.assetBSparkTransferId,amountA:A.amountA,amountB:A.amountB,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,assetASparkTransferId:C,assetBSparkTransferId:B,amountA:A.amountA,amountB:A.amountB,nonce:I}),Q=AS(g),e=await this._wallet.config.signer.signMessageWithIdentityKey(Q,!0),E={poolId:A.poolId,amountA:A.amountA,amountB:A.amountB,assetASparkTransferId:C,assetBSparkTransferId:B,nonce:I,signature:sS(e)},t=await this.typedApi.depositConcentratedBalance(E);if(!t.accepted){const I=t.error||"Deposit balance rejected by the AMM";throw new _p(I,{response:{errorCode:"UNKNOWN",errorCategory:"System",message:I,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:i,lpIdentityPublicKey:A.poolId})}return t};return i.length>0?this.executeWithAutoClawback(Q,i,A.poolId):Q()}}Math.log(1.0001);const FS="031fa6899d8b8267af07cbb5ebbe2834f7e1c8fe9a282232570772ea5d34151ec6",RS=/\bFSAG-\d{4}(?:T\d+)?\b/;var US=Q(8287).hp;const MS=({sharedKey:A,ReactNativeWebView:I})=>{const g={},C={},B={},i={isLeafOptimizationRunning:!1,isTokenOptimizationRunning:!1,controller:null,timeout:null},Q=A=>$G(A),e=async A=>{if(g[A])return g[A];if(B[A]){console.log("getWallet: wallet initializing, waiting..."),await B[A];const I=g[A];if(I)return I}throw new Error("sparkWallet not initialized")},E=A=>{const I=C[A];if(!I)throw new Error("Flashnet client not initialized");return I},t=async(g,C)=>{const B={incomingPayment:!0,result:JSON.stringify({transferId:g,balance:C.toString()}),isResponse:!0};try{const g=await jp(A,JSON.stringify(B));I.postMessage(JSON.stringify({encrypted:g}))}catch(A){console.log("Encryption error during handleTransfer:",A)}};return{initializeSparkWallet:async({mnemonic:A})=>{try{const I=Q(A);return g[I]?{isConnected:!0}:B[I]?(await B[I],{isConnected:!0}):(B[I]=(async()=>{try{const C=await(async A=>{const{wallet:I}=await MG.initialize({mnemonicOrSeed:A,options:{network:"MAINNET",optimizationOptions:{multiplicity:2}}});return console.log("did initialize wallet"),I})(A);return g[I]=C,C}catch(A){throw delete B[I],delete g[I],A}})(),await B[I],delete B[I],A=null,{isConnected:!0})}catch(I){console.log("Initialize spark wallet error function",I);const C=Q(A);return delete B[C],delete g[C],{isConnected:!1,error:I.message}}},removeWalletEventListener:async({mnemonic:A})=>{const I=await e(A);I?.listenerCount("transfer:claimed")&&I.removeAllListeners("transfer:claimed")},addWalletEventListener:async({mnemonic:A})=>{const I=await e(A);I?.listenerCount("transfer:claimed")||I.on("transfer:claimed",t)},getSparkIdentityPubKey:async({mnemonic:A})=>{try{const I=await e(A);return await I.getIdentityPublicKey()}catch(A){console.log("Get spark identity public key error",A)}},getSparkBalance:async({mnemonic:A})=>{try{const I=await e(A),g=await I.getBalance();let C={};for(const[A,I]of g.tokenBalances)C[A]={...I,tokenMetadata:{...I.tokenMetadata,maxSupply:I.tokenMetadata.maxSupply.toString()},balance:I.availableToSendBalance.toString()},delete C[A].availableToSendBalance,delete C[A].ownedBalance;return{tokensObject:C,balance:g.balance.toString(),didWork:!0}}catch(A){return console.log("Get spark balance error",A),{didWork:!1}}},getSparkStaticBitcoinL1Address:async({mnemonic:A})=>{try{const I=await e(A);return await I.getStaticDepositAddress()}catch(A){console.log("Get reusable Bitcoin mainchain address error",A)}},queryAllStaticDepositAddresses:async({mnemonic:A})=>{try{const I=await e(A);return await I.queryStaticDepositAddresses()}catch(A){console.log("Query reusable Bitcoin mainchain addresses error",A)}},getUtxosForDepositAddress:async({depositAddress:A,mnemonic:I,limit:g,offset:C,excludeClaimed:B})=>{try{const i=await e(I);return{didWork:!0,utxos:await i.getUtxosForDepositAddress(A,g,C,B)}}catch(A){return console.log("Get spark bitcoin payment request error",A),{didWork:!1,error:A.message}}},getSparkStaticBitcoinL1AddressQuote:async({txid:A,mnemonic:I})=>{try{const g=await e(I);return{didWork:!0,quote:await g.getClaimStaticDepositQuote(A)}}catch(A){return console.log("Get reusable Bitcoin mainchain address quote error",A),{didWork:!1,error:A.message}}},refundSparkStaticBitcoinL1AddressQuote:async({depositTransactionId:A,destinationAddress:I,fee:g,mnemonic:C})=>{try{const B=await e(C);return await B.refundStaticDeposit({depositTransactionId:A,destinationAddress:I,fee:g})}catch(A){console.log("Refund reusable Bitcoin mainchain address error",A)}},claimnSparkStaticDepositAddress:async({creditAmountSats:A,outputIndex:I,sspSignature:g,transactionId:C,mnemonic:B})=>{try{const i=await e(B);return{didWork:!0,response:await i.claimStaticDeposit({creditAmountSats:A,sspSignature:g,transactionId:C,outputIndex:I})}}catch(A){return console.log("Claim static deposit address error",A),{didWork:!1,error:A.message}}},getSparkAddress:async({mnemonic:A})=>{try{const I=await e(A);return{didWork:!0,response:await I.getSparkAddress()}}catch(A){return console.log("Get spark address error",A),{didWork:!1,error:A.message}}},sendSparkPayment:async({receiverSparkAddress:A,amountSats:I,mnemonic:g})=>{try{const C=await e(g),B=await C.transfer({receiverSparkAddress:A.toLowerCase(),amountSats:I});return delete B.leaves,{didWork:!0,response:B}}catch(A){return console.log("Send spark payment error",A),{didWork:!1,error:A.message}}},sendSparkTokens:async({tokenIdentifier:A,tokenAmount:I,receiverSparkAddress:g,mnemonic:C})=>{try{const B=await e(C);return{didWork:!0,response:await B.transferTokens({tokenIdentifier:A,tokenAmount:BigInt(I),receiverSparkAddress:g})}}catch(A){return console.log("Send spark token error",A),{didWork:!1,error:A.message}}},getSparkLightningPaymentFeeEstimate:async({invoice:A,amountSat:I,mnemonic:g})=>{try{const C=await e(g);return{didWork:!0,response:await C.getLightningSendFeeEstimate({encodedInvoice:A.toLowerCase(),amountSats:I})}}catch(A){return console.log("Get spark lightning payment fee estimate error",A),{didWork:!1,error:A.message}}},sendSparkLightningPayment:async({invoice:A,amountSat:I,mnemonic:g,maxFeeSats:C})=>{try{const B=await e(g),i=await B.payLightningInvoice({invoice:A.toLowerCase(),maxFeeSats:C,amountSatsToSend:I,preferSpark:!0});return delete i.leaves,{didWork:!0,paymentResponse:i}}catch(A){return console.log("Send spark lightning payment error",A),{didWork:!1,error:A.message}}},sendSparkBitcoinPayment:async({onchainAddress:A,exitSpeed:I,amountSats:g,feeQuote:C,deductFeeFromWithdrawalAmount:B,mnemonic:i})=>{try{const Q=await e(i),E=(C.l1BroadcastFeeFast?.originalValue||0)+(C.userFeeFast?.originalValue||0);return{didWork:!0,response:await Q.withdraw({onchainAddress:A,amountSats:g,exitSpeed:I,feeQuoteId:C.id,feeAmountSats:E,deductFeeFromWithdrawalAmount:B})}}catch(A){return console.log("Send spark bitcoin payment error",A),{didWork:!1,error:A.message}}},receiveSparkLightningPayment:async({amountSats:A,memo:I,expirySeconds:g,includeSparkAddress:C,mnemonic:B,receiverIdentityPubkey:i})=>{try{const Q=await e(B);return{didWork:!0,response:await Q.createLightningInvoice({amountSats:A,memo:I,expirySeconds:g,includeSparkAddress:C,receiverIdentityPubkey:i})}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},getSparkLightningPaymentStatus:async({lightningInvoiceId:A,mnemonic:I})=>{try{const g=await e(I);return await g.getLightningReceiveRequest(A)}catch(A){console.log("Get spark lightning payment status error",A)}},getSparkBitcoinPaymentRequest:async({paymentId:A,mnemonic:I})=>{try{const g=await e(I);return await g.getCoopExitRequest(A)}catch(A){console.log("Get spark bitcoin payment request error",A)}},getSparkBitcoinPaymentFeeEstimate:async({withdrawalAddress:A,amountSats:I,mnemonic:g})=>{try{const C=await e(g);return{didWork:!0,response:await C.getWithdrawalFeeQuote({amountSats:I,withdrawalAddress:A})}}catch(A){return console.log("Get spark bitcoin payment fee estimate error",A),{didWork:!1,error:A.message}}},getSparkPaymentFeeEstimate:async({amountSats:A,mnemonic:I})=>{try{const g=await e(I);return await g.getSwapFeeEstimate(A)}catch(A){return console.log("Get spark payment fee estimate error",A),0}},getSparkLightningSendRequest:async({id:A,mnemonic:I})=>{try{const g=await e(I);return await g.getLightningSendRequest(A)}catch(A){console.log("Get spark lightning send request error",A)}},getSparkTransactions:async({transferCount:A,offsetIndex:I,mnemonic:g})=>{try{const C=await e(g),B=await C.getTransfers(A,I);return{transfers:B.transfers.map(A=>(delete A.leaves,A)),offset:B.offset}}catch(A){return console.log("Get spark transactions error",A),{transfers:[]}}},getSparkTokenTransactions:async({ownerPublicKeys:A,issuerPublicKeys:I,tokenTransactionHashes:g,tokenIdentifiers:C,outputIds:B,mnemonic:i,lastSavedTransactionId:Q})=>{try{const E=await e(i),t=await E.queryTokenTransactions({ownerPublicKeys:A,issuerPublicKeys:I,tokenTransactionHashes:g,tokenIdentifiers:C,outputIds:B}),o=t.tokenTransactionsWithStatus.map(A=>{const I=A.tokenTransaction,g=I.tokenOutputs?.[0];return{tokenTransactionHash:A.tokenTransactionHash,tokenTransaction:{clientCreatedTimestamp:I.clientCreatedTimestamp,tokenOutputs:g?[{ownerPublicKey:g.ownerPublicKey,tokenIdentifier:g.tokenIdentifier,tokenAmount:g.tokenAmount}]:[]}}});let n=o;if(Q){const A=o.findIndex(A=>US.from(Object.values(A.tokenTransactionHash)).toString("hex")===Q);-1!==A&&(n=o.slice(0,A))}return{tokenTransactionsWithStatus:n,offset:t.offset}}catch(A){return console.log("Get spark transactions error",A),[]}},findTransactionTxFromTxHistory:async({sparkTxId:A,previousOffset:I=0,previousTxs:g=[],mnemonic:C})=>{try{const B=g.find(I=>I.id===A);if(B)return console.log("Using cache tx history"),{didWork:!0,offset:I,foundTransfers:g,bitcoinTransfer:B};const i=await e(C);let Q,E=I,t=[];const o=20;for(;E<o;){const I=await i.getTransfers(100,100*E);if(t=I.transfers,!t.length)break;const g=t.find(I=>I.id===A);if(g){Q=g;break}if(-1===I.offset){console.log("Reached end of transactions (offset: -1)");break}E+=1}return{didWork:!0,offset:E,foundTransfers:t,bitcoinTransfer:Q}}catch(A){return console.log("Error finding bitcoin tx from history",A),{didWork:!1,error:A.message}}},getSingleTxDetails:async({mnemonic:A,id:I})=>{try{const g=await e(A),C=await g.getTransfer(I);if(!C)throw new Error("No tx found");return delete C.leaves,C}catch(A){console.log("error getting single tx details",A)}},setPrivacyEnabled:async({mnemonic:A})=>{try{const I=await e(A),g=await I.getWalletSettings();return g?.privateEnabled||await I.setPrivacyEnabled(!0),{didWork:!0}}catch(A){return console.log("Get spark balance error",A),{didWork:!1}}},createSatsInvoice:async({mnemonic:A,amountSats:I,memo:g,receiverIdentityPubkey:C})=>{try{const B=await e(A);return{didWork:!0,invoice:await B.createSatsInvoice({amount:I,memo:g,receiverIdentityPubkey:C})}}catch(A){return console.log("Create sats invoice error",A),{didWork:!1,error:A.message}}},fufillSparkInvoices:async({mnemonic:A,invoices:I=[]})=>{try{const g=await e(A),C=I.map(({invoice:A,amount:I})=>({invoice:A,amount:BigInt(I)})),B=await g.fulfillSparkInvoice(C);return{didWork:!0,...{...B,satsTransactionSuccess:B.satsTransactionSuccess?.map(A=>{const{leaves:I,secretCipher:g,signature:C,intermediateRefundTx:B,receivers:i,...Q}=A.transferResponse;return{...A,transferResponse:Q}})}}}catch(A){return console.log("Create sats invoice error",A),{didWork:!1,error:A.message}}},batchTransferTokens:async({mnemonic:A,invoices:I=[]})=>{try{const g=await e(A),C=I.map(({tokenIdentifier:A,receiverSparkAddress:I,tokenAmount:g})=>({tokenIdentifier:A,receiverSparkAddress:I,tokenAmount:BigInt(g)}));return{didWork:!0,invoice:await g.batchTransferTokens(C)}}catch(A){return console.log("Create sats invoice error",A),{didWork:!1,error:A.message}}},createTokensInvoice:async({mnemonic:A,tokenIdentifier:I})=>{try{const g=await e(A);return{didWork:!0,invoice:await g.createTokensInvoice({tokenIdentifier:I})}}catch(A){return console.log("Create tokens invoice error",A),{didWork:!1,error:A.message}}},claimSparkHodlLightningPayment:async({preimage:A,mnemonic:I})=>{try{const g=await e(I),C=await g.claimHTLC(A);return delete C.leaves,{didWork:!0,response:C}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},receiveSparkHodlLightningPayment:async({amountSats:A,paymentHash:I,memo:g,expirySeconds:C,mnemonic:B})=>{try{const i=await e(B);return{didWork:!0,response:await i.createLightningHodlInvoice({amountSats:A,paymentHash:I,memo:g,expirySeconds:C,includeSparkAddress:!1})}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},querySparkHodlLightningPayments:async({paymentHashes:A,mnemonic:I})=>{try{const g=await e(I);return{didWork:!0,paidPreimages:(await await g.queryHTLC({paymentHashes:A,limit:50,offset:0})).preimageRequests.map(A=>({status:A.status,createdTime:A.createdTime,paymentHash:US.from(A.paymentHash).toString("hex"),transferId:A.transfer.id,satValue:A.transfer.totalValue}))}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},initializeFlashnet:async({mnemonic:A})=>{try{const I=(A=>{let I=null;const g=()=>{if(!I)throw new Error("Flashnet client not initialized");return I},C=async({tokenAAddress:A,tokenBAddress:I,options:C={}})=>{try{const B=g(),i=await B.listPools({assetAAddress:A,assetBAddress:I,sort:"TVL_DESC",minTvl:C.minTvl||1e3,limit:C.limit||10});return i.pools&&0!==i.pools.length?{didWork:!0,pool:i.pools[0],totalAvailable:i.totalCount}:{didWork:!1,error:`No pools found for ${A}/${I}`}}catch(A){return console.error("Find best pool error:",A),{didWork:!1,error:A.message}}},B=async({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B,minAmountOut:Q,maxSlippageBps:e=500,integratorFeeRateBps:E=100})=>{try{const i=g();let t=Q;if(!t){const g=await i.simulateSwap({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B.toString(),integratorBps:E});t=BigInt(g.amountOut)*(10000n-BigInt(e))/10000n}const o=await i.executeSwap({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B.toString(),minAmountOut:t.toString(),maxSlippageBps:e,integratorFeeRateBps:E,integratorPublicKey:FS});return{didWork:!0,swap:{amountOut:o.amountOut,executionPrice:o.executionPrice,feeAmount:o.feeAmount,flashnetRequestId:o.flashnetRequestId,outboundTransferId:o.outboundTransferId,poolId:o.poolId}}}catch(A){return console.error("Execute swap error:",A),{didWork:!1,error:A.message,formatted:i(A)}}},i=(A,I)=>{if(function(A){return A instanceof _p}(A))return{operation:I,errorCode:A.errorCode,category:A.category,message:A.userMessage,actionHint:A.actionHint,requestId:A.requestId,isRetryable:A.isRetryable,recovery:A.recovery,transferIds:A.transferIds,clawbackAttempted:A.wasClawbackAttempted?.()||!1,fundsRecovered:A.wereAllTransfersRecovered?.()||!1};let g;g="object"==typeof A?A.message:A;const C=g.match(RS),B=C?.[0]??null;if(B){const A=zp[B];return{operation:I,errorCode:B,category:A.category,message:A.userMessage,actionHint:A.actionHint,isRetryable:A.isRetryable,recovery:A.recovery,transferIds:A.transferIds,clawbackAttempted:A.wasClawbackAttempted?.()||!1,fundsRecovered:A.wereAllTransfersRecovered?.()||!1}}return{operation:I,message:A?.message||String(A)}};return{initializeFlashnetClient:async()=>{I=new fS(A,{autoAuthenticate:!0}),await I.initialize(),console.log("Flashnet client initialized in webview")},findBestPool:C,getPoolDetails:async({poolId:A})=>{try{const I=g(),C=await I.getPool(A);return{didWork:!0,pool:C,marketData:{tvl:C.tvlAssetB,volume24h:C.volume24hAssetB,priceChange24h:C.priceChangePercent24h,currentPrice:C.currentPriceAInB,reserves:{assetA:C.assetAReserve,assetB:C.assetBReserve}}}}catch(A){return console.error("Get pool details error:",A),{didWork:!1,error:A.message}}},listAllPools:async({filters:A={}})=>{try{const I=g(),C=await I.listPools({minTvl:A.minTvl||0,minVolume24h:A.minVolume24h||0,sort:A.sort||"TVL_DESC",limit:A.limit||50,offset:A.offset||0,hostNames:A.hostNames,curveTypes:A.curveTypes});return{didWork:!0,pools:C.pools,totalCount:C.totalCount}}catch(A){return console.error("List pools error:",A),{didWork:!1,error:A.message}}},minFlashnetSwapAmounts:async({assetHex:A})=>{try{const I=g(),C=await I.getMinAmountsMap(),B=C.get(A.toLowerCase())?.toString();return{didWork:!0,assetData:B}}catch(A){return console.error("Get min swap amounts error:",A),{didWork:!1,error:A.message}}},simulateSwap:async({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B,integratorFeeRateBps:i=100})=>{try{const Q=g(),e=await Q.simulateSwap({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B.toString(),integratorBps:i});return{didWork:!0,simulation:{expectedOutput:e.amountOut,executionPrice:e.executionPrice,priceImpact:e.priceImpactPct,poolId:e.poolId,feePaidAssetIn:e.feePaidAssetIn}}}catch(A){return console.error("Simulate swap error:",A),{didWork:!1,error:A.message}}},executeSwap:B,swapBitcoinToToken:async({tokenAddress:A,amountSats:I,poolId:g,maxSlippageBps:i=500})=>{try{const Q="020202020202020202020202020202020202020202020202020202020202020202";let e=g;if(!e){const I=await C({tokenAAddress:Q,tokenBAddress:A});if(!I.didWork)return{didWork:!1,error:"No suitable pool found"};e=I.pool.lpPublicKey}return await B({poolId:e,assetInAddress:Q,assetOutAddress:A,amountIn:I,maxSlippageBps:i})}catch(A){return console.error("Swap BTC to token error:",A),{didWork:!1,error:A.message}}},swapTokenToBitcoin:async({tokenAddress:A,tokenAmount:I,poolId:g,maxSlippageBps:i=500})=>{try{const Q="020202020202020202020202020202020202020202020202020202020202020202";let e=g;if(!e){const I=await C({tokenAAddress:A,tokenBAddress:Q});if(!I.didWork)return{didWork:!1,error:"No suitable pool found"};e=I.pool.lpPublicKey}return await B({poolId:e,assetInAddress:A,assetOutAddress:Q,amountIn:I,maxSlippageBps:i})}catch(A){return console.error("Swap token to BTC error:",A),{didWork:!1,error:A.message}}},getLightningPaymentQuote:async({invoice:A,tokenAddress:I,integratorFeeRateBps:C,maxSlippageBps:B})=>{try{const i=g(),Q=await i.getPayLightningWithTokenQuote(A,I,{integratorFeeRateBps:C,maxSlippageBps:B});return{didWork:!0,quote:{invoiceAmountSats:Q.invoiceAmountSats,estimatedLightningFee:Q.estimatedLightningFee,btcAmountRequired:Q.btcAmountRequired,tokenAmountRequired:Q.tokenAmountRequired,estimatedAmmFee:Q.estimatedAmmFee,executionPrice:Q.executionPrice,priceImpact:Q.priceImpactPct,poolId:Q.poolId,fee:Q.btcAmountRequired-Q.invoiceAmountSats}}}catch(A){return console.error("Get Lightning quote error:",A),{didWork:!1,error:A.message}}},payLightningWithToken:async({invoice:A,tokenAddress:I,maxSlippageBps:C=500,maxLightningFeeSats:B,rollbackOnFailure:i=!0,useExistingBtcBalance:Q=!1,integratorFeeRateBps:e=100})=>{try{const E=g(),t=await E.payLightningWithToken({invoice:A,tokenAddress:I,maxSlippageBps:C,maxLightningFeeSats:B||void 0,rollbackOnFailure:i,useExistingBtcBalance:Q,integratorFeeRateBps:e,integratorPublicKey:FS});return t.success?{didWork:!0,result:{success:!0,lightningPaymentId:t.lightningPaymentId,tokenAmountSpent:t.tokenAmountSpent,btcAmountReceived:t.btcAmountReceived,swapTransferId:t.swapTransferId,ammFeePaid:t.ammFeePaid,lightningFeePaid:t.lightningFeePaid,poolId:t.poolId}}:{didWork:!1,error:t.error,result:{success:!1,error:t.error,poolId:t.poolId,tokenAmountSpent:t.tokenAmountSpent,btcAmountReceived:t.btcAmountReceived}}}catch(A){return console.error("Pay Lightning with token error:",A),{didWork:!1,error:A.message}}},getUserSwapHistory:async(A,I)=>{try{const C=g();let B;return B=I?await C.getUserSwaps(void 0,{limit:A,offset:I}):await C.getUserSwaps(void 0,{limit:A}),{didWork:!0,swaps:B.swaps||[],totalCount:B.totalCount||0}}catch(A){return console.error("Get swap history error:",A),{didWork:!1,error:A.message,swaps:[]}}},requestClawback:async({sparkTransferId:A,poolId:I})=>{try{const C=g(),B=await C.clawback({sparkTransferId:A,lpIdentityPublicKey:I});return!B||B.error?{didWork:!1,error:B?.error||"Clawback request failed"}:B.accepted?{didWork:!0,accepted:!0,message:"Clawback request accepted",internalRequestId:B.internalRequestId}:{didWork:!1,accepted:!1,error:B.error||"Clawback request rejected by pool"}}catch(A){return console.error("Request clawback error:",A),{didWork:!1,error:A.message}}},requestBatchClawback:async({transferIds:A,poolId:I})=>{try{const C=g(),B=await C.clawbackMultiple(A,I);return B?B.length?{didWork:!0,result:B}:{didWork:!1,error:B.error||"Clawback request rejected by pool"}:{didWork:!1,error:B?.error||"Clawback request failed"}}catch(A){return console.error("Request clawback error:",A),{didWork:!1,error:A.message}}},checkClawbackEligibility:async({sparkTransferId:A})=>{try{const I=g(),C=await I.checkClawbackEligibility({sparkTransferId:A});return C.accepted?{didWork:!0,error:null,response:!0}:{didWork:!0,error:C.error,response:!1}}catch(A){return console.error("Check clawback eligibility error:",A),{didWork:!1,error:A.message,response:!1}}},checkClawbackStatus:async({internalRequestId:A})=>{try{const I=g(),C=await I.checkClawbackStatus({internalRequestId:A});return{didWork:!0,status:C.status,transferId:C.transferId,isComplete:"completed"===C.status,isFailed:"failed"===C.status}}catch(A){return console.error("Check clawback status error:",A),{didWork:!1,error:A.message}}},listClawbackableTransfers:async({limit:A=100})=>{try{const I=g();return{didWork:!0,resposne:await I.listClawbackableTransfers({limit:A})}}catch(A){return console.error("List clawbackable transfers error:",A),{didWork:!1,error:A.message}}}}})(await e(A));return await I.initializeFlashnetClient(),C[A]=I,{didWork:!0}}catch(A){return console.log("Error initializing flashnet",A),{didWork:!1,err:A.message}}},findBestPool:async({mnemonic:A,tokenAAddress:I,tokenBAddress:g,options:C})=>{try{const B=E(A);return await B.findBestPool({tokenAAddress:I,tokenBAddress:g,options:C})}catch(A){return console.log("Find best pool error",A),{didWork:!1,error:A.message}}},getPoolDetails:async({mnemonic:A,poolId:I})=>{try{const g=E(A);return await g.getPoolDetails({poolId:I})}catch(A){return console.log("Get pool details error",A),{didWork:!1,error:A.message}}},listAllPools:async({mnemonic:A,filters:I})=>{try{const g=E(A);return await g.listAllPools({filters:I})}catch(A){return console.log("List all pools error",A),{didWork:!1,error:A.message}}},minFlashnetSwapAmounts:async({mnemonic:A,assetHex:I})=>{try{const g=E(A);return await g.minFlashnetSwapAmounts({assetHex:I})}catch(A){return console.log("Get min swap amounts error",A),{didWork:!1,error:A.message}}},simulateSwap:async({mnemonic:A,poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,integratorFeeRateBps:i})=>{try{const Q=E(A);return await Q.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,integratorFeeRateBps:i})}catch(A){return console.log("Simulate swap error",A),{didWork:!1,error:A.message}}},executeSwap:async({mnemonic:A,poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,minAmountOut:i,maxSlippageBps:Q,integratorFeeRateBps:e})=>{try{const t=E(A);return await t.executeSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,minAmountOut:i,maxSlippageBps:Q,integratorFeeRateBps:e})}catch(A){return console.log("Execute swap error",A),{didWork:!1,error:A.message}}},swapBitcoinToToken:async({mnemonic:A,tokenAddress:I,amountSats:g,poolId:C,maxSlippageBps:B})=>{try{const i=E(A);return await i.swapBitcoinToToken({tokenAddress:I,amountSats:g,poolId:C,maxSlippageBps:B})}catch(A){return console.log("Swap Bitcoin to token error",A),{didWork:!1,error:A.message}}},swapTokenToBitcoin:async({mnemonic:A,tokenAddress:I,tokenAmount:g,poolId:C,maxSlippageBps:B})=>{try{const i=E(A);return await i.swapTokenToBitcoin({tokenAddress:I,tokenAmount:g,poolId:C,maxSlippageBps:B})}catch(A){return console.log("Swap token to Bitcoin error",A),{didWork:!1,error:A.message}}},getLightningPaymentQuote:async({mnemonic:A,invoice:I,tokenAddress:g,integratorFeeRateBps:C,maxSlippageBps:B})=>{try{const i=E(A);return await i.getLightningPaymentQuote({invoice:I,tokenAddress:g,integratorFeeRateBps:C,maxSlippageBps:B})}catch(A){return console.log("Get Lightning payment quote error",A),{didWork:!1,error:A.message}}},payLightningWithToken:async({mnemonic:A,invoice:I,tokenAddress:g,maxSlippageBps:C,maxLightningFeeSats:B,rollbackOnFailure:i,useExistingBtcBalance:Q,integratorFeeRateBps:e})=>{try{const t=E(A);return await t.payLightningWithToken({invoice:I,tokenAddress:g,maxSlippageBps:C,maxLightningFeeSats:B,rollbackOnFailure:i,useExistingBtcBalance:Q,integratorFeeRateBps:e})}catch(A){return console.log("Pay Lightning with token error",A),{didWork:!1,error:A.message}}},getUserSwapHistory:async({mnemonic:A,limit:I,offset:g})=>{try{const C=E(A);return await C.getUserSwapHistory(I,g)}catch(A){return console.log("Get user swap history error",A),{didWork:!1,error:A.message,swaps:[]}}},requestClawback:async({mnemonic:A,sparkTransferId:I,poolId:g})=>{try{const C=E(A);return await C.requestClawback({sparkTransferId:I,poolId:g})}catch(A){return console.log("Request clawback error",A),{didWork:!1,error:A.message}}},requestBatchClawback:async({mnemonic:A,transferIds:I,poolId:g})=>{try{const C=E(A);return await C.requestClawback({transferIds:I,poolId:g})}catch(A){return console.log("Request clawback error",A),{didWork:!1,error:A.message}}},checkClawbackEligibility:async({mnemonic:A,sparkTransferId:I})=>{try{const g=E(A);return await g.checkClawbackEligibility({sparkTransferId:I})}catch(A){return console.log("Check clawback eligibility error",A),{didWork:!1,error:A.message,response:!1}}},checkClawbackStatus:async({mnemonic:A,internalRequestId:I})=>{try{const g=E(A);return await g.checkClawbackStatus({internalRequestId:I})}catch(A){return console.log("Check clawback status error",A),{didWork:!1,error:A.message}}},listClawbackableTransfers:async({mnemonic:A,limit:I})=>{try{const g=E(A);return await g.listClawbackableTransfers({limit:I})}catch(A){return console.log("List clawbackable transfers error",A),{didWork:!1,error:A.message}}},abortOptimization:async()=>{try{return console.log("Aborting webview optimization..."),i.controller&&(i.controller.abort(),i.controller=null),i.isLeafOptimizationRunning=!1,i.isTokenOptimizationRunning=!1,{didWork:!0,cancelled:!0}}catch(A){return console.log("Abort optimization error",A),{didWork:!1,error:A.message}}},isOptimizationRunning:()=>i.isLeafOptimizationRunning||i.isTokenOptimizationRunning,checkIfOptimizationNeeded:async({mnemonic:A})=>{try{const I=await e(A),[g,C]=await Promise.all([I.isOptimizationInProgress(),I.isTokenOptimizationInProgress()]);return{didWork:!0,needed:!(g||C)}}catch(A){return console.log("Get spark balance error",A),{didWork:!1,needed:!1}}},runLeafOptimization:async({mnemonic:A})=>{try{i.isLeafOptimizationRunning=!0,console.log("Starting leaf optimization...");const I=await e(A);if(!I)throw new Error("Wallet not initialized");for await(const A of I.optimizeLeaves())if(i.controller=A.controller,console.log(`Optimization progress: ${A.step}/${A.total}`),!i.isLeafOptimizationRunning){console.log("Optimization aborted by external signal"),A.controller.abort();break}return console.log("Leaf optimization complete"),{didWork:!0}}catch(A){return console.error("Error during leaf optimization:",A),{didWork:!1,error:A.message}}finally{i.isLeafOptimizationRunning=!1,i.controller=null}},runTokenOptimization:async({mnemonic:A})=>{try{i.isTokenOptimizationRunning=!0;const I=await e(A);if(!I)throw new Error("Wallet not initialized");return await I.optimizeTokenOutputs(),console.log("Token optimization complete"),{didWork:!0}}catch(A){return console.error("Error during token optimization:",A),{didWork:!1,error:A.message}}finally{i.isTokenOptimizationRunning=!1}}}};var KS=Q(8287).hp;!function(A){let I=MS({sharedKey:null,ReactNativeWebView:window.ReactNativeWebView}),g=null;const C=new Set;let B=0,i=!1,Q=!1;async function e(e){try{if("string"!=typeof e.data)return;const E=Date.now();let t=JSON.parse(e.data);if(t.isResponse)return;if(t.id&&C.has(t.id))return void console.log(`Duplicate message ID ${t.id} ignored`);if(!window.__STARTUP_NONCE__||"__INJECT_NONCE__"===window.__STARTUP_NONCE__)throw new Error("Security error: Startup nonce not properly injected");if("handshake:init"===t?.action&&t?.args?.pubN){if(i)throw new Error("Handshake already complete, ignoring subsequent attempt");if(Q)throw new Error("Handshake already in progress, ignoring subsequent attempt");Q=!0;const e=await async function(){const A=function(A=32){const I="object"==typeof globalThis?globalThis.crypto:null;if("function"!=typeof I?.getRandomValues)throw new Error("crypto.getRandomValues must be defined");return I.getRandomValues(new Uint8Array(A))}(32);return{privateKey:A,publicKey:Yp(A,!0)}}();g=Xp(e.privateKey,t.args.pubN,window.__STARTUP_NONCE__),I=MS({sharedKey:g,ReactNativeWebView:window.ReactNativeWebView});const E={id:t.id,success:!0,type:"handshake:reply",pubW:KS.from(e.publicKey).toString("hex"),runtimeNonce:await jp(g,window.__STARTUP_NONCE__),isResponse:!0};return console.log("Session key established with native"),C.add(t.id),i=!0,B=1,void A.postMessage(JSON.stringify(E))}if(!i)throw new Error("Received message before handshake complete");if(t.encrypted){const A=await async function(A,I){try{if(!I.includes("?iv=")||!I.includes("&tag="))throw new Error("Missing IV or auth tag");const[g,C]=I.split("?iv="),[B,i]=C.split("&tag="),Q=Wp.from(B,"base64"),e=Wp.from(g,"base64"),E=Wp.from(i,"base64"),t=(0,Ap.wY)(A,Q),o=new Uint8Array([...e,...E]),n=t.decrypt(o);return(new TextDecoder).decode(n)}catch(A){throw console.log("Web decryptMessage err",A),A}}(g,t.encrypted);t=JSON.parse(A)}if(t.id&&C.has(t.id))return void console.log(`Duplicate message ID ${t.id} ignored`);if("number"==typeof t.sequence){if(t.sequence<B)throw new Error(`SECURITY: Rejected old message: seq ${t.sequence} < ${B}`);if(t.sequence!==B)throw new Error(`SECURITY: Sequence gap: expected ${B}, got ${t.sequence}`);B=t.sequence+1}if("number"==typeof t.timestamp){const A=E-t.timestamp;if(A>3e4+(document.hidden?18e4:0))throw new Error(`SECURITY: Rejected stale message: ${A}ms old`);if(A<-5e3)throw new Error(`SECURITY: Rejected future message: ${A}ms in future`)}if(C.add(t.id),"simulate_crash"===t.action)throw new Error("Crash simulation not allowed in production");if(!I[t.action])throw new Error(`Unknown Spark action: ${t.action}`);const o=await I[t.action](t.args),n={id:t.id,success:!0,result:JSON.stringify(o),isResponse:!0};t=null;const a=await jp(g,JSON.stringify(n));A.postMessage(JSON.stringify({encrypted:a,isResponse:!0}))}catch(I){if(console.log("Spark WebContext error:",I),g){const C=await jp(g,JSON.stringify({error:I.message}));A.postMessage(JSON.stringify({encrypted:C,isResponse:!0}))}}}window.addEventListener("message",e),document.addEventListener("message",e),document.addEventListener("securitypolicyviolation",async function(A){const I={type:"security:csp-violation",blocked:A.blockedURI,directive:A.violatedDirective,sourceFile:A.sourceFile,lineNumber:A.lineNumber};if(console.error("CSP VIOLATION:",I),g){const A=await jp(g,JSON.stringify(I));window.ReactNativeWebView?.postMessage(JSON.stringify({encrypted:A,isResponse:!0}))}else window.ReactNativeWebView?.postMessage(JSON.stringify({...I,isResponse:!0,unencrypted:!0}))})}(window.ReactNativeWebView)})()})();</script></head><body></body></html>
\ No newline at end of file
+(()=>{var A,I,g,C,B={22:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.polyval=I.ghash=void 0,I._toGHASHKey=t;const C=g(6527),B=16,i=new Uint8Array(16),Q=(0,C.u32)(i),e=(A,I,g,C)=>({s3:g<<31|C>>>1,s2:I<<31|g>>>1,s1:A<<31|I>>>1,s0:A>>>1^225<<24&-(1&C)}),E=A=>(A>>>0&255)<<24|(A>>>8&255)<<16|(A>>>16&255)<<8|A>>>24&255;function t(A){A.reverse();const I=1&A[15];let g=0;for(let I=0;I<A.length;I++){const C=A[I];A[I]=C>>>1|g,g=(1&C)<<7}return A[0]^=225&-I,A}class o{constructor(A,I){this.blockLen=B,this.outputLen=B,this.s0=0,this.s1=0,this.s2=0,this.s3=0,this.finished=!1,A=(0,C.toBytes)(A),(0,C.abytes)(A,16);const g=(0,C.createView)(A);let i=g.getUint32(0,!1),Q=g.getUint32(4,!1),t=g.getUint32(8,!1),o=g.getUint32(12,!1);const n=[];for(let A=0;A<128;A++)n.push({s0:E(i),s1:E(Q),s2:E(t),s3:E(o)}),({s0:i,s1:Q,s2:t,s3:o}=e(i,Q,t,o));const a=(s=I||1024)>65536?8:s>1024?4:2;var s;if(![1,2,4,8].includes(a))throw new Error("ghash: invalid window size, expected 2, 4 or 8");this.W=a;const r=128/a,c=this.windowSize=2**a,D=[];for(let A=0;A<r;A++)for(let I=0;I<c;I++){let g=0,C=0,B=0,i=0;for(let Q=0;Q<a;Q++){if(!(I>>>a-Q-1&1))continue;const{s0:e,s1:E,s2:t,s3:o}=n[a*A+Q];g^=e,C^=E,B^=t,i^=o}D.push({s0:g,s1:C,s2:B,s3:i})}this.t=D}_updateBlock(A,I,g,C){A^=this.s0,I^=this.s1,g^=this.s2,C^=this.s3;const{W:B,t:i,windowSize:Q}=this;let e=0,E=0,t=0,o=0;const n=(1<<B)-1;let a=0;for(const s of[A,I,g,C])for(let A=0;A<4;A++){const I=s>>>8*A&255;for(let A=8/B-1;A>=0;A--){const g=I>>>B*A&n,{s0:C,s1:s,s2:r,s3:c}=i[a*Q+g];e^=C,E^=s,t^=r,o^=c,a+=1}}this.s0=e,this.s1=E,this.s2=t,this.s3=o}update(A){(0,C.aexists)(this),A=(0,C.toBytes)(A),(0,C.abytes)(A);const I=(0,C.u32)(A),g=Math.floor(A.length/B),e=A.length%B;for(let A=0;A<g;A++)this._updateBlock(I[4*A+0],I[4*A+1],I[4*A+2],I[4*A+3]);return e&&(i.set(A.subarray(g*B)),this._updateBlock(Q[0],Q[1],Q[2],Q[3]),(0,C.clean)(Q)),this}destroy(){const{t:A}=this;for(const I of A)I.s0=0,I.s1=0,I.s2=0,I.s3=0}digestInto(A){(0,C.aexists)(this),(0,C.aoutput)(A,this),this.finished=!0;const{s0:I,s1:g,s2:B,s3:i}=this,Q=(0,C.u32)(A);return Q[0]=I,Q[1]=g,Q[2]=B,Q[3]=i,A}digest(){const A=new Uint8Array(B);return this.digestInto(A),this.destroy(),A}}class n extends o{constructor(A,I){A=(0,C.toBytes)(A),(0,C.abytes)(A);const g=t((0,C.copyBytes)(A));super(g,I),(0,C.clean)(g)}update(A){A=(0,C.toBytes)(A),(0,C.aexists)(this);const I=(0,C.u32)(A),g=A.length%B,e=Math.floor(A.length/B);for(let A=0;A<e;A++)this._updateBlock(E(I[4*A+3]),E(I[4*A+2]),E(I[4*A+1]),E(I[4*A+0]));return g&&(i.set(A.subarray(e*B)),this._updateBlock(E(Q[3]),E(Q[2]),E(Q[1]),E(Q[0])),(0,C.clean)(Q)),this}digestInto(A){(0,C.aexists)(this),(0,C.aoutput)(A,this),this.finished=!0;const{s0:I,s1:g,s2:B,s3:i}=this,Q=(0,C.u32)(A);return Q[0]=I,Q[1]=g,Q[2]=B,Q[3]=i,A.reverse()}}function a(A){const I=(I,g)=>A(g,I.length).update((0,C.toBytes)(I)).digest(),g=A(new Uint8Array(16),0);return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=(I,g)=>A(I,g),I}I.ghash=a((A,I)=>new o(A,I)),I.polyval=a((A,I)=>new n(A,I))},91:function(A,I,g){"use strict";var C=this&&this.__createBinding||(Object.create?function(A,I,g,C){void 0===C&&(C=g);var B=Object.getOwnPropertyDescriptor(I,g);B&&!("get"in B?!I.__esModule:B.writable||B.configurable)||(B={enumerable:!0,get:function(){return I[g]}}),Object.defineProperty(A,C,B)}:function(A,I,g,C){void 0===C&&(C=g),A[C]=I[g]}),B=this&&this.__exportStar||function(A,I){for(var g in A)"default"===g||Object.prototype.hasOwnProperty.call(I,g)||C(I,A,g)};Object.defineProperty(I,"__esModule",{value:!0}),B(g(2774),I),B(g(2421),I),B(g(7395),I),B(g(8105),I),B(g(3652),I),B(g(6776),I),B(g(4236),I),B(g(6524),I),B(g(5972),I),B(g(7640),I),B(g(4092),I)},139:(A,I,g)=>{"use strict";I.D=void 0;const C=g(1475),B=g(91),i=[B.Status.UNKNOWN,B.Status.INTERNAL,B.Status.UNAVAILABLE,B.Status.CANCELLED];I.D=async function*(A,I){var g;const{idempotencyLevel:Q}=A.method.options,e="IDEMPOTENT"===Q||"NO_SIDE_EFFECTS"===Q,{retry:E=e,retryBaseDelayMs:t=1e3,retryMaxDelayMs:o=3e4,retryMaxAttempts:n=1,onRetryableError:a,retryableStatuses:s=i,...r}=I;if(A.requestStream||A.responseStream||!E)return yield*A.next(A.request,r);const c=null!==(g=I.signal)&&void 0!==g?g:(new AbortController).signal;for(let I=0;;I++)try{return yield*A.next(A.request,r)}catch(A){if((0,C.rethrowAbortError)(A),I>=n||!(A instanceof B.ClientError)||!s.includes(A.code))throw A;const g=Math.min(o,Math.pow(2,I)*t),i=Math.round(g*(1+Math.random())/2);null==a||a(A,I,i),await(0,C.delay)(c,i)}}},169:(A,I,g)=>{"use strict";g.r(I),g.d(I,{default:()=>B});var C=null;"undefined"!=typeof WebSocket?C=WebSocket:"undefined"!=typeof MozWebSocket?C=MozWebSocket:void 0!==g.g?C=g.g.WebSocket||g.g.MozWebSocket:"undefined"!=typeof window?C=window.WebSocket||window.MozWebSocket:"undefined"!=typeof self&&(C=self.WebSocket||self.MozWebSocket);const B=C},213:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.asyncIterableOf=async function*(A){yield A}},228:A=>{"use strict";var I=Object.prototype.hasOwnProperty,g="~";function C(){}function B(A,I,g){this.fn=A,this.context=I,this.once=g||!1}function i(A,I,C,i,Q){if("function"!=typeof C)throw new TypeError("The listener must be a function");var e=new B(C,i||A,Q),E=g?g+I:I;return A._events[E]?A._events[E].fn?A._events[E]=[A._events[E],e]:A._events[E].push(e):(A._events[E]=e,A._eventsCount++),A}function Q(A,I){0===--A._eventsCount?A._events=new C:delete A._events[I]}function e(){this._events=new C,this._eventsCount=0}Object.create&&(C.prototype=Object.create(null),(new C).__proto__||(g=!1)),e.prototype.eventNames=function(){var A,C,B=[];if(0===this._eventsCount)return B;for(C in A=this._events)I.call(A,C)&&B.push(g?C.slice(1):C);return Object.getOwnPropertySymbols?B.concat(Object.getOwnPropertySymbols(A)):B},e.prototype.listeners=function(A){var I=g?g+A:A,C=this._events[I];if(!C)return[];if(C.fn)return[C.fn];for(var B=0,i=C.length,Q=new Array(i);B<i;B++)Q[B]=C[B].fn;return Q},e.prototype.listenerCount=function(A){var I=g?g+A:A,C=this._events[I];return C?C.fn?1:C.length:0},e.prototype.emit=function(A,I,C,B,i,Q){var e=g?g+A:A;if(!this._events[e])return!1;var E,t,o=this._events[e],n=arguments.length;if(o.fn){switch(o.once&&this.removeListener(A,o.fn,void 0,!0),n){case 1:return o.fn.call(o.context),!0;case 2:return o.fn.call(o.context,I),!0;case 3:return o.fn.call(o.context,I,C),!0;case 4:return o.fn.call(o.context,I,C,B),!0;case 5:return o.fn.call(o.context,I,C,B,i),!0;case 6:return o.fn.call(o.context,I,C,B,i,Q),!0}for(t=1,E=new Array(n-1);t<n;t++)E[t-1]=arguments[t];o.fn.apply(o.context,E)}else{var a,s=o.length;for(t=0;t<s;t++)switch(o[t].once&&this.removeListener(A,o[t].fn,void 0,!0),n){case 1:o[t].fn.call(o[t].context);break;case 2:o[t].fn.call(o[t].context,I);break;case 3:o[t].fn.call(o[t].context,I,C);break;case 4:o[t].fn.call(o[t].context,I,C,B);break;default:if(!E)for(a=1,E=new Array(n-1);a<n;a++)E[a-1]=arguments[a];o[t].fn.apply(o[t].context,E)}}return!0},e.prototype.on=function(A,I,g){return i(this,A,I,g,!1)},e.prototype.once=function(A,I,g){return i(this,A,I,g,!0)},e.prototype.removeListener=function(A,I,C,B){var i=g?g+A:A;if(!this._events[i])return this;if(!I)return Q(this,i),this;var e=this._events[i];if(e.fn)e.fn!==I||B&&!e.once||C&&e.context!==C||Q(this,i);else{for(var E=0,t=[],o=e.length;E<o;E++)(e[E].fn!==I||B&&!e[E].once||C&&e[E].context!==C)&&t.push(e[E]);t.length?this._events[i]=1===t.length?t[0]:t:Q(this,i)}return this},e.prototype.removeAllListeners=function(A){var I;return A?(I=g?g+A:A,this._events[I]&&Q(this,I)):(this._events=new C,this._eventsCount=0),this},e.prototype.off=e.prototype.removeListener,e.prototype.addListener=e.prototype.on,e.prefixed=g,e.EventEmitter=e,A.exports=e},251:(A,I)=>{I.read=function(A,I,g,C,B){var i,Q,e=8*B-C-1,E=(1<<e)-1,t=E>>1,o=-7,n=g?B-1:0,a=g?-1:1,s=A[I+n];for(n+=a,i=s&(1<<-o)-1,s>>=-o,o+=e;o>0;i=256*i+A[I+n],n+=a,o-=8);for(Q=i&(1<<-o)-1,i>>=-o,o+=C;o>0;Q=256*Q+A[I+n],n+=a,o-=8);if(0===i)i=1-t;else{if(i===E)return Q?NaN:1/0*(s?-1:1);Q+=Math.pow(2,C),i-=t}return(s?-1:1)*Q*Math.pow(2,i-C)},I.write=function(A,I,g,C,B,i){var Q,e,E,t=8*i-B-1,o=(1<<t)-1,n=o>>1,a=23===B?Math.pow(2,-24)-Math.pow(2,-77):0,s=C?0:i-1,r=C?1:-1,c=I<0||0===I&&1/I<0?1:0;for(I=Math.abs(I),isNaN(I)||I===1/0?(e=isNaN(I)?1:0,Q=o):(Q=Math.floor(Math.log(I)/Math.LN2),I*(E=Math.pow(2,-Q))<1&&(Q--,E*=2),(I+=Q+n>=1?a/E:a*Math.pow(2,1-n))*E>=2&&(Q++,E/=2),Q+n>=o?(e=0,Q=o):Q+n>=1?(e=(I*E-1)*Math.pow(2,B),Q+=n):(e=I*Math.pow(2,n-1)*Math.pow(2,B),Q=0));B>=8;A[g+s]=255&e,s+=r,e/=256,B-=8);for(Q=Q<<B|e,t+=B;t>0;A[g+s]=255&Q,s+=r,Q/=256,t-=8);A[g+s-r]|=128*c}},469:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.unsafe=I.aeskwp=I.aeskw=I.siv=I.gcmsiv=I.gcm=I.cfb=I.cbc=I.ecb=I.ctr=void 0;const C=g(22),B=g(6527),i=16,Q=new Uint8Array(i);function e(A){return A<<1^283&-(A>>7)}function E(A,I){let g=0;for(;I>0;I>>=1)g^=A&-(1&I),A=e(A);return g}const t=(()=>{const A=new Uint8Array(256);for(let I=0,g=1;I<256;I++,g^=e(g))A[I]=g;const I=new Uint8Array(256);I[0]=99;for(let g=0;g<255;g++){let C=A[255-g];C|=C<<8,I[A[g]]=255&(C^C>>4^C>>5^C>>6^C>>7^99)}return(0,B.clean)(A),I})(),o=t.map((A,I)=>t.indexOf(I)),n=A=>A<<24|A>>>8,a=A=>A<<8|A>>>24,s=A=>A<<24&4278190080|A<<8&16711680|A>>>8&65280|A>>>24&255;function r(A,I){if(256!==A.length)throw new Error("Wrong sbox length");const g=new Uint32Array(256).map((g,C)=>I(A[C])),C=g.map(a),B=C.map(a),i=B.map(a),Q=new Uint32Array(65536),e=new Uint32Array(65536),E=new Uint16Array(65536);for(let I=0;I<256;I++)for(let t=0;t<256;t++){const o=256*I+t;Q[o]=g[I]^C[t],e[o]=B[I]^i[t],E[o]=A[I]<<8|A[t]}return{sbox:A,sbox2:E,T0:g,T1:C,T2:B,T3:i,T01:Q,T23:e}}const c=r(t,A=>E(A,3)<<24|A<<16|A<<8|E(A,2)),D=r(o,A=>E(A,11)<<24|E(A,13)<<16|E(A,9)<<8|E(A,14)),w=(()=>{const A=new Uint8Array(16);for(let I=0,g=1;I<16;I++,g=e(g))A[I]=g;return A})();function d(A){(0,B.abytes)(A);const I=A.length;if(![16,24,32].includes(I))throw new Error("aes: invalid key size, should be 16, 24 or 32, got "+I);const{sbox2:g}=c,C=[];(0,B.isAligned32)(A)||C.push(A=(0,B.copyBytes)(A));const i=(0,B.u32)(A),Q=i.length,e=A=>l(g,A,A,A,A),E=new Uint32Array(I+28);E.set(i);for(let A=Q;A<E.length;A++){let I=E[A-1];A%Q===0?I=e(n(I))^w[A/Q-1]:Q>6&&A%Q===4&&(I=e(I)),E[A]=E[A-Q]^I}return(0,B.clean)(...C),E}function h(A){const I=d(A),g=I.slice(),C=I.length,{sbox2:i}=c,{T0:Q,T1:e,T2:E,T3:t}=D;for(let A=0;A<C;A+=4)for(let B=0;B<4;B++)g[A+B]=I[C-A-4+B];(0,B.clean)(I);for(let A=4;A<C-4;A++){const I=g[A],C=l(i,I,I,I,I);g[A]=Q[255&C]^e[C>>>8&255]^E[C>>>16&255]^t[C>>>24]}return g}function y(A,I,g,C,B,i){return A[g<<8&65280|C>>>8&255]^I[B>>>8&65280|i>>>24&255]}function l(A,I,g,C,B){return A[255&I|65280&g]|A[C>>>16&255|B>>>16&65280]<<16}function k(A,I,g,C,B){const{sbox2:i,T01:Q,T23:e}=c;let E=0;I^=A[E++],g^=A[E++],C^=A[E++],B^=A[E++];const t=A.length/4-2;for(let i=0;i<t;i++){const i=A[E++]^y(Q,e,I,g,C,B),t=A[E++]^y(Q,e,g,C,B,I),o=A[E++]^y(Q,e,C,B,I,g),n=A[E++]^y(Q,e,B,I,g,C);I=i,g=t,C=o,B=n}return{s0:A[E++]^l(i,I,g,C,B),s1:A[E++]^l(i,g,C,B,I),s2:A[E++]^l(i,C,B,I,g),s3:A[E++]^l(i,B,I,g,C)}}function u(A,I,g,C,B){const{sbox2:i,T01:Q,T23:e}=D;let E=0;I^=A[E++],g^=A[E++],C^=A[E++],B^=A[E++];const t=A.length/4-2;for(let i=0;i<t;i++){const i=A[E++]^y(Q,e,I,B,C,g),t=A[E++]^y(Q,e,g,I,B,C),o=A[E++]^y(Q,e,C,g,I,B),n=A[E++]^y(Q,e,B,C,g,I);I=i,g=t,C=o,B=n}return{s0:A[E++]^l(i,I,B,C,g),s1:A[E++]^l(i,g,I,B,C),s2:A[E++]^l(i,C,g,I,B),s3:A[E++]^l(i,B,C,g,I)}}function N(A,I,g,C){(0,B.abytes)(I,i),(0,B.abytes)(g);const Q=g.length;C=(0,B.getOutput)(Q,C),(0,B.complexOverlapBytes)(g,C);const e=I,E=(0,B.u32)(e);let{s0:t,s1:o,s2:n,s3:a}=k(A,E[0],E[1],E[2],E[3]);const s=(0,B.u32)(g),r=(0,B.u32)(C);for(let I=0;I+4<=s.length;I+=4){r[I+0]=s[I+0]^t,r[I+1]=s[I+1]^o,r[I+2]=s[I+2]^n,r[I+3]=s[I+3]^a;let g=1;for(let A=e.length-1;A>=0;A--)g=g+(255&e[A])|0,e[A]=255&g,g>>>=8;({s0:t,s1:o,s2:n,s3:a}=k(A,E[0],E[1],E[2],E[3]))}const c=i*Math.floor(s.length/4);if(c<Q){const A=new Uint32Array([t,o,n,a]),I=(0,B.u8)(A);for(let A=c,B=0;A<Q;A++,B++)C[A]=g[A]^I[B];(0,B.clean)(A)}return C}function G(A,I,g,C,Q){(0,B.abytes)(g,i),(0,B.abytes)(C),Q=(0,B.getOutput)(C.length,Q);const e=g,E=(0,B.u32)(e),t=(0,B.createView)(e),o=(0,B.u32)(C),n=(0,B.u32)(Q),a=I?0:12,s=C.length;let r=t.getUint32(a,I),{s0:c,s1:D,s2:w,s3:d}=k(A,E[0],E[1],E[2],E[3]);for(let g=0;g+4<=o.length;g+=4)n[g+0]=o[g+0]^c,n[g+1]=o[g+1]^D,n[g+2]=o[g+2]^w,n[g+3]=o[g+3]^d,r=r+1>>>0,t.setUint32(a,r,I),({s0:c,s1:D,s2:w,s3:d}=k(A,E[0],E[1],E[2],E[3]));const h=i*Math.floor(o.length/4);if(h<s){const A=new Uint32Array([c,D,w,d]),I=(0,B.u8)(A);for(let A=h,g=0;A<s;A++,g++)Q[A]=C[A]^I[g];(0,B.clean)(A)}return Q}function p(A){if((0,B.abytes)(A),A.length%i!==0)throw new Error("aes-(cbc/ecb).decrypt ciphertext should consist of blocks with size 16")}function S(A,I,g){(0,B.abytes)(A);let C=A.length;const Q=C%i;if(!I&&0!==Q)throw new Error("aec/(cbc-ecb): unpadded plaintext with disabled padding");(0,B.isAligned32)(A)||(A=(0,B.copyBytes)(A));const e=(0,B.u32)(A);if(I){let A=i-Q;A||(A=i),C+=A}return g=(0,B.getOutput)(C,g),(0,B.complexOverlapBytes)(A,g),{b:e,o:(0,B.u32)(g),out:g}}function f(A,I){if(!I)return A;const g=A.length;if(!g)throw new Error("aes/pcks5: empty ciphertext not allowed");const C=A[g-1];if(C<=0||C>16)throw new Error("aes/pcks5: wrong padding");const B=A.subarray(0,-C);for(let I=0;I<C;I++)if(A[g-I-1]!==C)throw new Error("aes/pcks5: wrong padding");return B}function F(A){const I=new Uint8Array(16),g=(0,B.u32)(I);I.set(A);const C=i-A.length;for(let A=i-C;A<i;A++)I[A]=C;return g}function R(A,I,g,C,i){const Q=i?i.length:0,e=A.create(g,C.length+Q);i&&e.update(i);const E=(0,B.u64Lengths)(8*C.length,8*Q,I);e.update(C),e.update(E);const t=e.digest();return(0,B.clean)(E),t}I.ctr=(0,B.wrapCipher)({blockSize:16,nonceLength:16},function(A,I){function g(g,C){if((0,B.abytes)(g),void 0!==C&&((0,B.abytes)(C),!(0,B.isAligned32)(C)))throw new Error("unaligned destination");const i=d(A),Q=(0,B.copyBytes)(I),e=[i,Q];(0,B.isAligned32)(g)||e.push(g=(0,B.copyBytes)(g));const E=N(i,Q,g,C);return(0,B.clean)(...e),E}return{encrypt:(A,I)=>g(A,I),decrypt:(A,I)=>g(A,I)}}),I.ecb=(0,B.wrapCipher)({blockSize:16},function(A,I={}){const g=!I.disablePadding;return{encrypt(I,C){const{b:i,o:Q,out:e}=S(I,g,C),E=d(A);let t=0;for(;t+4<=i.length;){const{s0:A,s1:I,s2:g,s3:C}=k(E,i[t+0],i[t+1],i[t+2],i[t+3]);Q[t++]=A,Q[t++]=I,Q[t++]=g,Q[t++]=C}if(g){const A=F(I.subarray(4*t)),{s0:g,s1:C,s2:B,s3:i}=k(E,A[0],A[1],A[2],A[3]);Q[t++]=g,Q[t++]=C,Q[t++]=B,Q[t++]=i}return(0,B.clean)(E),e},decrypt(I,C){p(I);const i=h(A);C=(0,B.getOutput)(I.length,C);const Q=[i];(0,B.isAligned32)(I)||Q.push(I=(0,B.copyBytes)(I)),(0,B.complexOverlapBytes)(I,C);const e=(0,B.u32)(I),E=(0,B.u32)(C);for(let A=0;A+4<=e.length;){const{s0:I,s1:g,s2:C,s3:B}=u(i,e[A+0],e[A+1],e[A+2],e[A+3]);E[A++]=I,E[A++]=g,E[A++]=C,E[A++]=B}return(0,B.clean)(...Q),f(C,g)}}}),I.cbc=(0,B.wrapCipher)({blockSize:16,nonceLength:16},function(A,I,g={}){const C=!g.disablePadding;return{encrypt(g,i){const Q=d(A),{b:e,o:E,out:t}=S(g,C,i);let o=I;const n=[Q];(0,B.isAligned32)(o)||n.push(o=(0,B.copyBytes)(o));const a=(0,B.u32)(o);let s=a[0],r=a[1],c=a[2],D=a[3],w=0;for(;w+4<=e.length;)s^=e[w+0],r^=e[w+1],c^=e[w+2],D^=e[w+3],({s0:s,s1:r,s2:c,s3:D}=k(Q,s,r,c,D)),E[w++]=s,E[w++]=r,E[w++]=c,E[w++]=D;if(C){const A=F(g.subarray(4*w));s^=A[0],r^=A[1],c^=A[2],D^=A[3],({s0:s,s1:r,s2:c,s3:D}=k(Q,s,r,c,D)),E[w++]=s,E[w++]=r,E[w++]=c,E[w++]=D}return(0,B.clean)(...n),t},decrypt(g,i){p(g);const Q=h(A);let e=I;const E=[Q];(0,B.isAligned32)(e)||E.push(e=(0,B.copyBytes)(e));const t=(0,B.u32)(e);i=(0,B.getOutput)(g.length,i),(0,B.isAligned32)(g)||E.push(g=(0,B.copyBytes)(g)),(0,B.complexOverlapBytes)(g,i);const o=(0,B.u32)(g),n=(0,B.u32)(i);let a=t[0],s=t[1],r=t[2],c=t[3];for(let A=0;A+4<=o.length;){const I=a,g=s,C=r,B=c;a=o[A+0],s=o[A+1],r=o[A+2],c=o[A+3];const{s0:i,s1:e,s2:E,s3:t}=u(Q,a,s,r,c);n[A++]=i^I,n[A++]=e^g,n[A++]=E^C,n[A++]=t^B}return(0,B.clean)(...E),f(i,C)}}}),I.cfb=(0,B.wrapCipher)({blockSize:16,nonceLength:16},function(A,I){function g(g,C,Q){(0,B.abytes)(g);const e=g.length;if(Q=(0,B.getOutput)(e,Q),(0,B.overlapBytes)(g,Q))throw new Error("overlapping src and dst not supported.");const E=d(A);let t=I;const o=[E];(0,B.isAligned32)(t)||o.push(t=(0,B.copyBytes)(t)),(0,B.isAligned32)(g)||o.push(g=(0,B.copyBytes)(g));const n=(0,B.u32)(g),a=(0,B.u32)(Q),s=C?a:n,r=(0,B.u32)(t);let c=r[0],D=r[1],w=r[2],h=r[3];for(let A=0;A+4<=n.length;){const{s0:I,s1:g,s2:C,s3:B}=k(E,c,D,w,h);a[A+0]=n[A+0]^I,a[A+1]=n[A+1]^g,a[A+2]=n[A+2]^C,a[A+3]=n[A+3]^B,c=s[A++],D=s[A++],w=s[A++],h=s[A++]}const y=i*Math.floor(n.length/4);if(y<e){({s0:c,s1:D,s2:w,s3:h}=k(E,c,D,w,h));const A=(0,B.u8)(new Uint32Array([c,D,w,h]));for(let I=y,C=0;I<e;I++,C++)Q[I]=g[I]^A[C];(0,B.clean)(A)}return(0,B.clean)(...o),Q}return{encrypt:(A,I)=>g(A,!0,I),decrypt:(A,I)=>g(A,!1,I)}}),I.gcm=(0,B.wrapCipher)({blockSize:16,nonceLength:12,tagLength:16,varSizeNonce:!0},function(A,I,g){if(I.length<8)throw new Error("aes/gcm: invalid nonce length");function i(A,I,B){const i=R(C.ghash,!1,A,B,g);for(let A=0;A<I.length;A++)i[A]^=I[A];return i}function e(){const g=d(A),i=Q.slice(),e=Q.slice();if(G(g,!1,e,e,i),12===I.length)e.set(I);else{const A=Q.slice(),g=(0,B.createView)(A);(0,B.setBigUint64)(g,8,BigInt(8*I.length),!1);const E=C.ghash.create(i).update(I).update(A);E.digestInto(e),E.destroy()}return{xk:g,authKey:i,counter:e,tagMask:G(g,!1,e,Q)}}return{encrypt(A){const{xk:I,authKey:g,counter:C,tagMask:Q}=e(),E=new Uint8Array(A.length+16),t=[I,g,C,Q];(0,B.isAligned32)(A)||t.push(A=(0,B.copyBytes)(A)),G(I,!1,C,A,E.subarray(0,A.length));const o=i(g,Q,E.subarray(0,E.length-16));return t.push(o),E.set(o,A.length),(0,B.clean)(...t),E},decrypt(A){const{xk:I,authKey:g,counter:C,tagMask:Q}=e(),E=[I,g,Q,C];(0,B.isAligned32)(A)||E.push(A=(0,B.copyBytes)(A));const t=A.subarray(0,-16),o=A.subarray(-16),n=i(g,Q,t);if(E.push(n),!(0,B.equalBytes)(n,o))throw new Error("aes/gcm: invalid ghash tag");const a=G(I,!1,C,t);return(0,B.clean)(...E),a}}});const U=(A,I,g)=>C=>{if(!Number.isSafeInteger(C)||I>C||C>g)throw new Error(A+": expected value in range ["+I+".."+g+"], got "+C)};function M(A){return A instanceof Uint32Array||ArrayBuffer.isView(A)&&"Uint32Array"===A.constructor.name}function K(A,I){if((0,B.abytes)(I,16),!M(A))throw new Error("_encryptBlock accepts result of expandKeyLE");const g=(0,B.u32)(I);let{s0:C,s1:i,s2:Q,s3:e}=k(A,g[0],g[1],g[2],g[3]);return g[0]=C,g[1]=i,g[2]=Q,g[3]=e,I}function m(A,I){if((0,B.abytes)(I,16),!M(A))throw new Error("_decryptBlock accepts result of expandKeyLE");const g=(0,B.u32)(I);let{s0:C,s1:i,s2:Q,s3:e}=u(A,g[0],g[1],g[2],g[3]);return g[0]=C,g[1]=i,g[2]=Q,g[3]=e,I}I.gcmsiv=(0,B.wrapCipher)({blockSize:16,nonceLength:12,tagLength:16,varSizeNonce:!0},function(A,I,g){const i=U("AAD",0,2**36),Q=U("plaintext",0,2**36),e=U("nonce",12,12),E=U("ciphertext",16,2**36+16);function t(){const g=d(A),C=new Uint8Array(A.length),i=new Uint8Array(16),Q=[g,C];let e=I;(0,B.isAligned32)(e)||Q.push(e=(0,B.copyBytes)(e));const E=(0,B.u32)(e);let t=0,o=E[0],n=E[1],a=E[2],s=0;for(const A of[i,C].map(B.u32)){const I=(0,B.u32)(A);for(let A=0;A<I.length;A+=2){const{s0:C,s1:B}=k(g,t,o,n,a);I[A+0]=C,I[A+1]=B,t=++s}}const r={authKey:i,encKey:d(C)};return(0,B.clean)(...Q),r}function o(A,i,Q){const e=R(C.polyval,!0,i,Q,g);for(let A=0;A<12;A++)e[A]^=I[A];e[15]&=127;const E=(0,B.u32)(e);let t=E[0],o=E[1],n=E[2],a=E[3];return({s0:t,s1:o,s2:n,s3:a}=k(A,t,o,n,a)),E[0]=t,E[1]=o,E[2]=n,E[3]=a,e}function n(A,I,g){let C=(0,B.copyBytes)(I);C[15]|=128;const i=G(A,!0,C,g);return(0,B.clean)(C),i}return(0,B.abytes)(A,16,24,32),e(I.length),void 0!==g&&i(g.length),{encrypt(A){Q(A.length);const{encKey:I,authKey:g}=t(),C=o(I,g,A),i=[I,g,C];(0,B.isAligned32)(A)||i.push(A=(0,B.copyBytes)(A));const e=new Uint8Array(A.length+16);return e.set(C,A.length),e.set(n(I,C,A)),(0,B.clean)(...i),e},decrypt(A){E(A.length);const I=A.subarray(-16),{encKey:g,authKey:C}=t(),i=[g,C];(0,B.isAligned32)(A)||i.push(A=(0,B.copyBytes)(A));const Q=n(g,I,A.subarray(0,-16)),e=o(g,C,Q);if(i.push(e),!(0,B.equalBytes)(I,e))throw(0,B.clean)(...i),new Error("invalid polyval tag");return(0,B.clean)(...i),Q}}}),I.siv=I.gcmsiv;const J={encrypt(A,I){if(I.length>=2**32)throw new Error("plaintext should be less than 4gb");const g=d(A);if(16===I.length)K(g,I);else{const A=(0,B.u32)(I);let C=A[0],i=A[1];for(let I=0,B=1;I<6;I++)for(let I=2;I<A.length;I+=2,B++){const{s0:Q,s1:e,s2:E,s3:t}=k(g,C,i,A[I],A[I+1]);C=Q,i=e^s(B),A[I]=E,A[I+1]=t}A[0]=C,A[1]=i}g.fill(0)},decrypt(A,I){if(I.length-8>=2**32)throw new Error("ciphertext should be less than 4gb");const g=h(A),C=I.length/8-1;if(1===C)m(g,I);else{const A=(0,B.u32)(I);let i=A[0],Q=A[1];for(let I=0,B=6*C;I<6;I++)for(let I=2*C;I>=1;I-=2,B--){Q^=s(B);const{s0:C,s1:e,s2:E,s3:t}=u(g,i,Q,A[I],A[I+1]);i=C,Q=e,A[I]=E,A[I+1]=t}A[0]=i,A[1]=Q}g.fill(0)}},b=new Uint8Array(8).fill(166);I.aeskw=(0,B.wrapCipher)({blockSize:8},A=>({encrypt(I){if(!I.length||I.length%8!=0)throw new Error("invalid plaintext length");if(8===I.length)throw new Error("8-byte keys not allowed in AESKW, use AESKWP instead");const g=(0,B.concatBytes)(b,I);return J.encrypt(A,g),g},decrypt(I){if(I.length%8!=0||I.length<24)throw new Error("invalid ciphertext length");const g=(0,B.copyBytes)(I);if(J.decrypt(A,g),!(0,B.equalBytes)(g.subarray(0,8),b))throw new Error("integrity check failed");return g.subarray(0,8).fill(0),g.subarray(8)}}));const H=2790873510;I.aeskwp=(0,B.wrapCipher)({blockSize:8},A=>({encrypt(I){if(!I.length)throw new Error("invalid plaintext length");const g=8*Math.ceil(I.length/8),C=new Uint8Array(8+g);C.set(I,8);const i=(0,B.u32)(C);return i[0]=H,i[1]=s(I.length),J.encrypt(A,C),C},decrypt(I){if(I.length<16)throw new Error("invalid ciphertext length");const g=(0,B.copyBytes)(I),C=(0,B.u32)(g);J.decrypt(A,g);const i=s(C[1])>>>0,Q=8*Math.ceil(i/8);if(C[0]!==H||g.length-8!==Q)throw new Error("integrity check failed");for(let A=i;A<Q;A++)if(0!==g[8+A])throw new Error("integrity check failed");return g.subarray(0,8).fill(0),g.subarray(8,8+i)}})),I.unsafe={expandKeyLE:d,expandKeyDecLE:h,encrypt:k,decrypt:u,encryptBlock:K,decryptBlock:m,ctrCounter:N,ctr32:G}},700:(A,I)=>{"use strict";function g(A){return 0===A.length?A:A[0].toLowerCase()+A.slice(1)}Object.defineProperty(I,"__esModule",{value:!0}),I.fromGrpcWebServiceDefinition=function(A){const I={};for(const[C,B]of Object.entries(A)){if("serviceName"===C)continue;const i=B;I[g(C)]={path:`/${A.serviceName}/${C}`,requestStream:i.requestStream,responseStream:i.responseStream,requestDeserialize:i.requestType.deserializeBinary,requestSerialize:A=>A.serializeBinary(),responseDeserialize:i.responseType.deserializeBinary,responseSerialize:A=>A.serializeBinary(),options:{}}}return I},I.isGrpcWebServiceDefinition=function(A){return"prototype"in A}},1475:(A,I,g)=>{"use strict";g.r(I),g.d(I,{AbortError:()=>C,abortable:()=>t,all:()=>r,catchAbortError:()=>e,delay:()=>o,execute:()=>E,forever:()=>n,isAbortError:()=>B,proactiveRetry:()=>h,race:()=>c,rethrowAbortError:()=>Q,retry:()=>D,run:()=>d,spawn:()=>w,throwIfAborted:()=>i,waitForEvent:()=>a});class C extends Error{constructor(){super("The operation has been aborted"),this.message="The operation has been aborted",this.name="AbortError","function"==typeof Error.captureStackTrace&&Error.captureStackTrace(this,this.constructor)}}function B(A){return"object"==typeof A&&null!==A&&"AbortError"===A.name}function i(A){if(A.aborted)throw new C}function Q(A){if(B(A))throw A}function e(A){if(!B(A))throw A}function E(A,I){return new Promise((g,B)=>{if(A.aborted)return void B(new C);let i,Q=!1;function e(){Q||(Q=!0,null!=i&&i())}const E=I(A=>{g(A),e()},A=>{B(A),e()});if(!Q){const I=()=>{const A=E();null==A?B(new C):A.then(()=>{B(new C)},A=>{B(A)}),e()};A.addEventListener("abort",I),i=()=>{A.removeEventListener("abort",I)}}})}function t(A,I){if(A.aborted){const A=()=>{};I.then(A,A)}return E(A,(A,g)=>(I.then(A,g),()=>{}))}function o(A,I){return E(A,A=>{const g="number"==typeof I?I:I.getTime()-Date.now(),C=setTimeout(A,g);return()=>{clearTimeout(C)}})}function n(A){return E(A,()=>()=>{})}function a(A,I,g,C){return E(A,A=>{let B,i=!1;return B=function(A,I,g,C){if(s((B=A).addEventListener)&&s(B.removeEventListener))return A.addEventListener(I,g,C),()=>A.removeEventListener(I,g,C);var B;if(function(A){return s(A.on)&&s(A.off)}(A))return A.on(I,g),()=>A.off(I,g);if(function(A){return s(A.addListener)&&s(A.removeListener)}(A))return A.addListener(I,g),()=>A.removeListener(I,g);throw new Error("Invalid event target")}(I,g,(...I)=>{A(I.length>1?I:I[0]),i=!0,null!=B&&B()},C),i&&B(),()=>{i=!0,null!=B&&B()}})}const s=A=>"function"==typeof A;function r(A,I){return new Promise((g,i)=>{if(A.aborted)return void i(new C);const Q=new AbortController,e=I(Q.signal);if(0===e.length)return void g([]);const E=()=>{Q.abort()};let t;A.addEventListener("abort",E);const o=new Array(e.length);let n=0;function a(){n+=1,n===e.length&&(A.removeEventListener("abort",E),null!=t?i(t.reason):g(o))}for(const[A,I]of e.entries())I.then(I=>{o[A]=I,a()},A=>{Q.abort(),(null==t||!B(A)&&B(t.reason))&&(t={reason:A}),a()})})}function c(A,I){return new Promise((g,i)=>{if(A.aborted)return void i(new C);const Q=new AbortController,e=I(Q.signal),E=()=>{Q.abort()};A.addEventListener("abort",E);let t,o=0;function n(I){Q.abort(),o+=1,o===e.length&&(A.removeEventListener("abort",E),"fulfilled"===I.status?g(I.value):i(I.reason))}for(const A of e)A.then(A=>{null==t&&(t={status:"fulfilled",value:A}),n(t)},A=>{null!=t&&(B(A)||"fulfilled"!==t.status&&!B(t.reason))||(t={status:"rejected",reason:A}),n(t)})})}async function D(A,I,g={}){const{baseMs:C=1e3,maxDelayMs:B=3e4,onError:i,maxAttempts:e=1/0}=g;let E=0;const t=()=>{E=-1};for(;;)try{return await I(A,E,t)}catch(I){if(Q(I),E>=e)throw I;let g;if(-1===E)g=0;else{const A=Math.min(B,Math.pow(2,E)*C);g=Math.round(A*(1+Math.random())/2)}i&&i(I,E,g),0!==g&&await o(A,g),E+=1}}function w(A,I){if(A.aborted)return Promise.reject(new C);const g=[],i=new AbortController,Q=i.signal,E=()=>{i.abort()};A.addEventListener("abort",E);const t=new Set,o=()=>{for(const A of t)A.abort()};Q.addEventListener("abort",o);let n=new Promise((A,E)=>{let o,n;function a(I){if(Q.aborted)return{abort(){},async join(){throw new C}};const g=new AbortController,B=I(g.signal),a={abort(){g.abort()},join:()=>B};return t.add(a),B.catch(e).catch(A=>{n={error:A},i.abort()}).finally(()=>{t.delete(a),0===t.size&&(null!=n?E(n.error):A(o.value))}),a}a(A=>I(A,{defer(A){g.push(A)},fork:a})).join().then(A=>{i.abort(),o={value:A}},A=>{i.abort(),B(A)&&null!=n||(n={error:A})})});return n=n.finally(()=>{A.removeEventListener("abort",E),Q.removeEventListener("abort",o);let I=Promise.resolve();for(let A=g.length-1;A>=0;A--)I=I.finally(g[A]);return I}),n}function d(A){const I=new AbortController,g=A(I.signal).catch(e);return()=>(I.abort(),g)}function h(A,I,g={}){const{baseMs:C=1e3,onError:i,maxAttempts:Q=1/0}=g;return E(A,(A,g)=>{const E=new AbortController;let t=!1;const n=new Map;function a(I){E.abort(),n.clear(),A(I)}function s(A,I){if(n.delete(I),t&&0===n.size)g(A);else if(!B(A)&&i)try{i(A,I)}catch(A){E.abort(),n.clear(),g(A)}}return async function(A){for(let g=0;;g++){const B=I(A,g);if(n.set(g,B),B.then(a,A=>s(A,g)),g+1>=Q)break;const i=Math.pow(2,g)*C,e=Math.round(i*(1+Math.random())/2);await o(A,e)}t=!0}(E.signal).catch(e),()=>{E.abort()}})}},1510:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.NodeHttpTransport=function(){throw new Error("NodeHttpTransport is not supported in the browser")}},1546:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createClientStreamingMethod=function(A,I,g,Q){const e={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*E(g,Q){if(!(0,B.isAsyncIterable)(g))throw Error("A middleware passed invalid request to next(): expected a single message for client streaming method");const e=(0,i.makeCall)(A,I,g,Q);let E;for await(const I of e){if(null!=E)throw new C.ClientError(A.path,C.Status.INTERNAL,"Received more than one message from server for client streaming method");E=I}if(null==E)throw new C.ClientError(A.path,C.Status.INTERNAL,"Server did not return a response");return E}const t=null==g?E:(A,I)=>g({method:e,requestStream:!0,request:A,responseStream:!1,next:E},I);return async(A,I)=>{const g=t(A,{...Q,...I})[Symbol.asyncIterator]();let C=await g.next();for(;;)if(C.done){if(null!=C.value)return C.value;C=await g.throw(new Error("A middleware returned void, but expected to return a message for client streaming method"))}else C=await g.throw(new Error("A middleware yielded a message, but expected to only return a message for client streaming method"))}};const C=g(91),B=g(7768),i=g(2810)},1746:(A,I)=>{"use strict";function g(A){if(!Number.isSafeInteger(A))throw new Error(`Wrong integer: ${A}`)}function C(...A){const I=(A,I)=>g=>A(I(g));return{encode:Array.from(A).reverse().reduce((A,g)=>A?I(A,g.encode):g.encode,void 0),decode:A.reduce((A,g)=>A?I(A,g.decode):g.decode,void 0)}}function B(A){return{encode:I=>{if(!Array.isArray(I)||I.length&&"number"!=typeof I[0])throw new Error("alphabet.encode input should be an array of numbers");return I.map(I=>{if(g(I),I<0||I>=A.length)throw new Error(`Digit index outside alphabet: ${I} (alphabet: ${A.length})`);return A[I]})},decode:I=>{if(!Array.isArray(I)||I.length&&"string"!=typeof I[0])throw new Error("alphabet.decode input should be array of strings");return I.map(I=>{if("string"!=typeof I)throw new Error(`alphabet.decode: not string element=${I}`);const g=A.indexOf(I);if(-1===g)throw new Error(`Unknown letter: "${I}". Allowed: ${A}`);return g})}}}function i(A=""){if("string"!=typeof A)throw new Error("join separator should be string");return{encode:I=>{if(!Array.isArray(I)||I.length&&"string"!=typeof I[0])throw new Error("join.encode input should be array of strings");for(let A of I)if("string"!=typeof A)throw new Error(`join.encode: non-string input=${A}`);return I.join(A)},decode:I=>{if("string"!=typeof I)throw new Error("join.decode input should be string");return I.split(A)}}}function Q(A,I="="){if(g(A),"string"!=typeof I)throw new Error("padding chr should be string");return{encode(g){if(!Array.isArray(g)||g.length&&"string"!=typeof g[0])throw new Error("padding.encode input should be array of strings");for(let A of g)if("string"!=typeof A)throw new Error(`padding.encode: non-string input=${A}`);for(;g.length*A%8;)g.push(I);return g},decode(g){if(!Array.isArray(g)||g.length&&"string"!=typeof g[0])throw new Error("padding.encode input should be array of strings");for(let A of g)if("string"!=typeof A)throw new Error(`padding.decode: non-string input=${A}`);let C=g.length;if(C*A%8)throw new Error("Invalid padding: string should have whole number of bytes");for(;C>0&&g[C-1]===I;C--)if(!((C-1)*A%8))throw new Error("Invalid padding: string has too much padding");return g.slice(0,C)}}}function e(A){if("function"!=typeof A)throw new Error("normalize fn should be function");return{encode:A=>A,decode:I=>A(I)}}function E(A,I,C){if(I<2)throw new Error(`convertRadix: wrong from=${I}, base cannot be less than 2`);if(C<2)throw new Error(`convertRadix: wrong to=${C}, base cannot be less than 2`);if(!Array.isArray(A))throw new Error("convertRadix: data should be array");if(!A.length)return[];let B=0;const i=[],Q=Array.from(A);for(Q.forEach(A=>{if(g(A),A<0||A>=I)throw new Error(`Wrong integer: ${A}`)});;){let A=0,g=!0;for(let i=B;i<Q.length;i++){const e=Q[i],E=I*A+e;if(!Number.isSafeInteger(E)||I*A/I!==A||E-e!==I*A)throw new Error("convertRadix: carry overflow");if(A=E%C,Q[i]=Math.floor(E/C),!Number.isSafeInteger(Q[i])||Q[i]*C+A!==E)throw new Error("convertRadix: carry overflow");g&&(Q[i]?g=!1:B=i)}if(i.push(A),g)break}for(let I=0;I<A.length-1&&0===A[I];I++)i.push(0);return i.reverse()}Object.defineProperty(I,"__esModule",{value:!0}),I.bytes=I.stringToBytes=I.str=I.bytesToString=I.hex=I.utf8=I.bech32m=I.bech32=I.base58check=I.base58xmr=I.base58xrp=I.base58flickr=I.base58=I.base64url=I.base64=I.base32crockford=I.base32hex=I.base32=I.base16=I.utils=I.assertNumber=void 0,I.assertNumber=g;const t=(A,I)=>I?t(I,A%I):A,o=(A,I)=>A+(I-t(A,I));function n(A,I,C,B){if(!Array.isArray(A))throw new Error("convertRadix2: data should be array");if(I<=0||I>32)throw new Error(`convertRadix2: wrong from=${I}`);if(C<=0||C>32)throw new Error(`convertRadix2: wrong to=${C}`);if(o(I,C)>32)throw new Error(`convertRadix2: carry overflow from=${I} to=${C} carryBits=${o(I,C)}`);let i=0,Q=0;const e=2**C-1,E=[];for(const B of A){if(g(B),B>=2**I)throw new Error(`convertRadix2: invalid data word=${B} from=${I}`);if(i=i<<I|B,Q+I>32)throw new Error(`convertRadix2: carry overflow pos=${Q} from=${I}`);for(Q+=I;Q>=C;Q-=C)E.push((i>>Q-C&e)>>>0);i&=2**Q-1}if(i=i<<C-Q&e,!B&&Q>=I)throw new Error("Excess padding");if(!B&&i)throw new Error(`Non-zero padding: ${i}`);return B&&Q>0&&E.push(i>>>0),E}function a(A){return g(A),{encode:I=>{if(!(I instanceof Uint8Array))throw new Error("radix.encode input should be Uint8Array");return E(Array.from(I),256,A)},decode:I=>{if(!Array.isArray(I)||I.length&&"number"!=typeof I[0])throw new Error("radix.decode input should be array of strings");return Uint8Array.from(E(I,A,256))}}}function s(A,I=!1){if(g(A),A<=0||A>32)throw new Error("radix2: bits should be in (0..32]");if(o(8,A)>32||o(A,8)>32)throw new Error("radix2: carry overflow");return{encode:g=>{if(!(g instanceof Uint8Array))throw new Error("radix2.encode input should be Uint8Array");return n(Array.from(g),8,A,!I)},decode:g=>{if(!Array.isArray(g)||g.length&&"number"!=typeof g[0])throw new Error("radix2.decode input should be array of strings");return Uint8Array.from(n(g,A,8,I))}}}function r(A){if("function"!=typeof A)throw new Error("unsafeWrapper fn should be function");return function(...I){try{return A.apply(null,I)}catch(A){}}}function c(A,I){if(g(A),"function"!=typeof I)throw new Error("checksum fn should be function");return{encode(g){if(!(g instanceof Uint8Array))throw new Error("checksum.encode: input should be Uint8Array");const C=I(g).slice(0,A),B=new Uint8Array(g.length+A);return B.set(g),B.set(C,g.length),B},decode(g){if(!(g instanceof Uint8Array))throw new Error("checksum.decode: input should be Uint8Array");const C=g.slice(0,-A),B=I(C).slice(0,A),i=g.slice(-A);for(let I=0;I<A;I++)if(B[I]!==i[I])throw new Error("Invalid checksum");return C}}}I.utils={alphabet:B,chain:C,checksum:c,radix:a,radix2:s,join:i,padding:Q},I.base16=C(s(4),B("0123456789ABCDEF"),i("")),I.base32=C(s(5),B("ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"),Q(5),i("")),I.base32hex=C(s(5),B("0123456789ABCDEFGHIJKLMNOPQRSTUV"),Q(5),i("")),I.base32crockford=C(s(5),B("0123456789ABCDEFGHJKMNPQRSTVWXYZ"),i(""),e(A=>A.toUpperCase().replace(/O/g,"0").replace(/[IL]/g,"1"))),I.base64=C(s(6),B("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"),Q(6),i("")),I.base64url=C(s(6),B("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"),Q(6),i(""));const D=A=>C(a(58),B(A),i(""));I.base58=D("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz"),I.base58flickr=D("123456789abcdefghijkmnopqrstuvwxyzABCDEFGHJKLMNPQRSTUVWXYZ"),I.base58xrp=D("rpshnaf39wBUDNEGHJKLM4PQRST7VWXYZ2bcdeCg65jkm8oFqi1tuvAxyz");const w=[0,2,3,5,6,7,9,10,11];I.base58xmr={encode(A){let g="";for(let C=0;C<A.length;C+=8){const B=A.subarray(C,C+8);g+=I.base58.encode(B).padStart(w[B.length],"1")}return g},decode(A){let g=[];for(let C=0;C<A.length;C+=11){const B=A.slice(C,C+11),i=w.indexOf(B.length),Q=I.base58.decode(B);for(let A=0;A<Q.length-i;A++)if(0!==Q[A])throw new Error("base58xmr: wrong padding");g=g.concat(Array.from(Q.slice(Q.length-i)))}return Uint8Array.from(g)}},I.base58check=A=>C(c(4,I=>A(A(I))),I.base58);const d=C(B("qpzry9x8gf2tvdw0s3jn54khce6mua7l"),i("")),h=[996825010,642813549,513874426,1027748829,705979059];function y(A){const I=A>>25;let g=(33554431&A)<<5;for(let A=0;A<h.length;A++)1==(I>>A&1)&&(g^=h[A]);return g}function l(A,I,g=1){const C=A.length;let B=1;for(let I=0;I<C;I++){const g=A.charCodeAt(I);if(g<33||g>126)throw new Error(`Invalid prefix (${A})`);B=y(B)^g>>5}B=y(B);for(let I=0;I<C;I++)B=y(B)^31&A.charCodeAt(I);for(let A of I)B=y(B)^A;for(let A=0;A<6;A++)B=y(B);return B^=g,d.encode(n([B%2**30],30,5,!1))}function k(A){const I="bech32"===A?1:734539939,g=s(5),C=g.decode,B=g.encode,i=r(C);function Q(A,g=90){if("string"!=typeof A)throw new Error("bech32.decode input should be string, not "+typeof A);if(A.length<8||!1!==g&&A.length>g)throw new TypeError(`Wrong string length: ${A.length} (${A}). Expected (8..${g})`);const C=A.toLowerCase();if(A!==C&&A!==A.toUpperCase())throw new Error("String must be lowercase or uppercase");const B=(A=C).lastIndexOf("1");if(0===B||-1===B)throw new Error('Letter "1" must be present between prefix and data only');const i=A.slice(0,B),Q=A.slice(B+1);if(Q.length<6)throw new Error("Data must be at least 6 characters long");const e=d.decode(Q).slice(0,-6),E=l(i,e,I);if(!Q.endsWith(E))throw new Error(`Invalid checksum in ${A}: expected "${E}"`);return{prefix:i,words:e}}return{encode:function(A,g,C=90){if("string"!=typeof A)throw new Error("bech32.encode prefix should be string, not "+typeof A);if(!Array.isArray(g)||g.length&&"number"!=typeof g[0])throw new Error("bech32.encode words should be array of numbers, not "+typeof g);const B=A.length+7+g.length;if(!1!==C&&B>C)throw new TypeError(`Length ${B} exceeds limit ${C}`);return`${A=A.toLowerCase()}1${d.encode(g)}${l(A,g,I)}`},decode:Q,decodeToBytes:function(A){const{prefix:I,words:g}=Q(A,!1);return{prefix:I,words:g,bytes:C(g)}},decodeUnsafe:r(Q),fromWords:C,fromWordsUnsafe:i,toWords:B}}I.bech32=k("bech32"),I.bech32m=k("bech32m"),I.utf8={encode:A=>(new TextDecoder).decode(A),decode:A=>(new TextEncoder).encode(A)},I.hex=C(s(4),B("0123456789abcdef"),i(""),e(A=>{if("string"!=typeof A||A.length%2)throw new TypeError(`hex.decode: expected string, got ${typeof A} with length ${A.length}`);return A.toLowerCase()}));const u={utf8:I.utf8,hex:I.hex,base16:I.base16,base32:I.base32,base64:I.base64,base64url:I.base64url,base58:I.base58,base58xmr:I.base58xmr},N=`Invalid encoding type. Available types: ${Object.keys(u).join(", ")}`;I.bytesToString=(A,I)=>{if("string"!=typeof A||!u.hasOwnProperty(A))throw new TypeError(N);if(!(I instanceof Uint8Array))throw new TypeError("bytesToString() expects Uint8Array");return u[A].encode(I)},I.str=I.bytesToString,I.stringToBytes=(A,I)=>{if(!u.hasOwnProperty(A))throw new TypeError(N);if("string"!=typeof I)throw new TypeError("stringToBytes() expects string");return u[A].decode(I)},I.bytes=I.stringToBytes},1891:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.decodeMetadata=function(A){const I=(0,C.Metadata)(),g=(new TextDecoder).decode(A);for(const A of g.split("\r\n")){if(!A)continue;const g=A.indexOf(":");if(-1===g)throw new Error(`Invalid metadata line: ${A}`);const C=A.slice(0,g).trim().toLowerCase(),i=A.slice(g+1).trim();if(C.endsWith("-bin"))for(const A of i.split(/,\s?/))I.append(C,B.Base64.toUint8Array(A));else I.append(C,i)}return I};const C=g(91),B=g(8127)},1953:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createBidiStreamingMethod=function(A,I,g,i){const Q={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*e(g,i){if(!(0,C.isAsyncIterable)(g))throw new Error("A middleware passed invalid request to next(): expected a single message for bidirectional streaming method");const Q=(0,B.makeCall)(A,I,g,i);yield*Q}const E=null==g?e:(A,I)=>g({method:Q,requestStream:!0,request:A,responseStream:!0,next:e},I);return(A,I)=>{const g=E(A,{...i,...I})[Symbol.asyncIterator]();return{[Symbol.asyncIterator]:()=>({async next(){const A=await g.next();return A.done&&null!=A.value?await g.throw(new Error("A middleware returned a message, but expected to return void for bidirectional streaming method")):A},return:()=>g.return(),throw:A=>g.throw(A)})}}};const C=g(7768),B=g(2810)},1999:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},2018:function(A,I,g){"use strict";var C=this&&this.__importDefault||function(A){return A&&A.__esModule?A:{default:A}};Object.defineProperty(I,"__esModule",{value:!0}),I.WebsocketTransport=function(){return async function*({url:A,body:I,metadata:g,signal:C}){if(C.aborted)throw new B.AbortError;const t=new e.AsyncSink;C.addEventListener("abort",()=>{t.error(new B.AbortError)});const o=new URL(A);o.protocol=o.protocol.replace("http","ws");const n=new i.default(o,["grpc-websockets"]);n.binaryType="arraybuffer",n.addEventListener("message",A=>{A.data instanceof ArrayBuffer?t.write({type:"data",data:new Uint8Array(A.data)}):t.error(new Error("Unexpected message type: "+typeof A.data))}),n.addEventListener("close",A=>{A.wasClean?t.end():t.error(new Error(`WebSocket closed with code ${A.code}`+(A.reason&&`: ${A.reason}`)))});const a=new AbortController;(async function(A,I,g,C){C.readyState==i.default.CONNECTING&&await(0,B.waitForEvent)(A,C,"open"),C.send(function(A){let I="";for(const[g,C]of A)for(const A of C){const C=`${g}: ${"string"==typeof A?A:Q.Base64.fromUint8Array(A)}\r\n`;for(let A=0;A<C.length;A++)if(!E(C.charCodeAt(A)))throw new Error(`Metadata contains invalid characters: '${C}'`);I+=C}return(new TextEncoder).encode(I)}(I));for await(const I of g){(0,B.throwIfAborted)(A);const g=new Uint8Array(I.length+1);g.set([0],0),g.set(I,1),C.send(g)}C.send(new Uint8Array([1]))})(a.signal,g,I,n).catch(A=>{(0,B.isAbortError)(A)||t.error(A)});try{return yield*t}finally{a.abort(),n.close()}}};const B=g(1475),i=C(g(169)),Q=g(8127),e=g(2505);function E(A){return 9===A||10===A||13===A||A>=32&&A<=126}},2260:function(A,I,g){"use strict";var C=this&&this.__createBinding||(Object.create?function(A,I,g,C){void 0===C&&(C=g);var B=Object.getOwnPropertyDescriptor(I,g);B&&!("get"in B?!I.__esModule:B.writable||B.configurable)||(B={enumerable:!0,get:function(){return I[g]}}),Object.defineProperty(A,C,B)}:function(A,I,g,C){void 0===C&&(C=g),A[C]=I[g]}),B=this&&this.__exportStar||function(A,I){for(var g in A)"default"===g||Object.prototype.hasOwnProperty.call(I,g)||C(I,A,g)};Object.defineProperty(I,"__esModule",{value:!0}),I.NodeHttpTransport=I.WebsocketTransport=I.FetchTransport=I.Status=I.Metadata=I.composeClientMiddleware=I.ClientError=void 0;var i=g(91);Object.defineProperty(I,"ClientError",{enumerable:!0,get:function(){return i.ClientError}}),Object.defineProperty(I,"composeClientMiddleware",{enumerable:!0,get:function(){return i.composeClientMiddleware}}),Object.defineProperty(I,"Metadata",{enumerable:!0,get:function(){return i.Metadata}}),Object.defineProperty(I,"Status",{enumerable:!0,get:function(){return i.Status}}),B(g(7671),I),B(g(3297),I),B(g(2969),I),B(g(1999),I);var Q=g(7005);Object.defineProperty(I,"FetchTransport",{enumerable:!0,get:function(){return Q.FetchTransport}});var e=g(2018);Object.defineProperty(I,"WebsocketTransport",{enumerable:!0,get:function(){return e.WebsocketTransport}});var E=g(1510);Object.defineProperty(I,"NodeHttpTransport",{enumerable:!0,get:function(){return E.NodeHttpTransport}})},2343:(A,I)=>{"use strict";I.p2=void 0;const g="qpzry9x8gf2tvdw0s3jn54khce6mua7l",C={};for(let A=0;A<32;A++){const I=g.charAt(A);C[I]=A}function B(A){const I=A>>25;return(33554431&A)<<5^996825010&-(1&I)^642813549&-(I>>1&1)^513874426&-(I>>2&1)^1027748829&-(I>>3&1)^705979059&-(I>>4&1)}function i(A){let I=1;for(let g=0;g<A.length;++g){const C=A.charCodeAt(g);if(C<33||C>126)return"Invalid prefix ("+A+")";I=B(I)^C>>5}I=B(I);for(let g=0;g<A.length;++g){const C=A.charCodeAt(g);I=B(I)^31&C}return I}function Q(A,I,g,C){let B=0,i=0;const Q=(1<<g)-1,e=[];for(let C=0;C<A.length;++C)for(B=B<<I|A[C],i+=I;i>=g;)i-=g,e.push(B>>i&Q);if(C)i>0&&e.push(B<<g-i&Q);else{if(i>=I)return"Excess padding";if(B<<g-i&Q)return"Non-zero padding"}return e}function e(A){return Q(A,8,5,!0)}function E(A){const I=Q(A,5,8,!1);if(Array.isArray(I))return I}function t(A){const I=Q(A,5,8,!1);if(Array.isArray(I))return I;throw new Error(I)}function o(A){let I;function Q(A,g){if(g=g||90,A.length<8)return A+" too short";if(A.length>g)return"Exceeds length limit";const Q=A.toLowerCase(),e=A.toUpperCase();if(A!==Q&&A!==e)return"Mixed-case string "+A;const E=(A=Q).lastIndexOf("1");if(-1===E)return"No separator character for "+A;if(0===E)return"Missing prefix for "+A;const t=A.slice(0,E),o=A.slice(E+1);if(o.length<6)return"Data too short";let n=i(t);if("string"==typeof n)return n;const a=[];for(let A=0;A<o.length;++A){const I=o.charAt(A),g=C[I];if(void 0===g)return"Unknown character "+I;n=B(n)^g,A+6>=o.length||a.push(g)}return n!==I?"Invalid checksum for "+A:{prefix:t,words:a}}return I="bech32"===A?1:734539939,{decodeUnsafe:function(A,I){const g=Q(A,I);if("object"==typeof g)return g},decode:function(A,I){const g=Q(A,I);if("object"==typeof g)return g;throw new Error(g)},encode:function(A,C,Q){if(Q=Q||90,A.length+7+C.length>Q)throw new TypeError("Exceeds length limit");let e=i(A=A.toLowerCase());if("string"==typeof e)throw new Error(e);let E=A+"1";for(let A=0;A<C.length;++A){const I=C[A];if(I>>5)throw new Error("Non 5-bit word");e=B(e)^I,E+=g.charAt(I)}for(let A=0;A<6;++A)e=B(e);e^=I;for(let A=0;A<6;++A)E+=g.charAt(e>>5*(5-A)&31);return E},toWords:e,fromWordsUnsafe:E,fromWords:t}}o("bech32"),I.p2=o("bech32m")},2421:(A,I)=>{"use strict";var g;Object.defineProperty(I,"__esModule",{value:!0}),I.Status=void 0,(g=I.Status||(I.Status={}))[g.OK=0]="OK",g[g.CANCELLED=1]="CANCELLED",g[g.UNKNOWN=2]="UNKNOWN",g[g.INVALID_ARGUMENT=3]="INVALID_ARGUMENT",g[g.DEADLINE_EXCEEDED=4]="DEADLINE_EXCEEDED",g[g.NOT_FOUND=5]="NOT_FOUND",g[g.ALREADY_EXISTS=6]="ALREADY_EXISTS",g[g.PERMISSION_DENIED=7]="PERMISSION_DENIED",g[g.RESOURCE_EXHAUSTED=8]="RESOURCE_EXHAUSTED",g[g.FAILED_PRECONDITION=9]="FAILED_PRECONDITION",g[g.ABORTED=10]="ABORTED",g[g.OUT_OF_RANGE=11]="OUT_OF_RANGE",g[g.UNIMPLEMENTED=12]="UNIMPLEMENTED",g[g.INTERNAL=13]="INTERNAL",g[g.UNAVAILABLE=14]="UNAVAILABLE",g[g.DATA_LOSS=15]="DATA_LOSS",g[g.UNAUTHENTICATED=16]="UNAUTHENTICATED"},2505:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.AsyncSink=void 0;const g="error";class C{constructor(){this._ended=!1,this._values=[],this._resolvers=[]}[Symbol.asyncIterator](){return this}write(A){this._push({type:"value",value:A})}error(A){this._push({type:g,error:A})}_push(A){if(!this._ended)if(this._resolvers.length>0){const{resolve:I,reject:C}=this._resolvers.shift();A.type===g?C(A.error):I({done:!1,value:A.value})}else this._values.push(A)}next(){if(this._values.length>0){const{type:A,value:I,error:C}=this._values.shift();return A===g?Promise.reject(C):Promise.resolve({done:!1,value:I})}return this._ended?Promise.resolve({done:!0}):new Promise((A,I)=>{this._resolvers.push({resolve:A,reject:I})})}end(){for(;this._resolvers.length>0;)this._resolvers.shift().resolve({done:!0});this._ended=!0}}I.AsyncSink=C},2721:(A,I,g)=>{"use strict";I.__esModule=void 0,I.__esModule=!0;var C=g(7522),B=C.setPrototypeOf,i=C.getPrototypeOf,Q=C.defineProperty,e=C.objectCreate,E="[object Error]"===(new Error).toString(),t="";function o(A){var I,g=this.constructor,C=g.name||(null===(I=g.toString().match(/^function\s*([^\s(]+)/))?t||"Error":I[1]),e="Error"===C,n=e?t:C,a=Error.apply(this,arguments);if(B(a,i(this)),a instanceof g&&a instanceof o||(a=this,Error.apply(this,arguments),Q(a,"message",{configurable:!0,enumerable:!1,value:A,writable:!0})),Q(a,"name",{configurable:!0,enumerable:!1,value:n,writable:!0}),Error.captureStackTrace&&Error.captureStackTrace(a,e?o:g),void 0===a.stack){var s=new Error(A);s.name=a.name,a.stack=s.stack}return E&&Q(a,"toString",{configurable:!0,enumerable:!1,value:function(){return(this.name||"Error")+(void 0===this.message?"":": "+this.message)},writable:!0}),a}t=o.name||"ExtendableError",o.prototype=e(Error.prototype,{constructor:{value:Error,enumerable:!1,writable:!0,configurable:!0}}),I.ExtendableError=o,I.default=I.ExtendableError},2774:(A,I)=>{"use strict";function g(A){return A.toLowerCase()}function C(A,I){if(!/^[0-9a-z_.-]+$/.test(A))throw new Error(`Metadata key '${A}' contains illegal characters`);if(A.endsWith("-bin")){if(!(I instanceof Uint8Array))throw new Error(`Metadata key '${A}' ends with '-bin', thus it must have binary value`)}else{if("string"!=typeof I)throw new Error(`Metadata key '${A}' doesn't end with '-bin', thus it must have string value`);if(!/^[ -~]*$/.test(I))throw new Error(`Metadata value '${I}' of key '${A}' contains illegal characters`)}}Object.defineProperty(I,"__esModule",{value:!0}),I.Metadata=void 0,I.Metadata=function(A){const I=new Map,B={set(A,i){if(A=g(A),Array.isArray(i))if(0===i.length)I.delete(A);else{for(const I of i)C(A,I);I.set(A,A.endsWith("-bin")?i:[i.join(", ")])}else C(A,i),I.set(A,[i]);return B},append(A,i){C(A=g(A),i);let Q=I.get(A);return null==Q&&(Q=[],I.set(A,Q)),Q.push(i),A.endsWith("-bin")||I.set(A,[Q.join(", ")]),B},delete(A){A=g(A),I.delete(A)},get(A){var C;return A=g(A),null===(C=I.get(A))||void 0===C?void 0:C[0]},getAll(A){var C;return A=g(A),null!==(C=I.get(A))&&void 0!==C?C:[]},has:A=>(A=g(A),I.has(A)),[Symbol.iterator]:()=>I[Symbol.iterator]()};if(null!=A){const I=(i=A,Symbol.iterator in i?A:Object.entries(A));for(const[A,g]of I)B.set(A,g)}var i;return B}},2810:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.makeCall=async function*(A,I,g,t){const{metadata:o,signal:n=(new AbortController).signal,onHeader:a,onTrailer:s}=t;(0,C.throwIfAborted)(n);let r,c,D=!1;function w(I){if(D){if(new Map(I).size>0)throw new B.ClientError(A.path,B.Status.INTERNAL,"Received non-empty trailer after trailers-only response");return}const g=(0,E.parseTrailer)(I);({status:r,message:c}=g),null==s||s(g.trailer)}const d=(0,B.Metadata)(o);d.set("content-type","application/grpc-web+proto"),d.set("x-grpc-web","1");const h=new AbortController,y=()=>{h.abort()};n.addEventListener("abort",y);let l,k=!1;async function*u(){try{for await(const A of g){if(k)throw new Error("Request finished");yield A}}catch(A){throw l={err:A},h.abort(),A}}const N=(0,i.decodeResponse)({response:async function*(){try{return yield*I.transport({url:I.address+A.path,metadata:d,body:(0,Q.encodeRequest)({request:u(),encode:A.requestSerialize}),signal:h.signal,method:A})}catch(I){throw(0,C.rethrowAbortError)(I),new B.ClientError(A.path,B.Status.UNKNOWN,`Transport error: ${(0,e.makeInternalErrorMessage)(I)}`)}}(),decode:A.responseDeserialize,onHeader(A){A.has("grpc-status")?(w(A),D=!0):null==a||a(A)},onTrailer(A){w(A)}});try{yield*N}catch(I){throw void 0!==l?l.err:I instanceof B.ClientError||(0,C.isAbortError)(I)?I:new B.ClientError(A.path,B.Status.INTERNAL,(0,e.makeInternalErrorMessage)(I))}finally{if(k=!0,n.removeEventListener("abort",y),null!=r&&r!==B.Status.OK)throw new B.ClientError(A.path,r,null!=c?c:"")}if(null==r)throw new B.ClientError(A.path,B.Status.UNKNOWN,'Response stream closed without gRPC status. This may indicate a misconfigured CORS policy on the server: Access-Control-Expose-Headers must include "grpc-status" and "grpc-message".')};const C=g(1475),B=g(91),i=g(2941),Q=g(7621),e=g(8198),E=g(4762)},2941:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.decodeResponse=async function*({response:A,decode:I,onHeader:g,onTrailer:Q}){let e,E=!1,t=!1,o=!1,n=r(i.LPM_HEADER_LENGTH);for await(const g of A)if("header"===g.type)a(g.header);else if("trailer"===g.type)s(g.trailer);else if("data"===g.type){if(t)throw new Error("Received data after trailer");let{data:A}=g;for(;A.length>0||0===(null==e?void 0:e.length);){const g=Math.min(A.length,n.targetLength-n.totalLength),Q=A.subarray(0,g);if(A=A.subarray(g),n.chunks.push(Q),n.totalLength+=Q.length,n.totalLength===n.targetLength){const A=(0,C.concatBuffers)(n.chunks,n.totalLength);if(null==e)e=(0,i.parseLpmHeader)(A),n=r(e.length);else{if(e.compressed)throw new Error("Compressed messages not supported");if(e.isMetadata)E?s((0,B.decodeMetadata)(A)):a((0,B.decodeMetadata)(A));else{if(!E)throw new Error("Received data before header");yield I(A),o=!0}e=void 0,n=r(i.LPM_HEADER_LENGTH)}}}}function a(A){if(E)throw new Error("Received multiple headers");if(o)throw new Error("Received header after data");if(t)throw new Error("Received header after trailer");E=!0,g(A)}function s(A){if(t)throw new Error("Received multiple trailers");t=!0,Q(A)}function r(A){return{chunks:[],totalLength:0,targetLength:A}}};const C=g(4101),B=g(1891),i=g(3564)},2969:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createClientFactory=t,I.createClient=function(A,I,g){return t().create(A,I,g)};const C=g(91),B=g(7671),i=g(1953),Q=g(1546),e=g(4230),E=g(8632);function t(){return o()}function o(A){return{use:I=>o(null==A?I:(0,C.composeClientMiddleware)(A,I)),create(I,g,C={}){const t={},o=Object.entries((0,B.normalizeServiceDefinition)(I));for(const[I,B]of o){const o={...C["*"],...C[I]};B.requestStream?B.responseStream?t[I]=(0,i.createBidiStreamingMethod)(B,g,A,o):t[I]=(0,Q.createClientStreamingMethod)(B,g,A,o):B.responseStream?t[I]=(0,e.createServerStreamingMethod)(B,g,A,o):t[I]=(0,E.createUnaryMethod)(B,g,A,o)}return t}}}},3297:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createChannel=function(A,I=(0,C.FetchTransport)()){return{address:A,transport:I}};const C=g(7005)},3564:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.LPM_HEADER_LENGTH=void 0,I.parseLpmHeader=function(A){if(A.length!==I.LPM_HEADER_LENGTH)throw new Error(`Invalid LPM header length: ${A.length}`);const g=new DataView(A.buffer,A.byteOffset,A.byteLength);return{compressed:!!(1&g.getUint8(0)),isMetadata:!!(128&g.getUint8(0)),length:g.getUint32(1)}},I.encodeFrame=function(A){const g=new Uint8Array(I.LPM_HEADER_LENGTH+A.length);return new DataView(g.buffer,1,4).setUint32(0,A.length,!1),g.set(A,I.LPM_HEADER_LENGTH),g},I.LPM_HEADER_LENGTH=5},3652:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},3826:function(A){A.exports=function(){"use strict";var A="minute",I=/[+-]\d\d(?::?\d\d)?/g,g=/([+-]|\d\d)/g;return function(C,B,i){var Q=B.prototype;i.utc=function(A){return new B({date:A,utc:!0,args:arguments})},Q.utc=function(I){var g=i(this.toDate(),{locale:this.$L,utc:!0});return I?g.add(this.utcOffset(),A):g},Q.local=function(){return i(this.toDate(),{locale:this.$L,utc:!1})};var e=Q.parse;Q.parse=function(A){A.utc&&(this.$u=!0),this.$utils().u(A.$offset)||(this.$offset=A.$offset),e.call(this,A)};var E=Q.init;Q.init=function(){if(this.$u){var A=this.$d;this.$y=A.getUTCFullYear(),this.$M=A.getUTCMonth(),this.$D=A.getUTCDate(),this.$W=A.getUTCDay(),this.$H=A.getUTCHours(),this.$m=A.getUTCMinutes(),this.$s=A.getUTCSeconds(),this.$ms=A.getUTCMilliseconds()}else E.call(this)};var t=Q.utcOffset;Q.utcOffset=function(C,B){var i=this.$utils().u;if(i(C))return this.$u?0:i(this.$offset)?t.call(this):this.$offset;if("string"==typeof C&&(C=function(A){void 0===A&&(A="");var C=A.match(I);if(!C)return null;var B=(""+C[0]).match(g)||["-",0,0],i=B[0],Q=60*+B[1]+ +B[2];return 0===Q?0:"+"===i?Q:-Q}(C),null===C))return this;var Q=Math.abs(C)<=16?60*C:C;if(0===Q)return this.utc(B);var e=this.clone();if(B)return e.$offset=Q,e.$u=!1,e;var E=this.$u?this.toDate().getTimezoneOffset():-1*this.utcOffset();return(e=this.local().add(Q+E,A)).$offset=Q,e.$x.$localOffset=E,e};var o=Q.format;Q.format=function(A){var I=A||(this.$u?"YYYY-MM-DDTHH:mm:ss[Z]":"");return o.call(this,I)},Q.valueOf=function(){var A=this.$utils().u(this.$offset)?0:this.$offset+(this.$x.$localOffset||this.$d.getTimezoneOffset());return this.$d.valueOf()-6e4*A},Q.isUTC=function(){return!!this.$u},Q.toISOString=function(){return this.toDate().toISOString()},Q.toString=function(){return this.toDate().toUTCString()};var n=Q.toDate;Q.toDate=function(A){return"s"===A&&this.$offset?i(this.format("YYYY-MM-DD HH:mm:ss:SSS")).toDate():n.call(this)};var a=Q.diff;Q.diff=function(A,I,g){if(A&&this.$u===A.$u)return a.call(this,A,I,g);var C=this.local(),B=i(A).local();return a.call(C,B,I,g)}}}()},4092:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.ServerError=void 0;const C=g(2721),B=g(2421);class i extends C.ExtendableError{constructor(A,I){super(`${B.Status[A]}: ${I}`),this.code=A,this.details=I,this.name="ServerError",Object.defineProperty(this,"@@nice-grpc",{value:!0}),Object.defineProperty(this,"@@nice-grpc:ServerError",{value:!0})}static[Symbol.hasInstance](A){return this!==i?this.prototype.isPrototypeOf(A):"object"==typeof A&&null!==A&&(A.constructor===i||!0===A["@@nice-grpc:ServerError"]||"ServerError"===A.name&&!0===A["@@nice-grpc"])}}I.ServerError=i},4101:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.concatBuffers=function(A,I){if(1===A.length)return A[0];const g=new Uint8Array(I);let C=0;for(const I of A)g.set(I,C),C+=I.length;return g}},4230:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createServerStreamingMethod=function(A,I,g,Q){const e={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*E(g,Q){if((0,B.isAsyncIterable)(g))throw new Error("A middleware passed invalid request to next(): expected a single message for server streaming method");const e=(0,i.makeCall)(A,I,(0,C.asyncIterableOf)(g),Q);yield*e}const t=null==g?E:(A,I)=>g({method:e,requestStream:!1,request:A,responseStream:!0,next:E},I);return(A,I)=>{const g=t(A,{...Q,...I})[Symbol.asyncIterator]();return{[Symbol.asyncIterator]:()=>({async next(){const A=await g.next();return A.done&&null!=A.value?await g.throw(new Error("A middleware returned a message, but expected to return void for server streaming method")):A},return:()=>g.return(),throw:A=>g.throw(A)})}}};const C=g(213),B=g(7768),i=g(2810)},4236:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.ClientError=void 0;const C=g(2721),B=g(2421);class i extends C.ExtendableError{constructor(A,I,g){super(`${A} ${B.Status[I]}: ${g}`),this.path=A,this.code=I,this.details=g,this.name="ClientError",Object.defineProperty(this,"@@nice-grpc",{value:!0}),Object.defineProperty(this,"@@nice-grpc:ClientError",{value:!0})}static[Symbol.hasInstance](A){return this!==i?this.prototype.isPrototypeOf(A):"object"==typeof A&&null!==A&&(A.constructor===i||!0===A["@@nice-grpc:ClientError"]||"ClientError"===A.name&&!0===A["@@nice-grpc"])}}I.ClientError=i},4353:function(A){A.exports=function(){"use strict";var A=6e4,I=36e5,g="millisecond",C="second",B="minute",i="hour",Q="day",e="week",E="month",t="quarter",o="year",n="date",a="Invalid Date",s=/^(\d{4})[-/]?(\d{1,2})?[-/]?(\d{0,2})[Tt\s]*(\d{1,2})?:?(\d{1,2})?:?(\d{1,2})?[.:]?(\d+)?$/,r=/\[([^\]]+)]|Y{1,4}|M{1,4}|D{1,2}|d{1,4}|H{1,2}|h{1,2}|a|A|m{1,2}|s{1,2}|Z{1,2}|SSS/g,c={name:"en",weekdays:"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday".split("_"),months:"January_February_March_April_May_June_July_August_September_October_November_December".split("_"),ordinal:function(A){var I=["th","st","nd","rd"],g=A%100;return"["+A+(I[(g-20)%10]||I[g]||I[0])+"]"}},D=function(A,I,g){var C=String(A);return!C||C.length>=I?A:""+Array(I+1-C.length).join(g)+A},w={s:D,z:function(A){var I=-A.utcOffset(),g=Math.abs(I),C=Math.floor(g/60),B=g%60;return(I<=0?"+":"-")+D(C,2,"0")+":"+D(B,2,"0")},m:function A(I,g){if(I.date()<g.date())return-A(g,I);var C=12*(g.year()-I.year())+(g.month()-I.month()),B=I.clone().add(C,E),i=g-B<0,Q=I.clone().add(C+(i?-1:1),E);return+(-(C+(g-B)/(i?B-Q:Q-B))||0)},a:function(A){return A<0?Math.ceil(A)||0:Math.floor(A)},p:function(A){return{M:E,y:o,w:e,d:Q,D:n,h:i,m:B,s:C,ms:g,Q:t}[A]||String(A||"").toLowerCase().replace(/s$/,"")},u:function(A){return void 0===A}},d="en",h={};h[d]=c;var y="$isDayjsObject",l=function(A){return A instanceof G||!(!A||!A[y])},k=function A(I,g,C){var B;if(!I)return d;if("string"==typeof I){var i=I.toLowerCase();h[i]&&(B=i),g&&(h[i]=g,B=i);var Q=I.split("-");if(!B&&Q.length>1)return A(Q[0])}else{var e=I.name;h[e]=I,B=e}return!C&&B&&(d=B),B||!C&&d},u=function(A,I){if(l(A))return A.clone();var g="object"==typeof I?I:{};return g.date=A,g.args=arguments,new G(g)},N=w;N.l=k,N.i=l,N.w=function(A,I){return u(A,{locale:I.$L,utc:I.$u,x:I.$x,$offset:I.$offset})};var G=function(){function c(A){this.$L=k(A.locale,null,!0),this.parse(A),this.$x=this.$x||A.x||{},this[y]=!0}var D=c.prototype;return D.parse=function(A){this.$d=function(A){var I=A.date,g=A.utc;if(null===I)return new Date(NaN);if(N.u(I))return new Date;if(I instanceof Date)return new Date(I);if("string"==typeof I&&!/Z$/i.test(I)){var C=I.match(s);if(C){var B=C[2]-1||0,i=(C[7]||"0").substring(0,3);return g?new Date(Date.UTC(C[1],B,C[3]||1,C[4]||0,C[5]||0,C[6]||0,i)):new Date(C[1],B,C[3]||1,C[4]||0,C[5]||0,C[6]||0,i)}}return new Date(I)}(A),this.init()},D.init=function(){var A=this.$d;this.$y=A.getFullYear(),this.$M=A.getMonth(),this.$D=A.getDate(),this.$W=A.getDay(),this.$H=A.getHours(),this.$m=A.getMinutes(),this.$s=A.getSeconds(),this.$ms=A.getMilliseconds()},D.$utils=function(){return N},D.isValid=function(){return!(this.$d.toString()===a)},D.isSame=function(A,I){var g=u(A);return this.startOf(I)<=g&&g<=this.endOf(I)},D.isAfter=function(A,I){return u(A)<this.startOf(I)},D.isBefore=function(A,I){return this.endOf(I)<u(A)},D.$g=function(A,I,g){return N.u(A)?this[I]:this.set(g,A)},D.unix=function(){return Math.floor(this.valueOf()/1e3)},D.valueOf=function(){return this.$d.getTime()},D.startOf=function(A,I){var g=this,t=!!N.u(I)||I,a=N.p(A),s=function(A,I){var C=N.w(g.$u?Date.UTC(g.$y,I,A):new Date(g.$y,I,A),g);return t?C:C.endOf(Q)},r=function(A,I){return N.w(g.toDate()[A].apply(g.toDate("s"),(t?[0,0,0,0]:[23,59,59,999]).slice(I)),g)},c=this.$W,D=this.$M,w=this.$D,d="set"+(this.$u?"UTC":"");switch(a){case o:return t?s(1,0):s(31,11);case E:return t?s(1,D):s(0,D+1);case e:var h=this.$locale().weekStart||0,y=(c<h?c+7:c)-h;return s(t?w-y:w+(6-y),D);case Q:case n:return r(d+"Hours",0);case i:return r(d+"Minutes",1);case B:return r(d+"Seconds",2);case C:return r(d+"Milliseconds",3);default:return this.clone()}},D.endOf=function(A){return this.startOf(A,!1)},D.$set=function(A,I){var e,t=N.p(A),a="set"+(this.$u?"UTC":""),s=(e={},e[Q]=a+"Date",e[n]=a+"Date",e[E]=a+"Month",e[o]=a+"FullYear",e[i]=a+"Hours",e[B]=a+"Minutes",e[C]=a+"Seconds",e[g]=a+"Milliseconds",e)[t],r=t===Q?this.$D+(I-this.$W):I;if(t===E||t===o){var c=this.clone().set(n,1);c.$d[s](r),c.init(),this.$d=c.set(n,Math.min(this.$D,c.daysInMonth())).$d}else s&&this.$d[s](r);return this.init(),this},D.set=function(A,I){return this.clone().$set(A,I)},D.get=function(A){return this[N.p(A)]()},D.add=function(g,t){var n,a=this;g=Number(g);var s=N.p(t),r=function(A){var I=u(a);return N.w(I.date(I.date()+Math.round(A*g)),a)};if(s===E)return this.set(E,this.$M+g);if(s===o)return this.set(o,this.$y+g);if(s===Q)return r(1);if(s===e)return r(7);var c=(n={},n[B]=A,n[i]=I,n[C]=1e3,n)[s]||1,D=this.$d.getTime()+g*c;return N.w(D,this)},D.subtract=function(A,I){return this.add(-1*A,I)},D.format=function(A){var I=this,g=this.$locale();if(!this.isValid())return g.invalidDate||a;var C=A||"YYYY-MM-DDTHH:mm:ssZ",B=N.z(this),i=this.$H,Q=this.$m,e=this.$M,E=g.weekdays,t=g.months,o=g.meridiem,n=function(A,g,B,i){return A&&(A[g]||A(I,C))||B[g].slice(0,i)},s=function(A){return N.s(i%12||12,A,"0")},c=o||function(A,I,g){var C=A<12?"AM":"PM";return g?C.toLowerCase():C};return C.replace(r,function(A,C){return C||function(A){switch(A){case"YY":return String(I.$y).slice(-2);case"YYYY":return N.s(I.$y,4,"0");case"M":return e+1;case"MM":return N.s(e+1,2,"0");case"MMM":return n(g.monthsShort,e,t,3);case"MMMM":return n(t,e);case"D":return I.$D;case"DD":return N.s(I.$D,2,"0");case"d":return String(I.$W);case"dd":return n(g.weekdaysMin,I.$W,E,2);case"ddd":return n(g.weekdaysShort,I.$W,E,3);case"dddd":return E[I.$W];case"H":return String(i);case"HH":return N.s(i,2,"0");case"h":return s(1);case"hh":return s(2);case"a":return c(i,Q,!0);case"A":return c(i,Q,!1);case"m":return String(Q);case"mm":return N.s(Q,2,"0");case"s":return String(I.$s);case"ss":return N.s(I.$s,2,"0");case"SSS":return N.s(I.$ms,3,"0");case"Z":return B}return null}(A)||B.replace(":","")})},D.utcOffset=function(){return 15*-Math.round(this.$d.getTimezoneOffset()/15)},D.diff=function(g,n,a){var s,r=this,c=N.p(n),D=u(g),w=(D.utcOffset()-this.utcOffset())*A,d=this-D,h=function(){return N.m(r,D)};switch(c){case o:s=h()/12;break;case E:s=h();break;case t:s=h()/3;break;case e:s=(d-w)/6048e5;break;case Q:s=(d-w)/864e5;break;case i:s=d/I;break;case B:s=d/A;break;case C:s=d/1e3;break;default:s=d}return a?s:N.a(s)},D.daysInMonth=function(){return this.endOf(E).$D},D.$locale=function(){return h[this.$L]},D.locale=function(A,I){if(!A)return this.$L;var g=this.clone(),C=k(A,I,!0);return C&&(g.$L=C),g},D.clone=function(){return N.w(this.$d,this)},D.toDate=function(){return new Date(this.valueOf())},D.toJSON=function(){return this.isValid()?this.toISOString():null},D.toISOString=function(){return this.$d.toISOString()},D.toString=function(){return this.$d.toUTCString()},c}(),p=G.prototype;return u.prototype=p,[["$ms",g],["$s",C],["$m",B],["$H",i],["$W",Q],["$M",E],["$y",o],["$D",n]].forEach(function(A){p[A[1]]=function(I){return this.$g(I,A[0],A[1])}}),u.extend=function(A,I){return A.$i||(A(I,G,u),A.$i=!0),u},u.locale=k,u.isDayjs=l,u.unix=function(A){return u(1e3*A)},u.en=h[d],u.Ls=h,u.p={},u}()},4762:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.parseTrailer=function(A){let I;const g=A.get("grpc-status");if(null==g)throw new Error("Received no status code from server");{const A=+g;if(!(A in C.Status))throw new Error(`Received invalid status code from server: ${g}`);I=A}let B=A.get("grpc-message");if(null!=B)try{B=decodeURIComponent(B)}catch(A){}const i=(0,C.Metadata)(A);return i.delete("grpc-status"),i.delete("grpc-message"),{status:I,message:B,trailer:i}};const C=g(91)},5653:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.fromTsProtoServiceDefinition=function(A){const I={};for(const[g,C]of Object.entries(A.methods)){const B=C.requestType.encode,i=C.requestType.fromPartial,Q=C.responseType.encode,e=C.responseType.fromPartial;I[g]={path:`/${A.fullName}/${C.name}`,requestStream:C.requestStream,responseStream:C.responseStream,requestDeserialize:C.requestType.decode,requestSerialize:null!=i?A=>B(i(A)).finish():A=>B(A).finish(),responseDeserialize:C.responseType.decode,responseSerialize:null!=e?A=>Q(e(A)).finish():A=>Q(A).finish(),options:C.options}}return I},I.isTsProtoServiceDefinition=function(A){return"name"in A&&"fullName"in A&&"methods"in A}},5972:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},6524:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},6527:(A,I)=>{"use strict";function g(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}function C(A){if("boolean"!=typeof A)throw new Error(`boolean expected, not ${A}`)}function B(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function i(A,...I){if(!g(A))throw new Error("Uint8Array expected");if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function Q(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}Object.defineProperty(I,"__esModule",{value:!0}),I.wrapCipher=I.Hash=I.nextTick=I.isLE=void 0,I.isBytes=g,I.abool=C,I.anumber=B,I.abytes=i,I.ahash=function(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");B(A.outputLen),B(A.blockLen)},I.aexists=function(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")},I.aoutput=function(A,I){i(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)},I.u8=function(A){return new Uint8Array(A.buffer,A.byteOffset,A.byteLength)},I.u32=function(A){return new Uint32Array(A.buffer,A.byteOffset,Math.floor(A.byteLength/4))},I.clean=function(...A){for(let I=0;I<A.length;I++)A[I].fill(0)},I.createView=Q,I.bytesToHex=t,I.hexToBytes=a,I.hexToNumber=s,I.bytesToNumberBE=function(A){return s(t(A))},I.numberToBytesBE=function(A,I){return a(A.toString(16).padStart(2*I,"0"))},I.utf8ToBytes=r,I.bytesToUtf8=function(A){return(new TextDecoder).decode(A)},I.toBytes=function(A){if("string"==typeof A)A=r(A);else{if(!g(A))throw new Error("Uint8Array expected, got "+typeof A);A=d(A)}return A},I.overlapBytes=c,I.complexOverlapBytes=function(A,I){if(c(A,I)&&A.byteOffset<I.byteOffset)throw new Error("complex overlap of input and output is not supported")},I.concatBytes=function(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];i(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g},I.checkOpts=function(A,I){if(null==I||"object"!=typeof I)throw new Error("options must be defined");return Object.assign(A,I)},I.equalBytes=function(A,I){if(A.length!==I.length)return!1;let g=0;for(let C=0;C<A.length;C++)g|=A[C]^I[C];return 0===g},I.getOutput=function(A,I,g=!0){if(void 0===I)return new Uint8Array(A);if(I.length!==A)throw new Error("invalid output length, expected "+A+", got: "+I.length);if(g&&!w(I))throw new Error("invalid output, must be aligned");return I},I.setBigUint64=D,I.u64Lengths=function(A,I,g){C(g);const B=new Uint8Array(16),i=Q(B);return D(i,0,BigInt(I),g),D(i,8,BigInt(A),g),B},I.isAligned32=w,I.copyBytes=d,I.isLE=68===new Uint8Array(new Uint32Array([287454020]).buffer)[0];const e=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),E=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function t(A){if(i(A),e)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=E[A[g]];return I}const o={_0:48,_9:57,A:65,F:70,a:97,f:102};function n(A){return A>=o._0&&A<=o._9?A-o._0:A>=o.A&&A<=o.F?A-(o.A-10):A>=o.a&&A<=o.f?A-(o.a-10):void 0}function a(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(e)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=n(A.charCodeAt(B)),i=n(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}function s(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);return BigInt(""===A?"0":"0x"+A)}function r(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function c(A,I){return A.buffer===I.buffer&&A.byteOffset<I.byteOffset+I.byteLength&&I.byteOffset<A.byteOffset+A.byteLength}function D(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}function w(A){return A.byteOffset%4==0}function d(A){return Uint8Array.from(A)}I.nextTick=async()=>{},I.Hash=class{},I.wrapCipher=(A,g)=>{function C(C,...B){if(i(C),!I.isLE)throw new Error("Non little-endian hardware is not yet supported");if(void 0!==A.nonceLength){const I=B[0];if(!I)throw new Error("nonce / iv required");A.varSizeNonce?i(I):i(I,A.nonceLength)}const Q=A.tagLength;Q&&void 0!==B[1]&&i(B[1]);const e=g(C,...B),E=(A,I)=>{if(void 0!==I){if(2!==A)throw new Error("cipher output not supported");i(I)}};let t=!1;return{encrypt(A,I){if(t)throw new Error("cannot encrypt() twice with same key + nonce");return t=!0,i(A),E(e.encrypt.length,I),e.encrypt(A,I)},decrypt(A,I){if(i(A),Q&&A.length<Q)throw new Error("invalid ciphertext length: smaller than tagLength="+Q);return E(e.decrypt.length,I),e.decrypt(A,I)}}}return Object.assign(C,A),C}},6705:(A,I,g)=>{const{bech32:C,hex:B,utf8:i}=g(1746),Q={bech32:"bc",pubKeyHash:0,scriptHash:5,validWitnessVersions:[0]},e={bech32:"tb",pubKeyHash:111,scriptHash:196,validWitnessVersions:[0]},E={bech32:"tbs",pubKeyHash:111,scriptHash:196,validWitnessVersions:[0]},t={bech32:"bcrt",pubKeyHash:111,scriptHash:196,validWitnessVersions:[0]},o={bech32:"sb",pubKeyHash:63,scriptHash:123,validWitnessVersions:[0]},n=["option_data_loss_protect","initial_routing_sync","option_upfront_shutdown_script","gossip_queries","var_onion_optin","gossip_queries_ex","option_static_remotekey","payment_secret","basic_mpp","option_support_large_channel"],a={m:BigInt(1e3),u:BigInt(1e6),n:BigInt(1e9),p:BigInt(1e12)},s=BigInt("2100000000000000000"),r=BigInt(1e11),c={payment_hash:1,payment_secret:16,description:13,payee:19,description_hash:23,expiry:6,min_final_cltv_expiry:24,fallback_address:9,route_hint:3,feature_bits:5,metadata:27},D={};for(let A=0,I=Object.keys(c);A<I.length;A++){const g=I[A],C=c[I[A]].toString();D[C]=g}const w={1:A=>B.encode(C.fromWordsUnsafe(A)),16:A=>B.encode(C.fromWordsUnsafe(A)),13:A=>i.encode(C.fromWordsUnsafe(A)),19:A=>B.encode(C.fromWordsUnsafe(A)),23:A=>B.encode(C.fromWordsUnsafe(A)),27:A=>B.encode(C.fromWordsUnsafe(A)),6:h,24:h,3:function(A){const I=[];let g,i,Q,e,E,t=C.fromWordsUnsafe(A);for(;t.length>0;)g=B.encode(t.slice(0,33)),i=B.encode(t.slice(33,41)),Q=parseInt(B.encode(t.slice(41,45)),16),e=parseInt(B.encode(t.slice(45,49)),16),E=parseInt(B.encode(t.slice(49,51)),16),t=t.slice(51),I.push({pubkey:g,short_channel_id:i,fee_base_msat:Q,fee_proportional_millionths:e,cltv_expiry_delta:E});return I},5:function(A){const I=A.slice().reverse().map(A=>[!!(1&A),!!(2&A),!!(4&A),!!(8&A),!!(16&A)]).reduce((A,I)=>A.concat(I),[]);for(;I.length<2*n.length;)I.push(!1);const g={};n.forEach((A,C)=>{let B;B=I[2*C]?"required":I[2*C+1]?"supported":"unsupported",g[A]=B});const C=I.slice(2*n.length);return g.extra_bits={start_bit:2*n.length,bits:C,has_required:C.reduce((A,I,g)=>g%2!=0?A||!1:A||I,!1)},g}};function d(A){return I=>({tagCode:parseInt(A),words:C.encode("unknown",I,Number.MAX_SAFE_INTEGER)})}function h(A){return A.reverse().reduce((A,I,g)=>A+I*Math.pow(32,g),0)}function y(A,I){let g,C;if(A.slice(-1).match(/^[munp]$/))g=A.slice(-1),C=A.slice(0,-1);else{if(A.slice(-1).match(/^[^munp0-9]$/))throw new Error("Not a valid multiplier for the amount");C=A}if(!C.match(/^\d+$/))throw new Error("Not a valid human readable amount");const B=BigInt(C),i=g?B*r/a[g]:B*r;if("p"===g&&B%BigInt(10)!==BigInt(0)||i>s)throw new Error("Amount is outside of valid range");return I?i.toString():i}A.exports={decode:function(A,I){if("string"!=typeof A)throw new Error("Lightning Payment Request must be string");if("ln"!==A.slice(0,2).toLowerCase())throw new Error("Not a proper lightning payment request");const g=[],i=C.decode(A,Number.MAX_SAFE_INTEGER);A=A.toLowerCase();const n=i.prefix;let a=i.words,s=A.slice(n.length+1),r=a.slice(-104);a=a.slice(0,-104);let l=n.match(/^ln(\S+?)(\d*)([a-zA-Z]?)$/);if(l&&!l[2]&&(l=n.match(/^ln(\S+)$/)),!l)throw new Error("Not a proper lightning payment request");g.push({name:"lightning_network",letters:"ln"});const k=l[1];let u;if(I){if(void 0===I.bech32||void 0===I.pubKeyHash||void 0===I.scriptHash||!Array.isArray(I.validWitnessVersions))throw new Error("Invalid network");u=I}else switch(k){case Q.bech32:u=Q;break;case e.bech32:u=e;break;case E.bech32:u=E;break;case t.bech32:u=t;break;case o.bech32:u=o}if(!u||u.bech32!==k)throw new Error("Unknown coin bech32 prefix");g.push({name:"coin_network",letters:k,value:u});const N=l[2];let G;N?(G=y(N+l[3],!0),g.push({name:"amount",letters:l[2]+l[3],value:G})):G=null,g.push({name:"separator",letters:"1"});const p=h(a.slice(0,7));let S,f,F,R;for(a=a.slice(7),g.push({name:"timestamp",letters:s.slice(0,7),value:p}),s=s.slice(7);a.length>0;){const A=a[0].toString();S=D[A]||"unknown_tag",f=w[A]||d(A),a=a.slice(1),F=h(a.slice(0,2)),a=a.slice(2),R=a.slice(0,F),a=a.slice(F),g.push({name:S,tag:s[0],letters:s.slice(0,3+F),value:f(R)}),s=s.slice(3+F)}g.push({name:"signature",letters:s.slice(0,104),value:B.encode(C.fromWordsUnsafe(r))}),s=s.slice(104),g.push({name:"checksum",letters:s});let U={paymentRequest:A,sections:g,get expiry(){let A=g.find(A=>"expiry"===A.name);if(A)return M("timestamp")+A.value},get route_hints(){return g.filter(A=>"route_hint"===A.name).map(A=>A.value)}};for(let A in c)"route_hint"!==A&&Object.defineProperty(U,A,{get:()=>M(A)});return U;function M(A){let I=g.find(I=>I.name===A);return I?I.value:void 0}},hrpToMillisat:y}},6776:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.composeClientMiddleware=void 0,I.composeClientMiddleware=function(A,I){return(g,C)=>I(Object.assign(Object.assign({},g),{next:(I,C)=>A(Object.assign(Object.assign({},g),{request:I}),C)}),C)}},7005:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.FetchTransport=function(A){return async function*({url:I,body:g,metadata:B,signal:E,method:t}){let o;if(t.requestStream){let A;o=new ReadableStream({type:"bytes",start(){A=g[Symbol.asyncIterator]()},async pull(I){const{done:g,value:C}=await A.next();g?I.close():I.enqueue(C)},async cancel(){var I,g;await(null===(g=(I=A).return)||void 0===g?void 0:g.call(I))}})}else{let A;for await(const I of g){A=I;break}o=A}const n=await fetch(I,{method:"POST",body:o,headers:Q(B),signal:E,cache:null==A?void 0:A.cache,duplex:"half",credentials:null==A?void 0:A.credentials});if(yield{type:"header",header:e(n.headers)},!n.ok){const A=await n.text();throw new i.ClientError(t.path,function(A){switch(A){case 400:return i.Status.INTERNAL;case 401:return i.Status.UNAUTHENTICATED;case 403:return i.Status.PERMISSION_DENIED;case 404:return i.Status.UNIMPLEMENTED;case 429:case 502:case 503:case 504:return i.Status.UNAVAILABLE;default:return i.Status.UNKNOWN}}(n.status),function(A,I){return`Received HTTP ${A} response: `+(I.length>1e3?I.slice(0,1e3)+"... (truncated)":I)}(n.status,A))}(0,C.throwIfAborted)(E);const a=n.body.getReader(),s=()=>{a.cancel().catch(()=>{})};E.addEventListener("abort",s);try{for(;;){const{done:A,value:I}=await a.read();if(null!=I&&(yield{type:"data",data:I}),A)break}}finally{E.removeEventListener("abort",s),(0,C.throwIfAborted)(E)}}};const C=g(1475),B=g(8127),i=g(91);function Q(A){const I=new Headers;for(const[g,C]of A)for(const A of C)I.append(g,"string"==typeof A?A:B.Base64.fromUint8Array(A));return I}function e(A){const I=new i.Metadata;for(const[g,C]of A)if(g.endsWith("-bin"))for(const A of C.split(/,\s?/))I.append(g,B.Base64.toUint8Array(A));else I.set(g,C);return I}},7395:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},7522:(A,I)=>{"use strict";I.__esModule=void 0,I.__esModule=!0;var g="function"==typeof Object.setPrototypeOf,C="function"==typeof Object.getPrototypeOf,B="function"==typeof Object.defineProperty,i="function"==typeof Object.create,Q="function"==typeof Object.prototype.hasOwnProperty;I.setPrototypeOf=function(A,I){g?Object.setPrototypeOf(A,I):A.__proto__=I},I.getPrototypeOf=function(A){return C?Object.getPrototypeOf(A):A.__proto__||A.prototype};var e=!1;I.defineProperty=function A(I,g,C){if(B&&!e)try{Object.defineProperty(I,g,C)}catch(B){e=!0,A(I,g,C)}else I[g]=C.value};var E=function(A,I){return Q?A.hasOwnProperty(A,I):void 0===A[I]};I.hasOwnProperty=E,I.objectCreate=function(A,I){if(i)return Object.create(A,I);var g=function(){};g.prototype=A;var C=new g;if(void 0===I)return C;if("null"==typeof I)throw new Error("PropertyDescriptors must not be null.");if("object"==typeof I)for(var B in I)E(I,B)&&(C[B]=I[B].value);return C}},7526:(A,I)=>{"use strict";I.byteLength=function(A){var I=e(A),g=I[0],C=I[1];return 3*(g+C)/4-C},I.toByteArray=function(A){var I,g,i=e(A),Q=i[0],E=i[1],t=new B(function(A,I,g){return 3*(I+g)/4-g}(0,Q,E)),o=0,n=E>0?Q-4:Q;for(g=0;g<n;g+=4)I=C[A.charCodeAt(g)]<<18|C[A.charCodeAt(g+1)]<<12|C[A.charCodeAt(g+2)]<<6|C[A.charCodeAt(g+3)],t[o++]=I>>16&255,t[o++]=I>>8&255,t[o++]=255&I;return 2===E&&(I=C[A.charCodeAt(g)]<<2|C[A.charCodeAt(g+1)]>>4,t[o++]=255&I),1===E&&(I=C[A.charCodeAt(g)]<<10|C[A.charCodeAt(g+1)]<<4|C[A.charCodeAt(g+2)]>>2,t[o++]=I>>8&255,t[o++]=255&I),t},I.fromByteArray=function(A){for(var I,C=A.length,B=C%3,i=[],Q=16383,e=0,E=C-B;e<E;e+=Q)i.push(t(A,e,e+Q>E?E:e+Q));return 1===B?(I=A[C-1],i.push(g[I>>2]+g[I<<4&63]+"==")):2===B&&(I=(A[C-2]<<8)+A[C-1],i.push(g[I>>10]+g[I>>4&63]+g[I<<2&63]+"=")),i.join("")};for(var g=[],C=[],B="undefined"!=typeof Uint8Array?Uint8Array:Array,i="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/",Q=0;Q<64;++Q)g[Q]=i[Q],C[i.charCodeAt(Q)]=Q;function e(A){var I=A.length;if(I%4>0)throw new Error("Invalid string. Length must be a multiple of 4");var g=A.indexOf("=");return-1===g&&(g=I),[g,g===I?0:4-g%4]}function E(A){return g[A>>18&63]+g[A>>12&63]+g[A>>6&63]+g[63&A]}function t(A,I,g){for(var C,B=[],i=I;i<g;i+=3)C=(A[i]<<16&16711680)+(A[i+1]<<8&65280)+(255&A[i+2]),B.push(E(C));return B.join("")}C["-".charCodeAt(0)]=62,C["_".charCodeAt(0)]=63},7621:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.encodeRequest=async function*({request:A,encode:I}){for await(const g of A){const A=I(g);yield(0,C.encodeFrame)(A)}};const C=g(3564)},7640:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.composeServerMiddleware=void 0,I.composeServerMiddleware=function(A,I){return(g,C)=>A(Object.assign(Object.assign({},g),{next:(A,C)=>I(Object.assign(Object.assign({},g),{request:A}),C)}),C)}},7671:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.normalizeServiceDefinition=function(A){return(0,C.isGrpcWebServiceDefinition)(A)?(0,C.fromGrpcWebServiceDefinition)(A):(0,B.isTsProtoServiceDefinition)(A)?(0,B.fromTsProtoServiceDefinition)(A):A};const C=g(700),B=g(5653)},7678:(A,I,g)=>{"use strict";I.wY=void 0;var C=g(469);I.wY=function(A,I,g){return(0,C.gcm)(A,I,g)}},7768:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.isAsyncIterable=function(A){return null!=A&&Symbol.asyncIterator in A}},8105:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0})},8127:function(A,I,g){var C=g(8287).hp;"undefined"!=typeof self?self:"undefined"!=typeof window?window:void 0!==g.g&&g.g,A.exports=function(){"use strict";var A,I="3.7.8",g=I,B="function"==typeof C,i="function"==typeof TextDecoder?new TextDecoder:void 0,Q="function"==typeof TextEncoder?new TextEncoder:void 0,e=Array.prototype.slice.call("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="),E=(A={},e.forEach(function(I,g){return A[I]=g}),A),t=/^(?:[A-Za-z\d+\/]{4})*?(?:[A-Za-z\d+\/]{2}(?:==)?|[A-Za-z\d+\/]{3}=?)?$/,o=String.fromCharCode.bind(String),n="function"==typeof Uint8Array.from?Uint8Array.from.bind(Uint8Array):function(A){return new Uint8Array(Array.prototype.slice.call(A,0))},a=function(A){return A.replace(/=/g,"").replace(/[+\/]/g,function(A){return"+"==A?"-":"_"})},s=function(A){return A.replace(/[^A-Za-z0-9\+\/]/g,"")},r=function(A){for(var I,g,C,B,i="",Q=A.length%3,E=0;E<A.length;){if((g=A.charCodeAt(E++))>255||(C=A.charCodeAt(E++))>255||(B=A.charCodeAt(E++))>255)throw new TypeError("invalid character found");i+=e[(I=g<<16|C<<8|B)>>18&63]+e[I>>12&63]+e[I>>6&63]+e[63&I]}return Q?i.slice(0,Q-3)+"===".substring(Q):i},c="function"==typeof btoa?function(A){return btoa(A)}:B?function(A){return C.from(A,"binary").toString("base64")}:r,D=B?function(A){return C.from(A).toString("base64")}:function(A){for(var I=[],g=0,C=A.length;g<C;g+=4096)I.push(o.apply(null,A.subarray(g,g+4096)));return c(I.join(""))},w=function(A,I){return void 0===I&&(I=!1),I?a(D(A)):D(A)},d=function(A){if(A.length<2)return(I=A.charCodeAt(0))<128?A:I<2048?o(192|I>>>6)+o(128|63&I):o(224|I>>>12&15)+o(128|I>>>6&63)+o(128|63&I);var I=65536+1024*(A.charCodeAt(0)-55296)+(A.charCodeAt(1)-56320);return o(240|I>>>18&7)+o(128|I>>>12&63)+o(128|I>>>6&63)+o(128|63&I)},h=/[\uD800-\uDBFF][\uDC00-\uDFFFF]|[^\x00-\x7F]/g,y=function(A){return A.replace(h,d)},l=B?function(A){return C.from(A,"utf8").toString("base64")}:Q?function(A){return D(Q.encode(A))}:function(A){return c(y(A))},k=function(A,I){return void 0===I&&(I=!1),I?a(l(A)):l(A)},u=function(A){return k(A,!0)},N=/[\xC0-\xDF][\x80-\xBF]|[\xE0-\xEF][\x80-\xBF]{2}|[\xF0-\xF7][\x80-\xBF]{3}/g,G=function(A){switch(A.length){case 4:var I=((7&A.charCodeAt(0))<<18|(63&A.charCodeAt(1))<<12|(63&A.charCodeAt(2))<<6|63&A.charCodeAt(3))-65536;return o((I>>>10)+55296)+o(56320+(1023&I));case 3:return o((15&A.charCodeAt(0))<<12|(63&A.charCodeAt(1))<<6|63&A.charCodeAt(2));default:return o((31&A.charCodeAt(0))<<6|63&A.charCodeAt(1))}},p=function(A){return A.replace(N,G)},S=function(A){if(A=A.replace(/\s+/g,""),!t.test(A))throw new TypeError("malformed base64.");var I,g,C;A+="==".slice(2-(3&A.length));for(var B=[],i=0;i<A.length;)I=E[A.charAt(i++)]<<18|E[A.charAt(i++)]<<12|(g=E[A.charAt(i++)])<<6|(C=E[A.charAt(i++)]),64===g?B.push(o(I>>16&255)):64===C?B.push(o(I>>16&255,I>>8&255)):B.push(o(I>>16&255,I>>8&255,255&I));return B.join("")},f="function"==typeof atob?function(A){return atob(s(A))}:B?function(A){return C.from(A,"base64").toString("binary")}:S,F=B?function(A){return n(C.from(A,"base64"))}:function(A){return n(f(A).split("").map(function(A){return A.charCodeAt(0)}))},R=function(A){return F(M(A))},U=B?function(A){return C.from(A,"base64").toString("utf8")}:i?function(A){return i.decode(F(A))}:function(A){return p(f(A))},M=function(A){return s(A.replace(/[-_]/g,function(A){return"-"==A?"+":"/"}))},K=function(A){return U(M(A))},m=function(A){return{value:A,enumerable:!1,writable:!0,configurable:!0}},J=function(){var A=function(A,I){return Object.defineProperty(String.prototype,A,m(I))};A("fromBase64",function(){return K(this)}),A("toBase64",function(A){return k(this,A)}),A("toBase64URI",function(){return k(this,!0)}),A("toBase64URL",function(){return k(this,!0)}),A("toUint8Array",function(){return R(this)})},b=function(){var A=function(A,I){return Object.defineProperty(Uint8Array.prototype,A,m(I))};A("toBase64",function(A){return w(this,A)}),A("toBase64URI",function(){return w(this,!0)}),A("toBase64URL",function(){return w(this,!0)})},H={version:I,VERSION:g,atob:f,atobPolyfill:S,btoa:c,btoaPolyfill:r,fromBase64:K,toBase64:k,encode:k,encodeURI:u,encodeURL:u,utob:y,btou:p,decode:K,isValid:function(A){if("string"!=typeof A)return!1;var I=A.replace(/\s+/g,"").replace(/={0,2}$/,"");return!/[^\s0-9a-zA-Z\+/]/.test(I)||!/[^\s0-9a-zA-Z\-_]/.test(I)},fromUint8Array:w,toUint8Array:R,extendString:J,extendUint8Array:b,extendBuiltins:function(){J(),b()},Base64:{}};return Object.keys(H).forEach(function(A){return H.Base64[A]=H[A]}),H}()},8198:(A,I)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.makeInternalErrorMessage=function(A){return null==A||"object"!=typeof A?String(A):"string"==typeof A.message?A.message:JSON.stringify(A)}},8287:(A,I,g)=>{"use strict";const C=g(7526),B=g(251),i="function"==typeof Symbol&&"function"==typeof Symbol.for?Symbol.for("nodejs.util.inspect.custom"):null;I.hp=E,I.IS=50;const Q=2147483647;function e(A){if(A>Q)throw new RangeError('The value "'+A+'" is invalid for option "size"');const I=new Uint8Array(A);return Object.setPrototypeOf(I,E.prototype),I}function E(A,I,g){if("number"==typeof A){if("string"==typeof I)throw new TypeError('The "string" argument must be of type string. Received type number');return n(A)}return t(A,I,g)}function t(A,I,g){if("string"==typeof A)return function(A,I){if("string"==typeof I&&""!==I||(I="utf8"),!E.isEncoding(I))throw new TypeError("Unknown encoding: "+I);const g=0|c(A,I);let C=e(g);const B=C.write(A,I);return B!==g&&(C=C.slice(0,B)),C}(A,I);if(ArrayBuffer.isView(A))return function(A){if(X(A,Uint8Array)){const I=new Uint8Array(A);return s(I.buffer,I.byteOffset,I.byteLength)}return a(A)}(A);if(null==A)throw new TypeError("The first argument must be one of type string, Buffer, ArrayBuffer, Array, or Array-like Object. Received type "+typeof A);if(X(A,ArrayBuffer)||A&&X(A.buffer,ArrayBuffer))return s(A,I,g);if("undefined"!=typeof SharedArrayBuffer&&(X(A,SharedArrayBuffer)||A&&X(A.buffer,SharedArrayBuffer)))return s(A,I,g);if("number"==typeof A)throw new TypeError('The "value" argument must not be of type number. Received type number');const C=A.valueOf&&A.valueOf();if(null!=C&&C!==A)return E.from(C,I,g);const B=function(A){if(E.isBuffer(A)){const I=0|r(A.length),g=e(I);return 0===g.length||A.copy(g,0,0,I),g}return void 0!==A.length?"number"!=typeof A.length||j(A.length)?e(0):a(A):"Buffer"===A.type&&Array.isArray(A.data)?a(A.data):void 0}(A);if(B)return B;if("undefined"!=typeof Symbol&&null!=Symbol.toPrimitive&&"function"==typeof A[Symbol.toPrimitive])return E.from(A[Symbol.toPrimitive]("string"),I,g);throw new TypeError("The first argument must be one of type string, Buffer, ArrayBuffer, Array, or Array-like Object. Received type "+typeof A)}function o(A){if("number"!=typeof A)throw new TypeError('"size" argument must be of type number');if(A<0)throw new RangeError('The value "'+A+'" is invalid for option "size"')}function n(A){return o(A),e(A<0?0:0|r(A))}function a(A){const I=A.length<0?0:0|r(A.length),g=e(I);for(let C=0;C<I;C+=1)g[C]=255&A[C];return g}function s(A,I,g){if(I<0||A.byteLength<I)throw new RangeError('"offset" is outside of buffer bounds');if(A.byteLength<I+(g||0))throw new RangeError('"length" is outside of buffer bounds');let C;return C=void 0===I&&void 0===g?new Uint8Array(A):void 0===g?new Uint8Array(A,I):new Uint8Array(A,I,g),Object.setPrototypeOf(C,E.prototype),C}function r(A){if(A>=Q)throw new RangeError("Attempt to allocate Buffer larger than maximum size: 0x"+Q.toString(16)+" bytes");return 0|A}function c(A,I){if(E.isBuffer(A))return A.length;if(ArrayBuffer.isView(A)||X(A,ArrayBuffer))return A.byteLength;if("string"!=typeof A)throw new TypeError('The "string" argument must be one of type string, Buffer, or ArrayBuffer. Received type '+typeof A);const g=A.length,C=arguments.length>2&&!0===arguments[2];if(!C&&0===g)return 0;let B=!1;for(;;)switch(I){case"ascii":case"latin1":case"binary":return g;case"utf8":case"utf-8":return W(A).length;case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return 2*g;case"hex":return g>>>1;case"base64":return P(A).length;default:if(B)return C?-1:W(A).length;I=(""+I).toLowerCase(),B=!0}}function D(A,I,g){let C=!1;if((void 0===I||I<0)&&(I=0),I>this.length)return"";if((void 0===g||g>this.length)&&(g=this.length),g<=0)return"";if((g>>>=0)<=(I>>>=0))return"";for(A||(A="utf8");;)switch(A){case"hex":return R(this,I,g);case"utf8":case"utf-8":return p(this,I,g);case"ascii":return f(this,I,g);case"latin1":case"binary":return F(this,I,g);case"base64":return G(this,I,g);case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return U(this,I,g);default:if(C)throw new TypeError("Unknown encoding: "+A);A=(A+"").toLowerCase(),C=!0}}function w(A,I,g){const C=A[I];A[I]=A[g],A[g]=C}function d(A,I,g,C,B){if(0===A.length)return-1;if("string"==typeof g?(C=g,g=0):g>2147483647?g=2147483647:g<-2147483648&&(g=-2147483648),j(g=+g)&&(g=B?0:A.length-1),g<0&&(g=A.length+g),g>=A.length){if(B)return-1;g=A.length-1}else if(g<0){if(!B)return-1;g=0}if("string"==typeof I&&(I=E.from(I,C)),E.isBuffer(I))return 0===I.length?-1:h(A,I,g,C,B);if("number"==typeof I)return I&=255,"function"==typeof Uint8Array.prototype.indexOf?B?Uint8Array.prototype.indexOf.call(A,I,g):Uint8Array.prototype.lastIndexOf.call(A,I,g):h(A,[I],g,C,B);throw new TypeError("val must be string, number or Buffer")}function h(A,I,g,C,B){let i,Q=1,e=A.length,E=I.length;if(void 0!==C&&("ucs2"===(C=String(C).toLowerCase())||"ucs-2"===C||"utf16le"===C||"utf-16le"===C)){if(A.length<2||I.length<2)return-1;Q=2,e/=2,E/=2,g/=2}function t(A,I){return 1===Q?A[I]:A.readUInt16BE(I*Q)}if(B){let C=-1;for(i=g;i<e;i++)if(t(A,i)===t(I,-1===C?0:i-C)){if(-1===C&&(C=i),i-C+1===E)return C*Q}else-1!==C&&(i-=i-C),C=-1}else for(g+E>e&&(g=e-E),i=g;i>=0;i--){let g=!0;for(let C=0;C<E;C++)if(t(A,i+C)!==t(I,C)){g=!1;break}if(g)return i}return-1}function y(A,I,g,C){g=Number(g)||0;const B=A.length-g;C?(C=Number(C))>B&&(C=B):C=B;const i=I.length;let Q;for(C>i/2&&(C=i/2),Q=0;Q<C;++Q){const C=parseInt(I.substr(2*Q,2),16);if(j(C))return Q;A[g+Q]=C}return Q}function l(A,I,g,C){return O(W(I,A.length-g),A,g,C)}function k(A,I,g,C){return O(function(A){const I=[];for(let g=0;g<A.length;++g)I.push(255&A.charCodeAt(g));return I}(I),A,g,C)}function u(A,I,g,C){return O(P(I),A,g,C)}function N(A,I,g,C){return O(function(A,I){let g,C,B;const i=[];for(let Q=0;Q<A.length&&!((I-=2)<0);++Q)g=A.charCodeAt(Q),C=g>>8,B=g%256,i.push(B),i.push(C);return i}(I,A.length-g),A,g,C)}function G(A,I,g){return 0===I&&g===A.length?C.fromByteArray(A):C.fromByteArray(A.slice(I,g))}function p(A,I,g){g=Math.min(A.length,g);const C=[];let B=I;for(;B<g;){const I=A[B];let i=null,Q=I>239?4:I>223?3:I>191?2:1;if(B+Q<=g){let g,C,e,E;switch(Q){case 1:I<128&&(i=I);break;case 2:g=A[B+1],128==(192&g)&&(E=(31&I)<<6|63&g,E>127&&(i=E));break;case 3:g=A[B+1],C=A[B+2],128==(192&g)&&128==(192&C)&&(E=(15&I)<<12|(63&g)<<6|63&C,E>2047&&(E<55296||E>57343)&&(i=E));break;case 4:g=A[B+1],C=A[B+2],e=A[B+3],128==(192&g)&&128==(192&C)&&128==(192&e)&&(E=(15&I)<<18|(63&g)<<12|(63&C)<<6|63&e,E>65535&&E<1114112&&(i=E))}}null===i?(i=65533,Q=1):i>65535&&(i-=65536,C.push(i>>>10&1023|55296),i=56320|1023&i),C.push(i),B+=Q}return function(A){const I=A.length;if(I<=S)return String.fromCharCode.apply(String,A);let g="",C=0;for(;C<I;)g+=String.fromCharCode.apply(String,A.slice(C,C+=S));return g}(C)}E.TYPED_ARRAY_SUPPORT=function(){try{const A=new Uint8Array(1),I={foo:function(){return 42}};return Object.setPrototypeOf(I,Uint8Array.prototype),Object.setPrototypeOf(A,I),42===A.foo()}catch(A){return!1}}(),E.TYPED_ARRAY_SUPPORT||"undefined"==typeof console||"function"!=typeof console.error||console.error("This browser lacks typed array (Uint8Array) support which is required by `buffer` v5.x. Use `buffer` v4.x if you require old browser support."),Object.defineProperty(E.prototype,"parent",{enumerable:!0,get:function(){if(E.isBuffer(this))return this.buffer}}),Object.defineProperty(E.prototype,"offset",{enumerable:!0,get:function(){if(E.isBuffer(this))return this.byteOffset}}),E.poolSize=8192,E.from=function(A,I,g){return t(A,I,g)},Object.setPrototypeOf(E.prototype,Uint8Array.prototype),Object.setPrototypeOf(E,Uint8Array),E.alloc=function(A,I,g){return function(A,I,g){return o(A),A<=0?e(A):void 0!==I?"string"==typeof g?e(A).fill(I,g):e(A).fill(I):e(A)}(A,I,g)},E.allocUnsafe=function(A){return n(A)},E.allocUnsafeSlow=function(A){return n(A)},E.isBuffer=function(A){return null!=A&&!0===A._isBuffer&&A!==E.prototype},E.compare=function(A,I){if(X(A,Uint8Array)&&(A=E.from(A,A.offset,A.byteLength)),X(I,Uint8Array)&&(I=E.from(I,I.offset,I.byteLength)),!E.isBuffer(A)||!E.isBuffer(I))throw new TypeError('The "buf1", "buf2" arguments must be one of type Buffer or Uint8Array');if(A===I)return 0;let g=A.length,C=I.length;for(let B=0,i=Math.min(g,C);B<i;++B)if(A[B]!==I[B]){g=A[B],C=I[B];break}return g<C?-1:C<g?1:0},E.isEncoding=function(A){switch(String(A).toLowerCase()){case"hex":case"utf8":case"utf-8":case"ascii":case"latin1":case"binary":case"base64":case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return!0;default:return!1}},E.concat=function(A,I){if(!Array.isArray(A))throw new TypeError('"list" argument must be an Array of Buffers');if(0===A.length)return E.alloc(0);let g;if(void 0===I)for(I=0,g=0;g<A.length;++g)I+=A[g].length;const C=E.allocUnsafe(I);let B=0;for(g=0;g<A.length;++g){let I=A[g];if(X(I,Uint8Array))B+I.length>C.length?(E.isBuffer(I)||(I=E.from(I)),I.copy(C,B)):Uint8Array.prototype.set.call(C,I,B);else{if(!E.isBuffer(I))throw new TypeError('"list" argument must be an Array of Buffers');I.copy(C,B)}B+=I.length}return C},E.byteLength=c,E.prototype._isBuffer=!0,E.prototype.swap16=function(){const A=this.length;if(A%2!=0)throw new RangeError("Buffer size must be a multiple of 16-bits");for(let I=0;I<A;I+=2)w(this,I,I+1);return this},E.prototype.swap32=function(){const A=this.length;if(A%4!=0)throw new RangeError("Buffer size must be a multiple of 32-bits");for(let I=0;I<A;I+=4)w(this,I,I+3),w(this,I+1,I+2);return this},E.prototype.swap64=function(){const A=this.length;if(A%8!=0)throw new RangeError("Buffer size must be a multiple of 64-bits");for(let I=0;I<A;I+=8)w(this,I,I+7),w(this,I+1,I+6),w(this,I+2,I+5),w(this,I+3,I+4);return this},E.prototype.toString=function(){const A=this.length;return 0===A?"":0===arguments.length?p(this,0,A):D.apply(this,arguments)},E.prototype.toLocaleString=E.prototype.toString,E.prototype.equals=function(A){if(!E.isBuffer(A))throw new TypeError("Argument must be a Buffer");return this===A||0===E.compare(this,A)},E.prototype.inspect=function(){let A="";const g=I.IS;return A=this.toString("hex",0,g).replace(/(.{2})/g,"$1 ").trim(),this.length>g&&(A+=" ... "),"<Buffer "+A+">"},i&&(E.prototype[i]=E.prototype.inspect),E.prototype.compare=function(A,I,g,C,B){if(X(A,Uint8Array)&&(A=E.from(A,A.offset,A.byteLength)),!E.isBuffer(A))throw new TypeError('The "target" argument must be one of type Buffer or Uint8Array. Received type '+typeof A);if(void 0===I&&(I=0),void 0===g&&(g=A?A.length:0),void 0===C&&(C=0),void 0===B&&(B=this.length),I<0||g>A.length||C<0||B>this.length)throw new RangeError("out of range index");if(C>=B&&I>=g)return 0;if(C>=B)return-1;if(I>=g)return 1;if(this===A)return 0;let i=(B>>>=0)-(C>>>=0),Q=(g>>>=0)-(I>>>=0);const e=Math.min(i,Q),t=this.slice(C,B),o=A.slice(I,g);for(let A=0;A<e;++A)if(t[A]!==o[A]){i=t[A],Q=o[A];break}return i<Q?-1:Q<i?1:0},E.prototype.includes=function(A,I,g){return-1!==this.indexOf(A,I,g)},E.prototype.indexOf=function(A,I,g){return d(this,A,I,g,!0)},E.prototype.lastIndexOf=function(A,I,g){return d(this,A,I,g,!1)},E.prototype.write=function(A,I,g,C){if(void 0===I)C="utf8",g=this.length,I=0;else if(void 0===g&&"string"==typeof I)C=I,g=this.length,I=0;else{if(!isFinite(I))throw new Error("Buffer.write(string, encoding, offset[, length]) is no longer supported");I>>>=0,isFinite(g)?(g>>>=0,void 0===C&&(C="utf8")):(C=g,g=void 0)}const B=this.length-I;if((void 0===g||g>B)&&(g=B),A.length>0&&(g<0||I<0)||I>this.length)throw new RangeError("Attempt to write outside buffer bounds");C||(C="utf8");let i=!1;for(;;)switch(C){case"hex":return y(this,A,I,g);case"utf8":case"utf-8":return l(this,A,I,g);case"ascii":case"latin1":case"binary":return k(this,A,I,g);case"base64":return u(this,A,I,g);case"ucs2":case"ucs-2":case"utf16le":case"utf-16le":return N(this,A,I,g);default:if(i)throw new TypeError("Unknown encoding: "+C);C=(""+C).toLowerCase(),i=!0}},E.prototype.toJSON=function(){return{type:"Buffer",data:Array.prototype.slice.call(this._arr||this,0)}};const S=4096;function f(A,I,g){let C="";g=Math.min(A.length,g);for(let B=I;B<g;++B)C+=String.fromCharCode(127&A[B]);return C}function F(A,I,g){let C="";g=Math.min(A.length,g);for(let B=I;B<g;++B)C+=String.fromCharCode(A[B]);return C}function R(A,I,g){const C=A.length;(!I||I<0)&&(I=0),(!g||g<0||g>C)&&(g=C);let B="";for(let C=I;C<g;++C)B+=z[A[C]];return B}function U(A,I,g){const C=A.slice(I,g);let B="";for(let A=0;A<C.length-1;A+=2)B+=String.fromCharCode(C[A]+256*C[A+1]);return B}function M(A,I,g){if(A%1!=0||A<0)throw new RangeError("offset is not uint");if(A+I>g)throw new RangeError("Trying to access beyond buffer length")}function K(A,I,g,C,B,i){if(!E.isBuffer(A))throw new TypeError('"buffer" argument must be a Buffer instance');if(I>B||I<i)throw new RangeError('"value" argument is out of bounds');if(g+C>A.length)throw new RangeError("Index out of range")}function m(A,I,g,C,B){T(I,C,B,A,g,7);let i=Number(I&BigInt(4294967295));A[g++]=i,i>>=8,A[g++]=i,i>>=8,A[g++]=i,i>>=8,A[g++]=i;let Q=Number(I>>BigInt(32)&BigInt(4294967295));return A[g++]=Q,Q>>=8,A[g++]=Q,Q>>=8,A[g++]=Q,Q>>=8,A[g++]=Q,g}function J(A,I,g,C,B){T(I,C,B,A,g,7);let i=Number(I&BigInt(4294967295));A[g+7]=i,i>>=8,A[g+6]=i,i>>=8,A[g+5]=i,i>>=8,A[g+4]=i;let Q=Number(I>>BigInt(32)&BigInt(4294967295));return A[g+3]=Q,Q>>=8,A[g+2]=Q,Q>>=8,A[g+1]=Q,Q>>=8,A[g]=Q,g+8}function b(A,I,g,C,B,i){if(g+C>A.length)throw new RangeError("Index out of range");if(g<0)throw new RangeError("Index out of range")}function H(A,I,g,C,i){return I=+I,g>>>=0,i||b(A,0,g,4),B.write(A,I,g,C,23,4),g+4}function Y(A,I,g,C,i){return I=+I,g>>>=0,i||b(A,0,g,8),B.write(A,I,g,C,52,8),g+8}E.prototype.slice=function(A,I){const g=this.length;(A=~~A)<0?(A+=g)<0&&(A=0):A>g&&(A=g),(I=void 0===I?g:~~I)<0?(I+=g)<0&&(I=0):I>g&&(I=g),I<A&&(I=A);const C=this.subarray(A,I);return Object.setPrototypeOf(C,E.prototype),C},E.prototype.readUintLE=E.prototype.readUIntLE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=this[A],B=1,i=0;for(;++i<I&&(B*=256);)C+=this[A+i]*B;return C},E.prototype.readUintBE=E.prototype.readUIntBE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=this[A+--I],B=1;for(;I>0&&(B*=256);)C+=this[A+--I]*B;return C},E.prototype.readUint8=E.prototype.readUInt8=function(A,I){return A>>>=0,I||M(A,1,this.length),this[A]},E.prototype.readUint16LE=E.prototype.readUInt16LE=function(A,I){return A>>>=0,I||M(A,2,this.length),this[A]|this[A+1]<<8},E.prototype.readUint16BE=E.prototype.readUInt16BE=function(A,I){return A>>>=0,I||M(A,2,this.length),this[A]<<8|this[A+1]},E.prototype.readUint32LE=E.prototype.readUInt32LE=function(A,I){return A>>>=0,I||M(A,4,this.length),(this[A]|this[A+1]<<8|this[A+2]<<16)+16777216*this[A+3]},E.prototype.readUint32BE=E.prototype.readUInt32BE=function(A,I){return A>>>=0,I||M(A,4,this.length),16777216*this[A]+(this[A+1]<<16|this[A+2]<<8|this[A+3])},E.prototype.readBigUInt64LE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=I+256*this[++A]+65536*this[++A]+this[++A]*2**24,B=this[++A]+256*this[++A]+65536*this[++A]+g*2**24;return BigInt(C)+(BigInt(B)<<BigInt(32))}),E.prototype.readBigUInt64BE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=I*2**24+65536*this[++A]+256*this[++A]+this[++A],B=this[++A]*2**24+65536*this[++A]+256*this[++A]+g;return(BigInt(C)<<BigInt(32))+BigInt(B)}),E.prototype.readIntLE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=this[A],B=1,i=0;for(;++i<I&&(B*=256);)C+=this[A+i]*B;return B*=128,C>=B&&(C-=Math.pow(2,8*I)),C},E.prototype.readIntBE=function(A,I,g){A>>>=0,I>>>=0,g||M(A,I,this.length);let C=I,B=1,i=this[A+--C];for(;C>0&&(B*=256);)i+=this[A+--C]*B;return B*=128,i>=B&&(i-=Math.pow(2,8*I)),i},E.prototype.readInt8=function(A,I){return A>>>=0,I||M(A,1,this.length),128&this[A]?-1*(255-this[A]+1):this[A]},E.prototype.readInt16LE=function(A,I){A>>>=0,I||M(A,2,this.length);const g=this[A]|this[A+1]<<8;return 32768&g?4294901760|g:g},E.prototype.readInt16BE=function(A,I){A>>>=0,I||M(A,2,this.length);const g=this[A+1]|this[A]<<8;return 32768&g?4294901760|g:g},E.prototype.readInt32LE=function(A,I){return A>>>=0,I||M(A,4,this.length),this[A]|this[A+1]<<8|this[A+2]<<16|this[A+3]<<24},E.prototype.readInt32BE=function(A,I){return A>>>=0,I||M(A,4,this.length),this[A]<<24|this[A+1]<<16|this[A+2]<<8|this[A+3]},E.prototype.readBigInt64LE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=this[A+4]+256*this[A+5]+65536*this[A+6]+(g<<24);return(BigInt(C)<<BigInt(32))+BigInt(I+256*this[++A]+65536*this[++A]+this[++A]*2**24)}),E.prototype.readBigInt64BE=_(function(A){v(A>>>=0,"offset");const I=this[A],g=this[A+7];void 0!==I&&void 0!==g||Z(A,this.length-8);const C=(I<<24)+65536*this[++A]+256*this[++A]+this[++A];return(BigInt(C)<<BigInt(32))+BigInt(this[++A]*2**24+65536*this[++A]+256*this[++A]+g)}),E.prototype.readFloatLE=function(A,I){return A>>>=0,I||M(A,4,this.length),B.read(this,A,!0,23,4)},E.prototype.readFloatBE=function(A,I){return A>>>=0,I||M(A,4,this.length),B.read(this,A,!1,23,4)},E.prototype.readDoubleLE=function(A,I){return A>>>=0,I||M(A,8,this.length),B.read(this,A,!0,52,8)},E.prototype.readDoubleBE=function(A,I){return A>>>=0,I||M(A,8,this.length),B.read(this,A,!1,52,8)},E.prototype.writeUintLE=E.prototype.writeUIntLE=function(A,I,g,C){A=+A,I>>>=0,g>>>=0,C||K(this,A,I,g,Math.pow(2,8*g)-1,0);let B=1,i=0;for(this[I]=255&A;++i<g&&(B*=256);)this[I+i]=A/B&255;return I+g},E.prototype.writeUintBE=E.prototype.writeUIntBE=function(A,I,g,C){A=+A,I>>>=0,g>>>=0,C||K(this,A,I,g,Math.pow(2,8*g)-1,0);let B=g-1,i=1;for(this[I+B]=255&A;--B>=0&&(i*=256);)this[I+B]=A/i&255;return I+g},E.prototype.writeUint8=E.prototype.writeUInt8=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,1,255,0),this[I]=255&A,I+1},E.prototype.writeUint16LE=E.prototype.writeUInt16LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,65535,0),this[I]=255&A,this[I+1]=A>>>8,I+2},E.prototype.writeUint16BE=E.prototype.writeUInt16BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,65535,0),this[I]=A>>>8,this[I+1]=255&A,I+2},E.prototype.writeUint32LE=E.prototype.writeUInt32LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,4294967295,0),this[I+3]=A>>>24,this[I+2]=A>>>16,this[I+1]=A>>>8,this[I]=255&A,I+4},E.prototype.writeUint32BE=E.prototype.writeUInt32BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,4294967295,0),this[I]=A>>>24,this[I+1]=A>>>16,this[I+2]=A>>>8,this[I+3]=255&A,I+4},E.prototype.writeBigUInt64LE=_(function(A,I=0){return m(this,A,I,BigInt(0),BigInt("0xffffffffffffffff"))}),E.prototype.writeBigUInt64BE=_(function(A,I=0){return J(this,A,I,BigInt(0),BigInt("0xffffffffffffffff"))}),E.prototype.writeIntLE=function(A,I,g,C){if(A=+A,I>>>=0,!C){const C=Math.pow(2,8*g-1);K(this,A,I,g,C-1,-C)}let B=0,i=1,Q=0;for(this[I]=255&A;++B<g&&(i*=256);)A<0&&0===Q&&0!==this[I+B-1]&&(Q=1),this[I+B]=(A/i|0)-Q&255;return I+g},E.prototype.writeIntBE=function(A,I,g,C){if(A=+A,I>>>=0,!C){const C=Math.pow(2,8*g-1);K(this,A,I,g,C-1,-C)}let B=g-1,i=1,Q=0;for(this[I+B]=255&A;--B>=0&&(i*=256);)A<0&&0===Q&&0!==this[I+B+1]&&(Q=1),this[I+B]=(A/i|0)-Q&255;return I+g},E.prototype.writeInt8=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,1,127,-128),A<0&&(A=255+A+1),this[I]=255&A,I+1},E.prototype.writeInt16LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,32767,-32768),this[I]=255&A,this[I+1]=A>>>8,I+2},E.prototype.writeInt16BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,2,32767,-32768),this[I]=A>>>8,this[I+1]=255&A,I+2},E.prototype.writeInt32LE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,2147483647,-2147483648),this[I]=255&A,this[I+1]=A>>>8,this[I+2]=A>>>16,this[I+3]=A>>>24,I+4},E.prototype.writeInt32BE=function(A,I,g){return A=+A,I>>>=0,g||K(this,A,I,4,2147483647,-2147483648),A<0&&(A=4294967295+A+1),this[I]=A>>>24,this[I+1]=A>>>16,this[I+2]=A>>>8,this[I+3]=255&A,I+4},E.prototype.writeBigInt64LE=_(function(A,I=0){return m(this,A,I,-BigInt("0x8000000000000000"),BigInt("0x7fffffffffffffff"))}),E.prototype.writeBigInt64BE=_(function(A,I=0){return J(this,A,I,-BigInt("0x8000000000000000"),BigInt("0x7fffffffffffffff"))}),E.prototype.writeFloatLE=function(A,I,g){return H(this,A,I,!0,g)},E.prototype.writeFloatBE=function(A,I,g){return H(this,A,I,!1,g)},E.prototype.writeDoubleLE=function(A,I,g){return Y(this,A,I,!0,g)},E.prototype.writeDoubleBE=function(A,I,g){return Y(this,A,I,!1,g)},E.prototype.copy=function(A,I,g,C){if(!E.isBuffer(A))throw new TypeError("argument should be a Buffer");if(g||(g=0),C||0===C||(C=this.length),I>=A.length&&(I=A.length),I||(I=0),C>0&&C<g&&(C=g),C===g)return 0;if(0===A.length||0===this.length)return 0;if(I<0)throw new RangeError("targetStart out of bounds");if(g<0||g>=this.length)throw new RangeError("Index out of range");if(C<0)throw new RangeError("sourceEnd out of bounds");C>this.length&&(C=this.length),A.length-I<C-g&&(C=A.length-I+g);const B=C-g;return this===A&&"function"==typeof Uint8Array.prototype.copyWithin?this.copyWithin(I,g,C):Uint8Array.prototype.set.call(A,this.subarray(g,C),I),B},E.prototype.fill=function(A,I,g,C){if("string"==typeof A){if("string"==typeof I?(C=I,I=0,g=this.length):"string"==typeof g&&(C=g,g=this.length),void 0!==C&&"string"!=typeof C)throw new TypeError("encoding must be a string");if("string"==typeof C&&!E.isEncoding(C))throw new TypeError("Unknown encoding: "+C);if(1===A.length){const I=A.charCodeAt(0);("utf8"===C&&I<128||"latin1"===C)&&(A=I)}}else"number"==typeof A?A&=255:"boolean"==typeof A&&(A=Number(A));if(I<0||this.length<I||this.length<g)throw new RangeError("Out of range index");if(g<=I)return this;let B;if(I>>>=0,g=void 0===g?this.length:g>>>0,A||(A=0),"number"==typeof A)for(B=I;B<g;++B)this[B]=A;else{const i=E.isBuffer(A)?A:E.from(A,C),Q=i.length;if(0===Q)throw new TypeError('The value "'+A+'" is invalid for argument "value"');for(B=0;B<g-I;++B)this[B+I]=i[B%Q]}return this};const L={};function q(A,I,g){L[A]=class extends g{constructor(){super(),Object.defineProperty(this,"message",{value:I.apply(this,arguments),writable:!0,configurable:!0}),this.name=`${this.name} [${A}]`,this.stack,delete this.name}get code(){return A}set code(A){Object.defineProperty(this,"code",{configurable:!0,enumerable:!0,value:A,writable:!0})}toString(){return`${this.name} [${A}]: ${this.message}`}}}function V(A){let I="",g=A.length;const C="-"===A[0]?1:0;for(;g>=C+4;g-=3)I=`_${A.slice(g-3,g)}${I}`;return`${A.slice(0,g)}${I}`}function T(A,I,g,C,B,i){if(A>g||A<I){const C="bigint"==typeof I?"n":"";let B;throw B=i>3?0===I||I===BigInt(0)?`>= 0${C} and < 2${C} ** ${8*(i+1)}${C}`:`>= -(2${C} ** ${8*(i+1)-1}${C}) and < 2 ** ${8*(i+1)-1}${C}`:`>= ${I}${C} and <= ${g}${C}`,new L.ERR_OUT_OF_RANGE("value",B,A)}!function(A,I,g){v(I,"offset"),void 0!==A[I]&&void 0!==A[I+g]||Z(I,A.length-(g+1))}(C,B,i)}function v(A,I){if("number"!=typeof A)throw new L.ERR_INVALID_ARG_TYPE(I,"number",A)}function Z(A,I,g){if(Math.floor(A)!==A)throw v(A,g),new L.ERR_OUT_OF_RANGE(g||"offset","an integer",A);if(I<0)throw new L.ERR_BUFFER_OUT_OF_BOUNDS;throw new L.ERR_OUT_OF_RANGE(g||"offset",`>= ${g?1:0} and <= ${I}`,A)}q("ERR_BUFFER_OUT_OF_BOUNDS",function(A){return A?`${A} is outside of buffer bounds`:"Attempt to access memory outside buffer bounds"},RangeError),q("ERR_INVALID_ARG_TYPE",function(A,I){return`The "${A}" argument must be of type number. Received type ${typeof I}`},TypeError),q("ERR_OUT_OF_RANGE",function(A,I,g){let C=`The value of "${A}" is out of range.`,B=g;return Number.isInteger(g)&&Math.abs(g)>2**32?B=V(String(g)):"bigint"==typeof g&&(B=String(g),(g>BigInt(2)**BigInt(32)||g<-(BigInt(2)**BigInt(32)))&&(B=V(B)),B+="n"),C+=` It must be ${I}. Received ${B}`,C},RangeError);const x=/[^+/0-9A-Za-z-_]/g;function W(A,I){let g;I=I||1/0;const C=A.length;let B=null;const i=[];for(let Q=0;Q<C;++Q){if(g=A.charCodeAt(Q),g>55295&&g<57344){if(!B){if(g>56319){(I-=3)>-1&&i.push(239,191,189);continue}if(Q+1===C){(I-=3)>-1&&i.push(239,191,189);continue}B=g;continue}if(g<56320){(I-=3)>-1&&i.push(239,191,189),B=g;continue}g=65536+(B-55296<<10|g-56320)}else B&&(I-=3)>-1&&i.push(239,191,189);if(B=null,g<128){if((I-=1)<0)break;i.push(g)}else if(g<2048){if((I-=2)<0)break;i.push(g>>6|192,63&g|128)}else if(g<65536){if((I-=3)<0)break;i.push(g>>12|224,g>>6&63|128,63&g|128)}else{if(!(g<1114112))throw new Error("Invalid code point");if((I-=4)<0)break;i.push(g>>18|240,g>>12&63|128,g>>6&63|128,63&g|128)}}return i}function P(A){return C.toByteArray(function(A){if((A=(A=A.split("=")[0]).trim().replace(x,"")).length<2)return"";for(;A.length%4!=0;)A+="=";return A}(A))}function O(A,I,g,C){let B;for(B=0;B<C&&!(B+g>=I.length||B>=A.length);++B)I[B+g]=A[B];return B}function X(A,I){return A instanceof I||null!=A&&null!=A.constructor&&null!=A.constructor.name&&A.constructor.name===I.name}function j(A){return A!=A}const z=function(){const A="0123456789abcdef",I=new Array(256);for(let g=0;g<16;++g){const C=16*g;for(let B=0;B<16;++B)I[C+B]=A[g]+A[B]}return I}();function _(A){return"undefined"==typeof BigInt?$:A}function $(){throw new Error("BigInt not supported")}},8632:(A,I,g)=>{"use strict";Object.defineProperty(I,"__esModule",{value:!0}),I.createUnaryMethod=function(A,I,g,e){const E={path:A.path,requestStream:A.requestStream,responseStream:A.responseStream,options:A.options};async function*t(g,e){if((0,i.isAsyncIterable)(g))throw new Error("A middleware passed invalid request to next(): expected a single message for unary method");const E=(0,Q.makeCall)(A,I,(0,B.asyncIterableOf)(g),e);let t;for await(const I of E){if(null!=t)throw new C.ClientError(A.path,C.Status.INTERNAL,"Received more than one message from server for unary method");t=I}if(null==t)throw new C.ClientError(A.path,C.Status.INTERNAL,"Server did not return a response");return t}const o=null==g?t:(A,I)=>g({method:E,requestStream:!1,request:A,responseStream:!1,next:t},I);return async(A,I)=>{const g=o(A,{...e,...I})[Symbol.asyncIterator]();let C=await g.next();for(;;)if(C.done){if(null!=C.value)return C.value;C=await g.throw(new Error("A middleware returned void, but expected to return a message for unary method"))}else C=await g.throw(new Error("A middleware yielded a message, but expected to only return a message for unary method"))}};const C=g(91),B=g(213),i=g(7768),Q=g(2810)},9982:function(A,I,g){var C;!function(){var I={};!function(A){"use strict";A.__esModule=!0,A.digestLength=32,A.blockSize=64;var I=new Uint32Array([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]);function g(A,g,C,B,i){for(var Q,e,E,t,o,n,a,s,r,c,D,w,d;i>=64;){for(Q=g[0],e=g[1],E=g[2],t=g[3],o=g[4],n=g[5],a=g[6],s=g[7],c=0;c<16;c++)D=B+4*c,A[c]=(255&C[D])<<24|(255&C[D+1])<<16|(255&C[D+2])<<8|255&C[D+3];for(c=16;c<64;c++)w=((r=A[c-2])>>>17|r<<15)^(r>>>19|r<<13)^r>>>10,d=((r=A[c-15])>>>7|r<<25)^(r>>>18|r<<14)^r>>>3,A[c]=(w+A[c-7]|0)+(d+A[c-16]|0);for(c=0;c<64;c++)w=(((o>>>6|o<<26)^(o>>>11|o<<21)^(o>>>25|o<<7))+(o&n^~o&a)|0)+(s+(I[c]+A[c]|0)|0)|0,d=((Q>>>2|Q<<30)^(Q>>>13|Q<<19)^(Q>>>22|Q<<10))+(Q&e^Q&E^e&E)|0,s=a,a=n,n=o,o=t+w|0,t=E,E=e,e=Q,Q=w+d|0;g[0]+=Q,g[1]+=e,g[2]+=E,g[3]+=t,g[4]+=o,g[5]+=n,g[6]+=a,g[7]+=s,B+=64,i-=64}return B}var C=function(){function I(){this.digestLength=A.digestLength,this.blockSize=A.blockSize,this.state=new Int32Array(8),this.temp=new Int32Array(64),this.buffer=new Uint8Array(128),this.bufferLength=0,this.bytesHashed=0,this.finished=!1,this.reset()}return I.prototype.reset=function(){return this.state[0]=1779033703,this.state[1]=3144134277,this.state[2]=1013904242,this.state[3]=2773480762,this.state[4]=1359893119,this.state[5]=2600822924,this.state[6]=528734635,this.state[7]=1541459225,this.bufferLength=0,this.bytesHashed=0,this.finished=!1,this},I.prototype.clean=function(){for(var A=0;A<this.buffer.length;A++)this.buffer[A]=0;for(A=0;A<this.temp.length;A++)this.temp[A]=0;this.reset()},I.prototype.update=function(A,I){if(void 0===I&&(I=A.length),this.finished)throw new Error("SHA256: can't update because hash was finished.");var C=0;if(this.bytesHashed+=I,this.bufferLength>0){for(;this.bufferLength<64&&I>0;)this.buffer[this.bufferLength++]=A[C++],I--;64===this.bufferLength&&(g(this.temp,this.state,this.buffer,0,64),this.bufferLength=0)}for(I>=64&&(C=g(this.temp,this.state,A,C,I),I%=64);I>0;)this.buffer[this.bufferLength++]=A[C++],I--;return this},I.prototype.finish=function(A){if(!this.finished){var I=this.bytesHashed,C=this.bufferLength,B=I/536870912|0,i=I<<3,Q=I%64<56?64:128;this.buffer[C]=128;for(var e=C+1;e<Q-8;e++)this.buffer[e]=0;this.buffer[Q-8]=B>>>24&255,this.buffer[Q-7]=B>>>16&255,this.buffer[Q-6]=B>>>8&255,this.buffer[Q-5]=B>>>0&255,this.buffer[Q-4]=i>>>24&255,this.buffer[Q-3]=i>>>16&255,this.buffer[Q-2]=i>>>8&255,this.buffer[Q-1]=i>>>0&255,g(this.temp,this.state,this.buffer,0,Q),this.finished=!0}for(e=0;e<8;e++)A[4*e+0]=this.state[e]>>>24&255,A[4*e+1]=this.state[e]>>>16&255,A[4*e+2]=this.state[e]>>>8&255,A[4*e+3]=this.state[e]>>>0&255;return this},I.prototype.digest=function(){var A=new Uint8Array(this.digestLength);return this.finish(A),A},I.prototype._saveState=function(A){for(var I=0;I<this.state.length;I++)A[I]=this.state[I]},I.prototype._restoreState=function(A,I){for(var g=0;g<this.state.length;g++)this.state[g]=A[g];this.bytesHashed=I,this.finished=!1,this.bufferLength=0},I}();A.Hash=C;var B=function(){function A(A){this.inner=new C,this.outer=new C,this.blockSize=this.inner.blockSize,this.digestLength=this.inner.digestLength;var I=new Uint8Array(this.blockSize);if(A.length>this.blockSize)(new C).update(A).finish(I).clean();else for(var g=0;g<A.length;g++)I[g]=A[g];for(g=0;g<I.length;g++)I[g]^=54;for(this.inner.update(I),g=0;g<I.length;g++)I[g]^=106;for(this.outer.update(I),this.istate=new Uint32Array(8),this.ostate=new Uint32Array(8),this.inner._saveState(this.istate),this.outer._saveState(this.ostate),g=0;g<I.length;g++)I[g]=0}return A.prototype.reset=function(){return this.inner._restoreState(this.istate,this.inner.blockSize),this.outer._restoreState(this.ostate,this.outer.blockSize),this},A.prototype.clean=function(){for(var A=0;A<this.istate.length;A++)this.ostate[A]=this.istate[A]=0;this.inner.clean(),this.outer.clean()},A.prototype.update=function(A){return this.inner.update(A),this},A.prototype.finish=function(A){return this.outer.finished?this.outer.finish(A):(this.inner.finish(A),this.outer.update(A,this.digestLength).finish(A)),this},A.prototype.digest=function(){var A=new Uint8Array(this.digestLength);return this.finish(A),A},A}();function i(A){var I=(new C).update(A),g=I.digest();return I.clean(),g}function Q(A,I){var g=new B(A).update(I),C=g.digest();return g.clean(),C}function e(A,I,g,C){var B=C[0];if(0===B)throw new Error("hkdf: cannot expand more");I.reset(),B>1&&I.update(A),g&&I.update(g),I.update(C),I.finish(A),C[0]++}A.HMAC=B,A.hash=i,A.default=i,A.hmac=Q;var E=new Uint8Array(A.digestLength);A.hkdf=function(A,I,g,C){void 0===I&&(I=E),void 0===C&&(C=32);for(var i=new Uint8Array([1]),t=Q(I,A),o=new B(t),n=new Uint8Array(o.digestLength),a=n.length,s=new Uint8Array(C),r=0;r<C;r++)a===n.length&&(e(n,o,g,i),a=0),s[r]=n[a++];return o.clean(),n.fill(0),i.fill(0),s},A.pbkdf2=function(A,I,g,C){for(var i=new B(A),Q=i.digestLength,e=new Uint8Array(4),E=new Uint8Array(Q),t=new Uint8Array(Q),o=new Uint8Array(C),n=0;n*Q<C;n++){var a=n+1;e[0]=a>>>24&255,e[1]=a>>>16&255,e[2]=a>>>8&255,e[3]=a>>>0&255,i.reset(),i.update(I),i.update(e),i.finish(t);for(var s=0;s<Q;s++)E[s]=t[s];for(s=2;s<=g;s++){i.reset(),i.update(t).finish(t);for(var r=0;r<Q;r++)E[r]^=t[r]}for(s=0;s<Q&&n*Q+s<C;s++)o[n*Q+s]=E[s]}for(n=0;n<Q;n++)E[n]=t[n]=0;for(n=0;n<4;n++)e[n]=0;return i.clean(),o}}(I);var B=I.default;for(var i in I)B[i]=I[i];"object"==typeof A.exports?A.exports=B:void 0===(C=function(){return B}.call(I,g,I,A))||(A.exports=C)}()}},i={};function Q(A){var I=i[A];if(void 0!==I)return I.exports;var g=i[A]={exports:{}};return B[A].call(g.exports,g,g.exports,Q),g.exports}Q.m=B,I=Object.getPrototypeOf?A=>Object.getPrototypeOf(A):A=>A.__proto__,Q.t=function(g,C){if(1&C&&(g=this(g)),8&C)return g;if("object"==typeof g&&g){if(4&C&&g.__esModule)return g;if(16&C&&"function"==typeof g.then)return g}var B=Object.create(null);Q.r(B);var i={};A=A||[null,I({}),I([]),I(I)];for(var e=2&C&&g;("object"==typeof e||"function"==typeof e)&&!~A.indexOf(e);e=I(e))Object.getOwnPropertyNames(e).forEach(A=>i[A]=()=>g[A]);return i.default=()=>g,Q.d(B,i),B},Q.d=(A,I)=>{for(var g in I)Q.o(I,g)&&!Q.o(A,g)&&Object.defineProperty(A,g,{enumerable:!0,get:I[g]})},Q.f={},Q.e=A=>Promise.all(Object.keys(Q.f).reduce((I,g)=>(Q.f[g](A,I),I),[])),Q.u=A=>A+".index.js",Q.g=function(){if("object"==typeof globalThis)return globalThis;try{return this||new Function("return this")()}catch(A){if("object"==typeof window)return window}}(),Q.o=(A,I)=>Object.prototype.hasOwnProperty.call(A,I),g={},C="spark-web-context:",Q.l=(A,I,B,i)=>{if(g[A])g[A].push(I);else{var e,E;if(void 0!==B)for(var t=document.getElementsByTagName("script"),o=0;o<t.length;o++){var n=t[o];if(n.getAttribute("src")==A||n.getAttribute("data-webpack")==C+B){e=n;break}}e||(E=!0,(e=document.createElement("script")).charset="utf-8",Q.nc&&e.setAttribute("nonce",Q.nc),e.setAttribute("data-webpack",C+B),e.src=A),g[A]=[I];var a=(I,C)=>{e.onerror=e.onload=null,clearTimeout(s);var B=g[A];if(delete g[A],e.parentNode&&e.parentNode.removeChild(e),B&&B.forEach(A=>A(C)),I)return I(C)},s=setTimeout(a.bind(null,void 0,{type:"timeout",target:e}),12e4);e.onerror=a.bind(null,e.onerror),e.onload=a.bind(null,e.onload),E&&document.head.appendChild(e)}},Q.r=A=>{"undefined"!=typeof Symbol&&Symbol.toStringTag&&Object.defineProperty(A,Symbol.toStringTag,{value:"Module"}),Object.defineProperty(A,"__esModule",{value:!0})},Q.p="/",(()=>{var A={792:0};Q.f.j=(I,g)=>{var C=Q.o(A,I)?A[I]:void 0;if(0!==C)if(C)g.push(C[2]);else{var B=new Promise((g,B)=>C=A[I]=[g,B]);g.push(C[2]=B);var i=Q.p+Q.u(I),e=new Error;Q.l(i,g=>{if(Q.o(A,I)&&(0!==(C=A[I])&&(A[I]=void 0),C)){var B=g&&("load"===g.type?"missing":g.type),i=g&&g.target&&g.target.src;e.message="Loading chunk "+I+" failed.\n("+B+": "+i+")",e.name="ChunkLoadError",e.type=B,e.request=i,C[1](e)}},"chunk-"+I,I)}};var I=(I,g)=>{var C,B,[i,e,E]=g,t=0;if(i.some(I=>0!==A[I])){for(C in e)Q.o(e,C)&&(Q.m[C]=e[C]);E&&E(Q)}for(I&&I(g);t<i.length;t++)B=i[t],Q.o(A,B)&&A[B]&&A[B][0](),A[B]=0},g=self.webpackChunkspark_web_context=self.webpackChunkspark_web_context||[];g.forEach(I.bind(null,0)),g.push=I.bind(null,g.push.bind(g))})(),(()=>{"use strict";var A=Q(8287).hp,I=(Object.defineProperty,I=>new Uint8Array(A.from(I,"base64")));function g(){let A=0,I=0;for(let g=0;g<28;g+=7){let C=this.buf[this.pos++];if(A|=(127&C)<<g,!(128&C))return this.assertBounds(),[A,I]}let g=this.buf[this.pos++];if(A|=(15&g)<<28,I=(112&g)>>4,!(128&g))return this.assertBounds(),[A,I];for(let g=3;g<=31;g+=7){let C=this.buf[this.pos++];if(I|=(127&C)<<g,!(128&C))return this.assertBounds(),[A,I]}throw new Error("invalid varint")}function C(A,I,g){for(let C=0;C<28;C+=7){const B=A>>>C,i=!(B>>>7==0&&0==I),Q=255&(i?128|B:B);if(g.push(Q),!i)return}const C=A>>>28&15|(7&I)<<4,B=!!(I>>3);if(g.push(255&(B?128|C:C)),B){for(let A=3;A<31;A+=7){const C=I>>>A,B=!(C>>>7==0),i=255&(B?128|C:C);if(g.push(i),!B)return}g.push(I>>>31&1)}}const B=4294967296;function i(A){const I="-"===A[0];I&&(A=A.slice(1));const g=1e6;let C=0,i=0;function Q(I,Q){const e=Number(A.slice(I,Q));i*=g,C=C*g+e,C>=B&&(i+=C/B|0,C%=B)}return Q(-24,-18),Q(-18,-12),Q(-12,-6),Q(-6),I?t(C,i):E(C,i)}function e(A,I){if(({lo:A,hi:I}=function(A,I){return{lo:A>>>0,hi:I>>>0}}(A,I)),I<=2097151)return String(B*I+A);const g=16777215&(A>>>24|I<<8),C=I>>16&65535;let i=(16777215&A)+6777216*g+6710656*C,Q=g+8147497*C,e=2*C;const E=1e7;return i>=E&&(Q+=Math.floor(i/E),i%=E),Q>=E&&(e+=Math.floor(Q/E),Q%=E),e.toString()+o(Q)+o(i)}function E(A,I){return{lo:0|A,hi:0|I}}function t(A,I){return I=~I,A?A=1+~A:I+=1,E(A,I)}const o=A=>{const I=String(A);return"0000000".slice(I.length)+I};function n(A,I){if(A>=0){for(;A>127;)I.push(127&A|128),A>>>=7;I.push(A)}else{for(let g=0;g<9;g++)I.push(127&A|128),A>>=7;I.push(1)}}function a(){let A=this.buf[this.pos++],I=127&A;if(!(128&A))return this.assertBounds(),I;if(A=this.buf[this.pos++],I|=(127&A)<<7,!(128&A))return this.assertBounds(),I;if(A=this.buf[this.pos++],I|=(127&A)<<14,!(128&A))return this.assertBounds(),I;if(A=this.buf[this.pos++],I|=(127&A)<<21,!(128&A))return this.assertBounds(),I;A=this.buf[this.pos++],I|=(15&A)<<28;for(let I=5;128&A&&I<10;I++)A=this.buf[this.pos++];if(128&A)throw new Error("invalid varint");return this.assertBounds(),I>>>0}const s=r();function r(){const A=new DataView(new ArrayBuffer(8));if("function"==typeof BigInt&&"function"==typeof A.getBigInt64&&"function"==typeof A.getBigUint64&&"function"==typeof A.setBigInt64&&"function"==typeof A.setBigUint64&&(globalThis.Deno||"object"!=typeof process||"object"!=typeof process.env||"1"!==process.env.BUF_BIGINT_DISABLE)){const I=BigInt("-9223372036854775808"),g=BigInt("9223372036854775807"),C=BigInt("0"),B=BigInt("18446744073709551615");return{zero:BigInt(0),supported:!0,parse(A){const C="bigint"==typeof A?A:BigInt(A);if(C>g||C<I)throw new Error(`invalid int64: ${A}`);return C},uParse(A){const I="bigint"==typeof A?A:BigInt(A);if(I>B||I<C)throw new Error(`invalid uint64: ${A}`);return I},enc(I){return A.setBigInt64(0,this.parse(I),!0),{lo:A.getInt32(0,!0),hi:A.getInt32(4,!0)}},uEnc(I){return A.setBigInt64(0,this.uParse(I),!0),{lo:A.getInt32(0,!0),hi:A.getInt32(4,!0)}},dec:(I,g)=>(A.setInt32(0,I,!0),A.setInt32(4,g,!0),A.getBigInt64(0,!0)),uDec:(I,g)=>(A.setInt32(0,I,!0),A.setInt32(4,g,!0),A.getBigUint64(0,!0))}}return{zero:"0",supported:!1,parse:A=>("string"!=typeof A&&(A=A.toString()),c(A),A),uParse:A=>("string"!=typeof A&&(A=A.toString()),D(A),A),enc:A=>("string"!=typeof A&&(A=A.toString()),c(A),i(A)),uEnc:A=>("string"!=typeof A&&(A=A.toString()),D(A),i(A)),dec:(A,I)=>function(A,I){let g=E(A,I);const C=2147483648&g.hi;C&&(g=t(g.lo,g.hi));const B=e(g.lo,g.hi);return C?"-"+B:B}(A,I),uDec:(A,I)=>e(A,I)}}function c(A){if(!/^-?[0-9]+$/.test(A))throw new Error("invalid int64: "+A)}function D(A){if(!/^[0-9]+$/.test(A))throw new Error("invalid uint64: "+A)}const w=Symbol.for("@bufbuild/protobuf/text-encoding");function d(){if(null==globalThis[w]){const A=new globalThis.TextEncoder,I=new globalThis.TextDecoder;globalThis[w]={encodeUtf8:I=>A.encode(I),decodeUtf8:A=>I.decode(A),checkUtf8(A){try{return encodeURIComponent(A),!0}catch(A){return!1}}}}return globalThis[w]}var h;!function(A){A[A.Varint=0]="Varint",A[A.Bit64=1]="Bit64",A[A.LengthDelimited=2]="LengthDelimited",A[A.StartGroup=3]="StartGroup",A[A.EndGroup=4]="EndGroup",A[A.Bit32=5]="Bit32"}(h||(h={}));class y{constructor(A=d().encodeUtf8){this.encodeUtf8=A,this.stack=[],this.chunks=[],this.buf=[]}finish(){this.buf.length&&(this.chunks.push(new Uint8Array(this.buf)),this.buf=[]);let A=0;for(let I=0;I<this.chunks.length;I++)A+=this.chunks[I].length;let I=new Uint8Array(A),g=0;for(let A=0;A<this.chunks.length;A++)I.set(this.chunks[A],g),g+=this.chunks[A].length;return this.chunks=[],I}fork(){return this.stack.push({chunks:this.chunks,buf:this.buf}),this.chunks=[],this.buf=[],this}join(){let A=this.finish(),I=this.stack.pop();if(!I)throw new Error("invalid state, fork stack empty");return this.chunks=I.chunks,this.buf=I.buf,this.uint32(A.byteLength),this.raw(A)}tag(A,I){return this.uint32((A<<3|I)>>>0)}raw(A){return this.buf.length&&(this.chunks.push(new Uint8Array(this.buf)),this.buf=[]),this.chunks.push(A),this}uint32(A){for(u(A);A>127;)this.buf.push(127&A|128),A>>>=7;return this.buf.push(A),this}int32(A){return k(A),n(A,this.buf),this}bool(A){return this.buf.push(A?1:0),this}bytes(A){return this.uint32(A.byteLength),this.raw(A)}string(A){let I=this.encodeUtf8(A);return this.uint32(I.byteLength),this.raw(I)}float(A){!function(A){if("string"==typeof A){const I=A;if(A=Number(A),Number.isNaN(A)&&"NaN"!==I)throw new Error("invalid float32: "+I)}else if("number"!=typeof A)throw new Error("invalid float32: "+typeof A);if(Number.isFinite(A)&&(A>34028234663852886e22||A<-34028234663852886e22))throw new Error("invalid float32: "+A)}(A);let I=new Uint8Array(4);return new DataView(I.buffer).setFloat32(0,A,!0),this.raw(I)}double(A){let I=new Uint8Array(8);return new DataView(I.buffer).setFloat64(0,A,!0),this.raw(I)}fixed32(A){u(A);let I=new Uint8Array(4);return new DataView(I.buffer).setUint32(0,A,!0),this.raw(I)}sfixed32(A){k(A);let I=new Uint8Array(4);return new DataView(I.buffer).setInt32(0,A,!0),this.raw(I)}sint32(A){return k(A),n(A=(A<<1^A>>31)>>>0,this.buf),this}sfixed64(A){let I=new Uint8Array(8),g=new DataView(I.buffer),C=s.enc(A);return g.setInt32(0,C.lo,!0),g.setInt32(4,C.hi,!0),this.raw(I)}fixed64(A){let I=new Uint8Array(8),g=new DataView(I.buffer),C=s.uEnc(A);return g.setInt32(0,C.lo,!0),g.setInt32(4,C.hi,!0),this.raw(I)}int64(A){let I=s.enc(A);return C(I.lo,I.hi,this.buf),this}sint64(A){const I=s.enc(A),g=I.hi>>31;return C(I.lo<<1^g,(I.hi<<1|I.lo>>>31)^g,this.buf),this}uint64(A){const I=s.uEnc(A);return C(I.lo,I.hi,this.buf),this}}class l{constructor(A,I=d().decodeUtf8){this.decodeUtf8=I,this.varint64=g,this.uint32=a,this.buf=A,this.len=A.length,this.pos=0,this.view=new DataView(A.buffer,A.byteOffset,A.byteLength)}tag(){let A=this.uint32(),I=A>>>3,g=7&A;if(I<=0||g<0||g>5)throw new Error("illegal tag: field no "+I+" wire type "+g);return[I,g]}skip(A,I){let g=this.pos;switch(A){case h.Varint:for(;128&this.buf[this.pos++];);break;case h.Bit64:this.pos+=4;case h.Bit32:this.pos+=4;break;case h.LengthDelimited:let g=this.uint32();this.pos+=g;break;case h.StartGroup:for(;;){const[A,g]=this.tag();if(g===h.EndGroup){if(void 0!==I&&A!==I)throw new Error("invalid end group tag");break}this.skip(g,A)}break;default:throw new Error("cant skip wire type "+A)}return this.assertBounds(),this.buf.subarray(g,this.pos)}assertBounds(){if(this.pos>this.len)throw new RangeError("premature EOF")}int32(){return 0|this.uint32()}sint32(){let A=this.uint32();return A>>>1^-(1&A)}int64(){return s.dec(...this.varint64())}uint64(){return s.uDec(...this.varint64())}sint64(){let[A,I]=this.varint64(),g=-(1&A);return A=(A>>>1|(1&I)<<31)^g,I=I>>>1^g,s.dec(A,I)}bool(){let[A,I]=this.varint64();return 0!==A||0!==I}fixed32(){return this.view.getUint32((this.pos+=4)-4,!0)}sfixed32(){return this.view.getInt32((this.pos+=4)-4,!0)}fixed64(){return s.uDec(this.sfixed32(),this.sfixed32())}sfixed64(){return s.dec(this.sfixed32(),this.sfixed32())}float(){return this.view.getFloat32((this.pos+=4)-4,!0)}double(){return this.view.getFloat64((this.pos+=8)-8,!0)}bytes(){let A=this.uint32(),I=this.pos;return this.pos+=A,this.assertBounds(),this.buf.subarray(I,I+A)}string(){return this.decodeUtf8(this.bytes())}}function k(A){if("string"==typeof A)A=Number(A);else if("number"!=typeof A)throw new Error("invalid int32: "+typeof A);if(!Number.isInteger(A)||A>2147483647||A<-2147483648)throw new Error("invalid int32: "+A)}function u(A){if("string"==typeof A)A=Number(A);else if("number"!=typeof A)throw new Error("invalid uint32: "+typeof A);if(!Number.isInteger(A)||A>4294967295||A<0)throw new Error("invalid uint32: "+A)}const N={encode:(A,I=new y)=>(0!==A.seconds&&I.uint32(8).int64(A.seconds),0!==A.nanos&&I.uint32(16).int32(A.nanos),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={seconds:0,nanos:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.seconds=G(g.int64());continue;case 2:if(16!==A)break;B.nanos=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({seconds:p(A.seconds)?globalThis.Number(A.seconds):0,nanos:p(A.nanos)?globalThis.Number(A.nanos):0}),toJSON(A){const I={};return 0!==A.seconds&&(I.seconds=Math.round(A.seconds)),0!==A.nanos&&(I.nanos=Math.round(A.nanos)),I},create:A=>N.fromPartial(A??{}),fromPartial(A){const I={seconds:0,nanos:0};return I.seconds=A.seconds??0,I.nanos=A.nanos??0,I}};function G(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function p(A){return null!=A}let S=function(A){return A[A.CREATION=0]="CREATION",A[A.TRANSFER=1]="TRANSFER",A[A.AGGREGATE=2]="AGGREGATE",A[A.REFRESH=3]="REFRESH",A[A.EXTEND=4]="EXTEND",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function f(A){switch(A){case 0:case"CREATION":return S.CREATION;case 1:case"TRANSFER":return S.TRANSFER;case 2:case"AGGREGATE":return S.AGGREGATE;case 3:case"REFRESH":return S.REFRESH;case 4:case"EXTEND":return S.EXTEND;default:return S.UNRECOGNIZED}}function F(){return{hiding:new Uint8Array(0),binding:new Uint8Array(0)}}const R={encode:(A,I=new y)=>(0!==A.hiding.length&&I.uint32(10).bytes(A.hiding),0!==A.binding.length&&I.uint32(18).bytes(A.binding),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=F();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.hiding=g.bytes();continue;case 2:if(18!==A)break;B.binding=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({hiding:K(A.hiding)?U(A.hiding):new Uint8Array(0),binding:K(A.binding)?U(A.binding):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.hiding.length&&(I.hiding=M(A.hiding)),0!==A.binding.length&&(I.binding=M(A.binding)),I},create:A=>R.fromPartial(A??{}),fromPartial(A){const I=F();return I.hiding=A.hiding??new Uint8Array(0),I.binding=A.binding??new Uint8Array(0),I}};function U(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function M(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function K(A){return null!=A}const m={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>m.fromPartial(A??{}),fromPartial:A=>({})};let J=function(A){return A[A.UNSPECIFIED=0]="UNSPECIFIED",A[A.MAINNET=1]="MAINNET",A[A.REGTEST=2]="REGTEST",A[A.TESTNET=3]="TESTNET",A[A.SIGNET=4]="SIGNET",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function b(A){switch(A){case 0:case"UNSPECIFIED":return J.UNSPECIFIED;case 1:case"MAINNET":return J.MAINNET;case 2:case"REGTEST":return J.REGTEST;case 3:case"TESTNET":return J.TESTNET;case 4:case"SIGNET":return J.SIGNET;default:return J.UNRECOGNIZED}}function H(A){switch(A){case J.UNSPECIFIED:return"UNSPECIFIED";case J.MAINNET:return"MAINNET";case J.REGTEST:return"REGTEST";case J.TESTNET:return"TESTNET";case J.SIGNET:return"SIGNET";case J.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let Y=function(A){return A[A.NEXT=0]="NEXT",A[A.PREVIOUS=1]="PREVIOUS",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function L(A){switch(A){case 0:case"NEXT":return Y.NEXT;case 1:case"PREVIOUS":return Y.PREVIOUS;default:return Y.UNRECOGNIZED}}let q=function(A){return A[A.TRANSFER_STATUS_SENDER_INITIATED=0]="TRANSFER_STATUS_SENDER_INITIATED",A[A.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING=1]="TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING",A[A.TRANSFER_STATUS_SENDER_KEY_TWEAKED=2]="TRANSFER_STATUS_SENDER_KEY_TWEAKED",A[A.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED=3]="TRANSFER_STATUS_RECEIVER_KEY_TWEAKED",A[A.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED=4]="TRANSFER_STATUS_RECEIVER_REFUND_SIGNED",A[A.TRANSFER_STATUS_COMPLETED=5]="TRANSFER_STATUS_COMPLETED",A[A.TRANSFER_STATUS_EXPIRED=6]="TRANSFER_STATUS_EXPIRED",A[A.TRANSFER_STATUS_RETURNED=7]="TRANSFER_STATUS_RETURNED",A[A.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR=8]="TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR",A[A.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED=9]="TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED",A[A.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED=10]="TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED",A[A.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK=11]="TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function V(A){switch(A){case 0:case"TRANSFER_STATUS_SENDER_INITIATED":return q.TRANSFER_STATUS_SENDER_INITIATED;case 1:case"TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING":return q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING;case 2:case"TRANSFER_STATUS_SENDER_KEY_TWEAKED":return q.TRANSFER_STATUS_SENDER_KEY_TWEAKED;case 3:case"TRANSFER_STATUS_RECEIVER_KEY_TWEAKED":return q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED;case 4:case"TRANSFER_STATUS_RECEIVER_REFUND_SIGNED":return q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED;case 5:case"TRANSFER_STATUS_COMPLETED":return q.TRANSFER_STATUS_COMPLETED;case 6:case"TRANSFER_STATUS_EXPIRED":return q.TRANSFER_STATUS_EXPIRED;case 7:case"TRANSFER_STATUS_RETURNED":return q.TRANSFER_STATUS_RETURNED;case 8:case"TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR":return q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR;case 9:case"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED":return q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED;case 10:case"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED":return q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED;case 11:case"TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK":return q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK;default:return q.UNRECOGNIZED}}function T(A){switch(A){case q.TRANSFER_STATUS_SENDER_INITIATED:return"TRANSFER_STATUS_SENDER_INITIATED";case q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING:return"TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING";case q.TRANSFER_STATUS_SENDER_KEY_TWEAKED:return"TRANSFER_STATUS_SENDER_KEY_TWEAKED";case q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED:return"TRANSFER_STATUS_RECEIVER_KEY_TWEAKED";case q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED:return"TRANSFER_STATUS_RECEIVER_REFUND_SIGNED";case q.TRANSFER_STATUS_COMPLETED:return"TRANSFER_STATUS_COMPLETED";case q.TRANSFER_STATUS_EXPIRED:return"TRANSFER_STATUS_EXPIRED";case q.TRANSFER_STATUS_RETURNED:return"TRANSFER_STATUS_RETURNED";case q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR:return"TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR";case q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED:return"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED";case q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED:return"TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED";case q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK:return"TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK";case q.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let v=function(A){return A[A.TRANSFER_RECEIVER_STATUS_INITIATED=0]="TRANSFER_RECEIVER_STATUS_INITIATED",A[A.TRANSFER_RECEIVER_STATUS_CLAIM_PENDING=1]="TRANSFER_RECEIVER_STATUS_CLAIM_PENDING",A[A.TRANSFER_RECEIVER_STATUS_KEY_TWEAKED=2]="TRANSFER_RECEIVER_STATUS_KEY_TWEAKED",A[A.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED=3]="TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED",A[A.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED=4]="TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED",A[A.TRANSFER_RECEIVER_STATUS_REFUND_SIGNED=5]="TRANSFER_RECEIVER_STATUS_REFUND_SIGNED",A[A.TRANSFER_RECEIVER_STATUS_COMPLETED=6]="TRANSFER_RECEIVER_STATUS_COMPLETED",A[A.TRANSFER_RECEIVER_STATUS_CANCELLED=7]="TRANSFER_RECEIVER_STATUS_CANCELLED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Z(A){switch(A){case 0:case"TRANSFER_RECEIVER_STATUS_INITIATED":return v.TRANSFER_RECEIVER_STATUS_INITIATED;case 1:case"TRANSFER_RECEIVER_STATUS_CLAIM_PENDING":return v.TRANSFER_RECEIVER_STATUS_CLAIM_PENDING;case 2:case"TRANSFER_RECEIVER_STATUS_KEY_TWEAKED":return v.TRANSFER_RECEIVER_STATUS_KEY_TWEAKED;case 3:case"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED":return v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED;case 4:case"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED":return v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED;case 5:case"TRANSFER_RECEIVER_STATUS_REFUND_SIGNED":return v.TRANSFER_RECEIVER_STATUS_REFUND_SIGNED;case 6:case"TRANSFER_RECEIVER_STATUS_COMPLETED":return v.TRANSFER_RECEIVER_STATUS_COMPLETED;case 7:case"TRANSFER_RECEIVER_STATUS_CANCELLED":return v.TRANSFER_RECEIVER_STATUS_CANCELLED;default:return v.UNRECOGNIZED}}let x=function(A){return A[A.PREIMAGE_SWAP=0]="PREIMAGE_SWAP",A[A.COOPERATIVE_EXIT=1]="COOPERATIVE_EXIT",A[A.TRANSFER=2]="TRANSFER",A[A.UTXO_SWAP=3]="UTXO_SWAP",A[A.SWAP=30]="SWAP",A[A.COUNTER_SWAP=40]="COUNTER_SWAP",A[A.PRIMARY_SWAP_V3=4]="PRIMARY_SWAP_V3",A[A.COUNTER_SWAP_V3=5]="COUNTER_SWAP_V3",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function W(A){switch(A){case 0:case"PREIMAGE_SWAP":return x.PREIMAGE_SWAP;case 1:case"COOPERATIVE_EXIT":return x.COOPERATIVE_EXIT;case 2:case"TRANSFER":return x.TRANSFER;case 3:case"UTXO_SWAP":return x.UTXO_SWAP;case 30:case"SWAP":return x.SWAP;case 40:case"COUNTER_SWAP":return x.COUNTER_SWAP;case 4:case"PRIMARY_SWAP_V3":return x.PRIMARY_SWAP_V3;case 5:case"COUNTER_SWAP_V3":return x.COUNTER_SWAP_V3;default:return x.UNRECOGNIZED}}function P(A){switch(A){case x.PREIMAGE_SWAP:return"PREIMAGE_SWAP";case x.COOPERATIVE_EXIT:return"COOPERATIVE_EXIT";case x.TRANSFER:return"TRANSFER";case x.UTXO_SWAP:return"UTXO_SWAP";case x.SWAP:return"SWAP";case x.COUNTER_SWAP:return"COUNTER_SWAP";case x.PRIMARY_SWAP_V3:return"PRIMARY_SWAP_V3";case x.COUNTER_SWAP_V3:return"COUNTER_SWAP_V3";case x.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let O=function(A){return A[A.DESCENDING=0]="DESCENDING",A[A.ASCENDING=1]="ASCENDING",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function X(A){switch(A){case 0:case"DESCENDING":return O.DESCENDING;case 1:case"ASCENDING":return O.ASCENDING;default:return O.UNRECOGNIZED}}function j(A){switch(A){case O.DESCENDING:return"DESCENDING";case O.ASCENDING:return"ASCENDING";case O.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let z=function(A){return A[A.PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE=0]="PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE",A[A.PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED=1]="PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED",A[A.PREIMAGE_REQUEST_STATUS_RETURNED=2]="PREIMAGE_REQUEST_STATUS_RETURNED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function _(A){switch(A){case 0:case"PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE":return z.PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE;case 1:case"PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED":return z.PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED;case 2:case"PREIMAGE_REQUEST_STATUS_RETURNED":return z.PREIMAGE_REQUEST_STATUS_RETURNED;default:return z.UNRECOGNIZED}}function $(A){switch(A){case z.PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE:return"PREIMAGE_REQUEST_STATUS_WAITING_FOR_PREIMAGE";case z.PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED:return"PREIMAGE_REQUEST_STATUS_PREIMAGE_SHARED";case z.PREIMAGE_REQUEST_STATUS_RETURNED:return"PREIMAGE_REQUEST_STATUS_RETURNED";case z.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let AA=function(A){return A[A.PREIMAGE_REQUEST_ROLE_RECEIVER=0]="PREIMAGE_REQUEST_ROLE_RECEIVER",A[A.PREIMAGE_REQUEST_ROLE_SENDER=1]="PREIMAGE_REQUEST_ROLE_SENDER",A[A.PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER=2]="PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function IA(A){switch(A){case 0:case"PREIMAGE_REQUEST_ROLE_RECEIVER":return AA.PREIMAGE_REQUEST_ROLE_RECEIVER;case 1:case"PREIMAGE_REQUEST_ROLE_SENDER":return AA.PREIMAGE_REQUEST_ROLE_SENDER;case 2:case"PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER":return AA.PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER;default:return AA.UNRECOGNIZED}}let gA=function(A){return A[A.Fixed=0]="Fixed",A[A.MaxFee=1]="MaxFee",A[A.Refund=2]="Refund",A[A.Instant=3]="Instant",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({}),CA=function(A){return A[A.HASH_VARIANT_UNSPECIFIED=0]="HASH_VARIANT_UNSPECIFIED",A[A.HASH_VARIANT_V2=1]="HASH_VARIANT_V2",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function BA(A){switch(A){case 0:case"HASH_VARIANT_UNSPECIFIED":return CA.HASH_VARIANT_UNSPECIFIED;case 1:case"HASH_VARIANT_V2":return CA.HASH_VARIANT_V2;default:return CA.UNRECOGNIZED}}function iA(A){switch(A){case CA.HASH_VARIANT_UNSPECIFIED:return"HASH_VARIANT_UNSPECIFIED";case CA.HASH_VARIANT_V2:return"HASH_VARIANT_V2";case CA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let QA=function(A){return A[A.NOT_FOUND=0]="NOT_FOUND",A[A.PENDING=1]="PENDING",A[A.FINALIZED=2]="FINALIZED",A[A.RETURNED=4]="RETURNED",A[A.MISMATCHED_INVOICE_FINALIZED=5]="MISMATCHED_INVOICE_FINALIZED",A[A.MISMATCHED_INVOICE_PENDING=6]="MISMATCHED_INVOICE_PENDING",A[A.MISMATCHED_INVOICE_RETURNED=7]="MISMATCHED_INVOICE_RETURNED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function eA(A){switch(A){case 0:case"NOT_FOUND":return QA.NOT_FOUND;case 1:case"PENDING":return QA.PENDING;case 2:case"FINALIZED":return QA.FINALIZED;case 4:case"RETURNED":return QA.RETURNED;case 5:case"MISMATCHED_INVOICE_FINALIZED":return QA.MISMATCHED_INVOICE_FINALIZED;case 6:case"MISMATCHED_INVOICE_PENDING":return QA.MISMATCHED_INVOICE_PENDING;case 7:case"MISMATCHED_INVOICE_RETURNED":return QA.MISMATCHED_INVOICE_RETURNED;default:return QA.UNRECOGNIZED}}let EA=function(A){return A[A.TREE_NODE_STATUS_CREATING=0]="TREE_NODE_STATUS_CREATING",A[A.TREE_NODE_STATUS_AVAILABLE=1]="TREE_NODE_STATUS_AVAILABLE",A[A.TREE_NODE_STATUS_FROZEN_BY_ISSUER=2]="TREE_NODE_STATUS_FROZEN_BY_ISSUER",A[A.TREE_NODE_STATUS_TRANSFER_LOCKED=3]="TREE_NODE_STATUS_TRANSFER_LOCKED",A[A.TREE_NODE_STATUS_SPLIT_LOCKED=4]="TREE_NODE_STATUS_SPLIT_LOCKED",A[A.TREE_NODE_STATUS_SPLITTED=5]="TREE_NODE_STATUS_SPLITTED",A[A.TREE_NODE_STATUS_AGGREGATED=6]="TREE_NODE_STATUS_AGGREGATED",A[A.TREE_NODE_STATUS_ON_CHAIN=7]="TREE_NODE_STATUS_ON_CHAIN",A[A.TREE_NODE_STATUS_AGGREGATE_LOCK=8]="TREE_NODE_STATUS_AGGREGATE_LOCK",A[A.TREE_NODE_STATUS_EXITED=9]="TREE_NODE_STATUS_EXITED",A[A.TREE_NODE_STATUS_RENEW_LOCKED=10]="TREE_NODE_STATUS_RENEW_LOCKED",A[A.TREE_NODE_STATUS_UNAVAILABLE=11]="TREE_NODE_STATUS_UNAVAILABLE",A[A.TREE_NODE_STATUS_PARENT_EXITED=12]="TREE_NODE_STATUS_PARENT_EXITED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function tA(A){switch(A){case 0:case"TREE_NODE_STATUS_CREATING":return EA.TREE_NODE_STATUS_CREATING;case 1:case"TREE_NODE_STATUS_AVAILABLE":return EA.TREE_NODE_STATUS_AVAILABLE;case 2:case"TREE_NODE_STATUS_FROZEN_BY_ISSUER":return EA.TREE_NODE_STATUS_FROZEN_BY_ISSUER;case 3:case"TREE_NODE_STATUS_TRANSFER_LOCKED":return EA.TREE_NODE_STATUS_TRANSFER_LOCKED;case 4:case"TREE_NODE_STATUS_SPLIT_LOCKED":return EA.TREE_NODE_STATUS_SPLIT_LOCKED;case 5:case"TREE_NODE_STATUS_SPLITTED":return EA.TREE_NODE_STATUS_SPLITTED;case 6:case"TREE_NODE_STATUS_AGGREGATED":return EA.TREE_NODE_STATUS_AGGREGATED;case 7:case"TREE_NODE_STATUS_ON_CHAIN":return EA.TREE_NODE_STATUS_ON_CHAIN;case 8:case"TREE_NODE_STATUS_AGGREGATE_LOCK":return EA.TREE_NODE_STATUS_AGGREGATE_LOCK;case 9:case"TREE_NODE_STATUS_EXITED":return EA.TREE_NODE_STATUS_EXITED;case 10:case"TREE_NODE_STATUS_RENEW_LOCKED":return EA.TREE_NODE_STATUS_RENEW_LOCKED;case 11:case"TREE_NODE_STATUS_UNAVAILABLE":return EA.TREE_NODE_STATUS_UNAVAILABLE;case 12:case"TREE_NODE_STATUS_PARENT_EXITED":return EA.TREE_NODE_STATUS_PARENT_EXITED;default:return EA.UNRECOGNIZED}}function oA(A){switch(A){case EA.TREE_NODE_STATUS_CREATING:return"TREE_NODE_STATUS_CREATING";case EA.TREE_NODE_STATUS_AVAILABLE:return"TREE_NODE_STATUS_AVAILABLE";case EA.TREE_NODE_STATUS_FROZEN_BY_ISSUER:return"TREE_NODE_STATUS_FROZEN_BY_ISSUER";case EA.TREE_NODE_STATUS_TRANSFER_LOCKED:return"TREE_NODE_STATUS_TRANSFER_LOCKED";case EA.TREE_NODE_STATUS_SPLIT_LOCKED:return"TREE_NODE_STATUS_SPLIT_LOCKED";case EA.TREE_NODE_STATUS_SPLITTED:return"TREE_NODE_STATUS_SPLITTED";case EA.TREE_NODE_STATUS_AGGREGATED:return"TREE_NODE_STATUS_AGGREGATED";case EA.TREE_NODE_STATUS_ON_CHAIN:return"TREE_NODE_STATUS_ON_CHAIN";case EA.TREE_NODE_STATUS_AGGREGATE_LOCK:return"TREE_NODE_STATUS_AGGREGATE_LOCK";case EA.TREE_NODE_STATUS_EXITED:return"TREE_NODE_STATUS_EXITED";case EA.TREE_NODE_STATUS_RENEW_LOCKED:return"TREE_NODE_STATUS_RENEW_LOCKED";case EA.TREE_NODE_STATUS_UNAVAILABLE:return"TREE_NODE_STATUS_UNAVAILABLE";case EA.TREE_NODE_STATUS_PARENT_EXITED:return"TREE_NODE_STATUS_PARENT_EXITED";case EA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let nA=function(A){return A[A.REASON_SEND=0]="REASON_SEND",A[A.REASON_RECEIVE=1]="REASON_RECEIVE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function aA(A){switch(A){case 0:case"REASON_SEND":return nA.REASON_SEND;case 1:case"REASON_RECEIVE":return nA.REASON_RECEIVE;default:return nA.UNRECOGNIZED}}function sA(){return{identityPublicKey:new Uint8Array(0)}}const rA={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(82).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=sA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 10:if(82!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>rA.fromPartial(A??{}),fromPartial(A){const I=sA();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}},cA={encode(A,I=new y){switch(A.event?.$case){case"receiverTransfer":yA.encode(A.event.receiverTransfer,I.uint32(10).fork()).join();break;case"deposit":lA.encode(A.event.deposit,I.uint32(18).fork()).join();break;case"connected":dA.encode(A.event.connected,I.uint32(26).fork()).join();break;case"senderTransfer":yA.encode(A.event.senderTransfer,I.uint32(34).fork()).join();break;case"heartbeat":hA.encode(A.event.heartbeat,I.uint32(42).fork()).join();break;case"tokenTransaction":wA.encode(A.event.tokenTransaction,I.uint32(50).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={event:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.event={$case:"receiverTransfer",receiverTransfer:yA.decode(g,g.uint32())};continue;case 2:if(18!==A)break;B.event={$case:"deposit",deposit:lA.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.event={$case:"connected",connected:dA.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.event={$case:"senderTransfer",senderTransfer:yA.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.event={$case:"heartbeat",heartbeat:hA.decode(g,g.uint32())};continue;case 6:if(50!==A)break;B.event={$case:"tokenTransaction",tokenTransaction:wA.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({event:lB(A.transfer)?{$case:"receiverTransfer",receiverTransfer:yA.fromJSON(A.transfer)}:lB(A.deposit)?{$case:"deposit",deposit:lA.fromJSON(A.deposit)}:lB(A.connected)?{$case:"connected",connected:dA.fromJSON(A.connected)}:lB(A.senderTransfer)?{$case:"senderTransfer",senderTransfer:yA.fromJSON(A.senderTransfer)}:lB(A.heartbeat)?{$case:"heartbeat",heartbeat:hA.fromJSON(A.heartbeat)}:lB(A.tokenTransaction)?{$case:"tokenTransaction",tokenTransaction:wA.fromJSON(A.tokenTransaction)}:void 0}),toJSON(A){const I={};return"receiverTransfer"===A.event?.$case?I.transfer=yA.toJSON(A.event.receiverTransfer):"deposit"===A.event?.$case?I.deposit=lA.toJSON(A.event.deposit):"connected"===A.event?.$case?I.connected=dA.toJSON(A.event.connected):"senderTransfer"===A.event?.$case?I.senderTransfer=yA.toJSON(A.event.senderTransfer):"heartbeat"===A.event?.$case?I.heartbeat=hA.toJSON(A.event.heartbeat):"tokenTransaction"===A.event?.$case&&(I.tokenTransaction=wA.toJSON(A.event.tokenTransaction)),I},create:A=>cA.fromPartial(A??{}),fromPartial(A){const I={event:void 0};switch(A.event?.$case){case"receiverTransfer":void 0!==A.event?.receiverTransfer&&null!==A.event?.receiverTransfer&&(I.event={$case:"receiverTransfer",receiverTransfer:yA.fromPartial(A.event.receiverTransfer)});break;case"deposit":void 0!==A.event?.deposit&&null!==A.event?.deposit&&(I.event={$case:"deposit",deposit:lA.fromPartial(A.event.deposit)});break;case"connected":void 0!==A.event?.connected&&null!==A.event?.connected&&(I.event={$case:"connected",connected:dA.fromPartial(A.event.connected)});break;case"senderTransfer":void 0!==A.event?.senderTransfer&&null!==A.event?.senderTransfer&&(I.event={$case:"senderTransfer",senderTransfer:yA.fromPartial(A.event.senderTransfer)});break;case"heartbeat":void 0!==A.event?.heartbeat&&null!==A.event?.heartbeat&&(I.event={$case:"heartbeat",heartbeat:hA.fromPartial(A.event.heartbeat)});break;case"tokenTransaction":void 0!==A.event?.tokenTransaction&&null!==A.event?.tokenTransaction&&(I.event={$case:"tokenTransaction",tokenTransaction:wA.fromPartial(A.event.tokenTransaction)})}return I}};function DA(){return{tokenTransactionHash:new Uint8Array(0),tokenIdentifiers:[],sparkInvoices:[]}}const wA={encode(A,I=new y){0!==A.tokenTransactionHash.length&&I.uint32(10).bytes(A.tokenTransactionHash);for(const g of A.tokenIdentifiers)I.uint32(18).bytes(g);for(const g of A.sparkInvoices)I.uint32(26).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=DA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransactionHash=g.bytes();continue;case 2:if(18!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 3:if(26!==A)break;B.sparkInvoices.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransactionHash:lB(A.tokenTransactionHash)?rB(A.tokenTransactionHash):new Uint8Array(0),tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>rB(A)):[],sparkInvoices:globalThis.Array.isArray(A?.sparkInvoices)?A.sparkInvoices.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return 0!==A.tokenTransactionHash.length&&(I.tokenTransactionHash=cB(A.tokenTransactionHash)),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>cB(A))),A.sparkInvoices?.length&&(I.sparkInvoices=A.sparkInvoices),I},create:A=>wA.fromPartial(A??{}),fromPartial(A){const I=DA();return I.tokenTransactionHash=A.tokenTransactionHash??new Uint8Array(0),I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.sparkInvoices=A.sparkInvoices?.map(A=>A)||[],I}},dA={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>dA.fromPartial(A??{}),fromPartial:A=>({})},hA={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>hA.fromPartial(A??{}),fromPartial:A=>({})},yA={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(82).fork()).join(),""!==A.traceId&&I.uint32(90).string(A.traceId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,traceId:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 10:if(82!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 11:if(90!==A)break;B.traceId=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,traceId:lB(A.traceId)?globalThis.String(A.traceId):""}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),""!==A.traceId&&(I.traceId=A.traceId),I},create:A=>yA.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,traceId:""};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.traceId=A.traceId??"",I}},lA={encode:(A,I=new y)=>(void 0!==A.deposit&&hI.encode(A.deposit,I.uint32(82).fork()).join(),""!==A.traceId&&I.uint32(90).string(A.traceId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={deposit:void 0,traceId:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 10:if(82!==A)break;B.deposit=hI.decode(g,g.uint32());continue;case 11:if(90!==A)break;B.traceId=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({deposit:lB(A.deposit)?hI.fromJSON(A.deposit):void 0,traceId:lB(A.traceId)?globalThis.String(A.traceId):""}),toJSON(A){const I={};return void 0!==A.deposit&&(I.deposit=hI.toJSON(A.deposit)),""!==A.traceId&&(I.traceId=A.traceId),I},create:A=>lA.fromPartial(A??{}),fromPartial(A){const I={deposit:void 0,traceId:""};return I.deposit=void 0!==A.deposit&&null!==A.deposit?hI.fromPartial(A.deposit):void 0,I.traceId=A.traceId??"",I}},kA={encode:(A,I=new y)=>(0!==A.unsafePageSize&&I.uint32(8).int32(A.unsafePageSize),0!==A.pageSize&&I.uint32(32).uint32(A.pageSize),""!==A.cursor&&I.uint32(18).string(A.cursor),0!==A.direction&&I.uint32(24).int32(A.direction),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={unsafePageSize:0,pageSize:0,cursor:"",direction:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.unsafePageSize=g.int32();continue;case 4:if(32!==A)break;B.pageSize=g.uint32();continue;case 2:if(18!==A)break;B.cursor=g.string();continue;case 3:if(24!==A)break;B.direction=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({unsafePageSize:lB(A.unsafePageSize)?globalThis.Number(A.unsafePageSize):0,pageSize:lB(A.pageSize)?globalThis.Number(A.pageSize):0,cursor:lB(A.cursor)?globalThis.String(A.cursor):"",direction:lB(A.direction)?L(A.direction):0}),toJSON(A){const I={};return 0!==A.unsafePageSize&&(I.unsafePageSize=Math.round(A.unsafePageSize)),0!==A.pageSize&&(I.pageSize=Math.round(A.pageSize)),""!==A.cursor&&(I.cursor=A.cursor),0!==A.direction&&(I.direction=function(A){switch(A){case Y.NEXT:return"NEXT";case Y.PREVIOUS:return"PREVIOUS";case Y.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.direction)),I},create:A=>kA.fromPartial(A??{}),fromPartial(A){const I={unsafePageSize:0,pageSize:0,cursor:"",direction:0};return I.unsafePageSize=A.unsafePageSize??0,I.pageSize=A.pageSize??0,I.cursor=A.cursor??"",I.direction=A.direction??0,I}},uA={encode:(A,I=new y)=>(!1!==A.hasNextPage&&I.uint32(8).bool(A.hasNextPage),!1!==A.hasPreviousPage&&I.uint32(16).bool(A.hasPreviousPage),""!==A.nextCursor&&I.uint32(26).string(A.nextCursor),""!==A.previousCursor&&I.uint32(34).string(A.previousCursor),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={hasNextPage:!1,hasPreviousPage:!1,nextCursor:"",previousCursor:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.hasNextPage=g.bool();continue;case 2:if(16!==A)break;B.hasPreviousPage=g.bool();continue;case 3:if(26!==A)break;B.nextCursor=g.string();continue;case 4:if(34!==A)break;B.previousCursor=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({hasNextPage:!!lB(A.hasNextPage)&&globalThis.Boolean(A.hasNextPage),hasPreviousPage:!!lB(A.hasPreviousPage)&&globalThis.Boolean(A.hasPreviousPage),nextCursor:lB(A.nextCursor)?globalThis.String(A.nextCursor):"",previousCursor:lB(A.previousCursor)?globalThis.String(A.previousCursor):""}),toJSON(A){const I={};return!1!==A.hasNextPage&&(I.hasNextPage=A.hasNextPage),!1!==A.hasPreviousPage&&(I.hasPreviousPage=A.hasPreviousPage),""!==A.nextCursor&&(I.nextCursor=A.nextCursor),""!==A.previousCursor&&(I.previousCursor=A.previousCursor),I},create:A=>uA.fromPartial(A??{}),fromPartial(A){const I={hasNextPage:!1,hasPreviousPage:!1,nextCursor:"",previousCursor:""};return I.hasNextPage=A.hasNextPage??!1,I.hasPreviousPage=A.hasPreviousPage??!1,I.nextCursor=A.nextCursor??"",I.previousCursor=A.previousCursor??"",I}};function NA(){return{addressSignatures:{},proofOfPossessionSignature:new Uint8Array(0)}}const GA={encode:(A,I=new y)=>(Object.entries(A.addressSignatures).forEach(([A,g])=>{SA.encode({key:A,value:g},I.uint32(10).fork()).join()}),0!==A.proofOfPossessionSignature.length&&I.uint32(18).bytes(A.proofOfPossessionSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=NA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=SA.decode(g,g.uint32());void 0!==I.value&&(B.addressSignatures[I.key]=I.value);continue}case 2:if(18!==A)break;B.proofOfPossessionSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({addressSignatures:yB(A.addressSignatures)?Object.entries(A.addressSignatures).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},proofOfPossessionSignature:lB(A.proofOfPossessionSignature)?rB(A.proofOfPossessionSignature):new Uint8Array(0)}),toJSON(A){const I={};if(A.addressSignatures){const g=Object.entries(A.addressSignatures);g.length>0&&(I.addressSignatures={},g.forEach(([A,g])=>{I.addressSignatures[A]=cB(g)}))}return 0!==A.proofOfPossessionSignature.length&&(I.proofOfPossessionSignature=cB(A.proofOfPossessionSignature)),I},create:A=>GA.fromPartial(A??{}),fromPartial(A){const I=NA();return I.addressSignatures=Object.entries(A.addressSignatures??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.proofOfPossessionSignature=A.proofOfPossessionSignature??new Uint8Array(0),I}};function pA(){return{key:"",value:new Uint8Array(0)}}const SA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=pA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>SA.fromPartial(A??{}),fromPartial(A){const I=pA();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}};function fA(){return{signingPublicKey:new Uint8Array(0),identityPublicKey:new Uint8Array(0),network:0,leafId:void 0,isStatic:void 0,hashVariant:0}}const FA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),0!==A.network&&I.uint32(24).int32(A.network),void 0!==A.leafId&&I.uint32(34).string(A.leafId),void 0!==A.isStatic&&I.uint32(40).bool(A.isStatic),0!==A.hashVariant&&I.uint32(48).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=fA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(34!==A)break;B.leafId=g.string();continue;case 5:if(40!==A)break;B.isStatic=g.bool();continue;case 6:if(48!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,leafId:lB(A.leafId)?globalThis.String(A.leafId):void 0,isStatic:lB(A.isStatic)?globalThis.Boolean(A.isStatic):void 0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),void 0!==A.leafId&&(I.leafId=A.leafId),void 0!==A.isStatic&&(I.isStatic=A.isStatic),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>FA.fromPartial(A??{}),fromPartial(A){const I=fA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.leafId=A.leafId??void 0,I.isStatic=A.isStatic??void 0,I.hashVariant=A.hashVariant??0,I}};function RA(){return{address:"",verifyingKey:new Uint8Array(0),depositAddressProof:void 0,isStatic:!1}}const UA={encode:(A,I=new y)=>(""!==A.address&&I.uint32(10).string(A.address),0!==A.verifyingKey.length&&I.uint32(18).bytes(A.verifyingKey),void 0!==A.depositAddressProof&&GA.encode(A.depositAddressProof,I.uint32(26).fork()).join(),!1!==A.isStatic&&I.uint32(40).bool(A.isStatic),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=RA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.address=g.string();continue;case 2:if(18!==A)break;B.verifyingKey=g.bytes();continue;case 3:if(26!==A)break;B.depositAddressProof=GA.decode(g,g.uint32());continue;case 5:if(40!==A)break;B.isStatic=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({address:lB(A.address)?globalThis.String(A.address):"",verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0),depositAddressProof:lB(A.depositAddressProof)?GA.fromJSON(A.depositAddressProof):void 0,isStatic:!!lB(A.isStatic)&&globalThis.Boolean(A.isStatic)}),toJSON(A){const I={};return""!==A.address&&(I.address=A.address),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),void 0!==A.depositAddressProof&&(I.depositAddressProof=GA.toJSON(A.depositAddressProof)),!1!==A.isStatic&&(I.isStatic=A.isStatic),I},create:A=>UA.fromPartial(A??{}),fromPartial(A){const I=RA();return I.address=A.address??"",I.verifyingKey=A.verifyingKey??new Uint8Array(0),I.depositAddressProof=void 0!==A.depositAddressProof&&null!==A.depositAddressProof?GA.fromPartial(A.depositAddressProof):void 0,I.isStatic=A.isStatic??!1,I}},MA={encode:(A,I=new y)=>(void 0!==A.depositAddress&&UA.encode(A.depositAddress,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddress=UA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddress:lB(A.depositAddress)?UA.fromJSON(A.depositAddress):void 0}),toJSON(A){const I={};return void 0!==A.depositAddress&&(I.depositAddress=UA.toJSON(A.depositAddress)),I},create:A=>MA.fromPartial(A??{}),fromPartial(A){const I={depositAddress:void 0};return I.depositAddress=void 0!==A.depositAddress&&null!==A.depositAddress?UA.fromPartial(A.depositAddress):void 0,I}};function KA(){return{signingPublicKey:new Uint8Array(0),identityPublicKey:new Uint8Array(0),network:0,hashVariant:0}}const mA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),0!==A.network&&I.uint32(24).int32(A.network),0!==A.hashVariant&&I.uint32(32).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=KA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(32!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>mA.fromPartial(A??{}),fromPartial(A){const I=KA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.hashVariant=A.hashVariant??0,I}},JA={encode:(A,I=new y)=>(void 0!==A.depositAddress&&UA.encode(A.depositAddress,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddress=UA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddress:lB(A.depositAddress)?UA.fromJSON(A.depositAddress):void 0}),toJSON(A){const I={};return void 0!==A.depositAddress&&(I.depositAddress=UA.toJSON(A.depositAddress)),I},create:A=>JA.fromPartial(A??{}),fromPartial(A){const I={depositAddress:void 0};return I.depositAddress=void 0!==A.depositAddress&&null!==A.depositAddress?UA.fromPartial(A.depositAddress):void 0,I}};function bA(){return{signingPublicKey:new Uint8Array(0),network:0,hashVariant:0}}const HA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.network&&I.uint32(16).int32(A.network),0!==A.hashVariant&&I.uint32(24).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=bA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 3:if(24!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>HA.fromPartial(A??{}),fromPartial(A){const I=bA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.network=A.network??0,I.hashVariant=A.hashVariant??0,I}},YA={encode:(A,I=new y)=>(void 0!==A.newDepositAddress&&UA.encode(A.newDepositAddress,I.uint32(10).fork()).join(),void 0!==A.archivedDepositAddress&&UA.encode(A.archivedDepositAddress,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={newDepositAddress:void 0,archivedDepositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.newDepositAddress=UA.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.archivedDepositAddress=UA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({newDepositAddress:lB(A.newDepositAddress)?UA.fromJSON(A.newDepositAddress):void 0,archivedDepositAddress:lB(A.archivedDepositAddress)?UA.fromJSON(A.archivedDepositAddress):void 0}),toJSON(A){const I={};return void 0!==A.newDepositAddress&&(I.newDepositAddress=UA.toJSON(A.newDepositAddress)),void 0!==A.archivedDepositAddress&&(I.archivedDepositAddress=UA.toJSON(A.archivedDepositAddress)),I},create:A=>YA.fromPartial(A??{}),fromPartial(A){const I={newDepositAddress:void 0,archivedDepositAddress:void 0};return I.newDepositAddress=void 0!==A.newDepositAddress&&null!==A.newDepositAddress?UA.fromPartial(A.newDepositAddress):void 0,I.archivedDepositAddress=void 0!==A.archivedDepositAddress&&null!==A.archivedDepositAddress?UA.fromPartial(A.archivedDepositAddress):void 0,I}};function LA(){return{rawTx:new Uint8Array(0),vout:0,network:0,txid:new Uint8Array(0)}}const qA={encode:(A,I=new y)=>(0!==A.rawTx.length&&I.uint32(10).bytes(A.rawTx),0!==A.vout&&I.uint32(16).uint32(A.vout),0!==A.network&&I.uint32(24).int32(A.network),0!==A.txid.length&&I.uint32(34).bytes(A.txid),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=LA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.rawTx=g.bytes();continue;case 2:if(16!==A)break;B.vout=g.uint32();continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(34!==A)break;B.txid=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),vout:lB(A.vout)?globalThis.Number(A.vout):0,network:lB(A.network)?b(A.network):0,txid:lB(A.txid)?rB(A.txid):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),0!==A.vout&&(I.vout=Math.round(A.vout)),0!==A.network&&(I.network=H(A.network)),0!==A.txid.length&&(I.txid=cB(A.txid)),I},create:A=>qA.fromPartial(A??{}),fromPartial(A){const I=LA();return I.rawTx=A.rawTx??new Uint8Array(0),I.vout=A.vout??0,I.network=A.network??0,I.txid=A.txid??new Uint8Array(0),I}},VA={encode:(A,I=new y)=>(""!==A.address&&I.uint32(10).string(A.address),void 0!==A.utxo&&qA.encode(A.utxo,I.uint32(18).fork()).join(),!1!==A.isConfirmed&&I.uint32(24).bool(A.isConfirmed),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={address:"",utxo:void 0,isConfirmed:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.address=g.string();continue;case 2:if(18!==A)break;B.utxo=qA.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.isConfirmed=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({address:lB(A.address)?globalThis.String(A.address):"",utxo:lB(A.utxo)?qA.fromJSON(A.utxo):void 0,isConfirmed:!!lB(A.isConfirmed)&&globalThis.Boolean(A.isConfirmed)}),toJSON(A){const I={};return""!==A.address&&(I.address=A.address),void 0!==A.utxo&&(I.utxo=qA.toJSON(A.utxo)),!1!==A.isConfirmed&&(I.isConfirmed=A.isConfirmed),I},create:A=>VA.fromPartial(A??{}),fromPartial(A){const I={address:"",utxo:void 0,isConfirmed:!1};return I.address=A.address??"",I.utxo=void 0!==A.utxo&&null!==A.utxo?qA.fromPartial(A.utxo):void 0,I.isConfirmed=A.isConfirmed??!1,I}};function TA(){return{signingPublicKey:new Uint8Array(0),rawTx:new Uint8Array(0),signingNonceCommitment:void 0}}const vA={encode:(A,I=new y)=>(0!==A.signingPublicKey.length&&I.uint32(10).bytes(A.signingPublicKey),0!==A.rawTx.length&&I.uint32(18).bytes(A.rawTx),void 0!==A.signingNonceCommitment&&R.encode(A.signingNonceCommitment,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=TA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.rawTx=g.bytes();continue;case 3:if(26!==A)break;B.signingNonceCommitment=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),signingNonceCommitment:lB(A.signingNonceCommitment)?R.fromJSON(A.signingNonceCommitment):void 0}),toJSON(A){const I={};return 0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),void 0!==A.signingNonceCommitment&&(I.signingNonceCommitment=R.toJSON(A.signingNonceCommitment)),I},create:A=>vA.fromPartial(A??{}),fromPartial(A){const I=TA();return I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.rawTx=A.rawTx??new Uint8Array(0),I.signingNonceCommitment=void 0!==A.signingNonceCommitment&&null!==A.signingNonceCommitment?R.fromPartial(A.signingNonceCommitment):void 0,I}};function ZA(){return{ownerIdentifiers:[],threshold:0,publicKey:new Uint8Array(0),publicShares:{},updatedTime:void 0}}const xA={encode(A,I=new y){for(const g of A.ownerIdentifiers)I.uint32(10).string(g);return 0!==A.threshold&&I.uint32(16).uint32(A.threshold),0!==A.publicKey.length&&I.uint32(26).bytes(A.publicKey),Object.entries(A.publicShares).forEach(([A,g])=>{PA.encode({key:A,value:g},I.uint32(34).fork()).join()}),void 0!==A.updatedTime&&N.encode(DB(A.updatedTime),I.uint32(42).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=ZA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentifiers.push(g.string());continue;case 2:if(16!==A)break;B.threshold=g.uint32();continue;case 3:if(26!==A)break;B.publicKey=g.bytes();continue;case 4:{if(34!==A)break;const I=PA.decode(g,g.uint32());void 0!==I.value&&(B.publicShares[I.key]=I.value);continue}case 5:if(42!==A)break;B.updatedTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentifiers:globalThis.Array.isArray(A?.ownerIdentifiers)?A.ownerIdentifiers.map(A=>globalThis.String(A)):[],threshold:lB(A.threshold)?globalThis.Number(A.threshold):0,publicKey:lB(A.publicKey)?rB(A.publicKey):new Uint8Array(0),publicShares:yB(A.publicShares)?Object.entries(A.publicShares).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},updatedTime:lB(A.updatedTime)?dB(A.updatedTime):void 0}),toJSON(A){const I={};if(A.ownerIdentifiers?.length&&(I.ownerIdentifiers=A.ownerIdentifiers),0!==A.threshold&&(I.threshold=Math.round(A.threshold)),0!==A.publicKey.length&&(I.publicKey=cB(A.publicKey)),A.publicShares){const g=Object.entries(A.publicShares);g.length>0&&(I.publicShares={},g.forEach(([A,g])=>{I.publicShares[A]=cB(g)}))}return void 0!==A.updatedTime&&(I.updatedTime=A.updatedTime.toISOString()),I},create:A=>xA.fromPartial(A??{}),fromPartial(A){const I=ZA();return I.ownerIdentifiers=A.ownerIdentifiers?.map(A=>A)||[],I.threshold=A.threshold??0,I.publicKey=A.publicKey??new Uint8Array(0),I.publicShares=Object.entries(A.publicShares??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.updatedTime=A.updatedTime??void 0,I}};function WA(){return{key:"",value:new Uint8Array(0)}}const PA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=WA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>PA.fromPartial(A??{}),fromPartial(A){const I=WA();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},OA={encode:(A,I=new y)=>(Object.entries(A.publicKeys).forEach(([A,g])=>{jA.encode({key:A,value:g},I.uint32(10).fork()).join()}),Object.entries(A.signingNonceCommitments).forEach(([A,g])=>{zA.encode({key:A,value:g},I.uint32(18).fork()).join()}),Object.entries(A.signatureShares).forEach(([A,g])=>{$A.encode({key:A,value:g},I.uint32(26).fork()).join()}),void 0!==A.signingKeyshare&&xA.encode(A.signingKeyshare,I.uint32(34).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={publicKeys:{},signingNonceCommitments:{},signatureShares:{},signingKeyshare:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=jA.decode(g,g.uint32());void 0!==I.value&&(B.publicKeys[I.key]=I.value);continue}case 2:{if(18!==A)break;const I=zA.decode(g,g.uint32());void 0!==I.value&&(B.signingNonceCommitments[I.key]=I.value);continue}case 3:{if(26!==A)break;const I=$A.decode(g,g.uint32());void 0!==I.value&&(B.signatureShares[I.key]=I.value);continue}case 4:if(34!==A)break;B.signingKeyshare=xA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({publicKeys:yB(A.publicKeys)?Object.entries(A.publicKeys).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},signingNonceCommitments:yB(A.signingNonceCommitments)?Object.entries(A.signingNonceCommitments).reduce((A,[I,g])=>(A[I]=R.fromJSON(g),A),{}):{},signatureShares:yB(A.signatureShares)?Object.entries(A.signatureShares).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},signingKeyshare:lB(A.signingKeyshare)?xA.fromJSON(A.signingKeyshare):void 0}),toJSON(A){const I={};if(A.publicKeys){const g=Object.entries(A.publicKeys);g.length>0&&(I.publicKeys={},g.forEach(([A,g])=>{I.publicKeys[A]=cB(g)}))}if(A.signingNonceCommitments){const g=Object.entries(A.signingNonceCommitments);g.length>0&&(I.signingNonceCommitments={},g.forEach(([A,g])=>{I.signingNonceCommitments[A]=R.toJSON(g)}))}if(A.signatureShares){const g=Object.entries(A.signatureShares);g.length>0&&(I.signatureShares={},g.forEach(([A,g])=>{I.signatureShares[A]=cB(g)}))}return void 0!==A.signingKeyshare&&(I.signingKeyshare=xA.toJSON(A.signingKeyshare)),I},create:A=>OA.fromPartial(A??{}),fromPartial(A){const I={publicKeys:{},signingNonceCommitments:{},signatureShares:{},signingKeyshare:void 0};return I.publicKeys=Object.entries(A.publicKeys??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.signingNonceCommitments=Object.entries(A.signingNonceCommitments??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=R.fromPartial(g)),A),{}),I.signatureShares=Object.entries(A.signatureShares??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.signingKeyshare=void 0!==A.signingKeyshare&&null!==A.signingKeyshare?xA.fromPartial(A.signingKeyshare):void 0,I}};function XA(){return{key:"",value:new Uint8Array(0)}}const jA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=XA();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>jA.fromPartial(A??{}),fromPartial(A){const I=XA();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},zA={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&R.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?R.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=R.toJSON(A.value)),I},create:A=>zA.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?R.fromPartial(A.value):void 0,I}};function _A(){return{key:"",value:new Uint8Array(0)}}const $A={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=_A();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>$A.fromPartial(A??{}),fromPartial(A){const I=_A();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},AI={encode(A,I=new y){switch(""!==A.leafId&&I.uint32(10).string(A.leafId),A.signingJobs?.$case){case"renewNodeTimelockSigningJob":II.encode(A.signingJobs.renewNodeTimelockSigningJob,I.uint32(18).fork()).join();break;case"renewRefundTimelockSigningJob":gI.encode(A.signingJobs.renewRefundTimelockSigningJob,I.uint32(26).fork()).join();break;case"renewNodeZeroTimelockSigningJob":CI.encode(A.signingJobs.renewNodeZeroTimelockSigningJob,I.uint32(34).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leafId:"",signingJobs:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.signingJobs={$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:II.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.signingJobs={$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:gI.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.signingJobs={$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:CI.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",signingJobs:lB(A.renewNodeTimelockSigningJob)?{$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:II.fromJSON(A.renewNodeTimelockSigningJob)}:lB(A.renewRefundTimelockSigningJob)?{$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:gI.fromJSON(A.renewRefundTimelockSigningJob)}:lB(A.renewNodeZeroTimelockSigningJob)?{$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:CI.fromJSON(A.renewNodeZeroTimelockSigningJob)}:void 0}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),"renewNodeTimelockSigningJob"===A.signingJobs?.$case?I.renewNodeTimelockSigningJob=II.toJSON(A.signingJobs.renewNodeTimelockSigningJob):"renewRefundTimelockSigningJob"===A.signingJobs?.$case?I.renewRefundTimelockSigningJob=gI.toJSON(A.signingJobs.renewRefundTimelockSigningJob):"renewNodeZeroTimelockSigningJob"===A.signingJobs?.$case&&(I.renewNodeZeroTimelockSigningJob=CI.toJSON(A.signingJobs.renewNodeZeroTimelockSigningJob)),I},create:A=>AI.fromPartial(A??{}),fromPartial(A){const I={leafId:"",signingJobs:void 0};switch(I.leafId=A.leafId??"",A.signingJobs?.$case){case"renewNodeTimelockSigningJob":void 0!==A.signingJobs?.renewNodeTimelockSigningJob&&null!==A.signingJobs?.renewNodeTimelockSigningJob&&(I.signingJobs={$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:II.fromPartial(A.signingJobs.renewNodeTimelockSigningJob)});break;case"renewRefundTimelockSigningJob":void 0!==A.signingJobs?.renewRefundTimelockSigningJob&&null!==A.signingJobs?.renewRefundTimelockSigningJob&&(I.signingJobs={$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:gI.fromPartial(A.signingJobs.renewRefundTimelockSigningJob)});break;case"renewNodeZeroTimelockSigningJob":void 0!==A.signingJobs?.renewNodeZeroTimelockSigningJob&&null!==A.signingJobs?.renewNodeZeroTimelockSigningJob&&(I.signingJobs={$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:CI.fromPartial(A.signingJobs.renewNodeZeroTimelockSigningJob)})}return I}},II={encode:(A,I=new y)=>(void 0!==A.splitNodeTxSigningJob&&pI.encode(A.splitNodeTxSigningJob,I.uint32(10).fork()).join(),void 0!==A.splitNodeDirectTxSigningJob&&pI.encode(A.splitNodeDirectTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.nodeTxSigningJob&&pI.encode(A.nodeTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directNodeTxSigningJob&&pI.encode(A.directNodeTxSigningJob,I.uint32(42).fork()).join(),void 0!==A.directRefundTxSigningJob&&pI.encode(A.directRefundTxSigningJob,I.uint32(50).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={splitNodeTxSigningJob:void 0,splitNodeDirectTxSigningJob:void 0,nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.splitNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.splitNodeDirectTxSigningJob=pI.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.nodeTxSigningJob=pI.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.directRefundTxSigningJob=pI.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({splitNodeTxSigningJob:lB(A.splitNodeTxSigningJob)?pI.fromJSON(A.splitNodeTxSigningJob):void 0,splitNodeDirectTxSigningJob:lB(A.splitNodeDirectTxSigningJob)?pI.fromJSON(A.splitNodeDirectTxSigningJob):void 0,nodeTxSigningJob:lB(A.nodeTxSigningJob)?pI.fromJSON(A.nodeTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directNodeTxSigningJob:lB(A.directNodeTxSigningJob)?pI.fromJSON(A.directNodeTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?pI.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return void 0!==A.splitNodeTxSigningJob&&(I.splitNodeTxSigningJob=pI.toJSON(A.splitNodeTxSigningJob)),void 0!==A.splitNodeDirectTxSigningJob&&(I.splitNodeDirectTxSigningJob=pI.toJSON(A.splitNodeDirectTxSigningJob)),void 0!==A.nodeTxSigningJob&&(I.nodeTxSigningJob=pI.toJSON(A.nodeTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directNodeTxSigningJob&&(I.directNodeTxSigningJob=pI.toJSON(A.directNodeTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=pI.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>II.fromPartial(A??{}),fromPartial(A){const I={splitNodeTxSigningJob:void 0,splitNodeDirectTxSigningJob:void 0,nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.splitNodeTxSigningJob=void 0!==A.splitNodeTxSigningJob&&null!==A.splitNodeTxSigningJob?pI.fromPartial(A.splitNodeTxSigningJob):void 0,I.splitNodeDirectTxSigningJob=void 0!==A.splitNodeDirectTxSigningJob&&null!==A.splitNodeDirectTxSigningJob?pI.fromPartial(A.splitNodeDirectTxSigningJob):void 0,I.nodeTxSigningJob=void 0!==A.nodeTxSigningJob&&null!==A.nodeTxSigningJob?pI.fromPartial(A.nodeTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directNodeTxSigningJob=void 0!==A.directNodeTxSigningJob&&null!==A.directNodeTxSigningJob?pI.fromPartial(A.directNodeTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?pI.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},gI={encode:(A,I=new y)=>(void 0!==A.nodeTxSigningJob&&pI.encode(A.nodeTxSigningJob,I.uint32(10).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.directNodeTxSigningJob&&pI.encode(A.directNodeTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.directRefundTxSigningJob&&pI.encode(A.directRefundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeTxSigningJob=pI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.directNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.directRefundTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeTxSigningJob:lB(A.nodeTxSigningJob)?pI.fromJSON(A.nodeTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directNodeTxSigningJob:lB(A.directNodeTxSigningJob)?pI.fromJSON(A.directNodeTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?pI.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return void 0!==A.nodeTxSigningJob&&(I.nodeTxSigningJob=pI.toJSON(A.nodeTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directNodeTxSigningJob&&(I.directNodeTxSigningJob=pI.toJSON(A.directNodeTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=pI.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>gI.fromPartial(A??{}),fromPartial(A){const I={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.nodeTxSigningJob=void 0!==A.nodeTxSigningJob&&null!==A.nodeTxSigningJob?pI.fromPartial(A.nodeTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directNodeTxSigningJob=void 0!==A.directNodeTxSigningJob&&null!==A.directNodeTxSigningJob?pI.fromPartial(A.directNodeTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?pI.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},CI={encode:(A,I=new y)=>(void 0!==A.nodeTxSigningJob&&pI.encode(A.nodeTxSigningJob,I.uint32(10).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.directNodeTxSigningJob&&pI.encode(A.directNodeTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeTxSigningJob=pI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.directNodeTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeTxSigningJob:lB(A.nodeTxSigningJob)?pI.fromJSON(A.nodeTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directNodeTxSigningJob:lB(A.directNodeTxSigningJob)?pI.fromJSON(A.directNodeTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return void 0!==A.nodeTxSigningJob&&(I.nodeTxSigningJob=pI.toJSON(A.nodeTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directNodeTxSigningJob&&(I.directNodeTxSigningJob=pI.toJSON(A.directNodeTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>CI.fromPartial(A??{}),fromPartial(A){const I={nodeTxSigningJob:void 0,refundTxSigningJob:void 0,directNodeTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.nodeTxSigningJob=void 0!==A.nodeTxSigningJob&&null!==A.nodeTxSigningJob?pI.fromPartial(A.nodeTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directNodeTxSigningJob=void 0!==A.directNodeTxSigningJob&&null!==A.directNodeTxSigningJob?pI.fromPartial(A.directNodeTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},BI={encode(A,I=new y){switch(A.renewResult?.$case){case"renewNodeTimelockResult":iI.encode(A.renewResult.renewNodeTimelockResult,I.uint32(10).fork()).join();break;case"renewRefundTimelockResult":QI.encode(A.renewResult.renewRefundTimelockResult,I.uint32(18).fork()).join();break;case"renewNodeZeroTimelockResult":eI.encode(A.renewResult.renewNodeZeroTimelockResult,I.uint32(26).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={renewResult:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.renewResult={$case:"renewNodeTimelockResult",renewNodeTimelockResult:iI.decode(g,g.uint32())};continue;case 2:if(18!==A)break;B.renewResult={$case:"renewRefundTimelockResult",renewRefundTimelockResult:QI.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.renewResult={$case:"renewNodeZeroTimelockResult",renewNodeZeroTimelockResult:eI.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({renewResult:lB(A.renewNodeTimelockResult)?{$case:"renewNodeTimelockResult",renewNodeTimelockResult:iI.fromJSON(A.renewNodeTimelockResult)}:lB(A.renewRefundTimelockResult)?{$case:"renewRefundTimelockResult",renewRefundTimelockResult:QI.fromJSON(A.renewRefundTimelockResult)}:lB(A.renewNodeZeroTimelockResult)?{$case:"renewNodeZeroTimelockResult",renewNodeZeroTimelockResult:eI.fromJSON(A.renewNodeZeroTimelockResult)}:void 0}),toJSON(A){const I={};return"renewNodeTimelockResult"===A.renewResult?.$case?I.renewNodeTimelockResult=iI.toJSON(A.renewResult.renewNodeTimelockResult):"renewRefundTimelockResult"===A.renewResult?.$case?I.renewRefundTimelockResult=QI.toJSON(A.renewResult.renewRefundTimelockResult):"renewNodeZeroTimelockResult"===A.renewResult?.$case&&(I.renewNodeZeroTimelockResult=eI.toJSON(A.renewResult.renewNodeZeroTimelockResult)),I},create:A=>BI.fromPartial(A??{}),fromPartial(A){const I={renewResult:void 0};switch(A.renewResult?.$case){case"renewNodeTimelockResult":void 0!==A.renewResult?.renewNodeTimelockResult&&null!==A.renewResult?.renewNodeTimelockResult&&(I.renewResult={$case:"renewNodeTimelockResult",renewNodeTimelockResult:iI.fromPartial(A.renewResult.renewNodeTimelockResult)});break;case"renewRefundTimelockResult":void 0!==A.renewResult?.renewRefundTimelockResult&&null!==A.renewResult?.renewRefundTimelockResult&&(I.renewResult={$case:"renewRefundTimelockResult",renewRefundTimelockResult:QI.fromPartial(A.renewResult.renewRefundTimelockResult)});break;case"renewNodeZeroTimelockResult":void 0!==A.renewResult?.renewNodeZeroTimelockResult&&null!==A.renewResult?.renewNodeZeroTimelockResult&&(I.renewResult={$case:"renewNodeZeroTimelockResult",renewNodeZeroTimelockResult:eI.fromPartial(A.renewResult.renewNodeZeroTimelockResult)})}return I}},iI={encode:(A,I=new y)=>(void 0!==A.splitNode&&hI.encode(A.splitNode,I.uint32(10).fork()).join(),void 0!==A.node&&hI.encode(A.node,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={splitNode:void 0,node:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.splitNode=hI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.node=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({splitNode:lB(A.splitNode)?hI.fromJSON(A.splitNode):void 0,node:lB(A.node)?hI.fromJSON(A.node):void 0}),toJSON(A){const I={};return void 0!==A.splitNode&&(I.splitNode=hI.toJSON(A.splitNode)),void 0!==A.node&&(I.node=hI.toJSON(A.node)),I},create:A=>iI.fromPartial(A??{}),fromPartial(A){const I={splitNode:void 0,node:void 0};return I.splitNode=void 0!==A.splitNode&&null!==A.splitNode?hI.fromPartial(A.splitNode):void 0,I.node=void 0!==A.node&&null!==A.node?hI.fromPartial(A.node):void 0,I}},QI={encode:(A,I=new y)=>(void 0!==A.node&&hI.encode(A.node,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={node:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.node=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({node:lB(A.node)?hI.fromJSON(A.node):void 0}),toJSON(A){const I={};return void 0!==A.node&&(I.node=hI.toJSON(A.node)),I},create:A=>QI.fromPartial(A??{}),fromPartial(A){const I={node:void 0};return I.node=void 0!==A.node&&null!==A.node?hI.fromPartial(A.node):void 0,I}},eI={encode:(A,I=new y)=>(void 0!==A.splitNode&&hI.encode(A.splitNode,I.uint32(10).fork()).join(),void 0!==A.node&&hI.encode(A.node,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={splitNode:void 0,node:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.splitNode=hI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.node=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({splitNode:lB(A.splitNode)?hI.fromJSON(A.splitNode):void 0,node:lB(A.node)?hI.fromJSON(A.node):void 0}),toJSON(A){const I={};return void 0!==A.splitNode&&(I.splitNode=hI.toJSON(A.splitNode)),void 0!==A.node&&(I.node=hI.toJSON(A.node)),I},create:A=>eI.fromPartial(A??{}),fromPartial(A){const I={splitNode:void 0,node:void 0};return I.splitNode=void 0!==A.splitNode&&null!==A.splitNode?hI.fromPartial(A.splitNode):void 0,I.node=void 0!==A.node&&null!==A.node?hI.fromPartial(A.node):void 0,I}};function EI(){return{nodeId:"",nodeTxSigningResult:void 0,refundTxSigningResult:void 0,verifyingKey:new Uint8Array(0),directNodeTxSigningResult:void 0,directRefundTxSigningResult:void 0,directFromCpfpRefundTxSigningResult:void 0}}const tI={encode:(A,I=new y)=>(""!==A.nodeId&&I.uint32(10).string(A.nodeId),void 0!==A.nodeTxSigningResult&&OA.encode(A.nodeTxSigningResult,I.uint32(18).fork()).join(),void 0!==A.refundTxSigningResult&&OA.encode(A.refundTxSigningResult,I.uint32(26).fork()).join(),0!==A.verifyingKey.length&&I.uint32(34).bytes(A.verifyingKey),void 0!==A.directNodeTxSigningResult&&OA.encode(A.directNodeTxSigningResult,I.uint32(42).fork()).join(),void 0!==A.directRefundTxSigningResult&&OA.encode(A.directRefundTxSigningResult,I.uint32(50).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningResult&&OA.encode(A.directFromCpfpRefundTxSigningResult,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=EI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeId=g.string();continue;case 2:if(18!==A)break;B.nodeTxSigningResult=OA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.refundTxSigningResult=OA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.verifyingKey=g.bytes();continue;case 5:if(42!==A)break;B.directNodeTxSigningResult=OA.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.directRefundTxSigningResult=OA.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.directFromCpfpRefundTxSigningResult=OA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeId:lB(A.nodeId)?globalThis.String(A.nodeId):"",nodeTxSigningResult:lB(A.nodeTxSigningResult)?OA.fromJSON(A.nodeTxSigningResult):void 0,refundTxSigningResult:lB(A.refundTxSigningResult)?OA.fromJSON(A.refundTxSigningResult):void 0,verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0),directNodeTxSigningResult:lB(A.directNodeTxSigningResult)?OA.fromJSON(A.directNodeTxSigningResult):void 0,directRefundTxSigningResult:lB(A.directRefundTxSigningResult)?OA.fromJSON(A.directRefundTxSigningResult):void 0,directFromCpfpRefundTxSigningResult:lB(A.directFromCpfpRefundTxSigningResult)?OA.fromJSON(A.directFromCpfpRefundTxSigningResult):void 0}),toJSON(A){const I={};return""!==A.nodeId&&(I.nodeId=A.nodeId),void 0!==A.nodeTxSigningResult&&(I.nodeTxSigningResult=OA.toJSON(A.nodeTxSigningResult)),void 0!==A.refundTxSigningResult&&(I.refundTxSigningResult=OA.toJSON(A.refundTxSigningResult)),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),void 0!==A.directNodeTxSigningResult&&(I.directNodeTxSigningResult=OA.toJSON(A.directNodeTxSigningResult)),void 0!==A.directRefundTxSigningResult&&(I.directRefundTxSigningResult=OA.toJSON(A.directRefundTxSigningResult)),void 0!==A.directFromCpfpRefundTxSigningResult&&(I.directFromCpfpRefundTxSigningResult=OA.toJSON(A.directFromCpfpRefundTxSigningResult)),I},create:A=>tI.fromPartial(A??{}),fromPartial(A){const I=EI();return I.nodeId=A.nodeId??"",I.nodeTxSigningResult=void 0!==A.nodeTxSigningResult&&null!==A.nodeTxSigningResult?OA.fromPartial(A.nodeTxSigningResult):void 0,I.refundTxSigningResult=void 0!==A.refundTxSigningResult&&null!==A.refundTxSigningResult?OA.fromPartial(A.refundTxSigningResult):void 0,I.verifyingKey=A.verifyingKey??new Uint8Array(0),I.directNodeTxSigningResult=void 0!==A.directNodeTxSigningResult&&null!==A.directNodeTxSigningResult?OA.fromPartial(A.directNodeTxSigningResult):void 0,I.directRefundTxSigningResult=void 0!==A.directRefundTxSigningResult&&null!==A.directRefundTxSigningResult?OA.fromPartial(A.directRefundTxSigningResult):void 0,I.directFromCpfpRefundTxSigningResult=void 0!==A.directFromCpfpRefundTxSigningResult&&null!==A.directFromCpfpRefundTxSigningResult?OA.fromPartial(A.directFromCpfpRefundTxSigningResult):void 0,I}};function oI(){return{nodeId:"",nodeTxSignature:new Uint8Array(0),refundTxSignature:new Uint8Array(0),directNodeTxSignature:new Uint8Array(0),directRefundTxSignature:new Uint8Array(0),directFromCpfpRefundTxSignature:new Uint8Array(0)}}const nI={encode:(A,I=new y)=>(""!==A.nodeId&&I.uint32(10).string(A.nodeId),0!==A.nodeTxSignature.length&&I.uint32(18).bytes(A.nodeTxSignature),0!==A.refundTxSignature.length&&I.uint32(26).bytes(A.refundTxSignature),0!==A.directNodeTxSignature.length&&I.uint32(34).bytes(A.directNodeTxSignature),0!==A.directRefundTxSignature.length&&I.uint32(42).bytes(A.directRefundTxSignature),0!==A.directFromCpfpRefundTxSignature.length&&I.uint32(50).bytes(A.directFromCpfpRefundTxSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=oI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeId=g.string();continue;case 2:if(18!==A)break;B.nodeTxSignature=g.bytes();continue;case 3:if(26!==A)break;B.refundTxSignature=g.bytes();continue;case 4:if(34!==A)break;B.directNodeTxSignature=g.bytes();continue;case 5:if(42!==A)break;B.directRefundTxSignature=g.bytes();continue;case 6:if(50!==A)break;B.directFromCpfpRefundTxSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeId:lB(A.nodeId)?globalThis.String(A.nodeId):"",nodeTxSignature:lB(A.nodeTxSignature)?rB(A.nodeTxSignature):new Uint8Array(0),refundTxSignature:lB(A.refundTxSignature)?rB(A.refundTxSignature):new Uint8Array(0),directNodeTxSignature:lB(A.directNodeTxSignature)?rB(A.directNodeTxSignature):new Uint8Array(0),directRefundTxSignature:lB(A.directRefundTxSignature)?rB(A.directRefundTxSignature):new Uint8Array(0),directFromCpfpRefundTxSignature:lB(A.directFromCpfpRefundTxSignature)?rB(A.directFromCpfpRefundTxSignature):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.nodeId&&(I.nodeId=A.nodeId),0!==A.nodeTxSignature.length&&(I.nodeTxSignature=cB(A.nodeTxSignature)),0!==A.refundTxSignature.length&&(I.refundTxSignature=cB(A.refundTxSignature)),0!==A.directNodeTxSignature.length&&(I.directNodeTxSignature=cB(A.directNodeTxSignature)),0!==A.directRefundTxSignature.length&&(I.directRefundTxSignature=cB(A.directRefundTxSignature)),0!==A.directFromCpfpRefundTxSignature.length&&(I.directFromCpfpRefundTxSignature=cB(A.directFromCpfpRefundTxSignature)),I},create:A=>nI.fromPartial(A??{}),fromPartial(A){const I=oI();return I.nodeId=A.nodeId??"",I.nodeTxSignature=A.nodeTxSignature??new Uint8Array(0),I.refundTxSignature=A.refundTxSignature??new Uint8Array(0),I.directNodeTxSignature=A.directNodeTxSignature??new Uint8Array(0),I.directRefundTxSignature=A.directRefundTxSignature??new Uint8Array(0),I.directFromCpfpRefundTxSignature=A.directFromCpfpRefundTxSignature??new Uint8Array(0),I}};function aI(){return{identityPublicKey:new Uint8Array(0),onChainUtxo:void 0,rootTxSigningJob:void 0,refundTxSigningJob:void 0,directRootTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0}}const sI={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.onChainUtxo&&qA.encode(A.onChainUtxo,I.uint32(18).fork()).join(),void 0!==A.rootTxSigningJob&&vA.encode(A.rootTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.refundTxSigningJob&&vA.encode(A.refundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directRootTxSigningJob&&vA.encode(A.directRootTxSigningJob,I.uint32(42).fork()).join(),void 0!==A.directRefundTxSigningJob&&vA.encode(A.directRefundTxSigningJob,I.uint32(50).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&vA.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=aI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.onChainUtxo=qA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.rootTxSigningJob=vA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.refundTxSigningJob=vA.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directRootTxSigningJob=vA.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.directRefundTxSigningJob=vA.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.directFromCpfpRefundTxSigningJob=vA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),onChainUtxo:lB(A.onChainUtxo)?qA.fromJSON(A.onChainUtxo):void 0,rootTxSigningJob:lB(A.rootTxSigningJob)?vA.fromJSON(A.rootTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?vA.fromJSON(A.refundTxSigningJob):void 0,directRootTxSigningJob:lB(A.directRootTxSigningJob)?vA.fromJSON(A.directRootTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?vA.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?vA.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.onChainUtxo&&(I.onChainUtxo=qA.toJSON(A.onChainUtxo)),void 0!==A.rootTxSigningJob&&(I.rootTxSigningJob=vA.toJSON(A.rootTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=vA.toJSON(A.refundTxSigningJob)),void 0!==A.directRootTxSigningJob&&(I.directRootTxSigningJob=vA.toJSON(A.directRootTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=vA.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=vA.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>sI.fromPartial(A??{}),fromPartial(A){const I=aI();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.onChainUtxo=void 0!==A.onChainUtxo&&null!==A.onChainUtxo?qA.fromPartial(A.onChainUtxo):void 0,I.rootTxSigningJob=void 0!==A.rootTxSigningJob&&null!==A.rootTxSigningJob?vA.fromPartial(A.rootTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?vA.fromPartial(A.refundTxSigningJob):void 0,I.directRootTxSigningJob=void 0!==A.directRootTxSigningJob&&null!==A.directRootTxSigningJob?vA.fromPartial(A.directRootTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?vA.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?vA.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}},rI={encode:(A,I=new y)=>(""!==A.treeId&&I.uint32(10).string(A.treeId),void 0!==A.rootNodeSignatureShares&&tI.encode(A.rootNodeSignatureShares,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={treeId:"",rootNodeSignatureShares:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.treeId=g.string();continue;case 2:if(18!==A)break;B.rootNodeSignatureShares=tI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({treeId:lB(A.treeId)?globalThis.String(A.treeId):"",rootNodeSignatureShares:lB(A.rootNodeSignatureShares)?tI.fromJSON(A.rootNodeSignatureShares):void 0}),toJSON(A){const I={};return""!==A.treeId&&(I.treeId=A.treeId),void 0!==A.rootNodeSignatureShares&&(I.rootNodeSignatureShares=tI.toJSON(A.rootNodeSignatureShares)),I},create:A=>rI.fromPartial(A??{}),fromPartial(A){const I={treeId:"",rootNodeSignatureShares:void 0};return I.treeId=A.treeId??"",I.rootNodeSignatureShares=void 0!==A.rootNodeSignatureShares&&null!==A.rootNodeSignatureShares?tI.fromPartial(A.rootNodeSignatureShares):void 0,I}};function cI(){return{identityPublicKey:new Uint8Array(0),onChainUtxo:void 0,rootTxSigningJob:void 0,refundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0,additionalOnChainUtxos:[]}}const DI={encode(A,I=new y){0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.onChainUtxo&&qA.encode(A.onChainUtxo,I.uint32(18).fork()).join(),void 0!==A.rootTxSigningJob&&pI.encode(A.rootTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.refundTxSigningJob&&pI.encode(A.refundTxSigningJob,I.uint32(34).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&pI.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(42).fork()).join();for(const g of A.additionalOnChainUtxos)qA.encode(g,I.uint32(50).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=cI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.onChainUtxo=qA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.rootTxSigningJob=pI.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.refundTxSigningJob=pI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningJob=pI.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.additionalOnChainUtxos.push(qA.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),onChainUtxo:lB(A.onChainUtxo)?qA.fromJSON(A.onChainUtxo):void 0,rootTxSigningJob:lB(A.rootTxSigningJob)?pI.fromJSON(A.rootTxSigningJob):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?pI.fromJSON(A.refundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?pI.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0,additionalOnChainUtxos:globalThis.Array.isArray(A?.additionalOnChainUtxos)?A.additionalOnChainUtxos.map(A=>qA.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.onChainUtxo&&(I.onChainUtxo=qA.toJSON(A.onChainUtxo)),void 0!==A.rootTxSigningJob&&(I.rootTxSigningJob=pI.toJSON(A.rootTxSigningJob)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=pI.toJSON(A.refundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=pI.toJSON(A.directFromCpfpRefundTxSigningJob)),A.additionalOnChainUtxos?.length&&(I.additionalOnChainUtxos=A.additionalOnChainUtxos.map(A=>qA.toJSON(A))),I},create:A=>DI.fromPartial(A??{}),fromPartial(A){const I=cI();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.onChainUtxo=void 0!==A.onChainUtxo&&null!==A.onChainUtxo?qA.fromPartial(A.onChainUtxo):void 0,I.rootTxSigningJob=void 0!==A.rootTxSigningJob&&null!==A.rootTxSigningJob?pI.fromPartial(A.rootTxSigningJob):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?pI.fromPartial(A.refundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?pI.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I.additionalOnChainUtxos=A.additionalOnChainUtxos?.map(A=>qA.fromPartial(A))||[],I}},wI={encode:(A,I=new y)=>(void 0!==A.rootNode&&hI.encode(A.rootNode,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={rootNode:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.rootNode=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({rootNode:lB(A.rootNode)?hI.fromJSON(A.rootNode):void 0}),toJSON(A){const I={};return void 0!==A.rootNode&&(I.rootNode=hI.toJSON(A.rootNode)),I},create:A=>wI.fromPartial(A??{}),fromPartial(A){const I={rootNode:void 0};return I.rootNode=void 0!==A.rootNode&&null!==A.rootNode?hI.fromPartial(A.rootNode):void 0,I}};function dI(){return{id:"",treeId:"",value:0,parentNodeId:void 0,nodeTx:new Uint8Array(0),refundTx:new Uint8Array(0),vout:0,verifyingPublicKey:new Uint8Array(0),ownerIdentityPublicKey:new Uint8Array(0),signingKeyshare:void 0,status:"",network:0,createdTime:void 0,updatedTime:void 0,ownerSigningPublicKey:new Uint8Array(0),directTx:new Uint8Array(0),directRefundTx:new Uint8Array(0),directFromCpfpRefundTx:new Uint8Array(0),treenodeStatus:0}}const hI={encode:(A,I=new y)=>(""!==A.id&&I.uint32(10).string(A.id),""!==A.treeId&&I.uint32(18).string(A.treeId),0!==A.value&&I.uint32(24).uint64(A.value),void 0!==A.parentNodeId&&I.uint32(34).string(A.parentNodeId),0!==A.nodeTx.length&&I.uint32(42).bytes(A.nodeTx),0!==A.refundTx.length&&I.uint32(50).bytes(A.refundTx),0!==A.vout&&I.uint32(56).uint32(A.vout),0!==A.verifyingPublicKey.length&&I.uint32(66).bytes(A.verifyingPublicKey),0!==A.ownerIdentityPublicKey.length&&I.uint32(74).bytes(A.ownerIdentityPublicKey),void 0!==A.signingKeyshare&&xA.encode(A.signingKeyshare,I.uint32(82).fork()).join(),""!==A.status&&I.uint32(90).string(A.status),0!==A.network&&I.uint32(96).int32(A.network),void 0!==A.createdTime&&N.encode(DB(A.createdTime),I.uint32(106).fork()).join(),void 0!==A.updatedTime&&N.encode(DB(A.updatedTime),I.uint32(114).fork()).join(),0!==A.ownerSigningPublicKey.length&&I.uint32(122).bytes(A.ownerSigningPublicKey),0!==A.directTx.length&&I.uint32(130).bytes(A.directTx),0!==A.directRefundTx.length&&I.uint32(138).bytes(A.directRefundTx),0!==A.directFromCpfpRefundTx.length&&I.uint32(146).bytes(A.directFromCpfpRefundTx),0!==A.treenodeStatus&&I.uint32(152).int32(A.treenodeStatus),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=dI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.treeId=g.string();continue;case 3:if(24!==A)break;B.value=hB(g.uint64());continue;case 4:if(34!==A)break;B.parentNodeId=g.string();continue;case 5:if(42!==A)break;B.nodeTx=g.bytes();continue;case 6:if(50!==A)break;B.refundTx=g.bytes();continue;case 7:if(56!==A)break;B.vout=g.uint32();continue;case 8:if(66!==A)break;B.verifyingPublicKey=g.bytes();continue;case 9:if(74!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 10:if(82!==A)break;B.signingKeyshare=xA.decode(g,g.uint32());continue;case 11:if(90!==A)break;B.status=g.string();continue;case 12:if(96!==A)break;B.network=g.int32();continue;case 13:if(106!==A)break;B.createdTime=wB(N.decode(g,g.uint32()));continue;case 14:if(114!==A)break;B.updatedTime=wB(N.decode(g,g.uint32()));continue;case 15:if(122!==A)break;B.ownerSigningPublicKey=g.bytes();continue;case 16:if(130!==A)break;B.directTx=g.bytes();continue;case 17:if(138!==A)break;B.directRefundTx=g.bytes();continue;case 18:if(146!==A)break;B.directFromCpfpRefundTx=g.bytes();continue;case 19:if(152!==A)break;B.treenodeStatus=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:lB(A.id)?globalThis.String(A.id):"",treeId:lB(A.treeId)?globalThis.String(A.treeId):"",value:lB(A.value)?globalThis.Number(A.value):0,parentNodeId:lB(A.parentNodeId)?globalThis.String(A.parentNodeId):void 0,nodeTx:lB(A.nodeTx)?rB(A.nodeTx):new Uint8Array(0),refundTx:lB(A.refundTx)?rB(A.refundTx):new Uint8Array(0),vout:lB(A.vout)?globalThis.Number(A.vout):0,verifyingPublicKey:lB(A.verifyingPublicKey)?rB(A.verifyingPublicKey):new Uint8Array(0),ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),signingKeyshare:lB(A.signingKeyshare)?xA.fromJSON(A.signingKeyshare):void 0,status:lB(A.status)?globalThis.String(A.status):"",network:lB(A.network)?b(A.network):0,createdTime:lB(A.createdTime)?dB(A.createdTime):void 0,updatedTime:lB(A.updatedTime)?dB(A.updatedTime):void 0,ownerSigningPublicKey:lB(A.ownerSigningPublicKey)?rB(A.ownerSigningPublicKey):new Uint8Array(0),directTx:lB(A.directTx)?rB(A.directTx):new Uint8Array(0),directRefundTx:lB(A.directRefundTx)?rB(A.directRefundTx):new Uint8Array(0),directFromCpfpRefundTx:lB(A.directFromCpfpRefundTx)?rB(A.directFromCpfpRefundTx):new Uint8Array(0),treenodeStatus:lB(A.treenodeStatus)?tA(A.treenodeStatus):0}),toJSON(A){const I={};return""!==A.id&&(I.id=A.id),""!==A.treeId&&(I.treeId=A.treeId),0!==A.value&&(I.value=Math.round(A.value)),void 0!==A.parentNodeId&&(I.parentNodeId=A.parentNodeId),0!==A.nodeTx.length&&(I.nodeTx=cB(A.nodeTx)),0!==A.refundTx.length&&(I.refundTx=cB(A.refundTx)),0!==A.vout&&(I.vout=Math.round(A.vout)),0!==A.verifyingPublicKey.length&&(I.verifyingPublicKey=cB(A.verifyingPublicKey)),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.signingKeyshare&&(I.signingKeyshare=xA.toJSON(A.signingKeyshare)),""!==A.status&&(I.status=A.status),0!==A.network&&(I.network=H(A.network)),void 0!==A.createdTime&&(I.createdTime=A.createdTime.toISOString()),void 0!==A.updatedTime&&(I.updatedTime=A.updatedTime.toISOString()),0!==A.ownerSigningPublicKey.length&&(I.ownerSigningPublicKey=cB(A.ownerSigningPublicKey)),0!==A.directTx.length&&(I.directTx=cB(A.directTx)),0!==A.directRefundTx.length&&(I.directRefundTx=cB(A.directRefundTx)),0!==A.directFromCpfpRefundTx.length&&(I.directFromCpfpRefundTx=cB(A.directFromCpfpRefundTx)),0!==A.treenodeStatus&&(I.treenodeStatus=oA(A.treenodeStatus)),I},create:A=>hI.fromPartial(A??{}),fromPartial(A){const I=dI();return I.id=A.id??"",I.treeId=A.treeId??"",I.value=A.value??0,I.parentNodeId=A.parentNodeId??void 0,I.nodeTx=A.nodeTx??new Uint8Array(0),I.refundTx=A.refundTx??new Uint8Array(0),I.vout=A.vout??0,I.verifyingPublicKey=A.verifyingPublicKey??new Uint8Array(0),I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.signingKeyshare=void 0!==A.signingKeyshare&&null!==A.signingKeyshare?xA.fromPartial(A.signingKeyshare):void 0,I.status=A.status??"",I.network=A.network??0,I.createdTime=A.createdTime??void 0,I.updatedTime=A.updatedTime??void 0,I.ownerSigningPublicKey=A.ownerSigningPublicKey??new Uint8Array(0),I.directTx=A.directTx??new Uint8Array(0),I.directRefundTx=A.directRefundTx??new Uint8Array(0),I.directFromCpfpRefundTx=A.directFromCpfpRefundTx??new Uint8Array(0),I.treenodeStatus=A.treenodeStatus??0,I}},yI={encode(A,I=new y){0!==A.intent&&I.uint32(8).int32(A.intent);for(const g of A.nodeSignatures)nI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={intent:0,nodeSignatures:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.intent=g.int32();continue;case 2:if(18!==A)break;B.nodeSignatures.push(nI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({intent:lB(A.intent)?f(A.intent):0,nodeSignatures:globalThis.Array.isArray(A?.nodeSignatures)?A.nodeSignatures.map(A=>nI.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.intent&&(I.intent=function(A){switch(A){case S.CREATION:return"CREATION";case S.TRANSFER:return"TRANSFER";case S.AGGREGATE:return"AGGREGATE";case S.REFRESH:return"REFRESH";case S.EXTEND:return"EXTEND";case S.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.intent)),A.nodeSignatures?.length&&(I.nodeSignatures=A.nodeSignatures.map(A=>nI.toJSON(A))),I},create:A=>yI.fromPartial(A??{}),fromPartial(A){const I={intent:0,nodeSignatures:[]};return I.intent=A.intent??0,I.nodeSignatures=A.nodeSignatures?.map(A=>nI.fromPartial(A))||[],I}},lI={encode(A,I=new y){for(const g of A.nodes)hI.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodes:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodes.push(hI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodes:globalThis.Array.isArray(A?.nodes)?A.nodes.map(A=>hI.fromJSON(A)):[]}),toJSON(A){const I={};return A.nodes?.length&&(I.nodes=A.nodes.map(A=>hI.toJSON(A))),I},create:A=>lI.fromPartial(A??{}),fromPartial(A){const I={nodes:[]};return I.nodes=A.nodes?.map(A=>hI.fromPartial(A))||[],I}};function kI(){return{secretShare:new Uint8Array(0),proofs:[]}}const uI={encode(A,I=new y){0!==A.secretShare.length&&I.uint32(10).bytes(A.secretShare);for(const g of A.proofs)I.uint32(18).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=kI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.secretShare=g.bytes();continue;case 2:if(18!==A)break;B.proofs.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({secretShare:lB(A.secretShare)?rB(A.secretShare):new Uint8Array(0),proofs:globalThis.Array.isArray(A?.proofs)?A.proofs.map(A=>rB(A)):[]}),toJSON(A){const I={};return 0!==A.secretShare.length&&(I.secretShare=cB(A.secretShare)),A.proofs?.length&&(I.proofs=A.proofs.map(A=>cB(A))),I},create:A=>uI.fromPartial(A??{}),fromPartial(A){const I=kI();return I.secretShare=A.secretShare??new Uint8Array(0),I.proofs=A.proofs?.map(A=>A)||[],I}},NI={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.refundTxSigningJob&&vA.encode(A.refundTxSigningJob,I.uint32(18).fork()).join(),void 0!==A.directRefundTxSigningJob&&vA.encode(A.directRefundTxSigningJob,I.uint32(26).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningJob&&vA.encode(A.directFromCpfpRefundTxSigningJob,I.uint32(34).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leafId:"",refundTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.refundTxSigningJob=vA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.directRefundTxSigningJob=vA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.directFromCpfpRefundTxSigningJob=vA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",refundTxSigningJob:lB(A.refundTxSigningJob)?vA.fromJSON(A.refundTxSigningJob):void 0,directRefundTxSigningJob:lB(A.directRefundTxSigningJob)?vA.fromJSON(A.directRefundTxSigningJob):void 0,directFromCpfpRefundTxSigningJob:lB(A.directFromCpfpRefundTxSigningJob)?vA.fromJSON(A.directFromCpfpRefundTxSigningJob):void 0}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=vA.toJSON(A.refundTxSigningJob)),void 0!==A.directRefundTxSigningJob&&(I.directRefundTxSigningJob=vA.toJSON(A.directRefundTxSigningJob)),void 0!==A.directFromCpfpRefundTxSigningJob&&(I.directFromCpfpRefundTxSigningJob=vA.toJSON(A.directFromCpfpRefundTxSigningJob)),I},create:A=>NI.fromPartial(A??{}),fromPartial(A){const I={leafId:"",refundTxSigningJob:void 0,directRefundTxSigningJob:void 0,directFromCpfpRefundTxSigningJob:void 0};return I.leafId=A.leafId??"",I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?vA.fromPartial(A.refundTxSigningJob):void 0,I.directRefundTxSigningJob=void 0!==A.directRefundTxSigningJob&&null!==A.directRefundTxSigningJob?vA.fromPartial(A.directRefundTxSigningJob):void 0,I.directFromCpfpRefundTxSigningJob=void 0!==A.directFromCpfpRefundTxSigningJob&&null!==A.directFromCpfpRefundTxSigningJob?vA.fromPartial(A.directFromCpfpRefundTxSigningJob):void 0,I}};function GI(){return{leafId:"",signingPublicKey:new Uint8Array(0),rawTx:new Uint8Array(0),signingNonceCommitment:void 0,userSignature:new Uint8Array(0),signingCommitments:void 0,additionalInputs:[]}}const pI={encode(A,I=new y){""!==A.leafId&&I.uint32(10).string(A.leafId),0!==A.signingPublicKey.length&&I.uint32(18).bytes(A.signingPublicKey),0!==A.rawTx.length&&I.uint32(26).bytes(A.rawTx),void 0!==A.signingNonceCommitment&&R.encode(A.signingNonceCommitment,I.uint32(34).fork()).join(),0!==A.userSignature.length&&I.uint32(42).bytes(A.userSignature),void 0!==A.signingCommitments&&Jg.encode(A.signingCommitments,I.uint32(50).fork()).join();for(const g of A.additionalInputs)fI.encode(g,I.uint32(58).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=GI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.signingPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.rawTx=g.bytes();continue;case 4:if(34!==A)break;B.signingNonceCommitment=R.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.userSignature=g.bytes();continue;case 6:if(50!==A)break;B.signingCommitments=Jg.decode(g,g.uint32());continue;case 7:if(58!==A)break;B.additionalInputs.push(fI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",signingPublicKey:lB(A.signingPublicKey)?rB(A.signingPublicKey):new Uint8Array(0),rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),signingNonceCommitment:lB(A.signingNonceCommitment)?R.fromJSON(A.signingNonceCommitment):void 0,userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),signingCommitments:lB(A.signingCommitments)?Jg.fromJSON(A.signingCommitments):void 0,additionalInputs:globalThis.Array.isArray(A?.additionalInputs)?A.additionalInputs.map(A=>fI.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),0!==A.signingPublicKey.length&&(I.signingPublicKey=cB(A.signingPublicKey)),0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),void 0!==A.signingNonceCommitment&&(I.signingNonceCommitment=R.toJSON(A.signingNonceCommitment)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),void 0!==A.signingCommitments&&(I.signingCommitments=Jg.toJSON(A.signingCommitments)),A.additionalInputs?.length&&(I.additionalInputs=A.additionalInputs.map(A=>fI.toJSON(A))),I},create:A=>pI.fromPartial(A??{}),fromPartial(A){const I=GI();return I.leafId=A.leafId??"",I.signingPublicKey=A.signingPublicKey??new Uint8Array(0),I.rawTx=A.rawTx??new Uint8Array(0),I.signingNonceCommitment=void 0!==A.signingNonceCommitment&&null!==A.signingNonceCommitment?R.fromPartial(A.signingNonceCommitment):void 0,I.userSignature=A.userSignature??new Uint8Array(0),I.signingCommitments=void 0!==A.signingCommitments&&null!==A.signingCommitments?Jg.fromPartial(A.signingCommitments):void 0,I.additionalInputs=A.additionalInputs?.map(A=>fI.fromPartial(A))||[],I}};function SI(){return{signingNonceCommitment:void 0,userSignature:new Uint8Array(0),signingCommitments:void 0}}const fI={encode:(A,I=new y)=>(void 0!==A.signingNonceCommitment&&R.encode(A.signingNonceCommitment,I.uint32(10).fork()).join(),0!==A.userSignature.length&&I.uint32(18).bytes(A.userSignature),void 0!==A.signingCommitments&&Jg.encode(A.signingCommitments,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=SI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingNonceCommitment=R.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.userSignature=g.bytes();continue;case 3:if(26!==A)break;B.signingCommitments=Jg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingNonceCommitment:lB(A.signingNonceCommitment)?R.fromJSON(A.signingNonceCommitment):void 0,userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),signingCommitments:lB(A.signingCommitments)?Jg.fromJSON(A.signingCommitments):void 0}),toJSON(A){const I={};return void 0!==A.signingNonceCommitment&&(I.signingNonceCommitment=R.toJSON(A.signingNonceCommitment)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),void 0!==A.signingCommitments&&(I.signingCommitments=Jg.toJSON(A.signingCommitments)),I},create:A=>fI.fromPartial(A??{}),fromPartial(A){const I=SI();return I.signingNonceCommitment=void 0!==A.signingNonceCommitment&&null!==A.signingNonceCommitment?R.fromPartial(A.signingNonceCommitment):void 0,I.userSignature=A.userSignature??new Uint8Array(0),I.signingCommitments=void 0!==A.signingCommitments&&null!==A.signingCommitments?Jg.fromPartial(A.signingCommitments):void 0,I}};function FI(){return{leafId:"",refundTxSigningResult:void 0,verifyingKey:new Uint8Array(0),directRefundTxSigningResult:void 0,directFromCpfpRefundTxSigningResult:void 0}}const RI={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.refundTxSigningResult&&OA.encode(A.refundTxSigningResult,I.uint32(18).fork()).join(),0!==A.verifyingKey.length&&I.uint32(26).bytes(A.verifyingKey),void 0!==A.directRefundTxSigningResult&&OA.encode(A.directRefundTxSigningResult,I.uint32(34).fork()).join(),void 0!==A.directFromCpfpRefundTxSigningResult&&OA.encode(A.directFromCpfpRefundTxSigningResult,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=FI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.refundTxSigningResult=OA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.verifyingKey=g.bytes();continue;case 4:if(34!==A)break;B.directRefundTxSigningResult=OA.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.directFromCpfpRefundTxSigningResult=OA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",refundTxSigningResult:lB(A.refundTxSigningResult)?OA.fromJSON(A.refundTxSigningResult):void 0,verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0),directRefundTxSigningResult:lB(A.directRefundTxSigningResult)?OA.fromJSON(A.directRefundTxSigningResult):void 0,directFromCpfpRefundTxSigningResult:lB(A.directFromCpfpRefundTxSigningResult)?OA.fromJSON(A.directFromCpfpRefundTxSigningResult):void 0}),toJSON(A){const I={};return""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.refundTxSigningResult&&(I.refundTxSigningResult=OA.toJSON(A.refundTxSigningResult)),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),void 0!==A.directRefundTxSigningResult&&(I.directRefundTxSigningResult=OA.toJSON(A.directRefundTxSigningResult)),void 0!==A.directFromCpfpRefundTxSigningResult&&(I.directFromCpfpRefundTxSigningResult=OA.toJSON(A.directFromCpfpRefundTxSigningResult)),I},create:A=>RI.fromPartial(A??{}),fromPartial(A){const I=FI();return I.leafId=A.leafId??"",I.refundTxSigningResult=void 0!==A.refundTxSigningResult&&null!==A.refundTxSigningResult?OA.fromPartial(A.refundTxSigningResult):void 0,I.verifyingKey=A.verifyingKey??new Uint8Array(0),I.directRefundTxSigningResult=void 0!==A.directRefundTxSigningResult&&null!==A.directRefundTxSigningResult?OA.fromPartial(A.directRefundTxSigningResult):void 0,I.directFromCpfpRefundTxSigningResult=void 0!==A.directFromCpfpRefundTxSigningResult&&null!==A.directFromCpfpRefundTxSigningResult?OA.fromPartial(A.directFromCpfpRefundTxSigningResult):void 0,I}};function UI(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),leavesToSend:[],receiverIdentityPublicKey:new Uint8Array(0),expiryTime:void 0,directLeavesToSend:[],directFromCpfpLeavesToSend:[]}}const MI={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.leavesToSend)pI.encode(g,I.uint32(26).fork()).join();0!==A.receiverIdentityPublicKey.length&&I.uint32(34).bytes(A.receiverIdentityPublicKey),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(42).fork()).join();for(const g of A.directLeavesToSend)pI.encode(g,I.uint32(50).fork()).join();for(const g of A.directFromCpfpLeavesToSend)pI.encode(g,I.uint32(58).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=UI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.leavesToSend.push(pI.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 5:if(42!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue;case 6:if(50!==A)break;B.directLeavesToSend.push(pI.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.directFromCpfpLeavesToSend.push(pI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>pI.fromJSON(A)):[],receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0,directLeavesToSend:globalThis.Array.isArray(A?.directLeavesToSend)?A.directLeavesToSend.map(A=>pI.fromJSON(A)):[],directFromCpfpLeavesToSend:globalThis.Array.isArray(A?.directFromCpfpLeavesToSend)?A.directFromCpfpLeavesToSend.map(A=>pI.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>pI.toJSON(A))),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),A.directLeavesToSend?.length&&(I.directLeavesToSend=A.directLeavesToSend.map(A=>pI.toJSON(A))),A.directFromCpfpLeavesToSend?.length&&(I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend.map(A=>pI.toJSON(A))),I},create:A=>MI.fromPartial(A??{}),fromPartial(A){const I=UI();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.leavesToSend=A.leavesToSend?.map(A=>pI.fromPartial(A))||[],I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.expiryTime=A.expiryTime??void 0,I.directLeavesToSend=A.directLeavesToSend?.map(A=>pI.fromPartial(A))||[],I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend?.map(A=>pI.fromPartial(A))||[],I}};function KI(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),leavesToSend:[],receiverIdentityPublicKey:new Uint8Array(0),expiryTime:void 0,transferPackage:void 0,sparkInvoice:""}}const mI={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.leavesToSend)NI.encode(g,I.uint32(26).fork()).join();return 0!==A.receiverIdentityPublicKey.length&&I.uint32(34).bytes(A.receiverIdentityPublicKey),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(42).fork()).join(),void 0!==A.transferPackage&&TI.encode(A.transferPackage,I.uint32(58).fork()).join(),""!==A.sparkInvoice&&I.uint32(82).string(A.sparkInvoice),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=KI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.leavesToSend.push(NI.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 5:if(42!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.transferPackage=TI.decode(g,g.uint32());continue;case 10:if(82!==A)break;B.sparkInvoice=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>NI.fromJSON(A)):[],receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0,transferPackage:lB(A.transferPackage)?TI.fromJSON(A.transferPackage):void 0,sparkInvoice:lB(A.sparkInvoice)?globalThis.String(A.sparkInvoice):""}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>NI.toJSON(A))),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),void 0!==A.transferPackage&&(I.transferPackage=TI.toJSON(A.transferPackage)),""!==A.sparkInvoice&&(I.sparkInvoice=A.sparkInvoice),I},create:A=>mI.fromPartial(A??{}),fromPartial(A){const I=KI();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.leavesToSend=A.leavesToSend?.map(A=>NI.fromPartial(A))||[],I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.expiryTime=A.expiryTime??void 0,I.transferPackage=void 0!==A.transferPackage&&null!==A.transferPackage?TI.fromPartial(A.transferPackage):void 0,I.sparkInvoice=A.sparkInvoice??"",I}},JI={encode(A,I=new y){void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join();for(const g of A.signingResults)RI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>JI.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,signingResults:[]};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function bI(){return{ownerIdentityPublicKey:new Uint8Array(0),transferPackage:void 0,receiverIdentityPublicKeys:{}}}const HI={encode:(A,I=new y)=>(0!==A.ownerIdentityPublicKey.length&&I.uint32(10).bytes(A.ownerIdentityPublicKey),void 0!==A.transferPackage&&TI.encode(A.transferPackage,I.uint32(18).fork()).join(),Object.entries(A.receiverIdentityPublicKeys).forEach(([A,g])=>{LI.encode({key:A,value:g},I.uint32(26).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=bI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.transferPackage=TI.decode(g,g.uint32());continue;case 3:{if(26!==A)break;const I=LI.decode(g,g.uint32());void 0!==I.value&&(B.receiverIdentityPublicKeys[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),transferPackage:lB(A.transferPackage)?TI.fromJSON(A.transferPackage):void 0,receiverIdentityPublicKeys:yB(A.receiverIdentityPublicKeys)?Object.entries(A.receiverIdentityPublicKeys).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{}}),toJSON(A){const I={};if(0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.transferPackage&&(I.transferPackage=TI.toJSON(A.transferPackage)),A.receiverIdentityPublicKeys){const g=Object.entries(A.receiverIdentityPublicKeys);g.length>0&&(I.receiverIdentityPublicKeys={},g.forEach(([A,g])=>{I.receiverIdentityPublicKeys[A]=cB(g)}))}return I},create:A=>HI.fromPartial(A??{}),fromPartial(A){const I=bI();return I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.transferPackage=void 0!==A.transferPackage&&null!==A.transferPackage?TI.fromPartial(A.transferPackage):void 0,I.receiverIdentityPublicKeys=Object.entries(A.receiverIdentityPublicKeys??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I}};function YI(){return{key:"",value:new Uint8Array(0)}}const LI={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=YI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>LI.fromPartial(A??{}),fromPartial(A){const I=YI();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},qI={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId);for(const g of A.senderPackages)HI.encode(g,I.uint32(18).fork()).join();return void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transferId:"",senderPackages:[],expiryTime:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.senderPackages.push(HI.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",senderPackages:globalThis.Array.isArray(A?.senderPackages)?A.senderPackages.map(A=>HI.fromJSON(A)):[],expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),A.senderPackages?.length&&(I.senderPackages=A.senderPackages.map(A=>HI.toJSON(A))),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),I},create:A=>qI.fromPartial(A??{}),fromPartial(A){const I={transferId:"",senderPackages:[],expiryTime:void 0};return I.transferId=A.transferId??"",I.senderPackages=A.senderPackages?.map(A=>HI.fromPartial(A))||[],I.expiryTime=A.expiryTime??void 0,I}};function VI(){return{leavesToSend:[],keyTweakPackage:{},userSignature:new Uint8Array(0),directLeavesToSend:[],directFromCpfpLeavesToSend:[],hashVariant:0}}const TI={encode(A,I=new y){for(const g of A.leavesToSend)pI.encode(g,I.uint32(10).fork()).join();Object.entries(A.keyTweakPackage).forEach(([A,g])=>{ZI.encode({key:A,value:g},I.uint32(18).fork()).join()}),0!==A.userSignature.length&&I.uint32(26).bytes(A.userSignature);for(const g of A.directLeavesToSend)pI.encode(g,I.uint32(34).fork()).join();for(const g of A.directFromCpfpLeavesToSend)pI.encode(g,I.uint32(42).fork()).join();return 0!==A.hashVariant&&I.uint32(48).int32(A.hashVariant),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=VI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToSend.push(pI.decode(g,g.uint32()));continue;case 2:{if(18!==A)break;const I=ZI.decode(g,g.uint32());void 0!==I.value&&(B.keyTweakPackage[I.key]=I.value);continue}case 3:if(26!==A)break;B.userSignature=g.bytes();continue;case 4:if(34!==A)break;B.directLeavesToSend.push(pI.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.directFromCpfpLeavesToSend.push(pI.decode(g,g.uint32()));continue;case 6:if(48!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>pI.fromJSON(A)):[],keyTweakPackage:yB(A.keyTweakPackage)?Object.entries(A.keyTweakPackage).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),directLeavesToSend:globalThis.Array.isArray(A?.directLeavesToSend)?A.directLeavesToSend.map(A=>pI.fromJSON(A)):[],directFromCpfpLeavesToSend:globalThis.Array.isArray(A?.directFromCpfpLeavesToSend)?A.directFromCpfpLeavesToSend.map(A=>pI.fromJSON(A)):[],hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};if(A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>pI.toJSON(A))),A.keyTweakPackage){const g=Object.entries(A.keyTweakPackage);g.length>0&&(I.keyTweakPackage={},g.forEach(([A,g])=>{I.keyTweakPackage[A]=cB(g)}))}return 0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),A.directLeavesToSend?.length&&(I.directLeavesToSend=A.directLeavesToSend.map(A=>pI.toJSON(A))),A.directFromCpfpLeavesToSend?.length&&(I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend.map(A=>pI.toJSON(A))),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>TI.fromPartial(A??{}),fromPartial(A){const I=VI();return I.leavesToSend=A.leavesToSend?.map(A=>pI.fromPartial(A))||[],I.keyTweakPackage=Object.entries(A.keyTweakPackage??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.userSignature=A.userSignature??new Uint8Array(0),I.directLeavesToSend=A.directLeavesToSend?.map(A=>pI.fromPartial(A))||[],I.directFromCpfpLeavesToSend=A.directFromCpfpLeavesToSend?.map(A=>pI.fromPartial(A))||[],I.hashVariant=A.hashVariant??0,I}};function vI(){return{key:"",value:new Uint8Array(0)}}const ZI={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=vI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>ZI.fromPartial(A??{}),fromPartial(A){const I=vI();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},xI={encode(A,I=new y){for(const g of A.leavesToSend)PI.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leavesToSend:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToSend.push(PI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToSend:globalThis.Array.isArray(A?.leavesToSend)?A.leavesToSend.map(A=>PI.fromJSON(A)):[]}),toJSON(A){const I={};return A.leavesToSend?.length&&(I.leavesToSend=A.leavesToSend.map(A=>PI.toJSON(A))),I},create:A=>xI.fromPartial(A??{}),fromPartial(A){const I={leavesToSend:[]};return I.leavesToSend=A.leavesToSend?.map(A=>PI.fromPartial(A))||[],I}};function WI(){return{leafId:"",secretShareTweak:void 0,pubkeySharesTweak:{},secretCipher:new Uint8Array(0),signature:new Uint8Array(0),refundSignature:new Uint8Array(0),directRefundSignature:new Uint8Array(0),directFromCpfpRefundSignature:new Uint8Array(0)}}const PI={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.secretShareTweak&&uI.encode(A.secretShareTweak,I.uint32(18).fork()).join(),Object.entries(A.pubkeySharesTweak).forEach(([A,g])=>{XI.encode({key:A,value:g},I.uint32(26).fork()).join()}),0!==A.secretCipher.length&&I.uint32(34).bytes(A.secretCipher),0!==A.signature.length&&I.uint32(42).bytes(A.signature),0!==A.refundSignature.length&&I.uint32(50).bytes(A.refundSignature),0!==A.directRefundSignature.length&&I.uint32(58).bytes(A.directRefundSignature),0!==A.directFromCpfpRefundSignature.length&&I.uint32(66).bytes(A.directFromCpfpRefundSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=WI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.secretShareTweak=uI.decode(g,g.uint32());continue;case 3:{if(26!==A)break;const I=XI.decode(g,g.uint32());void 0!==I.value&&(B.pubkeySharesTweak[I.key]=I.value);continue}case 4:if(34!==A)break;B.secretCipher=g.bytes();continue;case 5:if(42!==A)break;B.signature=g.bytes();continue;case 6:if(50!==A)break;B.refundSignature=g.bytes();continue;case 7:if(58!==A)break;B.directRefundSignature=g.bytes();continue;case 8:if(66!==A)break;B.directFromCpfpRefundSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",secretShareTweak:lB(A.secretShareTweak)?uI.fromJSON(A.secretShareTweak):void 0,pubkeySharesTweak:yB(A.pubkeySharesTweak)?Object.entries(A.pubkeySharesTweak).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},secretCipher:lB(A.secretCipher)?rB(A.secretCipher):new Uint8Array(0),signature:lB(A.signature)?rB(A.signature):new Uint8Array(0),refundSignature:lB(A.refundSignature)?rB(A.refundSignature):new Uint8Array(0),directRefundSignature:lB(A.directRefundSignature)?rB(A.directRefundSignature):new Uint8Array(0),directFromCpfpRefundSignature:lB(A.directFromCpfpRefundSignature)?rB(A.directFromCpfpRefundSignature):new Uint8Array(0)}),toJSON(A){const I={};if(""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.secretShareTweak&&(I.secretShareTweak=uI.toJSON(A.secretShareTweak)),A.pubkeySharesTweak){const g=Object.entries(A.pubkeySharesTweak);g.length>0&&(I.pubkeySharesTweak={},g.forEach(([A,g])=>{I.pubkeySharesTweak[A]=cB(g)}))}return 0!==A.secretCipher.length&&(I.secretCipher=cB(A.secretCipher)),0!==A.signature.length&&(I.signature=cB(A.signature)),0!==A.refundSignature.length&&(I.refundSignature=cB(A.refundSignature)),0!==A.directRefundSignature.length&&(I.directRefundSignature=cB(A.directRefundSignature)),0!==A.directFromCpfpRefundSignature.length&&(I.directFromCpfpRefundSignature=cB(A.directFromCpfpRefundSignature)),I},create:A=>PI.fromPartial(A??{}),fromPartial(A){const I=WI();return I.leafId=A.leafId??"",I.secretShareTweak=void 0!==A.secretShareTweak&&null!==A.secretShareTweak?uI.fromPartial(A.secretShareTweak):void 0,I.pubkeySharesTweak=Object.entries(A.pubkeySharesTweak??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.secretCipher=A.secretCipher??new Uint8Array(0),I.signature=A.signature??new Uint8Array(0),I.refundSignature=A.refundSignature??new Uint8Array(0),I.directRefundSignature=A.directRefundSignature??new Uint8Array(0),I.directFromCpfpRefundSignature=A.directFromCpfpRefundSignature??new Uint8Array(0),I}};function OI(){return{key:"",value:new Uint8Array(0)}}const XI={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=OI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>XI.fromPartial(A??{}),fromPartial(A){const I=OI();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}};function jI(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),transferPackage:void 0}}const zI={encode:(A,I=new y)=>(""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey),void 0!==A.transferPackage&&TI.encode(A.transferPackage,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=jI();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.transferPackage=TI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),transferPackage:lB(A.transferPackage)?TI.fromJSON(A.transferPackage):void 0}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.transferPackage&&(I.transferPackage=TI.toJSON(A.transferPackage)),I},create:A=>zI.fromPartial(A??{}),fromPartial(A){const I=jI();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.transferPackage=void 0!==A.transferPackage&&null!==A.transferPackage?TI.fromPartial(A.transferPackage):void 0,I}},_I={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>_I.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function $I(){return{identityPublicKey:new Uint8Array(0),amountSats:0,status:0,id:"",completionTime:void 0}}const Ag={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.amountSats&&I.uint32(16).uint64(A.amountSats),0!==A.status&&I.uint32(24).int32(A.status),""!==A.id&&I.uint32(34).string(A.id),void 0!==A.completionTime&&N.encode(DB(A.completionTime),I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=$I();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.amountSats=hB(g.uint64());continue;case 3:if(24!==A)break;B.status=g.int32();continue;case 4:if(34!==A)break;B.id=g.string();continue;case 5:if(42!==A)break;B.completionTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),amountSats:lB(A.amountSats)?globalThis.Number(A.amountSats):0,status:lB(A.status)?Z(A.status):0,id:lB(A.id)?globalThis.String(A.id):"",completionTime:lB(A.completionTime)?dB(A.completionTime):void 0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.amountSats&&(I.amountSats=Math.round(A.amountSats)),0!==A.status&&(I.status=function(A){switch(A){case v.TRANSFER_RECEIVER_STATUS_INITIATED:return"TRANSFER_RECEIVER_STATUS_INITIATED";case v.TRANSFER_RECEIVER_STATUS_CLAIM_PENDING:return"TRANSFER_RECEIVER_STATUS_CLAIM_PENDING";case v.TRANSFER_RECEIVER_STATUS_KEY_TWEAKED:return"TRANSFER_RECEIVER_STATUS_KEY_TWEAKED";case v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED:return"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_LOCKED";case v.TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED:return"TRANSFER_RECEIVER_STATUS_KEY_TWEAK_APPLIED";case v.TRANSFER_RECEIVER_STATUS_REFUND_SIGNED:return"TRANSFER_RECEIVER_STATUS_REFUND_SIGNED";case v.TRANSFER_RECEIVER_STATUS_COMPLETED:return"TRANSFER_RECEIVER_STATUS_COMPLETED";case v.TRANSFER_RECEIVER_STATUS_CANCELLED:return"TRANSFER_RECEIVER_STATUS_CANCELLED";case v.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),""!==A.id&&(I.id=A.id),void 0!==A.completionTime&&(I.completionTime=A.completionTime.toISOString()),I},create:A=>Ag.fromPartial(A??{}),fromPartial(A){const I=$I();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.amountSats=A.amountSats??0,I.status=A.status??0,I.id=A.id??"",I.completionTime=A.completionTime??void 0,I}};function Ig(){return{id:"",identityPublicKey:new Uint8Array(0)}}const gg={encode:(A,I=new y)=>(""!==A.id&&I.uint32(10).string(A.id),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Ig();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:lB(A.id)?globalThis.String(A.id):"",identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.id&&(I.id=A.id),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>gg.fromPartial(A??{}),fromPartial(A){const I=Ig();return I.id=A.id??"",I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}};function Cg(){return{id:"",senderIdentityPublicKey:new Uint8Array(0),receiverIdentityPublicKey:new Uint8Array(0),status:0,totalValue:0,expiryTime:void 0,leaves:[],createdTime:void 0,updatedTime:void 0,type:0,sparkInvoice:"",network:0,receivers:[],senders:[]}}const Bg={encode(A,I=new y){""!==A.id&&I.uint32(10).string(A.id),0!==A.senderIdentityPublicKey.length&&I.uint32(18).bytes(A.senderIdentityPublicKey),0!==A.receiverIdentityPublicKey.length&&I.uint32(26).bytes(A.receiverIdentityPublicKey),0!==A.status&&I.uint32(32).int32(A.status),0!==A.totalValue&&I.uint32(40).uint64(A.totalValue),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(50).fork()).join();for(const g of A.leaves)Qg.encode(g,I.uint32(58).fork()).join();void 0!==A.createdTime&&N.encode(DB(A.createdTime),I.uint32(66).fork()).join(),void 0!==A.updatedTime&&N.encode(DB(A.updatedTime),I.uint32(74).fork()).join(),0!==A.type&&I.uint32(80).int32(A.type),""!==A.sparkInvoice&&I.uint32(90).string(A.sparkInvoice),0!==A.network&&I.uint32(96).int32(A.network);for(const g of A.receivers)Ag.encode(g,I.uint32(106).fork()).join();for(const g of A.senders)gg.encode(g,I.uint32(114).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Cg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.senderIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 4:if(32!==A)break;B.status=g.int32();continue;case 5:if(40!==A)break;B.totalValue=hB(g.uint64());continue;case 6:if(50!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.leaves.push(Qg.decode(g,g.uint32()));continue;case 8:if(66!==A)break;B.createdTime=wB(N.decode(g,g.uint32()));continue;case 9:if(74!==A)break;B.updatedTime=wB(N.decode(g,g.uint32()));continue;case 10:if(80!==A)break;B.type=g.int32();continue;case 11:if(90!==A)break;B.sparkInvoice=g.string();continue;case 12:if(96!==A)break;B.network=g.int32();continue;case 13:if(106!==A)break;B.receivers.push(Ag.decode(g,g.uint32()));continue;case 14:if(114!==A)break;B.senders.push(gg.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:lB(A.id)?globalThis.String(A.id):"",senderIdentityPublicKey:lB(A.senderIdentityPublicKey)?rB(A.senderIdentityPublicKey):new Uint8Array(0),receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),status:lB(A.status)?V(A.status):0,totalValue:lB(A.totalValue)?globalThis.Number(A.totalValue):0,expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0,leaves:globalThis.Array.isArray(A?.leaves)?A.leaves.map(A=>Qg.fromJSON(A)):[],createdTime:lB(A.createdTime)?dB(A.createdTime):void 0,updatedTime:lB(A.updatedTime)?dB(A.updatedTime):void 0,type:lB(A.type)?W(A.type):0,sparkInvoice:lB(A.sparkInvoice)?globalThis.String(A.sparkInvoice):"",network:lB(A.network)?b(A.network):0,receivers:globalThis.Array.isArray(A?.receivers)?A.receivers.map(A=>Ag.fromJSON(A)):[],senders:globalThis.Array.isArray(A?.senders)?A.senders.map(A=>gg.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.id&&(I.id=A.id),0!==A.senderIdentityPublicKey.length&&(I.senderIdentityPublicKey=cB(A.senderIdentityPublicKey)),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),0!==A.status&&(I.status=T(A.status)),0!==A.totalValue&&(I.totalValue=Math.round(A.totalValue)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),A.leaves?.length&&(I.leaves=A.leaves.map(A=>Qg.toJSON(A))),void 0!==A.createdTime&&(I.createdTime=A.createdTime.toISOString()),void 0!==A.updatedTime&&(I.updatedTime=A.updatedTime.toISOString()),0!==A.type&&(I.type=P(A.type)),""!==A.sparkInvoice&&(I.sparkInvoice=A.sparkInvoice),0!==A.network&&(I.network=H(A.network)),A.receivers?.length&&(I.receivers=A.receivers.map(A=>Ag.toJSON(A))),A.senders?.length&&(I.senders=A.senders.map(A=>gg.toJSON(A))),I},create:A=>Bg.fromPartial(A??{}),fromPartial(A){const I=Cg();return I.id=A.id??"",I.senderIdentityPublicKey=A.senderIdentityPublicKey??new Uint8Array(0),I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.status=A.status??0,I.totalValue=A.totalValue??0,I.expiryTime=A.expiryTime??void 0,I.leaves=A.leaves?.map(A=>Qg.fromPartial(A))||[],I.createdTime=A.createdTime??void 0,I.updatedTime=A.updatedTime??void 0,I.type=A.type??0,I.sparkInvoice=A.sparkInvoice??"",I.network=A.network??0,I.receivers=A.receivers?.map(A=>Ag.fromPartial(A))||[],I.senders=A.senders?.map(A=>gg.fromPartial(A))||[],I}};function ig(){return{leaf:void 0,secretCipher:new Uint8Array(0),signature:new Uint8Array(0),intermediateRefundTx:new Uint8Array(0),intermediateDirectRefundTx:new Uint8Array(0),intermediateDirectFromCpfpRefundTx:new Uint8Array(0),pendingKeyTweakPublicKey:new Uint8Array(0),transferReceiverId:"",transferSenderId:""}}const Qg={encode:(A,I=new y)=>(void 0!==A.leaf&&hI.encode(A.leaf,I.uint32(10).fork()).join(),0!==A.secretCipher.length&&I.uint32(18).bytes(A.secretCipher),0!==A.signature.length&&I.uint32(26).bytes(A.signature),0!==A.intermediateRefundTx.length&&I.uint32(34).bytes(A.intermediateRefundTx),0!==A.intermediateDirectRefundTx.length&&I.uint32(42).bytes(A.intermediateDirectRefundTx),0!==A.intermediateDirectFromCpfpRefundTx.length&&I.uint32(50).bytes(A.intermediateDirectFromCpfpRefundTx),0!==A.pendingKeyTweakPublicKey.length&&I.uint32(58).bytes(A.pendingKeyTweakPublicKey),""!==A.transferReceiverId&&I.uint32(66).string(A.transferReceiverId),""!==A.transferSenderId&&I.uint32(74).string(A.transferSenderId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=ig();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leaf=hI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.secretCipher=g.bytes();continue;case 3:if(26!==A)break;B.signature=g.bytes();continue;case 4:if(34!==A)break;B.intermediateRefundTx=g.bytes();continue;case 5:if(42!==A)break;B.intermediateDirectRefundTx=g.bytes();continue;case 6:if(50!==A)break;B.intermediateDirectFromCpfpRefundTx=g.bytes();continue;case 7:if(58!==A)break;B.pendingKeyTweakPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.transferReceiverId=g.string();continue;case 9:if(74!==A)break;B.transferSenderId=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leaf:lB(A.leaf)?hI.fromJSON(A.leaf):void 0,secretCipher:lB(A.secretCipher)?rB(A.secretCipher):new Uint8Array(0),signature:lB(A.signature)?rB(A.signature):new Uint8Array(0),intermediateRefundTx:lB(A.intermediateRefundTx)?rB(A.intermediateRefundTx):new Uint8Array(0),intermediateDirectRefundTx:lB(A.intermediateDirectRefundTx)?rB(A.intermediateDirectRefundTx):new Uint8Array(0),intermediateDirectFromCpfpRefundTx:lB(A.intermediateDirectFromCpfpRefundTx)?rB(A.intermediateDirectFromCpfpRefundTx):new Uint8Array(0),pendingKeyTweakPublicKey:lB(A.pendingKeyTweakPublicKey)?rB(A.pendingKeyTweakPublicKey):new Uint8Array(0),transferReceiverId:lB(A.transferReceiverId)?globalThis.String(A.transferReceiverId):"",transferSenderId:lB(A.transferSenderId)?globalThis.String(A.transferSenderId):""}),toJSON(A){const I={};return void 0!==A.leaf&&(I.leaf=hI.toJSON(A.leaf)),0!==A.secretCipher.length&&(I.secretCipher=cB(A.secretCipher)),0!==A.signature.length&&(I.signature=cB(A.signature)),0!==A.intermediateRefundTx.length&&(I.intermediateRefundTx=cB(A.intermediateRefundTx)),0!==A.intermediateDirectRefundTx.length&&(I.intermediateDirectRefundTx=cB(A.intermediateDirectRefundTx)),0!==A.intermediateDirectFromCpfpRefundTx.length&&(I.intermediateDirectFromCpfpRefundTx=cB(A.intermediateDirectFromCpfpRefundTx)),0!==A.pendingKeyTweakPublicKey.length&&(I.pendingKeyTweakPublicKey=cB(A.pendingKeyTweakPublicKey)),""!==A.transferReceiverId&&(I.transferReceiverId=A.transferReceiverId),""!==A.transferSenderId&&(I.transferSenderId=A.transferSenderId),I},create:A=>Qg.fromPartial(A??{}),fromPartial(A){const I=ig();return I.leaf=void 0!==A.leaf&&null!==A.leaf?hI.fromPartial(A.leaf):void 0,I.secretCipher=A.secretCipher??new Uint8Array(0),I.signature=A.signature??new Uint8Array(0),I.intermediateRefundTx=A.intermediateRefundTx??new Uint8Array(0),I.intermediateDirectRefundTx=A.intermediateDirectRefundTx??new Uint8Array(0),I.intermediateDirectFromCpfpRefundTx=A.intermediateDirectFromCpfpRefundTx??new Uint8Array(0),I.pendingKeyTweakPublicKey=A.pendingKeyTweakPublicKey??new Uint8Array(0),I.transferReceiverId=A.transferReceiverId??"",I.transferSenderId=A.transferSenderId??"",I}},eg={encode(A,I=new y){switch(A.participant?.$case){case"receiverIdentityPublicKey":I.uint32(10).bytes(A.participant.receiverIdentityPublicKey);break;case"senderIdentityPublicKey":I.uint32(18).bytes(A.participant.senderIdentityPublicKey);break;case"senderOrReceiverIdentityPublicKey":I.uint32(482).bytes(A.participant.senderOrReceiverIdentityPublicKey)}for(const g of A.transferIds)I.uint32(26).string(g);0!==A.limit&&I.uint32(320).int64(A.limit),0!==A.offset&&I.uint32(400).int64(A.offset),I.uint32(562).fork();for(const g of A.types)I.int32(g);I.join(),0!==A.network&&I.uint32(32).int32(A.network),I.uint32(642).fork();for(const g of A.statuses)I.int32(g);switch(I.join(),0!==A.order&&I.uint32(40).int32(A.order),A.timeFilter?.$case){case"createdAfter":N.encode(DB(A.timeFilter.createdAfter),I.uint32(50).fork()).join();break;case"createdBefore":N.encode(DB(A.timeFilter.createdBefore),I.uint32(58).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={participant:void 0,transferIds:[],limit:0,offset:0,types:[],network:0,statuses:[],order:0,timeFilter:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.participant={$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:g.bytes()};continue;case 2:if(18!==A)break;B.participant={$case:"senderIdentityPublicKey",senderIdentityPublicKey:g.bytes()};continue;case 60:if(482!==A)break;B.participant={$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:g.bytes()};continue;case 3:if(26!==A)break;B.transferIds.push(g.string());continue;case 40:if(320!==A)break;B.limit=hB(g.int64());continue;case 50:if(400!==A)break;B.offset=hB(g.int64());continue;case 70:if(560===A){B.types.push(g.int32());continue}if(562===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.types.push(g.int32());continue}break;case 4:if(32!==A)break;B.network=g.int32();continue;case 80:if(640===A){B.statuses.push(g.int32());continue}if(642===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.statuses.push(g.int32());continue}break;case 5:if(40!==A)break;B.order=g.int32();continue;case 6:if(50!==A)break;B.timeFilter={$case:"createdAfter",createdAfter:wB(N.decode(g,g.uint32()))};continue;case 7:if(58!==A)break;B.timeFilter={$case:"createdBefore",createdBefore:wB(N.decode(g,g.uint32()))};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({participant:lB(A.receiverIdentityPublicKey)?{$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:rB(A.receiverIdentityPublicKey)}:lB(A.senderIdentityPublicKey)?{$case:"senderIdentityPublicKey",senderIdentityPublicKey:rB(A.senderIdentityPublicKey)}:lB(A.senderOrReceiverIdentityPublicKey)?{$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:rB(A.senderOrReceiverIdentityPublicKey)}:void 0,transferIds:globalThis.Array.isArray(A?.transferIds)?A.transferIds.map(A=>globalThis.String(A)):[],limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,types:globalThis.Array.isArray(A?.types)?A.types.map(A=>W(A)):[],network:lB(A.network)?b(A.network):0,statuses:globalThis.Array.isArray(A?.statuses)?A.statuses.map(A=>V(A)):[],order:lB(A.order)?X(A.order):0,timeFilter:lB(A.createdAfter)?{$case:"createdAfter",createdAfter:dB(A.createdAfter)}:lB(A.createdBefore)?{$case:"createdBefore",createdBefore:dB(A.createdBefore)}:void 0}),toJSON(A){const I={};return"receiverIdentityPublicKey"===A.participant?.$case?I.receiverIdentityPublicKey=cB(A.participant.receiverIdentityPublicKey):"senderIdentityPublicKey"===A.participant?.$case?I.senderIdentityPublicKey=cB(A.participant.senderIdentityPublicKey):"senderOrReceiverIdentityPublicKey"===A.participant?.$case&&(I.senderOrReceiverIdentityPublicKey=cB(A.participant.senderOrReceiverIdentityPublicKey)),A.transferIds?.length&&(I.transferIds=A.transferIds),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),A.types?.length&&(I.types=A.types.map(A=>P(A))),0!==A.network&&(I.network=H(A.network)),A.statuses?.length&&(I.statuses=A.statuses.map(A=>T(A))),0!==A.order&&(I.order=j(A.order)),"createdAfter"===A.timeFilter?.$case?I.createdAfter=A.timeFilter.createdAfter.toISOString():"createdBefore"===A.timeFilter?.$case&&(I.createdBefore=A.timeFilter.createdBefore.toISOString()),I},create:A=>eg.fromPartial(A??{}),fromPartial(A){const I={participant:void 0,transferIds:[],limit:0,offset:0,types:[],network:0,statuses:[],order:0,timeFilter:void 0};switch(A.participant?.$case){case"receiverIdentityPublicKey":void 0!==A.participant?.receiverIdentityPublicKey&&null!==A.participant?.receiverIdentityPublicKey&&(I.participant={$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:A.participant.receiverIdentityPublicKey});break;case"senderIdentityPublicKey":void 0!==A.participant?.senderIdentityPublicKey&&null!==A.participant?.senderIdentityPublicKey&&(I.participant={$case:"senderIdentityPublicKey",senderIdentityPublicKey:A.participant.senderIdentityPublicKey});break;case"senderOrReceiverIdentityPublicKey":void 0!==A.participant?.senderOrReceiverIdentityPublicKey&&null!==A.participant?.senderOrReceiverIdentityPublicKey&&(I.participant={$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:A.participant.senderOrReceiverIdentityPublicKey})}switch(I.transferIds=A.transferIds?.map(A=>A)||[],I.limit=A.limit??0,I.offset=A.offset??0,I.types=A.types?.map(A=>A)||[],I.network=A.network??0,I.statuses=A.statuses?.map(A=>A)||[],I.order=A.order??0,A.timeFilter?.$case){case"createdAfter":void 0!==A.timeFilter?.createdAfter&&null!==A.timeFilter?.createdAfter&&(I.timeFilter={$case:"createdAfter",createdAfter:A.timeFilter.createdAfter});break;case"createdBefore":void 0!==A.timeFilter?.createdBefore&&null!==A.timeFilter?.createdBefore&&(I.timeFilter={$case:"createdBefore",createdBefore:A.timeFilter.createdBefore})}return I}},Eg={encode(A,I=new y){for(const g of A.transfers)Bg.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfers:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfers.push(Bg.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfers:globalThis.Array.isArray(A?.transfers)?A.transfers.map(A=>Bg.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.transfers?.length&&(I.transfers=A.transfers.map(A=>Bg.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>Eg.fromPartial(A??{}),fromPartial(A){const I={transfers:[],offset:0};return I.transfers=A.transfers?.map(A=>Bg.fromPartial(A))||[],I.offset=A.offset??0,I}},tg={encode:(A,I=new y)=>(""!==A.leafId&&I.uint32(10).string(A.leafId),void 0!==A.secretShareTweak&&uI.encode(A.secretShareTweak,I.uint32(18).fork()).join(),Object.entries(A.pubkeySharesTweak).forEach(([A,g])=>{ng.encode({key:A,value:g},I.uint32(26).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leafId:"",secretShareTweak:void 0,pubkeySharesTweak:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leafId=g.string();continue;case 2:if(18!==A)break;B.secretShareTweak=uI.decode(g,g.uint32());continue;case 3:{if(26!==A)break;const I=ng.decode(g,g.uint32());void 0!==I.value&&(B.pubkeySharesTweak[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leafId:lB(A.leafId)?globalThis.String(A.leafId):"",secretShareTweak:lB(A.secretShareTweak)?uI.fromJSON(A.secretShareTweak):void 0,pubkeySharesTweak:yB(A.pubkeySharesTweak)?Object.entries(A.pubkeySharesTweak).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{}}),toJSON(A){const I={};if(""!==A.leafId&&(I.leafId=A.leafId),void 0!==A.secretShareTweak&&(I.secretShareTweak=uI.toJSON(A.secretShareTweak)),A.pubkeySharesTweak){const g=Object.entries(A.pubkeySharesTweak);g.length>0&&(I.pubkeySharesTweak={},g.forEach(([A,g])=>{I.pubkeySharesTweak[A]=cB(g)}))}return I},create:A=>tg.fromPartial(A??{}),fromPartial(A){const I={leafId:"",secretShareTweak:void 0,pubkeySharesTweak:{}};return I.leafId=A.leafId??"",I.secretShareTweak=void 0!==A.secretShareTweak&&null!==A.secretShareTweak?uI.fromPartial(A.secretShareTweak):void 0,I.pubkeySharesTweak=Object.entries(A.pubkeySharesTweak??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I}};function og(){return{key:"",value:new Uint8Array(0)}}const ng={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=og();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>ng.fromPartial(A??{}),fromPartial(A){const I=og();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},ag={encode(A,I=new y){for(const g of A.leavesToReceive)tg.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={leavesToReceive:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToReceive.push(tg.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToReceive:globalThis.Array.isArray(A?.leavesToReceive)?A.leavesToReceive.map(A=>tg.fromJSON(A)):[]}),toJSON(A){const I={};return A.leavesToReceive?.length&&(I.leavesToReceive=A.leavesToReceive.map(A=>tg.toJSON(A))),I},create:A=>ag.fromPartial(A??{}),fromPartial(A){const I={leavesToReceive:[]};return I.leavesToReceive=A.leavesToReceive?.map(A=>tg.fromPartial(A))||[],I}};function sg(){return{leavesToClaim:[],keyTweakPackage:{},userSignature:new Uint8Array(0),directLeavesToClaim:[],directFromCpfpLeavesToClaim:[],hashVariant:0}}const rg={encode(A,I=new y){for(const g of A.leavesToClaim)pI.encode(g,I.uint32(10).fork()).join();Object.entries(A.keyTweakPackage).forEach(([A,g])=>{Dg.encode({key:A,value:g},I.uint32(18).fork()).join()}),0!==A.userSignature.length&&I.uint32(26).bytes(A.userSignature);for(const g of A.directLeavesToClaim)pI.encode(g,I.uint32(34).fork()).join();for(const g of A.directFromCpfpLeavesToClaim)pI.encode(g,I.uint32(42).fork()).join();return 0!==A.hashVariant&&I.uint32(48).int32(A.hashVariant),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=sg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.leavesToClaim.push(pI.decode(g,g.uint32()));continue;case 2:{if(18!==A)break;const I=Dg.decode(g,g.uint32());void 0!==I.value&&(B.keyTweakPackage[I.key]=I.value);continue}case 3:if(26!==A)break;B.userSignature=g.bytes();continue;case 4:if(34!==A)break;B.directLeavesToClaim.push(pI.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.directFromCpfpLeavesToClaim.push(pI.decode(g,g.uint32()));continue;case 6:if(48!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({leavesToClaim:globalThis.Array.isArray(A?.leavesToClaim)?A.leavesToClaim.map(A=>pI.fromJSON(A)):[],keyTweakPackage:yB(A.keyTweakPackage)?Object.entries(A.keyTweakPackage).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),directLeavesToClaim:globalThis.Array.isArray(A?.directLeavesToClaim)?A.directLeavesToClaim.map(A=>pI.fromJSON(A)):[],directFromCpfpLeavesToClaim:globalThis.Array.isArray(A?.directFromCpfpLeavesToClaim)?A.directFromCpfpLeavesToClaim.map(A=>pI.fromJSON(A)):[],hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};if(A.leavesToClaim?.length&&(I.leavesToClaim=A.leavesToClaim.map(A=>pI.toJSON(A))),A.keyTweakPackage){const g=Object.entries(A.keyTweakPackage);g.length>0&&(I.keyTweakPackage={},g.forEach(([A,g])=>{I.keyTweakPackage[A]=cB(g)}))}return 0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),A.directLeavesToClaim?.length&&(I.directLeavesToClaim=A.directLeavesToClaim.map(A=>pI.toJSON(A))),A.directFromCpfpLeavesToClaim?.length&&(I.directFromCpfpLeavesToClaim=A.directFromCpfpLeavesToClaim.map(A=>pI.toJSON(A))),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>rg.fromPartial(A??{}),fromPartial(A){const I=sg();return I.leavesToClaim=A.leavesToClaim?.map(A=>pI.fromPartial(A))||[],I.keyTweakPackage=Object.entries(A.keyTweakPackage??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.userSignature=A.userSignature??new Uint8Array(0),I.directLeavesToClaim=A.directLeavesToClaim?.map(A=>pI.fromPartial(A))||[],I.directFromCpfpLeavesToClaim=A.directFromCpfpLeavesToClaim?.map(A=>pI.fromPartial(A))||[],I.hashVariant=A.hashVariant??0,I}};function cg(){return{key:"",value:new Uint8Array(0)}}const Dg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=cg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>Dg.fromPartial(A??{}),fromPartial(A){const I=cg();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}};function wg(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),claimPackage:void 0}}const dg={encode:(A,I=new y)=>(""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey),void 0!==A.claimPackage&&rg.encode(A.claimPackage,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=wg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.claimPackage=rg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),claimPackage:lB(A.claimPackage)?rg.fromJSON(A.claimPackage):void 0}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),void 0!==A.claimPackage&&(I.claimPackage=rg.toJSON(A.claimPackage)),I},create:A=>dg.fromPartial(A??{}),fromPartial(A){const I=wg();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.claimPackage=void 0!==A.claimPackage&&null!==A.claimPackage?rg.fromPartial(A.claimPackage):void 0,I}},hg={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>hg.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function yg(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),leavesToReceive:[]}}const lg={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.leavesToReceive)tg.encode(g,I.uint32(26).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=yg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.leavesToReceive.push(tg.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),leavesToReceive:globalThis.Array.isArray(A?.leavesToReceive)?A.leavesToReceive.map(A=>tg.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.leavesToReceive?.length&&(I.leavesToReceive=A.leavesToReceive.map(A=>tg.toJSON(A))),I},create:A=>lg.fromPartial(A??{}),fromPartial(A){const I=yg();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.leavesToReceive=A.leavesToReceive?.map(A=>tg.fromPartial(A))||[],I}};function kg(){return{transferId:"",ownerIdentityPublicKey:new Uint8Array(0),signingJobs:[]}}const ug={encode(A,I=new y){""!==A.transferId&&I.uint32(10).string(A.transferId),0!==A.ownerIdentityPublicKey.length&&I.uint32(18).bytes(A.ownerIdentityPublicKey);for(const g of A.signingJobs)NI.encode(g,I.uint32(26).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=kg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.string();continue;case 2:if(18!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.signingJobs.push(NI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?globalThis.String(A.transferId):"",ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),signingJobs:globalThis.Array.isArray(A?.signingJobs)?A.signingJobs.map(A=>NI.fromJSON(A)):[]}),toJSON(A){const I={};return""!==A.transferId&&(I.transferId=A.transferId),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.signingJobs?.length&&(I.signingJobs=A.signingJobs.map(A=>NI.toJSON(A))),I},create:A=>ug.fromPartial(A??{}),fromPartial(A){const I=kg();return I.transferId=A.transferId??"",I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.signingJobs=A.signingJobs?.map(A=>NI.fromPartial(A))||[],I}},Ng={encode(A,I=new y){for(const g of A.signingResults)RI.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>Ng.fromPartial(A??{}),fromPartial(A){const I={signingResults:[]};return I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function Gg(){return{paymentHash:new Uint8Array(0),preimageShare:void 0,threshold:0,invoiceString:"",userIdentityPublicKey:new Uint8Array(0)}}const pg={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),void 0!==A.preimageShare&&uI.encode(A.preimageShare,I.uint32(18).fork()).join(),0!==A.threshold&&I.uint32(24).uint32(A.threshold),""!==A.invoiceString&&I.uint32(34).string(A.invoiceString),0!==A.userIdentityPublicKey.length&&I.uint32(42).bytes(A.userIdentityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Gg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.preimageShare=uI.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.threshold=g.uint32();continue;case 4:if(34!==A)break;B.invoiceString=g.string();continue;case 5:if(42!==A)break;B.userIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),preimageShare:lB(A.preimageShare)?uI.fromJSON(A.preimageShare):void 0,threshold:lB(A.threshold)?globalThis.Number(A.threshold):0,invoiceString:lB(A.invoiceString)?globalThis.String(A.invoiceString):"",userIdentityPublicKey:lB(A.userIdentityPublicKey)?rB(A.userIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),void 0!==A.preimageShare&&(I.preimageShare=uI.toJSON(A.preimageShare)),0!==A.threshold&&(I.threshold=Math.round(A.threshold)),""!==A.invoiceString&&(I.invoiceString=A.invoiceString),0!==A.userIdentityPublicKey.length&&(I.userIdentityPublicKey=cB(A.userIdentityPublicKey)),I},create:A=>pg.fromPartial(A??{}),fromPartial(A){const I=Gg();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.preimageShare=void 0!==A.preimageShare&&null!==A.preimageShare?uI.fromPartial(A.preimageShare):void 0,I.threshold=A.threshold??0,I.invoiceString=A.invoiceString??"",I.userIdentityPublicKey=A.userIdentityPublicKey??new Uint8Array(0),I}};function Sg(){return{paymentHash:new Uint8Array(0),encryptedPreimageShares:{},threshold:0,invoiceString:"",userIdentityPublicKey:new Uint8Array(0)}}const fg={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),Object.entries(A.encryptedPreimageShares).forEach(([A,g])=>{Rg.encode({key:A,value:g},I.uint32(18).fork()).join()}),0!==A.threshold&&I.uint32(24).uint32(A.threshold),""!==A.invoiceString&&I.uint32(34).string(A.invoiceString),0!==A.userIdentityPublicKey.length&&I.uint32(42).bytes(A.userIdentityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Sg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:{if(18!==A)break;const I=Rg.decode(g,g.uint32());void 0!==I.value&&(B.encryptedPreimageShares[I.key]=I.value);continue}case 3:if(24!==A)break;B.threshold=g.uint32();continue;case 4:if(34!==A)break;B.invoiceString=g.string();continue;case 5:if(42!==A)break;B.userIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),encryptedPreimageShares:yB(A.encryptedPreimageShares)?Object.entries(A.encryptedPreimageShares).reduce((A,[I,g])=>(A[I]=rB(g),A),{}):{},threshold:lB(A.threshold)?globalThis.Number(A.threshold):0,invoiceString:lB(A.invoiceString)?globalThis.String(A.invoiceString):"",userIdentityPublicKey:lB(A.userIdentityPublicKey)?rB(A.userIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};if(0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),A.encryptedPreimageShares){const g=Object.entries(A.encryptedPreimageShares);g.length>0&&(I.encryptedPreimageShares={},g.forEach(([A,g])=>{I.encryptedPreimageShares[A]=cB(g)}))}return 0!==A.threshold&&(I.threshold=Math.round(A.threshold)),""!==A.invoiceString&&(I.invoiceString=A.invoiceString),0!==A.userIdentityPublicKey.length&&(I.userIdentityPublicKey=cB(A.userIdentityPublicKey)),I},create:A=>fg.fromPartial(A??{}),fromPartial(A){const I=Sg();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.encryptedPreimageShares=Object.entries(A.encryptedPreimageShares??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=g),A),{}),I.threshold=A.threshold??0,I.invoiceString=A.invoiceString??"",I.userIdentityPublicKey=A.userIdentityPublicKey??new Uint8Array(0),I}};function Fg(){return{key:"",value:new Uint8Array(0)}}const Rg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value.length&&I.uint32(18).bytes(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Fg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?rB(A.value):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value.length&&(I.value=cB(A.value)),I},create:A=>Rg.fromPartial(A??{}),fromPartial(A){const I=Fg();return I.key=A.key??"",I.value=A.value??new Uint8Array(0),I}},Ug={encode:(A,I=new y)=>(Object.entries(A.signingNonceCommitments).forEach(([A,g])=>{Mg.encode({key:A,value:g},I.uint32(10).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingNonceCommitments:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=Mg.decode(g,g.uint32());void 0!==I.value&&(B.signingNonceCommitments[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingNonceCommitments:yB(A.signingNonceCommitments)?Object.entries(A.signingNonceCommitments).reduce((A,[I,g])=>(A[I]=R.fromJSON(g),A),{}):{}}),toJSON(A){const I={};if(A.signingNonceCommitments){const g=Object.entries(A.signingNonceCommitments);g.length>0&&(I.signingNonceCommitments={},g.forEach(([A,g])=>{I.signingNonceCommitments[A]=R.toJSON(g)}))}return I},create:A=>Ug.fromPartial(A??{}),fromPartial(A){const I={signingNonceCommitments:{}};return I.signingNonceCommitments=Object.entries(A.signingNonceCommitments??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=R.fromPartial(g)),A),{}),I}},Mg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&R.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?R.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=R.toJSON(A.value)),I},create:A=>Mg.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?R.fromPartial(A.value):void 0,I}},Kg={encode(A,I=new y){for(const g of A.nodeIds)I.uint32(10).string(g);return 0!==A.count&&I.uint32(16).uint32(A.count),0!==A.nodeIdCount&&I.uint32(24).uint32(A.nodeIdCount),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeIds:[],count:0,nodeIdCount:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeIds.push(g.string());continue;case 2:if(16!==A)break;B.count=g.uint32();continue;case 3:if(24!==A)break;B.nodeIdCount=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeIds:globalThis.Array.isArray(A?.nodeIds)?A.nodeIds.map(A=>globalThis.String(A)):[],count:lB(A.count)?globalThis.Number(A.count):0,nodeIdCount:lB(A.nodeIdCount)?globalThis.Number(A.nodeIdCount):0}),toJSON(A){const I={};return A.nodeIds?.length&&(I.nodeIds=A.nodeIds),0!==A.count&&(I.count=Math.round(A.count)),0!==A.nodeIdCount&&(I.nodeIdCount=Math.round(A.nodeIdCount)),I},create:A=>Kg.fromPartial(A??{}),fromPartial(A){const I={nodeIds:[],count:0,nodeIdCount:0};return I.nodeIds=A.nodeIds?.map(A=>A)||[],I.count=A.count??0,I.nodeIdCount=A.nodeIdCount??0,I}},mg={encode(A,I=new y){for(const g of A.signingCommitments)Ug.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingCommitments:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingCommitments.push(Ug.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingCommitments:globalThis.Array.isArray(A?.signingCommitments)?A.signingCommitments.map(A=>Ug.fromJSON(A)):[]}),toJSON(A){const I={};return A.signingCommitments?.length&&(I.signingCommitments=A.signingCommitments.map(A=>Ug.toJSON(A))),I},create:A=>mg.fromPartial(A??{}),fromPartial(A){const I={signingCommitments:[]};return I.signingCommitments=A.signingCommitments?.map(A=>Ug.fromPartial(A))||[],I}},Jg={encode:(A,I=new y)=>(Object.entries(A.signingCommitments).forEach(([A,g])=>{bg.encode({key:A,value:g},I.uint32(10).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingCommitments:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=bg.decode(g,g.uint32());void 0!==I.value&&(B.signingCommitments[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingCommitments:yB(A.signingCommitments)?Object.entries(A.signingCommitments).reduce((A,[I,g])=>(A[I]=R.fromJSON(g),A),{}):{}}),toJSON(A){const I={};if(A.signingCommitments){const g=Object.entries(A.signingCommitments);g.length>0&&(I.signingCommitments={},g.forEach(([A,g])=>{I.signingCommitments[A]=R.toJSON(g)}))}return I},create:A=>Jg.fromPartial(A??{}),fromPartial(A){const I={signingCommitments:{}};return I.signingCommitments=Object.entries(A.signingCommitments??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=R.fromPartial(g)),A),{}),I}},bg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&R.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=R.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?R.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=R.toJSON(A.value)),I},create:A=>bg.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?R.fromPartial(A.value):void 0,I}};function Hg(){return{nodeId:"",refundTx:new Uint8Array(0),userSignature:new Uint8Array(0),signingCommitments:void 0,userSignatureCommitment:void 0,network:0}}const Yg={encode:(A,I=new y)=>(""!==A.nodeId&&I.uint32(10).string(A.nodeId),0!==A.refundTx.length&&I.uint32(18).bytes(A.refundTx),0!==A.userSignature.length&&I.uint32(26).bytes(A.userSignature),void 0!==A.signingCommitments&&Jg.encode(A.signingCommitments,I.uint32(34).fork()).join(),void 0!==A.userSignatureCommitment&&R.encode(A.userSignatureCommitment,I.uint32(42).fork()).join(),0!==A.network&&I.uint32(48).int32(A.network),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Hg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeId=g.string();continue;case 2:if(18!==A)break;B.refundTx=g.bytes();continue;case 3:if(26!==A)break;B.userSignature=g.bytes();continue;case 4:if(34!==A)break;B.signingCommitments=Jg.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.userSignatureCommitment=R.decode(g,g.uint32());continue;case 6:if(48!==A)break;B.network=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeId:lB(A.nodeId)?globalThis.String(A.nodeId):"",refundTx:lB(A.refundTx)?rB(A.refundTx):new Uint8Array(0),userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),signingCommitments:lB(A.signingCommitments)?Jg.fromJSON(A.signingCommitments):void 0,userSignatureCommitment:lB(A.userSignatureCommitment)?R.fromJSON(A.userSignatureCommitment):void 0,network:lB(A.network)?b(A.network):0}),toJSON(A){const I={};return""!==A.nodeId&&(I.nodeId=A.nodeId),0!==A.refundTx.length&&(I.refundTx=cB(A.refundTx)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),void 0!==A.signingCommitments&&(I.signingCommitments=Jg.toJSON(A.signingCommitments)),void 0!==A.userSignatureCommitment&&(I.userSignatureCommitment=R.toJSON(A.userSignatureCommitment)),0!==A.network&&(I.network=H(A.network)),I},create:A=>Yg.fromPartial(A??{}),fromPartial(A){const I=Hg();return I.nodeId=A.nodeId??"",I.refundTx=A.refundTx??new Uint8Array(0),I.userSignature=A.userSignature??new Uint8Array(0),I.signingCommitments=void 0!==A.signingCommitments&&null!==A.signingCommitments?Jg.fromPartial(A.signingCommitments):void 0,I.userSignatureCommitment=void 0!==A.userSignatureCommitment&&null!==A.userSignatureCommitment?R.fromPartial(A.userSignatureCommitment):void 0,I.network=A.network??0,I}},Lg={encode:(A,I=new y)=>(""!==A.bolt11Invoice&&I.uint32(10).string(A.bolt11Invoice),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={bolt11Invoice:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.bolt11Invoice=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({bolt11Invoice:lB(A.bolt11Invoice)?globalThis.String(A.bolt11Invoice):""}),toJSON(A){const I={};return""!==A.bolt11Invoice&&(I.bolt11Invoice=A.bolt11Invoice),I},create:A=>Lg.fromPartial(A??{}),fromPartial(A){const I={bolt11Invoice:""};return I.bolt11Invoice=A.bolt11Invoice??"",I}},qg={encode:(A,I=new y)=>(0!==A.valueSats&&I.uint32(8).uint64(A.valueSats),void 0!==A.invoiceAmountProof&&Lg.encode(A.invoiceAmountProof,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={valueSats:0,invoiceAmountProof:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.valueSats=hB(g.uint64());continue;case 2:if(18!==A)break;B.invoiceAmountProof=Lg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({valueSats:lB(A.valueSats)?globalThis.Number(A.valueSats):0,invoiceAmountProof:lB(A.invoiceAmountProof)?Lg.fromJSON(A.invoiceAmountProof):void 0}),toJSON(A){const I={};return 0!==A.valueSats&&(I.valueSats=Math.round(A.valueSats)),void 0!==A.invoiceAmountProof&&(I.invoiceAmountProof=Lg.toJSON(A.invoiceAmountProof)),I},create:A=>qg.fromPartial(A??{}),fromPartial(A){const I={valueSats:0,invoiceAmountProof:void 0};return I.valueSats=A.valueSats??0,I.invoiceAmountProof=void 0!==A.invoiceAmountProof&&null!==A.invoiceAmountProof?Lg.fromPartial(A.invoiceAmountProof):void 0,I}};function Vg(){return{paymentHash:new Uint8Array(0),invoiceAmount:void 0,reason:0,transfer:void 0,receiverIdentityPublicKey:new Uint8Array(0),feeSats:0,transferRequest:void 0}}const Tg={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),void 0!==A.invoiceAmount&&qg.encode(A.invoiceAmount,I.uint32(18).fork()).join(),0!==A.reason&&I.uint32(24).int32(A.reason),void 0!==A.transfer&&MI.encode(A.transfer,I.uint32(34).fork()).join(),0!==A.receiverIdentityPublicKey.length&&I.uint32(42).bytes(A.receiverIdentityPublicKey),0!==A.feeSats&&I.uint32(48).uint64(A.feeSats),void 0!==A.transferRequest&&mI.encode(A.transferRequest,I.uint32(58).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Vg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.invoiceAmount=qg.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.reason=g.int32();continue;case 4:if(34!==A)break;B.transfer=MI.decode(g,g.uint32());continue;case 5:if(42!==A)break;B.receiverIdentityPublicKey=g.bytes();continue;case 6:if(48!==A)break;B.feeSats=hB(g.uint64());continue;case 7:if(58!==A)break;B.transferRequest=mI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),invoiceAmount:lB(A.invoiceAmount)?qg.fromJSON(A.invoiceAmount):void 0,reason:lB(A.reason)?aA(A.reason):0,transfer:lB(A.transfer)?MI.fromJSON(A.transfer):void 0,receiverIdentityPublicKey:lB(A.receiverIdentityPublicKey)?rB(A.receiverIdentityPublicKey):new Uint8Array(0),feeSats:lB(A.feeSats)?globalThis.Number(A.feeSats):0,transferRequest:lB(A.transferRequest)?mI.fromJSON(A.transferRequest):void 0}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),void 0!==A.invoiceAmount&&(I.invoiceAmount=qg.toJSON(A.invoiceAmount)),0!==A.reason&&(I.reason=function(A){switch(A){case nA.REASON_SEND:return"REASON_SEND";case nA.REASON_RECEIVE:return"REASON_RECEIVE";case nA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.reason)),void 0!==A.transfer&&(I.transfer=MI.toJSON(A.transfer)),0!==A.receiverIdentityPublicKey.length&&(I.receiverIdentityPublicKey=cB(A.receiverIdentityPublicKey)),0!==A.feeSats&&(I.feeSats=Math.round(A.feeSats)),void 0!==A.transferRequest&&(I.transferRequest=mI.toJSON(A.transferRequest)),I},create:A=>Tg.fromPartial(A??{}),fromPartial(A){const I=Vg();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.invoiceAmount=void 0!==A.invoiceAmount&&null!==A.invoiceAmount?qg.fromPartial(A.invoiceAmount):void 0,I.reason=A.reason??0,I.transfer=void 0!==A.transfer&&null!==A.transfer?MI.fromPartial(A.transfer):void 0,I.receiverIdentityPublicKey=A.receiverIdentityPublicKey??new Uint8Array(0),I.feeSats=A.feeSats??0,I.transferRequest=void 0!==A.transferRequest&&null!==A.transferRequest?mI.fromPartial(A.transferRequest):void 0,I}};function vg(){return{preimage:new Uint8Array(0),transfer:void 0}}const Zg={encode:(A,I=new y)=>(0!==A.preimage.length&&I.uint32(10).bytes(A.preimage),void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=vg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.preimage=g.bytes();continue;case 2:if(18!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({preimage:lB(A.preimage)?rB(A.preimage):new Uint8Array(0),transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return 0!==A.preimage.length&&(I.preimage=cB(A.preimage)),void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>Zg.fromPartial(A??{}),fromPartial(A){const I=vg();return I.preimage=A.preimage??new Uint8Array(0),I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function xg(){return{transfer:void 0,exitId:"",exitTxid:new Uint8Array(0),connectorTx:new Uint8Array(0)}}const Wg={encode:(A,I=new y)=>(void 0!==A.transfer&&mI.encode(A.transfer,I.uint32(10).fork()).join(),""!==A.exitId&&I.uint32(18).string(A.exitId),0!==A.exitTxid.length&&I.uint32(26).bytes(A.exitTxid),0!==A.connectorTx.length&&I.uint32(34).bytes(A.connectorTx),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=xg();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=mI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.exitId=g.string();continue;case 3:if(26!==A)break;B.exitTxid=g.bytes();continue;case 4:if(34!==A)break;B.connectorTx=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?mI.fromJSON(A.transfer):void 0,exitId:lB(A.exitId)?globalThis.String(A.exitId):"",exitTxid:lB(A.exitTxid)?rB(A.exitTxid):new Uint8Array(0),connectorTx:lB(A.connectorTx)?rB(A.connectorTx):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=mI.toJSON(A.transfer)),""!==A.exitId&&(I.exitId=A.exitId),0!==A.exitTxid.length&&(I.exitTxid=cB(A.exitTxid)),0!==A.connectorTx.length&&(I.connectorTx=cB(A.connectorTx)),I},create:A=>Wg.fromPartial(A??{}),fromPartial(A){const I=xg();return I.transfer=void 0!==A.transfer&&null!==A.transfer?mI.fromPartial(A.transfer):void 0,I.exitId=A.exitId??"",I.exitTxid=A.exitTxid??new Uint8Array(0),I.connectorTx=A.connectorTx??new Uint8Array(0),I}},Pg={encode(A,I=new y){void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join();for(const g of A.signingResults)RI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>Pg.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,signingResults:[]};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function Og(){return{index:0,identifier:"",publicKey:new Uint8Array(0),address:""}}const Xg={encode:(A,I=new y)=>(0!==A.index&&I.uint32(8).uint64(A.index),""!==A.identifier&&I.uint32(18).string(A.identifier),0!==A.publicKey.length&&I.uint32(26).bytes(A.publicKey),""!==A.address&&I.uint32(34).string(A.address),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Og();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.index=hB(g.uint64());continue;case 2:if(18!==A)break;B.identifier=g.string();continue;case 3:if(26!==A)break;B.publicKey=g.bytes();continue;case 4:if(34!==A)break;B.address=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({index:lB(A.index)?globalThis.Number(A.index):0,identifier:lB(A.identifier)?globalThis.String(A.identifier):"",publicKey:lB(A.publicKey)?rB(A.publicKey):new Uint8Array(0),address:lB(A.address)?globalThis.String(A.address):""}),toJSON(A){const I={};return 0!==A.index&&(I.index=Math.round(A.index)),""!==A.identifier&&(I.identifier=A.identifier),0!==A.publicKey.length&&(I.publicKey=cB(A.publicKey)),""!==A.address&&(I.address=A.address),I},create:A=>Xg.fromPartial(A??{}),fromPartial(A){const I=Og();return I.index=A.index??0,I.identifier=A.identifier??"",I.publicKey=A.publicKey??new Uint8Array(0),I.address=A.address??"",I}},jg={encode:(A,I=new y)=>(Object.entries(A.signingOperators).forEach(([A,g])=>{zg.encode({key:A,value:g},I.uint32(10).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingOperators:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=zg.decode(g,g.uint32());void 0!==I.value&&(B.signingOperators[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingOperators:yB(A.signingOperators)?Object.entries(A.signingOperators).reduce((A,[I,g])=>(A[I]=Xg.fromJSON(g),A),{}):{}}),toJSON(A){const I={};if(A.signingOperators){const g=Object.entries(A.signingOperators);g.length>0&&(I.signingOperators={},g.forEach(([A,g])=>{I.signingOperators[A]=Xg.toJSON(g)}))}return I},create:A=>jg.fromPartial(A??{}),fromPartial(A){const I={signingOperators:{}};return I.signingOperators=Object.entries(A.signingOperators??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=Xg.fromPartial(g)),A),{}),I}},zg={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&Xg.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=Xg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?Xg.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=Xg.toJSON(A.value)),I},create:A=>zg.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?Xg.fromPartial(A.value):void 0,I}};function _g(){return{paymentHash:new Uint8Array(0),identityPublicKey:new Uint8Array(0)}}const $g={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=_g();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>$g.fromPartial(A??{}),fromPartial(A){const I=_g();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}},AC={encode(A,I=new y){for(const g of A.userSignedRefunds)Yg.encode(g,I.uint32(10).fork()).join();return void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={userSignedRefunds:[],transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.userSignedRefunds.push(Yg.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({userSignedRefunds:globalThis.Array.isArray(A?.userSignedRefunds)?A.userSignedRefunds.map(A=>Yg.fromJSON(A)):[],transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return A.userSignedRefunds?.length&&(I.userSignedRefunds=A.userSignedRefunds.map(A=>Yg.toJSON(A))),void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>AC.fromPartial(A??{}),fromPartial(A){const I={userSignedRefunds:[],transfer:void 0};return I.userSignedRefunds=A.userSignedRefunds?.map(A=>Yg.fromPartial(A))||[],I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function IC(){return{paymentHash:new Uint8Array(0),receiverIdentityPubkey:new Uint8Array(0),status:0,createdTime:void 0,transfer:void 0,preimage:void 0,senderIdentityPubkey:new Uint8Array(0)}}const gC={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.receiverIdentityPubkey.length&&I.uint32(18).bytes(A.receiverIdentityPubkey),0!==A.status&&I.uint32(24).int32(A.status),void 0!==A.createdTime&&N.encode(DB(A.createdTime),I.uint32(34).fork()).join(),void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(42).fork()).join(),void 0!==A.preimage&&I.uint32(50).bytes(A.preimage),0!==A.senderIdentityPubkey.length&&I.uint32(58).bytes(A.senderIdentityPubkey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=IC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.receiverIdentityPubkey=g.bytes();continue;case 3:if(24!==A)break;B.status=g.int32();continue;case 4:if(34!==A)break;B.createdTime=wB(N.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 6:if(50!==A)break;B.preimage=g.bytes();continue;case 7:if(58!==A)break;B.senderIdentityPubkey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),receiverIdentityPubkey:lB(A.receiverIdentityPubkey)?rB(A.receiverIdentityPubkey):new Uint8Array(0),status:lB(A.status)?_(A.status):0,createdTime:lB(A.createdTime)?dB(A.createdTime):void 0,transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,preimage:lB(A.preimage)?rB(A.preimage):void 0,senderIdentityPubkey:lB(A.senderIdentityPubkey)?rB(A.senderIdentityPubkey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.receiverIdentityPubkey.length&&(I.receiverIdentityPubkey=cB(A.receiverIdentityPubkey)),0!==A.status&&(I.status=$(A.status)),void 0!==A.createdTime&&(I.createdTime=A.createdTime.toISOString()),void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),void 0!==A.preimage&&(I.preimage=cB(A.preimage)),0!==A.senderIdentityPubkey.length&&(I.senderIdentityPubkey=cB(A.senderIdentityPubkey)),I},create:A=>gC.fromPartial(A??{}),fromPartial(A){const I=IC();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.receiverIdentityPubkey=A.receiverIdentityPubkey??new Uint8Array(0),I.status=A.status??0,I.createdTime=A.createdTime??void 0,I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.preimage=A.preimage??void 0,I.senderIdentityPubkey=A.senderIdentityPubkey??new Uint8Array(0),I}};function CC(){return{paymentHashes:[],identityPublicKey:new Uint8Array(0),status:void 0,limit:0,offset:0,transferIds:[],matchRole:0}}const BC={encode(A,I=new y){for(const g of A.paymentHashes)I.uint32(10).bytes(g);0!==A.identityPublicKey.length&&I.uint32(18).bytes(A.identityPublicKey),void 0!==A.status&&I.uint32(24).int32(A.status),0!==A.limit&&I.uint32(32).int64(A.limit),0!==A.offset&&I.uint32(40).int64(A.offset);for(const g of A.transferIds)I.uint32(50).string(g);return 0!==A.matchRole&&I.uint32(56).int32(A.matchRole),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=CC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHashes.push(g.bytes());continue;case 2:if(18!==A)break;B.identityPublicKey=g.bytes();continue;case 3:if(24!==A)break;B.status=g.int32();continue;case 4:if(32!==A)break;B.limit=hB(g.int64());continue;case 5:if(40!==A)break;B.offset=hB(g.int64());continue;case 6:if(50!==A)break;B.transferIds.push(g.string());continue;case 7:if(56!==A)break;B.matchRole=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHashes:globalThis.Array.isArray(A?.paymentHashes)?A.paymentHashes.map(A=>rB(A)):[],identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),status:lB(A.status)?_(A.status):void 0,limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,transferIds:globalThis.Array.isArray(A?.transferIds)?A.transferIds.map(A=>globalThis.String(A)):[],matchRole:lB(A.matchRole)?IA(A.matchRole):0}),toJSON(A){const I={};return A.paymentHashes?.length&&(I.paymentHashes=A.paymentHashes.map(A=>cB(A))),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.status&&(I.status=$(A.status)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),A.transferIds?.length&&(I.transferIds=A.transferIds),0!==A.matchRole&&(I.matchRole=function(A){switch(A){case AA.PREIMAGE_REQUEST_ROLE_RECEIVER:return"PREIMAGE_REQUEST_ROLE_RECEIVER";case AA.PREIMAGE_REQUEST_ROLE_SENDER:return"PREIMAGE_REQUEST_ROLE_SENDER";case AA.PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER:return"PREIMAGE_REQUEST_ROLE_RECEIVER_AND_SENDER";case AA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.matchRole)),I},create:A=>BC.fromPartial(A??{}),fromPartial(A){const I=CC();return I.paymentHashes=A.paymentHashes?.map(A=>A)||[],I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.status=A.status??void 0,I.limit=A.limit??0,I.offset=A.offset??0,I.transferIds=A.transferIds?.map(A=>A)||[],I.matchRole=A.matchRole??0,I}},iC={encode(A,I=new y){for(const g of A.preimageRequests)gC.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={preimageRequests:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.preimageRequests.push(gC.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({preimageRequests:globalThis.Array.isArray(A?.preimageRequests)?A.preimageRequests.map(A=>gC.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.preimageRequests?.length&&(I.preimageRequests=A.preimageRequests.map(A=>gC.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>iC.fromPartial(A??{}),fromPartial(A){const I={preimageRequests:[],offset:0};return I.preimageRequests=A.preimageRequests?.map(A=>gC.fromPartial(A))||[],I.offset=A.offset??0,I}};function QC(){return{paymentHash:new Uint8Array(0),preimage:new Uint8Array(0),identityPublicKey:new Uint8Array(0)}}const eC={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.preimage.length&&I.uint32(18).bytes(A.preimage),0!==A.identityPublicKey.length&&I.uint32(26).bytes(A.identityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=QC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.preimage=g.bytes();continue;case 3:if(26!==A)break;B.identityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),preimage:lB(A.preimage)?rB(A.preimage):new Uint8Array(0),identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.preimage.length&&(I.preimage=cB(A.preimage)),0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),I},create:A=>eC.fromPartial(A??{}),fromPartial(A){const I=QC();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.preimage=A.preimage??new Uint8Array(0),I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I}},EC={encode:(A,I=new y)=>(void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),I},create:A=>EC.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I}};function tC(){return{paymentHash:new Uint8Array(0),receiverIdentityPubkey:new Uint8Array(0)}}const oC={encode:(A,I=new y)=>(0!==A.paymentHash.length&&I.uint32(10).bytes(A.paymentHash),0!==A.receiverIdentityPubkey.length&&I.uint32(18).bytes(A.receiverIdentityPubkey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=tC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.paymentHash=g.bytes();continue;case 2:if(18!==A)break;B.receiverIdentityPubkey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({paymentHash:lB(A.paymentHash)?rB(A.paymentHash):new Uint8Array(0),receiverIdentityPubkey:lB(A.receiverIdentityPubkey)?rB(A.receiverIdentityPubkey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.paymentHash.length&&(I.paymentHash=cB(A.paymentHash)),0!==A.receiverIdentityPubkey.length&&(I.receiverIdentityPubkey=cB(A.receiverIdentityPubkey)),I},create:A=>oC.fromPartial(A??{}),fromPartial(A){const I=tC();return I.paymentHash=A.paymentHash??new Uint8Array(0),I.receiverIdentityPubkey=A.receiverIdentityPubkey??new Uint8Array(0),I}},nC={encode:(A,I=new y)=>(void 0!==A.preimage&&I.uint32(10).bytes(A.preimage),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={preimage:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.preimage=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({preimage:lB(A.preimage)?rB(A.preimage):void 0}),toJSON(A){const I={};return void 0!==A.preimage&&(I.preimage=cB(A.preimage)),I},create:A=>nC.fromPartial(A??{}),fromPartial(A){const I={preimage:void 0};return I.preimage=A.preimage??void 0,I}},aC={encode(A,I=new y){for(const g of A.nodeIds)I.uint32(10).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodeIds:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.nodeIds.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodeIds:globalThis.Array.isArray(A?.nodeIds)?A.nodeIds.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return A.nodeIds?.length&&(I.nodeIds=A.nodeIds),I},create:A=>aC.fromPartial(A??{}),fromPartial(A){const I={nodeIds:[]};return I.nodeIds=A.nodeIds?.map(A=>A)||[],I}},sC={encode(A,I=new y){switch(A.source?.$case){case"ownerIdentityPubkey":I.uint32(10).bytes(A.source.ownerIdentityPubkey);break;case"nodeIds":aC.encode(A.source.nodeIds,I.uint32(18).fork()).join()}!1!==A.includeParents&&I.uint32(24).bool(A.includeParents),0!==A.limit&&I.uint32(32).int64(A.limit),0!==A.offset&&I.uint32(40).int64(A.offset),0!==A.network&&I.uint32(48).int32(A.network),I.uint32(58).fork();for(const g of A.statuses)I.int32(g);return I.join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={source:void 0,includeParents:!1,limit:0,offset:0,network:0,statuses:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.source={$case:"ownerIdentityPubkey",ownerIdentityPubkey:g.bytes()};continue;case 2:if(18!==A)break;B.source={$case:"nodeIds",nodeIds:aC.decode(g,g.uint32())};continue;case 3:if(24!==A)break;B.includeParents=g.bool();continue;case 4:if(32!==A)break;B.limit=hB(g.int64());continue;case 5:if(40!==A)break;B.offset=hB(g.int64());continue;case 6:if(48!==A)break;B.network=g.int32();continue;case 7:if(56===A){B.statuses.push(g.int32());continue}if(58===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.statuses.push(g.int32());continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({source:lB(A.ownerIdentityPubkey)?{$case:"ownerIdentityPubkey",ownerIdentityPubkey:rB(A.ownerIdentityPubkey)}:lB(A.nodeIds)?{$case:"nodeIds",nodeIds:aC.fromJSON(A.nodeIds)}:void 0,includeParents:!!lB(A.includeParents)&&globalThis.Boolean(A.includeParents),limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,network:lB(A.network)?b(A.network):0,statuses:globalThis.Array.isArray(A?.statuses)?A.statuses.map(A=>tA(A)):[]}),toJSON(A){const I={};return"ownerIdentityPubkey"===A.source?.$case?I.ownerIdentityPubkey=cB(A.source.ownerIdentityPubkey):"nodeIds"===A.source?.$case&&(I.nodeIds=aC.toJSON(A.source.nodeIds)),!1!==A.includeParents&&(I.includeParents=A.includeParents),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),0!==A.network&&(I.network=H(A.network)),A.statuses?.length&&(I.statuses=A.statuses.map(A=>oA(A))),I},create:A=>sC.fromPartial(A??{}),fromPartial(A){const I={source:void 0,includeParents:!1,limit:0,offset:0,network:0,statuses:[]};switch(A.source?.$case){case"ownerIdentityPubkey":void 0!==A.source?.ownerIdentityPubkey&&null!==A.source?.ownerIdentityPubkey&&(I.source={$case:"ownerIdentityPubkey",ownerIdentityPubkey:A.source.ownerIdentityPubkey});break;case"nodeIds":void 0!==A.source?.nodeIds&&null!==A.source?.nodeIds&&(I.source={$case:"nodeIds",nodeIds:aC.fromPartial(A.source.nodeIds)})}return I.includeParents=A.includeParents??!1,I.limit=A.limit??0,I.offset=A.offset??0,I.network=A.network??0,I.statuses=A.statuses?.map(A=>A)||[],I}},rC={encode:(A,I=new y)=>(Object.entries(A.nodes).forEach(([A,g])=>{cC.encode({key:A,value:g},I.uint32(10).fork()).join()}),0!==A.offset&&I.uint32(16).int64(A.offset),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={nodes:{},offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:{if(10!==A)break;const I=cC.decode(g,g.uint32());void 0!==I.value&&(B.nodes[I.key]=I.value);continue}case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({nodes:yB(A.nodes)?Object.entries(A.nodes).reduce((A,[I,g])=>(A[I]=hI.fromJSON(g),A),{}):{},offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};if(A.nodes){const g=Object.entries(A.nodes);g.length>0&&(I.nodes={},g.forEach(([A,g])=>{I.nodes[A]=hI.toJSON(g)}))}return 0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>rC.fromPartial(A??{}),fromPartial(A){const I={nodes:{},offset:0};return I.nodes=Object.entries(A.nodes??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=hI.fromPartial(g)),A),{}),I.offset=A.offset??0,I}},cC={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),void 0!==A.value&&hI.encode(A.value,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(18!==A)break;B.value=hI.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?hI.fromJSON(A.value):void 0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),void 0!==A.value&&(I.value=hI.toJSON(A.value)),I},create:A=>cC.fromPartial(A??{}),fromPartial(A){const I={key:"",value:void 0};return I.key=A.key??"",I.value=void 0!==A.value&&null!==A.value?hI.fromPartial(A.value):void 0,I}};function DC(){return{identityPublicKey:new Uint8Array(0),network:0,limit:0,offset:0}}const wC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),0!==A.limit&&I.uint32(24).int64(A.limit),0!==A.offset&&I.uint32(32).int64(A.offset),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=DC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 3:if(24!==A)break;B.limit=hB(g.int64());continue;case 4:if(32!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>wC.fromPartial(A??{}),fromPartial(A){const I=DC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.limit=A.limit??0,I.offset=A.offset??0,I}};function dC(){return{identityPublicKey:new Uint8Array(0),network:0,limit:0,offset:0,depositAddress:void 0,hashVariant:0}}const hC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),0!==A.limit&&I.uint32(32).int64(A.limit),0!==A.offset&&I.uint32(40).int64(A.offset),void 0!==A.depositAddress&&I.uint32(50).string(A.depositAddress),0!==A.hashVariant&&I.uint32(56).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=dC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 4:if(32!==A)break;B.limit=hB(g.int64());continue;case 5:if(40!==A)break;B.offset=hB(g.int64());continue;case 6:if(50!==A)break;B.depositAddress=g.string();continue;case 7:if(56!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,depositAddress:lB(A.depositAddress)?globalThis.String(A.depositAddress):void 0,hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),void 0!==A.depositAddress&&(I.depositAddress=A.depositAddress),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>hC.fromPartial(A??{}),fromPartial(A){const I=dC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.limit=A.limit??0,I.offset=A.offset??0,I.depositAddress=A.depositAddress??void 0,I.hashVariant=A.hashVariant??0,I}};function yC(){return{depositAddress:"",userSigningPublicKey:new Uint8Array(0),verifyingPublicKey:new Uint8Array(0),leafId:void 0,proofOfPossession:void 0}}const lC={encode:(A,I=new y)=>(""!==A.depositAddress&&I.uint32(10).string(A.depositAddress),0!==A.userSigningPublicKey.length&&I.uint32(18).bytes(A.userSigningPublicKey),0!==A.verifyingPublicKey.length&&I.uint32(26).bytes(A.verifyingPublicKey),void 0!==A.leafId&&I.uint32(34).string(A.leafId),void 0!==A.proofOfPossession&&GA.encode(A.proofOfPossession,I.uint32(42).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=yC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddress=g.string();continue;case 2:if(18!==A)break;B.userSigningPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.verifyingPublicKey=g.bytes();continue;case 4:if(34!==A)break;B.leafId=g.string();continue;case 5:if(42!==A)break;B.proofOfPossession=GA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddress:lB(A.depositAddress)?globalThis.String(A.depositAddress):"",userSigningPublicKey:lB(A.userSigningPublicKey)?rB(A.userSigningPublicKey):new Uint8Array(0),verifyingPublicKey:lB(A.verifyingPublicKey)?rB(A.verifyingPublicKey):new Uint8Array(0),leafId:lB(A.leafId)?globalThis.String(A.leafId):void 0,proofOfPossession:lB(A.proofOfPossession)?GA.fromJSON(A.proofOfPossession):void 0}),toJSON(A){const I={};return""!==A.depositAddress&&(I.depositAddress=A.depositAddress),0!==A.userSigningPublicKey.length&&(I.userSigningPublicKey=cB(A.userSigningPublicKey)),0!==A.verifyingPublicKey.length&&(I.verifyingPublicKey=cB(A.verifyingPublicKey)),void 0!==A.leafId&&(I.leafId=A.leafId),void 0!==A.proofOfPossession&&(I.proofOfPossession=GA.toJSON(A.proofOfPossession)),I},create:A=>lC.fromPartial(A??{}),fromPartial(A){const I=yC();return I.depositAddress=A.depositAddress??"",I.userSigningPublicKey=A.userSigningPublicKey??new Uint8Array(0),I.verifyingPublicKey=A.verifyingPublicKey??new Uint8Array(0),I.leafId=A.leafId??void 0,I.proofOfPossession=void 0!==A.proofOfPossession&&null!==A.proofOfPossession?GA.fromPartial(A.proofOfPossession):void 0,I}},kC={encode(A,I=new y){for(const g of A.depositAddresses)lC.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddresses:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddresses.push(lC.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddresses:globalThis.Array.isArray(A?.depositAddresses)?A.depositAddresses.map(A=>lC.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.depositAddresses?.length&&(I.depositAddresses=A.depositAddresses.map(A=>lC.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>kC.fromPartial(A??{}),fromPartial(A){const I={depositAddresses:[],offset:0};return I.depositAddresses=A.depositAddresses?.map(A=>lC.fromPartial(A))||[],I.offset=A.offset??0,I}},uC={encode(A,I=new y){for(const g of A.depositAddresses)lC.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={depositAddresses:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.depositAddresses.push(lC.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({depositAddresses:globalThis.Array.isArray(A?.depositAddresses)?A.depositAddresses.map(A=>lC.fromJSON(A)):[]}),toJSON(A){const I={};return A.depositAddresses?.length&&(I.depositAddresses=A.depositAddresses.map(A=>lC.toJSON(A))),I},create:A=>uC.fromPartial(A??{}),fromPartial(A){const I={depositAddresses:[]};return I.depositAddresses=A.depositAddresses?.map(A=>lC.fromPartial(A))||[],I}};function NC(){return{identityPublicKey:new Uint8Array(0),network:0}}const GC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=NC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),I},create:A=>GC.fromPartial(A??{}),fromPartial(A){const I=NC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I}},pC={encode:(A,I=new y)=>(0!==A.balance&&I.uint32(8).uint64(A.balance),Object.entries(A.nodeBalances).forEach(([A,g])=>{SC.encode({key:A,value:g},I.uint32(18).fork()).join()}),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={balance:0,nodeBalances:{}};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.balance=hB(g.uint64());continue;case 2:{if(18!==A)break;const I=SC.decode(g,g.uint32());void 0!==I.value&&(B.nodeBalances[I.key]=I.value);continue}}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({balance:lB(A.balance)?globalThis.Number(A.balance):0,nodeBalances:yB(A.nodeBalances)?Object.entries(A.nodeBalances).reduce((A,[I,g])=>(A[I]=Number(g),A),{}):{}}),toJSON(A){const I={};if(0!==A.balance&&(I.balance=Math.round(A.balance)),A.nodeBalances){const g=Object.entries(A.nodeBalances);g.length>0&&(I.nodeBalances={},g.forEach(([A,g])=>{I.nodeBalances[A]=Math.round(g)}))}return I},create:A=>pC.fromPartial(A??{}),fromPartial(A){const I={balance:0,nodeBalances:{}};return I.balance=A.balance??0,I.nodeBalances=Object.entries(A.nodeBalances??{}).reduce((A,[I,g])=>(void 0!==g&&(A[I]=globalThis.Number(g)),A),{}),I}},SC={encode:(A,I=new y)=>(""!==A.key&&I.uint32(10).string(A.key),0!==A.value&&I.uint32(16).uint64(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={key:"",value:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.key=g.string();continue;case 2:if(16!==A)break;B.value=hB(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({key:lB(A.key)?globalThis.String(A.key):"",value:lB(A.value)?globalThis.Number(A.value):0}),toJSON(A){const I={};return""!==A.key&&(I.key=A.key),0!==A.value&&(I.value=Math.round(A.value)),I},create:A=>SC.fromPartial(A??{}),fromPartial(A){const I={key:"",value:0};return I.key=A.key??"",I.value=A.value??0,I}};function fC(){return{identityPublicKey:new Uint8Array(0),sparkInvoiceFields:void 0,signature:void 0}}const FC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.sparkInvoiceFields&&UC.encode(A.sparkInvoiceFields,I.uint32(18).fork()).join(),void 0!==A.signature&&I.uint32(26).bytes(A.signature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=fC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.sparkInvoiceFields=UC.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.signature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),sparkInvoiceFields:lB(A.sparkInvoiceFields)?UC.fromJSON(A.sparkInvoiceFields):void 0,signature:lB(A.signature)?rB(A.signature):void 0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),void 0!==A.sparkInvoiceFields&&(I.sparkInvoiceFields=UC.toJSON(A.sparkInvoiceFields)),void 0!==A.signature&&(I.signature=cB(A.signature)),I},create:A=>FC.fromPartial(A??{}),fromPartial(A){const I=fC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.sparkInvoiceFields=void 0!==A.sparkInvoiceFields&&null!==A.sparkInvoiceFields?UC.fromPartial(A.sparkInvoiceFields):void 0,I.signature=A.signature??void 0,I}};function RC(){return{version:0,id:new Uint8Array(0),paymentType:void 0,memo:void 0,senderPublicKey:void 0,expiryTime:void 0}}const UC={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),0!==A.id.length&&I.uint32(18).bytes(A.id),A.paymentType?.$case){case"tokensPayment":KC.encode(A.paymentType.tokensPayment,I.uint32(26).fork()).join();break;case"satsPayment":MC.encode(A.paymentType.satsPayment,I.uint32(34).fork()).join()}return void 0!==A.memo&&I.uint32(42).string(A.memo),void 0!==A.senderPublicKey&&I.uint32(50).bytes(A.senderPublicKey),void 0!==A.expiryTime&&N.encode(DB(A.expiryTime),I.uint32(58).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=RC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.id=g.bytes();continue;case 3:if(26!==A)break;B.paymentType={$case:"tokensPayment",tokensPayment:KC.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.paymentType={$case:"satsPayment",satsPayment:MC.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.memo=g.string();continue;case 6:if(50!==A)break;B.senderPublicKey=g.bytes();continue;case 7:if(58!==A)break;B.expiryTime=wB(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:lB(A.version)?globalThis.Number(A.version):0,id:lB(A.id)?rB(A.id):new Uint8Array(0),paymentType:lB(A.tokensPayment)?{$case:"tokensPayment",tokensPayment:KC.fromJSON(A.tokensPayment)}:lB(A.satsPayment)?{$case:"satsPayment",satsPayment:MC.fromJSON(A.satsPayment)}:void 0,memo:lB(A.memo)?globalThis.String(A.memo):void 0,senderPublicKey:lB(A.senderPublicKey)?rB(A.senderPublicKey):void 0,expiryTime:lB(A.expiryTime)?dB(A.expiryTime):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),0!==A.id.length&&(I.id=cB(A.id)),"tokensPayment"===A.paymentType?.$case?I.tokensPayment=KC.toJSON(A.paymentType.tokensPayment):"satsPayment"===A.paymentType?.$case&&(I.satsPayment=MC.toJSON(A.paymentType.satsPayment)),void 0!==A.memo&&(I.memo=A.memo),void 0!==A.senderPublicKey&&(I.senderPublicKey=cB(A.senderPublicKey)),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),I},create:A=>UC.fromPartial(A??{}),fromPartial(A){const I=RC();switch(I.version=A.version??0,I.id=A.id??new Uint8Array(0),A.paymentType?.$case){case"tokensPayment":void 0!==A.paymentType?.tokensPayment&&null!==A.paymentType?.tokensPayment&&(I.paymentType={$case:"tokensPayment",tokensPayment:KC.fromPartial(A.paymentType.tokensPayment)});break;case"satsPayment":void 0!==A.paymentType?.satsPayment&&null!==A.paymentType?.satsPayment&&(I.paymentType={$case:"satsPayment",satsPayment:MC.fromPartial(A.paymentType.satsPayment)})}return I.memo=A.memo??void 0,I.senderPublicKey=A.senderPublicKey??void 0,I.expiryTime=A.expiryTime??void 0,I}},MC={encode:(A,I=new y)=>(void 0!==A.amount&&I.uint32(8).uint64(A.amount),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={amount:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.amount=hB(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({amount:lB(A.amount)?globalThis.Number(A.amount):void 0}),toJSON(A){const I={};return void 0!==A.amount&&(I.amount=Math.round(A.amount)),I},create:A=>MC.fromPartial(A??{}),fromPartial(A){const I={amount:void 0};return I.amount=A.amount??void 0,I}},KC={encode:(A,I=new y)=>(void 0!==A.tokenIdentifier&&I.uint32(10).bytes(A.tokenIdentifier),void 0!==A.amount&&I.uint32(18).bytes(A.amount),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenIdentifier:void 0,amount:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenIdentifier=g.bytes();continue;case 2:if(18!==A)break;B.amount=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenIdentifier:lB(A.tokenIdentifier)?rB(A.tokenIdentifier):void 0,amount:lB(A.amount)?rB(A.amount):void 0}),toJSON(A){const I={};return void 0!==A.tokenIdentifier&&(I.tokenIdentifier=cB(A.tokenIdentifier)),void 0!==A.amount&&(I.amount=cB(A.amount)),I},create:A=>KC.fromPartial(A??{}),fromPartial(A){const I={tokenIdentifier:void 0,amount:void 0};return I.tokenIdentifier=A.tokenIdentifier??void 0,I.amount=A.amount??void 0,I}};function mC(){return{onChainUtxo:void 0,refundTxSigningJob:void 0,userSignature:new Uint8Array(0),hashVariant:0}}const JC={encode:(A,I=new y)=>(void 0!==A.onChainUtxo&&qA.encode(A.onChainUtxo,I.uint32(10).fork()).join(),void 0!==A.refundTxSigningJob&&vA.encode(A.refundTxSigningJob,I.uint32(26).fork()).join(),0!==A.userSignature.length&&I.uint32(34).bytes(A.userSignature),0!==A.hashVariant&&I.uint32(40).int32(A.hashVariant),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=mC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.onChainUtxo=qA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.refundTxSigningJob=vA.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.userSignature=g.bytes();continue;case 5:if(40!==A)break;B.hashVariant=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({onChainUtxo:lB(A.onChainUtxo)?qA.fromJSON(A.onChainUtxo):void 0,refundTxSigningJob:lB(A.refundTxSigningJob)?vA.fromJSON(A.refundTxSigningJob):void 0,userSignature:lB(A.userSignature)?rB(A.userSignature):new Uint8Array(0),hashVariant:lB(A.hashVariant)?BA(A.hashVariant):0}),toJSON(A){const I={};return void 0!==A.onChainUtxo&&(I.onChainUtxo=qA.toJSON(A.onChainUtxo)),void 0!==A.refundTxSigningJob&&(I.refundTxSigningJob=vA.toJSON(A.refundTxSigningJob)),0!==A.userSignature.length&&(I.userSignature=cB(A.userSignature)),0!==A.hashVariant&&(I.hashVariant=iA(A.hashVariant)),I},create:A=>JC.fromPartial(A??{}),fromPartial(A){const I=mC();return I.onChainUtxo=void 0!==A.onChainUtxo&&null!==A.onChainUtxo?qA.fromPartial(A.onChainUtxo):void 0,I.refundTxSigningJob=void 0!==A.refundTxSigningJob&&null!==A.refundTxSigningJob?vA.fromPartial(A.refundTxSigningJob):void 0,I.userSignature=A.userSignature??new Uint8Array(0),I.hashVariant=A.hashVariant??0,I}},bC={encode:(A,I=new y)=>(void 0!==A.refundTxSigningResult&&OA.encode(A.refundTxSigningResult,I.uint32(10).fork()).join(),void 0!==A.depositAddress&&lC.encode(A.depositAddress,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={refundTxSigningResult:void 0,depositAddress:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.refundTxSigningResult=OA.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.depositAddress=lC.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({refundTxSigningResult:lB(A.refundTxSigningResult)?OA.fromJSON(A.refundTxSigningResult):void 0,depositAddress:lB(A.depositAddress)?lC.fromJSON(A.depositAddress):void 0}),toJSON(A){const I={};return void 0!==A.refundTxSigningResult&&(I.refundTxSigningResult=OA.toJSON(A.refundTxSigningResult)),void 0!==A.depositAddress&&(I.depositAddress=lC.toJSON(A.depositAddress)),I},create:A=>bC.fromPartial(A??{}),fromPartial(A){const I={refundTxSigningResult:void 0,depositAddress:void 0};return I.refundTxSigningResult=void 0!==A.refundTxSigningResult&&null!==A.refundTxSigningResult?OA.fromPartial(A.refundTxSigningResult):void 0,I.depositAddress=void 0!==A.depositAddress&&null!==A.depositAddress?lC.fromPartial(A.depositAddress):void 0,I}},HC={encode:(A,I=new y)=>(""!==A.treeId&&I.uint32(10).string(A.treeId),void 0!==A.userSigningCommitment&&R.encode(A.userSigningCommitment,I.uint32(18).fork()).join(),0!==A.vin&&I.uint32(24).uint32(A.vin),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={treeId:"",userSigningCommitment:void 0,vin:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.treeId=g.string();continue;case 2:if(18!==A)break;B.userSigningCommitment=R.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.vin=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({treeId:lB(A.treeId)?globalThis.String(A.treeId):"",userSigningCommitment:lB(A.userSigningCommitment)?R.fromJSON(A.userSigningCommitment):void 0,vin:lB(A.vin)?globalThis.Number(A.vin):0}),toJSON(A){const I={};return""!==A.treeId&&(I.treeId=A.treeId),void 0!==A.userSigningCommitment&&(I.userSigningCommitment=R.toJSON(A.userSigningCommitment)),0!==A.vin&&(I.vin=Math.round(A.vin)),I},create:A=>HC.fromPartial(A??{}),fromPartial(A){const I={treeId:"",userSigningCommitment:void 0,vin:0};return I.treeId=A.treeId??"",I.userSigningCommitment=void 0!==A.userSigningCommitment&&null!==A.userSigningCommitment?R.fromPartial(A.userSigningCommitment):void 0,I.vin=A.vin??0,I}};function YC(){return{treeId:"",signingResult:void 0,verifyingKey:new Uint8Array(0)}}const LC={encode:(A,I=new y)=>(""!==A.treeId&&I.uint32(10).string(A.treeId),void 0!==A.signingResult&&OA.encode(A.signingResult,I.uint32(18).fork()).join(),0!==A.verifyingKey.length&&I.uint32(26).bytes(A.verifyingKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=YC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.treeId=g.string();continue;case 2:if(18!==A)break;B.signingResult=OA.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.verifyingKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({treeId:lB(A.treeId)?globalThis.String(A.treeId):"",signingResult:lB(A.signingResult)?OA.fromJSON(A.signingResult):void 0,verifyingKey:lB(A.verifyingKey)?rB(A.verifyingKey):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.treeId&&(I.treeId=A.treeId),void 0!==A.signingResult&&(I.signingResult=OA.toJSON(A.signingResult)),0!==A.verifyingKey.length&&(I.verifyingKey=cB(A.verifyingKey)),I},create:A=>LC.fromPartial(A??{}),fromPartial(A){const I=YC();return I.treeId=A.treeId??"",I.signingResult=void 0!==A.signingResult&&null!==A.signingResult?OA.fromPartial(A.signingResult):void 0,I.verifyingKey=A.verifyingKey??new Uint8Array(0),I}};function qC(){return{value:0,pkScript:new Uint8Array(0)}}const VC={encode:(A,I=new y)=>(0!==A.value&&I.uint32(8).int64(A.value),0!==A.pkScript.length&&I.uint32(18).bytes(A.pkScript),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=qC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.value=hB(g.int64());continue;case 2:if(18!==A)break;B.pkScript=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({value:lB(A.value)?globalThis.Number(A.value):0,pkScript:lB(A.pkScript)?rB(A.pkScript):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.value&&(I.value=Math.round(A.value)),0!==A.pkScript.length&&(I.pkScript=cB(A.pkScript)),I},create:A=>VC.fromPartial(A??{}),fromPartial(A){const I=qC();return I.value=A.value??0,I.pkScript=A.pkScript??new Uint8Array(0),I}};function TC(){return{ownerIdentityPublicKey:new Uint8Array(0),exitingTrees:[],rawTx:new Uint8Array(0),previousOutputs:[]}}const vC={encode(A,I=new y){0!==A.ownerIdentityPublicKey.length&&I.uint32(10).bytes(A.ownerIdentityPublicKey);for(const g of A.exitingTrees)HC.encode(g,I.uint32(18).fork()).join();0!==A.rawTx.length&&I.uint32(26).bytes(A.rawTx);for(const g of A.previousOutputs)VC.encode(g,I.uint32(34).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=TC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.exitingTrees.push(HC.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.rawTx=g.bytes();continue;case 4:if(34!==A)break;B.previousOutputs.push(VC.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),exitingTrees:globalThis.Array.isArray(A?.exitingTrees)?A.exitingTrees.map(A=>HC.fromJSON(A)):[],rawTx:lB(A.rawTx)?rB(A.rawTx):new Uint8Array(0),previousOutputs:globalThis.Array.isArray(A?.previousOutputs)?A.previousOutputs.map(A=>VC.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),A.exitingTrees?.length&&(I.exitingTrees=A.exitingTrees.map(A=>HC.toJSON(A))),0!==A.rawTx.length&&(I.rawTx=cB(A.rawTx)),A.previousOutputs?.length&&(I.previousOutputs=A.previousOutputs.map(A=>VC.toJSON(A))),I},create:A=>vC.fromPartial(A??{}),fromPartial(A){const I=TC();return I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.exitingTrees=A.exitingTrees?.map(A=>HC.fromPartial(A))||[],I.rawTx=A.rawTx??new Uint8Array(0),I.previousOutputs=A.previousOutputs?.map(A=>VC.fromPartial(A))||[],I}},ZC={encode(A,I=new y){for(const g of A.signingResults)LC.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signingResults.push(LC.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>LC.fromJSON(A)):[]}),toJSON(A){const I={};return A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>LC.toJSON(A))),I},create:A=>ZC.fromPartial(A??{}),fromPartial(A){const I={signingResults:[]};return I.signingResults=A.signingResults?.map(A=>LC.fromPartial(A))||[],I}},xC={encode:(A,I=new y)=>(""!==A.address&&I.uint32(10).string(A.address),0!==A.offset&&I.uint32(16).uint64(A.offset),0!==A.limit&&I.uint32(24).uint64(A.limit),0!==A.network&&I.uint32(32).int32(A.network),!1!==A.excludeClaimed&&I.uint32(40).bool(A.excludeClaimed),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={address:"",offset:0,limit:0,network:0,excludeClaimed:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.address=g.string();continue;case 2:if(16!==A)break;B.offset=hB(g.uint64());continue;case 3:if(24!==A)break;B.limit=hB(g.uint64());continue;case 4:if(32!==A)break;B.network=g.int32();continue;case 5:if(40!==A)break;B.excludeClaimed=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({address:lB(A.address)?globalThis.String(A.address):"",offset:lB(A.offset)?globalThis.Number(A.offset):0,limit:lB(A.limit)?globalThis.Number(A.limit):0,network:lB(A.network)?b(A.network):0,excludeClaimed:!!lB(A.excludeClaimed)&&globalThis.Boolean(A.excludeClaimed)}),toJSON(A){const I={};return""!==A.address&&(I.address=A.address),0!==A.offset&&(I.offset=Math.round(A.offset)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.network&&(I.network=H(A.network)),!1!==A.excludeClaimed&&(I.excludeClaimed=A.excludeClaimed),I},create:A=>xC.fromPartial(A??{}),fromPartial(A){const I={address:"",offset:0,limit:0,network:0,excludeClaimed:!1};return I.address=A.address??"",I.offset=A.offset??0,I.limit=A.limit??0,I.network=A.network??0,I.excludeClaimed=A.excludeClaimed??!1,I}},WC={encode(A,I=new y){for(const g of A.utxos)qA.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).uint64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={utxos:[],offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.utxos.push(qA.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=hB(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({utxos:globalThis.Array.isArray(A?.utxos)?A.utxos.map(A=>qA.fromJSON(A)):[],offset:lB(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return A.utxos?.length&&(I.utxos=A.utxos.map(A=>qA.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>WC.fromPartial(A??{}),fromPartial(A){const I={utxos:[],offset:0};return I.utxos=A.utxos?.map(A=>qA.fromPartial(A))||[],I.offset=A.offset??0,I}};function PC(){return{identityPublicKey:new Uint8Array(0),network:0,excludeClaimed:!1,page:void 0,includePending:!1}}const OC={encode:(A,I=new y)=>(0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),0!==A.network&&I.uint32(16).int32(A.network),!1!==A.excludeClaimed&&I.uint32(24).bool(A.excludeClaimed),void 0!==A.page&&kA.encode(A.page,I.uint32(34).fork()).join(),!1!==A.includePending&&I.uint32(40).bool(A.includePending),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=PC();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.network=g.int32();continue;case 3:if(24!==A)break;B.excludeClaimed=g.bool();continue;case 4:if(34!==A)break;B.page=kA.decode(g,g.uint32());continue;case 5:if(40!==A)break;B.includePending=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:lB(A.identityPublicKey)?rB(A.identityPublicKey):new Uint8Array(0),network:lB(A.network)?b(A.network):0,excludeClaimed:!!lB(A.excludeClaimed)&&globalThis.Boolean(A.excludeClaimed),page:lB(A.page)?kA.fromJSON(A.page):void 0,includePending:!!lB(A.includePending)&&globalThis.Boolean(A.includePending)}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=cB(A.identityPublicKey)),0!==A.network&&(I.network=H(A.network)),!1!==A.excludeClaimed&&(I.excludeClaimed=A.excludeClaimed),void 0!==A.page&&(I.page=kA.toJSON(A.page)),!1!==A.includePending&&(I.includePending=A.includePending),I},create:A=>OC.fromPartial(A??{}),fromPartial(A){const I=PC();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.network=A.network??0,I.excludeClaimed=A.excludeClaimed??!1,I.page=void 0!==A.page&&null!==A.page?kA.fromPartial(A.page):void 0,I.includePending=A.includePending??!1,I}},XC={encode(A,I=new y){for(const g of A.utxos)VA.encode(g,I.uint32(10).fork()).join();return void 0!==A.page&&uA.encode(A.page,I.uint32(18).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={utxos:[],page:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.utxos.push(VA.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.page=uA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({utxos:globalThis.Array.isArray(A?.utxos)?A.utxos.map(A=>VA.fromJSON(A)):[],page:lB(A.page)?uA.fromJSON(A.page):void 0}),toJSON(A){const I={};return A.utxos?.length&&(I.utxos=A.utxos.map(A=>VA.toJSON(A))),void 0!==A.page&&(I.page=uA.toJSON(A.page)),I},create:A=>XC.fromPartial(A??{}),fromPartial(A){const I={utxos:[],page:void 0};return I.utxos=A.utxos?.map(A=>VA.fromPartial(A))||[],I.page=void 0!==A.page&&null!==A.page?uA.fromPartial(A.page):void 0,I}},jC={encode(A,I=new y){0!==A.limit&&I.uint32(8).int64(A.limit),0!==A.offset&&I.uint32(16).int64(A.offset);for(const g of A.invoice)I.uint32(26).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={limit:0,offset:0,invoice:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.limit=hB(g.int64());continue;case 2:if(16!==A)break;B.offset=hB(g.int64());continue;case 3:if(26!==A)break;B.invoice.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({limit:lB(A.limit)?globalThis.Number(A.limit):0,offset:lB(A.offset)?globalThis.Number(A.offset):0,invoice:globalThis.Array.isArray(A?.invoice)?A.invoice.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return 0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),A.invoice?.length&&(I.invoice=A.invoice),I},create:A=>jC.fromPartial(A??{}),fromPartial(A){const I={limit:0,offset:0,invoice:[]};return I.limit=A.limit??0,I.offset=A.offset??0,I.invoice=A.invoice?.map(A=>A)||[],I}},zC={encode(A,I=new y){0!==A.offset&&I.uint32(8).int64(A.offset);for(const g of A.invoiceStatuses)_C.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={offset:0,invoiceStatuses:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.offset=hB(g.int64());continue;case 2:if(18!==A)break;B.invoiceStatuses.push(_C.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({offset:lB(A.offset)?globalThis.Number(A.offset):0,invoiceStatuses:globalThis.Array.isArray(A?.invoiceStatuses)?A.invoiceStatuses.map(A=>_C.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.offset&&(I.offset=Math.round(A.offset)),A.invoiceStatuses?.length&&(I.invoiceStatuses=A.invoiceStatuses.map(A=>_C.toJSON(A))),I},create:A=>zC.fromPartial(A??{}),fromPartial(A){const I={offset:0,invoiceStatuses:[]};return I.offset=A.offset??0,I.invoiceStatuses=A.invoiceStatuses?.map(A=>_C.fromPartial(A))||[],I}},_C={encode(A,I=new y){switch(""!==A.invoice&&I.uint32(10).string(A.invoice),0!==A.status&&I.uint32(16).int32(A.status),A.transferType?.$case){case"satsTransfer":AB.encode(A.transferType.satsTransfer,I.uint32(26).fork()).join();break;case"tokenTransfer":gB.encode(A.transferType.tokenTransfer,I.uint32(34).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={invoice:"",status:0,transferType:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.invoice=g.string();continue;case 2:if(16!==A)break;B.status=g.int32();continue;case 3:if(26!==A)break;B.transferType={$case:"satsTransfer",satsTransfer:AB.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.transferType={$case:"tokenTransfer",tokenTransfer:gB.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({invoice:lB(A.invoice)?globalThis.String(A.invoice):"",status:lB(A.status)?eA(A.status):0,transferType:lB(A.satsTransfer)?{$case:"satsTransfer",satsTransfer:AB.fromJSON(A.satsTransfer)}:lB(A.tokenTransfer)?{$case:"tokenTransfer",tokenTransfer:gB.fromJSON(A.tokenTransfer)}:void 0}),toJSON(A){const I={};return""!==A.invoice&&(I.invoice=A.invoice),0!==A.status&&(I.status=function(A){switch(A){case QA.NOT_FOUND:return"NOT_FOUND";case QA.PENDING:return"PENDING";case QA.FINALIZED:return"FINALIZED";case QA.RETURNED:return"RETURNED";case QA.MISMATCHED_INVOICE_FINALIZED:return"MISMATCHED_INVOICE_FINALIZED";case QA.MISMATCHED_INVOICE_PENDING:return"MISMATCHED_INVOICE_PENDING";case QA.MISMATCHED_INVOICE_RETURNED:return"MISMATCHED_INVOICE_RETURNED";case QA.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),"satsTransfer"===A.transferType?.$case?I.satsTransfer=AB.toJSON(A.transferType.satsTransfer):"tokenTransfer"===A.transferType?.$case&&(I.tokenTransfer=gB.toJSON(A.transferType.tokenTransfer)),I},create:A=>_C.fromPartial(A??{}),fromPartial(A){const I={invoice:"",status:0,transferType:void 0};switch(I.invoice=A.invoice??"",I.status=A.status??0,A.transferType?.$case){case"satsTransfer":void 0!==A.transferType?.satsTransfer&&null!==A.transferType?.satsTransfer&&(I.transferType={$case:"satsTransfer",satsTransfer:AB.fromPartial(A.transferType.satsTransfer)});break;case"tokenTransfer":void 0!==A.transferType?.tokenTransfer&&null!==A.transferType?.tokenTransfer&&(I.transferType={$case:"tokenTransfer",tokenTransfer:gB.fromPartial(A.transferType.tokenTransfer)})}return I}};function $C(){return{transferId:new Uint8Array(0)}}const AB={encode:(A,I=new y)=>(0!==A.transferId.length&&I.uint32(10).bytes(A.transferId),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=$C();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transferId=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transferId:lB(A.transferId)?rB(A.transferId):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.transferId.length&&(I.transferId=cB(A.transferId)),I},create:A=>AB.fromPartial(A??{}),fromPartial(A){const I=$C();return I.transferId=A.transferId??new Uint8Array(0),I}};function IB(){return{finalTokenTransactionHash:new Uint8Array(0)}}const gB={encode:(A,I=new y)=>(0!==A.finalTokenTransactionHash.length&&I.uint32(10).bytes(A.finalTokenTransactionHash),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=IB();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransactionHash=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransactionHash:lB(A.finalTokenTransactionHash)?rB(A.finalTokenTransactionHash):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.finalTokenTransactionHash.length&&(I.finalTokenTransactionHash=cB(A.finalTokenTransactionHash)),I},create:A=>gB.fromPartial(A??{}),fromPartial(A){const I=IB();return I.finalTokenTransactionHash=A.finalTokenTransactionHash??new Uint8Array(0),I}},CB={encode:(A,I=new y)=>(void 0!==A.transfer&&mI.encode(A.transfer,I.uint32(10).fork()).join(),void 0!==A.adaptorPublicKeys&&QB.encode(A.adaptorPublicKeys,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,adaptorPublicKeys:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=mI.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.adaptorPublicKeys=QB.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?mI.fromJSON(A.transfer):void 0,adaptorPublicKeys:lB(A.adaptorPublicKeys)?QB.fromJSON(A.adaptorPublicKeys):void 0}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=mI.toJSON(A.transfer)),void 0!==A.adaptorPublicKeys&&(I.adaptorPublicKeys=QB.toJSON(A.adaptorPublicKeys)),I},create:A=>CB.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,adaptorPublicKeys:void 0};return I.transfer=void 0!==A.transfer&&null!==A.transfer?mI.fromPartial(A.transfer):void 0,I.adaptorPublicKeys=void 0!==A.adaptorPublicKeys&&null!==A.adaptorPublicKeys?QB.fromPartial(A.adaptorPublicKeys):void 0,I}},BB={encode(A,I=new y){void 0!==A.transfer&&Bg.encode(A.transfer,I.uint32(10).fork()).join();for(const g of A.signingResults)RI.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={transfer:void 0,signingResults:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transfer=Bg.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signingResults.push(RI.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transfer:lB(A.transfer)?Bg.fromJSON(A.transfer):void 0,signingResults:globalThis.Array.isArray(A?.signingResults)?A.signingResults.map(A=>RI.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.transfer&&(I.transfer=Bg.toJSON(A.transfer)),A.signingResults?.length&&(I.signingResults=A.signingResults.map(A=>RI.toJSON(A))),I},create:A=>BB.fromPartial(A??{}),fromPartial(A){const I={transfer:void 0,signingResults:[]};return I.transfer=void 0!==A.transfer&&null!==A.transfer?Bg.fromPartial(A.transfer):void 0,I.signingResults=A.signingResults?.map(A=>RI.fromPartial(A))||[],I}};function iB(){return{adaptorPublicKey:new Uint8Array(0),directAdaptorPublicKey:new Uint8Array(0),directFromCpfpAdaptorPublicKey:new Uint8Array(0)}}const QB={encode:(A,I=new y)=>(0!==A.adaptorPublicKey.length&&I.uint32(10).bytes(A.adaptorPublicKey),0!==A.directAdaptorPublicKey.length&&I.uint32(18).bytes(A.directAdaptorPublicKey),0!==A.directFromCpfpAdaptorPublicKey.length&&I.uint32(26).bytes(A.directFromCpfpAdaptorPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=iB();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.adaptorPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.directAdaptorPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.directFromCpfpAdaptorPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({adaptorPublicKey:lB(A.adaptorPublicKey)?rB(A.adaptorPublicKey):new Uint8Array(0),directAdaptorPublicKey:lB(A.directAdaptorPublicKey)?rB(A.directAdaptorPublicKey):new Uint8Array(0),directFromCpfpAdaptorPublicKey:lB(A.directFromCpfpAdaptorPublicKey)?rB(A.directFromCpfpAdaptorPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.adaptorPublicKey.length&&(I.adaptorPublicKey=cB(A.adaptorPublicKey)),0!==A.directAdaptorPublicKey.length&&(I.directAdaptorPublicKey=cB(A.directAdaptorPublicKey)),0!==A.directFromCpfpAdaptorPublicKey.length&&(I.directFromCpfpAdaptorPublicKey=cB(A.directFromCpfpAdaptorPublicKey)),I},create:A=>QB.fromPartial(A??{}),fromPartial(A){const I=iB();return I.adaptorPublicKey=A.adaptorPublicKey??new Uint8Array(0),I.directAdaptorPublicKey=A.directAdaptorPublicKey??new Uint8Array(0),I.directFromCpfpAdaptorPublicKey=A.directFromCpfpAdaptorPublicKey??new Uint8Array(0),I}};function eB(){return{ownerIdentityPublicKey:new Uint8Array(0),privateEnabled:!1,masterIdentityPublicKey:void 0}}const EB={encode:(A,I=new y)=>(0!==A.ownerIdentityPublicKey.length&&I.uint32(10).bytes(A.ownerIdentityPublicKey),!1!==A.privateEnabled&&I.uint32(16).bool(A.privateEnabled),void 0!==A.masterIdentityPublicKey&&I.uint32(26).bytes(A.masterIdentityPublicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=eB();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerIdentityPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.privateEnabled=g.bool();continue;case 3:if(26!==A)break;B.masterIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerIdentityPublicKey:lB(A.ownerIdentityPublicKey)?rB(A.ownerIdentityPublicKey):new Uint8Array(0),privateEnabled:!!lB(A.privateEnabled)&&globalThis.Boolean(A.privateEnabled),masterIdentityPublicKey:lB(A.masterIdentityPublicKey)?rB(A.masterIdentityPublicKey):void 0}),toJSON(A){const I={};return 0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=cB(A.ownerIdentityPublicKey)),!1!==A.privateEnabled&&(I.privateEnabled=A.privateEnabled),void 0!==A.masterIdentityPublicKey&&(I.masterIdentityPublicKey=cB(A.masterIdentityPublicKey)),I},create:A=>EB.fromPartial(A??{}),fromPartial(A){const I=eB();return I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I.privateEnabled=A.privateEnabled??!1,I.masterIdentityPublicKey=A.masterIdentityPublicKey??void 0,I}},tB={encode(A,I=new y){switch(void 0!==A.privateEnabled&&I.uint32(8).bool(A.privateEnabled),A.masterIdentityPublicKey?.$case){case"setMasterIdentityPublicKey":I.uint32(18).bytes(A.masterIdentityPublicKey.setMasterIdentityPublicKey);break;case"clearMasterIdentityPublicKey":I.uint32(24).bool(A.masterIdentityPublicKey.clearMasterIdentityPublicKey)}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={privateEnabled:void 0,masterIdentityPublicKey:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.privateEnabled=g.bool();continue;case 2:if(18!==A)break;B.masterIdentityPublicKey={$case:"setMasterIdentityPublicKey",setMasterIdentityPublicKey:g.bytes()};continue;case 3:if(24!==A)break;B.masterIdentityPublicKey={$case:"clearMasterIdentityPublicKey",clearMasterIdentityPublicKey:g.bool()};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({privateEnabled:lB(A.privateEnabled)?globalThis.Boolean(A.privateEnabled):void 0,masterIdentityPublicKey:lB(A.setMasterIdentityPublicKey)?{$case:"setMasterIdentityPublicKey",setMasterIdentityPublicKey:rB(A.setMasterIdentityPublicKey)}:lB(A.clearMasterIdentityPublicKey)?{$case:"clearMasterIdentityPublicKey",clearMasterIdentityPublicKey:globalThis.Boolean(A.clearMasterIdentityPublicKey)}:void 0}),toJSON(A){const I={};return void 0!==A.privateEnabled&&(I.privateEnabled=A.privateEnabled),"setMasterIdentityPublicKey"===A.masterIdentityPublicKey?.$case?I.setMasterIdentityPublicKey=cB(A.masterIdentityPublicKey.setMasterIdentityPublicKey):"clearMasterIdentityPublicKey"===A.masterIdentityPublicKey?.$case&&(I.clearMasterIdentityPublicKey=A.masterIdentityPublicKey.clearMasterIdentityPublicKey),I},create:A=>tB.fromPartial(A??{}),fromPartial(A){const I={privateEnabled:void 0,masterIdentityPublicKey:void 0};switch(I.privateEnabled=A.privateEnabled??void 0,A.masterIdentityPublicKey?.$case){case"setMasterIdentityPublicKey":void 0!==A.masterIdentityPublicKey?.setMasterIdentityPublicKey&&null!==A.masterIdentityPublicKey?.setMasterIdentityPublicKey&&(I.masterIdentityPublicKey={$case:"setMasterIdentityPublicKey",setMasterIdentityPublicKey:A.masterIdentityPublicKey.setMasterIdentityPublicKey});break;case"clearMasterIdentityPublicKey":void 0!==A.masterIdentityPublicKey?.clearMasterIdentityPublicKey&&null!==A.masterIdentityPublicKey?.clearMasterIdentityPublicKey&&(I.masterIdentityPublicKey={$case:"clearMasterIdentityPublicKey",clearMasterIdentityPublicKey:A.masterIdentityPublicKey.clearMasterIdentityPublicKey})}return I}},oB={encode:(A,I=new y)=>(void 0!==A.walletSetting&&EB.encode(A.walletSetting,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={walletSetting:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.walletSetting=EB.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({walletSetting:lB(A.walletSetting)?EB.fromJSON(A.walletSetting):void 0}),toJSON(A){const I={};return void 0!==A.walletSetting&&(I.walletSetting=EB.toJSON(A.walletSetting)),I},create:A=>oB.fromPartial(A??{}),fromPartial(A){const I={walletSetting:void 0};return I.walletSetting=void 0!==A.walletSetting&&null!==A.walletSetting?EB.fromPartial(A.walletSetting):void 0,I}},nB={encode:(A,I=new y)=>I,decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I;for(;g.pos<C;){const A=g.uint32();if(4==(7&A)||0===A)break;g.skip(7&A)}return{}},fromJSON:A=>({}),toJSON:A=>({}),create:A=>nB.fromPartial(A??{}),fromPartial:A=>({})},aB={encode:(A,I=new y)=>(void 0!==A.walletSetting&&EB.encode(A.walletSetting,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={walletSetting:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.walletSetting=EB.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({walletSetting:lB(A.walletSetting)?EB.fromJSON(A.walletSetting):void 0}),toJSON(A){const I={};return void 0!==A.walletSetting&&(I.walletSetting=EB.toJSON(A.walletSetting)),I},create:A=>aB.fromPartial(A??{}),fromPartial(A){const I={walletSetting:void 0};return I.walletSetting=void 0!==A.walletSetting&&null!==A.walletSetting?EB.fromPartial(A.walletSetting):void 0,I}},sB={name:"SparkService",fullName:"spark.SparkService",methods:{generate_deposit_address:{name:"generate_deposit_address",requestType:FA,requestStream:!1,responseType:MA,responseStream:!1,options:{}},generate_static_deposit_address:{name:"generate_static_deposit_address",requestType:mA,requestStream:!1,responseType:JA,responseStream:!1,options:{}},rotate_static_deposit_address:{name:"rotate_static_deposit_address",requestType:HA,requestStream:!1,responseType:YA,responseStream:!1,options:{}},start_deposit_tree_creation:{name:"start_deposit_tree_creation",requestType:sI,requestStream:!1,responseType:rI,responseStream:!1,options:{}},finalize_deposit_tree_creation:{name:"finalize_deposit_tree_creation",requestType:DI,requestStream:!1,responseType:wI,responseStream:!1,options:{}},finalize_transfer_with_transfer_package:{name:"finalize_transfer_with_transfer_package",requestType:zI,requestStream:!1,responseType:_I,responseStream:!1,options:{}},query_pending_transfers:{name:"query_pending_transfers",requestType:eg,requestStream:!1,responseType:Eg,responseStream:!1,options:{}},query_all_transfers:{name:"query_all_transfers",requestType:eg,requestStream:!1,responseType:Eg,responseStream:!1,options:{}},claim_transfer_tweak_keys:{name:"claim_transfer_tweak_keys",requestType:lg,requestStream:!1,responseType:m,responseStream:!1,options:{}},store_preimage_share:{name:"store_preimage_share",requestType:pg,requestStream:!1,responseType:m,responseStream:!1,options:{}},store_preimage_share_v2:{name:"store_preimage_share_v2",requestType:fg,requestStream:!1,responseType:m,responseStream:!1,options:{}},get_signing_commitments:{name:"get_signing_commitments",requestType:Kg,requestStream:!1,responseType:mg,responseStream:!1,options:{}},provide_preimage:{name:"provide_preimage",requestType:eC,requestStream:!1,responseType:EC,responseStream:!1,options:{}},query_preimage:{name:"query_preimage",requestType:oC,requestStream:!1,responseType:nC,responseStream:!1,options:{}},query_htlc:{name:"query_htlc",requestType:BC,requestStream:!1,responseType:iC,responseStream:!1,options:{}},renew_leaf:{name:"renew_leaf",requestType:AI,requestStream:!1,responseType:BI,responseStream:!1,options:{}},get_signing_operator_list:{name:"get_signing_operator_list",requestType:m,requestStream:!1,responseType:jg,responseStream:!1,options:{}},query_nodes:{name:"query_nodes",requestType:sC,requestStream:!1,responseType:rC,responseStream:!1,options:{}},query_balance:{name:"query_balance",requestType:GC,requestStream:!1,responseType:pC,responseStream:!1,options:{}},query_user_signed_refunds:{name:"query_user_signed_refunds",requestType:$g,requestStream:!1,responseType:AC,responseStream:!1,options:{}},query_unused_deposit_addresses:{name:"query_unused_deposit_addresses",requestType:wC,requestStream:!1,responseType:kC,responseStream:!1,options:{}},query_static_deposit_addresses:{name:"query_static_deposit_addresses",requestType:hC,requestStream:!1,responseType:uC,responseStream:!1,options:{}},subscribe_to_events:{name:"subscribe_to_events",requestType:rA,requestStream:!1,responseType:cA,responseStream:!0,options:{}},initiate_static_deposit_utxo_refund:{name:"initiate_static_deposit_utxo_refund",requestType:JC,requestStream:!1,responseType:bC,responseStream:!1,options:{}},exit_single_node_trees:{name:"exit_single_node_trees",requestType:vC,requestStream:!1,responseType:ZC,responseStream:!1,options:{}},cooperative_exit_v2:{name:"cooperative_exit_v2",requestType:Wg,requestStream:!1,responseType:Pg,responseStream:!1,options:{}},claim_transfer_sign_refunds_v2:{name:"claim_transfer_sign_refunds_v2",requestType:ug,requestStream:!1,responseType:Ng,responseStream:!1,options:{}},finalize_node_signatures_v2:{name:"finalize_node_signatures_v2",requestType:yI,requestStream:!1,responseType:lI,responseStream:!1,options:{}},initiate_preimage_swap_v2:{name:"initiate_preimage_swap_v2",requestType:Tg,requestStream:!1,responseType:Zg,responseStream:!1,options:{}},initiate_preimage_swap_v3:{name:"initiate_preimage_swap_v3",requestType:Tg,requestStream:!1,responseType:Zg,responseStream:!1,options:{}},start_leaf_swap_v2:{name:"start_leaf_swap_v2",requestType:mI,requestStream:!1,responseType:JI,responseStream:!1,options:{}},start_transfer_v2:{name:"start_transfer_v2",requestType:mI,requestStream:!1,responseType:JI,responseStream:!1,options:{}},start_transfer_v3:{name:"start_transfer_v3",requestType:qI,requestStream:!1,responseType:JI,responseStream:!1,options:{}},claim_transfer:{name:"claim_transfer",requestType:dg,requestStream:!1,responseType:hg,responseStream:!1,options:{}},get_utxos_for_address:{name:"get_utxos_for_address",requestType:xC,requestStream:!1,responseType:WC,responseStream:!1,options:{}},get_utxos_for_identity:{name:"get_utxos_for_identity",requestType:OC,requestStream:!1,responseType:XC,responseStream:!1,options:{}},query_spark_invoices:{name:"query_spark_invoices",requestType:jC,requestStream:!1,responseType:zC,responseStream:!1,options:{}},initiate_swap_primary_transfer:{name:"initiate_swap_primary_transfer",requestType:CB,requestStream:!1,responseType:BB,responseStream:!1,options:{}},update_wallet_setting:{name:"update_wallet_setting",requestType:tB,requestStream:!1,responseType:oB,responseStream:!1,options:{}},query_wallet_setting:{name:"query_wallet_setting",requestType:nB,requestStream:!1,responseType:aB,responseStream:!1,options:{}}}};function rB(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function cB(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function DB(A){return{seconds:Math.trunc(A.getTime()/1e3),nanos:A.getTime()%1e3*1e6}}function wB(A){let I=1e3*(A.seconds||0);return I+=(A.nanos||0)/1e6,new globalThis.Date(I)}function dB(A){return A instanceof globalThis.Date?A:"string"==typeof A?new globalThis.Date(A):wB(N.fromJSON(A))}function hB(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function yB(A){return"object"==typeof A&&null!==A}function lB(A){return null!=A}const kB="object"==typeof globalThis&&"crypto"in globalThis?globalThis.crypto:void 0;function uB(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}function NB(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function GB(A,...I){if(!uB(A))throw new Error("Uint8Array expected");if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function pB(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");NB(A.outputLen),NB(A.blockLen)}function SB(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function fB(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function FB(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function RB(A,I){return A<<32-I|A>>>I}const UB=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),MB=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function KB(A){if(GB(A),UB)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=MB[A[g]];return I}function mB(A){return A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0}function JB(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(UB)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=mB(A.charCodeAt(B)),i=mB(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}function bB(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function HB(A){return"string"==typeof A&&(A=bB(A)),GB(A),A}function YB(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];GB(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g}class LB{}function qB(A){const I=I=>A().update(HB(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}function VB(A=32){if(kB&&"function"==typeof kB.getRandomValues)return kB.getRandomValues(new Uint8Array(A));if(kB&&"function"==typeof kB.randomBytes)return Uint8Array.from(kB.randomBytes(A));throw new Error("crypto.getRandomValues must be defined")}const TB="undefined"!=typeof window&&void 0!==window.document,vB="undefined"!=typeof process&&null!=process.versions&&null!=process.versions.node,ZB=vB&&!1,xB="undefined"!=typeof Bare;"undefined"!=typeof navigator&&navigator.product;var WB=class extends Error{code;message;extraInfo;constructor(A,I,g){super(I),this.code=A,this.message=I,this.extraInfo=g}};const PB="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",OB=A=>Uint8Array.from(((A="")=>{const I=A.replace(/=+$/,"");let g="";if(I.length%4==1)throw new Error("'atob' failed: The string to be decoded is not correctly encoded.");for(let A,C=0,B=0,i=0;A=I.charAt(i++);~A&&(B=C%4?64*B+A:A,C++%4)&&(g+=String.fromCharCode(255&B>>(-2*C&6))))A=PB.indexOf(A);return g})(A),A=>A.charCodeAt(0));const XB=A=>A.reduce((A,I)=>A+("0"+I.toString(16)).slice(-2),""),jB=A=>{const I=[];for(let g=0;g<A.length;g+=2)I.push(parseInt(A.substr(g,2),16));return Uint8Array.from(I)};const zB=A=>Boolean("object"==typeof A&&null!==A&&"name"in A&&"string"==typeof A.name&&"message"in A&&"string"==typeof A.message);var _B="object"==typeof global&&global&&global.Object===Object&&global,$B="object"==typeof self&&self&&self.Object===Object&&self,Ai=(_B||$B||Function("return this")()).Symbol,Ii=Object.prototype;Ii.hasOwnProperty,Ii.toString,Ai&&Ai.toStringTag,Object.prototype.toString,Ai&&Ai.toStringTag;var gi=Q(4353),Ci=Q(3826);function Bi(A,I){(null==I||I>A.length)&&(I=A.length);for(var g=0,C=new Array(I);g<I;g++)C[g]=A[g];return C}function ii(A,I){for(var g=0;g<I.length;g++){var C=I[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function Qi(A,I,g){return I&&ii(A.prototype,I),g&&ii(A,g),A}var ei=function(){return"function"==typeof Symbol},Ei=function(A){return ei()&&Boolean(Symbol[A])},ti=function(A){return Ei(A)?Symbol[A]:"@@"+A};ei()&&!Ei("observable")&&(Symbol.observable=Symbol("observable"));var oi=ti("iterator"),ni=ti("observable"),ai=ti("species");function si(A,I){var g=A[I];if(null!=g){if("function"!=typeof g)throw new TypeError(g+" is not a function");return g}}function ri(A){var I=A.constructor;return void 0!==I&&null===(I=I[ai])&&(I=void 0),void 0!==I?I:Ni}function ci(A){return A instanceof Ni}function Di(A){Di.log?Di.log(A):setTimeout(function(){throw A})}function wi(A){Promise.resolve().then(function(){try{A()}catch(A){Di(A)}})}function di(A){var I=A._cleanup;if(void 0!==I&&(A._cleanup=void 0,I))try{if("function"==typeof I)I();else{var g=si(I,"unsubscribe");g&&g.call(I)}}catch(A){Di(A)}}function hi(A){A._observer=void 0,A._queue=void 0,A._state="closed"}function yi(A,I,g){A._state="running";var C=A._observer;try{var B=si(C,I);switch(I){case"next":B&&B.call(C,g);break;case"error":if(hi(A),!B)throw g;B.call(C,g);break;case"complete":hi(A),B&&B.call(C)}}catch(A){Di(A)}"closed"===A._state?di(A):"running"===A._state&&(A._state="ready")}function li(A,I,g){if("closed"!==A._state){if("buffering"!==A._state)return"ready"!==A._state?(A._state="buffering",A._queue=[{type:I,value:g}],void wi(function(){return function(A){var I=A._queue;if(I){A._queue=void 0,A._state="ready";for(var g=0;g<I.length&&(yi(A,I[g].type,I[g].value),"closed"!==A._state);++g);}}(A)})):void yi(A,I,g);A._queue.push({type:I,value:g})}}var ki=function(){function A(A,I){this._cleanup=void 0,this._observer=A,this._queue=void 0,this._state="initializing";var g=new ui(this);try{this._cleanup=I.call(void 0,g)}catch(A){g.error(A)}"initializing"===this._state&&(this._state="ready")}return A.prototype.unsubscribe=function(){"closed"!==this._state&&(hi(this),di(this))},Qi(A,[{key:"closed",get:function(){return"closed"===this._state}}]),A}(),ui=function(){function A(A){this._subscription=A}var I=A.prototype;return I.next=function(A){li(this._subscription,"next",A)},I.error=function(A){li(this._subscription,"error",A)},I.complete=function(){li(this._subscription,"complete")},Qi(A,[{key:"closed",get:function(){return"closed"===this._subscription._state}}]),A}(),Ni=function(){function A(I){if(!(this instanceof A))throw new TypeError("Observable cannot be called as a function");if("function"!=typeof I)throw new TypeError("Observable initializer must be a function");this._subscriber=I}var I=A.prototype;return I.subscribe=function(A){return"object"==typeof A&&null!==A||(A={next:A,error:arguments[1],complete:arguments[2]}),new ki(A,this._subscriber)},I.forEach=function(A){var I=this;return new Promise(function(g,C){if("function"==typeof A)var B=I.subscribe({next:function(I){try{A(I,i)}catch(A){C(A),B.unsubscribe()}},error:C,complete:g});else C(new TypeError(A+" is not a function"));function i(){B.unsubscribe(),g()}})},I.map=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");return new(ri(this))(function(g){return I.subscribe({next:function(I){try{I=A(I)}catch(A){return g.error(A)}g.next(I)},error:function(A){g.error(A)},complete:function(){g.complete()}})})},I.filter=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");return new(ri(this))(function(g){return I.subscribe({next:function(I){try{if(!A(I))return}catch(A){return g.error(A)}g.next(I)},error:function(A){g.error(A)},complete:function(){g.complete()}})})},I.reduce=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");var g=ri(this),C=arguments.length>1,B=!1,i=arguments[1];return new g(function(g){return I.subscribe({next:function(I){var Q=!B;if(B=!0,!Q||C)try{i=A(i,I)}catch(A){return g.error(A)}else i=I},error:function(A){g.error(A)},complete:function(){if(!B&&!C)return g.error(new TypeError("Cannot reduce an empty sequence"));g.next(i),g.complete()}})})},I.concat=function(){for(var A=this,I=arguments.length,g=new Array(I),C=0;C<I;C++)g[C]=arguments[C];var B=ri(this);return new B(function(I){var C,i=0;return function A(Q){C=Q.subscribe({next:function(A){I.next(A)},error:function(A){I.error(A)},complete:function(){i===g.length?(C=void 0,I.complete()):A(B.from(g[i++]))}})}(A),function(){C&&(C.unsubscribe(),C=void 0)}})},I.flatMap=function(A){var I=this;if("function"!=typeof A)throw new TypeError(A+" is not a function");var g=ri(this);return new g(function(C){var B=[],i=I.subscribe({next:function(I){if(A)try{I=A(I)}catch(A){return C.error(A)}var i=g.from(I).subscribe({next:function(A){C.next(A)},error:function(A){C.error(A)},complete:function(){var A=B.indexOf(i);A>=0&&B.splice(A,1),Q()}});B.push(i)},error:function(A){C.error(A)},complete:function(){Q()}});function Q(){i.closed&&0===B.length&&C.complete()}return function(){B.forEach(function(A){return A.unsubscribe()}),i.unsubscribe()}})},I[ni]=function(){return this},A.from=function(I){var g="function"==typeof this?this:A;if(null==I)throw new TypeError(I+" is not an object");var C=si(I,ni);if(C){var B=C.call(I);if(Object(B)!==B)throw new TypeError(B+" is not an object");return ci(B)&&B.constructor===g?B:new g(function(A){return B.subscribe(A)})}if(Ei("iterator")&&(C=si(I,oi)))return new g(function(A){wi(function(){if(!A.closed){for(var g,B=function(A,I){var g="undefined"!=typeof Symbol&&A[Symbol.iterator]||A["@@iterator"];if(g)return(g=g.call(A)).next.bind(g);if(Array.isArray(A)||(g=function(A,I){if(A){if("string"==typeof A)return Bi(A,I);var g=Object.prototype.toString.call(A).slice(8,-1);return"Object"===g&&A.constructor&&(g=A.constructor.name),"Map"===g||"Set"===g?Array.from(A):"Arguments"===g||/^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(g)?Bi(A,I):void 0}}(A))||I&&A&&"number"==typeof A.length){g&&(A=g);var C=0;return function(){return C>=A.length?{done:!0}:{done:!1,value:A[C++]}}}throw new TypeError("Invalid attempt to iterate non-iterable instance.\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.")}(C.call(I));!(g=B()).done;){var i=g.value;if(A.next(i),A.closed)return}A.complete()}})});if(Array.isArray(I))return new g(function(A){wi(function(){if(!A.closed){for(var g=0;g<I.length;++g)if(A.next(I[g]),A.closed)return;A.complete()}})});throw new TypeError(I+" is not observable")},A.of=function(){for(var I=arguments.length,g=new Array(I),C=0;C<I;C++)g[C]=arguments[C];return new("function"==typeof this?this:A)(function(A){wi(function(){if(!A.closed){for(var I=0;I<g.length;++I)if(A.next(g[I]),A.closed)return;A.complete()}})})},Qi(A,null,[{key:ai,get:function(){return this}}]),A}();function Gi(A,I,g){return A&I^~A&g}function pi(A,I,g){return A&I^A&g^I&g}ei()&&Object.defineProperty(Ni,Symbol("extensions"),{value:{symbol:ni,hostReportError:Di},configurable:!0});class Si extends LB{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=FB(this.buffer)}update(A){SB(this),GB(A=HB(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=FB(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){SB(this),function(A,I){GB(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,fB(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=FB(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const fi=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),Fi=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),Ri=new Uint32Array(64);class Ui extends Si{constructor(A=32){super(64,A,8,!1),this.A=0|fi[0],this.B=0|fi[1],this.C=0|fi[2],this.D=0|fi[3],this.E=0|fi[4],this.F=0|fi[5],this.G=0|fi[6],this.H=0|fi[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)Ri[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=Ri[A-15],g=Ri[A-2],C=RB(I,7)^RB(I,18)^I>>>3,B=RB(g,17)^RB(g,19)^g>>>10;Ri[A]=B+Ri[A-7]+C+Ri[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(RB(Q,6)^RB(Q,11)^RB(Q,25))+Gi(Q,e,E)+Fi[A]+Ri[A]|0,o=(RB(g,2)^RB(g,13)^RB(g,22))+pi(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){fB(Ri)}destroy(){this.set(0,0,0,0,0,0,0,0),fB(this.buffer)}}const Mi=qB(()=>new Ui);class Ki extends LB{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,pB(A);const g=HB(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),fB(B)}update(A){return SB(this),this.iHash.update(A),this}digestInto(A){SB(this),GB(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const mi=(A,I,g)=>new Ki(A,I).update(g).digest();mi.create=(A,I)=>new Ki(A,I);const Ji=BigInt(0),bi=BigInt(1);function Hi(A,I=""){if("boolean"!=typeof A)throw new Error((I&&`"${I}"`)+"expected boolean, got type="+typeof A);return A}function Yi(A,I,g=""){const C=uB(A),B=A?.length,i=void 0!==I;if(!C||i&&B!==I)throw new Error((g&&`"${g}" `)+"expected Uint8Array"+(i?` of length ${I}`:"")+", got "+(C?`length=${B}`:"type="+typeof A));return A}function Li(A){const I=A.toString(16);return 1&I.length?"0"+I:I}function qi(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);return""===A?Ji:BigInt("0x"+A)}function Vi(A){return qi(KB(A))}function Ti(A){return GB(A),qi(KB(Uint8Array.from(A).reverse()))}function vi(A,I){return JB(A.toString(16).padStart(2*I,"0"))}function Zi(A,I){return vi(A,I).reverse()}function xi(A){return JB(Li(A))}function Wi(A,I,g){let C;if("string"==typeof I)try{C=JB(I)}catch(I){throw new Error(A+" must be hex string or Uint8Array, cause: "+I)}else{if(!uB(I))throw new Error(A+" must be hex string or Uint8Array");C=Uint8Array.from(I)}const B=C.length;if("number"==typeof g&&B!==g)throw new Error(A+" of length "+g+" expected, got "+B);return C}function Pi(A,I){if(A.length!==I.length)return!1;let g=0;for(let C=0;C<A.length;C++)g|=A[C]^I[C];return 0===g}const Oi=A=>"bigint"==typeof A&&Ji<=A;function Xi(A,I,g){return Oi(A)&&Oi(I)&&Oi(g)&&I<=A&&A<g}function ji(A){let I;for(I=0;A>Ji;A>>=bi,I+=1);return I}const zi=A=>(bi<<BigInt(A))-bi;function _i(A,I,g={}){if(!A||"object"!=typeof A)throw new Error("expected valid options object");function C(I,g,C){const B=A[I];if(C&&void 0===B)return;const i=typeof B;if(i!==g||null===B)throw new Error(`param "${I}" is invalid: expected ${g}, got ${i}`)}Object.entries(I).forEach(([A,I])=>C(A,I,!1)),Object.entries(g).forEach(([A,I])=>C(A,I,!0))}function $i(A){const I=new WeakMap;return(g,...C)=>{const B=I.get(g);if(void 0!==B)return B;const i=A(g,...C);return I.set(g,i),i}}const AQ=BigInt(0),IQ=BigInt(1),gQ=BigInt(2),CQ=BigInt(3),BQ=BigInt(4),iQ=BigInt(5),QQ=BigInt(7),eQ=BigInt(8),EQ=BigInt(9),tQ=BigInt(16);function oQ(A,I){const g=A%I;return g>=AQ?g:I+g}function nQ(A,I,g){let C=A;for(;I-- >AQ;)C*=C,C%=g;return C}function aQ(A,I){if(A===AQ)throw new Error("invert: expected non-zero number");if(I<=AQ)throw new Error("invert: expected positive modulus, got "+I);let g=oQ(A,I),C=I,B=AQ,i=IQ,Q=IQ,e=AQ;for(;g!==AQ;){const A=C/g,I=C%g,E=B-Q*A,t=i-e*A;C=g,g=I,B=Q,i=e,Q=E,e=t}if(C!==IQ)throw new Error("invert: does not exist");return oQ(B,I)}function sQ(A,I,g){if(!A.eql(A.sqr(I),g))throw new Error("Cannot find square root")}function rQ(A,I){const g=(A.ORDER+IQ)/BQ,C=A.pow(I,g);return sQ(A,C,I),C}function cQ(A,I){const g=(A.ORDER-iQ)/eQ,C=A.mul(I,gQ),B=A.pow(C,g),i=A.mul(I,B),Q=A.mul(A.mul(i,gQ),B),e=A.mul(i,A.sub(Q,A.ONE));return sQ(A,e,I),e}function DQ(A){if(A<CQ)throw new Error("sqrt is not defined for small field");let I=A-IQ,g=0;for(;I%gQ===AQ;)I/=gQ,g++;let C=gQ;const B=lQ(A);for(;1===hQ(B,C);)if(C++>1e3)throw new Error("Cannot find square root: probably non-prime P");if(1===g)return rQ;let i=B.pow(C,I);const Q=(I+IQ)/gQ;return function(A,C){if(A.is0(C))return C;if(1!==hQ(A,C))throw new Error("Cannot find square root");let B=g,e=A.mul(A.ONE,i),E=A.pow(C,I),t=A.pow(C,Q);for(;!A.eql(E,A.ONE);){if(A.is0(E))return A.ZERO;let I=1,g=A.sqr(E);for(;!A.eql(g,A.ONE);)if(I++,g=A.sqr(g),I===B)throw new Error("Cannot find square root");const C=IQ<<BigInt(B-I-1),i=A.pow(e,C);B=I,e=A.sqr(i),E=A.mul(E,e),t=A.mul(t,i)}return t}}const wQ=["create","isValid","is0","neg","inv","sqrt","sqr","eql","add","sub","mul","pow","div","addN","subN","mulN","sqrN"];function dQ(A,I,g=!1){const C=new Array(I.length).fill(g?A.ZERO:void 0),B=I.reduce((I,g,B)=>A.is0(g)?I:(C[B]=I,A.mul(I,g)),A.ONE),i=A.inv(B);return I.reduceRight((I,g,B)=>A.is0(g)?I:(C[B]=A.mul(I,C[B]),A.mul(I,g)),i),C}function hQ(A,I){const g=(A.ORDER-IQ)/gQ,C=A.pow(I,g),B=A.eql(C,A.ONE),i=A.eql(C,A.ZERO),Q=A.eql(C,A.neg(A.ONE));if(!B&&!i&&!Q)throw new Error("invalid Legendre symbol result");return B?1:i?0:-1}function yQ(A,I){void 0!==I&&NB(I);const g=void 0!==I?I:A.toString(2).length;return{nBitLength:g,nByteLength:Math.ceil(g/8)}}function lQ(A,I,g=!1,C={}){if(A<=AQ)throw new Error("invalid field: expected ORDER > 0, got "+A);let B,i,Q,e=!1;if("object"==typeof I&&null!=I){if(C.sqrt||g)throw new Error("cannot specify opts in two arguments");const A=I;A.BITS&&(B=A.BITS),A.sqrt&&(i=A.sqrt),"boolean"==typeof A.isLE&&(g=A.isLE),"boolean"==typeof A.modFromBytes&&(e=A.modFromBytes),Q=A.allowedLengths}else"number"==typeof I&&(B=I),C.sqrt&&(i=C.sqrt);const{nBitLength:E,nByteLength:t}=yQ(A,B);if(t>2048)throw new Error("invalid field: expected ORDER of <= 2048 bytes");let o;const n=Object.freeze({ORDER:A,isLE:g,BITS:E,BYTES:t,MASK:zi(E),ZERO:AQ,ONE:IQ,allowedLengths:Q,create:I=>oQ(I,A),isValid:I=>{if("bigint"!=typeof I)throw new Error("invalid field element: expected bigint, got "+typeof I);return AQ<=I&&I<A},is0:A=>A===AQ,isValidNot0:A=>!n.is0(A)&&n.isValid(A),isOdd:A=>(A&IQ)===IQ,neg:I=>oQ(-I,A),eql:(A,I)=>A===I,sqr:I=>oQ(I*I,A),add:(I,g)=>oQ(I+g,A),sub:(I,g)=>oQ(I-g,A),mul:(I,g)=>oQ(I*g,A),pow:(A,I)=>function(A,I,g){if(g<AQ)throw new Error("invalid exponent, negatives unsupported");if(g===AQ)return A.ONE;if(g===IQ)return I;let C=A.ONE,B=I;for(;g>AQ;)g&IQ&&(C=A.mul(C,B)),B=A.sqr(B),g>>=IQ;return C}(n,A,I),div:(I,g)=>oQ(I*aQ(g,A),A),sqrN:A=>A*A,addN:(A,I)=>A+I,subN:(A,I)=>A-I,mulN:(A,I)=>A*I,inv:I=>aQ(I,A),sqrt:i||(I=>(o||(o=function(A){return A%BQ===CQ?rQ:A%eQ===iQ?cQ:A%tQ===EQ?function(A){const I=lQ(A),g=DQ(A),C=g(I,I.neg(I.ONE)),B=g(I,C),i=g(I,I.neg(C)),Q=(A+QQ)/tQ;return(A,I)=>{let g=A.pow(I,Q),e=A.mul(g,C);const E=A.mul(g,B),t=A.mul(g,i),o=A.eql(A.sqr(e),I),n=A.eql(A.sqr(E),I);g=A.cmov(g,e,o),e=A.cmov(t,E,n);const a=A.eql(A.sqr(e),I),s=A.cmov(g,e,a);return sQ(A,s,I),s}}(A):DQ(A)}(A)),o(n,I))),toBytes:A=>g?Zi(A,t):vi(A,t),fromBytes:(I,C=!0)=>{if(Q){if(!Q.includes(I.length)||I.length>t)throw new Error("Field.fromBytes: expected "+Q+" bytes, got "+I.length);const A=new Uint8Array(t);A.set(I,g?0:A.length-I.length),I=A}if(I.length!==t)throw new Error("Field.fromBytes: expected "+t+" bytes, got "+I.length);let B=g?Ti(I):Vi(I);if(e&&(B=oQ(B,A)),!C&&!n.isValid(B))throw new Error("invalid field element: outside of range 0..ORDER");return B},invertBatch:A=>dQ(n,A),cmov:(A,I,g)=>g?I:A});return Object.freeze(n)}function kQ(A){if("bigint"!=typeof A)throw new Error("field order must be bigint");const I=A.toString(2).length;return Math.ceil(I/8)}function uQ(A){const I=kQ(A);return I+Math.ceil(I/2)}function NQ(A,I,g=!1){const C=A.length,B=kQ(I),i=uQ(I);if(C<16||C<i||C>1024)throw new Error("expected "+i+"-1024 bytes of input, got "+C);const Q=oQ(g?Ti(A):Vi(A),I-IQ)+IQ;return g?Zi(Q,B):vi(Q,B)}const GQ=BigInt(0),pQ=BigInt(1);function SQ(A,I){const g=I.negate();return A?g:I}function fQ(A,I){const g=dQ(A.Fp,I.map(A=>A.Z));return I.map((I,C)=>A.fromAffine(I.toAffine(g[C])))}function FQ(A,I){if(!Number.isSafeInteger(A)||A<=0||A>I)throw new Error("invalid window size, expected [1.."+I+"], got W="+A)}function RQ(A,I){FQ(A,I);const g=2**A;return{windows:Math.ceil(I/A)+1,windowSize:2**(A-1),mask:zi(A),maxNumber:g,shiftBy:BigInt(A)}}function UQ(A,I,g){const{windowSize:C,mask:B,maxNumber:i,shiftBy:Q}=g;let e=Number(A&B),E=A>>Q;e>C&&(e-=i,E+=pQ);const t=I*C;return{nextN:E,offset:t+Math.abs(e)-1,isZero:0===e,isNeg:e<0,isNegF:I%2!=0,offsetF:t}}const MQ=new WeakMap,KQ=new WeakMap;function mQ(A){return KQ.get(A)||1}function JQ(A){if(A!==GQ)throw new Error("invalid wNAF")}class bQ{constructor(A,I){this.BASE=A.BASE,this.ZERO=A.ZERO,this.Fn=A.Fn,this.bits=I}_unsafeLadder(A,I,g=this.ZERO){let C=A;for(;I>GQ;)I&pQ&&(g=g.add(C)),C=C.double(),I>>=pQ;return g}precomputeWindow(A,I){const{windows:g,windowSize:C}=RQ(I,this.bits),B=[];let i=A,Q=i;for(let A=0;A<g;A++){Q=i,B.push(Q);for(let A=1;A<C;A++)Q=Q.add(i),B.push(Q);i=Q.double()}return B}wNAF(A,I,g){if(!this.Fn.isValid(g))throw new Error("invalid scalar");let C=this.ZERO,B=this.BASE;const i=RQ(A,this.bits);for(let A=0;A<i.windows;A++){const{nextN:Q,offset:e,isZero:E,isNeg:t,isNegF:o,offsetF:n}=UQ(g,A,i);g=Q,E?B=B.add(SQ(o,I[n])):C=C.add(SQ(t,I[e]))}return JQ(g),{p:C,f:B}}wNAFUnsafe(A,I,g,C=this.ZERO){const B=RQ(A,this.bits);for(let A=0;A<B.windows&&g!==GQ;A++){const{nextN:i,offset:Q,isZero:e,isNeg:E}=UQ(g,A,B);if(g=i,!e){const A=I[Q];C=C.add(E?A.negate():A)}}return JQ(g),C}getPrecomputes(A,I,g){let C=MQ.get(I);return C||(C=this.precomputeWindow(I,A),1!==A&&("function"==typeof g&&(C=g(C)),MQ.set(I,C))),C}cached(A,I,g){const C=mQ(A);return this.wNAF(C,this.getPrecomputes(C,A,g),I)}unsafe(A,I,g,C){const B=mQ(A);return 1===B?this._unsafeLadder(A,I,C):this.wNAFUnsafe(B,this.getPrecomputes(B,A,g),I,C)}createCache(A,I){FQ(I,this.bits),KQ.set(A,I),MQ.delete(A)}hasCache(A){return 1!==mQ(A)}}function HQ(A,I,g){if(I){if(I.ORDER!==A)throw new Error("Field.ORDER must match order: Fp == p, Fn == n");return function(A){_i(A,wQ.reduce((A,I)=>(A[I]="function",A),{ORDER:"bigint",MASK:"bigint",BYTES:"number",BITS:"number"}))}(I),I}return lQ(A,{isLE:g})}const YQ=(A,I)=>(A+(A>=0?I:-I)/xQ)/I;function LQ(A){if(!["compact","recovered","der"].includes(A))throw new Error('Signature format must be "compact", "recovered", or "der"');return A}function qQ(A,I){const g={};for(let C of Object.keys(I))g[C]=void 0===A[C]?I[C]:A[C];return Hi(g.lowS,"lowS"),Hi(g.prehash,"prehash"),void 0!==g.format&&LQ(g.format),g}class VQ extends Error{constructor(A=""){super(A)}}const TQ={Err:VQ,_tlv:{encode:(A,I)=>{const{Err:g}=TQ;if(A<0||A>256)throw new g("tlv.encode: wrong tag");if(1&I.length)throw new g("tlv.encode: unpadded data");const C=I.length/2,B=Li(C);if(B.length/2&128)throw new g("tlv.encode: long form length too big");const i=C>127?Li(B.length/2|128):"";return Li(A)+i+B+I},decode(A,I){const{Err:g}=TQ;let C=0;if(A<0||A>256)throw new g("tlv.encode: wrong tag");if(I.length<2||I[C++]!==A)throw new g("tlv.decode: wrong tlv");const B=I[C++];let i=0;if(128&B){const A=127&B;if(!A)throw new g("tlv.decode(long): indefinite length not supported");if(A>4)throw new g("tlv.decode(long): byte length is too big");const Q=I.subarray(C,C+A);if(Q.length!==A)throw new g("tlv.decode: length bytes not complete");if(0===Q[0])throw new g("tlv.decode(long): zero leftmost byte");for(const A of Q)i=i<<8|A;if(C+=A,i<128)throw new g("tlv.decode(long): not minimal encoding")}else i=B;const Q=I.subarray(C,C+i);if(Q.length!==i)throw new g("tlv.decode: wrong value length");return{v:Q,l:I.subarray(C+i)}}},_int:{encode(A){const{Err:I}=TQ;if(A<vQ)throw new I("integer: negative integers are not allowed");let g=Li(A);if(8&Number.parseInt(g[0],16)&&(g="00"+g),1&g.length)throw new I("unexpected DER parsing assertion: unpadded hex");return g},decode(A){const{Err:I}=TQ;if(128&A[0])throw new I("invalid signature integer: negative");if(0===A[0]&&!(128&A[1]))throw new I("invalid signature integer: unnecessary leading zero");return Vi(A)}},toSig(A){const{Err:I,_int:g,_tlv:C}=TQ,B=Wi("signature",A),{v:i,l:Q}=C.decode(48,B);if(Q.length)throw new I("invalid signature: left bytes after parsing");const{v:e,l:E}=C.decode(2,i),{v:t,l:o}=C.decode(2,E);if(o.length)throw new I("invalid signature: left bytes after parsing");return{r:g.decode(e),s:g.decode(t)}},hexFromSig(A){const{_tlv:I,_int:g}=TQ,C=I.encode(2,g.encode(A.r))+I.encode(2,g.encode(A.s));return I.encode(48,C)}},vQ=BigInt(0),ZQ=BigInt(1),xQ=BigInt(2),WQ=BigInt(3),PQ=BigInt(4);function OQ(A,I){const{BYTES:g}=A;let C;if("bigint"==typeof I)C=I;else{let B=Wi("private key",I);try{C=A.fromBytes(B)}catch(A){throw new Error(`invalid private key: expected ui8a of size ${g}, got ${typeof I}`)}}if(!A.isValidNot0(C))throw new Error("invalid private key: out of range [1..N-1]");return C}function XQ(A,I={}){const g=function(A,I,g={},C){if(void 0===C&&(C="edwards"===A),!I||"object"!=typeof I)throw new Error(`expected valid ${A} CURVE object`);for(const A of["p","n","h"]){const g=I[A];if(!("bigint"==typeof g&&g>GQ))throw new Error(`CURVE.${A} must be positive bigint`)}const B=HQ(I.p,g.Fp,C),i=HQ(I.n,g.Fn,C),Q=["Gx","Gy","a","weierstrass"===A?"b":"d"];for(const A of Q)if(!B.isValid(I[A]))throw new Error(`CURVE.${A} must be valid field element of CURVE.Fp`);return{CURVE:I=Object.freeze(Object.assign({},I)),Fp:B,Fn:i}}("weierstrass",A,I),{Fp:C,Fn:B}=g;let i=g.CURVE;const{h:Q,n:e}=i;_i(I,{},{allowInfinityPoint:"boolean",clearCofactor:"function",isTorsionFree:"function",fromBytes:"function",toBytes:"function",endo:"object",wrapPrivateKey:"boolean"});const{endo:E}=I;if(E&&(!C.is0(i.a)||"bigint"!=typeof E.beta||!Array.isArray(E.basises)))throw new Error('invalid endo: expected "beta": bigint and "basises": array');const t=zQ(C,B);function o(){if(!C.isOdd)throw new Error("compression is not supported: Field does not have .isOdd()")}const n=I.toBytes||function(A,I,g){const{x:B,y:i}=I.toAffine(),Q=C.toBytes(B);return Hi(g,"isCompressed"),g?(o(),YB(jQ(!C.isOdd(i)),Q)):YB(Uint8Array.of(4),Q,C.toBytes(i))},a=I.fromBytes||function(A){Yi(A,void 0,"Point");const{publicKey:I,publicKeyUncompressed:g}=t,B=A.length,i=A[0],Q=A.subarray(1);if(B!==I||2!==i&&3!==i){if(B===g&&4===i){const A=C.BYTES,I=C.fromBytes(Q.subarray(0,A)),g=C.fromBytes(Q.subarray(A,2*A));if(!r(I,g))throw new Error("bad point: is not on curve");return{x:I,y:g}}throw new Error(`bad point: got length ${B}, expected compressed=${I} or uncompressed=${g}`)}{const A=C.fromBytes(Q);if(!C.isValid(A))throw new Error("bad point: is not on curve, wrong x");const I=s(A);let g;try{g=C.sqrt(I)}catch(A){const I=A instanceof Error?": "+A.message:"";throw new Error("bad point: is not on curve, sqrt error"+I)}return o(),!(1&~i)!==C.isOdd(g)&&(g=C.neg(g)),{x:A,y:g}}};function s(A){const I=C.sqr(A),g=C.mul(I,A);return C.add(C.add(g,C.mul(A,i.a)),i.b)}function r(A,I){const g=C.sqr(I),B=s(A);return C.eql(g,B)}if(!r(i.Gx,i.Gy))throw new Error("bad curve params: generator point");const c=C.mul(C.pow(i.a,WQ),PQ),D=C.mul(C.sqr(i.b),BigInt(27));if(C.is0(C.add(c,D)))throw new Error("bad curve params: a or b");function w(A,I,g=!1){if(!C.isValid(I)||g&&C.is0(I))throw new Error(`bad point coordinate ${A}`);return I}function d(A){if(!(A instanceof u))throw new Error("ProjectivePoint expected")}function h(A){if(!E||!E.basises)throw new Error("no endo");return function(A,I,g){const[[C,B],[i,Q]]=I,e=YQ(Q*A,g),E=YQ(-B*A,g);let t=A-e*C-E*i,o=-e*B-E*Q;const n=t<vQ,a=o<vQ;n&&(t=-t),a&&(o=-o);const s=zi(Math.ceil(ji(g)/2))+ZQ;if(t<vQ||t>=s||o<vQ||o>=s)throw new Error("splitScalar (endomorphism): failed, k="+A);return{k1neg:n,k1:t,k2neg:a,k2:o}}(A,E.basises,B.ORDER)}const y=$i((A,I)=>{const{X:g,Y:B,Z:i}=A;if(C.eql(i,C.ONE))return{x:g,y:B};const Q=A.is0();null==I&&(I=Q?C.ONE:C.inv(i));const e=C.mul(g,I),E=C.mul(B,I),t=C.mul(i,I);if(Q)return{x:C.ZERO,y:C.ZERO};if(!C.eql(t,C.ONE))throw new Error("invZ was invalid");return{x:e,y:E}}),l=$i(A=>{if(A.is0()){if(I.allowInfinityPoint&&!C.is0(A.Y))return;throw new Error("bad point: ZERO")}const{x:g,y:B}=A.toAffine();if(!C.isValid(g)||!C.isValid(B))throw new Error("bad point: x or y not field elements");if(!r(g,B))throw new Error("bad point: equation left != right");if(!A.isTorsionFree())throw new Error("bad point: not in prime-order subgroup");return!0});function k(A,I,g,B,i){return g=new u(C.mul(g.X,A),g.Y,g.Z),I=SQ(B,I),g=SQ(i,g),I.add(g)}class u{constructor(A,I,g){this.X=w("x",A),this.Y=w("y",I,!0),this.Z=w("z",g),Object.freeze(this)}static CURVE(){return i}static fromAffine(A){const{x:I,y:g}=A||{};if(!A||!C.isValid(I)||!C.isValid(g))throw new Error("invalid affine point");if(A instanceof u)throw new Error("projective point not allowed");return C.is0(I)&&C.is0(g)?u.ZERO:new u(I,g,C.ONE)}static fromBytes(A){const I=u.fromAffine(a(Yi(A,void 0,"point")));return I.assertValidity(),I}static fromHex(A){return u.fromBytes(Wi("pointHex",A))}get x(){return this.toAffine().x}get y(){return this.toAffine().y}precompute(A=8,I=!0){return G.createCache(this,A),I||this.multiply(WQ),this}assertValidity(){l(this)}hasEvenY(){const{y:A}=this.toAffine();if(!C.isOdd)throw new Error("Field doesn't support isOdd");return!C.isOdd(A)}equals(A){d(A);const{X:I,Y:g,Z:B}=this,{X:i,Y:Q,Z:e}=A,E=C.eql(C.mul(I,e),C.mul(i,B)),t=C.eql(C.mul(g,e),C.mul(Q,B));return E&&t}negate(){return new u(this.X,C.neg(this.Y),this.Z)}double(){const{a:A,b:I}=i,g=C.mul(I,WQ),{X:B,Y:Q,Z:e}=this;let E=C.ZERO,t=C.ZERO,o=C.ZERO,n=C.mul(B,B),a=C.mul(Q,Q),s=C.mul(e,e),r=C.mul(B,Q);return r=C.add(r,r),o=C.mul(B,e),o=C.add(o,o),E=C.mul(A,o),t=C.mul(g,s),t=C.add(E,t),E=C.sub(a,t),t=C.add(a,t),t=C.mul(E,t),E=C.mul(r,E),o=C.mul(g,o),s=C.mul(A,s),r=C.sub(n,s),r=C.mul(A,r),r=C.add(r,o),o=C.add(n,n),n=C.add(o,n),n=C.add(n,s),n=C.mul(n,r),t=C.add(t,n),s=C.mul(Q,e),s=C.add(s,s),n=C.mul(s,r),E=C.sub(E,n),o=C.mul(s,a),o=C.add(o,o),o=C.add(o,o),new u(E,t,o)}add(A){d(A);const{X:I,Y:g,Z:B}=this,{X:Q,Y:e,Z:E}=A;let t=C.ZERO,o=C.ZERO,n=C.ZERO;const a=i.a,s=C.mul(i.b,WQ);let r=C.mul(I,Q),c=C.mul(g,e),D=C.mul(B,E),w=C.add(I,g),h=C.add(Q,e);w=C.mul(w,h),h=C.add(r,c),w=C.sub(w,h),h=C.add(I,B);let y=C.add(Q,E);return h=C.mul(h,y),y=C.add(r,D),h=C.sub(h,y),y=C.add(g,B),t=C.add(e,E),y=C.mul(y,t),t=C.add(c,D),y=C.sub(y,t),n=C.mul(a,h),t=C.mul(s,D),n=C.add(t,n),t=C.sub(c,n),n=C.add(c,n),o=C.mul(t,n),c=C.add(r,r),c=C.add(c,r),D=C.mul(a,D),h=C.mul(s,h),c=C.add(c,D),D=C.sub(r,D),D=C.mul(a,D),h=C.add(h,D),r=C.mul(c,h),o=C.add(o,r),r=C.mul(y,h),t=C.mul(w,t),t=C.sub(t,r),r=C.mul(w,c),n=C.mul(y,n),n=C.add(n,r),new u(t,o,n)}subtract(A){return this.add(A.negate())}is0(){return this.equals(u.ZERO)}multiply(A){const{endo:g}=I;if(!B.isValidNot0(A))throw new Error("invalid scalar: out of range");let C,i;const Q=A=>G.cached(this,A,A=>fQ(u,A));if(g){const{k1neg:I,k1:B,k2neg:e,k2:E}=h(A),{p:t,f:o}=Q(B),{p:n,f:a}=Q(E);i=o.add(a),C=k(g.beta,t,n,I,e)}else{const{p:I,f:g}=Q(A);C=I,i=g}return fQ(u,[C,i])[0]}multiplyUnsafe(A){const{endo:g}=I,C=this;if(!B.isValid(A))throw new Error("invalid scalar: out of range");if(A===vQ||C.is0())return u.ZERO;if(A===ZQ)return C;if(G.hasCache(this))return this.multiply(A);if(g){const{k1neg:I,k1:B,k2neg:i,k2:Q}=h(A),{p1:e,p2:E}=function(A,I,g,C){let B=I,i=A.ZERO,Q=A.ZERO;for(;g>GQ||C>GQ;)g&pQ&&(i=i.add(B)),C&pQ&&(Q=Q.add(B)),B=B.double(),g>>=pQ,C>>=pQ;return{p1:i,p2:Q}}(u,C,B,Q);return k(g.beta,e,E,I,i)}return G.unsafe(C,A)}multiplyAndAddUnsafe(A,I,g){const C=this.multiplyUnsafe(I).add(A.multiplyUnsafe(g));return C.is0()?void 0:C}toAffine(A){return y(this,A)}isTorsionFree(){const{isTorsionFree:A}=I;return Q===ZQ||(A?A(u,this):G.unsafe(this,e).is0())}clearCofactor(){const{clearCofactor:A}=I;return Q===ZQ?this:A?A(u,this):this.multiplyUnsafe(Q)}isSmallOrder(){return this.multiplyUnsafe(Q).is0()}toBytes(A=!0){return Hi(A,"isCompressed"),this.assertValidity(),n(u,this,A)}toHex(A=!0){return KB(this.toBytes(A))}toString(){return`<Point ${this.is0()?"ZERO":this.toHex()}>`}get px(){return this.X}get py(){return this.X}get pz(){return this.Z}toRawBytes(A=!0){return this.toBytes(A)}_setWindowSize(A){this.precompute(A)}static normalizeZ(A){return fQ(u,A)}static msm(A,I){return function(A,I,g,C){(function(A,I){if(!Array.isArray(A))throw new Error("array expected");A.forEach((A,g)=>{if(!(A instanceof I))throw new Error("invalid point at index "+g)})})(g,A),function(A,I){if(!Array.isArray(A))throw new Error("array of scalars expected");A.forEach((A,g)=>{if(!I.isValid(A))throw new Error("invalid scalar at index "+g)})}(C,I);const B=g.length,i=C.length;if(B!==i)throw new Error("arrays of points and scalars must have equal length");const Q=A.ZERO,e=ji(BigInt(B));let E=1;e>12?E=e-3:e>4?E=e-2:e>0&&(E=2);const t=zi(E),o=new Array(Number(t)+1).fill(Q);let n=Q;for(let A=Math.floor((I.BITS-1)/E)*E;A>=0;A-=E){o.fill(Q);for(let I=0;I<i;I++){const B=C[I],i=Number(B>>BigInt(A)&t);o[i]=o[i].add(g[I])}let I=Q;for(let A=o.length-1,g=Q;A>0;A--)g=g.add(o[A]),I=I.add(g);if(n=n.add(I),0!==A)for(let A=0;A<E;A++)n=n.double()}return n}(u,B,A,I)}static fromPrivateKey(A){return u.BASE.multiply(OQ(B,A))}}u.BASE=new u(i.Gx,i.Gy,C.ONE),u.ZERO=new u(C.ZERO,C.ONE,C.ZERO),u.Fp=C,u.Fn=B;const N=B.BITS,G=new bQ(u,I.endo?Math.ceil(N/2):N);return u.BASE.precompute(8),u}function jQ(A){return Uint8Array.of(A?2:3)}function zQ(A,I){return{secretKey:I.BYTES,publicKey:1+A.BYTES,publicKeyUncompressed:1+2*A.BYTES,publicKeyHasPrefix:!0,signature:2*I.BYTES}}function _Q(A){const{CURVE:I,curveOpts:g,hash:C,ecdsaOpts:B}=function(A){const{CURVE:I,curveOpts:g}=function(A){const I={a:A.a,b:A.b,p:A.Fp.ORDER,n:A.n,h:A.h,Gx:A.Gx,Gy:A.Gy},g=A.Fp;let C=A.allowedPrivateKeyLengths?Array.from(new Set(A.allowedPrivateKeyLengths.map(A=>Math.ceil(A/2)))):void 0;return{CURVE:I,curveOpts:{Fp:g,Fn:lQ(I.n,{BITS:A.nBitLength,allowedLengths:C,modFromBytes:A.wrapPrivateKey}),allowInfinityPoint:A.allowInfinityPoint,endo:A.endo,isTorsionFree:A.isTorsionFree,clearCofactor:A.clearCofactor,fromBytes:A.fromBytes,toBytes:A.toBytes}}}(A),C={hmac:A.hmac,randomBytes:A.randomBytes,lowS:A.lowS,bits2int:A.bits2int,bits2int_modN:A.bits2int_modN};return{CURVE:I,curveOpts:g,hash:A.hash,ecdsaOpts:C}}(A);return function(A,I){const g=I.Point;return Object.assign({},I,{ProjectivePoint:g,CURVE:Object.assign({},A,yQ(g.Fn.ORDER,g.Fn.BITS))})}(A,function(A,I,g={}){pB(I),_i(g,{},{hmac:"function",lowS:"boolean",randomBytes:"function",bits2int:"function",bits2int_modN:"function"});const C=g.randomBytes||VB,B=g.hmac||((A,...g)=>mi(I,A,YB(...g))),{Fp:i,Fn:Q}=A,{ORDER:e,BITS:E}=Q,{keygen:t,getPublicKey:o,getSharedSecret:n,utils:a,lengths:s}=function(A,I={}){const{Fn:g}=A,C=I.randomBytes||VB,B=Object.assign(zQ(A.Fp,g),{seed:uQ(g.ORDER)});function i(A){try{return!!OQ(g,A)}catch(A){return!1}}function Q(A=C(B.seed)){return NQ(Yi(A,B.seed,"seed"),g.ORDER)}function e(I,C=!0){return A.BASE.multiply(OQ(g,I)).toBytes(C)}function E(I){if("bigint"==typeof I)return!1;if(I instanceof A)return!0;const{secretKey:C,publicKey:i,publicKeyUncompressed:Q}=B;if(g.allowedLengths||C===i)return;const e=Wi("key",I).length;return e===i||e===Q}const t={isValidSecretKey:i,isValidPublicKey:function(I,g){const{publicKey:C,publicKeyUncompressed:i}=B;try{const B=I.length;return!(!0===g&&B!==C||!1===g&&B!==i||!A.fromBytes(I))}catch(A){return!1}},randomSecretKey:Q,isValidPrivateKey:i,randomPrivateKey:Q,normPrivateKeyToScalar:A=>OQ(g,A),precompute:(I=8,g=A.BASE)=>g.precompute(I,!1)};return Object.freeze({getPublicKey:e,getSharedSecret:function(I,C,B=!0){if(!0===E(I))throw new Error("first arg must be private key");if(!1===E(C))throw new Error("second arg must be public key");const i=OQ(g,I);return A.fromHex(C).multiply(i).toBytes(B)},keygen:function(A){const I=Q(A);return{secretKey:I,publicKey:e(I)}},Point:A,utils:t,lengths:B})}(A,g),r={prehash:!1,lowS:"boolean"==typeof g.lowS&&g.lowS,format:void 0,extraEntropy:!1},c="compact";function D(A){return A>e>>ZQ}function w(A,I){if(!Q.isValidNot0(I))throw new Error(`invalid signature ${A}: out of range 1..Point.Fn.ORDER`);return I}class d{constructor(A,I,g){this.r=w("r",A),this.s=w("s",I),null!=g&&(this.recovery=g),Object.freeze(this)}static fromBytes(A,I=c){let g;if(function(A,I){LQ(I);const g=s.signature;Yi(A,"compact"===I?g:"recovered"===I?g+1:void 0,`${I} signature`)}(A,I),"der"===I){const{r:I,s:g}=TQ.toSig(Yi(A));return new d(I,g)}"recovered"===I&&(g=A[0],I="compact",A=A.subarray(1));const C=Q.BYTES,B=A.subarray(0,C),i=A.subarray(C,2*C);return new d(Q.fromBytes(B),Q.fromBytes(i),g)}static fromHex(A,I){return this.fromBytes(JB(A),I)}addRecoveryBit(A){return new d(this.r,this.s,A)}recoverPublicKey(I){const g=i.ORDER,{r:C,s:B,recovery:E}=this;if(null==E||![0,1,2,3].includes(E))throw new Error("recovery id invalid");if(e*xQ<g&&E>1)throw new Error("recovery id is ambiguous for h>1 curve");const t=2===E||3===E?C+e:C;if(!i.isValid(t))throw new Error("recovery id 2 or 3 invalid");const o=i.toBytes(t),n=A.fromBytes(YB(jQ(!(1&E)),o)),a=Q.inv(t),s=y(Wi("msgHash",I)),r=Q.create(-s*a),c=Q.create(B*a),D=A.BASE.multiplyUnsafe(r).add(n.multiplyUnsafe(c));if(D.is0())throw new Error("point at infinify");return D.assertValidity(),D}hasHighS(){return D(this.s)}toBytes(A=c){if(LQ(A),"der"===A)return JB(TQ.hexFromSig(this));const I=Q.toBytes(this.r),g=Q.toBytes(this.s);if("recovered"===A){if(null==this.recovery)throw new Error("recovery bit must be present");return YB(Uint8Array.of(this.recovery),I,g)}return YB(I,g)}toHex(A){return KB(this.toBytes(A))}assertValidity(){}static fromCompact(A){return d.fromBytes(Wi("sig",A),"compact")}static fromDER(A){return d.fromBytes(Wi("sig",A),"der")}normalizeS(){return this.hasHighS()?new d(this.r,Q.neg(this.s),this.recovery):this}toDERRawBytes(){return this.toBytes("der")}toDERHex(){return KB(this.toBytes("der"))}toCompactRawBytes(){return this.toBytes("compact")}toCompactHex(){return KB(this.toBytes("compact"))}}const h=g.bits2int||function(A){if(A.length>8192)throw new Error("input is too large");const I=Vi(A),g=8*A.length-E;return g>0?I>>BigInt(g):I},y=g.bits2int_modN||function(A){return Q.create(h(A))},l=zi(E);function k(A){return function(A,I,g,C){if(!Xi(I,g,C))throw new Error("expected valid "+A+": "+g+" <= n < "+C+", got "+I)}("num < 2^"+E,A,vQ,l),Q.toBytes(A)}function u(A,g){return Yi(A,void 0,"message"),g?Yi(I(A),void 0,"prehashed message"):A}return Object.freeze({keygen:t,getPublicKey:o,getSharedSecret:n,utils:a,lengths:s,Point:A,sign:function(g,i,e={}){g=Wi("message",g);const{seed:E,k2sig:t}=function(I,g,B){if(["recovered","canonical"].some(A=>A in B))throw new Error("sign() legacy options not supported");const{lowS:i,prehash:e,extraEntropy:E}=qQ(B,r);I=u(I,e);const t=y(I),o=OQ(Q,g),n=[k(o),k(t)];if(null!=E&&!1!==E){const A=!0===E?C(s.secretKey):E;n.push(Wi("extraEntropy",A))}const a=YB(...n),c=t;return{seed:a,k2sig:function(I){const g=h(I);if(!Q.isValidNot0(g))return;const C=Q.inv(g),B=A.BASE.multiply(g).toAffine(),e=Q.create(B.x);if(e===vQ)return;const E=Q.create(C*Q.create(c+e*o));if(E===vQ)return;let t=(B.x===e?0:2)|Number(B.y&ZQ),n=E;return i&&D(E)&&(n=Q.neg(E),t^=1),new d(e,n,t)}}}(g,i,e),o=function(A,I,g){if("number"!=typeof A||A<2)throw new Error("hashLen must be a number");if("number"!=typeof I||I<2)throw new Error("qByteLen must be a number");if("function"!=typeof g)throw new Error("hmacFn must be a function");const C=A=>new Uint8Array(A),B=A=>Uint8Array.of(A);let i=C(A),Q=C(A),e=0;const E=()=>{i.fill(1),Q.fill(0),e=0},t=(...A)=>g(Q,i,...A),o=(A=C(0))=>{Q=t(B(0),A),i=t(),0!==A.length&&(Q=t(B(1),A),i=t())},n=()=>{if(e++>=1e3)throw new Error("drbg: tried 1000 values");let A=0;const g=[];for(;A<I;){i=t();const I=i.slice();g.push(I),A+=i.length}return YB(...g)};return(A,I)=>{let g;for(E(),o(A);!(g=I(n()));)o();return E(),g}}(I.outputLen,Q.BYTES,B);return o(E,t)},verify:function(I,g,C,B={}){const{lowS:i,prehash:e,format:E}=qQ(B,r);if(C=Wi("publicKey",C),g=u(Wi("message",g),e),"strict"in B)throw new Error("options.strict was renamed to lowS");const t=void 0===E?function(A){let I;const g="string"==typeof A||uB(A),C=!g&&null!==A&&"object"==typeof A&&"bigint"==typeof A.r&&"bigint"==typeof A.s;if(!g&&!C)throw new Error("invalid signature, expected Uint8Array, hex string or Signature instance");if(C)I=new d(A.r,A.s);else if(g){try{I=d.fromBytes(Wi("sig",A),"der")}catch(A){if(!(A instanceof TQ.Err))throw A}if(!I)try{I=d.fromBytes(Wi("sig",A),"compact")}catch(A){return!1}}return I||!1}(I):d.fromBytes(Wi("sig",I),E);if(!1===t)return!1;try{const I=A.fromBytes(C);if(i&&t.hasHighS())return!1;const{r:B,s:e}=t,E=y(g),o=Q.inv(e),n=Q.create(E*o),a=Q.create(B*o),s=A.BASE.multiplyUnsafe(n).add(I.multiplyUnsafe(a));return!s.is0()&&Q.create(s.x)===B}catch(A){return!1}},recoverPublicKey:function(A,I,g={}){const{prehash:C}=qQ(g,r);return I=u(I,C),d.fromBytes(A,"recovered").recoverPublicKey(I).toBytes()},Signature:d,hash:I})}(XQ(I,g),C,B))}const $Q={p:BigInt("0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2f"),n:BigInt("0xfffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141"),h:BigInt(1),a:BigInt(0),b:BigInt(7),Gx:BigInt("0x79be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798"),Gy:BigInt("0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8")},Ae={beta:BigInt("0x7ae96a2b657c07106e64479eac3434e99cf0497512f58995c1396c28719501ee"),basises:[[BigInt("0x3086d221a7d46bcde86c90e49284eb15"),-BigInt("0xe4437ed6010e88286f547fa90abfe4c3")],[BigInt("0x114ca50f7a8e2f3f657c1108d9d44cfd8"),BigInt("0x3086d221a7d46bcde86c90e49284eb15")]]},Ie=BigInt(0),ge=BigInt(1),Ce=BigInt(2),Be=lQ($Q.p,{sqrt:function(A){const I=$Q.p,g=BigInt(3),C=BigInt(6),B=BigInt(11),i=BigInt(22),Q=BigInt(23),e=BigInt(44),E=BigInt(88),t=A*A*A%I,o=t*t*A%I,n=nQ(o,g,I)*o%I,a=nQ(n,g,I)*o%I,s=nQ(a,Ce,I)*t%I,r=nQ(s,B,I)*s%I,c=nQ(r,i,I)*r%I,D=nQ(c,e,I)*c%I,w=nQ(D,E,I)*D%I,d=nQ(w,e,I)*c%I,h=nQ(d,g,I)*o%I,y=nQ(h,Q,I)*r%I,l=nQ(y,C,I)*t%I,k=nQ(l,Ce,I);if(!Be.eql(Be.sqr(k),A))throw new Error("Cannot find square root");return k}}),ie=function(A,I){const g=I=>_Q({...A,hash:I});return{...g(I),create:g}}({...$Q,Fp:Be,lowS:!0,endo:Ae},Mi),Qe={};function ee(A,...I){let g=Qe[A];if(void 0===g){const I=Mi(bB(A));g=YB(I,I),Qe[A]=g}return Mi(YB(g,...I))}const Ee=A=>A.toBytes(!0).slice(1),te=(()=>ie.Point)(),oe=A=>A%Ce===Ie;function ne(A){const{Fn:I,BASE:g}=te,C=OQ(I,A),B=g.multiply(C);return{scalar:oe(B.y)?C:I.neg(C),bytes:Ee(B)}}function ae(A){const I=Be;if(!I.isValidNot0(A))throw new Error("invalid x: Fail if x ≥ p");const g=I.create(A*A),C=I.create(g*A+BigInt(7));let B=I.sqrt(C);oe(B)||(B=I.neg(B));const i=te.fromAffine({x:A,y:B});return i.assertValidity(),i}const se=Vi;function re(...A){return te.Fn.create(se(ee("BIP0340/challenge",...A)))}function ce(A){return ne(A).bytes}function De(A,I,g=VB(32)){const{Fn:C}=te,B=Wi("message",A),{bytes:i,scalar:Q}=ne(I),e=Wi("auxRand",g,32),E=C.toBytes(Q^se(ee("BIP0340/aux",e))),t=ee("BIP0340/nonce",E,i,B),{bytes:o,scalar:n}=ne(t),a=re(o,i,B),s=new Uint8Array(64);if(s.set(o,0),s.set(C.toBytes(C.create(n+a*Q)),32),!we(s,B,i))throw new Error("sign: Invalid signature produced");return s}function we(A,I,g){const{Fn:C,BASE:B}=te,i=Wi("signature",A,64),Q=Wi("message",I),e=Wi("publicKey",g,32);try{const A=ae(se(e)),I=se(i.subarray(0,32));if(!Xi(I,ge,$Q.p))return!1;const g=se(i.subarray(32,64));if(!Xi(g,ge,$Q.n))return!1;const E=re(C.toBytes(I),Ee(A),Q),t=B.multiplyUnsafe(g).add(A.multiplyUnsafe(C.neg(E))),{x:o,y:n}=t.toAffine();return!(t.is0()||!oe(n)||o!==I)}catch(A){return!1}}const de=(()=>{const A=(A=VB(48))=>NQ(A,$Q.n);return ie.utils.randomSecretKey,{keygen:function(I){const g=A(I);return{secretKey:g,publicKey:ce(g)}},getPublicKey:ce,sign:De,verify:we,Point:te,utils:{randomSecretKey:A,randomPrivateKey:A,taggedHash:ee,lift_x:ae,pointToBytes:Ee,numberToBytesBE:vi,bytesToNumberBE:Vi,mod:oQ},lengths:{secretKey:32,publicKey:32,publicKeyHasPrefix:!1,signature:64,seed:48}}})();var he=Q(8287).hp;function ye(A,{include:I,exclude:g}={}){const C=A=>{const C=I=>"string"==typeof I?A===I:I.test(A);return I?I.some(C):!g||!g.some(C)};for(const[I,g]of(A=>{const I=new Set;do{for(const g of Reflect.ownKeys(A))I.add([A,g])}while((A=Reflect.getPrototypeOf(A))&&A!==Object.prototype);return I})(A.constructor.prototype)){if("constructor"===g||!C(g))continue;const B=Reflect.getOwnPropertyDescriptor(I,g);B&&"function"==typeof B.value&&(A[g]=A[g].bind(A))}return A}var le=class{addAuthHeaders(A){return Promise.resolve(A)}isAuthorized(){return Promise.resolve(!1)}addWsConnectionParams(A){return Promise.resolve(A)}},ke=class extends WB{constructor(A,I){super("SigningException",A,I)}};const ue=()=>{let A;return A="undefined"!=typeof crypto?Promise.resolve(crypto):Q.e(207).then(Q.t.bind(Q,3207,19)).then(A=>{let I=A;return A.subtle||(I=Object.assign({},I,{subtle:A.webcrypto.subtle})),A.getRandomValues||(I=Object.assign({},I,{getRandomValues:I=>{if(!I)return I;const g=he.from(I.buffer),C=new Uint8Array(g);return A.randomFillSync(C),I}})),I}),A},Ne=async(A,I,g,C,B)=>{const i=new TextEncoder,Q=await ue(),e=await Q.subtle.importKey("raw",i.encode(A),"PBKDF2",!1,["deriveBits","deriveKey"]),E=await Q.subtle.deriveBits({name:"PBKDF2",salt:I,iterations:g,hash:"SHA-256"},e,B);return[await Q.subtle.importKey("raw",E.slice(0,32),{name:C,length:256},!1,["encrypt","decrypt"]),E.slice(32)]},Ge={decryptSecretWithNodePassword:async function(A,I,g){let C=null;try{C=await(async(A,I,g)=>{let C,B=OB(I);if("AES_256_CBC_PBKDF2_5000_SHA256"===A?(C={v:0,i:5e3},B=B.slice(8)):C=JSON.parse(A),C.v<0||C.v>4)throw new WB("DecryptionError",`Unknown version ${C.v}`);const i=await ue(),Q=C.v<2?"AES-CBC":"AES-GCM",e=C.v<4?384:352,E=C.v<4?8:16;if(2===C.lsv||3===C.v){const A=B.slice(B.length-8,B.length),I=B.slice(0,12),e=B.slice(12,B.length-8),[E]=await Ne(g,A,C.i,Q,256);return await i.subtle.decrypt({name:Q,iv:I.buffer},E,e)}{const A=B.slice(0,E),I=B.slice(E),[t,o]=await Ne(g,A,C.i,Q,e);return await i.subtle.decrypt({name:Q,iv:o},t,I)}})(A,I,g)}catch(A){console.error(A)}return C},generateSigningKeyPair:async()=>await(await ue()).subtle.generateKey({name:"RSA-PSS",modulusLength:4096,publicExponent:new Uint8Array([1,0,1]),hash:"SHA-256"},!0,["sign","verify"]),serializeSigningKey:async(A,I)=>await(await ue()).subtle.exportKey(I,A),getNonce:async()=>{const[A,I]=await(async A=>"undefined"!=typeof crypto?crypto.getRandomValues(A):(await ue()).getRandomValues(A))(new Uint32Array(2)),g=BigInt(A)<<32n|BigInt(I);return Number(g)},sign:async(A,I)=>{if("string"==typeof A)throw new ke("Key alias not supported for default crypto.");return await(await ue()).subtle.sign({name:"RSA-PSS",saltLength:32},A,I)},importPrivateSigningKey:async A=>await(await ue()).subtle.importKey("pkcs8",A,{name:"RSA-PSS",hash:"SHA-256"},!0,["sign"])};let pe=function(A){return A[A.Trace=0]="Trace",A[A.Debug=1]="Debug",A[A.Info=2]="Info",A[A.Warn=3]="Warn",A[A.Error=4]="Error",A}({});const Se={TRACE:0,DEBUG:1,INFO:2,WARN:3,ERROR:4};var fe=class{context;options={enabled:!1,timestamps:!0,level:2};constructor(A,I={}){this.context=A,this.setOptions(I),this.updateLoggingEnabled(I)}setLevel(A){this.options.level=A}setEnabled(A,I=2){this.options.enabled=A,this.options.level=I}setOptions(A){void 0!==A.enabled&&(this.options.enabled=A.enabled),void 0!==A.timestamps&&(this.options.timestamps=A.timestamps),void 0!==A.level&&(this.options.level="string"==typeof A.level?function(A){const I=A.toUpperCase(),g=I.toLowerCase(),C=`${g[0]?.toUpperCase()??""}${g.slice(1)}`;if(A!==I&&A!==g&&A!==C)throw new Error(`Invalid LoggingLevelName casing (expected UPPER, lower, or Title): ${A}`);if(I in Se)return Se[I];throw new Error(`Invalid LoggingLevelName: ${A}`)}(A.level):A.level)}updateLoggingEnabled(A){if(void 0!==A.enabled)this.options.enabled=A.enabled;else if(ZB)this.options.enabled=!0;else if(TB)try{this.options.enabled=function(A){const I=function(A){try{return"1"===localStorage.getItem(A)||null==localStorage.getItem(A)&&null}catch{return null}}(A);return null!=I&&I}("lightspark-logging-enabled")}catch{}this.options.enabled&&console.log(this.formatMessage("Logging enabled"))}getTimestamp(){return this.options.timestamps?`${(new Date).toISOString()} `:""}formatMessage(A){return`${this.getTimestamp()}[${this.context}] ${A}`}trace(A,...I){this.options.enabled&&this.options.level<=0&&console.log(this.formatMessage(A),...I)}debug(A,...I){this.options.enabled&&this.options.level<=1&&console.log(this.formatMessage(A),...I)}info(A,...I){this.options.enabled&&this.options.level<=2&&console.log(this.formatMessage(A),...I)}warn(A,...I){this.options.enabled&&this.options.level<=3&&console.warn(this.formatMessage(A),...I)}error(A,...I){this.options.enabled&&this.options.level<=4&&console.error(this.formatMessage(A),...I)}};const Fe=new fe("@lightsparkdev/core");gi.extend(Ci);var Re=class{wsClient;resolveWsClient=null;constructor(A,I,g,C=new le,B="api.lightspark.com",i=Ge,Q,e=fetch){this.nodeKeyCache=A,this.schemaEndpoint=I,this.sdkUserAgent=g,this.authProvider=C,this.baseUrl=B,this.cryptoImpl=i,this.signingKey=Q,this.fetchImpl=e,this.wsClient=new Promise(A=>{this.resolveWsClient=A}),this.initWsClient(B,C),ye(this)}initWsClient(A,I){return Promise.resolve(null)}async executeQuery(A){const I=await this.makeRawRequest(A.queryPayload,A.variables||{},A.signingNodeId,!!A.skipAuth);return A.constructObject(I)}subscribe(A,I={}){Fe.trace("Requester.subscribe variables",I);const g=A.match(/^\s*(query|mutation|subscription)\s+(\w+)/i);if(!g||g.length<3)throw new WB("InvalidQuery","Invalid query payload");const C=g[1];if(Fe.trace("Requester.subscribe operationType",C),"mutation"==C)throw new WB("InvalidQuery","Mutation queries should call makeRawRequest instead");for(const A in I)void 0===I[A]&&(I[A]=null);const B={query:A,variables:I,operationName:g[2]};return new Ni(A=>{Fe.trace("Requester.subscribe observer",A);let I=null,g=!1;return(async()=>{try{const C=await this.wsClient;if(!C)throw new WB("WebSocketNotInitialized","WebSocket client is not initialized or is not available in the current environment.");g||(I=C.subscribe(B,{next:I=>A.next(I),error:I=>A.error(I),complete:()=>A.complete()}))}catch(I){A.error(I)}})(),()=>{g=!0,I&&I()}})}async makeRawRequest(A,I={},g=void 0,C=!1){Fe.trace("Requester.makeRawRequest args",{queryPayload:A,variables:I,signingNodeId:g,skipAuth:C});const B=A.match(/^\s*(query|mutation|subscription)\s+(\w+)/i);if(!B||B.length<3)throw new WB("InvalidQuery","Invalid query payload");if("subscription"==B[1])throw new WB("InvalidQuery","Subscription queries should call subscribe instead");for(const A in I)void 0===I[A]&&(I[A]=null);const i=B[2],Q={query:A,variables:I,operationName:i},e="undefined"!=typeof navigator?navigator.userAgent:"",E=this.getSdkUserAgent(),t={"Content-Type":"application/json","X-Lightspark-SDK":E,"User-Agent":e||E,"X-GraphQL-Operation":i},o=C?t:await this.authProvider.addAuthHeaders(t);let n=await this.addSigningDataIfNeeded(Q,o,g);n.length>1024&&"undefined"!=typeof CompressionStream&&(n=await async function(A){const I=new Blob([A]).stream().pipeThrough(new CompressionStream("deflate")).getReader(),g=[];let C,B;for(;!C;)({done:C,value:B}=await I.read()),g.push(B);const i=new Blob(g);return new Uint8Array(await i.arrayBuffer())}(n),o["Content-Encoding"]="deflate");let a=this.baseUrl;a.startsWith("https://")||a.startsWith("http://")||(a=`https://${a}`);const s=`${a}/${this.schemaEndpoint}`;Fe.trace("Requester.makeRawRequest",{url:s,operationName:i,variables:I,headers:o});const r=await this.fetchImpl(s,{method:"POST",headers:o,body:n});if(!r.ok)throw new WB("RequestFailed",`Request ${i} failed. ${r.statusText}`);const c=await r.json(),D=c.data;if(!D){let A;throw Array.isArray(c.errors)&&c.errors.length>0&&(A=c.errors[0].extensions?.error_name),new WB("RequestFailed",`Request ${i} failed. ${JSON.stringify(c.errors)}`,{errorName:A})}return D}getSdkUserAgent(){const A=vB?"NodeJS":"Browser",I=vB?process.version:"";return`${this.sdkUserAgent} ${A}/${I}`}stripProtocol(A){return A.replace(/.*?:\/\//g,"")}async addSigningDataIfNeeded(A,I,g){if(!g)return(new TextEncoder).encode(JSON.stringify(A));const C={query:A.query,variables:A.variables,operationName:A.operationName,nonce:await this.cryptoImpl.getNonce(),expires_at:gi.utc().add(1,"hour").format()},B=this.signingKey??this.nodeKeyCache.getKey(g);if(!B)throw new ke("Missing node of encrypted_signing_private_key");const i=(new TextEncoder).encode(JSON.stringify(C)),Q=(e=await B.sign(i),((A="")=>{const I=A;let g="";for(let A,C=0,B=0,i=PB;I.charAt(0|B)||(i="=",B%1);g+=i.charAt(63&C>>8-B%1*8)){if(A=I.charCodeAt(B+=3/4),A>255)throw new Error("'btoa' failed: The string to be encoded contains characters outside of the Latin1 range.");C=C<<8|A}return g})(String.fromCharCode.apply(null,Array.from(new Uint8Array(e)))));var e;return I["X-Lightspark-Signing"]=JSON.stringify({v:"1",signature:Q}),i}},Ue=class{type;constructor(A){this.type=A}},Me=class extends Ue{constructor(A,I){super("RSASigningKey"),this.privateKey=A,this.cryptoImpl=I}async sign(A){const I=function(A){return"alias"in A}(this.privateKey)?this.privateKey.alias:this.privateKey;return this.cryptoImpl.sign(I,A)}},Ke=class extends Ue{constructor(A){super("Secp256k1SigningKey"),this.privateKey=A}async sign(A){const I=new Uint8Array(jB(this.privateKey)),g=await async function(A,I){if(TB){const I="string"==typeof A?(new TextEncoder).encode(A):A,g=await window.crypto.subtle.digest("SHA-256",I),C=new Uint8Array(g);return C}{const{createHash:g}=await Q.e(207).then(Q.t.bind(Q,3207,19));I;const C=g("sha256").update(A).digest();return new Uint8Array(C)}}(A);return ie.sign(g,I).toBytes("der")}},me=class{idToKey;constructor(A=Ge){this.cryptoImpl=A,this.idToKey=new Map,ye(this)}async loadKey(A,I,g){let C;if(void 0!==I.alias){if("RSASigningKey"!==g)throw new ke(`Aliases are not supported for signing key type ${g}`);return C=new Me({alias:I.alias},this.cryptoImpl),this.idToKey.set(A,C),C}try{if("Secp256k1SigningKey"===g)C=new Ke(I.key);else{const A=OB(this.stripPemTags(I.key)),g=await this.cryptoImpl.importPrivateSigningKey(A);C=new Me("string"==typeof g?{alias:g}:g,this.cryptoImpl)}return this.idToKey.set(A,C),C}catch(A){console.log("Error importing key: ",A)}return null}getKey(A){return this.idToKey.get(A)}hasKey(A){return this.idToKey.has(A)}stripPemTags(A){return A.replace(/-----BEGIN (.*)-----/,"").replace(/-----END (.*)----/,"")}},Je=class extends Re{async initWsClient(A,I){if(!this.resolveWsClient)return this.wsClient;if(xB)return null;let g;vB&&"undefined"==typeof WebSocket&&(g=(await Q.e(591).then(Q.t.bind(Q,1591,19))).default);let C="wss";A.startsWith("http://")&&(C="ws");const{createClient:B}=await Q.e(714).then(Q.bind(Q,9714)),i=B({url:`${C}://${this.stripProtocol(this.baseUrl)}/${this.schemaEndpoint}`,connectionParams:()=>I.addWsConnectionParams({}),webSocketImpl:g});return this.resolveWsClient&&(this.resolveWsClient(i),this.resolveWsClient=null),i}};let be=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.MAINNET="MAINNET",A.REGTEST="REGTEST",A.SIGNET="SIGNET",A.TESTNET="TESTNET",A}({}),He=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.CREATED="CREATED",A.TRANSFER_CREATED="TRANSFER_CREATED",A.TRANSFER_CREATION_FAILED="TRANSFER_CREATION_FAILED",A.REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED="REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED",A.REFUND_SIGNING_FAILED="REFUND_SIGNING_FAILED",A.UTXO_SWAPPING_FAILED="UTXO_SWAPPING_FAILED",A.TRANSFER_COMPLETED="TRANSFER_COMPLETED",A.SPEND_TX_CREATED="SPEND_TX_CREATED",A.SPEND_TX_BROADCAST="SPEND_TX_BROADCAST",A}({}),Ye=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.BITCOIN="BITCOIN",A.SATOSHI="SATOSHI",A.MILLISATOSHI="MILLISATOSHI",A.USD="USD",A.MXN="MXN",A.PHP="PHP",A.EUR="EUR",A.NANOBITCOIN="NANOBITCOIN",A.MICROBITCOIN="MICROBITCOIN",A.MILLIBITCOIN="MILLIBITCOIN",A}({});const Le=A=>({originalValue:A.currency_amount_original_value,originalUnit:Ye[A.currency_amount_original_unit]??Ye.FUTURE_VALUE});let qe=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.FIXED_AMOUNT="FIXED_AMOUNT",A.MAX_FEE="MAX_FEE",A}({});let Ve=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.FAST="FAST",A.MEDIUM="MEDIUM",A.SLOW="SLOW",A}({}),Te=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.CREATED="CREATED",A.INITIATED="INITIATED",A.LEAVES_LOCKED="LEAVES_LOCKED",A.REFUND_TX_ADAPTOR_SIGNED="REFUND_TX_ADAPTOR_SIGNED",A.INBOUND_TRANSFER_CLAIMED="INBOUND_TRANSFER_CLAIMED",A.SUCCEEDED="SUCCEEDED",A.EXPIRED="EXPIRED",A.FAILED="FAILED",A}({});const ve=A=>({leafId:A.swap_leaf_leaf_id,rawUnsignedRefundTransaction:A.swap_leaf_raw_unsigned_refund_transaction,adaptorSignedSignature:A.swap_leaf_adaptor_signed_signature,directRawUnsignedRefundTransaction:A.swap_leaf_direct_raw_unsigned_refund_transaction,directAdaptorSignedSignature:A.swap_leaf_direct_adaptor_signed_signature,directFromCpfpRawUnsignedRefundTransaction:A.swap_leaf_direct_from_cpfp_raw_unsigned_refund_transaction,directFromCpfpAdaptorSignedSignature:A.swap_leaf_direct_from_cpfp_adaptor_signed_signature});const Ze=A=>({hasNextPage:A.page_info_has_next_page,hasPreviousPage:A.page_info_has_previous_page,startCursor:A.page_info_start_cursor,endCursor:A.page_info_end_cursor});var xe=class{constructor(A,I,g){this.totalAmount=A,this.sparkId=I,this.userRequestId=g,function(A,{include:I,exclude:g}={}){const C=A=>{const C="string"==typeof A?A:A.toString(),B=A=>"string"==typeof A?C===A:A.test(C);return I?I.some(B):!g||!g.some(B)},B=A.constructor,i=A;for(const[I,g]of function(A){const I=new Set;let g=A;for(;g&&g!==Object.prototype;){for(const A of Reflect.ownKeys(g))I.add([g,A]);g=Reflect.getPrototypeOf(g)}return I}(B.prototype)){if("constructor"===g||!C(g))continue;const B=Reflect.getOwnPropertyDescriptor(I,g);if(B&&"function"==typeof B.value){const I=i[g];"function"==typeof I&&(i[g]=I.bind(A))}}}(this)}async getLeaves(A,I=void 0,g=void 0){return await A.executeRawQuery({queryPayload:" \nquery FetchSparkTransferToLeavesConnection($entity_id: ID!, $first: Int, $after: String) {\n    entity(id: $entity_id) {\n        ... on Transfer {\n            leaves(, first: $first, after: $after) {\n                __typename\n                spark_transfer_to_leaves_connection_count: count\n                spark_transfer_to_leaves_connection_page_info: page_info {\n                    __typename\n                    page_info_has_next_page: has_next_page\n                    page_info_has_previous_page: has_previous_page\n                    page_info_start_cursor: start_cursor\n                    page_info_end_cursor: end_cursor\n                }\n                spark_transfer_to_leaves_connection_entities: entities {\n                    __typename\n                    leaf_amount: amount {\n                        __typename\n                        currency_amount_original_value: original_value\n                        currency_amount_original_unit: original_unit\n                    }\n                    leaf_spark_node_id: spark_node_id\n                }\n            }\n        }\n    }\n}\n",variables:{entity_id:this.sparkId,first:I,after:g},constructObject:A=>{const I=A.entity.leaves;return{count:(g=I).spark_transfer_to_leaves_connection_count,pageInfo:Ze(g.spark_transfer_to_leaves_connection_page_info),entities:g.spark_transfer_to_leaves_connection_entities.map(A=>(A=>({amount:Le(A.leaf_amount),sparkNodeId:A.leaf_spark_node_id}))(A)),typename:"SparkTransferToLeavesConnection"};var g}})}toJson(){return{transfer_total_amount:(A=this.totalAmount,{currency_amount_original_value:A.originalValue,currency_amount_original_unit:A.originalUnit}),transfer_spark_id:this.sparkId,transfer_user_request:{id:this.userRequestId}};var A}};const We=A=>new xe(Le(A.transfer_total_amount),A.transfer_spark_id,A.transfer_user_request?.id??void 0),Pe=A=>({id:A.leaves_swap_request_id,createdAt:A.leaves_swap_request_created_at,updatedAt:A.leaves_swap_request_updated_at,network:be[A.leaves_swap_request_network]??be.FUTURE_VALUE,status:Te[A.leaves_swap_request_status]??Te.FUTURE_VALUE,totalAmount:Le(A.leaves_swap_request_total_amount),targetAmount:Le(A.leaves_swap_request_target_amount),fee:Le(A.leaves_swap_request_fee),inboundTransfer:We(A.leaves_swap_request_inbound_transfer),swapLeaves:A.leaves_swap_request_swap_leaves.map(A=>ve(A)),typename:"LeavesSwapRequest",outboundTransfer:A.leaves_swap_request_outbound_transfer?We(A.leaves_swap_request_outbound_transfer):void 0,expiresAt:A.leaves_swap_request_expires_at}),Oe=A=>({encodedInvoice:A.invoice_encoded_invoice,bitcoinNetwork:be[A.invoice_bitcoin_network]??be.FUTURE_VALUE,paymentHash:A.invoice_payment_hash,amount:Le(A.invoice_amount),createdAt:A.invoice_created_at,expiresAt:A.invoice_expires_at,memo:A.invoice_memo});let Xe=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.INVOICE_CREATED="INVOICE_CREATED",A.TRANSFER_CREATED="TRANSFER_CREATED",A.TRANSFER_CREATION_FAILED="TRANSFER_CREATION_FAILED",A.REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED="REFUND_SIGNING_COMMITMENTS_QUERYING_FAILED",A.REFUND_SIGNING_FAILED="REFUND_SIGNING_FAILED",A.PAYMENT_PREIMAGE_RECOVERED="PAYMENT_PREIMAGE_RECOVERED",A.PAYMENT_PREIMAGE_RECOVERING_FAILED="PAYMENT_PREIMAGE_RECOVERING_FAILED",A.LIGHTNING_PAYMENT_RECEIVED="LIGHTNING_PAYMENT_RECEIVED",A.TRANSFER_FAILED="TRANSFER_FAILED",A.TRANSFER_COMPLETED="TRANSFER_COMPLETED",A}({});const je=A=>({id:A.lightning_receive_request_id,createdAt:A.lightning_receive_request_created_at,updatedAt:A.lightning_receive_request_updated_at,network:be[A.lightning_receive_request_network]??be.FUTURE_VALUE,invoice:Oe(A.lightning_receive_request_invoice),status:Xe[A.lightning_receive_request_status]??Xe.FUTURE_VALUE,typename:"LightningReceiveRequest",transfer:A.lightning_receive_request_transfer?We(A.lightning_receive_request_transfer):void 0,paymentPreimage:A.lightning_receive_request_payment_preimage,receiverIdentityPublicKey:A.lightning_receive_request_receiver_identity_public_key,sparkInvoice:A.lightning_receive_request_spark_invoice});let ze=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.CREATED="CREATED",A.USER_TRANSFER_VALIDATION_FAILED="USER_TRANSFER_VALIDATION_FAILED",A.LIGHTNING_PAYMENT_INITIATED="LIGHTNING_PAYMENT_INITIATED",A.LIGHTNING_PAYMENT_FAILED="LIGHTNING_PAYMENT_FAILED",A.LIGHTNING_PAYMENT_SUCCEEDED="LIGHTNING_PAYMENT_SUCCEEDED",A.PREIMAGE_PROVIDED="PREIMAGE_PROVIDED",A.PREIMAGE_PROVIDING_FAILED="PREIMAGE_PROVIDING_FAILED",A.TRANSFER_COMPLETED="TRANSFER_COMPLETED",A.TRANSFER_FAILED="TRANSFER_FAILED",A.PENDING_USER_SWAP_RETURN="PENDING_USER_SWAP_RETURN",A.USER_SWAP_RETURNED="USER_SWAP_RETURNED",A.USER_SWAP_RETURN_FAILED="USER_SWAP_RETURN_FAILED",A.REQUEST_VALIDATED="REQUEST_VALIDATED",A}({});const _e=A=>({id:A.lightning_send_request_id,createdAt:A.lightning_send_request_created_at,updatedAt:A.lightning_send_request_updated_at,network:be[A.lightning_send_request_network]??be.FUTURE_VALUE,encodedInvoice:A.lightning_send_request_encoded_invoice,fee:Le(A.lightning_send_request_fee),idempotencyKey:A.lightning_send_request_idempotency_key,status:ze[A.lightning_send_request_status]??ze.FUTURE_VALUE,typename:"LightningSendRequest",transfer:A.lightning_send_request_transfer?We(A.lightning_send_request_transfer):void 0,paymentPreimage:A.lightning_send_request_payment_preimage});let $e=function(A){return A.FUTURE_VALUE="FUTURE_VALUE",A.INITIATED="INITIATED",A.INBOUND_TRANSFER_CHECKED="INBOUND_TRANSFER_CHECKED",A.TX_SIGNED="TX_SIGNED",A.TX_BROADCASTED="TX_BROADCASTED",A.WAITING_ON_TX_CONFIRMATIONS="WAITING_ON_TX_CONFIRMATIONS",A.SUCCEEDED="SUCCEEDED",A.EXPIRED="EXPIRED",A.FAILED="FAILED",A}({});const AE="\nfragment UserRequestFragment on UserRequest {\n    __typename\n    ... on ClaimStaticDeposit {\n        __typename\n        claim_static_deposit_id: id\n        claim_static_deposit_created_at: created_at\n        claim_static_deposit_updated_at: updated_at\n        claim_static_deposit_network: network\n        claim_static_deposit_credit_amount: credit_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        claim_static_deposit_max_fee: max_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        claim_static_deposit_status: status\n        claim_static_deposit_transaction_id: transaction_id\n        claim_static_deposit_output_index: output_index\n        claim_static_deposit_bitcoin_network: bitcoin_network\n        claim_static_deposit_transfer_spark_id: transfer_spark_id\n    }\n    ... on CoopExitRequest {\n        __typename\n        coop_exit_request_id: id\n        coop_exit_request_created_at: created_at\n        coop_exit_request_updated_at: updated_at\n        coop_exit_request_network: network\n        coop_exit_request_fee: fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_request_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_request_fee_quote: fee_quote {\n            id\n        }\n        coop_exit_request_exit_speed: exit_speed\n        coop_exit_request_status: status\n        coop_exit_request_expires_at: expires_at\n        coop_exit_request_raw_connector_transaction: raw_connector_transaction\n        coop_exit_request_raw_coop_exit_transaction: raw_coop_exit_transaction\n        coop_exit_request_coop_exit_txid: coop_exit_txid\n        coop_exit_request_transfer: transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n    }\n    ... on LeavesSwapRequest {\n        __typename\n        leaves_swap_request_id: id\n        leaves_swap_request_created_at: created_at\n        leaves_swap_request_updated_at: updated_at\n        leaves_swap_request_network: network\n        leaves_swap_request_status: status\n        leaves_swap_request_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        leaves_swap_request_target_amount: target_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        leaves_swap_request_fee: fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        leaves_swap_request_inbound_transfer: inbound_transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        leaves_swap_request_outbound_transfer: outbound_transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        leaves_swap_request_expires_at: expires_at\n        leaves_swap_request_swap_leaves: swap_leaves {\n            __typename\n            swap_leaf_leaf_id: leaf_id\n            swap_leaf_raw_unsigned_refund_transaction: raw_unsigned_refund_transaction\n            swap_leaf_adaptor_signed_signature: adaptor_signed_signature\n            swap_leaf_direct_raw_unsigned_refund_transaction: direct_raw_unsigned_refund_transaction\n            swap_leaf_direct_adaptor_signed_signature: direct_adaptor_signed_signature\n            swap_leaf_direct_from_cpfp_raw_unsigned_refund_transaction: direct_from_cpfp_raw_unsigned_refund_transaction\n            swap_leaf_direct_from_cpfp_adaptor_signed_signature: direct_from_cpfp_adaptor_signed_signature\n        }\n    }\n    ... on LightningReceiveRequest {\n        __typename\n        lightning_receive_request_id: id\n        lightning_receive_request_created_at: created_at\n        lightning_receive_request_updated_at: updated_at\n        lightning_receive_request_network: network\n        lightning_receive_request_invoice: invoice {\n            __typename\n            invoice_encoded_invoice: encoded_invoice\n            invoice_bitcoin_network: bitcoin_network\n            invoice_payment_hash: payment_hash\n            invoice_amount: amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            invoice_created_at: created_at\n            invoice_expires_at: expires_at\n            invoice_memo: memo\n        }\n        lightning_receive_request_status: status\n        lightning_receive_request_transfer: transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        lightning_receive_request_payment_preimage: payment_preimage\n        lightning_receive_request_receiver_identity_public_key: receiver_identity_public_key\n    }\n    ... on LightningSendRequest {\n        __typename\n        lightning_send_request_id: id\n        lightning_send_request_created_at: created_at\n        lightning_send_request_updated_at: updated_at\n        lightning_send_request_network: network\n        lightning_send_request_encoded_invoice: encoded_invoice\n        lightning_send_request_fee: fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        lightning_send_request_idempotency_key: idempotency_key\n        lightning_send_request_status: status\n        lightning_send_request_transfer: transfer {\n            __typename\n            transfer_total_amount: total_amount {\n                __typename\n                currency_amount_original_value: original_value\n                currency_amount_original_unit: original_unit\n            }\n            transfer_spark_id: spark_id\n            transfer_user_request: user_request {\n                id\n            }\n        }\n        lightning_send_request_payment_preimage: payment_preimage\n    }\n}",IE=A=>({count:A.spark_wallet_user_to_user_requests_connection_count,pageInfo:Ze(A.spark_wallet_user_to_user_requests_connection_page_info),entities:A.spark_wallet_user_to_user_requests_connection_entities.map(A=>(A=>{if("ClaimStaticDeposit"==A.__typename)return{id:A.claim_static_deposit_id,createdAt:A.claim_static_deposit_created_at,updatedAt:A.claim_static_deposit_updated_at,network:be[A.claim_static_deposit_network]??be.FUTURE_VALUE,creditAmount:Le(A.claim_static_deposit_credit_amount),maxFee:Le(A.claim_static_deposit_max_fee),status:He[A.claim_static_deposit_status]??He.FUTURE_VALUE,transactionId:A.claim_static_deposit_transaction_id,outputIndex:A.claim_static_deposit_output_index,bitcoinNetwork:be[A.claim_static_deposit_bitcoin_network]??be.FUTURE_VALUE,typename:"ClaimStaticDeposit",transferSparkId:A.claim_static_deposit_transfer_spark_id};if("CoopExitRequest"==A.__typename)return{id:A.coop_exit_request_id,createdAt:A.coop_exit_request_created_at,updatedAt:A.coop_exit_request_updated_at,network:be[A.coop_exit_request_network]??be.FUTURE_VALUE,fee:Le(A.coop_exit_request_fee),l1BroadcastFee:Le(A.coop_exit_request_l1_broadcast_fee),status:$e[A.coop_exit_request_status]??$e.FUTURE_VALUE,expiresAt:A.coop_exit_request_expires_at,rawConnectorTransaction:A.coop_exit_request_raw_connector_transaction,rawCoopExitTransaction:A.coop_exit_request_raw_coop_exit_transaction,coopExitTxid:A.coop_exit_request_coop_exit_txid,typename:"CoopExitRequest",feeQuoteId:A.coop_exit_request_fee_quote?.id??void 0,exitSpeed:A.coop_exit_request_exit_speed?Ve[A.coop_exit_request_exit_speed]??Ve.FUTURE_VALUE:null,transfer:A.coop_exit_request_transfer?We(A.coop_exit_request_transfer):void 0};if("LeavesSwapRequest"==A.__typename)return{id:A.leaves_swap_request_id,createdAt:A.leaves_swap_request_created_at,updatedAt:A.leaves_swap_request_updated_at,network:be[A.leaves_swap_request_network]??be.FUTURE_VALUE,status:Te[A.leaves_swap_request_status]??Te.FUTURE_VALUE,totalAmount:Le(A.leaves_swap_request_total_amount),targetAmount:Le(A.leaves_swap_request_target_amount),fee:Le(A.leaves_swap_request_fee),inboundTransfer:We(A.leaves_swap_request_inbound_transfer),swapLeaves:A.leaves_swap_request_swap_leaves.map(A=>ve(A)),typename:"LeavesSwapRequest",outboundTransfer:A.leaves_swap_request_outbound_transfer?We(A.leaves_swap_request_outbound_transfer):void 0,expiresAt:A.leaves_swap_request_expires_at};if("LightningReceiveRequest"==A.__typename)return{id:A.lightning_receive_request_id,createdAt:A.lightning_receive_request_created_at,updatedAt:A.lightning_receive_request_updated_at,network:be[A.lightning_receive_request_network]??be.FUTURE_VALUE,invoice:Oe(A.lightning_receive_request_invoice),status:Xe[A.lightning_receive_request_status]??Xe.FUTURE_VALUE,typename:"LightningReceiveRequest",transfer:A.lightning_receive_request_transfer?We(A.lightning_receive_request_transfer):void 0,paymentPreimage:A.lightning_receive_request_payment_preimage,receiverIdentityPublicKey:A.lightning_receive_request_receiver_identity_public_key};if("LightningSendRequest"==A.__typename)return{id:A.lightning_send_request_id,createdAt:A.lightning_send_request_created_at,updatedAt:A.lightning_send_request_updated_at,network:be[A.lightning_send_request_network]??be.FUTURE_VALUE,encodedInvoice:A.lightning_send_request_encoded_invoice,fee:Le(A.lightning_send_request_fee),idempotencyKey:A.lightning_send_request_idempotency_key,status:ze[A.lightning_send_request_status]??ze.FUTURE_VALUE,typename:"LightningSendRequest",transfer:A.lightning_send_request_transfer?We(A.lightning_send_request_transfer):void 0,paymentPreimage:A.lightning_send_request_payment_preimage};throw new WB("DeserializationError",`Couldn't find a concrete type for interface UserRequest corresponding to the typename=${A.__typename}`)})(A)),typename:"SparkWalletUserToUserRequestsConnection"});function gE(A){return{ownerIdentityPublicKey:KB(A.ownerIdentityPublicKey),privateEnabled:A.privateEnabled}}function CE(A){return{id:A.id,treeId:A.treeId,value:A.value,parentNodeId:A.parentNodeId,nodeTx:KB(A.nodeTx),refundTx:KB(A.refundTx),vout:A.vout,verifyingPublicKey:KB(A.verifyingPublicKey),ownerIdentityPublicKey:KB(A.ownerIdentityPublicKey),signingKeyshare:A.signingKeyshare,status:A.status,network:J[A.network]}}let BE=function(A){return A.INCOMING="INCOMING",A.OUTGOING="OUTGOING",A}({});function iE(A){return{leaf:A.leaf?CE(A.leaf):void 0,secretCipher:KB(A.secretCipher),signature:KB(A.signature),intermediateRefundTx:KB(A.intermediateRefundTx)}}function QE(A,I,g){const C=KB(A.receiverIdentityPublicKey),B=KB(A.senderIdentityPublicKey);return{id:A.id,senderIdentityPublicKey:B,receiverIdentityPublicKey:C,status:q[A.status],totalValue:A.totalValue,expiryTime:A.expiryTime?new Date(A.expiryTime):void 0,leaves:A.leaves.map(iE),createdTime:A.createdTime?new Date(A.createdTime):void 0,updatedTime:A.updatedTime?new Date(A.updatedTime):void 0,type:x[A.type],transferDirection:C===I||A.receivers.length>0&&A.receivers.some(A=>KB(A.identityPublicKey)===I)?BE.INCOMING:BE.OUTGOING,userRequest:g,sparkInvoice:A.sparkInvoice||void 0,receivers:A.receivers.length>0?A.receivers.map(A=>({identityPublicKey:KB(A.identityPublicKey),amountSats:A.amountSats,status:v[A.status]})):void 0}}const eE={encode(A,I=new y){0!==A.version&&I.uint32(8).uint32(A.version),0!==A.threshold&&I.uint32(16).uint32(A.threshold);for(const g of A.publicKeys)I.uint32(26).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,threshold:0,publicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(16!==A)break;B.threshold=g.uint32();continue;case 3:if(26!==A)break;B.publicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:sE(A.version)?globalThis.Number(A.version):0,threshold:sE(A.threshold)?globalThis.Number(A.threshold):0,publicKeys:globalThis.Array.isArray(A?.publicKeys)?A.publicKeys.map(A=>nE(A)):[]}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),0!==A.threshold&&(I.threshold=Math.round(A.threshold)),A.publicKeys?.length&&(I.publicKeys=A.publicKeys.map(A=>aE(A))),I},create:A=>eE.fromPartial(A??{}),fromPartial(A){const I={version:0,threshold:0,publicKeys:[]};return I.version=A.version??0,I.threshold=A.threshold??0,I.publicKeys=A.publicKeys?.map(A=>A)||[],I}};function EE(){return{publicKey:new Uint8Array(0),signature:new Uint8Array(0)}}const tE={encode:(A,I=new y)=>(0!==A.publicKey.length&&I.uint32(10).bytes(A.publicKey),0!==A.signature.length&&I.uint32(18).bytes(A.signature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=EE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.publicKey=g.bytes();continue;case 2:if(18!==A)break;B.signature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({publicKey:sE(A.publicKey)?nE(A.publicKey):new Uint8Array(0),signature:sE(A.signature)?nE(A.signature):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.publicKey.length&&(I.publicKey=aE(A.publicKey)),0!==A.signature.length&&(I.signature=aE(A.signature)),I},create:A=>tE.fromPartial(A??{}),fromPartial(A){const I=EE();return I.publicKey=A.publicKey??new Uint8Array(0),I.signature=A.signature??new Uint8Array(0),I}},oE={encode(A,I=new y){void 0!==A.multisigConfig&&eE.encode(A.multisigConfig,I.uint32(10).fork()).join();for(const g of A.signatures)tE.encode(g,I.uint32(18).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={multisigConfig:void 0,signatures:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.multisigConfig=eE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signatures.push(tE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({multisigConfig:sE(A.multisigConfig)?eE.fromJSON(A.multisigConfig):void 0,signatures:globalThis.Array.isArray(A?.signatures)?A.signatures.map(A=>tE.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.multisigConfig&&(I.multisigConfig=eE.toJSON(A.multisigConfig)),A.signatures?.length&&(I.signatures=A.signatures.map(A=>tE.toJSON(A))),I},create:A=>oE.fromPartial(A??{}),fromPartial(A){const I={multisigConfig:void 0,signatures:[]};return I.multisigConfig=void 0!==A.multisigConfig&&null!==A.multisigConfig?eE.fromPartial(A.multisigConfig):void 0,I.signatures=A.signatures?.map(A=>tE.fromPartial(A))||[],I}};function nE(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function aE(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function sE(A){return null!=A}let rE=function(A){return A[A.TOKEN_OUTPUT_STATUS_UNSPECIFIED=0]="TOKEN_OUTPUT_STATUS_UNSPECIFIED",A[A.TOKEN_OUTPUT_STATUS_AVAILABLE=1]="TOKEN_OUTPUT_STATUS_AVAILABLE",A[A.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND=2]="TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function cE(A){switch(A){case 0:case"TOKEN_OUTPUT_STATUS_UNSPECIFIED":return rE.TOKEN_OUTPUT_STATUS_UNSPECIFIED;case 1:case"TOKEN_OUTPUT_STATUS_AVAILABLE":return rE.TOKEN_OUTPUT_STATUS_AVAILABLE;case 2:case"TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND":return rE.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND;default:return rE.UNRECOGNIZED}}let DE=function(A){return A[A.TOKEN_TRANSACTION_TYPE_UNSPECIFIED=0]="TOKEN_TRANSACTION_TYPE_UNSPECIFIED",A[A.TOKEN_TRANSACTION_TYPE_CREATE=1]="TOKEN_TRANSACTION_TYPE_CREATE",A[A.TOKEN_TRANSACTION_TYPE_MINT=2]="TOKEN_TRANSACTION_TYPE_MINT",A[A.TOKEN_TRANSACTION_TYPE_TRANSFER=3]="TOKEN_TRANSACTION_TYPE_TRANSFER",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({}),wE=function(A){return A[A.COMMIT_UNSPECIFIED=0]="COMMIT_UNSPECIFIED",A[A.COMMIT_PROCESSING=1]="COMMIT_PROCESSING",A[A.COMMIT_FINALIZED=2]="COMMIT_FINALIZED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function dE(A){switch(A){case 0:case"COMMIT_UNSPECIFIED":return wE.COMMIT_UNSPECIFIED;case 1:case"COMMIT_PROCESSING":return wE.COMMIT_PROCESSING;case 2:case"COMMIT_FINALIZED":return wE.COMMIT_FINALIZED;default:return wE.UNRECOGNIZED}}function hE(A){switch(A){case wE.COMMIT_UNSPECIFIED:return"COMMIT_UNSPECIFIED";case wE.COMMIT_PROCESSING:return"COMMIT_PROCESSING";case wE.COMMIT_FINALIZED:return"COMMIT_FINALIZED";case wE.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let yE=function(A){return A[A.TOKEN_TRANSACTION_STARTED=0]="TOKEN_TRANSACTION_STARTED",A[A.TOKEN_TRANSACTION_SIGNED=1]="TOKEN_TRANSACTION_SIGNED",A[A.TOKEN_TRANSACTION_REVEALED=5]="TOKEN_TRANSACTION_REVEALED",A[A.TOKEN_TRANSACTION_FINALIZED=2]="TOKEN_TRANSACTION_FINALIZED",A[A.TOKEN_TRANSACTION_STARTED_CANCELLED=3]="TOKEN_TRANSACTION_STARTED_CANCELLED",A[A.TOKEN_TRANSACTION_SIGNED_CANCELLED=4]="TOKEN_TRANSACTION_SIGNED_CANCELLED",A[A.TOKEN_TRANSACTION_UNKNOWN=10]="TOKEN_TRANSACTION_UNKNOWN",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function lE(A){switch(A){case 0:case"TOKEN_TRANSACTION_STARTED":return yE.TOKEN_TRANSACTION_STARTED;case 1:case"TOKEN_TRANSACTION_SIGNED":return yE.TOKEN_TRANSACTION_SIGNED;case 5:case"TOKEN_TRANSACTION_REVEALED":return yE.TOKEN_TRANSACTION_REVEALED;case 2:case"TOKEN_TRANSACTION_FINALIZED":return yE.TOKEN_TRANSACTION_FINALIZED;case 3:case"TOKEN_TRANSACTION_STARTED_CANCELLED":return yE.TOKEN_TRANSACTION_STARTED_CANCELLED;case 4:case"TOKEN_TRANSACTION_SIGNED_CANCELLED":return yE.TOKEN_TRANSACTION_SIGNED_CANCELLED;case 10:case"TOKEN_TRANSACTION_UNKNOWN":return yE.TOKEN_TRANSACTION_UNKNOWN;default:return yE.UNRECOGNIZED}}function kE(){return{prevTokenTransactionHash:new Uint8Array(0),prevTokenTransactionVout:0}}const uE={encode:(A,I=new y)=>(0!==A.prevTokenTransactionHash.length&&I.uint32(10).bytes(A.prevTokenTransactionHash),0!==A.prevTokenTransactionVout&&I.uint32(16).uint32(A.prevTokenTransactionVout),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=kE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.prevTokenTransactionHash=g.bytes();continue;case 2:if(16!==A)break;B.prevTokenTransactionVout=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({prevTokenTransactionHash:Mt(A.prevTokenTransactionHash)?pt(A.prevTokenTransactionHash):new Uint8Array(0),prevTokenTransactionVout:Mt(A.prevTokenTransactionVout)?globalThis.Number(A.prevTokenTransactionVout):0}),toJSON(A){const I={};return 0!==A.prevTokenTransactionHash.length&&(I.prevTokenTransactionHash=St(A.prevTokenTransactionHash)),0!==A.prevTokenTransactionVout&&(I.prevTokenTransactionVout=Math.round(A.prevTokenTransactionVout)),I},create:A=>uE.fromPartial(A??{}),fromPartial(A){const I=kE();return I.prevTokenTransactionHash=A.prevTokenTransactionHash??new Uint8Array(0),I.prevTokenTransactionVout=A.prevTokenTransactionVout??0,I}},NE={encode(A,I=new y){for(const g of A.outputsToSpend)uE.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={outputsToSpend:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputsToSpend.push(uE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputsToSpend:globalThis.Array.isArray(A?.outputsToSpend)?A.outputsToSpend.map(A=>uE.fromJSON(A)):[]}),toJSON(A){const I={};return A.outputsToSpend?.length&&(I.outputsToSpend=A.outputsToSpend.map(A=>uE.toJSON(A))),I},create:A=>NE.fromPartial(A??{}),fromPartial(A){const I={outputsToSpend:[]};return I.outputsToSpend=A.outputsToSpend?.map(A=>uE.fromPartial(A))||[],I}};function GE(){return{issuerPublicKey:new Uint8Array(0),tokenIdentifier:void 0}}const pE={encode:(A,I=new y)=>(0!==A.issuerPublicKey.length&&I.uint32(10).bytes(A.issuerPublicKey),void 0!==A.tokenIdentifier&&I.uint32(18).bytes(A.tokenIdentifier),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=GE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.issuerPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.tokenIdentifier=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({issuerPublicKey:Mt(A.issuerPublicKey)?pt(A.issuerPublicKey):new Uint8Array(0),tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0}),toJSON(A){const I={};return 0!==A.issuerPublicKey.length&&(I.issuerPublicKey=St(A.issuerPublicKey)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),I},create:A=>pE.fromPartial(A??{}),fromPartial(A){const I=GE();return I.issuerPublicKey=A.issuerPublicKey??new Uint8Array(0),I.tokenIdentifier=A.tokenIdentifier??void 0,I}};function SE(){return{issuerPublicKey:new Uint8Array(0),tokenName:"",tokenTicker:"",decimals:0,maxSupply:new Uint8Array(0),isFreezable:!1,creationEntityPublicKey:void 0,extraMetadata:void 0}}const fE={encode:(A,I=new y)=>(0!==A.issuerPublicKey.length&&I.uint32(10).bytes(A.issuerPublicKey),""!==A.tokenName&&I.uint32(18).string(A.tokenName),""!==A.tokenTicker&&I.uint32(26).string(A.tokenTicker),0!==A.decimals&&I.uint32(32).uint32(A.decimals),0!==A.maxSupply.length&&I.uint32(42).bytes(A.maxSupply),!1!==A.isFreezable&&I.uint32(48).bool(A.isFreezable),void 0!==A.creationEntityPublicKey&&I.uint32(58).bytes(A.creationEntityPublicKey),void 0!==A.extraMetadata&&I.uint32(66).bytes(A.extraMetadata),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=SE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.issuerPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.tokenName=g.string();continue;case 3:if(26!==A)break;B.tokenTicker=g.string();continue;case 4:if(32!==A)break;B.decimals=g.uint32();continue;case 5:if(42!==A)break;B.maxSupply=g.bytes();continue;case 6:if(48!==A)break;B.isFreezable=g.bool();continue;case 7:if(58!==A)break;B.creationEntityPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.extraMetadata=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({issuerPublicKey:Mt(A.issuerPublicKey)?pt(A.issuerPublicKey):new Uint8Array(0),tokenName:Mt(A.tokenName)?globalThis.String(A.tokenName):"",tokenTicker:Mt(A.tokenTicker)?globalThis.String(A.tokenTicker):"",decimals:Mt(A.decimals)?globalThis.Number(A.decimals):0,maxSupply:Mt(A.maxSupply)?pt(A.maxSupply):new Uint8Array(0),isFreezable:!!Mt(A.isFreezable)&&globalThis.Boolean(A.isFreezable),creationEntityPublicKey:Mt(A.creationEntityPublicKey)?pt(A.creationEntityPublicKey):void 0,extraMetadata:Mt(A.extraMetadata)?pt(A.extraMetadata):void 0}),toJSON(A){const I={};return 0!==A.issuerPublicKey.length&&(I.issuerPublicKey=St(A.issuerPublicKey)),""!==A.tokenName&&(I.tokenName=A.tokenName),""!==A.tokenTicker&&(I.tokenTicker=A.tokenTicker),0!==A.decimals&&(I.decimals=Math.round(A.decimals)),0!==A.maxSupply.length&&(I.maxSupply=St(A.maxSupply)),!1!==A.isFreezable&&(I.isFreezable=A.isFreezable),void 0!==A.creationEntityPublicKey&&(I.creationEntityPublicKey=St(A.creationEntityPublicKey)),void 0!==A.extraMetadata&&(I.extraMetadata=St(A.extraMetadata)),I},create:A=>fE.fromPartial(A??{}),fromPartial(A){const I=SE();return I.issuerPublicKey=A.issuerPublicKey??new Uint8Array(0),I.tokenName=A.tokenName??"",I.tokenTicker=A.tokenTicker??"",I.decimals=A.decimals??0,I.maxSupply=A.maxSupply??new Uint8Array(0),I.isFreezable=A.isFreezable??!1,I.creationEntityPublicKey=A.creationEntityPublicKey??void 0,I.extraMetadata=A.extraMetadata??void 0,I}};function FE(){return{id:void 0,ownerPublicKey:new Uint8Array(0),revocationCommitment:void 0,withdrawBondSats:void 0,withdrawRelativeBlockLocktime:void 0,tokenPublicKey:void 0,tokenIdentifier:void 0,tokenAmount:new Uint8Array(0),seWithdrawalSignature:void 0,status:void 0}}const RE={encode:(A,I=new y)=>(void 0!==A.id&&I.uint32(10).string(A.id),0!==A.ownerPublicKey.length&&I.uint32(18).bytes(A.ownerPublicKey),void 0!==A.revocationCommitment&&I.uint32(26).bytes(A.revocationCommitment),void 0!==A.withdrawBondSats&&I.uint32(32).uint64(A.withdrawBondSats),void 0!==A.withdrawRelativeBlockLocktime&&I.uint32(40).uint64(A.withdrawRelativeBlockLocktime),void 0!==A.tokenPublicKey&&I.uint32(50).bytes(A.tokenPublicKey),void 0!==A.tokenIdentifier&&I.uint32(66).bytes(A.tokenIdentifier),0!==A.tokenAmount.length&&I.uint32(58).bytes(A.tokenAmount),void 0!==A.seWithdrawalSignature&&I.uint32(74).bytes(A.seWithdrawalSignature),void 0!==A.status&&I.uint32(80).int32(A.status),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=FE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.id=g.string();continue;case 2:if(18!==A)break;B.ownerPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.revocationCommitment=g.bytes();continue;case 4:if(32!==A)break;B.withdrawBondSats=Ut(g.uint64());continue;case 5:if(40!==A)break;B.withdrawRelativeBlockLocktime=Ut(g.uint64());continue;case 6:if(50!==A)break;B.tokenPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.tokenIdentifier=g.bytes();continue;case 7:if(58!==A)break;B.tokenAmount=g.bytes();continue;case 9:if(74!==A)break;B.seWithdrawalSignature=g.bytes();continue;case 10:if(80!==A)break;B.status=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({id:Mt(A.id)?globalThis.String(A.id):void 0,ownerPublicKey:Mt(A.ownerPublicKey)?pt(A.ownerPublicKey):new Uint8Array(0),revocationCommitment:Mt(A.revocationCommitment)?pt(A.revocationCommitment):void 0,withdrawBondSats:Mt(A.withdrawBondSats)?globalThis.Number(A.withdrawBondSats):void 0,withdrawRelativeBlockLocktime:Mt(A.withdrawRelativeBlockLocktime)?globalThis.Number(A.withdrawRelativeBlockLocktime):void 0,tokenPublicKey:Mt(A.tokenPublicKey)?pt(A.tokenPublicKey):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0,tokenAmount:Mt(A.tokenAmount)?pt(A.tokenAmount):new Uint8Array(0),seWithdrawalSignature:Mt(A.seWithdrawalSignature)?pt(A.seWithdrawalSignature):void 0,status:Mt(A.status)?cE(A.status):void 0}),toJSON(A){const I={};return void 0!==A.id&&(I.id=A.id),0!==A.ownerPublicKey.length&&(I.ownerPublicKey=St(A.ownerPublicKey)),void 0!==A.revocationCommitment&&(I.revocationCommitment=St(A.revocationCommitment)),void 0!==A.withdrawBondSats&&(I.withdrawBondSats=Math.round(A.withdrawBondSats)),void 0!==A.withdrawRelativeBlockLocktime&&(I.withdrawRelativeBlockLocktime=Math.round(A.withdrawRelativeBlockLocktime)),void 0!==A.tokenPublicKey&&(I.tokenPublicKey=St(A.tokenPublicKey)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),0!==A.tokenAmount.length&&(I.tokenAmount=St(A.tokenAmount)),void 0!==A.seWithdrawalSignature&&(I.seWithdrawalSignature=St(A.seWithdrawalSignature)),void 0!==A.status&&(I.status=function(A){switch(A){case rE.TOKEN_OUTPUT_STATUS_UNSPECIFIED:return"TOKEN_OUTPUT_STATUS_UNSPECIFIED";case rE.TOKEN_OUTPUT_STATUS_AVAILABLE:return"TOKEN_OUTPUT_STATUS_AVAILABLE";case rE.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND:return"TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND";case rE.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),I},create:A=>RE.fromPartial(A??{}),fromPartial(A){const I=FE();return I.id=A.id??void 0,I.ownerPublicKey=A.ownerPublicKey??new Uint8Array(0),I.revocationCommitment=A.revocationCommitment??void 0,I.withdrawBondSats=A.withdrawBondSats??void 0,I.withdrawRelativeBlockLocktime=A.withdrawRelativeBlockLocktime??void 0,I.tokenPublicKey=A.tokenPublicKey??void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I.tokenAmount=A.tokenAmount??new Uint8Array(0),I.seWithdrawalSignature=A.seWithdrawalSignature??void 0,I.status=A.status??void 0,I}};function UE(){return{ownerPublicKey:new Uint8Array(0),withdrawBondSats:0,withdrawRelativeBlockLocktime:0,tokenIdentifier:new Uint8Array(0),tokenAmount:new Uint8Array(0)}}const ME={encode:(A,I=new y)=>(0!==A.ownerPublicKey.length&&I.uint32(10).bytes(A.ownerPublicKey),0!==A.withdrawBondSats&&I.uint32(16).uint64(A.withdrawBondSats),0!==A.withdrawRelativeBlockLocktime&&I.uint32(24).uint64(A.withdrawRelativeBlockLocktime),0!==A.tokenIdentifier.length&&I.uint32(34).bytes(A.tokenIdentifier),0!==A.tokenAmount.length&&I.uint32(42).bytes(A.tokenAmount),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=UE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerPublicKey=g.bytes();continue;case 2:if(16!==A)break;B.withdrawBondSats=Ut(g.uint64());continue;case 3:if(24!==A)break;B.withdrawRelativeBlockLocktime=Ut(g.uint64());continue;case 4:if(34!==A)break;B.tokenIdentifier=g.bytes();continue;case 5:if(42!==A)break;B.tokenAmount=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerPublicKey:Mt(A.ownerPublicKey)?pt(A.ownerPublicKey):new Uint8Array(0),withdrawBondSats:Mt(A.withdrawBondSats)?globalThis.Number(A.withdrawBondSats):0,withdrawRelativeBlockLocktime:Mt(A.withdrawRelativeBlockLocktime)?globalThis.Number(A.withdrawRelativeBlockLocktime):0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):new Uint8Array(0),tokenAmount:Mt(A.tokenAmount)?pt(A.tokenAmount):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.ownerPublicKey.length&&(I.ownerPublicKey=St(A.ownerPublicKey)),0!==A.withdrawBondSats&&(I.withdrawBondSats=Math.round(A.withdrawBondSats)),0!==A.withdrawRelativeBlockLocktime&&(I.withdrawRelativeBlockLocktime=Math.round(A.withdrawRelativeBlockLocktime)),0!==A.tokenIdentifier.length&&(I.tokenIdentifier=St(A.tokenIdentifier)),0!==A.tokenAmount.length&&(I.tokenAmount=St(A.tokenAmount)),I},create:A=>ME.fromPartial(A??{}),fromPartial(A){const I=UE();return I.ownerPublicKey=A.ownerPublicKey??new Uint8Array(0),I.withdrawBondSats=A.withdrawBondSats??0,I.withdrawRelativeBlockLocktime=A.withdrawRelativeBlockLocktime??0,I.tokenIdentifier=A.tokenIdentifier??new Uint8Array(0),I.tokenAmount=A.tokenAmount??new Uint8Array(0),I}};function KE(){return{partialTokenOutput:void 0,revocationCommitment:new Uint8Array(0)}}const mE={encode:(A,I=new y)=>(void 0!==A.partialTokenOutput&&ME.encode(A.partialTokenOutput,I.uint32(10).fork()).join(),0!==A.revocationCommitment.length&&I.uint32(18).bytes(A.revocationCommitment),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=KE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.partialTokenOutput=ME.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.revocationCommitment=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({partialTokenOutput:Mt(A.partialTokenOutput)?ME.fromJSON(A.partialTokenOutput):void 0,revocationCommitment:Mt(A.revocationCommitment)?pt(A.revocationCommitment):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.partialTokenOutput&&(I.partialTokenOutput=ME.toJSON(A.partialTokenOutput)),0!==A.revocationCommitment.length&&(I.revocationCommitment=St(A.revocationCommitment)),I},create:A=>mE.fromPartial(A??{}),fromPartial(A){const I=KE();return I.partialTokenOutput=void 0!==A.partialTokenOutput&&null!==A.partialTokenOutput?ME.fromPartial(A.partialTokenOutput):void 0,I.revocationCommitment=A.revocationCommitment??new Uint8Array(0),I}},JE={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),A.tokenInputs?.$case){case"mintInput":pE.encode(A.tokenInputs.mintInput,I.uint32(18).fork()).join();break;case"transferInput":NE.encode(A.tokenInputs.transferInput,I.uint32(26).fork()).join();break;case"createInput":fE.encode(A.tokenInputs.createInput,I.uint32(66).fork()).join()}for(const g of A.tokenOutputs)RE.encode(g,I.uint32(34).fork()).join();for(const g of A.sparkOperatorIdentityPublicKeys)I.uint32(42).bytes(g);void 0!==A.expiryTime&&N.encode(ft(A.expiryTime),I.uint32(50).fork()).join(),0!==A.network&&I.uint32(56).int32(A.network),void 0!==A.clientCreatedTimestamp&&N.encode(ft(A.clientCreatedTimestamp),I.uint32(74).fork()).join();for(const g of A.invoiceAttachments)LE.encode(g,I.uint32(82).fork()).join();return void 0!==A.validityDurationSeconds&&I.uint32(88).uint64(A.validityDurationSeconds),void 0!==A.executeBefore&&N.encode(ft(A.executeBefore),I.uint32(98).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,tokenInputs:void 0,tokenOutputs:[],sparkOperatorIdentityPublicKeys:[],expiryTime:void 0,network:0,clientCreatedTimestamp:void 0,invoiceAttachments:[],validityDurationSeconds:void 0,executeBefore:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.tokenInputs={$case:"mintInput",mintInput:pE.decode(g,g.uint32())};continue;case 3:if(26!==A)break;B.tokenInputs={$case:"transferInput",transferInput:NE.decode(g,g.uint32())};continue;case 8:if(66!==A)break;B.tokenInputs={$case:"createInput",createInput:fE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.tokenOutputs.push(RE.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.sparkOperatorIdentityPublicKeys.push(g.bytes());continue;case 6:if(50!==A)break;B.expiryTime=Ft(N.decode(g,g.uint32()));continue;case 7:if(56!==A)break;B.network=g.int32();continue;case 9:if(74!==A)break;B.clientCreatedTimestamp=Ft(N.decode(g,g.uint32()));continue;case 10:if(82!==A)break;B.invoiceAttachments.push(LE.decode(g,g.uint32()));continue;case 11:if(88!==A)break;B.validityDurationSeconds=Ut(g.uint64());continue;case 12:if(98!==A)break;B.executeBefore=Ft(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,tokenInputs:Mt(A.mintInput)?{$case:"mintInput",mintInput:pE.fromJSON(A.mintInput)}:Mt(A.transferInput)?{$case:"transferInput",transferInput:NE.fromJSON(A.transferInput)}:Mt(A.createInput)?{$case:"createInput",createInput:fE.fromJSON(A.createInput)}:void 0,tokenOutputs:globalThis.Array.isArray(A?.tokenOutputs)?A.tokenOutputs.map(A=>RE.fromJSON(A)):[],sparkOperatorIdentityPublicKeys:globalThis.Array.isArray(A?.sparkOperatorIdentityPublicKeys)?A.sparkOperatorIdentityPublicKeys.map(A=>pt(A)):[],expiryTime:Mt(A.expiryTime)?Rt(A.expiryTime):void 0,network:Mt(A.network)?b(A.network):0,clientCreatedTimestamp:Mt(A.clientCreatedTimestamp)?Rt(A.clientCreatedTimestamp):void 0,invoiceAttachments:globalThis.Array.isArray(A?.invoiceAttachments)?A.invoiceAttachments.map(A=>LE.fromJSON(A)):[],validityDurationSeconds:Mt(A.validityDurationSeconds)?globalThis.Number(A.validityDurationSeconds):void 0,executeBefore:Mt(A.executeBefore)?Rt(A.executeBefore):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),"mintInput"===A.tokenInputs?.$case?I.mintInput=pE.toJSON(A.tokenInputs.mintInput):"transferInput"===A.tokenInputs?.$case?I.transferInput=NE.toJSON(A.tokenInputs.transferInput):"createInput"===A.tokenInputs?.$case&&(I.createInput=fE.toJSON(A.tokenInputs.createInput)),A.tokenOutputs?.length&&(I.tokenOutputs=A.tokenOutputs.map(A=>RE.toJSON(A))),A.sparkOperatorIdentityPublicKeys?.length&&(I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys.map(A=>St(A))),void 0!==A.expiryTime&&(I.expiryTime=A.expiryTime.toISOString()),0!==A.network&&(I.network=H(A.network)),void 0!==A.clientCreatedTimestamp&&(I.clientCreatedTimestamp=A.clientCreatedTimestamp.toISOString()),A.invoiceAttachments?.length&&(I.invoiceAttachments=A.invoiceAttachments.map(A=>LE.toJSON(A))),void 0!==A.validityDurationSeconds&&(I.validityDurationSeconds=Math.round(A.validityDurationSeconds)),void 0!==A.executeBefore&&(I.executeBefore=A.executeBefore.toISOString()),I},create:A=>JE.fromPartial(A??{}),fromPartial(A){const I={version:0,tokenInputs:void 0,tokenOutputs:[],sparkOperatorIdentityPublicKeys:[],expiryTime:void 0,network:0,clientCreatedTimestamp:void 0,invoiceAttachments:[],validityDurationSeconds:void 0,executeBefore:void 0};switch(I.version=A.version??0,A.tokenInputs?.$case){case"mintInput":void 0!==A.tokenInputs?.mintInput&&null!==A.tokenInputs?.mintInput&&(I.tokenInputs={$case:"mintInput",mintInput:pE.fromPartial(A.tokenInputs.mintInput)});break;case"transferInput":void 0!==A.tokenInputs?.transferInput&&null!==A.tokenInputs?.transferInput&&(I.tokenInputs={$case:"transferInput",transferInput:NE.fromPartial(A.tokenInputs.transferInput)});break;case"createInput":void 0!==A.tokenInputs?.createInput&&null!==A.tokenInputs?.createInput&&(I.tokenInputs={$case:"createInput",createInput:fE.fromPartial(A.tokenInputs.createInput)})}return I.tokenOutputs=A.tokenOutputs?.map(A=>RE.fromPartial(A))||[],I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys?.map(A=>A)||[],I.expiryTime=A.expiryTime??void 0,I.network=A.network??0,I.clientCreatedTimestamp=A.clientCreatedTimestamp??void 0,I.invoiceAttachments=A.invoiceAttachments?.map(A=>LE.fromPartial(A))||[],I.validityDurationSeconds=A.validityDurationSeconds??void 0,I.executeBefore=A.executeBefore??void 0,I}},bE={encode(A,I=new y){for(const g of A.sparkOperatorIdentityPublicKeys)I.uint32(18).bytes(g);0!==A.network&&I.uint32(24).int32(A.network),void 0!==A.clientCreatedTimestamp&&N.encode(ft(A.clientCreatedTimestamp),I.uint32(34).fork()).join(),0!==A.validityDurationSeconds&&I.uint32(40).uint64(A.validityDurationSeconds);for(const g of A.invoiceAttachments)LE.encode(g,I.uint32(50).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={sparkOperatorIdentityPublicKeys:[],network:0,clientCreatedTimestamp:void 0,validityDurationSeconds:0,invoiceAttachments:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 2:if(18!==A)break;B.sparkOperatorIdentityPublicKeys.push(g.bytes());continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 4:if(34!==A)break;B.clientCreatedTimestamp=Ft(N.decode(g,g.uint32()));continue;case 5:if(40!==A)break;B.validityDurationSeconds=Ut(g.uint64());continue;case 6:if(50!==A)break;B.invoiceAttachments.push(LE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({sparkOperatorIdentityPublicKeys:globalThis.Array.isArray(A?.sparkOperatorIdentityPublicKeys)?A.sparkOperatorIdentityPublicKeys.map(A=>pt(A)):[],network:Mt(A.network)?b(A.network):0,clientCreatedTimestamp:Mt(A.clientCreatedTimestamp)?Rt(A.clientCreatedTimestamp):void 0,validityDurationSeconds:Mt(A.validityDurationSeconds)?globalThis.Number(A.validityDurationSeconds):0,invoiceAttachments:globalThis.Array.isArray(A?.invoiceAttachments)?A.invoiceAttachments.map(A=>LE.fromJSON(A)):[]}),toJSON(A){const I={};return A.sparkOperatorIdentityPublicKeys?.length&&(I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys.map(A=>St(A))),0!==A.network&&(I.network=H(A.network)),void 0!==A.clientCreatedTimestamp&&(I.clientCreatedTimestamp=A.clientCreatedTimestamp.toISOString()),0!==A.validityDurationSeconds&&(I.validityDurationSeconds=Math.round(A.validityDurationSeconds)),A.invoiceAttachments?.length&&(I.invoiceAttachments=A.invoiceAttachments.map(A=>LE.toJSON(A))),I},create:A=>bE.fromPartial(A??{}),fromPartial(A){const I={sparkOperatorIdentityPublicKeys:[],network:0,clientCreatedTimestamp:void 0,validityDurationSeconds:0,invoiceAttachments:[]};return I.sparkOperatorIdentityPublicKeys=A.sparkOperatorIdentityPublicKeys?.map(A=>A)||[],I.network=A.network??0,I.clientCreatedTimestamp=A.clientCreatedTimestamp??void 0,I.validityDurationSeconds=A.validityDurationSeconds??0,I.invoiceAttachments=A.invoiceAttachments?.map(A=>LE.fromPartial(A))||[],I}},HE={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),void 0!==A.tokenTransactionMetadata&&bE.encode(A.tokenTransactionMetadata,I.uint32(18).fork()).join(),A.tokenInputs?.$case){case"mintInput":pE.encode(A.tokenInputs.mintInput,I.uint32(26).fork()).join();break;case"transferInput":NE.encode(A.tokenInputs.transferInput,I.uint32(34).fork()).join();break;case"createInput":fE.encode(A.tokenInputs.createInput,I.uint32(42).fork()).join()}for(const g of A.partialTokenOutputs)ME.encode(g,I.uint32(50).fork()).join();return void 0!==A.executeBefore&&N.encode(ft(A.executeBefore),I.uint32(58).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,partialTokenOutputs:[],executeBefore:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.tokenTransactionMetadata=bE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenInputs={$case:"mintInput",mintInput:pE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.tokenInputs={$case:"transferInput",transferInput:NE.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.tokenInputs={$case:"createInput",createInput:fE.decode(g,g.uint32())};continue;case 6:if(50!==A)break;B.partialTokenOutputs.push(ME.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.executeBefore=Ft(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,tokenTransactionMetadata:Mt(A.tokenTransactionMetadata)?bE.fromJSON(A.tokenTransactionMetadata):void 0,tokenInputs:Mt(A.mintInput)?{$case:"mintInput",mintInput:pE.fromJSON(A.mintInput)}:Mt(A.transferInput)?{$case:"transferInput",transferInput:NE.fromJSON(A.transferInput)}:Mt(A.createInput)?{$case:"createInput",createInput:fE.fromJSON(A.createInput)}:void 0,partialTokenOutputs:globalThis.Array.isArray(A?.partialTokenOutputs)?A.partialTokenOutputs.map(A=>ME.fromJSON(A)):[],executeBefore:Mt(A.executeBefore)?Rt(A.executeBefore):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.tokenTransactionMetadata&&(I.tokenTransactionMetadata=bE.toJSON(A.tokenTransactionMetadata)),"mintInput"===A.tokenInputs?.$case?I.mintInput=pE.toJSON(A.tokenInputs.mintInput):"transferInput"===A.tokenInputs?.$case?I.transferInput=NE.toJSON(A.tokenInputs.transferInput):"createInput"===A.tokenInputs?.$case&&(I.createInput=fE.toJSON(A.tokenInputs.createInput)),A.partialTokenOutputs?.length&&(I.partialTokenOutputs=A.partialTokenOutputs.map(A=>ME.toJSON(A))),void 0!==A.executeBefore&&(I.executeBefore=A.executeBefore.toISOString()),I},create:A=>HE.fromPartial(A??{}),fromPartial(A){const I={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,partialTokenOutputs:[],executeBefore:void 0};switch(I.version=A.version??0,I.tokenTransactionMetadata=void 0!==A.tokenTransactionMetadata&&null!==A.tokenTransactionMetadata?bE.fromPartial(A.tokenTransactionMetadata):void 0,A.tokenInputs?.$case){case"mintInput":void 0!==A.tokenInputs?.mintInput&&null!==A.tokenInputs?.mintInput&&(I.tokenInputs={$case:"mintInput",mintInput:pE.fromPartial(A.tokenInputs.mintInput)});break;case"transferInput":void 0!==A.tokenInputs?.transferInput&&null!==A.tokenInputs?.transferInput&&(I.tokenInputs={$case:"transferInput",transferInput:NE.fromPartial(A.tokenInputs.transferInput)});break;case"createInput":void 0!==A.tokenInputs?.createInput&&null!==A.tokenInputs?.createInput&&(I.tokenInputs={$case:"createInput",createInput:fE.fromPartial(A.tokenInputs.createInput)})}return I.partialTokenOutputs=A.partialTokenOutputs?.map(A=>ME.fromPartial(A))||[],I.executeBefore=A.executeBefore??void 0,I}},YE={encode(A,I=new y){switch(0!==A.version&&I.uint32(8).uint32(A.version),void 0!==A.tokenTransactionMetadata&&bE.encode(A.tokenTransactionMetadata,I.uint32(18).fork()).join(),A.tokenInputs?.$case){case"mintInput":pE.encode(A.tokenInputs.mintInput,I.uint32(26).fork()).join();break;case"transferInput":NE.encode(A.tokenInputs.transferInput,I.uint32(34).fork()).join();break;case"createInput":fE.encode(A.tokenInputs.createInput,I.uint32(42).fork()).join()}for(const g of A.finalTokenOutputs)mE.encode(g,I.uint32(50).fork()).join();return void 0!==A.executeBefore&&N.encode(ft(A.executeBefore),I.uint32(58).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,finalTokenOutputs:[],executeBefore:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.tokenTransactionMetadata=bE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenInputs={$case:"mintInput",mintInput:pE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.tokenInputs={$case:"transferInput",transferInput:NE.decode(g,g.uint32())};continue;case 5:if(42!==A)break;B.tokenInputs={$case:"createInput",createInput:fE.decode(g,g.uint32())};continue;case 6:if(50!==A)break;B.finalTokenOutputs.push(mE.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.executeBefore=Ft(N.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,tokenTransactionMetadata:Mt(A.tokenTransactionMetadata)?bE.fromJSON(A.tokenTransactionMetadata):void 0,tokenInputs:Mt(A.mintInput)?{$case:"mintInput",mintInput:pE.fromJSON(A.mintInput)}:Mt(A.transferInput)?{$case:"transferInput",transferInput:NE.fromJSON(A.transferInput)}:Mt(A.createInput)?{$case:"createInput",createInput:fE.fromJSON(A.createInput)}:void 0,finalTokenOutputs:globalThis.Array.isArray(A?.finalTokenOutputs)?A.finalTokenOutputs.map(A=>mE.fromJSON(A)):[],executeBefore:Mt(A.executeBefore)?Rt(A.executeBefore):void 0}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.tokenTransactionMetadata&&(I.tokenTransactionMetadata=bE.toJSON(A.tokenTransactionMetadata)),"mintInput"===A.tokenInputs?.$case?I.mintInput=pE.toJSON(A.tokenInputs.mintInput):"transferInput"===A.tokenInputs?.$case?I.transferInput=NE.toJSON(A.tokenInputs.transferInput):"createInput"===A.tokenInputs?.$case&&(I.createInput=fE.toJSON(A.tokenInputs.createInput)),A.finalTokenOutputs?.length&&(I.finalTokenOutputs=A.finalTokenOutputs.map(A=>mE.toJSON(A))),void 0!==A.executeBefore&&(I.executeBefore=A.executeBefore.toISOString()),I},create:A=>YE.fromPartial(A??{}),fromPartial(A){const I={version:0,tokenTransactionMetadata:void 0,tokenInputs:void 0,finalTokenOutputs:[],executeBefore:void 0};switch(I.version=A.version??0,I.tokenTransactionMetadata=void 0!==A.tokenTransactionMetadata&&null!==A.tokenTransactionMetadata?bE.fromPartial(A.tokenTransactionMetadata):void 0,A.tokenInputs?.$case){case"mintInput":void 0!==A.tokenInputs?.mintInput&&null!==A.tokenInputs?.mintInput&&(I.tokenInputs={$case:"mintInput",mintInput:pE.fromPartial(A.tokenInputs.mintInput)});break;case"transferInput":void 0!==A.tokenInputs?.transferInput&&null!==A.tokenInputs?.transferInput&&(I.tokenInputs={$case:"transferInput",transferInput:NE.fromPartial(A.tokenInputs.transferInput)});break;case"createInput":void 0!==A.tokenInputs?.createInput&&null!==A.tokenInputs?.createInput&&(I.tokenInputs={$case:"createInput",createInput:fE.fromPartial(A.tokenInputs.createInput)})}return I.finalTokenOutputs=A.finalTokenOutputs?.map(A=>mE.fromPartial(A))||[],I.executeBefore=A.executeBefore??void 0,I}},LE={encode:(A,I=new y)=>(""!==A.sparkInvoice&&I.uint32(10).string(A.sparkInvoice),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={sparkInvoice:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.sparkInvoice=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({sparkInvoice:Mt(A.sparkInvoice)?globalThis.String(A.sparkInvoice):""}),toJSON(A){const I={};return""!==A.sparkInvoice&&(I.sparkInvoice=A.sparkInvoice),I},create:A=>LE.fromPartial(A??{}),fromPartial(A){const I={sparkInvoice:""};return I.sparkInvoice=A.sparkInvoice??"",I}},qE={encode(A,I=new y){switch(void 0!==A.signature&&I.uint32(10).bytes(A.signature),0!==A.inputIndex&&I.uint32(16).uint32(A.inputIndex),A.authoritySignatures?.$case){case"singleSignature":tE.encode(A.authoritySignatures.singleSignature,I.uint32(26).fork()).join();break;case"multisigSignatures":oE.encode(A.authoritySignatures.multisigSignatures,I.uint32(34).fork()).join()}return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={signature:void 0,inputIndex:0,authoritySignatures:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.signature=g.bytes();continue;case 2:if(16!==A)break;B.inputIndex=g.uint32();continue;case 3:if(26!==A)break;B.authoritySignatures={$case:"singleSignature",singleSignature:tE.decode(g,g.uint32())};continue;case 4:if(34!==A)break;B.authoritySignatures={$case:"multisigSignatures",multisigSignatures:oE.decode(g,g.uint32())};continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({signature:Mt(A.signature)?pt(A.signature):void 0,inputIndex:Mt(A.inputIndex)?globalThis.Number(A.inputIndex):0,authoritySignatures:Mt(A.singleSignature)?{$case:"singleSignature",singleSignature:tE.fromJSON(A.singleSignature)}:Mt(A.multisigSignatures)?{$case:"multisigSignatures",multisigSignatures:oE.fromJSON(A.multisigSignatures)}:void 0}),toJSON(A){const I={};return void 0!==A.signature&&(I.signature=St(A.signature)),0!==A.inputIndex&&(I.inputIndex=Math.round(A.inputIndex)),"singleSignature"===A.authoritySignatures?.$case?I.singleSignature=tE.toJSON(A.authoritySignatures.singleSignature):"multisigSignatures"===A.authoritySignatures?.$case&&(I.multisigSignatures=oE.toJSON(A.authoritySignatures.multisigSignatures)),I},create:A=>qE.fromPartial(A??{}),fromPartial(A){const I={signature:void 0,inputIndex:0,authoritySignatures:void 0};switch(I.signature=A.signature??void 0,I.inputIndex=A.inputIndex??0,A.authoritySignatures?.$case){case"singleSignature":void 0!==A.authoritySignatures?.singleSignature&&null!==A.authoritySignatures?.singleSignature&&(I.authoritySignatures={$case:"singleSignature",singleSignature:tE.fromPartial(A.authoritySignatures.singleSignature)});break;case"multisigSignatures":void 0!==A.authoritySignatures?.multisigSignatures&&null!==A.authoritySignatures?.multisigSignatures&&(I.authoritySignatures={$case:"multisigSignatures",multisigSignatures:oE.fromPartial(A.authoritySignatures.multisigSignatures)})}return I}};function VE(){return{ttxoSignatures:[],operatorIdentityPublicKey:new Uint8Array(0)}}const TE={encode(A,I=new y){for(const g of A.ttxoSignatures)qE.encode(g,I.uint32(10).fork()).join();return 0!==A.operatorIdentityPublicKey.length&&I.uint32(18).bytes(A.operatorIdentityPublicKey),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=VE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ttxoSignatures.push(qE.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.operatorIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ttxoSignatures:globalThis.Array.isArray(A?.ttxoSignatures)?A.ttxoSignatures.map(A=>qE.fromJSON(A)):[],operatorIdentityPublicKey:Mt(A.operatorIdentityPublicKey)?pt(A.operatorIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return A.ttxoSignatures?.length&&(I.ttxoSignatures=A.ttxoSignatures.map(A=>qE.toJSON(A))),0!==A.operatorIdentityPublicKey.length&&(I.operatorIdentityPublicKey=St(A.operatorIdentityPublicKey)),I},create:A=>TE.fromPartial(A??{}),fromPartial(A){const I=VE();return I.ttxoSignatures=A.ttxoSignatures?.map(A=>qE.fromPartial(A))||[],I.operatorIdentityPublicKey=A.operatorIdentityPublicKey??new Uint8Array(0),I}};function vE(){return{identityPublicKey:new Uint8Array(0),partialTokenTransaction:void 0,partialTokenTransactionOwnerSignatures:[],validityDurationSeconds:0}}const ZE={encode(A,I=new y){0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.partialTokenTransaction&&JE.encode(A.partialTokenTransaction,I.uint32(18).fork()).join();for(const g of A.partialTokenTransactionOwnerSignatures)qE.encode(g,I.uint32(26).fork()).join();return 0!==A.validityDurationSeconds&&I.uint32(32).uint64(A.validityDurationSeconds),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=vE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.partialTokenTransaction=JE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.partialTokenTransactionOwnerSignatures.push(qE.decode(g,g.uint32()));continue;case 4:if(32!==A)break;B.validityDurationSeconds=Ut(g.uint64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:Mt(A.identityPublicKey)?pt(A.identityPublicKey):new Uint8Array(0),partialTokenTransaction:Mt(A.partialTokenTransaction)?JE.fromJSON(A.partialTokenTransaction):void 0,partialTokenTransactionOwnerSignatures:globalThis.Array.isArray(A?.partialTokenTransactionOwnerSignatures)?A.partialTokenTransactionOwnerSignatures.map(A=>qE.fromJSON(A)):[],validityDurationSeconds:Mt(A.validityDurationSeconds)?globalThis.Number(A.validityDurationSeconds):0}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=St(A.identityPublicKey)),void 0!==A.partialTokenTransaction&&(I.partialTokenTransaction=JE.toJSON(A.partialTokenTransaction)),A.partialTokenTransactionOwnerSignatures?.length&&(I.partialTokenTransactionOwnerSignatures=A.partialTokenTransactionOwnerSignatures.map(A=>qE.toJSON(A))),0!==A.validityDurationSeconds&&(I.validityDurationSeconds=Math.round(A.validityDurationSeconds)),I},create:A=>ZE.fromPartial(A??{}),fromPartial(A){const I=vE();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.partialTokenTransaction=void 0!==A.partialTokenTransaction&&null!==A.partialTokenTransaction?JE.fromPartial(A.partialTokenTransaction):void 0,I.partialTokenTransactionOwnerSignatures=A.partialTokenTransactionOwnerSignatures?.map(A=>qE.fromPartial(A))||[],I.validityDurationSeconds=A.validityDurationSeconds??0,I}},xE={encode:(A,I=new y)=>(void 0!==A.finalTokenTransaction&&JE.encode(A.finalTokenTransaction,I.uint32(10).fork()).join(),void 0!==A.keyshareInfo&&xA.encode(A.keyshareInfo,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={finalTokenTransaction:void 0,keyshareInfo:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransaction=JE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.keyshareInfo=xA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransaction:Mt(A.finalTokenTransaction)?JE.fromJSON(A.finalTokenTransaction):void 0,keyshareInfo:Mt(A.keyshareInfo)?xA.fromJSON(A.keyshareInfo):void 0}),toJSON(A){const I={};return void 0!==A.finalTokenTransaction&&(I.finalTokenTransaction=JE.toJSON(A.finalTokenTransaction)),void 0!==A.keyshareInfo&&(I.keyshareInfo=xA.toJSON(A.keyshareInfo)),I},create:A=>xE.fromPartial(A??{}),fromPartial(A){const I={finalTokenTransaction:void 0,keyshareInfo:void 0};return I.finalTokenTransaction=void 0!==A.finalTokenTransaction&&null!==A.finalTokenTransaction?JE.fromPartial(A.finalTokenTransaction):void 0,I.keyshareInfo=void 0!==A.keyshareInfo&&null!==A.keyshareInfo?xA.fromPartial(A.keyshareInfo):void 0,I}};function WE(){return{finalTokenTransaction:void 0,finalTokenTransactionHash:new Uint8Array(0),inputTtxoSignaturesPerOperator:[],ownerIdentityPublicKey:new Uint8Array(0)}}const PE={encode(A,I=new y){void 0!==A.finalTokenTransaction&&JE.encode(A.finalTokenTransaction,I.uint32(10).fork()).join(),0!==A.finalTokenTransactionHash.length&&I.uint32(18).bytes(A.finalTokenTransactionHash);for(const g of A.inputTtxoSignaturesPerOperator)TE.encode(g,I.uint32(26).fork()).join();return 0!==A.ownerIdentityPublicKey.length&&I.uint32(34).bytes(A.ownerIdentityPublicKey),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=WE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransaction=JE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.finalTokenTransactionHash=g.bytes();continue;case 3:if(26!==A)break;B.inputTtxoSignaturesPerOperator.push(TE.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.ownerIdentityPublicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransaction:Mt(A.finalTokenTransaction)?JE.fromJSON(A.finalTokenTransaction):void 0,finalTokenTransactionHash:Mt(A.finalTokenTransactionHash)?pt(A.finalTokenTransactionHash):new Uint8Array(0),inputTtxoSignaturesPerOperator:globalThis.Array.isArray(A?.inputTtxoSignaturesPerOperator)?A.inputTtxoSignaturesPerOperator.map(A=>TE.fromJSON(A)):[],ownerIdentityPublicKey:Mt(A.ownerIdentityPublicKey)?pt(A.ownerIdentityPublicKey):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.finalTokenTransaction&&(I.finalTokenTransaction=JE.toJSON(A.finalTokenTransaction)),0!==A.finalTokenTransactionHash.length&&(I.finalTokenTransactionHash=St(A.finalTokenTransactionHash)),A.inputTtxoSignaturesPerOperator?.length&&(I.inputTtxoSignaturesPerOperator=A.inputTtxoSignaturesPerOperator.map(A=>TE.toJSON(A))),0!==A.ownerIdentityPublicKey.length&&(I.ownerIdentityPublicKey=St(A.ownerIdentityPublicKey)),I},create:A=>PE.fromPartial(A??{}),fromPartial(A){const I=WE();return I.finalTokenTransaction=void 0!==A.finalTokenTransaction&&null!==A.finalTokenTransaction?JE.fromPartial(A.finalTokenTransaction):void 0,I.finalTokenTransactionHash=A.finalTokenTransactionHash??new Uint8Array(0),I.inputTtxoSignaturesPerOperator=A.inputTtxoSignaturesPerOperator?.map(A=>TE.fromPartial(A))||[],I.ownerIdentityPublicKey=A.ownerIdentityPublicKey??new Uint8Array(0),I}},OE={encode(A,I=new y){for(const g of A.committedOperatorPublicKeys)I.uint32(10).bytes(g);for(const g of A.uncommittedOperatorPublicKeys)I.uint32(18).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={committedOperatorPublicKeys:[],uncommittedOperatorPublicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.committedOperatorPublicKeys.push(g.bytes());continue;case 2:if(18!==A)break;B.uncommittedOperatorPublicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({committedOperatorPublicKeys:globalThis.Array.isArray(A?.committedOperatorPublicKeys)?A.committedOperatorPublicKeys.map(A=>pt(A)):[],uncommittedOperatorPublicKeys:globalThis.Array.isArray(A?.uncommittedOperatorPublicKeys)?A.uncommittedOperatorPublicKeys.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.committedOperatorPublicKeys?.length&&(I.committedOperatorPublicKeys=A.committedOperatorPublicKeys.map(A=>St(A))),A.uncommittedOperatorPublicKeys?.length&&(I.uncommittedOperatorPublicKeys=A.uncommittedOperatorPublicKeys.map(A=>St(A))),I},create:A=>OE.fromPartial(A??{}),fromPartial(A){const I={committedOperatorPublicKeys:[],uncommittedOperatorPublicKeys:[]};return I.committedOperatorPublicKeys=A.committedOperatorPublicKeys?.map(A=>A)||[],I.uncommittedOperatorPublicKeys=A.uncommittedOperatorPublicKeys?.map(A=>A)||[],I}},XE={encode:(A,I=new y)=>(0!==A.commitStatus&&I.uint32(8).int32(A.commitStatus),void 0!==A.commitProgress&&OE.encode(A.commitProgress,I.uint32(18).fork()).join(),void 0!==A.tokenIdentifier&&I.uint32(26).bytes(A.tokenIdentifier),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.commitStatus=g.int32();continue;case 2:if(18!==A)break;B.commitProgress=OE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenIdentifier=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({commitStatus:Mt(A.commitStatus)?dE(A.commitStatus):0,commitProgress:Mt(A.commitProgress)?OE.fromJSON(A.commitProgress):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0}),toJSON(A){const I={};return 0!==A.commitStatus&&(I.commitStatus=hE(A.commitStatus)),void 0!==A.commitProgress&&(I.commitProgress=OE.toJSON(A.commitProgress)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),I},create:A=>XE.fromPartial(A??{}),fromPartial(A){const I={commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};return I.commitStatus=A.commitStatus??0,I.commitProgress=void 0!==A.commitProgress&&null!==A.commitProgress?OE.fromPartial(A.commitProgress):void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I}};function jE(){return{identityPublicKey:new Uint8Array(0),partialTokenTransaction:void 0,tokenTransactionOwnerSignatures:[]}}const zE={encode(A,I=new y){0!==A.identityPublicKey.length&&I.uint32(10).bytes(A.identityPublicKey),void 0!==A.partialTokenTransaction&&HE.encode(A.partialTokenTransaction,I.uint32(18).fork()).join();for(const g of A.tokenTransactionOwnerSignatures)qE.encode(g,I.uint32(26).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=jE();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.identityPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.partialTokenTransaction=HE.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.tokenTransactionOwnerSignatures.push(qE.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({identityPublicKey:Mt(A.identityPublicKey)?pt(A.identityPublicKey):new Uint8Array(0),partialTokenTransaction:Mt(A.partialTokenTransaction)?HE.fromJSON(A.partialTokenTransaction):void 0,tokenTransactionOwnerSignatures:globalThis.Array.isArray(A?.tokenTransactionOwnerSignatures)?A.tokenTransactionOwnerSignatures.map(A=>qE.fromJSON(A)):[]}),toJSON(A){const I={};return 0!==A.identityPublicKey.length&&(I.identityPublicKey=St(A.identityPublicKey)),void 0!==A.partialTokenTransaction&&(I.partialTokenTransaction=HE.toJSON(A.partialTokenTransaction)),A.tokenTransactionOwnerSignatures?.length&&(I.tokenTransactionOwnerSignatures=A.tokenTransactionOwnerSignatures.map(A=>qE.toJSON(A))),I},create:A=>zE.fromPartial(A??{}),fromPartial(A){const I=jE();return I.identityPublicKey=A.identityPublicKey??new Uint8Array(0),I.partialTokenTransaction=void 0!==A.partialTokenTransaction&&null!==A.partialTokenTransaction?HE.fromPartial(A.partialTokenTransaction):void 0,I.tokenTransactionOwnerSignatures=A.tokenTransactionOwnerSignatures?.map(A=>qE.fromPartial(A))||[],I}},_E={encode:(A,I=new y)=>(void 0!==A.finalTokenTransaction&&YE.encode(A.finalTokenTransaction,I.uint32(10).fork()).join(),0!==A.commitStatus&&I.uint32(16).int32(A.commitStatus),void 0!==A.commitProgress&&OE.encode(A.commitProgress,I.uint32(26).fork()).join(),void 0!==A.tokenIdentifier&&I.uint32(34).bytes(A.tokenIdentifier),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={finalTokenTransaction:void 0,commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.finalTokenTransaction=YE.decode(g,g.uint32());continue;case 2:if(16!==A)break;B.commitStatus=g.int32();continue;case 3:if(26!==A)break;B.commitProgress=OE.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.tokenIdentifier=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({finalTokenTransaction:Mt(A.finalTokenTransaction)?YE.fromJSON(A.finalTokenTransaction):void 0,commitStatus:Mt(A.commitStatus)?dE(A.commitStatus):0,commitProgress:Mt(A.commitProgress)?OE.fromJSON(A.commitProgress):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0}),toJSON(A){const I={};return void 0!==A.finalTokenTransaction&&(I.finalTokenTransaction=YE.toJSON(A.finalTokenTransaction)),0!==A.commitStatus&&(I.commitStatus=hE(A.commitStatus)),void 0!==A.commitProgress&&(I.commitProgress=OE.toJSON(A.commitProgress)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),I},create:A=>_E.fromPartial(A??{}),fromPartial(A){const I={finalTokenTransaction:void 0,commitStatus:0,commitProgress:void 0,tokenIdentifier:void 0};return I.finalTokenTransaction=void 0!==A.finalTokenTransaction&&null!==A.finalTokenTransaction?YE.fromPartial(A.finalTokenTransaction):void 0,I.commitStatus=A.commitStatus??0,I.commitProgress=void 0!==A.commitProgress&&null!==A.commitProgress?OE.fromPartial(A.commitProgress):void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I}},$E={encode(A,I=new y){for(const g of A.tokenIdentifiers)I.uint32(10).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(18).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenIdentifiers:[],issuerPublicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 2:if(18!==A)break;B.issuerPublicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),I},create:A=>$E.fromPartial(A??{}),fromPartial(A){const I={tokenIdentifiers:[],issuerPublicKeys:[]};return I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I}};function At(){return{issuerPublicKey:new Uint8Array(0),tokenName:"",tokenTicker:"",decimals:0,maxSupply:new Uint8Array(0),isFreezable:!1,creationEntityPublicKey:void 0,tokenIdentifier:new Uint8Array(0),extraMetadata:void 0}}const It={encode:(A,I=new y)=>(0!==A.issuerPublicKey.length&&I.uint32(10).bytes(A.issuerPublicKey),""!==A.tokenName&&I.uint32(18).string(A.tokenName),""!==A.tokenTicker&&I.uint32(26).string(A.tokenTicker),0!==A.decimals&&I.uint32(32).uint32(A.decimals),0!==A.maxSupply.length&&I.uint32(42).bytes(A.maxSupply),!1!==A.isFreezable&&I.uint32(48).bool(A.isFreezable),void 0!==A.creationEntityPublicKey&&I.uint32(58).bytes(A.creationEntityPublicKey),0!==A.tokenIdentifier.length&&I.uint32(66).bytes(A.tokenIdentifier),void 0!==A.extraMetadata&&I.uint32(74).bytes(A.extraMetadata),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=At();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.issuerPublicKey=g.bytes();continue;case 2:if(18!==A)break;B.tokenName=g.string();continue;case 3:if(26!==A)break;B.tokenTicker=g.string();continue;case 4:if(32!==A)break;B.decimals=g.uint32();continue;case 5:if(42!==A)break;B.maxSupply=g.bytes();continue;case 6:if(48!==A)break;B.isFreezable=g.bool();continue;case 7:if(58!==A)break;B.creationEntityPublicKey=g.bytes();continue;case 8:if(66!==A)break;B.tokenIdentifier=g.bytes();continue;case 9:if(74!==A)break;B.extraMetadata=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({issuerPublicKey:Mt(A.issuerPublicKey)?pt(A.issuerPublicKey):new Uint8Array(0),tokenName:Mt(A.tokenName)?globalThis.String(A.tokenName):"",tokenTicker:Mt(A.tokenTicker)?globalThis.String(A.tokenTicker):"",decimals:Mt(A.decimals)?globalThis.Number(A.decimals):0,maxSupply:Mt(A.maxSupply)?pt(A.maxSupply):new Uint8Array(0),isFreezable:!!Mt(A.isFreezable)&&globalThis.Boolean(A.isFreezable),creationEntityPublicKey:Mt(A.creationEntityPublicKey)?pt(A.creationEntityPublicKey):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):new Uint8Array(0),extraMetadata:Mt(A.extraMetadata)?pt(A.extraMetadata):void 0}),toJSON(A){const I={};return 0!==A.issuerPublicKey.length&&(I.issuerPublicKey=St(A.issuerPublicKey)),""!==A.tokenName&&(I.tokenName=A.tokenName),""!==A.tokenTicker&&(I.tokenTicker=A.tokenTicker),0!==A.decimals&&(I.decimals=Math.round(A.decimals)),0!==A.maxSupply.length&&(I.maxSupply=St(A.maxSupply)),!1!==A.isFreezable&&(I.isFreezable=A.isFreezable),void 0!==A.creationEntityPublicKey&&(I.creationEntityPublicKey=St(A.creationEntityPublicKey)),0!==A.tokenIdentifier.length&&(I.tokenIdentifier=St(A.tokenIdentifier)),void 0!==A.extraMetadata&&(I.extraMetadata=St(A.extraMetadata)),I},create:A=>It.fromPartial(A??{}),fromPartial(A){const I=At();return I.issuerPublicKey=A.issuerPublicKey??new Uint8Array(0),I.tokenName=A.tokenName??"",I.tokenTicker=A.tokenTicker??"",I.decimals=A.decimals??0,I.maxSupply=A.maxSupply??new Uint8Array(0),I.isFreezable=A.isFreezable??!1,I.creationEntityPublicKey=A.creationEntityPublicKey??void 0,I.tokenIdentifier=A.tokenIdentifier??new Uint8Array(0),I.extraMetadata=A.extraMetadata??void 0,I}},gt={encode(A,I=new y){for(const g of A.tokenMetadata)It.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenMetadata:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenMetadata.push(It.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenMetadata:globalThis.Array.isArray(A?.tokenMetadata)?A.tokenMetadata.map(A=>It.fromJSON(A)):[]}),toJSON(A){const I={};return A.tokenMetadata?.length&&(I.tokenMetadata=A.tokenMetadata.map(A=>It.toJSON(A))),I},create:A=>gt.fromPartial(A??{}),fromPartial(A){const I={tokenMetadata:[]};return I.tokenMetadata=A.tokenMetadata?.map(A=>It.fromPartial(A))||[],I}},Ct={encode(A,I=new y){for(const g of A.ownerPublicKeys)I.uint32(10).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(18).bytes(g);for(const g of A.tokenIdentifiers)I.uint32(34).bytes(g);return 0!==A.network&&I.uint32(24).int32(A.network),void 0!==A.pageRequest&&kA.encode(A.pageRequest,I.uint32(42).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],network:0,pageRequest:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.ownerPublicKeys.push(g.bytes());continue;case 2:if(18!==A)break;B.issuerPublicKeys.push(g.bytes());continue;case 4:if(34!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 3:if(24!==A)break;B.network=g.int32();continue;case 5:if(42!==A)break;B.pageRequest=kA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ownerPublicKeys:globalThis.Array.isArray(A?.ownerPublicKeys)?A.ownerPublicKeys.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[],tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],network:Mt(A.network)?b(A.network):0,pageRequest:Mt(A.pageRequest)?kA.fromJSON(A.pageRequest):void 0}),toJSON(A){const I={};return A.ownerPublicKeys?.length&&(I.ownerPublicKeys=A.ownerPublicKeys.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),0!==A.network&&(I.network=H(A.network)),void 0!==A.pageRequest&&(I.pageRequest=kA.toJSON(A.pageRequest)),I},create:A=>Ct.fromPartial(A??{}),fromPartial(A){const I={ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],network:0,pageRequest:void 0};return I.ownerPublicKeys=A.ownerPublicKeys?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.network=A.network??0,I.pageRequest=void 0!==A.pageRequest&&null!==A.pageRequest?kA.fromPartial(A.pageRequest):void 0,I}},Bt={encode(A,I=new y){switch(A.queryType?.$case){case"byTxHash":it.encode(A.queryType.byTxHash,I.uint32(74).fork()).join();break;case"byFilters":Qt.encode(A.queryType.byFilters,I.uint32(82).fork()).join()}for(const g of A.outputIds)I.uint32(10).string(g);for(const g of A.ownerPublicKeys)I.uint32(18).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(26).bytes(g);for(const g of A.tokenIdentifiers)I.uint32(58).bytes(g);for(const g of A.tokenTransactionHashes)I.uint32(34).bytes(g);return 0!==A.order&&I.uint32(64).int32(A.order),0!==A.limit&&I.uint32(40).int64(A.limit),0!==A.offset&&I.uint32(48).int64(A.offset),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={queryType:void 0,outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:0,limit:0,offset:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 9:if(74!==A)break;B.queryType={$case:"byTxHash",byTxHash:it.decode(g,g.uint32())};continue;case 10:if(82!==A)break;B.queryType={$case:"byFilters",byFilters:Qt.decode(g,g.uint32())};continue;case 1:if(10!==A)break;B.outputIds.push(g.string());continue;case 2:if(18!==A)break;B.ownerPublicKeys.push(g.bytes());continue;case 3:if(26!==A)break;B.issuerPublicKeys.push(g.bytes());continue;case 7:if(58!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 4:if(34!==A)break;B.tokenTransactionHashes.push(g.bytes());continue;case 8:if(64!==A)break;B.order=g.int32();continue;case 5:if(40!==A)break;B.limit=Ut(g.int64());continue;case 6:if(48!==A)break;B.offset=Ut(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({queryType:Mt(A.byTxHash)?{$case:"byTxHash",byTxHash:it.fromJSON(A.byTxHash)}:Mt(A.byFilters)?{$case:"byFilters",byFilters:Qt.fromJSON(A.byFilters)}:void 0,outputIds:globalThis.Array.isArray(A?.outputIds)?A.outputIds.map(A=>globalThis.String(A)):[],ownerPublicKeys:globalThis.Array.isArray(A?.ownerPublicKeys)?A.ownerPublicKeys.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[],tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],tokenTransactionHashes:globalThis.Array.isArray(A?.tokenTransactionHashes)?A.tokenTransactionHashes.map(A=>pt(A)):[],order:Mt(A.order)?X(A.order):0,limit:Mt(A.limit)?globalThis.Number(A.limit):0,offset:Mt(A.offset)?globalThis.Number(A.offset):0}),toJSON(A){const I={};return"byTxHash"===A.queryType?.$case?I.byTxHash=it.toJSON(A.queryType.byTxHash):"byFilters"===A.queryType?.$case&&(I.byFilters=Qt.toJSON(A.queryType.byFilters)),A.outputIds?.length&&(I.outputIds=A.outputIds),A.ownerPublicKeys?.length&&(I.ownerPublicKeys=A.ownerPublicKeys.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),A.tokenTransactionHashes?.length&&(I.tokenTransactionHashes=A.tokenTransactionHashes.map(A=>St(A))),0!==A.order&&(I.order=j(A.order)),0!==A.limit&&(I.limit=Math.round(A.limit)),0!==A.offset&&(I.offset=Math.round(A.offset)),I},create:A=>Bt.fromPartial(A??{}),fromPartial(A){const I={queryType:void 0,outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:0,limit:0,offset:0};switch(A.queryType?.$case){case"byTxHash":void 0!==A.queryType?.byTxHash&&null!==A.queryType?.byTxHash&&(I.queryType={$case:"byTxHash",byTxHash:it.fromPartial(A.queryType.byTxHash)});break;case"byFilters":void 0!==A.queryType?.byFilters&&null!==A.queryType?.byFilters&&(I.queryType={$case:"byFilters",byFilters:Qt.fromPartial(A.queryType.byFilters)})}return I.outputIds=A.outputIds?.map(A=>A)||[],I.ownerPublicKeys=A.ownerPublicKeys?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.tokenTransactionHashes=A.tokenTransactionHashes?.map(A=>A)||[],I.order=A.order??0,I.limit=A.limit??0,I.offset=A.offset??0,I}},it={encode(A,I=new y){for(const g of A.tokenTransactionHashes)I.uint32(10).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenTransactionHashes:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransactionHashes.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransactionHashes:globalThis.Array.isArray(A?.tokenTransactionHashes)?A.tokenTransactionHashes.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.tokenTransactionHashes?.length&&(I.tokenTransactionHashes=A.tokenTransactionHashes.map(A=>St(A))),I},create:A=>it.fromPartial(A??{}),fromPartial(A){const I={tokenTransactionHashes:[]};return I.tokenTransactionHashes=A.tokenTransactionHashes?.map(A=>A)||[],I}},Qt={encode(A,I=new y){for(const g of A.outputIds)I.uint32(10).string(g);for(const g of A.ownerPublicKeys)I.uint32(18).bytes(g);for(const g of A.issuerPublicKeys)I.uint32(26).bytes(g);for(const g of A.tokenIdentifiers)I.uint32(34).bytes(g);return void 0!==A.pageRequest&&kA.encode(A.pageRequest,I.uint32(42).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],pageRequest:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputIds.push(g.string());continue;case 2:if(18!==A)break;B.ownerPublicKeys.push(g.bytes());continue;case 3:if(26!==A)break;B.issuerPublicKeys.push(g.bytes());continue;case 4:if(34!==A)break;B.tokenIdentifiers.push(g.bytes());continue;case 5:if(42!==A)break;B.pageRequest=kA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputIds:globalThis.Array.isArray(A?.outputIds)?A.outputIds.map(A=>globalThis.String(A)):[],ownerPublicKeys:globalThis.Array.isArray(A?.ownerPublicKeys)?A.ownerPublicKeys.map(A=>pt(A)):[],issuerPublicKeys:globalThis.Array.isArray(A?.issuerPublicKeys)?A.issuerPublicKeys.map(A=>pt(A)):[],tokenIdentifiers:globalThis.Array.isArray(A?.tokenIdentifiers)?A.tokenIdentifiers.map(A=>pt(A)):[],pageRequest:Mt(A.pageRequest)?kA.fromJSON(A.pageRequest):void 0}),toJSON(A){const I={};return A.outputIds?.length&&(I.outputIds=A.outputIds),A.ownerPublicKeys?.length&&(I.ownerPublicKeys=A.ownerPublicKeys.map(A=>St(A))),A.issuerPublicKeys?.length&&(I.issuerPublicKeys=A.issuerPublicKeys.map(A=>St(A))),A.tokenIdentifiers?.length&&(I.tokenIdentifiers=A.tokenIdentifiers.map(A=>St(A))),void 0!==A.pageRequest&&(I.pageRequest=kA.toJSON(A.pageRequest)),I},create:A=>Qt.fromPartial(A??{}),fromPartial(A){const I={outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],pageRequest:void 0};return I.outputIds=A.outputIds?.map(A=>A)||[],I.ownerPublicKeys=A.ownerPublicKeys?.map(A=>A)||[],I.issuerPublicKeys=A.issuerPublicKeys?.map(A=>A)||[],I.tokenIdentifiers=A.tokenIdentifiers?.map(A=>A)||[],I.pageRequest=void 0!==A.pageRequest&&null!==A.pageRequest?kA.fromPartial(A.pageRequest):void 0,I}},et={encode(A,I=new y){for(const g of A.tokenTransactionsWithStatus)ct.encode(g,I.uint32(10).fork()).join();return 0!==A.offset&&I.uint32(16).int64(A.offset),void 0!==A.pageResponse&&uA.encode(A.pageResponse,I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={tokenTransactionsWithStatus:[],offset:0,pageResponse:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransactionsWithStatus.push(ct.decode(g,g.uint32()));continue;case 2:if(16!==A)break;B.offset=Ut(g.int64());continue;case 3:if(26!==A)break;B.pageResponse=uA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransactionsWithStatus:globalThis.Array.isArray(A?.tokenTransactionsWithStatus)?A.tokenTransactionsWithStatus.map(A=>ct.fromJSON(A)):[],offset:Mt(A.offset)?globalThis.Number(A.offset):0,pageResponse:Mt(A.pageResponse)?uA.fromJSON(A.pageResponse):void 0}),toJSON(A){const I={};return A.tokenTransactionsWithStatus?.length&&(I.tokenTransactionsWithStatus=A.tokenTransactionsWithStatus.map(A=>ct.toJSON(A))),0!==A.offset&&(I.offset=Math.round(A.offset)),void 0!==A.pageResponse&&(I.pageResponse=uA.toJSON(A.pageResponse)),I},create:A=>et.fromPartial(A??{}),fromPartial(A){const I={tokenTransactionsWithStatus:[],offset:0,pageResponse:void 0};return I.tokenTransactionsWithStatus=A.tokenTransactionsWithStatus?.map(A=>ct.fromPartial(A))||[],I.offset=A.offset??0,I.pageResponse=void 0!==A.pageResponse&&null!==A.pageResponse?uA.fromPartial(A.pageResponse):void 0,I}};function Et(){return{output:void 0,previousTransactionHash:new Uint8Array(0),previousTransactionVout:0}}const tt={encode:(A,I=new y)=>(void 0!==A.output&&RE.encode(A.output,I.uint32(10).fork()).join(),0!==A.previousTransactionHash.length&&I.uint32(18).bytes(A.previousTransactionHash),0!==A.previousTransactionVout&&I.uint32(24).uint32(A.previousTransactionVout),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Et();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.output=RE.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.previousTransactionHash=g.bytes();continue;case 3:if(24!==A)break;B.previousTransactionVout=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({output:Mt(A.output)?RE.fromJSON(A.output):void 0,previousTransactionHash:Mt(A.previousTransactionHash)?pt(A.previousTransactionHash):new Uint8Array(0),previousTransactionVout:Mt(A.previousTransactionVout)?globalThis.Number(A.previousTransactionVout):0}),toJSON(A){const I={};return void 0!==A.output&&(I.output=RE.toJSON(A.output)),0!==A.previousTransactionHash.length&&(I.previousTransactionHash=St(A.previousTransactionHash)),0!==A.previousTransactionVout&&(I.previousTransactionVout=Math.round(A.previousTransactionVout)),I},create:A=>tt.fromPartial(A??{}),fromPartial(A){const I=Et();return I.output=void 0!==A.output&&null!==A.output?RE.fromPartial(A.output):void 0,I.previousTransactionHash=A.previousTransactionHash??new Uint8Array(0),I.previousTransactionVout=A.previousTransactionVout??0,I}},ot={encode(A,I=new y){for(const g of A.outputsWithPreviousTransactionData)tt.encode(g,I.uint32(10).fork()).join();return void 0!==A.pageResponse&&uA.encode(A.pageResponse,I.uint32(18).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={outputsWithPreviousTransactionData:[],pageResponse:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputsWithPreviousTransactionData.push(tt.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.pageResponse=uA.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputsWithPreviousTransactionData:globalThis.Array.isArray(A?.outputsWithPreviousTransactionData)?A.outputsWithPreviousTransactionData.map(A=>tt.fromJSON(A)):[],pageResponse:Mt(A.pageResponse)?uA.fromJSON(A.pageResponse):void 0}),toJSON(A){const I={};return A.outputsWithPreviousTransactionData?.length&&(I.outputsWithPreviousTransactionData=A.outputsWithPreviousTransactionData.map(A=>tt.toJSON(A))),void 0!==A.pageResponse&&(I.pageResponse=uA.toJSON(A.pageResponse)),I},create:A=>ot.fromPartial(A??{}),fromPartial(A){const I={outputsWithPreviousTransactionData:[],pageResponse:void 0};return I.outputsWithPreviousTransactionData=A.outputsWithPreviousTransactionData?.map(A=>tt.fromPartial(A))||[],I.pageResponse=void 0!==A.pageResponse&&null!==A.pageResponse?uA.fromPartial(A.pageResponse):void 0,I}};function nt(){return{outputId:"",revocationSecret:new Uint8Array(0)}}const at={encode:(A,I=new y)=>(""!==A.outputId&&I.uint32(10).string(A.outputId),0!==A.revocationSecret.length&&I.uint32(18).bytes(A.revocationSecret),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=nt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.outputId=g.string();continue;case 2:if(18!==A)break;B.revocationSecret=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({outputId:Mt(A.outputId)?globalThis.String(A.outputId):"",revocationSecret:Mt(A.revocationSecret)?pt(A.revocationSecret):new Uint8Array(0)}),toJSON(A){const I={};return""!==A.outputId&&(I.outputId=A.outputId),0!==A.revocationSecret.length&&(I.revocationSecret=St(A.revocationSecret)),I},create:A=>at.fromPartial(A??{}),fromPartial(A){const I=nt();return I.outputId=A.outputId??"",I.revocationSecret=A.revocationSecret??new Uint8Array(0),I}},st={encode(A,I=new y){for(const g of A.spentTokenOutputsMetadata)at.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={spentTokenOutputsMetadata:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.spentTokenOutputsMetadata.push(at.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({spentTokenOutputsMetadata:globalThis.Array.isArray(A?.spentTokenOutputsMetadata)?A.spentTokenOutputsMetadata.map(A=>at.fromJSON(A)):[]}),toJSON(A){const I={};return A.spentTokenOutputsMetadata?.length&&(I.spentTokenOutputsMetadata=A.spentTokenOutputsMetadata.map(A=>at.toJSON(A))),I},create:A=>st.fromPartial(A??{}),fromPartial(A){const I={spentTokenOutputsMetadata:[]};return I.spentTokenOutputsMetadata=A.spentTokenOutputsMetadata?.map(A=>at.fromPartial(A))||[],I}};function rt(){return{tokenTransaction:void 0,status:0,confirmationMetadata:void 0,tokenTransactionHash:new Uint8Array(0)}}const ct={encode:(A,I=new y)=>(void 0!==A.tokenTransaction&&JE.encode(A.tokenTransaction,I.uint32(10).fork()).join(),0!==A.status&&I.uint32(16).int32(A.status),void 0!==A.confirmationMetadata&&st.encode(A.confirmationMetadata,I.uint32(26).fork()).join(),0!==A.tokenTransactionHash.length&&I.uint32(34).bytes(A.tokenTransactionHash),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=rt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.tokenTransaction=JE.decode(g,g.uint32());continue;case 2:if(16!==A)break;B.status=g.int32();continue;case 3:if(26!==A)break;B.confirmationMetadata=st.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.tokenTransactionHash=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({tokenTransaction:Mt(A.tokenTransaction)?JE.fromJSON(A.tokenTransaction):void 0,status:Mt(A.status)?lE(A.status):0,confirmationMetadata:Mt(A.confirmationMetadata)?st.fromJSON(A.confirmationMetadata):void 0,tokenTransactionHash:Mt(A.tokenTransactionHash)?pt(A.tokenTransactionHash):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.tokenTransaction&&(I.tokenTransaction=JE.toJSON(A.tokenTransaction)),0!==A.status&&(I.status=function(A){switch(A){case yE.TOKEN_TRANSACTION_STARTED:return"TOKEN_TRANSACTION_STARTED";case yE.TOKEN_TRANSACTION_SIGNED:return"TOKEN_TRANSACTION_SIGNED";case yE.TOKEN_TRANSACTION_REVEALED:return"TOKEN_TRANSACTION_REVEALED";case yE.TOKEN_TRANSACTION_FINALIZED:return"TOKEN_TRANSACTION_FINALIZED";case yE.TOKEN_TRANSACTION_STARTED_CANCELLED:return"TOKEN_TRANSACTION_STARTED_CANCELLED";case yE.TOKEN_TRANSACTION_SIGNED_CANCELLED:return"TOKEN_TRANSACTION_SIGNED_CANCELLED";case yE.TOKEN_TRANSACTION_UNKNOWN:return"TOKEN_TRANSACTION_UNKNOWN";case yE.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.status)),void 0!==A.confirmationMetadata&&(I.confirmationMetadata=st.toJSON(A.confirmationMetadata)),0!==A.tokenTransactionHash.length&&(I.tokenTransactionHash=St(A.tokenTransactionHash)),I},create:A=>ct.fromPartial(A??{}),fromPartial(A){const I=rt();return I.tokenTransaction=void 0!==A.tokenTransaction&&null!==A.tokenTransaction?JE.fromPartial(A.tokenTransaction):void 0,I.status=A.status??0,I.confirmationMetadata=void 0!==A.confirmationMetadata&&null!==A.confirmationMetadata?st.fromPartial(A.confirmationMetadata):void 0,I.tokenTransactionHash=A.tokenTransactionHash??new Uint8Array(0),I}};function Dt(){return{version:0,ownerPublicKey:void 0,tokenPublicKey:void 0,tokenIdentifier:void 0,issuerProvidedTimestamp:0,operatorIdentityPublicKey:new Uint8Array(0),shouldUnfreeze:!1}}const wt={encode:(A,I=new y)=>(0!==A.version&&I.uint32(8).uint32(A.version),void 0!==A.ownerPublicKey&&I.uint32(18).bytes(A.ownerPublicKey),void 0!==A.tokenPublicKey&&I.uint32(26).bytes(A.tokenPublicKey),void 0!==A.tokenIdentifier&&I.uint32(34).bytes(A.tokenIdentifier),0!==A.issuerProvidedTimestamp&&I.uint32(40).uint64(A.issuerProvidedTimestamp),0!==A.operatorIdentityPublicKey.length&&I.uint32(50).bytes(A.operatorIdentityPublicKey),!1!==A.shouldUnfreeze&&I.uint32(56).bool(A.shouldUnfreeze),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Dt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.uint32();continue;case 2:if(18!==A)break;B.ownerPublicKey=g.bytes();continue;case 3:if(26!==A)break;B.tokenPublicKey=g.bytes();continue;case 4:if(34!==A)break;B.tokenIdentifier=g.bytes();continue;case 5:if(40!==A)break;B.issuerProvidedTimestamp=Ut(g.uint64());continue;case 6:if(50!==A)break;B.operatorIdentityPublicKey=g.bytes();continue;case 7:if(56!==A)break;B.shouldUnfreeze=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:Mt(A.version)?globalThis.Number(A.version):0,ownerPublicKey:Mt(A.ownerPublicKey)?pt(A.ownerPublicKey):void 0,tokenPublicKey:Mt(A.tokenPublicKey)?pt(A.tokenPublicKey):void 0,tokenIdentifier:Mt(A.tokenIdentifier)?pt(A.tokenIdentifier):void 0,issuerProvidedTimestamp:Mt(A.issuerProvidedTimestamp)?globalThis.Number(A.issuerProvidedTimestamp):0,operatorIdentityPublicKey:Mt(A.operatorIdentityPublicKey)?pt(A.operatorIdentityPublicKey):new Uint8Array(0),shouldUnfreeze:!!Mt(A.shouldUnfreeze)&&globalThis.Boolean(A.shouldUnfreeze)}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.ownerPublicKey&&(I.ownerPublicKey=St(A.ownerPublicKey)),void 0!==A.tokenPublicKey&&(I.tokenPublicKey=St(A.tokenPublicKey)),void 0!==A.tokenIdentifier&&(I.tokenIdentifier=St(A.tokenIdentifier)),0!==A.issuerProvidedTimestamp&&(I.issuerProvidedTimestamp=Math.round(A.issuerProvidedTimestamp)),0!==A.operatorIdentityPublicKey.length&&(I.operatorIdentityPublicKey=St(A.operatorIdentityPublicKey)),!1!==A.shouldUnfreeze&&(I.shouldUnfreeze=A.shouldUnfreeze),I},create:A=>wt.fromPartial(A??{}),fromPartial(A){const I=Dt();return I.version=A.version??0,I.ownerPublicKey=A.ownerPublicKey??void 0,I.tokenPublicKey=A.tokenPublicKey??void 0,I.tokenIdentifier=A.tokenIdentifier??void 0,I.issuerProvidedTimestamp=A.issuerProvidedTimestamp??0,I.operatorIdentityPublicKey=A.operatorIdentityPublicKey??new Uint8Array(0),I.shouldUnfreeze=A.shouldUnfreeze??!1,I}};function dt(){return{freezeTokensPayload:void 0,issuerSignature:new Uint8Array(0)}}const ht={encode:(A,I=new y)=>(void 0!==A.freezeTokensPayload&&wt.encode(A.freezeTokensPayload,I.uint32(10).fork()).join(),0!==A.issuerSignature.length&&I.uint32(18).bytes(A.issuerSignature),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=dt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.freezeTokensPayload=wt.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.issuerSignature=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({freezeTokensPayload:Mt(A.freezeTokensPayload)?wt.fromJSON(A.freezeTokensPayload):void 0,issuerSignature:Mt(A.issuerSignature)?pt(A.issuerSignature):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.freezeTokensPayload&&(I.freezeTokensPayload=wt.toJSON(A.freezeTokensPayload)),0!==A.issuerSignature.length&&(I.issuerSignature=St(A.issuerSignature)),I},create:A=>ht.fromPartial(A??{}),fromPartial(A){const I=dt();return I.freezeTokensPayload=void 0!==A.freezeTokensPayload&&null!==A.freezeTokensPayload?wt.fromPartial(A.freezeTokensPayload):void 0,I.issuerSignature=A.issuerSignature??new Uint8Array(0),I}};function yt(){return{transactionHash:new Uint8Array(0),vout:0}}const lt={encode:(A,I=new y)=>(0!==A.transactionHash.length&&I.uint32(10).bytes(A.transactionHash),0!==A.vout&&I.uint32(16).uint32(A.vout),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=yt();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.transactionHash=g.bytes();continue;case 2:if(16!==A)break;B.vout=g.uint32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({transactionHash:Mt(A.transactionHash)?pt(A.transactionHash):new Uint8Array(0),vout:Mt(A.vout)?globalThis.Number(A.vout):0}),toJSON(A){const I={};return 0!==A.transactionHash.length&&(I.transactionHash=St(A.transactionHash)),0!==A.vout&&(I.vout=Math.round(A.vout)),I},create:A=>lt.fromPartial(A??{}),fromPartial(A){const I=yt();return I.transactionHash=A.transactionHash??new Uint8Array(0),I.vout=A.vout??0,I}},kt={encode(A,I=new y){for(const g of A.appliedOperatorPublicKeys)I.uint32(10).bytes(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={appliedOperatorPublicKeys:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.appliedOperatorPublicKeys.push(g.bytes());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({appliedOperatorPublicKeys:globalThis.Array.isArray(A?.appliedOperatorPublicKeys)?A.appliedOperatorPublicKeys.map(A=>pt(A)):[]}),toJSON(A){const I={};return A.appliedOperatorPublicKeys?.length&&(I.appliedOperatorPublicKeys=A.appliedOperatorPublicKeys.map(A=>St(A))),I},create:A=>kt.fromPartial(A??{}),fromPartial(A){const I={appliedOperatorPublicKeys:[]};return I.appliedOperatorPublicKeys=A.appliedOperatorPublicKeys?.map(A=>A)||[],I}};function ut(){return{impactedOutputIds:[],impactedTokenAmount:new Uint8Array(0),impactedTokenOutputs:[],freezeProgress:void 0}}const Nt={encode(A,I=new y){for(const g of A.impactedOutputIds)I.uint32(10).string(g);0!==A.impactedTokenAmount.length&&I.uint32(18).bytes(A.impactedTokenAmount);for(const g of A.impactedTokenOutputs)lt.encode(g,I.uint32(26).fork()).join();return void 0!==A.freezeProgress&&kt.encode(A.freezeProgress,I.uint32(34).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=ut();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.impactedOutputIds.push(g.string());continue;case 2:if(18!==A)break;B.impactedTokenAmount=g.bytes();continue;case 3:if(26!==A)break;B.impactedTokenOutputs.push(lt.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.freezeProgress=kt.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({impactedOutputIds:globalThis.Array.isArray(A?.impactedOutputIds)?A.impactedOutputIds.map(A=>globalThis.String(A)):[],impactedTokenAmount:Mt(A.impactedTokenAmount)?pt(A.impactedTokenAmount):new Uint8Array(0),impactedTokenOutputs:globalThis.Array.isArray(A?.impactedTokenOutputs)?A.impactedTokenOutputs.map(A=>lt.fromJSON(A)):[],freezeProgress:Mt(A.freezeProgress)?kt.fromJSON(A.freezeProgress):void 0}),toJSON(A){const I={};return A.impactedOutputIds?.length&&(I.impactedOutputIds=A.impactedOutputIds),0!==A.impactedTokenAmount.length&&(I.impactedTokenAmount=St(A.impactedTokenAmount)),A.impactedTokenOutputs?.length&&(I.impactedTokenOutputs=A.impactedTokenOutputs.map(A=>lt.toJSON(A))),void 0!==A.freezeProgress&&(I.freezeProgress=kt.toJSON(A.freezeProgress)),I},create:A=>Nt.fromPartial(A??{}),fromPartial(A){const I=ut();return I.impactedOutputIds=A.impactedOutputIds?.map(A=>A)||[],I.impactedTokenAmount=A.impactedTokenAmount??new Uint8Array(0),I.impactedTokenOutputs=A.impactedTokenOutputs?.map(A=>lt.fromPartial(A))||[],I.freezeProgress=void 0!==A.freezeProgress&&null!==A.freezeProgress?kt.fromPartial(A.freezeProgress):void 0,I}},Gt={name:"SparkTokenService",fullName:"spark_token.SparkTokenService",methods:{start_transaction:{name:"start_transaction",requestType:ZE,requestStream:!1,responseType:xE,responseStream:!1,options:{}},commit_transaction:{name:"commit_transaction",requestType:PE,requestStream:!1,responseType:XE,responseStream:!1,options:{}},query_token_metadata:{name:"query_token_metadata",requestType:$E,requestStream:!1,responseType:gt,responseStream:!1,options:{}},query_token_transactions:{name:"query_token_transactions",requestType:Bt,requestStream:!1,responseType:et,responseStream:!1,options:{}},query_token_outputs:{name:"query_token_outputs",requestType:Ct,requestStream:!1,responseType:ot,responseStream:!1,options:{}},freeze_tokens:{name:"freeze_tokens",requestType:ht,requestStream:!1,responseType:Nt,responseStream:!1,options:{}},broadcast_transaction:{name:"broadcast_transaction",requestType:zE,requestStream:!1,responseType:_E,responseStream:!1,options:{}}}};function pt(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function St(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function ft(A){return{seconds:Math.trunc(A.getTime()/1e3),nanos:A.getTime()%1e3*1e6}}function Ft(A){let I=1e3*(A.seconds||0);return I+=(A.nanos||0)/1e6,new globalThis.Date(I)}function Rt(A){return A instanceof globalThis.Date?A:"string"==typeof A?new globalThis.Date(A):Ft(N.fromJSON(A))}function Ut(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function Mt(A){return null!=A}function Kt(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function mt(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function Jt(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function bt(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function Ht(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function Yt(A,I){return A<<32-I|A>>>I}const Lt=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),qt=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function Vt(A){if(mt(A),Lt)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=qt[A[g]];return I}function Tt(A){return A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0}function vt(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(Lt)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=Tt(A.charCodeAt(B)),i=Tt(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}function Zt(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function xt(A){return"string"==typeof A&&(A=Zt(A)),mt(A),A}function Wt(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];mt(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g}class Pt{}function Ot(A){const I=I=>A().update(xt(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}var Xt,jt="user-agent",zt="",_t="function",$t="object",Ao="string",Io="undefined",go="browser",Co="cpu",Bo="device",io="engine",Qo="os",eo="result",Eo="name",to="type",oo="vendor",no="version",ao="architecture",so="major",ro="model",co="console",Do="mobile",wo="tablet",ho="smarttv",yo="wearable",lo="xr",ko="embedded",uo="inapp",No="brands",Go="formFactors",po="fullVersionList",So="platform",fo="platformVersion",Fo="bitness",Ro="sec-ch-ua",Uo=Ro+"-full-version-list",Mo=Ro+"-arch",Ko=Ro+"-"+Fo,mo=Ro+"-form-factors",Jo=Ro+"-"+Do,bo=Ro+"-"+ro,Ho=Ro+"-"+So,Yo=Ho+"-version",Lo=[No,po,Do,ro,So,fo,ao,Go,Fo],qo="Amazon",Vo="Apple",To="ASUS",vo="BlackBerry",Zo="Google",xo="Huawei",Wo="Lenovo",Po="Honor",Oo="LG",Xo="Microsoft",jo="Motorola",zo="Nvidia",_o="OnePlus",$o="OPPO",An="Samsung",In="Sharp",gn="Sony",Cn="Xiaomi",Bn="Zebra",Qn="Chrome",en="Chromium",En="Chromecast",tn="Edge",on="Firefox",nn="Opera",an="Facebook",sn="Sogou",rn="Mobile ",cn=" Browser",Dn="Windows",wn=typeof window!==Io&&window.navigator?window.navigator:void 0,dn=wn&&wn.userAgentData?wn.userAgentData:void 0,hn=function(A){for(var I={},g=0;g<A.length;g++)I[A[g].toUpperCase()]=A[g];return I},yn=function(A,I){if(typeof A===$t&&A.length>0){for(var g in A)if(Nn(I)==Nn(A[g]))return!0;return!1}return!!kn(A)&&Nn(I)==Nn(A)},ln=function(A,I){for(var g in A)return/^(browser|cpu|device|engine|os)$/.test(g)||!!I&&ln(A[g])},kn=function(A){return typeof A===Ao},un=function(A){if(A){for(var I=[],g=Sn(/\\?\"/g,A).split(","),C=0;C<g.length;C++)if(g[C].indexOf(";")>-1){var B=Fn(g[C]).split(";v=");I[C]={brand:B[0],version:B[1]}}else I[C]=Fn(g[C]);return I}},Nn=function(A){return kn(A)?A.toLowerCase():A},Gn=function(A){return kn(A)?Sn(/[^\d\.]/g,A).split(".")[0]:void 0},pn=function(A){for(var I in A)if(A.hasOwnProperty(I)){var g=A[I];typeof g==$t&&2==g.length?this[g[0]]=g[1]:this[g]=void 0}return this},Sn=function(A,I){return kn(I)?I.replace(A,zt):I},fn=function(A){return Sn(/\\?\"/g,A)},Fn=function(A,I){return A=Sn(/^\s\s*/,String(A)),typeof I===Io?A:A.substring(0,I)},Rn=function(A,I){if(A&&I)for(var g,C,B,i,Q,e,E=0;E<I.length&&!Q;){var t=I[E],o=I[E+1];for(g=C=0;g<t.length&&!Q&&t[g];)if(Q=t[g++].exec(A))for(B=0;B<o.length;B++)e=Q[++C],typeof(i=o[B])===$t&&i.length>0?2===i.length?typeof i[1]==_t?this[i[0]]=i[1].call(this,e):this[i[0]]=i[1]:i.length>=3&&(typeof i[1]!==_t||i[1].exec&&i[1].test?3==i.length?this[i[0]]=e?e.replace(i[1],i[2]):void 0:4==i.length?this[i[0]]=e?i[3].call(this,e.replace(i[1],i[2])):void 0:i.length>4&&(this[i[0]]=e?i[3].apply(this,[e.replace(i[1],i[2])].concat(i.slice(4))):void 0):i.length>3?this[i[0]]=e?i[1].apply(this,i.slice(2)):void 0:this[i[0]]=e?i[1].call(this,e,i[2]):void 0):this[i]=e||void 0;E+=2}},Un=function(A,I){for(var g in I)if(typeof I[g]===$t&&I[g].length>0){for(var C=0;C<I[g].length;C++)if(yn(I[g][C],A))return"?"===g?void 0:g}else if(yn(I[g],A))return"?"===g?void 0:g;return I.hasOwnProperty("*")?I["*"]:A},Mn={ME:"4.90","NT 3.51":"3.51","NT 4.0":"4.0",2e3:["5.0","5.01"],XP:["5.1","5.2"],Vista:"6.0",7:"6.1",8:"6.2",8.1:"6.3",10:["6.4","10.0"],NT:""},Kn={embedded:"Automotive",mobile:"Mobile",tablet:["Tablet","EInk"],smarttv:"TV",wearable:"Watch",xr:["VR","XR"],"?":["Desktop","Unknown"],"*":void 0},mn={Chrome:"Google Chrome",Edge:"Microsoft Edge","Edge WebView2":"Microsoft Edge WebView2","Chrome WebView":"Android WebView","Chrome Headless":"HeadlessChrome","Huawei Browser":"HuaweiBrowser","MIUI Browser":"Miui Browser","Opera Mobi":"OperaMobile",Yandex:"YaBrowser"},Jn={browser:[[/\b(?:crmo|crios)\/([\w\.]+)/i],[no,[Eo,rn+"Chrome"]],[/webview.+edge\/([\w\.]+)/i],[no,[Eo,tn+" WebView"]],[/edg(?:e|ios|a)?\/([\w\.]+)/i],[no,[Eo,"Edge"]],[/(opera mini)\/([-\w\.]+)/i,/(opera [mobiletab]{3,6})\b.+version\/([-\w\.]+)/i,/(opera)(?:.+version\/|[\/ ]+)([\w\.]+)/i],[Eo,no],[/opios[\/ ]+([\w\.]+)/i],[no,[Eo,nn+" Mini"]],[/\bop(?:rg)?x\/([\w\.]+)/i],[no,[Eo,nn+" GX"]],[/\bopr\/([\w\.]+)/i],[no,[Eo,nn]],[/\bb[ai]*d(?:uhd|[ub]*[aekoprswx]{5,6})[\/ ]?([\w\.]+)/i],[no,[Eo,"Baidu"]],[/\b(?:mxbrowser|mxios|myie2)\/?([-\w\.]*)\b/i],[no,[Eo,"Maxthon"]],[/(kindle)\/([\w\.]+)/i,/(lunascape|maxthon|netfront|jasmine|blazer|sleipnir)[\/ ]?([\w\.]*)/i,/(avant|iemobile|slim(?:browser|boat|jet))[\/ ]?([\d\.]*)/i,/(?:ms|\()(ie) ([\w\.]+)/i,/(atlas|flock|rockmelt|midori|epiphany|silk|skyfire|ovibrowser|bolt|iron|vivaldi|iridium|phantomjs|bowser|qupzilla|falkon|rekonq|puffin|brave|whale(?!.+naver)|qqbrowserlite|duckduckgo|klar|helio|(?=comodo_)?dragon|otter|dooble|(?:lg |qute)browser|palemoon)\/([-\w\.]+)/i,/(heytap|ovi|115|surf|qwant)browser\/([\d\.]+)/i,/(qwant)(?:ios|mobile)\/([\d\.]+)/i,/(ecosia|weibo)(?:__| \w+@)([\d\.]+)/i],[Eo,no],[/quark(?:pc)?\/([-\w\.]+)/i],[no,[Eo,"Quark"]],[/\bddg\/([\w\.]+)/i],[no,[Eo,"DuckDuckGo"]],[/(?:\buc? ?browser|(?:juc.+)ucweb)[\/ ]?([\w\.]+)/i],[no,[Eo,"UCBrowser"]],[/microm.+\bqbcore\/([\w\.]+)/i,/\bqbcore\/([\w\.]+).+microm/i,/micromessenger\/([\w\.]+)/i],[no,[Eo,"WeChat"]],[/konqueror\/([\w\.]+)/i],[no,[Eo,"Konqueror"]],[/trident.+rv[: ]([\w\.]{1,9})\b.+like gecko/i],[no,[Eo,"IE"]],[/ya(?:search)?browser\/([\w\.]+)/i],[no,[Eo,"Yandex"]],[/slbrowser\/([\w\.]+)/i],[no,[Eo,"Smart "+Wo+cn]],[/(avast|avg)\/([\w\.]+)/i],[[Eo,/(.+)/,"$1 Secure"+cn],no],[/\bfocus\/([\w\.]+)/i],[no,[Eo,on+" Focus"]],[/\bopt\/([\w\.]+)/i],[no,[Eo,nn+" Touch"]],[/coc_coc\w+\/([\w\.]+)/i],[no,[Eo,"Coc Coc"]],[/dolfin\/([\w\.]+)/i],[no,[Eo,"Dolphin"]],[/coast\/([\w\.]+)/i],[no,[Eo,nn+" Coast"]],[/miuibrowser\/([\w\.]+)/i],[no,[Eo,"MIUI"+cn]],[/fxios\/([\w\.-]+)/i],[no,[Eo,rn+on]],[/\bqihoobrowser\/?([\w\.]*)/i],[no,[Eo,"360"]],[/\b(qq)\/([\w\.]+)/i],[[Eo,/(.+)/,"$1Browser"],no],[/(oculus|sailfish|huawei|vivo|pico)browser\/([\w\.]+)/i],[[Eo,/(.+)/,"$1"+cn],no],[/samsungbrowser\/([\w\.]+)/i],[no,[Eo,An+" Internet"]],[/metasr[\/ ]?([\d\.]+)/i],[no,[Eo,sn+" Explorer"]],[/(sogou)mo\w+\/([\d\.]+)/i],[[Eo,sn+" Mobile"],no],[/(electron)\/([\w\.]+) safari/i,/(tesla)(?: qtcarbrowser|\/(20\d\d\.[-\w\.]+))/i,/m?(qqbrowser|2345(?=browser|chrome|explorer))\w*[\/ ]?v?([\w\.]+)/i],[Eo,no],[/(lbbrowser|rekonq|steam(?= (clie|tenf|gameo)))/i],[Eo],[/ome\/([\w\.]+) \w* ?(iron) saf/i,/ome\/([\w\.]+).+qihu (360)[es]e/i],[no,Eo],[/((?:fban\/fbios|fb_iab\/fb4a)(?!.+fbav)|;fbav\/([\w\.]+);)/i],[[Eo,an],no,[to,uo]],[/(kakao(?:talk|story))[\/ ]([\w\.]+)/i,/(naver)\(.*?(\d+\.[\w\.]+).*\)/i,/(daum)apps[\/ ]([\w\.]+)/i,/safari (line)\/([\w\.]+)/i,/\b(line)\/([\w\.]+)\/iab/i,/(alipay)client\/([\w\.]+)/i,/(twitter)(?:and| f.+e\/([\w\.]+))/i,/(bing)(?:web|sapphire)\/([\w\.]+)/i,/(instagram|snapchat|klarna)[\/ ]([-\w\.]+)/i],[Eo,no,[to,uo]],[/\bgsa\/([\w\.]+) .*safari\//i],[no,[Eo,"GSA"],[to,uo]],[/musical_ly(?:.+app_?version\/|_)([\w\.]+)/i],[no,[Eo,"TikTok"],[to,uo]],[/\[(linkedin)app\]/i],[Eo,[to,uo]],[/(zalo(?:app)?)[\/\sa-z]*([\w\.-]+)/i],[[Eo,/(.+)/,"Zalo"],no,[to,uo]],[/(chromium)[\/ ]([-\w\.]+)/i],[Eo,no],[/headlesschrome(?:\/([\w\.]+)| )/i],[no,[Eo,Qn+" Headless"]],[/wv\).+chrome\/([\w\.]+).+edgw\//i],[no,[Eo,tn+" WebView2"]],[/ wv\).+(chrome)\/([\w\.]+)/i],[[Eo,Qn+" WebView"],no],[/droid.+ version\/([\w\.]+)\b.+(?:mobile safari|safari)/i],[no,[Eo,"Android"+cn]],[/chrome\/([\w\.]+) mobile/i],[no,[Eo,rn+"Chrome"]],[/(chrome|omniweb|arora|[tizenoka]{5} ?browser)\/v?([\w\.]+)/i],[Eo,no],[/version\/([\w\.\,]+) .*mobile(?:\/\w+ | ?)safari/i],[no,[Eo,rn+"Safari"]],[/iphone .*mobile(?:\/\w+ | ?)safari/i],[[Eo,rn+"Safari"]],[/version\/([\w\.\,]+) .*(safari)/i],[no,Eo],[/webkit.+?(mobile ?safari|safari)(\/[\w\.]+)/i],[Eo,[no,"1"]],[/(webkit|khtml)\/([\w\.]+)/i],[Eo,no],[/(?:mobile|tablet);.*(firefox)\/([\w\.-]+)/i],[[Eo,rn+on],no],[/(navigator|netscape\d?)\/([-\w\.]+)/i],[[Eo,"Netscape"],no],[/(wolvic|librewolf)\/([\w\.]+)/i],[Eo,no],[/mobile vr; rv:([\w\.]+)\).+firefox/i],[no,[Eo,on+" Reality"]],[/ekiohf.+(flow)\/([\w\.]+)/i,/(swiftfox)/i,/(icedragon|iceweasel|camino|chimera|fennec|maemo browser|minimo|conkeror)[\/ ]?([\w\.\+]+)/i,/(seamonkey|k-meleon|icecat|iceape|firebird|phoenix|basilisk|waterfox)\/([-\w\.]+)$/i,/(firefox)\/([\w\.]+)/i,/(mozilla)\/([\w\.]+(?= .+rv\:.+gecko\/\d+)|[0-4][\w\.]+(?!.+compatible))/i,/(amaya|dillo|doris|icab|ladybird|lynx|mosaic|netsurf|obigo|polaris|w3m|(?:go|ice|up)[\. ]?browser)[-\/ ]?v?([\w\.]+)/i,/\b(links) \(([\w\.]+)/i],[Eo,[no,/_/g,"."]],[/(cobalt)\/([\w\.]+)/i],[Eo,[no,/[^\d\.]+./,zt]]],cpu:[[/\b((amd|x|x86[-_]?|wow|win)64)\b/i],[[ao,"amd64"]],[/(ia32(?=;))/i,/\b((i[346]|x)86)(pc)?\b/i],[[ao,"ia32"]],[/\b(aarch64|arm(v?[89]e?l?|_?64))\b/i],[[ao,"arm64"]],[/\b(arm(v[67])?ht?n?[fl]p?)\b/i],[[ao,"armhf"]],[/( (ce|mobile); ppc;|\/[\w\.]+arm\b)/i],[[ao,"arm"]],[/ sun4\w[;\)]/i],[[ao,"sparc"]],[/\b(avr32|ia64(?=;)|68k(?=\))|\barm(?=v([1-7]|[5-7]1)l?|;|eabi)|(irix|mips|sparc)(64)?\b|pa-risc)/i,/((ppc|powerpc)(64)?)( mac|;|\))/i,/(?:osf1|[freopnt]{3,4}bsd) (alpha)/i],[[ao,/ower/,zt,Nn]],[/mc680.0/i],[[ao,"68k"]],[/winnt.+\[axp/i],[[ao,"alpha"]]],device:[[/\b(sch-i[89]0\d|shw-m380s|sm-[ptx]\w{2,4}|gt-[pn]\d{2,4}|sgh-t8[56]9|nexus 10)/i],[ro,[oo,An],[to,wo]],[/\b((?:s[cgp]h|gt|sm)-(?![lr])\w+|sc[g-]?[\d]+a?|galaxy nexus)/i,/samsung[- ]((?!sm-[lr]|browser)[-\w]+)/i,/sec-(sgh\w+)/i],[ro,[oo,An],[to,Do]],[/(?:\/|\()(ip(?:hone|od)[\w, ]*)[\/\);]/i],[ro,[oo,Vo],[to,Do]],[/\b(?:ios|apple\w+)\/.+[\(\/](ipad)/i,/\b(ipad)[\d,]*[;\] ].+(mac |i(pad)?)os/i],[ro,[oo,Vo],[to,wo]],[/(macintosh);/i],[ro,[oo,Vo]],[/\b(sh-?[altvz]?\d\d[a-ekm]?)/i],[ro,[oo,In],[to,Do]],[/\b((?:brt|eln|hey2?|gdi|jdn)-a?[lnw]09|(?:ag[rm]3?|jdn2|kob2)-a?[lw]0[09]hn)(?: bui|\)|;)/i],[ro,[oo,Po],[to,wo]],[/honor([-\w ]+)[;\)]/i],[ro,[oo,Po],[to,Do]],[/\b((?:ag[rs][2356]?k?|bah[234]?|bg[2o]|bt[kv]|cmr|cpn|db[ry]2?|jdn2|got|kob2?k?|mon|pce|scm|sht?|[tw]gr|vrd)-[ad]?[lw][0125][09]b?|605hw|bg2-u03|(?:gem|fdr|m2|ple|t1)-[7a]0[1-4][lu]|t1-a2[13][lw]|mediapad[\w\. ]*(?= bui|\)))\b(?!.+d\/s)/i],[ro,[oo,xo],[to,wo]],[/(?:huawei) ?([-\w ]+)[;\)]/i,/\b(nexus 6p|\w{2,4}e?-[atu]?[ln][\dx][\dc][adnt]?)\b(?!.+d\/s)/i],[ro,[oo,xo],[to,Do]],[/oid[^\)]+; (2[\dbc]{4}(182|283|rp\w{2})[cgl]|m2105k81a?c)(?: bui|\))/i,/\b(?:xiao)?((?:red)?mi[-_ ]?pad[\w- ]*)(?: bui|\))/i],[[ro,/_/g," "],[oo,Cn],[to,wo]],[/\b; (\w+) build\/hm\1/i,/\b(hm[-_ ]?note?[_ ]?(?:\d\w)?) bui/i,/oid[^\)]+; (redmi[\-_ ]?(?:note|k)?[\w_ ]+|m?[12]\d[01]\d\w{3,6}|poco[\w ]+|(shark )?\w{3}-[ah]0|qin ?[1-3](s\+|ultra| pro)?)( bui|; wv|\))/i,/\b(mi[-_ ]?(?:a\d|one|one[_ ]plus|note|max|cc)?[_ ]?(?:\d{0,2}\w?)[_ ]?(?:plus|se|lite|pro)?( 5g|lte)?)(?: bui|\))/i,/ ([\w ]+) miui\/v?\d/i],[[ro,/_/g," "],[oo,Cn],[to,Do]],[/droid.+; (cph2[3-6]\d[13579]|((gm|hd)19|(ac|be|in|kb)20|(d[en]|eb|le|mt)21|ne22)[0-2]\d|p[g-k]\w[1m]10)\b/i,/(?:one)?(?:plus)? (a\d0\d\d)(?: b|\))/i],[ro,[oo,_o],[to,Do]],[/; (\w+) bui.+ oppo/i,/\b(cph[12]\d{3}|p(?:af|c[al]|d\w|e[ar])[mt]\d0|x9007|a101op)\b/i],[ro,[oo,$o],[to,Do]],[/\b(opd2(\d{3}a?))(?: bui|\))/i],[ro,[oo,Un,{OnePlus:["203","304","403","404","413","415"],"*":$o}],[to,wo]],[/(vivo (5r?|6|8l?|go|one|s|x[il]?[2-4]?)[\w\+ ]*)(?: bui|\))/i],[ro,[oo,"BLU"],[to,Do]],[/; vivo (\w+)(?: bui|\))/i,/\b(v[12]\d{3}\w?[at])(?: bui|;)/i],[ro,[oo,"Vivo"],[to,Do]],[/\b(rmx[1-3]\d{3})(?: bui|;|\))/i],[ro,[oo,"Realme"],[to,Do]],[/(ideatab[-\w ]+|602lv|d-42a|a101lv|a2109a|a3500-hv|s[56]000|pb-6505[my]|tb-?x?\d{3,4}(?:f[cu]|xu|[av])|yt\d?-[jx]?\d+[lfmx])( bui|;|\)|\/)/i,/lenovo ?(b[68]0[08]0-?[hf]?|tab(?:[\w- ]+?)|tb[\w-]{6,7})( bui|;|\)|\/)/i],[ro,[oo,Wo],[to,wo]],[/lenovo[-_ ]?([-\w ]+?)(?: bui|\)|\/)/i],[ro,[oo,Wo],[to,Do]],[/\b(milestone|droid(?:[2-4x]| (?:bionic|x2|pro|razr))?:?( 4g)?)\b[\w ]+build\//i,/\bmot(?:orola)?[- ]([\w\s]+)(\)| bui)/i,/((?:moto(?! 360)[-\w\(\) ]+|xt\d{3,4}[cgkosw\+]?[-\d]*|nexus 6)(?= bui|\)))/i],[ro,[oo,jo],[to,Do]],[/\b(mz60\d|xoom[2 ]{0,2}) build\//i],[ro,[oo,jo],[to,wo]],[/((?=lg)?[vl]k\-?\d{3}) bui| 3\.[-\w; ]{10}lg?-([06cv9]{3,4})/i],[ro,[oo,Oo],[to,wo]],[/(lm(?:-?f100[nv]?|-[\w\.]+)(?= bui|\))|nexus [45])/i,/\blg[-e;\/ ]+(?!.*(?:browser|netcast|android tv|watch|webos))(\w+)/i,/\blg-?([\d\w]+) bui/i],[ro,[oo,Oo],[to,Do]],[/(nokia) (t[12][01])/i],[oo,ro,[to,wo]],[/(?:maemo|nokia).*(n900|lumia \d+|rm-\d+)/i,/nokia[-_ ]?(([-\w\. ]*?))( bui|\)|;|\/)/i],[[ro,/_/g," "],[to,Do],[oo,"Nokia"]],[/(pixel (c|tablet))\b/i],[ro,[oo,Zo],[to,wo]],[/droid.+;(?: google)? (g(01[13]a|020[aem]|025[jn]|1b60|1f8f|2ybb|4s1m|576d|5nz6|8hhn|8vou|a02099|c15s|d1yq|e2ae|ec77|gh2x|kv4x|p4bc|pj41|r83y|tt9q|ur25|wvk6)|pixel[\d ]*a?( pro)?( xl)?( fold)?( \(5g\))?)( bui|\))/i],[ro,[oo,Zo],[to,Do]],[/(google) (pixelbook( go)?)/i],[oo,ro],[/droid.+; (a?\d[0-2]{2}so|[c-g]\d{4}|so[-gl]\w+|xq-\w\w\d\d)(?= bui|\).+chrome\/(?![1-6]{0,1}\d\.))/i],[ro,[oo,gn],[to,Do]],[/sony tablet [ps]/i,/\b(?:sony)?sgp\w+(?: bui|\))/i],[[ro,"Xperia Tablet"],[oo,gn],[to,wo]],[/(alexa)webm/i,/(kf[a-z]{2}wi|aeo(?!bc)\w\w)( bui|\))/i,/(kf[a-z]+)( bui|\)).+silk\//i],[ro,[oo,qo],[to,wo]],[/((?:sd|kf)[0349hijorstuw]+)( bui|\)).+silk\//i],[[ro,/(.+)/g,"Fire Phone $1"],[oo,qo],[to,Do]],[/(playbook);[-\w\),; ]+(rim)/i],[ro,oo,[to,wo]],[/\b((?:bb[a-f]|st[hv])100-\d)/i,/(?:blackberry|\(bb10;) (\w+)/i],[ro,[oo,vo],[to,Do]],[/(?:\b|asus_)(transfo[prime ]{4,10} \w+|eeepc|slider \w+|nexus 7|padfone|p00[cj])/i],[ro,[oo,To],[to,wo]],[/ (z[bes]6[027][012][km][ls]|zenfone \d\w?)\b/i],[ro,[oo,To],[to,Do]],[/(nexus 9)/i],[ro,[oo,"HTC"],[to,wo]],[/(htc)[-;_ ]{1,2}([\w ]+(?=\)| bui)|\w+)/i,/(zte)[- ]([\w ]+?)(?: bui|\/|\))/i,/(alcatel|geeksphone|nexian|panasonic(?!(?:;|\.))|sony(?!-bra))[-_ ]?([-\w]*)/i],[oo,[ro,/_/g," "],[to,Do]],[/tcl (xess p17aa)/i,/droid [\w\.]+; ((?:8[14]9[16]|9(?:0(?:48|60|8[01])|1(?:3[27]|66)|2(?:6[69]|9[56])|466))[gqswx])(_\w(\w|\w\w))?(\)| bui)/i],[ro,[oo,"TCL"],[to,wo]],[/droid [\w\.]+; (418(?:7d|8v)|5087z|5102l|61(?:02[dh]|25[adfh]|27[ai]|56[dh]|59k|65[ah])|a509dl|t(?:43(?:0w|1[adepqu])|50(?:6d|7[adju])|6(?:09dl|10k|12b|71[efho]|76[hjk])|7(?:66[ahju]|67[hw]|7[045][bh]|71[hk]|73o|76[ho]|79w|81[hks]?|82h|90[bhsy]|99b)|810[hs]))(_\w(\w|\w\w))?(\)| bui)/i],[ro,[oo,"TCL"],[to,Do]],[/(itel) ((\w+))/i],[[oo,Nn],ro,[to,Un,{tablet:["p10001l","w7001"],"*":"mobile"}]],[/droid.+; ([ab][1-7]-?[0178a]\d\d?)/i],[ro,[oo,"Acer"],[to,wo]],[/droid.+; (m[1-5] note) bui/i,/\bmz-([-\w]{2,})/i],[ro,[oo,"Meizu"],[to,Do]],[/; ((?:power )?armor(?:[\w ]{0,8}))(?: bui|\))/i],[ro,[oo,"Ulefone"],[to,Do]],[/; (energy ?\w+)(?: bui|\))/i,/; energizer ([\w ]+)(?: bui|\))/i],[ro,[oo,"Energizer"],[to,Do]],[/; cat (b35);/i,/; (b15q?|s22 flip|s48c|s62 pro)(?: bui|\))/i],[ro,[oo,"Cat"],[to,Do]],[/((?:new )?andromax[\w- ]+)(?: bui|\))/i],[ro,[oo,"Smartfren"],[to,Do]],[/droid.+; (a(in)?(0(15|59|6[35])|142)p?)/i],[ro,[oo,"Nothing"],[to,Do]],[/; (x67 5g|tikeasy \w+|ac[1789]\d\w+)( b|\))/i,/archos ?(5|gamepad2?|([\w ]*[t1789]|hello) ?\d+[\w ]*)( b|\))/i],[ro,[oo,"Archos"],[to,wo]],[/archos ([\w ]+)( b|\))/i,/; (ac[3-6]\d\w{2,8})( b|\))/i],[ro,[oo,"Archos"],[to,Do]],[/; (n159v)/i],[ro,[oo,"HMD"],[to,Do]],[/(imo) (tab \w+)/i,/(infinix|tecno) (x1101b?|p904|dp(7c|8d|10a)( pro)?|p70[1-3]a?|p904|t1101)/i],[oo,ro,[to,wo]],[/(blackberry|benq|palm(?=\-)|sonyericsson|acer|asus(?! zenw)|dell|jolla|meizu|motorola|polytron|tecno|micromax|advan)[-_ ]?([-\w]*)/i,/; (blu|hmd|imo|infinix|lava|oneplus|tcl|wiko)[_ ]([\w\+ ]+?)(?: bui|\)|; r)/i,/(hp) ([\w ]+\w)/i,/(microsoft); (lumia[\w ]+)/i,/(oppo) ?([\w ]+) bui/i,/(hisense) ([ehv][\w ]+)\)/i,/droid[^;]+; (philips)[_ ]([sv-x][\d]{3,4}[xz]?)/i],[oo,ro,[to,Do]],[/(kobo)\s(ereader|touch)/i,/(hp).+(touchpad(?!.+tablet)|tablet)/i,/(kindle)\/([\w\.]+)/i],[oo,ro,[to,wo]],[/(surface duo)/i],[ro,[oo,Xo],[to,wo]],[/droid [\d\.]+; (fp\du?)(?: b|\))/i],[ro,[oo,"Fairphone"],[to,Do]],[/((?:tegranote|shield t(?!.+d tv))[\w- ]*?)(?: b|\))/i],[ro,[oo,zo],[to,wo]],[/(sprint) (\w+)/i],[oo,ro,[to,Do]],[/(kin\.[onetw]{3})/i],[[ro,/\./g," "],[oo,Xo],[to,Do]],[/droid.+; ([c6]+|et5[16]|mc[239][23]x?|vc8[03]x?)\)/i],[ro,[oo,Bn],[to,wo]],[/droid.+; (ec30|ps20|tc[2-8]\d[kx])\)/i],[ro,[oo,Bn],[to,Do]],[/(philips)[\w ]+tv/i,/smart-tv.+(samsung)/i],[oo,[to,ho]],[/hbbtv.+maple;(\d+)/i],[[ro,/^/,"SmartTV"],[oo,An],[to,ho]],[/(vizio)(?: |.+model\/)(\w+-\w+)/i,/tcast.+(lg)e?. ([-\w]+)/i],[oo,ro,[to,ho]],[/(nux; netcast.+smarttv|lg (netcast\.tv-201\d|android tv))/i],[[oo,Oo],[to,ho]],[/(apple) ?tv/i],[oo,[ro,Vo+" TV"],[to,ho]],[/crkey.*devicetype\/chromecast/i],[[ro,En+" Third Generation"],[oo,Zo],[to,ho]],[/crkey.*devicetype\/([^/]*)/i],[[ro,/^/,"Chromecast "],[oo,Zo],[to,ho]],[/fuchsia.*crkey/i],[[ro,En+" Nest Hub"],[oo,Zo],[to,ho]],[/crkey/i],[[ro,En],[oo,Zo],[to,ho]],[/(portaltv)/i],[ro,[oo,an],[to,ho]],[/droid.+aft(\w+)( bui|\))/i],[ro,[oo,qo],[to,ho]],[/(shield \w+ tv)/i],[ro,[oo,zo],[to,ho]],[/\(dtv[\);].+(aquos)/i,/(aquos-tv[\w ]+)\)/i],[ro,[oo,In],[to,ho]],[/(bravia[\w ]+)( bui|\))/i],[ro,[oo,gn],[to,ho]],[/(mi(tv|box)-?\w+) bui/i],[ro,[oo,Cn],[to,ho]],[/Hbbtv.*(technisat) (.*);/i],[oo,ro,[to,ho]],[/\b(roku)[\dx]*[\)\/]((?:dvp-)?[\d\.]*)/i,/hbbtv\/\d+\.\d+\.\d+ +\([\w\+ ]*; *([\w\d][^;]*);([^;]*)/i],[[oo,/.+\/(\w+)/,"$1",Un,{LG:"lge"}],[ro,Fn],[to,ho]],[/(playstation \w+)/i],[ro,[oo,gn],[to,co]],[/\b(xbox(?: one)?(?!; xbox))[\); ]/i],[ro,[oo,Xo],[to,co]],[/(ouya)/i,/(nintendo) (\w+)/i,/(retroid) (pocket ([^\)]+))/i,/(valve).+(steam deck)/i,/droid.+; ((shield|rgcube|gr0006))( bui|\))/i],[[oo,Un,{Nvidia:"Shield",Anbernic:"RGCUBE",Logitech:"GR0006"}],ro,[to,co]],[/\b(sm-[lr]\d\d[0156][fnuw]?s?|gear live)\b/i],[ro,[oo,An],[to,yo]],[/((pebble))app/i,/(asus|google|lg|oppo|xiaomi) ((pixel |zen)?watch[\w ]*)( bui|\))/i],[oo,ro,[to,yo]],[/(ow(?:19|20)?we?[1-3]{1,3})/i],[ro,[oo,$o],[to,yo]],[/(watch)(?: ?os[,\/]|\d,\d\/)[\d\.]+/i],[ro,[oo,Vo],[to,yo]],[/(opwwe\d{3})/i],[ro,[oo,_o],[to,yo]],[/(moto 360)/i],[ro,[oo,jo],[to,yo]],[/(smartwatch 3)/i],[ro,[oo,gn],[to,yo]],[/(g watch r)/i],[ro,[oo,Oo],[to,yo]],[/droid.+; (wt63?0{2,3})\)/i],[ro,[oo,Bn],[to,yo]],[/droid.+; (glass) \d/i],[ro,[oo,Zo],[to,lo]],[/(pico) ([\w ]+) os\d/i],[oo,ro,[to,lo]],[/(quest( \d| pro)?s?).+vr/i],[ro,[oo,an],[to,lo]],[/mobile vr; rv.+firefox/i],[[to,lo]],[/(tesla)(?: qtcarbrowser|\/[-\w\.]+)/i],[oo,[to,ko]],[/(aeobc)\b/i],[ro,[oo,qo],[to,ko]],[/(homepod).+mac os/i],[ro,[oo,Vo],[to,ko]],[/windows iot/i],[[to,ko]],[/droid.+; ([\w- ]+) (4k|android|smart|google)[- ]?tv/i],[ro,[to,ho]],[/\b((4k|android|smart|opera)[- ]?tv|tv; rv:|large screen[\w ]+safari)\b/i],[[to,ho]],[/droid .+?; ([^;]+?)(?: bui|; wv\)|\) applew|; hmsc).+?(mobile|vr|\d) safari/i],[ro,[to,Un,{mobile:"Mobile",xr:"VR","*":wo}]],[/\b((tablet|tab)[;\/]|focus\/\d(?!.+mobile))/i],[[to,wo]],[/(phone|mobile(?:[;\/]| [ \w\/\.]*safari)|pda(?=.+windows ce))/i],[[to,Do]],[/droid .+?; ([\w\. -]+)( bui|\))/i],[ro,[oo,"Generic"]]],engine:[[/windows.+ edge\/([\w\.]+)/i],[no,[Eo,tn+"HTML"]],[/(arkweb)\/([\w\.]+)/i],[Eo,no],[/webkit\/537\.36.+chrome\/(?!27)([\w\.]+)/i],[no,[Eo,"Blink"]],[/(presto)\/([\w\.]+)/i,/(webkit|trident|netfront|netsurf|amaya|lynx|w3m|goanna|servo)\/([\w\.]+)/i,/ekioh(flow)\/([\w\.]+)/i,/(khtml|tasman|links)[\/ ]\(?([\w\.]+)/i,/(icab)[\/ ]([23]\.[\d\.]+)/i,/\b(libweb)/i],[Eo,no],[/ladybird\//i],[[Eo,"LibWeb"]],[/rv\:([\w\.]{1,9})\b.+(gecko)/i],[no,Eo]],os:[[/(windows nt) (6\.[23]); arm/i],[[Eo,/N/,"R"],[no,Un,Mn]],[/(windows (?:phone|mobile|iot))(?: os)?[\/ ]?([\d\.]*( se)?)/i,/(windows)[\/ ](1[01]|2000|3\.1|7|8(\.1)?|9[58]|me|server 20\d\d( r2)?|vista|xp)/i],[Eo,no],[/windows nt ?([\d\.\)]*)(?!.+xbox)/i,/\bwin(?=3| ?9|n)(?:nt| 9x )?([\d\.;]*)/i],[[no,/(;|\))/g,"",Un,Mn],[Eo,Dn]],[/(windows ce)\/?([\d\.]*)/i],[Eo,no],[/[adehimnop]{4,7}\b(?:.*os ([\w]+) like mac|; opera)/i,/(?:ios;fbsv|ios(?=.+ip(?:ad|hone)|.+apple ?tv)|ip(?:ad|hone)(?: |.+i(?:pad)?)os|apple ?tv.+ios)[\/ ]([\w\.]+)/i,/\btvos ?([\w\.]+)/i,/cfnetwork\/.+darwin/i],[[no,/_/g,"."],[Eo,"iOS"]],[/(mac os x) ?([\w\. ]*)/i,/(macintosh|mac_powerpc\b)(?!.+(haiku|morphos))/i],[[Eo,"macOS"],[no,/_/g,"."]],[/android ([\d\.]+).*crkey/i],[no,[Eo,En+" Android"]],[/fuchsia.*crkey\/([\d\.]+)/i],[no,[Eo,En+" Fuchsia"]],[/crkey\/([\d\.]+).*devicetype\/smartspeaker/i],[no,[Eo,En+" SmartSpeaker"]],[/linux.*crkey\/([\d\.]+)/i],[no,[Eo,En+" Linux"]],[/crkey\/([\d\.]+)/i],[no,[Eo,En]],[/droid ([\w\.]+)\b.+(android[- ]x86)/i],[no,Eo],[/(ubuntu) ([\w\.]+) like android/i],[[Eo,/(.+)/,"$1 Touch"],no],[/(harmonyos)[\/ ]?([\d\.]*)/i,/(android|bada|blackberry|kaios|maemo|meego|openharmony|qnx|rim tablet os|sailfish|series40|symbian|tizen)\w*[-\/\.; ]?([\d\.]*)/i],[Eo,no],[/\(bb(10);/i],[no,[Eo,vo]],[/(?:symbian ?os|symbos|s60(?=;)|series ?60)[-\/ ]?([\w\.]*)/i],[no,[Eo,"Symbian"]],[/mozilla\/[\d\.]+ \((?:mobile|tablet|tv|mobile; [\w ]+); rv:.+ gecko\/([\w\.]+)/i],[no,[Eo,on+" OS"]],[/\b(?:hp)?wos(?:browser)?\/([\w\.]+)/i,/webos(?:[ \/]?|\.tv-20(?=2[2-9]))(\d[\d\.]*)/i],[no,[Eo,"webOS"]],[/web0s;.+?(?:chr[o0]me|safari)\/(\d+)/i],[[no,Un,{25:"120",24:"108",23:"94",22:"87",6:"79",5:"68",4:"53",3:"38",2:"538",1:"537","*":"TV"}],[Eo,"webOS"]],[/watch(?: ?os[,\/]|\d,\d\/)([\d\.]+)/i],[no,[Eo,"watchOS"]],[/(cros) [\w]+(?:\)| ([\w\.]+)\b)/i],[[Eo,"Chrome OS"],no],[/panasonic;(viera)/i,/(netrange)mmh/i,/(nettv)\/(\d+\.[\w\.]+)/i,/(nintendo|playstation) (\w+)/i,/(xbox); +xbox ([^\);]+)/i,/(pico) .+os([\w\.]+)/i,/\b(joli|palm)\b ?(?:os)?\/?([\w\.]*)/i,/linux.+(mint)[\/\(\) ]?([\w\.]*)/i,/(mageia|vectorlinux|fuchsia|arcaos|arch(?= ?linux))[;l ]([\d\.]*)/i,/([kxln]?ubuntu|debian|suse|opensuse|gentoo|slackware|fedora|mandriva|centos|pclinuxos|red ?hat|zenwalk|linpus|raspbian|plan 9|minix|risc os|contiki|deepin|manjaro|elementary os|sabayon|linspire|knoppix)(?: gnu[\/ ]linux)?(?: enterprise)?(?:[- ]linux)?(?:-gnu)?[-\/ ]?(?!chrom|package)([-\w\.]*)/i,/((?:open)?solaris)[-\/ ]?([\w\.]*)/i,/\b(aix)[; ]([1-9\.]{0,4})/i,/(hurd|linux|morphos)(?: (?:arm|x86|ppc)\w*| ?)([\w\.]*)/i,/(gnu) ?([\w\.]*)/i,/\b([-frentopcghs]{0,5}bsd|dragonfly)[\/ ]?(?!amd|[ix346]{1,2}86)([\w\.]*)/i,/(haiku) ?(r\d)?/i],[Eo,no],[/(sunos) ?([\d\.]*)/i],[[Eo,"Solaris"],no],[/\b(beos|os\/2|amigaos|openvms|hp-ux|serenityos)/i,/(unix) ?([\w\.]*)/i],[Eo,no]]},bn=(pn.call((Xt={init:{},isIgnore:{},isIgnoreRgx:{},toString:{}}).init,[[go,[Eo,no,so,to]],[Co,[ao]],[Bo,[to,ro,oo]],[io,[Eo,no]],[Qo,[Eo,no]]]),pn.call(Xt.isIgnore,[[go,[no,so]],[io,[no]],[Qo,[no]]]),pn.call(Xt.isIgnoreRgx,[[go,/ ?browser$/i],[Qo,/ ?os$/i]]),pn.call(Xt.toString,[[go,[Eo,no]],[Co,[ao]],[Bo,[oo,ro]],[io,[Eo,no]],[Qo,[Eo,no]]]),Xt),Hn=function(A,I){var g=bn.init[I],C=bn.isIgnore[I]||0,B=bn.isIgnoreRgx[I]||0,i=bn.toString[I]||0;function Q(){pn.call(this,g)}return Q.prototype.getItem=function(){return A},Q.prototype.withClientHints=function(){return dn?dn.getHighEntropyValues(Lo).then(function(I){return A.setCH(new Yn(I,!1)).parseCH().get()}):A.parseCH().get()},Q.prototype.withFeatureCheck=function(){return A.detectFeature().get()},I!=eo&&(Q.prototype.is=function(A){var I=!1;for(var g in this)if(this.hasOwnProperty(g)&&!yn(C,g)&&Nn(B?Sn(B,this[g]):this[g])==Nn(B?Sn(B,A):A)){if(I=!0,A!=Io)break}else if(A==Io&&I){I=!I;break}return I},Q.prototype.toString=function(){var A=zt;for(var I in i)typeof this[i[I]]!==Io&&(A+=(A?" ":zt)+this[i[I]]);return A||Io}),Q.prototype.then=function(A){var I=this,g=function(){for(var A in I)I.hasOwnProperty(A)&&(this[A]=I[A])};g.prototype={is:Q.prototype.is,toString:Q.prototype.toString,withClientHints:Q.prototype.withClientHints,withFeatureCheck:Q.prototype.withFeatureCheck};var C=new g;return A(C),C},new Q};function Yn(A,I){if(A=A||{},pn.call(this,Lo),I)pn.call(this,[[No,un(A[Ro])],[po,un(A[Uo])],[Do,/\?1/.test(A[Jo])],[ro,fn(A[bo])],[So,fn(A[Ho])],[fo,fn(A[Yo])],[ao,fn(A[Mo])],[Go,un(A[mo])],[Fo,fn(A[Ko])]]);else for(var g in A)this.hasOwnProperty(g)&&typeof A[g]!==Io&&(this[g]=A[g])}function Ln(A,I,g,C){return pn.call(this,[["itemType",A],["ua",I],["uaCH",C],["rgxMap",g],["data",Hn(this,A)]]),this}function qn(A,I,g){if(typeof A===$t?(ln(A,!0)?(typeof I===$t&&(g=I),I=A):(g=A,I=void 0),A=void 0):typeof A!==Ao||ln(I,!0)||(g=I,I=void 0),g)if(typeof g.append===_t){var C={};g.forEach(function(A,I){C[String(I).toLowerCase()]=A}),g=C}else{var B={};for(var i in g)g.hasOwnProperty(i)&&(B[String(i).toLowerCase()]=g[i]);g=B}if(!(this instanceof qn))return new qn(A,I,g).getResult();var Q=typeof A===Ao?A:g&&g[jt]?g[jt]:wn&&wn.userAgent?wn.userAgent:zt,e=new Yn(g,!0),E=I?function(A,I){var g={},C=I;if(!ln(I))for(var B in C={},I)for(var i in I[B])C[i]=I[B][i].concat(C[i]?C[i]:[]);for(var Q in A)g[Q]=C[Q]&&C[Q].length%2==0?C[Q].concat(A[Q]):A[Q];return g}(Jn,I):Jn,t=function(A){return A==eo?function(){return new Ln(A,Q,E,e).set("ua",Q).set(go,this.getBrowser()).set(Co,this.getCPU()).set(Bo,this.getDevice()).set(io,this.getEngine()).set(Qo,this.getOS()).get()}:function(){return new Ln(A,Q,E[A],e).parseUA().get()}};return pn.call(this,[["getBrowser",t(go)],["getCPU",t(Co)],["getDevice",t(Bo)],["getEngine",t(io)],["getOS",t(Qo)],["getResult",t(eo)],["getUA",function(){return Q}],["setUA",function(A){return kn(A)&&(Q=Fn(A,500)),this}]]).setUA(Q),this}function Vn(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}function Tn(A,I){return!!Array.isArray(I)&&(0===I.length||(A?I.every(A=>"string"==typeof A):I.every(A=>Number.isSafeInteger(A))))}function vn(A){if("function"!=typeof A)throw new Error("function expected");return!0}function Zn(A,I){if("string"!=typeof I)throw new Error(`${A}: string expected`);return!0}function xn(A){if(!Number.isSafeInteger(A))throw new Error(`invalid integer: ${A}`)}function Wn(A){if(!Array.isArray(A))throw new Error("array expected")}function Pn(A,I){if(!Tn(!0,I))throw new Error(`${A}: array of strings expected`)}function On(A,I){if(!Tn(!1,I))throw new Error(`${A}: array of numbers expected`)}function Xn(...A){const I=A=>A,g=(A,I)=>g=>A(I(g));return{encode:A.map(A=>A.encode).reduceRight(g,I),decode:A.map(A=>A.decode).reduce(g,I)}}function jn(A){const I="string"==typeof A?A.split(""):A,g=I.length;Pn("alphabet",I);const C=new Map(I.map((A,I)=>[A,I]));return{encode:C=>(Wn(C),C.map(C=>{if(!Number.isSafeInteger(C)||C<0||C>=g)throw new Error(`alphabet.encode: digit index outside alphabet "${C}". Allowed: ${A}`);return I[C]})),decode:I=>(Wn(I),I.map(I=>{Zn("alphabet.decode",I);const g=C.get(I);if(void 0===g)throw new Error(`Unknown letter: "${I}". Allowed: ${A}`);return g}))}}function zn(A=""){return Zn("join",A),{encode:I=>(Pn("join.decode",I),I.join(A)),decode:I=>(Zn("join.decode",I),I.split(A))}}function _n(A,I="="){return xn(A),Zn("padding",I),{encode(g){for(Pn("padding.encode",g);g.length*A%8;)g.push(I);return g},decode(g){Pn("padding.decode",g);let C=g.length;if(C*A%8)throw new Error("padding: invalid, string should have whole number of bytes");for(;C>0&&g[C-1]===I;C--)if((C-1)*A%8==0)throw new Error("padding: invalid, string has too much padding");return g.slice(0,C)}}}function $n(A){return vn(A),{encode:A=>A,decode:I=>A(I)}}function Aa(A,I,g){if(I<2)throw new Error(`convertRadix: invalid from=${I}, base cannot be less than 2`);if(g<2)throw new Error(`convertRadix: invalid to=${g}, base cannot be less than 2`);if(Wn(A),!A.length)return[];let C=0;const B=[],i=Array.from(A,A=>{if(xn(A),A<0||A>=I)throw new Error(`invalid integer: ${A}`);return A}),Q=i.length;for(;;){let A=0,e=!0;for(let B=C;B<Q;B++){const Q=i[B],E=I*A,t=E+Q;if(!Number.isSafeInteger(t)||E/I!==A||t-Q!==E)throw new Error("convertRadix: carry overflow");const o=t/g;A=t%g;const n=Math.floor(o);if(i[B]=n,!Number.isSafeInteger(n)||n*g+A!==t)throw new Error("convertRadix: carry overflow");e&&(n?e=!1:C=B)}if(B.push(A),e)break}for(let I=0;I<A.length-1&&0===A[I];I++)B.push(0);return B.reverse()}Ln.prototype.get=function(A){return A?this.data.hasOwnProperty(A)?this.data[A]:void 0:this.data},Ln.prototype.set=function(A,I){return this.data[A]=I,this},Ln.prototype.setCH=function(A){return this.uaCH=A,this},Ln.prototype.detectFeature=function(){if(wn&&wn.userAgent==this.ua)switch(this.itemType){case go:wn.brave&&typeof wn.brave.isBrave==_t&&this.set(Eo,"Brave");break;case Bo:!this.get(to)&&dn&&dn[Do]&&this.set(to,Do),"Macintosh"==this.get(ro)&&wn&&typeof wn.standalone!==Io&&wn.maxTouchPoints&&wn.maxTouchPoints>2&&this.set(ro,"iPad").set(to,wo);break;case Qo:!this.get(Eo)&&dn&&dn[So]&&this.set(Eo,dn[So]);break;case eo:var A=this.data,I=function(I){return A[I].getItem().detectFeature().get()};this.set(go,I(go)).set(Co,I(Co)).set(Bo,I(Bo)).set(io,I(io)).set(Qo,I(Qo))}return this},Ln.prototype.parseUA=function(){switch(this.itemType!=eo&&Rn.call(this.data,this.ua,this.rgxMap),this.itemType){case go:this.set(so,Gn(this.get(no)));break;case Qo:if("iOS"==this.get(Eo)&&"18.6"==this.get(no)){var A=/\) Version\/([\d\.]+)/.exec(this.ua);A&&parseInt(A[1].substring(0,2),10)>=26&&this.set(no,A[1])}}return this},Ln.prototype.parseCH=function(){var A=this.uaCH,I=this.rgxMap;switch(this.itemType){case go:case io:var g,C=A[po]||A[No];if(C)for(var B=0;B<C.length;B++){var i=C[B].brand||C[B],Q=C[B].version;this.itemType==go&&!/not.a.brand/i.test(i)&&(!g||/Chrom/.test(g)&&i!=en||g==tn&&/WebView2/.test(i))&&(i=Un(i,mn),(g=this.get(Eo))&&!/Chrom/.test(g)&&/Chrom/.test(i)||this.set(Eo,i).set(no,Q).set(so,Gn(Q)),g=i),this.itemType==io&&i==en&&this.set(no,Q)}break;case Co:var e=A[ao];e&&(e&&"64"==A[Fo]&&(e+="64"),Rn.call(this.data,e+";",I));break;case Bo:if(A[Do]&&this.set(to,Do),A[ro]&&(this.set(ro,A[ro]),!this.get(to)||!this.get(oo))){var E={};Rn.call(E,"droid 9; "+A[ro]+")",I),!this.get(to)&&E.type&&this.set(to,E.type),!this.get(oo)&&E.vendor&&this.set(oo,E.vendor)}if(A[Go]){var t;if("string"!=typeof A[Go])for(var o=0;!t&&o<A[Go].length;)t=Un(A[Go][o++],Kn);else t=Un(A[Go],Kn);this.set(to,t)}break;case Qo:var n=A[So];if(n){var a=A[fo];n==Dn&&(a=parseInt(Gn(a),10)>=13?"11":"10"),this.set(Eo,n).set(no,a)}this.get(Eo)==Dn&&"Xbox"==A[ro]&&this.set(Eo,"Xbox").set(no,void 0);break;case eo:var s=this.data,r=function(I){return s[I].getItem().setCH(A).parseCH().get()};this.set(go,r(go)).set(Co,r(Co)).set(Bo,r(Bo)).set(io,r(io)).set(Qo,r(Qo))}return this},qn.VERSION="2.0.7",qn.BROWSER=hn([Eo,no,so,to]),qn.CPU=hn([ao]),qn.DEVICE=hn([ro,oo,to,co,Do,ho,wo,yo,ko]),qn.ENGINE=qn.OS=hn([Eo,no]);const Ia=(A,I)=>0===I?A:Ia(I,A%I),ga=(A,I)=>A+(I-Ia(A,I)),Ca=(()=>{let A=[];for(let I=0;I<40;I++)A.push(2**I);return A})();function Ba(A,I,g,C){if(Wn(A),I<=0||I>32)throw new Error(`convertRadix2: wrong from=${I}`);if(g<=0||g>32)throw new Error(`convertRadix2: wrong to=${g}`);if(ga(I,g)>32)throw new Error(`convertRadix2: carry overflow from=${I} to=${g} carryBits=${ga(I,g)}`);let B=0,i=0;const Q=Ca[I],e=Ca[g]-1,E=[];for(const C of A){if(xn(C),C>=Q)throw new Error(`convertRadix2: invalid data word=${C} from=${I}`);if(B=B<<I|C,i+I>32)throw new Error(`convertRadix2: carry overflow pos=${i} from=${I}`);for(i+=I;i>=g;i-=g)E.push((B>>i-g&e)>>>0);const A=Ca[i];if(void 0===A)throw new Error("invalid carry");B&=A-1}if(B=B<<g-i&e,!C&&i>=I)throw new Error("Excess padding");if(!C&&B>0)throw new Error(`Non-zero padding: ${B}`);return C&&i>0&&E.push(B>>>0),E}function ia(A){return xn(A),{encode:I=>{if(!Vn(I))throw new Error("radix.encode input should be Uint8Array");return Aa(Array.from(I),256,A)},decode:I=>(On("radix.decode",I),Uint8Array.from(Aa(I,A,256)))}}function Qa(A,I=!1){if(xn(A),A<=0||A>32)throw new Error("radix2: bits should be in (0..32]");if(ga(8,A)>32||ga(A,8)>32)throw new Error("radix2: carry overflow");return{encode:g=>{if(!Vn(g))throw new Error("radix2.encode input should be Uint8Array");return Ba(Array.from(g),8,A,!I)},decode:g=>(On("radix2.decode",g),Uint8Array.from(Ba(g,A,8,I)))}}function ea(A){return vn(A),function(...I){try{return A.apply(null,I)}catch(A){}}}function Ea(A,I){return xn(A),vn(I),{encode(g){if(!Vn(g))throw new Error("checksum.encode: input should be Uint8Array");const C=I(g).slice(0,A),B=new Uint8Array(g.length+A);return B.set(g),B.set(C,g.length),B},decode(g){if(!Vn(g))throw new Error("checksum.decode: input should be Uint8Array");const C=g.slice(0,-A),B=g.slice(-A),i=I(C).slice(0,A);for(let I=0;I<A;I++)if(i[I]!==B[I])throw new Error("Invalid checksum");return C}}}const ta={alphabet:jn,chain:Xn,checksum:Ea,convertRadix:Aa,convertRadix2:Ba,radix:ia,radix2:Qa,join:zn,padding:_n},oa=(Xn(Qa(4),jn("0123456789ABCDEF"),zn("")),Xn(Qa(5),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"),_n(5),zn("")),Xn(Qa(5),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"),zn("")),Xn(Qa(5),jn("0123456789ABCDEFGHIJKLMNOPQRSTUV"),_n(5),zn("")),Xn(Qa(5),jn("0123456789ABCDEFGHIJKLMNOPQRSTUV"),zn("")),Xn(Qa(5),jn("0123456789ABCDEFGHJKMNPQRSTVWXYZ"),zn(""),$n(A=>A.toUpperCase().replace(/O/g,"0").replace(/[IL]/g,"1"))),(()=>"function"==typeof Uint8Array.from([]).toBase64&&"function"==typeof Uint8Array.fromBase64)()),na=(oa||Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"),_n(6),zn("")),Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"),zn("")),oa||Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"),_n(6),zn("")),Xn(Qa(6),jn("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"),zn("")),A=>Xn(ia(58),jn(A),zn(""))),aa=na("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz"),sa=(na("123456789abcdefghijkmnopqrstuvwxyzABCDEFGHJKLMNPQRSTUVWXYZ"),na("rpshnaf39wBUDNEGHJKLM4PQRST7VWXYZ2bcdeCg65jkm8oFqi1tuvAxyz"),A=>Xn(Ea(4,I=>A(A(I))),aa)),ra=Xn(jn("qpzry9x8gf2tvdw0s3jn54khce6mua7l"),zn("")),ca=[996825010,642813549,513874426,1027748829,705979059];function Da(A){const I=A>>25;let g=(33554431&A)<<5;for(let A=0;A<ca.length;A++)1==(I>>A&1)&&(g^=ca[A]);return g}function wa(A,I,g=1){const C=A.length;let B=1;for(let I=0;I<C;I++){const g=A.charCodeAt(I);if(g<33||g>126)throw new Error(`Invalid prefix (${A})`);B=Da(B)^g>>5}B=Da(B);for(let I=0;I<C;I++)B=Da(B)^31&A.charCodeAt(I);for(let A of I)B=Da(B)^A;for(let A=0;A<6;A++)B=Da(B);return B^=g,ra.encode(Ba([B%Ca[30]],30,5,!1))}function da(A){const I="bech32"===A?1:734539939,g=Qa(5),C=g.decode,B=g.encode,i=ea(C);function Q(A,g,C=90){Zn("bech32.encode prefix",A),Vn(g)&&(g=Array.from(g)),On("bech32.encode",g);const B=A.length;if(0===B)throw new TypeError(`Invalid prefix length ${B}`);const i=B+7+g.length;if(!1!==C&&i>C)throw new TypeError(`Length ${i} exceeds limit ${C}`);const Q=A.toLowerCase(),e=wa(Q,g,I);return`${Q}1${ra.encode(g)}${e}`}function e(A,g=90){Zn("bech32.decode input",A);const C=A.length;if(C<8||!1!==g&&C>g)throw new TypeError(`invalid string length: ${C} (${A}). Expected (8..${g})`);const B=A.toLowerCase();if(A!==B&&A!==A.toUpperCase())throw new Error("String must be lowercase or uppercase");const i=B.lastIndexOf("1");if(0===i||-1===i)throw new Error('Letter "1" must be present between prefix and data only');const Q=B.slice(0,i),e=B.slice(i+1);if(e.length<6)throw new Error("Data must be at least 6 characters long");const E=ra.decode(e).slice(0,-6),t=wa(Q,E,I);if(!e.endsWith(t))throw new Error(`Invalid checksum in ${A}: expected "${t}"`);return{prefix:Q,words:E}}return{encode:Q,decode:e,encodeFromBytes:function(A,I){return Q(A,B(I))},decodeToBytes:function(A){const{prefix:I,words:g}=e(A,!1);return{prefix:I,words:g,bytes:C(g)}},decodeUnsafe:ea(e),fromWords:C,fromWordsUnsafe:i,toWords:B}}const ha=da("bech32"),ya=da("bech32m"),la={encode:A=>(new TextDecoder).decode(A),decode:A=>(new TextEncoder).encode(A)},ka=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)()?{encode:A=>(function(A,...I){if(!Vn(A))throw new Error("Uint8Array expected");if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}(A),A.toHex()),decode:A=>(Zn("hex",A),Uint8Array.fromHex(A))}:Xn(Qa(4),jn("0123456789abcdef"),zn(""),$n(A=>{if("string"!=typeof A||A.length%2!=0)throw new TypeError(`hex.decode: expected string, got ${typeof A} with length ${A.length}`);return A.toLowerCase()})),ua="0123456789abcdef";class Na{constructor(A){this.bytes=A}static ofInner(A){if(16!==A.length)throw new TypeError("not 128-bit length");return new Na(A)}static fromFieldsV7(A,I,g,C){if(!Number.isInteger(A)||!Number.isInteger(I)||!Number.isInteger(g)||!Number.isInteger(C)||A<0||I<0||g<0||C<0||A>0xffffffffffff||I>4095||g>1073741823||C>4294967295)throw new RangeError("invalid field value");const B=new Uint8Array(16);return B[0]=A/2**40,B[1]=A/2**32,B[2]=A/2**24,B[3]=A/65536,B[4]=A/256,B[5]=A,B[6]=112|I>>>8,B[7]=I,B[8]=128|g>>>24,B[9]=g>>>16,B[10]=g>>>8,B[11]=g,B[12]=C>>>24,B[13]=C>>>16,B[14]=C>>>8,B[15]=C,new Na(B)}static parse(A){var I,g,C,B;let i;switch(A.length){case 32:i=null===(I=/^[0-9a-f]{32}$/i.exec(A))||void 0===I?void 0:I[0];break;case 36:i=null===(g=/^([0-9a-f]{8})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{12})$/i.exec(A))||void 0===g?void 0:g.slice(1,6).join("");break;case 38:i=null===(C=/^\{([0-9a-f]{8})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{12})\}$/i.exec(A))||void 0===C?void 0:C.slice(1,6).join("");break;case 45:i=null===(B=/^urn:uuid:([0-9a-f]{8})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{4})-([0-9a-f]{12})$/i.exec(A))||void 0===B?void 0:B.slice(1,6).join("")}if(i){const A=new Uint8Array(16);for(let I=0;I<16;I+=4){const g=parseInt(i.substring(2*I,2*I+8),16);A[I+0]=g>>>24,A[I+1]=g>>>16,A[I+2]=g>>>8,A[I+3]=g}return new Na(A)}throw new SyntaxError("could not parse UUID string")}toString(){let A="";for(let I=0;I<this.bytes.length;I++)A+=ua.charAt(this.bytes[I]>>>4),A+=ua.charAt(15&this.bytes[I]),3!==I&&5!==I&&7!==I&&9!==I||(A+="-");return A}toHex(){let A="";for(let I=0;I<this.bytes.length;I++)A+=ua.charAt(this.bytes[I]>>>4),A+=ua.charAt(15&this.bytes[I]);return A}toJSON(){return this.toString()}getVariant(){const A=this.bytes[8]>>>4;if(A<0)throw new Error("unreachable");if(A<=7)return this.bytes.every(A=>0===A)?"NIL":"VAR_0";if(A<=11)return"VAR_10";if(A<=13)return"VAR_110";if(A<=15)return this.bytes.every(A=>255===A)?"MAX":"VAR_RESERVED";throw new Error("unreachable")}getVersion(){return"VAR_10"===this.getVariant()?this.bytes[6]>>>4:void 0}clone(){return new Na(this.bytes.slice(0))}equals(A){return 0===this.compareTo(A)}compareTo(A){for(let I=0;I<16;I++){const g=this.bytes[I]-A.bytes[I];if(0!==g)return Math.sign(g)}return 0}}class Ga{constructor(A){this.timestamp_biased=0,this.counter=0,this.random=null!=A?A:pa()}generate(){return this.generateOrResetCore(Date.now(),1e4)}generateOrAbort(){return this.generateOrAbortCore(Date.now(),1e4)}generateOrResetCore(A,I){let g=this.generateOrAbortCore(A,I);return void 0===g&&(this.timestamp_biased=0,g=this.generateOrAbortCore(A,I)),g}generateOrAbortCore(A,I){if(!Number.isInteger(A)||A<0||A>0xffffffffffff)throw new RangeError("`unixTsMs` must be a 48-bit unsigned integer");if(I<0||I>0xffffffffffff)throw new RangeError("`rollbackAllowance` out of reasonable range");if(++A>this.timestamp_biased)this.timestamp_biased=A,this.resetCounter();else{if(!(A+I>=this.timestamp_biased))return;this.counter++,this.counter>4398046511103&&(this.timestamp_biased++,this.resetCounter())}return Na.fromFieldsV7(this.timestamp_biased-1,Math.trunc(this.counter/2**30),this.counter&2**30-1,this.random.nextUint32())}resetCounter(){this.counter=1024*this.random.nextUint32()+(1023&this.random.nextUint32())}generateV4(){const A=new Uint8Array(Uint32Array.of(this.random.nextUint32(),this.random.nextUint32(),this.random.nextUint32(),this.random.nextUint32()).buffer);return A[6]=64|A[6]>>>4,A[8]=128|A[8]>>>2,Na.ofInner(A)}}const pa=()=>{if("undefined"!=typeof crypto&&void 0!==crypto.getRandomValues)return new Sa;if("undefined"!=typeof UUIDV7_DENY_WEAK_RNG&&UUIDV7_DENY_WEAK_RNG)throw new Error("no cryptographically strong RNG available");return{nextUint32:()=>65536*Math.trunc(65536*Math.random())+Math.trunc(65536*Math.random())}};class Sa{constructor(){this.buffer=new Uint32Array(8),this.cursor=65535}nextUint32(){return this.cursor>=this.buffer.length&&(crypto.getRandomValues(this.buffer),this.cursor=0),this.buffer[this.cursor++]}}let fa;const Fa=()=>Ra().toString(),Ra=()=>(fa||(fa=new Ga)).generate();function Ua(A,I,g){return A&I^~A&g}function Ma(A,I,g){return A&I^A&g^I&g}class Ka extends Pt{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=Ht(this.buffer)}update(A){Jt(this),mt(A=xt(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=Ht(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){Jt(this),function(A,I){mt(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,bt(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=Ht(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const ma=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),Ja=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),ba=new Uint32Array(64);class Ha extends Ka{constructor(A=32){super(64,A,8,!1),this.A=0|ma[0],this.B=0|ma[1],this.C=0|ma[2],this.D=0|ma[3],this.E=0|ma[4],this.F=0|ma[5],this.G=0|ma[6],this.H=0|ma[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)ba[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=ba[A-15],g=ba[A-2],C=Yt(I,7)^Yt(I,18)^I>>>3,B=Yt(g,17)^Yt(g,19)^g>>>10;ba[A]=B+ba[A-7]+C+ba[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(Yt(Q,6)^Yt(Q,11)^Yt(Q,25))+Ua(Q,e,E)+Ja[A]+ba[A]|0,o=(Yt(g,2)^Yt(g,13)^Yt(g,22))+Ma(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){bt(ba)}destroy(){this.set(0,0,0,0,0,0,0,0),bt(this.buffer)}}const Ya=Ot(()=>new Ha);function La(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function qa(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function Va(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function Ta(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function va(A,I){return A<<32-I|A>>>I}function Za(A,I){return A<<I|A>>>32-I>>>0}function xa(A){return"string"==typeof A&&(A=function(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}(A)),La(A),A}class Wa{}function Pa(A){const I=I=>A().update(xa(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}function Oa(A,I,g){return A&I^~A&g}function Xa(A,I,g){return A&I^A&g^I&g}class ja extends Wa{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=Ta(this.buffer)}update(A){qa(this),La(A=xa(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=Ta(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){qa(this),function(A,I){La(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,Va(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=Ta(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const za=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),_a=Uint8Array.from([7,4,13,1,10,6,15,3,12,0,9,5,2,14,11,8]),$a=(()=>Uint8Array.from(new Array(16).fill(0).map((A,I)=>I)))(),As=(()=>$a.map(A=>(9*A+5)%16))(),Is=(()=>{const A=[[$a],[As]];for(let I=0;I<4;I++)for(let g of A)g.push(g[I].map(A=>_a[A]));return A})(),gs=(()=>Is[0])(),Cs=(()=>Is[1])(),Bs=[[11,14,15,12,5,8,7,9,11,13,14,15,6,7,9,8],[12,13,11,15,6,9,9,7,12,15,11,13,7,8,7,7],[13,15,14,11,7,7,6,8,13,14,13,12,5,5,6,9],[14,11,12,14,8,6,5,5,15,12,15,14,9,9,8,6],[15,12,13,13,9,5,8,6,14,11,12,11,8,6,5,5]].map(A=>Uint8Array.from(A)),is=gs.map((A,I)=>A.map(A=>Bs[I][A])),Qs=Cs.map((A,I)=>A.map(A=>Bs[I][A])),es=Uint32Array.from([0,1518500249,1859775393,2400959708,2840853838]),Es=Uint32Array.from([1352829926,1548603684,1836072691,2053994217,0]);function ts(A,I,g,C){return 0===A?I^g^C:1===A?I&g|~I&C:2===A?(I|~g)^C:3===A?I&C|g&~C:I^(g|~C)}const os=new Uint32Array(16);class ns extends ja{constructor(){super(64,20,8,!0),this.h0=1732584193,this.h1=-271733879,this.h2=-1732584194,this.h3=271733878,this.h4=-1009589776}get(){const{h0:A,h1:I,h2:g,h3:C,h4:B}=this;return[A,I,g,C,B]}set(A,I,g,C,B){this.h0=0|A,this.h1=0|I,this.h2=0|g,this.h3=0|C,this.h4=0|B}process(A,I){for(let g=0;g<16;g++,I+=4)os[g]=A.getUint32(I,!0);let g=0|this.h0,C=g,B=0|this.h1,i=B,Q=0|this.h2,e=Q,E=0|this.h3,t=E,o=0|this.h4,n=o;for(let A=0;A<5;A++){const I=4-A,a=es[A],s=Es[A],r=gs[A],c=Cs[A],D=is[A],w=Qs[A];for(let I=0;I<16;I++){const C=Za(g+ts(A,B,Q,E)+os[r[I]]+a,D[I])+o|0;g=o,o=E,E=0|Za(Q,10),Q=B,B=C}for(let A=0;A<16;A++){const g=Za(C+ts(I,i,e,t)+os[c[A]]+s,w[A])+n|0;C=n,n=t,t=0|Za(e,10),e=i,i=g}}this.set(this.h1+Q+t|0,this.h2+E+n|0,this.h3+o+C|0,this.h4+g+i|0,this.h0+B+e|0)}roundClean(){Va(os)}destroy(){this.destroyed=!0,Va(this.buffer),this.set(0,0,0,0,0)}}const as=Pa(()=>new ns),ss=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),rs=new Uint32Array(64);class cs extends ja{constructor(A=32){super(64,A,8,!1),this.A=0|za[0],this.B=0|za[1],this.C=0|za[2],this.D=0|za[3],this.E=0|za[4],this.F=0|za[5],this.G=0|za[6],this.H=0|za[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)rs[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=rs[A-15],g=rs[A-2],C=va(I,7)^va(I,18)^I>>>3,B=va(g,17)^va(g,19)^g>>>10;rs[A]=B+rs[A-7]+C+rs[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(va(Q,6)^va(Q,11)^va(Q,25))+Oa(Q,e,E)+ss[A]+rs[A]|0,o=(va(g,2)^va(g,13)^va(g,22))+Xa(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){Va(rs)}destroy(){this.set(0,0,0,0,0,0,0,0),Va(this.buffer)}}const Ds=Pa(()=>new cs),ws=new Uint8Array,ds=new Uint8Array([0]);function hs(A,I){if(A.length!==I.length)return!1;for(let g=0;g<A.length;g++)if(A[g]!==I[g])return!1;return!0}function ys(A){return A instanceof Uint8Array||ArrayBuffer.isView(A)&&"Uint8Array"===A.constructor.name}const ls=A=>new DataView(A.buffer,A.byteOffset,A.byteLength);function ks(A){return"[object Object]"===Object.prototype.toString.call(A)}function us(A){return Number.isSafeInteger(A)}const Ns=hs,Gs=ys,ps=A=>{if(null!==A&&"string"!=typeof A&&!bs(A)&&!ys(A)&&!us(A))throw new Error(`lengthCoder: expected null | number | Uint8Array | CoderType, got ${A} (${typeof A})`);return{encodeStream(I,g){if(null===A)return;if(bs(A))return A.encodeStream(I,g);let C;if("number"==typeof A?C=A:"string"==typeof A&&(C=fs.resolve(I.stack,A)),"bigint"==typeof C&&(C=Number(C)),void 0===C||C!==g)throw I.err(`Wrong length: ${C} len=${A} exp=${g} (${typeof g})`)},decodeStream(I){let g;if(bs(A)?g=Number(A.decodeStream(I)):"number"==typeof A?g=A:"string"==typeof A&&(g=fs.resolve(I.stack,A)),"bigint"==typeof g&&(g=Number(g)),"number"!=typeof g)throw I.err(`Wrong length: ${g}`);return g}}},Ss={BITS:32,FULL_MASK:-1>>>0,len:A=>Math.ceil(A/32),create:A=>new Uint32Array(Ss.len(A)),clean:A=>A.fill(0),debug:A=>Array.from(A).map(A=>(A>>>0).toString(2).padStart(32,"0")),checkLen:(A,I)=>{if(Ss.len(I)!==A.length)throw new Error(`wrong length=${A.length}. Expected: ${Ss.len(I)}`)},chunkLen:(A,I,g)=>{if(I<0)throw new Error(`wrong pos=${I}`);if(I+g>A)throw new Error(`wrong range=${I}/${g} of ${A}`)},set:(A,I,g,C=!0)=>!(!C&&0!==(A[I]&g)||(A[I]|=g,0)),pos:(A,I)=>({chunk:Math.floor((A+I)/32),mask:1<<32-(A+I)%32-1}),indices:(A,I,g=!1)=>{Ss.checkLen(A,I);const{FULL_MASK:C,BITS:B}=Ss,i=B-I%B,Q=i?C>>>i<<i:C,e=[];for(let I=0;I<A.length;I++){let C=A[I];if(g&&(C=~C),I===A.length-1&&(C&=Q),0!==C)for(let A=0;A<B;A++)C&1<<B-A-1&&e.push(I*B+A)}return e},range:A=>{const I=[];let g;for(const C of A)void 0===g||C!==g.pos+g.length?I.push(g={pos:C,length:1}):g.length+=1;return I},rangeDebug:(A,I,g=!1)=>`[${Ss.range(Ss.indices(A,I,g)).map(A=>`(${A.pos}/${A.length})`).join(", ")}]`,setRange:(A,I,g,C,B=!0)=>{Ss.chunkLen(I,g,C);const{FULL_MASK:i,BITS:Q}=Ss,e=g%Q?Math.floor(g/Q):void 0,E=g+C,t=E%Q?Math.floor(E/Q):void 0;if(void 0!==e&&e===t)return Ss.set(A,e,i>>>Q-C<<Q-C-g,B);if(void 0!==e&&!Ss.set(A,e,i>>>g%Q,B))return!1;const o=void 0!==t?t:E/Q;for(let I=void 0!==e?e+1:g/Q;I<o;I++)if(!Ss.set(A,I,i,B))return!1;return!(void 0!==t&&e!==t&&!Ss.set(A,t,i<<Q-E%Q,B))}},fs={pushObj:(A,I,g)=>{const C={obj:I};A.push(C),g((A,I)=>{C.field=A,I(),C.field=void 0}),A.pop()},path:A=>{const I=[];for(const g of A)void 0!==g.field&&I.push(g.field);return I.join("/")},err:(A,I,g)=>{const C=new Error(`${A}(${fs.path(I)}): ${"string"==typeof g?g:g.message}`);return g instanceof Error&&g.stack&&(C.stack=g.stack),C},resolve:(A,I)=>{const g=I.split("/"),C=A.map(A=>A.obj);let B=0;for(;B<g.length&&".."===g[B];B++)C.pop();let i=C.pop();for(;B<g.length;B++){if(!i||void 0===i[g[B]])return;i=i[g[B]]}return i}};class Fs{constructor(A,I={},g=[],C=void 0,B=0){this.pos=0,this.bitBuf=0,this.bitPos=0,this.data=A,this.opts=I,this.stack=g,this.parent=C,this.parentOffset=B,this.view=ls(A)}_enablePointers(){if(this.parent)return this.parent._enablePointers();this.bs||(this.bs=Ss.create(this.data.length),Ss.setRange(this.bs,this.data.length,0,this.pos,this.opts.allowMultipleReads))}markBytesBS(A,I){return this.parent?this.parent.markBytesBS(this.parentOffset+A,I):!I||!this.bs||Ss.setRange(this.bs,this.data.length,A,I,!1)}markBytes(A){const I=this.pos;this.pos+=A;const g=this.markBytesBS(I,A);if(!this.opts.allowMultipleReads&&!g)throw this.err(`multiple read pos=${this.pos} len=${A}`);return g}pushObj(A,I){return fs.pushObj(this.stack,A,I)}readView(A,I){if(!Number.isFinite(A))throw this.err(`readView: wrong length=${A}`);if(this.pos+A>this.data.length)throw this.err("readView: Unexpected end of buffer");const g=I(this.view,this.pos);return this.markBytes(A),g}absBytes(A){if(A>this.data.length)throw new Error("Unexpected end of buffer");return this.data.subarray(A)}finish(){if(!this.opts.allowUnreadBytes){if(this.bitPos)throw this.err(`${this.bitPos} bits left after unpack: ${ka.encode(this.data.slice(this.pos))}`);if(this.bs&&!this.parent){const A=Ss.indices(this.bs,this.data.length,!0);if(A.length){const I=Ss.range(A).map(({pos:A,length:I})=>`(${A}/${I})[${ka.encode(this.data.subarray(A,A+I))}]`).join(", ");throw this.err(`unread byte ranges: ${I} (total=${this.data.length})`)}return}if(!this.isEnd())throw this.err(`${this.leftBytes} bytes ${this.bitPos} bits left after unpack: ${ka.encode(this.data.slice(this.pos))}`)}}err(A){return fs.err("Reader",this.stack,A)}offsetReader(A){if(A>this.data.length)throw this.err("offsetReader: Unexpected end of buffer");return new Fs(this.absBytes(A),this.opts,this.stack,this,A)}bytes(A,I=!1){if(this.bitPos)throw this.err("readBytes: bitPos not empty");if(!Number.isFinite(A))throw this.err(`readBytes: wrong length=${A}`);if(this.pos+A>this.data.length)throw this.err("readBytes: Unexpected end of buffer");const g=this.data.subarray(this.pos,this.pos+A);return I||this.markBytes(A),g}byte(A=!1){if(this.bitPos)throw this.err("readByte: bitPos not empty");if(this.pos+1>this.data.length)throw this.err("readBytes: Unexpected end of buffer");const I=this.data[this.pos];return A||this.markBytes(1),I}get leftBytes(){return this.data.length-this.pos}get totalBytes(){return this.data.length}isEnd(){return this.pos>=this.data.length&&!this.bitPos}bits(A){if(A>32)throw this.err("BitReader: cannot read more than 32 bits in single call");let I=0;for(;A;){this.bitPos||(this.bitBuf=this.byte(),this.bitPos=8);const g=Math.min(A,this.bitPos);this.bitPos-=g,I=I<<g|this.bitBuf>>this.bitPos&2**g-1,this.bitBuf&=2**this.bitPos-1,A-=g}return I>>>0}find(A,I=this.pos){if(!ys(A))throw this.err(`find: needle is not bytes! ${A}`);if(this.bitPos)throw this.err("findByte: bitPos not empty");if(!A.length)throw this.err("find: needle is empty");for(let g=I;-1!==(g=this.data.indexOf(A[0],g));g++){if(-1===g)return;if(this.data.length-g<A.length)return;if(hs(A,this.data.subarray(g,g+A.length)))return g}}}class Rs{constructor(A=[]){this.pos=0,this.buffers=[],this.ptrs=[],this.bitBuf=0,this.bitPos=0,this.viewBuf=new Uint8Array(8),this.finished=!1,this.stack=A,this.view=ls(this.viewBuf)}pushObj(A,I){return fs.pushObj(this.stack,A,I)}writeView(A,I){if(this.finished)throw this.err("buffer: finished");if(!us(A)||A>8)throw new Error(`wrong writeView length=${A}`);I(this.view),this.bytes(this.viewBuf.slice(0,A)),this.viewBuf.fill(0)}err(A){if(this.finished)throw this.err("buffer: finished");return fs.err("Reader",this.stack,A)}bytes(A){if(this.finished)throw this.err("buffer: finished");if(this.bitPos)throw this.err("writeBytes: ends with non-empty bit buffer");this.buffers.push(A),this.pos+=A.length}byte(A){if(this.finished)throw this.err("buffer: finished");if(this.bitPos)throw this.err("writeByte: ends with non-empty bit buffer");this.buffers.push(new Uint8Array([A])),this.pos++}finish(A=!0){if(this.finished)throw this.err("buffer: finished");if(this.bitPos)throw this.err("buffer: ends with non-empty bit buffer");const I=this.buffers.concat(this.ptrs.map(A=>A.buffer)),g=I.map(A=>A.length).reduce((A,I)=>A+I,0),C=new Uint8Array(g);for(let A=0,g=0;A<I.length;A++){const B=I[A];C.set(B,g),g+=B.length}for(let A=this.pos,I=0;I<this.ptrs.length;I++){const g=this.ptrs[I];C.set(g.ptr.encode(A),g.pos),A+=g.buffer.length}if(A){this.buffers=[];for(const A of this.ptrs)A.buffer.fill(0);this.ptrs=[],this.finished=!0,this.bitBuf=0}return C}bits(A,I){if(I>32)throw this.err("writeBits: cannot write more than 32 bits in single call");if(A>=2**I)throw this.err(`writeBits: value (${A}) >= 2**bits (${I})`);for(;I;){const g=Math.min(I,8-this.bitPos);this.bitBuf=this.bitBuf<<g|A>>I-g,this.bitPos+=g,A&=2**(I-=g)-1,8===this.bitPos&&(this.bitPos=0,this.buffers.push(new Uint8Array([this.bitBuf])),this.pos++)}}}const Us=A=>Uint8Array.from(A).reverse();function Ms(A){return{encodeStream:A.encodeStream,decodeStream:A.decodeStream,size:A.size,encode:I=>{const g=new Rs;return A.encodeStream(g,I),g.finish()},decode:(I,g={})=>{const C=new Fs(I,g),B=A.decodeStream(C);return C.finish(),B}}}function Ks(A,I){if(!bs(A))throw new Error(`validate: invalid inner value ${A}`);if("function"!=typeof I)throw new Error("validate: fn should be function");return Ms({size:A.size,encodeStream:(g,C)=>{let B;try{B=I(C)}catch(A){throw g.err(A)}A.encodeStream(g,B)},decodeStream:g=>{const C=A.decodeStream(g);try{return I(C)}catch(A){throw g.err(A)}}})}const ms=A=>{const I=Ms(A);return A.validate?Ks(I,A.validate):I},Js=A=>ks(A)&&"function"==typeof A.decode&&"function"==typeof A.encode;function bs(A){return ks(A)&&Js(A)&&"function"==typeof A.encodeStream&&"function"==typeof A.decodeStream&&(void 0===A.size||us(A.size))}const Hs=A=>{if(!Js(A))throw new Error("BaseCoder expected");return{encode:A.decode,decode:A.encode}},Ys={dict:function(){return{encode:A=>{if(!Array.isArray(A))throw new Error("array expected");const I={};for(const g of A){if(!Array.isArray(g)||2!==g.length)throw new Error("array of two elements expected");const A=g[0],C=g[1];if(void 0!==I[A])throw new Error(`key(${A}) appears twice in struct`);I[A]=C}return I},decode:A=>{if(!ks(A))throw new Error(`expected plain object, got ${A}`);return Object.entries(A)}}},numberBigint:{encode:A=>{if("bigint"!=typeof A)throw new Error("expected bigint, got "+typeof A);if(A>BigInt(Number.MAX_SAFE_INTEGER))throw new Error(`element bigger than MAX_SAFE_INTEGER=${A}`);return Number(A)},decode:A=>{if(!us(A))throw new Error("element is not a safe integer");return BigInt(A)}},tsEnum:function(A){if(!ks(A))throw new Error("plain object expected");return{encode:I=>{if(!us(I)||!(I in A))throw new Error(`wrong value ${I}`);return A[I]},decode:I=>{if("string"!=typeof I)throw new Error("wrong value "+typeof I);return A[I]}}},decimal:function(A,I=!1){if(!us(A))throw new Error(`decimal/precision: wrong value ${A}`);if("boolean"!=typeof I)throw new Error("decimal/round: expected boolean, got "+typeof I);const g=10n**BigInt(A);return{encode:I=>{if("bigint"!=typeof I)throw new Error("expected bigint, got "+typeof I);let g=(I<0n?-I:I).toString(10),C=g.length-A;C<0&&(g=g.padStart(g.length-C,"0"),C=0);let B=g.length-1;for(;B>=C&&"0"===g[B];B--);let i=g.slice(0,C),Q=g.slice(C,B+1);return i||(i="0"),I<0n&&(i="-"+i),Q?`${i}.${Q}`:i},decode:C=>{if("string"!=typeof C)throw new Error("expected string, got "+typeof C);if("-0"===C)throw new Error("negative zero is not allowed");let B=!1;if(C.startsWith("-")&&(B=!0,C=C.slice(1)),!/^(0|[1-9]\d*)(\.\d+)?$/.test(C))throw new Error(`wrong string value=${C}`);let i=C.indexOf(".");i=-1===i?C.length:i;const Q=C.slice(0,i),e=C.slice(i+1).replace(/0+$/,""),E=BigInt(Q)*g;if(!I&&e.length>A)throw new Error(`fractional part cannot be represented with this precision (num=${C}, prec=${A})`);const t=Math.min(e.length,A),o=E+BigInt(e.slice(0,t))*10n**BigInt(A-t);return B?-o:o}}},match:function(A){if(!Array.isArray(A))throw new Error("expected array, got "+typeof A);for(const I of A)if(!Js(I))throw new Error(`wrong base coder ${I}`);return{encode:I=>{for(const g of A){const A=g.encode(I);if(void 0!==A)return A}throw new Error(`match/encode: cannot find match in ${I}`)},decode:I=>{for(const g of A){const A=g.decode(I);if(void 0!==A)return A}throw new Error(`match/decode: cannot find match in ${I}`)}}},reverse:Hs},Ls=(A,I=!1,g=!1,C=!0)=>{if(!us(A))throw new Error(`bigint/size: wrong value ${A}`);if("boolean"!=typeof I)throw new Error("bigint/le: expected boolean, got "+typeof I);if("boolean"!=typeof g)throw new Error("bigint/signed: expected boolean, got "+typeof g);if("boolean"!=typeof C)throw new Error("bigint/sized: expected boolean, got "+typeof C);const B=BigInt(A),i=2n**(8n*B-1n);return ms({size:C?A:void 0,encodeStream:(B,Q)=>{g&&Q<0&&(Q|=i);const e=[];for(let I=0;I<A;I++)e.push(Number(255n&Q)),Q>>=8n;let E=new Uint8Array(e).reverse();if(!C){let A=0;for(A=0;A<E.length&&0===E[A];A++);E=E.subarray(A)}B.bytes(I?E.reverse():E)},decodeStream:B=>{const Q=B.bytes(C?A:Math.min(A,B.leftBytes)),e=I?Q:Us(Q);let E=0n;for(let A=0;A<e.length;A++)E|=BigInt(e[A])<<8n*BigInt(A);return g&&E&i&&(E=(E^i)-i),E},validate:A=>{if("bigint"!=typeof A)throw new Error(`bigint: invalid value: ${A}`);return function(A,I,g){if(g){const g=2n**(I-1n);if(A<-g||A>=g)throw new Error(`value out of signed bounds. Expected ${-g} <= ${A} < ${g}`)}else if(0n>A||A>=2n**I)throw new Error(`value out of unsigned bounds. Expected 0 <= ${A} < ${2n**I}`)}(A,8n*B,!!g),A}})},qs=Ls(32,!1),Vs=Ls(8,!0),Ts=Ls(8,!0,!0),vs=(A,I,g)=>{const C=8*A,B=2**(C-1),i=2**C;return((A,I)=>ms({size:A,encodeStream:(g,C)=>g.writeView(A,A=>I.write(A,C)),decodeStream:g=>g.readView(A,I.read),validate:A=>{if("number"!=typeof A)throw new Error("viewCoder: expected number, got "+typeof A);return I.validate&&I.validate(A),A}}))(A,{write:g.write,read:g.read,validate:I?A=>{if(!us(A))throw new Error(`sintView: value is not safe integer: ${A}`);if(A<-B||A>=B)throw new Error(`sintView: value out of bounds. Expected ${-B} <= ${A} < ${B}`)}:A=>{if(!us(A))throw new Error(`uintView: value is not safe integer: ${A}`);if(0>A||A>=i)throw new Error(`uintView: value out of bounds. Expected 0 <= ${A} < ${i}`)}})},Zs=vs(4,!1,{read:(A,I)=>A.getUint32(I,!0),write:(A,I)=>A.setUint32(0,I,!0)}),xs=vs(4,!1,{read:(A,I)=>A.getUint32(I,!1),write:(A,I)=>A.setUint32(0,I,!1)}),Ws=vs(4,!0,{read:(A,I)=>A.getInt32(I,!0),write:(A,I)=>A.setInt32(0,I,!0)}),Ps=vs(2,!1,{read:(A,I)=>A.getUint16(I,!0),write:(A,I)=>A.setUint16(0,I,!0)}),Os=vs(1,!1,{read:(A,I)=>A.getUint8(I),write:(A,I)=>A.setUint8(0,I)}),Xs=(A,I=!1)=>{if("boolean"!=typeof I)throw new Error("bytes/le: expected boolean, got "+typeof I);const g=ps(A),C=ys(A);return ms({size:"number"==typeof A?A:void 0,encodeStream:(B,i)=>{C||g.encodeStream(B,i.length),B.bytes(I?Us(i):i),C&&B.bytes(A)},decodeStream:B=>{let i;if(C){const I=B.find(A);if(!I)throw B.err("bytes: cannot find terminator");i=B.bytes(I-B.pos),B.bytes(A.length)}else i=B.bytes(null===A?B.leftBytes:g.decodeStream(B));return I?Us(i):i},validate:A=>{if(!ys(A))throw new Error(`bytes: invalid value ${A}`);return A}})},js=(A,I=!1)=>Ks(zs(Xs(A,I),la),A=>{if("string"!=typeof A)throw new Error("expected string, got "+typeof A);return A});function zs(A,I){if(!bs(A))throw new Error(`apply: invalid inner value ${A}`);if(!Js(I))throw new Error(`apply: invalid base value ${A}`);return ms({size:A.size,encodeStream:(g,C)=>{let B;try{B=I.decode(C)}catch(A){throw g.err(""+A)}return A.encodeStream(g,B)},decodeStream:g=>{const C=A.decodeStream(g);try{return I.encode(C)}catch(A){throw g.err(""+A)}}})}function _s(A,I,g=!0){if(!bs(A))throw new Error(`magic: invalid inner value ${A}`);if("boolean"!=typeof g)throw new Error("magic: expected boolean, got "+typeof g);return ms({size:A.size,encodeStream:(g,C)=>A.encodeStream(g,I),decodeStream:C=>{const B=A.decodeStream(C);if(g&&"object"!=typeof B&&B!==I||ys(I)&&!hs(I,B))throw C.err(`magic: invalid value: ${B} !== ${I}`)},validate:A=>{if(void 0!==A)throw new Error("magic: wrong value="+typeof A);return A}})}function $s(A){let I=0;for(const g of A){if(void 0===g.size)return;if(!us(g.size))throw new Error(`sizeof: wrong element size=${I}`);I+=g.size}return I}function Ar(A){if(!ks(A))throw new Error(`struct: expected plain object, got ${A}`);for(const I in A)if(!bs(A[I]))throw new Error(`struct: field ${I} is not CoderType`);return ms({size:$s(Object.values(A)),encodeStream:(I,g)=>{I.pushObj(g,C=>{for(const B in A)C(B,()=>A[B].encodeStream(I,g[B]))})},decodeStream:I=>{const g={};return I.pushObj(g,C=>{for(const B in A)C(B,()=>g[B]=A[B].decodeStream(I))}),g},validate:A=>{if("object"!=typeof A||null===A)throw new Error(`struct: invalid value ${A}`);return A}})}function Ir(A,I){if(!bs(I))throw new Error(`array: invalid inner value ${I}`);const g=ps("string"==typeof A?`../${A}`:A);return ms({size:"number"==typeof A&&I.size?A*I.size:void 0,encodeStream:(C,B)=>{const i=C;i.pushObj(B,Q=>{ys(A)||g.encodeStream(C,B.length);for(let g=0;g<B.length;g++)Q(`${g}`,()=>{const Q=B[g],e=C.pos;if(I.encodeStream(C,Q),ys(A)){if(A.length>i.pos-e)return;const I=i.finish(!1).subarray(e,i.pos);if(hs(I.subarray(0,A.length),A))throw i.err(`array: inner element encoding same as separator. elm=${Q} data=${I}`)}})}),ys(A)&&C.bytes(A)},decodeStream:C=>{const B=[];return C.pushObj(B,i=>{if(null===A)for(let A=0;!(C.isEnd()||(i(`${A}`,()=>B.push(I.decodeStream(C))),I.size&&C.leftBytes<I.size));A++);else if(ys(A))for(let g=0;;g++){if(hs(C.bytes(A.length,!0),A)){C.bytes(A.length);break}i(`${g}`,()=>B.push(I.decodeStream(C)))}else{let A;i("arrayLen",()=>A=g.decodeStream(C));for(let g=0;g<A;g++)i(`${g}`,()=>B.push(I.decodeStream(C)))}}),B},validate:A=>{if(!Array.isArray(A))throw new Error(`array: invalid value ${A}`);return A}})}const gr=ie.ProjectivePoint,Cr=ie.CURVE.n,Br=Gs,ir=function(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];if(!ys(C))throw new Error("Uint8Array expected");I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g},Qr=Ns,er=A=>as(Ds(A)),Er=(...A)=>Ds(Ds(ir(...A))),tr=(de.utils.randomPrivateKey,de.getPublicKey),or=ie.getPublicKey,nr=A=>A.r<Cr/2n,ar=de.sign,sr=de.utils.taggedHash;var rr;function cr(A,I){const g=A.length;if(I===rr.ecdsa){if(32===g)throw new Error("Expected non-Schnorr key");return gr.fromHex(A),A}if(I===rr.schnorr){if(32!==g)throw new Error("Expected 32-byte Schnorr key");return de.utils.lift_x(de.utils.bytesToNumberBE(A)),A}throw new Error("Unknown key type")}function Dr(A,I){const g=de.utils,C=g.taggedHash("TapTweak",A,I),B=g.bytesToNumberBE(C);if(B>=Cr)throw new Error("tweak higher than curve order");return B}function wr(A,I=Uint8Array.of()){const g=de.utils,C=g.bytesToNumberBE(A),B=gr.fromPrivateKey(C),i=B.hasEvenY()?C:g.mod(-C,Cr),Q=Dr(g.pointToBytes(B),I);return g.numberToBytesBE(g.mod(i+Q,Cr),32)}function dr(A,I){const g=de.utils,C=Dr(A,I),B=g.lift_x(g.bytesToNumberBE(A)).add(gr.fromPrivateKey(C)),i=B.hasEvenY()?0:1;return[g.pointToBytes(B),i]}!function(A){A[A.ecdsa=0]="ecdsa",A[A.schnorr=1]="schnorr"}(rr||(rr={}));const hr=Ds(gr.BASE.toRawBytes(!1)),yr={bech32:"bc",pubKeyHash:0,scriptHash:5,wif:128},lr={bech32:"tb",pubKeyHash:111,scriptHash:196,wif:239};function kr(A,I){if(!Br(A)||!Br(I))throw new Error(`cmp: wrong type a=${typeof A} b=${typeof I}`);const g=Math.min(A.length,I.length);for(let C=0;C<g;C++)if(A[C]!=I[C])return Math.sign(A[C]-I[C]);return Math.sign(A.length-I.length)}var ur;function Nr(A=6,I=!1){return ms({encodeStream:(A,I)=>{if(0n===I)return;const g=I<0,C=BigInt(I),B=[];for(let A=g?-C:C;A;A>>=8n)B.push(Number(0xffn&A));B[B.length-1]>=128?B.push(g?128:0):g&&(B[B.length-1]|=128),A.bytes(new Uint8Array(B))},decodeStream:g=>{const C=g.leftBytes;if(C>A)throw new Error(`ScriptNum: number (${C}) bigger than limit=${A}`);if(0===C)return 0n;if(I){const A=g.bytes(C,!0);if(!(127&A[A.length-1]||!(C<=1)&&128&A[A.length-2]))throw new Error("Non-minimally encoded ScriptNum")}let B=0,i=0n;for(let A=0;A<C;++A)B=g.byte(),i|=BigInt(B)<<8n*BigInt(A);return B>=128&&(i&=2n**BigInt(8*C)-1n>>1n,i=-i),i}})}!function(A){A[A.OP_0=0]="OP_0",A[A.PUSHDATA1=76]="PUSHDATA1",A[A.PUSHDATA2=77]="PUSHDATA2",A[A.PUSHDATA4=78]="PUSHDATA4",A[A["1NEGATE"]=79]="1NEGATE",A[A.RESERVED=80]="RESERVED",A[A.OP_1=81]="OP_1",A[A.OP_2=82]="OP_2",A[A.OP_3=83]="OP_3",A[A.OP_4=84]="OP_4",A[A.OP_5=85]="OP_5",A[A.OP_6=86]="OP_6",A[A.OP_7=87]="OP_7",A[A.OP_8=88]="OP_8",A[A.OP_9=89]="OP_9",A[A.OP_10=90]="OP_10",A[A.OP_11=91]="OP_11",A[A.OP_12=92]="OP_12",A[A.OP_13=93]="OP_13",A[A.OP_14=94]="OP_14",A[A.OP_15=95]="OP_15",A[A.OP_16=96]="OP_16",A[A.NOP=97]="NOP",A[A.VER=98]="VER",A[A.IF=99]="IF",A[A.NOTIF=100]="NOTIF",A[A.VERIF=101]="VERIF",A[A.VERNOTIF=102]="VERNOTIF",A[A.ELSE=103]="ELSE",A[A.ENDIF=104]="ENDIF",A[A.VERIFY=105]="VERIFY",A[A.RETURN=106]="RETURN",A[A.TOALTSTACK=107]="TOALTSTACK",A[A.FROMALTSTACK=108]="FROMALTSTACK",A[A["2DROP"]=109]="2DROP",A[A["2DUP"]=110]="2DUP",A[A["3DUP"]=111]="3DUP",A[A["2OVER"]=112]="2OVER",A[A["2ROT"]=113]="2ROT",A[A["2SWAP"]=114]="2SWAP",A[A.IFDUP=115]="IFDUP",A[A.DEPTH=116]="DEPTH",A[A.DROP=117]="DROP",A[A.DUP=118]="DUP",A[A.NIP=119]="NIP",A[A.OVER=120]="OVER",A[A.PICK=121]="PICK",A[A.ROLL=122]="ROLL",A[A.ROT=123]="ROT",A[A.SWAP=124]="SWAP",A[A.TUCK=125]="TUCK",A[A.CAT=126]="CAT",A[A.SUBSTR=127]="SUBSTR",A[A.LEFT=128]="LEFT",A[A.RIGHT=129]="RIGHT",A[A.SIZE=130]="SIZE",A[A.INVERT=131]="INVERT",A[A.AND=132]="AND",A[A.OR=133]="OR",A[A.XOR=134]="XOR",A[A.EQUAL=135]="EQUAL",A[A.EQUALVERIFY=136]="EQUALVERIFY",A[A.RESERVED1=137]="RESERVED1",A[A.RESERVED2=138]="RESERVED2",A[A["1ADD"]=139]="1ADD",A[A["1SUB"]=140]="1SUB",A[A["2MUL"]=141]="2MUL",A[A["2DIV"]=142]="2DIV",A[A.NEGATE=143]="NEGATE",A[A.ABS=144]="ABS",A[A.NOT=145]="NOT",A[A["0NOTEQUAL"]=146]="0NOTEQUAL",A[A.ADD=147]="ADD",A[A.SUB=148]="SUB",A[A.MUL=149]="MUL",A[A.DIV=150]="DIV",A[A.MOD=151]="MOD",A[A.LSHIFT=152]="LSHIFT",A[A.RSHIFT=153]="RSHIFT",A[A.BOOLAND=154]="BOOLAND",A[A.BOOLOR=155]="BOOLOR",A[A.NUMEQUAL=156]="NUMEQUAL",A[A.NUMEQUALVERIFY=157]="NUMEQUALVERIFY",A[A.NUMNOTEQUAL=158]="NUMNOTEQUAL",A[A.LESSTHAN=159]="LESSTHAN",A[A.GREATERTHAN=160]="GREATERTHAN",A[A.LESSTHANOREQUAL=161]="LESSTHANOREQUAL",A[A.GREATERTHANOREQUAL=162]="GREATERTHANOREQUAL",A[A.MIN=163]="MIN",A[A.MAX=164]="MAX",A[A.WITHIN=165]="WITHIN",A[A.RIPEMD160=166]="RIPEMD160",A[A.SHA1=167]="SHA1",A[A.SHA256=168]="SHA256",A[A.HASH160=169]="HASH160",A[A.HASH256=170]="HASH256",A[A.CODESEPARATOR=171]="CODESEPARATOR",A[A.CHECKSIG=172]="CHECKSIG",A[A.CHECKSIGVERIFY=173]="CHECKSIGVERIFY",A[A.CHECKMULTISIG=174]="CHECKMULTISIG",A[A.CHECKMULTISIGVERIFY=175]="CHECKMULTISIGVERIFY",A[A.NOP1=176]="NOP1",A[A.CHECKLOCKTIMEVERIFY=177]="CHECKLOCKTIMEVERIFY",A[A.CHECKSEQUENCEVERIFY=178]="CHECKSEQUENCEVERIFY",A[A.NOP4=179]="NOP4",A[A.NOP5=180]="NOP5",A[A.NOP6=181]="NOP6",A[A.NOP7=182]="NOP7",A[A.NOP8=183]="NOP8",A[A.NOP9=184]="NOP9",A[A.NOP10=185]="NOP10",A[A.CHECKSIGADD=186]="CHECKSIGADD",A[A.INVALID=255]="INVALID"}(ur||(ur={}));const Gr=ms({encodeStream:(A,I)=>{for(let g of I){if("string"==typeof g){if(void 0===ur[g])throw new Error(`Unknown opcode=${g}`);A.byte(ur[g]);continue}if("number"==typeof g){if(0===g){A.byte(0);continue}if(1<=g&&g<=16){A.byte(ur.OP_1-1+g);continue}}if("number"==typeof g&&(g=Nr().encode(BigInt(g))),!Br(g))throw new Error(`Wrong Script OP=${g} (${typeof g})`);const I=g.length;I<ur.PUSHDATA1?A.byte(I):I<=255?(A.byte(ur.PUSHDATA1),A.byte(I)):I<=65535?(A.byte(ur.PUSHDATA2),A.bytes(Ps.encode(I))):(A.byte(ur.PUSHDATA4),A.bytes(Zs.encode(I))),A.bytes(g)}},decodeStream:A=>{const I=[];for(;!A.isEnd();){const g=A.byte();if(ur.OP_0<g&&g<=ur.PUSHDATA4){let C;if(g<ur.PUSHDATA1)C=g;else if(g===ur.PUSHDATA1)C=Os.decodeStream(A);else if(g===ur.PUSHDATA2)C=Ps.decodeStream(A);else{if(g!==ur.PUSHDATA4)throw new Error("Should be not possible");C=Zs.decodeStream(A)}I.push(A.bytes(C))}else if(0===g)I.push(0);else if(ur.OP_1<=g&&g<=ur.OP_16)I.push(g-(ur.OP_1-1));else{const A=ur[g];if(void 0===A)throw new Error(`Unknown opcode=${g.toString(16)}`);I.push(A)}}return I}}),pr={253:[253,2,253n,65535n],254:[254,4,65536n,4294967295n],255:[255,8,4294967296n,18446744073709551615n]},Sr=ms({encodeStream:(A,I)=>{if("number"==typeof I&&(I=BigInt(I)),0n<=I&&I<=252n)return A.byte(Number(I));for(const[g,C,B,i]of Object.values(pr))if(!(B>I||I>i)){A.byte(g);for(let g=0;g<C;g++)A.byte(Number(I>>8n*BigInt(g)&0xffn));return}throw A.err(`VarInt too big: ${I}`)},decodeStream:A=>{const I=A.byte();if(I<=252)return BigInt(I);const[g,C,B]=pr[I];let i=0n;for(let I=0;I<C;I++)i|=BigInt(A.byte())<<8n*BigInt(I);if(i<B)throw A.err(`Wrong CompactSize(${8*C})`);return i}}),fr=zs(Sr,Ys.numberBigint),Fr=Xs(Sr),Rr=Ir(fr,Fr),Ur=A=>Ir(Sr,A),Mr=Ar({txid:Xs(32,!0),index:Zs,finalScriptSig:Fr,sequence:Zs}),Kr=Ar({amount:Vs,script:Fr}),mr=Ks(Ar({version:Ws,segwitFlag:((A,I=!1)=>{if(!ys(A))throw new Error("flag/flagValue: expected Uint8Array, got "+typeof A);if("boolean"!=typeof I)throw new Error("flag/xor: expected boolean, got "+typeof I);return ms({size:A.length,encodeStream:(g,C)=>{!!C!==I&&g.bytes(A)},decodeStream:g=>{let C=g.leftBytes>=A.length;return C&&(C=hs(g.bytes(A.length,!0),A),C&&g.bytes(A.length)),C!==I},validate:A=>{if(void 0!==A&&"boolean"!=typeof A)throw new Error("flag: expected boolean value or undefined, got "+typeof A);return A}})})(new Uint8Array([0,1])),inputs:Ur(Mr),outputs:Ur(Kr),witnesses:function(A,I){if(!bs(I))throw new Error(`flagged: invalid inner value ${I}`);return ms({encodeStream:(g,C)=>{fs.resolve(g.stack,A)&&I.encodeStream(g,C)},decodeStream:g=>{let C=!1;if(C=!!fs.resolve(g.stack,A),C)return I.decodeStream(g)}})}("segwitFlag",Ir("inputs/length",Rr)),lockTime:Zs}),function(A){if(A.segwitFlag&&A.witnesses&&!A.witnesses.length)throw new Error("Segwit flag with empty witnesses array");return A}),Jr=Ar({version:Ws,inputs:Ur(Mr),outputs:Ur(Kr),lockTime:Zs}),br=Ks(Xs(null),A=>cr(A,rr.ecdsa)),Hr=Ks(Xs(32),A=>cr(A,rr.schnorr)),Yr=Ks(Xs(null),A=>{if(64!==A.length&&65!==A.length)throw new Error("Schnorr signature should be 64 or 65 bytes long");return A}),Lr=Ar({fingerprint:xs,path:Ir(null,Zs)}),qr=Ar({hashes:Ir(fr,Xs(32)),der:Lr}),Vr=Xs(78),Tr=Ar({pubKey:Hr,leafHash:Xs(32)}),vr=Ks(Ar({version:Os,internalKey:Xs(32),merklePath:Ir(null,Xs(32))}),A=>{if(A.merklePath.length>128)throw new Error("TaprootControlBlock: merklePath should be of length 0..128 (inclusive)");return A}),Zr=Ir(null,Ar({depth:Os,version:Os,script:Fr})),xr=Xs(null),Wr=Xs(20),Pr=Xs(32),Or={unsignedTx:[0,!1,Jr,[0],[0],!1],xpub:[1,Vr,Lr,[],[0,2],!1],txVersion:[2,!1,Zs,[2],[2],!1],fallbackLocktime:[3,!1,Zs,[],[2],!1],inputCount:[4,!1,fr,[2],[2],!1],outputCount:[5,!1,fr,[2],[2],!1],txModifiable:[6,!1,Os,[],[2],!1],version:[251,!1,Zs,[],[0,2],!1],proprietary:[252,xr,xr,[],[0,2],!1]},Xr={nonWitnessUtxo:[0,!1,mr,[],[0,2],!1],witnessUtxo:[1,!1,Kr,[],[0,2],!1],partialSig:[2,br,xr,[],[0,2],!1],sighashType:[3,!1,Zs,[],[0,2],!1],redeemScript:[4,!1,xr,[],[0,2],!1],witnessScript:[5,!1,xr,[],[0,2],!1],bip32Derivation:[6,br,Lr,[],[0,2],!1],finalScriptSig:[7,!1,xr,[],[0,2],!1],finalScriptWitness:[8,!1,Rr,[],[0,2],!1],porCommitment:[9,!1,xr,[],[0,2],!1],ripemd160:[10,Wr,xr,[],[0,2],!1],sha256:[11,Pr,xr,[],[0,2],!1],hash160:[12,Wr,xr,[],[0,2],!1],hash256:[13,Pr,xr,[],[0,2],!1],txid:[14,!1,Pr,[2],[2],!0],index:[15,!1,Zs,[2],[2],!0],sequence:[16,!1,Zs,[],[2],!0],requiredTimeLocktime:[17,!1,Zs,[],[2],!1],requiredHeightLocktime:[18,!1,Zs,[],[2],!1],tapKeySig:[19,!1,Yr,[],[0,2],!1],tapScriptSig:[20,Tr,Yr,[],[0,2],!1],tapLeafScript:[21,vr,xr,[],[0,2],!1],tapBip32Derivation:[22,Pr,qr,[],[0,2],!1],tapInternalKey:[23,!1,Hr,[],[0,2],!1],tapMerkleRoot:[24,!1,Pr,[],[0,2],!1],proprietary:[252,xr,xr,[],[0,2],!1]},jr=["txid","sequence","index","witnessUtxo","nonWitnessUtxo","finalScriptSig","finalScriptWitness","unknown"],zr=["partialSig","finalScriptSig","finalScriptWitness","tapKeySig","tapScriptSig"],_r={redeemScript:[0,!1,xr,[],[0,2],!1],witnessScript:[1,!1,xr,[],[0,2],!1],bip32Derivation:[2,br,Lr,[],[0,2],!1],amount:[3,!1,Ts,[2],[2],!0],script:[4,!1,xr,[2],[2],!0],tapInternalKey:[5,!1,Hr,[],[0,2],!1],tapTree:[6,!1,Zr,[],[0,2],!1],tapBip32Derivation:[7,Hr,qr,[],[0,2],!1],proprietary:[252,xr,xr,[],[0,2],!1]},$r=[],Ac=Ir(ds,Ar({key:function(A,I){if(!bs(I))throw new Error(`prefix: invalid inner value ${I}`);return zs(Xs(A),Hs(I))}(fr,Ar({type:fr,key:Xs(null)})),value:Xs(fr)}));function Ic(A){const[I,g,C,B,i,Q]=A;return{type:I,kc:g,vc:C,reqInc:B,allowInc:i,silentIgnore:Q}}function gc(A){const I={};for(const g in A){const[C,B,i]=A[g];I[C]=[g,B,i]}return ms({encodeStream:(I,g)=>{let C=[];for(const I in A){const B=g[I];if(void 0===B)continue;const[i,Q,e]=A[I];if(Q){const A=B.map(([A,I])=>[Q.encode(A),e.encode(I)]);A.sort((A,I)=>kr(A[0],I[0]));for(const[I,g]of A)C.push({key:{key:I,type:i},value:g})}else C.push({key:{type:i,key:ws},value:e.encode(B)})}if(g.unknown){g.unknown.sort((A,I)=>kr(A[0].key,I[0].key));for(const[A,I]of g.unknown)C.push({key:A,value:I})}Ac.encodeStream(I,C)},decodeStream:A=>{const g=Ac.decodeStream(A),C={},B={};for(const A of g){let g="unknown",i=A.key.key,Q=A.value;if(I[A.key.type]){const[e,E,t]=I[A.key.type];if(g=e,!E&&i.length)throw new Error(`PSBT: Non-empty key for ${g} (key=${ka.encode(i)} value=${ka.encode(Q)}`);if(i=E?E.decode(i):void 0,Q=t.decode(Q),!E){if(C[g])throw new Error(`PSBT: Same keys: ${g} (key=${i} value=${Q})`);C[g]=Q,B[g]=!0;continue}}else i={type:A.key.type,key:A.key.key};if(B[g])throw new Error(`PSBT: Key type with empty key and no key=${g} val=${Q}`);C[g]||(C[g]=[]),C[g].push([i,Q])}return C}})}Ar({type:fr,key:Xs(null)});const Cc=Ks(gc(Xr),A=>{if(A.finalScriptWitness&&!A.finalScriptWitness.length)throw new Error("validateInput: empty finalScriptWitness");if(A.partialSig&&!A.partialSig.length)throw new Error("Empty partialSig");if(A.partialSig)for(const[I]of A.partialSig)cr(I,rr.ecdsa);if(A.bip32Derivation)for(const[I]of A.bip32Derivation)cr(I,rr.ecdsa);if(void 0!==A.requiredTimeLocktime&&A.requiredTimeLocktime<5e8)throw new Error(`validateInput: wrong timeLocktime=${A.requiredTimeLocktime}`);if(void 0!==A.requiredHeightLocktime&&(A.requiredHeightLocktime<=0||A.requiredHeightLocktime>=5e8))throw new Error(`validateInput: wrong heighLocktime=${A.requiredHeightLocktime}`);if(A.tapLeafScript)for(const[I,g]of A.tapLeafScript){if((254&I.version)!==g[g.length-1])throw new Error("validateInput: tapLeafScript version mimatch");if(1&g[g.length-1])throw new Error("validateInput: tapLeafScript version has parity bit!")}return A}),Bc=Ks(gc(_r),A=>{if(A.bip32Derivation)for(const[I]of A.bip32Derivation)cr(I,rr.ecdsa);return A}),ic=Ks(gc(Or),A=>{if(0===(A.version||0)){if(!A.unsignedTx)throw new Error("PSBTv0: missing unsignedTx");for(const I of A.unsignedTx.inputs)if(I.finalScriptSig&&I.finalScriptSig.length)throw new Error("PSBTv0: input scriptSig found in unsignedTx")}return A}),Qc=Ar({magic:_s(js(new Uint8Array([255])),"psbt"),global:ic,inputs:Ir("global/unsignedTx/inputs/length",Cc),outputs:Ir(null,Bc)}),ec=Ar({magic:_s(js(new Uint8Array([255])),"psbt"),global:ic,inputs:Ir("global/inputCount",Cc),outputs:Ir("global/outputCount",Bc)});function Ec(A,I,g){for(const C in g){if("unknown"===C)continue;if(!I[C])continue;const{allowInc:g}=Ic(I[C]);if(!g.includes(A))throw new Error(`PSBTv${A}: field ${C} is not allowed`)}for(const C in I){const{reqInc:B}=Ic(I[C]);if(B.includes(A)&&void 0===g[C])throw new Error(`PSBTv${A}: missing required field ${C}`)}}function tc(A,I,g){const C={};for(const B in g){const i=B;if("unknown"!==i){if(!I[i])continue;const{allowInc:g,silentIgnore:C}=Ic(I[i]);if(!g.includes(A)){if(C)continue;throw new Error(`Failed to serialize in PSBTv${A}: ${i} but versions allows inclusion=${g}`)}}C[i]=g[i]}return C}function oc(A){const I=A&&A.global&&A.global.version||0;Ec(I,Or,A.global);for(const g of A.inputs)Ec(I,Xr,g);for(const g of A.outputs)Ec(I,_r,g);const g=I?A.global.inputCount:A.global.unsignedTx.inputs.length;if(A.inputs.length<g)throw new Error("Not enough inputs");const C=A.inputs.slice(g);if(C.length>1||C.length&&Object.keys(C[0]).length)throw new Error(`Unexpected inputs left in tx=${C}`);const B=I?A.global.outputCount:A.global.unsignedTx.outputs.length;if(A.outputs.length<B)throw new Error("Not outputs inputs");const i=A.outputs.slice(B);if(i.length>1||i.length&&Object.keys(i[0]).length)throw new Error(`Unexpected outputs left in tx=${i}`);return A}function nc(A,I,g,C,B){const i={...g,...I};for(const B in A){const Q=B,[e,E,t]=A[Q],o=C&&!C.includes(B);if(void 0===I[B]&&B in I){if(o)throw new Error(`Cannot remove signed field=${B}`);delete i[B]}else if(E){const A=g&&g[B]?g[B]:[];let C=I[Q];if(C){if(!Array.isArray(C))throw new Error(`keyMap(${B}): KV pairs should be [k, v][]`);C=C.map(A=>{if(2!==A.length)throw new Error(`keyMap(${B}): KV pairs should be [k, v][]`);return["string"==typeof A[0]?E.decode(ka.decode(A[0])):A[0],"string"==typeof A[1]?t.decode(ka.decode(A[1])):A[1]]});const I={},g=(A,g,C)=>{if(void 0===I[A])return void(I[A]=[g,C]);const B=ka.encode(t.encode(I[A][1])),i=ka.encode(t.encode(C));if(B!==i)throw new Error(`keyMap(${Q}): same key=${A} oldVal=${B} newVal=${i}`)};for(const[I,C]of A)g(ka.encode(E.encode(I)),I,C);for(const[A,B]of C){const C=ka.encode(E.encode(A));if(void 0===B){if(o)throw new Error(`Cannot remove signed field=${Q}/${A}`);delete I[C]}else g(C,A,B)}i[Q]=Object.values(I)}}else if("string"==typeof i[B])i[B]=t.decode(ka.decode(i[B]));else if(o&&B in I&&g&&void 0!==g[B]&&!Qr(t.encode(I[B]),t.encode(g[B])))throw new Error(`Cannot change signed field=${B}`)}for(const I in i)if(!A[I]){if(B&&"unknown"===I)continue;delete i[I]}return i}Ar({magic:_s(js(new Uint8Array([255])),"psbt"),items:Ir(null,zs(Ir(ds,function(A){if(!Array.isArray(A))throw new Error(`Packed.Tuple: got ${typeof A} instead of array`);for(let I=0;I<A.length;I++)if(!bs(A[I]))throw new Error(`tuple: field ${I} is not CoderType`);return ms({size:$s(A),encodeStream:(I,g)=>{if(!Array.isArray(g))throw I.err(`tuple: invalid value ${g}`);I.pushObj(g,C=>{for(let B=0;B<A.length;B++)C(`${B}`,()=>A[B].encodeStream(I,g[B]))})},decodeStream:I=>{const g=[];return I.pushObj(g,C=>{for(let B=0;B<A.length;B++)C(`${B}`,()=>g.push(A[B].decodeStream(I)))}),g},validate:I=>{if(!Array.isArray(I))throw new Error(`tuple: invalid value ${I}`);if(I.length!==A.length)throw new Error(`tuple: wrong length=${I.length}, expected ${A.length}`);return I}})}([((A,I={isLE:!1,with0x:!1})=>{let g=zs(Xs(A,I.isLE),ka);const C=I.with0x;if("boolean"!=typeof C)throw new Error("hex/with0x: expected boolean, got "+typeof C);return C&&(g=zs(g,{encode:A=>`0x${A}`,decode:A=>{if(!A.startsWith("0x"))throw new Error("hex(with0x=true).encode input should start with 0x");return A.slice(2)}})),g})(fr),Xs(Sr)])),Ys.dict()))});const ac=Ks(Qc,oc),sc=Ks(ec,oc);function rc(A,I){try{return cr(A,I),!0}catch(A){return!1}}const cc=[{encode(A){if(2===A.length&&1===A[0]&&Br(A[1])&&"4e73"===ka.encode(A[1]))return{type:"p2a",script:Gr.encode(A)}},decode:A=>{if("p2a"===A.type)return[1,ka.decode("4e73")]}},{encode(A){if(2===A.length&&Br(A[0])&&rc(A[0],rr.ecdsa)&&"CHECKSIG"===A[1])return{type:"pk",pubkey:A[0]}},decode:A=>"pk"===A.type?[A.pubkey,"CHECKSIG"]:void 0},{encode(A){if(5===A.length&&"DUP"===A[0]&&"HASH160"===A[1]&&Br(A[2])&&"EQUALVERIFY"===A[3]&&"CHECKSIG"===A[4])return{type:"pkh",hash:A[2]}},decode:A=>"pkh"===A.type?["DUP","HASH160",A.hash,"EQUALVERIFY","CHECKSIG"]:void 0},{encode(A){if(3===A.length&&"HASH160"===A[0]&&Br(A[1])&&"EQUAL"===A[2])return{type:"sh",hash:A[1]}},decode:A=>"sh"===A.type?["HASH160",A.hash,"EQUAL"]:void 0},{encode(A){if(2===A.length&&0===A[0]&&Br(A[1])&&32===A[1].length)return{type:"wsh",hash:A[1]}},decode:A=>"wsh"===A.type?[0,A.hash]:void 0},{encode(A){if(2===A.length&&0===A[0]&&Br(A[1])&&20===A[1].length)return{type:"wpkh",hash:A[1]}},decode:A=>"wpkh"===A.type?[0,A.hash]:void 0},{encode(A){const I=A.length-1;if("CHECKMULTISIG"!==A[I])return;const g=A[0],C=A[I-1];if("number"!=typeof g||"number"!=typeof C)return;const B=A.slice(1,-2);if(C===B.length){for(const A of B)if(!Br(A))return;return{type:"ms",m:g,pubkeys:B}}},decode:A=>"ms"===A.type?[A.m,...A.pubkeys,A.pubkeys.length,"CHECKMULTISIG"]:void 0},{encode(A){if(2===A.length&&1===A[0]&&Br(A[1]))return{type:"tr",pubkey:A[1]}},decode:A=>"tr"===A.type?[1,A.pubkey]:void 0},{encode(A){const I=A.length-1;if("CHECKSIG"!==A[I])return;const g=[];for(let C=0;C<I;C++){const B=A[C];if(1&C){if("CHECKSIGVERIFY"!==B||C===I-1)return}else{if(!Br(B))return;g.push(B)}}return{type:"tr_ns",pubkeys:g}},decode:A=>{if("tr_ns"!==A.type)return;const I=[];for(let g=0;g<A.pubkeys.length-1;g++)I.push(A.pubkeys[g],"CHECKSIGVERIFY");return I.push(A.pubkeys[A.pubkeys.length-1],"CHECKSIG"),I}},{encode(A){const I=A.length-1;if("NUMEQUAL"!==A[I]||"CHECKSIG"!==A[1])return;const g=[],C=function(A,I=4,g=!0){if("number"==typeof A)return A;if(Br(A))try{const C=Nr(I,g).decode(A);if(C>Number.MAX_SAFE_INTEGER)return;return Number(C)}catch(A){return}}(A[I-1]);if("number"==typeof C){for(let C=0;C<I-1;C++){const I=A[C];if(1&C){if(I!==(1===C?"CHECKSIG":"CHECKSIGADD"))throw new Error("OutScript.encode/tr_ms: wrong element")}else{if(!Br(I))throw new Error("OutScript.encode/tr_ms: wrong key element");g.push(I)}}return{type:"tr_ms",pubkeys:g,m:C}}},decode:A=>{if("tr_ms"!==A.type)return;const I=[A.pubkeys[0],"CHECKSIG"];for(let g=1;g<A.pubkeys.length;g++)I.push(A.pubkeys[g],"CHECKSIGADD");return I.push(A.m,"NUMEQUAL"),I}},{encode:A=>({type:"unknown",script:Gr.encode(A)}),decode:A=>"unknown"===A.type?Gr.decode(A.script):void 0}],Dc=Ks(zs(Gr,Ys.match(cc)),A=>{if("pk"===A.type&&!rc(A.pubkey,rr.ecdsa))throw new Error("OutScript/pk: wrong key");if(!("pkh"!==A.type&&"sh"!==A.type&&"wpkh"!==A.type||Br(A.hash)&&20===A.hash.length))throw new Error(`OutScript/${A.type}: wrong hash`);if("wsh"===A.type&&(!Br(A.hash)||32!==A.hash.length))throw new Error("OutScript/wsh: wrong hash");if(!("tr"!==A.type||Br(A.pubkey)&&rc(A.pubkey,rr.schnorr)))throw new Error("OutScript/tr: wrong taproot public key");if(("ms"===A.type||"tr_ns"===A.type||"tr_ms"===A.type)&&!Array.isArray(A.pubkeys))throw new Error("OutScript/multisig: wrong pubkeys array");if("ms"===A.type){const I=A.pubkeys.length;for(const I of A.pubkeys)if(!rc(I,rr.ecdsa))throw new Error("OutScript/multisig: wrong pubkey");if(A.m<=0||I>16||A.m>I)throw new Error("OutScript/multisig: invalid params")}if("tr_ns"===A.type||"tr_ms"===A.type)for(const I of A.pubkeys)if(!rc(I,rr.schnorr))throw new Error(`OutScript/${A.type}: wrong pubkey`);if("tr_ms"===A.type){const I=A.pubkeys.length;if(A.m<=0||I>999||A.m>I)throw new Error("OutScript/tr_ms: invalid params")}return A});function wc(A,I){if(!Qr(A.hash,Ds(I)))throw new Error("checkScript: wsh wrong witnessScript hash");const g=Dc.decode(I);if("tr"===g.type||"tr_ns"===g.type||"tr_ms"===g.type)throw new Error(`checkScript: P2${g.type} cannot be wrapped in P2SH`);if("wpkh"===g.type||"sh"===g.type)throw new Error(`checkScript: P2${g.type} cannot be wrapped in P2WSH`)}function dc(A,I,g){if(A){const C=Dc.decode(A);if("tr_ns"===C.type||"tr_ms"===C.type||"ms"===C.type||"pk"==C.type)throw new Error(`checkScript: non-wrapped ${C.type}`);if("sh"===C.type&&I){if(!Qr(C.hash,er(I)))throw new Error("checkScript: sh wrong redeemScript hash");const A=Dc.decode(I);if("tr"===A.type||"tr_ns"===A.type||"tr_ms"===A.type)throw new Error(`checkScript: P2${A.type} cannot be wrapped in P2SH`);if("sh"===A.type)throw new Error("checkScript: P2SH cannot be wrapped in P2SH")}"wsh"===C.type&&g&&wc(C,g)}if(I){const A=Dc.decode(I);"wsh"===A.type&&g&&wc(A,g)}}const hc=(A,I=yr)=>{if(!rc(A,rr.ecdsa))throw new Error("P2WPKH: invalid publicKey");if(65===A.length)throw new Error("P2WPKH: uncompressed public key");const g=er(A);return{type:"wpkh",script:Dc.encode({type:"wpkh",hash:g}),address:Rc(I).encode({type:"wpkh",hash:g}),hash:g}};function yc(A){const I=Array.from(A);for(;I.length>=2;){I.sort((A,I)=>(I.weight||1)-(A.weight||1));const A=I.pop(),g=I.pop(),C=(g?.weight||1)+(A?.weight||1);I.push({weight:C,childs:[g?.childs||g,A?.childs||A]})}const g=I[0];return g?.childs||g}function lc(A,I=[]){if(!A)throw new Error("taprootAddPath: empty tree");if("leaf"===A.type)return{...A,path:I};if("branch"!==A.type)throw new Error(`taprootAddPath: wrong type=${A}`);return{...A,path:I,left:lc(A.left,[A.right.hash,...I]),right:lc(A.right,[A.left.hash,...I])}}function kc(A){if(!A)throw new Error("taprootAddPath: empty tree");if("leaf"===A.type)return[A];if("branch"!==A.type)throw new Error(`taprootWalkTree: wrong type=${A}`);return[...kc(A.left),...kc(A.right)]}function uc(A,I,g=!1,C){if(!A)throw new Error("taprootHashTree: empty tree");if(Array.isArray(A)&&1===A.length&&(A=A[0]),!Array.isArray(A)){const{leafVersion:B,script:i}=A;if(A.tapLeafScript||A.tapMerkleRoot&&!Qr(A.tapMerkleRoot,ws))throw new Error("P2TR: tapRoot leafScript cannot have tree");const Q="string"==typeof i?ka.decode(i):i;if(!Br(Q))throw new Error(`checkScript: wrong script type=${Q}`);return function(A,I,g=!1,C){const B=Dc.decode(A);if("unknown"===B.type){if(C){const I=zs(Gr,Ys.match(C)).decode(A);if(void 0!==I){if("string"!=typeof I.type||!I.type.startsWith("tr_"))throw new Error(`P2TR: invalid custom type=${I.type}`);return}}if(g)return}if(!["tr_ns","tr_ms"].includes(B.type))throw new Error(`P2TR: invalid leaf script=${B.type}`);const i=B;if(!g&&i.pubkeys)for(const A of i.pubkeys){if(Qr(A,hr))throw new Error("Unspendable taproot key in leaf script");if(Qr(A,I))throw new Error("Using P2TR with leaf script with same key as internal key is not supported")}}(Q,I,g,C),{type:"leaf",version:B,script:Q,hash:Nc(Q,B)}}if(2!==A.length&&(A=yc(A)),2!==A.length)throw new Error("hashTree: non binary tree!");const B=uc(A[0],I,g,C),i=uc(A[1],I,g,C);let[Q,e]=[B.hash,i.hash];return-1===kr(e,Q)&&([Q,e]=[e,Q]),{type:"branch",left:B,right:i,hash:sr("TapBranch",Q,e)}}const Nc=(A,I=192)=>sr("TapLeaf",new Uint8Array([I]),Fr.encode(A));function Gc(A,I,g=yr,C=!1,B){if(!A&&!I)throw new Error("p2tr: should have pubKey or scriptTree (or both)");const i="string"==typeof A?ka.decode(A):A||hr;if(!rc(i,rr.schnorr))throw new Error("p2tr: non-schnorr pubkey");if(I){let A=lc(uc(I,i,C,B));const Q=A.hash,[e,E]=dr(i,Q),t=kc(A).map(A=>({...A,controlBlock:vr.encode({version:(A.version||192)+E,internalKey:i,merklePath:A.path})}));return{type:"tr",script:Dc.encode({type:"tr",pubkey:e}),address:Rc(g).encode({type:"tr",pubkey:e}),tweakedPubkey:e,tapInternalKey:i,leaves:t,tapLeafScript:t.map(A=>[vr.decode(A.controlBlock),ir(A.script,new Uint8Array([A.version||192]))]),tapMerkleRoot:Q}}{const A=dr(i,ws)[0];return{type:"tr",script:Dc.encode({type:"tr",pubkey:A}),address:Rc(g).encode({type:"tr",pubkey:A}),tweakedPubkey:A,tapInternalKey:i}}}const pc=sa(Ds);function Sc(A,I){if(I.length<2||I.length>40)throw new Error("Witness: invalid length");if(A>16)throw new Error("Witness: invalid version");if(0===A&&20!==I.length&&32!==I.length)throw new Error("Witness: invalid length for version")}function fc(A,I,g=yr){Sc(A,I);const C=0===A?ha:ya;return C.encode(g.bech32,[A].concat(C.toWords(I)))}function Fc(A,I){return pc.encode(ir(Uint8Array.from(I),A))}function Rc(A=yr){return{encode(I){const{type:g}=I;if("wpkh"===g)return fc(0,I.hash,A);if("wsh"===g)return fc(0,I.hash,A);if("tr"===g)return fc(1,I.pubkey,A);if("pkh"===g)return Fc(I.hash,[A.pubKeyHash]);if("sh"===g)return Fc(I.hash,[A.scriptHash]);throw new Error(`Unknown address type=${g}`)},decode(I){if(I.length<14||I.length>74)throw new Error("Invalid address length");if(A.bech32&&I.toLowerCase().startsWith(`${A.bech32}1`)){let g;try{if(g=ha.decode(I),0!==g.words[0])throw new Error(`bech32: wrong version=${g.words[0]}`)}catch(A){if(g=ya.decode(I),0===g.words[0])throw new Error(`bech32m: wrong version=${g.words[0]}`)}if(g.prefix!==A.bech32)throw new Error(`wrong bech32 prefix=${g.prefix}`);const[C,...B]=g.words,i=ha.fromWords(B);if(Sc(C,i),0===C&&32===i.length)return{type:"wsh",hash:i};if(0===C&&20===i.length)return{type:"wpkh",hash:i};if(1===C&&32===i.length)return{type:"tr",pubkey:i};throw new Error("Unknown witness program")}const g=pc.decode(I);if(21!==g.length)throw new Error("Invalid base58 address");if(g[0]===A.pubKeyHash)return{type:"pkh",hash:g.slice(1)};if(g[0]===A.scriptHash)return{type:"sh",hash:g.slice(1)};throw new Error(`Invalid address prefix=${g[0]}`)}}}const Uc=new Uint8Array(32),Mc={amount:0xffffffffffffffffn,script:ws},Kc=4294967295,mc=(Ys.decimal(8),(A,I)=>void 0===A?I:A);function Jc(A){if(Array.isArray(A))return A.map(A=>Jc(A));if(Br(A))return Uint8Array.from(A);if(["number","bigint","boolean","string","undefined"].includes(typeof A))return A;if(null===A)return A;if("object"==typeof A)return Object.fromEntries(Object.entries(A).map(([A,I])=>[A,Jc(I)]));throw new Error(`cloneDeep: unknown type=${A} (${typeof A})`)}var bc,Hc;function Yc(A){if(void 0===A.script||void 0===A.amount)throw new Error("Transaction/output: script and amount required");return{script:A.script,amount:A.amount}}function Lc(A){if(void 0===A.txid||void 0===A.index)throw new Error("Transaction/input: txid and index required");return{txid:A.txid,index:A.index,sequence:mc(A.sequence,Kc),finalScriptSig:mc(A.finalScriptSig,ws)}}function qc(A){for(const I in A){const g=I;jr.includes(g)||delete A[g]}}!function(A){A[A.DEFAULT=0]="DEFAULT",A[A.ALL=1]="ALL",A[A.NONE=2]="NONE",A[A.SINGLE=3]="SINGLE",A[A.ANYONECANPAY=128]="ANYONECANPAY"}(bc||(bc={})),function(A){A[A.DEFAULT=0]="DEFAULT",A[A.ALL=1]="ALL",A[A.NONE=2]="NONE",A[A.SINGLE=3]="SINGLE",A[A.DEFAULT_ANYONECANPAY=128]="DEFAULT_ANYONECANPAY",A[A.ALL_ANYONECANPAY=129]="ALL_ANYONECANPAY",A[A.NONE_ANYONECANPAY=130]="NONE_ANYONECANPAY",A[A.SINGLE_ANYONECANPAY=131]="SINGLE_ANYONECANPAY"}(Hc||(Hc={}));const Vc=Ar({txid:Xs(32,!0),index:Zs});function Tc(A){if("number"!=typeof A||"string"!=typeof Hc[A])throw new Error(`Invalid SigHash=${A}`);return A}function vc(A){const I=31&A;return{isAny:!!(A&bc.ANYONECANPAY),isNone:I===bc.NONE,isSingle:I===bc.SINGLE}}function Zc(A){if(A.nonWitnessUtxo&&void 0!==A.index){const I=A.nonWitnessUtxo.outputs.length-1;if(A.index>I)throw new Error(`validateInput: index(${A.index}) not in nonWitnessUtxo`);const g=A.nonWitnessUtxo.outputs[A.index];if(A.witnessUtxo&&(!Qr(A.witnessUtxo.script,g.script)||A.witnessUtxo.amount!==g.amount))throw new Error("validateInput: witnessUtxo different from nonWitnessUtxo");if(A.txid){if(A.nonWitnessUtxo.outputs.length-1<A.index)throw new Error("nonWitnessUtxo: incorect output index");const I=Oc.fromRaw(mr.encode(A.nonWitnessUtxo),{allowUnknownOutputs:!0,disableScriptCheck:!0,allowUnknownInputs:!0}),g=ka.encode(A.txid);if(I.isFinal&&I.id!==g)throw new Error(`nonWitnessUtxo: wrong txid, exp=${g} got=${I.id}`)}}return A}function xc(A){if(A.nonWitnessUtxo){if(void 0===A.index)throw new Error("Unknown input index");return A.nonWitnessUtxo.outputs[A.index]}if(A.witnessUtxo)return A.witnessUtxo;throw new Error("Cannot find previous output info")}function Wc(A,I,g,C=!1,B=!1){let{nonWitnessUtxo:i,txid:Q}=A;"string"==typeof i&&(i=ka.decode(i)),Br(i)&&(i=mr.decode(i)),"nonWitnessUtxo"in A||void 0!==i||(i=I?.nonWitnessUtxo),"string"==typeof Q&&(Q=ka.decode(Q)),void 0===Q&&(Q=I?.txid);let e,E={...I,...A,nonWitnessUtxo:i,txid:Q};return"nonWitnessUtxo"in A||void 0!==E.nonWitnessUtxo||delete E.nonWitnessUtxo,void 0===E.sequence&&(E.sequence=Kc),null===E.tapMerkleRoot&&delete E.tapMerkleRoot,E=nc(Xr,E,I,g,B),Cc.encode(E),E.nonWitnessUtxo&&void 0!==E.index?e=E.nonWitnessUtxo.outputs[E.index]:E.witnessUtxo&&(e=E.witnessUtxo),e&&!C&&dc(e&&e.script,E.redeemScript,E.witnessScript),E}function Pc(A,I=!1){let g="legacy",C=bc.ALL;const B=xc(A),i=Dc.decode(B.script);let Q=i.type,e=i;const E=[i];if("tr"===i.type)return C=bc.DEFAULT,{txType:"taproot",type:"tr",last:i,lastScript:B.script,defaultSighash:C,sighash:A.sighashType||C};{if("wpkh"!==i.type&&"wsh"!==i.type||(g="segwit"),"sh"===i.type){if(!A.redeemScript)throw new Error("inputType: sh without redeemScript");let I=Dc.decode(A.redeemScript);"wpkh"!==I.type&&"wsh"!==I.type||(g="segwit"),E.push(I),e=I,Q+=`-${I.type}`}if("wsh"===e.type){if(!A.witnessScript)throw new Error("inputType: wsh without witnessScript");let I=Dc.decode(A.witnessScript);"wsh"===I.type&&(g="segwit"),E.push(I),e=I,Q+=`-${I.type}`}const B=E[E.length-1];if("sh"===B.type||"wsh"===B.type)throw new Error("inputType: sh/wsh cannot be terminal type");const t={type:Q,txType:g,last:B,lastScript:Dc.encode(B),defaultSighash:C,sighash:A.sighashType||C};if("legacy"===g&&!I&&!A.nonWitnessUtxo)throw new Error("Transaction/sign: legacy input without nonWitnessUtxo, can result in attack that forces paying higher fees. Pass allowLegacyWitnessUtxo=true, if you sure");return t}}class Oc{constructor(A={}){this.global={},this.inputs=[],this.outputs=[];const I=this.opts=function(A){if(void 0!==A&&"[object Object]"!=={}.toString.call(A))throw new Error(`Wrong object type for transaction options: ${A}`);const I={...A,version:mc(A.version,2),lockTime:mc(A.lockTime,0),PSBTVersion:mc(A.PSBTVersion,0)};if(void 0!==I.allowUnknowInput&&(A.allowUnknownInputs=I.allowUnknowInput),void 0!==I.allowUnknowOutput&&(A.allowUnknownOutputs=I.allowUnknowOutput),"number"!=typeof I.lockTime)throw new Error("Transaction lock time should be number");if(Zs.encode(I.lockTime),0!==I.PSBTVersion&&2!==I.PSBTVersion)throw new Error(`Unknown PSBT version ${I.PSBTVersion}`);for(const A of["allowUnknownVersion","allowUnknownOutputs","allowUnknownInputs","disableScriptCheck","bip174jsCompat","allowLegacyWitnessUtxo","lowR"]){const g=I[A];if(void 0!==g&&"boolean"!=typeof g)throw new Error(`Transation options wrong type: ${A}=${g} (${typeof g})`)}if(I.allowUnknownVersion?"number"==typeof I.version:![-1,0,1,2,3].includes(I.version))throw new Error(`Unknown version: ${I.version}`);if(void 0!==I.customScripts){const A=I.customScripts;if(!Array.isArray(A))throw new Error(`wrong custom scripts type (expected array): customScripts=${A} (${typeof A})`);for(const I of A){if("function"!=typeof I.encode||"function"!=typeof I.decode)throw new Error(`wrong script=${I} (${typeof I})`);if(void 0!==I.finalizeTaproot&&"function"!=typeof I.finalizeTaproot)throw new Error(`wrong script=${I} (${typeof I})`)}}return Object.freeze(I)}(A);0!==I.lockTime&&(this.global.fallbackLocktime=I.lockTime),this.global.txVersion=I.version}static fromRaw(A,I={}){const g=mr.decode(A),C=new Oc({...I,version:g.version,lockTime:g.lockTime});for(const A of g.outputs)C.addOutput(A);if(C.outputs=g.outputs,C.inputs=g.inputs,g.witnesses)for(let A=0;A<g.witnesses.length;A++)C.inputs[A].finalScriptWitness=g.witnesses[A];return C}static fromPSBT(A,I={}){let g;try{g=ac.decode(A)}catch(I){try{g=sc.decode(A)}catch(A){throw I}}const C=g.global.version||0;if(0!==C&&2!==C)throw new Error(`Wrong PSBT version=${C}`);const B=g.global.unsignedTx,i=0===C?B?.version:g.global.txVersion,Q=0===C?B?.lockTime:g.global.fallbackLocktime,e=new Oc({...I,version:i,lockTime:Q,PSBTVersion:C}),E=0===C?B?.inputs.length:g.global.inputCount;e.inputs=g.inputs.slice(0,E).map((A,I)=>Zc({finalScriptSig:ws,...g.global.unsignedTx?.inputs[I],...A}));const t=0===C?B?.outputs.length:g.global.outputCount;return e.outputs=g.outputs.slice(0,t).map((A,I)=>({...A,...g.global.unsignedTx?.outputs[I]})),e.global={...g.global,txVersion:i},0!==Q&&(e.global.fallbackLocktime=Q),e}toPSBT(A=this.opts.PSBTVersion){if(0!==A&&2!==A)throw new Error(`Wrong PSBT version=${A}`);const I=this.inputs.map(I=>Zc(tc(A,Xr,I)));for(const A of I)A.partialSig&&!A.partialSig.length&&delete A.partialSig,A.finalScriptSig&&!A.finalScriptSig.length&&delete A.finalScriptSig,A.finalScriptWitness&&!A.finalScriptWitness.length&&delete A.finalScriptWitness;const g=this.outputs.map(I=>tc(A,_r,I)),C={...this.global};return 0===A?(C.unsignedTx=Jr.decode(Jr.encode({version:this.version,lockTime:this.lockTime,inputs:this.inputs.map(Lc).map(A=>({...A,finalScriptSig:ws})),outputs:this.outputs.map(Yc)})),delete C.fallbackLocktime,delete C.txVersion):(C.version=A,C.txVersion=this.version,C.inputCount=this.inputs.length,C.outputCount=this.outputs.length,C.fallbackLocktime&&0===C.fallbackLocktime&&delete C.fallbackLocktime),this.opts.bip174jsCompat&&(I.length||I.push({}),g.length||g.push({})),(0===A?ac:sc).encode({global:C,inputs:I,outputs:g})}get lockTime(){let A=0,I=0,g=0,C=0;for(const B of this.inputs)B.requiredHeightLocktime&&(A=Math.max(A,B.requiredHeightLocktime),I++),B.requiredTimeLocktime&&(g=Math.max(g,B.requiredTimeLocktime),C++);return I&&I>=C?A:0!==g?g:this.global.fallbackLocktime||0}get version(){if(void 0===this.global.txVersion)throw new Error("No global.txVersion");return this.global.txVersion}inputStatus(A){this.checkInputIdx(A);const I=this.inputs[A];return I.finalScriptSig&&I.finalScriptSig.length||I.finalScriptWitness&&I.finalScriptWitness.length?"finalized":I.tapKeySig||I.tapScriptSig&&I.tapScriptSig.length||I.partialSig&&I.partialSig.length?"signed":"unsigned"}inputSighash(A){this.checkInputIdx(A);const I=this.inputs[A].sighashType,g=void 0===I?bc.DEFAULT:I,C=g===bc.DEFAULT?bc.ALL:3&g;return{sigInputs:g&bc.ANYONECANPAY,sigOutputs:C}}signStatus(){let A=!0,I=!0,g=[],C=[];for(let B=0;B<this.inputs.length;B++){if("unsigned"===this.inputStatus(B))continue;const{sigInputs:i,sigOutputs:Q}=this.inputSighash(B);if(i===bc.ANYONECANPAY?g.push(B):A=!1,Q===bc.ALL)I=!1;else if(Q===bc.SINGLE)C.push(B);else if(Q!==bc.NONE)throw new Error(`Wrong signature hash output type: ${Q}`)}return{addInput:A,addOutput:I,inputs:g,outputs:C}}get isFinal(){for(let A=0;A<this.inputs.length;A++)if("finalized"!==this.inputStatus(A))return!1;return!0}get hasWitnesses(){let A=!1;for(const I of this.inputs)I.finalScriptWitness&&I.finalScriptWitness.length&&(A=!0);return A}get weight(){if(!this.isFinal)throw new Error("Transaction is not finalized");let A=32;const I=this.outputs.map(Yc);A+=4*fr.encode(this.outputs.length).length;for(const g of I)A+=32+4*Fr.encode(g.script).length;this.hasWitnesses&&(A+=2),A+=4*fr.encode(this.inputs.length).length;for(const I of this.inputs)A+=160+4*Fr.encode(I.finalScriptSig||ws).length,this.hasWitnesses&&I.finalScriptWitness&&(A+=Rr.encode(I.finalScriptWitness).length);return A}get vsize(){return A=this.weight,Math.ceil(A/4);var A}toBytes(A=!1,I=!1){return mr.encode({version:this.version,lockTime:this.lockTime,inputs:this.inputs.map(Lc).map(I=>({...I,finalScriptSig:A&&I.finalScriptSig||ws})),outputs:this.outputs.map(Yc),witnesses:this.inputs.map(A=>A.finalScriptWitness||[]),segwitFlag:I&&this.hasWitnesses})}get unsignedTx(){return this.toBytes(!1,!1)}get hex(){return ka.encode(this.toBytes(!0,this.hasWitnesses))}get hash(){if(!this.isFinal)throw new Error("Transaction is not finalized");return ka.encode(Er(this.toBytes(!0)))}get id(){if(!this.isFinal)throw new Error("Transaction is not finalized");return ka.encode(Er(this.toBytes(!0)).reverse())}checkInputIdx(A){if(!Number.isSafeInteger(A)||0>A||A>=this.inputs.length)throw new Error(`Wrong input index=${A}`)}getInput(A){return this.checkInputIdx(A),Jc(this.inputs[A])}get inputsLength(){return this.inputs.length}addInput(A,I=!1){if(!I&&!this.signStatus().addInput)throw new Error("Tx has signed inputs, cannot add new one");return this.inputs.push(Wc(A,void 0,void 0,this.opts.disableScriptCheck)),this.inputs.length-1}updateInput(A,I,g=!1){let C;if(this.checkInputIdx(A),!g){const I=this.signStatus();I.addInput&&!I.inputs.includes(A)||(C=zr)}this.inputs[A]=Wc(I,this.inputs[A],C,this.opts.disableScriptCheck,this.opts.allowUnknown)}checkOutputIdx(A){if(!Number.isSafeInteger(A)||0>A||A>=this.outputs.length)throw new Error(`Wrong output index=${A}`)}getOutput(A){return this.checkOutputIdx(A),Jc(this.outputs[A])}getOutputAddress(A,I=yr){const g=this.getOutput(A);if(g.script)return Rc(I).encode(Dc.decode(g.script))}get outputsLength(){return this.outputs.length}normalizeOutput(A,I,g){let{amount:C,script:B}=A;if(void 0===C&&(C=I?.amount),"bigint"!=typeof C)throw new Error(`Wrong amount type, should be of type bigint in sats, but got ${C} of type ${typeof C}`);"string"==typeof B&&(B=ka.decode(B)),void 0===B&&(B=I?.script);let i={...I,...A,amount:C,script:B};if(void 0===i.amount&&delete i.amount,i=nc(_r,i,I,g,this.opts.allowUnknown),Bc.encode(i),i.script&&!this.opts.allowUnknownOutputs&&"unknown"===Dc.decode(i.script).type)throw new Error("Transaction/output: unknown output script type, there is a chance that input is unspendable. Pass allowUnknownOutputs=true, if you sure");return this.opts.disableScriptCheck||dc(i.script,i.redeemScript,i.witnessScript),i}addOutput(A,I=!1){if(!I&&!this.signStatus().addOutput)throw new Error("Tx has signed outputs, cannot add new one");return this.outputs.push(this.normalizeOutput(A)),this.outputs.length-1}updateOutput(A,I,g=!1){let C;if(this.checkOutputIdx(A),!g){const I=this.signStatus();I.addOutput&&!I.outputs.includes(A)||(C=$r)}this.outputs[A]=this.normalizeOutput(I,this.outputs[A],C)}addOutputAddress(A,I,g=yr){return this.addOutput({script:Dc.encode(Rc(g).decode(A)),amount:I})}get fee(){let A=0n;for(const I of this.inputs){const g=xc(I);if(!g)throw new Error("Empty input amount");A+=g.amount}const I=this.outputs.map(Yc);for(const g of I)A-=g.amount;return A}preimageLegacy(A,I,g){const{isAny:C,isNone:B,isSingle:i}=vc(g);if(A<0||!Number.isSafeInteger(A))throw new Error(`Invalid input idx=${A}`);if(i&&A>=this.outputs.length||A>=this.inputs.length)return qs.encode(1n);I=Gr.encode(Gr.decode(I).filter(A=>"CODESEPARATOR"!==A));let Q=this.inputs.map(Lc).map((g,C)=>({...g,finalScriptSig:C===A?I:ws}));C?Q=[Q[A]]:(B||i)&&(Q=Q.map((I,g)=>({...I,sequence:g===A?I.sequence:0})));let e=this.outputs.map(Yc);B?e=[]:i&&(e=e.slice(0,A).fill(Mc).concat([e[A]]));const E=mr.encode({lockTime:this.lockTime,version:this.version,segwitFlag:!1,inputs:Q,outputs:e});return Er(E,Ws.encode(g))}preimageWitnessV0(A,I,g,C){const{isAny:B,isNone:i,isSingle:Q}=vc(g);let e=Uc,E=Uc,t=Uc;const o=this.inputs.map(Lc),n=this.outputs.map(Yc);B||(e=Er(...o.map(Vc.encode))),B||Q||i||(E=Er(...o.map(A=>Zs.encode(A.sequence)))),Q||i?Q&&A<n.length&&(t=Er(Kr.encode(n[A]))):t=Er(...n.map(Kr.encode));const a=o[A];return Er(Ws.encode(this.version),e,E,Xs(32,!0).encode(a.txid),Zs.encode(a.index),Fr.encode(I),Vs.encode(C),Zs.encode(a.sequence),t,Zs.encode(this.lockTime),Zs.encode(g))}preimageWitnessV1(A,I,g,C,B=-1,i,Q=192,e){if(!Array.isArray(C)||this.inputs.length!==C.length)throw new Error(`Invalid amounts array=${C}`);if(!Array.isArray(I)||this.inputs.length!==I.length)throw new Error(`Invalid prevOutScript array=${I}`);const E=[Os.encode(0),Os.encode(g),Ws.encode(this.version),Zs.encode(this.lockTime)],t=g===bc.DEFAULT?bc.ALL:3&g,o=g&bc.ANYONECANPAY,n=this.inputs.map(Lc),a=this.outputs.map(Yc);o!==bc.ANYONECANPAY&&E.push(...[n.map(Vc.encode),C.map(Vs.encode),I.map(Fr.encode),n.map(A=>Zs.encode(A.sequence))].map(A=>Ds(ir(...A)))),t===bc.ALL&&E.push(Ds(ir(...a.map(Kr.encode))));const s=(e?1:0)|(i?2:0);if(E.push(new Uint8Array([s])),o===bc.ANYONECANPAY){const g=n[A];E.push(Vc.encode(g),Vs.encode(C[A]),Fr.encode(I[A]),Zs.encode(g.sequence))}else E.push(Zs.encode(A));return 1&s&&E.push(Ds(Fr.encode(e||ws))),t===bc.SINGLE&&E.push(A<a.length?Ds(Kr.encode(a[A])):Uc),i&&E.push(Nc(i,Q),Os.encode(0),Ws.encode(B)),sr("TapSighash",...E)}signIdx(A,I,g,C){this.checkInputIdx(I);const B=this.inputs[I],i=Pc(B,this.opts.allowLegacyWitnessUtxo);if(!Br(A)){if(!B.bip32Derivation||!B.bip32Derivation.length)throw new Error("bip32Derivation: empty");const g=B.bip32Derivation.filter(I=>I[1].fingerprint==A.fingerprint).map(([I,{path:g}])=>{let C=A;for(const A of g)C=C.deriveChild(A);if(!Qr(C.publicKey,I))throw new Error("bip32Derivation: wrong pubKey");if(!C.privateKey)throw new Error("bip32Derivation: no privateKey");return C});if(!g.length)throw new Error(`bip32Derivation: no items with fingerprint=${A.fingerprint}`);let C=!1;for(const A of g)this.signIdx(A.privateKey,I)&&(C=!0);return C}g?g.forEach(Tc):g=[i.defaultSighash];const Q=i.sighash;if(!g.includes(Q))throw new Error(`Input with not allowed sigHash=${Q}. Allowed: ${g.join(", ")}`);const{sigOutputs:e}=this.inputSighash(I);if(e===bc.SINGLE&&I>=this.outputs.length)throw new Error(`Input with sighash SINGLE, but there is no output with corresponding index=${I}`);const E=xc(B);if("taproot"===i.txType){const g=this.inputs.map(xc),i=g.map(A=>A.script),e=g.map(A=>A.amount);let E=!1,t=tr(A),o=B.tapMerkleRoot||ws;if(B.tapInternalKey){const{pubKey:g,privKey:n}=function(A,I,g,C=ws){return Qr(g,I)&&(A=wr(A,C),I=tr(A)),{privKey:A,pubKey:I}}(A,t,B.tapInternalKey,o),[a,s]=dr(B.tapInternalKey,o);if(Qr(a,g)){const A=this.preimageWitnessV1(I,i,Q,e),g=ir(ar(A,n,C),Q!==bc.DEFAULT?new Uint8Array([Q]):ws);this.updateInput(I,{tapKeySig:g},!0),E=!0}}if(B.tapLeafScript){B.tapScriptSig=B.tapScriptSig||[];for(const[g,o]of B.tapLeafScript){const g=o.subarray(0,-1),B=Gr.decode(g),n=o[o.length-1],a=Nc(g,n);if(-1===B.findIndex(A=>Br(A)&&Qr(A,t)))continue;const s=this.preimageWitnessV1(I,i,Q,e,void 0,g,n),r=ir(ar(s,A,C),Q!==bc.DEFAULT?new Uint8Array([Q]):ws);this.updateInput(I,{tapScriptSig:[[{pubKey:t,leafHash:a},r]]},!0),E=!0}}if(!E)throw new Error("No taproot scripts signed");return!0}{const g=or(A);let C=!1;const B=er(g);for(const A of Gr.decode(i.lastScript))Br(A)&&(Qr(A,g)||Qr(A,B))&&(C=!0);if(!C)throw new Error(`Input script doesn't have pubKey: ${i.lastScript}`);let e;if("legacy"===i.txType)e=this.preimageLegacy(I,i.lastScript,Q);else{if("segwit"!==i.txType)throw new Error(`Transaction/sign: unknown tx type: ${i.txType}`);{let A=i.lastScript;"wpkh"===i.last.type&&(A=Dc.encode({type:"pkh",hash:i.last.hash})),e=this.preimageWitnessV0(I,A,Q,E.amount)}}const t=function(A,I,g=!1){let C=ie.sign(A,I);if(g&&!nr(C)){const g=new Uint8Array(32);let B=0;for(;!nr(C);)if(g.set(Zs.encode(B++)),C=ie.sign(A,I,{extraEntropy:g}),B>4294967295)throw new Error("lowR counter overflow: report the error")}return C.toDERRawBytes()}(e,A,this.opts.lowR);this.updateInput(I,{partialSig:[[g,ir(t,new Uint8Array([Q]))]]},!0)}return!0}sign(A,I,g){let C=0;for(let B=0;B<this.inputs.length;B++)try{this.signIdx(A,B,I,g)&&C++}catch(A){}if(!C)throw new Error("No inputs signed");return C}finalizeIdx(A){if(this.checkInputIdx(A),this.fee<0n)throw new Error("Outputs spends more than inputs amount");const I=this.inputs[A],g=Pc(I,this.opts.allowLegacyWitnessUtxo);if("taproot"===g.txType){if(I.tapKeySig)I.finalScriptWitness=[I.tapKeySig];else{if(!I.tapLeafScript||!I.tapScriptSig)throw new Error("finalize/taproot: unknown input");{const A=I.tapLeafScript.sort((A,I)=>vr.encode(A[0]).length-vr.encode(I[0]).length);for(const[g,C]of A){const A=C.slice(0,-1),B=C[C.length-1],i=Dc.decode(A),Q=Nc(A,B),e=I.tapScriptSig.filter(A=>Qr(A[0].leafHash,Q));let E=[];if("tr_ms"===i.type){const A=i.m,I=i.pubkeys;let g=0;for(const C of I){const I=e.findIndex(A=>Qr(A[0].pubKey,C));g!==A&&-1!==I?(E.push(e[I][1]),g++):E.push(ws)}if(g!==A)continue}else if("tr_ns"===i.type){for(const A of i.pubkeys){const I=e.findIndex(I=>Qr(I[0].pubKey,A));-1!==I&&E.push(e[I][1])}if(E.length!==i.pubkeys.length)continue}else{if("unknown"!==i.type||!this.opts.allowUnknownInputs){const C=this.opts.customScripts;if(C)for(const B of C){if(!B.finalizeTaproot)continue;const C=Gr.decode(A),i=B.encode(C);if(void 0===i)continue;const Q=B.finalizeTaproot(A,i,e);if(Q)return I.finalScriptWitness=Q.concat(vr.encode(g)),I.finalScriptSig=ws,void qc(I)}throw new Error("Finalize: Unknown tapLeafScript")}{const I=Gr.decode(A);if(E=e.map(([{pubKey:A},g])=>{const C=I.findIndex(I=>Br(I)&&Qr(I,A));if(-1===C)throw new Error("finalize/taproot: cannot find position of pubkey in script");return{signature:g,pos:C}}).sort((A,I)=>A.pos-I.pos).map(A=>A.signature),!E.length)continue}}I.finalScriptWitness=E.reverse().concat([A,vr.encode(g)]);break}if(!I.finalScriptWitness)throw new Error("finalize/taproot: empty witness")}}return I.finalScriptSig=ws,void qc(I)}if(!I.partialSig||!I.partialSig.length)throw new Error("Not enough partial sign");let C,B,i=ws,Q=[];if("ms"===g.last.type){const A=g.last.m,C=g.last.pubkeys;let B=[];for(const A of C){const g=I.partialSig.find(I=>Qr(A,I[0]));g&&B.push(g[1])}if(B=B.slice(0,A),B.length!==A)throw new Error(`Multisig: wrong signatures count, m=${A} n=${C.length} signatures=${B.length}`);i=Gr.encode([0,...B])}else if("pk"===g.last.type)i=Gr.encode([I.partialSig[0][1]]);else if("pkh"===g.last.type)i=Gr.encode([I.partialSig[0][1],I.partialSig[0][0]]);else if("wpkh"===g.last.type)i=ws,Q=[I.partialSig[0][1],I.partialSig[0][0]];else if("unknown"===g.last.type&&!this.opts.allowUnknownInputs)throw new Error("Unknown inputs not allowed");if(g.type.includes("wsh-")&&(i.length&&g.lastScript.length&&(Q=Gr.decode(i).map(A=>{if(0===A)return ws;if(Br(A))return A;throw new Error(`Wrong witness op=${A}`)})),Q=Q.concat(g.lastScript)),"segwit"===g.txType&&(B=Q),g.type.startsWith("sh-wsh-")?C=Gr.encode([Gr.encode([0,Ds(g.lastScript)])]):g.type.startsWith("sh-")?C=Gr.encode([...Gr.decode(i),g.lastScript]):g.type.startsWith("wsh-")||"segwit"!==g.txType&&(C=i),!C&&!B)throw new Error("Unknown error finalizing input");C&&(I.finalScriptSig=C),B&&(I.finalScriptWitness=B),qc(I)}finalize(){for(let A=0;A<this.inputs.length;A++)this.finalizeIdx(A)}extract(){if(!this.isFinal)throw new Error("Transaction has unfinalized inputs");if(!this.outputs.length)throw new Error("Transaction has no outputs");if(this.fee<0n)throw new Error("Outputs spends more than inputs amount");return this.toBytes(!0,!0)}combine(A){for(const I of["PSBTVersion","version","lockTime"])if(this.opts[I]!==A.opts[I])throw new Error(`Transaction/combine: different ${I} this=${this.opts[I]} other=${A.opts[I]}`);for(const I of["inputs","outputs"])if(this[I].length!==A[I].length)throw new Error(`Transaction/combine: different ${I} length this=${this[I].length} other=${A[I].length}`);const I=this.global.unsignedTx?Jr.encode(this.global.unsignedTx):ws,g=A.global.unsignedTx?Jr.encode(A.global.unsignedTx):ws;if(!Qr(I,g))throw new Error("Transaction/combine: different unsigned tx");this.global=nc(Or,this.global,A.global,void 0,this.opts.allowUnknown);for(let I=0;I<this.inputs.length;I++)this.updateInput(I,A.inputs[I],!0);for(let I=0;I<this.outputs.length;I++)this.updateOutput(I,A.outputs[I],!0);return this}clone(){return Oc.fromPSBT(this.toPSBT(this.opts.PSBTVersion),this.opts)}}var Xc=Q(91);class jc extends Pt{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,function(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");Kt(A.outputLen),Kt(A.blockLen)}(A);const g=xt(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),bt(B)}update(A){return Jt(this),this.iHash.update(A),this}digestInto(A){Jt(this),mt(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const zc=(A,I,g)=>new jc(A,I).update(g).digest();function _c(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function $c(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function AD(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function ID(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function gD(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function CD(A,I){return A<<32-I|A>>>I}function BD(A,I){return A<<I|A>>>32-I>>>0}zc.create=(A,I)=>new jc(A,I);const iD=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),QD=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function eD(A){return A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0}function ED(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function tD(A){return"string"==typeof A&&(A=ED(A)),$c(A),A}function oD(...A){let I=0;for(let g=0;g<A.length;g++){const C=A[g];$c(C),I+=C.length}const g=new Uint8Array(I);for(let I=0,C=0;I<A.length;I++){const B=A[I];g.set(B,C),C+=B.length}return g}class nD{}function aD(A){const I=I=>A().update(tD(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}class sD extends nD{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,function(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");_c(A.outputLen),_c(A.blockLen)}(A);const g=tD(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),ID(B)}update(A){return AD(this),this.iHash.update(A),this}digestInto(A){AD(this),$c(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const rD=(A,I,g)=>new sD(A,I).update(g).digest();function cD(A,I,g){return A&I^~A&g}function DD(A,I,g){return A&I^A&g^I&g}rD.create=(A,I)=>new sD(A,I);class wD extends nD{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=gD(this.buffer)}update(A){AD(this),$c(A=tD(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=gD(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){AD(this),function(A,I){$c(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,ID(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=gD(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const dD=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),hD=Uint32Array.from([1779033703,4089235720,3144134277,2227873595,1013904242,4271175723,2773480762,1595750129,1359893119,2917565137,2600822924,725511199,528734635,4215389547,1541459225,327033209]),yD=Uint8Array.from([7,4,13,1,10,6,15,3,12,0,9,5,2,14,11,8]),lD=(()=>Uint8Array.from(new Array(16).fill(0).map((A,I)=>I)))(),kD=(()=>lD.map(A=>(9*A+5)%16))(),uD=(()=>{const A=[[lD],[kD]];for(let I=0;I<4;I++)for(let g of A)g.push(g[I].map(A=>yD[A]));return A})(),ND=(()=>uD[0])(),GD=(()=>uD[1])(),pD=[[11,14,15,12,5,8,7,9,11,13,14,15,6,7,9,8],[12,13,11,15,6,9,9,7,12,15,11,13,7,8,7,7],[13,15,14,11,7,7,6,8,13,14,13,12,5,5,6,9],[14,11,12,14,8,6,5,5,15,12,15,14,9,9,8,6],[15,12,13,13,9,5,8,6,14,11,12,11,8,6,5,5]].map(A=>Uint8Array.from(A)),SD=ND.map((A,I)=>A.map(A=>pD[I][A])),fD=GD.map((A,I)=>A.map(A=>pD[I][A])),FD=Uint32Array.from([0,1518500249,1859775393,2400959708,2840853838]),RD=Uint32Array.from([1352829926,1548603684,1836072691,2053994217,0]);function UD(A,I,g,C){return 0===A?I^g^C:1===A?I&g|~I&C:2===A?(I|~g)^C:3===A?I&C|g&~C:I^(g|~C)}const MD=new Uint32Array(16);class KD extends wD{constructor(){super(64,20,8,!0),this.h0=1732584193,this.h1=-271733879,this.h2=-1732584194,this.h3=271733878,this.h4=-1009589776}get(){const{h0:A,h1:I,h2:g,h3:C,h4:B}=this;return[A,I,g,C,B]}set(A,I,g,C,B){this.h0=0|A,this.h1=0|I,this.h2=0|g,this.h3=0|C,this.h4=0|B}process(A,I){for(let g=0;g<16;g++,I+=4)MD[g]=A.getUint32(I,!0);let g=0|this.h0,C=g,B=0|this.h1,i=B,Q=0|this.h2,e=Q,E=0|this.h3,t=E,o=0|this.h4,n=o;for(let A=0;A<5;A++){const I=4-A,a=FD[A],s=RD[A],r=ND[A],c=GD[A],D=SD[A],w=fD[A];for(let I=0;I<16;I++){const C=BD(g+UD(A,B,Q,E)+MD[r[I]]+a,D[I])+o|0;g=o,o=E,E=0|BD(Q,10),Q=B,B=C}for(let A=0;A<16;A++){const g=BD(C+UD(I,i,e,t)+MD[c[A]]+s,w[A])+n|0;C=n,n=t,t=0|BD(e,10),e=i,i=g}}this.set(this.h1+Q+t|0,this.h2+E+n|0,this.h3+o+C|0,this.h4+g+i|0,this.h0+B+e|0)}roundClean(){ID(MD)}destroy(){this.destroyed=!0,ID(this.buffer),this.set(0,0,0,0,0)}}const mD=aD(()=>new KD),JD=BigInt(2**32-1),bD=BigInt(32);function HD(A,I=!1){return I?{h:Number(A&JD),l:Number(A>>bD&JD)}:{h:0|Number(A>>bD&JD),l:0|Number(A&JD)}}const YD=(A,I,g)=>A>>>g,LD=(A,I,g)=>A<<32-g|I>>>g,qD=(A,I,g)=>A>>>g|I<<32-g,VD=(A,I,g)=>A<<32-g|I>>>g,TD=(A,I,g)=>A<<64-g|I>>>g-32,vD=(A,I,g)=>A>>>g-32|I<<64-g;function ZD(A,I,g,C){const B=(I>>>0)+(C>>>0);return{h:A+g+(B/2**32|0)|0,l:0|B}}const xD=(A,I,g)=>(A>>>0)+(I>>>0)+(g>>>0),WD=(A,I,g,C)=>I+g+C+(A/2**32|0)|0,PD=(A,I,g,C)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0),OD=(A,I,g,C,B)=>I+g+C+B+(A/2**32|0)|0,XD=(A,I,g,C,B)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0)+(B>>>0),jD=(A,I,g,C,B,i)=>I+g+C+B+i+(A/2**32|0)|0,zD=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),_D=new Uint32Array(64);class $D extends wD{constructor(A=32){super(64,A,8,!1),this.A=0|dD[0],this.B=0|dD[1],this.C=0|dD[2],this.D=0|dD[3],this.E=0|dD[4],this.F=0|dD[5],this.G=0|dD[6],this.H=0|dD[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)_D[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=_D[A-15],g=_D[A-2],C=CD(I,7)^CD(I,18)^I>>>3,B=CD(g,17)^CD(g,19)^g>>>10;_D[A]=B+_D[A-7]+C+_D[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(CD(Q,6)^CD(Q,11)^CD(Q,25))+cD(Q,e,E)+zD[A]+_D[A]|0,o=(CD(g,2)^CD(g,13)^CD(g,22))+DD(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){ID(_D)}destroy(){this.set(0,0,0,0,0,0,0,0),ID(this.buffer)}}const Aw=(()=>function(A,I=!1){const g=A.length;let C=new Uint32Array(g),B=new Uint32Array(g);for(let i=0;i<g;i++){const{h:g,l:Q}=HD(A[i],I);[C[i],B[i]]=[g,Q]}return[C,B]}(["0x428a2f98d728ae22","0x7137449123ef65cd","0xb5c0fbcfec4d3b2f","0xe9b5dba58189dbbc","0x3956c25bf348b538","0x59f111f1b605d019","0x923f82a4af194f9b","0xab1c5ed5da6d8118","0xd807aa98a3030242","0x12835b0145706fbe","0x243185be4ee4b28c","0x550c7dc3d5ffb4e2","0x72be5d74f27b896f","0x80deb1fe3b1696b1","0x9bdc06a725c71235","0xc19bf174cf692694","0xe49b69c19ef14ad2","0xefbe4786384f25e3","0x0fc19dc68b8cd5b5","0x240ca1cc77ac9c65","0x2de92c6f592b0275","0x4a7484aa6ea6e483","0x5cb0a9dcbd41fbd4","0x76f988da831153b5","0x983e5152ee66dfab","0xa831c66d2db43210","0xb00327c898fb213f","0xbf597fc7beef0ee4","0xc6e00bf33da88fc2","0xd5a79147930aa725","0x06ca6351e003826f","0x142929670a0e6e70","0x27b70a8546d22ffc","0x2e1b21385c26c926","0x4d2c6dfc5ac42aed","0x53380d139d95b3df","0x650a73548baf63de","0x766a0abb3c77b2a8","0x81c2c92e47edaee6","0x92722c851482353b","0xa2bfe8a14cf10364","0xa81a664bbc423001","0xc24b8b70d0f89791","0xc76c51a30654be30","0xd192e819d6ef5218","0xd69906245565a910","0xf40e35855771202a","0x106aa07032bbd1b8","0x19a4c116b8d2d0c8","0x1e376c085141ab53","0x2748774cdf8eeb99","0x34b0bcb5e19b48a8","0x391c0cb3c5c95a63","0x4ed8aa4ae3418acb","0x5b9cca4f7763e373","0x682e6ff3d6b2b8a3","0x748f82ee5defb2fc","0x78a5636f43172f60","0x84c87814a1f0ab72","0x8cc702081a6439ec","0x90befffa23631e28","0xa4506cebde82bde9","0xbef9a3f7b2c67915","0xc67178f2e372532b","0xca273eceea26619c","0xd186b8c721c0c207","0xeada7dd6cde0eb1e","0xf57d4f7fee6ed178","0x06f067aa72176fba","0x0a637dc5a2c898a6","0x113f9804bef90dae","0x1b710b35131c471b","0x28db77f523047d84","0x32caab7b40c72493","0x3c9ebe0a15c9bebc","0x431d67c49c100d4c","0x4cc5d4becb3e42b6","0x597f299cfc657e2a","0x5fcb6fab3ad6faec","0x6c44198c4a475817"].map(A=>BigInt(A))))(),Iw=(()=>Aw[0])(),gw=(()=>Aw[1])(),Cw=new Uint32Array(80),Bw=new Uint32Array(80);class iw extends wD{constructor(A=64){super(128,A,16,!1),this.Ah=0|hD[0],this.Al=0|hD[1],this.Bh=0|hD[2],this.Bl=0|hD[3],this.Ch=0|hD[4],this.Cl=0|hD[5],this.Dh=0|hD[6],this.Dl=0|hD[7],this.Eh=0|hD[8],this.El=0|hD[9],this.Fh=0|hD[10],this.Fl=0|hD[11],this.Gh=0|hD[12],this.Gl=0|hD[13],this.Hh=0|hD[14],this.Hl=0|hD[15]}get(){const{Ah:A,Al:I,Bh:g,Bl:C,Ch:B,Cl:i,Dh:Q,Dl:e,Eh:E,El:t,Fh:o,Fl:n,Gh:a,Gl:s,Hh:r,Hl:c}=this;return[A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c]}set(A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c){this.Ah=0|A,this.Al=0|I,this.Bh=0|g,this.Bl=0|C,this.Ch=0|B,this.Cl=0|i,this.Dh=0|Q,this.Dl=0|e,this.Eh=0|E,this.El=0|t,this.Fh=0|o,this.Fl=0|n,this.Gh=0|a,this.Gl=0|s,this.Hh=0|r,this.Hl=0|c}process(A,I){for(let g=0;g<16;g++,I+=4)Cw[g]=A.getUint32(I),Bw[g]=A.getUint32(I+=4);for(let A=16;A<80;A++){const I=0|Cw[A-15],g=0|Bw[A-15],C=qD(I,g,1)^qD(I,g,8)^YD(I,0,7),B=VD(I,g,1)^VD(I,g,8)^LD(I,g,7),i=0|Cw[A-2],Q=0|Bw[A-2],e=qD(i,Q,19)^TD(i,Q,61)^YD(i,0,6),E=VD(i,Q,19)^vD(i,Q,61)^LD(i,Q,6),t=PD(B,E,Bw[A-7],Bw[A-16]),o=OD(t,C,e,Cw[A-7],Cw[A-16]);Cw[A]=0|o,Bw[A]=0|t}let{Ah:g,Al:C,Bh:B,Bl:i,Ch:Q,Cl:e,Dh:E,Dl:t,Eh:o,El:n,Fh:a,Fl:s,Gh:r,Gl:c,Hh:D,Hl:w}=this;for(let A=0;A<80;A++){const I=qD(o,n,14)^qD(o,n,18)^TD(o,n,41),d=VD(o,n,14)^VD(o,n,18)^vD(o,n,41),h=o&a^~o&r,y=XD(w,d,n&s^~n&c,gw[A],Bw[A]),l=jD(y,D,I,h,Iw[A],Cw[A]),k=0|y,u=qD(g,C,28)^TD(g,C,34)^TD(g,C,39),N=VD(g,C,28)^vD(g,C,34)^vD(g,C,39),G=g&B^g&Q^B&Q,p=C&i^C&e^i&e;D=0|r,w=0|c,r=0|a,c=0|s,a=0|o,s=0|n,({h:o,l:n}=ZD(0|E,0|t,0|l,0|k)),E=0|Q,t=0|e,Q=0|B,e=0|i,B=0|g,i=0|C;const S=xD(k,N,p);g=WD(S,l,u,G),C=0|S}({h:g,l:C}=ZD(0|this.Ah,0|this.Al,0|g,0|C)),({h:B,l:i}=ZD(0|this.Bh,0|this.Bl,0|B,0|i)),({h:Q,l:e}=ZD(0|this.Ch,0|this.Cl,0|Q,0|e)),({h:E,l:t}=ZD(0|this.Dh,0|this.Dl,0|E,0|t)),({h:o,l:n}=ZD(0|this.Eh,0|this.El,0|o,0|n)),({h:a,l:s}=ZD(0|this.Fh,0|this.Fl,0|a,0|s)),({h:r,l:c}=ZD(0|this.Gh,0|this.Gl,0|r,0|c)),({h:D,l:w}=ZD(0|this.Hh,0|this.Hl,0|D,0|w)),this.set(g,C,B,i,Q,e,E,t,o,n,a,s,r,c,D,w)}roundClean(){ID(Cw,Bw)}destroy(){ID(this.buffer),this.set(0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0)}}const Qw=aD(()=>new $D),ew=aD(()=>new iw),Ew=ie.ProjectivePoint,tw=sa(Qw);function ow(A){$c(A);const I=0===A.length?"0":function(A){if($c(A),iD)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=QD[A[g]];return I}(A);return BigInt("0x"+I)}const nw=ED("Bitcoin seed"),aw={private:76066276,public:76067358},sw=2147483648,rw=A=>{if(!Number.isSafeInteger(A)||A<0||A>2**32-1)throw new Error("invalid number, should be from 0 to 2**32-1, got "+A);const I=new Uint8Array(4);return gD(I).setUint32(0,A,!1),I};class cw{get fingerprint(){if(!this.pubHash)throw new Error("No publicKey set!");return gD(this.pubHash).getUint32(0,!1)}get identifier(){return this.pubHash}get pubKeyHash(){return this.pubHash}get privateKey(){return this.privKeyBytes||null}get publicKey(){return this.pubKey||null}get privateExtendedKey(){const A=this.privateKey;if(!A)throw new Error("No private key");return tw.encode(this.serialize(this.versions.private,oD(new Uint8Array([0]),A)))}get publicExtendedKey(){if(!this.pubKey)throw new Error("No public key");return tw.encode(this.serialize(this.versions.public,this.pubKey))}static fromMasterSeed(A,I=aw){if($c(A),8*A.length<128||8*A.length>512)throw new Error("HDKey: seed length must be between 128 and 512 bits; 256 bits is advised, got "+A.length);const g=rD(ew,nw,A);return new cw({versions:I,chainCode:g.slice(32),privateKey:g.slice(0,32)})}static fromExtendedKey(A,I=aw){const g=tw.decode(A),C=gD(g),B=C.getUint32(0,!1),i={versions:I,depth:g[4],parentFingerprint:C.getUint32(5,!1),index:C.getUint32(9,!1),chainCode:g.slice(13,45)},Q=g.slice(45),e=0===Q[0];if(B!==I[e?"private":"public"])throw new Error("Version mismatch");return new cw(e?{...i,privateKey:Q.slice(1)}:{...i,publicKey:Q})}static fromJSON(A){return cw.fromExtendedKey(A.xpriv)}constructor(A){if(this.depth=0,this.index=0,this.chainCode=null,this.parentFingerprint=0,!A||"object"!=typeof A)throw new Error("HDKey.constructor must not be called directly");if(this.versions=A.versions||aw,this.depth=A.depth||0,this.chainCode=A.chainCode||null,this.index=A.index||0,this.parentFingerprint=A.parentFingerprint||0,!this.depth&&(this.parentFingerprint||this.index))throw new Error("HDKey: zero depth with non-zero index/parent fingerprint");if(A.publicKey&&A.privateKey)throw new Error("HDKey: publicKey and privateKey at same time.");if(A.privateKey){if(!ie.utils.isValidPrivateKey(A.privateKey))throw new Error("Invalid private key");this.privKey="bigint"==typeof A.privateKey?A.privateKey:ow(A.privateKey),this.privKeyBytes=function(A){if("bigint"!=typeof A)throw new Error("bigint expected");return function(A){if("string"!=typeof A)throw new Error("hex string expected, got "+typeof A);if(iD)return Uint8Array.fromHex(A);const I=A.length,g=I/2;if(I%2)throw new Error("hex string expected, got unpadded hex of length "+I);const C=new Uint8Array(g);for(let I=0,B=0;I<g;I++,B+=2){const g=eD(A.charCodeAt(B)),i=eD(A.charCodeAt(B+1));if(void 0===g||void 0===i){const I=A[B]+A[B+1];throw new Error('hex string expected, got non-hex character "'+I+'" at index '+B)}C[I]=16*g+i}return C}(A.toString(16).padStart(64,"0"))}(this.privKey),this.pubKey=ie.getPublicKey(A.privateKey,!0)}else{if(!A.publicKey)throw new Error("HDKey: no public or private key provided");this.pubKey=Ew.fromHex(A.publicKey).toRawBytes(!0)}var I;this.pubHash=(I=this.pubKey,mD(Qw(I)))}derive(A){if(!/^[mM]'?/.test(A))throw new Error('Path must start with "m" or "M"');if(/^[mM]'?$/.test(A))return this;const I=A.replace(/^[mM]'?\//,"").split("/");let g=this;for(const A of I){const I=/^(\d+)('?)$/.exec(A),C=I&&I[1];if(!I||3!==I.length||"string"!=typeof C)throw new Error("invalid child index: "+A);let B=+C;if(!Number.isSafeInteger(B)||B>=sw)throw new Error("Invalid index");"'"===I[2]&&(B+=sw),g=g.deriveChild(B)}return g}deriveChild(A){if(!this.pubKey||!this.chainCode)throw new Error("No publicKey or chainCode set");let I=rw(A);if(A>=sw){const A=this.privateKey;if(!A)throw new Error("Could not derive hardened child key");I=oD(new Uint8Array([0]),A,I)}else I=oD(this.pubKey,I);const g=rD(ew,this.chainCode,I),C=ow(g.slice(0,32)),B=g.slice(32);if(!ie.utils.isValidPrivateKey(C))throw new Error("Tweak bigger than curve order");const i={versions:this.versions,chainCode:B,depth:this.depth+1,parentFingerprint:this.fingerprint,index:A};try{if(this.privateKey){const A=oQ(this.privKey+C,ie.CURVE.n);if(!ie.utils.isValidPrivateKey(A))throw new Error("The tweak was out of range or the resulted private key is invalid");i.privateKey=A}else{const A=Ew.fromHex(this.pubKey).add(Ew.fromPrivateKey(C));if(A.equals(Ew.ZERO))throw new Error("The tweak was equal to negative P, which made the result key invalid");i.publicKey=A.toRawBytes(!0)}return new cw(i)}catch(I){return this.deriveChild(A+1)}}sign(A){if(!this.privateKey)throw new Error("No privateKey set!");return $c(A,32),ie.sign(A,this.privKey).toCompactRawBytes()}verify(A,I){if($c(A,32),$c(I,64),!this.publicKey)throw new Error("No publicKey set!");let g;try{g=ie.Signature.fromCompact(I)}catch(A){return!1}return ie.verify(g,A,this.publicKey)}wipePrivateData(){return this.privKey=void 0,this.privKeyBytes&&(this.privKeyBytes.fill(0),this.privKeyBytes=void 0),this}toJSON(){return{xpriv:this.privateExtendedKey,xpub:this.publicExtendedKey}}serialize(A,I){if(!this.chainCode)throw new Error("No chainCode set");return $c(I,33),oD(rw(A),new Uint8Array([this.depth]),rw(this.parentFingerprint),rw(this.index),this.chainCode,I)}}const Dw="object"==typeof globalThis&&"crypto"in globalThis?globalThis.crypto:void 0;function ww(A){if(!Number.isSafeInteger(A)||A<0)throw new Error("positive integer expected, got "+A)}function dw(A,...I){if(!((g=A)instanceof Uint8Array||ArrayBuffer.isView(g)&&"Uint8Array"===g.constructor.name))throw new Error("Uint8Array expected");var g;if(I.length>0&&!I.includes(A.length))throw new Error("Uint8Array expected of length "+I+", got length="+A.length)}function hw(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash should be wrapped by utils.createHasher");ww(A.outputLen),ww(A.blockLen)}function yw(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function lw(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function kw(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function uw(A,I){return A<<32-I|A>>>I}const Nw=async()=>{};async function Gw(A,I,g){let C=Date.now();for(let B=0;B<A;B++){g(B);const A=Date.now()-C;A>=0&&A<I||(await Nw(),C+=A)}}function pw(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}function Sw(A){return"string"==typeof A&&(A=pw(A)),dw(A),A}function fw(A){return"string"==typeof A&&(A=pw(A)),dw(A),A}class Fw{}function Rw(A){const I=I=>A().update(Sw(I)).digest(),g=A();return I.outputLen=g.outputLen,I.blockLen=g.blockLen,I.create=()=>A(),I}class Uw extends Fw{constructor(A,I){super(),this.finished=!1,this.destroyed=!1,hw(A);const g=Sw(I);if(this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const C=this.blockLen,B=new Uint8Array(C);B.set(g.length>C?A.create().update(g).digest():g);for(let A=0;A<B.length;A++)B[A]^=54;this.iHash.update(B),this.oHash=A.create();for(let A=0;A<B.length;A++)B[A]^=106;this.oHash.update(B),lw(B)}update(A){return yw(this),this.iHash.update(A),this}digestInto(A){yw(this),dw(A,this.outputLen),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||(A=Object.create(Object.getPrototypeOf(this),{}));const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const Mw=(A,I,g)=>new Uw(A,I).update(g).digest();function Kw(A,I,g){return A&I^~A&g}function mw(A,I,g){return A&I^A&g^I&g}Mw.create=(A,I)=>new Uw(A,I);class Jw extends Fw{constructor(A,I,g,C){super(),this.finished=!1,this.length=0,this.pos=0,this.destroyed=!1,this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=kw(this.buffer)}update(A){yw(this),dw(A=Sw(A));const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=kw(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){yw(this),function(A,I){dw(A);const g=I.outputLen;if(A.length<g)throw new Error("digestInto() expects output buffer of length at least "+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,lw(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;!function(A,I,g,C){if("function"==typeof A.setBigUint64)return A.setBigUint64(I,g,C);const B=BigInt(32),i=BigInt(4294967295),Q=Number(g>>B&i),e=Number(g&i),E=C?4:0,t=C?0:4;A.setUint32(I+E,Q,C),A.setUint32(I+t,e,C)}(g,C-8,BigInt(8*this.length),B),this.process(g,0);const Q=kw(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen should be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||(A=new this.constructor),A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const bw=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),Hw=Uint32Array.from([1779033703,4089235720,3144134277,2227873595,1013904242,4271175723,2773480762,1595750129,1359893119,2917565137,2600822924,725511199,528734635,4215389547,1541459225,327033209]),Yw=BigInt(2**32-1),Lw=BigInt(32);function qw(A,I=!1){return I?{h:Number(A&Yw),l:Number(A>>Lw&Yw)}:{h:0|Number(A>>Lw&Yw),l:0|Number(A&Yw)}}const Vw=(A,I,g)=>A>>>g,Tw=(A,I,g)=>A<<32-g|I>>>g,vw=(A,I,g)=>A>>>g|I<<32-g,Zw=(A,I,g)=>A<<32-g|I>>>g,xw=(A,I,g)=>A<<64-g|I>>>g-32,Ww=(A,I,g)=>A>>>g-32|I<<64-g;function Pw(A,I,g,C){const B=(I>>>0)+(C>>>0);return{h:A+g+(B/2**32|0)|0,l:0|B}}const Ow=(A,I,g)=>(A>>>0)+(I>>>0)+(g>>>0),Xw=(A,I,g,C)=>I+g+C+(A/2**32|0)|0,jw=(A,I,g,C)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0),zw=(A,I,g,C,B)=>I+g+C+B+(A/2**32|0)|0,_w=(A,I,g,C,B)=>(A>>>0)+(I>>>0)+(g>>>0)+(C>>>0)+(B>>>0),$w=(A,I,g,C,B,i)=>I+g+C+B+i+(A/2**32|0)|0,Ad=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),Id=new Uint32Array(64);class gd extends Jw{constructor(A=32){super(64,A,8,!1),this.A=0|bw[0],this.B=0|bw[1],this.C=0|bw[2],this.D=0|bw[3],this.E=0|bw[4],this.F=0|bw[5],this.G=0|bw[6],this.H=0|bw[7]}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)Id[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=Id[A-15],g=Id[A-2],C=uw(I,7)^uw(I,18)^I>>>3,B=uw(g,17)^uw(g,19)^g>>>10;Id[A]=B+Id[A-7]+C+Id[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(uw(Q,6)^uw(Q,11)^uw(Q,25))+Kw(Q,e,E)+Ad[A]+Id[A]|0,o=(uw(g,2)^uw(g,13)^uw(g,22))+mw(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){lw(Id)}destroy(){this.set(0,0,0,0,0,0,0,0),lw(this.buffer)}}const Cd=(()=>function(A,I=!1){const g=A.length;let C=new Uint32Array(g),B=new Uint32Array(g);for(let i=0;i<g;i++){const{h:g,l:Q}=qw(A[i],I);[C[i],B[i]]=[g,Q]}return[C,B]}(["0x428a2f98d728ae22","0x7137449123ef65cd","0xb5c0fbcfec4d3b2f","0xe9b5dba58189dbbc","0x3956c25bf348b538","0x59f111f1b605d019","0x923f82a4af194f9b","0xab1c5ed5da6d8118","0xd807aa98a3030242","0x12835b0145706fbe","0x243185be4ee4b28c","0x550c7dc3d5ffb4e2","0x72be5d74f27b896f","0x80deb1fe3b1696b1","0x9bdc06a725c71235","0xc19bf174cf692694","0xe49b69c19ef14ad2","0xefbe4786384f25e3","0x0fc19dc68b8cd5b5","0x240ca1cc77ac9c65","0x2de92c6f592b0275","0x4a7484aa6ea6e483","0x5cb0a9dcbd41fbd4","0x76f988da831153b5","0x983e5152ee66dfab","0xa831c66d2db43210","0xb00327c898fb213f","0xbf597fc7beef0ee4","0xc6e00bf33da88fc2","0xd5a79147930aa725","0x06ca6351e003826f","0x142929670a0e6e70","0x27b70a8546d22ffc","0x2e1b21385c26c926","0x4d2c6dfc5ac42aed","0x53380d139d95b3df","0x650a73548baf63de","0x766a0abb3c77b2a8","0x81c2c92e47edaee6","0x92722c851482353b","0xa2bfe8a14cf10364","0xa81a664bbc423001","0xc24b8b70d0f89791","0xc76c51a30654be30","0xd192e819d6ef5218","0xd69906245565a910","0xf40e35855771202a","0x106aa07032bbd1b8","0x19a4c116b8d2d0c8","0x1e376c085141ab53","0x2748774cdf8eeb99","0x34b0bcb5e19b48a8","0x391c0cb3c5c95a63","0x4ed8aa4ae3418acb","0x5b9cca4f7763e373","0x682e6ff3d6b2b8a3","0x748f82ee5defb2fc","0x78a5636f43172f60","0x84c87814a1f0ab72","0x8cc702081a6439ec","0x90befffa23631e28","0xa4506cebde82bde9","0xbef9a3f7b2c67915","0xc67178f2e372532b","0xca273eceea26619c","0xd186b8c721c0c207","0xeada7dd6cde0eb1e","0xf57d4f7fee6ed178","0x06f067aa72176fba","0x0a637dc5a2c898a6","0x113f9804bef90dae","0x1b710b35131c471b","0x28db77f523047d84","0x32caab7b40c72493","0x3c9ebe0a15c9bebc","0x431d67c49c100d4c","0x4cc5d4becb3e42b6","0x597f299cfc657e2a","0x5fcb6fab3ad6faec","0x6c44198c4a475817"].map(A=>BigInt(A))))(),Bd=(()=>Cd[0])(),id=(()=>Cd[1])(),Qd=new Uint32Array(80),ed=new Uint32Array(80);class Ed extends Jw{constructor(A=64){super(128,A,16,!1),this.Ah=0|Hw[0],this.Al=0|Hw[1],this.Bh=0|Hw[2],this.Bl=0|Hw[3],this.Ch=0|Hw[4],this.Cl=0|Hw[5],this.Dh=0|Hw[6],this.Dl=0|Hw[7],this.Eh=0|Hw[8],this.El=0|Hw[9],this.Fh=0|Hw[10],this.Fl=0|Hw[11],this.Gh=0|Hw[12],this.Gl=0|Hw[13],this.Hh=0|Hw[14],this.Hl=0|Hw[15]}get(){const{Ah:A,Al:I,Bh:g,Bl:C,Ch:B,Cl:i,Dh:Q,Dl:e,Eh:E,El:t,Fh:o,Fl:n,Gh:a,Gl:s,Hh:r,Hl:c}=this;return[A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c]}set(A,I,g,C,B,i,Q,e,E,t,o,n,a,s,r,c){this.Ah=0|A,this.Al=0|I,this.Bh=0|g,this.Bl=0|C,this.Ch=0|B,this.Cl=0|i,this.Dh=0|Q,this.Dl=0|e,this.Eh=0|E,this.El=0|t,this.Fh=0|o,this.Fl=0|n,this.Gh=0|a,this.Gl=0|s,this.Hh=0|r,this.Hl=0|c}process(A,I){for(let g=0;g<16;g++,I+=4)Qd[g]=A.getUint32(I),ed[g]=A.getUint32(I+=4);for(let A=16;A<80;A++){const I=0|Qd[A-15],g=0|ed[A-15],C=vw(I,g,1)^vw(I,g,8)^Vw(I,0,7),B=Zw(I,g,1)^Zw(I,g,8)^Tw(I,g,7),i=0|Qd[A-2],Q=0|ed[A-2],e=vw(i,Q,19)^xw(i,Q,61)^Vw(i,0,6),E=Zw(i,Q,19)^Ww(i,Q,61)^Tw(i,Q,6),t=jw(B,E,ed[A-7],ed[A-16]),o=zw(t,C,e,Qd[A-7],Qd[A-16]);Qd[A]=0|o,ed[A]=0|t}let{Ah:g,Al:C,Bh:B,Bl:i,Ch:Q,Cl:e,Dh:E,Dl:t,Eh:o,El:n,Fh:a,Fl:s,Gh:r,Gl:c,Hh:D,Hl:w}=this;for(let A=0;A<80;A++){const I=vw(o,n,14)^vw(o,n,18)^xw(o,n,41),d=Zw(o,n,14)^Zw(o,n,18)^Ww(o,n,41),h=o&a^~o&r,y=_w(w,d,n&s^~n&c,id[A],ed[A]),l=$w(y,D,I,h,Bd[A],Qd[A]),k=0|y,u=vw(g,C,28)^xw(g,C,34)^xw(g,C,39),N=Zw(g,C,28)^Ww(g,C,34)^Ww(g,C,39),G=g&B^g&Q^B&Q,p=C&i^C&e^i&e;D=0|r,w=0|c,r=0|a,c=0|s,a=0|o,s=0|n,({h:o,l:n}=Pw(0|E,0|t,0|l,0|k)),E=0|Q,t=0|e,Q=0|B,e=0|i,B=0|g,i=0|C;const S=Ow(k,N,p);g=Xw(S,l,u,G),C=0|S}({h:g,l:C}=Pw(0|this.Ah,0|this.Al,0|g,0|C)),({h:B,l:i}=Pw(0|this.Bh,0|this.Bl,0|B,0|i)),({h:Q,l:e}=Pw(0|this.Ch,0|this.Cl,0|Q,0|e)),({h:E,l:t}=Pw(0|this.Dh,0|this.Dl,0|E,0|t)),({h:o,l:n}=Pw(0|this.Eh,0|this.El,0|o,0|n)),({h:a,l:s}=Pw(0|this.Fh,0|this.Fl,0|a,0|s)),({h:r,l:c}=Pw(0|this.Gh,0|this.Gl,0|r,0|c)),({h:D,l:w}=Pw(0|this.Hh,0|this.Hl,0|D,0|w)),this.set(g,C,B,i,Q,e,E,t,o,n,a,s,r,c,D,w)}roundClean(){lw(Qd,ed)}destroy(){lw(this.buffer),this.set(0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0)}}const td=Rw(()=>new gd),od=Rw(()=>new Ed);function nd(A){if("string"!=typeof A)throw new TypeError("invalid mnemonic type: "+typeof A);return A.normalize("NFKD")}function ad(A){const I=nd(A),g=I.split(" ");if(![12,15,18,21,24].includes(g.length))throw new Error("Invalid mnemonic");return{nfkd:I,words:g}}function sd(A){dw(A,16,20,24,28,32)}const rd=A=>{const I=8-A.length/4;return new Uint8Array([td(A)[0]>>I<<I])};function cd(A){if(!Array.isArray(A)||2048!==A.length||"string"!=typeof A[0])throw new Error("Wordlist: expected array of 2048 strings");return A.forEach(A=>{if("string"!=typeof A)throw new Error("wordlist: non-string element: "+A)}),ta.chain(ta.checksum(1,rd),ta.radix2(11,!0),ta.alphabet(A))}function Dd(A,I=""){return async function(A,I,g){const{c:C,dkLen:B,asyncTick:i,DK:Q,PRF:e,PRFSalt:E}=function(A,I,g,C){hw(A);const B=function(A,I){if(void 0!==I&&"[object Object]"!=={}.toString.call(I))throw new Error("options should be object or undefined");return Object.assign({dkLen:32,asyncTick:10},I)}(0,C),{c:i,dkLen:Q,asyncTick:e}=B;if(ww(i),ww(Q),ww(e),i<1)throw new Error("iterations (c) should be >= 1");const E=fw(I),t=fw(g),o=new Uint8Array(Q),n=Mw.create(A,E),a=n._cloneInto().update(t);return{c:i,dkLen:Q,asyncTick:e,DK:o,PRF:n,PRFSalt:a}}(A,I,g,{c:2048,dkLen:64});let t;const o=new Uint8Array(4),n=kw(o),a=new Uint8Array(e.outputLen);for(let A=1,I=0;I<B;A++,I+=e.outputLen){const g=Q.subarray(I,I+e.outputLen);n.setInt32(0,A,!1),(t=E._cloneInto(t)).update(o).digestInto(a),g.set(a.subarray(0,g.length)),await Gw(C-1,i,()=>{e._cloneInto(t).update(a).digestInto(a);for(let A=0;A<g.length;A++)g[A]^=a[A]})}return function(A,I,g,C,B){return A.destroy(),I.destroy(),C&&C.destroy(),lw(B),g}(e,E,Q,t,a)}(od,ad(A).nfkd,(A=>nd("mnemonic"+A))(I))}const wd="abandon\nability\nable\nabout\nabove\nabsent\nabsorb\nabstract\nabsurd\nabuse\naccess\naccident\naccount\naccuse\nachieve\nacid\nacoustic\nacquire\nacross\nact\naction\nactor\nactress\nactual\nadapt\nadd\naddict\naddress\nadjust\nadmit\nadult\nadvance\nadvice\naerobic\naffair\nafford\nafraid\nagain\nage\nagent\nagree\nahead\naim\nair\nairport\naisle\nalarm\nalbum\nalcohol\nalert\nalien\nall\nalley\nallow\nalmost\nalone\nalpha\nalready\nalso\nalter\nalways\namateur\namazing\namong\namount\namused\nanalyst\nanchor\nancient\nanger\nangle\nangry\nanimal\nankle\nannounce\nannual\nanother\nanswer\nantenna\nantique\nanxiety\nany\napart\napology\nappear\napple\napprove\napril\narch\narctic\narea\narena\nargue\narm\narmed\narmor\narmy\naround\narrange\narrest\narrive\narrow\nart\nartefact\nartist\nartwork\nask\naspect\nassault\nasset\nassist\nassume\nasthma\nathlete\natom\nattack\nattend\nattitude\nattract\nauction\naudit\naugust\naunt\nauthor\nauto\nautumn\naverage\navocado\navoid\nawake\naware\naway\nawesome\nawful\nawkward\naxis\nbaby\nbachelor\nbacon\nbadge\nbag\nbalance\nbalcony\nball\nbamboo\nbanana\nbanner\nbar\nbarely\nbargain\nbarrel\nbase\nbasic\nbasket\nbattle\nbeach\nbean\nbeauty\nbecause\nbecome\nbeef\nbefore\nbegin\nbehave\nbehind\nbelieve\nbelow\nbelt\nbench\nbenefit\nbest\nbetray\nbetter\nbetween\nbeyond\nbicycle\nbid\nbike\nbind\nbiology\nbird\nbirth\nbitter\nblack\nblade\nblame\nblanket\nblast\nbleak\nbless\nblind\nblood\nblossom\nblouse\nblue\nblur\nblush\nboard\nboat\nbody\nboil\nbomb\nbone\nbonus\nbook\nboost\nborder\nboring\nborrow\nboss\nbottom\nbounce\nbox\nboy\nbracket\nbrain\nbrand\nbrass\nbrave\nbread\nbreeze\nbrick\nbridge\nbrief\nbright\nbring\nbrisk\nbroccoli\nbroken\nbronze\nbroom\nbrother\nbrown\nbrush\nbubble\nbuddy\nbudget\nbuffalo\nbuild\nbulb\nbulk\nbullet\nbundle\nbunker\nburden\nburger\nburst\nbus\nbusiness\nbusy\nbutter\nbuyer\nbuzz\ncabbage\ncabin\ncable\ncactus\ncage\ncake\ncall\ncalm\ncamera\ncamp\ncan\ncanal\ncancel\ncandy\ncannon\ncanoe\ncanvas\ncanyon\ncapable\ncapital\ncaptain\ncar\ncarbon\ncard\ncargo\ncarpet\ncarry\ncart\ncase\ncash\ncasino\ncastle\ncasual\ncat\ncatalog\ncatch\ncategory\ncattle\ncaught\ncause\ncaution\ncave\nceiling\ncelery\ncement\ncensus\ncentury\ncereal\ncertain\nchair\nchalk\nchampion\nchange\nchaos\nchapter\ncharge\nchase\nchat\ncheap\ncheck\ncheese\nchef\ncherry\nchest\nchicken\nchief\nchild\nchimney\nchoice\nchoose\nchronic\nchuckle\nchunk\nchurn\ncigar\ncinnamon\ncircle\ncitizen\ncity\ncivil\nclaim\nclap\nclarify\nclaw\nclay\nclean\nclerk\nclever\nclick\nclient\ncliff\nclimb\nclinic\nclip\nclock\nclog\nclose\ncloth\ncloud\nclown\nclub\nclump\ncluster\nclutch\ncoach\ncoast\ncoconut\ncode\ncoffee\ncoil\ncoin\ncollect\ncolor\ncolumn\ncombine\ncome\ncomfort\ncomic\ncommon\ncompany\nconcert\nconduct\nconfirm\ncongress\nconnect\nconsider\ncontrol\nconvince\ncook\ncool\ncopper\ncopy\ncoral\ncore\ncorn\ncorrect\ncost\ncotton\ncouch\ncountry\ncouple\ncourse\ncousin\ncover\ncoyote\ncrack\ncradle\ncraft\ncram\ncrane\ncrash\ncrater\ncrawl\ncrazy\ncream\ncredit\ncreek\ncrew\ncricket\ncrime\ncrisp\ncritic\ncrop\ncross\ncrouch\ncrowd\ncrucial\ncruel\ncruise\ncrumble\ncrunch\ncrush\ncry\ncrystal\ncube\nculture\ncup\ncupboard\ncurious\ncurrent\ncurtain\ncurve\ncushion\ncustom\ncute\ncycle\ndad\ndamage\ndamp\ndance\ndanger\ndaring\ndash\ndaughter\ndawn\nday\ndeal\ndebate\ndebris\ndecade\ndecember\ndecide\ndecline\ndecorate\ndecrease\ndeer\ndefense\ndefine\ndefy\ndegree\ndelay\ndeliver\ndemand\ndemise\ndenial\ndentist\ndeny\ndepart\ndepend\ndeposit\ndepth\ndeputy\nderive\ndescribe\ndesert\ndesign\ndesk\ndespair\ndestroy\ndetail\ndetect\ndevelop\ndevice\ndevote\ndiagram\ndial\ndiamond\ndiary\ndice\ndiesel\ndiet\ndiffer\ndigital\ndignity\ndilemma\ndinner\ndinosaur\ndirect\ndirt\ndisagree\ndiscover\ndisease\ndish\ndismiss\ndisorder\ndisplay\ndistance\ndivert\ndivide\ndivorce\ndizzy\ndoctor\ndocument\ndog\ndoll\ndolphin\ndomain\ndonate\ndonkey\ndonor\ndoor\ndose\ndouble\ndove\ndraft\ndragon\ndrama\ndrastic\ndraw\ndream\ndress\ndrift\ndrill\ndrink\ndrip\ndrive\ndrop\ndrum\ndry\nduck\ndumb\ndune\nduring\ndust\ndutch\nduty\ndwarf\ndynamic\neager\neagle\nearly\nearn\nearth\neasily\neast\neasy\necho\necology\neconomy\nedge\nedit\neducate\neffort\negg\neight\neither\nelbow\nelder\nelectric\nelegant\nelement\nelephant\nelevator\nelite\nelse\nembark\nembody\nembrace\nemerge\nemotion\nemploy\nempower\nempty\nenable\nenact\nend\nendless\nendorse\nenemy\nenergy\nenforce\nengage\nengine\nenhance\nenjoy\nenlist\nenough\nenrich\nenroll\nensure\nenter\nentire\nentry\nenvelope\nepisode\nequal\nequip\nera\nerase\nerode\nerosion\nerror\nerupt\nescape\nessay\nessence\nestate\neternal\nethics\nevidence\nevil\nevoke\nevolve\nexact\nexample\nexcess\nexchange\nexcite\nexclude\nexcuse\nexecute\nexercise\nexhaust\nexhibit\nexile\nexist\nexit\nexotic\nexpand\nexpect\nexpire\nexplain\nexpose\nexpress\nextend\nextra\neye\neyebrow\nfabric\nface\nfaculty\nfade\nfaint\nfaith\nfall\nfalse\nfame\nfamily\nfamous\nfan\nfancy\nfantasy\nfarm\nfashion\nfat\nfatal\nfather\nfatigue\nfault\nfavorite\nfeature\nfebruary\nfederal\nfee\nfeed\nfeel\nfemale\nfence\nfestival\nfetch\nfever\nfew\nfiber\nfiction\nfield\nfigure\nfile\nfilm\nfilter\nfinal\nfind\nfine\nfinger\nfinish\nfire\nfirm\nfirst\nfiscal\nfish\nfit\nfitness\nfix\nflag\nflame\nflash\nflat\nflavor\nflee\nflight\nflip\nfloat\nflock\nfloor\nflower\nfluid\nflush\nfly\nfoam\nfocus\nfog\nfoil\nfold\nfollow\nfood\nfoot\nforce\nforest\nforget\nfork\nfortune\nforum\nforward\nfossil\nfoster\nfound\nfox\nfragile\nframe\nfrequent\nfresh\nfriend\nfringe\nfrog\nfront\nfrost\nfrown\nfrozen\nfruit\nfuel\nfun\nfunny\nfurnace\nfury\nfuture\ngadget\ngain\ngalaxy\ngallery\ngame\ngap\ngarage\ngarbage\ngarden\ngarlic\ngarment\ngas\ngasp\ngate\ngather\ngauge\ngaze\ngeneral\ngenius\ngenre\ngentle\ngenuine\ngesture\nghost\ngiant\ngift\ngiggle\nginger\ngiraffe\ngirl\ngive\nglad\nglance\nglare\nglass\nglide\nglimpse\nglobe\ngloom\nglory\nglove\nglow\nglue\ngoat\ngoddess\ngold\ngood\ngoose\ngorilla\ngospel\ngossip\ngovern\ngown\ngrab\ngrace\ngrain\ngrant\ngrape\ngrass\ngravity\ngreat\ngreen\ngrid\ngrief\ngrit\ngrocery\ngroup\ngrow\ngrunt\nguard\nguess\nguide\nguilt\nguitar\ngun\ngym\nhabit\nhair\nhalf\nhammer\nhamster\nhand\nhappy\nharbor\nhard\nharsh\nharvest\nhat\nhave\nhawk\nhazard\nhead\nhealth\nheart\nheavy\nhedgehog\nheight\nhello\nhelmet\nhelp\nhen\nhero\nhidden\nhigh\nhill\nhint\nhip\nhire\nhistory\nhobby\nhockey\nhold\nhole\nholiday\nhollow\nhome\nhoney\nhood\nhope\nhorn\nhorror\nhorse\nhospital\nhost\nhotel\nhour\nhover\nhub\nhuge\nhuman\nhumble\nhumor\nhundred\nhungry\nhunt\nhurdle\nhurry\nhurt\nhusband\nhybrid\nice\nicon\nidea\nidentify\nidle\nignore\nill\nillegal\nillness\nimage\nimitate\nimmense\nimmune\nimpact\nimpose\nimprove\nimpulse\ninch\ninclude\nincome\nincrease\nindex\nindicate\nindoor\nindustry\ninfant\ninflict\ninform\ninhale\ninherit\ninitial\ninject\ninjury\ninmate\ninner\ninnocent\ninput\ninquiry\ninsane\ninsect\ninside\ninspire\ninstall\nintact\ninterest\ninto\ninvest\ninvite\ninvolve\niron\nisland\nisolate\nissue\nitem\nivory\njacket\njaguar\njar\njazz\njealous\njeans\njelly\njewel\njob\njoin\njoke\njourney\njoy\njudge\njuice\njump\njungle\njunior\njunk\njust\nkangaroo\nkeen\nkeep\nketchup\nkey\nkick\nkid\nkidney\nkind\nkingdom\nkiss\nkit\nkitchen\nkite\nkitten\nkiwi\nknee\nknife\nknock\nknow\nlab\nlabel\nlabor\nladder\nlady\nlake\nlamp\nlanguage\nlaptop\nlarge\nlater\nlatin\nlaugh\nlaundry\nlava\nlaw\nlawn\nlawsuit\nlayer\nlazy\nleader\nleaf\nlearn\nleave\nlecture\nleft\nleg\nlegal\nlegend\nleisure\nlemon\nlend\nlength\nlens\nleopard\nlesson\nletter\nlevel\nliar\nliberty\nlibrary\nlicense\nlife\nlift\nlight\nlike\nlimb\nlimit\nlink\nlion\nliquid\nlist\nlittle\nlive\nlizard\nload\nloan\nlobster\nlocal\nlock\nlogic\nlonely\nlong\nloop\nlottery\nloud\nlounge\nlove\nloyal\nlucky\nluggage\nlumber\nlunar\nlunch\nluxury\nlyrics\nmachine\nmad\nmagic\nmagnet\nmaid\nmail\nmain\nmajor\nmake\nmammal\nman\nmanage\nmandate\nmango\nmansion\nmanual\nmaple\nmarble\nmarch\nmargin\nmarine\nmarket\nmarriage\nmask\nmass\nmaster\nmatch\nmaterial\nmath\nmatrix\nmatter\nmaximum\nmaze\nmeadow\nmean\nmeasure\nmeat\nmechanic\nmedal\nmedia\nmelody\nmelt\nmember\nmemory\nmention\nmenu\nmercy\nmerge\nmerit\nmerry\nmesh\nmessage\nmetal\nmethod\nmiddle\nmidnight\nmilk\nmillion\nmimic\nmind\nminimum\nminor\nminute\nmiracle\nmirror\nmisery\nmiss\nmistake\nmix\nmixed\nmixture\nmobile\nmodel\nmodify\nmom\nmoment\nmonitor\nmonkey\nmonster\nmonth\nmoon\nmoral\nmore\nmorning\nmosquito\nmother\nmotion\nmotor\nmountain\nmouse\nmove\nmovie\nmuch\nmuffin\nmule\nmultiply\nmuscle\nmuseum\nmushroom\nmusic\nmust\nmutual\nmyself\nmystery\nmyth\nnaive\nname\nnapkin\nnarrow\nnasty\nnation\nnature\nnear\nneck\nneed\nnegative\nneglect\nneither\nnephew\nnerve\nnest\nnet\nnetwork\nneutral\nnever\nnews\nnext\nnice\nnight\nnoble\nnoise\nnominee\nnoodle\nnormal\nnorth\nnose\nnotable\nnote\nnothing\nnotice\nnovel\nnow\nnuclear\nnumber\nnurse\nnut\noak\nobey\nobject\noblige\nobscure\nobserve\nobtain\nobvious\noccur\nocean\noctober\nodor\noff\noffer\noffice\noften\noil\nokay\nold\nolive\nolympic\nomit\nonce\none\nonion\nonline\nonly\nopen\nopera\nopinion\noppose\noption\norange\norbit\norchard\norder\nordinary\norgan\norient\noriginal\norphan\nostrich\nother\noutdoor\nouter\noutput\noutside\noval\noven\nover\nown\nowner\noxygen\noyster\nozone\npact\npaddle\npage\npair\npalace\npalm\npanda\npanel\npanic\npanther\npaper\nparade\nparent\npark\nparrot\nparty\npass\npatch\npath\npatient\npatrol\npattern\npause\npave\npayment\npeace\npeanut\npear\npeasant\npelican\npen\npenalty\npencil\npeople\npepper\nperfect\npermit\nperson\npet\nphone\nphoto\nphrase\nphysical\npiano\npicnic\npicture\npiece\npig\npigeon\npill\npilot\npink\npioneer\npipe\npistol\npitch\npizza\nplace\nplanet\nplastic\nplate\nplay\nplease\npledge\npluck\nplug\nplunge\npoem\npoet\npoint\npolar\npole\npolice\npond\npony\npool\npopular\nportion\nposition\npossible\npost\npotato\npottery\npoverty\npowder\npower\npractice\npraise\npredict\nprefer\nprepare\npresent\npretty\nprevent\nprice\npride\nprimary\nprint\npriority\nprison\nprivate\nprize\nproblem\nprocess\nproduce\nprofit\nprogram\nproject\npromote\nproof\nproperty\nprosper\nprotect\nproud\nprovide\npublic\npudding\npull\npulp\npulse\npumpkin\npunch\npupil\npuppy\npurchase\npurity\npurpose\npurse\npush\nput\npuzzle\npyramid\nquality\nquantum\nquarter\nquestion\nquick\nquit\nquiz\nquote\nrabbit\nraccoon\nrace\nrack\nradar\nradio\nrail\nrain\nraise\nrally\nramp\nranch\nrandom\nrange\nrapid\nrare\nrate\nrather\nraven\nraw\nrazor\nready\nreal\nreason\nrebel\nrebuild\nrecall\nreceive\nrecipe\nrecord\nrecycle\nreduce\nreflect\nreform\nrefuse\nregion\nregret\nregular\nreject\nrelax\nrelease\nrelief\nrely\nremain\nremember\nremind\nremove\nrender\nrenew\nrent\nreopen\nrepair\nrepeat\nreplace\nreport\nrequire\nrescue\nresemble\nresist\nresource\nresponse\nresult\nretire\nretreat\nreturn\nreunion\nreveal\nreview\nreward\nrhythm\nrib\nribbon\nrice\nrich\nride\nridge\nrifle\nright\nrigid\nring\nriot\nripple\nrisk\nritual\nrival\nriver\nroad\nroast\nrobot\nrobust\nrocket\nromance\nroof\nrookie\nroom\nrose\nrotate\nrough\nround\nroute\nroyal\nrubber\nrude\nrug\nrule\nrun\nrunway\nrural\nsad\nsaddle\nsadness\nsafe\nsail\nsalad\nsalmon\nsalon\nsalt\nsalute\nsame\nsample\nsand\nsatisfy\nsatoshi\nsauce\nsausage\nsave\nsay\nscale\nscan\nscare\nscatter\nscene\nscheme\nschool\nscience\nscissors\nscorpion\nscout\nscrap\nscreen\nscript\nscrub\nsea\nsearch\nseason\nseat\nsecond\nsecret\nsection\nsecurity\nseed\nseek\nsegment\nselect\nsell\nseminar\nsenior\nsense\nsentence\nseries\nservice\nsession\nsettle\nsetup\nseven\nshadow\nshaft\nshallow\nshare\nshed\nshell\nsheriff\nshield\nshift\nshine\nship\nshiver\nshock\nshoe\nshoot\nshop\nshort\nshoulder\nshove\nshrimp\nshrug\nshuffle\nshy\nsibling\nsick\nside\nsiege\nsight\nsign\nsilent\nsilk\nsilly\nsilver\nsimilar\nsimple\nsince\nsing\nsiren\nsister\nsituate\nsix\nsize\nskate\nsketch\nski\nskill\nskin\nskirt\nskull\nslab\nslam\nsleep\nslender\nslice\nslide\nslight\nslim\nslogan\nslot\nslow\nslush\nsmall\nsmart\nsmile\nsmoke\nsmooth\nsnack\nsnake\nsnap\nsniff\nsnow\nsoap\nsoccer\nsocial\nsock\nsoda\nsoft\nsolar\nsoldier\nsolid\nsolution\nsolve\nsomeone\nsong\nsoon\nsorry\nsort\nsoul\nsound\nsoup\nsource\nsouth\nspace\nspare\nspatial\nspawn\nspeak\nspecial\nspeed\nspell\nspend\nsphere\nspice\nspider\nspike\nspin\nspirit\nsplit\nspoil\nsponsor\nspoon\nsport\nspot\nspray\nspread\nspring\nspy\nsquare\nsqueeze\nsquirrel\nstable\nstadium\nstaff\nstage\nstairs\nstamp\nstand\nstart\nstate\nstay\nsteak\nsteel\nstem\nstep\nstereo\nstick\nstill\nsting\nstock\nstomach\nstone\nstool\nstory\nstove\nstrategy\nstreet\nstrike\nstrong\nstruggle\nstudent\nstuff\nstumble\nstyle\nsubject\nsubmit\nsubway\nsuccess\nsuch\nsudden\nsuffer\nsugar\nsuggest\nsuit\nsummer\nsun\nsunny\nsunset\nsuper\nsupply\nsupreme\nsure\nsurface\nsurge\nsurprise\nsurround\nsurvey\nsuspect\nsustain\nswallow\nswamp\nswap\nswarm\nswear\nsweet\nswift\nswim\nswing\nswitch\nsword\nsymbol\nsymptom\nsyrup\nsystem\ntable\ntackle\ntag\ntail\ntalent\ntalk\ntank\ntape\ntarget\ntask\ntaste\ntattoo\ntaxi\nteach\nteam\ntell\nten\ntenant\ntennis\ntent\nterm\ntest\ntext\nthank\nthat\ntheme\nthen\ntheory\nthere\nthey\nthing\nthis\nthought\nthree\nthrive\nthrow\nthumb\nthunder\nticket\ntide\ntiger\ntilt\ntimber\ntime\ntiny\ntip\ntired\ntissue\ntitle\ntoast\ntobacco\ntoday\ntoddler\ntoe\ntogether\ntoilet\ntoken\ntomato\ntomorrow\ntone\ntongue\ntonight\ntool\ntooth\ntop\ntopic\ntopple\ntorch\ntornado\ntortoise\ntoss\ntotal\ntourist\ntoward\ntower\ntown\ntoy\ntrack\ntrade\ntraffic\ntragic\ntrain\ntransfer\ntrap\ntrash\ntravel\ntray\ntreat\ntree\ntrend\ntrial\ntribe\ntrick\ntrigger\ntrim\ntrip\ntrophy\ntrouble\ntruck\ntrue\ntruly\ntrumpet\ntrust\ntruth\ntry\ntube\ntuition\ntumble\ntuna\ntunnel\nturkey\nturn\nturtle\ntwelve\ntwenty\ntwice\ntwin\ntwist\ntwo\ntype\ntypical\nugly\numbrella\nunable\nunaware\nuncle\nuncover\nunder\nundo\nunfair\nunfold\nunhappy\nuniform\nunique\nunit\nuniverse\nunknown\nunlock\nuntil\nunusual\nunveil\nupdate\nupgrade\nuphold\nupon\nupper\nupset\nurban\nurge\nusage\nuse\nused\nuseful\nuseless\nusual\nutility\nvacant\nvacuum\nvague\nvalid\nvalley\nvalve\nvan\nvanish\nvapor\nvarious\nvast\nvault\nvehicle\nvelvet\nvendor\nventure\nvenue\nverb\nverify\nversion\nvery\nvessel\nveteran\nviable\nvibrant\nvicious\nvictory\nvideo\nview\nvillage\nvintage\nviolin\nvirtual\nvirus\nvisa\nvisit\nvisual\nvital\nvivid\nvocal\nvoice\nvoid\nvolcano\nvolume\nvote\nvoyage\nwage\nwagon\nwait\nwalk\nwall\nwalnut\nwant\nwarfare\nwarm\nwarrior\nwash\nwasp\nwaste\nwater\nwave\nway\nwealth\nweapon\nwear\nweasel\nweather\nweb\nwedding\nweekend\nweird\nwelcome\nwest\nwet\nwhale\nwhat\nwheat\nwheel\nwhen\nwhere\nwhip\nwhisper\nwide\nwidth\nwife\nwild\nwill\nwin\nwindow\nwine\nwing\nwink\nwinner\nwinter\nwire\nwisdom\nwise\nwish\nwitness\nwolf\nwoman\nwonder\nwood\nwool\nword\nwork\nworld\nworry\nworth\nwrap\nwreck\nwrestle\nwrist\nwrite\nwrong\nyard\nyear\nyellow\nyou\nyoung\nyouth\nzebra\nzero\nzone\nzoo".split("\n"),dd=(new Error("timeout while waiting for mutex to become available"),new Error("mutex already locked"),new Error("request for lock canceled"));class hd{constructor(A,I=dd){this._value=A,this._cancelError=I,this._queue=[],this._weightedWaiters=[]}acquire(A=1,I=0){if(A<=0)throw new Error(`invalid weight ${A}: must be positive`);return new Promise((g,C)=>{const B={resolve:g,reject:C,weight:A,priority:I},i=yd(this._queue,A=>I<=A.priority);-1===i&&A<=this._value?this._dispatchItem(B):this._queue.splice(i+1,0,B)})}runExclusive(A){return function(A,I,g,C){return new(g||(g=Promise))(function(B,i){function Q(A){try{E(C.next(A))}catch(A){i(A)}}function e(A){try{E(C.throw(A))}catch(A){i(A)}}function E(A){var I;A.done?B(A.value):(I=A.value,I instanceof g?I:new g(function(A){A(I)})).then(Q,e)}E((C=C.apply(A,I||[])).next())})}(this,arguments,void 0,function*(A,I=1,g=0){const[C,B]=yield this.acquire(I,g);try{return yield A(C)}finally{B()}})}waitForUnlock(A=1,I=0){if(A<=0)throw new Error(`invalid weight ${A}: must be positive`);return this._couldLockImmediately(A,I)?Promise.resolve():new Promise(g=>{this._weightedWaiters[A-1]||(this._weightedWaiters[A-1]=[]),function(A,I){const g=yd(A,A=>I.priority<=A.priority);A.splice(g+1,0,I)}(this._weightedWaiters[A-1],{resolve:g,priority:I})})}isLocked(){return this._value<=0}getValue(){return this._value}setValue(A){this._value=A,this._dispatchQueue()}release(A=1){if(A<=0)throw new Error(`invalid weight ${A}: must be positive`);this._value+=A,this._dispatchQueue()}cancel(){this._queue.forEach(A=>A.reject(this._cancelError)),this._queue=[]}_dispatchQueue(){for(this._drainUnlockWaiters();this._queue.length>0&&this._queue[0].weight<=this._value;)this._dispatchItem(this._queue.shift()),this._drainUnlockWaiters()}_dispatchItem(A){const I=this._value;this._value-=A.weight,A.resolve([I,this._newReleaser(A.weight)])}_newReleaser(A){let I=!1;return()=>{I||(I=!0,this.release(A))}}_drainUnlockWaiters(){if(0===this._queue.length)for(let A=this._value;A>0;A--){const I=this._weightedWaiters[A-1];I&&(I.forEach(A=>A.resolve()),this._weightedWaiters[A-1]=[])}else{const A=this._queue[0].priority;for(let I=this._value;I>0;I--){const g=this._weightedWaiters[I-1];if(!g)continue;const C=g.findIndex(I=>I.priority<=A);(-1===C?g:g.splice(0,C)).forEach(A=>A.resolve())}}}_couldLockImmediately(A,I){return(0===this._queue.length||this._queue[0].priority<I)&&A<=this._value}}function yd(A,I){for(let g=A.length-1;g>=0;g--)if(I(A[g]))return g;return-1}class ld{constructor(A){this._semaphore=new hd(1,A)}acquire(){return function(A,I,g,C){return new(g||(g=Promise))(function(B,i){function Q(A){try{E(C.next(A))}catch(A){i(A)}}function e(A){try{E(C.throw(A))}catch(A){i(A)}}function E(A){var I;A.done?B(A.value):(I=A.value,I instanceof g?I:new g(function(A){A(I)})).then(Q,e)}E((C=C.apply(A,I||[])).next())})}(this,arguments,void 0,function*(A=0){const[,I]=yield this._semaphore.acquire(1,A);return I})}runExclusive(A,I=0){return this._semaphore.runExclusive(()=>A(),1,I)}isLocked(){return this._semaphore.isLocked()}waitForUnlock(A=0){return this._semaphore.waitForUnlock(1,A)}release(){this._semaphore.isLocked()&&this._semaphore.release()}cancel(){return this._semaphore.cancel()}}var kd=Q(228),ud=Q(6705),Nd=Q(8287).hp,Gd=class{generateAdaptorFromSignature(A){const I=ie.utils.randomPrivateKey(),{r:g,s:C}=pd(A),B=oQ(Vi(C)-Vi(I),ie.CURVE.n);return{adaptorSignature:new Uint8Array([...g,...vi(B,32)]),adaptorPrivateKey:I}}generateSignatureFromExistingAdaptor(A,I){const{r:g,s:C}=pd(A),B=oQ(Vi(C)-Vi(I),ie.CURVE.n);return new Uint8Array([...g,...vi(B,32)])}validateAdaptorSignature(A,I,g,C){return function(A,I,g,C){if(32!==I.length)throw new Error(`wrong size for message (got ${I.length}, want 32)`);const B=de.utils.lift_x(Vi(g));B.assertValidity();const i=A.slice(0,32),Q=A.slice(32,64),e=oQ(-oQ(Vi(de.utils.taggedHash("BIP0340/challenge",i,B.toBytes().slice(1),I)),ie.CURVE.n),ie.CURVE.n),E=ie.Point.BASE.multiplyUnsafe(Vi(Q)),t=B.multiplyUnsafe(e),o=E.add(t);if(o.is0())throw new Error("R is zero");o.assertValidity();const n=ie.Point.fromHex(C),a=o.add(n);if(a.equals(ie.Point.ZERO))throw new Error("calculated R point is the point at infinity");if(a.assertValidity(),a.y%2n!=0n)throw new Error("calculated R y-value is odd");const s=Vi(i);if(a.toAffine().x!==s)throw new Error("calculated R point was not given R");return!0}(g,I,A,C)}applyAdaptorToSignature(A,I,g,C){const{r:B,s:i}=pd(g),Q=Vi(i),e=Vi(C),E=oQ(Q+e,ie.CURVE.n),t=new Uint8Array([...B,...vi(E,32)]);try{if(de.verify(t,I,A))return t}catch{}const o=oQ(Q-e,ie.CURVE.n),n=new Uint8Array([...B,...vi(o,32)]);try{if(de.verify(n,I,A))return n}catch{}throw new Error("Cannot apply adaptor to signature")}getPublicKeyBytes(A){return ie.getPublicKey(A,!0)}batchGetPublicKeyBytes(A){return A.map(A=>this.getPublicKeyBytes(A))}};function pd(A){if(64!==A.length)throw new Error(`Invalid signature length: expected 64, got ${A.length}`);const I=A.slice(0,32),g=A.slice(32,64);if(Vi(I)>=ie.CURVE.Fp.ORDER)throw new Error("Invalid signature: r >= field prime");if(Vi(g)>=ie.CURVE.n)throw new Error("Invalid signature: s >= group order");return{r:I,s:g}}let Sd=null;function fd(){if(!Sd)throw new Error("sparkFrost is not set");return Sd}let Fd=globalThis.crypto??null;const Rd=()=>{if(!Fd)throw new Error("Crypto implementation is not set. Please set it using setCrypto().");return Fd};var Ud=class{};let Md=null;function Kd(){if(!Md)throw new Error("sparkTokenPrimitives is not set");return Md}const md=globalThis,Jd="navigator"in globalThis&&"ReactNative"===navigator.product,bd="Bun"in globalThis,Hd="chrome"in globalThis&&"string"==typeof md.chrome.runtime?.id,Yd=Hd&&"window"in globalThis,Ld="navigator"in globalThis?function(){const A=qn(globalThis.navigator.userAgent);return`${A.browser.name?A.browser.name.toLowerCase().replaceAll(" ","-"):"unknown-browser"}-${A.browser.version?A.browser.version:"unknown-version"}/${A.os.name?A.os.name.toLowerCase().replaceAll(" ","-"):"unknown-os"}-${A.os.version?A.os.version:"unknown-version"}`}()||"unknown-user-agent":void 0;let qd="unknown";if(bd){const A=md.Bun;qd=`bun/${"string"==typeof A.version?A.version:"unknown-version"}`}else if(vB)qd=`node/${globalThis.process.version}`;else if(Jd)qd="react-native";else if(xB){const A=Bare;qd=`bare/${"string"==typeof A.version?A.version:"unknown-version"}`}else if(Hd){const A="location"in globalThis?globalThis.location.protocol:"",I=Yd?"content-script":"background-script";qd=`web-extension/${A.replace(":","")}/${I}/${Ld}`}else qd=`browser/${Ld}`;function Vd(){return`js-spark-sdk/0.8.5 ${qd}`}var Td=class extends Error{context;initialMessage;originalError;constructor(A,I={}){const g={...I,clientEnv:Vd()};let C;g.error&&(C=function(A){if(A instanceof Error)return A;if(A&&"object"==typeof A&&"message"in A&&"string"==typeof A.message)return new Error(A.message);if("string"==typeof A)return new Error(A);let I;try{I=JSON.stringify(A)}catch{I=String(A)}return new Error(I)}(g.error),delete g.error),super(vd(A,g,C)),this.initialMessage=A,this.name=this.constructor.name,this.context=g,this.originalError=C,Error.captureStackTrace&&Error.captureStackTrace(this,this.constructor)}update({message:A,context:I={}}){this.context={...this.context,...I},this.message=vd(A??this.initialMessage,this.context,this.originalError)}getContext(){return this.context}toString(){return this.message}toJSON(){return{name:this.name,message:this.message,context:this.context,originalError:this.originalError?{name:this.originalError.name,message:this.originalError.message,stack:this.originalError.stack}:void 0,stack:this.stack}}};function vd(A,I={},g){const C=Object.entries(I).map(([A,I])=>`${A}: ${function(A){const I=(A,I)=>"bigint"==typeof I?I.toString():I instanceof Uint8Array?Zd(I):I;if("bigint"==typeof A)return`${A.toString()}`;if(A instanceof Uint8Array)return`${Zd(A)}`;try{const g=JSON.stringify(A,I);return void 0===g?String(A):g.replace(/^"|"$/g,"")}catch{try{return String(A)}catch{return"[Unserializable]"}}}(I)}`).join(", ");return`${A.replace(/[.!?]+$/,"")}${g&&g.message!==A?`: ${g.message}`:""}${C?` [${C}]`:""}`}function Zd(A){return`Uint8Array(0x${Vt(A)})`}var xd=class extends Td{constructor(A,I={}){super(A,I)}},Wd=class extends Td{constructor(A,I={}){super(A,I)}},Pd=class extends Td{constructor(A,I={}){super(A,I)}};function Od(A,I,g){if(!A)throw new Error("Missing sparkInvoiceFields");if(!I)throw new Error("Receiver public key is required");if(!g)throw new Error("Network is required");if(1===A.version)return function(A,I,g){if(!A)throw new Error("Missing sparkInvoiceFields");if(!I)throw new Error("Receiver public key is required");if(!g)throw new Error("Network is required");const{version:C,id:B,paymentType:i,memo:Q,senderPublicKey:e,expiryTime:E}=A,t=[],o=Ya.create(),n=Xd(C);o.update(n),t.push(o.digest());const a=Ya.create();if(!B||16!==B.length)throw new Error("invoice id must be exactly 16 bytes");a.update(B),t.push(a.digest());const s=Ya.create();(function(A,I){const g=Xd(function(A){switch(A){case"MAINNET":return 3652501241;case"LOCAL":case"REGTEST":return 3669344250;case"TESTNET":return 118034699;case"SIGNET":return 1087308554;default:throw new Error("invalid network")}}(I));A.update(Ya(g))})(s,g),t.push(s.digest());const r=Ya.create();if(!I||33!==I.length)throw new Error("receiver public key must be exactly 33 bytes");switch(r.update(I),t.push(r.digest()),i?.$case){case"tokensPayment":{const A=i.tokensPayment,I=Ya.create();I.update(new Uint8Array([1])),t.push(I.digest());const g=Ya.create(),C=A.tokenIdentifier;if(C&&0!==C.length){if(32!==C.length)throw new Error("token identifier must be exactly 32 bytes");g.update(C)}else g.update(new Uint8Array(32));t.push(g.digest());const B=Ya.create(),Q=A.amount;if(Q&&Q.length>16)throw new Error("token amount exceeds 16 bytes");Q&&Q.length>0&&B.update(Q),t.push(B.digest());break}case"satsPayment":{const A=i.satsPayment,I=Ya.create();I.update(new Uint8Array([2])),t.push(I.digest());const g=Ya.create();let C=0n;A&&"number"==typeof A.amount&&0!==A.amount&&(C=BigInt(A.amount)),g.update(jd(C)),t.push(g.digest());break}default:throw new Error("unsupported or missing payment type")}const c=Ya.create();null!=Q&&c.update((new TextEncoder).encode(Q)),t.push(c.digest());const D=Ya.create(),w=e;if(w&&0!==w.length){if(33!==w.length)throw new Error("sender public key must be exactly 33 bytes");D.update(w)}else D.update(new Uint8Array(33));t.push(D.digest());const d=Ya.create();let h=0n;if(E instanceof Date){const A=Math.floor(E.getTime()/1e3);A>0&&(h=BigInt(A))}d.update(jd(h)),t.push(d.digest());const y=Ya.create();for(const A of t)y.update(A);return y.digest()}(A,I,g);throw new Error(`Unsupported invoice version: ${A.version}`)}function Xd(A){const I=new Uint8Array(4);return new DataView(I.buffer).setUint32(0,A>>>0,!1),I}function jd(A){const I=new Uint8Array(8);return new DataView(I.buffer).setBigUint64(0,A,!1),I}const zd={MAINNET:"spark",TESTNET:"sparkt",REGTEST:"sparkrt",SIGNET:"sparks",LOCAL:"sparkl"},_d={MAINNET:"sp",TESTNET:"spt",REGTEST:"sprt",SIGNET:"sps",LOCAL:"spl"};function $d(A){return Ah(A)}function Ah(A,I){try{ih(A.identityPublicKey);const g=vt(A.identityPublicKey);let C;A.sparkInvoiceFields&&(Qh(A.sparkInvoiceFields),C=A.sparkInvoiceFields);const B=new y;if(B.uint32(10).bytes(g),C){const A=function(A){const I=new y;switch(0!==A.version&&I.uint32(8).uint32(A.version),A.id&&A.id.length&&I.uint32(18).bytes(A.id),void 0!==A.memo&&I.uint32(42).string(A.memo),void 0!==A.senderPublicKey&&I.uint32(50).bytes(A.senderPublicKey),void 0!==A.expiryTime&&N.encode(function(A){const I=A.getTime();return{seconds:Math.floor(I/1e3),nanos:I%1e3*1e6}}(A.expiryTime),I.uint32(58).fork()).join(),A.paymentType?.$case){case"tokensPayment":KC.encode(A.paymentType.tokensPayment,I.uint32(26).fork()).join();break;case"satsPayment":MC.encode(A.paymentType.satsPayment,I.uint32(34).fork()).join()}return I.finish()}(C);B.uint32(18).bytes(A)}I&&I.length&&B.uint32(26).bytes(I);const i=B.finish(),Q=ya.toWords(i);return Eh(zd[A.network],Q)}catch(I){throw new Wd("Failed to encode Spark address",{field:"publicKey",value:A.identityPublicKey,error:I})}}function Ih(A,I){try{if(I!==Bh(A))throw new Wd("Invalid Spark address prefix",{field:"address",value:A,expected:`prefix='${zd[I]}' or '${_d[I]}'`});const g=eh(A),{identityPublicKey:C,sparkInvoiceFields:B,signature:i}=FC.decode(ya.fromWords(g.words)),Q=Vt(C),e=i?Vt(i):void 0;return ih(Q),{identityPublicKey:Q,network:I,sparkInvoiceFields:B&&{version:B.version,id:Na.ofInner(B.id).toString(),paymentType:B.paymentType?"tokensPayment"===B.paymentType.$case?{type:"tokens",tokenIdentifier:B.paymentType.tokensPayment.tokenIdentifier?Vt(B.paymentType.tokensPayment.tokenIdentifier):void 0,amount:B.paymentType.tokensPayment.amount?Vi(B.paymentType.tokensPayment.amount):void 0}:"satsPayment"===B.paymentType.$case?{type:"sats",amount:B.paymentType.satsPayment.amount}:void 0:void 0,memo:B.memo,senderPublicKey:B.senderPublicKey?Vt(B.senderPublicKey):void 0,expiryTime:B.expiryTime},signature:e}}catch(I){if(I instanceof Wd)throw I;throw new Wd("Failed to decode Spark address",{field:"address",value:A,error:I})}}const gh=Object.fromEntries(Object.entries(zd).map(([A,I])=>[I,A])),Ch=Object.fromEntries(Object.entries(_d).map(([A,I])=>[I,A]));function Bh(A){const{prefix:I}=eh(A),g=gh[I]??Ch[I];if(!g)throw new Wd("Invalid Spark address prefix",{field:"network",value:A,expected:"prefix='spark1', 'sparkt1', 'sparkrt1', 'sparks1', 'sparkl1' or legacy ('sp1', 'spt1', 'sprt1', 'sps1', 'spl1')"});return g}function ih(A){try{ie.Point.fromHex(A).assertValidity()}catch(I){throw new Wd("Invalid public key",{field:"publicKey",value:A,error:I})}}function Qh(A){const{version:I,id:g,paymentType:C,memo:B,senderPublicKey:i}=A;if(1!==I)throw new Wd("Version must be 1",{field:"version",value:I});try{Na.ofInner(g)}catch(A){throw new Wd("Invalid id",{field:"id",value:g,error:A})}if(i)try{ih(Vt(i))}catch(A){throw new Wd("Invalid sender public key",{field:"senderPublicKey",value:i,error:A})}if(B&&(new TextEncoder).encode(B).length>120)throw new Wd("Memo exceeds the maximum allowed byte length of 120.",{field:"memo",value:B,expected:"less than 120 bytes"});if(C)if("tokensPayment"===C.$case){const A=BigInt(2**128-1),{amount:I,tokenIdentifier:g}=C.tokensPayment;if(g){if(!(g instanceof Uint8Array))throw new Wd("Token identifier must be Uint8Array",{field:"paymentType.tokensPayment.tokenIdentifier",value:g});if(32!==g.length)throw new Wd("Token identifier must be 32 bytes",{field:"paymentType.tokensPayment.tokenIdentifier",value:g})}if(I){if(I.length>16)throw new Wd("Amount must be less than 16 bytes",{field:"paymentType.tokensPayment.amount",value:I});const g=Vi(I);if(g<0||g>A)throw new Wd("Asset amount must be between 0 and MAX_UINT128",{field:"amount",value:I})}}else{if("satsPayment"!==C.$case)throw new Wd("Invalid payment type",{field:"paymentType",value:C});{const{amount:A}=C.satsPayment;if(A){const I=21e14;if(A<0)throw new Wd("Amount must be greater than or equal to 0",{field:"paymentType.satsPayment.amount",value:A});if(A>I)throw new Wd(`Amount must be less than ${I} sats`)}}}}function eh(A){return function(A){const I=A.lastIndexOf("1");if(I<=0||I>=A.length-1)throw new Error("invalid bech32 string")}(A),ya.decode(A,1024)}function Eh(A,I){return ya.encode(A,I,1024)}let th=function(A){return A[A.MAINNET=0]="MAINNET",A[A.TESTNET=1]="TESTNET",A[A.SIGNET=2]="SIGNET",A[A.REGTEST=3]="REGTEST",A[A.LOCAL=4]="LOCAL",A}({});const oh={[th.MAINNET]:J.MAINNET,[th.TESTNET]:J.TESTNET,[th.SIGNET]:J.SIGNET,[th.REGTEST]:J.REGTEST,[th.LOCAL]:J.REGTEST},nh={[th.MAINNET]:yr,[th.TESTNET]:lr,[th.SIGNET]:lr,[th.REGTEST]:{...lr,bech32:"bcrt"},[th.LOCAL]:{...lr,bech32:"bcrt"}},ah=A=>nh[A];function sh(A,I){if(33!==A.length)throw new Wd("Public key must be 33 bytes",{field:"pubKey",value:A.length,expected:33});const g=Gc(ie.Point.fromHex(A).toBytes().slice(1,33),void 0,ah(I)).script;if(!g)throw new Wd("Failed to get P2TR script",{field:"script",value:"null"});return g}function rh(A,I){if(33!==A.length)throw new Wd("Public key must be 33 bytes",{field:"pubKey",value:A.length,expected:33});const g=Gc(ie.Point.fromHex(A).toBytes().slice(1,33),void 0,ah(I)).address;if(!g)throw new Wd("Failed to get P2TR address",{field:"address",value:"null"});return g}function ch(A,I){if(34!==A.length||81!==A[0]||32!==A[1])throw new Wd("Invalid pkscript",{field:"pkScript",value:KB(A),expected:"34 bytes starting with 0x51 0x20"});const g=Dc.decode(A);return Rc(ah(I)).encode(g)}function Dh(A,I){if(33!==A.length)throw new Wd("Public key must be 33 bytes",{field:"pubKey",value:A.length,expected:33});const g=hc(A,ah(I)).address;if(!g)throw new Wd("Failed to get P2WPKH address",{field:"address",value:"null"});return g}function wh(A){const I=JB(A),g=Oc.fromRaw(I,{allowUnknownOutputs:!0});if(!g)throw new Wd("Failed to parse transaction",{field:"tx",value:"null"});return g}function dh(A){const I=Oc.fromRaw(A,{allowUnknownOutputs:!0});if(!I)throw new Wd("Failed to parse transaction",{field:"tx",value:"null"});return I}function hh(A,I,g){const C=g.script;if(!C)throw new Wd("No script found in prevOutput",{field:"prevScript",value:"null"});const B=g.amount;if(!B)throw new Wd("No amount found in prevOutput",{field:"amount",value:"null"});return A.preimageWitnessV1(I,Array(A.inputsLength).fill(C),Hc.DEFAULT,Array(A.inputsLength).fill(B))}function yh(A,I,g){if(g.length!==A.inputsLength)throw new Wd("prevOutputs length must match transaction inputs length",{field:"prevOutputs",value:g.length,expected:A.inputsLength});const C=[],B=[];for(const A of g){if(!A.script)throw new Wd("No script found in prevOutput",{field:"prevScript",value:"null"});if(void 0===A.amount)throw new Wd("No amount found in prevOutput",{field:"amount",value:"null"});C.push(A.script),B.push(A.amount)}return A.preimageWitnessV1(I,C,Hc.DEFAULT,B)}function lh(A){return KB(Ya(Ya(A.toBytes(!0))).reverse())}function kh(A,I){return 10+150*A+34*I}var uh=class A{hasher;constructor(A){this.hasher=A}static newHasher(I){const g=Ya(function(A){const I=new TextEncoder,g=[];for(const C of A){const A=I.encode(C),B=new Uint8Array(8);new DataView(B.buffer).setBigUint64(0,BigInt(A.length),!1),g.push(B),g.push(A)}const C=g.reduce((A,I)=>A+I.length,0),B=new Uint8Array(C);let i=0;for(const A of g)B.set(A,i),i+=A.length;return B}(I)),C=Ya.create();return C.update(g),C.update(g),new A(C)}addBytes(A){return this.addValue(A),this}addString(A){const I=new TextEncoder;return this.addValue(I.encode(A)),this}addUint64(A){let I;if("number"==typeof A){if(!Number.isSafeInteger(A)||A<0)throw new Error(`addUint64: number must be a non-negative safe integer, got ${A}`);I=BigInt(A)}else{if(A<0n)throw new Error(`addUint64: bigint must be non-negative, got ${A}`);if(A>18446744073709551615n)throw new Error(`addUint64: bigint must be within uint64 range (0 to 2^64-1), got ${A}`);I=A}const g=new Uint8Array(8);return new DataView(g.buffer).setBigUint64(0,I,!1),this.addValue(g),this}addUint32(A){if(!Number.isSafeInteger(A)||A<0||A>4294967295)throw new Error(`addUint32: value must be a valid uint32, got ${A}`);return this.addUint64(BigInt(A))}addUint16(A){if(!Number.isSafeInteger(A)||A<0||A>65535)throw new Error(`addUint16: value must be a valid uint16, got ${A}`);return this.addUint64(BigInt(A))}addUint8(A){if(!Number.isSafeInteger(A)||A<0||A>255)throw new Error(`addUint8: value must be a valid uint8, got ${A}`);return this.addUint64(BigInt(A))}addMapStringToBytes(A){this.addUint64(Object.keys(A).length);const I=new TextEncoder,g=Object.entries(A).map(([A,g])=>({key:A,value:g,keyBytes:I.encode(A)}));g.sort((A,I)=>function(A,I){const g=Math.min(A.length,I.length);for(let C=0;C<g;C++)if(A[C]!==I[C])return A[C]-I[C];return A.length-I.length}(A.keyBytes,I.keyBytes));for(const A of g)this.addString(A.key),this.addBytes(A.value);return this}addValue(A){const I=new Uint8Array(8);new DataView(I.buffer).setBigUint64(0,BigInt(A.length),!1),this.hasher.update(I),this.hasher.update(A)}hash(){return this.hasher.digest()}};function Nh(A){return uh.newHasher(A)}const Gh=955;async function ph({parentTx:A,sequence:I,directSequence:g,vout:C,network:B}){const i=A.getOutput(C);if(!i.amount||!i.script)throw new Wd("Parent output amount or script not found",{field:"parentOutput",value:i});const Q=ch(i.script,B),e=g??I+50,E=await fd().constructNodeTxPair(A.toBytes(!0),C,Q,I,e,BigInt(Gh));return{nodeTx:dh(E.cpfp.tx),directNodeTx:dh(E.direct.tx)}}async function Sh(A,I){return ph({parentTx:A,sequence:0,directSequence:50,vout:0,network:I})}function fh(A,I){const g=mh(A)-100,C=(A||0)&1<<30;if(I&&g<0)throw new Wd("timelock interval is less than 0",{field:"nextTimelock",value:g,expected:"Non-negative timelock interval"});if(!I&&g<=0)throw new Wd("timelock interval is less than or equal to 0",{field:"nextTimelock",value:g,expected:"Timelock greater than 0"});return{nextSequence:C|g+70,nextDirectSequence:C|g+85}}async function Fh({nodeTx:A,directNodeTx:I,receivingPubkey:g,network:C,sequence:B,enforceTimelocks:i=!1}){if(i){let A=mh(B);const I=A%100;0!==I&&(A-=I),B=65535&A|(B&1<<30)>>>0}const Q=B+50,e=!mh(A.getInput(0).sequence),E=I&&!e?I.toBytes(!0):null,t=await fd().constructRefundTxTrio(A.toBytes(!0),E,0,g,function(A){switch(A){case th.MAINNET:return"mainnet";case th.TESTNET:return"testnet";case th.SIGNET:return"signet";case th.REGTEST:case th.LOCAL:return"regtest"}}(C),B,Q,BigInt(Gh));return{cpfpRefundTx:dh(t.cpfp_refund.tx),directRefundTx:t.direct_refund?dh(t.direct_refund.tx):void 0,directFromCpfpRefundTx:dh(t.direct_from_cpfp_refund.tx)}}async function Rh(A){return Fh({...A,sequence:2e3})}async function Uh(A){const I=Hh(A.sequence).nextSequence;return Fh({...A,sequence:I,enforceTimelocks:!0})}async function Mh(A){return Fh({...A,enforceTimelocks:!0})}async function Kh(A){const{connectorOutput:I,...g}=A,{cpfpRefundTx:C,directRefundTx:B,directFromCpfpRefundTx:i}=await Uh(g);return C.addInput(I),B&&B.addInput(I),i&&i.addInput(I),{cpfpRefundTx:C,directRefundTx:B,directFromCpfpRefundTx:i}}function mh(A){return 65535&(A||0)}function Jh(A){return 0===mh(A)}function bh(A){return mh(A)<200}function Hh(A,I){const g=mh(A)-100,C=(A||0)&1<<30;if(I&&g<0)throw new Wd("timelock interval is less than 0",{field:"nextTimelock",value:g,expected:"Non-negative timelock interval"});if(!I&&g<=0)throw new Wd("timelock interval is less than or equal to 0",{field:"nextTimelock",value:g,expected:"Timelock greater than 0"});return{nextSequence:C|g,nextDirectSequence:C|g+50}}function Yh(){return{script:new Uint8Array([81,2,78,115]),amount:0n}}function Lh(){const A=ie.Point.fromHex("0250929b74c1a04954b78b4b6035e97a5e078a5a0f28ec96d547bfee9ace803ac0").toBytes(!0).slice(1);return Nd.from(A)}const qh=2160;function Vh(A){const I=A.getOutput(0)?.amount;if(null==I)throw new Wd("Missing HTLC output amount");return I}function Th({nodeTx:A,directNodeTx:I,vout:g,sequence:C,directSequence:B,directInput:i,network:Q,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t}){const o=vh({nodeTx:A,sequence:C,vout:g,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,applyFee:!1,network:Q}),n=vh({nodeTx:A,sequence:B,vout:g,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,applyFee:!0,network:Q});let a;if(B&&I)a=vh({nodeTx:I,sequence:B,vout:g,hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,applyFee:!0,network:Q});else if(i&&!B)throw new Wd("directSequence must be provided if directInput is",{field:"directSequence",value:B});return{cpfpRefundTx:o,directRefundTx:a,directFromCpfpRefundTx:n}}function vh({nodeTx:A,vout:I,sequence:g,hash:C,hashLockDestinationPubkey:B,sequenceLockDestinationPubkey:i,applyFee:Q,network:e}){let E=A.getOutput(I)?.amount??0n;var t;Q&&(E=(t=E)>BigInt(Gh)?t-BigInt(Gh):t);const o={txid:JB(lh(A)),index:0},n=new Oc({version:3,allowUnknownOutputs:!0});n.addInput({...o,sequence:g});const a=function({hash:A,hashLockDestinationPubkey:I,sequence:g,sequenceLockDestinationPubkey:C,network:B}){return Gc(Lh(),yc([{leafVersion:192,script:Zh(A,I)},{leafVersion:192,script:xh(g,C)}]),B,!0).script}({hash:C,hashLockDestinationPubkey:B,sequence:qh,sequenceLockDestinationPubkey:i,network:e});return n.addOutput({script:a,amount:E}),Q||n.addOutput(Yh()),n}function Zh(A,I){return Gr.encode(["SHA256",A,"EQUALVERIFY",I.slice(1,33),"CHECKSIG"])}function xh(A,I){const g=A>=0&&A<=16?A:Nr().encode(BigInt(A));return Gr.encode([g,"CHECKSEQUENCEVERIFY","DROP",I.slice(1,33),"CHECKSIG"])}function Wh(A,I){const g=new Xc.Metadata(I?.metadata);return g.set("x-idempotency-key",A),{...I,metadata:g}}function Ph(A,I){if(32!==A.length||32!==I.length)throw new Wd("Private keys must be 32 bytes",{field:"privateKeys",value:`a: ${A.length}, b: ${I.length}`,expected:32});const g=ie.utils.normPrivateKeyToScalar(A),C=ie.utils.normPrivateKeyToScalar(I);return vi((ie.CURVE.n-C+g)%ie.CURVE.n,32)}const Oh=Boolean("undefined"!=typeof process&&process?.env?.SPARK_LOCAL_INGRESS_HOST),Xh="022bf283544b16c0622daecb79422007d167eca6ce9f0c98c0c49833b1f7170bfe",jh="023e33e2920326f64ea31058d44777442d97d7d5cbfcf54e3060bc1695e5261c93",zh="http://127.0.0.1:5000",_h="http://127.0.0.1:30000",$h={SSP:"https://api.lightspark.com",ELECTRS:"https://regtest-mempool.us-west-2.sparkinfra.net/api"},Ay={SSP:"https://api.lightspark.com",ELECTRS:"https://mempool.space/api"},Iy="spark-sdk",gy="mCMk1JqlBNtetUNy";function Cy(A){switch(A){case"LOCAL":return Oh?"http://mempool.minikube.local/api":_h;case"REGTEST":return $h.ELECTRS;case"MAINNET":return Ay.ELECTRS;default:return _h}}function By(A){switch(A){case"LOCAL":default:return"028c094a432d46a0ac95349d792c2e3730bd60c29188db716f56a99e39b95338b4";case"REGTEST":return Xh;case"MAINNET":return jh}}function iy(A){switch(A){case"LOCAL":return Oh?"http://app.minikube.local":zh;case"REGTEST":return $h.SSP;case"MAINNET":return Ay.SSP;default:return zh}}const Qy=["sparkWallet","sparkReadonlyClient","connectionManager","serverTimeSync","sspClient","sparkAuthProvider","signingService","transferService","lightningService","depositService","tokenTransactionService","tokenOutputManager","coopExitService","swapService","leafManager","bareHttpTransport","xhrTransport"],ey=(new Set(["LOCAL","MAINNET","REGTEST","SIGNET","TESTNET"]),["03dfbdff4b6332c220f8fa2ba8ed496c698ceada563fa01b67d9983bfc5c95e763","03e625e9768651c9be268e287245cc33f96a68ce9141b0b4769205db027ee8ed77","022eda13465a59205413086130a65dc0ed1b8f8e51937043161f8be0c369b1a410"]),Ey=["0322ca18fc489ae25418a0e768273c2c61cabb823edfb14feb891e9bec62016510","0341727a6c41b168f07eb50865ab8c397a53c7eef628ac1020956b705e43b6cb27","0305ab8d485cc752394de4981f8a5ae004f2becfea6f432c9a59d5022d8764f0a6","0352aef4d49439dedd798ac4aef1e7ebef95f569545b647a25338398c1247ffdea","02c05c88cc8fc181b1ba30006df6a4b0597de6490e24514fbdd0266d2b9cd3d0ba"],ty={log:!1,network:"LOCAL",coordinatorIdentifier:"0000000000000000000000000000000000000000000000000000000000000001",frostSignerAddress:Oh?"localhost:9999":"unix:///tmp/frost_0.sock",threshold:2,signingOperators:sy(),tls:{},tokenSignatures:"SCHNORR",tokenValidityDurationSeconds:180,electrsUrl:Cy("LOCAL"),expectedWithdrawBondSats:1e4,expectedWithdrawRelativeBlockLocktime:1e3,sspClientOptions:{baseUrl:iy("LOCAL"),identityPublicKey:By("LOCAL"),schemaEndpoint:"graphql/spark/rc"},signerWithPreExistingKeys:!1,events:{},optimizationOptions:{auto:!0,multiplicity:1},tokenOptimizationOptions:{enabled:!0,intervalMs:3e5,minOutputsThreshold:50},tokenOutputLockExpiryMs:2e4,tokenTransactionVersion:"V3",useTokenPrimitivesBindings:!0},oy={...ty,threshold:ry()},ny={LOCAL:oy,LOCAL_SCHNORR:{...oy,threshold:ry()},LOCAL_ECDSA:{...oy,tokenSignatures:"ECDSA",threshold:ry()},REGTEST:{...ty,network:"REGTEST",signingOperators:ay(),electrsUrl:Cy("REGTEST"),expectedWithdrawBondSats:1e4,expectedWithdrawRelativeBlockLocktime:1e3,sspClientOptions:{baseUrl:iy("REGTEST"),identityPublicKey:By("REGTEST")}},MAINNET:{...ty,network:"MAINNET",signingOperators:ay(),electrsUrl:Cy("MAINNET"),expectedWithdrawBondSats:1e4,expectedWithdrawRelativeBlockLocktime:1e3,sspClientOptions:{baseUrl:iy("MAINNET"),identityPublicKey:By("MAINNET")}}};function ay(){return{"0000000000000000000000000000000000000000000000000000000000000001":{id:0,identifier:"0000000000000000000000000000000000000000000000000000000000000001",address:"https://0.spark.lightspark.com",identityPublicKey:ey[0]},"0000000000000000000000000000000000000000000000000000000000000002":{id:1,identifier:"0000000000000000000000000000000000000000000000000000000000000002",address:"https://spark-operator.breez.technology",identityPublicKey:ey[1]},"0000000000000000000000000000000000000000000000000000000000000003":{id:2,identifier:"0000000000000000000000000000000000000000000000000000000000000003",address:"https://2.spark.flashnet.xyz",identityPublicKey:ey[2]}}}function sy(){const A="undefined"!=typeof process&&void 0!==process.env.NUM_SPARK_OPERATORS?parseInt(process.env.NUM_SPARK_OPERATORS,10):3,I=xB?"spark-web.minikube.local":"spark.minikube.local";return function(A){if(A.length>Ey.length)throw new Error(`Expected at most ${Ey.length} local signing operators, got ${A.length}`);const I={};for(let g=0;g<A.length;g++){const C=`000000000000000000000000000000000000000000000000000000000000000${g+1}`;I[C]={id:g,identifier:C,address:A[g],identityPublicKey:Ey[g]}}return I}(Array.from({length:A},(A,g)=>Oh?`https://${g}.${I}`:`https://localhost:${8535+g}`))}function ry(A=sy()){const I=Object.keys(A).length;return Math.floor((I+2)/2)}const cy={options:{},trace(){},debug(){},info(){},warn(){},error(){},setOptions(){},setLevel(){},setEnabled(){}};function Dy(A){try{const I=new URL(A);return`[path ${I.protocol}//${I.host}${I.pathname}]`}catch{return`[path length=${A.length}]`}}const wy=[502,503,504];function dy(A,I){const g=A.baseDelayMs*Math.pow(2,I);return Math.min(g,A.maxDelayMs)}let hy="undefined"!=typeof window&&window.fetch?window.fetch.bind(window):globalThis.fetch?globalThis.fetch.bind(globalThis):null,yy=globalThis.Headers??null;const ly=A=>{if(!hy)throw new Error("Fetch implementation is not set. Please set it using setFetch().");if(!yy)throw new Error("Headers implementation is not set. Please set it using setFetch().");return{fetch:(I=hy,g=A,async(A,C)=>{const{sparkOptions:B,...i}=C??{},Q=C&&void 0!==B?i:C,e=B?.logger??g?.logger,E=function(A){let I={maxRetries:0,baseDelayMs:0,maxDelayMs:0,retryableStatusCodes:new Set,retryOnNetworkError:!1};if(!A)return I;const g=!0===A?{}:A,C=Math.max(0,g.maxRetries??5),B=Math.max(0,g.baseDelayMs??1e3);return I={maxRetries:C,baseDelayMs:B,maxDelayMs:Math.max(B,g.maxDelayMs??1e4),retryableStatusCodes:new Set(g.retryableStatusCodes??wy),retryOnNetworkError:g.retryOnNetworkError??!0},I}(B?.retry??g?.retry??!1);if(!e&&!E.maxRetries)return I(A,Q);const t=(Q?.method??(Gy(A)?A.method:void 0)??"GET").toUpperCase(),o=Q?.signal??(Gy(A)?A.signal:null),n=Dy(function(A){if("string"==typeof A)return A;if(A instanceof URL)return A.toString();if(Gy(A))return A.url;if("object"==typeof A&&A&&"url"in A)try{const I=A.url;return"string"==typeof I?I:""}catch{return""}return""}(A)),a=E.maxRetries;for(let g=0;g<=a;g++){const C=Date.now();e?.debug?.(`HTTP ${t} ${n} -> start (attempt ${g+1}/${a+1})`);try{const B=await I(py(A),Q),i=Date.now()-C;if(e?.debug?.(`HTTP ${t} ${n} -> ${B.status} (+${i}ms, attempt ${g+1}/${a+1})`),E.retryableStatusCodes.has(B.status)&&g<a){const A=dy(E,g);e?.debug?.(`HTTP ${t} ${n} -> ${B.status} (attempt ${g+1}/${a+1}), retrying in ${A}ms`),await uy(A,o);continue}return B}catch(A){const I=Date.now()-C,B=Sy(A);if(e?.debug?.(`HTTP ${t} ${n} -> error (+${I}ms, attempt ${g+1}/${a+1}): ${B}`),ky(A,o))throw A;if(!E.retryOnNetworkError||g>=a)throw A;const i=dy(E,g);e?.debug?.(`HTTP ${t} ${n} -> error (attempt ${g+1}/${a+1}), retrying in ${i}ms: ${B}`),await uy(i,o)}}throw new Error("Retry loop exited unexpectedly")}),Headers:yy};var I,g};function ky(A,I){return!!I?.aborted||A instanceof Error&&("AbortError"===A.name||"TimeoutError"===A.name)}function uy(A,I){return I?I.aborted?Promise.reject(Ny(I)):new Promise((g,C)=>{const B=setTimeout(()=>{I.removeEventListener("abort",i),g()},A),i=()=>{clearTimeout(B),I.removeEventListener("abort",i),C(Ny(I))};I.addEventListener("abort",i,{once:!0})}):new Promise(I=>setTimeout(I,A))}function Ny(A){if(A.reason instanceof Error)return A.reason;const I="string"==typeof A.reason&&A.reason.length>0?A.reason:"The operation was aborted",g=new Error(I);return g.name="AbortError",g}function Gy(A){return"undefined"!=typeof Request&&A instanceof Request}function py(A){return Gy(A)?A.clone():A}function Sy(A){return A instanceof Error?A.message:"string"==typeof A?A:"number"==typeof A||"boolean"==typeof A||"bigint"==typeof A||"symbol"==typeof A?A.toString():"unknown"}const fy=JB("deadbeef1337cafe4242424242424242deadbeef1337cafe4242424242424242"),Fy=JB("1337cafe4242deadbeef4242424242421337cafe4242deadbeef424242424242"),Ry=1e8;function Uy(A,I,g){let C=Wt(A,Zt(`|${I}|${g}|v1`));for(let A=0;A<1024;A++){const I=Ya(C);if(ie.utils.isValidPrivateKey(I))return I;C=Wt(I,Zt(`|retry:${A}`))}throw new Error("Failed to derive a valid secp256k1 private key")}const My=10000000n,Ky=1000000n;var my=class A{coins=[];static instance=null;miningAddress;lock=Promise.resolve();faucetKey;miningKey;constructor(A,I,g){this.url=A,this.username=I,this.password=g;const C=`spark-sdk:${process.env.SPARK_TEST_FAUCET_NAMESPACE||(process.env.GITHUB_RUN_ID?`${process.env.GITHUB_RUN_ID}-${process.env.GITHUB_RUN_ATTEMPT||"1"}`:"local")}`;this.faucetKey=Uy(fy,C,"faucet"),this.miningKey=Uy(Fy,C,"miner"),this.miningAddress=rh(ie.getPublicKey(this.miningKey),th.LOCAL)}static getInstance(){if(!A.instance){const I=process.env.SPARK_LOCAL_INGRESS_HOST;A.instance=new A(process.env.BITCOIN_RPC_URL||(I?`http://${I}:8332`:"http://127.0.0.1:8332"),process.env.BITCOIN_RPC_USER||"testutil",process.env.BITCOIN_RPC_PASSWORD||"testutilpassword")}return A.instance}async withLock(A){const I=this.lock;let g;this.lock=new Promise(A=>g=A),await I;try{return await A()}finally{g()}}async fund(){return this.withLock(async()=>{0===this.coins.length&&await this.refill();const A=this.coins[0];if(!A)throw new Error("Failed to get coin from faucet");return this.coins=this.coins.slice(1),A})}async refill(){const A=ie.getPublicKey(this.miningKey),I=rh(A,th.LOCAL),g=await this.callWithRetry("scantxoutset",["start",[`addr(${I})`]]);let C;if(g.success&&g.unspents.length>0){const A=g.unspents.find(A=>{const I=BigInt(Math.floor(A.amount*Ry))>=1001000n,C=g.height-A.height>=100;return I&&C});A&&(C={txid:A.txid,vout:A.vout,amount:BigInt(Math.floor(A.amount*Ry))})}if(!C){const A=await this.sendToAddressInternal(I,Number(My));await this.generateToAddress(1,I);const g=await this.getRawTransaction(A),B=Oc.fromRaw(JB(g.hex));for(let g=0;g<B.outputsLength;g++){const i=B.getOutput(g);if(i.script&&i.amount&&ch(i.script,th.LOCAL)===I&&i.amount===My){C={txid:A,vout:g,amount:My};break}}}if(!C)throw new Error("No UTXO large enough to create even one faucet coin");const B=C.amount,i=Number((B-1000n)/Ky),Q=Math.min(i,20);if(Q<1)throw new Error(`Selected UTXO (${B} sats) is too small to create even one faucet coin of 1000000 sats`);const e=new Oc;e.addInput({txid:C.txid,index:C.vout});const E=sh(ie.getPublicKey(this.faucetKey),th.LOCAL);for(let A=0;A<Q;A++)e.addOutput({script:E,amount:Ky});const t=B-Ky*BigInt(Q)-1000n,o=sh(A,th.LOCAL);t>0n&&e.addOutput({script:o,amount:t});const n=await this.signFaucetCoin(e,{amount:B,script:o},this.miningKey);await this.broadcastTx(KB(n.extract()));const a=n.id;for(let A=0;A<Q;A++)this.coins.push({key:this.faucetKey,outpoint:{txid:JB(a),index:A},txout:n.getOutput(A)})}async sendFaucetCoinToP2WPKHAddress(A){const I=new Oc,g=hc(A,ah(th.LOCAL)).address;if(!g)throw new Error("Invalid P2WPKH address");const C=await this.fund();if(!C)throw new Error("No coins available");I.addInput(C.outpoint),I.addOutputAddress(g,999000n,ah(th.LOCAL));const B=await this.signFaucetCoin(I,C.txout,C.key);await this.broadcastTx(KB(B.extract()))}async signFaucetCoin(A,I,g){await Promise.resolve();const C=ie.getPublicKey(g),B=C.slice(1),i=sh(C,th.LOCAL);A.updateInput(0,{tapInternalKey:B,witnessUtxo:{script:i,amount:I.amount}});const Q=A.preimageWitnessV1(0,Array(A.inputsLength).fill(i),Hc.DEFAULT,Array(A.inputsLength).fill(I.amount)),e=wr(g,new Uint8Array);if(!e)throw new Error("Invalid private key for taproot tweaking");const E=de.sign(Q,e);return A.updateInput(0,{tapKeySig:E}),A.finalize(),A}async mineBlocks(A){return await this.generateToAddress(A,this.miningAddress)}async mineBlocksAndWaitForMiningToComplete(A){const I=await this.getBlockCount();await this.mineBlocks(A),await this.waitForBlocksMined({startBlock:I,expectedIncrease:A})}async callWithRetry(A,I,{maxAttempts:g=5,baseDelayMs:C=200,maxDelayMs:B=3e3}={}){for(let i=1;i<=g;i++)try{return await this.call(A,I)}catch(A){if(!(A instanceof xd&&A.message?.includes("Scan already in progress"))||i===g)throw A;const I=Math.min(C*2**(i-1),B)+100*Math.random();await new Promise(A=>setTimeout(A,I))}throw new Error("Unexpected retry loop exit")}async call(A,I){try{const{fetch:g,Headers:C}=ly(),B=await(await g(this.url,{method:"POST",headers:new C({"Content-Type":"application/json",Authorization:"Basic "+btoa(`${this.username}:${this.password}`)}),body:JSON.stringify({jsonrpc:"1.0",id:"spark-js",method:A,params:I})})).json();if(B.error)throw console.error(`RPC Error for method ${A}:`,B.error),new xd("Bitcoin RPC error",{bitcoinRpcMethod:A,params:I,code:B.error.code,error:B.error});return B.result}catch(g){if(g instanceof xd)throw g;throw new xd("Failed to call Bitcoin RPC",{bitcoinRpcMethod:A,params:I,error:g})}}async generateToAddress(A,I){return await this.call("generatetoaddress",[A,I])}async sendToAddressInternal(A,I){return await this.call("sendtoaddress",[A,I/Ry])}async getBlock(A){return await this.call("getblock",[A,2])}async getBlockCount(){return await this.call("getblockcount",[])}async waitForBlocksMined({startBlock:A,expectedIncrease:I,timeoutMs:g=3e4,intervalMs:C=100}){const B=Date.now()+g;await new Promise(A=>setTimeout(A,C));const i=A+I;for(;Date.now()<B;){const A=await this.getBlockCount();if(A>=i)return A;await new Promise(A=>setTimeout(A,C))}throw new Error(`Timed out waiting for ${I} blocks (target height ${i})`)}async broadcastTx(A){return await this.call("sendrawtransaction",[A,0])}async submitPackage(A){return await this.call("submitpackage",[A])}async getNewAddress(){await Promise.resolve();const A=ie.utils.randomPrivateKey();return rh(ie.getPublicKey(A),th.LOCAL)}async getNewExternalWPKHWallet(){await Promise.resolve();const A=ie.utils.randomPrivateKey(),I=ie.getPublicKey(A);return{address:Dh(I,th.LOCAL),key:A,pubKey:I}}async sendToAddress(A,I,g=1){const C=Number(I)/Ry,B=await this.call("sendtoaddress",[A,C]);if(g>0){const A=ie.utils.randomPrivateKey(),I=rh(ie.getPublicKey(A),th.LOCAL);await this.generateToAddress(g,I)}const i=await this.getRawTransaction(B);return Oc.fromRaw(JB(i.hex))}static findOutputIndex(A,I){for(let g=0;g<A.outputsLength;g++){const C=A.getOutput(g);if(C.script&&C.script.length===I.length&&C.script.every((A,g)=>A===I[g]))return g}throw new Error("Output not found in transaction")}async buildAndBroadcastTx(A,I,g,C=1000n){const B=new Oc;B.addInput({...A.outpoint,sequence:4294967293});const i=Ky-C,Q=Rc(ah(th.LOCAL)).decode(I),e=Dc.encode(Q);B.addOutput({script:e,amount:g});const E=i-g;if(E>0){const A=ie.utils.randomPrivateKey(),I=sh(ie.getPublicKey(A),th.LOCAL);B.addOutput({script:I,amount:E})}const t=await this.signFaucetCoin(B,A.txout,A.key),o=KB(t.extract());return await this.broadcastTx(o),t}async sendToAddressRbf(A,I){const g=await this.fund();if(!g)throw new Error("No coins available");return{tx:await this.buildAndBroadcastTx(g,A,I),coin:g}}async replaceTransaction(A,I,g){return await Promise.resolve(),this.buildAndBroadcastTx(A,I,g,2000n)}async getRawTransaction(A){return await this.call("getrawtransaction",[A,2])}async getRawMempool(){return await this.call("getrawmempool",[])}async getMempoolEntry(A){return await this.call("getmempoolentry",[A])}async waitForMempoolEntry(A,I=3e4,g=5e3){const C=Date.now()+I;for(;Date.now()<C;)try{const I=await this.getMempoolEntry(A);if(I)return I}catch{await new Promise(A=>setTimeout(A,g))}throw new Error(`Timed out waiting for mempool entry for txid ${A}`)}};let Jy=function(A){return A[A.EDITION_UNKNOWN=0]="EDITION_UNKNOWN",A[A.EDITION_LEGACY=900]="EDITION_LEGACY",A[A.EDITION_PROTO2=998]="EDITION_PROTO2",A[A.EDITION_PROTO3=999]="EDITION_PROTO3",A[A.EDITION_2023=1e3]="EDITION_2023",A[A.EDITION_2024=1001]="EDITION_2024",A[A.EDITION_UNSTABLE=9999]="EDITION_UNSTABLE",A[A.EDITION_1_TEST_ONLY=1]="EDITION_1_TEST_ONLY",A[A.EDITION_2_TEST_ONLY=2]="EDITION_2_TEST_ONLY",A[A.EDITION_99997_TEST_ONLY=99997]="EDITION_99997_TEST_ONLY",A[A.EDITION_99998_TEST_ONLY=99998]="EDITION_99998_TEST_ONLY",A[A.EDITION_99999_TEST_ONLY=99999]="EDITION_99999_TEST_ONLY",A[A.EDITION_MAX=2147483647]="EDITION_MAX",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function by(A){switch(A){case 0:case"EDITION_UNKNOWN":return Jy.EDITION_UNKNOWN;case 900:case"EDITION_LEGACY":return Jy.EDITION_LEGACY;case 998:case"EDITION_PROTO2":return Jy.EDITION_PROTO2;case 999:case"EDITION_PROTO3":return Jy.EDITION_PROTO3;case 1e3:case"EDITION_2023":return Jy.EDITION_2023;case 1001:case"EDITION_2024":return Jy.EDITION_2024;case 9999:case"EDITION_UNSTABLE":return Jy.EDITION_UNSTABLE;case 1:case"EDITION_1_TEST_ONLY":return Jy.EDITION_1_TEST_ONLY;case 2:case"EDITION_2_TEST_ONLY":return Jy.EDITION_2_TEST_ONLY;case 99997:case"EDITION_99997_TEST_ONLY":return Jy.EDITION_99997_TEST_ONLY;case 99998:case"EDITION_99998_TEST_ONLY":return Jy.EDITION_99998_TEST_ONLY;case 99999:case"EDITION_99999_TEST_ONLY":return Jy.EDITION_99999_TEST_ONLY;case 2147483647:case"EDITION_MAX":return Jy.EDITION_MAX;default:return Jy.UNRECOGNIZED}}function Hy(A){switch(A){case Jy.EDITION_UNKNOWN:return"EDITION_UNKNOWN";case Jy.EDITION_LEGACY:return"EDITION_LEGACY";case Jy.EDITION_PROTO2:return"EDITION_PROTO2";case Jy.EDITION_PROTO3:return"EDITION_PROTO3";case Jy.EDITION_2023:return"EDITION_2023";case Jy.EDITION_2024:return"EDITION_2024";case Jy.EDITION_UNSTABLE:return"EDITION_UNSTABLE";case Jy.EDITION_1_TEST_ONLY:return"EDITION_1_TEST_ONLY";case Jy.EDITION_2_TEST_ONLY:return"EDITION_2_TEST_ONLY";case Jy.EDITION_99997_TEST_ONLY:return"EDITION_99997_TEST_ONLY";case Jy.EDITION_99998_TEST_ONLY:return"EDITION_99998_TEST_ONLY";case Jy.EDITION_99999_TEST_ONLY:return"EDITION_99999_TEST_ONLY";case Jy.EDITION_MAX:return"EDITION_MAX";case Jy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let Yy=function(A){return A[A.VISIBILITY_UNSET=0]="VISIBILITY_UNSET",A[A.VISIBILITY_LOCAL=1]="VISIBILITY_LOCAL",A[A.VISIBILITY_EXPORT=2]="VISIBILITY_EXPORT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Ly(A){switch(A){case 0:case"VISIBILITY_UNSET":return Yy.VISIBILITY_UNSET;case 1:case"VISIBILITY_LOCAL":return Yy.VISIBILITY_LOCAL;case 2:case"VISIBILITY_EXPORT":return Yy.VISIBILITY_EXPORT;default:return Yy.UNRECOGNIZED}}function qy(A){switch(A){case Yy.VISIBILITY_UNSET:return"VISIBILITY_UNSET";case Yy.VISIBILITY_LOCAL:return"VISIBILITY_LOCAL";case Yy.VISIBILITY_EXPORT:return"VISIBILITY_EXPORT";case Yy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}let Vy=function(A){return A[A.DECLARATION=0]="DECLARATION",A[A.UNVERIFIED=1]="UNVERIFIED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Ty(A){switch(A){case 0:case"DECLARATION":return Vy.DECLARATION;case 1:case"UNVERIFIED":return Vy.UNVERIFIED;default:return Vy.UNRECOGNIZED}}let vy=function(A){return A[A.TYPE_DOUBLE=1]="TYPE_DOUBLE",A[A.TYPE_FLOAT=2]="TYPE_FLOAT",A[A.TYPE_INT64=3]="TYPE_INT64",A[A.TYPE_UINT64=4]="TYPE_UINT64",A[A.TYPE_INT32=5]="TYPE_INT32",A[A.TYPE_FIXED64=6]="TYPE_FIXED64",A[A.TYPE_FIXED32=7]="TYPE_FIXED32",A[A.TYPE_BOOL=8]="TYPE_BOOL",A[A.TYPE_STRING=9]="TYPE_STRING",A[A.TYPE_GROUP=10]="TYPE_GROUP",A[A.TYPE_MESSAGE=11]="TYPE_MESSAGE",A[A.TYPE_BYTES=12]="TYPE_BYTES",A[A.TYPE_UINT32=13]="TYPE_UINT32",A[A.TYPE_ENUM=14]="TYPE_ENUM",A[A.TYPE_SFIXED32=15]="TYPE_SFIXED32",A[A.TYPE_SFIXED64=16]="TYPE_SFIXED64",A[A.TYPE_SINT32=17]="TYPE_SINT32",A[A.TYPE_SINT64=18]="TYPE_SINT64",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Zy(A){switch(A){case 1:case"TYPE_DOUBLE":return vy.TYPE_DOUBLE;case 2:case"TYPE_FLOAT":return vy.TYPE_FLOAT;case 3:case"TYPE_INT64":return vy.TYPE_INT64;case 4:case"TYPE_UINT64":return vy.TYPE_UINT64;case 5:case"TYPE_INT32":return vy.TYPE_INT32;case 6:case"TYPE_FIXED64":return vy.TYPE_FIXED64;case 7:case"TYPE_FIXED32":return vy.TYPE_FIXED32;case 8:case"TYPE_BOOL":return vy.TYPE_BOOL;case 9:case"TYPE_STRING":return vy.TYPE_STRING;case 10:case"TYPE_GROUP":return vy.TYPE_GROUP;case 11:case"TYPE_MESSAGE":return vy.TYPE_MESSAGE;case 12:case"TYPE_BYTES":return vy.TYPE_BYTES;case 13:case"TYPE_UINT32":return vy.TYPE_UINT32;case 14:case"TYPE_ENUM":return vy.TYPE_ENUM;case 15:case"TYPE_SFIXED32":return vy.TYPE_SFIXED32;case 16:case"TYPE_SFIXED64":return vy.TYPE_SFIXED64;case 17:case"TYPE_SINT32":return vy.TYPE_SINT32;case 18:case"TYPE_SINT64":return vy.TYPE_SINT64;default:return vy.UNRECOGNIZED}}let xy=function(A){return A[A.LABEL_OPTIONAL=1]="LABEL_OPTIONAL",A[A.LABEL_REPEATED=3]="LABEL_REPEATED",A[A.LABEL_REQUIRED=2]="LABEL_REQUIRED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Wy(A){switch(A){case 1:case"LABEL_OPTIONAL":return xy.LABEL_OPTIONAL;case 3:case"LABEL_REPEATED":return xy.LABEL_REPEATED;case 2:case"LABEL_REQUIRED":return xy.LABEL_REQUIRED;default:return xy.UNRECOGNIZED}}let Py=function(A){return A[A.SPEED=1]="SPEED",A[A.CODE_SIZE=2]="CODE_SIZE",A[A.LITE_RUNTIME=3]="LITE_RUNTIME",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Oy(A){switch(A){case 1:case"SPEED":return Py.SPEED;case 2:case"CODE_SIZE":return Py.CODE_SIZE;case 3:case"LITE_RUNTIME":return Py.LITE_RUNTIME;default:return Py.UNRECOGNIZED}}let Xy=function(A){return A[A.STRING=0]="STRING",A[A.CORD=1]="CORD",A[A.STRING_PIECE=2]="STRING_PIECE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function jy(A){switch(A){case 0:case"STRING":return Xy.STRING;case 1:case"CORD":return Xy.CORD;case 2:case"STRING_PIECE":return Xy.STRING_PIECE;default:return Xy.UNRECOGNIZED}}let zy=function(A){return A[A.JS_NORMAL=0]="JS_NORMAL",A[A.JS_STRING=1]="JS_STRING",A[A.JS_NUMBER=2]="JS_NUMBER",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function _y(A){switch(A){case 0:case"JS_NORMAL":return zy.JS_NORMAL;case 1:case"JS_STRING":return zy.JS_STRING;case 2:case"JS_NUMBER":return zy.JS_NUMBER;default:return zy.UNRECOGNIZED}}let $y=function(A){return A[A.RETENTION_UNKNOWN=0]="RETENTION_UNKNOWN",A[A.RETENTION_RUNTIME=1]="RETENTION_RUNTIME",A[A.RETENTION_SOURCE=2]="RETENTION_SOURCE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Al(A){switch(A){case 0:case"RETENTION_UNKNOWN":return $y.RETENTION_UNKNOWN;case 1:case"RETENTION_RUNTIME":return $y.RETENTION_RUNTIME;case 2:case"RETENTION_SOURCE":return $y.RETENTION_SOURCE;default:return $y.UNRECOGNIZED}}let Il=function(A){return A[A.TARGET_TYPE_UNKNOWN=0]="TARGET_TYPE_UNKNOWN",A[A.TARGET_TYPE_FILE=1]="TARGET_TYPE_FILE",A[A.TARGET_TYPE_EXTENSION_RANGE=2]="TARGET_TYPE_EXTENSION_RANGE",A[A.TARGET_TYPE_MESSAGE=3]="TARGET_TYPE_MESSAGE",A[A.TARGET_TYPE_FIELD=4]="TARGET_TYPE_FIELD",A[A.TARGET_TYPE_ONEOF=5]="TARGET_TYPE_ONEOF",A[A.TARGET_TYPE_ENUM=6]="TARGET_TYPE_ENUM",A[A.TARGET_TYPE_ENUM_ENTRY=7]="TARGET_TYPE_ENUM_ENTRY",A[A.TARGET_TYPE_SERVICE=8]="TARGET_TYPE_SERVICE",A[A.TARGET_TYPE_METHOD=9]="TARGET_TYPE_METHOD",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({}),gl=function(A){return A[A.IDEMPOTENCY_UNKNOWN=0]="IDEMPOTENCY_UNKNOWN",A[A.NO_SIDE_EFFECTS=1]="NO_SIDE_EFFECTS",A[A.IDEMPOTENT=2]="IDEMPOTENT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function Cl(A){switch(A){case 0:case"IDEMPOTENCY_UNKNOWN":return gl.IDEMPOTENCY_UNKNOWN;case 1:case"NO_SIDE_EFFECTS":return gl.NO_SIDE_EFFECTS;case 2:case"IDEMPOTENT":return gl.IDEMPOTENT;default:return gl.UNRECOGNIZED}}let Bl=function(A){return A[A.FIELD_PRESENCE_UNKNOWN=0]="FIELD_PRESENCE_UNKNOWN",A[A.EXPLICIT=1]="EXPLICIT",A[A.IMPLICIT=2]="IMPLICIT",A[A.LEGACY_REQUIRED=3]="LEGACY_REQUIRED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function il(A){switch(A){case 0:case"FIELD_PRESENCE_UNKNOWN":return Bl.FIELD_PRESENCE_UNKNOWN;case 1:case"EXPLICIT":return Bl.EXPLICIT;case 2:case"IMPLICIT":return Bl.IMPLICIT;case 3:case"LEGACY_REQUIRED":return Bl.LEGACY_REQUIRED;default:return Bl.UNRECOGNIZED}}let Ql=function(A){return A[A.ENUM_TYPE_UNKNOWN=0]="ENUM_TYPE_UNKNOWN",A[A.OPEN=1]="OPEN",A[A.CLOSED=2]="CLOSED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function el(A){switch(A){case 0:case"ENUM_TYPE_UNKNOWN":return Ql.ENUM_TYPE_UNKNOWN;case 1:case"OPEN":return Ql.OPEN;case 2:case"CLOSED":return Ql.CLOSED;default:return Ql.UNRECOGNIZED}}let El=function(A){return A[A.REPEATED_FIELD_ENCODING_UNKNOWN=0]="REPEATED_FIELD_ENCODING_UNKNOWN",A[A.PACKED=1]="PACKED",A[A.EXPANDED=2]="EXPANDED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function tl(A){switch(A){case 0:case"REPEATED_FIELD_ENCODING_UNKNOWN":return El.REPEATED_FIELD_ENCODING_UNKNOWN;case 1:case"PACKED":return El.PACKED;case 2:case"EXPANDED":return El.EXPANDED;default:return El.UNRECOGNIZED}}let ol=function(A){return A[A.UTF8_VALIDATION_UNKNOWN=0]="UTF8_VALIDATION_UNKNOWN",A[A.VERIFY=2]="VERIFY",A[A.NONE=3]="NONE",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function nl(A){switch(A){case 0:case"UTF8_VALIDATION_UNKNOWN":return ol.UTF8_VALIDATION_UNKNOWN;case 2:case"VERIFY":return ol.VERIFY;case 3:case"NONE":return ol.NONE;default:return ol.UNRECOGNIZED}}let al=function(A){return A[A.MESSAGE_ENCODING_UNKNOWN=0]="MESSAGE_ENCODING_UNKNOWN",A[A.LENGTH_PREFIXED=1]="LENGTH_PREFIXED",A[A.DELIMITED=2]="DELIMITED",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function sl(A){switch(A){case 0:case"MESSAGE_ENCODING_UNKNOWN":return al.MESSAGE_ENCODING_UNKNOWN;case 1:case"LENGTH_PREFIXED":return al.LENGTH_PREFIXED;case 2:case"DELIMITED":return al.DELIMITED;default:return al.UNRECOGNIZED}}let rl=function(A){return A[A.JSON_FORMAT_UNKNOWN=0]="JSON_FORMAT_UNKNOWN",A[A.ALLOW=1]="ALLOW",A[A.LEGACY_BEST_EFFORT=2]="LEGACY_BEST_EFFORT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function cl(A){switch(A){case 0:case"JSON_FORMAT_UNKNOWN":return rl.JSON_FORMAT_UNKNOWN;case 1:case"ALLOW":return rl.ALLOW;case 2:case"LEGACY_BEST_EFFORT":return rl.LEGACY_BEST_EFFORT;default:return rl.UNRECOGNIZED}}let Dl=function(A){return A[A.ENFORCE_NAMING_STYLE_UNKNOWN=0]="ENFORCE_NAMING_STYLE_UNKNOWN",A[A.STYLE2024=1]="STYLE2024",A[A.STYLE_LEGACY=2]="STYLE_LEGACY",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function wl(A){switch(A){case 0:case"ENFORCE_NAMING_STYLE_UNKNOWN":return Dl.ENFORCE_NAMING_STYLE_UNKNOWN;case 1:case"STYLE2024":return Dl.STYLE2024;case 2:case"STYLE_LEGACY":return Dl.STYLE_LEGACY;default:return Dl.UNRECOGNIZED}}let dl=function(A){return A[A.DEFAULT_SYMBOL_VISIBILITY_UNKNOWN=0]="DEFAULT_SYMBOL_VISIBILITY_UNKNOWN",A[A.EXPORT_ALL=1]="EXPORT_ALL",A[A.EXPORT_TOP_LEVEL=2]="EXPORT_TOP_LEVEL",A[A.LOCAL_ALL=3]="LOCAL_ALL",A[A.STRICT=4]="STRICT",A[A.UNRECOGNIZED=-1]="UNRECOGNIZED",A}({});function hl(A){switch(A){case 0:case"DEFAULT_SYMBOL_VISIBILITY_UNKNOWN":return dl.DEFAULT_SYMBOL_VISIBILITY_UNKNOWN;case 1:case"EXPORT_ALL":return dl.EXPORT_ALL;case 2:case"EXPORT_TOP_LEVEL":return dl.EXPORT_TOP_LEVEL;case 3:case"LOCAL_ALL":return dl.LOCAL_ALL;case 4:case"STRICT":return dl.STRICT;default:return dl.UNRECOGNIZED}}const yl={encode(A,I=new y){for(const g of A.file)ll.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={file:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.file.push(ll.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({file:globalThis.Array.isArray(A?.file)?A.file.map(A=>ll.fromJSON(A)):[]}),toJSON(A){const I={};return A.file?.length&&(I.file=A.file.map(A=>ll.toJSON(A))),I},create:A=>yl.fromPartial(A??{}),fromPartial(A){const I={file:[]};return I.file=A.file?.map(A=>ll.fromPartial(A))||[],I}},ll={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.package&&""!==A.package&&I.uint32(18).string(A.package);for(const g of A.dependency)I.uint32(26).string(g);for(const g of A.publicDependency)I.uint32(80).int32(g);for(const g of A.weakDependency)I.uint32(88).int32(g);for(const g of A.optionDependency)I.uint32(122).string(g);for(const g of A.messageType)kl.encode(g,I.uint32(34).fork()).join();for(const g of A.enumType)Fl.encode(g,I.uint32(42).fork()).join();for(const g of A.service)Ml.encode(g,I.uint32(50).fork()).join();for(const g of A.extension)Sl.encode(g,I.uint32(58).fork()).join();return void 0!==A.options&&ml.encode(A.options,I.uint32(66).fork()).join(),void 0!==A.sourceCodeInfo&&Ol.encode(A.sourceCodeInfo,I.uint32(74).fork()).join(),void 0!==A.syntax&&""!==A.syntax&&I.uint32(98).string(A.syntax),void 0!==A.edition&&0!==A.edition&&I.uint32(112).int32(A.edition),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",package:"",dependency:[],publicDependency:[],weakDependency:[],optionDependency:[],messageType:[],enumType:[],service:[],extension:[],options:void 0,sourceCodeInfo:void 0,syntax:"",edition:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.package=g.string();continue;case 3:if(26!==A)break;B.dependency.push(g.string());continue;case 10:if(80===A){B.publicDependency.push(g.int32());continue}if(82===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.publicDependency.push(g.int32());continue}break;case 11:if(88===A){B.weakDependency.push(g.int32());continue}if(90===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.weakDependency.push(g.int32());continue}break;case 15:if(122!==A)break;B.optionDependency.push(g.string());continue;case 4:if(34!==A)break;B.messageType.push(kl.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.enumType.push(Fl.decode(g,g.uint32()));continue;case 6:if(50!==A)break;B.service.push(Ml.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.extension.push(Sl.decode(g,g.uint32()));continue;case 8:if(66!==A)break;B.options=ml.decode(g,g.uint32());continue;case 9:if(74!==A)break;B.sourceCodeInfo=Ol.decode(g,g.uint32());continue;case 12:if(98!==A)break;B.syntax=g.string();continue;case 14:if(112!==A)break;B.edition=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",package:_l(A.package)?globalThis.String(A.package):"",dependency:globalThis.Array.isArray(A?.dependency)?A.dependency.map(A=>globalThis.String(A)):[],publicDependency:globalThis.Array.isArray(A?.publicDependency)?A.publicDependency.map(A=>globalThis.Number(A)):[],weakDependency:globalThis.Array.isArray(A?.weakDependency)?A.weakDependency.map(A=>globalThis.Number(A)):[],optionDependency:globalThis.Array.isArray(A?.optionDependency)?A.optionDependency.map(A=>globalThis.String(A)):[],messageType:globalThis.Array.isArray(A?.messageType)?A.messageType.map(A=>kl.fromJSON(A)):[],enumType:globalThis.Array.isArray(A?.enumType)?A.enumType.map(A=>Fl.fromJSON(A)):[],service:globalThis.Array.isArray(A?.service)?A.service.map(A=>Ml.fromJSON(A)):[],extension:globalThis.Array.isArray(A?.extension)?A.extension.map(A=>Sl.fromJSON(A)):[],options:_l(A.options)?ml.fromJSON(A.options):void 0,sourceCodeInfo:_l(A.sourceCodeInfo)?Ol.fromJSON(A.sourceCodeInfo):void 0,syntax:_l(A.syntax)?globalThis.String(A.syntax):"",edition:_l(A.edition)?by(A.edition):0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.package&&""!==A.package&&(I.package=A.package),A.dependency?.length&&(I.dependency=A.dependency),A.publicDependency?.length&&(I.publicDependency=A.publicDependency.map(A=>Math.round(A))),A.weakDependency?.length&&(I.weakDependency=A.weakDependency.map(A=>Math.round(A))),A.optionDependency?.length&&(I.optionDependency=A.optionDependency),A.messageType?.length&&(I.messageType=A.messageType.map(A=>kl.toJSON(A))),A.enumType?.length&&(I.enumType=A.enumType.map(A=>Fl.toJSON(A))),A.service?.length&&(I.service=A.service.map(A=>Ml.toJSON(A))),A.extension?.length&&(I.extension=A.extension.map(A=>Sl.toJSON(A))),void 0!==A.options&&(I.options=ml.toJSON(A.options)),void 0!==A.sourceCodeInfo&&(I.sourceCodeInfo=Ol.toJSON(A.sourceCodeInfo)),void 0!==A.syntax&&""!==A.syntax&&(I.syntax=A.syntax),void 0!==A.edition&&0!==A.edition&&(I.edition=Hy(A.edition)),I},create:A=>ll.fromPartial(A??{}),fromPartial(A){const I={name:"",package:"",dependency:[],publicDependency:[],weakDependency:[],optionDependency:[],messageType:[],enumType:[],service:[],extension:[],options:void 0,sourceCodeInfo:void 0,syntax:"",edition:0};return I.name=A.name??"",I.package=A.package??"",I.dependency=A.dependency?.map(A=>A)||[],I.publicDependency=A.publicDependency?.map(A=>A)||[],I.weakDependency=A.weakDependency?.map(A=>A)||[],I.optionDependency=A.optionDependency?.map(A=>A)||[],I.messageType=A.messageType?.map(A=>kl.fromPartial(A))||[],I.enumType=A.enumType?.map(A=>Fl.fromPartial(A))||[],I.service=A.service?.map(A=>Ml.fromPartial(A))||[],I.extension=A.extension?.map(A=>Sl.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?ml.fromPartial(A.options):void 0,I.sourceCodeInfo=void 0!==A.sourceCodeInfo&&null!==A.sourceCodeInfo?Ol.fromPartial(A.sourceCodeInfo):void 0,I.syntax=A.syntax??"",I.edition=A.edition??0,I}},kl={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name);for(const g of A.field)Sl.encode(g,I.uint32(18).fork()).join();for(const g of A.extension)Sl.encode(g,I.uint32(50).fork()).join();for(const g of A.nestedType)kl.encode(g,I.uint32(26).fork()).join();for(const g of A.enumType)Fl.encode(g,I.uint32(34).fork()).join();for(const g of A.extensionRange)ul.encode(g,I.uint32(42).fork()).join();for(const g of A.oneofDecl)fl.encode(g,I.uint32(66).fork()).join();void 0!==A.options&&Jl.encode(A.options,I.uint32(58).fork()).join();for(const g of A.reservedRange)Nl.encode(g,I.uint32(74).fork()).join();for(const g of A.reservedName)I.uint32(82).string(g);return void 0!==A.visibility&&0!==A.visibility&&I.uint32(88).int32(A.visibility),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",field:[],extension:[],nestedType:[],enumType:[],extensionRange:[],oneofDecl:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.field.push(Sl.decode(g,g.uint32()));continue;case 6:if(50!==A)break;B.extension.push(Sl.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.nestedType.push(kl.decode(g,g.uint32()));continue;case 4:if(34!==A)break;B.enumType.push(Fl.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.extensionRange.push(ul.decode(g,g.uint32()));continue;case 8:if(66!==A)break;B.oneofDecl.push(fl.decode(g,g.uint32()));continue;case 7:if(58!==A)break;B.options=Jl.decode(g,g.uint32());continue;case 9:if(74!==A)break;B.reservedRange.push(Nl.decode(g,g.uint32()));continue;case 10:if(82!==A)break;B.reservedName.push(g.string());continue;case 11:if(88!==A)break;B.visibility=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",field:globalThis.Array.isArray(A?.field)?A.field.map(A=>Sl.fromJSON(A)):[],extension:globalThis.Array.isArray(A?.extension)?A.extension.map(A=>Sl.fromJSON(A)):[],nestedType:globalThis.Array.isArray(A?.nestedType)?A.nestedType.map(A=>kl.fromJSON(A)):[],enumType:globalThis.Array.isArray(A?.enumType)?A.enumType.map(A=>Fl.fromJSON(A)):[],extensionRange:globalThis.Array.isArray(A?.extensionRange)?A.extensionRange.map(A=>ul.fromJSON(A)):[],oneofDecl:globalThis.Array.isArray(A?.oneofDecl)?A.oneofDecl.map(A=>fl.fromJSON(A)):[],options:_l(A.options)?Jl.fromJSON(A.options):void 0,reservedRange:globalThis.Array.isArray(A?.reservedRange)?A.reservedRange.map(A=>Nl.fromJSON(A)):[],reservedName:globalThis.Array.isArray(A?.reservedName)?A.reservedName.map(A=>globalThis.String(A)):[],visibility:_l(A.visibility)?Ly(A.visibility):0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),A.field?.length&&(I.field=A.field.map(A=>Sl.toJSON(A))),A.extension?.length&&(I.extension=A.extension.map(A=>Sl.toJSON(A))),A.nestedType?.length&&(I.nestedType=A.nestedType.map(A=>kl.toJSON(A))),A.enumType?.length&&(I.enumType=A.enumType.map(A=>Fl.toJSON(A))),A.extensionRange?.length&&(I.extensionRange=A.extensionRange.map(A=>ul.toJSON(A))),A.oneofDecl?.length&&(I.oneofDecl=A.oneofDecl.map(A=>fl.toJSON(A))),void 0!==A.options&&(I.options=Jl.toJSON(A.options)),A.reservedRange?.length&&(I.reservedRange=A.reservedRange.map(A=>Nl.toJSON(A))),A.reservedName?.length&&(I.reservedName=A.reservedName),void 0!==A.visibility&&0!==A.visibility&&(I.visibility=qy(A.visibility)),I},create:A=>kl.fromPartial(A??{}),fromPartial(A){const I={name:"",field:[],extension:[],nestedType:[],enumType:[],extensionRange:[],oneofDecl:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};return I.name=A.name??"",I.field=A.field?.map(A=>Sl.fromPartial(A))||[],I.extension=A.extension?.map(A=>Sl.fromPartial(A))||[],I.nestedType=A.nestedType?.map(A=>kl.fromPartial(A))||[],I.enumType=A.enumType?.map(A=>Fl.fromPartial(A))||[],I.extensionRange=A.extensionRange?.map(A=>ul.fromPartial(A))||[],I.oneofDecl=A.oneofDecl?.map(A=>fl.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?Jl.fromPartial(A.options):void 0,I.reservedRange=A.reservedRange?.map(A=>Nl.fromPartial(A))||[],I.reservedName=A.reservedName?.map(A=>A)||[],I.visibility=A.visibility??0,I}},ul={encode:(A,I=new y)=>(void 0!==A.start&&0!==A.start&&I.uint32(8).int32(A.start),void 0!==A.end&&0!==A.end&&I.uint32(16).int32(A.end),void 0!==A.options&&Gl.encode(A.options,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={start:0,end:0,options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.start=g.int32();continue;case 2:if(16!==A)break;B.end=g.int32();continue;case 3:if(26!==A)break;B.options=Gl.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({start:_l(A.start)?globalThis.Number(A.start):0,end:_l(A.end)?globalThis.Number(A.end):0,options:_l(A.options)?Gl.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.start&&0!==A.start&&(I.start=Math.round(A.start)),void 0!==A.end&&0!==A.end&&(I.end=Math.round(A.end)),void 0!==A.options&&(I.options=Gl.toJSON(A.options)),I},create:A=>ul.fromPartial(A??{}),fromPartial(A){const I={start:0,end:0,options:void 0};return I.start=A.start??0,I.end=A.end??0,I.options=void 0!==A.options&&null!==A.options?Gl.fromPartial(A.options):void 0,I}},Nl={encode:(A,I=new y)=>(void 0!==A.start&&0!==A.start&&I.uint32(8).int32(A.start),void 0!==A.end&&0!==A.end&&I.uint32(16).int32(A.end),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={start:0,end:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.start=g.int32();continue;case 2:if(16!==A)break;B.end=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({start:_l(A.start)?globalThis.Number(A.start):0,end:_l(A.end)?globalThis.Number(A.end):0}),toJSON(A){const I={};return void 0!==A.start&&0!==A.start&&(I.start=Math.round(A.start)),void 0!==A.end&&0!==A.end&&(I.end=Math.round(A.end)),I},create:A=>Nl.fromPartial(A??{}),fromPartial(A){const I={start:0,end:0};return I.start=A.start??0,I.end=A.end??0,I}},Gl={encode(A,I=new y){for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();for(const g of A.declaration)pl.encode(g,I.uint32(18).fork()).join();return void 0!==A.features&&Pl.encode(A.features,I.uint32(402).fork()).join(),void 0!==A.verification&&1!==A.verification&&I.uint32(24).int32(A.verification),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={uninterpretedOption:[],declaration:[],features:void 0,verification:1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue;case 2:if(18!==A)break;B.declaration.push(pl.decode(g,g.uint32()));continue;case 50:if(402!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.verification=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[],declaration:globalThis.Array.isArray(A?.declaration)?A.declaration.map(A=>pl.fromJSON(A)):[],features:_l(A.features)?Pl.fromJSON(A.features):void 0,verification:_l(A.verification)?Ty(A.verification):1}),toJSON(A){const I={};return A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),A.declaration?.length&&(I.declaration=A.declaration.map(A=>pl.toJSON(A))),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.verification&&1!==A.verification&&(I.verification=function(A){switch(A){case Vy.DECLARATION:return"DECLARATION";case Vy.UNVERIFIED:return"UNVERIFIED";case Vy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.verification)),I},create:A=>Gl.fromPartial(A??{}),fromPartial(A){const I={uninterpretedOption:[],declaration:[],features:void 0,verification:1};return I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I.declaration=A.declaration?.map(A=>pl.fromPartial(A))||[],I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.verification=A.verification??1,I}},pl={encode:(A,I=new y)=>(void 0!==A.number&&0!==A.number&&I.uint32(8).int32(A.number),void 0!==A.fullName&&""!==A.fullName&&I.uint32(18).string(A.fullName),void 0!==A.type&&""!==A.type&&I.uint32(26).string(A.type),void 0!==A.reserved&&!1!==A.reserved&&I.uint32(40).bool(A.reserved),void 0!==A.repeated&&!1!==A.repeated&&I.uint32(48).bool(A.repeated),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={number:0,fullName:"",type:"",reserved:!1,repeated:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.number=g.int32();continue;case 2:if(18!==A)break;B.fullName=g.string();continue;case 3:if(26!==A)break;B.type=g.string();continue;case 5:if(40!==A)break;B.reserved=g.bool();continue;case 6:if(48!==A)break;B.repeated=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({number:_l(A.number)?globalThis.Number(A.number):0,fullName:_l(A.fullName)?globalThis.String(A.fullName):"",type:_l(A.type)?globalThis.String(A.type):"",reserved:!!_l(A.reserved)&&globalThis.Boolean(A.reserved),repeated:!!_l(A.repeated)&&globalThis.Boolean(A.repeated)}),toJSON(A){const I={};return void 0!==A.number&&0!==A.number&&(I.number=Math.round(A.number)),void 0!==A.fullName&&""!==A.fullName&&(I.fullName=A.fullName),void 0!==A.type&&""!==A.type&&(I.type=A.type),void 0!==A.reserved&&!1!==A.reserved&&(I.reserved=A.reserved),void 0!==A.repeated&&!1!==A.repeated&&(I.repeated=A.repeated),I},create:A=>pl.fromPartial(A??{}),fromPartial(A){const I={number:0,fullName:"",type:"",reserved:!1,repeated:!1};return I.number=A.number??0,I.fullName=A.fullName??"",I.type=A.type??"",I.reserved=A.reserved??!1,I.repeated=A.repeated??!1,I}},Sl={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.number&&0!==A.number&&I.uint32(24).int32(A.number),void 0!==A.label&&1!==A.label&&I.uint32(32).int32(A.label),void 0!==A.type&&1!==A.type&&I.uint32(40).int32(A.type),void 0!==A.typeName&&""!==A.typeName&&I.uint32(50).string(A.typeName),void 0!==A.extendee&&""!==A.extendee&&I.uint32(18).string(A.extendee),void 0!==A.defaultValue&&""!==A.defaultValue&&I.uint32(58).string(A.defaultValue),void 0!==A.oneofIndex&&0!==A.oneofIndex&&I.uint32(72).int32(A.oneofIndex),void 0!==A.jsonName&&""!==A.jsonName&&I.uint32(82).string(A.jsonName),void 0!==A.options&&bl.encode(A.options,I.uint32(66).fork()).join(),void 0!==A.proto3Optional&&!1!==A.proto3Optional&&I.uint32(136).bool(A.proto3Optional),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",number:0,label:1,type:1,typeName:"",extendee:"",defaultValue:"",oneofIndex:0,jsonName:"",options:void 0,proto3Optional:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 3:if(24!==A)break;B.number=g.int32();continue;case 4:if(32!==A)break;B.label=g.int32();continue;case 5:if(40!==A)break;B.type=g.int32();continue;case 6:if(50!==A)break;B.typeName=g.string();continue;case 2:if(18!==A)break;B.extendee=g.string();continue;case 7:if(58!==A)break;B.defaultValue=g.string();continue;case 9:if(72!==A)break;B.oneofIndex=g.int32();continue;case 10:if(82!==A)break;B.jsonName=g.string();continue;case 8:if(66!==A)break;B.options=bl.decode(g,g.uint32());continue;case 17:if(136!==A)break;B.proto3Optional=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",number:_l(A.number)?globalThis.Number(A.number):0,label:_l(A.label)?Wy(A.label):1,type:_l(A.type)?Zy(A.type):1,typeName:_l(A.typeName)?globalThis.String(A.typeName):"",extendee:_l(A.extendee)?globalThis.String(A.extendee):"",defaultValue:_l(A.defaultValue)?globalThis.String(A.defaultValue):"",oneofIndex:_l(A.oneofIndex)?globalThis.Number(A.oneofIndex):0,jsonName:_l(A.jsonName)?globalThis.String(A.jsonName):"",options:_l(A.options)?bl.fromJSON(A.options):void 0,proto3Optional:!!_l(A.proto3Optional)&&globalThis.Boolean(A.proto3Optional)}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.number&&0!==A.number&&(I.number=Math.round(A.number)),void 0!==A.label&&1!==A.label&&(I.label=function(A){switch(A){case xy.LABEL_OPTIONAL:return"LABEL_OPTIONAL";case xy.LABEL_REPEATED:return"LABEL_REPEATED";case xy.LABEL_REQUIRED:return"LABEL_REQUIRED";case xy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.label)),void 0!==A.type&&1!==A.type&&(I.type=function(A){switch(A){case vy.TYPE_DOUBLE:return"TYPE_DOUBLE";case vy.TYPE_FLOAT:return"TYPE_FLOAT";case vy.TYPE_INT64:return"TYPE_INT64";case vy.TYPE_UINT64:return"TYPE_UINT64";case vy.TYPE_INT32:return"TYPE_INT32";case vy.TYPE_FIXED64:return"TYPE_FIXED64";case vy.TYPE_FIXED32:return"TYPE_FIXED32";case vy.TYPE_BOOL:return"TYPE_BOOL";case vy.TYPE_STRING:return"TYPE_STRING";case vy.TYPE_GROUP:return"TYPE_GROUP";case vy.TYPE_MESSAGE:return"TYPE_MESSAGE";case vy.TYPE_BYTES:return"TYPE_BYTES";case vy.TYPE_UINT32:return"TYPE_UINT32";case vy.TYPE_ENUM:return"TYPE_ENUM";case vy.TYPE_SFIXED32:return"TYPE_SFIXED32";case vy.TYPE_SFIXED64:return"TYPE_SFIXED64";case vy.TYPE_SINT32:return"TYPE_SINT32";case vy.TYPE_SINT64:return"TYPE_SINT64";case vy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.type)),void 0!==A.typeName&&""!==A.typeName&&(I.typeName=A.typeName),void 0!==A.extendee&&""!==A.extendee&&(I.extendee=A.extendee),void 0!==A.defaultValue&&""!==A.defaultValue&&(I.defaultValue=A.defaultValue),void 0!==A.oneofIndex&&0!==A.oneofIndex&&(I.oneofIndex=Math.round(A.oneofIndex)),void 0!==A.jsonName&&""!==A.jsonName&&(I.jsonName=A.jsonName),void 0!==A.options&&(I.options=bl.toJSON(A.options)),void 0!==A.proto3Optional&&!1!==A.proto3Optional&&(I.proto3Optional=A.proto3Optional),I},create:A=>Sl.fromPartial(A??{}),fromPartial(A){const I={name:"",number:0,label:1,type:1,typeName:"",extendee:"",defaultValue:"",oneofIndex:0,jsonName:"",options:void 0,proto3Optional:!1};return I.name=A.name??"",I.number=A.number??0,I.label=A.label??1,I.type=A.type??1,I.typeName=A.typeName??"",I.extendee=A.extendee??"",I.defaultValue=A.defaultValue??"",I.oneofIndex=A.oneofIndex??0,I.jsonName=A.jsonName??"",I.options=void 0!==A.options&&null!==A.options?bl.fromPartial(A.options):void 0,I.proto3Optional=A.proto3Optional??!1,I}},fl={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.options&&Ll.encode(A.options,I.uint32(18).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.options=Ll.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",options:_l(A.options)?Ll.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.options&&(I.options=Ll.toJSON(A.options)),I},create:A=>fl.fromPartial(A??{}),fromPartial(A){const I={name:"",options:void 0};return I.name=A.name??"",I.options=void 0!==A.options&&null!==A.options?Ll.fromPartial(A.options):void 0,I}},Fl={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name);for(const g of A.value)Ul.encode(g,I.uint32(18).fork()).join();void 0!==A.options&&ql.encode(A.options,I.uint32(26).fork()).join();for(const g of A.reservedRange)Rl.encode(g,I.uint32(34).fork()).join();for(const g of A.reservedName)I.uint32(42).string(g);return void 0!==A.visibility&&0!==A.visibility&&I.uint32(48).int32(A.visibility),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",value:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.value.push(Ul.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.options=ql.decode(g,g.uint32());continue;case 4:if(34!==A)break;B.reservedRange.push(Rl.decode(g,g.uint32()));continue;case 5:if(42!==A)break;B.reservedName.push(g.string());continue;case 6:if(48!==A)break;B.visibility=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",value:globalThis.Array.isArray(A?.value)?A.value.map(A=>Ul.fromJSON(A)):[],options:_l(A.options)?ql.fromJSON(A.options):void 0,reservedRange:globalThis.Array.isArray(A?.reservedRange)?A.reservedRange.map(A=>Rl.fromJSON(A)):[],reservedName:globalThis.Array.isArray(A?.reservedName)?A.reservedName.map(A=>globalThis.String(A)):[],visibility:_l(A.visibility)?Ly(A.visibility):0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),A.value?.length&&(I.value=A.value.map(A=>Ul.toJSON(A))),void 0!==A.options&&(I.options=ql.toJSON(A.options)),A.reservedRange?.length&&(I.reservedRange=A.reservedRange.map(A=>Rl.toJSON(A))),A.reservedName?.length&&(I.reservedName=A.reservedName),void 0!==A.visibility&&0!==A.visibility&&(I.visibility=qy(A.visibility)),I},create:A=>Fl.fromPartial(A??{}),fromPartial(A){const I={name:"",value:[],options:void 0,reservedRange:[],reservedName:[],visibility:0};return I.name=A.name??"",I.value=A.value?.map(A=>Ul.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?ql.fromPartial(A.options):void 0,I.reservedRange=A.reservedRange?.map(A=>Rl.fromPartial(A))||[],I.reservedName=A.reservedName?.map(A=>A)||[],I.visibility=A.visibility??0,I}},Rl={encode:(A,I=new y)=>(void 0!==A.start&&0!==A.start&&I.uint32(8).int32(A.start),void 0!==A.end&&0!==A.end&&I.uint32(16).int32(A.end),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={start:0,end:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.start=g.int32();continue;case 2:if(16!==A)break;B.end=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({start:_l(A.start)?globalThis.Number(A.start):0,end:_l(A.end)?globalThis.Number(A.end):0}),toJSON(A){const I={};return void 0!==A.start&&0!==A.start&&(I.start=Math.round(A.start)),void 0!==A.end&&0!==A.end&&(I.end=Math.round(A.end)),I},create:A=>Rl.fromPartial(A??{}),fromPartial(A){const I={start:0,end:0};return I.start=A.start??0,I.end=A.end??0,I}},Ul={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.number&&0!==A.number&&I.uint32(16).int32(A.number),void 0!==A.options&&Vl.encode(A.options,I.uint32(26).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",number:0,options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(16!==A)break;B.number=g.int32();continue;case 3:if(26!==A)break;B.options=Vl.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",number:_l(A.number)?globalThis.Number(A.number):0,options:_l(A.options)?Vl.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.number&&0!==A.number&&(I.number=Math.round(A.number)),void 0!==A.options&&(I.options=Vl.toJSON(A.options)),I},create:A=>Ul.fromPartial(A??{}),fromPartial(A){const I={name:"",number:0,options:void 0};return I.name=A.name??"",I.number=A.number??0,I.options=void 0!==A.options&&null!==A.options?Vl.fromPartial(A.options):void 0,I}},Ml={encode(A,I=new y){void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name);for(const g of A.method)Kl.encode(g,I.uint32(18).fork()).join();return void 0!==A.options&&Tl.encode(A.options,I.uint32(26).fork()).join(),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",method:[],options:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.method.push(Kl.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.options=Tl.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",method:globalThis.Array.isArray(A?.method)?A.method.map(A=>Kl.fromJSON(A)):[],options:_l(A.options)?Tl.fromJSON(A.options):void 0}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),A.method?.length&&(I.method=A.method.map(A=>Kl.toJSON(A))),void 0!==A.options&&(I.options=Tl.toJSON(A.options)),I},create:A=>Ml.fromPartial(A??{}),fromPartial(A){const I={name:"",method:[],options:void 0};return I.name=A.name??"",I.method=A.method?.map(A=>Kl.fromPartial(A))||[],I.options=void 0!==A.options&&null!==A.options?Tl.fromPartial(A.options):void 0,I}},Kl={encode:(A,I=new y)=>(void 0!==A.name&&""!==A.name&&I.uint32(10).string(A.name),void 0!==A.inputType&&""!==A.inputType&&I.uint32(18).string(A.inputType),void 0!==A.outputType&&""!==A.outputType&&I.uint32(26).string(A.outputType),void 0!==A.options&&vl.encode(A.options,I.uint32(34).fork()).join(),void 0!==A.clientStreaming&&!1!==A.clientStreaming&&I.uint32(40).bool(A.clientStreaming),void 0!==A.serverStreaming&&!1!==A.serverStreaming&&I.uint32(48).bool(A.serverStreaming),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={name:"",inputType:"",outputType:"",options:void 0,clientStreaming:!1,serverStreaming:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.name=g.string();continue;case 2:if(18!==A)break;B.inputType=g.string();continue;case 3:if(26!==A)break;B.outputType=g.string();continue;case 4:if(34!==A)break;B.options=vl.decode(g,g.uint32());continue;case 5:if(40!==A)break;B.clientStreaming=g.bool();continue;case 6:if(48!==A)break;B.serverStreaming=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:_l(A.name)?globalThis.String(A.name):"",inputType:_l(A.inputType)?globalThis.String(A.inputType):"",outputType:_l(A.outputType)?globalThis.String(A.outputType):"",options:_l(A.options)?vl.fromJSON(A.options):void 0,clientStreaming:!!_l(A.clientStreaming)&&globalThis.Boolean(A.clientStreaming),serverStreaming:!!_l(A.serverStreaming)&&globalThis.Boolean(A.serverStreaming)}),toJSON(A){const I={};return void 0!==A.name&&""!==A.name&&(I.name=A.name),void 0!==A.inputType&&""!==A.inputType&&(I.inputType=A.inputType),void 0!==A.outputType&&""!==A.outputType&&(I.outputType=A.outputType),void 0!==A.options&&(I.options=vl.toJSON(A.options)),void 0!==A.clientStreaming&&!1!==A.clientStreaming&&(I.clientStreaming=A.clientStreaming),void 0!==A.serverStreaming&&!1!==A.serverStreaming&&(I.serverStreaming=A.serverStreaming),I},create:A=>Kl.fromPartial(A??{}),fromPartial(A){const I={name:"",inputType:"",outputType:"",options:void 0,clientStreaming:!1,serverStreaming:!1};return I.name=A.name??"",I.inputType=A.inputType??"",I.outputType=A.outputType??"",I.options=void 0!==A.options&&null!==A.options?vl.fromPartial(A.options):void 0,I.clientStreaming=A.clientStreaming??!1,I.serverStreaming=A.serverStreaming??!1,I}},ml={encode(A,I=new y){void 0!==A.javaPackage&&""!==A.javaPackage&&I.uint32(10).string(A.javaPackage),void 0!==A.javaOuterClassname&&""!==A.javaOuterClassname&&I.uint32(66).string(A.javaOuterClassname),void 0!==A.javaMultipleFiles&&!1!==A.javaMultipleFiles&&I.uint32(80).bool(A.javaMultipleFiles),void 0!==A.javaGenerateEqualsAndHash&&!1!==A.javaGenerateEqualsAndHash&&I.uint32(160).bool(A.javaGenerateEqualsAndHash),void 0!==A.javaStringCheckUtf8&&!1!==A.javaStringCheckUtf8&&I.uint32(216).bool(A.javaStringCheckUtf8),void 0!==A.optimizeFor&&1!==A.optimizeFor&&I.uint32(72).int32(A.optimizeFor),void 0!==A.goPackage&&""!==A.goPackage&&I.uint32(90).string(A.goPackage),void 0!==A.ccGenericServices&&!1!==A.ccGenericServices&&I.uint32(128).bool(A.ccGenericServices),void 0!==A.javaGenericServices&&!1!==A.javaGenericServices&&I.uint32(136).bool(A.javaGenericServices),void 0!==A.pyGenericServices&&!1!==A.pyGenericServices&&I.uint32(144).bool(A.pyGenericServices),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(184).bool(A.deprecated),void 0!==A.ccEnableArenas&&!0!==A.ccEnableArenas&&I.uint32(248).bool(A.ccEnableArenas),void 0!==A.objcClassPrefix&&""!==A.objcClassPrefix&&I.uint32(290).string(A.objcClassPrefix),void 0!==A.csharpNamespace&&""!==A.csharpNamespace&&I.uint32(298).string(A.csharpNamespace),void 0!==A.swiftPrefix&&""!==A.swiftPrefix&&I.uint32(314).string(A.swiftPrefix),void 0!==A.phpClassPrefix&&""!==A.phpClassPrefix&&I.uint32(322).string(A.phpClassPrefix),void 0!==A.phpNamespace&&""!==A.phpNamespace&&I.uint32(330).string(A.phpNamespace),void 0!==A.phpMetadataNamespace&&""!==A.phpMetadataNamespace&&I.uint32(354).string(A.phpMetadataNamespace),void 0!==A.rubyPackage&&""!==A.rubyPackage&&I.uint32(362).string(A.rubyPackage),void 0!==A.features&&Pl.encode(A.features,I.uint32(402).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={javaPackage:"",javaOuterClassname:"",javaMultipleFiles:!1,javaGenerateEqualsAndHash:!1,javaStringCheckUtf8:!1,optimizeFor:1,goPackage:"",ccGenericServices:!1,javaGenericServices:!1,pyGenericServices:!1,deprecated:!1,ccEnableArenas:!0,objcClassPrefix:"",csharpNamespace:"",swiftPrefix:"",phpClassPrefix:"",phpNamespace:"",phpMetadataNamespace:"",rubyPackage:"",features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.javaPackage=g.string();continue;case 8:if(66!==A)break;B.javaOuterClassname=g.string();continue;case 10:if(80!==A)break;B.javaMultipleFiles=g.bool();continue;case 20:if(160!==A)break;B.javaGenerateEqualsAndHash=g.bool();continue;case 27:if(216!==A)break;B.javaStringCheckUtf8=g.bool();continue;case 9:if(72!==A)break;B.optimizeFor=g.int32();continue;case 11:if(90!==A)break;B.goPackage=g.string();continue;case 16:if(128!==A)break;B.ccGenericServices=g.bool();continue;case 17:if(136!==A)break;B.javaGenericServices=g.bool();continue;case 18:if(144!==A)break;B.pyGenericServices=g.bool();continue;case 23:if(184!==A)break;B.deprecated=g.bool();continue;case 31:if(248!==A)break;B.ccEnableArenas=g.bool();continue;case 36:if(290!==A)break;B.objcClassPrefix=g.string();continue;case 37:if(298!==A)break;B.csharpNamespace=g.string();continue;case 39:if(314!==A)break;B.swiftPrefix=g.string();continue;case 40:if(322!==A)break;B.phpClassPrefix=g.string();continue;case 41:if(330!==A)break;B.phpNamespace=g.string();continue;case 44:if(354!==A)break;B.phpMetadataNamespace=g.string();continue;case 45:if(362!==A)break;B.rubyPackage=g.string();continue;case 50:if(402!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({javaPackage:_l(A.javaPackage)?globalThis.String(A.javaPackage):"",javaOuterClassname:_l(A.javaOuterClassname)?globalThis.String(A.javaOuterClassname):"",javaMultipleFiles:!!_l(A.javaMultipleFiles)&&globalThis.Boolean(A.javaMultipleFiles),javaGenerateEqualsAndHash:!!_l(A.javaGenerateEqualsAndHash)&&globalThis.Boolean(A.javaGenerateEqualsAndHash),javaStringCheckUtf8:!!_l(A.javaStringCheckUtf8)&&globalThis.Boolean(A.javaStringCheckUtf8),optimizeFor:_l(A.optimizeFor)?Oy(A.optimizeFor):1,goPackage:_l(A.goPackage)?globalThis.String(A.goPackage):"",ccGenericServices:!!_l(A.ccGenericServices)&&globalThis.Boolean(A.ccGenericServices),javaGenericServices:!!_l(A.javaGenericServices)&&globalThis.Boolean(A.javaGenericServices),pyGenericServices:!!_l(A.pyGenericServices)&&globalThis.Boolean(A.pyGenericServices),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),ccEnableArenas:!_l(A.ccEnableArenas)||globalThis.Boolean(A.ccEnableArenas),objcClassPrefix:_l(A.objcClassPrefix)?globalThis.String(A.objcClassPrefix):"",csharpNamespace:_l(A.csharpNamespace)?globalThis.String(A.csharpNamespace):"",swiftPrefix:_l(A.swiftPrefix)?globalThis.String(A.swiftPrefix):"",phpClassPrefix:_l(A.phpClassPrefix)?globalThis.String(A.phpClassPrefix):"",phpNamespace:_l(A.phpNamespace)?globalThis.String(A.phpNamespace):"",phpMetadataNamespace:_l(A.phpMetadataNamespace)?globalThis.String(A.phpMetadataNamespace):"",rubyPackage:_l(A.rubyPackage)?globalThis.String(A.rubyPackage):"",features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.javaPackage&&""!==A.javaPackage&&(I.javaPackage=A.javaPackage),void 0!==A.javaOuterClassname&&""!==A.javaOuterClassname&&(I.javaOuterClassname=A.javaOuterClassname),void 0!==A.javaMultipleFiles&&!1!==A.javaMultipleFiles&&(I.javaMultipleFiles=A.javaMultipleFiles),void 0!==A.javaGenerateEqualsAndHash&&!1!==A.javaGenerateEqualsAndHash&&(I.javaGenerateEqualsAndHash=A.javaGenerateEqualsAndHash),void 0!==A.javaStringCheckUtf8&&!1!==A.javaStringCheckUtf8&&(I.javaStringCheckUtf8=A.javaStringCheckUtf8),void 0!==A.optimizeFor&&1!==A.optimizeFor&&(I.optimizeFor=function(A){switch(A){case Py.SPEED:return"SPEED";case Py.CODE_SIZE:return"CODE_SIZE";case Py.LITE_RUNTIME:return"LITE_RUNTIME";case Py.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.optimizeFor)),void 0!==A.goPackage&&""!==A.goPackage&&(I.goPackage=A.goPackage),void 0!==A.ccGenericServices&&!1!==A.ccGenericServices&&(I.ccGenericServices=A.ccGenericServices),void 0!==A.javaGenericServices&&!1!==A.javaGenericServices&&(I.javaGenericServices=A.javaGenericServices),void 0!==A.pyGenericServices&&!1!==A.pyGenericServices&&(I.pyGenericServices=A.pyGenericServices),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.ccEnableArenas&&!0!==A.ccEnableArenas&&(I.ccEnableArenas=A.ccEnableArenas),void 0!==A.objcClassPrefix&&""!==A.objcClassPrefix&&(I.objcClassPrefix=A.objcClassPrefix),void 0!==A.csharpNamespace&&""!==A.csharpNamespace&&(I.csharpNamespace=A.csharpNamespace),void 0!==A.swiftPrefix&&""!==A.swiftPrefix&&(I.swiftPrefix=A.swiftPrefix),void 0!==A.phpClassPrefix&&""!==A.phpClassPrefix&&(I.phpClassPrefix=A.phpClassPrefix),void 0!==A.phpNamespace&&""!==A.phpNamespace&&(I.phpNamespace=A.phpNamespace),void 0!==A.phpMetadataNamespace&&""!==A.phpMetadataNamespace&&(I.phpMetadataNamespace=A.phpMetadataNamespace),void 0!==A.rubyPackage&&""!==A.rubyPackage&&(I.rubyPackage=A.rubyPackage),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>ml.fromPartial(A??{}),fromPartial(A){const I={javaPackage:"",javaOuterClassname:"",javaMultipleFiles:!1,javaGenerateEqualsAndHash:!1,javaStringCheckUtf8:!1,optimizeFor:1,goPackage:"",ccGenericServices:!1,javaGenericServices:!1,pyGenericServices:!1,deprecated:!1,ccEnableArenas:!0,objcClassPrefix:"",csharpNamespace:"",swiftPrefix:"",phpClassPrefix:"",phpNamespace:"",phpMetadataNamespace:"",rubyPackage:"",features:void 0,uninterpretedOption:[]};return I.javaPackage=A.javaPackage??"",I.javaOuterClassname=A.javaOuterClassname??"",I.javaMultipleFiles=A.javaMultipleFiles??!1,I.javaGenerateEqualsAndHash=A.javaGenerateEqualsAndHash??!1,I.javaStringCheckUtf8=A.javaStringCheckUtf8??!1,I.optimizeFor=A.optimizeFor??1,I.goPackage=A.goPackage??"",I.ccGenericServices=A.ccGenericServices??!1,I.javaGenericServices=A.javaGenericServices??!1,I.pyGenericServices=A.pyGenericServices??!1,I.deprecated=A.deprecated??!1,I.ccEnableArenas=A.ccEnableArenas??!0,I.objcClassPrefix=A.objcClassPrefix??"",I.csharpNamespace=A.csharpNamespace??"",I.swiftPrefix=A.swiftPrefix??"",I.phpClassPrefix=A.phpClassPrefix??"",I.phpNamespace=A.phpNamespace??"",I.phpMetadataNamespace=A.phpMetadataNamespace??"",I.rubyPackage=A.rubyPackage??"",I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Jl={encode(A,I=new y){void 0!==A.messageSetWireFormat&&!1!==A.messageSetWireFormat&&I.uint32(8).bool(A.messageSetWireFormat),void 0!==A.noStandardDescriptorAccessor&&!1!==A.noStandardDescriptorAccessor&&I.uint32(16).bool(A.noStandardDescriptorAccessor),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(24).bool(A.deprecated),void 0!==A.mapEntry&&!1!==A.mapEntry&&I.uint32(56).bool(A.mapEntry),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&I.uint32(88).bool(A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&Pl.encode(A.features,I.uint32(98).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={messageSetWireFormat:!1,noStandardDescriptorAccessor:!1,deprecated:!1,mapEntry:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.messageSetWireFormat=g.bool();continue;case 2:if(16!==A)break;B.noStandardDescriptorAccessor=g.bool();continue;case 3:if(24!==A)break;B.deprecated=g.bool();continue;case 7:if(56!==A)break;B.mapEntry=g.bool();continue;case 11:if(88!==A)break;B.deprecatedLegacyJsonFieldConflicts=g.bool();continue;case 12:if(98!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({messageSetWireFormat:!!_l(A.messageSetWireFormat)&&globalThis.Boolean(A.messageSetWireFormat),noStandardDescriptorAccessor:!!_l(A.noStandardDescriptorAccessor)&&globalThis.Boolean(A.noStandardDescriptorAccessor),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),mapEntry:!!_l(A.mapEntry)&&globalThis.Boolean(A.mapEntry),deprecatedLegacyJsonFieldConflicts:!!_l(A.deprecatedLegacyJsonFieldConflicts)&&globalThis.Boolean(A.deprecatedLegacyJsonFieldConflicts),features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.messageSetWireFormat&&!1!==A.messageSetWireFormat&&(I.messageSetWireFormat=A.messageSetWireFormat),void 0!==A.noStandardDescriptorAccessor&&!1!==A.noStandardDescriptorAccessor&&(I.noStandardDescriptorAccessor=A.noStandardDescriptorAccessor),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.mapEntry&&!1!==A.mapEntry&&(I.mapEntry=A.mapEntry),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&(I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Jl.fromPartial(A??{}),fromPartial(A){const I={messageSetWireFormat:!1,noStandardDescriptorAccessor:!1,deprecated:!1,mapEntry:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};return I.messageSetWireFormat=A.messageSetWireFormat??!1,I.noStandardDescriptorAccessor=A.noStandardDescriptorAccessor??!1,I.deprecated=A.deprecated??!1,I.mapEntry=A.mapEntry??!1,I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts??!1,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},bl={encode(A,I=new y){void 0!==A.ctype&&0!==A.ctype&&I.uint32(8).int32(A.ctype),void 0!==A.packed&&!1!==A.packed&&I.uint32(16).bool(A.packed),void 0!==A.jstype&&0!==A.jstype&&I.uint32(48).int32(A.jstype),void 0!==A.lazy&&!1!==A.lazy&&I.uint32(40).bool(A.lazy),void 0!==A.unverifiedLazy&&!1!==A.unverifiedLazy&&I.uint32(120).bool(A.unverifiedLazy),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(24).bool(A.deprecated),void 0!==A.weak&&!1!==A.weak&&I.uint32(80).bool(A.weak),void 0!==A.debugRedact&&!1!==A.debugRedact&&I.uint32(128).bool(A.debugRedact),void 0!==A.retention&&0!==A.retention&&I.uint32(136).int32(A.retention);for(const g of A.targets)I.uint32(152).int32(g);for(const g of A.editionDefaults)Hl.encode(g,I.uint32(162).fork()).join();void 0!==A.features&&Pl.encode(A.features,I.uint32(170).fork()).join(),void 0!==A.featureSupport&&Yl.encode(A.featureSupport,I.uint32(178).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={ctype:0,packed:!1,jstype:0,lazy:!1,unverifiedLazy:!1,deprecated:!1,weak:!1,debugRedact:!1,retention:0,targets:[],editionDefaults:[],features:void 0,featureSupport:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.ctype=g.int32();continue;case 2:if(16!==A)break;B.packed=g.bool();continue;case 6:if(48!==A)break;B.jstype=g.int32();continue;case 5:if(40!==A)break;B.lazy=g.bool();continue;case 15:if(120!==A)break;B.unverifiedLazy=g.bool();continue;case 3:if(24!==A)break;B.deprecated=g.bool();continue;case 10:if(80!==A)break;B.weak=g.bool();continue;case 16:if(128!==A)break;B.debugRedact=g.bool();continue;case 17:if(136!==A)break;B.retention=g.int32();continue;case 19:if(152===A){B.targets.push(g.int32());continue}if(154===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.targets.push(g.int32());continue}break;case 20:if(162!==A)break;B.editionDefaults.push(Hl.decode(g,g.uint32()));continue;case 21:if(170!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 22:if(178!==A)break;B.featureSupport=Yl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({ctype:_l(A.ctype)?jy(A.ctype):0,packed:!!_l(A.packed)&&globalThis.Boolean(A.packed),jstype:_l(A.jstype)?_y(A.jstype):0,lazy:!!_l(A.lazy)&&globalThis.Boolean(A.lazy),unverifiedLazy:!!_l(A.unverifiedLazy)&&globalThis.Boolean(A.unverifiedLazy),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),weak:!!_l(A.weak)&&globalThis.Boolean(A.weak),debugRedact:!!_l(A.debugRedact)&&globalThis.Boolean(A.debugRedact),retention:_l(A.retention)?Al(A.retention):0,targets:globalThis.Array.isArray(A?.targets)?A.targets.map(A=>function(A){switch(A){case 0:case"TARGET_TYPE_UNKNOWN":return Il.TARGET_TYPE_UNKNOWN;case 1:case"TARGET_TYPE_FILE":return Il.TARGET_TYPE_FILE;case 2:case"TARGET_TYPE_EXTENSION_RANGE":return Il.TARGET_TYPE_EXTENSION_RANGE;case 3:case"TARGET_TYPE_MESSAGE":return Il.TARGET_TYPE_MESSAGE;case 4:case"TARGET_TYPE_FIELD":return Il.TARGET_TYPE_FIELD;case 5:case"TARGET_TYPE_ONEOF":return Il.TARGET_TYPE_ONEOF;case 6:case"TARGET_TYPE_ENUM":return Il.TARGET_TYPE_ENUM;case 7:case"TARGET_TYPE_ENUM_ENTRY":return Il.TARGET_TYPE_ENUM_ENTRY;case 8:case"TARGET_TYPE_SERVICE":return Il.TARGET_TYPE_SERVICE;case 9:case"TARGET_TYPE_METHOD":return Il.TARGET_TYPE_METHOD;default:return Il.UNRECOGNIZED}}(A)):[],editionDefaults:globalThis.Array.isArray(A?.editionDefaults)?A.editionDefaults.map(A=>Hl.fromJSON(A)):[],features:_l(A.features)?Pl.fromJSON(A.features):void 0,featureSupport:_l(A.featureSupport)?Yl.fromJSON(A.featureSupport):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.ctype&&0!==A.ctype&&(I.ctype=function(A){switch(A){case Xy.STRING:return"STRING";case Xy.CORD:return"CORD";case Xy.STRING_PIECE:return"STRING_PIECE";case Xy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.ctype)),void 0!==A.packed&&!1!==A.packed&&(I.packed=A.packed),void 0!==A.jstype&&0!==A.jstype&&(I.jstype=function(A){switch(A){case zy.JS_NORMAL:return"JS_NORMAL";case zy.JS_STRING:return"JS_STRING";case zy.JS_NUMBER:return"JS_NUMBER";case zy.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.jstype)),void 0!==A.lazy&&!1!==A.lazy&&(I.lazy=A.lazy),void 0!==A.unverifiedLazy&&!1!==A.unverifiedLazy&&(I.unverifiedLazy=A.unverifiedLazy),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.weak&&!1!==A.weak&&(I.weak=A.weak),void 0!==A.debugRedact&&!1!==A.debugRedact&&(I.debugRedact=A.debugRedact),void 0!==A.retention&&0!==A.retention&&(I.retention=function(A){switch(A){case $y.RETENTION_UNKNOWN:return"RETENTION_UNKNOWN";case $y.RETENTION_RUNTIME:return"RETENTION_RUNTIME";case $y.RETENTION_SOURCE:return"RETENTION_SOURCE";case $y.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.retention)),A.targets?.length&&(I.targets=A.targets.map(A=>function(A){switch(A){case Il.TARGET_TYPE_UNKNOWN:return"TARGET_TYPE_UNKNOWN";case Il.TARGET_TYPE_FILE:return"TARGET_TYPE_FILE";case Il.TARGET_TYPE_EXTENSION_RANGE:return"TARGET_TYPE_EXTENSION_RANGE";case Il.TARGET_TYPE_MESSAGE:return"TARGET_TYPE_MESSAGE";case Il.TARGET_TYPE_FIELD:return"TARGET_TYPE_FIELD";case Il.TARGET_TYPE_ONEOF:return"TARGET_TYPE_ONEOF";case Il.TARGET_TYPE_ENUM:return"TARGET_TYPE_ENUM";case Il.TARGET_TYPE_ENUM_ENTRY:return"TARGET_TYPE_ENUM_ENTRY";case Il.TARGET_TYPE_SERVICE:return"TARGET_TYPE_SERVICE";case Il.TARGET_TYPE_METHOD:return"TARGET_TYPE_METHOD";case Il.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A))),A.editionDefaults?.length&&(I.editionDefaults=A.editionDefaults.map(A=>Hl.toJSON(A))),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.featureSupport&&(I.featureSupport=Yl.toJSON(A.featureSupport)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>bl.fromPartial(A??{}),fromPartial(A){const I={ctype:0,packed:!1,jstype:0,lazy:!1,unverifiedLazy:!1,deprecated:!1,weak:!1,debugRedact:!1,retention:0,targets:[],editionDefaults:[],features:void 0,featureSupport:void 0,uninterpretedOption:[]};return I.ctype=A.ctype??0,I.packed=A.packed??!1,I.jstype=A.jstype??0,I.lazy=A.lazy??!1,I.unverifiedLazy=A.unverifiedLazy??!1,I.deprecated=A.deprecated??!1,I.weak=A.weak??!1,I.debugRedact=A.debugRedact??!1,I.retention=A.retention??0,I.targets=A.targets?.map(A=>A)||[],I.editionDefaults=A.editionDefaults?.map(A=>Hl.fromPartial(A))||[],I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.featureSupport=void 0!==A.featureSupport&&null!==A.featureSupport?Yl.fromPartial(A.featureSupport):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Hl={encode:(A,I=new y)=>(void 0!==A.edition&&0!==A.edition&&I.uint32(24).int32(A.edition),void 0!==A.value&&""!==A.value&&I.uint32(18).string(A.value),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={edition:0,value:""};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 3:if(24!==A)break;B.edition=g.int32();continue;case 2:if(18!==A)break;B.value=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({edition:_l(A.edition)?by(A.edition):0,value:_l(A.value)?globalThis.String(A.value):""}),toJSON(A){const I={};return void 0!==A.edition&&0!==A.edition&&(I.edition=Hy(A.edition)),void 0!==A.value&&""!==A.value&&(I.value=A.value),I},create:A=>Hl.fromPartial(A??{}),fromPartial(A){const I={edition:0,value:""};return I.edition=A.edition??0,I.value=A.value??"",I}},Yl={encode:(A,I=new y)=>(void 0!==A.editionIntroduced&&0!==A.editionIntroduced&&I.uint32(8).int32(A.editionIntroduced),void 0!==A.editionDeprecated&&0!==A.editionDeprecated&&I.uint32(16).int32(A.editionDeprecated),void 0!==A.deprecationWarning&&""!==A.deprecationWarning&&I.uint32(26).string(A.deprecationWarning),void 0!==A.editionRemoved&&0!==A.editionRemoved&&I.uint32(32).int32(A.editionRemoved),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={editionIntroduced:0,editionDeprecated:0,deprecationWarning:"",editionRemoved:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.editionIntroduced=g.int32();continue;case 2:if(16!==A)break;B.editionDeprecated=g.int32();continue;case 3:if(26!==A)break;B.deprecationWarning=g.string();continue;case 4:if(32!==A)break;B.editionRemoved=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({editionIntroduced:_l(A.editionIntroduced)?by(A.editionIntroduced):0,editionDeprecated:_l(A.editionDeprecated)?by(A.editionDeprecated):0,deprecationWarning:_l(A.deprecationWarning)?globalThis.String(A.deprecationWarning):"",editionRemoved:_l(A.editionRemoved)?by(A.editionRemoved):0}),toJSON(A){const I={};return void 0!==A.editionIntroduced&&0!==A.editionIntroduced&&(I.editionIntroduced=Hy(A.editionIntroduced)),void 0!==A.editionDeprecated&&0!==A.editionDeprecated&&(I.editionDeprecated=Hy(A.editionDeprecated)),void 0!==A.deprecationWarning&&""!==A.deprecationWarning&&(I.deprecationWarning=A.deprecationWarning),void 0!==A.editionRemoved&&0!==A.editionRemoved&&(I.editionRemoved=Hy(A.editionRemoved)),I},create:A=>Yl.fromPartial(A??{}),fromPartial(A){const I={editionIntroduced:0,editionDeprecated:0,deprecationWarning:"",editionRemoved:0};return I.editionIntroduced=A.editionIntroduced??0,I.editionDeprecated=A.editionDeprecated??0,I.deprecationWarning=A.deprecationWarning??"",I.editionRemoved=A.editionRemoved??0,I}},Ll={encode(A,I=new y){void 0!==A.features&&Pl.encode(A.features,I.uint32(10).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Ll.fromPartial(A??{}),fromPartial(A){const I={features:void 0,uninterpretedOption:[]};return I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},ql={encode(A,I=new y){void 0!==A.allowAlias&&!1!==A.allowAlias&&I.uint32(16).bool(A.allowAlias),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(24).bool(A.deprecated),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&I.uint32(48).bool(A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&Pl.encode(A.features,I.uint32(58).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={allowAlias:!1,deprecated:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 2:if(16!==A)break;B.allowAlias=g.bool();continue;case 3:if(24!==A)break;B.deprecated=g.bool();continue;case 6:if(48!==A)break;B.deprecatedLegacyJsonFieldConflicts=g.bool();continue;case 7:if(58!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({allowAlias:!!_l(A.allowAlias)&&globalThis.Boolean(A.allowAlias),deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),deprecatedLegacyJsonFieldConflicts:!!_l(A.deprecatedLegacyJsonFieldConflicts)&&globalThis.Boolean(A.deprecatedLegacyJsonFieldConflicts),features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.allowAlias&&!1!==A.allowAlias&&(I.allowAlias=A.allowAlias),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.deprecatedLegacyJsonFieldConflicts&&!1!==A.deprecatedLegacyJsonFieldConflicts&&(I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>ql.fromPartial(A??{}),fromPartial(A){const I={allowAlias:!1,deprecated:!1,deprecatedLegacyJsonFieldConflicts:!1,features:void 0,uninterpretedOption:[]};return I.allowAlias=A.allowAlias??!1,I.deprecated=A.deprecated??!1,I.deprecatedLegacyJsonFieldConflicts=A.deprecatedLegacyJsonFieldConflicts??!1,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Vl={encode(A,I=new y){void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(8).bool(A.deprecated),void 0!==A.features&&Pl.encode(A.features,I.uint32(18).fork()).join(),void 0!==A.debugRedact&&!1!==A.debugRedact&&I.uint32(24).bool(A.debugRedact),void 0!==A.featureSupport&&Yl.encode(A.featureSupport,I.uint32(34).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={deprecated:!1,features:void 0,debugRedact:!1,featureSupport:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.deprecated=g.bool();continue;case 2:if(18!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 3:if(24!==A)break;B.debugRedact=g.bool();continue;case 4:if(34!==A)break;B.featureSupport=Yl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),features:_l(A.features)?Pl.fromJSON(A.features):void 0,debugRedact:!!_l(A.debugRedact)&&globalThis.Boolean(A.debugRedact),featureSupport:_l(A.featureSupport)?Yl.fromJSON(A.featureSupport):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.debugRedact&&!1!==A.debugRedact&&(I.debugRedact=A.debugRedact),void 0!==A.featureSupport&&(I.featureSupport=Yl.toJSON(A.featureSupport)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Vl.fromPartial(A??{}),fromPartial(A){const I={deprecated:!1,features:void 0,debugRedact:!1,featureSupport:void 0,uninterpretedOption:[]};return I.deprecated=A.deprecated??!1,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.debugRedact=A.debugRedact??!1,I.featureSupport=void 0!==A.featureSupport&&null!==A.featureSupport?Yl.fromPartial(A.featureSupport):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},Tl={encode(A,I=new y){void 0!==A.features&&Pl.encode(A.features,I.uint32(274).fork()).join(),void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(264).bool(A.deprecated);for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={features:void 0,deprecated:!1,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 34:if(274!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 33:if(264!==A)break;B.deprecated=g.bool();continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({features:_l(A.features)?Pl.fromJSON(A.features):void 0,deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.features&&(I.features=Pl.toJSON(A.features)),void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>Tl.fromPartial(A??{}),fromPartial(A){const I={features:void 0,deprecated:!1,uninterpretedOption:[]};return I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.deprecated=A.deprecated??!1,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}},vl={encode(A,I=new y){void 0!==A.deprecated&&!1!==A.deprecated&&I.uint32(264).bool(A.deprecated),void 0!==A.idempotencyLevel&&0!==A.idempotencyLevel&&I.uint32(272).int32(A.idempotencyLevel),void 0!==A.features&&Pl.encode(A.features,I.uint32(282).fork()).join();for(const g of A.uninterpretedOption)xl.encode(g,I.uint32(7994).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={deprecated:!1,idempotencyLevel:0,features:void 0,uninterpretedOption:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 33:if(264!==A)break;B.deprecated=g.bool();continue;case 34:if(272!==A)break;B.idempotencyLevel=g.int32();continue;case 35:if(282!==A)break;B.features=Pl.decode(g,g.uint32());continue;case 999:if(7994!==A)break;B.uninterpretedOption.push(xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({deprecated:!!_l(A.deprecated)&&globalThis.Boolean(A.deprecated),idempotencyLevel:_l(A.idempotencyLevel)?Cl(A.idempotencyLevel):0,features:_l(A.features)?Pl.fromJSON(A.features):void 0,uninterpretedOption:globalThis.Array.isArray(A?.uninterpretedOption)?A.uninterpretedOption.map(A=>xl.fromJSON(A)):[]}),toJSON(A){const I={};return void 0!==A.deprecated&&!1!==A.deprecated&&(I.deprecated=A.deprecated),void 0!==A.idempotencyLevel&&0!==A.idempotencyLevel&&(I.idempotencyLevel=function(A){switch(A){case gl.IDEMPOTENCY_UNKNOWN:return"IDEMPOTENCY_UNKNOWN";case gl.NO_SIDE_EFFECTS:return"NO_SIDE_EFFECTS";case gl.IDEMPOTENT:return"IDEMPOTENT";case gl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.idempotencyLevel)),void 0!==A.features&&(I.features=Pl.toJSON(A.features)),A.uninterpretedOption?.length&&(I.uninterpretedOption=A.uninterpretedOption.map(A=>xl.toJSON(A))),I},create:A=>vl.fromPartial(A??{}),fromPartial(A){const I={deprecated:!1,idempotencyLevel:0,features:void 0,uninterpretedOption:[]};return I.deprecated=A.deprecated??!1,I.idempotencyLevel=A.idempotencyLevel??0,I.features=void 0!==A.features&&null!==A.features?Pl.fromPartial(A.features):void 0,I.uninterpretedOption=A.uninterpretedOption?.map(A=>xl.fromPartial(A))||[],I}};function Zl(){return{name:[],identifierValue:"",positiveIntValue:0,negativeIntValue:0,doubleValue:0,stringValue:new Uint8Array(0),aggregateValue:""}}const xl={encode(A,I=new y){for(const g of A.name)Wl.encode(g,I.uint32(18).fork()).join();return void 0!==A.identifierValue&&""!==A.identifierValue&&I.uint32(26).string(A.identifierValue),void 0!==A.positiveIntValue&&0!==A.positiveIntValue&&I.uint32(32).uint64(A.positiveIntValue),void 0!==A.negativeIntValue&&0!==A.negativeIntValue&&I.uint32(40).int64(A.negativeIntValue),void 0!==A.doubleValue&&0!==A.doubleValue&&I.uint32(49).double(A.doubleValue),void 0!==A.stringValue&&0!==A.stringValue.length&&I.uint32(58).bytes(A.stringValue),void 0!==A.aggregateValue&&""!==A.aggregateValue&&I.uint32(66).string(A.aggregateValue),I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Zl();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 2:if(18!==A)break;B.name.push(Wl.decode(g,g.uint32()));continue;case 3:if(26!==A)break;B.identifierValue=g.string();continue;case 4:if(32!==A)break;B.positiveIntValue=zl(g.uint64());continue;case 5:if(40!==A)break;B.negativeIntValue=zl(g.int64());continue;case 6:if(49!==A)break;B.doubleValue=g.double();continue;case 7:if(58!==A)break;B.stringValue=g.bytes();continue;case 8:if(66!==A)break;B.aggregateValue=g.string();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({name:globalThis.Array.isArray(A?.name)?A.name.map(A=>Wl.fromJSON(A)):[],identifierValue:_l(A.identifierValue)?globalThis.String(A.identifierValue):"",positiveIntValue:_l(A.positiveIntValue)?globalThis.Number(A.positiveIntValue):0,negativeIntValue:_l(A.negativeIntValue)?globalThis.Number(A.negativeIntValue):0,doubleValue:_l(A.doubleValue)?globalThis.Number(A.doubleValue):0,stringValue:_l(A.stringValue)?jl(A.stringValue):new Uint8Array(0),aggregateValue:_l(A.aggregateValue)?globalThis.String(A.aggregateValue):""}),toJSON(A){const I={};return A.name?.length&&(I.name=A.name.map(A=>Wl.toJSON(A))),void 0!==A.identifierValue&&""!==A.identifierValue&&(I.identifierValue=A.identifierValue),void 0!==A.positiveIntValue&&0!==A.positiveIntValue&&(I.positiveIntValue=Math.round(A.positiveIntValue)),void 0!==A.negativeIntValue&&0!==A.negativeIntValue&&(I.negativeIntValue=Math.round(A.negativeIntValue)),void 0!==A.doubleValue&&0!==A.doubleValue&&(I.doubleValue=A.doubleValue),void 0!==A.stringValue&&0!==A.stringValue.length&&(I.stringValue=function(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}(A.stringValue)),void 0!==A.aggregateValue&&""!==A.aggregateValue&&(I.aggregateValue=A.aggregateValue),I},create:A=>xl.fromPartial(A??{}),fromPartial(A){const I=Zl();return I.name=A.name?.map(A=>Wl.fromPartial(A))||[],I.identifierValue=A.identifierValue??"",I.positiveIntValue=A.positiveIntValue??0,I.negativeIntValue=A.negativeIntValue??0,I.doubleValue=A.doubleValue??0,I.stringValue=A.stringValue??new Uint8Array(0),I.aggregateValue=A.aggregateValue??"",I}},Wl={encode:(A,I=new y)=>(""!==A.namePart&&I.uint32(10).string(A.namePart),!1!==A.isExtension&&I.uint32(16).bool(A.isExtension),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={namePart:"",isExtension:!1};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.namePart=g.string();continue;case 2:if(16!==A)break;B.isExtension=g.bool();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({namePart:_l(A.namePart)?globalThis.String(A.namePart):"",isExtension:!!_l(A.isExtension)&&globalThis.Boolean(A.isExtension)}),toJSON(A){const I={};return""!==A.namePart&&(I.namePart=A.namePart),!1!==A.isExtension&&(I.isExtension=A.isExtension),I},create:A=>Wl.fromPartial(A??{}),fromPartial(A){const I={namePart:"",isExtension:!1};return I.namePart=A.namePart??"",I.isExtension=A.isExtension??!1,I}},Pl={encode:(A,I=new y)=>(void 0!==A.fieldPresence&&0!==A.fieldPresence&&I.uint32(8).int32(A.fieldPresence),void 0!==A.enumType&&0!==A.enumType&&I.uint32(16).int32(A.enumType),void 0!==A.repeatedFieldEncoding&&0!==A.repeatedFieldEncoding&&I.uint32(24).int32(A.repeatedFieldEncoding),void 0!==A.utf8Validation&&0!==A.utf8Validation&&I.uint32(32).int32(A.utf8Validation),void 0!==A.messageEncoding&&0!==A.messageEncoding&&I.uint32(40).int32(A.messageEncoding),void 0!==A.jsonFormat&&0!==A.jsonFormat&&I.uint32(48).int32(A.jsonFormat),void 0!==A.enforceNamingStyle&&0!==A.enforceNamingStyle&&I.uint32(56).int32(A.enforceNamingStyle),void 0!==A.defaultSymbolVisibility&&0!==A.defaultSymbolVisibility&&I.uint32(64).int32(A.defaultSymbolVisibility),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={fieldPresence:0,enumType:0,repeatedFieldEncoding:0,utf8Validation:0,messageEncoding:0,jsonFormat:0,enforceNamingStyle:0,defaultSymbolVisibility:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.fieldPresence=g.int32();continue;case 2:if(16!==A)break;B.enumType=g.int32();continue;case 3:if(24!==A)break;B.repeatedFieldEncoding=g.int32();continue;case 4:if(32!==A)break;B.utf8Validation=g.int32();continue;case 5:if(40!==A)break;B.messageEncoding=g.int32();continue;case 6:if(48!==A)break;B.jsonFormat=g.int32();continue;case 7:if(56!==A)break;B.enforceNamingStyle=g.int32();continue;case 8:if(64!==A)break;B.defaultSymbolVisibility=g.int32();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({fieldPresence:_l(A.fieldPresence)?il(A.fieldPresence):0,enumType:_l(A.enumType)?el(A.enumType):0,repeatedFieldEncoding:_l(A.repeatedFieldEncoding)?tl(A.repeatedFieldEncoding):0,utf8Validation:_l(A.utf8Validation)?nl(A.utf8Validation):0,messageEncoding:_l(A.messageEncoding)?sl(A.messageEncoding):0,jsonFormat:_l(A.jsonFormat)?cl(A.jsonFormat):0,enforceNamingStyle:_l(A.enforceNamingStyle)?wl(A.enforceNamingStyle):0,defaultSymbolVisibility:_l(A.defaultSymbolVisibility)?hl(A.defaultSymbolVisibility):0}),toJSON(A){const I={};return void 0!==A.fieldPresence&&0!==A.fieldPresence&&(I.fieldPresence=function(A){switch(A){case Bl.FIELD_PRESENCE_UNKNOWN:return"FIELD_PRESENCE_UNKNOWN";case Bl.EXPLICIT:return"EXPLICIT";case Bl.IMPLICIT:return"IMPLICIT";case Bl.LEGACY_REQUIRED:return"LEGACY_REQUIRED";case Bl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.fieldPresence)),void 0!==A.enumType&&0!==A.enumType&&(I.enumType=function(A){switch(A){case Ql.ENUM_TYPE_UNKNOWN:return"ENUM_TYPE_UNKNOWN";case Ql.OPEN:return"OPEN";case Ql.CLOSED:return"CLOSED";case Ql.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.enumType)),void 0!==A.repeatedFieldEncoding&&0!==A.repeatedFieldEncoding&&(I.repeatedFieldEncoding=function(A){switch(A){case El.REPEATED_FIELD_ENCODING_UNKNOWN:return"REPEATED_FIELD_ENCODING_UNKNOWN";case El.PACKED:return"PACKED";case El.EXPANDED:return"EXPANDED";case El.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.repeatedFieldEncoding)),void 0!==A.utf8Validation&&0!==A.utf8Validation&&(I.utf8Validation=function(A){switch(A){case ol.UTF8_VALIDATION_UNKNOWN:return"UTF8_VALIDATION_UNKNOWN";case ol.VERIFY:return"VERIFY";case ol.NONE:return"NONE";case ol.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.utf8Validation)),void 0!==A.messageEncoding&&0!==A.messageEncoding&&(I.messageEncoding=function(A){switch(A){case al.MESSAGE_ENCODING_UNKNOWN:return"MESSAGE_ENCODING_UNKNOWN";case al.LENGTH_PREFIXED:return"LENGTH_PREFIXED";case al.DELIMITED:return"DELIMITED";case al.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.messageEncoding)),void 0!==A.jsonFormat&&0!==A.jsonFormat&&(I.jsonFormat=function(A){switch(A){case rl.JSON_FORMAT_UNKNOWN:return"JSON_FORMAT_UNKNOWN";case rl.ALLOW:return"ALLOW";case rl.LEGACY_BEST_EFFORT:return"LEGACY_BEST_EFFORT";case rl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.jsonFormat)),void 0!==A.enforceNamingStyle&&0!==A.enforceNamingStyle&&(I.enforceNamingStyle=function(A){switch(A){case Dl.ENFORCE_NAMING_STYLE_UNKNOWN:return"ENFORCE_NAMING_STYLE_UNKNOWN";case Dl.STYLE2024:return"STYLE2024";case Dl.STYLE_LEGACY:return"STYLE_LEGACY";case Dl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.enforceNamingStyle)),void 0!==A.defaultSymbolVisibility&&0!==A.defaultSymbolVisibility&&(I.defaultSymbolVisibility=function(A){switch(A){case dl.DEFAULT_SYMBOL_VISIBILITY_UNKNOWN:return"DEFAULT_SYMBOL_VISIBILITY_UNKNOWN";case dl.EXPORT_ALL:return"EXPORT_ALL";case dl.EXPORT_TOP_LEVEL:return"EXPORT_TOP_LEVEL";case dl.LOCAL_ALL:return"LOCAL_ALL";case dl.STRICT:return"STRICT";case dl.UNRECOGNIZED:default:return"UNRECOGNIZED"}}(A.defaultSymbolVisibility)),I},create:A=>Pl.fromPartial(A??{}),fromPartial(A){const I={fieldPresence:0,enumType:0,repeatedFieldEncoding:0,utf8Validation:0,messageEncoding:0,jsonFormat:0,enforceNamingStyle:0,defaultSymbolVisibility:0};return I.fieldPresence=A.fieldPresence??0,I.enumType=A.enumType??0,I.repeatedFieldEncoding=A.repeatedFieldEncoding??0,I.utf8Validation=A.utf8Validation??0,I.messageEncoding=A.messageEncoding??0,I.jsonFormat=A.jsonFormat??0,I.enforceNamingStyle=A.enforceNamingStyle??0,I.defaultSymbolVisibility=A.defaultSymbolVisibility??0,I}},Ol={encode(A,I=new y){for(const g of A.location)Xl.encode(g,I.uint32(10).fork()).join();return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={location:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.location.push(Xl.decode(g,g.uint32()));continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({location:globalThis.Array.isArray(A?.location)?A.location.map(A=>Xl.fromJSON(A)):[]}),toJSON(A){const I={};return A.location?.length&&(I.location=A.location.map(A=>Xl.toJSON(A))),I},create:A=>Ol.fromPartial(A??{}),fromPartial(A){const I={location:[]};return I.location=A.location?.map(A=>Xl.fromPartial(A))||[],I}},Xl={encode(A,I=new y){I.uint32(10).fork();for(const g of A.path)I.int32(g);I.join(),I.uint32(18).fork();for(const g of A.span)I.int32(g);I.join(),void 0!==A.leadingComments&&""!==A.leadingComments&&I.uint32(26).string(A.leadingComments),void 0!==A.trailingComments&&""!==A.trailingComments&&I.uint32(34).string(A.trailingComments);for(const g of A.leadingDetachedComments)I.uint32(50).string(g);return I},decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={path:[],span:[],leadingComments:"",trailingComments:"",leadingDetachedComments:[]};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8===A){B.path.push(g.int32());continue}if(10===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.path.push(g.int32());continue}break;case 2:if(16===A){B.span.push(g.int32());continue}if(18===A){const A=g.uint32()+g.pos;for(;g.pos<A;)B.span.push(g.int32());continue}break;case 3:if(26!==A)break;B.leadingComments=g.string();continue;case 4:if(34!==A)break;B.trailingComments=g.string();continue;case 6:if(50!==A)break;B.leadingDetachedComments.push(g.string());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({path:globalThis.Array.isArray(A?.path)?A.path.map(A=>globalThis.Number(A)):[],span:globalThis.Array.isArray(A?.span)?A.span.map(A=>globalThis.Number(A)):[],leadingComments:_l(A.leadingComments)?globalThis.String(A.leadingComments):"",trailingComments:_l(A.trailingComments)?globalThis.String(A.trailingComments):"",leadingDetachedComments:globalThis.Array.isArray(A?.leadingDetachedComments)?A.leadingDetachedComments.map(A=>globalThis.String(A)):[]}),toJSON(A){const I={};return A.path?.length&&(I.path=A.path.map(A=>Math.round(A))),A.span?.length&&(I.span=A.span.map(A=>Math.round(A))),void 0!==A.leadingComments&&""!==A.leadingComments&&(I.leadingComments=A.leadingComments),void 0!==A.trailingComments&&""!==A.trailingComments&&(I.trailingComments=A.trailingComments),A.leadingDetachedComments?.length&&(I.leadingDetachedComments=A.leadingDetachedComments),I},create:A=>Xl.fromPartial(A??{}),fromPartial(A){const I={path:[],span:[],leadingComments:"",trailingComments:"",leadingDetachedComments:[]};return I.path=A.path?.map(A=>A)||[],I.span=A.span?.map(A=>A)||[],I.leadingComments=A.leadingComments??"",I.trailingComments=A.trailingComments??"",I.leadingDetachedComments=A.leadingDetachedComments?.map(A=>A)||[],I}};function jl(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function zl(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function _l(A){return null!=A}let $l=null;function Ak(A,I,g){if(A.nestedType.length>0)for(const C of A.nestedType){if(!C.name)continue;const A=`${I}.${C.name}`;g.set(A,C),Ak(C,A,g)}}function Ik(){if($l)return $l;try{const A=function(){const A=atob("CqJnCiBnb29nbGUvcHJvdG9idWYvZGVzY3JpcHRvci5wcm90bxIPZ29vZ2xlLnByb3RvYnVmIlsKEUZpbGVEZXNjcmlwdG9yU2V0EjgKBGZpbGUYASADKAsyJC5nb29nbGUucHJvdG9idWYuRmlsZURlc2NyaXB0b3JQcm90b1IEZmlsZSoMCIDsyv8BEIHsyv8BIsUFChNGaWxlRGVzY3JpcHRvclByb3RvEhIKBG5hbWUYASABKAlSBG5hbWUSGAoHcGFja2FnZRgCIAEoCVIHcGFja2FnZRIeCgpkZXBlbmRlbmN5GAMgAygJUgpkZXBlbmRlbmN5EisKEXB1YmxpY19kZXBlbmRlbmN5GAogAygFUhBwdWJsaWNEZXBlbmRlbmN5EicKD3dlYWtfZGVwZW5kZW5jeRgLIAMoBVIOd2Vha0RlcGVuZGVuY3kSKwoRb3B0aW9uX2RlcGVuZGVuY3kYDyADKAlSEG9wdGlvbkRlcGVuZGVuY3kSQwoMbWVzc2FnZV90eXBlGAQgAygLMiAuZ29vZ2xlLnByb3RvYnVmLkRlc2NyaXB0b3JQcm90b1ILbWVzc2FnZVR5cGUSQQoJZW51bV90eXBlGAUgAygLMiQuZ29vZ2xlLnByb3RvYnVmLkVudW1EZXNjcmlwdG9yUHJvdG9SCGVudW1UeXBlEkEKB3NlcnZpY2UYBiADKAsyJy5nb29nbGUucHJvdG9idWYuU2VydmljZURlc2NyaXB0b3JQcm90b1IHc2VydmljZRJDCglleHRlbnNpb24YByADKAsyJS5nb29nbGUucHJvdG9idWYuRmllbGREZXNjcmlwdG9yUHJvdG9SCWV4dGVuc2lvbhI2CgdvcHRpb25zGAggASgLMhwuZ29vZ2xlLnByb3RvYnVmLkZpbGVPcHRpb25zUgdvcHRpb25zEkkKEHNvdXJjZV9jb2RlX2luZm8YCSABKAsyHy5nb29nbGUucHJvdG9idWYuU291cmNlQ29kZUluZm9SDnNvdXJjZUNvZGVJbmZvEhYKBnN5bnRheBgMIAEoCVIGc3ludGF4EjIKB2VkaXRpb24YDiABKA4yGC5nb29nbGUucHJvdG9idWYuRWRpdGlvblIHZWRpdGlvbiL8BgoPRGVzY3JpcHRvclByb3RvEhIKBG5hbWUYASABKAlSBG5hbWUSOwoFZmllbGQYAiADKAsyJS5nb29nbGUucHJvdG9idWYuRmllbGREZXNjcmlwdG9yUHJvdG9SBWZpZWxkEkMKCWV4dGVuc2lvbhgGIAMoCzIlLmdvb2dsZS5wcm90b2J1Zi5GaWVsZERlc2NyaXB0b3JQcm90b1IJZXh0ZW5zaW9uEkEKC25lc3RlZF90eXBlGAMgAygLMiAuZ29vZ2xlLnByb3RvYnVmLkRlc2NyaXB0b3JQcm90b1IKbmVzdGVkVHlwZRJBCgllbnVtX3R5cGUYBCADKAsyJC5nb29nbGUucHJvdG9idWYuRW51bURlc2NyaXB0b3JQcm90b1IIZW51bVR5cGUSWAoPZXh0ZW5zaW9uX3JhbmdlGAUgAygLMi8uZ29vZ2xlLnByb3RvYnVmLkRlc2NyaXB0b3JQcm90by5FeHRlbnNpb25SYW5nZVIOZXh0ZW5zaW9uUmFuZ2USRAoKb25lb2ZfZGVjbBgIIAMoCzIlLmdvb2dsZS5wcm90b2J1Zi5PbmVvZkRlc2NyaXB0b3JQcm90b1IJb25lb2ZEZWNsEjkKB29wdGlvbnMYByABKAsyHy5nb29nbGUucHJvdG9idWYuTWVzc2FnZU9wdGlvbnNSB29wdGlvbnMSVQoOcmVzZXJ2ZWRfcmFuZ2UYCSADKAsyLi5nb29nbGUucHJvdG9idWYuRGVzY3JpcHRvclByb3RvLlJlc2VydmVkUmFuZ2VSDXJlc2VydmVkUmFuZ2USIwoNcmVzZXJ2ZWRfbmFtZRgKIAMoCVIMcmVzZXJ2ZWROYW1lEkEKCnZpc2liaWxpdHkYCyABKA4yIS5nb29nbGUucHJvdG9idWYuU3ltYm9sVmlzaWJpbGl0eVIKdmlzaWJpbGl0eRp6Cg5FeHRlbnNpb25SYW5nZRIUCgVzdGFydBgBIAEoBVIFc3RhcnQSEAoDZW5kGAIgASgFUgNlbmQSQAoHb3B0aW9ucxgDIAEoCzImLmdvb2dsZS5wcm90b2J1Zi5FeHRlbnNpb25SYW5nZU9wdGlvbnNSB29wdGlvbnMaNwoNUmVzZXJ2ZWRSYW5nZRIUCgVzdGFydBgBIAEoBVIFc3RhcnQSEAoDZW5kGAIgASgFUgNlbmQizAQKFUV4dGVuc2lvblJhbmdlT3B0aW9ucxJYChR1bmludGVycHJldGVkX29wdGlvbhjnByADKAsyJC5nb29nbGUucHJvdG9idWYuVW5pbnRlcnByZXRlZE9wdGlvblITdW5pbnRlcnByZXRlZE9wdGlvbhJZCgtkZWNsYXJhdGlvbhgCIAMoCzIyLmdvb2dsZS5wcm90b2J1Zi5FeHRlbnNpb25SYW5nZU9wdGlvbnMuRGVjbGFyYXRpb25CA4gBAlILZGVjbGFyYXRpb24SNwoIZmVhdHVyZXMYMiABKAsyGy5nb29nbGUucHJvdG9idWYuRmVhdHVyZVNldFIIZmVhdHVyZXMSbQoMdmVyaWZpY2F0aW9uGAMgASgOMjguZ29vZ2xlLnByb3RvYnVmLkV4dGVuc2lvblJhbmdlT3B0aW9ucy5WZXJpZmljYXRpb25TdGF0ZToKVU5WRVJJRklFREIDiAECUgx2ZXJpZmljYXRpb24alAEKC0RlY2xhcmF0aW9uEhYKBm51bWJlchgBIAEoBVIGbnVtYmVyEhsKCWZ1bGxfbmFtZRgCIAEoCVIIZnVsbE5hbWUSEgoEdHlwZRgDIAEoCVIEdHlwZRIaCghyZXNlcnZlZBgFIAEoCFIIcmVzZXJ2ZWQSGgoIcmVwZWF0ZWQYBiABKAhSCHJlcGVhdGVkSgQIBBAFIjQKEVZlcmlmaWNhdGlvblN0YXRlEg8KC0RFQ0xBUkFUSU9OEAASDgoKVU5WRVJJRklFRBABKgkI6AcQgICAgAIiwQYKFEZpZWxkRGVzY3JpcHRvclByb3RvEhIKBG5hbWUYASABKAlSBG5hbWUSFgoGbnVtYmVyGAMgASgFUgZudW1iZXISQQoFbGFiZWwYBCABKA4yKy5nb29nbGUucHJvdG9idWYuRmllbGREZXNjcmlwdG9yUHJvdG8uTGFiZWxSBWxhYmVsEj4KBHR5cGUYBSABKA4yKi5nb29nbGUucHJvdG9idWYuRmllbGREZXNjcmlwdG9yUHJvdG8uVHlwZVIEdHlwZRIbCgl0eXBlX25hbWUYBiABKAlSCHR5cGVOYW1lEhoKCGV4dGVuZGVlGAIgASgJUghleHRlbmRlZRIjCg1kZWZhdWx0X3ZhbHVlGAcgASgJUgxkZWZhdWx0VmFsdWUSHwoLb25lb2ZfaW5kZXgYCSABKAVSCm9uZW9mSW5kZXgSGwoJanNvbl9uYW1lGAogASgJUghqc29uTmFtZRI3CgdvcHRpb25zGAggASgLMh0uZ29vZ2xlLnByb3RvYnVmLkZpZWxkT3B0aW9uc1IHb3B0aW9ucxInCg9wcm90bzNfb3B0aW9uYWwYESABKAhSDnByb3RvM09wdGlvbmFsIrYCCgRUeXBlEg8KC1RZUEVfRE9VQkxFEAESDgoKVFlQRV9GTE9BVBACEg4KClRZUEVfSU5UNjQQAxIPCgtUWVBFX1VJTlQ2NBAEEg4KClRZUEVfSU5UMzIQBRIQCgxUWVBFX0ZJWEVENjQQBhIQCgxUWVBFX0ZJWEVEMzIQBxINCglUWVBFX0JPT0wQCBIPCgtUWVBFX1NUUklORxAJEg4KClRZUEVfR1JPVVAQChIQCgxUWVBFX01FU1NBR0UQCxIOCgpUWVBFX0JZVEVTEAwSDwoLVFlQRV9VSU5UMzIQDRINCglUWVBFX0VOVU0QDhIRCg1UWVBFX1NGSVhFRDMyEA8SEQoNVFlQRV9TRklYRUQ2NBAQEg8KC1RZUEVfU0lOVDMyEBESDwoLVFlQRV9TSU5UNjQQEiJDCgVMYWJlbBISCg5MQUJFTF9PUFRJT05BTBABEhIKDkxBQkVMX1JFUEVBVEVEEAMSEgoOTEFCRUxfUkVRVUlSRUQQAiJjChRPbmVvZkRlc2NyaXB0b3JQcm90bxISCgRuYW1lGAEgASgJUgRuYW1lEjcKB29wdGlvbnMYAiABKAsyHS5nb29nbGUucHJvdG9idWYuT25lb2ZPcHRpb25zUgdvcHRpb25zIqYDChNFbnVtRGVzY3JpcHRvclByb3RvEhIKBG5hbWUYASABKAlSBG5hbWUSPwoFdmFsdWUYAiADKAsyKS5nb29nbGUucHJvdG9idWYuRW51bVZhbHVlRGVzY3JpcHRvclByb3RvUgV2YWx1ZRI2CgdvcHRpb25zGAMgASgLMhwuZ29vZ2xlLnByb3RvYnVmLkVudW1PcHRpb25zUgdvcHRpb25zEl0KDnJlc2VydmVkX3JhbmdlGAQgAygLMjYuZ29vZ2xlLnByb3RvYnVmLkVudW1EZXNjcmlwdG9yUHJvdG8uRW51bVJlc2VydmVkUmFuZ2VSDXJlc2VydmVkUmFuZ2USIwoNcmVzZXJ2ZWRfbmFtZRgFIAMoCVIMcmVzZXJ2ZWROYW1lEkEKCnZpc2liaWxpdHkYBiABKA4yIS5nb29nbGUucHJvdG9idWYuU3ltYm9sVmlzaWJpbGl0eVIKdmlzaWJpbGl0eRo7ChFFbnVtUmVzZXJ2ZWRSYW5nZRIUCgVzdGFydBgBIAEoBVIFc3RhcnQSEAoDZW5kGAIgASgFUgNlbmQigwEKGEVudW1WYWx1ZURlc2NyaXB0b3JQcm90bxISCgRuYW1lGAEgASgJUgRuYW1lEhYKBm51bWJlchgCIAEoBVIGbnVtYmVyEjsKB29wdGlvbnMYAyABKAsyIS5nb29nbGUucHJvdG9idWYuRW51bVZhbHVlT3B0aW9uc1IHb3B0aW9ucyK1AQoWU2VydmljZURlc2NyaXB0b3JQcm90bxISCgRuYW1lGAEgASgJUgRuYW1lEj4KBm1ldGhvZBgCIAMoCzImLmdvb2dsZS5wcm90b2J1Zi5NZXRob2REZXNjcmlwdG9yUHJvdG9SBm1ldGhvZBI5CgdvcHRpb25zGAMgASgLMh8uZ29vZ2xlLnByb3RvYnVmLlNlcnZpY2VPcHRpb25zUgdvcHRpb25zSgQIBBAFUgZzdHJlYW0iiQIKFU1ldGhvZERlc2NyaXB0b3JQcm90bxISCgRuYW1lGAEgASgJUgRuYW1lEh0KCmlucHV0X3R5cGUYAiABKAlSCWlucHV0VHlwZRIfCgtvdXRwdXRfdHlwZRgDIAEoCVIKb3V0cHV0VHlwZRI4CgdvcHRpb25zGAQgASgLMh4uZ29vZ2xlLnByb3RvYnVmLk1ldGhvZE9wdGlvbnNSB29wdGlvbnMSMAoQY2xpZW50X3N0cmVhbWluZxgFIAEoCDoFZmFsc2VSD2NsaWVudFN0cmVhbWluZxIwChBzZXJ2ZXJfc3RyZWFtaW5nGAYgASgIOgVmYWxzZVIPc2VydmVyU3RyZWFtaW5nIq0JCgtGaWxlT3B0aW9ucxIhCgxqYXZhX3BhY2thZ2UYASABKAlSC2phdmFQYWNrYWdlEjAKFGphdmFfb3V0ZXJfY2xhc3NuYW1lGAggASgJUhJqYXZhT3V0ZXJDbGFzc25hbWUSNQoTamF2YV9tdWx0aXBsZV9maWxlcxgKIAEoCDoFZmFsc2VSEWphdmFNdWx0aXBsZUZpbGVzEkQKHWphdmFfZ2VuZXJhdGVfZXF1YWxzX2FuZF9oYXNoGBQgASgIQgIYAVIZamF2YUdlbmVyYXRlRXF1YWxzQW5kSGFzaBI6ChZqYXZhX3N0cmluZ19jaGVja191dGY4GBsgASgIOgVmYWxzZVITamF2YVN0cmluZ0NoZWNrVXRmOBJTCgxvcHRpbWl6ZV9mb3IYCSABKA4yKS5nb29nbGUucHJvdG9idWYuRmlsZU9wdGlvbnMuT3B0aW1pemVNb2RlOgVTUEVFRFILb3B0aW1pemVGb3ISHQoKZ29fcGFja2FnZRgLIAEoCVIJZ29QYWNrYWdlEjUKE2NjX2dlbmVyaWNfc2VydmljZXMYECABKAg6BWZhbHNlUhFjY0dlbmVyaWNTZXJ2aWNlcxI5ChVqYXZhX2dlbmVyaWNfc2VydmljZXMYESABKAg6BWZhbHNlUhNqYXZhR2VuZXJpY1NlcnZpY2VzEjUKE3B5X2dlbmVyaWNfc2VydmljZXMYEiABKAg6BWZhbHNlUhFweUdlbmVyaWNTZXJ2aWNlcxIlCgpkZXByZWNhdGVkGBcgASgIOgVmYWxzZVIKZGVwcmVjYXRlZBIuChBjY19lbmFibGVfYXJlbmFzGB8gASgIOgR0cnVlUg5jY0VuYWJsZUFyZW5hcxIqChFvYmpjX2NsYXNzX3ByZWZpeBgkIAEoCVIPb2JqY0NsYXNzUHJlZml4EikKEGNzaGFycF9uYW1lc3BhY2UYJSABKAlSD2NzaGFycE5hbWVzcGFjZRIhCgxzd2lmdF9wcmVmaXgYJyABKAlSC3N3aWZ0UHJlZml4EigKEHBocF9jbGFzc19wcmVmaXgYKCABKAlSDnBocENsYXNzUHJlZml4EiMKDXBocF9uYW1lc3BhY2UYKSABKAlSDHBocE5hbWVzcGFjZRI0ChZwaHBfbWV0YWRhdGFfbmFtZXNwYWNlGCwgASgJUhRwaHBNZXRhZGF0YU5hbWVzcGFjZRIhCgxydWJ5X3BhY2thZ2UYLSABKAlSC3J1YnlQYWNrYWdlEjcKCGZlYXR1cmVzGDIgASgLMhsuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXRSCGZlYXR1cmVzElgKFHVuaW50ZXJwcmV0ZWRfb3B0aW9uGOcHIAMoCzIkLmdvb2dsZS5wcm90b2J1Zi5VbmludGVycHJldGVkT3B0aW9uUhN1bmludGVycHJldGVkT3B0aW9uIjoKDE9wdGltaXplTW9kZRIJCgVTUEVFRBABEg0KCUNPREVfU0laRRACEhAKDExJVEVfUlVOVElNRRADKgkI6AcQgICAgAJKBAgqECtKBAgmECdSFHBocF9nZW5lcmljX3NlcnZpY2VzIvQDCg5NZXNzYWdlT3B0aW9ucxI8ChdtZXNzYWdlX3NldF93aXJlX2Zvcm1hdBgBIAEoCDoFZmFsc2VSFG1lc3NhZ2VTZXRXaXJlRm9ybWF0EkwKH25vX3N0YW5kYXJkX2Rlc2NyaXB0b3JfYWNjZXNzb3IYAiABKAg6BWZhbHNlUhxub1N0YW5kYXJkRGVzY3JpcHRvckFjY2Vzc29yEiUKCmRlcHJlY2F0ZWQYAyABKAg6BWZhbHNlUgpkZXByZWNhdGVkEhsKCW1hcF9lbnRyeRgHIAEoCFIIbWFwRW50cnkSVgomZGVwcmVjYXRlZF9sZWdhY3lfanNvbl9maWVsZF9jb25mbGljdHMYCyABKAhCAhgBUiJkZXByZWNhdGVkTGVnYWN5SnNvbkZpZWxkQ29uZmxpY3RzEjcKCGZlYXR1cmVzGAwgASgLMhsuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXRSCGZlYXR1cmVzElgKFHVuaW50ZXJwcmV0ZWRfb3B0aW9uGOcHIAMoCzIkLmdvb2dsZS5wcm90b2J1Zi5VbmludGVycHJldGVkT3B0aW9uUhN1bmludGVycHJldGVkT3B0aW9uKgkI6AcQgICAgAJKBAgEEAVKBAgFEAZKBAgGEAdKBAgIEAlKBAgJEAoioQ0KDEZpZWxkT3B0aW9ucxJBCgVjdHlwZRgBIAEoDjIjLmdvb2dsZS5wcm90b2J1Zi5GaWVsZE9wdGlvbnMuQ1R5cGU6BlNUUklOR1IFY3R5cGUSFgoGcGFja2VkGAIgASgIUgZwYWNrZWQSRwoGanN0eXBlGAYgASgOMiQuZ29vZ2xlLnByb3RvYnVmLkZpZWxkT3B0aW9ucy5KU1R5cGU6CUpTX05PUk1BTFIGanN0eXBlEhkKBGxhenkYBSABKAg6BWZhbHNlUgRsYXp5Ei4KD3VudmVyaWZpZWRfbGF6eRgPIAEoCDoFZmFsc2VSDnVudmVyaWZpZWRMYXp5EiUKCmRlcHJlY2F0ZWQYAyABKAg6BWZhbHNlUgpkZXByZWNhdGVkEh0KBHdlYWsYCiABKAg6BWZhbHNlQgIYAVIEd2VhaxIoCgxkZWJ1Z19yZWRhY3QYECABKAg6BWZhbHNlUgtkZWJ1Z1JlZGFjdBJLCglyZXRlbnRpb24YESABKA4yLS5nb29nbGUucHJvdG9idWYuRmllbGRPcHRpb25zLk9wdGlvblJldGVudGlvblIJcmV0ZW50aW9uEkgKB3RhcmdldHMYEyADKA4yLi5nb29nbGUucHJvdG9idWYuRmllbGRPcHRpb25zLk9wdGlvblRhcmdldFR5cGVSB3RhcmdldHMSVwoQZWRpdGlvbl9kZWZhdWx0cxgUIAMoCzIsLmdvb2dsZS5wcm90b2J1Zi5GaWVsZE9wdGlvbnMuRWRpdGlvbkRlZmF1bHRSD2VkaXRpb25EZWZhdWx0cxI3CghmZWF0dXJlcxgVIAEoCzIbLmdvb2dsZS5wcm90b2J1Zi5GZWF0dXJlU2V0UghmZWF0dXJlcxJVCg9mZWF0dXJlX3N1cHBvcnQYFiABKAsyLC5nb29nbGUucHJvdG9idWYuRmllbGRPcHRpb25zLkZlYXR1cmVTdXBwb3J0Ug5mZWF0dXJlU3VwcG9ydBJYChR1bmludGVycHJldGVkX29wdGlvbhjnByADKAsyJC5nb29nbGUucHJvdG9idWYuVW5pbnRlcnByZXRlZE9wdGlvblITdW5pbnRlcnByZXRlZE9wdGlvbhpaCg5FZGl0aW9uRGVmYXVsdBIyCgdlZGl0aW9uGAMgASgOMhguZ29vZ2xlLnByb3RvYnVmLkVkaXRpb25SB2VkaXRpb24SFAoFdmFsdWUYAiABKAlSBXZhbHVlGpYCCg5GZWF0dXJlU3VwcG9ydBJHChJlZGl0aW9uX2ludHJvZHVjZWQYASABKA4yGC5nb29nbGUucHJvdG9idWYuRWRpdGlvblIRZWRpdGlvbkludHJvZHVjZWQSRwoSZWRpdGlvbl9kZXByZWNhdGVkGAIgASgOMhguZ29vZ2xlLnByb3RvYnVmLkVkaXRpb25SEWVkaXRpb25EZXByZWNhdGVkEi8KE2RlcHJlY2F0aW9uX3dhcm5pbmcYAyABKAlSEmRlcHJlY2F0aW9uV2FybmluZxJBCg9lZGl0aW9uX3JlbW92ZWQYBCABKA4yGC5nb29nbGUucHJvdG9idWYuRWRpdGlvblIOZWRpdGlvblJlbW92ZWQiLwoFQ1R5cGUSCgoGU1RSSU5HEAASCAoEQ09SRBABEhAKDFNUUklOR19QSUVDRRACIjUKBkpTVHlwZRINCglKU19OT1JNQUwQABINCglKU19TVFJJTkcQARINCglKU19OVU1CRVIQAiJVCg9PcHRpb25SZXRlbnRpb24SFQoRUkVURU5USU9OX1VOS05PV04QABIVChFSRVRFTlRJT05fUlVOVElNRRABEhQKEFJFVEVOVElPTl9TT1VSQ0UQAiKMAgoQT3B0aW9uVGFyZ2V0VHlwZRIXChNUQVJHRVRfVFlQRV9VTktOT1dOEAASFAoQVEFSR0VUX1RZUEVfRklMRRABEh8KG1RBUkdFVF9UWVBFX0VYVEVOU0lPTl9SQU5HRRACEhcKE1RBUkdFVF9UWVBFX01FU1NBR0UQAxIVChFUQVJHRVRfVFlQRV9GSUVMRBAEEhUKEVRBUkdFVF9UWVBFX09ORU9GEAUSFAoQVEFSR0VUX1RZUEVfRU5VTRAGEhoKFlRBUkdFVF9UWVBFX0VOVU1fRU5UUlkQBxIXChNUQVJHRVRfVFlQRV9TRVJWSUNFEAgSFgoSVEFSR0VUX1RZUEVfTUVUSE9EEAkqCQjoBxCAgICAAkoECAQQBUoECBIQEyKsAQoMT25lb2ZPcHRpb25zEjcKCGZlYXR1cmVzGAEgASgLMhsuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXRSCGZlYXR1cmVzElgKFHVuaW50ZXJwcmV0ZWRfb3B0aW9uGOcHIAMoCzIkLmdvb2dsZS5wcm90b2J1Zi5VbmludGVycHJldGVkT3B0aW9uUhN1bmludGVycHJldGVkT3B0aW9uKgkI6AcQgICAgAIi0QIKC0VudW1PcHRpb25zEh8KC2FsbG93X2FsaWFzGAIgASgIUgphbGxvd0FsaWFzEiUKCmRlcHJlY2F0ZWQYAyABKAg6BWZhbHNlUgpkZXByZWNhdGVkElYKJmRlcHJlY2F0ZWRfbGVnYWN5X2pzb25fZmllbGRfY29uZmxpY3RzGAYgASgIQgIYAVIiZGVwcmVjYXRlZExlZ2FjeUpzb25GaWVsZENvbmZsaWN0cxI3CghmZWF0dXJlcxgHIAEoCzIbLmdvb2dsZS5wcm90b2J1Zi5GZWF0dXJlU2V0UghmZWF0dXJlcxJYChR1bmludGVycHJldGVkX29wdGlvbhjnByADKAsyJC5nb29nbGUucHJvdG9idWYuVW5pbnRlcnByZXRlZE9wdGlvblITdW5pbnRlcnByZXRlZE9wdGlvbioJCOgHEICAgIACSgQIBRAGItgCChBFbnVtVmFsdWVPcHRpb25zEiUKCmRlcHJlY2F0ZWQYASABKAg6BWZhbHNlUgpkZXByZWNhdGVkEjcKCGZlYXR1cmVzGAIgASgLMhsuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXRSCGZlYXR1cmVzEigKDGRlYnVnX3JlZGFjdBgDIAEoCDoFZmFsc2VSC2RlYnVnUmVkYWN0ElUKD2ZlYXR1cmVfc3VwcG9ydBgEIAEoCzIsLmdvb2dsZS5wcm90b2J1Zi5GaWVsZE9wdGlvbnMuRmVhdHVyZVN1cHBvcnRSDmZlYXR1cmVTdXBwb3J0ElgKFHVuaW50ZXJwcmV0ZWRfb3B0aW9uGOcHIAMoCzIkLmdvb2dsZS5wcm90b2J1Zi5VbmludGVycHJldGVkT3B0aW9uUhN1bmludGVycHJldGVkT3B0aW9uKgkI6AcQgICAgAIi1QEKDlNlcnZpY2VPcHRpb25zEjcKCGZlYXR1cmVzGCIgASgLMhsuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXRSCGZlYXR1cmVzEiUKCmRlcHJlY2F0ZWQYISABKAg6BWZhbHNlUgpkZXByZWNhdGVkElgKFHVuaW50ZXJwcmV0ZWRfb3B0aW9uGOcHIAMoCzIkLmdvb2dsZS5wcm90b2J1Zi5VbmludGVycHJldGVkT3B0aW9uUhN1bmludGVycHJldGVkT3B0aW9uKgkI6AcQgICAgAIimQMKDU1ldGhvZE9wdGlvbnMSJQoKZGVwcmVjYXRlZBghIAEoCDoFZmFsc2VSCmRlcHJlY2F0ZWQScQoRaWRlbXBvdGVuY3lfbGV2ZWwYIiABKA4yLy5nb29nbGUucHJvdG9idWYuTWV0aG9kT3B0aW9ucy5JZGVtcG90ZW5jeUxldmVsOhNJREVNUE9URU5DWV9VTktOT1dOUhBpZGVtcG90ZW5jeUxldmVsEjcKCGZlYXR1cmVzGCMgASgLMhsuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXRSCGZlYXR1cmVzElgKFHVuaW50ZXJwcmV0ZWRfb3B0aW9uGOcHIAMoCzIkLmdvb2dsZS5wcm90b2J1Zi5VbmludGVycHJldGVkT3B0aW9uUhN1bmludGVycHJldGVkT3B0aW9uIlAKEElkZW1wb3RlbmN5TGV2ZWwSFwoTSURFTVBPVEVOQ1lfVU5LTk9XThAAEhMKD05PX1NJREVfRUZGRUNUUxABEg4KCklERU1QT1RFTlQQAioJCOgHEICAgIACIpoDChNVbmludGVycHJldGVkT3B0aW9uEkEKBG5hbWUYAiADKAsyLS5nb29nbGUucHJvdG9idWYuVW5pbnRlcnByZXRlZE9wdGlvbi5OYW1lUGFydFIEbmFtZRIpChBpZGVudGlmaWVyX3ZhbHVlGAMgASgJUg9pZGVudGlmaWVyVmFsdWUSLAoScG9zaXRpdmVfaW50X3ZhbHVlGAQgASgEUhBwb3NpdGl2ZUludFZhbHVlEiwKEm5lZ2F0aXZlX2ludF92YWx1ZRgFIAEoA1IQbmVnYXRpdmVJbnRWYWx1ZRIhCgxkb3VibGVfdmFsdWUYBiABKAFSC2RvdWJsZVZhbHVlEiEKDHN0cmluZ192YWx1ZRgHIAEoDFILc3RyaW5nVmFsdWUSJwoPYWdncmVnYXRlX3ZhbHVlGAggASgJUg5hZ2dyZWdhdGVWYWx1ZRpKCghOYW1lUGFydBIbCgluYW1lX3BhcnQYASACKAlSCG5hbWVQYXJ0EiEKDGlzX2V4dGVuc2lvbhgCIAIoCFILaXNFeHRlbnNpb24ijg8KCkZlYXR1cmVTZXQSkQEKDmZpZWxkX3ByZXNlbmNlGAEgASgOMikuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXQuRmllbGRQcmVzZW5jZUI/iAEBmAEEmAEBogENEghFWFBMSUNJVBiEB6IBDRIISU1QTElDSVQY5weiAQ0SCEVYUExJQ0lUGOgHsgEDCOgHUg1maWVsZFByZXNlbmNlEmwKCWVudW1fdHlwZRgCIAEoDjIkLmdvb2dsZS5wcm90b2J1Zi5GZWF0dXJlU2V0LkVudW1UeXBlQimIAQGYAQaYAQGiAQsSBkNMT1NFRBiEB6IBCRIET1BFThjnB7IBAwjoB1IIZW51bVR5cGUSmAEKF3JlcGVhdGVkX2ZpZWxkX2VuY29kaW5nGAMgASgOMjEuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXQuUmVwZWF0ZWRGaWVsZEVuY29kaW5nQi2IAQGYAQSYAQGiAQ0SCEVYUEFOREVEGIQHogELEgZQQUNLRUQY5weyAQMI6AdSFXJlcGVhdGVkRmllbGRFbmNvZGluZxJ+Cg91dGY4X3ZhbGlkYXRpb24YBCABKA4yKi5nb29nbGUucHJvdG9idWYuRmVhdHVyZVNldC5VdGY4VmFsaWRhdGlvbkIpiAEBmAEEmAEBogEJEgROT05FGIQHogELEgZWRVJJRlkY5weyAQMI6AdSDnV0ZjhWYWxpZGF0aW9uEn4KEG1lc3NhZ2VfZW5jb2RpbmcYBSABKA4yKy5nb29nbGUucHJvdG9idWYuRmVhdHVyZVNldC5NZXNzYWdlRW5jb2RpbmdCJogBAZgBBJgBAaIBFBIPTEVOR1RIX1BSRUZJWEVEGIQHsgEDCOgHUg9tZXNzYWdlRW5jb2RpbmcSggEKC2pzb25fZm9ybWF0GAYgASgOMiYuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXQuSnNvbkZvcm1hdEI5iAEBmAEDmAEGmAEBogEXEhJMRUdBQ1lfQkVTVF9FRkZPUlQYhAeiAQoSBUFMTE9XGOcHsgEDCOgHUgpqc29uRm9ybWF0EqsBChRlbmZvcmNlX25hbWluZ19zdHlsZRgHIAEoDjIuLmdvb2dsZS5wcm90b2J1Zi5GZWF0dXJlU2V0LkVuZm9yY2VOYW1pbmdTdHlsZUJJiAECmAEBmAECmAEDmAEEmAEFmAEGmAEHmAEImAEJogEREgxTVFlMRV9MRUdBQ1kYhAeiAQ4SCVNUWUxFMjAyNBjpB7IBAwjpB1ISZW5mb3JjZU5hbWluZ1N0eWxlErkBChlkZWZhdWx0X3N5bWJvbF92aXNpYmlsaXR5GAggASgOMkUuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXQuVmlzaWJpbGl0eUZlYXR1cmUuRGVmYXVsdFN5bWJvbFZpc2liaWxpdHlCNogBApgBAaIBDxIKRVhQT1JUX0FMTBiEB6IBFRIQRVhQT1JUX1RPUF9MRVZFTBjpB7IBAwjpB1IXZGVmYXVsdFN5bWJvbFZpc2liaWxpdHkaoQEKEVZpc2liaWxpdHlGZWF0dXJlIoEBChdEZWZhdWx0U3ltYm9sVmlzaWJpbGl0eRIlCiFERUZBVUxUX1NZTUJPTF9WSVNJQklMSVRZX1VOS05PV04QABIOCgpFWFBPUlRfQUxMEAESFAoQRVhQT1JUX1RPUF9MRVZFTBACEg0KCUxPQ0FMX0FMTBADEgoKBlNUUklDVBAESggIARCAgICAAiJcCg1GaWVsZFByZXNlbmNlEhoKFkZJRUxEX1BSRVNFTkNFX1VOS05PV04QABIMCghFWFBMSUNJVBABEgwKCElNUExJQ0lUEAISEwoPTEVHQUNZX1JFUVVJUkVEEAMiNwoIRW51bVR5cGUSFQoRRU5VTV9UWVBFX1VOS05PV04QABIICgRPUEVOEAESCgoGQ0xPU0VEEAIiVgoVUmVwZWF0ZWRGaWVsZEVuY29kaW5nEiMKH1JFUEVBVEVEX0ZJRUxEX0VOQ09ESU5HX1VOS05PV04QABIKCgZQQUNLRUQQARIMCghFWFBBTkRFRBACIkkKDlV0ZjhWYWxpZGF0aW9uEhsKF1VURjhfVkFMSURBVElPTl9VTktOT1dOEAASCgoGVkVSSUZZEAISCAoETk9ORRADIgQIARABIlMKD01lc3NhZ2VFbmNvZGluZxIcChhNRVNTQUdFX0VOQ09ESU5HX1VOS05PV04QABITCg9MRU5HVEhfUFJFRklYRUQQARINCglERUxJTUlURUQQAiJICgpKc29uRm9ybWF0EhcKE0pTT05fRk9STUFUX1VOS05PV04QABIJCgVBTExPVxABEhYKEkxFR0FDWV9CRVNUX0VGRk9SVBACIlcKEkVuZm9yY2VOYW1pbmdTdHlsZRIgChxFTkZPUkNFX05BTUlOR19TVFlMRV9VTktOT1dOEAASDQoJU1RZTEUyMDI0EAESEAoMU1RZTEVfTEVHQUNZEAIqBgjoBxCLTioGCItOEJBOKgYIkE4QkU5KBgjnBxDoByLvAwoSRmVhdHVyZVNldERlZmF1bHRzElgKCGRlZmF1bHRzGAEgAygLMjwuZ29vZ2xlLnByb3RvYnVmLkZlYXR1cmVTZXREZWZhdWx0cy5GZWF0dXJlU2V0RWRpdGlvbkRlZmF1bHRSCGRlZmF1bHRzEkEKD21pbmltdW1fZWRpdGlvbhgEIAEoDjIYLmdvb2dsZS5wcm90b2J1Zi5FZGl0aW9uUg5taW5pbXVtRWRpdGlvbhJBCg9tYXhpbXVtX2VkaXRpb24YBSABKA4yGC5nb29nbGUucHJvdG9idWYuRWRpdGlvblIObWF4aW11bUVkaXRpb24a+AEKGEZlYXR1cmVTZXRFZGl0aW9uRGVmYXVsdBIyCgdlZGl0aW9uGAMgASgOMhguZ29vZ2xlLnByb3RvYnVmLkVkaXRpb25SB2VkaXRpb24STgoUb3ZlcnJpZGFibGVfZmVhdHVyZXMYBCABKAsyGy5nb29nbGUucHJvdG9idWYuRmVhdHVyZVNldFITb3ZlcnJpZGFibGVGZWF0dXJlcxJCCg5maXhlZF9mZWF0dXJlcxgFIAEoCzIbLmdvb2dsZS5wcm90b2J1Zi5GZWF0dXJlU2V0Ug1maXhlZEZlYXR1cmVzSgQIARACSgQIAhADUghmZWF0dXJlcyK1AgoOU291cmNlQ29kZUluZm8SRAoIbG9jYXRpb24YASADKAsyKC5nb29nbGUucHJvdG9idWYuU291cmNlQ29kZUluZm8uTG9jYXRpb25SCGxvY2F0aW9uGs4BCghMb2NhdGlvbhIWCgRwYXRoGAEgAygFQgIQAVIEcGF0aBIWCgRzcGFuGAIgAygFQgIQAVIEc3BhbhIpChBsZWFkaW5nX2NvbW1lbnRzGAMgASgJUg9sZWFkaW5nQ29tbWVudHMSKwoRdHJhaWxpbmdfY29tbWVudHMYBCABKAlSEHRyYWlsaW5nQ29tbWVudHMSOgoZbGVhZGluZ19kZXRhY2hlZF9jb21tZW50cxgGIAMoCVIXbGVhZGluZ0RldGFjaGVkQ29tbWVudHMqDAiA7Mr/ARCB7Mr/ASLQAgoRR2VuZXJhdGVkQ29kZUluZm8STQoKYW5ub3RhdGlvbhgBIAMoCzItLmdvb2dsZS5wcm90b2J1Zi5HZW5lcmF0ZWRDb2RlSW5mby5Bbm5vdGF0aW9uUgphbm5vdGF0aW9uGusBCgpBbm5vdGF0aW9uEhYKBHBhdGgYASADKAVCAhABUgRwYXRoEh8KC3NvdXJjZV9maWxlGAIgASgJUgpzb3VyY2VGaWxlEhQKBWJlZ2luGAMgASgFUgViZWdpbhIQCgNlbmQYBCABKAVSA2VuZBJSCghzZW1hbnRpYxgFIAEoDjI2Lmdvb2dsZS5wcm90b2J1Zi5HZW5lcmF0ZWRDb2RlSW5mby5Bbm5vdGF0aW9uLlNlbWFudGljUghzZW1hbnRpYyIoCghTZW1hbnRpYxIICgROT05FEAASBwoDU0VUEAESCQoFQUxJQVMQAiq+AgoHRWRpdGlvbhITCg9FRElUSU9OX1VOS05PV04QABITCg5FRElUSU9OX0xFR0FDWRCEBxITCg5FRElUSU9OX1BST1RPMhDmBxITCg5FRElUSU9OX1BST1RPMxDnBxIRCgxFRElUSU9OXzIwMjMQ6AcSEQoMRURJVElPTl8yMDI0EOkHEhUKEEVESVRJT05fVU5TVEFCTEUQj04SFwoTRURJVElPTl8xX1RFU1RfT05MWRABEhcKE0VESVRJT05fMl9URVNUX09OTFkQAhIdChdFRElUSU9OXzk5OTk3X1RFU1RfT05MWRCdjQYSHQoXRURJVElPTl85OTk5OF9URVNUX09OTFkQno0GEh0KF0VESVRJT05fOTk5OTlfVEVTVF9PTkxZEJ+NBhITCgtFRElUSU9OX01BWBD/////BypVChBTeW1ib2xWaXNpYmlsaXR5EhQKEFZJU0lCSUxJVFlfVU5TRVQQABIUChBWSVNJQklMSVRZX0xPQ0FMEAESFQoRVklTSUJJTElUWV9FWFBPUlQQAkJ+ChNjb20uZ29vZ2xlLnByb3RvYnVmQhBEZXNjcmlwdG9yUHJvdG9zSAFaLWdvb2dsZS5nb2xhbmcub3JnL3Byb3RvYnVmL3R5cGVzL2Rlc2NyaXB0b3JwYvgBAaICA0dQQqoCGkdvb2dsZS5Qcm90b2J1Zi5SZWZsZWN0aW9uCvsBCh5nb29nbGUvcHJvdG9idWYvZHVyYXRpb24ucHJvdG8SD2dvb2dsZS5wcm90b2J1ZiI6CghEdXJhdGlvbhIYCgdzZWNvbmRzGAEgASgDUgdzZWNvbmRzEhQKBW5hbm9zGAIgASgFUgVuYW5vc0KDAQoTY29tLmdvb2dsZS5wcm90b2J1ZkINRHVyYXRpb25Qcm90b1ABWjFnb29nbGUuZ29sYW5nLm9yZy9wcm90b2J1Zi90eXBlcy9rbm93bi9kdXJhdGlvbnBi+AEBogIDR1BCqgIeR29vZ2xlLlByb3RvYnVmLldlbGxLbm93blR5cGVzYgZwcm90bzMK/wEKH2dvb2dsZS9wcm90b2J1Zi90aW1lc3RhbXAucHJvdG8SD2dvb2dsZS5wcm90b2J1ZiI7CglUaW1lc3RhbXASGAoHc2Vjb25kcxgBIAEoA1IHc2Vjb25kcxIUCgVuYW5vcxgCIAEoBVIFbmFub3NChQEKE2NvbS5nb29nbGUucHJvdG9idWZCDlRpbWVzdGFtcFByb3RvUAFaMmdvb2dsZS5nb2xhbmcub3JnL3Byb3RvYnVmL3R5cGVzL2tub3duL3RpbWVzdGFtcHBi+AEBogIDR1BCqgIeR29vZ2xlLlByb3RvYnVmLldlbGxLbm93blR5cGVzYgZwcm90bzMKrzEKF3ZhbGlkYXRlL3ZhbGlkYXRlLnByb3RvEgh2YWxpZGF0ZRogZ29vZ2xlL3Byb3RvYnVmL2Rlc2NyaXB0b3IucHJvdG8aHmdvb2dsZS9wcm90b2J1Zi9kdXJhdGlvbi5wcm90bxofZ29vZ2xlL3Byb3RvYnVmL3RpbWVzdGFtcC5wcm90byLICAoKRmllbGRSdWxlcxIwCgdtZXNzYWdlGBEgASgLMhYudmFsaWRhdGUuTWVzc2FnZVJ1bGVzUgdtZXNzYWdlEiwKBWZsb2F0GAEgASgLMhQudmFsaWRhdGUuRmxvYXRSdWxlc0gAUgVmbG9hdBIvCgZkb3VibGUYAiABKAsyFS52YWxpZGF0ZS5Eb3VibGVSdWxlc0gAUgZkb3VibGUSLAoFaW50MzIYAyABKAsyFC52YWxpZGF0ZS5JbnQzMlJ1bGVzSABSBWludDMyEiwKBWludDY0GAQgASgLMhQudmFsaWRhdGUuSW50NjRSdWxlc0gAUgVpbnQ2NBIvCgZ1aW50MzIYBSABKAsyFS52YWxpZGF0ZS5VSW50MzJSdWxlc0gAUgZ1aW50MzISLwoGdWludDY0GAYgASgLMhUudmFsaWRhdGUuVUludDY0UnVsZXNIAFIGdWludDY0Ei8KBnNpbnQzMhgHIAEoCzIVLnZhbGlkYXRlLlNJbnQzMlJ1bGVzSABSBnNpbnQzMhIvCgZzaW50NjQYCCABKAsyFS52YWxpZGF0ZS5TSW50NjRSdWxlc0gAUgZzaW50NjQSMgoHZml4ZWQzMhgJIAEoCzIWLnZhbGlkYXRlLkZpeGVkMzJSdWxlc0gAUgdmaXhlZDMyEjIKB2ZpeGVkNjQYCiABKAsyFi52YWxpZGF0ZS5GaXhlZDY0UnVsZXNIAFIHZml4ZWQ2NBI1CghzZml4ZWQzMhgLIAEoCzIXLnZhbGlkYXRlLlNGaXhlZDMyUnVsZXNIAFIIc2ZpeGVkMzISNQoIc2ZpeGVkNjQYDCABKAsyFy52YWxpZGF0ZS5TRml4ZWQ2NFJ1bGVzSABSCHNmaXhlZDY0EikKBGJvb2wYDSABKAsyEy52YWxpZGF0ZS5Cb29sUnVsZXNIAFIEYm9vbBIvCgZzdHJpbmcYDiABKAsyFS52YWxpZGF0ZS5TdHJpbmdSdWxlc0gAUgZzdHJpbmcSLAoFYnl0ZXMYDyABKAsyFC52YWxpZGF0ZS5CeXRlc1J1bGVzSABSBWJ5dGVzEikKBGVudW0YECABKAsyEy52YWxpZGF0ZS5FbnVtUnVsZXNIAFIEZW51bRI1CghyZXBlYXRlZBgSIAEoCzIXLnZhbGlkYXRlLlJlcGVhdGVkUnVsZXNIAFIIcmVwZWF0ZWQSJgoDbWFwGBMgASgLMhIudmFsaWRhdGUuTWFwUnVsZXNIAFIDbWFwEiYKA2FueRgUIAEoCzISLnZhbGlkYXRlLkFueVJ1bGVzSABSA2FueRI1CghkdXJhdGlvbhgVIAEoCzIXLnZhbGlkYXRlLkR1cmF0aW9uUnVsZXNIAFIIZHVyYXRpb24SOAoJdGltZXN0YW1wGBYgASgLMhgudmFsaWRhdGUuVGltZXN0YW1wUnVsZXNIAFIJdGltZXN0YW1wQgYKBHR5cGUisAEKCkZsb2F0UnVsZXMSFAoFY29uc3QYASABKAJSBWNvbnN0Eg4KAmx0GAIgASgCUgJsdBIQCgNsdGUYAyABKAJSA2x0ZRIOCgJndBgEIAEoAlICZ3QSEAoDZ3RlGAUgASgCUgNndGUSDgoCaW4YBiADKAJSAmluEhUKBm5vdF9pbhgHIAMoAlIFbm90SW4SIQoMaWdub3JlX2VtcHR5GAggASgIUgtpZ25vcmVFbXB0eSKxAQoLRG91YmxlUnVsZXMSFAoFY29uc3QYASABKAFSBWNvbnN0Eg4KAmx0GAIgASgBUgJsdBIQCgNsdGUYAyABKAFSA2x0ZRIOCgJndBgEIAEoAVICZ3QSEAoDZ3RlGAUgASgBUgNndGUSDgoCaW4YBiADKAFSAmluEhUKBm5vdF9pbhgHIAMoAVIFbm90SW4SIQoMaWdub3JlX2VtcHR5GAggASgIUgtpZ25vcmVFbXB0eSKwAQoKSW50MzJSdWxlcxIUCgVjb25zdBgBIAEoBVIFY29uc3QSDgoCbHQYAiABKAVSAmx0EhAKA2x0ZRgDIAEoBVIDbHRlEg4KAmd0GAQgASgFUgJndBIQCgNndGUYBSABKAVSA2d0ZRIOCgJpbhgGIAMoBVICaW4SFQoGbm90X2luGAcgAygFUgVub3RJbhIhCgxpZ25vcmVfZW1wdHkYCCABKAhSC2lnbm9yZUVtcHR5IrABCgpJbnQ2NFJ1bGVzEhQKBWNvbnN0GAEgASgDUgVjb25zdBIOCgJsdBgCIAEoA1ICbHQSEAoDbHRlGAMgASgDUgNsdGUSDgoCZ3QYBCABKANSAmd0EhAKA2d0ZRgFIAEoA1IDZ3RlEg4KAmluGAYgAygDUgJpbhIVCgZub3RfaW4YByADKANSBW5vdEluEiEKDGlnbm9yZV9lbXB0eRgIIAEoCFILaWdub3JlRW1wdHkisQEKC1VJbnQzMlJ1bGVzEhQKBWNvbnN0GAEgASgNUgVjb25zdBIOCgJsdBgCIAEoDVICbHQSEAoDbHRlGAMgASgNUgNsdGUSDgoCZ3QYBCABKA1SAmd0EhAKA2d0ZRgFIAEoDVIDZ3RlEg4KAmluGAYgAygNUgJpbhIVCgZub3RfaW4YByADKA1SBW5vdEluEiEKDGlnbm9yZV9lbXB0eRgIIAEoCFILaWdub3JlRW1wdHkisQEKC1VJbnQ2NFJ1bGVzEhQKBWNvbnN0GAEgASgEUgVjb25zdBIOCgJsdBgCIAEoBFICbHQSEAoDbHRlGAMgASgEUgNsdGUSDgoCZ3QYBCABKARSAmd0EhAKA2d0ZRgFIAEoBFIDZ3RlEg4KAmluGAYgAygEUgJpbhIVCgZub3RfaW4YByADKARSBW5vdEluEiEKDGlnbm9yZV9lbXB0eRgIIAEoCFILaWdub3JlRW1wdHkisQEKC1NJbnQzMlJ1bGVzEhQKBWNvbnN0GAEgASgRUgVjb25zdBIOCgJsdBgCIAEoEVICbHQSEAoDbHRlGAMgASgRUgNsdGUSDgoCZ3QYBCABKBFSAmd0EhAKA2d0ZRgFIAEoEVIDZ3RlEg4KAmluGAYgAygRUgJpbhIVCgZub3RfaW4YByADKBFSBW5vdEluEiEKDGlnbm9yZV9lbXB0eRgIIAEoCFILaWdub3JlRW1wdHkisQEKC1NJbnQ2NFJ1bGVzEhQKBWNvbnN0GAEgASgSUgVjb25zdBIOCgJsdBgCIAEoElICbHQSEAoDbHRlGAMgASgSUgNsdGUSDgoCZ3QYBCABKBJSAmd0EhAKA2d0ZRgFIAEoElIDZ3RlEg4KAmluGAYgAygSUgJpbhIVCgZub3RfaW4YByADKBJSBW5vdEluEiEKDGlnbm9yZV9lbXB0eRgIIAEoCFILaWdub3JlRW1wdHkisgEKDEZpeGVkMzJSdWxlcxIUCgVjb25zdBgBIAEoB1IFY29uc3QSDgoCbHQYAiABKAdSAmx0EhAKA2x0ZRgDIAEoB1IDbHRlEg4KAmd0GAQgASgHUgJndBIQCgNndGUYBSABKAdSA2d0ZRIOCgJpbhgGIAMoB1ICaW4SFQoGbm90X2luGAcgAygHUgVub3RJbhIhCgxpZ25vcmVfZW1wdHkYCCABKAhSC2lnbm9yZUVtcHR5IrIBCgxGaXhlZDY0UnVsZXMSFAoFY29uc3QYASABKAZSBWNvbnN0Eg4KAmx0GAIgASgGUgJsdBIQCgNsdGUYAyABKAZSA2x0ZRIOCgJndBgEIAEoBlICZ3QSEAoDZ3RlGAUgASgGUgNndGUSDgoCaW4YBiADKAZSAmluEhUKBm5vdF9pbhgHIAMoBlIFbm90SW4SIQoMaWdub3JlX2VtcHR5GAggASgIUgtpZ25vcmVFbXB0eSKzAQoNU0ZpeGVkMzJSdWxlcxIUCgVjb25zdBgBIAEoD1IFY29uc3QSDgoCbHQYAiABKA9SAmx0EhAKA2x0ZRgDIAEoD1IDbHRlEg4KAmd0GAQgASgPUgJndBIQCgNndGUYBSABKA9SA2d0ZRIOCgJpbhgGIAMoD1ICaW4SFQoGbm90X2luGAcgAygPUgVub3RJbhIhCgxpZ25vcmVfZW1wdHkYCCABKAhSC2lnbm9yZUVtcHR5IrMBCg1TRml4ZWQ2NFJ1bGVzEhQKBWNvbnN0GAEgASgQUgVjb25zdBIOCgJsdBgCIAEoEFICbHQSEAoDbHRlGAMgASgQUgNsdGUSDgoCZ3QYBCABKBBSAmd0EhAKA2d0ZRgFIAEoEFIDZ3RlEg4KAmluGAYgAygQUgJpbhIVCgZub3RfaW4YByADKBBSBW5vdEluEiEKDGlnbm9yZV9lbXB0eRgIIAEoCFILaWdub3JlRW1wdHkiIQoJQm9vbFJ1bGVzEhQKBWNvbnN0GAEgASgIUgVjb25zdCLUBQoLU3RyaW5nUnVsZXMSFAoFY29uc3QYASABKAlSBWNvbnN0EhAKA2xlbhgTIAEoBFIDbGVuEhcKB21pbl9sZW4YAiABKARSBm1pbkxlbhIXCgdtYXhfbGVuGAMgASgEUgZtYXhMZW4SGwoJbGVuX2J5dGVzGBQgASgEUghsZW5CeXRlcxIbCgltaW5fYnl0ZXMYBCABKARSCG1pbkJ5dGVzEhsKCW1heF9ieXRlcxgFIAEoBFIIbWF4Qnl0ZXMSGAoHcGF0dGVybhgGIAEoCVIHcGF0dGVybhIWCgZwcmVmaXgYByABKAlSBnByZWZpeBIWCgZzdWZmaXgYCCABKAlSBnN1ZmZpeBIaCghjb250YWlucxgJIAEoCVIIY29udGFpbnMSIQoMbm90X2NvbnRhaW5zGBcgASgJUgtub3RDb250YWlucxIOCgJpbhgKIAMoCVICaW4SFQoGbm90X2luGAsgAygJUgVub3RJbhIWCgVlbWFpbBgMIAEoCEgAUgVlbWFpbBIcCghob3N0bmFtZRgNIAEoCEgAUghob3N0bmFtZRIQCgJpcBgOIAEoCEgAUgJpcBIUCgRpcHY0GA8gASgISABSBGlwdjQSFAoEaXB2NhgQIAEoCEgAUgRpcHY2EhIKA3VyaRgRIAEoCEgAUgN1cmkSGQoHdXJpX3JlZhgSIAEoCEgAUgZ1cmlSZWYSGgoHYWRkcmVzcxgVIAEoCEgAUgdhZGRyZXNzEhQKBHV1aWQYFiABKAhIAFIEdXVpZBJAChB3ZWxsX2tub3duX3JlZ2V4GBggASgOMhQudmFsaWRhdGUuS25vd25SZWdleEgAUg53ZWxsS25vd25SZWdleBIcCgZzdHJpY3QYGSABKAg6BHRydWVSBnN0cmljdBIhCgxpZ25vcmVfZW1wdHkYGiABKAhSC2lnbm9yZUVtcHR5QgwKCndlbGxfa25vd24i4gIKCkJ5dGVzUnVsZXMSFAoFY29uc3QYASABKAxSBWNvbnN0EhAKA2xlbhgNIAEoBFIDbGVuEhcKB21pbl9sZW4YAiABKARSBm1pbkxlbhIXCgdtYXhfbGVuGAMgASgEUgZtYXhMZW4SGAoHcGF0dGVybhgEIAEoCVIHcGF0dGVybhIWCgZwcmVmaXgYBSABKAxSBnByZWZpeBIWCgZzdWZmaXgYBiABKAxSBnN1ZmZpeBIaCghjb250YWlucxgHIAEoDFIIY29udGFpbnMSDgoCaW4YCCADKAxSAmluEhUKBm5vdF9pbhgJIAMoDFIFbm90SW4SEAoCaXAYCiABKAhIAFICaXASFAoEaXB2NBgLIAEoCEgAUgRpcHY0EhQKBGlwdjYYDCABKAhIAFIEaXB2NhIhCgxpZ25vcmVfZW1wdHkYDiABKAhSC2lnbm9yZUVtcHR5QgwKCndlbGxfa25vd24iawoJRW51bVJ1bGVzEhQKBWNvbnN0GAEgASgFUgVjb25zdBIhCgxkZWZpbmVkX29ubHkYAiABKAhSC2RlZmluZWRPbmx5Eg4KAmluGAMgAygFUgJpbhIVCgZub3RfaW4YBCADKAVSBW5vdEluIj4KDE1lc3NhZ2VSdWxlcxISCgRza2lwGAEgASgIUgRza2lwEhoKCHJlcXVpcmVkGAIgASgIUghyZXF1aXJlZCKwAQoNUmVwZWF0ZWRSdWxlcxIbCgltaW5faXRlbXMYASABKARSCG1pbkl0ZW1zEhsKCW1heF9pdGVtcxgCIAEoBFIIbWF4SXRlbXMSFgoGdW5pcXVlGAMgASgIUgZ1bmlxdWUSKgoFaXRlbXMYBCABKAsyFC52YWxpZGF0ZS5GaWVsZFJ1bGVzUgVpdGVtcxIhCgxpZ25vcmVfZW1wdHkYBSABKAhSC2lnbm9yZUVtcHR5ItwBCghNYXBSdWxlcxIbCgltaW5fcGFpcnMYASABKARSCG1pblBhaXJzEhsKCW1heF9wYWlycxgCIAEoBFIIbWF4UGFpcnMSGwoJbm9fc3BhcnNlGAMgASgIUghub1NwYXJzZRIoCgRrZXlzGAQgASgLMhQudmFsaWRhdGUuRmllbGRSdWxlc1IEa2V5cxIsCgZ2YWx1ZXMYBSABKAsyFC52YWxpZGF0ZS5GaWVsZFJ1bGVzUgZ2YWx1ZXMSIQoMaWdub3JlX2VtcHR5GAYgASgIUgtpZ25vcmVFbXB0eSJNCghBbnlSdWxlcxIaCghyZXF1aXJlZBgBIAEoCFIIcmVxdWlyZWQSDgoCaW4YAiADKAlSAmluEhUKBm5vdF9pbhgDIAMoCVIFbm90SW4i6QIKDUR1cmF0aW9uUnVsZXMSGgoIcmVxdWlyZWQYASABKAhSCHJlcXVpcmVkEi8KBWNvbnN0GAIgASgLMhkuZ29vZ2xlLnByb3RvYnVmLkR1cmF0aW9uUgVjb25zdBIpCgJsdBgDIAEoCzIZLmdvb2dsZS5wcm90b2J1Zi5EdXJhdGlvblICbHQSKwoDbHRlGAQgASgLMhkuZ29vZ2xlLnByb3RvYnVmLkR1cmF0aW9uUgNsdGUSKQoCZ3QYBSABKAsyGS5nb29nbGUucHJvdG9idWYuRHVyYXRpb25SAmd0EisKA2d0ZRgGIAEoCzIZLmdvb2dsZS5wcm90b2J1Zi5EdXJhdGlvblIDZ3RlEikKAmluGAcgAygLMhkuZ29vZ2xlLnByb3RvYnVmLkR1cmF0aW9uUgJpbhIwCgZub3RfaW4YCCADKAsyGS5nb29nbGUucHJvdG9idWYuRHVyYXRpb25SBW5vdEluIvMCCg5UaW1lc3RhbXBSdWxlcxIaCghyZXF1aXJlZBgBIAEoCFIIcmVxdWlyZWQSMAoFY29uc3QYAiABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgVjb25zdBIqCgJsdBgDIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBSAmx0EiwKA2x0ZRgEIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBSA2x0ZRIqCgJndBgFIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBSAmd0EiwKA2d0ZRgGIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBSA2d0ZRIVCgZsdF9ub3cYByABKAhSBWx0Tm93EhUKBmd0X25vdxgIIAEoCFIFZ3ROb3cSMQoGd2l0aGluGAkgASgLMhkuZ29vZ2xlLnByb3RvYnVmLkR1cmF0aW9uUgZ3aXRoaW4qRgoKS25vd25SZWdleBILCgdVTktOT1dOEAASFAoQSFRUUF9IRUFERVJfTkFNRRABEhUKEUhUVFBfSEVBREVSX1ZBTFVFEAI6PAoIZGlzYWJsZWQSHy5nb29nbGUucHJvdG9idWYuTWVzc2FnZU9wdGlvbnMYrwggASgIUghkaXNhYmxlZDo6CgdpZ25vcmVkEh8uZ29vZ2xlLnByb3RvYnVmLk1lc3NhZ2VPcHRpb25zGLAIIAEoCFIHaWdub3JlZDo6CghyZXF1aXJlZBIdLmdvb2dsZS5wcm90b2J1Zi5PbmVvZk9wdGlvbnMYrwggASgIUghyZXF1aXJlZDpKCgVydWxlcxIdLmdvb2dsZS5wcm90b2J1Zi5GaWVsZE9wdGlvbnMYrwggASgLMhQudmFsaWRhdGUuRmllbGRSdWxlc1IFcnVsZXNCUAoaaW8uZW52b3lwcm94eS5wZ3YudmFsaWRhdGVaMmdpdGh1Yi5jb20vZW52b3lwcm94eS9wcm90b2MtZ2VuLXZhbGlkYXRlL3ZhbGlkYXRlCr4BChtnb29nbGUvcHJvdG9idWYvZW1wdHkucHJvdG8SD2dvb2dsZS5wcm90b2J1ZiIHCgVFbXB0eUJ9ChNjb20uZ29vZ2xlLnByb3RvYnVmQgpFbXB0eVByb3RvUAFaLmdvb2dsZS5nb2xhbmcub3JnL3Byb3RvYnVmL3R5cGVzL2tub3duL2VtcHR5cGL4AQGiAgNHUEKqAh5Hb29nbGUuUHJvdG9idWYuV2VsbEtub3duVHlwZXNiBnByb3RvMwq3AwoMY29tbW9uLnByb3RvEgZjb21tb24ihwEKClBhY2thZ2VNYXASPAoIcGFja2FnZXMYASADKAsyIC5jb21tb24uUGFja2FnZU1hcC5QYWNrYWdlc0VudHJ5UghwYWNrYWdlcxo7Cg1QYWNrYWdlc0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EhQKBXZhbHVlGAIgASgMUgV2YWx1ZToCOAEiRQoRU2lnbmluZ0NvbW1pdG1lbnQSFgoGaGlkaW5nGAEgASgMUgZoaWRpbmcSGAoHYmluZGluZxgCIAEoDFIHYmluZGluZyI4Cg1TaWduaW5nUmVzdWx0EicKD3NpZ25hdHVyZV9zaGFyZRgBIAEoDFIOc2lnbmF0dXJlU2hhcmUqXQoPU2lnbmF0dXJlSW50ZW50EgwKCENSRUFUSU9OEAASDAoIVFJBTlNGRVIQARINCglBR0dSRUdBVEUQAhIPCgdSRUZSRVNIEAMaAggBEg4KBkVYVEVORBAEGgIIAUItWitnaXRodWIuY29tL2xpZ2h0c3BhcmtkZXYvc3BhcmsvcHJvdG8vY29tbW9uYgZwcm90bzMKsMsCCgtzcGFyay5wcm90bxIFc3BhcmsaH2dvb2dsZS9wcm90b2J1Zi90aW1lc3RhbXAucHJvdG8aG2dvb2dsZS9wcm90b2J1Zi9lbXB0eS5wcm90bxoXdmFsaWRhdGUvdmFsaWRhdGUucHJvdG8aDGNvbW1vbi5wcm90byJKChhTdWJzY3JpYmVUb0V2ZW50c1JlcXVlc3QSLgoTaWRlbnRpdHlfcHVibGljX2tleRgKIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkijgMKGVN1YnNjcmliZVRvRXZlbnRzUmVzcG9uc2USOwoRcmVjZWl2ZXJfdHJhbnNmZXIYASABKAsyFC5zcGFyay5UcmFuc2ZlckV2ZW50SABSCHRyYW5zZmVyEi8KB2RlcG9zaXQYAiABKAsyEy5zcGFyay5EZXBvc2l0RXZlbnRIAFIHZGVwb3NpdBI1Cgljb25uZWN0ZWQYAyABKAsyFS5zcGFyay5Db25uZWN0ZWRFdmVudEgAUgljb25uZWN0ZWQSPwoPc2VuZGVyX3RyYW5zZmVyGAQgASgLMhQuc3BhcmsuVHJhbnNmZXJFdmVudEgAUg5zZW5kZXJUcmFuc2ZlchI1CgloZWFydGJlYXQYBSABKAsyFS5zcGFyay5IZWFydGJlYXRFdmVudEgAUgloZWFydGJlYXQSSwoRdG9rZW5fdHJhbnNhY3Rpb24YBiABKAsyHC5zcGFyay5Ub2tlblRyYW5zYWN0aW9uRXZlbnRIAFIQdG9rZW5UcmFuc2FjdGlvbkIHCgVldmVudCKhAQoVVG9rZW5UcmFuc2FjdGlvbkV2ZW50EjQKFnRva2VuX3RyYW5zYWN0aW9uX2hhc2gYASABKAxSFHRva2VuVHJhbnNhY3Rpb25IYXNoEisKEXRva2VuX2lkZW50aWZpZXJzGAIgAygMUhB0b2tlbklkZW50aWZpZXJzEiUKDnNwYXJrX2ludm9pY2VzGAMgAygJUg1zcGFya0ludm9pY2VzIhAKDkNvbm5lY3RlZEV2ZW50IhAKDkhlYXJ0YmVhdEV2ZW50IlcKDVRyYW5zZmVyRXZlbnQSKwoIdHJhbnNmZXIYCiABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXISGQoIdHJhY2VfaWQYCyABKAlSB3RyYWNlSWQiVAoMRGVwb3NpdEV2ZW50EikKB2RlcG9zaXQYCiABKAsyDy5zcGFyay5UcmVlTm9kZVIHZGVwb3NpdBIZCgh0cmFjZV9pZBgLIAEoCVIHdHJhY2VJZCK0AQoLUGFnZVJlcXVlc3QSNAoQdW5zYWZlX3BhZ2Vfc2l6ZRgBIAEoBUIK+kIHGgUY6AcoAFIOdW5zYWZlUGFnZVNpemUSJwoJcGFnZV9zaXplGAQgASgNQgr6QgcqBRjoBygAUghwYWdlU2l6ZRIWCgZjdXJzb3IYAiABKAlSBmN1cnNvchIuCglkaXJlY3Rpb24YAyABKA4yEC5zcGFyay5EaXJlY3Rpb25SCWRpcmVjdGlvbiKoAQoMUGFnZVJlc3BvbnNlEiIKDWhhc19uZXh0X3BhZ2UYASABKAhSC2hhc05leHRQYWdlEioKEWhhc19wcmV2aW91c19wYWdlGAIgASgIUg9oYXNQcmV2aW91c1BhZ2USHwoLbmV4dF9jdXJzb3IYAyABKAlSCm5leHRDdXJzb3ISJwoPcHJldmlvdXNfY3Vyc29yGAQgASgJUg5wcmV2aW91c0N1cnNvciKAAgoTRGVwb3NpdEFkZHJlc3NQcm9vZhJgChJhZGRyZXNzX3NpZ25hdHVyZXMYASADKAsyMS5zcGFyay5EZXBvc2l0QWRkcmVzc1Byb29mLkFkZHJlc3NTaWduYXR1cmVzRW50cnlSEWFkZHJlc3NTaWduYXR1cmVzEkEKHXByb29mX29mX3Bvc3Nlc3Npb25fc2lnbmF0dXJlGAIgASgMUhpwcm9vZk9mUG9zc2Vzc2lvblNpZ25hdHVyZRpEChZBZGRyZXNzU2lnbmF0dXJlc0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EhQKBXZhbHVlGAIgASgMUgV2YWx1ZToCOAEizAIKHUdlbmVyYXRlRGVwb3NpdEFkZHJlc3NSZXF1ZXN0EiwKEnNpZ25pbmdfcHVibGljX2tleRgBIAEoDFIQc2lnbmluZ1B1YmxpY0tleRIuChNpZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMUhFpZGVudGl0eVB1YmxpY0tleRIyCgduZXR3b3JrGAMgASgOMg4uc3BhcmsuTmV0d29ya0II+kIFggECIABSB25ldHdvcmsSJgoHbGVhZl9pZBgEIAEoCUII+kIFcgOwAQFIAFIGbGVhZklkiAEBEiAKCWlzX3N0YXRpYxgFIAEoCEgBUghpc1N0YXRpY4gBARI1CgxoYXNoX3ZhcmlhbnQYBiABKA4yEi5zcGFyay5IYXNoVmFyaWFudFILaGFzaFZhcmlhbnRCCgoIX2xlYWZfaWRCDAoKX2lzX3N0YXRpYyK1AQoHQWRkcmVzcxIYCgdhZGRyZXNzGAEgASgJUgdhZGRyZXNzEiMKDXZlcmlmeWluZ19rZXkYAiABKAxSDHZlcmlmeWluZ0tleRJOChVkZXBvc2l0X2FkZHJlc3NfcHJvb2YYAyABKAsyGi5zcGFyay5EZXBvc2l0QWRkcmVzc1Byb29mUhNkZXBvc2l0QWRkcmVzc1Byb29mEhsKCWlzX3N0YXRpYxgFIAEoCFIIaXNTdGF0aWMiWQoeR2VuZXJhdGVEZXBvc2l0QWRkcmVzc1Jlc3BvbnNlEjcKD2RlcG9zaXRfYWRkcmVzcxgBIAEoCzIOLnNwYXJrLkFkZHJlc3NSDmRlcG9zaXRBZGRyZXNzIoACCiNHZW5lcmF0ZVN0YXRpY0RlcG9zaXRBZGRyZXNzUmVxdWVzdBI1ChJzaWduaW5nX3B1YmxpY19rZXkYASABKAxCB/pCBHoCaCFSEHNpZ25pbmdQdWJsaWNLZXkSNwoTaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDEIH+kIEegJoIVIRaWRlbnRpdHlQdWJsaWNLZXkSMgoHbmV0d29yaxgDIAEoDjIOLnNwYXJrLk5ldHdvcmtCCPpCBYIBAiAAUgduZXR3b3JrEjUKDGhhc2hfdmFyaWFudBgEIAEoDjISLnNwYXJrLkhhc2hWYXJpYW50UgtoYXNoVmFyaWFudCJfCiRHZW5lcmF0ZVN0YXRpY0RlcG9zaXRBZGRyZXNzUmVzcG9uc2USNwoPZGVwb3NpdF9hZGRyZXNzGAEgASgLMg4uc3BhcmsuQWRkcmVzc1IOZGVwb3NpdEFkZHJlc3MixQEKIVJvdGF0ZVN0YXRpY0RlcG9zaXRBZGRyZXNzUmVxdWVzdBI1ChJzaWduaW5nX3B1YmxpY19rZXkYASABKAxCB/pCBHoCaCFSEHNpZ25pbmdQdWJsaWNLZXkSMgoHbmV0d29yaxgCIAEoDjIOLnNwYXJrLk5ldHdvcmtCCPpCBYIBAiAAUgduZXR3b3JrEjUKDGhhc2hfdmFyaWFudBgDIAEoDjISLnNwYXJrLkhhc2hWYXJpYW50UgtoYXNoVmFyaWFudCKuAQoiUm90YXRlU3RhdGljRGVwb3NpdEFkZHJlc3NSZXNwb25zZRI+ChNuZXdfZGVwb3NpdF9hZGRyZXNzGAEgASgLMg4uc3BhcmsuQWRkcmVzc1IRbmV3RGVwb3NpdEFkZHJlc3MSSAoYYXJjaGl2ZWRfZGVwb3NpdF9hZGRyZXNzGAIgASgLMg4uc3BhcmsuQWRkcmVzc1IWYXJjaGl2ZWREZXBvc2l0QWRkcmVzcyJ5CgRVVFhPEhUKBnJhd190eBgBIAEoDFIFcmF3VHgSEgoEdm91dBgCIAEoDVIEdm91dBIyCgduZXR3b3JrGAMgASgOMg4uc3BhcmsuTmV0d29ya0II+kIFggECIABSB25ldHdvcmsSEgoEdHhpZBgEIAEoDFIEdHhpZCJtCg1BZGRyZXNzZWRVdHhvEhgKB2FkZHJlc3MYASABKAlSB2FkZHJlc3MSHwoEdXR4bxgCIAEoCzILLnNwYXJrLlVUWE9SBHV0eG8SIQoMaXNfY29uZmlybWVkGAMgASgIUgtpc0NvbmZpcm1lZCI5CgpOb2RlT3V0cHV0EhcKB25vZGVfaWQYASABKAlSBm5vZGVJZBISCgR2b3V0GAIgASgNUgR2b3V0IqYBCgpTaWduaW5nSm9iEiwKEnNpZ25pbmdfcHVibGljX2tleRgBIAEoDFIQc2lnbmluZ1B1YmxpY0tleRIVCgZyYXdfdHgYAiABKAxSBXJhd1R4ElMKGHNpZ25pbmdfbm9uY2VfY29tbWl0bWVudBgDIAEoCzIZLmNvbW1vbi5TaWduaW5nQ29tbWl0bWVudFIWc2lnbmluZ05vbmNlQ29tbWl0bWVudCLKAgoPU2lnbmluZ0tleXNoYXJlEisKEW93bmVyX2lkZW50aWZpZXJzGAEgAygJUhBvd25lcklkZW50aWZpZXJzEhwKCXRocmVzaG9sZBgCIAEoDVIJdGhyZXNob2xkEh0KCnB1YmxpY19rZXkYAyABKAxSCXB1YmxpY0tleRJNCg1wdWJsaWNfc2hhcmVzGAQgAygLMiguc3BhcmsuU2lnbmluZ0tleXNoYXJlLlB1YmxpY1NoYXJlc0VudHJ5UgxwdWJsaWNTaGFyZXMSPQoMdXBkYXRlZF90aW1lGAUgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcFILdXBkYXRlZFRpbWUaPwoRUHVibGljU2hhcmVzRW50cnkSEAoDa2V5GAEgASgJUgNrZXkSFAoFdmFsdWUYAiABKAxSBXZhbHVlOgI4ASLIBAoNU2lnbmluZ1Jlc3VsdBJFCgtwdWJsaWNfa2V5cxgBIAMoCzIkLnNwYXJrLlNpZ25pbmdSZXN1bHQuUHVibGljS2V5c0VudHJ5UgpwdWJsaWNLZXlzEm0KGXNpZ25pbmdfbm9uY2VfY29tbWl0bWVudHMYAiADKAsyMS5zcGFyay5TaWduaW5nUmVzdWx0LlNpZ25pbmdOb25jZUNvbW1pdG1lbnRzRW50cnlSF3NpZ25pbmdOb25jZUNvbW1pdG1lbnRzElQKEHNpZ25hdHVyZV9zaGFyZXMYAyADKAsyKS5zcGFyay5TaWduaW5nUmVzdWx0LlNpZ25hdHVyZVNoYXJlc0VudHJ5Ug9zaWduYXR1cmVTaGFyZXMSQQoQc2lnbmluZ19rZXlzaGFyZRgEIAEoCzIWLnNwYXJrLlNpZ25pbmdLZXlzaGFyZVIPc2lnbmluZ0tleXNoYXJlGj0KD1B1YmxpY0tleXNFbnRyeRIQCgNrZXkYASABKAlSA2tleRIUCgV2YWx1ZRgCIAEoDFIFdmFsdWU6AjgBGmUKHFNpZ25pbmdOb25jZUNvbW1pdG1lbnRzRW50cnkSEAoDa2V5GAEgASgJUgNrZXkSLwoFdmFsdWUYAiABKAsyGS5jb21tb24uU2lnbmluZ0NvbW1pdG1lbnRSBXZhbHVlOgI4ARpCChRTaWduYXR1cmVTaGFyZXNFbnRyeRIQCgNrZXkYASABKAlSA2tleRIUCgV2YWx1ZRgCIAEoDFIFdmFsdWU6AjgBIpIDChBSZW5ld0xlYWZSZXF1ZXN0EhcKB2xlYWZfaWQYASABKAlSBmxlYWZJZBJqCh9yZW5ld19ub2RlX3RpbWVsb2NrX3NpZ25pbmdfam9iGAIgASgLMiIuc3BhcmsuUmVuZXdOb2RlVGltZWxvY2tTaWduaW5nSm9iSABSG3JlbmV3Tm9kZVRpbWVsb2NrU2lnbmluZ0pvYhJwCiFyZW5ld19yZWZ1bmRfdGltZWxvY2tfc2lnbmluZ19qb2IYAyABKAsyJC5zcGFyay5SZW5ld1JlZnVuZFRpbWVsb2NrU2lnbmluZ0pvYkgAUh1yZW5ld1JlZnVuZFRpbWVsb2NrU2lnbmluZ0pvYhJ3CiRyZW5ld19ub2RlX3plcm9fdGltZWxvY2tfc2lnbmluZ19qb2IYBCABKAsyJi5zcGFyay5SZW5ld05vZGVaZXJvVGltZWxvY2tTaWduaW5nSm9iSABSH3JlbmV3Tm9kZVplcm9UaW1lbG9ja1NpZ25pbmdKb2JCDgoMc2lnbmluZ19qb2JzIqcFChtSZW5ld05vZGVUaW1lbG9ja1NpZ25pbmdKb2ISVwoZc3BsaXRfbm9kZV90eF9zaWduaW5nX2pvYhgBIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSFXNwbGl0Tm9kZVR4U2lnbmluZ0pvYhJkCiBzcGxpdF9ub2RlX2RpcmVjdF90eF9zaWduaW5nX2pvYhgCIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSG3NwbGl0Tm9kZURpcmVjdFR4U2lnbmluZ0pvYhJMChNub2RlX3R4X3NpZ25pbmdfam9iGAMgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIQbm9kZVR4U2lnbmluZ0pvYhJQChVyZWZ1bmRfdHhfc2lnbmluZ19qb2IYBCABKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUhJyZWZ1bmRUeFNpZ25pbmdKb2ISWQoaZGlyZWN0X25vZGVfdHhfc2lnbmluZ19qb2IYBSABKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUhZkaXJlY3ROb2RlVHhTaWduaW5nSm9iEl0KHGRpcmVjdF9yZWZ1bmRfdHhfc2lnbmluZ19qb2IYBiABKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUhhkaXJlY3RSZWZ1bmRUeFNpZ25pbmdKb2ISbwomZGlyZWN0X2Zyb21fY3BmcF9yZWZ1bmRfdHhfc2lnbmluZ19qb2IYByABKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUiBkaXJlY3RGcm9tQ3BmcFJlZnVuZFR4U2lnbmluZ0pvYiLqAwodUmVuZXdSZWZ1bmRUaW1lbG9ja1NpZ25pbmdKb2ISTAoTbm9kZV90eF9zaWduaW5nX2pvYhgBIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSEG5vZGVUeFNpZ25pbmdKb2ISUAoVcmVmdW5kX3R4X3NpZ25pbmdfam9iGAIgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIScmVmdW5kVHhTaWduaW5nSm9iElkKGmRpcmVjdF9ub2RlX3R4X3NpZ25pbmdfam9iGAMgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIWZGlyZWN0Tm9kZVR4U2lnbmluZ0pvYhJdChxkaXJlY3RfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAQgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIYZGlyZWN0UmVmdW5kVHhTaWduaW5nSm9iEm8KJmRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAUgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIgZGlyZWN0RnJvbUNwZnBSZWZ1bmRUeFNpZ25pbmdKb2IikwMKH1JlbmV3Tm9kZVplcm9UaW1lbG9ja1NpZ25pbmdKb2ISTAoTbm9kZV90eF9zaWduaW5nX2pvYhgBIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSEG5vZGVUeFNpZ25pbmdKb2ISUAoVcmVmdW5kX3R4X3NpZ25pbmdfam9iGAIgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIScmVmdW5kVHhTaWduaW5nSm9iElkKGmRpcmVjdF9ub2RlX3R4X3NpZ25pbmdfam9iGAMgASgLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIWZGlyZWN0Tm9kZVR4U2lnbmluZ0pvYhJvCiZkaXJlY3RfZnJvbV9jcGZwX3JlZnVuZF90eF9zaWduaW5nX2pvYhgFIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSIGRpcmVjdEZyb21DcGZwUmVmdW5kVHhTaWduaW5nSm9iSgQIBBAFItMCChFSZW5ld0xlYWZSZXNwb25zZRJdChpyZW5ld19ub2RlX3RpbWVsb2NrX3Jlc3VsdBgBIAEoCzIeLnNwYXJrLlJlbmV3Tm9kZVRpbWVsb2NrUmVzdWx0SABSF3JlbmV3Tm9kZVRpbWVsb2NrUmVzdWx0EmMKHHJlbmV3X3JlZnVuZF90aW1lbG9ja19yZXN1bHQYAiABKAsyIC5zcGFyay5SZW5ld1JlZnVuZFRpbWVsb2NrUmVzdWx0SABSGXJlbmV3UmVmdW5kVGltZWxvY2tSZXN1bHQSagofcmVuZXdfbm9kZV96ZXJvX3RpbWVsb2NrX3Jlc3VsdBgDIAEoCzIiLnNwYXJrLlJlbmV3Tm9kZVplcm9UaW1lbG9ja1Jlc3VsdEgAUhtyZW5ld05vZGVaZXJvVGltZWxvY2tSZXN1bHRCDgoMcmVuZXdfcmVzdWx0Im4KF1JlbmV3Tm9kZVRpbWVsb2NrUmVzdWx0Ei4KCnNwbGl0X25vZGUYASABKAsyDy5zcGFyay5UcmVlTm9kZVIJc3BsaXROb2RlEiMKBG5vZGUYAiABKAsyDy5zcGFyay5UcmVlTm9kZVIEbm9kZSJAChlSZW5ld1JlZnVuZFRpbWVsb2NrUmVzdWx0EiMKBG5vZGUYASABKAsyDy5zcGFyay5UcmVlTm9kZVIEbm9kZSJyChtSZW5ld05vZGVaZXJvVGltZWxvY2tSZXN1bHQSLgoKc3BsaXRfbm9kZRgBIAEoCzIPLnNwYXJrLlRyZWVOb2RlUglzcGxpdE5vZGUSIwoEbm9kZRgCIAEoCzIPLnNwYXJrLlRyZWVOb2RlUgRub2RlIpcEChNOb2RlU2lnbmF0dXJlU2hhcmVzEhcKB25vZGVfaWQYASABKAlSBm5vZGVJZBJJChZub2RlX3R4X3NpZ25pbmdfcmVzdWx0GAIgASgLMhQuc3BhcmsuU2lnbmluZ1Jlc3VsdFITbm9kZVR4U2lnbmluZ1Jlc3VsdBJNChhyZWZ1bmRfdHhfc2lnbmluZ19yZXN1bHQYAyABKAsyFC5zcGFyay5TaWduaW5nUmVzdWx0UhVyZWZ1bmRUeFNpZ25pbmdSZXN1bHQSIwoNdmVyaWZ5aW5nX2tleRgEIAEoDFIMdmVyaWZ5aW5nS2V5EloKHWRpcmVjdF9ub2RlX3R4X3NpZ25pbmdfcmVzdWx0GAUgASgLMhQuc3BhcmsuU2lnbmluZ1Jlc3VsdEICGAFSGWRpcmVjdE5vZGVUeFNpZ25pbmdSZXN1bHQSXgofZGlyZWN0X3JlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgGIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRCAhgBUhtkaXJlY3RSZWZ1bmRUeFNpZ25pbmdSZXN1bHQSbAopZGlyZWN0X2Zyb21fY3BmcF9yZWZ1bmRfdHhfc2lnbmluZ19yZXN1bHQYByABKAsyFC5zcGFyay5TaWduaW5nUmVzdWx0UiNkaXJlY3RGcm9tQ3BmcFJlZnVuZFR4U2lnbmluZ1Jlc3VsdCLKAgoOTm9kZVNpZ25hdHVyZXMSFwoHbm9kZV9pZBgBIAEoCVIGbm9kZUlkEioKEW5vZGVfdHhfc2lnbmF0dXJlGAIgASgMUg9ub2RlVHhTaWduYXR1cmUSLgoTcmVmdW5kX3R4X3NpZ25hdHVyZRgDIAEoDFIRcmVmdW5kVHhTaWduYXR1cmUSNwoYZGlyZWN0X25vZGVfdHhfc2lnbmF0dXJlGAQgASgMUhVkaXJlY3ROb2RlVHhTaWduYXR1cmUSOwoaZGlyZWN0X3JlZnVuZF90eF9zaWduYXR1cmUYBSABKAxSF2RpcmVjdFJlZnVuZFR4U2lnbmF0dXJlEk0KJGRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4X3NpZ25hdHVyZRgGIAEoDFIfZGlyZWN0RnJvbUNwZnBSZWZ1bmRUeFNpZ25hdHVyZSKKBAoYU3RhcnRUcmVlQ3JlYXRpb25SZXF1ZXN0Ei4KE2lkZW50aXR5X3B1YmxpY19rZXkYASABKAxSEWlkZW50aXR5UHVibGljS2V5Ei8KDW9uX2NoYWluX3V0eG8YAiABKAsyCy5zcGFyay5VVFhPUgtvbkNoYWluVXR4bxJAChNyb290X3R4X3NpZ25pbmdfam9iGAMgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIQcm9vdFR4U2lnbmluZ0pvYhJEChVyZWZ1bmRfdHhfc2lnbmluZ19qb2IYBCABKAsyES5zcGFyay5TaWduaW5nSm9iUhJyZWZ1bmRUeFNpZ25pbmdKb2ISTQoaZGlyZWN0X3Jvb3RfdHhfc2lnbmluZ19qb2IYBSABKAsyES5zcGFyay5TaWduaW5nSm9iUhZkaXJlY3RSb290VHhTaWduaW5nSm9iElEKHGRpcmVjdF9yZWZ1bmRfdHhfc2lnbmluZ19qb2IYBiABKAsyES5zcGFyay5TaWduaW5nSm9iUhhkaXJlY3RSZWZ1bmRUeFNpZ25pbmdKb2ISYwomZGlyZWN0X2Zyb21fY3BmcF9yZWZ1bmRfdHhfc2lnbmluZ19qb2IYByABKAsyES5zcGFyay5TaWduaW5nSm9iUiBkaXJlY3RGcm9tQ3BmcFJlZnVuZFR4U2lnbmluZ0pvYiKNAQoZU3RhcnRUcmVlQ3JlYXRpb25SZXNwb25zZRIXCgd0cmVlX2lkGAEgASgJUgZ0cmVlSWQSVwoacm9vdF9ub2RlX3NpZ25hdHVyZV9zaGFyZXMYAiABKAsyGi5zcGFyay5Ob2RlU2lnbmF0dXJlU2hhcmVzUhdyb290Tm9kZVNpZ25hdHVyZVNoYXJlcyKZBAofU3RhcnREZXBvc2l0VHJlZUNyZWF0aW9uUmVxdWVzdBIuChNpZGVudGl0eV9wdWJsaWNfa2V5GAEgASgMUhFpZGVudGl0eVB1YmxpY0tleRIvCg1vbl9jaGFpbl91dHhvGAIgASgLMgsuc3BhcmsuVVRYT1ILb25DaGFpblV0eG8SQAoTcm9vdF90eF9zaWduaW5nX2pvYhgDIAEoCzIRLnNwYXJrLlNpZ25pbmdKb2JSEHJvb3RUeFNpZ25pbmdKb2ISRAoVcmVmdW5kX3R4X3NpZ25pbmdfam9iGAQgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIScmVmdW5kVHhTaWduaW5nSm9iElEKGmRpcmVjdF9yb290X3R4X3NpZ25pbmdfam9iGAUgASgLMhEuc3BhcmsuU2lnbmluZ0pvYkICGAFSFmRpcmVjdFJvb3RUeFNpZ25pbmdKb2ISVQocZGlyZWN0X3JlZnVuZF90eF9zaWduaW5nX2pvYhgGIAEoCzIRLnNwYXJrLlNpZ25pbmdKb2JCAhgBUhhkaXJlY3RSZWZ1bmRUeFNpZ25pbmdKb2ISYwomZGlyZWN0X2Zyb21fY3BmcF9yZWZ1bmRfdHhfc2lnbmluZ19qb2IYByABKAsyES5zcGFyay5TaWduaW5nSm9iUiBkaXJlY3RGcm9tQ3BmcFJlZnVuZFR4U2lnbmluZ0pvYiKUAQogU3RhcnREZXBvc2l0VHJlZUNyZWF0aW9uUmVzcG9uc2USFwoHdHJlZV9pZBgBIAEoCVIGdHJlZUlkElcKGnJvb3Rfbm9kZV9zaWduYXR1cmVfc2hhcmVzGAIgASgLMhouc3BhcmsuTm9kZVNpZ25hdHVyZVNoYXJlc1IXcm9vdE5vZGVTaWduYXR1cmVTaGFyZXMi5wMKIkZpbmFsaXplRGVwb3NpdFRyZWVDcmVhdGlvblJlcXVlc3QSNwoTaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDEIH+kIEegJoIVIRaWRlbnRpdHlQdWJsaWNLZXkSLwoNb25fY2hhaW5fdXR4bxgCIAEoCzILLnNwYXJrLlVUWE9SC29uQ2hhaW5VdHhvEkwKE3Jvb3RfdHhfc2lnbmluZ19qb2IYAyABKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUhByb290VHhTaWduaW5nSm9iElAKFXJlZnVuZF90eF9zaWduaW5nX2pvYhgEIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSEnJlZnVuZFR4U2lnbmluZ0pvYhJvCiZkaXJlY3RfZnJvbV9jcGZwX3JlZnVuZF90eF9zaWduaW5nX2pvYhgFIAEoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSIGRpcmVjdEZyb21DcGZwUmVmdW5kVHhTaWduaW5nSm9iEkYKGWFkZGl0aW9uYWxfb25fY2hhaW5fdXR4b3MYBiADKAsyCy5zcGFyay5VVFhPUhZhZGRpdGlvbmFsT25DaGFpblV0eG9zIlMKI0ZpbmFsaXplRGVwb3NpdFRyZWVDcmVhdGlvblJlc3BvbnNlEiwKCXJvb3Rfbm9kZRgBIAEoCzIPLnNwYXJrLlRyZWVOb2RlUghyb290Tm9kZSK9BgoIVHJlZU5vZGUSDgoCaWQYASABKAlSAmlkEhcKB3RyZWVfaWQYAiABKAlSBnRyZWVJZBIUCgV2YWx1ZRgDIAEoBFIFdmFsdWUSKQoOcGFyZW50X25vZGVfaWQYBCABKAlIAFIMcGFyZW50Tm9kZUlkiAEBEhcKB25vZGVfdHgYBSABKAxSBm5vZGVUeBIbCglyZWZ1bmRfdHgYBiABKAxSCHJlZnVuZFR4EhIKBHZvdXQYByABKA1SBHZvdXQSMAoUdmVyaWZ5aW5nX3B1YmxpY19rZXkYCCABKAxSEnZlcmlmeWluZ1B1YmxpY0tleRI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAkgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5EkEKEHNpZ25pbmdfa2V5c2hhcmUYCiABKAsyFi5zcGFyay5TaWduaW5nS2V5c2hhcmVSD3NpZ25pbmdLZXlzaGFyZRIWCgZzdGF0dXMYCyABKAlSBnN0YXR1cxIoCgduZXR3b3JrGAwgASgOMg4uc3BhcmsuTmV0d29ya1IHbmV0d29yaxI9CgxjcmVhdGVkX3RpbWUYDSABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgtjcmVhdGVkVGltZRI9Cgx1cGRhdGVkX3RpbWUYDiABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgt1cGRhdGVkVGltZRI3Chhvd25lcl9zaWduaW5nX3B1YmxpY19rZXkYDyABKAxSFW93bmVyU2lnbmluZ1B1YmxpY0tleRIbCglkaXJlY3RfdHgYECABKAxSCGRpcmVjdFR4EigKEGRpcmVjdF9yZWZ1bmRfdHgYESABKAxSDmRpcmVjdFJlZnVuZFR4EjoKGmRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4GBIgASgMUhZkaXJlY3RGcm9tQ3BmcFJlZnVuZFR4Ej4KD3RyZWVub2RlX3N0YXR1cxgTIAEoDjIVLnNwYXJrLlRyZWVOb2RlU3RhdHVzUg50cmVlbm9kZVN0YXR1c0IRCg9fcGFyZW50X25vZGVfaWQikAEKHUZpbmFsaXplTm9kZVNpZ25hdHVyZXNSZXF1ZXN0Ei8KBmludGVudBgBIAEoDjIXLmNvbW1vbi5TaWduYXR1cmVJbnRlbnRSBmludGVudBI+Cg9ub2RlX3NpZ25hdHVyZXMYAiADKAsyFS5zcGFyay5Ob2RlU2lnbmF0dXJlc1IObm9kZVNpZ25hdHVyZXMiRwoeRmluYWxpemVOb2RlU2lnbmF0dXJlc1Jlc3BvbnNlEiUKBW5vZGVzGAEgAygLMg8uc3BhcmsuVHJlZU5vZGVSBW5vZGVzIkgKC1NlY3JldFNoYXJlEiEKDHNlY3JldF9zaGFyZRgBIAEoDFILc2VjcmV0U2hhcmUSFgoGcHJvb2ZzGAIgAygMUgZwcm9vZnMiJQoLU2VjcmV0UHJvb2YSFgoGcHJvb2ZzGAEgAygMUgZwcm9vZnMirwIKFkxlYWZSZWZ1bmRUeFNpZ25pbmdKb2ISFwoHbGVhZl9pZBgBIAEoCVIGbGVhZklkEkQKFXJlZnVuZF90eF9zaWduaW5nX2pvYhgCIAEoCzIRLnNwYXJrLlNpZ25pbmdKb2JSEnJlZnVuZFR4U2lnbmluZ0pvYhJRChxkaXJlY3RfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAMgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIYZGlyZWN0UmVmdW5kVHhTaWduaW5nSm9iEmMKJmRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAQgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIgZGlyZWN0RnJvbUNwZnBSZWZ1bmRUeFNpZ25pbmdKb2IihAMKFlVzZXJTaWduZWRUeFNpZ25pbmdKb2ISFwoHbGVhZl9pZBgBIAEoCVIGbGVhZklkEiwKEnNpZ25pbmdfcHVibGljX2tleRgCIAEoDFIQc2lnbmluZ1B1YmxpY0tleRIVCgZyYXdfdHgYAyABKAxSBXJhd1R4ElMKGHNpZ25pbmdfbm9uY2VfY29tbWl0bWVudBgEIAEoCzIZLmNvbW1vbi5TaWduaW5nQ29tbWl0bWVudFIWc2lnbmluZ05vbmNlQ29tbWl0bWVudBIlCg51c2VyX3NpZ25hdHVyZRgFIAEoDFINdXNlclNpZ25hdHVyZRJKChNzaWduaW5nX2NvbW1pdG1lbnRzGAYgASgLMhkuc3BhcmsuU2lnbmluZ0NvbW1pdG1lbnRzUhJzaWduaW5nQ29tbWl0bWVudHMSRAoRYWRkaXRpb25hbF9pbnB1dHMYByADKAsyFy5zcGFyay5JbnB1dFNpZ25pbmdEYXRhUhBhZGRpdGlvbmFsSW5wdXRzItoBChBJbnB1dFNpZ25pbmdEYXRhElMKGHNpZ25pbmdfbm9uY2VfY29tbWl0bWVudBgBIAEoCzIZLmNvbW1vbi5TaWduaW5nQ29tbWl0bWVudFIWc2lnbmluZ05vbmNlQ29tbWl0bWVudBIlCg51c2VyX3NpZ25hdHVyZRgCIAEoDFINdXNlclNpZ25hdHVyZRJKChNzaWduaW5nX2NvbW1pdG1lbnRzGAMgASgLMhkuc3BhcmsuU2lnbmluZ0NvbW1pdG1lbnRzUhJzaWduaW5nQ29tbWl0bWVudHMi8gIKGUxlYWZSZWZ1bmRUeFNpZ25pbmdSZXN1bHQSFwoHbGVhZl9pZBgBIAEoCVIGbGVhZklkEk0KGHJlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgCIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSFXJlZnVuZFR4U2lnbmluZ1Jlc3VsdBIjCg12ZXJpZnlpbmdfa2V5GAMgASgMUgx2ZXJpZnlpbmdLZXkSWgofZGlyZWN0X3JlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgEIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSG2RpcmVjdFJlZnVuZFR4U2lnbmluZ1Jlc3VsdBJsCilkaXJlY3RfZnJvbV9jcGZwX3JlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgFIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSI2RpcmVjdEZyb21DcGZwUmVmdW5kVHhTaWduaW5nUmVzdWx0IvUDCh5TdGFydFVzZXJTaWduZWRUcmFuc2ZlclJlcXVlc3QSHwoLdHJhbnNmZXJfaWQYASABKAlSCnRyYW5zZmVySWQSOQoZb3duZXJfaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDFIWb3duZXJJZGVudGl0eVB1YmxpY0tleRJDCg5sZWF2ZXNfdG9fc2VuZBgDIAMoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSDGxlYXZlc1RvU2VuZBI/ChxyZWNlaXZlcl9pZGVudGl0eV9wdWJsaWNfa2V5GAQgASgMUhlyZWNlaXZlcklkZW50aXR5UHVibGljS2V5EjsKC2V4cGlyeV90aW1lGAUgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcFIKZXhwaXJ5VGltZRJQChVkaXJlY3RfbGVhdmVzX3RvX3NlbmQYBiADKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUhJkaXJlY3RMZWF2ZXNUb1NlbmQSYgofZGlyZWN0X2Zyb21fY3BmcF9sZWF2ZXNfdG9fc2VuZBgHIAMoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSGmRpcmVjdEZyb21DcGZwTGVhdmVzVG9TZW5kIqkDChRTdGFydFRyYW5zZmVyUmVxdWVzdBIfCgt0cmFuc2Zlcl9pZBgBIAEoCVIKdHJhbnNmZXJJZBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5EkMKDmxlYXZlc190b19zZW5kGAMgAygLMh0uc3BhcmsuTGVhZlJlZnVuZFR4U2lnbmluZ0pvYlIMbGVhdmVzVG9TZW5kEj8KHHJlY2VpdmVyX2lkZW50aXR5X3B1YmxpY19rZXkYBCABKAxSGXJlY2VpdmVySWRlbnRpdHlQdWJsaWNLZXkSOwoLZXhwaXJ5X3RpbWUYBSABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgpleHBpcnlUaW1lEkEKEHRyYW5zZmVyX3BhY2thZ2UYByABKAsyFi5zcGFyay5UcmFuc2ZlclBhY2thZ2VSD3RyYW5zZmVyUGFja2FnZRIjCg1zcGFya19pbnZvaWNlGAogASgJUgxzcGFya0ludm9pY2VKBAgGEAdKBAgJEAoijwEKFVN0YXJ0VHJhbnNmZXJSZXNwb25zZRIrCgh0cmFuc2ZlchgBIAEoCzIPLnNwYXJrLlRyYW5zZmVyUgh0cmFuc2ZlchJJCg9zaWduaW5nX3Jlc3VsdHMYAiADKAsyIC5zcGFyay5MZWFmUmVmdW5kVHhTaWduaW5nUmVzdWx0Ug5zaWduaW5nUmVzdWx0cyLlAgoVU2VuZGVyVHJhbnNmZXJQYWNrYWdlEjkKGW93bmVyX2lkZW50aXR5X3B1YmxpY19rZXkYASABKAxSFm93bmVySWRlbnRpdHlQdWJsaWNLZXkSQQoQdHJhbnNmZXJfcGFja2FnZRgCIAEoCzIWLnNwYXJrLlRyYW5zZmVyUGFja2FnZVIPdHJhbnNmZXJQYWNrYWdlEn8KHXJlY2VpdmVyX2lkZW50aXR5X3B1YmxpY19rZXlzGAMgAygLMjwuc3BhcmsuU2VuZGVyVHJhbnNmZXJQYWNrYWdlLlJlY2VpdmVySWRlbnRpdHlQdWJsaWNLZXlzRW50cnlSGnJlY2VpdmVySWRlbnRpdHlQdWJsaWNLZXlzGk0KH1JlY2VpdmVySWRlbnRpdHlQdWJsaWNLZXlzRW50cnkSEAoDa2V5GAEgASgJUgNrZXkSFAoFdmFsdWUYAiABKAxSBXZhbHVlOgI4ASK9AQoWU3RhcnRUcmFuc2ZlclYzUmVxdWVzdBIfCgt0cmFuc2Zlcl9pZBgBIAEoCVIKdHJhbnNmZXJJZBJFCg9zZW5kZXJfcGFja2FnZXMYAiADKAsyHC5zcGFyay5TZW5kZXJUcmFuc2ZlclBhY2thZ2VSDnNlbmRlclBhY2thZ2VzEjsKC2V4cGlyeV90aW1lGAMgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcFIKZXhwaXJ5VGltZSKHBAoPVHJhbnNmZXJQYWNrYWdlEkMKDmxlYXZlc190b19zZW5kGAEgAygLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlIMbGVhdmVzVG9TZW5kElcKEWtleV90d2Vha19wYWNrYWdlGAIgAygLMisuc3BhcmsuVHJhbnNmZXJQYWNrYWdlLktleVR3ZWFrUGFja2FnZUVudHJ5Ug9rZXlUd2Vha1BhY2thZ2USJQoOdXNlcl9zaWduYXR1cmUYAyABKAxSDXVzZXJTaWduYXR1cmUSUAoVZGlyZWN0X2xlYXZlc190b19zZW5kGAQgAygLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlISZGlyZWN0TGVhdmVzVG9TZW5kEmIKH2RpcmVjdF9mcm9tX2NwZnBfbGVhdmVzX3RvX3NlbmQYBSADKAsyHS5zcGFyay5Vc2VyU2lnbmVkVHhTaWduaW5nSm9iUhpkaXJlY3RGcm9tQ3BmcExlYXZlc1RvU2VuZBI1CgxoYXNoX3ZhcmlhbnQYBiABKA4yEi5zcGFyay5IYXNoVmFyaWFudFILaGFzaFZhcmlhbnQaQgoUS2V5VHdlYWtQYWNrYWdlRW50cnkSEAoDa2V5GAEgASgJUgNrZXkSFAoFdmFsdWUYAiABKAxSBXZhbHVlOgI4ASJSChFTZW5kTGVhZktleVR3ZWFrcxI9Cg5sZWF2ZXNfdG9fc2VuZBgBIAMoCzIXLnNwYXJrLlNlbmRMZWFmS2V5VHdlYWtSDGxlYXZlc1RvU2VuZCKDBAoQU2VuZExlYWZLZXlUd2VhaxIXCgdsZWFmX2lkGAEgASgJUgZsZWFmSWQSQAoSc2VjcmV0X3NoYXJlX3R3ZWFrGAIgASgLMhIuc3BhcmsuU2VjcmV0U2hhcmVSEHNlY3JldFNoYXJlVHdlYWsSXgoTcHVia2V5X3NoYXJlc190d2VhaxgDIAMoCzIuLnNwYXJrLlNlbmRMZWFmS2V5VHdlYWsuUHVia2V5U2hhcmVzVHdlYWtFbnRyeVIRcHVia2V5U2hhcmVzVHdlYWsSIwoNc2VjcmV0X2NpcGhlchgEIAEoDFIMc2VjcmV0Q2lwaGVyEhwKCXNpZ25hdHVyZRgFIAEoDFIJc2lnbmF0dXJlEikKEHJlZnVuZF9zaWduYXR1cmUYBiABKAxSD3JlZnVuZFNpZ25hdHVyZRI2ChdkaXJlY3RfcmVmdW5kX3NpZ25hdHVyZRgHIAEoDFIVZGlyZWN0UmVmdW5kU2lnbmF0dXJlEkgKIWRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3NpZ25hdHVyZRgIIAEoDFIdZGlyZWN0RnJvbUNwZnBSZWZ1bmRTaWduYXR1cmUaRAoWUHVia2V5U2hhcmVzVHdlYWtFbnRyeRIQCgNrZXkYASABKAlSA2tleRIUCgV2YWx1ZRgCIAEoDFIFdmFsdWU6AjgBIuYBChdGaW5hbGl6ZVRyYW5zZmVyUmVxdWVzdBIfCgt0cmFuc2Zlcl9pZBgBIAEoCVIKdHJhbnNmZXJJZBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5Ej0KDmxlYXZlc190b19zZW5kGAMgAygLMhcuc3BhcmsuU2VuZExlYWZLZXlUd2Vha1IMbGVhdmVzVG9TZW5kEjAKFHNwYXJrX3BheW1lbnRfaW50ZW50GAQgASgJUhJzcGFya1BheW1lbnRJbnRlbnQiywEKKkZpbmFsaXplVHJhbnNmZXJXaXRoVHJhbnNmZXJQYWNrYWdlUmVxdWVzdBIfCgt0cmFuc2Zlcl9pZBgBIAEoCVIKdHJhbnNmZXJJZBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5EkEKEHRyYW5zZmVyX3BhY2thZ2UYAyABKAsyFi5zcGFyay5UcmFuc2ZlclBhY2thZ2VSD3RyYW5zZmVyUGFja2FnZSJHChhGaW5hbGl6ZVRyYW5zZmVyUmVzcG9uc2USKwoIdHJhbnNmZXIYASABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXIi7wEKEFRyYW5zZmVyUmVjZWl2ZXISLgoTaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkSHwoLYW1vdW50X3NhdHMYAiABKARSCmFtb3VudFNhdHMSNQoGc3RhdHVzGAMgASgOMh0uc3BhcmsuVHJhbnNmZXJSZWNlaXZlclN0YXR1c1IGc3RhdHVzEg4KAmlkGAQgASgJUgJpZBJDCg9jb21wbGV0aW9uX3RpbWUYBSABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUg5jb21wbGV0aW9uVGltZSJQCg5UcmFuc2ZlclNlbmRlchIOCgJpZBgBIAEoCVICaWQSLgoTaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkisAUKCFRyYW5zZmVyEg4KAmlkGAEgASgJUgJpZBI7ChpzZW5kZXJfaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDFIXc2VuZGVySWRlbnRpdHlQdWJsaWNLZXkSPwoccmVjZWl2ZXJfaWRlbnRpdHlfcHVibGljX2tleRgDIAEoDFIZcmVjZWl2ZXJJZGVudGl0eVB1YmxpY0tleRItCgZzdGF0dXMYBCABKA4yFS5zcGFyay5UcmFuc2ZlclN0YXR1c1IGc3RhdHVzEh8KC3RvdGFsX3ZhbHVlGAUgASgEUgp0b3RhbFZhbHVlEjsKC2V4cGlyeV90aW1lGAYgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcFIKZXhwaXJ5VGltZRIrCgZsZWF2ZXMYByADKAsyEy5zcGFyay5UcmFuc2ZlckxlYWZSBmxlYXZlcxI9CgxjcmVhdGVkX3RpbWUYCCABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgtjcmVhdGVkVGltZRI9Cgx1cGRhdGVkX3RpbWUYCSABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgt1cGRhdGVkVGltZRInCgR0eXBlGAogASgOMhMuc3BhcmsuVHJhbnNmZXJUeXBlUgR0eXBlEiMKDXNwYXJrX2ludm9pY2UYCyABKAlSDHNwYXJrSW52b2ljZRIoCgduZXR3b3JrGAwgASgOMg4uc3BhcmsuTmV0d29ya1IHbmV0d29yaxI1CglyZWNlaXZlcnMYDSADKAsyFy5zcGFyay5UcmFuc2ZlclJlY2VpdmVyUglyZWNlaXZlcnMSLwoHc2VuZGVycxgOIAMoCzIVLnNwYXJrLlRyYW5zZmVyU2VuZGVyUgdzZW5kZXJzIuQDCgxUcmFuc2ZlckxlYWYSIwoEbGVhZhgBIAEoCzIPLnNwYXJrLlRyZWVOb2RlUgRsZWFmEiMKDXNlY3JldF9jaXBoZXIYAiABKAxSDHNlY3JldENpcGhlchIcCglzaWduYXR1cmUYAyABKAxSCXNpZ25hdHVyZRI0ChZpbnRlcm1lZGlhdGVfcmVmdW5kX3R4GAQgASgMUhRpbnRlcm1lZGlhdGVSZWZ1bmRUeBJBCh1pbnRlcm1lZGlhdGVfZGlyZWN0X3JlZnVuZF90eBgFIAEoDFIaaW50ZXJtZWRpYXRlRGlyZWN0UmVmdW5kVHgSUwonaW50ZXJtZWRpYXRlX2RpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4GAYgASgMUiJpbnRlcm1lZGlhdGVEaXJlY3RGcm9tQ3BmcFJlZnVuZFR4Ej4KHHBlbmRpbmdfa2V5X3R3ZWFrX3B1YmxpY19rZXkYByABKAxSGHBlbmRpbmdLZXlUd2Vha1B1YmxpY0tleRIwChR0cmFuc2Zlcl9yZWNlaXZlcl9pZBgIIAEoCVISdHJhbnNmZXJSZWNlaXZlcklkEiwKEnRyYW5zZmVyX3NlbmRlcl9pZBgJIAEoCVIQdHJhbnNmZXJTZW5kZXJJZCKKBQoOVHJhbnNmZXJGaWx0ZXISQQoccmVjZWl2ZXJfaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDEgAUhlyZWNlaXZlcklkZW50aXR5UHVibGljS2V5Ej0KGnNlbmRlcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMSABSF3NlbmRlcklkZW50aXR5UHVibGljS2V5ElMKJnNlbmRlcl9vcl9yZWNlaXZlcl9pZGVudGl0eV9wdWJsaWNfa2V5GDwgASgMSABSIXNlbmRlck9yUmVjZWl2ZXJJZGVudGl0eVB1YmxpY0tleRIhCgx0cmFuc2Zlcl9pZHMYAyADKAlSC3RyYW5zZmVySWRzEhQKBWxpbWl0GCggASgDUgVsaW1pdBIWCgZvZmZzZXQYMiABKANSBm9mZnNldBIpCgV0eXBlcxhGIAMoDjITLnNwYXJrLlRyYW5zZmVyVHlwZVIFdHlwZXMSKAoHbmV0d29yaxgEIAEoDjIOLnNwYXJrLk5ldHdvcmtSB25ldHdvcmsSMQoIc3RhdHVzZXMYUCADKA4yFS5zcGFyay5UcmFuc2ZlclN0YXR1c1IIc3RhdHVzZXMSIgoFb3JkZXIYBSABKA4yDC5zcGFyay5PcmRlclIFb3JkZXISQQoNY3JlYXRlZF9hZnRlchgGIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBIAVIMY3JlYXRlZEFmdGVyEkMKDmNyZWF0ZWRfYmVmb3JlGAcgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcEgBUg1jcmVhdGVkQmVmb3JlQg0KC3BhcnRpY2lwYW50Qg0KC3RpbWVfZmlsdGVyIl8KFlF1ZXJ5VHJhbnNmZXJzUmVzcG9uc2USLQoJdHJhbnNmZXJzGAEgAygLMg8uc3BhcmsuVHJhbnNmZXJSCXRyYW5zZmVycxIWCgZvZmZzZXQYAiABKANSBm9mZnNldCKVAgoRQ2xhaW1MZWFmS2V5VHdlYWsSFwoHbGVhZl9pZBgBIAEoCVIGbGVhZklkEkAKEnNlY3JldF9zaGFyZV90d2VhaxgCIAEoCzISLnNwYXJrLlNlY3JldFNoYXJlUhBzZWNyZXRTaGFyZVR3ZWFrEl8KE3B1YmtleV9zaGFyZXNfdHdlYWsYAyADKAsyLy5zcGFyay5DbGFpbUxlYWZLZXlUd2Vhay5QdWJrZXlTaGFyZXNUd2Vha0VudHJ5UhFwdWJrZXlTaGFyZXNUd2VhaxpEChZQdWJrZXlTaGFyZXNUd2Vha0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EhQKBXZhbHVlGAIgASgMUgV2YWx1ZToCOAEiWgoSQ2xhaW1MZWFmS2V5VHdlYWtzEkQKEWxlYXZlc190b19yZWNlaXZlGAEgAygLMhguc3BhcmsuQ2xhaW1MZWFmS2V5VHdlYWtSD2xlYXZlc1RvUmVjZWl2ZSKHBAoMQ2xhaW1QYWNrYWdlEkUKD2xlYXZlc190b19jbGFpbRgBIAMoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSDWxlYXZlc1RvQ2xhaW0SVAoRa2V5X3R3ZWFrX3BhY2thZ2UYAiADKAsyKC5zcGFyay5DbGFpbVBhY2thZ2UuS2V5VHdlYWtQYWNrYWdlRW50cnlSD2tleVR3ZWFrUGFja2FnZRIlCg51c2VyX3NpZ25hdHVyZRgDIAEoDFINdXNlclNpZ25hdHVyZRJSChZkaXJlY3RfbGVhdmVzX3RvX2NsYWltGAQgAygLMh0uc3BhcmsuVXNlclNpZ25lZFR4U2lnbmluZ0pvYlITZGlyZWN0TGVhdmVzVG9DbGFpbRJkCiBkaXJlY3RfZnJvbV9jcGZwX2xlYXZlc190b19jbGFpbRgFIAMoCzIdLnNwYXJrLlVzZXJTaWduZWRUeFNpZ25pbmdKb2JSG2RpcmVjdEZyb21DcGZwTGVhdmVzVG9DbGFpbRI1CgxoYXNoX3ZhcmlhbnQYBiABKA4yEi5zcGFyay5IYXNoVmFyaWFudFILaGFzaFZhcmlhbnQaQgoUS2V5VHdlYWtQYWNrYWdlRW50cnkSEAoDa2V5GAEgASgJUgNrZXkSFAoFdmFsdWUYAiABKAxSBXZhbHVlOgI4ASKsAQoUQ2xhaW1UcmFuc2ZlclJlcXVlc3QSHwoLdHJhbnNmZXJfaWQYASABKAlSCnRyYW5zZmVySWQSOQoZb3duZXJfaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDFIWb3duZXJJZGVudGl0eVB1YmxpY0tleRI4Cg1jbGFpbV9wYWNrYWdlGAMgASgLMhMuc3BhcmsuQ2xhaW1QYWNrYWdlUgxjbGFpbVBhY2thZ2UiRAoVQ2xhaW1UcmFuc2ZlclJlc3BvbnNlEisKCHRyYW5zZmVyGAEgASgLMg8uc3BhcmsuVHJhbnNmZXJSCHRyYW5zZmVyIsEBCh1DbGFpbVRyYW5zZmVyVHdlYWtLZXlzUmVxdWVzdBIfCgt0cmFuc2Zlcl9pZBgBIAEoCVIKdHJhbnNmZXJJZBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5EkQKEWxlYXZlc190b19yZWNlaXZlGAMgAygLMhguc3BhcmsuQ2xhaW1MZWFmS2V5VHdlYWtSD2xlYXZlc1RvUmVjZWl2ZSLFAQofQ2xhaW1UcmFuc2ZlclNpZ25SZWZ1bmRzUmVxdWVzdBIfCgt0cmFuc2Zlcl9pZBgBIAEoCVIKdHJhbnNmZXJJZBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5EkAKDHNpZ25pbmdfam9icxgDIAMoCzIdLnNwYXJrLkxlYWZSZWZ1bmRUeFNpZ25pbmdKb2JSC3NpZ25pbmdKb2JzSgQIBBAFIm0KIENsYWltVHJhbnNmZXJTaWduUmVmdW5kc1Jlc3BvbnNlEkkKD3NpZ25pbmdfcmVzdWx0cxgBIAMoCzIgLnNwYXJrLkxlYWZSZWZ1bmRUeFNpZ25pbmdSZXN1bHRSDnNpZ25pbmdSZXN1bHRzIvcBChlTdG9yZVByZWltYWdlU2hhcmVSZXF1ZXN0EiEKDHBheW1lbnRfaGFzaBgBIAEoDFILcGF5bWVudEhhc2gSOQoOcHJlaW1hZ2Vfc2hhcmUYAiABKAsyEi5zcGFyay5TZWNyZXRTaGFyZVINcHJlaW1hZ2VTaGFyZRIcCgl0aHJlc2hvbGQYAyABKA1SCXRocmVzaG9sZBIlCg5pbnZvaWNlX3N0cmluZxgEIAEoCVINaW52b2ljZVN0cmluZxI3Chh1c2VyX2lkZW50aXR5X3B1YmxpY19rZXkYBSABKAxSFXVzZXJJZGVudGl0eVB1YmxpY0tleSKdAwobU3RvcmVQcmVpbWFnZVNoYXJlVjJSZXF1ZXN0EiEKDHBheW1lbnRfaGFzaBgBIAEoDFILcGF5bWVudEhhc2gSewoZZW5jcnlwdGVkX3ByZWltYWdlX3NoYXJlcxgCIAMoCzI/LnNwYXJrLlN0b3JlUHJlaW1hZ2VTaGFyZVYyUmVxdWVzdC5FbmNyeXB0ZWRQcmVpbWFnZVNoYXJlc0VudHJ5UhdlbmNyeXB0ZWRQcmVpbWFnZVNoYXJlcxIcCgl0aHJlc2hvbGQYAyABKA1SCXRocmVzaG9sZBIlCg5pbnZvaWNlX3N0cmluZxgEIAEoCVINaW52b2ljZVN0cmluZxI3Chh1c2VyX2lkZW50aXR5X3B1YmxpY19rZXkYBSABKAxSFXVzZXJJZGVudGl0eVB1YmxpY0tleRpKChxFbmNyeXB0ZWRQcmVpbWFnZVNoYXJlc0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EhQKBXZhbHVlGAIgASgMUgV2YWx1ZToCOAFKBAgGEAdSDnVzZXJfc2lnbmF0dXJlIoECChtSZXF1ZXN0ZWRTaWduaW5nQ29tbWl0bWVudHMSewoZc2lnbmluZ19ub25jZV9jb21taXRtZW50cxgBIAMoCzI/LnNwYXJrLlJlcXVlc3RlZFNpZ25pbmdDb21taXRtZW50cy5TaWduaW5nTm9uY2VDb21taXRtZW50c0VudHJ5UhdzaWduaW5nTm9uY2VDb21taXRtZW50cxplChxTaWduaW5nTm9uY2VDb21taXRtZW50c0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5Ei8KBXZhbHVlGAIgASgLMhkuY29tbW9uLlNpZ25pbmdDb21taXRtZW50UgV2YWx1ZToCOAEicwocR2V0U2lnbmluZ0NvbW1pdG1lbnRzUmVxdWVzdBIZCghub2RlX2lkcxgBIAMoCVIHbm9kZUlkcxIUCgVjb3VudBgCIAEoDVIFY291bnQSIgoNbm9kZV9pZF9jb3VudBgDIAEoDVILbm9kZUlkQ291bnQidAodR2V0U2lnbmluZ0NvbW1pdG1lbnRzUmVzcG9uc2USUwoTc2lnbmluZ19jb21taXRtZW50cxgBIAMoCzIiLnNwYXJrLlJlcXVlc3RlZFNpZ25pbmdDb21taXRtZW50c1ISc2lnbmluZ0NvbW1pdG1lbnRzItoBChJTaWduaW5nQ29tbWl0bWVudHMSYgoTc2lnbmluZ19jb21taXRtZW50cxgBIAMoCzIxLnNwYXJrLlNpZ25pbmdDb21taXRtZW50cy5TaWduaW5nQ29tbWl0bWVudHNFbnRyeVISc2lnbmluZ0NvbW1pdG1lbnRzGmAKF1NpZ25pbmdDb21taXRtZW50c0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5Ei8KBXZhbHVlGAIgASgLMhkuY29tbW9uLlNpZ25pbmdDb21taXRtZW50UgV2YWx1ZToCOAEixgIKEFVzZXJTaWduZWRSZWZ1bmQSFwoHbm9kZV9pZBgBIAEoCVIGbm9kZUlkEhsKCXJlZnVuZF90eBgCIAEoDFIIcmVmdW5kVHgSJQoOdXNlcl9zaWduYXR1cmUYAyABKAxSDXVzZXJTaWduYXR1cmUSSgoTc2lnbmluZ19jb21taXRtZW50cxgEIAEoCzIZLnNwYXJrLlNpZ25pbmdDb21taXRtZW50c1ISc2lnbmluZ0NvbW1pdG1lbnRzElUKGXVzZXJfc2lnbmF0dXJlX2NvbW1pdG1lbnQYBSABKAsyGS5jb21tb24uU2lnbmluZ0NvbW1pdG1lbnRSF3VzZXJTaWduYXR1cmVDb21taXRtZW50EjIKB25ldHdvcmsYBiABKA4yDi5zcGFyay5OZXR3b3JrQgj6QgWCAQIgAFIHbmV0d29yayI7ChJJbnZvaWNlQW1vdW50UHJvb2YSJQoOYm9sdDExX2ludm9pY2UYASABKAlSDWJvbHQxMUludm9pY2UiewoNSW52b2ljZUFtb3VudBIdCgp2YWx1ZV9zYXRzGAEgASgEUgl2YWx1ZVNhdHMSSwoUaW52b2ljZV9hbW91bnRfcHJvb2YYAiABKAsyGS5zcGFyay5JbnZvaWNlQW1vdW50UHJvb2ZSEmludm9pY2VBbW91bnRQcm9vZiLWAwobSW5pdGlhdGVQcmVpbWFnZVN3YXBSZXF1ZXN0EiEKDHBheW1lbnRfaGFzaBgBIAEoDFILcGF5bWVudEhhc2gSOwoOaW52b2ljZV9hbW91bnQYAiABKAsyFC5zcGFyay5JbnZvaWNlQW1vdW50Ug1pbnZvaWNlQW1vdW50EkEKBnJlYXNvbhgDIAEoDjIpLnNwYXJrLkluaXRpYXRlUHJlaW1hZ2VTd2FwUmVxdWVzdC5SZWFzb25SBnJlYXNvbhJBCgh0cmFuc2ZlchgEIAEoCzIlLnNwYXJrLlN0YXJ0VXNlclNpZ25lZFRyYW5zZmVyUmVxdWVzdFIIdHJhbnNmZXISPwoccmVjZWl2ZXJfaWRlbnRpdHlfcHVibGljX2tleRgFIAEoDFIZcmVjZWl2ZXJJZGVudGl0eVB1YmxpY0tleRIZCghmZWVfc2F0cxgGIAEoBFIHZmVlU2F0cxJGChB0cmFuc2Zlcl9yZXF1ZXN0GAcgASgLMhsuc3BhcmsuU3RhcnRUcmFuc2ZlclJlcXVlc3RSD3RyYW5zZmVyUmVxdWVzdCItCgZSZWFzb24SDwoLUkVBU09OX1NFTkQQABISCg5SRUFTT05fUkVDRUlWRRABImcKHEluaXRpYXRlUHJlaW1hZ2VTd2FwUmVzcG9uc2USGgoIcHJlaW1hZ2UYASABKAxSCHByZWltYWdlEisKCHRyYW5zZmVyGAIgASgLMg8uc3BhcmsuVHJhbnNmZXJSCHRyYW5zZmVyIjIKCE91dFBvaW50EhIKBHR4aWQYASABKAxSBHR4aWQSEgoEdm91dBgCIAEoDVIEdm91dCKqAQoWQ29vcGVyYXRpdmVFeGl0UmVxdWVzdBI3Cgh0cmFuc2ZlchgBIAEoCzIbLnNwYXJrLlN0YXJ0VHJhbnNmZXJSZXF1ZXN0Ugh0cmFuc2ZlchIXCgdleGl0X2lkGAIgASgJUgZleGl0SWQSGwoJZXhpdF90eGlkGAMgASgMUghleGl0VHhpZBIhCgxjb25uZWN0b3JfdHgYBCABKAxSC2Nvbm5lY3RvclR4IpEBChdDb29wZXJhdGl2ZUV4aXRSZXNwb25zZRIrCgh0cmFuc2ZlchgBIAEoCzIPLnNwYXJrLlRyYW5zZmVyUgh0cmFuc2ZlchJJCg9zaWduaW5nX3Jlc3VsdHMYAiADKAsyIC5zcGFyay5MZWFmUmVmdW5kVHhTaWduaW5nUmVzdWx0Ug5zaWduaW5nUmVzdWx0cyKgAgoWQ291bnRlckxlYWZTd2FwUmVxdWVzdBI3Cgh0cmFuc2ZlchgBIAEoCzIbLnNwYXJrLlN0YXJ0VHJhbnNmZXJSZXF1ZXN0Ugh0cmFuc2ZlchIXCgdzd2FwX2lkGAIgASgJUgZzd2FwSWQSLAoSYWRhcHRvcl9wdWJsaWNfa2V5GAMgASgMUhBhZGFwdG9yUHVibGljS2V5EjkKGWRpcmVjdF9hZGFwdG9yX3B1YmxpY19rZXkYBCABKAxSFmRpcmVjdEFkYXB0b3JQdWJsaWNLZXkSSwojZGlyZWN0X2Zyb21fY3BmcF9hZGFwdG9yX3B1YmxpY19rZXkYBSABKAxSHmRpcmVjdEZyb21DcGZwQWRhcHRvclB1YmxpY0tleSKRAQoXQ291bnRlckxlYWZTd2FwUmVzcG9uc2USKwoIdHJhbnNmZXIYASABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXISSQoPc2lnbmluZ19yZXN1bHRzGAIgAygLMiAuc3BhcmsuTGVhZlJlZnVuZFR4U2lnbmluZ1Jlc3VsdFIOc2lnbmluZ1Jlc3VsdHMiogEKFlJlZnJlc2hUaW1lbG9ja1JlcXVlc3QSFwoHbGVhZl9pZBgBIAEoCVIGbGVhZklkEjkKGW93bmVyX2lkZW50aXR5X3B1YmxpY19rZXkYAiABKAxSFm93bmVySWRlbnRpdHlQdWJsaWNLZXkSNAoMc2lnbmluZ19qb2JzGAMgAygLMhEuc3BhcmsuU2lnbmluZ0pvYlILc2lnbmluZ0pvYnMigAEKHFJlZnJlc2hUaW1lbG9ja1NpZ25pbmdSZXN1bHQSOwoOc2lnbmluZ19yZXN1bHQYASABKAsyFC5zcGFyay5TaWduaW5nUmVzdWx0Ug1zaWduaW5nUmVzdWx0EiMKDXZlcmlmeWluZ19rZXkYAiABKAxSDHZlcmlmeWluZ0tleSJnChdSZWZyZXNoVGltZWxvY2tSZXNwb25zZRJMCg9zaWduaW5nX3Jlc3VsdHMYASADKAsyIy5zcGFyay5SZWZyZXNoVGltZWxvY2tTaWduaW5nUmVzdWx0Ug5zaWduaW5nUmVzdWx0cyL2AwoRRXh0ZW5kTGVhZlJlcXVlc3QSFwoHbGVhZl9pZBgBIAEoCVIGbGVhZklkEjkKGW93bmVyX2lkZW50aXR5X3B1YmxpY19rZXkYAiABKAxSFm93bmVySWRlbnRpdHlQdWJsaWNLZXkSQAoTbm9kZV90eF9zaWduaW5nX2pvYhgDIAEoCzIRLnNwYXJrLlNpZ25pbmdKb2JSEG5vZGVUeFNpZ25pbmdKb2ISRAoVcmVmdW5kX3R4X3NpZ25pbmdfam9iGAQgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIScmVmdW5kVHhTaWduaW5nSm9iEk0KGmRpcmVjdF9ub2RlX3R4X3NpZ25pbmdfam9iGAUgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIWZGlyZWN0Tm9kZVR4U2lnbmluZ0pvYhJRChxkaXJlY3RfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAYgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIYZGlyZWN0UmVmdW5kVHhTaWduaW5nSm9iEmMKJmRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAcgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIgZGlyZWN0RnJvbUNwZnBSZWZ1bmRUeFNpZ25pbmdKb2IiewoXRXh0ZW5kTGVhZlNpZ25pbmdSZXN1bHQSOwoOc2lnbmluZ19yZXN1bHQYASABKAsyFC5zcGFyay5TaWduaW5nUmVzdWx0Ug1zaWduaW5nUmVzdWx0EiMKDXZlcmlmeWluZ19rZXkYAiABKAxSDHZlcmlmeWluZ0tleSKbBAoSRXh0ZW5kTGVhZlJlc3BvbnNlEhcKB2xlYWZfaWQYASABKAlSBmxlYWZJZBJTChZub2RlX3R4X3NpZ25pbmdfcmVzdWx0GAIgASgLMh4uc3BhcmsuRXh0ZW5kTGVhZlNpZ25pbmdSZXN1bHRSE25vZGVUeFNpZ25pbmdSZXN1bHQSVwoYcmVmdW5kX3R4X3NpZ25pbmdfcmVzdWx0GAMgASgLMh4uc3BhcmsuRXh0ZW5kTGVhZlNpZ25pbmdSZXN1bHRSFXJlZnVuZFR4U2lnbmluZ1Jlc3VsdBJgCh1kaXJlY3Rfbm9kZV90eF9zaWduaW5nX3Jlc3VsdBgEIAEoCzIeLnNwYXJrLkV4dGVuZExlYWZTaWduaW5nUmVzdWx0UhlkaXJlY3ROb2RlVHhTaWduaW5nUmVzdWx0EmQKH2RpcmVjdF9yZWZ1bmRfdHhfc2lnbmluZ19yZXN1bHQYBSABKAsyHi5zcGFyay5FeHRlbmRMZWFmU2lnbmluZ1Jlc3VsdFIbZGlyZWN0UmVmdW5kVHhTaWduaW5nUmVzdWx0EnYKKWRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4X3NpZ25pbmdfcmVzdWx0GAYgASgLMh4uc3BhcmsuRXh0ZW5kTGVhZlNpZ25pbmdSZXN1bHRSI2RpcmVjdEZyb21DcGZwUmVmdW5kVHhTaWduaW5nUmVzdWx0InMKEkFkZHJlc3NSZXF1ZXN0Tm9kZRImCg91c2VyX3B1YmxpY19rZXkYASABKAxSDXVzZXJQdWJsaWNLZXkSNQoIY2hpbGRyZW4YAiADKAsyGS5zcGFyay5BZGRyZXNzUmVxdWVzdE5vZGVSCGNoaWxkcmVuIoMCChlQcmVwYXJlVHJlZUFkZHJlc3NSZXF1ZXN0EkEKEnBhcmVudF9ub2RlX291dHB1dBgBIAEoCzIRLnNwYXJrLk5vZGVPdXRwdXRIAFIQcGFyZW50Tm9kZU91dHB1dBIxCg1vbl9jaGFpbl91dHhvGAIgASgLMgsuc3BhcmsuVVRYT0gAUgtvbkNoYWluVXR4bxItCgRub2RlGAMgASgLMhkuc3BhcmsuQWRkcmVzc1JlcXVlc3ROb2RlUgRub2RlEjcKGHVzZXJfaWRlbnRpdHlfcHVibGljX2tleRgEIAEoDFIVdXNlcklkZW50aXR5UHVibGljS2V5QggKBnNvdXJjZSJnCgtBZGRyZXNzTm9kZRIoCgdhZGRyZXNzGAEgASgLMg4uc3BhcmsuQWRkcmVzc1IHYWRkcmVzcxIuCghjaGlsZHJlbhgCIAMoCzISLnNwYXJrLkFkZHJlc3NOb2RlUghjaGlsZHJlbiJEChpQcmVwYXJlVHJlZUFkZHJlc3NSZXNwb25zZRImCgRub2RlGAEgASgLMhIuc3BhcmsuQWRkcmVzc05vZGVSBG5vZGUizgMKDENyZWF0aW9uTm9kZRJAChNub2RlX3R4X3NpZ25pbmdfam9iGAEgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIQbm9kZVR4U2lnbmluZ0pvYhJEChVyZWZ1bmRfdHhfc2lnbmluZ19qb2IYAiABKAsyES5zcGFyay5TaWduaW5nSm9iUhJyZWZ1bmRUeFNpZ25pbmdKb2ISLwoIY2hpbGRyZW4YAyADKAsyEy5zcGFyay5DcmVhdGlvbk5vZGVSCGNoaWxkcmVuEk0KGmRpcmVjdF9ub2RlX3R4X3NpZ25pbmdfam9iGAQgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIWZGlyZWN0Tm9kZVR4U2lnbmluZ0pvYhJRChxkaXJlY3RfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAUgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIYZGlyZWN0UmVmdW5kVHhTaWduaW5nSm9iEmMKJmRpcmVjdF9mcm9tX2NwZnBfcmVmdW5kX3R4X3NpZ25pbmdfam9iGAYgASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIgZGlyZWN0RnJvbUNwZnBSZWZ1bmRUeFNpZ25pbmdKb2Ii9QEKEUNyZWF0ZVRyZWVSZXF1ZXN0EkEKEnBhcmVudF9ub2RlX291dHB1dBgBIAEoCzIRLnNwYXJrLk5vZGVPdXRwdXRIAFIQcGFyZW50Tm9kZU91dHB1dBIxCg1vbl9jaGFpbl91dHhvGAIgASgLMgsuc3BhcmsuVVRYT0gAUgtvbkNoYWluVXR4bxInCgRub2RlGAMgASgLMhMuc3BhcmsuQ3JlYXRpb25Ob2RlUgRub2RlEjcKGHVzZXJfaWRlbnRpdHlfcHVibGljX2tleRgEIAEoDFIVdXNlcklkZW50aXR5UHVibGljS2V5QggKBnNvdXJjZSKkBAoUQ3JlYXRpb25SZXNwb25zZU5vZGUSFwoHbm9kZV9pZBgBIAEoCVIGbm9kZUlkEkkKFm5vZGVfdHhfc2lnbmluZ19yZXN1bHQYAiABKAsyFC5zcGFyay5TaWduaW5nUmVzdWx0UhNub2RlVHhTaWduaW5nUmVzdWx0Ek0KGHJlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgDIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSFXJlZnVuZFR4U2lnbmluZ1Jlc3VsdBI3CghjaGlsZHJlbhgEIAMoCzIbLnNwYXJrLkNyZWF0aW9uUmVzcG9uc2VOb2RlUghjaGlsZHJlbhJWCh1kaXJlY3Rfbm9kZV90eF9zaWduaW5nX3Jlc3VsdBgFIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSGWRpcmVjdE5vZGVUeFNpZ25pbmdSZXN1bHQSWgofZGlyZWN0X3JlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgGIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSG2RpcmVjdFJlZnVuZFR4U2lnbmluZ1Jlc3VsdBJsCilkaXJlY3RfZnJvbV9jcGZwX3JlZnVuZF90eF9zaWduaW5nX3Jlc3VsdBgHIAEoCzIULnNwYXJrLlNpZ25pbmdSZXN1bHRSI2RpcmVjdEZyb21DcGZwUmVmdW5kVHhTaWduaW5nUmVzdWx0IkUKEkNyZWF0ZVRyZWVSZXNwb25zZRIvCgRub2RlGAEgASgLMhsuc3BhcmsuQ3JlYXRpb25SZXNwb25zZU5vZGVSBG5vZGUihAEKE1NpZ25pbmdPcGVyYXRvckluZm8SFAoFaW5kZXgYASABKARSBWluZGV4Eh4KCmlkZW50aWZpZXIYAiABKAlSCmlkZW50aWZpZXISHQoKcHVibGljX2tleRgDIAEoDFIJcHVibGljS2V5EhgKB2FkZHJlc3MYBCABKAlSB2FkZHJlc3Mi6wEKHkdldFNpZ25pbmdPcGVyYXRvckxpc3RSZXNwb25zZRJoChFzaWduaW5nX29wZXJhdG9ycxgBIAMoCzI7LnNwYXJrLkdldFNpZ25pbmdPcGVyYXRvckxpc3RSZXNwb25zZS5TaWduaW5nT3BlcmF0b3JzRW50cnlSEHNpZ25pbmdPcGVyYXRvcnMaXwoVU2lnbmluZ09wZXJhdG9yc0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EjAKBXZhbHVlGAIgASgLMhouc3BhcmsuU2lnbmluZ09wZXJhdG9ySW5mb1IFdmFsdWU6AjgBInIKHVF1ZXJ5VXNlclNpZ25lZFJlZnVuZHNSZXF1ZXN0EiEKDHBheW1lbnRfaGFzaBgBIAEoDFILcGF5bWVudEhhc2gSLgoTaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkinAEKHlF1ZXJ5VXNlclNpZ25lZFJlZnVuZHNSZXNwb25zZRJHChN1c2VyX3NpZ25lZF9yZWZ1bmRzGAEgAygLMhcuc3BhcmsuVXNlclNpZ25lZFJlZnVuZFIRdXNlclNpZ25lZFJlZnVuZHMSKwoIdHJhbnNmZXIYAyABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXJKBAgCEAMipAMKG1ByZWltYWdlUmVxdWVzdFdpdGhUcmFuc2ZlchIqCgxwYXltZW50X2hhc2gYASABKAxCB/pCBHoCaCBSC3BheW1lbnRIYXNoEkEKGHJlY2VpdmVyX2lkZW50aXR5X3B1YmtleRgCIAEoDEIH+kIEegJoIVIWcmVjZWl2ZXJJZGVudGl0eVB1YmtleRI0CgZzdGF0dXMYAyABKA4yHC5zcGFyay5QcmVpbWFnZVJlcXVlc3RTdGF0dXNSBnN0YXR1cxI9CgxjcmVhdGVkX3RpbWUYBCABKAsyGi5nb29nbGUucHJvdG9idWYuVGltZXN0YW1wUgtjcmVhdGVkVGltZRIwCgh0cmFuc2ZlchgFIAEoCzIPLnNwYXJrLlRyYW5zZmVySABSCHRyYW5zZmVyiAEBEh8KCHByZWltYWdlGAYgASgMSAFSCHByZWltYWdliAEBEjQKFnNlbmRlcl9pZGVudGl0eV9wdWJrZXkYByABKAxSFHNlbmRlcklkZW50aXR5UHVia2V5QgsKCV90cmFuc2ZlckILCglfcHJlaW1hZ2UixAIKEFF1ZXJ5SHRsY1JlcXVlc3QSJQoOcGF5bWVudF9oYXNoZXMYASADKAxSDXBheW1lbnRIYXNoZXMSNwoTaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDEIH+kIEegJoIVIRaWRlbnRpdHlQdWJsaWNLZXkSOQoGc3RhdHVzGAMgASgOMhwuc3BhcmsuUHJlaW1hZ2VSZXF1ZXN0U3RhdHVzSABSBnN0YXR1c4gBARIUCgVsaW1pdBgEIAEoA1IFbGltaXQSFgoGb2Zmc2V0GAUgASgDUgZvZmZzZXQSIQoMdHJhbnNmZXJfaWRzGAYgAygJUgt0cmFuc2ZlcklkcxI5CgptYXRjaF9yb2xlGAcgASgOMhouc3BhcmsuUHJlaW1hZ2VSZXF1ZXN0Um9sZVIJbWF0Y2hSb2xlQgkKB19zdGF0dXMifAoRUXVlcnlIdGxjUmVzcG9uc2USTwoRcHJlaW1hZ2VfcmVxdWVzdHMYASADKAsyIi5zcGFyay5QcmVpbWFnZVJlcXVlc3RXaXRoVHJhbnNmZXJSEHByZWltYWdlUmVxdWVzdHMSFgoGb2Zmc2V0GAIgASgDUgZvZmZzZXQihwEKFlByb3ZpZGVQcmVpbWFnZVJlcXVlc3QSIQoMcGF5bWVudF9oYXNoGAEgASgMUgtwYXltZW50SGFzaBIaCghwcmVpbWFnZRgCIAEoDFIIcHJlaW1hZ2USLgoTaWRlbnRpdHlfcHVibGljX2tleRgDIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkiRgoXUHJvdmlkZVByZWltYWdlUmVzcG9uc2USKwoIdHJhbnNmZXIYASABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXIihQEKFFF1ZXJ5UHJlaW1hZ2VSZXF1ZXN0EioKDHBheW1lbnRfaGFzaBgBIAEoDEIH+kIEegJoIFILcGF5bWVudEhhc2gSQQoYcmVjZWl2ZXJfaWRlbnRpdHlfcHVia2V5GAIgASgMQgf6QgR6AmghUhZyZWNlaXZlcklkZW50aXR5UHVia2V5IkUKFVF1ZXJ5UHJlaW1hZ2VSZXNwb25zZRIfCghwcmVpbWFnZRgBIAEoDEgAUghwcmVpbWFnZYgBAUILCglfcHJlaW1hZ2UiKAoLVHJlZU5vZGVJZHMSGQoIbm9kZV9pZHMYASADKAlSB25vZGVJZHMiuAIKEVF1ZXJ5Tm9kZXNSZXF1ZXN0EjQKFW93bmVyX2lkZW50aXR5X3B1YmtleRgBIAEoDEgAUhNvd25lcklkZW50aXR5UHVia2V5Ei8KCG5vZGVfaWRzGAIgASgLMhIuc3BhcmsuVHJlZU5vZGVJZHNIAFIHbm9kZUlkcxInCg9pbmNsdWRlX3BhcmVudHMYAyABKAhSDmluY2x1ZGVQYXJlbnRzEhQKBWxpbWl0GAQgASgDUgVsaW1pdBIWCgZvZmZzZXQYBSABKANSBm9mZnNldBIoCgduZXR3b3JrGAYgASgOMg4uc3BhcmsuTmV0d29ya1IHbmV0d29yaxIxCghzdGF0dXNlcxgHIAMoDjIVLnNwYXJrLlRyZWVOb2RlU3RhdHVzUghzdGF0dXNlc0IICgZzb3VyY2UiswEKElF1ZXJ5Tm9kZXNSZXNwb25zZRI6CgVub2RlcxgBIAMoCzIkLnNwYXJrLlF1ZXJ5Tm9kZXNSZXNwb25zZS5Ob2Rlc0VudHJ5UgVub2RlcxIWCgZvZmZzZXQYAiABKANSBm9mZnNldBpJCgpOb2Rlc0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EiUKBXZhbHVlGAIgASgLMg8uc3BhcmsuVHJlZU5vZGVSBXZhbHVlOgI4ASJ1ChVDYW5jZWxUcmFuc2ZlclJlcXVlc3QSHwoLdHJhbnNmZXJfaWQYASABKAlSCnRyYW5zZmVySWQSOwoac2VuZGVyX2lkZW50aXR5X3B1YmxpY19rZXkYAiABKAxSF3NlbmRlcklkZW50aXR5UHVibGljS2V5IkUKFkNhbmNlbFRyYW5zZmVyUmVzcG9uc2USKwoIdHJhbnNmZXIYASABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXIirAEKIlF1ZXJ5VW51c2VkRGVwb3NpdEFkZHJlc3Nlc1JlcXVlc3QSLgoTaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkSKAoHbmV0d29yaxgCIAEoDjIOLnNwYXJrLk5ldHdvcmtSB25ldHdvcmsSFAoFbGltaXQYAyABKANSBWxpbWl0EhYKBm9mZnNldBgEIAEoA1IGb2Zmc2V0IqUCCiJRdWVyeVN0YXRpY0RlcG9zaXRBZGRyZXNzZXNSZXF1ZXN0Ei4KE2lkZW50aXR5X3B1YmxpY19rZXkYASABKAxSEWlkZW50aXR5UHVibGljS2V5EigKB25ldHdvcmsYAiABKA4yDi5zcGFyay5OZXR3b3JrUgduZXR3b3JrEhQKBWxpbWl0GAQgASgDUgVsaW1pdBIWCgZvZmZzZXQYBSABKANSBm9mZnNldBIsCg9kZXBvc2l0X2FkZHJlc3MYBiABKAlIAFIOZGVwb3NpdEFkZHJlc3OIAQESNQoMaGFzaF92YXJpYW50GAcgASgOMhIuc3BhcmsuSGFzaFZhcmlhbnRSC2hhc2hWYXJpYW50QhIKEF9kZXBvc2l0X2FkZHJlc3MiygIKGURlcG9zaXRBZGRyZXNzUXVlcnlSZXN1bHQSJwoPZGVwb3NpdF9hZGRyZXNzGAEgASgJUg5kZXBvc2l0QWRkcmVzcxI1Chd1c2VyX3NpZ25pbmdfcHVibGljX2tleRgCIAEoDFIUdXNlclNpZ25pbmdQdWJsaWNLZXkSMAoUdmVyaWZ5aW5nX3B1YmxpY19rZXkYAyABKAxSEnZlcmlmeWluZ1B1YmxpY0tleRImCgdsZWFmX2lkGAQgASgJQgj6QgVyA7ABAUgAUgZsZWFmSWSIAQESTwoTcHJvb2Zfb2ZfcG9zc2Vzc2lvbhgFIAEoCzIaLnNwYXJrLkRlcG9zaXRBZGRyZXNzUHJvb2ZIAVIRcHJvb2ZPZlBvc3Nlc3Npb26IAQFCCgoIX2xlYWZfaWRCFgoUX3Byb29mX29mX3Bvc3Nlc3Npb24ijAEKI1F1ZXJ5VW51c2VkRGVwb3NpdEFkZHJlc3Nlc1Jlc3BvbnNlEk0KEWRlcG9zaXRfYWRkcmVzc2VzGAEgAygLMiAuc3BhcmsuRGVwb3NpdEFkZHJlc3NRdWVyeVJlc3VsdFIQZGVwb3NpdEFkZHJlc3NlcxIWCgZvZmZzZXQYAiABKANSBm9mZnNldCJ0CiNRdWVyeVN0YXRpY0RlcG9zaXRBZGRyZXNzZXNSZXNwb25zZRJNChFkZXBvc2l0X2FkZHJlc3NlcxgBIAMoCzIgLnNwYXJrLkRlcG9zaXRBZGRyZXNzUXVlcnlSZXN1bHRSEGRlcG9zaXRBZGRyZXNzZXMibwoTUXVlcnlCYWxhbmNlUmVxdWVzdBIuChNpZGVudGl0eV9wdWJsaWNfa2V5GAEgASgMUhFpZGVudGl0eVB1YmxpY0tleRIoCgduZXR3b3JrGAIgASgOMg4uc3BhcmsuTmV0d29ya1IHbmV0d29yayLFAQoUUXVlcnlCYWxhbmNlUmVzcG9uc2USGAoHYmFsYW5jZRgBIAEoBFIHYmFsYW5jZRJSCg1ub2RlX2JhbGFuY2VzGAIgAygLMi0uc3BhcmsuUXVlcnlCYWxhbmNlUmVzcG9uc2UuTm9kZUJhbGFuY2VzRW50cnlSDG5vZGVCYWxhbmNlcxo/ChFOb2RlQmFsYW5jZXNFbnRyeRIQCgNrZXkYASABKAlSA2tleRIUCgV2YWx1ZRgCIAEoBFIFdmFsdWU6AjgBIsUBCgxTcGFya0FkZHJlc3MSLgoTaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDFIRaWRlbnRpdHlQdWJsaWNLZXkSSwoUc3BhcmtfaW52b2ljZV9maWVsZHMYAiABKAsyGS5zcGFyay5TcGFya0ludm9pY2VGaWVsZHNSEnNwYXJrSW52b2ljZUZpZWxkcxIqCglzaWduYXR1cmUYAyABKAxCB/pCBHoCaEBIAFIJc2lnbmF0dXJliAEBQgwKCl9zaWduYXR1cmUinAMKElNwYXJrSW52b2ljZUZpZWxkcxIYCgd2ZXJzaW9uGAEgASgNUgd2ZXJzaW9uEhcKAmlkGAIgASgMQgf6QgR6AmgQUgJpZBI9Cg50b2tlbnNfcGF5bWVudBgDIAEoCzIULnNwYXJrLlRva2Vuc1BheW1lbnRIAFINdG9rZW5zUGF5bWVudBI3CgxzYXRzX3BheW1lbnQYBCABKAsyEi5zcGFyay5TYXRzUGF5bWVudEgAUgtzYXRzUGF5bWVudBIgCgRtZW1vGAUgASgJQgf6QgRyAih4SAFSBG1lbW+IAQESOAoRc2VuZGVyX3B1YmxpY19rZXkYBiABKAxCB/pCBHoCaCFIAlIPc2VuZGVyUHVibGljS2V5iAEBEkAKC2V4cGlyeV90aW1lGAcgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcEgDUgpleHBpcnlUaW1liAEBQg4KDHBheW1lbnRfdHlwZUIHCgVfbWVtb0IUChJfc2VuZGVyX3B1YmxpY19rZXlCDgoMX2V4cGlyeV90aW1lIjUKC1NhdHNQYXltZW50EhsKBmFtb3VudBgBIAEoBEgAUgZhbW91bnSIAQFCCQoHX2Ftb3VudCKOAQoNVG9rZW5zUGF5bWVudBI3ChB0b2tlbl9pZGVudGlmaWVyGAEgASgMQgf6QgR6AmggSABSD3Rva2VuSWRlbnRpZmllcogBARIkCgZhbW91bnQYAiABKAxCB/pCBHoCGBBIAVIGYW1vdW50iAEBQhMKEV90b2tlbl9pZGVudGlmaWVyQgkKB19hbW91bnQi/QEKJkluaXRpYXRlU3RhdGljRGVwb3NpdFV0eG9SZWZ1bmRSZXF1ZXN0Ei8KDW9uX2NoYWluX3V0eG8YASABKAsyCy5zcGFyay5VVFhPUgtvbkNoYWluVXR4bxJEChVyZWZ1bmRfdHhfc2lnbmluZ19qb2IYAyABKAsyES5zcGFyay5TaWduaW5nSm9iUhJyZWZ1bmRUeFNpZ25pbmdKb2ISJQoOdXNlcl9zaWduYXR1cmUYBCABKAxSDXVzZXJTaWduYXR1cmUSNQoMaGFzaF92YXJpYW50GAUgASgOMhIuc3BhcmsuSGFzaFZhcmlhbnRSC2hhc2hWYXJpYW50IsMBCidJbml0aWF0ZVN0YXRpY0RlcG9zaXRVdHhvUmVmdW5kUmVzcG9uc2USTQoYcmVmdW5kX3R4X3NpZ25pbmdfcmVzdWx0GAEgASgLMhQuc3BhcmsuU2lnbmluZ1Jlc3VsdFIVcmVmdW5kVHhTaWduaW5nUmVzdWx0EkkKD2RlcG9zaXRfYWRkcmVzcxgCIAEoCzIgLnNwYXJrLkRlcG9zaXRBZGRyZXNzUXVlcnlSZXN1bHRSDmRlcG9zaXRBZGRyZXNzIrADChdJbml0aWF0ZVV0eG9Td2FwUmVxdWVzdBIvCg1vbl9jaGFpbl91dHhvGAEgASgLMgsuc3BhcmsuVVRYT1ILb25DaGFpblV0eG8SPQoMcmVxdWVzdF90eXBlGAIgASgOMhouc3BhcmsuVXR4b1N3YXBSZXF1ZXN0VHlwZVILcmVxdWVzdFR5cGUSLgoSY3JlZGl0X2Ftb3VudF9zYXRzGAMgASgESABSEGNyZWRpdEFtb3VudFNhdHMSIgoMbWF4X2ZlZV9zYXRzGAQgASgESABSCm1heEZlZVNhdHMSIwoNc3NwX3NpZ25hdHVyZRgFIAEoDFIMc3NwU2lnbmF0dXJlEiUKDnVzZXJfc2lnbmF0dXJlGAYgASgMUg11c2VyU2lnbmF0dXJlEjcKCHRyYW5zZmVyGAcgASgLMhsuc3BhcmsuU3RhcnRUcmFuc2ZlclJlcXVlc3RSCHRyYW5zZmVyEkIKFHNwZW5kX3R4X3NpZ25pbmdfam9iGAggASgLMhEuc3BhcmsuU2lnbmluZ0pvYlIRc3BlbmRUeFNpZ25pbmdKb2JCCAoGYW1vdW50It8BChhJbml0aWF0ZVV0eG9Td2FwUmVzcG9uc2USSwoXc3BlbmRfdHhfc2lnbmluZ19yZXN1bHQYASABKAsyFC5zcGFyay5TaWduaW5nUmVzdWx0UhRzcGVuZFR4U2lnbmluZ1Jlc3VsdBIrCgh0cmFuc2ZlchgCIAEoCzIPLnNwYXJrLlRyYW5zZmVyUgh0cmFuc2ZlchJJCg9kZXBvc2l0X2FkZHJlc3MYAyABKAsyIC5zcGFyay5EZXBvc2l0QWRkcmVzc1F1ZXJ5UmVzdWx0Ug5kZXBvc2l0QWRkcmVzcyKLAQoLRXhpdGluZ1RyZWUSFwoHdHJlZV9pZBgBIAEoCVIGdHJlZUlkElEKF3VzZXJfc2lnbmluZ19jb21taXRtZW50GAIgASgLMhkuY29tbW9uLlNpZ25pbmdDb21taXRtZW50UhV1c2VyU2lnbmluZ0NvbW1pdG1lbnQSEAoDdmluGAMgASgNUgN2aW4inAEKH0V4aXRTaW5nbGVOb2RlVHJlZVNpZ25pbmdSZXN1bHQSFwoHdHJlZV9pZBgBIAEoCVIGdHJlZUlkEjsKDnNpZ25pbmdfcmVzdWx0GAIgASgLMhQuc3BhcmsuU2lnbmluZ1Jlc3VsdFINc2lnbmluZ1Jlc3VsdBIjCg12ZXJpZnlpbmdfa2V5GAMgASgMUgx2ZXJpZnlpbmdLZXkiTQoYQml0Y29pblRyYW5zYWN0aW9uT3V0cHV0EhQKBXZhbHVlGAEgASgDUgV2YWx1ZRIbCglwa19zY3JpcHQYAiABKAxSCHBrU2NyaXB0IvMBChpFeGl0U2luZ2xlTm9kZVRyZWVzUmVxdWVzdBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAEgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5EjcKDWV4aXRpbmdfdHJlZXMYAiADKAsyEi5zcGFyay5FeGl0aW5nVHJlZVIMZXhpdGluZ1RyZWVzEhUKBnJhd190eBgDIAEoDFIFcmF3VHgSSgoQcHJldmlvdXNfb3V0cHV0cxgEIAMoCzIfLnNwYXJrLkJpdGNvaW5UcmFuc2FjdGlvbk91dHB1dFIPcHJldmlvdXNPdXRwdXRzIm4KG0V4aXRTaW5nbGVOb2RlVHJlZXNSZXNwb25zZRJPCg9zaWduaW5nX3Jlc3VsdHMYASADKAsyJi5zcGFyay5FeGl0U2luZ2xlTm9kZVRyZWVTaWduaW5nUmVzdWx0Ug5zaWduaW5nUmVzdWx0cyJaCh1RdWVyeU5vZGVzRGlzdHJpYnV0aW9uUmVxdWVzdBI5Chlvd25lcl9pZGVudGl0eV9wdWJsaWNfa2V5GAEgASgMUhZvd25lcklkZW50aXR5UHVibGljS2V5Is8BCh5RdWVyeU5vZGVzRGlzdHJpYnV0aW9uUmVzcG9uc2USaAoRbm9kZV9kaXN0cmlidXRpb24YASADKAsyOy5zcGFyay5RdWVyeU5vZGVzRGlzdHJpYnV0aW9uUmVzcG9uc2UuTm9kZURpc3RyaWJ1dGlvbkVudHJ5UhBub2RlRGlzdHJpYnV0aW9uGkMKFU5vZGVEaXN0cmlidXRpb25FbnRyeRIQCgNrZXkYASABKARSA2tleRIUCgV2YWx1ZRgCIAEoBFIFdmFsdWU6AjgBIpkBChhRdWVyeU5vZGVzQnlWYWx1ZVJlcXVlc3QSOQoZb3duZXJfaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDFIWb3duZXJJZGVudGl0eVB1YmxpY0tleRIUCgV2YWx1ZRgCIAEoA1IFdmFsdWUSFgoGb2Zmc2V0GAMgASgDUgZvZmZzZXQSFAoFbGltaXQYBCABKANSBWxpbWl0IsEBChlRdWVyeU5vZGVzQnlWYWx1ZVJlc3BvbnNlEkEKBW5vZGVzGAEgAygLMisuc3BhcmsuUXVlcnlOb2Rlc0J5VmFsdWVSZXNwb25zZS5Ob2Rlc0VudHJ5UgVub2RlcxIWCgZvZmZzZXQYAiABKANSBm9mZnNldBpJCgpOb2Rlc0VudHJ5EhAKA2tleRgBIAEoCVIDa2V5EiUKBXZhbHVlGAIgASgLMg8uc3BhcmsuVHJlZU5vZGVSBXZhbHVlOgI4ASK2AQoZR2V0VXR4b3NGb3JBZGRyZXNzUmVxdWVzdBIYCgdhZGRyZXNzGAEgASgJUgdhZGRyZXNzEhYKBm9mZnNldBgCIAEoBFIGb2Zmc2V0EhQKBWxpbWl0GAMgASgEUgVsaW1pdBIoCgduZXR3b3JrGAQgASgOMg4uc3BhcmsuTmV0d29ya1IHbmV0d29yaxInCg9leGNsdWRlX2NsYWltZWQYBSABKAhSDmV4Y2x1ZGVDbGFpbWVkIlcKGkdldFV0eG9zRm9yQWRkcmVzc1Jlc3BvbnNlEiEKBXV0eG9zGAEgAygLMgsuc3BhcmsuVVRYT1IFdXR4b3MSFgoGb2Zmc2V0GAIgASgEUgZvZmZzZXQigwIKGkdldFV0eG9zRm9ySWRlbnRpdHlSZXF1ZXN0EjcKE2lkZW50aXR5X3B1YmxpY19rZXkYASABKAxCB/pCBHoCaCFSEWlkZW50aXR5UHVibGljS2V5EjIKB25ldHdvcmsYAiABKA4yDi5zcGFyay5OZXR3b3JrQgj6QgWCAQIgAFIHbmV0d29yaxInCg9leGNsdWRlX2NsYWltZWQYAyABKAhSDmV4Y2x1ZGVDbGFpbWVkEiYKBHBhZ2UYBCABKAsyEi5zcGFyay5QYWdlUmVxdWVzdFIEcGFnZRInCg9pbmNsdWRlX3BlbmRpbmcYBSABKAhSDmluY2x1ZGVQZW5kaW5nInIKG0dldFV0eG9zRm9ySWRlbnRpdHlSZXNwb25zZRIqCgV1dHhvcxgBIAMoCzIULnNwYXJrLkFkZHJlc3NlZFV0eG9SBXV0eG9zEicKBHBhZ2UYAiABKAsyEy5zcGFyay5QYWdlUmVzcG9uc2VSBHBhZ2UiYwoZUXVlcnlTcGFya0ludm9pY2VzUmVxdWVzdBIUCgVsaW1pdBgBIAEoA1IFbGltaXQSFgoGb2Zmc2V0GAIgASgDUgZvZmZzZXQSGAoHaW52b2ljZRgDIAMoCVIHaW52b2ljZSJ3ChpRdWVyeVNwYXJrSW52b2ljZXNSZXNwb25zZRIWCgZvZmZzZXQYASABKANSBm9mZnNldBJBChBpbnZvaWNlX3N0YXR1c2VzGAIgAygLMhYuc3BhcmsuSW52b2ljZVJlc3BvbnNlUg9pbnZvaWNlU3RhdHVzZXMi5QEKD0ludm9pY2VSZXNwb25zZRIYCgdpbnZvaWNlGAEgASgJUgdpbnZvaWNlEiwKBnN0YXR1cxgCIAEoDjIULnNwYXJrLkludm9pY2VTdGF0dXNSBnN0YXR1cxI6Cg1zYXRzX3RyYW5zZmVyGAMgASgLMhMuc3BhcmsuU2F0c1RyYW5zZmVySABSDHNhdHNUcmFuc2ZlchI9Cg50b2tlbl90cmFuc2ZlchgEIAEoCzIULnNwYXJrLlRva2VuVHJhbnNmZXJIAFINdG9rZW5UcmFuc2ZlckIPCg10cmFuc2Zlcl90eXBlIjgKDFNhdHNUcmFuc2ZlchIoCgt0cmFuc2Zlcl9pZBgBIAEoDEIH+kIEegJoEFIKdHJhbnNmZXJJZCJZCg1Ub2tlblRyYW5zZmVyEkgKHGZpbmFsX3Rva2VuX3RyYW5zYWN0aW9uX2hhc2gYASABKAxCB/pCBHoCaCBSGWZpbmFsVG9rZW5UcmFuc2FjdGlvbkhhc2girQEKIkluaXRpYXRlU3dhcFByaW1hcnlUcmFuc2ZlclJlcXVlc3QSNwoIdHJhbnNmZXIYASABKAsyGy5zcGFyay5TdGFydFRyYW5zZmVyUmVxdWVzdFIIdHJhbnNmZXISTgoTYWRhcHRvcl9wdWJsaWNfa2V5cxgCIAEoCzIeLnNwYXJrLkFkYXB0b3JQdWJsaWNLZXlQYWNrYWdlUhFhZGFwdG9yUHVibGljS2V5cyKdAQojSW5pdGlhdGVTd2FwUHJpbWFyeVRyYW5zZmVyUmVzcG9uc2USKwoIdHJhbnNmZXIYASABKAsyDy5zcGFyay5UcmFuc2ZlclIIdHJhbnNmZXISSQoPc2lnbmluZ19yZXN1bHRzGAIgAygLMiAuc3BhcmsuTGVhZlJlZnVuZFR4U2lnbmluZ1Jlc3VsdFIOc2lnbmluZ1Jlc3VsdHMizwEKF0FkYXB0b3JQdWJsaWNLZXlQYWNrYWdlEiwKEmFkYXB0b3JfcHVibGljX2tleRgBIAEoDFIQYWRhcHRvclB1YmxpY0tleRI5ChlkaXJlY3RfYWRhcHRvcl9wdWJsaWNfa2V5GAIgASgMUhZkaXJlY3RBZGFwdG9yUHVibGljS2V5EksKI2RpcmVjdF9mcm9tX2NwZnBfYWRhcHRvcl9wdWJsaWNfa2V5GAMgASgMUh5kaXJlY3RGcm9tQ3BmcEFkYXB0b3JQdWJsaWNLZXki5gEKDVdhbGxldFNldHRpbmcSQgoZb3duZXJfaWRlbnRpdHlfcHVibGljX2tleRgBIAEoDEIH+kIEegJoIVIWb3duZXJJZGVudGl0eVB1YmxpY0tleRInCg9wcml2YXRlX2VuYWJsZWQYAiABKAhSDnByaXZhdGVFbmFibGVkEkkKGm1hc3Rlcl9pZGVudGl0eV9wdWJsaWNfa2V5GAMgASgMQgf6QgR6AmghSABSF21hc3RlcklkZW50aXR5UHVibGljS2V5iAEBQh0KG19tYXN0ZXJfaWRlbnRpdHlfcHVibGljX2tleSKMAgoaVXBkYXRlV2FsbGV0U2V0dGluZ1JlcXVlc3QSLAoPcHJpdmF0ZV9lbmFibGVkGAEgASgISAFSDnByaXZhdGVFbmFibGVkiAEBEkQKHnNldF9tYXN0ZXJfaWRlbnRpdHlfcHVibGljX2tleRgCIAEoDEgAUhpzZXRNYXN0ZXJJZGVudGl0eVB1YmxpY0tleRJICiBjbGVhcl9tYXN0ZXJfaWRlbnRpdHlfcHVibGljX2tleRgDIAEoCEgAUhxjbGVhck1hc3RlcklkZW50aXR5UHVibGljS2V5QhwKGm1hc3Rlcl9pZGVudGl0eV9wdWJsaWNfa2V5QhIKEF9wcml2YXRlX2VuYWJsZWQiWgobVXBkYXRlV2FsbGV0U2V0dGluZ1Jlc3BvbnNlEjsKDndhbGxldF9zZXR0aW5nGAEgASgLMhQuc3BhcmsuV2FsbGV0U2V0dGluZ1INd2FsbGV0U2V0dGluZyIbChlRdWVyeVdhbGxldFNldHRpbmdSZXF1ZXN0IlkKGlF1ZXJ5V2FsbGV0U2V0dGluZ1Jlc3BvbnNlEjsKDndhbGxldF9zZXR0aW5nGAEgASgLMhQuc3BhcmsuV2FsbGV0U2V0dGluZ1INd2FsbGV0U2V0dGluZypNCgdOZXR3b3JrEg8KC1VOU1BFQ0lGSUVEEAASCwoHTUFJTk5FVBABEgsKB1JFR1RFU1QQAhILCgdURVNUTkVUEAMSCgoGU0lHTkVUEAQqIwoJRGlyZWN0aW9uEggKBE5FWFQQABIMCghQUkVWSU9VUxABKvwDCg5UcmFuc2ZlclN0YXR1cxIkCiBUUkFOU0ZFUl9TVEFUVVNfU0VOREVSX0lOSVRJQVRFRBAAEiwKKFRSQU5TRkVSX1NUQVRVU19TRU5ERVJfS0VZX1RXRUFLX1BFTkRJTkcQARImCiJUUkFOU0ZFUl9TVEFUVVNfU0VOREVSX0tFWV9UV0VBS0VEEAISKAokVFJBTlNGRVJfU1RBVFVTX1JFQ0VJVkVSX0tFWV9UV0VBS0VEEAMSKgomVFJBTlNGRVJfU1RBVFVTX1JFQ0VJVkVSX1JFRlVORF9TSUdORUQQBBIdChlUUkFOU0ZFUl9TVEFUVVNfQ09NUExFVEVEEAUSGwoXVFJBTlNGRVJfU1RBVFVTX0VYUElSRUQQBhIcChhUUkFOU0ZFUl9TVEFUVVNfUkVUVVJORUQQBxIwCixUUkFOU0ZFUl9TVEFUVVNfU0VOREVSX0lOSVRJQVRFRF9DT09SRElOQVRPUhAIEi0KKVRSQU5TRkVSX1NUQVRVU19SRUNFSVZFUl9LRVlfVFdFQUtfTE9DS0VEEAkSLgoqVFJBTlNGRVJfU1RBVFVTX1JFQ0VJVkVSX0tFWV9UV0VBS19BUFBMSUVEEAoSLQopVFJBTlNGRVJfU1RBVFVTX0FQUExZSU5HX1NFTkRFUl9LRVlfVFdFQUsQCyrxAgoWVHJhbnNmZXJSZWNlaXZlclN0YXR1cxImCiJUUkFOU0ZFUl9SRUNFSVZFUl9TVEFUVVNfSU5JVElBVEVEEAASKgomVFJBTlNGRVJfUkVDRUlWRVJfU1RBVFVTX0NMQUlNX1BFTkRJTkcQARIoCiRUUkFOU0ZFUl9SRUNFSVZFUl9TVEFUVVNfS0VZX1RXRUFLRUQQAhItCilUUkFOU0ZFUl9SRUNFSVZFUl9TVEFUVVNfS0VZX1RXRUFLX0xPQ0tFRBADEi4KKlRSQU5TRkVSX1JFQ0VJVkVSX1NUQVRVU19LRVlfVFdFQUtfQVBQTElFRBAEEioKJlRSQU5TRkVSX1JFQ0VJVkVSX1NUQVRVU19SRUZVTkRfU0lHTkVEEAUSJgoiVFJBTlNGRVJfUkVDRUlWRVJfU1RBVFVTX0NPTVBMRVRFRBAGEiYKIlRSQU5TRkVSX1JFQ0VJVkVSX1NUQVRVU19DQU5DRUxMRUQQByqaAQoMVHJhbnNmZXJUeXBlEhEKDVBSRUlNQUdFX1NXQVAQABIUChBDT09QRVJBVElWRV9FWElUEAESDAoIVFJBTlNGRVIQAhINCglVVFhPX1NXQVAQAxIICgRTV0FQEB4SEAoMQ09VTlRFUl9TV0FQECgSEwoPUFJJTUFSWV9TV0FQX1YzEAQSEwoPQ09VTlRFUl9TV0FQX1YzEAUqJgoFT3JkZXISDgoKREVTQ0VORElORxAAEg0KCUFTQ0VORElORxABKpwBChVQcmVpbWFnZVJlcXVlc3RTdGF0dXMSMAosUFJFSU1BR0VfUkVRVUVTVF9TVEFUVVNfV0FJVElOR19GT1JfUFJFSU1BR0UQABIrCidQUkVJTUFHRV9SRVFVRVNUX1NUQVRVU19QUkVJTUFHRV9TSEFSRUQQARIkCiBQUkVJTUFHRV9SRVFVRVNUX1NUQVRVU19SRVRVUk5FRBACKooBChNQcmVpbWFnZVJlcXVlc3RSb2xlEiIKHlBSRUlNQUdFX1JFUVVFU1RfUk9MRV9SRUNFSVZFUhAAEiAKHFBSRUlNQUdFX1JFUVVFU1RfUk9MRV9TRU5ERVIQARItCilQUkVJTUFHRV9SRVFVRVNUX1JPTEVfUkVDRUlWRVJfQU5EX1NFTkRFUhACKkUKE1V0eG9Td2FwUmVxdWVzdFR5cGUSCQoFRml4ZWQQABIKCgZNYXhGZWUQARIKCgZSZWZ1bmQQAhILCgdJbnN0YW50EAMqkAEKDlV0eG9Td2FwU3RhdHVzEiAKHFVUWE9fU1dBUF9TVEFUVVNfVU5TUEVDSUZJRUQQABIcChhVVFhPX1NXQVBfU1RBVFVTX0NSRUFURUQQARIeChpVVFhPX1NXQVBfU1RBVFVTX0NPTVBMRVRFRBACEh4KGlVUWE9fU1dBUF9TVEFUVVNfQ0FOQ0VMTEVEEAMqQAoLSGFzaFZhcmlhbnQSHAoYSEFTSF9WQVJJQU5UX1VOU1BFQ0lGSUVEEAASEwoPSEFTSF9WQVJJQU5UX1YyEAEqsQEKDUludm9pY2VTdGF0dXMSDQoJTk9UX0ZPVU5EEAASCwoHUEVORElORxABEg0KCUZJTkFMSVpFRBACEgwKCFJFVFVSTkVEEAQSIAocTUlTTUFUQ0hFRF9JTlZPSUNFX0ZJTkFMSVpFRBAFEh4KGk1JU01BVENIRURfSU5WT0lDRV9QRU5ESU5HEAYSHwobTUlTTUFUQ0hFRF9JTlZPSUNFX1JFVFVSTkVEEAciBAgDEAMqyQMKDlRyZWVOb2RlU3RhdHVzEh0KGVRSRUVfTk9ERV9TVEFUVVNfQ1JFQVRJTkcQABIeChpUUkVFX05PREVfU1RBVFVTX0FWQUlMQUJMRRABEiUKIVRSRUVfTk9ERV9TVEFUVVNfRlJPWkVOX0JZX0lTU1VFUhACEiQKIFRSRUVfTk9ERV9TVEFUVVNfVFJBTlNGRVJfTE9DS0VEEAMSIQodVFJFRV9OT0RFX1NUQVRVU19TUExJVF9MT0NLRUQQBBIdChlUUkVFX05PREVfU1RBVFVTX1NQTElUVEVEEAUSHwobVFJFRV9OT0RFX1NUQVRVU19BR0dSRUdBVEVEEAYSHQoZVFJFRV9OT0RFX1NUQVRVU19PTl9DSEFJThAHEiMKH1RSRUVfTk9ERV9TVEFUVVNfQUdHUkVHQVRFX0xPQ0sQCBIbChdUUkVFX05PREVfU1RBVFVTX0VYSVRFRBAJEiEKHVRSRUVfTk9ERV9TVEFUVVNfUkVORVdfTE9DS0VEEAoSIAocVFJFRV9OT0RFX1NUQVRVU19VTkFWQUlMQUJMRRALEiIKHlRSRUVfTk9ERV9TVEFUVVNfUEFSRU5UX0VYSVRFRBAMMugeCgxTcGFya1NlcnZpY2USaQoYZ2VuZXJhdGVfZGVwb3NpdF9hZGRyZXNzEiQuc3BhcmsuR2VuZXJhdGVEZXBvc2l0QWRkcmVzc1JlcXVlc3QaJS5zcGFyay5HZW5lcmF0ZURlcG9zaXRBZGRyZXNzUmVzcG9uc2UiABJ8Ch9nZW5lcmF0ZV9zdGF0aWNfZGVwb3NpdF9hZGRyZXNzEiouc3BhcmsuR2VuZXJhdGVTdGF0aWNEZXBvc2l0QWRkcmVzc1JlcXVlc3QaKy5zcGFyay5HZW5lcmF0ZVN0YXRpY0RlcG9zaXRBZGRyZXNzUmVzcG9uc2UiABJ2Ch1yb3RhdGVfc3RhdGljX2RlcG9zaXRfYWRkcmVzcxIoLnNwYXJrLlJvdGF0ZVN0YXRpY0RlcG9zaXRBZGRyZXNzUmVxdWVzdBopLnNwYXJrLlJvdGF0ZVN0YXRpY0RlcG9zaXRBZGRyZXNzUmVzcG9uc2UiABJwChtzdGFydF9kZXBvc2l0X3RyZWVfY3JlYXRpb24SJi5zcGFyay5TdGFydERlcG9zaXRUcmVlQ3JlYXRpb25SZXF1ZXN0Gicuc3BhcmsuU3RhcnREZXBvc2l0VHJlZUNyZWF0aW9uUmVzcG9uc2UiABJ5Ch5maW5hbGl6ZV9kZXBvc2l0X3RyZWVfY3JlYXRpb24SKS5zcGFyay5GaW5hbGl6ZURlcG9zaXRUcmVlQ3JlYXRpb25SZXF1ZXN0Giouc3BhcmsuRmluYWxpemVEZXBvc2l0VHJlZUNyZWF0aW9uUmVzcG9uc2UiABJ/CidmaW5hbGl6ZV90cmFuc2Zlcl93aXRoX3RyYW5zZmVyX3BhY2thZ2USMS5zcGFyay5GaW5hbGl6ZVRyYW5zZmVyV2l0aFRyYW5zZmVyUGFja2FnZVJlcXVlc3QaHy5zcGFyay5GaW5hbGl6ZVRyYW5zZmVyUmVzcG9uc2UiABJRChdxdWVyeV9wZW5kaW5nX3RyYW5zZmVycxIVLnNwYXJrLlRyYW5zZmVyRmlsdGVyGh0uc3BhcmsuUXVlcnlUcmFuc2ZlcnNSZXNwb25zZSIAEk0KE3F1ZXJ5X2FsbF90cmFuc2ZlcnMSFS5zcGFyay5UcmFuc2ZlckZpbHRlchodLnNwYXJrLlF1ZXJ5VHJhbnNmZXJzUmVzcG9uc2UiABJbChljbGFpbV90cmFuc2Zlcl90d2Vha19rZXlzEiQuc3BhcmsuQ2xhaW1UcmFuc2ZlclR3ZWFrS2V5c1JlcXVlc3QaFi5nb29nbGUucHJvdG9idWYuRW1wdHkiABJSChRzdG9yZV9wcmVpbWFnZV9zaGFyZRIgLnNwYXJrLlN0b3JlUHJlaW1hZ2VTaGFyZVJlcXVlc3QaFi5nb29nbGUucHJvdG9idWYuRW1wdHkiABJXChdzdG9yZV9wcmVpbWFnZV9zaGFyZV92MhIiLnNwYXJrLlN0b3JlUHJlaW1hZ2VTaGFyZVYyUmVxdWVzdBoWLmdvb2dsZS5wcm90b2J1Zi5FbXB0eSIAEmYKF2dldF9zaWduaW5nX2NvbW1pdG1lbnRzEiMuc3BhcmsuR2V0U2lnbmluZ0NvbW1pdG1lbnRzUmVxdWVzdBokLnNwYXJrLkdldFNpZ25pbmdDb21taXRtZW50c1Jlc3BvbnNlIgASUwoQcHJvdmlkZV9wcmVpbWFnZRIdLnNwYXJrLlByb3ZpZGVQcmVpbWFnZVJlcXVlc3QaHi5zcGFyay5Qcm92aWRlUHJlaW1hZ2VSZXNwb25zZSIAEk0KDnF1ZXJ5X3ByZWltYWdlEhsuc3BhcmsuUXVlcnlQcmVpbWFnZVJlcXVlc3QaHC5zcGFyay5RdWVyeVByZWltYWdlUmVzcG9uc2UiABJBCgpxdWVyeV9odGxjEhcuc3BhcmsuUXVlcnlIdGxjUmVxdWVzdBoYLnNwYXJrLlF1ZXJ5SHRsY1Jlc3BvbnNlIgASQQoKcmVuZXdfbGVhZhIXLnNwYXJrLlJlbmV3TGVhZlJlcXVlc3QaGC5zcGFyay5SZW5ld0xlYWZSZXNwb25zZSIAElwKGWdldF9zaWduaW5nX29wZXJhdG9yX2xpc3QSFi5nb29nbGUucHJvdG9idWYuRW1wdHkaJS5zcGFyay5HZXRTaWduaW5nT3BlcmF0b3JMaXN0UmVzcG9uc2UiABJECgtxdWVyeV9ub2RlcxIYLnNwYXJrLlF1ZXJ5Tm9kZXNSZXF1ZXN0Ghkuc3BhcmsuUXVlcnlOb2Rlc1Jlc3BvbnNlIgASSgoNcXVlcnlfYmFsYW5jZRIaLnNwYXJrLlF1ZXJ5QmFsYW5jZVJlcXVlc3QaGy5zcGFyay5RdWVyeUJhbGFuY2VSZXNwb25zZSIAEmoKGXF1ZXJ5X3VzZXJfc2lnbmVkX3JlZnVuZHMSJC5zcGFyay5RdWVyeVVzZXJTaWduZWRSZWZ1bmRzUmVxdWVzdBolLnNwYXJrLlF1ZXJ5VXNlclNpZ25lZFJlZnVuZHNSZXNwb25zZSIAEnkKHnF1ZXJ5X3VudXNlZF9kZXBvc2l0X2FkZHJlc3NlcxIpLnNwYXJrLlF1ZXJ5VW51c2VkRGVwb3NpdEFkZHJlc3Nlc1JlcXVlc3QaKi5zcGFyay5RdWVyeVVudXNlZERlcG9zaXRBZGRyZXNzZXNSZXNwb25zZSIAEnkKHnF1ZXJ5X3N0YXRpY19kZXBvc2l0X2FkZHJlc3NlcxIpLnNwYXJrLlF1ZXJ5U3RhdGljRGVwb3NpdEFkZHJlc3Nlc1JlcXVlc3QaKi5zcGFyay5RdWVyeVN0YXRpY0RlcG9zaXRBZGRyZXNzZXNSZXNwb25zZSIAElwKE3N1YnNjcmliZV90b19ldmVudHMSHy5zcGFyay5TdWJzY3JpYmVUb0V2ZW50c1JlcXVlc3QaIC5zcGFyay5TdWJzY3JpYmVUb0V2ZW50c1Jlc3BvbnNlIgAwARKGAQojaW5pdGlhdGVfc3RhdGljX2RlcG9zaXRfdXR4b19yZWZ1bmQSLS5zcGFyay5Jbml0aWF0ZVN0YXRpY0RlcG9zaXRVdHhvUmVmdW5kUmVxdWVzdBouLnNwYXJrLkluaXRpYXRlU3RhdGljRGVwb3NpdFV0eG9SZWZ1bmRSZXNwb25zZSIAEmEKFmV4aXRfc2luZ2xlX25vZGVfdHJlZXMSIS5zcGFyay5FeGl0U2luZ2xlTm9kZVRyZWVzUmVxdWVzdBoiLnNwYXJrLkV4aXRTaW5nbGVOb2RlVHJlZXNSZXNwb25zZSIAElYKE2Nvb3BlcmF0aXZlX2V4aXRfdjISHS5zcGFyay5Db29wZXJhdGl2ZUV4aXRSZXF1ZXN0Gh4uc3BhcmsuQ29vcGVyYXRpdmVFeGl0UmVzcG9uc2UiABJzCh5jbGFpbV90cmFuc2Zlcl9zaWduX3JlZnVuZHNfdjISJi5zcGFyay5DbGFpbVRyYW5zZmVyU2lnblJlZnVuZHNSZXF1ZXN0Gicuc3BhcmsuQ2xhaW1UcmFuc2ZlclNpZ25SZWZ1bmRzUmVzcG9uc2UiABJsChtmaW5hbGl6ZV9ub2RlX3NpZ25hdHVyZXNfdjISJC5zcGFyay5GaW5hbGl6ZU5vZGVTaWduYXR1cmVzUmVxdWVzdBolLnNwYXJrLkZpbmFsaXplTm9kZVNpZ25hdHVyZXNSZXNwb25zZSIAEmYKGWluaXRpYXRlX3ByZWltYWdlX3N3YXBfdjISIi5zcGFyay5Jbml0aWF0ZVByZWltYWdlU3dhcFJlcXVlc3QaIy5zcGFyay5Jbml0aWF0ZVByZWltYWdlU3dhcFJlc3BvbnNlIgASZgoZaW5pdGlhdGVfcHJlaW1hZ2Vfc3dhcF92MxIiLnNwYXJrLkluaXRpYXRlUHJlaW1hZ2VTd2FwUmVxdWVzdBojLnNwYXJrLkluaXRpYXRlUHJlaW1hZ2VTd2FwUmVzcG9uc2UiABJRChJzdGFydF9sZWFmX3N3YXBfdjISGy5zcGFyay5TdGFydFRyYW5zZmVyUmVxdWVzdBocLnNwYXJrLlN0YXJ0VHJhbnNmZXJSZXNwb25zZSIAElAKEXN0YXJ0X3RyYW5zZmVyX3YyEhsuc3BhcmsuU3RhcnRUcmFuc2ZlclJlcXVlc3QaHC5zcGFyay5TdGFydFRyYW5zZmVyUmVzcG9uc2UiABJSChFzdGFydF90cmFuc2Zlcl92MxIdLnNwYXJrLlN0YXJ0VHJhbnNmZXJWM1JlcXVlc3QaHC5zcGFyay5TdGFydFRyYW5zZmVyUmVzcG9uc2UiABJNCg5jbGFpbV90cmFuc2ZlchIbLnNwYXJrLkNsYWltVHJhbnNmZXJSZXF1ZXN0Ghwuc3BhcmsuQ2xhaW1UcmFuc2ZlclJlc3BvbnNlIgASXgoVZ2V0X3V0eG9zX2Zvcl9hZGRyZXNzEiAuc3BhcmsuR2V0VXR4b3NGb3JBZGRyZXNzUmVxdWVzdBohLnNwYXJrLkdldFV0eG9zRm9yQWRkcmVzc1Jlc3BvbnNlIgASYQoWZ2V0X3V0eG9zX2Zvcl9pZGVudGl0eRIhLnNwYXJrLkdldFV0eG9zRm9ySWRlbnRpdHlSZXF1ZXN0GiIuc3BhcmsuR2V0VXR4b3NGb3JJZGVudGl0eVJlc3BvbnNlIgASXQoUcXVlcnlfc3BhcmtfaW52b2ljZXMSIC5zcGFyay5RdWVyeVNwYXJrSW52b2ljZXNSZXF1ZXN0GiEuc3BhcmsuUXVlcnlTcGFya0ludm9pY2VzUmVzcG9uc2UiABJ5Ch5pbml0aWF0ZV9zd2FwX3ByaW1hcnlfdHJhbnNmZXISKS5zcGFyay5Jbml0aWF0ZVN3YXBQcmltYXJ5VHJhbnNmZXJSZXF1ZXN0Giouc3BhcmsuSW5pdGlhdGVTd2FwUHJpbWFyeVRyYW5zZmVyUmVzcG9uc2UiABJgChV1cGRhdGVfd2FsbGV0X3NldHRpbmcSIS5zcGFyay5VcGRhdGVXYWxsZXRTZXR0aW5nUmVxdWVzdBoiLnNwYXJrLlVwZGF0ZVdhbGxldFNldHRpbmdSZXNwb25zZSIAEl0KFHF1ZXJ5X3dhbGxldF9zZXR0aW5nEiAuc3BhcmsuUXVlcnlXYWxsZXRTZXR0aW5nUmVxdWVzdBohLnNwYXJrLlF1ZXJ5V2FsbGV0U2V0dGluZ1Jlc3BvbnNlIgBCLFoqZ2l0aHViLmNvbS9saWdodHNwYXJrZGV2L3NwYXJrL3Byb3RvL3NwYXJrYgZwcm90bzMKjhAKGHNwYXJrX3Rva2VuX2xlZ2FjeS5wcm90bxISc3BhcmtfdG9rZW5fbGVnYWN5Ghd2YWxpZGF0ZS92YWxpZGF0ZS5wcm90bxoLc3BhcmsucHJvdG8imwEKElRva2VuT3V0cHV0VG9TcGVuZBJGChtwcmV2X3Rva2VuX3RyYW5zYWN0aW9uX2hhc2gYASABKAxCB/pCBHoCaCBSGHByZXZUb2tlblRyYW5zYWN0aW9uSGFzaBI9ChtwcmV2X3Rva2VuX3RyYW5zYWN0aW9uX3ZvdXQYAiABKA1SGHByZXZUb2tlblRyYW5zYWN0aW9uVm91dCJmChJUb2tlblRyYW5zZmVySW5wdXQSUAoQb3V0cHV0c190b19zcGVuZBgBIAMoCzImLnNwYXJrX3Rva2VuX2xlZ2FjeS5Ub2tlbk91dHB1dFRvU3BlbmRSDm91dHB1dHNUb1NwZW5kIs8BCg5Ub2tlbk1pbnRJbnB1dBIzChFpc3N1ZXJfcHVibGljX2tleRgBIAEoDEIH+kIEegJoIVIPaXNzdWVyUHVibGljS2V5EjoKGWlzc3Vlcl9wcm92aWRlZF90aW1lc3RhbXAYAiABKARSF2lzc3VlclByb3ZpZGVkVGltZXN0YW1wEjcKEHRva2VuX2lkZW50aWZpZXIYAyABKAxCB/pCBHoCaCBIAFIPdG9rZW5JZGVudGlmaWVyiAEBQhMKEV90b2tlbl9pZGVudGlmaWVyIvYCChBUb2tlbkNyZWF0ZUlucHV0EjMKEWlzc3Vlcl9wdWJsaWNfa2V5GAEgASgMQgf6QgR6AmghUg9pc3N1ZXJQdWJsaWNLZXkSJgoKdG9rZW5fbmFtZRgCIAEoCUIH+kIEcgIYFFIJdG9rZW5OYW1lEioKDHRva2VuX3RpY2tlchgDIAEoCUIH+kIEcgIYBlILdG9rZW5UaWNrZXISJAoIZGVjaW1hbHMYBCABKA1CCPpCBSoDGP8BUghkZWNpbWFscxImCgptYXhfc3VwcGx5GAUgASgMQgf6QgR6AmgQUgltYXhTdXBwbHkSIQoMaXNfZnJlZXphYmxlGAYgASgIUgtpc0ZyZWV6YWJsZRJJChpjcmVhdGlvbl9lbnRpdHlfcHVibGljX2tleRgHIAEoDEIH+kIEegJoIUgAUhdjcmVhdGlvbkVudGl0eVB1YmxpY0tleYgBAUIdChtfY3JlYXRpb25fZW50aXR5X3B1YmxpY19rZXkixwQKC1Rva2VuT3V0cHV0Eh0KAmlkGAEgASgJQgj6QgVyA7ABAUgAUgJpZIgBARIxChBvd25lcl9wdWJsaWNfa2V5GAIgASgMQgf6QgR6AmghUg5vd25lclB1YmxpY0tleRJBChVyZXZvY2F0aW9uX2NvbW1pdG1lbnQYAyABKAxCB/pCBHoCaCFIAVIUcmV2b2NhdGlvbkNvbW1pdG1lbnSIAQESMQoSd2l0aGRyYXdfYm9uZF9zYXRzGAQgASgESAJSEHdpdGhkcmF3Qm9uZFNhdHOIAQESTAogd2l0aGRyYXdfcmVsYXRpdmVfYmxvY2tfbG9ja3RpbWUYBSABKARIA1Idd2l0aGRyYXdSZWxhdGl2ZUJsb2NrTG9ja3RpbWWIAQESNgoQdG9rZW5fcHVibGljX2tleRgGIAEoDEIH+kIEegJoIUgEUg50b2tlblB1YmxpY0tleYgBARI3ChB0b2tlbl9pZGVudGlmaWVyGAggASgMQgf6QgR6AmggSAVSD3Rva2VuSWRlbnRpZmllcogBARIqCgx0b2tlbl9hbW91bnQYByABKAxCB/pCBHoCaBBSC3Rva2VuQW1vdW50QgUKA19pZEIYChZfcmV2b2NhdGlvbl9jb21taXRtZW50QhUKE193aXRoZHJhd19ib25kX3NhdHNCIwohX3dpdGhkcmF3X3JlbGF0aXZlX2Jsb2NrX2xvY2t0aW1lQhMKEV90b2tlbl9wdWJsaWNfa2V5QhMKEV90b2tlbl9pZGVudGlmaWVyItkDChBUb2tlblRyYW5zYWN0aW9uEkMKCm1pbnRfaW5wdXQYASABKAsyIi5zcGFya190b2tlbl9sZWdhY3kuVG9rZW5NaW50SW5wdXRIAFIJbWludElucHV0Ek8KDnRyYW5zZmVyX2lucHV0GAIgASgLMiYuc3BhcmtfdG9rZW5fbGVnYWN5LlRva2VuVHJhbnNmZXJJbnB1dEgAUg10cmFuc2ZlcklucHV0EkkKDGNyZWF0ZV9pbnB1dBgFIAEoCzIkLnNwYXJrX3Rva2VuX2xlZ2FjeS5Ub2tlbkNyZWF0ZUlucHV0SABSC2NyZWF0ZUlucHV0EkQKDXRva2VuX291dHB1dHMYAyADKAsyHy5zcGFya190b2tlbl9sZWdhY3kuVG9rZW5PdXRwdXRSDHRva2VuT3V0cHV0cxJaCiNzcGFya19vcGVyYXRvcl9pZGVudGl0eV9wdWJsaWNfa2V5cxgEIAMoDEIM+kIJkgEGIgR6AmghUh9zcGFya09wZXJhdG9ySWRlbnRpdHlQdWJsaWNLZXlzEjIKB25ldHdvcmsYCiABKA4yDi5zcGFyay5OZXR3b3JrQgj6QgWCAQIgAFIHbmV0d29ya0IOCgx0b2tlbl9pbnB1dHNCOVo3Z2l0aHViLmNvbS9saWdodHNwYXJrZGV2L3NwYXJrL3Byb3RvL3NwYXJrX3Rva2VuX2xlZ2FjeWIGcHJvdG8zCvgECg5tdWx0aXNpZy5wcm90bxIIbXVsdGlzaWcaF3ZhbGlkYXRlL3ZhbGlkYXRlLnByb3RvIoIBCg5NdWx0aXNpZ0NvbmZpZxIYCgd2ZXJzaW9uGAEgASgNUgd2ZXJzaW9uEiUKCXRocmVzaG9sZBgCIAEoDUIH+kIEKgIoAVIJdGhyZXNob2xkEi8KC3B1YmxpY19rZXlzGAMgAygMQg76QguSAQgIAiIEegJoIVIKcHVibGljS2V5cyJhCg5LZXllZFNpZ25hdHVyZRImCgpwdWJsaWNfa2V5GAEgASgMQgf6QgR6AmghUglwdWJsaWNLZXkSJwoJc2lnbmF0dXJlGAIgASgMQgn6QgZ6BBBAGElSCXNpZ25hdHVyZSKdAQoUTXVsdGlzaWdTaWduYXR1cmVTZXQSSwoPbXVsdGlzaWdfY29uZmlnGAEgASgLMhgubXVsdGlzaWcuTXVsdGlzaWdDb25maWdCCPpCBYoBAhABUg5tdWx0aXNpZ0NvbmZpZxI4CgpzaWduYXR1cmVzGAIgAygLMhgubXVsdGlzaWcuS2V5ZWRTaWduYXR1cmVSCnNpZ25hdHVyZXMigQEKEFNpZ25pbmdBdXRob3JpdHkSKAoKcHVibGljX2tleRgBIAEoDEIH+kIEegJoIUgAUglwdWJsaWNLZXkSNgoIbXVsdGlzaWcYAiABKAsyGC5tdWx0aXNpZy5NdWx0aXNpZ0NvbmZpZ0gAUghtdWx0aXNpZ0ILCglhdXRob3JpdHlCL1otZ2l0aHViLmNvbS9saWdodHNwYXJrZGV2L3NwYXJrL3Byb3RvL211bHRpc2lnYgZwcm90bzMKwmUKEXNwYXJrX3Rva2VuLnByb3RvEgtzcGFya190b2tlbhofZ29vZ2xlL3Byb3RvYnVmL3RpbWVzdGFtcC5wcm90bxoObXVsdGlzaWcucHJvdG8aC3NwYXJrLnByb3RvGhd2YWxpZGF0ZS92YWxpZGF0ZS5wcm90byKbAQoSVG9rZW5PdXRwdXRUb1NwZW5kEkYKG3ByZXZfdG9rZW5fdHJhbnNhY3Rpb25faGFzaBgBIAEoDEIH+kIEegJoIFIYcHJldlRva2VuVHJhbnNhY3Rpb25IYXNoEj0KG3ByZXZfdG9rZW5fdHJhbnNhY3Rpb25fdm91dBgCIAEoDVIYcHJldlRva2VuVHJhbnNhY3Rpb25Wb3V0Il8KElRva2VuVHJhbnNmZXJJbnB1dBJJChBvdXRwdXRzX3RvX3NwZW5kGAEgAygLMh8uc3BhcmtfdG9rZW4uVG9rZW5PdXRwdXRUb1NwZW5kUg5vdXRwdXRzVG9TcGVuZCKTAQoOVG9rZW5NaW50SW5wdXQSMwoRaXNzdWVyX3B1YmxpY19rZXkYASABKAxCB/pCBHoCaCFSD2lzc3VlclB1YmxpY0tleRI3ChB0b2tlbl9pZGVudGlmaWVyGAIgASgMQgf6QgR6AmggSABSD3Rva2VuSWRlbnRpZmllcogBAUITChFfdG9rZW5faWRlbnRpZmllciK/AwoQVG9rZW5DcmVhdGVJbnB1dBIzChFpc3N1ZXJfcHVibGljX2tleRgBIAEoDEIH+kIEegJoIVIPaXNzdWVyUHVibGljS2V5EiYKCnRva2VuX25hbWUYAiABKAlCB/pCBHICGBRSCXRva2VuTmFtZRIqCgx0b2tlbl90aWNrZXIYAyABKAlCB/pCBHICGAZSC3Rva2VuVGlja2VyEiQKCGRlY2ltYWxzGAQgASgNQgj6QgUqAxj/AVIIZGVjaW1hbHMSJgoKbWF4X3N1cHBseRgFIAEoDEIH+kIEegJoEFIJbWF4U3VwcGx5EiEKDGlzX2ZyZWV6YWJsZRgGIAEoCFILaXNGcmVlemFibGUSSQoaY3JlYXRpb25fZW50aXR5X3B1YmxpY19rZXkYByABKAxCB/pCBHoCaCFIAFIXY3JlYXRpb25FbnRpdHlQdWJsaWNLZXmIAQESNAoOZXh0cmFfbWV0YWRhdGEYCCABKAxCCPpCBXoDGIAISAFSDWV4dHJhTWV0YWRhdGGIAQFCHQobX2NyZWF0aW9uX2VudGl0eV9wdWJsaWNfa2V5QhEKD19leHRyYV9tZXRhZGF0YSLoBQoLVG9rZW5PdXRwdXQSHQoCaWQYASABKAlCCPpCBXIDsAEBSABSAmlkiAEBEjEKEG93bmVyX3B1YmxpY19rZXkYAiABKAxCB/pCBHoCaCFSDm93bmVyUHVibGljS2V5EkEKFXJldm9jYXRpb25fY29tbWl0bWVudBgDIAEoDEIH+kIEegJoIUgBUhRyZXZvY2F0aW9uQ29tbWl0bWVudIgBARIxChJ3aXRoZHJhd19ib25kX3NhdHMYBCABKARIAlIQd2l0aGRyYXdCb25kU2F0c4gBARJMCiB3aXRoZHJhd19yZWxhdGl2ZV9ibG9ja19sb2NrdGltZRgFIAEoBEgDUh13aXRoZHJhd1JlbGF0aXZlQmxvY2tMb2NrdGltZYgBARI2ChB0b2tlbl9wdWJsaWNfa2V5GAYgASgMQgf6QgR6AmghSARSDnRva2VuUHVibGljS2V5iAEBEjcKEHRva2VuX2lkZW50aWZpZXIYCCABKAxCB/pCBHoCaCBIBVIPdG9rZW5JZGVudGlmaWVyiAEBEioKDHRva2VuX2Ftb3VudBgHIAEoDEIH+kIEegJoEFILdG9rZW5BbW91bnQSOwoXc2Vfd2l0aGRyYXdhbF9zaWduYXR1cmUYCSABKAxIBlIVc2VXaXRoZHJhd2FsU2lnbmF0dXJliAEBEjsKBnN0YXR1cxgKIAEoDjIeLnNwYXJrX3Rva2VuLlRva2VuT3V0cHV0U3RhdHVzSAdSBnN0YXR1c4gBAUIFCgNfaWRCGAoWX3Jldm9jYXRpb25fY29tbWl0bWVudEIVChNfd2l0aGRyYXdfYm9uZF9zYXRzQiMKIV93aXRoZHJhd19yZWxhdGl2ZV9ibG9ja19sb2NrdGltZUITChFfdG9rZW5fcHVibGljX2tleUITChFfdG9rZW5faWRlbnRpZmllckIaChhfc2Vfd2l0aGRyYXdhbF9zaWduYXR1cmVCCQoHX3N0YXR1cyKeAgoSUGFydGlhbFRva2VuT3V0cHV0EjEKEG93bmVyX3B1YmxpY19rZXkYASABKAxCB/pCBHoCaCFSDm93bmVyUHVibGljS2V5EiwKEndpdGhkcmF3X2JvbmRfc2F0cxgCIAEoBFIQd2l0aGRyYXdCb25kU2F0cxJHCiB3aXRoZHJhd19yZWxhdGl2ZV9ibG9ja19sb2NrdGltZRgDIAEoBFIdd2l0aGRyYXdSZWxhdGl2ZUJsb2NrTG9ja3RpbWUSMgoQdG9rZW5faWRlbnRpZmllchgEIAEoDEIH+kIEegJoIFIPdG9rZW5JZGVudGlmaWVyEioKDHRva2VuX2Ftb3VudBgFIAEoDEIH+kIEegJoEFILdG9rZW5BbW91bnQiowEKEEZpbmFsVG9rZW5PdXRwdXQSUQoUcGFydGlhbF90b2tlbl9vdXRwdXQYASABKAsyHy5zcGFya190b2tlbi5QYXJ0aWFsVG9rZW5PdXRwdXRSEnBhcnRpYWxUb2tlbk91dHB1dBI8ChVyZXZvY2F0aW9uX2NvbW1pdG1lbnQYAiABKAxCB/pCBHoCaCFSFHJldm9jYXRpb25Db21taXRtZW50IvUGChBUb2tlblRyYW5zYWN0aW9uEhgKB3ZlcnNpb24YASABKA1SB3ZlcnNpb24SPAoKbWludF9pbnB1dBgCIAEoCzIbLnNwYXJrX3Rva2VuLlRva2VuTWludElucHV0SABSCW1pbnRJbnB1dBJICg50cmFuc2Zlcl9pbnB1dBgDIAEoCzIfLnNwYXJrX3Rva2VuLlRva2VuVHJhbnNmZXJJbnB1dEgAUg10cmFuc2ZlcklucHV0EkIKDGNyZWF0ZV9pbnB1dBgIIAEoCzIdLnNwYXJrX3Rva2VuLlRva2VuQ3JlYXRlSW5wdXRIAFILY3JlYXRlSW5wdXQSPQoNdG9rZW5fb3V0cHV0cxgEIAMoCzIYLnNwYXJrX3Rva2VuLlRva2VuT3V0cHV0Ugx0b2tlbk91dHB1dHMSWgojc3Bhcmtfb3BlcmF0b3JfaWRlbnRpdHlfcHVibGljX2tleXMYBSADKAxCDPpCCZIBBiIEegJoIVIfc3BhcmtPcGVyYXRvcklkZW50aXR5UHVibGljS2V5cxI7CgtleHBpcnlfdGltZRgGIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBSCmV4cGlyeVRpbWUSMgoHbmV0d29yaxgHIAEoDjIOLnNwYXJrLk5ldHdvcmtCCPpCBYIBAiAAUgduZXR3b3JrElQKGGNsaWVudF9jcmVhdGVkX3RpbWVzdGFtcBgJIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBSFmNsaWVudENyZWF0ZWRUaW1lc3RhbXASTwoTaW52b2ljZV9hdHRhY2htZW50cxgKIAMoCzIeLnNwYXJrX3Rva2VuLkludm9pY2VBdHRhY2htZW50UhJpbnZvaWNlQXR0YWNobWVudHMSPwoZdmFsaWRpdHlfZHVyYXRpb25fc2Vjb25kcxgLIAEoBEgBUhd2YWxpZGl0eUR1cmF0aW9uU2Vjb25kc4gBARJGCg5leGVjdXRlX2JlZm9yZRgMIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBIAlINZXhlY3V0ZUJlZm9yZYgBAUIOCgx0b2tlbl9pbnB1dHNCHAoaX3ZhbGlkaXR5X2R1cmF0aW9uX3NlY29uZHNCEQoPX2V4ZWN1dGVfYmVmb3JlIpkDChhUb2tlblRyYW5zYWN0aW9uTWV0YWRhdGESWgojc3Bhcmtfb3BlcmF0b3JfaWRlbnRpdHlfcHVibGljX2tleXMYAiADKAxCDPpCCZIBBiIEegJoIVIfc3BhcmtPcGVyYXRvcklkZW50aXR5UHVibGljS2V5cxIyCgduZXR3b3JrGAMgASgOMg4uc3BhcmsuTmV0d29ya0II+kIFggECIABSB25ldHdvcmsSVAoYY2xpZW50X2NyZWF0ZWRfdGltZXN0YW1wGAQgASgLMhouZ29vZ2xlLnByb3RvYnVmLlRpbWVzdGFtcFIWY2xpZW50Q3JlYXRlZFRpbWVzdGFtcBJGChl2YWxpZGl0eV9kdXJhdGlvbl9zZWNvbmRzGAUgASgEQgr6QgcyBRisAigBUhd2YWxpZGl0eUR1cmF0aW9uU2Vjb25kcxJPChNpbnZvaWNlX2F0dGFjaG1lbnRzGAYgAygLMh4uc3BhcmtfdG9rZW4uSW52b2ljZUF0dGFjaG1lbnRSEmludm9pY2VBdHRhY2htZW50cyKkBAoXUGFydGlhbFRva2VuVHJhbnNhY3Rpb24SGAoHdmVyc2lvbhgBIAEoDVIHdmVyc2lvbhJjChp0b2tlbl90cmFuc2FjdGlvbl9tZXRhZGF0YRgCIAEoCzIlLnNwYXJrX3Rva2VuLlRva2VuVHJhbnNhY3Rpb25NZXRhZGF0YVIYdG9rZW5UcmFuc2FjdGlvbk1ldGFkYXRhEjwKCm1pbnRfaW5wdXQYAyABKAsyGy5zcGFya190b2tlbi5Ub2tlbk1pbnRJbnB1dEgAUgltaW50SW5wdXQSSAoOdHJhbnNmZXJfaW5wdXQYBCABKAsyHy5zcGFya190b2tlbi5Ub2tlblRyYW5zZmVySW5wdXRIAFINdHJhbnNmZXJJbnB1dBJCCgxjcmVhdGVfaW5wdXQYBSABKAsyHS5zcGFya190b2tlbi5Ub2tlbkNyZWF0ZUlucHV0SABSC2NyZWF0ZUlucHV0ElMKFXBhcnRpYWxfdG9rZW5fb3V0cHV0cxgGIAMoCzIfLnNwYXJrX3Rva2VuLlBhcnRpYWxUb2tlbk91dHB1dFITcGFydGlhbFRva2VuT3V0cHV0cxJGCg5leGVjdXRlX2JlZm9yZRgHIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBIAVINZXhlY3V0ZUJlZm9yZYgBAUIOCgx0b2tlbl9pbnB1dHNCEQoPX2V4ZWN1dGVfYmVmb3JlIpwEChVGaW5hbFRva2VuVHJhbnNhY3Rpb24SGAoHdmVyc2lvbhgBIAEoDVIHdmVyc2lvbhJjChp0b2tlbl90cmFuc2FjdGlvbl9tZXRhZGF0YRgCIAEoCzIlLnNwYXJrX3Rva2VuLlRva2VuVHJhbnNhY3Rpb25NZXRhZGF0YVIYdG9rZW5UcmFuc2FjdGlvbk1ldGFkYXRhEjwKCm1pbnRfaW5wdXQYAyABKAsyGy5zcGFya190b2tlbi5Ub2tlbk1pbnRJbnB1dEgAUgltaW50SW5wdXQSSAoOdHJhbnNmZXJfaW5wdXQYBCABKAsyHy5zcGFya190b2tlbi5Ub2tlblRyYW5zZmVySW5wdXRIAFINdHJhbnNmZXJJbnB1dBJCCgxjcmVhdGVfaW5wdXQYBSABKAsyHS5zcGFya190b2tlbi5Ub2tlbkNyZWF0ZUlucHV0SABSC2NyZWF0ZUlucHV0Ek0KE2ZpbmFsX3Rva2VuX291dHB1dHMYBiADKAsyHS5zcGFya190b2tlbi5GaW5hbFRva2VuT3V0cHV0UhFmaW5hbFRva2VuT3V0cHV0cxJGCg5leGVjdXRlX2JlZm9yZRgHIAEoCzIaLmdvb2dsZS5wcm90b2J1Zi5UaW1lc3RhbXBIAVINZXhlY3V0ZUJlZm9yZYgBAUIOCgx0b2tlbl9pbnB1dHNCEQoPX2V4ZWN1dGVfYmVmb3JlIjgKEUludm9pY2VBdHRhY2htZW50EiMKDXNwYXJrX2ludm9pY2UYASABKAlSDHNwYXJrSW52b2ljZSKlAgoSU2lnbmF0dXJlV2l0aEluZGV4Ei4KCXNpZ25hdHVyZRgBIAEoDEIL+kIIegYQQBhJcAFIAVIJc2lnbmF0dXJliAEBEh8KC2lucHV0X2luZGV4GAIgASgNUgppbnB1dEluZGV4EkUKEHNpbmdsZV9zaWduYXR1cmUYAyABKAsyGC5tdWx0aXNpZy5LZXllZFNpZ25hdHVyZUgAUg9zaW5nbGVTaWduYXR1cmUSUQoTbXVsdGlzaWdfc2lnbmF0dXJlcxgEIAEoCzIeLm11bHRpc2lnLk11bHRpc2lnU2lnbmF0dXJlU2V0SABSEm11bHRpc2lnU2lnbmF0dXJlc0IWChRhdXRob3JpdHlfc2lnbmF0dXJlc0IMCgpfc2lnbmF0dXJlIrQBCh5JbnB1dFR0eG9TaWduYXR1cmVzUGVyT3BlcmF0b3ISSAoPdHR4b19zaWduYXR1cmVzGAEgAygLMh8uc3BhcmtfdG9rZW4uU2lnbmF0dXJlV2l0aEluZGV4Ug50dHhvU2lnbmF0dXJlcxJIChxvcGVyYXRvcl9pZGVudGl0eV9wdWJsaWNfa2V5GAIgASgMQgf6QgR6AmghUhlvcGVyYXRvcklkZW50aXR5UHVibGljS2V5IvICChdTdGFydFRyYW5zYWN0aW9uUmVxdWVzdBI3ChNpZGVudGl0eV9wdWJsaWNfa2V5GAEgASgMQgf6QgR6AmghUhFpZGVudGl0eVB1YmxpY0tleRJZChlwYXJ0aWFsX3Rva2VuX3RyYW5zYWN0aW9uGAIgASgLMh0uc3BhcmtfdG9rZW4uVG9rZW5UcmFuc2FjdGlvblIXcGFydGlhbFRva2VuVHJhbnNhY3Rpb24SewoqcGFydGlhbF90b2tlbl90cmFuc2FjdGlvbl9vd25lcl9zaWduYXR1cmVzGAMgAygLMh8uc3BhcmtfdG9rZW4uU2lnbmF0dXJlV2l0aEluZGV4UiZwYXJ0aWFsVG9rZW5UcmFuc2FjdGlvbk93bmVyU2lnbmF0dXJlcxJGChl2YWxpZGl0eV9kdXJhdGlvbl9zZWNvbmRzGAQgASgEQgr6QgcyBRisAigBUhd2YWxpZGl0eUR1cmF0aW9uU2Vjb25kcyKuAQoYU3RhcnRUcmFuc2FjdGlvblJlc3BvbnNlElUKF2ZpbmFsX3Rva2VuX3RyYW5zYWN0aW9uGAEgASgLMh0uc3BhcmtfdG9rZW4uVG9rZW5UcmFuc2FjdGlvblIVZmluYWxUb2tlblRyYW5zYWN0aW9uEjsKDWtleXNoYXJlX2luZm8YAiABKAsyFi5zcGFyay5TaWduaW5nS2V5c2hhcmVSDGtleXNoYXJlSW5mbyL4AgoYQ29tbWl0VHJhbnNhY3Rpb25SZXF1ZXN0ElUKF2ZpbmFsX3Rva2VuX3RyYW5zYWN0aW9uGAEgASgLMh0uc3BhcmtfdG9rZW4uVG9rZW5UcmFuc2FjdGlvblIVZmluYWxUb2tlblRyYW5zYWN0aW9uEkgKHGZpbmFsX3Rva2VuX3RyYW5zYWN0aW9uX2hhc2gYAiABKAxCB/pCBHoCaCBSGWZpbmFsVG9rZW5UcmFuc2FjdGlvbkhhc2gSdwoiaW5wdXRfdHR4b19zaWduYXR1cmVzX3Blcl9vcGVyYXRvchgDIAMoCzIrLnNwYXJrX3Rva2VuLklucHV0VHR4b1NpZ25hdHVyZXNQZXJPcGVyYXRvclIeaW5wdXRUdHhvU2lnbmF0dXJlc1Blck9wZXJhdG9yEkIKGW93bmVyX2lkZW50aXR5X3B1YmxpY19rZXkYBCABKAxCB/pCBHoCaCFSFm93bmVySWRlbnRpdHlQdWJsaWNLZXkiugEKDkNvbW1pdFByb2dyZXNzElEKHmNvbW1pdHRlZF9vcGVyYXRvcl9wdWJsaWNfa2V5cxgBIAMoDEIM+kIJkgEGIgR6AmghUhtjb21taXR0ZWRPcGVyYXRvclB1YmxpY0tleXMSVQogdW5jb21taXR0ZWRfb3BlcmF0b3JfcHVibGljX2tleXMYAiADKAxCDPpCCZIBBiIEegJoIVIddW5jb21taXR0ZWRPcGVyYXRvclB1YmxpY0tleXMi7wEKGUNvbW1pdFRyYW5zYWN0aW9uUmVzcG9uc2USPgoNY29tbWl0X3N0YXR1cxgBIAEoDjIZLnNwYXJrX3Rva2VuLkNvbW1pdFN0YXR1c1IMY29tbWl0U3RhdHVzEkQKD2NvbW1pdF9wcm9ncmVzcxgCIAEoCzIbLnNwYXJrX3Rva2VuLkNvbW1pdFByb2dyZXNzUg5jb21taXRQcm9ncmVzcxI3ChB0b2tlbl9pZGVudGlmaWVyGAMgASgMQgf6QgR6AmggSABSD3Rva2VuSWRlbnRpZmllcogBAUITChFfdG9rZW5faWRlbnRpZmllciKmAgobQnJvYWRjYXN0VHJhbnNhY3Rpb25SZXF1ZXN0EjcKE2lkZW50aXR5X3B1YmxpY19rZXkYASABKAxCB/pCBHoCaCFSEWlkZW50aXR5UHVibGljS2V5EmAKGXBhcnRpYWxfdG9rZW5fdHJhbnNhY3Rpb24YAiABKAsyJC5zcGFya190b2tlbi5QYXJ0aWFsVG9rZW5UcmFuc2FjdGlvblIXcGFydGlhbFRva2VuVHJhbnNhY3Rpb24SbAoidG9rZW5fdHJhbnNhY3Rpb25fb3duZXJfc2lnbmF0dXJlcxgDIAMoCzIfLnNwYXJrX3Rva2VuLlNpZ25hdHVyZVdpdGhJbmRleFIfdG9rZW5UcmFuc2FjdGlvbk93bmVyU2lnbmF0dXJlcyLOAgocQnJvYWRjYXN0VHJhbnNhY3Rpb25SZXNwb25zZRJaChdmaW5hbF90b2tlbl90cmFuc2FjdGlvbhgBIAEoCzIiLnNwYXJrX3Rva2VuLkZpbmFsVG9rZW5UcmFuc2FjdGlvblIVZmluYWxUb2tlblRyYW5zYWN0aW9uEj4KDWNvbW1pdF9zdGF0dXMYAiABKA4yGS5zcGFya190b2tlbi5Db21taXRTdGF0dXNSDGNvbW1pdFN0YXR1cxJECg9jb21taXRfcHJvZ3Jlc3MYAyABKAsyGy5zcGFya190b2tlbi5Db21taXRQcm9ncmVzc1IOY29tbWl0UHJvZ3Jlc3MSNwoQdG9rZW5faWRlbnRpZmllchgEIAEoDEIH+kIEegJoIEgAUg90b2tlbklkZW50aWZpZXKIAQFCEwoRX3Rva2VuX2lkZW50aWZpZXIikgEKGVF1ZXJ5VG9rZW5NZXRhZGF0YVJlcXVlc3QSOQoRdG9rZW5faWRlbnRpZmllcnMYASADKAxCDPpCCZIBBiIEegJoIFIQdG9rZW5JZGVudGlmaWVycxI6ChJpc3N1ZXJfcHVibGljX2tleXMYAiADKAxCDPpCCZIBBiIEegJoIVIQaXNzdWVyUHVibGljS2V5cyLwAwoNVG9rZW5NZXRhZGF0YRIzChFpc3N1ZXJfcHVibGljX2tleRgBIAEoDEIH+kIEegJoIVIPaXNzdWVyUHVibGljS2V5EiYKCnRva2VuX25hbWUYAiABKAlCB/pCBHICGBRSCXRva2VuTmFtZRIqCgx0b2tlbl90aWNrZXIYAyABKAlCB/pCBHICGAZSC3Rva2VuVGlja2VyEiQKCGRlY2ltYWxzGAQgASgNQgj6QgUqAxj/AVIIZGVjaW1hbHMSJgoKbWF4X3N1cHBseRgFIAEoDEIH+kIEegJoEFIJbWF4U3VwcGx5EiEKDGlzX2ZyZWV6YWJsZRgGIAEoCFILaXNGcmVlemFibGUSSQoaY3JlYXRpb25fZW50aXR5X3B1YmxpY19rZXkYByABKAxCB/pCBHoCaCFIAFIXY3JlYXRpb25FbnRpdHlQdWJsaWNLZXmIAQESMgoQdG9rZW5faWRlbnRpZmllchgIIAEoDEIH+kIEegJoIFIPdG9rZW5JZGVudGlmaWVyEjQKDmV4dHJhX21ldGFkYXRhGAkgASgMQgj6QgV6AxiACEgBUg1leHRyYU1ldGFkYXRhiAEBQh0KG19jcmVhdGlvbl9lbnRpdHlfcHVibGljX2tleUIRCg9fZXh0cmFfbWV0YWRhdGEiXwoaUXVlcnlUb2tlbk1ldGFkYXRhUmVzcG9uc2USQQoOdG9rZW5fbWV0YWRhdGEYASADKAsyGi5zcGFya190b2tlbi5Ub2tlbk1ldGFkYXRhUg10b2tlbk1ldGFkYXRhIqwCChhRdWVyeVRva2VuT3V0cHV0c1JlcXVlc3QSOAoRb3duZXJfcHVibGljX2tleXMYASADKAxCDPpCCZIBBiIEegJoIVIPb3duZXJQdWJsaWNLZXlzEjoKEmlzc3Vlcl9wdWJsaWNfa2V5cxgCIAMoDEIM+kIJkgEGIgR6AmghUhBpc3N1ZXJQdWJsaWNLZXlzEjkKEXRva2VuX2lkZW50aWZpZXJzGAQgAygMQgz6QgmSAQYiBHoCaCBSEHRva2VuSWRlbnRpZmllcnMSKAoHbmV0d29yaxgDIAEoDjIOLnNwYXJrLk5ldHdvcmtSB25ldHdvcmsSNQoMcGFnZV9yZXF1ZXN0GAUgASgLMhIuc3BhcmsuUGFnZVJlcXVlc3RSC3BhZ2VSZXF1ZXN0ItcECh1RdWVyeVRva2VuVHJhbnNhY3Rpb25zUmVxdWVzdBJLCgpieV90eF9oYXNoGAkgASgLMisuc3BhcmtfdG9rZW4uUXVlcnlUb2tlblRyYW5zYWN0aW9uc0J5VHhIYXNoSABSCGJ5VHhIYXNoEk0KCmJ5X2ZpbHRlcnMYCiABKAsyLC5zcGFya190b2tlbi5RdWVyeVRva2VuVHJhbnNhY3Rpb25zQnlGaWx0ZXJzSABSCWJ5RmlsdGVycxIsCgpvdXRwdXRfaWRzGAEgAygJQg36QgqSAQciBXIDsAEBUglvdXRwdXRJZHMSOAoRb3duZXJfcHVibGljX2tleXMYAiADKAxCDPpCCZIBBiIEegJoIVIPb3duZXJQdWJsaWNLZXlzEjoKEmlzc3Vlcl9wdWJsaWNfa2V5cxgDIAMoDEIM+kIJkgEGIgR6AmghUhBpc3N1ZXJQdWJsaWNLZXlzEjkKEXRva2VuX2lkZW50aWZpZXJzGAcgAygMQgz6QgmSAQYiBHoCaCBSEHRva2VuSWRlbnRpZmllcnMSRgoYdG9rZW5fdHJhbnNhY3Rpb25faGFzaGVzGAQgAygMQgz6QgmSAQYiBHoCaCBSFnRva2VuVHJhbnNhY3Rpb25IYXNoZXMSIgoFb3JkZXIYCCABKA4yDC5zcGFyay5PcmRlclIFb3JkZXISIAoFbGltaXQYBSABKANCCvpCByIFGOgHKABSBWxpbWl0Eh8KBm9mZnNldBgGIAEoA0IH+kIEIgIoAFIGb2Zmc2V0QgwKCnF1ZXJ5X3R5cGUiagoeUXVlcnlUb2tlblRyYW5zYWN0aW9uc0J5VHhIYXNoEkgKGHRva2VuX3RyYW5zYWN0aW9uX2hhc2hlcxgBIAMoDEIO+kILkgEICAEiBHoCaCBSFnRva2VuVHJhbnNhY3Rpb25IYXNoZXMitwIKH1F1ZXJ5VG9rZW5UcmFuc2FjdGlvbnNCeUZpbHRlcnMSLAoKb3V0cHV0X2lkcxgBIAMoCUIN+kIKkgEHIgVyA7ABAVIJb3V0cHV0SWRzEjgKEW93bmVyX3B1YmxpY19rZXlzGAIgAygMQgz6QgmSAQYiBHoCaCFSD293bmVyUHVibGljS2V5cxI6ChJpc3N1ZXJfcHVibGljX2tleXMYAyADKAxCDPpCCZIBBiIEegJoIVIQaXNzdWVyUHVibGljS2V5cxI5ChF0b2tlbl9pZGVudGlmaWVycxgEIAMoDEIM+kIJkgEGIgR6AmggUhB0b2tlbklkZW50aWZpZXJzEjUKDHBhZ2VfcmVxdWVzdBgFIAEoCzISLnNwYXJrLlBhZ2VSZXF1ZXN0UgtwYWdlUmVxdWVzdCLgAQoeUXVlcnlUb2tlblRyYW5zYWN0aW9uc1Jlc3BvbnNlEmwKHnRva2VuX3RyYW5zYWN0aW9uc193aXRoX3N0YXR1cxgBIAMoCzInLnNwYXJrX3Rva2VuLlRva2VuVHJhbnNhY3Rpb25XaXRoU3RhdHVzUht0b2tlblRyYW5zYWN0aW9uc1dpdGhTdGF0dXMSFgoGb2Zmc2V0GAIgASgDUgZvZmZzZXQSOAoNcGFnZV9yZXNwb25zZRgDIAEoCzITLnNwYXJrLlBhZ2VSZXNwb25zZVIMcGFnZVJlc3BvbnNlItYBCiFPdXRwdXRXaXRoUHJldmlvdXNUcmFuc2FjdGlvbkRhdGESMAoGb3V0cHV0GAEgASgLMhguc3BhcmtfdG9rZW4uVG9rZW5PdXRwdXRSBm91dHB1dBJDChlwcmV2aW91c190cmFuc2FjdGlvbl9oYXNoGAIgASgMQgf6QgR6AmggUhdwcmV2aW91c1RyYW5zYWN0aW9uSGFzaBI6ChlwcmV2aW91c190cmFuc2FjdGlvbl92b3V0GAMgASgNUhdwcmV2aW91c1RyYW5zYWN0aW9uVm91dCLaAQoZUXVlcnlUb2tlbk91dHB1dHNSZXNwb25zZRKCAQomb3V0cHV0c193aXRoX3ByZXZpb3VzX3RyYW5zYWN0aW9uX2RhdGEYASADKAsyLi5zcGFya190b2tlbi5PdXRwdXRXaXRoUHJldmlvdXNUcmFuc2FjdGlvbkRhdGFSIm91dHB1dHNXaXRoUHJldmlvdXNUcmFuc2FjdGlvbkRhdGESOAoNcGFnZV9yZXNwb25zZRgCIAEoCzITLnNwYXJrLlBhZ2VSZXNwb25zZVIMcGFnZVJlc3BvbnNlImQKGFNwZW50VG9rZW5PdXRwdXRNZXRhZGF0YRIbCglvdXRwdXRfaWQYASABKAlSCG91dHB1dElkEisKEXJldm9jYXRpb25fc2VjcmV0GAIgASgMUhByZXZvY2F0aW9uU2VjcmV0Io4BCiRUb2tlblRyYW5zYWN0aW9uQ29uZmlybWF0aW9uTWV0YWRhdGESZgocc3BlbnRfdG9rZW5fb3V0cHV0c19tZXRhZGF0YRgBIAMoCzIlLnNwYXJrX3Rva2VuLlNwZW50VG9rZW5PdXRwdXRNZXRhZGF0YVIZc3BlbnRUb2tlbk91dHB1dHNNZXRhZGF0YSLMAgoaVG9rZW5UcmFuc2FjdGlvbldpdGhTdGF0dXMSSgoRdG9rZW5fdHJhbnNhY3Rpb24YASABKAsyHS5zcGFya190b2tlbi5Ub2tlblRyYW5zYWN0aW9uUhB0b2tlblRyYW5zYWN0aW9uEjsKBnN0YXR1cxgCIAEoDjIjLnNwYXJrX3Rva2VuLlRva2VuVHJhbnNhY3Rpb25TdGF0dXNSBnN0YXR1cxJmChVjb25maXJtYXRpb25fbWV0YWRhdGEYAyABKAsyMS5zcGFya190b2tlbi5Ub2tlblRyYW5zYWN0aW9uQ29uZmlybWF0aW9uTWV0YWRhdGFSFGNvbmZpcm1hdGlvbk1ldGFkYXRhEj0KFnRva2VuX3RyYW5zYWN0aW9uX2hhc2gYBCABKAxCB/pCBHoCaCBSFHRva2VuVHJhbnNhY3Rpb25IYXNoIsYDChNGcmVlemVUb2tlbnNQYXlsb2FkEhgKB3ZlcnNpb24YASABKA1SB3ZlcnNpb24SNgoQb3duZXJfcHVibGljX2tleRgCIAEoDEIH+kIEegJoIUgAUg5vd25lclB1YmxpY0tleYgBARI2ChB0b2tlbl9wdWJsaWNfa2V5GAMgASgMQgf6QgR6AmghSAFSDnRva2VuUHVibGljS2V5iAEBEjcKEHRva2VuX2lkZW50aWZpZXIYBCABKAxCB/pCBHoCaCBIAlIPdG9rZW5JZGVudGlmaWVyiAEBEjoKGWlzc3Vlcl9wcm92aWRlZF90aW1lc3RhbXAYBSABKARSF2lzc3VlclByb3ZpZGVkVGltZXN0YW1wEkgKHG9wZXJhdG9yX2lkZW50aXR5X3B1YmxpY19rZXkYBiABKAxCB/pCBHoCaCFSGW9wZXJhdG9ySWRlbnRpdHlQdWJsaWNLZXkSJwoPc2hvdWxkX3VuZnJlZXplGAcgASgIUg5zaG91bGRVbmZyZWV6ZUITChFfb3duZXJfcHVibGljX2tleUITChFfdG9rZW5fcHVibGljX2tleUITChFfdG9rZW5faWRlbnRpZmllciKhAQoTRnJlZXplVG9rZW5zUmVxdWVzdBJUChVmcmVlemVfdG9rZW5zX3BheWxvYWQYASABKAsyIC5zcGFya190b2tlbi5GcmVlemVUb2tlbnNQYXlsb2FkUhNmcmVlemVUb2tlbnNQYXlsb2FkEjQKEGlzc3Vlcl9zaWduYXR1cmUYAiABKAxCCfpCBnoEEEAYSVIPaXNzdWVyU2lnbmF0dXJlIlgKDlRva2VuT3V0cHV0UmVmEjIKEHRyYW5zYWN0aW9uX2hhc2gYASABKAxCB/pCBHoCaCBSD3RyYW5zYWN0aW9uSGFzaBISCgR2b3V0GAIgASgNUgR2b3V0Il8KDkZyZWV6ZVByb2dyZXNzEk0KHGFwcGxpZWRfb3BlcmF0b3JfcHVibGljX2tleXMYASADKAxCDPpCCZIBBiIEegJoIVIZYXBwbGllZE9wZXJhdG9yUHVibGljS2V5cyKkAgoURnJlZXplVG9rZW5zUmVzcG9uc2USPwoTaW1wYWN0ZWRfb3V0cHV0X2lkcxgBIAMoCUIPGAH6QgqSAQciBXIDsAEBUhFpbXBhY3RlZE91dHB1dElkcxIyChVpbXBhY3RlZF90b2tlbl9hbW91bnQYAiABKAxSE2ltcGFjdGVkVG9rZW5BbW91bnQSUQoWaW1wYWN0ZWRfdG9rZW5fb3V0cHV0cxgDIAMoCzIbLnNwYXJrX3Rva2VuLlRva2VuT3V0cHV0UmVmUhRpbXBhY3RlZFRva2VuT3V0cHV0cxJECg9mcmVlemVfcHJvZ3Jlc3MYBCABKAsyGy5zcGFya190b2tlbi5GcmVlemVQcm9ncmVzc1IOZnJlZXplUHJvZ3Jlc3MqhQEKEVRva2VuT3V0cHV0U3RhdHVzEiMKH1RPS0VOX09VVFBVVF9TVEFUVVNfVU5TUEVDSUZJRUQQABIhCh1UT0tFTl9PVVRQVVRfU1RBVFVTX0FWQUlMQUJMRRABEigKJFRPS0VOX09VVFBVVF9TVEFUVVNfUEVORElOR19PVVRCT1VORBACKqcBChRUb2tlblRyYW5zYWN0aW9uVHlwZRImCiJUT0tFTl9UUkFOU0FDVElPTl9UWVBFX1VOU1BFQ0lGSUVEEAASIQodVE9LRU5fVFJBTlNBQ1RJT05fVFlQRV9DUkVBVEUQARIfChtUT0tFTl9UUkFOU0FDVElPTl9UWVBFX01JTlQQAhIjCh9UT0tFTl9UUkFOU0FDVElPTl9UWVBFX1RSQU5TRkVSEAMqUwoMQ29tbWl0U3RhdHVzEhYKEkNPTU1JVF9VTlNQRUNJRklFRBAAEhUKEUNPTU1JVF9QUk9DRVNTSU5HEAESFAoQQ09NTUlUX0ZJTkFMSVpFRBACKoYCChZUb2tlblRyYW5zYWN0aW9uU3RhdHVzEh0KGVRPS0VOX1RSQU5TQUNUSU9OX1NUQVJURUQQABIcChhUT0tFTl9UUkFOU0FDVElPTl9TSUdORUQQARIeChpUT0tFTl9UUkFOU0FDVElPTl9SRVZFQUxFRBAFEh8KG1RPS0VOX1RSQU5TQUNUSU9OX0ZJTkFMSVpFRBACEicKI1RPS0VOX1RSQU5TQUNUSU9OX1NUQVJURURfQ0FOQ0VMTEVEEAMSJgoiVE9LRU5fVFJBTlNBQ1RJT05fU0lHTkVEX0NBTkNFTExFRBAEEh0KGVRPS0VOX1RSQU5TQUNUSU9OX1VOS05PV04QCjLwBQoRU3BhcmtUb2tlblNlcnZpY2USYgoRc3RhcnRfdHJhbnNhY3Rpb24SJC5zcGFya190b2tlbi5TdGFydFRyYW5zYWN0aW9uUmVxdWVzdBolLnNwYXJrX3Rva2VuLlN0YXJ0VHJhbnNhY3Rpb25SZXNwb25zZSIAEmUKEmNvbW1pdF90cmFuc2FjdGlvbhIlLnNwYXJrX3Rva2VuLkNvbW1pdFRyYW5zYWN0aW9uUmVxdWVzdBomLnNwYXJrX3Rva2VuLkNvbW1pdFRyYW5zYWN0aW9uUmVzcG9uc2UiABJpChRxdWVyeV90b2tlbl9tZXRhZGF0YRImLnNwYXJrX3Rva2VuLlF1ZXJ5VG9rZW5NZXRhZGF0YVJlcXVlc3QaJy5zcGFya190b2tlbi5RdWVyeVRva2VuTWV0YWRhdGFSZXNwb25zZSIAEnUKGHF1ZXJ5X3Rva2VuX3RyYW5zYWN0aW9ucxIqLnNwYXJrX3Rva2VuLlF1ZXJ5VG9rZW5UcmFuc2FjdGlvbnNSZXF1ZXN0Gisuc3BhcmtfdG9rZW4uUXVlcnlUb2tlblRyYW5zYWN0aW9uc1Jlc3BvbnNlIgASZgoTcXVlcnlfdG9rZW5fb3V0cHV0cxIlLnNwYXJrX3Rva2VuLlF1ZXJ5VG9rZW5PdXRwdXRzUmVxdWVzdBomLnNwYXJrX3Rva2VuLlF1ZXJ5VG9rZW5PdXRwdXRzUmVzcG9uc2UiABJWCg1mcmVlemVfdG9rZW5zEiAuc3BhcmtfdG9rZW4uRnJlZXplVG9rZW5zUmVxdWVzdBohLnNwYXJrX3Rva2VuLkZyZWV6ZVRva2Vuc1Jlc3BvbnNlIgASbgoVYnJvYWRjYXN0X3RyYW5zYWN0aW9uEiguc3BhcmtfdG9rZW4uQnJvYWRjYXN0VHJhbnNhY3Rpb25SZXF1ZXN0Gikuc3BhcmtfdG9rZW4uQnJvYWRjYXN0VHJhbnNhY3Rpb25SZXNwb25zZSIAQjJaMGdpdGh1Yi5jb20vbGlnaHRzcGFya2Rldi9zcGFyay9wcm90by9zcGFya190b2tlbmIGcHJvdG8zCqUICgptb2NrLnByb3RvEgRtb2NrGhtnb29nbGUvcHJvdG9idWYvZW1wdHkucHJvdG8iQAobQ2xlYW5VcFByZWltYWdlU2hhcmVSZXF1ZXN0EiEKDHBheW1lbnRfaGFzaBgBIAEoDFILcGF5bWVudEhhc2giTQoYVXBkYXRlTm9kZXNTdGF0dXNSZXF1ZXN0EhkKCG5vZGVfaWRzGAEgAygJUgdub2RlSWRzEhYKBnN0YXR1cxgCIAEoCVIGc3RhdHVzIjEKElRyaWdnZXJUYXNrUmVxdWVzdBIbCgl0YXNrX25hbWUYASABKAlSCHRhc2tOYW1lIj4KGVF1ZXJ5UHJlaW1hZ2VTaGFyZVJlcXVlc3QSIQoMcGF5bWVudF9oYXNoGAEgASgMUgtwYXltZW50SGFzaCKIAQoaUXVlcnlQcmVpbWFnZVNoYXJlUmVzcG9uc2USJQoOcHJlaW1hZ2Vfc2hhcmUYASABKAxSDXByZWltYWdlU2hhcmUSHAoJdGhyZXNob2xkGAIgASgFUgl0aHJlc2hvbGQSJQoOaW52b2ljZV9zdHJpbmcYAyABKAlSDWludm9pY2VTdHJpbmciggEKGU1vZGlmeU5vZGVUaW1lbG9ja1JlcXVlc3QSFwoHbm9kZV9pZBgBIAEoCVIGbm9kZUlkEiMKDW5vZGVfdGltZWxvY2sYAiABKA1SDG5vZGVUaW1lbG9jaxInCg9yZWZ1bmRfdGltZWxvY2sYAyABKA1SDnJlZnVuZFRpbWVsb2NrMqoDCgtNb2NrU2VydmljZRJWChdjbGVhbl91cF9wcmVpbWFnZV9zaGFyZRIhLm1vY2suQ2xlYW5VcFByZWltYWdlU2hhcmVSZXF1ZXN0GhYuZ29vZ2xlLnByb3RvYnVmLkVtcHR5IgASTwoTdXBkYXRlX25vZGVzX3N0YXR1cxIeLm1vY2suVXBkYXRlTm9kZXNTdGF0dXNSZXF1ZXN0GhYuZ29vZ2xlLnByb3RvYnVmLkVtcHR5IgASQgoMdHJpZ2dlcl90YXNrEhgubW9jay5UcmlnZ2VyVGFza1JlcXVlc3QaFi5nb29nbGUucHJvdG9idWYuRW1wdHkiABJbChRxdWVyeV9wcmVpbWFnZV9zaGFyZRIfLm1vY2suUXVlcnlQcmVpbWFnZVNoYXJlUmVxdWVzdBogLm1vY2suUXVlcnlQcmVpbWFnZVNoYXJlUmVzcG9uc2UiABJRChRtb2RpZnlfbm9kZV90aW1lbG9jaxIfLm1vY2suTW9kaWZ5Tm9kZVRpbWVsb2NrUmVxdWVzdBoWLmdvb2dsZS5wcm90b2J1Zi5FbXB0eSIAQitaKWdpdGh1Yi5jb20vbGlnaHRzcGFya2Rldi9zcGFyay9wcm90by9tb2NrYgZwcm90bzMK6gcKEXNwYXJrX2F1dGhuLnByb3RvEgtzcGFya19hdXRobiJ4CglDaGFsbGVuZ2USGAoHdmVyc2lvbhgBIAEoBVIHdmVyc2lvbhIcCgl0aW1lc3RhbXAYAiABKANSCXRpbWVzdGFtcBIUCgVub25jZRgDIAEoDFIFbm9uY2USHQoKcHVibGljX2tleRgEIAEoDFIJcHVibGljS2V5IoUBChJQcm90ZWN0ZWRDaGFsbGVuZ2USGAoHdmVyc2lvbhgBIAEoBVIHdmVyc2lvbhI0CgljaGFsbGVuZ2UYAiABKAsyFi5zcGFya19hdXRobi5DaGFsbGVuZ2VSCWNoYWxsZW5nZRIfCgtzZXJ2ZXJfaG1hYxgDIAEoDFIKc2VydmVySG1hYyI0ChNHZXRDaGFsbGVuZ2VSZXF1ZXN0Eh0KCnB1YmxpY19rZXkYASABKAxSCXB1YmxpY0tleSJoChRHZXRDaGFsbGVuZ2VSZXNwb25zZRJQChNwcm90ZWN0ZWRfY2hhbGxlbmdlGAEgASgLMh8uc3BhcmtfYXV0aG4uUHJvdGVjdGVkQ2hhbGxlbmdlUhJwcm90ZWN0ZWRDaGFsbGVuZ2UipwEKFlZlcmlmeUNoYWxsZW5nZVJlcXVlc3QSUAoTcHJvdGVjdGVkX2NoYWxsZW5nZRgBIAEoCzIfLnNwYXJrX2F1dGhuLlByb3RlY3RlZENoYWxsZW5nZVIScHJvdGVjdGVkQ2hhbGxlbmdlEhwKCXNpZ25hdHVyZRgCIAEoDFIJc2lnbmF0dXJlEh0KCnB1YmxpY19rZXkYAyABKAxSCXB1YmxpY0tleSJxChdWZXJpZnlDaGFsbGVuZ2VSZXNwb25zZRIjCg1zZXNzaW9uX3Rva2VuGAEgASgJUgxzZXNzaW9uVG9rZW4SMQoUZXhwaXJhdGlvbl90aW1lc3RhbXAYAiABKANSE2V4cGlyYXRpb25UaW1lc3RhbXAyzAEKEVNwYXJrQXV0aG5TZXJ2aWNlElYKDWdldF9jaGFsbGVuZ2USIC5zcGFya19hdXRobi5HZXRDaGFsbGVuZ2VSZXF1ZXN0GiEuc3BhcmtfYXV0aG4uR2V0Q2hhbGxlbmdlUmVzcG9uc2UiABJfChB2ZXJpZnlfY2hhbGxlbmdlEiMuc3BhcmtfYXV0aG4uVmVyaWZ5Q2hhbGxlbmdlUmVxdWVzdBokLnNwYXJrX2F1dGhuLlZlcmlmeUNoYWxsZW5nZVJlc3BvbnNlIgBCMlowZ2l0aHViLmNvbS9saWdodHNwYXJrZGV2L3NwYXJrL3Byb3RvL3NwYXJrX2F1dGhuYgZwcm90bzM="),I=new Uint8Array(A.length);for(let g=0;g<A.length;g++)I[g]=A.charCodeAt(g);return I}(),I=yl.decode(A),g={descriptorSet:I,fileMap:new Map,messageMap:new Map};for(const A of I.file)if(A.name&&g.fileMap.set(A.name,A),A.messageType.length>0)for(const I of A.messageType){if(!I.name)continue;const C=A.package??"",B=C.length>0?`${C}.${I.name}`:String(I.name);g.messageMap.set(B,I),Ak(I,B,g.messageMap)}return $l=g,g}catch(A){throw new Error(`Failed to load protobuf descriptors: ${function(A){return A instanceof Error?A.message:String(A)}(A)}`,{cause:A})}}function gk(A){if(null==A.number)return null;const I={number:A.number};return"number"==typeof A.oneofIndex&&(I.oneofIndex=A.oneofIndex),A.label===xy.LABEL_REPEATED&&(I.repeated=!0),"number"==typeof A.type&&(I.type=A.type),A.type===vy.TYPE_MESSAGE&&"string"==typeof A.typeName&&A.typeName.length>0&&(I.typeName=A.typeName.startsWith(".")?A.typeName.slice(1):A.typeName),I}var Ck=class extends Error{constructor(){super("skip field")}};function Bk(A){if(null==A)return!0;if("object"==typeof A&&"$case"in A){const I=A.$case;return!I||"nullValue"===I}return!1}function ik(A,I=20){const g=[...new Set(A)];if(0===g.length)return"<none>";const C=g.slice(0,I).join(", "),B=g.length-I;return B>0?`${C}, ... (${B} more)`:C}const Qk=new Set(["google.protobuf.Value","google.protobuf.ListValue","google.protobuf.BoolValue","google.protobuf.Int32Value","google.protobuf.Int64Value","google.protobuf.UInt32Value","google.protobuf.UInt64Value","google.protobuf.FloatValue","google.protobuf.DoubleValue","google.protobuf.StringValue","google.protobuf.BytesValue"]);var ek=class{encoder=new TextEncoder;constructor(){}async hashProto(A,I){if(null==A)throw new Error("cannot hash nil or invalid message");if(I&&Qk.has(I))throw new Error(`top-level scalar/value types are not hashable; wrap in a parent message field: ${I}`);return this.hashMessage(A,I)}async hashMessage(A,I){if(A instanceof Date){const I=A.getTime(),g=A.__pbSeconds,C=A.__pbNanos,B="number"==typeof g?Math.floor(g):Math.floor(I/1e3),i="number"==typeof C?Math.floor(C):I%1e3*1e6,Q=this.hashInt64(B),e=this.hashInt64(i),E=new Uint8Array(Q.length+e.length);return E.set(Q,0),E.set(e,Q.length),this.hash("l",E)}if(null==A)throw new Error("cannot hash nil message");const g=this.getMessageFields(A,I),C=[];for(const[I,B]of Object.entries(g)){if(!B?.name)continue;const g=B.name,i=B.type,Q=void 0!==B.value?B.value:A[g];if(this.isDefault(Q,i))continue;const e=Q,E=this.hashFieldKey(parseInt(I),g);let t=null;try{t=await this.hashFieldValue(i,e)}catch(A){if(A instanceof Ck)continue;throw A}C.push({number:parseInt(I),khash:E,vhash:t})}C.sort((A,I)=>A.number-I.number);const B=C.reduce((A,I)=>A+I.khash.length+I.vhash.length,0),i=new Uint8Array(B);let Q=0;for(const A of C)i.set(A.khash,Q),Q+=A.khash.length,i.set(A.vhash,Q),Q+=A.vhash.length;return this.hash("d",i)}hashFieldKey(A,I){return this.hashInt64(A)}async hashFieldValue(A,I){return"repeated"===A?.type&&Array.isArray(I)?this.hashList(A.elementType||A,I):this.isMapType(A)?this.hashMap(A,I):this.hashValue(A,I)}async hashValue(A,I){const g=this.getTypeName(A);switch(g){case"bool":return this.hashBool(I);case"int32":case"int64":case"sint32":case"sint64":case"sfixed32":case"sfixed64":return this.hashInt64(I);case"uint32":case"uint64":case"fixed32":case"fixed64":return this.hashUint64(I);case"float":case"double":return this.hashFloat(I);case"string":return this.hashUnicode(I);case"bytes":return this.hashBytes(I);case"message":return A&&"object"==typeof A&&A.typeName?this.hashMessage(I,A.typeName):this.hashMessage(I);case"oneof":return this.hashOneof(I);default:if("number"==typeof I)return this.hashInt64(I);throw new Error(`Unsupported field type: ${g}`)}}async hashOneof(A){if(A&&"object"==typeof A&&"$case"in A){const I=A[A.$case];if(void 0!==I)return this.hashMessage(I)}throw new Error("invalid oneof: no active value")}async hashList(A,I){if(0===I.length)throw new Ck;const g=[],C="object"==typeof A&&"google.protobuf.Value"===A?.typeName;for(const B of I){if(C&&Bk(B))throw new Error("cannot hash nil value");const I=await this.hashValue(A,B);g.push(I)}const B=g.reduce((A,I)=>A+I.length,0),i=new Uint8Array(B);let Q=0;for(const A of g)i.set(A,Q),Q+=A.length;return this.hash("l",i)}async hashMap(A,I){const g=[],C=A?.valueType&&"google.protobuf.Value"===A.valueType.typeName;for(const[B,i]of Object.entries(I)){if(C&&Bk(i))continue;const I=await this.hashValue(A.keyType,B);let Q;try{Q=await this.hashValue(A.valueType,i)}catch(A){if(A instanceof Ck)continue;throw A}g.push({khash:I,vhash:Q})}if(0===g.length)throw new Ck;g.sort((A,I)=>this.compareBytes(A.khash,I.khash));const B=g.reduce((A,I)=>A+I.khash.length+I.vhash.length,0),i=new Uint8Array(B);let Q=0;for(const A of g)i.set(A.khash,Q),Q+=A.khash.length,i.set(A.vhash,Q),Q+=A.vhash.length;return this.hash("d",i)}hashBool(A){const I=A?new Uint8Array([49]):new Uint8Array([48]);return this.hash("b",I)}hashInt64(A){const I=this.encodeInt64BigEndian(A);return this.hash("i",I)}hashUint64(A){const I=this.encodeUint64BigEndian(A);return this.hash("i",I)}hashFloat(A){let I=Object.is(A,-0)?0:A;Number.isNaN(I)&&(I=NaN);const g=new ArrayBuffer(8);return new DataView(g).setFloat64(0,I,!1),this.hash("f",new Uint8Array(g))}hashUnicode(A){return this.hash("u",this.encoder.encode(A))}hashBytes(A){return this.hash("r",A)}hash(A,I){const g=Ya.create();return g.update(this.encoder.encode(A)),g.update(I),new Uint8Array(g.digest())}getMessageFields(A,I){const g={},C=I?function(A){try{const I=Ik().messageMap.get(A);if(!I)return{};const g={};if(I.field.length>0)for(const A of I.field)A.name&&null!=A.number&&(g[A.name]=A.number);return g}catch{return{}}}(I):{},B=I?function(A){try{const I=Ik().messageMap.get(A);if(!I)return{};const g={},C=I.field||[];for(const A of C){const I=gk(A);I&&A.name&&(g[A.name]=I)}return g}catch{return{}}}(I):{};function i(A){return A.replace(/([A-Z])/g,"_$1").replace(/^_/,"").toLowerCase()}const Q=new Set,e=Object.getOwnPropertyNames(A).concat(Object.keys(A)),E=[...new Set(e)];for(const e of E){const E=A[e];if(this.isOneofField(E)){const A=this.extractOneofField(e,E,C);if(A){const{actualFieldNumber:I,actualFieldName:C,actualValue:e}=A;Q.add(I);const E=B[i(C)]?.typeName,t=this.inferFieldType(e);g[I]={name:C,type:E?{type:"message",typeName:E}:t,value:e}}continue}const t=i(e),o=C&&t in C?C[t]:void 0;if(void 0===o)throw new Error(`Unknown field '${e}' for message type '${I??"<unknown>"}'`);const n=o;if(Q.add(n),void 0!==E){const A=B[i(e)],I=!0===A?.repeated,C=A?.type,Q=A?.typeName;let t;t=I&&Array.isArray(E)?{type:"repeated",elementType:this.protoTypeToFieldType(C,Q)}:Q?{type:"message",typeName:Q}:this.inferFieldType(E),g[n]={name:e,type:t,value:E}}}if(0===Object.keys(g).length){const g=Object.keys(C||{}),B=Object.getOwnPropertyNames(A).concat(Object.keys(A));throw new Error(`No fields found in message for ${I??"<unknown>"}; descriptor fields: ${ik(g)}; message keys: ${ik(B)}. This usually means messageTypeName is missing or invalid, or the message has no set fields.`)}return g}protoTypeToFieldType(A,I){switch(A){case 1:return"double";case 2:return"float";case 3:return"int64";case 4:return"uint64";case 5:case 14:return"int32";case 6:return"fixed64";case 7:return"fixed32";case 8:return"bool";case 9:return"string";case 11:return I?{type:"message",typeName:I}:"message";case 12:return"bytes";case 13:return"uint32";case 15:return"sfixed32";case 16:return"sfixed64";case 17:return"sint32";case 18:return"sint64";default:return"unknown"}}isOneofField(A){return A&&"object"==typeof A&&"$case"in A&&"string"==typeof A.$case}extractOneofField(A,I,g){if(!I||!("$case"in I))return null;const C=I.$case,B=I[C],i=g[C.replace(/([A-Z])/g,"_$1").replace(/^_/,"").toLowerCase()];return i?{actualFieldNumber:i,actualFieldName:C,actualValue:B}:null}inferFieldType(A){return"boolean"==typeof A?"bool":"number"==typeof A?Number.isInteger(A)&&A>=0?A<=4294967295?"uint32":"uint64":"int64":"bigint"==typeof A?"uint64":"string"==typeof A?"string":A instanceof Uint8Array?"bytes":Array.isArray(A)?"list":"object"==typeof A&&null!==A?"message":"unknown"}isDefault(A,I){if(null==A)return!0;if("message"===this.getTypeName(I)&&"google.protobuf.Value"===I.typeName&&Bk(A))return!0;if(Array.isArray(A))return 0===A.length;if(this.isMapType(I))return 0===Object.keys(A).length;switch(this.getTypeName(I)){case"bool":return!1===A;case"int32":case"int64":case"sint32":case"sint64":case"sfixed32":case"sfixed64":case"uint32":case"uint64":case"fixed32":case"fixed64":return 0===A||0n===A;case"float":case"double":return 0===A;case"string":case"bytes":return 0===A.length;default:if("number"==typeof A)return 0===A}return!1}getTypeName(A){return"string"==typeof A?A:A.type?A.type:A.resolvedType?"message":"unknown"}getMessageFullName(A){const I=A?.constructor?.name;return I&&"Object"!==I?I:"protobuf.Message"}isMapType(A){return!0===A.map||A.keyType&&A.valueType}isProto3(A){return!0}compareBytes(A,I){const g=Math.min(A.length,I.length);for(let C=0;C<g;C++){const g=A[C],B=I[C];if(void 0!==g&&void 0!==B&&g!==B)return g-B}return A.length-I.length}floatNormalize(A){if(0===A)return"+0:";let I=A,g="+";I<0&&(g="-",I=-I);let C=0;for(;I>1;)I/=2,C++;for(;I<=.5;)I*=2,C--;if(g+=`${C}:`,I>1||I<=.5)throw new Error(`Could not normalize float: ${A}`);for(;0!==I;){if(I>=1?(g+="1",I--):g+="0",I>=1)throw new Error(`Could not normalize float: ${A}`);if(g.length>=1e3)throw new Error(`Could not normalize float: ${A}`);I*=2}return g}encodeUint64BigEndian(A){let I="bigint"==typeof A?A:BigInt(A);const g=new Uint8Array(8);for(let A=7;A>=0;A--)g[A]=Number(255n&I),I>>=8n;return g}encodeInt64BigEndian(A){let I="bigint"==typeof A?A:BigInt(A);I<0&&(I&=(1n<<64n)-1n);const g=new Uint8Array(8);for(let A=7;A>=0;A--)g[A]=Number(255n&I),I>>=8n;return g}};function Ek(){return new ek}function tk(A,I=!1){switch(A.version){case 1:return function(A,I=!1){if(!A)throw new Wd("token transaction cannot be nil",{field:"tokenTransaction"});const g=[],C=Ya.create(),B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,A.version,!1),C.update(B),g.push(C.digest());const i=Ya.create(),Q=new Uint8Array(4);let e=0;if("mintInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_MINT;else if("transferInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_TRANSFER;else{if("createInput"!==A.tokenInputs?.$case)throw new Wd("token transaction must have exactly one input type",{field:"tokenInputs"});e=DE.TOKEN_TRANSACTION_TYPE_CREATE}if(new DataView(Q.buffer).setUint32(0,e,!1),i.update(Q),g.push(i.digest()),"transferInput"===A.tokenInputs?.$case){if(!A.tokenInputs.transferInput.outputsToSpend)throw new Wd("outputs to spend cannot be null",{field:"tokenInputs.transferInput.outputsToSpend"});if(0===A.tokenInputs.transferInput.outputsToSpend.length)throw new Wd("outputs to spend cannot be empty",{field:"tokenInputs.transferInput.outputsToSpend"});const I=Ya.create(),C=new Uint8Array(4);new DataView(C.buffer).setUint32(0,A.tokenInputs.transferInput.outputsToSpend.length,!1),I.update(C),g.push(I.digest());for(const[I,C]of A.tokenInputs.transferInput.outputsToSpend.entries()){if(!C)throw new Wd(`output cannot be null at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}]`,index:I});const A=Ya.create();if(C.prevTokenTransactionHash){const g=C.prevTokenTransactionHash;if(32!==C.prevTokenTransactionHash.length)throw new Wd(`invalid previous transaction hash length at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}].prevTokenTransactionHash`,value:g,expectedLength:32,actualLength:g.length,index:I});A.update(C.prevTokenTransactionHash)}const B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,C.prevTokenTransactionVout,!1),A.update(B),g.push(A.digest())}}else if("mintInput"===A.tokenInputs?.$case){const I=Ya.create();if(A.tokenInputs.mintInput.issuerPublicKey){const C=A.tokenInputs.mintInput.issuerPublicKey;if(0===C.length)throw new Wd("issuer public key cannot be empty",{field:"tokenInputs.mintInput.issuerPublicKey",value:C,expectedLength:1,actualLength:0});I.update(C),g.push(I.digest());const B=Ya.create();A.tokenInputs.mintInput.tokenIdentifier?B.update(A.tokenInputs.mintInput.tokenIdentifier):B.update(new Uint8Array(32)),g.push(B.digest())}}else if("createInput"===A.tokenInputs?.$case){const C=A.tokenInputs.createInput,B=Ya.create();if(!C.issuerPublicKey||0===C.issuerPublicKey.length)throw new Wd("issuer public key cannot be nil or empty",{field:"tokenInputs.createInput.issuerPublicKey"});B.update(C.issuerPublicKey),g.push(B.digest());const i=Ya.create();if(!C.tokenName||0===C.tokenName.length)throw new Wd("token name cannot be empty",{field:"tokenInputs.createInput.tokenName"});if(C.tokenName.length>20)throw new Wd("token name cannot be longer than 20 bytes",{field:"tokenInputs.createInput.tokenName",value:C.tokenName,expectedLength:20,actualLength:C.tokenName.length});const Q=new TextEncoder;i.update(Q.encode(C.tokenName)),g.push(i.digest());const e=Ya.create();if(!C.tokenTicker||0===C.tokenTicker.length)throw new Wd("token ticker cannot be empty",{field:"tokenInputs.createInput.tokenTicker"});if(C.tokenTicker.length>6)throw new Wd("token ticker cannot be longer than 6 bytes",{field:"tokenInputs.createInput.tokenTicker",value:C.tokenTicker,expectedLength:6,actualLength:C.tokenTicker.length});const E=new TextEncoder;e.update(E.encode(C.tokenTicker)),g.push(e.digest());const t=Ya.create(),o=new Uint8Array(4);new DataView(o.buffer).setUint32(0,C.decimals,!1),t.update(o),g.push(t.digest());const n=Ya.create();if(!C.maxSupply)throw new Wd("max supply cannot be nil",{field:"tokenInputs.createInput.maxSupply"});if(16!==C.maxSupply.length)throw new Wd("max supply must be exactly 16 bytes",{field:"tokenInputs.createInput.maxSupply",value:C.maxSupply,expectedLength:16,actualLength:C.maxSupply.length});n.update(C.maxSupply),g.push(n.digest());const a=Ya.create();a.update(new Uint8Array([C.isFreezable?1:0])),g.push(a.digest());const s=Ya.create();!I&&C.creationEntityPublicKey&&s.update(C.creationEntityPublicKey),g.push(s.digest())}if(!A.tokenOutputs)throw new Wd("token outputs cannot be null",{field:"tokenOutputs"});const E=Ya.create(),t=new Uint8Array(4);new DataView(t.buffer).setUint32(0,A.tokenOutputs.length,!1),E.update(t),g.push(E.digest());for(const[C,B]of A.tokenOutputs.entries()){if(!B)throw new Wd(`output cannot be null at index ${C}`,{field:`tokenOutputs[${C}]`,index:C});const A=Ya.create();if(B.id&&!I){if(0===B.id.length)throw new Wd(`output ID at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].id`,index:C});A.update((new TextEncoder).encode(B.id))}if(B.ownerPublicKey){if(0===B.ownerPublicKey.length)throw new Wd(`owner public key at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].ownerPublicKey`,index:C});A.update(B.ownerPublicKey)}if(!I){const I=B.revocationCommitment;if(I){if(0===I.length)throw new Wd(`revocation commitment at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].revocationCommitment`,index:C});A.update(I)}const g=new Uint8Array(8);new DataView(g.buffer).setBigUint64(0,BigInt(B.withdrawBondSats),!1),A.update(g);const i=new Uint8Array(8);new DataView(i.buffer).setBigUint64(0,BigInt(B.withdrawRelativeBlockLocktime),!1),A.update(i)}if(B.tokenPublicKey&&0!==B.tokenPublicKey.length?A.update(B.tokenPublicKey):A.update(new Uint8Array(33)),B.tokenIdentifier&&0!==B.tokenIdentifier.length?A.update(B.tokenIdentifier):A.update(new Uint8Array(32)),B.tokenAmount){if(0===B.tokenAmount.length)throw new Wd(`token amount at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].tokenAmount`,index:C});if(B.tokenAmount.length>16)throw new Wd(`token amount at index ${C} exceeds maximum length`,{field:`tokenOutputs[${C}].tokenAmount`,value:B.tokenAmount,expectedLength:16,actualLength:B.tokenAmount.length,index:C});A.update(B.tokenAmount)}g.push(A.digest())}if(!A.sparkOperatorIdentityPublicKeys)throw new Wd("spark operator identity public keys cannot be null",{});const o=[...A.sparkOperatorIdentityPublicKeys||[]].sort((A,I)=>{for(let g=0;g<A.length&&g<I.length;g++)if(A[g]!==I[g])return(A[g]??0)-(I[g]??0);return A.length-I.length}),n=Ya.create(),a=new Uint8Array(4);new DataView(a.buffer).setUint32(0,o.length,!1),n.update(a),g.push(n.digest());for(const[A,I]of o.entries()){if(!I)throw new Wd(`operator public key at index ${A} cannot be null`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});if(0===I.length)throw new Wd(`operator public key at index ${A} cannot be empty`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});const C=Ya.create();C.update(I),g.push(C.digest())}const s=Ya.create(),r=new Uint8Array(4);new DataView(r.buffer).setUint32(0,A.network.valueOf(),!1),s.update(r),g.push(s.digest());const c=Ya.create(),D=A.clientCreatedTimestamp;if(!D)throw new Wd("client created timestamp cannot be null for V1 token transactions",{field:"clientCreatedTimestamp"});const w=D.getTime(),d=new Uint8Array(8);if(new DataView(d.buffer).setBigUint64(0,BigInt(w),!1),c.update(d),g.push(c.digest()),!I){const I=Ya.create(),C=new Uint8Array(8),B=A.expiryTime?Math.floor(A.expiryTime.getTime()/1e3):0;new DataView(C.buffer).setBigUint64(0,BigInt(B),!1),I.update(C),g.push(I.digest())}const h=Ya.create(),y=new Uint8Array(g.reduce((A,I)=>A+I.length,0));let l=0;for(const A of g)y.set(A,l),l+=A.length;return h.update(y),h.digest()}(A,I);case 2:return function(A,I=!1){if(!A)throw new Wd("token transaction cannot be nil",{field:"tokenTransaction"});const g=[],C=Ya.create(),B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,A.version,!1),C.update(B),g.push(C.digest());const i=Ya.create(),Q=new Uint8Array(4);let e=0;if("mintInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_MINT;else if("transferInput"===A.tokenInputs?.$case)e=DE.TOKEN_TRANSACTION_TYPE_TRANSFER;else{if("createInput"!==A.tokenInputs?.$case)throw new Wd("token transaction must have exactly one input type",{field:"tokenInputs"});e=DE.TOKEN_TRANSACTION_TYPE_CREATE}if(new DataView(Q.buffer).setUint32(0,e,!1),i.update(Q),g.push(i.digest()),"transferInput"===A.tokenInputs?.$case){if(!A.tokenInputs.transferInput.outputsToSpend)throw new Wd("outputs to spend cannot be null",{field:"tokenInputs.transferInput.outputsToSpend"});if(0===A.tokenInputs.transferInput.outputsToSpend.length)throw new Wd("outputs to spend cannot be empty",{field:"tokenInputs.transferInput.outputsToSpend"});const I=Ya.create(),C=new Uint8Array(4);new DataView(C.buffer).setUint32(0,A.tokenInputs.transferInput.outputsToSpend.length,!1),I.update(C),g.push(I.digest());for(const[I,C]of A.tokenInputs.transferInput.outputsToSpend.entries()){if(!C)throw new Wd(`output cannot be null at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}]`,index:I});const A=Ya.create();if(C.prevTokenTransactionHash){const g=C.prevTokenTransactionHash;if(32!==C.prevTokenTransactionHash.length)throw new Wd(`invalid previous transaction hash length at index ${I}`,{field:`tokenInputs.transferInput.outputsToSpend[${I}].prevTokenTransactionHash`,value:g,expectedLength:32,actualLength:g.length,index:I});A.update(C.prevTokenTransactionHash)}const B=new Uint8Array(4);new DataView(B.buffer).setUint32(0,C.prevTokenTransactionVout,!1),A.update(B),g.push(A.digest())}}else if("mintInput"===A.tokenInputs?.$case){const I=Ya.create();if(A.tokenInputs.mintInput.issuerPublicKey){const C=A.tokenInputs.mintInput.issuerPublicKey;if(0===C.length)throw new Wd("issuer public key cannot be empty",{field:"tokenInputs.mintInput.issuerPublicKey",value:C,expectedLength:1,actualLength:0});I.update(C),g.push(I.digest());const B=Ya.create();A.tokenInputs.mintInput.tokenIdentifier?B.update(A.tokenInputs.mintInput.tokenIdentifier):B.update(new Uint8Array(32)),g.push(B.digest())}}else if("createInput"===A.tokenInputs?.$case){const C=A.tokenInputs.createInput,B=Ya.create();if(!C.issuerPublicKey||0===C.issuerPublicKey.length)throw new Wd("issuer public key cannot be nil or empty",{field:"tokenInputs.createInput.issuerPublicKey"});B.update(C.issuerPublicKey),g.push(B.digest());const i=Ya.create();if(!C.tokenName||0===C.tokenName.length)throw new Wd("token name cannot be empty",{field:"tokenInputs.createInput.tokenName"});if(C.tokenName.length>20)throw new Wd("token name cannot be longer than 20 bytes",{field:"tokenInputs.createInput.tokenName",value:C.tokenName,expectedLength:20,actualLength:C.tokenName.length});const Q=new TextEncoder;i.update(Q.encode(C.tokenName)),g.push(i.digest());const e=Ya.create();if(!C.tokenTicker||0===C.tokenTicker.length)throw new Wd("token ticker cannot be empty",{field:"tokenInputs.createInput.tokenTicker"});if(C.tokenTicker.length>6)throw new Wd("token ticker cannot be longer than 6 bytes",{field:"tokenInputs.createInput.tokenTicker",value:C.tokenTicker,expectedLength:6,actualLength:C.tokenTicker.length});const E=new TextEncoder;e.update(E.encode(C.tokenTicker)),g.push(e.digest());const t=Ya.create(),o=new Uint8Array(4);new DataView(o.buffer).setUint32(0,C.decimals,!1),t.update(o),g.push(t.digest());const n=Ya.create();if(!C.maxSupply)throw new Wd("max supply cannot be nil",{field:"tokenInputs.createInput.maxSupply"});if(16!==C.maxSupply.length)throw new Wd("max supply must be exactly 16 bytes",{field:"tokenInputs.createInput.maxSupply",value:C.maxSupply,expectedLength:16,actualLength:C.maxSupply.length});n.update(C.maxSupply),g.push(n.digest());const a=Ya.create();a.update(new Uint8Array([C.isFreezable?1:0])),g.push(a.digest());const s=Ya.create();!I&&C.creationEntityPublicKey&&s.update(C.creationEntityPublicKey),g.push(s.digest())}if(!A.tokenOutputs)throw new Wd("token outputs cannot be null",{field:"tokenOutputs"});const E=Ya.create(),t=new Uint8Array(4);new DataView(t.buffer).setUint32(0,A.tokenOutputs.length,!1),E.update(t),g.push(E.digest());for(const[C,B]of A.tokenOutputs.entries()){if(!B)throw new Wd(`output cannot be null at index ${C}`,{field:`tokenOutputs[${C}]`,index:C});const A=Ya.create();if(B.id&&!I){if(0===B.id.length)throw new Wd(`output ID at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].id`,index:C});A.update((new TextEncoder).encode(B.id))}if(B.ownerPublicKey){if(0===B.ownerPublicKey.length)throw new Wd(`owner public key at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].ownerPublicKey`,index:C});A.update(B.ownerPublicKey)}if(!I){const I=B.revocationCommitment;if(I){if(0===I.length)throw new Wd(`revocation commitment at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].revocationCommitment`,index:C});A.update(I)}const g=new Uint8Array(8);new DataView(g.buffer).setBigUint64(0,BigInt(B.withdrawBondSats),!1),A.update(g);const i=new Uint8Array(8);new DataView(i.buffer).setBigUint64(0,BigInt(B.withdrawRelativeBlockLocktime),!1),A.update(i)}if(B.tokenPublicKey&&0!==B.tokenPublicKey.length?A.update(B.tokenPublicKey):A.update(new Uint8Array(33)),B.tokenIdentifier&&0!==B.tokenIdentifier.length?A.update(B.tokenIdentifier):A.update(new Uint8Array(32)),B.tokenAmount){if(0===B.tokenAmount.length)throw new Wd(`token amount at index ${C} cannot be empty`,{field:`tokenOutputs[${C}].tokenAmount`,index:C});if(B.tokenAmount.length>16)throw new Wd(`token amount at index ${C} exceeds maximum length`,{field:`tokenOutputs[${C}].tokenAmount`,value:B.tokenAmount,expectedLength:16,actualLength:B.tokenAmount.length,index:C});A.update(B.tokenAmount)}g.push(A.digest())}if(!A.sparkOperatorIdentityPublicKeys)throw new Wd("spark operator identity public keys cannot be null",{});const o=[...A.sparkOperatorIdentityPublicKeys||[]].sort((A,I)=>{for(let g=0;g<A.length&&g<I.length;g++)if(A[g]!==I[g])return(A[g]??0)-(I[g]??0);return A.length-I.length}),n=Ya.create(),a=new Uint8Array(4);new DataView(a.buffer).setUint32(0,o.length,!1),n.update(a),g.push(n.digest());for(const[A,I]of o.entries()){if(!I)throw new Wd(`operator public key at index ${A} cannot be null`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});if(0===I.length)throw new Wd(`operator public key at index ${A} cannot be empty`,{field:`sparkOperatorIdentityPublicKeys[${A}]`,index:A});const C=Ya.create();C.update(I),g.push(C.digest())}const s=Ya.create(),r=new Uint8Array(4);new DataView(r.buffer).setUint32(0,A.network.valueOf(),!1),s.update(r),g.push(s.digest());const c=Ya.create(),D=A.clientCreatedTimestamp;if(!D)throw new Wd("client created timestamp cannot be null for V1 token transactions",{field:"clientCreatedTimestamp"});const w=D.getTime(),d=new Uint8Array(8);if(new DataView(d.buffer).setBigUint64(0,BigInt(w),!1),c.update(d),g.push(c.digest()),!I){const I=Ya.create(),C=new Uint8Array(8),B=A.expiryTime?Math.floor(A.expiryTime.getTime()/1e3):0;new DataView(C.buffer).setBigUint64(0,BigInt(B),!1),I.update(C),g.push(I.digest())}const h=A.invoiceAttachments,y=Ya.create(),l=new Uint8Array(4);new DataView(l.buffer).setUint32(0,h?h.length:0,!1),y.update(l),g.push(y.digest());const k=[];if(h)for(let A=0;A<h.length;A++){const I=h[A];if(!I)throw new Wd(`invoice attachment at index ${A} cannot be null`,{field:`invoiceAttachments[${A}]`,index:A});const g=I.sparkInvoice;let C;try{const A=ya.decode(g,500),I=FC.decode(ya.fromWords(A.words));if(!I.sparkInvoiceFields||!I.sparkInvoiceFields.id)throw new Error("missing spark invoice fields or id");C=I.sparkInvoiceFields.id}catch(I){throw new Wd(`invalid invoice at ${A}`,{field:`invoiceAttachments[${A}].sparkInvoice`,index:A,value:g,error:I})}if(!C||16!==C.length)throw new Wd(`invalid invoice id at ${A}`,{field:`invoiceAttachments[${A}].sparkInvoice`,index:A});k.push({id:C,raw:g})}k.sort((A,I)=>{for(let g=0;g<A.id.length&&g<I.id.length;g++){const C=A.id[g],B=I.id[g];if(C!==B)return C-B}return A.id.length-I.id.length});const u=new TextEncoder;for(const A of k){const I=Ya.create();I.update(u.encode(A.raw)),g.push(I.digest())}const N=Ya.create(),G=new Uint8Array(g.reduce((A,I)=>A+I.length,0));let p=0;for(const A of g)G.set(A,p),p+=A.length;return N.update(G),N.digest()}(A,I);default:throw new Wd("invalid token transaction version",{field:"tokenTransaction.version",value:A.version})}}function ok(A){return A&&0!==A.length?[...A].sort((A,I)=>{const g=A.sparkInvoice,C=I.sparkInvoice;return g<C?-1:g>C?1:0}):A}function nk(A){if(!A)throw new Wd("operator specific token transaction signable payload cannot be null",{field:"payload"});const I=[];if(A.finalTokenTransactionHash){const g=Ya.create();if(32!==A.finalTokenTransactionHash.length)throw new Wd("invalid final token transaction hash length",{field:"finalTokenTransactionHash",value:A.finalTokenTransactionHash,expectedLength:32,actualLength:A.finalTokenTransactionHash.length});g.update(A.finalTokenTransactionHash),I.push(g.digest())}if(!A.operatorIdentityPublicKey)throw new Wd("operator identity public key cannot be null",{field:"operatorIdentityPublicKey"});if(0===A.operatorIdentityPublicKey.length)throw new Wd("operator identity public key cannot be empty",{field:"operatorIdentityPublicKey"});const g=Ya.create();g.update(A.operatorIdentityPublicKey),I.push(g.digest());const C=Ya.create(),B=new Uint8Array(I.reduce((A,I)=>A+I.length,0));let i=0;for(const A of I)B.set(A,i),i+=A.length;return C.update(B),C.digest()}const ak={MAINNET:"btkn",REGTEST:"btknrt",TESTNET:"btknt",SIGNET:"btkns",LOCAL:"btknl"};function sk(A){try{const I=ya.toWords(A.tokenIdentifier);if(!A.network)throw new Wd("Network is required to encode bech32m encoded token identifier",{field:"network",value:A.network});return ya.encode(ak[A.network],I,500)}catch(I){throw new Wd("Failed to encode bech32m encoded token identifier",{field:"tokenIdentifier",value:A.tokenIdentifier,error:I})}}function rk(A,I){try{const g=ya.decode(A,500);if(I&&g.prefix!==ak[I])throw new Wd("Invalid bech32m encoded token identifier prefix",{field:"bech32mTokenIdentifier",value:A,expected:`prefix='${ak[I]}'`});return{tokenIdentifier:ya.fromWords(g.words),network:I??ck(A)}}catch(I){if(I instanceof Wd)throw I;throw new Wd("Failed to decode bech32m encoded token identifier",{field:"bech32mTokenIdentifier",value:A,error:I})}}function ck(A){const I=A.indexOf("1");if(-1===I)throw new Wd("Invalid bech32m token identifier: no separator found",{field:"bech32mTokenIdentifier",value:A});const g=A.slice(0,I);for(const[A,I]of Object.entries(ak))if(I===g)return A;throw new Wd("Unknown bech32m token identifier prefix",{field:"bech32mTokenIdentifier",value:A})}function Dk(A){try{return A.reduce((A,I)=>A+BigInt(Vi(I.output.tokenAmount)),BigInt(0))}catch{return 0n}}function wk(A,I){const g=JB(A.replaceAll("-",""));return Nh(["spark","transfer","signing payload"]).addBytes(g).addMapStringToBytes(I.keyTweakPackage).hash()}function dk(A){const I=oA(A);if(!I.startsWith("TREE_NODE_STATUS_"))throw new Error(`Unexpected tree node status: ${I}`);return I.slice(17)}new Set([dk(EA.TREE_NODE_STATUS_AVAILABLE),dk(EA.TREE_NODE_STATUS_SPLITTED),dk(EA.TREE_NODE_STATUS_SPLIT_LOCKED),dk(EA.TREE_NODE_STATUS_ON_CHAIN)]);let hk=function(A){return A.LEAF="leaf",A.DEPOSIT="deposit",A.STATIC_DEPOSIT="static_deposit",A.ECIES="ecies",A.RANDOM="random",A}({});const yk=2147483648;var lk=class{deriveKeysFromSeed(A,I){return new Promise(g=>{const C=cw.fromMasterSeed(A);if(!C.privateKey||!C.publicKey)throw new Wd("Failed to derive keys from seed",{field:"hdkey",value:A});const B=C.derive(`m/8797555'/${I}'/0'`),i=C.derive(`m/8797555'/${I}'/1'`),Q=C.derive(`m/8797555'/${I}'/2'`),e=C.derive(`m/8797555'/${I}'/3'`),E=C.derive(`m/8797555'/${I}'/4'`);if(!(B.privateKey&&Q.privateKey&&i.privateKey&&B.publicKey&&Q.publicKey&&i.publicKey&&e.privateKey&&e.publicKey&&E.privateKey&&E.publicKey))throw new Wd("Failed to derive all required keys from seed",{field:"derivedKeys"});g({identityKey:{privateKey:B.privateKey,publicKey:B.publicKey},signingHDKey:{hdKey:i,privateKey:i.privateKey,publicKey:i.publicKey},depositKey:{privateKey:Q.privateKey,publicKey:Q.publicKey},staticDepositHDKey:{hdKey:e,privateKey:e.privateKey,publicKey:e.publicKey},HTLCPreimageHDKey:{hdKey:E,privateKey:E.privateKey,publicKey:E.publicKey}})})}},kk=class{identityKey=null;signingKey=null;depositKey=null;staticDepositKey=null;htlcPreimageKey=null;keysGenerator;commitmentToNonceMap=new Map;constructor({sparkKeysGenerator:A}={}){this.keysGenerator=A??new lk}deriveSigningKey(A){if(!this.signingKey)throw new Wd("Private key not initialized",{field:"signingKey"});const I=new DataView(A.buffer).getUint32(0,!1)%yk+yk,g=this.signingKey?.deriveChild(I).privateKey;if(!g)throw new Wd("Failed to recover signing key",{field:"privateKey"});return g}async decryptEciesToPrivateKey(A){if(!this.identityKey?.privateKey)throw new Td("identityKey not initialized");return await fd().decryptEcies(A,this.identityKey.privateKey)}async getSigningPrivateKeyFromDerivation(A){switch(A.type){case hk.LEAF:return this.deriveSigningKey(Ya(A.path));case hk.DEPOSIT:return this.depositKey?.privateKey??new Uint8Array;case hk.STATIC_DEPOSIT:return this.getStaticDepositSecretKey(A.path);case hk.ECIES:return this.decryptEciesToPrivateKey(A.path);case hk.RANDOM:return ie.utils.randomPrivateKey()}}signSchnorrWithIdentityKey(A){return new Promise(I=>{if(!this.identityKey?.privateKey)throw new Wd("Private key not set",{field:"identityKey"});I(de.sign(A,this.identityKey.privateKey))})}getIdentityPublicKey(){return new Promise(A=>{if(!this.identityKey?.publicKey)throw new Wd("Private key is not set",{field:"identityKey"});A(this.identityKey.publicKey)})}getDepositSigningKey(){return new Promise(A=>{if(!this.depositKey?.publicKey)throw new Wd("Deposit key is not set",{field:"depositKey"});A(this.depositKey.publicKey)})}async getStaticDepositSigningKey(A){const I=await this.getStaticDepositSecretKey(A);return ie.getPublicKey(I)}getStaticDepositSecretKey(A){return new Promise(I=>{if(!this.staticDepositKey)throw new Wd("Static deposit key is not set",{field:"staticDepositKey"});const g=this.staticDepositKey.deriveChild(yk+A);if(!g?.privateKey)throw new Wd("Static deposit key is not set",{field:"staticDepositKey"});I(g.privateKey)})}generateMnemonic(){return new Promise(A=>{A(function(A,I=128){if(ww(I),I%32!=0||I>256)throw new TypeError("Invalid entropy");return function(A,I){return sd(A),cd(I).encode(A).join((A=>"あいこくしん"===A[0])(I)?"　":" ")}(function(A=32){if(Dw&&"function"==typeof Dw.getRandomValues)return Dw.getRandomValues(new Uint8Array(A));if(Dw&&"function"==typeof Dw.randomBytes)return Uint8Array.from(Dw.randomBytes(A));throw new Error("crypto.getRandomValues must be defined")}(I/8),A)}(wd))})}async mnemonicToSeed(A){return await Dd(A)}async getPublicKeyFromDerivation(A){const I=await this.getSigningPrivateKeyFromDerivation(A);return ie.getPublicKey(I)}subtractPrivateKeysGivenDerivationPaths(A,I){return new Promise(g=>{const C=Ph(this.deriveSigningKey(Ya(A)),this.deriveSigningKey(Ya(I)));g(ie.getPublicKey(C))})}async subtractAndSplitSecretWithProofsGivenDerivations({first:A,second:I,curveOrder:g,threshold:C,numShares:B}){const i=Ph(await this.getSigningPrivateKeyFromDerivation(A),await this.getSigningPrivateKeyFromDerivation(I));return await this.splitSecretWithProofs({secret:i,curveOrder:g,threshold:C,numShares:B})}async subtractSplitAndEncrypt({first:A,second:I,curveOrder:g,threshold:C,numShares:B,receiverPublicKey:i}){const Q=await this.getSigningPrivateKeyFromDerivation(A),e=await this.getSigningPrivateKeyFromDerivation(I),E=Ph(Q,e),t=fd();return{shares:await this.splitSecretWithProofs({secret:E,curveOrder:g,threshold:C,numShares:B}),secretCipher:await t.encryptEcies(e,i)}}async splitSecretWithProofs({secret:A,curveOrder:I,threshold:g,numShares:C}){return fd().splitSecretWithProofs(A,g,C)}getNonceForSelfCommitment(A){return this.commitmentToNonceMap.get(A.commitment)}async buildSignFrostParams({message:A,keyDerivation:I,publicKey:g,verifyingKey:C,selfCommitment:B,statechainCommitments:i,adaptorPubKey:Q}){const e=await this.getSigningPrivateKeyFromDerivation(I);if(!e)throw new Wd("Private key not found for public key",{field:"privateKey"});const E=this.getNonceForSelfCommitment(B);if(!E)throw new Wd("Nonce not found for commitment",{field:"nonce"});return{message:A,keyPackage:{secretKey:e,publicKey:g,verifyingKey:C},nonce:E,selfCommitment:B.commitment,statechainCommitments:i,adaptorPubKey:Q}}buildAggregateFrostParams(A){return new Promise(I=>{const{message:g,publicKey:C,verifyingKey:B,selfCommitment:i,statechainCommitments:Q,adaptorPubKey:e,selfSignature:E,statechainSignatures:t,statechainPublicKeys:o}=A;I({message:g,statechainSignatures:t,statechainPublicKeys:o,verifyingKey:B,statechainCommitments:Q,selfCommitment:i.commitment,selfPublicKey:C,selfSignature:E,adaptorPubKey:e})})}async signFrost({message:A,keyDerivation:I,publicKey:g,verifyingKey:C,selfCommitment:B,statechainCommitments:i,adaptorPubKey:Q}){const e=await this.buildSignFrostParams({message:A,keyDerivation:I,publicKey:g,verifyingKey:C,selfCommitment:B,statechainCommitments:i,adaptorPubKey:Q});return fd().signFrost(e)}async aggregateFrost({message:A,publicKey:I,verifyingKey:g,selfCommitment:C,statechainCommitments:B,adaptorPubKey:i,selfSignature:Q,statechainSignatures:e,statechainPublicKeys:E}){const t=await this.buildAggregateFrostParams({message:A,publicKey:I,verifyingKey:g,selfCommitment:C,statechainCommitments:B,adaptorPubKey:i,selfSignature:Q,statechainSignatures:e,statechainPublicKeys:E});return fd().aggregateFrost(t)}async createSparkWalletFromSeed(A,I){"string"==typeof A&&(A=JB(A));const{identityKey:g,signingHDKey:C,depositKey:B,staticDepositHDKey:i,HTLCPreimageHDKey:Q}=await this.keysGenerator.deriveKeysFromSeed(A,I??0);return this.identityKey=g,this.depositKey=B,this.signingKey=C.hdKey,this.staticDepositKey=i.hdKey,this.htlcPreimageKey=Q.hdKey,KB(g.publicKey)}signMessageWithIdentityKey(A,I){return new Promise(g=>{if(!this.identityKey?.privateKey)throw new Td("Identity key not initialized",{configKey:"identityKey"});const C=ie.sign(A,this.identityKey.privateKey);g(I?C.toCompactRawBytes():C.toDERRawBytes())})}async decryptEcies(A){if(!this.identityKey?.privateKey)throw new Td("identityKey not initialized");const I=await fd().decryptEcies(A,this.identityKey.privateKey);return ie.getPublicKey(I)}getRandomSigningCommitment(){return new Promise(A=>{const I=function(A,I){if(32!==A.length||32!==I.length)throw new Wd("Invalid nonce length",{field:"nonce",value:`binding: ${A.length}, hiding: ${I.length}`,expected:"Both binding and hiding should be 32 bytes"});return{binding:A,hiding:I}}(ie.utils.randomPrivateKey(),ie.utils.randomPrivateKey()),g=function(A){return{binding:ie.getPublicKey(A.binding,!0),hiding:ie.getPublicKey(A.hiding,!0)}}(I);this.commitmentToNonceMap.set(g,I),A({commitment:g})})}validateMessageWithIdentityKey(A,I){return new Promise(g=>{if(!this.identityKey?.publicKey)throw new Td("identityKey not initialized");g(ie.verify(I,A,this.identityKey.publicKey))})}signTransactionIndex(A,I,g){let C;if(Pi(g,this.identityKey?.publicKey??new Uint8Array)?C=this.identityKey?.privateKey:Pi(g,this.depositKey?.publicKey??new Uint8Array)&&(C=this.depositKey?.privateKey),!C)throw new Wd("Private key not found for public key",{field:"privateKey",value:KB(g)});A.signIdx(C,I)}htlcHMAC(A){return new Promise(I=>{if(!this.htlcPreimageKey?.privateKey)throw new Td("HTLC preimage key not initialized",{configKey:"htlcPreimageKey"});I(zc(Ya,this.htlcPreimageKey.privateKey,A))})}};const uk={enabled:!1,collapseConsecutive:!0,excludedMethods:[],exitOnly:!0},Nk=function(){const A=new Uint8Array(16);return"function"==typeof globalThis.crypto?.getRandomValues?(globalThis.crypto.getRandomValues(A),A):Ya(Zt(`${Date.now()}:${Math.random()}:${Math.random()}`)).slice(0,A.length)}();var Gk=class A{logger;config;enabled;methodLoggingDepth=0;activeLongLivedMethodDepth=0;pendingMethodLog=null;constructor(A,I){this.logger=A,this.config=this.resolveMethodLoggingConfig(I),this.enabled=this.config.enabled}setEnabled(A){this.enabled!==A&&(this.enabled=A,this.config.enabled=A,A||(this.pendingMethodLog=null,this.methodLoggingDepth=0,this.activeLongLivedMethodDepth=0))}isEnabled(){return this.enabled}setLogger(A){this.logger=A}wrap(I,g,C){return(...B)=>{const i=this.beginMethodLogging(I,B);try{const I=Reflect.apply(g,C,B);return A.isPromiseLike(I)?Promise.resolve(I).then(A=>(this.endMethodLogging(i,"success"),A),A=>{throw this.endMethodLogging(i,"error",A),A}):A.isAsyncIterable(I)?this.wrapAsyncIterable(i,I):(this.endMethodLogging(i,"success"),I)}catch(A){throw this.endMethodLogging(i,"error",A),A}}}flushPendingLogs(){this.flushCoalescedLogs(),this.methodLoggingDepth=0,this.activeLongLivedMethodDepth=0}beginMethodLogging(A,I){return this.enabled?this.isMethodLoggingExcluded(A)?(this.flushCoalescedLogs(),null):(this.config.collapseConsecutive?this.flushCoalescedLogsIfNeeded(A):this.flushCoalescedLogs(),this.config.collapseConsecutive&&this.pendingMethodLog&&this.pendingMethodLog.methodName===A||this.config.exitOnly||this.logMethodEntry(A,I),this.methodLoggingDepth+=1,{methodName:A,startTime:Date.now()}):null}endMethodLogging(A,I,g){if(!A||!this.enabled)return;const C=Date.now()-A.startTime;this.recordMethodCompletion(A.methodName,C,I,g),this.methodLoggingDepth=Math.max(0,this.methodLoggingDepth-1),A.longLived&&(this.activeLongLivedMethodDepth=Math.max(0,this.activeLongLivedMethodDepth-1)),(0===this.methodLoggingDepth||this.activeLongLivedMethodDepth>0&&this.methodLoggingDepth===this.activeLongLivedMethodDepth)&&this.flushCoalescedLogs()}recordMethodCompletion(A,I,g,C){if(this.config.collapseConsecutive){if("error"===g)return this.flushCoalescedLogs(),void this.logMethodError(A,C,I);if(this.pendingMethodLog&&this.pendingMethodLog.methodName===A)return this.pendingMethodLog.count+=1,void(this.pendingMethodLog.totalDurationMs+=I);this.flushCoalescedLogs(),this.pendingMethodLog={methodName:A,count:1,totalDurationMs:I}}else"error"===g?this.logMethodError(A,C,I):this.logMethodExit(A,I)}flushCoalescedLogsIfNeeded(A){this.pendingMethodLog&&this.config.collapseConsecutive&&("string"==typeof A&&this.pendingMethodLog.methodName===A||this.flushCoalescedLogs())}flushCoalescedLogs(){this.pendingMethodLog&&(this.logMethodExit(this.pendingMethodLog.methodName,this.pendingMethodLog.totalDurationMs,this.pendingMethodLog.count),this.pendingMethodLog=null)}resolveMethodLoggingConfig(A){const I=uk;return"boolean"==typeof A||void 0===A?{enabled:A??I.enabled,collapseConsecutive:I.collapseConsecutive,excludedMethods:new Set(I.excludedMethods),exitOnly:I.exitOnly}:{enabled:A.enabled??I.enabled,collapseConsecutive:A.collapseConsecutive??I.collapseConsecutive,excludedMethods:new Set(A.excludedMethods??I.excludedMethods),exitOnly:A.exitOnly??I.exitOnly}}isMethodLoggingExcluded(A){return this.config.excludedMethods.has(A)}logMethodEntry(A,I){const g=this.formatMethodArgs(I),C=g.length>0?`(${g})`:"()";this.logger.trace(`enter ${A}${C}`)}logMethodExit(A,I,g=1){const C=g>1?` x${g}`:"",B=g>1?` (+${I}ms total)`:` (+${I}ms)`;this.logger.trace(`exit ${A}${C}${B}`)}logMethodError(A,I,g){const C=I instanceof Error?I.message:String(I);this.logger.trace(`error ${A} (+${g}ms): ${C}`)}formatMethodArgs(A){return A.map(A=>this.formatMethodArg(A)).filter(A=>A.length>0).join(", ")}formatMethodArg(A){if(void 0===A)return"undefined";if(null===A)return"null";if("string"==typeof A)return`String(${A.length}, ${function(A){return Vt(Ya(Wt(Nk,Zt(A)))).slice(0,12)}(A)})`;if("number"==typeof A||"boolean"==typeof A||"bigint"==typeof A)return String(A);if(A instanceof Uint8Array)return`Uint8Array(len=${A.length})`;if(Array.isArray(A))return`Array(len=${A.length})`;if("function"==typeof A)return"[Function]";if("object"==typeof A){const I=A.constructor?.name;if(I&&"Object"!==I)return`[${I}]`;const g=Object.keys(A);return`Object(keys=${g.slice(0,5).join(",")}${g.length>5?",...":""})`}return"number"==typeof A||"boolean"==typeof A||"bigint"==typeof A||"symbol"==typeof A?A.toString():"[Unknown]"}static isPromiseLike(A){return"object"==typeof A&&null!==A&&"then"in A&&"function"==typeof A.then}wrapAsyncIterable(A,I){this.markLongLivedMethodLogging(A);const g=this.endMethodLogging.bind(this);return async function*(){let C,B="success";try{for await(const A of I)yield A}catch(A){throw B="error",C=A,A}finally{g(A,B,C)}}()}markLongLivedMethodLogging(A){A&&!A.longLived&&(A.longLived=!0,this.activeLongLivedMethodDepth+=1)}static isAsyncIterable(A){return"object"==typeof A&&null!==A&&Symbol.asyncIterator in A&&"function"==typeof A[Symbol.asyncIterator]}};const pk={TRACE:pe.Trace,DEBUG:pe.Debug,INFO:pe.Info,WARN:pe.Warn,ERROR:pe.Error};function Sk(A){if(A instanceof Error)return A.stack??A.message;if("string"==typeof A)return A;try{return JSON.stringify(A)??String(A)}catch{return String(A)}}var fk=class{context;options={enabled:!1,timestamps:!0,level:pe.Info};consoleEnabled;fileWriter;constructor(A,I,g){this.context=A,this.consoleEnabled=g.console,this.fileWriter=g.fileWriter,this.setOptions(I)}setLevel(A){this.options.level=A}setEnabled(A,I=pe.Info){this.options.enabled=A,this.options.level=I}setOptions(A){void 0!==A.enabled&&(this.options.enabled=A.enabled),void 0!==A.timestamps&&(this.options.timestamps=A.timestamps),void 0!==A.level&&(this.options.level=function(A){if("number"==typeof A)return A;const I=A.toUpperCase(),g=I.toLowerCase(),C=`${g[0]?.toUpperCase()??""}${g.slice(1)}`;if(A!==I&&A!==g&&A!==C)throw new Error(`Invalid LoggingLevelName casing (expected UPPER, lower, or Title): ${A}`);if(I in pk)return pk[I];throw new Error(`Invalid LoggingLevelName: ${A}`)}(A.level))}trace(A,...I){this.write(pe.Trace,"log",A,I)}debug(A,...I){this.write(pe.Debug,"log",A,I)}info(A,...I){this.write(pe.Info,"log",A,I)}warn(A,...I){this.write(pe.Warn,"warn",A,I)}error(A,...I){this.write(pe.Error,"error",A,I)}write(A,I,g,C){if(!this.options.enabled||this.options.level>A)return;const B=this.formatMessage(g);this.consoleEnabled&&console[I](B,...C),this.fileWriter?.write(this.formatFileLine(B,C))}formatMessage(A){return`${this.getTimestamp()}[${this.context}] ${A}`}formatFileLine(A,I){return 0===I.length?A:`${A} ${I.map(Sk).join(" ")}`}getTimestamp(){return this.options.timestamps?`${(new Date).toISOString()} `:""}};const Fk={sparkWallet:"SparkWallet",sparkReadonlyClient:"SparkReadonlyClient",connectionManager:"ConnectionManager",serverTimeSync:"ServerTimeSync",sspClient:"SspClient",sparkAuthProvider:"SparkAuthProvider",signingService:"SigningService",transferService:"TransferService",lightningService:"LightningService",depositService:"DepositService",tokenTransactionService:"TokenTransactionService",tokenOutputManager:"TokenOutputManager",coopExitService:"CoopExitService",swapService:"SwapService",leafManager:"LeafManager",bareHttpTransport:"BareHttpTransport",xhrTransport:"XHRTransport"},Rk=Object.fromEntries(Object.entries(Fk).map(([A,I])=>[I,A]));let Uk=0;var Mk=class A{config;fileWriter;states=new Map;instanceId;closePromise;identitySuffix;static fromConfig(I){return"function"!=typeof I.getLoggingConfig?A.disabled():new A(I.getLoggingConfig())}static disabled(){return new A({level:"WARN",timestamps:!0,console:!0,services:Object.fromEntries(Qy.map(A=>[A,{enabled:!1,level:"WARN",methods:{enabled:!1,collapseConsecutive:!0,excludedMethods:[],exitOnly:!0}}]))})}constructor(A){this.config=A,this.fileWriter=function(A){if(!A)return;const I=undefined;if(!I)throw new Error("log.file is only supported by the Node.js SDK entrypoint");let g,C=!1,B=!1;return{write(i){if(!C&&!B)try{g??=I(A),g.write(i)}catch{B=!0}},close(){C=!0;try{return g?.close?.()}catch{B=!0}}}}(A.file),Uk+=1,this.instanceId=Uk}logger(A){return this.getState(this.resolveServiceName(A)).logger}wrap(A,I,g,C,B){const i=this.getState(this.resolveServiceName(A)),Q=B?B(I,g,C):g;return i.methodCallLogger.wrap(I,Q,C)}setInstanceSuffix(A){if(this.identitySuffix!==A){this.identitySuffix=A;for(const A of this.states.keys())this.configure(A,this.getLoggerName(A))}}flushPendingLogs(A){this.getState(this.resolveServiceName(A)).methodCallLogger.flushPendingLogs()}async close(){for(const A of this.states.values())A.methodCallLogger.flushPendingLogs();var A;this.closePromise??=function(A){let I;const g=new Promise(A=>{I=setTimeout(A,1500)});return Promise.race([A,g]).finally(()=>{void 0!==I&&clearTimeout(I)})}((A=this.fileWriter,Promise.resolve().then(()=>A?.close?.()).then(()=>{},()=>{}))),await this.closePromise}setMethodLoggingEnabled(A,I){const g=this.resolveServiceName(A),C=this.getState(g);C.methodCallLogger.isEnabled()!==I&&(I||this.flushPendingLogs(A),C.methodCallLogger.setEnabled(I),this.configure(g))}isMethodLoggingEnabled(A){return this.getState(this.resolveServiceName(A)).methodCallLogger.isEnabled()}wrapMethodOnTarget(A,I,g,C){const B=C?.originalMethod??I[g];if("function"!=typeof B)throw new Error(C?.errorMessage??`Method ${g} is not a function.`);const i=C?.receiver??I,Q=this.wrap(A,g,B,i,C?.decorator);return I[g]=Q,Q}wrapNamedMethods(A,I,g,C){g.forEach(g=>this.wrapMethodOnTarget(A,I,g,{decorator:C?.decorator,errorMessage:C?.errorMessage?.(g)}))}wrapPrototypeMethods(A,I,g){const C=this.resolveServiceName(A);if(void 0===g?.decorator&&!this.getState(C).methodCallLogger.isEnabled())return;const B=new Set,i=new Set(g?.excludeMethods??[]),Q=g?.stopAtPrototype??Object.prototype;let e=g?.startAtPrototype??Reflect.getPrototypeOf(I);for(;e&&e!==Q;){for(const C of Object.getOwnPropertyNames(e)){if("constructor"===C)continue;if(B.has(C)||i.has(C))continue;const Q=Object.getOwnPropertyDescriptor(e,C);Q&&"function"==typeof Q.value&&(B.add(C),this.wrapMethodOnTarget(A,I,C,{decorator:g?.decorator,originalMethod:Q.value}))}e=Reflect.getPrototypeOf(e)}}getState(A){const I=this.states.get(A);if(I)return I;const g=this.config.services[A],C=this.getLoggerName(A),B=(i=C,Q={enabled:!1,level:g.level,timestamps:this.config.timestamps},(e={console:this.config.console,fileWriter:this.fileWriter}).console&&!e.fileWriter?new fe(i,Q):new fk(i,Q,e));var i,Q,e;const E={config:g,logger:B,loggerName:C,methodCallLogger:new Gk(B,g.methods)};return this.states.set(A,E),this.configure(A),E}configure(A,I){const g=this.getState(A),C=I??g.loggerName,B=g.config.enabled||g.methodCallLogger.isEnabled(),i=g.methodCallLogger.isEnabled()?pe.Trace:g.config.level;g.logger.context=C,g.logger.setOptions({enabled:B,level:i,timestamps:this.config.timestamps}),g.loggerName=C}getLoggerName(A){return`${Fk[A]}:${void 0===this.identitySuffix?String(this.instanceId):`${this.identitySuffix}#${this.instanceId}`}`}resolveServiceName(A){const I=Rk[A];if(!I)throw new Error(`Unknown logging service: ${A}`);return I}},Kk=class{config;logger;constructor(A,I=Mk.fromConfig(A)){this.config=A,this.logger=I.logger("SigningService"),I.wrapPrototypeMethods("SigningService",this)}async signRefundsInternal(A,I,g,C,B=new Uint8Array){const i=[],Q=await this.config.signer.getRandomSigningCommitment();if(!C)throw new Wd("Invalid signing commitments",{field:"signingNonceCommitments",value:C,expected:"Non-null signing commitments"});const e=await this.config.signer.getPublicKeyFromDerivation(g.keyDerivation),E=await this.config.signer.signFrost({message:I,keyDerivation:g.keyDerivation,publicKey:e,selfCommitment:Q,statechainCommitments:C,adaptorPubKey:B,verifyingKey:g.leaf.verifyingPublicKey});return i.push({leafId:g.leaf.id,signingPublicKey:e,rawTx:A.toBytes(),signingNonceCommitment:Q.commitment,userSignature:E,signingCommitments:{signingCommitments:C},additionalInputs:[],selfCommitment:Q}),i}async signRefundsCore(A,I,g,C,B,i){const Q=[],e=[],E=[];for(let t=0;t<A.length;t++){const o=A[t];if(!o?.leaf)throw new Wd("Leaf not found in signRefundsCore",{field:"leaf",value:o,expected:"Non-null leaf"});const n=o.receiverIdentityPublicKey,a=dh(o.leaf.nodeTx),s=dh(o.leaf.refundTx);if(void 0===s.getOutput(0).amount)throw new Wd("Invalid refund transaction",{field:"amount",value:s.getOutput(0),expected:"Non-null amount"});let r;o.leaf.directTx.length>0&&(r=dh(o.leaf.directTx));const c=s.getInput(0).sequence;if(null==c)throw new Wd("Invalid refund transaction",{field:"sequence",value:s.getInput(0),expected:"Non-null sequence"});const{cpfpRefundTx:D,directRefundTx:w,directFromCpfpRefundTx:d}=await I({nodeTx:a,directNodeTx:r,sequence:c,receivingPubkey:n,network:this.config.getNetwork()}),h=hh(D,0,a.getOutput(0)),y=await this.signRefundsInternal(D,h,o,g[t]?.signingNonceCommitments,i);Q.push(...y);const l=!mh(a.getInput(0).sequence);if(w&&!l){if(!r)throw new Wd("Direct node transaction undefined while direct refund transaction is defined",{field:"directNodeTx",value:r,expected:"Non-null direct node transaction"});const A=hh(w,0,r.getOutput(0)),I=await this.signRefundsInternal(w,A,o,C[t]?.signingNonceCommitments,i);e.push(...I)}if(d){const A=hh(d,0,a.getOutput(0)),I=await this.signRefundsInternal(d,A,o,B[t]?.signingNonceCommitments,i);E.push(...I)}}return{cpfpLeafSigningJobs:Q,directLeafSigningJobs:e,directFromCpfpLeafSigningJobs:E}}async signRefunds(A,I,g,C,B){return this.signRefundsCore(A,Uh,I,g,C,B)}async signRefundsForClaim(A,I,g,C){return this.signRefundsCore(A,Mh,I,g,C)}async signRefundsForCoopExit(A,I,g,C,B,i){const Q=[],e=[],E=[],t=dh(g);for(let g=0;g<A.length;g++){const o=A[g];if(!o?.leaf)throw new Wd("Leaf not found in signRefundsForCoopExit",{field:"leaf",value:o,expected:"Non-null leaf"});const n=I[g];if(!n||void 0===n.index)throw new Wd("Missing connector output",{field:"connectorOutput",value:n,expected:"Valid connector output with index"});const a=t.getOutput(n.index);if(!a||!a.script||void 0===a.amount)throw new Wd("Invalid connector transaction output",{field:"connectorPrevOutput",value:a,expected:"Valid output with script and amount"});const s=dh(o.leaf.nodeTx),r=s.getOutput(0),c=dh(o.leaf.refundTx),D=c.getInput(0).sequence;if(!D)throw new Wd("Invalid refund transaction",{field:"sequence",value:c.getInput(0),expected:"Non-null sequence"});const w=!mh(s.getInput(0).sequence);let d;o.leaf.directTx.length>0&&!w&&(d=dh(o.leaf.directTx));const{cpfpRefundTx:h,directRefundTx:y,directFromCpfpRefundTx:l}=await Kh({nodeTx:s,directNodeTx:d,sequence:D,connectorOutput:n,receivingPubkey:o.receiverIdentityPublicKey,network:this.config.getNetwork()}),k=yh(h,0,[r,a]),u=await this.signRefundsInternal(h,k,o,C[g]?.signingNonceCommitments);if(Q.push(...u),y&&!w){if(!d)throw new Wd("Direct node transaction undefined while direct refund transaction is defined",{field:"directNodeTx",value:d,expected:"Non-null direct node transaction"});const A=yh(y,0,[d.getOutput(0),a]),I=await this.signRefundsInternal(y,A,o,B[g]?.signingNonceCommitments);e.push(...I)}if(l){const A=yh(l,0,[r,a]),I=await this.signRefundsInternal(l,A,o,i[g]?.signingNonceCommitments);E.push(...I)}}return{cpfpLeafSigningJobs:Q,directLeafSigningJobs:e,directFromCpfpLeafSigningJobs:E}}async signRefundsForLightning(A,I,g,C,B){const i=ah(this.config.getNetwork()),Q=[],e=[],E=[];for(let t=0;t<A.length;t++){const o=A[t];if(!o?.leaf)throw new Wd("Leaf not found in signRefunds",{field:"leaf",value:o,expected:"Non-null leaf"});const n=dh(o.leaf.nodeTx),a=dh(o.leaf.refundTx),s=a.getInput(0).sequence;if(null==s)throw new Wd("Invalid refund transaction",{field:"sequence",value:a.getInput(0),expected:"Non-null sequence"});if(void 0===a.getOutput(0).amount)throw new Wd("Invalid refund transaction",{field:"amount",value:a.getOutput(0),expected:"Non-null amount"});const{nextSequence:r,nextDirectSequence:c}=fh(s);let D;o.leaf.directTx.length>0&&(D=dh(o.leaf.directTx));const w=await this.config.signer.getIdentityPublicKey(),{cpfpRefundTx:d,directRefundTx:h,directFromCpfpRefundTx:y}=Th({nodeTx:n,directNodeTx:D,vout:0,network:i,sequence:r,directSequence:c,hash:B,hashLockDestinationPubkey:o.receiverIdentityPublicKey,sequenceLockDestinationPubkey:w}),l=hh(d,0,n.getOutput(0)),k=await this.signRefundsInternal(d,l,o,I[t]?.signingNonceCommitments,void 0);if(Q.push(...k),h){if(!D)throw new Wd("Direct node transaction undefined while direct refund transaction is defined",{field:"directNodeTx",value:D,expected:"Non-null direct node transaction"});const A=hh(h,0,D.getOutput(0)),I=await this.signRefundsInternal(h,A,o,g[t]?.signingNonceCommitments,void 0);e.push(...I)}if(y){const A=hh(y,0,n.getOutput(0)),I=await this.signRefundsInternal(y,A,o,C[t]?.signingNonceCommitments,void 0);E.push(...I)}}return{cpfpLeafSigningJobs:Q,directLeafSigningJobs:e,directFromCpfpLeafSigningJobs:E}}async signSigningJobs(A){const I=new Map;for(const g of A){const A=dh(g.rawTx),C=hh(A,0,g.parentTxOut),B=await this.config.signer.signFrost({message:C,keyDerivation:g.keyDerivation,publicKey:g.signingPublicKey,verifyingKey:g.verifyingKey,selfCommitment:g.signingNonceCommitment,statechainCommitments:g.signingNonceCommitments,adaptorPubKey:new Uint8Array}),i={leafId:g.leafId,signingPublicKey:g.signingPublicKey,rawTx:A.toBytes(),signingNonceCommitment:g.signingNonceCommitment.commitment,signingCommitments:{signingCommitments:g.signingNonceCommitments},userSignature:B,additionalInputs:[]};I.set(g.type,i)}return I}};function mk(A,I){return A.length===I.length&&A.every((A,g)=>A===I[g])}const Jk=500;var bk=class{config;connectionManager;logger;constructor(A,I,g=Mk.fromConfig(A)){this.config=A,this.connectionManager=I,this.logger=g.logger("TokenTransactionService"),g.wrapPrototypeMethods("TokenTransactionService",this)}shouldUseTokenPrimitivesBindings(){return this.config.getUseTokenPrimitivesBindings()}async tokenTransfer({tokenOutputs:A,receiverOutputs:I,outputSelectionStrategy:g="SMALL_FIRST",selectedOutputs:C}){if(!Array.isArray(I)||0===I.length)throw new Wd("No receiver outputs provided",{field:"receiverOutputs",value:I,expected:"Non-empty array"});const B=this.groupReceiverOutputsByToken(I);let i;if(C){i=C;for(const A of C){const I=KB(A.output.tokenIdentifier);if(!this.findBech32TokenIdentifier(I,B))throw new Wd("Selected output does not match any receiver token type",{field:"selectedOutputs",value:I,expected:"Token identifier matching one of the receivers"})}}else{i=[];for(const[I,C]of B){const B=C.reduce((A,I)=>A+I.tokenAmount,0n),Q=A.get(I);if(!Q)throw new Wd("No token outputs provided for receiver token type",{field:"tokenOutputs",value:I,expected:"Map entry for each receiver token identifier"});const e=this.selectTokenOutputs(Q,B,g);i.push(...e)}}this.validateOutputCountPerToken(i),C&&this.validateSelectedOutputInputAmounts(i,I);const{tokenOutputData:Q,sparkInvoices:e}=this.buildTokenOutputData(I);if("V2"===this.config.getTokenTransactionVersion()){const A=await this.constructTransferTokenTransaction(i,Q,e);return await this.broadcastTokenTransaction(A,i.map(A=>A.output.ownerPublicKey),i.map(A=>A.output.revocationCommitment))}{const A=this.shouldUseTokenPrimitivesBindings()?await this.constructPartialTransferTokenTransactionWithBindings(i,I):await this.constructPartialTransferTokenTransaction(i,Q,e);return await this.broadcastTokenTransactionV3(A,i.map(A=>A.output.ownerPublicKey))}}async constructPartialTransferTokenTransactionWithBindings(A,I){const g=Kd();A.sort((A,I)=>A.previousTransactionVout-I.previousTransactionVout);const C=await g.constructPartialTransferTransaction({identityPublicKey:await this.config.signer.getIdentityPublicKey(),selectedOutputs:A.map(A=>({previousTransactionHash:A.previousTransactionHash,previousTransactionVout:A.previousTransactionVout,ownerPublicKey:A.output.ownerPublicKey,tokenIdentifier:A.output.tokenIdentifier,tokenAmount:A.output.tokenAmount})),receiverOutputs:I.map(A=>({receiverSparkAddress:A.receiverSparkAddress,tokenIdentifier:rk(A.tokenIdentifier,this.config.getNetworkType()).tokenIdentifier,tokenAmount:vi(A.tokenAmount,16)})),operatorIdentityPublicKeys:this.collectOperatorIdentityPublicKeys(),network:this.config.getNetworkProto(),validityDurationSeconds:this.config.getTokenValidityDurationSeconds(),clientCreatedTimestampUnixMicros:1e3*this.connectionManager.getCurrentServerTime().getTime(),withdrawBondSats:this.config.getExpectedWithdrawBondSats(),withdrawRelativeBlockLocktime:this.config.getExpectedWithdrawRelativeBlockLocktime()});return HE.decode(C.partialTokenTransactionBytes)}groupReceiverOutputsByToken(A){const I=new Map;for(const g of A){const A=I.get(g.tokenIdentifier)||[];A.push(g),I.set(g.tokenIdentifier,A)}return I}validateSelectedOutputInputAmounts(A,I){const g=new Map;for(const I of A){const A=KB(I.output.tokenIdentifier),C=g.get(A)||0n;g.set(A,C+Vi(I.output.tokenAmount))}const C=new Map;for(const A of I){const{tokenIdentifier:I}=rk(A.tokenIdentifier,this.config.getNetworkType()),g=KB(I),B=C.get(g)||0n;C.set(g,B+A.tokenAmount)}for(const[A,I]of C){const C=g.get(A)||0n;if(C<I)throw new Wd(`Insufficient input amount for token ${A}`,{field:"tokenAmount",value:C,expected:I})}}validateOutputCountPerToken(A){const I=new Map;for(const g of A){const A=KB(g.output.tokenIdentifier);I.set(A,(I.get(A)??0)+1)}for(const[A,g]of I)if(!(g<=Jk))throw new Wd(`Cannot transfer more than 500 TTXOs for token ${A} in a single transaction (${g} selected).`,{field:"outputsToUse",value:g,expected:"Less than or equal to 500 per token type"})}buildTokenOutputData(A){const I=[];return{tokenOutputData:A.map(A=>{const g=Ih(A.receiverSparkAddress,this.config.getNetworkType()),C=rk(A.tokenIdentifier,this.config.getNetworkType()).tokenIdentifier;return g.sparkInvoiceFields?(I.push(A.receiverSparkAddress),{receiverPublicKey:vt(g.identityPublicKey),rawTokenIdentifier:C,tokenAmount:A.tokenAmount,sparkInvoice:A.receiverSparkAddress}):{receiverPublicKey:vt(g.identityPublicKey),rawTokenIdentifier:C,tokenAmount:A.tokenAmount}}),sparkInvoices:I}}findBech32TokenIdentifier(A,I){for(const g of I.keys()){const{tokenIdentifier:I}=rk(g,this.config.getNetworkType());if(KB(I)===A)return g}}async appendChange(A,I,g,C){const B=await this.config.signer.getIdentityPublicKey();for(const[i,Q]of A){const A=I.get(i)||0n;Q>A&&g.push(C({ownerPublicKey:B,tokenIdentifier:vt(i),changeAmount:Q-A}))}}async constructTransferTokenTransaction(A,I,g){A.sort((A,I)=>A.previousTransactionVout-I.previousTransactionVout);const C=new Map;for(const I of A){const A=KB(I.output.tokenIdentifier),g=C.get(A)||0n;C.set(A,g+Vi(I.output.tokenAmount))}const B=new Map;for(const A of I){const I=KB(A.rawTokenIdentifier),g=B.get(I)||0n;B.set(I,g+A.tokenAmount)}const i=I.map(A=>({ownerPublicKey:A.receiverPublicKey,tokenIdentifier:A.rawTokenIdentifier,tokenAmount:vi(A.tokenAmount,16)}));await this.appendChange(C,B,i,({ownerPublicKey:A,tokenIdentifier:I,changeAmount:g})=>({ownerPublicKey:A,tokenIdentifier:I,tokenAmount:vi(g,16)}));const Q=g?ok(g.map(A=>({sparkInvoice:A}))):[];return{version:2,network:this.config.getNetworkProto(),tokenInputs:{$case:"transferInput",transferInput:{outputsToSpend:A.map(A=>({prevTokenTransactionHash:A.previousTransactionHash,prevTokenTransactionVout:A.previousTransactionVout}))}},tokenOutputs:i,sparkOperatorIdentityPublicKeys:this.collectOperatorIdentityPublicKeys(),expiryTime:void 0,clientCreatedTimestamp:this.connectionManager.getCurrentServerTime(),invoiceAttachments:Q}}async constructPartialTransferTokenTransaction(A,I,g){A.sort((A,I)=>A.previousTransactionVout-I.previousTransactionVout);const C=new Map;for(const I of A){const A=KB(I.output.tokenIdentifier),g=C.get(A)||0n;C.set(A,g+Vi(I.output.tokenAmount))}const B=new Map;for(const A of I){const I=KB(A.rawTokenIdentifier),g=B.get(I)||0n;B.set(I,g+A.tokenAmount)}const i=I.map(A=>({ownerPublicKey:A.receiverPublicKey,tokenIdentifier:A.rawTokenIdentifier,withdrawBondSats:this.config.getExpectedWithdrawBondSats(),withdrawRelativeBlockLocktime:this.config.getExpectedWithdrawRelativeBlockLocktime(),tokenAmount:vi(A.tokenAmount,16)}));await this.appendChange(C,B,i,({ownerPublicKey:A,tokenIdentifier:I,changeAmount:g})=>({ownerPublicKey:A,tokenIdentifier:I,withdrawBondSats:this.config.getExpectedWithdrawBondSats(),withdrawRelativeBlockLocktime:this.config.getExpectedWithdrawRelativeBlockLocktime(),tokenAmount:vi(g,16)}));const Q=g?ok(g.map(A=>({sparkInvoice:A}))):[];return{version:3,tokenTransactionMetadata:{network:this.config.getNetworkProto(),sparkOperatorIdentityPublicKeys:this.collectOperatorIdentityPublicKeys(),validityDurationSeconds:this.config.getTokenValidityDurationSeconds(),clientCreatedTimestamp:this.connectionManager.getCurrentServerTime(),invoiceAttachments:Q},tokenInputs:{$case:"transferInput",transferInput:{outputsToSpend:A.map(A=>({prevTokenTransactionHash:A.previousTransactionHash,prevTokenTransactionVout:A.previousTransactionVout}))}},partialTokenOutputs:i}}collectOperatorIdentityPublicKeys(){const A=[];for(const I of Object.values(this.config.getSigningOperators()))A.push(vt(I.identityPublicKey));return A.sort((A,I)=>{const g=Math.min(A.length,I.length);for(let C=0;C<g;C++)if(A[C]!==I[C])return A[C]-I[C];return A.length-I.length}),A}async broadcastTokenTransaction(A,I,g){const{finalTokenTransactionHash:C}=await this.broadcastTokenTransactionDetailed(A,I,g);return KB(C)}async broadcastTokenTransactionDetailed(A,I,g){const C=this.config.getSigningOperators(),{finalTokenTransaction:B,finalTokenTransactionHash:i}=await this.startTokenTransaction(A,C,I,g),{commitStatus:Q,commitProgress:e,tokenIdentifier:E}=await this.signTokenTransaction(B,i,C);return{commitStatus:Q,commitProgress:e,tokenIdentifier:E,finalTokenTransaction:B,finalTokenTransactionHash:i}}async broadcastTokenTransactionV3(A,I){return KB(await async function(A){if(!A)throw new Wd("final token transaction cannot be nil",{field:"finalTokenTransaction"});return Ek().hashProto(A,"spark_token.FinalTokenTransaction")}((await this.broadcastTokenTransactionV3Detailed(A,I)).finalTokenTransaction))}async broadcastTokenTransactionV3Detailed(A,I){const g=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress());if(!this.shouldUseTokenPrimitivesBindings()){const C=await async function(A){if(!A)throw new Wd("partial token transaction cannot be nil",{field:"partialTokenTransaction"});return Ek().hashProto(A,"spark_token.PartialTokenTransaction")}(A),B=[];if("mintInput"===A.tokenInputs?.$case){const I=A.partialTokenOutputs[0]?.ownerPublicKey;if(!I)throw new Wd("Invalid mint input",{field:"ownerPubkey",value:null,expected:"Non-null ownerPubkey"});const g=await this.signMessageWithKey(C,I);B.push({signature:g,inputIndex:0})}else if("createInput"===A.tokenInputs?.$case){const I=A.tokenInputs.createInput.issuerPublicKey;if(!I)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const g=await this.signMessageWithKey(C,I);B.push({signature:g,inputIndex:0})}else if("transferInput"===A.tokenInputs?.$case){if(!I)throw new Wd("Invalid transfer input",{field:"outputsToSpend",value:{signingPublicKeys:I},expected:"Non-null signing public keys"});for(const[A,g]of I.entries()){if(!g)throw new Wd("Invalid signing key",{field:"outputsToSpendSigningPublicKeys",value:A,expected:"Non-null signing key"});const I=await this.signMessageWithKey(C,g);B.push({signature:I,inputIndex:A})}}return await g.broadcast_transaction({identityPublicKey:await this.config.signer.getIdentityPublicKey(),partialTokenTransaction:A,tokenTransactionOwnerSignatures:B},{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3})}const C=Kd(),B=HE.encode(A).finish(),i=await C.hashPartialTokenTransaction(B),Q=[];if("mintInput"===A.tokenInputs?.$case){const I=A.partialTokenOutputs[0]?.ownerPublicKey;if(!I)throw new Wd("Invalid mint input",{field:"ownerPubkey",value:null,expected:"Non-null ownerPubkey"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0,publicKey:I})}else if("createInput"===A.tokenInputs?.$case){const I=A.tokenInputs.createInput.issuerPublicKey;if(!I)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0,publicKey:I})}else if("transferInput"===A.tokenInputs?.$case){if(!I)throw new Wd("Invalid transfer input",{field:"outputsToSpend",value:{signingPublicKeys:I},expected:"Non-null signing public keys"});for(const[A,g]of I.entries()){if(!g)throw new Wd("Invalid signing key",{field:"outputsToSpendSigningPublicKeys",value:A,expected:"Non-null signing key"});const I=await this.signMessageWithKey(i,g);Q.push({signature:I,inputIndex:A,publicKey:g})}}const e=await C.buildBroadcastTransactionRequest({identityPublicKey:await this.config.signer.getIdentityPublicKey(),partialTokenTransactionBytes:B,ownerSignatures:Q});return await g.broadcast_transaction(zE.decode(e),{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3})}async startTokenTransaction(A,I,g,C){const B=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),i=tk(A,!0),Q=[];if("mintInput"===A.tokenInputs.$case){if(!A.tokenInputs.mintInput.tokenIdentifier)throw new Wd("Invalid mint input",{field:"tokenIdentifier",value:null,expected:"Non-null tokenIdentifier"});const I=A.tokenOutputs[0].ownerPublicKey;if(!I)throw new Wd("Invalid mint input",{field:"ownerPubkey",value:null,expected:"Non-null ownerPubkey"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0})}else if("createInput"===A.tokenInputs.$case){const I=A.tokenInputs.createInput.issuerPublicKey;if(!I)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:0})}else if("transferInput"===A.tokenInputs.$case){if(!g||!C)throw new Wd("Invalid transfer input",{field:"outputsToSpend",value:{signingPublicKeys:g,revocationPublicKeys:C},expected:"Non-null signing and revocation public keys"});for(const[A,I]of g.entries()){if(!I)throw new Wd("Invalid signing key",{field:"outputsToSpendSigningPublicKeys",value:A,expected:"Non-null signing key"});const g=await this.signMessageWithKey(i,I);Q.push({signature:g,inputIndex:A})}}const e=await B.start_transaction({identityPublicKey:await this.config.signer.getIdentityPublicKey(),partialTokenTransaction:A,validityDurationSeconds:this.config.getTokenValidityDurationSeconds(),partialTokenTransactionOwnerSignatures:Q},{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3});if(!e.finalTokenTransaction)throw new Error("Final token transaction missing in start response");if(!e.keyshareInfo)throw new Error("Keyshare info missing in start response");!function(A,I,g,C,B,i,Q){if(A.network!==I.network)throw new Td("Network mismatch in response token transaction",{value:A.network,expected:I.network});if(!A.tokenInputs)throw new Td("Token inputs missing in final transaction",{value:A});if(!I.tokenInputs)throw new Td("Token inputs missing in partial transaction",{value:I});if(A.tokenInputs.$case!==I.tokenInputs.$case)throw new Td(`Transaction type mismatch: final transaction has ${A.tokenInputs.$case}, partial transaction has ${I.tokenInputs.$case}`,{value:A.tokenInputs.$case,expected:I.tokenInputs.$case});if(A.sparkOperatorIdentityPublicKeys.length!==I.sparkOperatorIdentityPublicKeys.length)throw new Td("Spark operator identity public keys count mismatch",{value:A.sparkOperatorIdentityPublicKeys.length,expected:I.sparkOperatorIdentityPublicKeys.length});if("mintInput"===I.tokenInputs.$case&&"mintInput"===A.tokenInputs.$case){const g=A.tokenInputs.mintInput,C=I.tokenInputs.mintInput;if(!g.issuerPublicKey||!C.issuerPublicKey)throw new Td("Issuer public key missing in mint input",{value:g.issuerPublicKey,expected:C.issuerPublicKey});if(!g.tokenIdentifier||!C.tokenIdentifier)throw new Td("Token identifier missing in mint input",{value:g.tokenIdentifier,expected:C.tokenIdentifier});if(!mk(g.issuerPublicKey,C.issuerPublicKey))throw new Td("Issuer public key mismatch in mint input",{value:g.issuerPublicKey.toString(),expected:C.issuerPublicKey.toString()});if(!mk(g.tokenIdentifier,C.tokenIdentifier))throw new Td("Issuer public key mismatch in mint input",{value:g.tokenIdentifier.toString(),expected:C.tokenIdentifier.toString()})}else if("transferInput"===I.tokenInputs.$case&&"transferInput"===A.tokenInputs.$case){const g=A.tokenInputs.transferInput,C=I.tokenInputs.transferInput;if(g.outputsToSpend.length!==C.outputsToSpend.length)throw new Td("Outputs to spend count mismatch in transfer input",{value:g.outputsToSpend.length,expected:C.outputsToSpend.length});for(let A=0;A<g.outputsToSpend.length;A++){const I=g.outputsToSpend[A],B=C.outputsToSpend[A];if(!I)throw new Td("Token output to spend missing in final transaction",{outputIndex:A,value:I});if(!B)throw new Td("Token output to spend missing in partial transaction",{outputIndex:A,value:B});if(!mk(I.prevTokenTransactionHash,B.prevTokenTransactionHash))throw new Td("Previous token transaction hash mismatch in transfer input",{outputIndex:A,value:I.prevTokenTransactionHash.toString(),expected:B.prevTokenTransactionHash.toString()});if(I.prevTokenTransactionVout!==B.prevTokenTransactionVout)throw new Td("Previous token transaction vout mismatch in transfer input",{outputIndex:A,value:I.prevTokenTransactionVout,expected:B.prevTokenTransactionVout})}}if(A.tokenOutputs.length!==I.tokenOutputs.length)throw new Td("Token outputs count mismatch",{value:A.tokenOutputs.length,expected:I.tokenOutputs.length});for(let g=0;g<A.tokenOutputs.length;g++){const e=A.tokenOutputs[g],E=I.tokenOutputs[g];if(!e)throw new Td("Token output missing in final transaction",{outputIndex:g,value:e});if(!E)throw new Td("Token output missing in partial transaction",{outputIndex:g,value:E});if(!mk(e.ownerPublicKey,E.ownerPublicKey))throw new Td("Owner public key mismatch in token output",{outputIndex:g,value:e.ownerPublicKey.toString(),expected:E.ownerPublicKey.toString()});if(void 0!==e.tokenPublicKey&&void 0!==E.tokenPublicKey&&!mk(e.tokenPublicKey,E.tokenPublicKey))throw new Td("Token public key mismatch in token output",{outputIndex:g,value:e.tokenPublicKey.toString(),expected:E.tokenPublicKey.toString()});if(!mk(e.tokenAmount,E.tokenAmount))throw new Td("Token amount mismatch in token output",{outputIndex:g,value:e.tokenAmount.toString(),expected:E.tokenAmount.toString()});if(void 0!==e.withdrawBondSats&&e.withdrawBondSats!==B)throw new Td("Withdraw bond sats mismatch in token output",{outputIndex:g,value:e.withdrawBondSats,expected:B});if(void 0!==e.withdrawRelativeBlockLocktime&&e.withdrawRelativeBlockLocktime!==i)throw new Td("Withdraw relative block locktime mismatch in token output",{outputIndex:g,value:e.withdrawRelativeBlockLocktime,expected:i});if(C.threshold!==Q)throw new Td("Threshold mismatch: expected "+Q+" but got "+C.threshold,{field:"threshold",value:C.threshold,expected:Q})}if(C.ownerIdentifiers.length!==Object.keys(g).length)throw new Td(`Keyshare operator count (${C.ownerIdentifiers.length}) does not match signing operator count (${Object.keys(g).length})`,{keyshareInfo:C.ownerIdentifiers.length,signingOperators:Object.keys(g).length});if(function(A){return new Set(A).size!==A.length}(C.ownerIdentifiers))throw new Td("Duplicate ownerIdentifiers found in keyshareInfo",{keyshareInfo:C.ownerIdentifiers});for(const A of C.ownerIdentifiers)if(!g[A])throw new Td(`Keyshare operator ${A} not found in signing operator list`,{keyshareInfo:A,signingOperators:Object.keys(g)});if(A.clientCreatedTimestamp.getTime()!==I.clientCreatedTimestamp.getTime())throw new Td("Client created timestamp mismatch",{value:A.clientCreatedTimestamp,expected:I.clientCreatedTimestamp})}(e.finalTokenTransaction,A,I,e.keyshareInfo,this.config.getExpectedWithdrawBondSats(),this.config.getExpectedWithdrawRelativeBlockLocktime(),this.config.getThreshold());const E=e.finalTokenTransaction;return{finalTokenTransaction:E,finalTokenTransactionHash:tk(E,!1),threshold:e.keyshareInfo.threshold}}async signTokenTransaction(A,I,g){const C=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),B=await this.createSignaturesForOperators(A,I,g);try{return await C.commit_transaction({finalTokenTransaction:A,finalTokenTransactionHash:I,inputTtxoSignaturesPerOperator:B,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey()},{retry:!0,retryableStatuses:["UNKNOWN","UNAVAILABLE","CANCELLED","INTERNAL"],retryMaxAttempts:3})}catch(A){throw new xd("Failed to sign token transaction",{operation:"commit_transaction",error:A})}}async fetchOwnedTokenOutputs(A){const{ownerPublicKeys:I,issuerPublicKeys:g=[],tokenIdentifiers:C=[]}=A;if(0===I.length)throw new Wd("Owner public keys cannot be empty",{field:"ownerPublicKeys",value:I,expected:"Non-empty array"});for(const A of I)ih(KB(A));for(const A of g)ih(KB(A));for(const A of C)if(32!==A.length)throw new Wd("Token identifier must be 32 bytes (64 hex characters) long.",{field:"tokenIdentifier",value:A,expected:"32 bytes"});const B=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress());try{const A=[];let i;do{const Q=await B.query_token_outputs({ownerPublicKeys:I,issuerPublicKeys:g,tokenIdentifiers:C,network:this.config.getNetworkProto(),pageRequest:{pageSize:100,cursor:i,direction:Y.NEXT}});if(Array.isArray(Q.outputsWithPreviousTransactionData)&&A.push(...Q.outputsWithPreviousTransactionData),!Q.pageResponse?.hasNextPage)break;i=Q.pageResponse.nextCursor}while(i);return A}catch(A){throw new xd("Failed to fetch owned token outputs",{operation:"query_token_outputs",error:A})}}async queryTokenTransactions(A){const{sparkAddresses:I,ownerPublicKeys:g,issuerPublicKeys:C,tokenTransactionHashes:B,tokenIdentifiers:i,outputIds:Q,order:e,pageSize:E,offset:t}=A,o=[...I?.map(A=>Ih(A,this.config.getNetworkType()).identityPublicKey)||[],...g||[]],n=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),a={queryType:void 0,issuerPublicKeys:C?.map(vt)??[],ownerPublicKeys:o.length>0?o.map(vt):[],tokenIdentifiers:i?.map(A=>{const{tokenIdentifier:I}=rk(A,this.config.getNetworkType());return I})??[],tokenTransactionHashes:B?.map(vt)??[],outputIds:Q||[],order:"asc"===e?O.ASCENDING:O.DESCENDING,limit:E??0,offset:t??0};try{return await n.query_token_transactions(a)}catch(A){throw new xd("Failed to query token transactions",{operation:"query_token_transactions",error:A})}}async queryTokenTransactionsByTxHashes(A){const I=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),g={queryType:{$case:"byTxHash",byTxHash:{tokenTransactionHashes:A.map(vt)}},outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:O.UNRECOGNIZED,limit:0,offset:0};try{return await I.query_token_transactions(g)}catch(A){throw new xd("Failed to query token transactions",{operation:"query_token_transactions",error:A})}}async queryTokenTransactionsWithFilters(A){const{sparkAddresses:I,issuerPublicKeys:g,tokenIdentifiers:C,outputIds:B,pageSize:i,cursor:Q,direction:e}=A,E=I?.map(A=>Ih(A,this.config.getNetworkType()).identityPublicKey),t=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress()),o={queryType:{$case:"byFilters",byFilters:{outputIds:B||[],ownerPublicKeys:E?.map(vt)??[],issuerPublicKeys:g?.map(vt)??[],tokenIdentifiers:C?.map(A=>{const{tokenIdentifier:I}=rk(A,this.config.getNetworkType());return I})??[],pageRequest:{unsafePageSize:0,pageSize:i??50,cursor:Q??"",direction:"PREVIOUS"===e?Y.PREVIOUS:Y.NEXT}}},outputIds:[],ownerPublicKeys:[],issuerPublicKeys:[],tokenIdentifiers:[],tokenTransactionHashes:[],order:O.UNRECOGNIZED,limit:0,offset:0};try{return await t.query_token_transactions(o)}catch(A){throw new xd("Failed to query token transactions",{operation:"query_token_transactions",error:A})}}selectTokenOutputs(A,I,g){if(I<=0n)throw new Wd("Token amount must be greater than 0",{field:"tokenAmount",value:I,expected:"Greater than 0"});if(Dk(A)<I)throw new Wd("Insufficient token amount",{field:"tokenAmount",value:Dk(A),expected:I});const C=A.find(A=>Vi(A.output.tokenAmount)===I);if(C)return[C];const B=[...A].sort((A,I)=>{const C=Vi(A.output.tokenAmount),B=Vi(I.output.tokenAmount);return Number("SMALL_FIRST"===g?C-B:B-C)});if("SMALL_FIRST"===g){let A=0n,g=0;for(const C of B){if(A+=Vi(C.output.tokenAmount),g++,A>=I)return B.slice(0,g);if(g>=Jk)break}const C=B.slice(0,Jk),i=B.slice(Jk).reverse();let Q=C.reduce((A,I)=>A+Vi(I.output.tokenAmount),0n);const e=[...C];let E=0;for(;Q<I&&E<i.length;){const A=i[E],I=Vi(A.output.tokenAmount),g=Vi(e.shift().output.tokenAmount);e.push(A),Q=Q-g+I,E++}if(Q<I)throw new Wd("Insufficient token amount",{field:"tokenAmount",value:Q,expected:I});return e}{const A=[];let g=I;for(const I of B){if(g<=0n)break;if(A.length>=Jk)break;A.push(I),g-=Vi(I.output.tokenAmount)}if(g>0n)throw new Wd("Insufficient token amount",{field:"remainingAmount",value:g});return A}}sortTokenOutputsByStrategy(A,I){"SMALL_FIRST"===I?A.sort((A,I)=>{const g=Vi(A.output.tokenAmount),C=Vi(I.output.tokenAmount);return g<C?-1:g>C?1:0}):A.sort((A,I)=>{const g=Vi(A.output.tokenAmount),C=Vi(I.output.tokenAmount);return C<g?-1:C>g?1:0})}async signMessageWithKey(A,I){const g=this.config.getTokenSignatures();if(KB(I)===KB(await this.config.signer.getIdentityPublicKey()))return"SCHNORR"===g?await this.config.signer.signSchnorrWithIdentityKey(A):await this.config.signer.signMessageWithIdentityKey(A);throw new Wd("Invalid public key",{field:"publicKey",value:KB(I),expected:KB(await this.config.signer.getIdentityPublicKey())})}async createSignaturesForOperators(A,I,g){const C=[];for(const B of Object.values(g)){const g=[];if("mintInput"===A.tokenInputs.$case){const C=A.tokenInputs.mintInput.issuerPublicKey;if(!C)throw new Wd("Invalid mint input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const i=nk({finalTokenTransactionHash:I,operatorIdentityPublicKey:vt(B.identityPublicKey)}),Q=await this.signMessageWithKey(i,C);g.push({signature:Q,inputIndex:0})}else if("createInput"===A.tokenInputs.$case){const C=A.tokenInputs.createInput.issuerPublicKey;if(!C)throw new Wd("Invalid create input",{field:"issuerPublicKey",value:null,expected:"Non-null issuer public key"});const i=nk({finalTokenTransactionHash:I,operatorIdentityPublicKey:vt(B.identityPublicKey)}),Q=await this.signMessageWithKey(i,C);g.push({signature:Q,inputIndex:0})}else if("transferInput"===A.tokenInputs.$case){const C=A.tokenInputs.transferInput;for(let A=0;A<C.outputsToSpend.length;A++){const C=nk({finalTokenTransactionHash:I,operatorIdentityPublicKey:vt(B.identityPublicKey)});let i;i="SCHNORR"===this.config.getTokenSignatures()?await this.config.signer.signSchnorrWithIdentityKey(C):await this.config.signer.signMessageWithIdentityKey(C),g.push({signature:i,inputIndex:A})}}C.push({ttxoSignatures:g,operatorIdentityPublicKey:vt(B.identityPublicKey)})}return C}};const Hk={maxAttempts:5,baseDelayMs:1e3,maxDelayMs:1e4,backoffFactor:2};function Yk(A,I){const g=I.baseDelayMs*Math.pow(I.backoffFactor,A-1);return Math.min(g,I.maxDelayMs)}const Lk=[q.TRANSFER_STATUS_SENDER_INITIATED,q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR,q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK,q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING],qk=[...Lk,q.TRANSFER_STATUS_SENDER_KEY_TWEAKED,q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED,q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED,q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED,q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED],Vk=[x.PRIMARY_SWAP_V3,x.SWAP],Tk=[x.COUNTER_SWAP_V3,x.COUNTER_SWAP],vk=[x.COOPERATIVE_EXIT,x.UTXO_SWAP,x.PREIMAGE_SWAP,x.TRANSFER];var Zk=class{config;connectionManager;signingService;logger;constructor(A,I,g,C=Mk.fromConfig(A),B="TransferService"){this.config=A,this.connectionManager=I,this.signingService=g,this.logger=C.logger(B)}async deliverTransferPackage(A,I,g,C,B){const i=await this.prepareSendTransferKeyTweaks(A.id,I,g,C,B);for(const A of Object.keys(this.config.getSigningOperators()))if(!i.get(A))throw new Wd("No tweaks for operator",{field:"operator",value:A});const Q=await this.prepareTransferPackage(A.id,i,I),e=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).finalize_transfer_with_transfer_package({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),transferPackage:Q});if(!e.transfer)throw new Wd("No transfer response from operator");return e.transfer}async prepareTransferForLightning(A,I,g,C){if(0===A.length)throw new Wd("leaves must not be empty");const B=await this.prepareSendTransferKeyTweaks(C,A),i=await this.prepareTransferPackageForLightning(C,B,A,I);return{transferId:C,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,transferPackage:i,sparkInvoice:"",leavesToSend:[],expiryTime:g}}async sendTransferWithKeyTweaks(A,I){if(0===A.length)throw new Wd("leaves must not be empty");const g=Fa(),C=await this.prepareSendTransferKeyTweaks(g,A),B=await this.prepareTransferPackage(g,C,A),i=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let Q;try{Q=await i.start_transfer_v2({transferId:g,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,transferPackage:B,sparkInvoice:I})}catch(A){throw new xd("Failed to start transfer",{method:"POST",error:A})}if(!Q.transfer)throw new Wd("No transfer response from operator");return Q.transfer}async sendSwapTransfer(A,I){if(0===A.length)throw new Wd("leaves must not be empty");const g=I??Fa(),C=await this.prepareSendTransferKeyTweaks(g,A),B=ie.utils.randomSecretKey(),i=ie.getPublicKey(B),Q=await this.prepareTransferPackage(g,C,A,i),e=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());Q.directFromCpfpLeavesToSend=[],Q.directLeavesToSend=[];try{const I=await e.initiate_swap_primary_transfer({transfer:{transferId:g,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,transferPackage:Q},adaptorPublicKeys:{adaptorPublicKey:i}});if(!I.transfer)throw new Wd("No transfer response from operator");const C=new Map;for(const g of I.signingResults){const I=Q.leavesToSend.find(A=>A.leafId===g.leafId),B=A.find(A=>A.leaf.id===g.leafId);if(!I||!B)throw new Wd("Leaf not found",{field:"leafId",value:g.leafId});const e=hh(dh(I.rawTx),0,dh(B.leaf.nodeTx).getOutput(0)),E=await this.config.signer.aggregateFrost({message:e,publicKey:I.signingPublicKey,verifyingKey:g.verifyingKey,selfCommitment:I.selfCommitment,statechainCommitments:g.refundTxSigningResult?.signingNonceCommitments,statechainSignatures:g.refundTxSigningResult?.signatureShares,statechainPublicKeys:g.refundTxSigningResult?.publicKeys,selfSignature:I.userSignature,adaptorPubKey:i});C.set(g.leafId,E)}return{swapTransfer:I,adaptorPubkey:i,adaptorAddedSignatureMap:C}}catch(A){throw new xd("Failed to initiate swap primary transfer",{method:"POST",error:A})}}async prepareTransferPackage(A,I,g,C){const B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),i=[];for(const A of g)i.push(A.leaf.id);const Q=await B.get_signing_commitments({nodeIds:i,count:3}),{cpfpLeafSigningJobs:e,directLeafSigningJobs:E,directFromCpfpLeafSigningJobs:t}=await this.signingService.signRefunds(g,Q.signingCommitments.slice(0,g.length),Q.signingCommitments.slice(g.length,2*g.length),Q.signingCommitments.slice(2*g.length,3*g.length),C),o=fd(),n=await Promise.all(Array.from(I.entries()).map(async([A,I])=>{const g={leavesToSend:I},C=xI.encode(g).finish(),B=this.config.getSigningOperators()[A];if(!B)throw new Wd("Operator not found");const i=await o.encryptEcies(C,JB(B.identityPublicKey));return[A,Uint8Array.from(i)]})),a={leavesToSend:e,keyTweakPackage:Object.fromEntries(n),userSignature:new Uint8Array,directLeavesToSend:E,directFromCpfpLeavesToSend:t,hashVariant:CA.HASH_VARIANT_V2},s=wk(A,a),r=await this.config.signer.signMessageWithIdentityKey(s);return a.userSignature=new Uint8Array(r),a}async prepareTransferPackageForLightning(A,I,g,C){const B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),i=[];for(const A of g)i.push(A.leaf.id);const Q=await B.get_signing_commitments({nodeIds:i,count:3}),{cpfpLeafSigningJobs:e,directLeafSigningJobs:E,directFromCpfpLeafSigningJobs:t}=await this.signingService.signRefundsForLightning(g,Q.signingCommitments.slice(0,g.length),Q.signingCommitments.slice(g.length,2*g.length),Q.signingCommitments.slice(2*g.length,3*g.length),C),o=fd(),n=await Promise.all(Array.from(I.entries()).map(async([A,I])=>{const g={leavesToSend:I},C=xI.encode(g).finish(),B=this.config.getSigningOperators()[A];if(!B)throw new Wd("Operator not found");const i=await o.encryptEcies(C,JB(B.identityPublicKey));return[A,Uint8Array.from(i)]})),a=Object.fromEntries(n),s=TI.create({leavesToSend:e,keyTweakPackage:a,userSignature:new Uint8Array,directLeavesToSend:E,directFromCpfpLeavesToSend:t,hashVariant:CA.HASH_VARIANT_V2}),r=wk(A,s),c=await this.config.signer.signMessageWithIdentityKey(r);return s.userSignature=new Uint8Array(c),s}async signRefunds(A,I){const g=[];for(const C of I){const I=A.get(C.leafId);if(!I||!I.tx||void 0===I.vout||!I.refundTx)throw new Error(`Leaf data not found for leaf ${C.leafId}`);const B=I.tx?.getOutput(0);if(!B)throw new Error(`Output not found for leaf ${C.leafId}`);let i;i=I.refundTx.inputsLength>1&&I.connectorPrevOutput?yh(I.refundTx,0,[B,I.connectorPrevOutput]):hh(I.refundTx,0,B);const Q=await this.config.signer.getPublicKeyFromDerivation(I.keyDerivation),e=await this.config.signer.signFrost({message:i,publicKey:Q,keyDerivation:I.keyDerivation,selfCommitment:I.signingNonceCommitment,statechainCommitments:C.refundTxSigningResult?.signingNonceCommitments,verifyingKey:C.verifyingKey}),E=await this.config.signer.aggregateFrost({message:i,statechainSignatures:C.refundTxSigningResult?.signatureShares,statechainPublicKeys:C.refundTxSigningResult?.publicKeys,verifyingKey:C.verifyingKey,statechainCommitments:C.refundTxSigningResult?.signingNonceCommitments,selfCommitment:I.signingNonceCommitment,publicKey:Q,selfSignature:e});let t,o;if(I.directTx&&I.directRefundTx){const A=I.directTx.getOutput(0);let g;g=I.directRefundTx.inputsLength>1&&I.connectorPrevOutput?yh(I.directRefundTx,0,[A,I.connectorPrevOutput]):hh(I.directRefundTx,0,A);const B=await this.config.signer.signFrost({message:g,publicKey:Q,keyDerivation:I.keyDerivation,selfCommitment:I.directSigningNonceCommitment,statechainCommitments:C.directRefundTxSigningResult?.signingNonceCommitments,verifyingKey:C.verifyingKey});t=await this.config.signer.aggregateFrost({message:g,statechainSignatures:C.directRefundTxSigningResult?.signatureShares,statechainPublicKeys:C.directRefundTxSigningResult?.publicKeys,verifyingKey:C.verifyingKey,statechainCommitments:C.directRefundTxSigningResult?.signingNonceCommitments,selfCommitment:I.directSigningNonceCommitment,publicKey:Q,selfSignature:B})}if(I.directFromCpfpRefundTx){let A;A=I.directFromCpfpRefundTx.inputsLength>1&&I.connectorPrevOutput?yh(I.directFromCpfpRefundTx,0,[B,I.connectorPrevOutput]):hh(I.directFromCpfpRefundTx,0,B);const g=await this.config.signer.signFrost({message:A,publicKey:Q,keyDerivation:I.keyDerivation,selfCommitment:I.directFromCpfpRefundSigningNonceCommitment,statechainCommitments:C.directFromCpfpRefundTxSigningResult?.signingNonceCommitments,verifyingKey:C.verifyingKey});o=await this.config.signer.aggregateFrost({message:A,statechainSignatures:C.directFromCpfpRefundTxSigningResult?.signatureShares,statechainPublicKeys:C.directFromCpfpRefundTxSigningResult?.publicKeys,verifyingKey:C.verifyingKey,statechainCommitments:C.directFromCpfpRefundTxSigningResult?.signingNonceCommitments,selfCommitment:I.directFromCpfpRefundSigningNonceCommitment,publicKey:Q,selfSignature:g})}g.push({nodeId:C.leafId,nodeTxSignature:new Uint8Array,directNodeTxSignature:new Uint8Array,refundTxSignature:E,directRefundTxSignature:t??new Uint8Array,directFromCpfpRefundTxSignature:o??new Uint8Array})}return g}async prepareSendTransferKeyTweaks(A,I,g=new Map,C=new Map,B=new Map){const i=new Map,Q=await Promise.all(I.map(async I=>await this.prepareSingleSendTransferKeyTweak(A,I,I.receiverIdentityPublicKey,g.get(I.leaf.id),C.get(I.leaf.id),B.get(I.leaf.id))));for(const A of Q)for(const[I,g]of A)i.set(I,[...i.get(I)||[],g]);return i}async prepareSingleSendTransferKeyTweak(A,I,g,C,B,i){const Q=this.config.getSigningOperators(),{shares:e,secretCipher:E}=await this.config.signer.subtractSplitAndEncrypt({first:I.keyDerivation,second:I.newKeyDerivation,receiverPublicKey:g,curveOrder:ie.CURVE.n,threshold:this.config.getThreshold(),numShares:Object.keys(Q).length}),t=new Map;for(const[A,I]of Object.entries(Q)){const g=this.findShare(e,I.id);if(!g)throw new Error(`Share not found for operator ${I.id}`);const C=ie.getPublicKey(g.share,!0);t.set(A,C)}const o=new TextEncoder,n=Ya(new Uint8Array([...o.encode(I.leaf.id),...o.encode(A),...E])),a=await this.config.signer.signMessageWithIdentityKey(n,!0),s=new Map;for(const[A,g]of Object.entries(Q)){const Q=this.findShare(e,g.id);if(!Q)throw new Error(`Share not found for operator ${g.id}`);s.set(A,{leafId:I.leaf.id,secretShareTweak:{secretShare:Q.share,proofs:Q.proofs},pubkeySharesTweak:Object.fromEntries(t),secretCipher:E,signature:a,refundSignature:C??new Uint8Array,directRefundSignature:B??new Uint8Array,directFromCpfpRefundSignature:i??new Uint8Array})}return s}findShare(A,I){const g=I+1;for(const I of A)if(I.index===g)return I}async sendTransferV3(A){const I=Fa(),g=new Date(Date.now()+864e5),C=await this.prepareSendTransferKeyTweaks(I,A),B=await this.prepareTransferPackage(I,C,A),i={};for(const I of A)i[I.leaf.id]=I.receiverIdentityPublicKey;const Q=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let e;try{e=await Q.start_transfer_v3({transferId:I,senderPackages:[{ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),transferPackage:B,receiverIdentityPublicKeys:i}],expiryTime:g})}catch(A){throw new xd("Failed to start V3 transfer",{method:"POST",error:A})}if(!e.transfer)throw new Wd("No transfer response from operator");return e.transfer}compareTransfers(A,I){return A.id===I.id&&Pi(A.senderIdentityPublicKey,I.senderIdentityPublicKey)&&A.status===I.status&&A.totalValue===I.totalValue&&A.expiryTime?.getTime()===I.expiryTime?.getTime()&&A.leaves.length===I.leaves.length}},xk=class extends Zk{constructor(A,I,g,C=Mk.fromConfig(A)){super(A,I,g,C,"TransferService"),C.wrapPrototypeMethods("TransferService",this)}async claimTransferCore(A){const I=await this.verifyPendingTransfer(A),g=await this.config.signer.getIdentityPublicKey(),C=[];for(const B of A.leaves)B.leaf&&I.get(B.leaf.id)&&C.push({leaf:{...B.leaf,refundTx:B.intermediateRefundTx,directRefundTx:B.intermediateDirectRefundTx,directFromCpfpRefundTx:B.intermediateDirectFromCpfpRefundTx},keyDerivation:{type:hk.ECIES,path:B.secretCipher},newKeyDerivation:{type:hk.LEAF,path:B.leaf.id},receiverIdentityPublicKey:g});const B=await this.prepareClaimPackage(A.id,C),i=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let Q;try{Q=await i.claim_transfer({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),claimPackage:B})}catch(A){throw new xd("Failed to claim transfer",{method:"POST",error:A})}if(!Q.transfer)throw new Wd("No transfer response from claim_transfer");return Q.transfer.leaves.flatMap(A=>A.leaf?[A.leaf]:[])}async queryPendingTransfers(A={}){const I=Array.isArray(A)?{transferIds:A}:A;if(I.createdAfter&&I.createdBefore)throw new Error("createdAfter and createdBefore are mutually exclusive - only one can be specified");const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),C=null!=I.createdAfter?{$case:"createdAfter",createdAfter:I.createdAfter}:null!=I.createdBefore?{$case:"createdBefore",createdBefore:I.createdBefore}:void 0;let B;try{B=await g.query_pending_transfers({participant:{$case:"receiverIdentityPublicKey",receiverIdentityPublicKey:await this.config.signer.getIdentityPublicKey()},transferIds:I.transferIds,limit:I.limit,offset:I.offset,timeFilter:C,network:this.config.getNetworkProto()})}catch(A){throw new Error(`Error querying pending transfers: ${Wk(A)}`,{cause:A})}return B}async queryPrimarySwapTransfers(A){return await this.queryAllTransfers({...A,senderOnly:!0,types:Vk,statuses:Lk})}async queryCounterSwapTransfers(A){return await this.queryAllTransfers({...A,types:Tk,statuses:qk})}async queryPendingOutgoingTransfers(A){return await this.queryAllTransfers({...A,senderOnly:!0,types:vk,statuses:Lk})}async queryAllTransfers({limit:A,offset:I,createdAfter:g,createdBefore:C,types:B,statuses:i,senderOnly:Q}){if(g&&C)throw new Error("createdAfter and createdBefore are mutually exclusive - only one can be specified");const e=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),E=await this.config.signer.getIdentityPublicKey(),t={participant:Q?{$case:"senderIdentityPublicKey",senderIdentityPublicKey:E}:{$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:E},limit:A,offset:I,types:B,...void 0!==i?{statuses:i}:{},network:oh[this.config.getNetwork()]};let o;g?t.timeFilter={$case:"createdAfter",createdAfter:g}:C&&(t.timeFilter={$case:"createdBefore",createdBefore:C});try{o=await e.query_all_transfers(t)}catch(A){throw new Error(`Error querying all transfers: ${Wk(A)}`,{cause:A})}return o}async verifyPendingTransfer(A){const I=new Map;return await Promise.all(A.leaves.map(async g=>{if(!g.leaf)throw new Error("Leaf is undefined");const C=new TextEncoder,B=C.encode(g.leaf.id),i=C.encode(A.id),Q=Ya(new Uint8Array([...B,...i,...g.secretCipher]));if(!ie.verify(g.signature,Q,A.senderIdentityPublicKey))throw new Error("Signature verification failed");const e=await this.config.signer.decryptEcies(g.secretCipher);I.set(g.leaf.id,e)})),I}async queryTransfer(A){return(await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_all_transfers({participant:{$case:"senderOrReceiverIdentityPublicKey",senderOrReceiverIdentityPublicKey:await this.config.signer.getIdentityPublicKey()},transferIds:[A],network:oh[this.config.getNetwork()]})).transfers[0]}async sendTransferSignRefund(A,I){const{transfer:g,signatureMap:C,directSignatureMap:B,directFromCpfpSignatureMap:i,leafDataMap:Q}=await this.sendTransferSignRefundInternal(A,I);return{transfer:g,signatureMap:C,directSignatureMap:B,directFromCpfpSignatureMap:i,leafDataMap:Q}}async sendTransferSignRefundInternal(A,I){if(0===A.length)throw new Wd("leaves must not be empty");const g=Fa(),C=new Map;await Promise.all(A.map(async A=>{const I=await this.config.signer.getRandomSigningCommitment(),g=await this.config.signer.getRandomSigningCommitment(),B=await this.config.signer.getRandomSigningCommitment(),i=dh(A.leaf.nodeTx),Q=dh(A.leaf.refundTx),e=A.leaf.directTx.length>0?dh(A.leaf.directTx):void 0,E=A.leaf.directRefundTx.length>0?dh(A.leaf.directRefundTx):void 0,t=A.leaf.directFromCpfpRefundTx.length>0?dh(A.leaf.directFromCpfpRefundTx):void 0;C.set(A.leaf.id,{keyDerivation:A.keyDerivation,receivingPubkey:A.receiverIdentityPublicKey,signingNonceCommitment:I,directSigningNonceCommitment:g,tx:i,directTx:e,refundTx:Q,directRefundTx:E,directFromCpfpRefundTx:t,directFromCpfpRefundSigningNonceCommitment:B,vout:A.leaf.vout})}));const B=await this.prepareRefundSoSigningJobs(A,C),i=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let Q;try{Q=await i.start_transfer_v2({transferId:g,leavesToSend:B,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:A[0].receiverIdentityPublicKey,expiryTime:I})}catch(A){throw new Error(`Error starting send transfer: ${Wk(A)}`,{cause:A})}if(!Q.transfer)throw new Error("No transfer response from coordinator");const e=await this.signRefunds(C,Q.signingResults),E=new Map,t=new Map,o=new Map;for(const A of e)E.set(A.nodeId,A.refundTxSignature),t.set(A.nodeId,A.directRefundTxSignature),o.set(A.nodeId,A.directFromCpfpRefundTxSignature);return{transfer:Q.transfer,signatureMap:E,directSignatureMap:t,directFromCpfpSignatureMap:o,leafDataMap:C,signingResults:Q.signingResults}}async prepareRefundSoSigningJobs(A,I,g){const C=[],B=await Promise.all(A.map(async A=>{const C=I.get(A.leaf.id);if(!C)throw new Error(`Leaf data not found for leaf ${A.leaf.id}`);const B=dh(A.leaf.nodeTx);let i;A.leaf.directTx.length>0&&(i=dh(A.leaf.directTx));const Q=dh(A.leaf.refundTx),e=Q.getInput(0).sequence;if(null==e)throw new Wd("Invalid refund transaction",{field:"sequence",value:Q.getInput(0),expected:"Non-null sequence"});const E={nodeTx:B,directNodeTx:i,sequence:e,receivingPubkey:C.receivingPubkey,network:this.config.getNetwork()},{cpfpRefundTx:t,directRefundTx:o,directFromCpfpRefundTx:n}=await(g?Mh(E):Uh(E)),a=!mh(B.getInput(0).sequence);C.refundTx=t,C.directRefundTx=o&&!a?o:void 0,C.directFromCpfpRefundTx=n;const s=C.signingNonceCommitment,r=C.directSigningNonceCommitment,c=C.directFromCpfpRefundSigningNonceCommitment,D=await this.config.signer.getPublicKeyFromDerivation(C.keyDerivation);return{leafId:A.leaf.id,refundTxSigningJob:{signingPublicKey:D,rawTx:t.toBytes(),signingNonceCommitment:s.commitment},directRefundTxSigningJob:o&&!a?{signingPublicKey:D,rawTx:o.toBytes(),signingNonceCommitment:r.commitment}:void 0,directFromCpfpRefundTxSigningJob:n?{signingPublicKey:D,rawTx:n.toBytes(),signingNonceCommitment:c.commitment}:void 0}}));for(const A of B)C.push(A);return C}async claimTransferTweakKeys(A,I){const g=await this.prepareClaimLeavesKeyTweaks(I),C=[],B=Object.entries(this.config.getSigningOperators()).map(async([I,B])=>{const i=await this.connectionManager.createSparkClient(B.address),Q=g.get(I);if(Q)try{await i.claim_transfer_tweak_keys({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),leavesToReceive:Q})}catch(A){return void C.push(new xd("Failed to claim transfer tweak keys",{method:"POST",error:A}))}else C.push(new Wd("No leaves to receive for operator",{field:"operator",value:I}))});if(await Promise.all(B),C.length>0)throw C[0]??new Error("Failed to claim transfer tweak keys")}async prepareClaimPackage(A,I){const g=await this.prepareClaimLeavesKeyTweaks(I),C=fd(),B=await Promise.all(Array.from(g.entries()).map(async([A,I])=>{const g={leavesToReceive:I},B=ag.encode(g).finish(),i=this.config.getSigningOperators()[A];if(!i)throw new Wd("Operator not found");const Q=await C.encryptEcies(B,JB(i.identityPublicKey));return[A,Uint8Array.from(Q)]})),i=Object.fromEntries(B),Q=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).get_signing_commitments({nodeIdCount:I.length,count:3}),e=3*I.length;if(Q.signingCommitments.length!==e)throw new Wd(`Expected ${e} signing commitments, got ${Q.signingCommitments.length}`);const E=await Promise.all(I.map(async A=>({leaf:A.leaf,keyDerivation:A.newKeyDerivation,newKeyDerivation:A.newKeyDerivation,receiverIdentityPublicKey:await this.config.signer.getPublicKeyFromDerivation(A.newKeyDerivation)}))),{cpfpLeafSigningJobs:t,directLeafSigningJobs:o,directFromCpfpLeafSigningJobs:n}=await this.signingService.signRefundsForClaim(E,Q.signingCommitments.slice(0,I.length),Q.signingCommitments.slice(I.length,2*I.length),Q.signingCommitments.slice(2*I.length,3*I.length)),a={leavesToClaim:t,keyTweakPackage:i,userSignature:new Uint8Array,directLeavesToClaim:o,directFromCpfpLeavesToClaim:n,hashVariant:CA.HASH_VARIANT_V2},s=function(A,I){const g=JB(A.replaceAll("-",""));return Nh(["spark","claim","signing payload"]).addBytes(g).addMapStringToBytes(I).hash()}(A,i),r=await this.config.signer.signMessageWithIdentityKey(s);return a.userSignature=new Uint8Array(r),a}async prepareClaimLeavesKeyTweaks(A){const I=new Map,g=await Promise.all(A.map(A=>this.prepareClaimLeafKeyTweaks(A)));for(const{leafKeyTweaks:A}of g)for(const[g,C]of A)I.set(g,[...I.get(g)||[],C]);return I}async prepareClaimLeafKeyTweaks(A){const I=this.config.getSigningOperators(),g=await this.config.signer.subtractAndSplitSecretWithProofsGivenDerivations({first:A.keyDerivation,second:A.newKeyDerivation,curveOrder:ie.CURVE.n,threshold:this.config.getThreshold(),numShares:Object.keys(I).length}),C=new Map;for(const[A,B]of Object.entries(I)){const I=this.findShare(g,B.id);if(!I)throw new Error(`Share not found for operator ${B.id}`);const i=ie.getPublicKey(I.share);C.set(A,i)}const B=new Map;for(const[i,Q]of Object.entries(I)){const I=this.findShare(g,Q.id);if(!I)throw new Error(`Share not found for operator ${Q.id}`);B.set(i,{leafId:A.leaf.id,secretShareTweak:{secretShare:I.share,proofs:I.proofs},pubkeySharesTweak:Object.fromEntries(C)})}if(!g[0]?.proofs)throw new Wd("Proofs not found",{field:"proofs",value:g[0]?.proofs});return{leafKeyTweaks:B,proofs:g[0].proofs}}async claimTransferSignRefunds(A,I){const g=new Map;await Promise.all(I.map(async A=>{const I=dh(A.leaf.nodeTx),C=A.leaf.directTx.length>0?dh(A.leaf.directTx):void 0;g.set(A.leaf.id,{keyDerivation:A.newKeyDerivation,receivingPubkey:await this.config.signer.getPublicKeyFromDerivation(A.newKeyDerivation),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),directSigningNonceCommitment:await this.config.signer.getRandomSigningCommitment(),directFromCpfpRefundSigningNonceCommitment:await this.config.signer.getRandomSigningCommitment(),tx:I,directTx:C,vout:A.leaf.vout})}));const C=await this.prepareRefundSoSigningJobs(I,g,!0),B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let i;try{i=await B.claim_transfer_sign_refunds_v2({transferId:A.id,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),signingJobs:C})}catch(A){throw new xd("Failed to claim transfer sign refunds",{method:"POST",error:A})}return this.signRefunds(g,i.signingResults)}async finalizeNodeSignatures(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{return await I.finalize_node_signatures_v2({intent:S.TRANSFER,nodeSignatures:A})}catch(A){throw new Error(`Error finalizing node signatures in transfer: ${Wk(A)}`,{cause:A})}}async queryPendingTransfersBySender(A){const I=await this.connectionManager.createSparkClient(A);try{return await I.query_pending_transfers({participant:{$case:"senderIdentityPublicKey",senderIdentityPublicKey:await this.config.signer.getIdentityPublicKey()}})}catch(A){throw new Error(`Error querying pending transfers by sender: ${Wk(A)}`,{cause:A})}}async renewRefundTxn(A,I){const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),C=await this.createRenewRefundSigningJobs(A,I),B=await g.get_signing_commitments({nodeIds:[A.id],count:C.length}),i=C.map((A,I)=>{const g=B.signingCommitments[I]?.signingNonceCommitments;if(!g)throw new Error("Signing nonce commitments not found");return{...A,signingNonceCommitments:g}}),Q=await this.signingService.signSigningJobs(i),e={nodeTxSigningJob:Q.get("node"),refundTxSigningJob:Q.get("cpfp"),directNodeTxSigningJob:Q.get("directNode"),directRefundTxSigningJob:Q.get("direct"),directFromCpfpRefundTxSigningJob:Q.get("directFromCpfp")},E=await g.renew_leaf({leafId:A.id,signingJobs:{$case:"renewRefundTimelockSigningJob",renewRefundTimelockSigningJob:e}},Wh(dh(A.refundTx).id));if("renewRefundTimelockResult"!==E.renewResult?.$case||!E.renewResult?.renewRefundTimelockResult.node)throw new Wd("Unexpected renew result",{field:"renewResult",value:E.renewResult});return E.renewResult?.renewRefundTimelockResult.node}async renewNodeTxn(A,I){const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),C=await this.createRenewNodeSigningJobs(A,I),B=await g.get_signing_commitments({nodeIds:[A.id],count:C.length}),i=C.map((A,I)=>{const g=B.signingCommitments[I]?.signingNonceCommitments;if(!g)throw new Error("Signing nonce commitments not found");return{...A,signingNonceCommitments:g}}),Q=await this.signingService.signSigningJobs(i),e=await g.renew_leaf({leafId:A.id,signingJobs:{$case:"renewNodeTimelockSigningJob",renewNodeTimelockSigningJob:{splitNodeTxSigningJob:Q.get("split"),splitNodeDirectTxSigningJob:Q.get("directSplit"),nodeTxSigningJob:Q.get("node"),directNodeTxSigningJob:Q.get("directNode"),refundTxSigningJob:Q.get("cpfp"),directRefundTxSigningJob:Q.get("direct"),directFromCpfpRefundTxSigningJob:Q.get("directFromCpfp")}}},Wh(dh(A.refundTx).id));if("renewNodeTimelockResult"!==e.renewResult?.$case||!e.renewResult?.renewNodeTimelockResult.node)throw new Wd("Unexpected renew result",{field:"renewResult",value:e.renewResult});return e.renewResult.renewNodeTimelockResult.node}async createRenewRefundSigningJobs(A,I){const g=[],C=dh(I.nodeTx),B=dh(I.nodeTx).getOutput(0);if(!B)throw new Error("Parent node output not found");const i={script:B.script,amount:B.amount},Q={type:hk.LEAF,path:A.id},e=await this.config.signer.getPublicKeyFromDerivation(Q),E=dh(A.nodeTx),t=dh(A.refundTx),{nodeTx:o,directNodeTx:n}=await async function(A,I,g){const C=I.getInput(0).sequence;if(!C)throw new Wd("Current sequence not found",{field:"currentSequence",value:C});return ph({parentTx:A,sequence:Hh(C).nextSequence,vout:0,network:g})}(C,E,this.config.getNetwork());g.push({signingPublicKey:e,rawTx:o.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"node",parentTxOut:i,leafId:A.id,keyDerivation:{type:hk.LEAF,path:A.id},verifyingKey:A.verifyingPublicKey}),n&&g.push({signingPublicKey:e,rawTx:n.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directNode",parentTxOut:i,leafId:A.id,keyDerivation:{type:hk.LEAF,path:A.id},verifyingKey:A.verifyingPublicKey});const a=o.getOutput(0);if(!a)throw Error("Could not get new cpfp node output");const s=n?.getOutput(0);if(void 0===t.getOutput(0).amount)throw new Error("Amount not found in extendTimelock");if(void 0===s?.amount)throw new Error("Amount not found in extendTimelock");const{cpfpRefundTx:r,directRefundTx:c,directFromCpfpRefundTx:D}=await Rh({nodeTx:o,directNodeTx:n,receivingPubkey:e,network:this.config.getNetwork()});return g.push({signingPublicKey:e,rawTx:r.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"cpfp",parentTxOut:a,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),c&&s&&g.push({signingPublicKey:e,rawTx:c.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"direct",parentTxOut:s,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),D&&s&&g.push({signingPublicKey:e,rawTx:D.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directFromCpfp",parentTxOut:a,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),g}async createRenewNodeSigningJobs(A,I){const g=[],C=dh(I.nodeTx),B=dh(I.nodeTx).getOutput(0),i={script:B.script,amount:B.amount},Q={type:hk.LEAF,path:A.id},e=await this.config.signer.getPublicKeyFromDerivation(Q),{nodeTx:E,directNodeTx:t}=await Sh(C,this.config.getNetwork());g.push({signingPublicKey:e,rawTx:E.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"split",parentTxOut:i,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),t&&g.push({signingPublicKey:e,rawTx:t.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directSplit",parentTxOut:i,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey});const o=E.getOutput(0),{nodeTx:n,directNodeTx:a}=await async function(A,I){return ph({parentTx:A,sequence:2e3,vout:0,network:I})}(E,this.config.getNetwork());g.push({signingPublicKey:e,rawTx:n.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"node",parentTxOut:o,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),a&&g.push({signingPublicKey:e,rawTx:a.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directNode",parentTxOut:o,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey});const s=n.getOutput(0);if(!s)throw Error("Could not get new cpfp node output");const r=a?.getOutput(0),{cpfpRefundTx:c,directRefundTx:D,directFromCpfpRefundTx:w}=await Rh({nodeTx:n,directNodeTx:a,receivingPubkey:e,network:this.config.getNetwork()});return g.push({signingPublicKey:e,rawTx:c.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"cpfp",parentTxOut:s,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),D&&r&&g.push({signingPublicKey:e,rawTx:D.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"direct",parentTxOut:r,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),w&&r&&g.push({signingPublicKey:e,rawTx:w.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directFromCpfp",parentTxOut:s,leafId:A.id,keyDerivation:Q,verifyingKey:A.verifyingPublicKey}),g}async renewZeroTimelockNodeTxn(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),g=await this.createRenewZeroTimelockNodeSigningJobs(A),C=await I.get_signing_commitments({nodeIds:[A.id],count:g.length}),B=g.map((A,I)=>{const g=C.signingCommitments[I]?.signingNonceCommitments;if(!g)throw new Wd("Signing nonce commitments not found",{field:"signingNonceCommitments",value:g});return{...A,signingNonceCommitments:g}}),i=await this.signingService.signSigningJobs(B),Q={nodeTxSigningJob:i.get("node"),refundTxSigningJob:i.get("cpfp"),directNodeTxSigningJob:i.get("directNode"),directFromCpfpRefundTxSigningJob:i.get("directFromCpfp")},e=await I.renew_leaf({leafId:A.id,signingJobs:{$case:"renewNodeZeroTimelockSigningJob",renewNodeZeroTimelockSigningJob:Q}},Wh(dh(A.refundTx).id));if("renewNodeZeroTimelockResult"!==e.renewResult?.$case||!e.renewResult?.renewNodeZeroTimelockResult.node)throw new Wd("Unexpected renew result",{field:"renewResult",value:e.renewResult});return e.renewResult.renewNodeZeroTimelockResult.node}async createRenewZeroTimelockNodeSigningJobs(A){const I=[],g={type:hk.LEAF,path:A.id},C=await this.config.signer.getPublicKeyFromDerivation(g),B=dh(A.nodeTx),{nodeTx:i,directNodeTx:Q}=await Sh(B,this.config.getNetwork());I.push({signingPublicKey:C,rawTx:i.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"node",parentTxOut:B.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey}),I.push({signingPublicKey:C,rawTx:Q.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directNode",parentTxOut:B.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey});const{cpfpRefundTx:e,directFromCpfpRefundTx:E}=await Rh({nodeTx:i,directNodeTx:Q,receivingPubkey:C,network:this.config.getNetwork()});if(I.push({signingPublicKey:C,rawTx:e.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"cpfp",parentTxOut:i.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey}),!E)throw new Error("Could not create direct refund transactions");return I.push({signingPublicKey:C,rawTx:E.toBytes(),signingNonceCommitment:await this.config.signer.getRandomSigningCommitment(),type:"directFromCpfp",parentTxOut:i.getOutput(0),leafId:A.id,keyDerivation:g,verifyingKey:A.verifyingPublicKey}),I}async claimTransfer(A){const I=async I=>{const g=I.error;if(g instanceof xd&&g.originalError instanceof Xc.ClientError&&g.originalError.code===Xc.Status.ALREADY_EXISTS){const g=I.data||A,C=await this.queryTransfer(g.id);if(!C||C.status!==q.TRANSFER_STATUS_COMPLETED)return;return C.leaves.flatMap(A=>A.leaf?[A.leaf]:[])}},g=async I=>{const g=I.data||A,C=await this.queryPendingTransfers({transferIds:[g.id]});if(C.transfers[0])return C.transfers[0]};try{const C=await async function(A,I={}){const g=I.config??Hk,{fetchData:C,onRetry:B,onError:i,onMaxAttemptsReached:Q,onStart:e}=I.callbacks??{};let E;e&&await e();for(let I=1;I<=g.maxAttempts;I++)try{return I>1&&C&&(E=await C({attempt:I,maxAttempts:g.maxAttempts,error:new Error("Placeholder"),delayMs:Yk(I,g),data:E})),await A(E)}catch(A){const C=A instanceof Error?A:new Error(String(A)),e=Yk(I,g),t={attempt:I,maxAttempts:g.maxAttempts,error:C,delayMs:e,data:E};if(i){const A=await i(t);if(A)return A}if(I===g.maxAttempts){if(Q){const A=await Q(t);if(A)return A}throw C}B&&await B(t),await new Promise(A=>setTimeout(A,e))}throw new Error("Unexpected retry loop exit")}(async I=>{const g=I??A;return await this.claimTransferCore(g)},{callbacks:{onError:I,fetchData:g}});return 0===C.length?[]:C}catch(I){throw this.logger.warn(`Failed to claim transfer after all retries. Please try reinitializing your wallet in a few minutes. Transfer ID: ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`),new Td("Failed to claim transfer",{error:I})}}};function Wk(A){return A instanceof Error?A.message:"string"==typeof A?A:"number"==typeof A||"boolean"==typeof A?String(A):"unknown error"}function Pk(){if("undefined"!=typeof process&&process.hrtime){const[A,I]=process.hrtime();return 1e3*A+I/1e6}if("undefined"!=typeof performance&&performance.now)return performance.now();throw new Error("Monotonic time not available")}var Ok=class{estimatedServerOffsetMs=null;logger;constructor({logger:A,logging:I}={}){this.logger=I?.logger("ServerTimeSync")??A??cy,I?.wrapPrototypeMethods("ServerTimeSync",this)}setLogger(A){this.logger=A}recordSync(A,I,g,C){const B=new Date(A).getTime();isNaN(B)?this.logger.warn(`Invalid server date header: ${A}`):this.estimatedServerOffsetMs=B+(C-g-I)/2-C}getCurrentServerTime(){if(null===this.estimatedServerOffsetMs)return null;const A=Pk()+this.estimatedServerOffsetMs;return new Date(A)}getOffset(){return this.estimatedServerOffsetMs}isSynced(){return null!==this.estimatedServerOffsetMs}reset(){this.estimatedServerOffsetMs=null}};function Xk(){return{version:0,timestamp:0,nonce:new Uint8Array(0),publicKey:new Uint8Array(0)}}const jk={encode:(A,I=new y)=>(0!==A.version&&I.uint32(8).int32(A.version),0!==A.timestamp&&I.uint32(16).int64(A.timestamp),0!==A.nonce.length&&I.uint32(26).bytes(A.nonce),0!==A.publicKey.length&&I.uint32(34).bytes(A.publicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=Xk();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.int32();continue;case 2:if(16!==A)break;B.timestamp=Eu(g.int64());continue;case 3:if(26!==A)break;B.nonce=g.bytes();continue;case 4:if(34!==A)break;B.publicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:tu(A.version)?globalThis.Number(A.version):0,timestamp:tu(A.timestamp)?globalThis.Number(A.timestamp):0,nonce:tu(A.nonce)?Qu(A.nonce):new Uint8Array(0),publicKey:tu(A.publicKey)?Qu(A.publicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),0!==A.timestamp&&(I.timestamp=Math.round(A.timestamp)),0!==A.nonce.length&&(I.nonce=eu(A.nonce)),0!==A.publicKey.length&&(I.publicKey=eu(A.publicKey)),I},create:A=>jk.fromPartial(A??{}),fromPartial(A){const I=Xk();return I.version=A.version??0,I.timestamp=A.timestamp??0,I.nonce=A.nonce??new Uint8Array(0),I.publicKey=A.publicKey??new Uint8Array(0),I}};function zk(){return{version:0,challenge:void 0,serverHmac:new Uint8Array(0)}}const _k={encode:(A,I=new y)=>(0!==A.version&&I.uint32(8).int32(A.version),void 0!==A.challenge&&jk.encode(A.challenge,I.uint32(18).fork()).join(),0!==A.serverHmac.length&&I.uint32(26).bytes(A.serverHmac),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=zk();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(8!==A)break;B.version=g.int32();continue;case 2:if(18!==A)break;B.challenge=jk.decode(g,g.uint32());continue;case 3:if(26!==A)break;B.serverHmac=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({version:tu(A.version)?globalThis.Number(A.version):0,challenge:tu(A.challenge)?jk.fromJSON(A.challenge):void 0,serverHmac:tu(A.serverHmac)?Qu(A.serverHmac):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.version&&(I.version=Math.round(A.version)),void 0!==A.challenge&&(I.challenge=jk.toJSON(A.challenge)),0!==A.serverHmac.length&&(I.serverHmac=eu(A.serverHmac)),I},create:A=>_k.fromPartial(A??{}),fromPartial(A){const I=zk();return I.version=A.version??0,I.challenge=void 0!==A.challenge&&null!==A.challenge?jk.fromPartial(A.challenge):void 0,I.serverHmac=A.serverHmac??new Uint8Array(0),I}};function $k(){return{publicKey:new Uint8Array(0)}}const Au={encode:(A,I=new y)=>(0!==A.publicKey.length&&I.uint32(10).bytes(A.publicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=$k();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.publicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({publicKey:tu(A.publicKey)?Qu(A.publicKey):new Uint8Array(0)}),toJSON(A){const I={};return 0!==A.publicKey.length&&(I.publicKey=eu(A.publicKey)),I},create:A=>Au.fromPartial(A??{}),fromPartial(A){const I=$k();return I.publicKey=A.publicKey??new Uint8Array(0),I}},Iu={encode:(A,I=new y)=>(void 0!==A.protectedChallenge&&_k.encode(A.protectedChallenge,I.uint32(10).fork()).join(),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={protectedChallenge:void 0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.protectedChallenge=_k.decode(g,g.uint32());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({protectedChallenge:tu(A.protectedChallenge)?_k.fromJSON(A.protectedChallenge):void 0}),toJSON(A){const I={};return void 0!==A.protectedChallenge&&(I.protectedChallenge=_k.toJSON(A.protectedChallenge)),I},create:A=>Iu.fromPartial(A??{}),fromPartial(A){const I={protectedChallenge:void 0};return I.protectedChallenge=void 0!==A.protectedChallenge&&null!==A.protectedChallenge?_k.fromPartial(A.protectedChallenge):void 0,I}};function gu(){return{protectedChallenge:void 0,signature:new Uint8Array(0),publicKey:new Uint8Array(0)}}const Cu={encode:(A,I=new y)=>(void 0!==A.protectedChallenge&&_k.encode(A.protectedChallenge,I.uint32(10).fork()).join(),0!==A.signature.length&&I.uint32(18).bytes(A.signature),0!==A.publicKey.length&&I.uint32(26).bytes(A.publicKey),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B=gu();for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.protectedChallenge=_k.decode(g,g.uint32());continue;case 2:if(18!==A)break;B.signature=g.bytes();continue;case 3:if(26!==A)break;B.publicKey=g.bytes();continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({protectedChallenge:tu(A.protectedChallenge)?_k.fromJSON(A.protectedChallenge):void 0,signature:tu(A.signature)?Qu(A.signature):new Uint8Array(0),publicKey:tu(A.publicKey)?Qu(A.publicKey):new Uint8Array(0)}),toJSON(A){const I={};return void 0!==A.protectedChallenge&&(I.protectedChallenge=_k.toJSON(A.protectedChallenge)),0!==A.signature.length&&(I.signature=eu(A.signature)),0!==A.publicKey.length&&(I.publicKey=eu(A.publicKey)),I},create:A=>Cu.fromPartial(A??{}),fromPartial(A){const I=gu();return I.protectedChallenge=void 0!==A.protectedChallenge&&null!==A.protectedChallenge?_k.fromPartial(A.protectedChallenge):void 0,I.signature=A.signature??new Uint8Array(0),I.publicKey=A.publicKey??new Uint8Array(0),I}},Bu={encode:(A,I=new y)=>(""!==A.sessionToken&&I.uint32(10).string(A.sessionToken),0!==A.expirationTimestamp&&I.uint32(16).int64(A.expirationTimestamp),I),decode(A,I){const g=A instanceof l?A:new l(A),C=void 0===I?g.len:g.pos+I,B={sessionToken:"",expirationTimestamp:0};for(;g.pos<C;){const A=g.uint32();switch(A>>>3){case 1:if(10!==A)break;B.sessionToken=g.string();continue;case 2:if(16!==A)break;B.expirationTimestamp=Eu(g.int64());continue}if(4==(7&A)||0===A)break;g.skip(7&A)}return B},fromJSON:A=>({sessionToken:tu(A.sessionToken)?globalThis.String(A.sessionToken):"",expirationTimestamp:tu(A.expirationTimestamp)?globalThis.Number(A.expirationTimestamp):0}),toJSON(A){const I={};return""!==A.sessionToken&&(I.sessionToken=A.sessionToken),0!==A.expirationTimestamp&&(I.expirationTimestamp=Math.round(A.expirationTimestamp)),I},create:A=>Bu.fromPartial(A??{}),fromPartial(A){const I={sessionToken:"",expirationTimestamp:0};return I.sessionToken=A.sessionToken??"",I.expirationTimestamp=A.expirationTimestamp??0,I}},iu={name:"SparkAuthnService",fullName:"spark_authn.SparkAuthnService",methods:{get_challenge:{name:"get_challenge",requestType:Au,requestStream:!1,responseType:Iu,responseStream:!1,options:{}},verify_challenge:{name:"verify_challenge",requestType:Cu,requestStream:!1,responseType:Bu,responseStream:!1,options:{}}}};function Qu(A){if(globalThis.Buffer)return Uint8Array.from(globalThis.Buffer.from(A,"base64"));{const I=globalThis.atob(A),g=new Uint8Array(I.length);for(let A=0;A<I.length;++A)g[A]=I.charCodeAt(A);return g}}function eu(A){if(globalThis.Buffer)return globalThis.Buffer.from(A).toString("base64");{const I=[];return A.forEach(A=>{I.push(globalThis.String.fromCharCode(A))}),globalThis.btoa(I.join(""))}}function Eu(A){const I=globalThis.Number(A.toString());if(I>globalThis.Number.MAX_SAFE_INTEGER)throw new globalThis.Error("Value is larger than Number.MAX_SAFE_INTEGER");if(I<globalThis.Number.MIN_SAFE_INTEGER)throw new globalThis.Error("Value is smaller than Number.MIN_SAFE_INTEGER");return I}function tu(A){return null!=A}var ou=class A{static DATE_HEADER="date";static PROCESSING_TIME_HEADER="x-processing-time-ms";static TRACE_ID_HEADER="x-trace-id";lastServerTraceId;static channelCache=new Map;static channelInflight=new Map;static authTokenCache=new Map;static authInflight=new Map;makeChannelKey(A,I){return[A,I?"stream":"unary"].join("|")}static async acquireChannel(I,g){const C=A.channelCache.get(I);if(C)return C.refCount++,C.channel;let B=A.channelInflight.get(I);B||(B=(async()=>{const C=await g();return A.channelCache.set(I,{channel:C,refCount:1}),C})(),A.channelInflight.set(I,B));try{return await B}finally{A.channelInflight.delete(I)}}static releaseChannel(I){const g=A.channelCache.get(I);if(g&&(g.refCount--,g.refCount<=0)){const C=g.channel;if("close"in C&&"function"==typeof C.close)try{C.close()}catch{}A.channelCache.delete(I)}}static makeAuthTokenKey(A,I){return`${A}|${I}`}static getCachedAuthToken(I,g){const C=A.makeAuthTokenKey(I,g),B=A.authTokenCache.get(C);if(B)return Pk()>=B.expiresAtMono-6e4||Date.now()>=B.expiresAtWallMs-6e4?void A.authTokenCache.delete(C):B.token}static setCachedAuthToken(I,g,C,B,i){const Q=1e3*(B-i);A.authTokenCache.set(A.makeAuthTokenKey(I,g),{token:C,expiresAtMono:Pk()+Q,expiresAtWallMs:Date.now()+Q})}static invalidateCachedAuthToken(I,g){A.authTokenCache.delete(A.makeAuthTokenKey(I,g))}static async getOrCreateAuthToken(I,g,C,B){const i=A.getCachedAuthToken(I,g);if(i)return i;const Q=A.makeAuthTokenKey(I,g);let e=A.authInflight.get(Q);e||(e=(async()=>{const i=await B();return A.setCachedAuthToken(I,g,i.token,i.expiresAtSec,C()),i.token})(),A.authInflight.set(Q,e));try{return await e}finally{A.authInflight.delete(Q)}}config;timeSync;authMode;sessionId;logger;logging;clientsByType=new Map([["spark",new Map],["stream",new Map],["tokens",new Map]]);identityPublicKeyHex;constructor(A,I="identity",g=Mk.fromConfig(A)){this.config=A,this.authMode=I,this.sessionId=Fa(),this.logging=g,this.logger=this.logging.logger("ConnectionManager"),this.timeSync=new Ok({logging:this.logging}),this.logging.wrapPrototypeMethods("ConnectionManager",this)}getSessionId(){return this.sessionId}getCurrentServerTime(){return this.timeSync.getCurrentServerTime()||new Date}isTimeSynced(){return this.timeSync.isSynced()}getMonotonicTime(){return Pk()}async createClients(){await Promise.all(Object.values(this.config.getSigningOperators()).map(A=>this.createSparkClient(A.address)))}async closeConnections(){const A=[];for(const[,I]of this.clientsByType){for(const g of I.values())g.client.close&&A.push(Promise.resolve(g.client.close()).catch(()=>{}));I.clear()}await Promise.all(A)}getDefinitionForClientType(A){return"tokens"===A?Gt:sB}static isStreamClientType(A){return"stream"===A}getAddressToClientMap(A){return this.clientsByType.get(A)}async getOrCreateClientInternal(I,g){const C=this.getAddressToClientMap(I),B=C.get(g);if(B)return B.client;"identity"===this.authMode&&await this.authenticate(g);const i=A.isStreamClientType(I),Q=this.makeChannelKey(g,i),e=await A.acquireChannel(Q,()=>this.createChannelWithTLS(g,i)),E=this.createMiddleware(g),t=this.getDefinitionForClientType(I),o=await this.createGrpcClient(t,e,!0,E,Q);return C.set(g,{client:o,channelKey:Q}),o}async createSparkStreamClient(A){return this.getOrCreateClientInternal("stream",A)}async createSparkClient(A){return this.getOrCreateClientInternal("spark",A)}async createSparkTokenClient(A){return this.getOrCreateClientInternal("tokens",A)}getChannelForClient(I,g){const C=this.getAddressToClientMap(I).get(g)?.channelKey;if(C)return A.channelCache.get(C)?.channel}async getIdentityPublicKeyHex(){if(this.identityPublicKeyHex)return this.identityPublicKeyHex;const A=await this.config.signer.getIdentityPublicKey(),I=Array.from(A).map(A=>A.toString(16).padStart(2,"0")).join("");return this.identityPublicKeyHex=I,this.logging.setInstanceSuffix(I.slice(0,8)),I}async authenticate(I){const g=await this.getIdentityPublicKeyHex();return A.getOrCreateAuthToken(I,g,()=>Math.floor(this.getCurrentServerTime().getTime()/1e3),async()=>{let A;const g=await this.config.signer.getIdentityPublicKey(),C=await this.createSparkAuthnGrpcConnection(I);try{for(let I=0;I<8;I++)try{const A=(await C.get_challenge({publicKey:g})).protectedChallenge,I=A?.challenge;if(!I)throw new Pd("Invalid challenge response",{endpoint:"get_challenge",reason:"Missing challenge in response"});const B=Ya(jk.encode(I).finish()),i=await this.config.signer.signMessageWithIdentityKey(B),Q=await C.verify_challenge({protectedChallenge:A,signature:i,publicKey:g});return{token:Q.sessionToken,expiresAtSec:Q.expirationTimestamp}}catch(g){if(zB(g)){if(nu(g)){this.logger.debug(`Authentication attempt ${I+1} failed due to expired challenge, retrying...`),A=g;continue}if(au(g)){this.logger.debug(`Connection error: ${g.message}, retrying...`),A=g,await new Promise(A=>setTimeout(A,250));continue}throw new Pd("Authentication failed",{endpoint:"authenticate",reason:g.message,error:g})}A=new Error(`Unknown error during authentication: ${String(g)}`)}throw new Pd("Authentication failed after retrying expired challenges",{endpoint:"authenticate",reason:A?.message??"Unknown error",error:A})}finally{C.close?.()}})}async createSparkAuthnGrpcConnection(I){try{const g=this.makeChannelKey(I,!1),C=await A.acquireChannel(g,()=>this.createChannelWithTLS(I,!1)),B=this.createAuthnMiddleware();return await this.createGrpcClient(iu,C,!1,B,g)}catch(A){throw new Td("Failed to create Spark Authn gRPC connection",{error:A})}}prepareMetadata(A){return A.set("X-Session-Id",this.sessionId)}createAuthnMiddleware(){return async function*(A,I){const g=this.prepareMetadata((0,Xc.Metadata)(I.metadata));return yield*A.next(A.request,{...I,metadata:g})}.bind(this)}createMiddleware(I){return async function*(g,C){const B=g.method.path,i=Dy(I),Q=this.getMonotonicTime();this.logger.debug(`gRPC ${B} ${i} session=${this.sessionId} -> start`);const e=this.prepareMetadata((0,Xc.Metadata)(C.metadata)),E="identity"===this.authMode?await this.authenticate(I):void 0,t=this.getMonotonicTime(),o={value:0};try{const I=g.next(g.request,{...C,metadata:e.set("Authorization",`Bearer ${E}`),onHeader:I=>{o.value=this.getMonotonicTime();const g=I.get(A.TRACE_ID_HEADER);g&&(this.lastServerTraceId=g);const C=I.get(A.DATE_HEADER),B=I.get(A.PROCESSING_TIME_HEADER);if(C&&B){const I=this.timeSync.isSynced(),g=parseFloat(B);this.timeSync.recordSync(C,g,t,o.value),!I&&this.timeSync.isSynced()&&A.authTokenCache.clear()}}});let n=await I.next();for(;!n.done;)yield n.value,n=await I.next();const a=this.getMonotonicTime()-Q;return this.logger.debug(`gRPC ${B} ${i} session=${this.sessionId} -> completed (+${a}ms)`),n.value}catch(A){const E=this.getMonotonicTime()-Q,t=A instanceof Error?A.message:function(A){return null==A?"unknown":"string"==typeof A?A:"number"==typeof A||"boolean"==typeof A?String(A):"non-error thrown value"}(A);return this.logger.debug(`gRPC ${B} ${i} session=${this.sessionId} -> error (+${E}ms): ${t}`),yield*this.handleMiddlewareError(A,I,g,e,C)}}.bind(this)}async*handleMiddlewareError(I,g,C,B,i){if(zB(I)){if(I.message.includes("token has expired")){const I=await this.getIdentityPublicKeyHex();A.invalidateCachedAuthToken(g,I);const Q="identity"===this.authMode?await this.authenticate(g):void 0;return yield*C.next(C.request,{...i,metadata:B.set("Authorization",`Bearer ${Q}`)})}if(I instanceof Xc.ClientError&&I.code===Xc.Status.RESOURCE_EXHAUSTED)throw new Error("Server is busy, please try again later.")}throw I}async subscribeToEvents(A,I){const g=await this.createSparkStreamClient(A),C=await this.config.signer.getIdentityPublicKey();return g.subscribe_to_events({identityPublicKey:C},{signal:I})}};function nu(A){return A.message.includes("challenge expired")}function au(A){return A.message.includes("RST_STREAM")||A.message.includes("INTERNAL")||A.message.includes("Internal server error")||A.message.includes("unavailable")||A.message.includes("UNAVAILABLE")||A.message.includes("UNKNOWN")||A.message.includes("Received HTTP status code")}const su={enabled:!1,collapseConsecutive:!0,excludedMethods:[],exitOnly:!0},ru=new Set(["sparkWallet","sparkReadonlyClient","connectionManager","sspClient","transferService","lightningService","depositService","tokenTransactionService"]);function cu(A=su){return{enabled:A.enabled,collapseConsecutive:A.collapseConsecutive,excludedMethods:[...A.excludedMethods],exitOnly:A.exitOnly}}function Du(A,I,g,C){return{enabled:I,level:g,methods:{...cu(),enabled:C&&ru.has(A)}}}function wu(A,I){if(null==A)return I;if("boolean"==typeof A)return{enabled:A,level:I.level,methods:{...cu(I.methods),enabled:A}};const g=function(A,I=su){return void 0===A?cu(I):"boolean"==typeof A?{...cu(I),enabled:A}:{enabled:A.enabled??I.enabled,collapseConsecutive:A.collapseConsecutive??I.collapseConsecutive,excludedMethods:[...A.excludedMethods??I.excludedMethods],exitOnly:A.exitOnly??I.exitOnly}}(A.methods,I.methods);!1===A.enabled&&void 0===A.methods&&(g.enabled=!1);const C=Object.keys(A).length>0;return{enabled:g.enabled||(A.enabled??(C||I.enabled)),level:A.level??I.level,methods:g}}var du=class{config;logOptionProvided;signer;sspClientOptions;constructor(A={},I){const g=A?.network??"REGTEST";this.logOptionProvided=Object.prototype.hasOwnProperty.call(A,"log");const C=this.getDefaultConfig(th[g]),B=function(A){if("undefined"==typeof process)return{};const I="LOCAL"===A&&process.env.SPARK_LOCAL_INGRESS_HOST?"/tmp/minikube-ca.pem":void 0,g=process.env.SPARK_DANGEROUSLY_DISABLE_TLS_VERIFICATION;return{rootCaPath:I,dangerouslyDisableCertificateVerification:null==g?void 0:["1","true","yes"].includes(g.toLowerCase())}}(g);this.config={...C,...A,tls:{...C.tls,...B,...A.tls}},this.signer=I,this.sspClientOptions=this.config.sspClientOptions}getDefaultConfig(A){switch(A){case th.MAINNET:return ny.MAINNET;case th.REGTEST:return ny.REGTEST;default:return ny.LOCAL}}getCoordinatorAddress(){const A=this.config.signingOperators[this.config.coordinatorIdentifier];if(!A)throw new Td("coordinator not found in signing operators");return A.address}getSigningOperators(){return this.config.signingOperators}getTlsOptions(){const A=this.config.tls.dangerouslyDisableCertificateVerification;return void 0===A?{}:{dangerouslyDisableCertificateVerification:A}}getTlsOptionsForAddress(A){const I={...this.config.tls};return I.rootCaPath&&!this.shouldUseLocalIngressRootCaForAddress(A)&&delete I.rootCaPath,I}getThreshold(){return this.config.threshold}getCoordinatorIdentifier(){return this.config.coordinatorIdentifier}getExpectedWithdrawBondSats(){return this.config.expectedWithdrawBondSats}getExpectedWithdrawRelativeBlockLocktime(){return this.config.expectedWithdrawRelativeBlockLocktime}getSspNetwork(){return"MAINNET"===this.config.network?be.MAINNET:"REGTEST"===this.config.network?be.REGTEST:"TESTNET"===this.config.network?be.TESTNET:"SIGNET"===this.config.network?be.SIGNET:be.FUTURE_VALUE}getNetwork(){return th[this.config.network]}getNetworkType(){return this.config.network}getNetworkProto(){return oh[th[this.config.network]]}getTokenSignatures(){return this.config.tokenSignatures}getTokenValidityDurationSeconds(){return this.config.tokenValidityDurationSeconds}getElectrsUrl(){return this.config.electrsUrl}getSspBaseUrl(){return this.config.sspClientOptions.baseUrl}getSspIdentityPublicKey(){return this.config.sspClientOptions.identityPublicKey}getLog(){const A=this.getLoggingConfig().services;return Object.values(A).some(A=>A.enabled||A.methods.enabled)}getEvents(){return this.config.events}getOptimizationOptions(){return this.config.optimizationOptions}getTokenOptimizationOptions(){return this.config.tokenOptimizationOptions}getTokenOutputLockExpiryMs(){return this.config.tokenOutputLockExpiryMs}getUseTokenPrimitivesBindings(){return this.config.useTokenPrimitivesBindings}getTokenTransactionVersion(){return this.config.tokenTransactionVersion}getLoggingLevel(){return this.getLoggingConfig().level}shouldUseLocalIngressRootCaForAddress(A){if("LOCAL"!==this.config.network)return!1;try{return new URL(A).hostname.toLowerCase().endsWith(".minikube.local")}catch{return!1}}getLoggingConfig(){const A=this.config.log,I="object"==typeof A&&null!==A?A:void 0,g="string"==typeof A||"number"==typeof A?A:I?.level,C=!this.logOptionProvided||!0===A||void 0!==I||void 0!==g,B=!0===A||function(A){return"number"==typeof A?A===pe.Trace:"TRACE"===A||"Trace"===A||"trace"===A}(g),i=!0===A?"TRACE":g??"WARN",Q={level:"WARN",timestamps:!0,console:!0,services:Object.fromEntries(Qy.map(A=>[A,Du(A,C,i,B)]))};if(this.logOptionProvided&&(!1===A||void 0===A))return Q;if(Q.level=i,Q.timestamps=I?.timestamps??Q.timestamps,Q.console=I?.console??Q.console,Q.file=function(A){if(void 0===A)return;const I=A.trim();if(!I)throw new Td("log.file must be a non-empty path");return I}(I?.file),function(A,I){if(!A&&void 0===I)throw new Td("log.console can only be false when log.file is set")}(Q.console,Q.file),"all"===I?.services){for(const A of Qy)Q.services[A]=wu({methods:!0},Q.services[A]);return Q}for(const[A,g]of Object.entries(I?.services??{}))Qy.includes(A)&&(Q.services[A]=wu(g,Q.services[A]));return Q}};x.TRANSFER,x.PREIMAGE_SWAP,x.COOPERATIVE_EXIT,x.UTXO_SWAP;const hu=A=>({id:A.coop_exit_request_id,createdAt:A.coop_exit_request_created_at,updatedAt:A.coop_exit_request_updated_at,network:be[A.coop_exit_request_network]??be.FUTURE_VALUE,fee:Le(A.coop_exit_request_fee),l1BroadcastFee:Le(A.coop_exit_request_l1_broadcast_fee),status:$e[A.coop_exit_request_status]??$e.FUTURE_VALUE,expiresAt:A.coop_exit_request_expires_at,rawConnectorTransaction:A.coop_exit_request_raw_connector_transaction,rawCoopExitTransaction:A.coop_exit_request_raw_coop_exit_transaction,coopExitTxid:A.coop_exit_request_coop_exit_txid,typename:"CoopExitRequest",feeQuoteId:A.coop_exit_request_fee_quote?.id??void 0,exitSpeed:A.coop_exit_request_exit_speed?Ve[A.coop_exit_request_exit_speed]??Ve.FUTURE_VALUE:null,transfer:A.coop_exit_request_transfer?We(A.coop_exit_request_transfer):void 0}),yu="\nfragment CoopExitRequestFragment on CoopExitRequest {\n    __typename\n    coop_exit_request_id: id\n    coop_exit_request_created_at: created_at\n    coop_exit_request_updated_at: updated_at\n    coop_exit_request_network: network\n    coop_exit_request_fee: fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_request_l1_broadcast_fee: l1_broadcast_fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_request_fee_quote: fee_quote {\n        id\n    }\n    coop_exit_request_exit_speed: exit_speed\n    coop_exit_request_status: status\n    coop_exit_request_expires_at: expires_at\n    coop_exit_request_raw_connector_transaction: raw_connector_transaction\n    coop_exit_request_raw_coop_exit_transaction: raw_coop_exit_transaction\n    coop_exit_request_coop_exit_txid: coop_exit_txid\n    coop_exit_request_transfer: transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n}",lu=`\n  mutation CompleteCoopExit(\n    $user_outbound_transfer_external_id: UUID!\n    $coop_exit_request_id: ID\n  ) {\n    complete_coop_exit(input: {\n      user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n      coop_exit_request_id: $coop_exit_request_id\n    }) {\n      request {\n        ...CoopExitRequestFragment\n      }\n    }\n  }\n    \n  ${yu}\n`,ku=`\n  mutation RequestCoopExit(\n    $leaf_external_ids: [UUID!]!\n    $withdrawal_address: String!\n    $idempotency_key: String\n    $exit_speed: ExitSpeed!\n    $withdraw_all: Boolean\n    $fee_leaf_external_ids: [UUID!]\n    $fee_quote_id: ID\n    $user_outbound_transfer_external_id: UUID\n  ) {\n    request_coop_exit(\n      input: {\n        leaf_external_ids: $leaf_external_ids\n        withdrawal_address: $withdrawal_address\n        idempotency_key: $idempotency_key\n        exit_speed: $exit_speed\n        withdraw_all: $withdraw_all\n        fee_leaf_external_ids: $fee_leaf_external_ids\n        fee_quote_id: $fee_quote_id\n        user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n      }\n    ) {\n      request {\n        ...CoopExitRequestFragment\n      }\n    }\n  }\n  ${yu}\n`,uu=A=>({id:A.static_deposit_plan_id,amount:Le(A.static_deposit_plan_amount),confirmations:A.static_deposit_plan_confirmations,status:A.static_deposit_plan_status,transferSparkId:A.static_deposit_plan_transfer_spark_id??null}),Nu=A=>({id:A.static_deposit_quote_id,network:be[A.static_deposit_quote_network]??be.FUTURE_VALUE,transactionId:A.static_deposit_quote_transaction_id,outputIndex:A.static_deposit_quote_output_index,depositAmount:Le(A.static_deposit_quote_deposit_amount),creditAmount:Le(A.static_deposit_quote_credit_amount),quoteSignature:A.static_deposit_quote_quote_signature}),Gu=A=>({userFee:Le(A.coop_exit_fee_estimate_user_fee),l1BroadcastFee:Le(A.coop_exit_fee_estimate_l1_broadcast_fee)}),pu=A=>({webhook_id:A.webhook_id,url:A.url,event_types:A.event_types}),Su=`\n  query FetchCurrentUserToUserRequestsConnection($first: Int, $after: String, $types: [SparkUserRequestType!], $statuses: [SparkUserRequestStatus!], $networks: [BitcoinNetwork!]) {\n    current_user {\n      ... on SparkWalletUser {\n        user_requests(first: $first, after: $after, types: $types, statuses: $statuses, networks: $networks) {\n          __typename\n          spark_wallet_user_to_user_requests_connection_count: count\n          spark_wallet_user_to_user_requests_connection_page_info: page_info {\n            __typename\n            page_info_has_next_page: has_next_page\n            page_info_has_previous_page: has_previous_page\n            page_info_start_cursor: start_cursor\n            page_info_end_cursor: end_cursor\n          }\n          spark_wallet_user_to_user_requests_connection_entities: entities {\n            ...UserRequestFragment\n          }\n        }\n      }\n    }\n  }\n  ${AE}\n`,fu=`\n  query Transfers($transfer_spark_ids: [UUID!]!) {\n    transfers(transfer_spark_ids: $transfer_spark_ids) {\n      ...TransferFragment\n      transfer_user_request: user_request {\n        ...UserRequestFragment\n      }\n    }\n  }\n  \nfragment TransferFragment on Transfer {\n    __typename\n    transfer_total_amount: total_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    transfer_spark_id: spark_id\n    transfer_user_request: user_request {\n        id\n    }\n}\n  ${AE}\n`,Fu=`\n  query UserRequest($request_id: ID!) {\n    user_request(request_id: $request_id) {\n      ...UserRequestFragment\n    }\n  }\n  ${AE}\n`;var Ru=class{requester;signer;authProvider;authPromise;logger;logging;constructor(A,I){this.signer=A.signer,this.logging=I?.logging,this.authProvider=new Uu(this.logging),this.logger=I?.logging?.logger("SspClient")??I?.logger;const{fetch:g}=ly({logger:this.logger,retry:!0}),C=A.sspClientOptions,B=C.schemaEndpoint||"graphql/spark/2025-03-19";this.requester=new Je(new me(Ge),B,"spark-sdk/0.0.0",this.authProvider,C.baseUrl,Ge,void 0,async(A,I)=>{const C=await g(A,I);if(401===C.status)throw new Error("Request unauthorized");return C}),this.logging?.wrapPrototypeMethods("SspClient",this)}async executeRawQuery(A,I=!0){I&&!await this.authProvider.isAuthorized()&&await this.authenticate();try{return await this.requester.executeQuery(A)}catch(I){if(I instanceof Error&&I.message.toLowerCase().includes("unauthorized"))try{return await this.authenticate(),await this.requester.executeQuery(A)}catch(A){throw new Pd("Failed to authenticate after unauthorized response",{endpoint:"graphql",reason:I.message,error:A})}throw new xd("Failed to execute GraphQL query",{method:"POST",error:I})}}async getSwapFeeEstimate(A){return await this.executeRawQuery({queryPayload:"\n  query LeavesSwapFeeEstimate(\n    $total_amount_sats: Int!\n  ) {\n    leaves_swap_fee_estimate(\n      input: {\n        total_amount_sats: $total_amount_sats\n      }\n    ) {\n      ...LeavesSwapFeeEstimateOutputFragment\n    }\n  }\n  \nfragment LeavesSwapFeeEstimateOutputFragment on LeavesSwapFeeEstimateOutput {\n    __typename\n    leaves_swap_fee_estimate_output_fee_estimate: fee_estimate {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n}\n",variables:{total_amount_sats:A},constructObject:A=>{return I=A.leaves_swap_fee_estimate,{feeEstimate:Le(I.leaves_swap_fee_estimate_output_fee_estimate)};var I}})}async getLightningSendFeeEstimate(A,I){return await this.executeRawQuery({queryPayload:"\n  query LightningSendFeeEstimate(\n    $encoded_invoice: String!\n    $amount_sats: Long\n  ) {\n    lightning_send_fee_estimate(\n      input: {\n        encoded_invoice: $encoded_invoice\n        amount_sats: $amount_sats\n      }\n    ) {\n      ...LightningSendFeeEstimateOutputFragment\n    }\n  }\n  \nfragment LightningSendFeeEstimateOutputFragment on LightningSendFeeEstimateOutput {\n    __typename\n    lightning_send_fee_estimate_output_fee_estimate: fee_estimate {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n}\n",variables:{encoded_invoice:A,amount_sats:I},constructObject:A=>{return I=A.lightning_send_fee_estimate,{feeEstimate:Le(I.lightning_send_fee_estimate_output_fee_estimate)};var I}})}async getCoopExitFeeEstimate({leafExternalIds:A,withdrawalAddress:I}){return await this.executeRawQuery({queryPayload:"\n  query CoopExitFeeEstimate(\n    $leaf_external_ids: [UUID!]!\n    $withdrawal_address: String!\n  ) {\n    coop_exit_fee_estimates(\n      input: {\n        leaf_external_ids: $leaf_external_ids\n        withdrawal_address: $withdrawal_address\n      }\n    ) {\n      ...CoopExitFeeEstimatesOutputFragment\n    }\n  }\n  \nfragment CoopExitFeeEstimatesOutputFragment on CoopExitFeeEstimatesOutput {\n    __typename\n    coop_exit_fee_estimates_output_speed_fast: speed_fast {\n        __typename\n        coop_exit_fee_estimate_user_fee: user_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_fee_estimate_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n    }\n    coop_exit_fee_estimates_output_speed_medium: speed_medium {\n        __typename\n        coop_exit_fee_estimate_user_fee: user_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_fee_estimate_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n    }\n    coop_exit_fee_estimates_output_speed_slow: speed_slow {\n        __typename\n        coop_exit_fee_estimate_user_fee: user_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        coop_exit_fee_estimate_l1_broadcast_fee: l1_broadcast_fee {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n    }\n}\n",variables:{leaf_external_ids:A,withdrawal_address:I},constructObject:A=>{return{speedFast:(I=A.coop_exit_fee_estimates).coop_exit_fee_estimates_output_speed_fast?Gu(I.coop_exit_fee_estimates_output_speed_fast):void 0,speedMedium:I.coop_exit_fee_estimates_output_speed_medium?Gu(I.coop_exit_fee_estimates_output_speed_medium):void 0,speedSlow:I.coop_exit_fee_estimates_output_speed_slow?Gu(I.coop_exit_fee_estimates_output_speed_slow):void 0};var I}})}getCurrentUser(){throw new Error("Not implemented")}async completeCoopExit({userOutboundTransferExternalId:A}){return await this.executeRawQuery({queryPayload:lu,variables:{user_outbound_transfer_external_id:A},constructObject:A=>hu(A.complete_coop_exit.request)})}async requestCoopExit({leafExternalIds:A,withdrawalAddress:I,exitSpeed:g,feeLeafExternalIds:C,feeQuoteId:B,withdrawAll:i,userOutboundTransferExternalId:Q}){return await this.executeRawQuery({queryPayload:ku,variables:{leaf_external_ids:A,withdrawal_address:I,exit_speed:g,fee_leaf_external_ids:C,fee_quote_id:B,withdraw_all:i,user_outbound_transfer_external_id:Q},constructObject:A=>hu(A.request_coop_exit.request)})}async requestLightningReceive({amountSats:A,network:I,paymentHash:g,expirySecs:C,memo:B,includeSparkAddress:i,receiverIdentityPubkey:Q,descriptionHash:e,sparkInvoice:E}){return await this.executeRawQuery({queryPayload:"\n  mutation RequestLightningReceive(\n    $network: BitcoinNetwork!\n    $amount_sats: Long!\n    $payment_hash: Hash32!\n    $expiry_secs: Int\n    $memo: String\n    $include_spark_address: Boolean\n    $receiver_identity_pubkey: PublicKey\n    $description_hash: Hash32\n    $spark_invoice: String\n  ) {\n    request_lightning_receive(\n      input: {\n        network: $network\n        amount_sats: $amount_sats\n        payment_hash: $payment_hash\n        expiry_secs: $expiry_secs\n        memo: $memo\n        include_spark_address: $include_spark_address\n        receiver_identity_pubkey: $receiver_identity_pubkey\n        description_hash: $description_hash\n        spark_invoice: $spark_invoice\n      }\n    ) {\n      request {\n        ...LightningReceiveRequestFragment\n      }\n    }\n  }\n  \nfragment LightningReceiveRequestFragment on LightningReceiveRequest {\n    __typename\n    lightning_receive_request_id: id\n    lightning_receive_request_created_at: created_at\n    lightning_receive_request_updated_at: updated_at\n    lightning_receive_request_network: network\n    lightning_receive_request_invoice: invoice {\n        __typename\n        invoice_encoded_invoice: encoded_invoice\n        invoice_bitcoin_network: bitcoin_network\n        invoice_payment_hash: payment_hash\n        invoice_amount: amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        invoice_created_at: created_at\n        invoice_expires_at: expires_at\n        invoice_memo: memo\n    }\n    lightning_receive_request_status: status\n    lightning_receive_request_transfer: transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    lightning_receive_request_payment_preimage: payment_preimage\n    lightning_receive_request_receiver_identity_public_key: receiver_identity_public_key\n    lightning_receive_request_spark_invoice: spark_invoice\n}\n",variables:{amount_sats:A,network:I,payment_hash:g,expiry_secs:C,memo:B,include_spark_address:i,receiver_identity_pubkey:Q,description_hash:e,spark_invoice:E},constructObject:A=>je(A.request_lightning_receive.request)})}async requestLightningSend({encodedInvoice:A,amountSats:I,userOutboundTransferExternalId:g}){return await this.executeRawQuery({queryPayload:"\n  mutation RequestLightningSend(\n    $encoded_invoice: String!\n    $idempotency_key: String\n    $amount_sats: Long\n    $user_outbound_transfer_external_id: UUID\n  ) {\n    request_lightning_send(input: {\n      encoded_invoice: $encoded_invoice\n      idempotency_key: $idempotency_key\n      amount_sats: $amount_sats\n      user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n    }) {\n      request {\n        ...LightningSendRequestFragment\n      }\n    }\n  }\n  \nfragment LightningSendRequestFragment on LightningSendRequest {\n    __typename\n    lightning_send_request_id: id\n    lightning_send_request_created_at: created_at\n    lightning_send_request_updated_at: updated_at\n    lightning_send_request_network: network\n    lightning_send_request_encoded_invoice: encoded_invoice\n    lightning_send_request_fee: fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    lightning_send_request_idempotency_key: idempotency_key\n    lightning_send_request_status: status\n    lightning_send_request_transfer: transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    lightning_send_request_payment_preimage: payment_preimage\n}\n",variables:{encoded_invoice:A,amount_sats:I,user_outbound_transfer_external_id:g},constructObject:A=>_e(A.request_lightning_send.request)})}async requestLeavesSwap({adaptorPubkey:A,totalAmountSats:I,targetAmountSats:g,feeSats:C,userLeaves:B,userOutboundTransferExternalId:i}){const Q={queryPayload:"\n  mutation RequestSwap(\n    $adaptor_pubkey: PublicKey!\n    $total_amount_sats: Long!\n    $target_amount_sats: [Long!]!\n    $fee_sats: Long!\n    $user_leaves: [UserLeafInput!]!\n    $user_outbound_transfer_external_id: UUID!\n  ) {\n    request_swap(input: {\n      adaptor_pubkey: $adaptor_pubkey\n      total_amount_sats: $total_amount_sats\n      target_amount_sats: $target_amount_sats\n      fee_sats: $fee_sats\n      user_leaves: $user_leaves\n      user_outbound_transfer_external_id: $user_outbound_transfer_external_id\n    }) {\n      request {\n        ...LeavesSwapRequestFragment\n      }\n    }\n  }\n  \nfragment LeavesSwapRequestFragment on LeavesSwapRequest {\n    __typename\n    leaves_swap_request_id: id\n    leaves_swap_request_created_at: created_at\n    leaves_swap_request_updated_at: updated_at\n    leaves_swap_request_network: network\n    leaves_swap_request_status: status\n    leaves_swap_request_total_amount: total_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    leaves_swap_request_target_amount: target_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    leaves_swap_request_fee: fee {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    leaves_swap_request_inbound_transfer: inbound_transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    leaves_swap_request_outbound_transfer: outbound_transfer {\n        __typename\n        transfer_total_amount: total_amount {\n            __typename\n            currency_amount_original_value: original_value\n            currency_amount_original_unit: original_unit\n        }\n        transfer_spark_id: spark_id\n        transfer_user_request: user_request {\n            id\n        }\n    }\n    leaves_swap_request_expires_at: expires_at\n    leaves_swap_request_swap_leaves: swap_leaves {\n        __typename\n        swap_leaf_leaf_id: leaf_id\n        swap_leaf_raw_unsigned_refund_transaction: raw_unsigned_refund_transaction\n        swap_leaf_adaptor_signed_signature: adaptor_signed_signature\n        swap_leaf_direct_raw_unsigned_refund_transaction: direct_raw_unsigned_refund_transaction\n        swap_leaf_direct_adaptor_signed_signature: direct_adaptor_signed_signature\n        swap_leaf_direct_from_cpfp_raw_unsigned_refund_transaction: direct_from_cpfp_raw_unsigned_refund_transaction\n        swap_leaf_direct_from_cpfp_adaptor_signed_signature: direct_from_cpfp_adaptor_signed_signature\n    }\n}\n",variables:{adaptor_pubkey:A,total_amount_sats:I,target_amount_sats:g,fee_sats:C,user_leaves:B,user_outbound_transfer_external_id:i},constructObject:A=>A.request_swap?Pe(A.request_swap.request):null};return await this.executeRawQuery(Q)}async getLightningReceiveRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?je(A.user_request):null})}async getLightningSendRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?_e(A.user_request):null})}async getLeaveSwapRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?Pe(A.user_request):null})}async getCoopExitRequest(A){return await this.executeRawQuery({queryPayload:Fu,variables:{request_id:A},constructObject:A=>A.user_request?hu(A.user_request):null})}async getClaimDepositQuote({transactionId:A,outputIndex:I,network:g}){return await this.executeRawQuery({queryPayload:"\n  query StaticDepositQuote(\n    $transaction_id: String!\n    $output_index: Int!\n    $network: BitcoinNetwork!\n  ) {\n    static_deposit_quote(\n      input: {\n        transaction_id: $transaction_id,\n        output_index: $output_index,\n        network: $network\n      }\n    ) {\n      ...StaticDepositQuoteOutputFragment\n    }\n  }\n  \nfragment StaticDepositQuoteOutputFragment on StaticDepositQuoteOutput {\n    __typename\n    static_deposit_quote_output_transaction_id: transaction_id\n    static_deposit_quote_output_output_index: output_index\n    static_deposit_quote_output_network: network\n    static_deposit_quote_output_credit_amount_sats: credit_amount_sats\n    static_deposit_quote_output_signature: signature\n}\n",variables:{transaction_id:A,output_index:I,network:g},constructObject:A=>{return{transactionId:(I=A.static_deposit_quote).static_deposit_quote_output_transaction_id,outputIndex:I.static_deposit_quote_output_output_index,network:be[I.static_deposit_quote_output_network]??be.FUTURE_VALUE,creditAmountSats:I.static_deposit_quote_output_credit_amount_sats,signature:I.static_deposit_quote_output_signature};var I}})}async claimStaticDeposit({transactionId:A,outputIndex:I,network:g,creditAmountSats:C,depositSecretKey:B,signature:i,sspSignature:Q}){return await this.executeRawQuery({queryPayload:"\n  mutation ClaimStaticDeposit(\n    $transaction_id: String!\n    $output_index: Int!\n    $network: BitcoinNetwork!\n    $request_type: ClaimStaticDepositRequestType!\n    $credit_amount_sats: Long\n    $deposit_secret_key: String!\n    $signature: String!\n    $quote_signature: String!\n  ) {\n    claim_static_deposit(input: {\n      transaction_id: $transaction_id\n      output_index: $output_index\n      network: $network\n      request_type: $request_type\n      credit_amount_sats: $credit_amount_sats\n      max_fee_sats: null\n      deposit_secret_key: $deposit_secret_key\n      signature: $signature\n      quote_signature: $quote_signature\n    }) {\n      ...ClaimStaticDepositOutputFragment\n    }\n  }\n    \n  \nfragment ClaimStaticDepositOutputFragment on ClaimStaticDepositOutput {\n    __typename\n    claim_static_deposit_output_transfer_id: transfer_id\n}\n",variables:{transaction_id:A,output_index:I,network:g,request_type:qe.FIXED_AMOUNT,credit_amount_sats:C,deposit_secret_key:B,signature:i,quote_signature:Q},constructObject:A=>({transferId:A.claim_static_deposit.claim_static_deposit_output_transfer_id})})}async getInstantStaticDepositQuote({transactionId:A,outputIndex:I,network:g,partnerId:C}){return await this.executeRawQuery({queryPayload:"\n  mutation CreateInstantStaticDepositQuote(\n    $transaction_id: String!\n    $output_index: Int!\n    $network: BitcoinNetwork!\n    $partner_id: String\n  ) {\n    create_instant_static_deposit_quote(input: {\n      transaction_id: $transaction_id,\n      output_index: $output_index,\n      network: $network,\n      partner_id: $partner_id\n    }) {\n      ...InstantStaticDepositQuoteOutputFragment\n    }\n  }\n  \nfragment InstantStaticDepositQuoteOutputFragment on CreateInstantStaticDepositQuoteOutput {\n    __typename\n    instant_quote_output_quote: quote {\n        ...StaticDepositQuoteFragment\n    }\n    instant_quote_output_fulfillment_plans: fulfillment_plans {\n        ...InstantStaticDepositPlanFragment\n    }\n}\n  \nfragment StaticDepositQuoteFragment on StaticDepositQuote {\n    __typename\n    static_deposit_quote_id: id\n    static_deposit_quote_network: network\n    static_deposit_quote_transaction_id: transaction_id\n    static_deposit_quote_output_index: output_index\n    static_deposit_quote_deposit_amount: deposit_amount {\n        ...CurrencyAmountFragment\n    }\n    static_deposit_quote_credit_amount: credit_amount {\n        ...CurrencyAmountFragment\n    }\n    static_deposit_quote_quote_signature: quote_signature\n}\n  \nfragment InstantStaticDepositPlanFragment on StaticDepositPlan {\n    __typename\n    static_deposit_plan_id: id\n    static_deposit_plan_amount: amount {\n        ...CurrencyAmountFragment\n    }\n    static_deposit_plan_confirmations: confirmations\n    static_deposit_plan_status: status\n    static_deposit_plan_transfer_spark_id: transfer_spark_id\n}\n  \nfragment CurrencyAmountFragment on CurrencyAmount {\n    __typename\n    currency_amount_original_value: original_value\n    currency_amount_original_unit: original_unit\n}\n",variables:{transaction_id:A,output_index:I,network:g,partner_id:C},constructObject:A=>{return I=A.create_instant_static_deposit_quote,{quote:Nu(I.instant_quote_output_quote),fulfillmentPlans:(I.instant_quote_output_fulfillment_plans??[]).map(uu)};var I}})}async claimInstantStaticDeposit({quoteId:A,depositSecretKey:I,signature:g}){return await this.executeRawQuery({queryPayload:"\n  mutation ClaimInstantStaticDeposit(\n    $static_deposit_quote_id: ID!\n    $static_deposit_address_private_key_share: String!\n    $signature: String!\n  ) {\n    create_claim_instant_static_deposit(input: {\n      static_deposit_quote_id: $static_deposit_quote_id,\n      static_deposit_address_private_key_share: $static_deposit_address_private_key_share,\n      signature: $signature\n    }) {\n      ...InstantStaticDepositClaimOutputFragment\n    }\n  }\n  \nfragment InstantStaticDepositClaimOutputFragment on CreateClaimInstantStaticDepositOutput {\n    __typename\n    instant_claim_output_claim_id: claim_id\n}\n",variables:{static_deposit_quote_id:A,static_deposit_address_private_key_share:I,signature:g},constructObject:A=>({claimId:A.create_claim_instant_static_deposit.instant_claim_output_claim_id})})}async getTransfers(A){return await this.executeRawQuery({queryPayload:fu,variables:{transfer_spark_ids:A},constructObject:A=>A.transfers.map(A=>{const I=function(A){if("object"!=typeof A||null===A)throw new xd("Invalid transfer response",{field:"transfers",value:A});return A}(A),g=We(I),C=I.transfer_user_request;switch(C?.__typename){case"ClaimStaticDeposit":g.userRequest={id:(B=C).claim_static_deposit_id,createdAt:B.claim_static_deposit_created_at,updatedAt:B.claim_static_deposit_updated_at,network:be[B.claim_static_deposit_network]??be.FUTURE_VALUE,creditAmount:Le(B.claim_static_deposit_credit_amount),maxFee:Le(B.claim_static_deposit_max_fee),status:He[B.claim_static_deposit_status]??He.FUTURE_VALUE,transactionId:B.claim_static_deposit_transaction_id,outputIndex:B.claim_static_deposit_output_index,bitcoinNetwork:be[B.claim_static_deposit_bitcoin_network]??be.FUTURE_VALUE,typename:"ClaimStaticDeposit",transferSparkId:B.claim_static_deposit_transfer_spark_id};break;case"CoopExitRequest":g.userRequest=hu(C);break;case"LeavesSwapRequest":g.userRequest=Pe(C);break;case"LightningReceiveRequest":g.userRequest=je(C);break;case"LightningSendRequest":g.userRequest=_e(C)}var B;const{userRequestId:i,...Q}=g;return Q})})??[]}async getChallenge(){return await this.executeRawQuery({queryPayload:"\n  mutation GetChallenge(\n    $public_key: PublicKey!\n  ) {\n    get_challenge(input: {\n      public_key: $public_key\n    }) {\n      ...GetChallengeOutputFragment\n    }\n  }\n    \n    \nfragment GetChallengeOutputFragment on GetChallengeOutput {\n    __typename\n    get_challenge_output_protected_challenge: protected_challenge\n}\n",variables:{public_key:XB(await this.signer.getIdentityPublicKey())},constructObject:A=>({protectedChallenge:A.get_challenge.get_challenge_output_protected_challenge})},!1)}async verifyChallenge(A,I){return await this.executeRawQuery({queryPayload:"\n  mutation VerifyChallenge(\n    $protected_challenge: String!\n    $signature: String!\n    $identity_public_key: PublicKey!\n    $provider: Provider\n  ) {\n    verify_challenge(input: {\n      protected_challenge: $protected_challenge\n      signature: $signature\n      identity_public_key: $identity_public_key\n      provider: $provider\n    }) {\n      ...VerifyChallengeOutputFragment\n    }\n  }\n    \n    \nfragment VerifyChallengeOutputFragment on VerifyChallengeOutput {\n    __typename\n    verify_challenge_output_valid_until: valid_until\n    verify_challenge_output_session_token: session_token\n}\n",variables:{protected_challenge:I,signature:A,identity_public_key:XB(await this.signer.getIdentityPublicKey())},constructObject:A=>{return{validUntil:(I=A.verify_challenge).verify_challenge_output_valid_until,sessionToken:I.verify_challenge_output_session_token};var I}},!1)}async authenticate(){if(this.authPromise)return this.authPromise;const A=(async()=>{let A;for(let I=0;I<3;I++)try{this.authProvider.removeAuth();const A=await this.getChallenge();if(!A)throw new Error("Failed to get challenge");const I=Nd.from(A.protectedChallenge,"base64"),g=await this.signer.signMessageWithIdentityKey(Ya(I)),C=await this.verifyChallenge(Nd.from(g).toString("base64"),A.protectedChallenge);if(!C)throw new Error("Failed to verify challenge");return void this.authProvider.setAuth(C.sessionToken,new Date(C.validUntil))}catch(I){if(zB(I)&&I.message.toLowerCase().includes("challenge expired")){A=I;continue}throw I}throw A??new Error("Failed to authenticate after retries")})();this.authPromise=A;try{return await A}finally{this.authPromise=void 0}}async getCoopExitFeeQuote({leafExternalIds:A,withdrawalAddress:I}){return await this.executeRawQuery({queryPayload:"\n  query CoopExitFeeQuote(\n    $leaf_external_ids: [UUID!]!\n    $withdrawal_address: String!\n  ) {\n    coop_exit_fee_quote(\n      input: {\n        leaf_external_ids: $leaf_external_ids,\n        withdrawal_address: $withdrawal_address\n      }\n    ) {\n      quote {\n        ...CoopExitFeeQuoteFragment\n      }\n    }\n  }\n  \nfragment CoopExitFeeQuoteFragment on CoopExitFeeQuote {\n    __typename\n    coop_exit_fee_quote_id: id\n    coop_exit_fee_quote_created_at: created_at\n    coop_exit_fee_quote_updated_at: updated_at\n    coop_exit_fee_quote_network: network\n    coop_exit_fee_quote_total_amount: total_amount {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_user_fee_fast: user_fee_fast {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_user_fee_medium: user_fee_medium {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_user_fee_slow: user_fee_slow {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_l1_broadcast_fee_fast: l1_broadcast_fee_fast {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_l1_broadcast_fee_medium: l1_broadcast_fee_medium {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_l1_broadcast_fee_slow: l1_broadcast_fee_slow {\n        __typename\n        currency_amount_original_value: original_value\n        currency_amount_original_unit: original_unit\n    }\n    coop_exit_fee_quote_expires_at: expires_at\n}\n",variables:{leaf_external_ids:A,withdrawal_address:I},constructObject:A=>{return{id:(I=A.coop_exit_fee_quote.quote).coop_exit_fee_quote_id,createdAt:I.coop_exit_fee_quote_created_at,updatedAt:I.coop_exit_fee_quote_updated_at,network:be[I.coop_exit_fee_quote_network]??be.FUTURE_VALUE,totalAmount:Le(I.coop_exit_fee_quote_total_amount),userFeeFast:Le(I.coop_exit_fee_quote_user_fee_fast),userFeeMedium:Le(I.coop_exit_fee_quote_user_fee_medium),userFeeSlow:Le(I.coop_exit_fee_quote_user_fee_slow),l1BroadcastFeeFast:Le(I.coop_exit_fee_quote_l1_broadcast_fee_fast),l1BroadcastFeeMedium:Le(I.coop_exit_fee_quote_l1_broadcast_fee_medium),l1BroadcastFeeSlow:Le(I.coop_exit_fee_quote_l1_broadcast_fee_slow),expiresAt:I.coop_exit_fee_quote_expires_at,typename:"CoopExitFeeQuote"};var I}})}async getUserRequests({first:A,after:I,types:g,statuses:C,networks:B}){return await this.executeRawQuery({queryPayload:Su,variables:{first:A,after:I,types:g,statuses:C,networks:B},constructObject:A=>A.current_user?.user_requests?IE(A.current_user?.user_requests):null})}async registerSparkWalletWebhook(A){return await this.executeRawQuery({queryPayload:"\n  mutation RegisterSparkWalletWebhook($input: RegisterSparkWalletWebhookInput!) {\n    register_wallet_webhook(input: $input) {\n      webhook_id\n    }\n  }\n",variables:{input:{secret:A.secret,url:A.url,event_types:A.event_types}},constructObject:A=>({webhook_id:A.register_wallet_webhook.webhook_id})})}async deleteSparkWalletWebhook(A){return await this.executeRawQuery({queryPayload:"\n  mutation DeleteSparkWalletWebhook($input: DeleteSparkWalletWebhookInput!) {\n    delete_wallet_webhook(input: $input) {\n      success\n    }\n  }\n",variables:{input:{webhook_id:A.webhook_id}},constructObject:A=>({success:A.delete_wallet_webhook.success})})}async listSparkWalletWebhooks(){return await this.executeRawQuery({queryPayload:"\n  query ListSparkWalletWebhooks {\n    wallet_webhooks {\n      webhooks {\n        webhook_id\n        url\n        event_types\n      }\n    }\n  }\n",variables:{},constructObject:A=>({webhooks:A.wallet_webhooks.webhooks.map(pu)})})}},Uu=class{sessionToken;validUntil;logger;constructor(A){this.logger=A?.logger("SparkAuthProvider")??cy,A?.wrapPrototypeMethods("SparkAuthProvider",this)}async addAuthHeaders(A){const I={"Content-Type":"application/json",...A};return this.sessionToken&&(I.Authorization=`Bearer ${this.sessionToken}`),Promise.resolve(I)}isAuthorized(){return Promise.resolve(!!this.sessionToken&&!!this.validUntil&&this.validUntil>new Date)}async addWsConnectionParams(A){const I={...A};return this.sessionToken&&(I.Authorization=`Bearer ${this.sessionToken}`),Promise.resolve(I)}setAuth(A,I){this.sessionToken=A,this.validUntil=I}removeAuth(){this.sessionToken=void 0,this.validUntil=void 0}};function Mu(A){const I=(0,ud.decode)(A);if(null===Ku(A))throw new Wd("Invalid network found in invoice",{invoice:A});let g,C,B,i,Q,e=[];for(const A of I.sections)"payment_hash"===A.name&&(g=A),"amount"===A.name&&(C=A),"payment_secret"===A.name&&(B=A),"fallback_address"===A.name&&(i=A);e=I.route_hints;const E=(t=C?.value,"string"==typeof t||"number"==typeof t||"bigint"==typeof t||"boolean"==typeof t?BigInt(C.value):null);var t;const o="string"==typeof g?.value?g.value:void 0;if(i?.value&&(Q=function(A){if(A){if("string"==typeof A)return A;if("object"==typeof A&&null!==A&&"words"in A&&"string"==typeof A.words)try{const I=A.words,g=ha.decode(I,5e3),C=Array.from(g.words);if(31===C[0]){const A=function(A){let I=0,g=0;const C=[];for(const B of A)for(g=g<<5|B,I+=5;I>=8;)I-=8,C.push(g>>I&255);return Uint8Array.from(C)}(C.slice(1));return(new TextDecoder).decode(A)}}catch{return}}}(i.value)),!Q)for(const A of e){for(const I of A)if("f42400f424000001"===I.short_channel_id){Q=I.pubkey;break}if(Q)break}if(void 0===o)throw new Wd("No payment hash found in invoice",{invoice:A});if(void 0===B?.value)throw new Wd("Invalid payment secret found in invoice",{invoice:A});return{amountMSats:E,fallbackAddress:Q,paymentHash:o}}function Ku(A){return A.startsWith("lnbcrt")?th.REGTEST:A.startsWith("lnbc")?th.MAINNET:A.startsWith("lntb")?th.TESTNET:A.startsWith("lnsb")?th.SIGNET:null}var mu=class extends Zk{constructor(A,I,g,C=Mk.fromConfig(A)){super(A,I,g,C,"CoopExitService"),C.wrapPrototypeMethods("CoopExitService",this)}async getConnectorRefundSignatures({leaves:A,exitTxId:I,connectorOutputs:g,receiverPubKey:C,transferId:B,connectorTx:i}){if(A.length!==g.length)throw new Wd("Mismatch between leaves and connector outputs",{field:"leaves/connectorOutputs",value:{leavesCount:A.length,outputsCount:g.length},expected:"Equal length"});const Q=await this.prepareSendTransferKeyTweaks(B,A),e=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),E=A.map(A=>A.leaf.id),t=await e.get_signing_commitments({nodeIds:E,count:3}),{cpfpLeafSigningJobs:o,directLeafSigningJobs:n,directFromCpfpLeafSigningJobs:a}=await this.signingService.signRefundsForCoopExit(A,g,i,t.signingCommitments.slice(0,A.length),t.signingCommitments.slice(A.length,2*A.length),t.signingCommitments.slice(2*A.length)),s=fd(),r=await Promise.all(Array.from(Q.entries()).map(async([A,I])=>{const g={leavesToSend:I},C=xI.encode(g).finish(),B=this.config.getSigningOperators()[A];if(!B)throw new Wd("Operator not found");const i=await s.encryptEcies(C,JB(B.identityPublicKey));return[A,Uint8Array.from(i)]})),c={leavesToSend:o,keyTweakPackage:Object.fromEntries(r),userSignature:new Uint8Array,directLeavesToSend:n,directFromCpfpLeavesToSend:a,hashVariant:CA.HASH_VARIANT_V2},D=wk(B,c),w=await this.config.signer.signMessageWithIdentityKey(D);let d;c.userSignature=new Uint8Array(w);try{d=await e.cooperative_exit_v2({transfer:{transferId:B,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),receiverIdentityPublicKey:C,transferPackage:c,expiryTime:this.config.getNetwork()==th.MAINNET?new Date(Date.now()+6048e5+3e5):new Date(Date.now()+21e5)},exitId:Fa(),exitTxid:I,connectorTx:i})}catch(A){throw new xd("Failed to initiate cooperative exit",{operation:"cooperative_exit_v2",error:A})}if(!d.transfer)throw new xd("Failed to initiate cooperative exit",{operation:"cooperative_exit_v2",error:new Error("No transfer in response")});return{transfer:d.transfer}}},Ju=class{config;connectionManager;logger;constructor(A,I,g=Mk.fromConfig(A)){this.config=A,this.connectionManager=I,this.logger=g.logger("DepositService"),g.wrapPrototypeMethods("DepositService",this)}async validateDepositAddress({address:A,userPubkey:I,verifyCoordinatorProof:g=!1}){if(!A.depositAddressProof||!A.depositAddressProof.proofOfPossessionSignature||!A.depositAddressProof.addressSignatures)throw new Wd("Proof of possession signature or address signatures is null",{field:"depositAddressProof",value:A.depositAddressProof});const C=function(A,I){if(33!==A.length||33!==I.length)throw new Wd("Public keys must be 33 bytes",{field:"publicKeys",value:`a: ${A.length}, b: ${I.length}`,expected:33});const g=ie.Point.fromHex(A),C=ie.Point.fromHex(I);return g.subtract(C).toBytes(!0)}(A.verifyingKey,I),B=function(A,I,g){const C=(new TextEncoder).encode(g);return Nh(["spark","deposit","proof_of_possession"]).addBytes(A).addBytes(I).addBytes(C).hash()}(await this.config.signer.getIdentityPublicKey(),C,A.address),i=Gc(C.slice(1,33),void 0,ah(this.config.getNetwork())).tweakedPubkey;if(!de.verify(A.depositAddressProof.proofOfPossessionSignature,B,i))throw new Wd("Proof of possession signature verification failed",{field:"proofOfPossessionSignature",value:A.depositAddressProof.proofOfPossessionSignature});const Q=Ya(A.address);for(const I of Object.values(this.config.getSigningOperators())){if(I.identifier===this.config.getCoordinatorIdentifier()&&!g)continue;const C=vt(I.identityPublicKey),B=A.depositAddressProof.addressSignatures[I.identifier];if(!B)throw new Wd("Operator signature not found",{field:"addressSignatures",value:I.identifier});const i=ie.Signature.fromDER(B);if(!ie.verify(i.toCompactRawBytes(),Q,C))throw new Wd("Operator signature verification failed",{field:"operatorSignature",value:B})}}async generateStaticDepositAddress({signingPubkey:A}){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let g;try{g=await I.generate_static_deposit_address({signingPublicKey:A,identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:this.config.getNetworkProto(),hashVariant:CA.HASH_VARIANT_V2})}catch(A){throw new xd("Failed to generate static deposit address",{operation:"generate_static_deposit_address",error:A})}if(!g.depositAddress)throw new Wd("No static deposit address response from coordinator",{field:"depositAddress",value:g});return await this.validateDepositAddress({address:g.depositAddress,userPubkey:A,verifyCoordinatorProof:!0}),g}async generateDepositAddress({signingPubkey:A,leafId:I,isStatic:g=!1}){const C=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let B;try{B=await C.generate_deposit_address({signingPublicKey:A,identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:this.config.getNetworkProto(),leafId:I,isStatic:g,hashVariant:CA.HASH_VARIANT_V2})}catch(A){throw new xd("Failed to generate deposit address",{operation:"generate_deposit_address",error:A})}if(!B.depositAddress)throw new Wd("No deposit address response from coordinator",{field:"depositAddress",value:B});return await this.validateDepositAddress({address:B.depositAddress,userPubkey:A}),B}async createTreeRoot({keyDerivation:A,verifyingKey:I,depositTx:g,vout:C}){const B=g.getOutput(C);if(!B)throw new Wd("Invalid deposit transaction output",{field:"vout",value:C,expected:"Valid output index"});const{nodeTx:i}=await async function(A,I,g){return ph({parentTx:A,sequence:0,directSequence:50,vout:I,network:g})}(g,C,this.config.getNetwork()),Q=await this.config.signer.getRandomSigningCommitment(),e=hh(i,0,B),E=await this.config.signer.getPublicKeyFromDerivation(A),{cpfpRefundTx:t,directFromCpfpRefundTx:o}=await Rh({nodeTx:i,receivingPubkey:E,network:this.config.getNetwork()}),n=await this.config.signer.getRandomSigningCommitment(),a=await this.config.signer.getRandomSigningCommitment(),s=hh(t,0,i.getOutput(0));if(!o)throw new Wd("Expected direct from cpfp refund transaction for tree creation",{field:"directFromCpfpRefundTx",value:o});const r=hh(o,0,i.getOutput(0)),c=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let D;try{D=await c.get_signing_commitments({count:3,nodeIdCount:1})}catch(A){throw new xd("Failed to start deposit tree creation",{operation:"get_signing_commitments",error:A})}if(3!==D.signingCommitments.length)throw new Wd("Incorrect number of signing commitments returned",{field:"signingCommitments",value:D.signingCommitments.length,expected:3});const[w,d,h]=D.signingCommitments;if(void 0===w)throw new Wd("Empty root commitment returned from get_signing_commitments");if(void 0===d)throw new Wd("Empty refund commitment returned from get_signing_commitments");if(void 0===h)throw new Wd("Empty direct from cpfp refund commitment returned from get_signing_commitments");const y=await this.config.signer.signFrost({message:e,publicKey:E,keyDerivation:A,verifyingKey:I,selfCommitment:Q,statechainCommitments:w.signingNonceCommitments,adaptorPubKey:new Uint8Array}),l=await this.config.signer.signFrost({message:s,publicKey:E,keyDerivation:A,verifyingKey:I,selfCommitment:n,statechainCommitments:d.signingNonceCommitments,adaptorPubKey:new Uint8Array}),k=await this.config.signer.signFrost({message:r,publicKey:E,keyDerivation:A,verifyingKey:I,selfCommitment:a,statechainCommitments:h.signingNonceCommitments,adaptorPubKey:new Uint8Array});let u;try{u=await c.finalize_deposit_tree_creation({identityPublicKey:await this.config.signer.getIdentityPublicKey(),onChainUtxo:{vout:C,rawTx:g.toBytes(!0),network:this.config.getNetworkProto()},rootTxSigningJob:{signingPublicKey:E,rawTx:i.toBytes(),signingNonceCommitment:Q.commitment,userSignature:y,signingCommitments:{signingCommitments:w.signingNonceCommitments}},refundTxSigningJob:{signingPublicKey:E,rawTx:t.toBytes(),signingNonceCommitment:n.commitment,userSignature:l,signingCommitments:{signingCommitments:d.signingNonceCommitments}},directFromCpfpRefundTxSigningJob:{signingPublicKey:E,rawTx:o.toBytes(),signingNonceCommitment:a.commitment,userSignature:k,signingCommitments:{signingCommitments:h.signingNonceCommitments}}})}catch(A){throw new xd("Failed to finalize tree creation",{operation:"finalize_deposit_tree_creation",error:A})}if(void 0===u.rootNode)throw new xd("root node not returned from finalize tree request",{operation:"finalize_deposit_tree_creation"});return{nodes:[u.rootNode]}}async createTreeRootMultiUtxo({keyDerivation:A,verifyingKey:I,depositTxs:g}){if(g.length<2)throw new Wd("createTreeRootMultiUtxo requires at least 2 deposit transactions",{field:"depositTxs",value:g.length,expected:"At least 2 deposit transactions"});const C=function(A){if(0===A.length)throw new Wd("depositTxs must not be empty",{field:"depositTxs",value:A.length,expected:"At least 1 deposit transaction"});const I=new Oc({version:3,allowUnknownOutputs:!0});let g=0n;for(const{tx:C,vout:B}of A){const A=C.getOutput(B);if(void 0===A.amount||!A.script)throw new Wd("Deposit transaction output missing amount or script",{field:"depositTxOutput",value:{vout:B,hasAmount:!!A.amount,hasScript:!!A.script}});I.addInput({txid:JB(lh(C)),index:B,sequence:0}),g+=A.amount}const C=A[0].tx.getOutput(A[0].vout);return I.addOutput({script:C.script,amount:g}),I.addOutput(Yh()),I}(g),B=g.map(({tx:A,vout:I})=>A.getOutput(I)),i=g.map((A,I)=>yh(C,I,B)),Q=await Promise.all(g.map(()=>this.config.signer.getRandomSigningCommitment())),e=await this.config.signer.getPublicKeyFromDerivation(A),{cpfpRefundTx:E,directFromCpfpRefundTx:t}=await Rh({nodeTx:C,receivingPubkey:e,network:this.config.getNetwork()}),o=await this.config.signer.getRandomSigningCommitment(),n=await this.config.signer.getRandomSigningCommitment(),a=hh(E,0,C.getOutput(0));if(!t)throw new Wd("Expected direct from cpfp refund transaction for tree creation",{field:"directFromCpfpRefundTx",value:t});const s=hh(t,0,C.getOutput(0)),r=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),c=g.length+2;let D;try{D=await r.get_signing_commitments({count:c,nodeIdCount:1})}catch(A){throw new xd("Failed to get signing commitments for multi-UTXO deposit",{operation:"get_signing_commitments",error:A})}if(D.signingCommitments.length!==c)throw new Wd("Incorrect number of signing commitments returned",{field:"signingCommitments",value:D.signingCommitments.length,expected:c});const w=D.signingCommitments.slice(0,g.length),d=D.signingCommitments[g.length],h=D.signingCommitments[g.length+1];if(void 0===d)throw new Wd("Empty refund commitment returned from get_signing_commitments");if(void 0===h)throw new Wd("Empty direct from cpfp refund commitment returned from get_signing_commitments");const y=await Promise.all(i.map((g,C)=>this.config.signer.signFrost({message:g,publicKey:e,keyDerivation:A,verifyingKey:I,selfCommitment:Q[C],statechainCommitments:w[C].signingNonceCommitments,adaptorPubKey:new Uint8Array}))),l=await this.config.signer.signFrost({message:a,publicKey:e,keyDerivation:A,verifyingKey:I,selfCommitment:o,statechainCommitments:d.signingNonceCommitments,adaptorPubKey:new Uint8Array}),k=await this.config.signer.signFrost({message:s,publicKey:e,keyDerivation:A,verifyingKey:I,selfCommitment:n,statechainCommitments:h.signingNonceCommitments,adaptorPubKey:new Uint8Array});let u;try{u=await r.finalize_deposit_tree_creation({identityPublicKey:await this.config.signer.getIdentityPublicKey(),onChainUtxo:{vout:g[0].vout,rawTx:g[0].tx.toBytes(!0),network:this.config.getNetworkProto()},rootTxSigningJob:{signingPublicKey:e,rawTx:C.toBytes(),signingNonceCommitment:Q[0].commitment,userSignature:y[0],signingCommitments:{signingCommitments:w[0].signingNonceCommitments},additionalInputs:y.slice(1).map((A,I)=>({signingNonceCommitment:Q[I+1].commitment,userSignature:A,signingCommitments:{signingCommitments:w[I+1].signingNonceCommitments}}))},refundTxSigningJob:{signingPublicKey:e,rawTx:E.toBytes(),signingNonceCommitment:o.commitment,userSignature:l,signingCommitments:{signingCommitments:d.signingNonceCommitments}},directFromCpfpRefundTxSigningJob:{signingPublicKey:e,rawTx:t.toBytes(),signingNonceCommitment:n.commitment,userSignature:k,signingCommitments:{signingCommitments:h.signingNonceCommitments}},additionalOnChainUtxos:g.slice(1).map(({tx:A,vout:I})=>({vout:I,rawTx:A.toBytes(!0),network:this.config.getNetworkProto()}))})}catch(A){throw new xd("Failed to finalize multi-UTXO tree creation",{operation:"finalize_deposit_tree_creation",error:A})}if(void 0===u.rootNode)throw new xd("root node not returned from finalize tree request",{operation:"finalize_deposit_tree_creation"});return{nodes:[u.rootNode]}}};const bu=Array.from({length:28},(A,I)=>2**I);function Hu(A,I){if(!A)throw new Td(I||"Assertion failed")}function Yu(A){return A.reduce((A,I)=>A+I,0)}function Lu(A){return[...A].sort((A,I)=>A-I)}function qu(A,I){return A.length===I.length&&A.every((A,g)=>A===I[g])}function Vu(A){const I=new Map;for(const g of A)I.set(g,(I.get(g)??0)+1);return I}function Tu(A,I){const g=new Map;for(const[C,B]of A.entries()){const A=B-(I.get(C)??0);A>0&&g.set(C,A)}return g}function vu(A){const I=[];for(const[g,C]of Array.from(A.entries()).sort((A,I)=>A[0]-I[0]))for(let A=0;A<C;A++)I.push(g);return I}function Zu(A){const I=[];let g=A;for(let A=bu.length-1;A>=0;A--){const C=bu[A];if("number"==typeof C&&C>0)for(;g>=C;)g-=C,I.push(C)}return Hu(Yu(I)===A,"greedy_leaves: sum mismatch"),Lu(I)}var xu=class{inLeaves;outLeaves;constructor(A,I){this.inLeaves=[...A],this.outLeaves=[...I],Hu(Yu(this.inLeaves)===Yu(this.outLeaves),"Swap in/out leaves must sum to same value for swap: "+this.toString())}toString(){return`Swap(in=${JSON.stringify(this.inLeaves)}, out=${JSON.stringify(this.outLeaves)})`}};function Wu(A,I=64){const g=[];let C=[];const B=Lu(A);for(;B.length>0;){C.push(B.shift());const A=Zu(Yu(C));(C.length>=I||A.length>=I)&&(qu(A,C)||g.push(new xu([...C],A)),C=[])}if(C.length>0){const A=Zu(Yu(C));qu(A,C)||g.push(new xu([...C],A))}return g}function Pu(A,I=1,g=64){const C=function(A,I=1){const g=[];let C=A;Hu(I>0,"multiplicity must be > 0");for(const A of bu)if("number"==typeof A&&A>0)for(let B=0;B<I;B++)C>=A&&(C-=A,g.push(A));return g.push(...Zu(C)),Hu(Yu(g)===A,"swap_minimizing_leaves: sum mismatch"),Lu(g)}(Yu(A),I),B=Vu(A),i=Vu(C),Q=Tu(B,i),e=Tu(i,B),E=[];let t=[],o=[];const n=[...vu(Q)],a=[...vu(e)];for(;n.length>0||a.length>0;){if(Yu(t)>Yu(o)){if(0===a.length)break;o.push(a.shift())}else{if(0===n.length)break;t.push(n.shift())}if(t.length>0&&o.length>0&&Yu(t)===Yu(o)){if(t.length>g)for(let A=0;A<t.length;A+=g){const I=t.slice(A,A+g);E.push(new xu(I,Zu(Yu(I))))}else if(o.length>g)for(let A=g;A>0;A--){const I=Yu(o.slice(0,A)),C=Yu(t)-I,B=[...o.slice(0,A),...Zu(C)];if(B.length<=g){E.push(new xu([...t],B));break}}else E.push(new xu([...t],[...o]));t=[],o=[]}}return E}var Ou=function(A){return A.AVAILABLE="AVAILABLE",A.LOCAL_LOCKED="LOCAL_LOCKED",A.OUTGOING="OUTGOING",A.SWAP_PENDING="SWAP_PENDING",A.INCOMING="INCOMING",A.SPENT="SPENT",A}(Ou||{});const Xu={[Ou.AVAILABLE]:[Ou.LOCAL_LOCKED,Ou.OUTGOING,Ou.SWAP_PENDING,Ou.SPENT],[Ou.LOCAL_LOCKED]:[Ou.AVAILABLE,Ou.OUTGOING,Ou.SWAP_PENDING,Ou.SPENT],[Ou.OUTGOING]:[Ou.AVAILABLE,Ou.SPENT],[Ou.SWAP_PENDING]:[Ou.AVAILABLE,Ou.SPENT],[Ou.INCOMING]:[Ou.AVAILABLE],[Ou.SPENT]:[]},ju=new Set([Ou.LOCAL_LOCKED]),zu=new Set([Ou.LOCAL_LOCKED,Ou.OUTGOING,Ou.SWAP_PENDING]),_u=new Set([Ou.AVAILABLE,Ou.LOCAL_LOCKED,Ou.OUTGOING,Ou.SWAP_PENDING]);var $u=class{optimizationInProgress=!1;optimizationLockedLeafIds=new Set;optimizationWaiters=new Set;hasSynced=!1;leaves=new Map;leavesMutex=new ld;identityPublicKey;logger;constructor(A,I,g,C,B,i,Q=Mk.fromConfig(A)){this.config=A,this.swapService=I,this.transferService=g,this.connectionManager=C,this.onBalanceUpdate=B,this.onAutoOptimize=i,this.logger=Q.logger("LeafManager"),Q.wrapPrototypeMethods("LeafManager",this)}log(A,I){this.logger.trace(`${A}: ${I}`)}debug(A,I){this.logger.debug(`${A}: ${I}`)}formatBalanceSummary(){return`leaves=${this.leaves.size} available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()} incoming=${this.getIncomingBalance()}`}formatLeafStatusCounts(){const A=new Map;for(const I of this.leaves.values())A.set(I.status,(A.get(I.status)??0)+1);return Object.values(Ou).map(I=>`${I}=${A.get(I)??0}`).join(" ")}emitBalanceUpdate(){this.onBalanceUpdate?.({available:this.getAvailableBalance(),owned:this.getOwnedBalance(),incoming:this.getIncomingBalance()})}async initialize(){this.identityPublicKey=await this.config.signer.getIdentityPublicKey()}async sync(){this.identityPublicKey=await this.config.signer.getIdentityPublicKey();const A=this.getAvailableBalance(),I=this.getOwnedBalance(),g=this.getIncomingBalance(),C=this.leaves.size;this.debug("sync",`Starting sync. Pre-sync: ${C} leaves, available=${A} owned=${I} incoming=${g}`);const[B,i,Q,e]=await Promise.all([this.getLeaves(),this.getAllPendingSwaps(),this.getAllPendingOutgoingTransfers(),this.transferService.queryPendingTransfers()]);this.debug("sync",`Fetched: ${B.length} leaves, ${i.length} pending swaps, ${Q.length} outgoing, ${e.transfers.length} incoming`);const E=await this.checkRenewLeaves(B);await this.leavesMutex.runExclusive(()=>{const A=new Map;for(const[I,g]of this.leaves)ju.has(g.status)&&A.set(I,g);A.size>0&&this.log("sync",`Preserving ${A.size} in-flight leaves: [${Array.from(A.entries()).map(([A,I])=>`${A}(${I.status})`).join(",")}]`),this.leaves.clear();for(const A of E)"AVAILABLE"===A.status&&this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"none"}});for(const{leaf:A,transferId:I}of i)this.leaves.set(A.id,{treeNode:A,status:Ou.SWAP_PENDING,source:{kind:"swap",swapId:I}});for(const{leaf:A,transferId:I}of Q)this.leaves.set(A.id,{treeNode:A,status:Ou.OUTGOING,source:{kind:"transfer",transferId:I}});for(const A of e.transfers)if(A.type!==x.COUNTER_SWAP&&A.type!==x.COUNTER_SWAP_V3)for(const I of A.leaves){if(!I.leaf)continue;const g=this.leaves.get(I.leaf.id);(!g||g.status!==Ou.OUTGOING&&g.status!==Ou.SWAP_PENDING)&&this.leaves.set(I.leaf.id,{treeNode:I.leaf,status:Ou.INCOMING,source:{kind:"transfer",transferId:A.id}})}for(const[I,g]of A)this.leaves.set(I,g);this.hasSynced=!0}),this.debug("sync",`Complete. Post-sync: ${this.formatBalanceSummary()} statusCounts=${this.formatLeafStatusCounts()}`),this.autoOptimizeIfNeeded(),this.emitBalanceUpdate()}async getLeaves(A=!1){const I=await this.config.signer.getIdentityPublicKey(),g=this.config.getCoordinatorIdentifier(),C=this.config.getNetworkProto();let B=Object.entries(this.config.getSigningOperators());A&&(B=B.filter(([A])=>A===g));const i=new Map;await Promise.all(B.map(async([A,g])=>{const B=await this.queryNodes({source:{$case:"ownerIdentityPubkey",ownerIdentityPubkey:I},includeParents:!1,network:C,statuses:[EA.TREE_NODE_STATUS_AVAILABLE]},g.address);i.set(A,B)}));const Q=i.get(g);if(void 0===Q)throw new Wd("Coordinator leaves not found",{field:"coordinatorLeaves"});const e=new Set;if(!A)for(const[A,I]of i)if(A!==g)for(const[A,g]of Object.entries(Q.nodes)){const C=I.nodes[A];this.isLeafConsistent(g,C)||e.add(A)}const E=Object.values(Q.nodes).filter(A=>"AVAILABLE"===A.status&&!e.has(A.id)),t=await Promise.all(E.map(async A=>{if(A.parentNodeId){const I=await this.config.signer.getPublicKeyFromDerivation({type:hk.LEAF,path:A.parentNodeId});if(this.verifyKey(I,A.signingKeyshare?.publicKey??new Uint8Array,A.verifyingPublicKey))return{type:"RECOVER",leaf:A,path:A.parentNodeId}}const I=await this.config.signer.getPublicKeyFromDerivation({type:hk.LEAF,path:A.id});return this.verifyKey(I,A.signingKeyshare?.publicKey??new Uint8Array,A.verifyingPublicKey)?{type:"VALID",leaf:A}:{type:"INVALID"}})),o=[],n=new Map;for(const A of t)if("VALID"===A.type)o.push(A.leaf);else if("RECOVER"===A.type){const I=n.get(A.path)??[];I.push(A.leaf),n.set(A.path,I)}const a=[...o];for(const[A,I]of n)try{const g=await this.recoverLeaves(I,{type:hk.LEAF,path:A});a.push(...g)}catch{}return a}async selectLeavesAndExecute(A,I){if(A.some(A=>A<=0))throw new Wd("Target amount must be positive",{field:"targetAmounts",value:A});const g=A.reduce((A,I)=>A+I,0);await this.waitForOptimizationIfAvailabilityMayRecover(g);const C=this.getAvailableBalance();if(g>C)throw this.debug("selectLeavesAndExecute",`insufficient available balance requested=${g} available=${C} targets=${A.length}`),new Wd("Total target amount exceeds available balance",{field:"targetAmounts",value:g,expected:`less than or equal to ${C}`});const B=async()=>{const g=await this.selectLeavesWithSwap(A),C=Object.values(g).flat().map(A=>A.id),B=Object.values(g).flat(),i=await this.checkRenewLeaves(B);if(i.length<B.length){const A=new Set(i.map(A=>A.id)),I=B.filter(I=>!A.has(I.id));this.logger.warn(`${I.length} leaf(es) dropped during renewal — will cause stale-leaf retry. Leaf IDs: ${I.map(A=>A.id).join(",")}`)}if(i.length>0){const A=new Map(i.map(A=>[A.id,A]));for(const I of Object.keys(g)){const C=g[I];for(let I=0;I<C.length;I++){const g=A.get(C[I].id);if(g){C[I]=g;const A=this.leaves.get(g.id);A&&(A.treeNode=g)}}}}try{const A=await I(g);for(const A of C){const I=this.leaves.get(A);I?.status===Ou.LOCAL_LOCKED&&(I.status=Ou.OUTGOING)}return A}catch(A){throw this.restoreLocalLockedToAvailable(C),A}};try{return await B()}catch(A){if(this.isStaleLeafError(A)){this.debug("selectLeavesAndExecute",`stale leaf error detected; syncing before retry requested=${g} available=${this.getAvailableBalance()}`),await this.sync();const A=this.getAvailableBalance();if(g>A)throw this.debug("selectLeavesAndExecute",`insufficient balance after stale-leaf sync requested=${g} available=${A}`),new Wd("Total target amount exceeds available balance",{field:"targetAmounts",value:g,expected:`less than or equal to ${A}`});return this.debug("selectLeavesAndExecute",`retrying after stale-leaf sync requested=${g} available=${A}`),await B()}throw A}}async addLeaves(A){let I=!1;await this.leavesMutex.runExclusive(()=>{for(const g of A){const A=this.leaves.get(g.id);A&&zu.has(A.status)?this.log("addLeaves",`Skipping leaf=${g.id} value=${g.value} — in-flight (${A.status})`):A?.status===Ou.AVAILABLE&&A.treeNode.value===g.value||(this.log("addLeaves",`Adding leaf=${g.id} value=${g.value}${A?` (was ${A.status})`:""}`),this.leaves.set(g.id,{treeNode:g,status:Ou.AVAILABLE,source:{kind:"none"}}),I=!0)}}),I&&this.emitBalanceUpdate()}async addIncomingLeaves(A,I){this.log("addIncomingLeaves",`Adding ${A.length} incoming leaves (${A.reduce((A,I)=>A+I.value,0)} sats) transfer=${I} ids=[${A.map(A=>A.id).join(",")}]`);let g=!1;await this.leavesMutex.runExclusive(()=>{for(const C of A){const A=this.leaves.get(C.id);A&&A.status!==Ou.INCOMING?this.log("addIncomingLeaves",`Skipping leaf=${C.id} — already ${A.status}`):(this.leaves.set(C.id,{treeNode:C,status:Ou.INCOMING,source:{kind:"transfer",transferId:I}}),g=!0)}}),g&&this.emitBalanceUpdate()}async evictStaleAvailable(A){let I=!1;const g=[];await this.leavesMutex.runExclusive(()=>{for(const[C,B]of this.leaves)B.status!==Ou.AVAILABLE||"none"!==B.source.kind||A.has(C)||(g.push(C),this.leaves.delete(C),I=!0)}),g.length>0&&this.log("evictStaleAvailable",`Evicted ${g.length} stale leaves: [${g.join(",")}]`),I&&this.emitBalanceUpdate()}async removeLeaves(A){this.log("removeLeaves",`Removing ${A.length} leaves: [${A.join(",")}]`);let I=!1;await this.leavesMutex.runExclusive(()=>{for(const g of A)this.leaves.delete(g)&&(I=!0)}),I&&this.emitBalanceUpdate()}async registerClaimedLeaves(A,I){this.debug("registerClaimedLeaves",`registering claimedLeaves=${A.length} transferId=${I??"none"}`),this.log("registerClaimedLeaves",`Registering ${A.length} claimed leaves (${A.reduce((A,I)=>A+I.value,0)} sats) transferId=${I??"none"} ids=[${A.map(A=>A.id).join(",")}]`);const g=await this.checkRenewLeaves(A);return await this.leavesMutex.runExclusive(()=>{for(const A of g){const g=this.leaves.get(A.id);g&&this.log("registerClaimedLeaves",`Overwriting leaf ${A.id}: ${g.status} → AVAILABLE`),this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:I?{kind:"transfer",transferId:I}:{kind:"none"}})}}),this.log("registerClaimedLeaves",`Post-claim balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()} incoming=${this.getIncomingBalance()}`),this.debug("registerClaimedLeaves",`post-claim ${this.formatBalanceSummary()} statusCounts=${this.formatLeafStatusCounts()}`),this.emitBalanceUpdate(),this.autoOptimizeIfNeeded(),g}async executeWithAllLeaves(A){await this.waitForOptimizationIfAllLeavesMayChange();const{available:I,lockedIds:g}=await this.leavesMutex.runExclusive(()=>{const A=this.getAvailableLeaves(),I=A.map(A=>A.id);return this.transition(I,Ou.LOCAL_LOCKED),{available:A,lockedIds:I}}),C=await this.checkRenewLeaves(I),B=new Set(C.map(A=>A.id));if(C.length<I.length){const A=I.filter(A=>!B.has(A.id)).map(A=>A.id);this.logger.warn(`${A.length} leaf(es) dropped during renewal. Leaf IDs: ${A.join(",")}`),this.restoreLocalLockedToAvailable(A)}for(const A of C){const I=this.leaves.get(A.id);I&&(I.treeNode=A)}try{const I=await A(C);for(const A of g){if(!B.has(A))continue;const I=this.leaves.get(A);I?.status===Ou.LOCAL_LOCKED&&(I.status=Ou.OUTGOING)}return I}catch(A){const I=g.filter(A=>B.has(A));throw this.restoreLocalLockedToAvailable(I),A}}async handleDepositEvent(A){this.log("handleDepositEvent",`deposit=${A.id} status=${A.status} value=${A.value}`);let I=!1,g=!1,C=!1;return await this.leavesMutex.runExclusive(()=>{if("CREATING"===A.status){const I=this.leaves.get(A.id);I?this.log("handleDepositEvent",`leaf=${A.id} CREATING — already in cache (${I.status}), skipped`):(this.log("handleDepositEvent",`leaf=${A.id} CREATING → INCOMING`),this.leaves.set(A.id,{treeNode:A,status:Ou.INCOMING,source:{kind:"deposit",depositId:A.id}}),C=!0,g=!0)}else if("AVAILABLE"===A.status){const B=this.leaves.get(A.id);B?zu.has(B.status)||B.status===Ou.AVAILABLE?this.log("handleDepositEvent",`leaf=${A.id} already ${B.status}, skipped`):(this.log("handleDepositEvent",`leaf=${A.id} ${B.status} → AVAILABLE`),B.treeNode=A,this.transition([A.id],Ou.AVAILABLE),C=!0,g=!0):this.hasSynced?I=!0:(this.log("handleDepositEvent",`leaf=${A.id} pre-sync → AVAILABLE`),this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"deposit",depositId:A.id}}),C=!0,g=!0)}}),C&&this.emitBalanceUpdate(),I&&(this.log("handleDepositEvent",`Deposit ${A.id} needs verification (post-sync unknown leaf)`),g=await this.verifyAndAddLeaf(A.id)),this.log("handleDepositEvent",`Deposit ${A.id} result: added=${g} balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()}`),g}async verifyAndAddLeaf(A){try{const I=(await this.queryNodes({source:{$case:"nodeIds",nodeIds:{nodeIds:[A]}},includeParents:!1,network:this.config.getNetworkProto(),statuses:[]})).nodes[A];if(!I||"AVAILABLE"!==I.status)return!1;let g=!1;return await this.leavesMutex.runExclusive(()=>{const C=this.leaves.get(A);C?.status!==Ou.AVAILABLE?C||(this.leaves.set(A,{treeNode:I,status:Ou.AVAILABLE,source:{kind:"deposit",depositId:A}}),g=!0):g=!0}),g&&this.emitBalanceUpdate(),g}catch{return!1}}async handleTransferEvent(A){if(!this.identityPublicKey||!Pi(A.senderIdentityPublicKey,this.identityPublicKey))return;const I=A.leaves.flatMap(A=>A.leaf?[A.leaf.id]:[]);this.log("handleTransferEvent",`transfer=${A.id} type=${A.type} status=${A.status} leaves=[${I.join(",")}]`);let g=!1;await this.leavesMutex.runExclusive(()=>{const C={kind:"transfer",transferId:A.id},B=I.filter(I=>{const g=this.leaves.get(I);return!g||g.status!==Ou.AVAILABLE||!("transfer"===g.source.kind&&g.source.transferId===A.id)});switch(A.status){case q.TRANSFER_STATUS_RETURNED:case q.TRANSFER_STATUS_EXPIRED:this.log("handleTransferEvent",`Returned/expired → restoring ${B.length} leaves to AVAILABLE`),this.transition(B,Ou.AVAILABLE,{source:{kind:"none"}}),g=!0;break;case q.TRANSFER_STATUS_SENDER_KEY_TWEAK_PENDING:case q.TRANSFER_STATUS_SENDER_INITIATED:case q.TRANSFER_STATUS_SENDER_INITIATED_COORDINATOR:case q.TRANSFER_STATUS_APPLYING_SENDER_KEY_TWEAK:{const I=A.type===x.PRIMARY_SWAP_V3||A.type===x.SWAP,i=I?Ou.SWAP_PENDING:Ou.OUTGOING;this.log("handleTransferEvent",`Sender initiated → ${i} for ${B.length} leaves (isSwap=${I}), current statuses: [${B.map(A=>{const I=this.leaves.get(A);return I?`${A}(${I.status})`:`${A}(missing)`}).join(",")}]`),this.transition(B,i,{source:C}),g=!0;break}default:if(A.status!==q.UNRECOGNIZED){const I=B.filter(A=>{const I=this.leaves.get(A);return!I||"swap"!==I.source.kind}),i=B.filter(A=>!I.includes(A));i.length>0&&this.log("handleTransferEvent",`Terminal status=${A.status} — skipping ${i.length} SWAP_PENDING leaves: [${i.join(",")}]`),this.log("handleTransferEvent",`Terminal status=${A.status} → SPENT for ${I.length} leaves: [${I.join(",")}]`),this.transition(I,Ou.SPENT,{source:C}),g=!0}}}),g&&(this.debug("handleTransferEvent",`post-event transfer=${A.id} ${this.formatBalanceSummary()} statusCounts=${this.formatLeafStatusCounts()}`),this.emitBalanceUpdate())}getAvailableBalance(){let A=0;for(const I of this.leaves.values())I.status===Ou.AVAILABLE&&(A+=I.treeNode.value);return A}getOwnedBalance(){let A=0;for(const I of this.leaves.values())_u.has(I.status)&&(A+=I.treeNode.value);return A}getIncomingBalance(){let A=0;for(const I of this.leaves.values())I.status===Ou.INCOMING&&(A+=I.treeNode.value);return A}getOptimizationLockedBalance(){let A=0;for(const I of this.optimizationLockedLeafIds){const g=this.leaves.get(I);g&&_u.has(g.status)&&(A+=g.treeNode.value)}return A}getAvailableLeaves(){return this.getLeavesByStatus(Ou.AVAILABLE)}isOptimizing(){return this.optimizationInProgress}async waitForOptimizationIfAvailabilityMayRecover(A){for(;;){const I=this.getAvailableBalance();if(A<=I||!this.optimizationInProgress)return;const g=this.getOptimizationLockedBalance();if(A>I+g)return;if(this.debug("selectLeavesAndExecute",`waiting for optimization requested=${A} available=${I} optimizationLocked=${g}`),!await this.waitForOptimizationUpdate())return void this.debug("selectLeavesAndExecute",`optimization wait timed out requested=${A} available=${this.getAvailableBalance()}`)}}async waitForOptimizationIfAllLeavesMayChange(){if(!this.optimizationInProgress||0===this.getOptimizationLockedBalance())return;const A=this.getOptimizationLockedBalance();for(this.debug("executeWithAllLeaves",`waiting for optimization available=${this.getAvailableBalance()} optimizationLocked=${A}`);this.optimizationInProgress&&this.getOptimizationLockedBalance()>0;)if(!await this.waitForOptimizationUpdate())return}async waitForOptimizationUpdate(){return!this.optimizationInProgress||await new Promise(A=>{let I=!1;const g=g=>{I||(I=!0,clearTimeout(B),this.optimizationWaiters.delete(C),A(g))},C=()=>g(!0),B=setTimeout(()=>g(!1),15e3);B.unref?.(),this.optimizationWaiters.add(C)})}notifyOptimizationWaiters(){const A=[...this.optimizationWaiters];this.optimizationWaiters.clear();for(const I of A)I()}selectLeavesReadOnly(A){const I=[...this.getAvailableLeaves()].sort((A,I)=>I.value-A.value),g=[];let C=0;for(const B of I){if(C>=A)break;C+=B.value,g.push(B)}return g}async selectLeavesWithSwap(A){let I;const g=await this.leavesMutex.acquire();try{const[g,C]=this.selectLeaves(A);if(C){const A=Object.values(g).flat();return this.transition(A.map(A=>A.id),Ou.LOCAL_LOCKED),g}const B=A.reduce((A,I)=>A+I,0);I=this.determineLeavesToSwap(B),this.transition(I.map(A=>A.id),Ou.LOCAL_LOCKED)}finally{g()}const C=I.map(A=>A.id);let B;try{B=await this.swapService.requestLeavesSwap({leaves:I,targetAmounts:A,onSwapInitiated:async()=>{await this.leavesMutex.runExclusive(()=>{this.transition(C,Ou.SWAP_PENDING)})},registerSwapTransferId:A=>{this.updateLeavesSource(C,{kind:"swap",swapId:A})}})}catch(A){throw this.restoreLocalLockedToAvailable(C),A}try{const A=B,I=await this.checkRenewLeaves(A);I.length===A.length?B=I:this.logger.warn(`checkRenewLeaves returned fewer leaves after swap, caching originals. before=${A.length} after=${I.length}`)}catch(A){this.logger.warn(`checkRenewLeaves failed after swap, caching original leaves. Error: ${A instanceof Error?A.message:String(A)}`)}return await this.leavesMutex.runExclusive(()=>{this.transition(C,Ou.SPENT);for(const A of B)this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"none"}});const[I,g]=this.selectLeaves(A);if(!g)throw this.emitBalanceUpdate(),new Error("Failed to select leaves for the target amounts after swap");const i=Object.values(I).flat();return this.transition(i.map(A=>A.id),Ou.LOCAL_LOCKED),I})}selectLeaves(A){const I=[...this.getAvailableLeaves()].sort((A,I)=>I.value-A.value),g=A.map((A,I)=>({amount:A,i:I}));g.sort((A,I)=>A.amount-I.amount);const C=new Set,B=Array.from({length:A.length});let i=0;for(const{amount:A,i:Q}of g){const g=[];let e=0;for(const B of I)C.has(B.id)||A-e>=B.value&&(e+=B.value,g.push(B),C.add(B.id));i+=e,B[Q]=g}const Q={};for(let I=0;I<A.length;I++)Q[I]=B[I]??[];return[Q,i===A.reduce((A,I)=>A+I,0)]}determineLeavesToSwap(A){const I=[...this.getAvailableLeaves()].sort((A,I)=>A.value-I.value);let g=0;const C=[];for(const B of I){if(g>=A)break;g+=B.value,C.push(B)}if(g<A)throw new Error("Not enough leaves to swap for the target amount");return C}logOptimizeLeaves(A){this.log("optimizeLeaves",A)}async autoOptimizeIfNeeded(){try{if(!this.config.getOptimizationOptions().auto)return;const A=this.getLeavesByStatus(Ou.AVAILABLE);if(!function(A,I=1,g=64){if(0==I){const I=Wu(A,g),C=Yu(I.map(A=>A.inLeaves.length));return 5*Yu(I.map(A=>A.outLeaves.length))<C}{const C=Pu(A,I,g),B=Vu(C.flatMap(A=>A.inLeaves)),i=Vu(C.flatMap(A=>A.outLeaves));return Math.abs(B.size-i.size)>2}}(A.map(A=>A.value),this.config.getOptimizationOptions().multiplicity??0))return void this.debug("autoOptimizeIfNeeded",`No optimization needed for ${A.length} leaves`);if(!this.onAutoOptimize)return;this.debug("autoOptimizeIfNeeded",`Optimizing leaves for ${A.length} leaves`),await this.onAutoOptimize()}catch{}}async*optimizeLeaves(A=void 0){const I=A??this.config.getOptimizationOptions().multiplicity??0;if(I<0)throw new Wd("Multiplicity cannot be negative");if(I>5)throw new Wd("Multiplicity cannot be greater than 5");if(this.debug("optimizeLeaves",`Starting optimization with multiplicity ${I}`),this.optimizationInProgress)return void this.debug("optimizeLeaves","Optimization already in progress");const g=new AbortController;let C=!1,B=[],i=await this.leavesMutex.acquire();try{if(this.optimizationInProgress)return void this.debug("optimizeLeaves","Second check under lock — Optimization already in progress");this.optimizationInProgress=!0,C=!0;const A=this.getAvailableLeaves(),Q=function(A,I=1,g=64){return 0==I?Wu(A,g):Pu(A,I,g)}(A.map(A=>A.value),I);if(0===Q.length)return void this.debug("optimizeLeaves",`No swaps needed for ${A.length} leaves`);this.debug("optimizeLeaves",`Planned ${Q.length} swap(s) inputLeafCount=${Q.reduce((A,I)=>A+I.inLeaves.length,0)} outputLeafCount=${Q.reduce((A,I)=>A+I.outLeaves.length,0)}`),this.logOptimizeLeaves(`Planned ${Q.length} swap(s): ${JSON.stringify(Q.map(A=>({in:A.inLeaves,out:A.outLeaves})))}`);const e=new Map;for(const I of A){let A=e.get(I.value);A||(A=[],e.set(I.value,A)),A.push(I)}B=[];for(const A of Q){const I=[];for(const g of A.inLeaves){const A=e.get(g);A&&A.length>0&&I.push(A.shift())}B.push({leavesToSend:I,outLeaves:A.outLeaves}),this.logOptimizeLeaves(`Batch ${B.length}: LOCAL_LOCKED ${I.length} leaves (${I.reduce((A,I)=>A+I.value,0)} sats) ids=[${I.map(A=>A.id).join(",")}]`),this.transition(I.map(A=>A.id),Ou.LOCAL_LOCKED);for(const A of I)this.optimizationLockedLeafIds.add(A.id)}i(),i=void 0,yield{step:0,total:B.length,controller:g};for(let A=0;A<B.length;A++){const I=B[A];if(g.signal.aborted)break;const C=I.leavesToSend.map(A=>A.id),i=I.leavesToSend.reduce((A,I)=>A+I.value,0);try{this.logOptimizeLeaves(`Requesting swap ${A+1} of ${B.length}: ${i} sats, ids=[${C.join(",")}] -> [${I.outLeaves.join(",")}]`);const g=await this.swapService.requestLeavesSwap({leaves:I.leavesToSend,targetAmounts:I.outLeaves,onSwapInitiated:async()=>{this.logOptimizeLeaves(`Swap ${A+1} initiated. Transitioning leaves to SWAP_PENDING: ${i} sats`),await this.leavesMutex.runExclusive(()=>{this.transition(C,Ou.SWAP_PENDING)})},registerSwapTransferId:A=>{this.updateLeavesSource(C,{kind:"swap",swapId:A})}});await this.leavesMutex.runExclusive(()=>{this.logOptimizeLeaves(`Swap ${A+1} completed. SPENT ${i} sats ids=[${C.join(",")}], received ${g.length} leaves (${g.reduce((A,I)=>A+I.value,0)} sats) ids=[${g.map(A=>A.id).join(",")}]`),this.transition(C,Ou.SPENT);for(const A of C)this.optimizationLockedLeafIds.delete(A);for(const A of g)this.leaves.set(A.id,{treeNode:A,status:Ou.AVAILABLE,source:{kind:"none"}});this.emitBalanceUpdate(),this.notifyOptimizationWaiters(),this.logOptimizeLeaves(`Post-swap balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()}`)})}catch(I){const g=I instanceof Error?I.message:"unknown";this.logOptimizeLeaves(`Error requesting swap ${A+1} of ${B.length}: ${g}. Restoring ids=[${C.join(",")}]`),this.restoreLocalLockedToAvailable(C);for(let I=A+1;I<B.length;I++){const A=B[I].leavesToSend.map(A=>A.id);this.logOptimizeLeaves(`Restoring remaining batch ${I+1} ids=[${A.join(",")}]`),this.restoreLocalLockedToAvailable(A)}throw I}yield{step:A+1,total:B.length,controller:g}}}finally{if(C){if(this.optimizationInProgress=!1,B.length>0){for(const A of B){const I=A.leavesToSend.map(A=>A.id);this.logOptimizeLeaves(`Cleanup: restoring batch ids=[${I.join(",")}]`),this.restoreLocalLockedToAvailable(I)}this.optimizationLockedLeafIds.clear(),this.emitBalanceUpdate()}this.logOptimizeLeaves(`Optimization complete. Final balance: available=${this.getAvailableBalance()} owned=${this.getOwnedBalance()}`),this.notifyOptimizationWaiters()}i?.()}}transition(A,I,g){for(const C of A){const A=this.leaves.get(C);A&&Xu[A.status].includes(I)&&(I!==Ou.SPENT?(A.status=I,void 0!==g?.source&&(A.source=g.source)):this.leaves.delete(C))}}updateLeavesSource(A,I){for(const g of A){const A=this.leaves.get(g);A&&A.status!==Ou.AVAILABLE&&(A.source=I)}}async checkRenewLeaves(A){const I=[],g=[],C=[],B=[],i=[];for(const Q of A)try{const A=dh(Q.nodeTx),e=dh(Q.refundTx);if(!A.inputsLength)throw new Wd("Invalid node transaction",{field:"inputsLength",value:A.inputsLength,expected:"Non-zero inputs length"});if(!e.inputsLength)throw new Wd("Invalid refund transaction",{field:"inputsLength",value:e.inputsLength,expected:"Non-zero inputs length"});const E=A.getInput(0).sequence,t=e.getInput(0).sequence;if(void 0===E)throw new Wd("Invalid node transaction",{field:"sequence",value:A.getInput(0),expected:"Non-null sequence"});if(void 0===t)throw new Wd("Invalid refund transaction",{field:"sequence",value:e.getInput(0),expected:"Non-null sequence"});bh(t)?(Jh(E)?C.push(Q):bh(E)?I.push(Q):g.push(Q),B.push(Q.id)):i.push(Q)}catch(A){this.logger.warn(`checkRenewLeaves validation failed for node ${Q.id}. Error: ${A instanceof Error?A.message:String(A)}`)}if(0===I.length&&0===g.length&&0===C.length)return i;const Q=await this.queryNodes({source:{$case:"nodeIds",nodeIds:{nodeIds:B}},includeParents:!0,network:this.config.getNetworkProto(),statuses:[]}),e=new Map;for(const A of Object.values(Q.nodes))e.set(A.id,A);return await Promise.all([...I.map(async A=>{try{const I=this.requireParentNode(A,e),g=await this.transferService.renewNodeTxn(A,I);i.push(g)}catch(I){this.logger.warn(`renewNodeTxn failed for node ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`)}}),...g.map(async A=>{try{const I=this.requireParentNode(A,e),g=await this.transferService.renewRefundTxn(A,I);i.push(g)}catch(I){this.logger.warn(`renewRefundTxn failed for node ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`)}}),...C.map(async A=>{try{const I=await this.transferService.renewZeroTimelockNodeTxn(A);i.push(I)}catch(I){this.logger.warn(`renewZeroTimelockNodeTxn failed for node ${A.id}. Error: ${I instanceof Error?I.message:String(I)}`)}})]),i}requireParentNode(A,I){if(!A.parentNodeId)throw new Error(`node ${A.id} has no parent`);const g=I.get(A.parentNodeId);if(!g)throw new Error(`parent node ${A.parentNodeId} not found`);return g}async queryNodes(A,I,g=100){const C=I??this.config.getCoordinatorAddress(),B={};let i=0;for(;;){const I=await(await this.connectionManager.createSparkClient(C)).query_nodes({...A,limit:g,offset:i});if(Object.assign(B,I.nodes??{}),Object.keys(I.nodes??{}).length<g||"nodeIds"===A.source?.$case)return{nodes:B,offset:I.offset};i+=g}}async getAllPendingSwaps(){const A=A=>A.leaves.flatMap(I=>I.leaf?[{leaf:I.leaf,transferId:A.id}]:[]),[I,g]=await Promise.all([this.paginateTransfers(A=>this.transferService.queryPrimarySwapTransfers(A),A),this.paginateTransfers(A=>this.transferService.queryCounterSwapTransfers(A),A)]);return[...I,...g]}async getAllPendingOutgoingTransfers(){return this.paginateTransfers(A=>this.transferService.queryPendingOutgoingTransfers(A),A=>A.leaves.flatMap(I=>I.leaf?[{leaf:I.leaf,transferId:A.id}]:[]))}async paginateTransfers(A,I){const g=[];let C=0,B=-1;do{const i=await A({limit:100,offset:C});for(const A of i.transfers)g.push(...I(A));if(i.transfers.length<100)break;if(i.offset===B)break;B=i.offset,C=i.offset}while(C>=0);return g}async recoverLeaves(A,I){const g=await this.config.signer.getIdentityPublicKey(),C=A.map(A=>({leaf:A,keyDerivation:I,newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:g})),B=await this.transferService.sendTransferWithKeyTweaks(C),i=await this.transferService.queryTransfer(B.id);return i?await this.transferService.claimTransfer(i):[]}verifyKey(A,I,g){return Pi(function(A,I){if(33!==A.length||33!==I.length)throw new Wd("Public keys must be 33 bytes",{field:"publicKeys",value:`a: ${A.length}, b: ${I.length}`,expected:33});const g=ie.Point.fromHex(A),C=ie.Point.fromHex(I);return g.add(C).toBytes(!0)}(A,I),g)}isLeafConsistent(A,I){return!!I&&A.status===I.status&&!!A.signingKeyshare&&!!I.signingKeyshare&&Pi(A.signingKeyshare.publicKey,I.signingKeyshare.publicKey)&&Pi(A.nodeTx,I.nodeTx)}restoreLocalLockedToAvailable(A){let I=!1;for(const g of A){const A=this.leaves.get(g);A?.status===Ou.LOCAL_LOCKED&&(A.status=Ou.AVAILABLE,A.source={kind:"none"},I=!0)}I&&this.emitBalanceUpdate()}isStaleLeafError(A){if(!(A instanceof Error))return!1;const I=A.message.toLowerCase();return I.includes("not available to transfer")||I.includes("not owned by")||I.includes("leaf is unavailable")||I.includes("leaf is not available")}getLeavesByStatus(A){const I=[];for(const g of this.leaves.values())g.status===A&&I.push(g.treeNode);return I}},AN=class{config;connectionManager;signingService;logger;constructor(A,I,g,C=Mk.fromConfig(A)){this.config=A,this.connectionManager=I,this.signingService=g,this.logger=C.logger("LightningService"),C.wrapPrototypeMethods("LightningService",this)}async createLightningInvoice({invoiceCreator:A,amountSats:I,memo:g,receiverIdentityPubkey:C,descriptionHash:B}){const i=vi(Vi(Rd().getRandomValues(new Uint8Array(32)))%ie.CURVE.n,32);return await this.createLightningInvoiceWithPreImage({invoiceCreator:A,amountSats:I,memo:g,preimage:i,receiverIdentityPubkey:C,descriptionHash:B})}async createLightningInvoiceWithPreImage({invoiceCreator:A,amountSats:I,memo:g,preimage:C,receiverIdentityPubkey:B,descriptionHash:i}){const Q=Ya(C),e=await A(I,Q,g,B,i);if(!e)throw new Wd("Failed to create lightning invoice",{field:"invoice",value:null,expected:"Non-null invoice"});const E=this.config.getSigningOperators(),t=await this.config.signer.splitSecretWithProofs({secret:C,curveOrder:ie.CURVE.n,threshold:this.config.getThreshold(),numShares:Object.keys(E).length}),o=fd(),n={};for(const[A,I]of Object.entries(E)){const g=t[I.id];if(!g)throw new Wd("Share not found for operator",{field:"share",value:I.id,expected:"Non-null share"});const C={secretShare:g.share,proofs:g.proofs},B=uI.encode(C).finish(),i=await o.encryptEcies(B,JB(I.identityPublicKey));n[A]=Uint8Array.from(i)}const a=e.invoice.encodedInvoice,s=this.config.getThreshold(),r=B?JB(B):await this.config.signer.getIdentityPublicKey(),c=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{await c.store_preimage_share_v2({paymentHash:Q,encryptedPreimageShares:n,threshold:s,invoiceString:a,userIdentityPublicKey:r})}catch(A){throw new xd("Failed to store preimage shares",{operation:"store_preimage_share_v2",error:A})}return e}async swapNodesForPreimage({leaves:A,receiverIdentityPubkey:I,paymentHash:g,invoiceString:C,isInboundPayment:B,feeSats:i=0,amountSatsToSend:Q,expiryTime:e,startTransferRequest:E,transferID:t,idempotencyKey:o}){const n=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let a;try{a=await n.get_signing_commitments({nodeIds:A.map(A=>A.leaf.id),count:3})}catch(A){throw new xd("Failed to get signing commitments",{operation:"get_signing_commitments",error:A})}const{cpfpLeafSigningJobs:s,directLeafSigningJobs:r,directFromCpfpLeafSigningJobs:c}=await this.signingService.signRefunds(A,a.signingCommitments.slice(0,A.length),a.signingCommitments.slice(A.length,2*A.length),a.signingCommitments.slice(2*A.length)),D=t||Fa();let w="",d=0;if(C){const A=Mu(C);let I=0;try{I=Number(A.amountMSats)}catch(A){this.logger.error(`Error decoding invoice: ${A instanceof Error?A.message:String(A)}`)}const g=!I;if(g&&void 0===Q)throw new Wd("Invalid amount. User must specify amountSatsToSend for 0 amount lightning invoice",{field:"amountSatsToSend",value:Q,expected:"positive number"});if(d=g?Q:Math.ceil(I/1e3),isNaN(d)||d<=0)throw new Wd("Invalid amount",{field:"amountSats",value:d,expected:"greater than 0"});w=C}const h=B?nA.REASON_RECEIVE:nA.REASON_SEND;let y;try{y=await n.initiate_preimage_swap_v3({paymentHash:g,invoiceAmount:{invoiceAmountProof:{bolt11Invoice:w},valueSats:d},reason:h,transfer:{transferId:D,ownerIdentityPublicKey:await this.config.signer.getIdentityPublicKey(),leavesToSend:s,directLeavesToSend:E?void 0:r,directFromCpfpLeavesToSend:E?void 0:c,receiverIdentityPublicKey:I,expiryTime:e},receiverIdentityPublicKey:I,feeSats:i,transferRequest:E},o?Wh(o):void 0)}catch(A){throw new xd("Failed to initiate preimage swap",{operation:"initiate_preimage_swap_v3",error:A})}return y}async queryUserSignedRefunds(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let g;try{g=await I.query_user_signed_refunds({paymentHash:A,identityPublicKey:await this.config.signer.getIdentityPublicKey()})}catch(A){throw new xd("Failed to query user signed refunds",{operation:"query_user_signed_refunds",error:A})}return g.userSignedRefunds}validateUserSignedRefund(A){return dh(A.refundTx).getOutput(0).amount||0n}async providePreimage(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress()),g=Ya(A);let C;try{C=await I.provide_preimage({preimage:A,paymentHash:g,identityPublicKey:await this.config.signer.getIdentityPublicKey()})}catch(A){throw new xd("Failed to provide preimage",{operation:"provide_preimage",error:A})}if(!C.transfer)throw new Wd("No transfer returned from coordinator",{field:"transfer",value:C,expected:"Non-null transfer"});return C.transfer}},IN=class{logger;constructor(A,I,g,C=Mk.fromConfig(A)){this.config=A,this.transferService=I,this.sspClient=g,this.logger=C.logger("SwapService"),C.wrapPrototypeMethods("SwapService",this)}async requestLeavesSwap({leaves:A,targetAmounts:I,onSwapInitiated:g,registerSwapTransferId:C}){if(this.validateSwapInputs(A,I),A.length<=64)return await this.executeSingleSwap(A,I,g,C);const B=function(A){const I=[];for(let g=0;g<A.length;g+=64)I.push(A.slice(g,g+64));return I}([...A].sort((A,I)=>I.value-A.value)),i=this.distributeTargetAmounts(I,B),Q=[];for(let A=0;A<B.length;A++){const I=B[A],e=i[A];if(void 0===I||void 0===e||0===e.length)continue;const E=await this.executeSingleSwap(I,e,g,C);Q.push(...E)}return Q}distributeTargetAmounts(A,I){const g=I.map(()=>[]),C=I.map(A=>A.reduce((A,I)=>A+I.value,0)),B=[...A].sort((A,I)=>I-A);for(const i of B){let B=!1;for(let A=0;A<I.length;A++){const I=C[A],Q=g[A];if(void 0!==I&&void 0!==Q&&I>=i){Q.push(i),C[A]-=i,B=!0;break}}if(!B)throw new Wd(`Target amount ${i} could not be assigned to any batch`,{field:"targetAmounts",value:A,expected:`a batch with at least ${i} remaining capacity`})}return g}async executeSingleSwap(A,I,g,C){this.validateSwapInputs(A,I);const B=jB(this.config.getSspIdentityPublicKey()),i=A.map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:B})),Q=Fa();C?.(Q);const{swapTransfer:e,adaptorPubkey:E,adaptorAddedSignatureMap:t}=await this.transferService.sendSwapTransfer(i,Q);if(await(g?.(A.map(A=>A.id))),!e.transfer)throw new Wd("Transfer is missing in swap response",{field:"transfer",value:e.transfer,expected:"not null"});if(e.transfer.leaves.some(A=>!A.leaf))throw new Wd("Leaf is missing in swap response",{field:"leaves",value:e.transfer.leaves,expected:"not null"});const o=e.transfer;try{const g=[];for(let A=0;A<o.leaves.length;A++){const I=o.leaves[A];if(!I?.leaf)throw this.logger.error(`executeSingleSwap: Leaf ${A+1} is missing`),new Error("Failed to get leaf");const C=t.get(I.leaf.id);if(!C)throw new Error("Adaptor added signature not found");g.push({leaf_id:I.leaf.id,raw_unsigned_refund_transaction:XB(I.intermediateRefundTx),direct_raw_unsigned_refund_transaction:XB(I.intermediateDirectRefundTx),direct_from_cpfp_raw_unsigned_refund_transaction:XB(I.intermediateDirectFromCpfpRefundTx),adaptor_added_signature:XB(C),direct_adaptor_added_signature:XB(C),direct_from_cpfp_adaptor_added_signature:XB(C)})}const C=await this.sspClient.requestLeavesSwap({userLeaves:g,adaptorPubkey:XB(E),targetAmountSats:I,totalAmountSats:A.reduce((A,I)=>A+I.value,0),feeSats:0,userOutboundTransferExternalId:o.id});if(!C||!C.swapLeaves||0===C.swapLeaves.length||C.status===Te.FAILED||!C.inboundTransfer?.sparkId)throw this.logger.error("executeSingleSwap: Leave swap request returned null"),new Error("Failed to request leaves swap. Request failed.");const B=await this.transferService.queryTransfer(C.inboundTransfer.sparkId);if(!B)throw this.logger.error("executeSingleSwap: No incoming transfer found"),new Error("Failed to get incoming transfer");return await this.transferService.claimTransfer(B)}catch(A){this.logger.error(`executeSingleSwap: Error details: message=${A instanceof Error?A.message:String(A)} stack=${A instanceof Error?A.stack:void 0}`);const I=A instanceof Error?A.message:"unknown error";throw new Error(`Failed to request leaves swap: ${I}`,{cause:A})}}validateSwapInputs(A,I){if(0===I.length)throw new Wd("Target amounts must be non-empty",{field:"targetAmounts",value:I});const g=I.reduce((A,I)=>A+I,0),C=A.reduce((A,I)=>A+I.value,0);if(g>C)throw new Wd("Total target amount exceeds leaves value",{field:"targetAmounts",value:g,expected:`less than or equal to ${C}`});if(I&&I.some(A=>A<=0))throw new Wd("specified targetAmount must be positive",{field:"targetAmounts",value:I,expected:"positive"});if(I.some(A=>!Number.isSafeInteger(A)))throw new Wd("targetAmount must be less than 2^53",{field:"targetAmounts",value:I,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(A.length>64){const g=[...A].sort((A,I)=>I.value-A.value).slice(0,64).reduce((A,I)=>A+I.value,0),C=Math.max(...I);if(C>g)throw new Wd(`Target amount ${C} exceeds maximum batch capacity ${g}`,{field:"targetAmounts",value:C,expected:`less than or equal to ${g}`})}}},gN=class{availableOutputs=new Map;localPendingMap=new Map;serverPendingMap=new Map;mutex=new ld;lockExpiryMs;logger;constructor(A=3e4,I=Mk.disabled()){this.lockExpiryMs=A,this.logger=I.logger("TokenOutputManager"),I.wrapPrototypeMethods("TokenOutputManager",this)}async setOutputs(A,I){await this.mutex.runExclusive(()=>{const g=new Map,C=new Map;for(const[I,B]of A){const A=[],i=[];for(const I of B)I.output?.status===rE.TOKEN_OUTPUT_STATUS_PENDING_OUTBOUND?(i.push(I),I.output?.id&&this.localPendingMap.delete(I.output.id)):I.output?.status===rE.TOKEN_OUTPUT_STATUS_AVAILABLE&&A.push(I);A.length>0&&g.set(I,A),i.length>0&&C.set(I,i)}if(I&&I.length>0)for(const A of I){const I=g.get(A);I&&I.length>0?this.availableOutputs.set(A,[...I]):this.availableOutputs.delete(A);const B=C.get(A);B&&B.length>0?this.serverPendingMap.set(A,[...B]):this.serverPendingMap.delete(A)}else this.availableOutputs=new Map([...g.entries()].map(([A,I])=>[A,[...I]])),this.serverPendingMap=new Map([...C.entries()].map(([A,I])=>[A,[...I]]))})}async getPendingOutboundOutputs(A){return await this.mutex.runExclusive(()=>{const I=this.serverPendingMap.get(A)??[],g=this.availableOutputs.get(A)??[],C=new Set(this.localPendingMap.keys());return[...I,...g.filter(A=>{const I=A.output?.id;return null!=I&&C.has(I)})]})}async getAvailableOutputs(A){return await this.mutex.runExclusive(()=>[...this.availableOutputs.get(A)??[]])}async hasTokenIdentifier(A){return await this.mutex.runExclusive(()=>this.availableOutputs.has(A)||this.serverPendingMap.has(A))}async getTokenIdentifiers(){return await this.mutex.runExclusive(()=>this.getAllKeys())}async entries(){return await this.mutex.runExclusive(()=>[...this.availableOutputs.entries()])}async acquireOutputs(A,I,g){return await this.mutex.runExclusive(()=>(this.cleanupExpiredLocks(),this.acquireOutputsInternal([{tokenIdentifier:A,selector:A=>I(A)}],Number.MAX_SAFE_INTEGER,g,"single").get(A)??[]))}async acquireOutputsBatch(A,I,g){return await this.mutex.runExclusive(()=>(this.cleanupExpiredLocks(),this.acquireOutputsInternal(A,I,g,"batch")))}async lockOutputs(A,I){await this.mutex.runExclusive(()=>{const g=Date.now();for(const C of A){const A=C.output.id;this.localPendingMap.set(A,{lockedAt:g,operationId:I})}})}async lockOutputsByIds(A,I){await this.mutex.runExclusive(()=>{const g=Date.now();for(const C of A)this.localPendingMap.set(C,{lockedAt:g,operationId:I})})}async isLocked(A){return await this.mutex.runExclusive(()=>(this.cleanupExpiredLocks(),this.localPendingMap.has(A)))}async isEmpty(){return await this.mutex.runExclusive(()=>0===this.availableOutputs.size&&0===this.serverPendingMap.size)}async size(){return await this.mutex.runExclusive(()=>this.getAllKeys().length)}async clear(){await this.mutex.runExclusive(()=>{this.availableOutputs.clear(),this.serverPendingMap.clear(),this.localPendingMap.clear()})}getUnlockedOutputsInternal(A){return(this.availableOutputs.get(A)??[]).filter(A=>!this.localPendingMap.has(A.output.id))}acquireOutputsInternal(A,I,g,C){if(I<=0||0===A.length)return new Map;const B=new Map,i=new Set;let Q=I;for(const I of A){if(Q<=0)break;const A=this.getUnlockedOutputsInternal(I.tokenIdentifier),g=I.selector(A,Q);if(0===g.length)continue;if("batch"===C&&g.length>Q){this.throwRemainingCapacityExceeded(I.tokenIdentifier,g.length,Q);continue}const e=new Set(A.map(A=>A.output.id));for(const A of g){const g=A.output.id;e.has(g)||this.throwInvalidSelectedOutput(g,I.tokenIdentifier,C),"batch"===C&&i.has(g)&&this.throwDuplicateSelectedOutput(g,I.tokenIdentifier),i.add(g)}B.set(I.tokenIdentifier,g),"batch"===C&&(Q-=g.length)}if(0===i.size)return new Map;const e=Date.now();for(const A of i)this.localPendingMap.set(A,{lockedAt:e,operationId:g});return B}throwRemainingCapacityExceeded(A,I,g){throw new Wd(`Selector for token ${A} exceeded remaining capacity`,{field:"selectedOutputs",value:I,expected:`Less than or equal to remaining capacity (${g})`,tokenIdentifier:A})}throwInvalidSelectedOutput(A,I,g){if("single"===g)throw new Error(`Selected output ${A} is not in the available set`);throw new Wd(`Selected output ${A} is not in the available set for token ${I}`,{field:"selectedOutputs",value:A,expected:"Output ID from the token's available unlocked set",tokenIdentifier:I})}throwDuplicateSelectedOutput(A,I){throw new Wd(`Selected output ${A} was selected more than once`,{field:"selectedOutputs",value:A,expected:"Each selected output ID must be unique in the batch",tokenIdentifier:I})}cleanupExpiredLocks(){const A=Date.now();for(const[I,g]of this.localPendingMap)A-g.lockedAt>this.lockExpiryMs&&this.localPendingMap.delete(I)}getAllKeys(){return Array.from(new Set([...this.availableOutputs.keys(),...this.serverPendingMap.keys()]))}},CN=class A extends kd{static instances=new Map;static initMutexes=new Map;singletonKey=null;disposed=!1;config;connectionManager;coopExitService;depositService;lightningService;signingService;sspClient=null;tokenTransactionService;transferService;swapService;leafManager;logger;logging;claimTransferMutex=new ld;claimTransfersInterval=null;periodicClaimTransfersInProgress=!1;mutexes=new Map;sparkAddress;streamController=null;tokenSyncDebounceTimer=null;tokenSyncPendingIds=new Set;tokenSyncPendingTransactions=[];tokenOptimizationInProgress=!1;tokenOptimizationInterval=null;tokenOutputManager;tokenMetadata=new Map;constructor(A,I){super(),this.config=new du(A,I||new kk);const g=this.config.getEvents();Object.keys(g).length>0&&Object.entries(g).forEach(([A,I])=>{this.on(A,I)}),this.logging=Mk.fromConfig(this.config),this.logger=this.logging.logger("SparkWallet"),this.connectionManager=this.buildConnectionManager(this.config,this.logging),this.signingService=new Kk(this.config,this.logging),this.depositService=new Ju(this.config,this.connectionManager,this.logging),this.transferService=new xk(this.config,this.connectionManager,this.signingService,this.logging),this.tokenTransactionService=new bk(this.config,this.connectionManager,this.logging),this.tokenOutputManager=new gN(this.config.getTokenOutputLockExpiryMs(),this.logging),this.lightningService=new AN(this.config,this.connectionManager,this.signingService,this.logging),this.coopExitService=new mu(this.config,this.connectionManager,this.signingService,this.logging),this.sspClient=new Ru(this.config,{logging:this.logging}),this.swapService=new IN(this.config,this.transferService,this.sspClient,this.logging),this.leafManager=new $u(this.config,this.swapService,this.transferService,this.connectionManager,A=>{this.emit("balance:update",{available:BigInt(A.available),owned:BigInt(A.owned),incoming:BigInt(A.incoming)})},async()=>{for await(const A of this.optimizeLeaves());},this.logging),this.wrapPublicMethods()}async updateLoggerContextWithIdentityPrefix(){try{const A=await this.config.signer.getIdentityPublicKey(),I=Array.from(A).map(A=>A.toString(16).padStart(2,"0")).join("").slice(0,8);this.logging.setInstanceSuffix(I)}catch{}}static async initialize({mnemonicOrSeed:I,accountNumber:g,signer:C,options:B={}}){let i;try{i=new this(B,C)}catch(I){throw await A.handlePublicMethodError(I)}const Q=await A.wrapMethod("initialize",()=>i.initWallet(I,g,B),i)();return i.flushPendingMethodLogs(),Q}static getInitMutex(I){let g=A.initMutexes.get(I);return g||(g=new ld,A.initMutexes.set(I,g)),g}static async getOrCreateWallet({mnemonicOrSeed:I,accountNumber:g,signer:C,options:B={},forceReinit:i}){let Q;try{Q=new this(B,C)}catch(I){throw await A.handlePublicMethodError(I)}const e=await A.wrapMethod("getOrCreateWallet",async()=>{let C,e;if(!B.signerWithPreExistingKeys){const A=await Q.resolveSeedAndMnemonic(I,g);e=A.seed,C=A.mnemonic,g=A.accountNumber,await Q.config.signer.createSparkWalletFromSeed(e,g)}const E=KB(await Q.config.signer.getIdentityPublicKey());return A.getInitMutex(E).runExclusive(async()=>{const t=A.instances.get(E);if(t&&!t.disposed){if(!i)return await Q.cleanup(),{wallet:t,mnemonic:C};await t.cleanup()}const o=await Q.initWallet(e??I,g,B);return Q.singletonKey=E,A.instances.set(E,Q),{...o,mnemonic:C}})},Q)();return Q.flushPendingMethodLogs(),e}async createClientsAndSyncWallet(){await this.updateLoggerContextWithIdentityPrefix(),this.logDebug("createClientsAndSyncWallet",`initializing network=${this.config.getNetworkType()} coordinator=${Dy(this.config.getCoordinatorAddress())} signingOperators=${Object.keys(this.config.getSigningOperators()).length}`),await this.connectionManager.createClients(),await this.leafManager.initialize(),Jd?this.startPeriodicClaimTransfers():this.setupBackgroundStream(),await this.syncWallet(),this.logDebug("createClientsAndSyncWallet","initial wallet sync complete"),this.config.getTokenOptimizationOptions()?.enabled&&this.startPeriodicTokenOptimization()}logEvent(A){this.logger.trace(A)}logDebug(A,I){this.logger.debug(`${A}: ${I}`)}logStream(A){this.logger.trace(`setupBackgroundStream: ${A}`)}logStreamDebug(A){this.logDebug("setupBackgroundStream",A)}getSspClient(){if(!this.sspClient)throw new Td("SSP client not initialized",{configKey:"sspClient"});return this.sspClient}async handleStreamEvent({event:A}){try{if(EN(A)&&A.receiverTransfer.transfer.type!==x.COUNTER_SWAP&&A.receiverTransfer.transfer.type!==x.COUNTER_SWAP_V3){const I=A.receiverTransfer.transfer,g=A.receiverTransfer.traceId;g&&this.logEvent(`handleStreamEvent: Receiver transfer ${I.id} traceId=${g}`);const{senderIdentityPublicKey:C,receiverIdentityPublicKey:B}=I,i=Pi(C,B);if(this.logEvent(`handleStreamEvent: Receiver transfer: id=${I.id} type=${I.type} status=${I.status} totalValue=${I.totalValue} leaves=${I.leaves.length} selfTransfer=${i}`),!i){const A=I.leaves.map(A=>A.leaf).filter(A=>!!A);A.length>0&&(this.logEvent(`handleStreamEvent: Receiver transfer ${I.id}: adding ${A.length} incoming leaves (${A.reduce((A,I)=>A+I.value,0)} sats) ids=[${A.map(A=>A.id).join(",")}]`),await this.leafManager.addIncomingLeaves(A,I.id)),await this.claimTransfer({transfer:I,emit:!0})}}else if(!EN(A)||A.receiverTransfer.transfer.type!==x.COUNTER_SWAP&&A.receiverTransfer.transfer.type!==x.COUNTER_SWAP_V3){if(function(A){return Boolean("senderTransfer"===A?.$case&&A.senderTransfer.transfer)}(A)){const I=A.senderTransfer.transfer;A.senderTransfer.traceId&&this.logEvent(`handleStreamEvent: Sender transfer ${I.id} traceId=${A.senderTransfer.traceId}`);const g=I.leaves.flatMap(A=>A.leaf?[A.leaf.id]:[]);this.logEvent(`handleStreamEvent: Sender transfer: id=${I.id} type=${I.type} status=${I.status} totalValue=${I.totalValue} leafIds=[${g.join(",")}]`),await this.leafManager.handleTransferEvent(I)}else if(function(A){return Boolean("deposit"===A?.$case&&A.deposit.deposit)}(A)){const I=A.deposit.deposit;A.deposit.traceId&&this.logEvent(`handleStreamEvent: Deposit ${I.id} traceId=${A.deposit.traceId}`),this.logEvent(`handleStreamEvent: Deposit: id=${I.id} status=${I.status} value=${I.value}`);const g=await this.leafManager.handleDepositEvent(I);"AVAILABLE"===I.status&&g&&this.emit("deposit:confirmed",I.id,BigInt(this.leafManager.getAvailableBalance()))}else if(function(A){return Boolean("tokenTransaction"===A?.$case&&A.tokenTransaction.tokenTransactionHash)}(A)){const I=A.tokenTransaction,g=(I.tokenIdentifiers??[]).map(A=>sk({tokenIdentifier:A,network:this.config.getNetworkType()}));this.scheduleTokenSync(g,{tokenTransactionHash:I.tokenTransactionHash,tokenIdentifiers:g,sparkInvoices:I.sparkInvoices??[]})}}else{const I=A.receiverTransfer.transfer,g=I.leaves.flatMap(A=>A.leaf?[A.leaf.id]:[]);this.logEvent(`handleStreamEvent: Counter-swap receiver transfer (skipped): id=${I.id} type=${I.type} status=${I.status} totalValue=${I.totalValue} leafIds=[${g.join(",")}]`)}}catch(A){this.logger.error(`Error processing event: ${A instanceof Error?A.message:String(A)}`)}}scheduleTokenSync(A,I){for(const I of A)this.tokenSyncPendingIds.add(I);this.tokenSyncPendingTransactions.push(I),this.logDebug("scheduleTokenSync",`queued token sync ids=${A.length} pendingIds=${this.tokenSyncPendingIds.size} pendingTransactions=${this.tokenSyncPendingTransactions.length}`),this.tokenSyncDebounceTimer&&clearTimeout(this.tokenSyncDebounceTimer),this.tokenSyncDebounceTimer=setTimeout(()=>{this.flushTokenSync()},200)}async flushTokenSync(){const A=[...this.tokenSyncPendingIds],I=[...this.tokenSyncPendingTransactions];this.tokenSyncPendingIds.clear(),this.tokenSyncPendingTransactions=[],this.tokenSyncDebounceTimer=null;try{this.logDebug("flushTokenSync",`flushing token sync ids=${A.length} transactions=${I.length}`),await this.syncTokenOutputs(A.length>0?A:void 0);const g=await this.getTokenBalanceMap();this.emit("token-balance:update",{finalizedTokenTransactions:I,tokenBalances:g}),this.logDebug("flushTokenSync",`token sync emitted balance update tokenCount=${g.size}`)}catch(g){this.logger.error(`Error flushing token sync: ${g instanceof Error?g.message:String(g)}`);for(const I of A)this.tokenSyncPendingIds.add(I);this.tokenSyncPendingTransactions.push(...I)}}async setupBackgroundStream(){const A=Number.POSITIVE_INFINITY,I=(A,I)=>new Promise(g=>{const C=setTimeout(()=>{I.removeEventListener("abort",B),g(!0)},A);function B(){clearTimeout(C),g(!1),I.removeEventListener("abort",B)}C.unref?.(),I.addEventListener("abort",B)}),g=A=>{const I=new AbortController,g=()=>{I.abort()};return A.addEventListener("abort",g),{controller:I,cleanup(){A.removeEventListener("abort",g)}}},C=A=>{let I=null;return{arm(){null!=I&&clearTimeout(I),I=setTimeout(A,15e3),I.unref?.()},clear(){null!=I&&(clearTimeout(I),I=null)}}};let B=0;const i=new AbortController;for(this.streamController=i;!i.signal.aborted;){const Q=g(i.signal),e=Q.controller;let E;const t=C(()=>{i.signal.aborted||e.signal.aborted||(E=new Error("UNAVAILABLE: stream heartbeat timed out after 15000ms"),this.logStreamDebug("heartbeat timeout after 15000ms; aborting current stream attempt"),e.abort())});try{const A=this.config.getCoordinatorAddress();this.logStreamDebug(`subscribing to ${Dy(A)} retry=${B}`);const I=await this.connectionManager.subscribeToEvents(A,e.signal);this.logStreamDebug("subscribeToEvents returned async iterator");const g=await this.claimTransfers();this.logStreamDebug(`claimTransfers completed claimedTransfers=${g.length}`);let C=!1;await this.syncTokenOutputs();try{for await(const A of I){if(i.signal.aborted){this.logStreamDebug("stream controller aborted while iterating");break}C&&t.clear(),QN(A.event)?(C=!0,t.arm()):(this.logStream(`stream event received type=${eN(A.event)}`),iN(A.event)&&(this.logStreamDebug("connected"),this.emit("stream:connected"),B=0),EN(A.event)&&g.includes(A.event.receiverTransfer.transfer.id)?C&&t.arm():(await this.handleStreamEvent(A),!C||i.signal.aborted||e.signal.aborted||t.arm()))}if(this.logStreamDebug("stream iterator completed without throwing"),null!=E&&!i.signal.aborted)throw E}catch(A){throw this.logStreamDebug(`stream iterator threw: ${A instanceof Error?A.message:String(A)}`),E??A}}catch(g){const C=E??g;if(i.signal.aborted){this.logStreamDebug("stream loop aborted");break}const Q=B+1,e=Math.min(1e3*Math.pow(2,B),15e3);B=Q,this.logStreamDebug(`error: ${C instanceof Error?C.message:String(C)}; retrying in ${e}ms (attempt=${Q})`),this.emit("stream:reconnecting",Q,A,e,C instanceof Error?C.message:String(C));try{if(!await I(e,i.signal))break}catch{if(i.signal.aborted)break}}finally{t.clear(),Q.cleanup(),this.logStream(`stream loop iteration finished retryCount=${B} aborted=${i.signal.aborted}`)}}}async getLeaves(A=!1){return this.leafManager.getLeaves(A)}async*optimizeLeaves(A=void 0){yield*this.leafManager.optimizeLeaves(A)}async optimizeTokenOutputs(){if(!this.tokenOptimizationInProgress){this.tokenOptimizationInProgress=!0;try{await this.syncTokenOutputs();const A=this.config.getTokenOptimizationOptions()?.minOutputsThreshold??50,I=(await this.tokenOutputManager.entries()).filter(([,I])=>I.length>A).map(([A])=>({tokenIdentifier:A,selector:(A,I)=>A.slice(0,I)}));if(0===I.length)return;const g=await this.tokenOutputManager.acquireOutputsBatch(I,Jk,"optimize-token-outputs");if(0===g.size)return;const C=await this.getSparkAddress(),B=[],i=[];for(const[A,I]of g)0!==I.length&&(B.push({tokenIdentifier:A,tokenAmount:Dk(I),receiverSparkAddress:C}),i.push(...I));if(0===B.length)return;try{const A=await this.tokenTransactionService.tokenTransfer({tokenOutputs:g,receiverOutputs:B,outputSelectionStrategy:"SMALL_FIRST",selectedOutputs:i});this.logger.trace(`Consolidated ${i.length} outputs across ${B.length} tokens in transaction ${A}`)}catch(A){this.logger.error(`Failed to optimize token outputs: ${A instanceof Error?A.message:String(A)}`)}}finally{this.tokenOptimizationInProgress=!1}}}startPeriodicTokenOptimization(){this.tokenOptimizationInterval&&clearInterval(this.tokenOptimizationInterval);const A=this.config.getTokenOptimizationOptions()?.intervalMs??3e5;this.tokenOptimizationInterval=setInterval(()=>{this.optimizeTokenOutputs().catch(A=>{this.logger.error(`Error in periodic token output optimization: ${A instanceof Error?A.message:String(A)}`)})},A),this.tokenOptimizationInterval.unref?.()}async experimental_syncWallet(){await this.syncWallet()}async syncWallet(){await this.syncTokenOutputs(),await this.leafManager.sync()}async getIdentityPublicKey(){return KB(await this.config.signer.getIdentityPublicKey())}async getSparkAddress(){return this.sparkAddress||(this.sparkAddress=$d({identityPublicKey:KB(await this.config.signer.getIdentityPublicKey()),network:this.config.getNetworkType()})),this.sparkAddress}async createSatsInvoice({amount:A,memo:I,senderSparkAddress:g,expiryTime:C,receiverIdentityPubkey:B}){if(A&&(A<0||A>21e14))throw new Wd("Amount must be between 0 and 2100000000000000 sats",{field:"amount",value:A,expected:"less than or equal to 2100000000000000"});const i={$case:"satsPayment",satsPayment:{amount:A}},Q=g?JB(Ih(g,this.config.getNetworkType()).identityPublicKey):void 0,e={version:1,id:Ra().bytes,paymentType:i,memo:I,senderPublicKey:Q,expiryTime:C??void 0};Qh(e);const E=await this.config.signer.getIdentityPublicKey();let t;if(!B||B.toLowerCase()===KB(E).toLowerCase()){const A=Od(e,E,this.config.getNetworkType());t=await this.config.signer.signSchnorrWithIdentityKey(A)}return Ah({identityPublicKey:B??KB(E),network:this.config.getNetworkType(),sparkInvoiceFields:e},t)}async createTokensInvoice({amount:A,tokenIdentifier:I,memo:g,senderSparkAddress:C,expiryTime:B}){const i=BigInt(2**128-1);if(A&&(A<0||A>i))throw new Wd(`Amount must be between 0 and ${i}`,{field:"amount",value:A,expected:`greater than or equal to 0 and less than or equal to ${i}`});let Q;I&&(Q=rk(I,this.config.getNetworkType()).tokenIdentifier);const e=await this.config.signer.getIdentityPublicKey();if(!this.config.getUseTokenPrimitivesBindings()){const I={$case:"tokensPayment",tokensPayment:{tokenIdentifier:Q??void 0,amount:A?xi(A):void 0}},i=C?JB(Ih(C,this.config.getNetworkType()).identityPublicKey):void 0,E={version:1,id:Ra().bytes,paymentType:I,memo:g??void 0,senderPublicKey:i,expiryTime:B??void 0};Qh(E);const t=Od(E,e,this.config.getNetworkType()),o=await this.config.signer.signSchnorrWithIdentityKey(t);return Ah({identityPublicKey:KB(e),network:this.config.getNetworkType(),sparkInvoiceFields:E},o)}const E=Kd(),t=await E.prepareTokenInvoice({receiverIdentityPublicKey:e,network:this.config.getNetworkProto(),tokenIdentifier:Q,tokenAmount:A?xi(A):void 0,memo:g??void 0,senderSparkAddress:C??void 0,expiryTimeUnixMillis:B?.getTime()}),o=await this.config.signer.signSchnorrWithIdentityKey(t.sparkInvoiceHash),n=function(A,I){const g=eh(A),C=gh[g.prefix]??Ch[g.prefix];if(!C)throw new Wd("Invalid Spark address prefix",{field:"network",value:A,expected:"prefix='spark1', 'sparkt1', 'sparkrt1', 'sparks1', 'sparkl1' or legacy ('sp1', 'spt1', 'sprt1', 'sps1', 'spl1')"});return C===I||"LOCAL"!==C&&"REGTEST"!==C||"LOCAL"!==I&&"REGTEST"!==I?A:Eh(g.prefix in Ch?_d[I]:zd[I],g.words)}(await E.finalizeTokenInvoice({receiverIdentityPublicKey:e,network:this.config.getNetworkProto(),sparkInvoiceFieldsBytes:t.sparkInvoiceFieldsBytes,signature:o}),this.config.getNetworkType());return Ih(n,this.config.getNetworkType()),n}async resolveSeedAndMnemonic(A,I){let g,C;return void 0===I&&(I=this.config.getNetwork()===th.REGTEST?0:1),A?"string"!=typeof A?C=A:function(A,I){try{!function(A,I){const{words:g}=ad(A);sd(cd(I).decode(g))}(A,I)}catch(A){return!1}return!0}(A,wd)?(g=A,C=await this.config.signer.mnemonicToSeed(A)):C=JB(A):(g=await this.config.signer.generateMnemonic(),C=await this.config.signer.mnemonicToSeed(g)),{seed:C,mnemonic:g,accountNumber:I}}async initWallet(A,I,g={}){if(g.signerWithPreExistingKeys)return await this.initWalletWithoutSeed(),{wallet:this,mnemonic:void 0};const{seed:C,mnemonic:B,accountNumber:i}=await this.resolveSeedAndMnemonic(A,I);return await this.initWalletFromSeed(C,i),{mnemonic:B,wallet:this}}async initWalletWithoutSeed(){await this.createClientsAndSyncWallet();const A=await this.config.signer.getIdentityPublicKey();if(!A||0===A.length)throw new Wd("Identity public key not found in signer",{field:"identityPublicKey",value:A});return this.sparkAddress=$d({identityPublicKey:KB(A),network:this.config.getNetworkType()}),this.sparkAddress}async initWalletFromSeed(A,I){const g=await this.config.signer.createSparkWalletFromSeed(A,I);return await this.createClientsAndSyncWallet(),this.sparkAddress=$d({identityPublicKey:g,network:this.config.getNetworkType()}),this.sparkAddress}async getSwapFeeEstimate(A){const I=await this.getSspClient().getSwapFeeEstimate(A);if(!I)throw new Error("Failed to get swap fee estimate");return I}async getBalance(){const A=await this.leafManager.getLeaves();await this.syncTokenOutputs();const I=new Set(A.map(A=>A.id));await this.leafManager.addLeaves(A),await this.leafManager.evictStaleAvailable(I);const g=BigInt(A.reduce((A,I)=>A+I.value,0));return{balance:g,satsBalance:{available:g,owned:BigInt(this.leafManager.getOwnedBalance()),incoming:BigInt(this.leafManager.getIncomingBalance())},tokenBalances:await this.getTokenBalanceMap()}}async getCachedBalance(){return this.buildBalanceResponse()}async buildBalanceResponse(){const A=BigInt(this.leafManager.getAvailableBalance());return{balance:A,satsBalance:{available:A,owned:BigInt(this.leafManager.getOwnedBalance()),incoming:BigInt(this.leafManager.getIncomingBalance())},tokenBalances:await this.getTokenBalanceMap()}}async getTokenBalanceMap(){return await this.tokenOutputManager.isEmpty()?new Map:await this.getTokenBalance()}async getTokenMetadata(){const A=await this.tokenOutputManager.getTokenIdentifiers(),I=new Array;for(const g of A)this.tokenMetadata.has(g)||I.push(g);if(I.length>0){const A=await this.connectionManager.createSparkTokenClient(this.config.getCoordinatorAddress());try{const g=await A.query_token_metadata({tokenIdentifiers:I.map(A=>rk(A,this.config.getNetworkType()).tokenIdentifier)});for(const A of g.tokenMetadata){const I=sk({tokenIdentifier:A.tokenIdentifier,network:this.config.getNetworkType()});this.tokenMetadata.set(I,A)}}catch(A){throw new xd("Failed to fetch token metadata",{error:A})}}const g=new Map;for(const[A,I]of this.tokenMetadata)g.set(A,{tokenPublicKey:KB(I.issuerPublicKey),rawTokenIdentifier:I.tokenIdentifier,tokenName:I.tokenName,tokenTicker:I.tokenTicker,decimals:I.decimals,maxSupply:Vi(I.maxSupply),extraMetadata:I.extraMetadata?new Uint8Array(I.extraMetadata):void 0});return g}async getTokenBalance(){const A=await this.getTokenMetadata(),I=new Map;for(const[g,C]of A){const A=await this.tokenOutputManager.getAvailableOutputs(g),B=sk({tokenIdentifier:C.rawTokenIdentifier,network:this.config.getNetworkType()}),i=await this.tokenOutputManager.getPendingOutboundOutputs(B),Q=Dk([...A,...i]),e=Dk(A);I.set(B,{ownedBalance:Q,availableToSendBalance:e,tokenMetadata:C})}return I}async getSingleUseDepositAddress(){return await this.generateDepositAddress()}async getStaticDepositAddress(){const A=await this.config.signer.getStaticDepositSigningKey(0),I=await this.depositService.generateStaticDepositAddress({signingPubkey:A});if(!I.depositAddress)throw new Td("Failed to generate static deposit address",{signingPubkey:A});return I.depositAddress.address}async generateDepositAddress(){const A=Fa(),I=await this.config.signer.getPublicKeyFromDerivation({type:hk.LEAF,path:A}),g=await this.depositService.generateDepositAddress({signingPubkey:I,leafId:A});if(!g.depositAddress)throw new xd("Failed to generate deposit address",{signingPubkey:I,leafId:A});return g.depositAddress.address}async queryStaticDepositAddresses(){return(await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_static_deposit_addresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).depositAddresses.map(A=>A.depositAddress)}async getUtxosForDepositAddress(A,I=100,g=0,C=!1){if(!A)throw new Wd("Deposit address cannot be empty",{field:"depositAddress"});const B=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{return(await B.get_utxos_for_address({address:A,network:oh[this.config.getNetwork()],limit:I,offset:g,excludeClaimed:C})).utxos.map(A=>({txid:KB(A.txid),vout:A.vout}))??[]}catch(A){throw new xd("Failed to get UTXOs for deposit address",{operation:"get_utxos_for_address",error:A})}}async getUtxosForIdentity(A={}){const{identityPublicKey:I,pageSize:g=50,cursor:C="",direction:B="NEXT",excludeClaimed:i=!1,includePending:Q=!1}=A,e=I??KB(await this.config.signer.getIdentityPublicKey());if(!Number.isInteger(g)||g<=0)throw new Wd("Page size must be a positive integer",{field:"pageSize",pageSize:g});if("PREVIOUS"===B)throw new Wd("Backward pagination is not currently supported for getUtxosForIdentity",{field:"direction"});const E=function(A,I="publicKey"){let g;try{g=JB(A)}catch(A){throw new Wd("Public key must be a valid hex-encoded compressed secp256k1 public key",{field:I,error:A})}if(33!==g.length)throw new Wd("Public key must be 33 bytes",{field:I,value:g.length,expected:33});try{ie.Point.fromHex(g)}catch(A){throw new Wd("Public key must be a valid compressed secp256k1 public key",{field:I,error:A})}return g}(e,"identityPublicKey"),t=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let o;try{o=await t.get_utxos_for_identity({identityPublicKey:E,network:oh[this.config.getNetwork()],excludeClaimed:i,includePending:Q,page:{pageSize:g,cursor:C,direction:Y.NEXT}})}catch(A){throw new xd("Failed to get UTXOs for identity",{operation:"get_utxos_for_identity",error:A})}return{utxos:o.utxos.map(A=>{if(!A.utxo)throw new xd("Malformed UTXO response payload",{operation:"get_utxos_for_identity",addressedUtxo:A});return{address:A.address,txid:KB(A.utxo.txid),vout:A.utxo.vout,isConfirmed:A.isConfirmed}})??[],pageResponse:{hasNextPage:o.page?.hasNextPage??!1,hasPreviousPage:o.page?.hasPreviousPage??!1,nextCursor:o.page?.nextCursor??"",previousCursor:o.page?.previousCursor??""}}}async getClaimStaticDepositQuote(A,I){const g=this.getSspClient();let C=this.config.getSspNetwork();C===be.FUTURE_VALUE&&(C=be.REGTEST),void 0===I&&(I=await this.getDepositTransactionVout({txid:A}));const B=await g.getClaimDepositQuote({transactionId:A,outputIndex:I,network:C});if(!B)throw new Error("Failed to get claim deposit quote");return B}async claimStaticDeposit({transactionId:A,creditAmountSats:I,sspSignature:g,outputIndex:C}){if(!this.sspClient)throw new Error("SSP client not initialized");void 0===C&&(C=await this.getDepositTransactionVout({txid:A}));let B=this.config.getSspNetwork();B===be.FUTURE_VALUE&&(B=be.REGTEST);const i=KB(await this.config.signer.getStaticDepositSecretKey(0)),Q=Ya(await this.getStaticDepositSigningPayload(A,C,B.toLowerCase(),gA.Fixed,I,g)),e=KB(await this.config.signer.signMessageWithIdentityKey(Q)),E=await this.sspClient.claimStaticDeposit({transactionId:A,outputIndex:C,network:B,creditAmountSats:I,depositSecretKey:i,signature:e,sspSignature:g});if(!E)throw new Error("Failed to claim static deposit");return E}async claimStaticDepositWithMaxFee({transactionId:A,maxFee:I,outputIndex:g}){const C=this.getSspClient();let B=this.config.getSspNetwork();B===be.FUTURE_VALUE&&(B=be.REGTEST);const i=await this.getDepositTransaction(A);void 0===g&&(g=await this.getDepositTransactionVout({txid:A,depositTx:i}));const Q=Number(i.getOutput(g).amount),e=await C.getClaimDepositQuote({transactionId:A,outputIndex:g,network:B});if(!e)throw new Error("Failed to get claim deposit quote");const{creditAmountSats:E,signature:t}=e,o=Q-E;if(o>I)throw new Wd("Fee larger than max fee",{field:"feeCharged",value:o});const n=await this.claimStaticDeposit({transactionId:A,creditAmountSats:E,sspSignature:t,outputIndex:g});if(!n)throw new Error("Failed to claim static deposit");return n}async experimental_GetInstantStaticDepositQuote(A,I,g){const C=this.getSspClient();void 0===I&&(I=await this.getDepositTransactionVout({txid:A}));let B=this.config.getSspNetwork();B===be.FUTURE_VALUE&&(B=be.REGTEST);const i=await C.getInstantStaticDepositQuote({transactionId:A,outputIndex:I,network:B,partnerId:g});if(!i)throw new xd("Failed to get instant static deposit quote",{transactionId:A,outputIndex:I});return i}async experimental_ClaimInstantStaticDeposit({quote:A,plan:I,transactionId:g,outputIndex:C}){const B=this.getSspClient(),i=KB(await this.config.signer.getStaticDepositSecretKey(0));let Q=this.config.getSspNetwork();Q===be.FUTURE_VALUE&&(Q=be.REGTEST);const e=Q.toLowerCase(),E=A.creditAmount.originalValue,t=A.depositAmount.originalValue,o=A.quoteSignature;let n;if(I.confirmations>=1)n=Ya(await this.getStaticDepositSigningPayload(g,C,e,gA.Fixed,E,o));else{const A=await this.getStaticDepositAddress();n=this.createInstantDepositUserStatement({network:e,creditAmountSats:E,secondaryCreditAmountSats:0,destinationAddress:A,satsValue:t,sspSignature:JB(o)})}const a=KB(await this.config.signer.signMessageWithIdentityKey(n)),s=await B.claimInstantStaticDeposit({quoteId:A.id,depositSecretKey:i,signature:a});if(!s)throw new xd("Failed to claim instant static deposit",{quoteId:A.id});return{claimId:s.claimId}}createInstantDepositUserStatement({network:A,creditAmountSats:I,secondaryCreditAmountSats:g,destinationAddress:C,satsValue:B,sspSignature:i}){return Nh(["spark","claim_instant_static_deposit"]).addString(A).addUint8(3).addUint64(BigInt(I)).addUint64(BigInt(g)).addString(C).addUint64(BigInt(B)).addBytes(i).hash()}async refundStaticDeposit({depositTransactionId:A,outputIndex:I,destinationAddress:g,fee:C,satsPerVbyteFee:B}){if(void 0===C&&void 0===B)throw new Wd("Fee or satsPerVbyteFee must be provided");if(B&&B>150)throw new Wd("satsPerVbyteFee must be less than 150");const i=B?B*kh(1,1):C;if(i<194)throw new Wd("Fee must be at least 194",{field:"fee",value:i});const Q=this.config.getNetwork(),e=this.config.getNetworkProto(),E=H(e),t=await this.getDepositTransaction(A);void 0===I&&(I=await this.getDepositTransactionVout({txid:A,depositTx:t}));const o=t.getOutput(I).amount,n=Number(o)-i;if(n<=0)throw new Wd("Fee too large. Credit amount must be greater than 0",{field:"creditAmountSats",value:n});const a=new Oc({version:3});a.addInput({txid:A,index:I,witnessScript:new Uint8Array});const s=Rc(ah(Q)).decode(g),r=Dc.encode(s);a.addOutput({script:r,amount:BigInt(n)});const c=hh(a,0,t.getOutput(I)),D=await this.config.signer.getRandomSigningCommitment(),w={rawTx:a.toBytes(),signingPublicKey:await this.config.signer.getStaticDepositSigningKey(0),signingNonceCommitment:D.commitment},d=Ya(await this.getStaticDepositSigningPayload(A,I,E.toLowerCase(),gA.Refund,n,KB(c))),h=await this.config.signer.signMessageWithIdentityKey(d),y=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).initiate_static_deposit_utxo_refund({onChainUtxo:{txid:JB(A),vout:I,network:e},userSignature:h,refundTxSigningJob:w});if(!y)throw new Error("Failed to initiate utxo swap");const l=await this.config.signer.signFrost({message:c,publicKey:y.depositAddress.verifyingPublicKey,keyDerivation:{type:hk.STATIC_DEPOSIT,path:0},selfCommitment:D,statechainCommitments:y.refundTxSigningResult.signingNonceCommitments,verifyingKey:y.depositAddress.verifyingPublicKey}),k=await this.config.signer.aggregateFrost({message:c,statechainSignatures:y.refundTxSigningResult.signatureShares,statechainPublicKeys:y.refundTxSigningResult.publicKeys,verifyingKey:y.depositAddress.verifyingPublicKey,statechainCommitments:y.refundTxSigningResult.signingNonceCommitments,selfCommitment:D,publicKey:await this.config.signer.getStaticDepositSigningKey(0),selfSignature:l});return a.updateInput(0,{finalScriptWitness:[k]}),a.hex}async refundAndBroadcastStaticDeposit({depositTransactionId:A,outputIndex:I,destinationAddress:g,satsPerVbyteFee:C}){const B=await this.refundStaticDeposit({depositTransactionId:A,outputIndex:I,destinationAddress:g,satsPerVbyteFee:C});return await this.broadcastTx(B)}async broadcastTx(A){if(!A)throw new Wd("Transaction hex cannot be empty",{field:"txHex"});const{fetch:I,Headers:g}=ly(),C=this.config.getElectrsUrl(),B=new g;if(this.config.getNetwork()===th.LOCAL)return await my.getInstance().broadcastTx(A);if(this.config.getNetwork()===th.REGTEST){const A=btoa(`${Iy}:${gy}`);B.set("Authorization",`Basic ${A}`)}return(await I(`${C}/tx`,{method:"POST",body:A,headers:B})).text()}getStaticDepositSigningPayload(A,I,g,C,B,i){const Q=new TextEncoder,e=[];e.push(Q.encode("claim_static_deposit")),e.push(Q.encode(g)),e.push(Q.encode(A));const E=new ArrayBuffer(4);let t;switch(new DataView(E).setUint32(0,I,!0),e.push(new Uint8Array(E)),C){case gA.Fixed:t=0;break;case gA.MaxFee:t=1;break;case gA.Refund:t=2;break;default:t=0}const o=new ArrayBuffer(1);new DataView(o).setUint8(0,t),e.push(new Uint8Array(o));const n=new ArrayBuffer(8),a=new DataView(n),s=B>>>0,r=Math.floor(B/4294967296);a.setUint32(0,s,!0),a.setUint32(4,r,!0),e.push(new Uint8Array(n)),e.push(JB(i));const c=e.reduce((A,I)=>A+I.length,0),D=new Uint8Array(c);let w=0;for(const A of e)D.set(A,w),w+=A.length;return Promise.resolve(D)}async getDepositTransactionVout({txid:A,depositTx:I}){I||(I=await this.getDepositTransaction(A));const g=new Set(await this.queryStaticDepositAddresses());let C=-1;for(let A=0;A<I.outputsLength;A++){const B=I.getOutput(A);if(!B)continue;const i=Dc.decode(B.script),Q=Rc(ah(this.config.getNetwork())).encode(i);if(g.has(Q)){C=A;break}}if(-1===C)throw new Error("No static deposit address found");return C}async getDepositTransaction(A){if(!A)throw new Wd("Transaction ID cannot be empty",{field:"txid"});const{fetch:I,Headers:g}=ly(),C=this.config.getElectrsUrl(),B=new g;let i;if(this.config.getNetwork()===th.LOCAL)i=(await my.getInstance().getRawTransaction(A)).hex;else{if(this.config.getNetwork()===th.REGTEST){const A=btoa(`${Iy}:${gy}`);B.set("Authorization",`Basic ${A}`)}i=await(await I(`${C}/tx/${A}/hex`,{headers:B})).text()}if(!i)throw new Error("Transaction not found");if(!/^[0-9A-Fa-f]+$/.test(i))throw new Wd("Invalid transaction hex",{field:"txHex",value:i});return wh(i)}async finalizeDeposit({keyDerivation:A,verifyingKey:I,depositTx:g,vout:C}){if(!Number.isSafeInteger(C))throw new Wd("vout must be less than 2^53",{field:"vout",value:C,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});return(await this.depositService.createTreeRoot({keyDerivation:A,verifyingKey:I,depositTx:g,vout:C})).nodes}async getUnusedDepositAddresses(){return(await this.queryAllUnusedDepositAddresses({})).map(A=>A.depositAddress)}async queryAllUnusedDepositAddresses({identityPublicKey:A,network:I}){const g=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let C=0;const B=new Set,i=[];for(;C>=0;){if(B.has(C)){this.logger.warn("Offset has already been seen, stopping");break}const Q=await g.query_unused_deposit_addresses({identityPublicKey:A??await this.config.signer.getIdentityPublicKey(),network:I??oh[this.config.getNetwork()],limit:100,offset:C});i.push(...Q.depositAddresses),B.add(C),C=Q.offset}return i}async claimDeposit(A){if(!A)throw new Wd("Transaction ID cannot be empty",{field:"txid"});let I=this.mutexes.get(A);I||(I=new ld,this.mutexes.set(A,I));const g=await I.runExclusive(async()=>{const{fetch:I,Headers:g}=ly(),C=this.config.getElectrsUrl(),B=new g;let i;if(this.config.getNetwork()===th.LOCAL)i=(await my.getInstance().getRawTransaction(A)).hex;else{if(this.config.getNetwork()===th.REGTEST){const A=btoa(`${Iy}:${gy}`);B.set("Authorization",`Basic ${A}`)}i=await(await I(`${C}/tx/${A}/hex`,{headers:B})).text()}if(!i)throw new Error("Transaction not found");if(!/^[0-9A-Fa-f]+$/.test(i))throw new Wd("Invalid transaction hex",{field:"txHex",value:i});const Q=wh(i),e=new Map((await this.queryAllUnusedDepositAddresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).map(A=>[A.depositAddress,A]));let E,t,o=0;for(let A=0;A<Q.outputsLength;A++){const I=Q.getOutput(A);if(!I)continue;const g=Dc.decode(I.script),C=Rc(ah(this.config.getNetwork())).encode(g);if(e.has(C)){o=A,E=e.get(C);break}}if(!E)throw new Wd("Deposit address has already been used",{field:"depositAddress",value:E});t=E.leafId?{type:hk.LEAF,path:E.leafId}:{type:hk.DEPOSIT};const n=await this.finalizeDeposit({keyDerivation:t,verifyingKey:E.verifyingPublicKey,depositTx:Q,vout:o}),a=n.filter(A=>"AVAILABLE"===A.status);await this.leafManager.addLeaves(a);const s=n.filter(A=>"CREATING"===A.status);return s.length>0&&await this.leafManager.addIncomingLeaves(s,A),n});return this.mutexes.delete(A),g.map(CE)}async claimMultiUtxoDeposit(A){if(A.length<2)throw new Wd("claimMultiUtxoDeposit requires at least 2 transaction IDs",{field:"txids",value:A.length,expected:"At least 2 transaction IDs"});const I=A.slice().sort().join(",");let g=this.mutexes.get(I);g||(g=new ld,this.mutexes.set(I,g));const C=await g.runExclusive(async()=>{const g=await Promise.all(A.map(A=>this.getDepositTransaction(A))),C=new Map((await this.queryAllUnusedDepositAddresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).map(A=>[A.depositAddress,A]));let B;const i=[];for(const A of g){let I=!1;for(let g=0;g<A.outputsLength;g++){const Q=A.getOutput(g);if(!Q)continue;const e=Dc.decode(Q.script),E=Rc(ah(this.config.getNetwork())).encode(e),t=C.get(E);if(t){if(B&&B.depositAddress!==E)throw new Wd("All UTXOs must be to the same deposit address for multi-UTXO claim",{field:"depositAddress",value:E,expected:B.depositAddress});B=t,i.push({tx:A,vout:g}),I=!0;break}}if(!I)throw new Wd("No matching unused deposit address found for transaction",{field:"txid",value:lh(A)})}if(!B)throw new Wd("No matching unused deposit address found",{field:"depositAddress"});let Q;Q=B.leafId?{type:hk.LEAF,path:B.leafId}:{type:hk.DEPOSIT};const e=await this.depositService.createTreeRootMultiUtxo({keyDerivation:Q,verifyingKey:B.verifyingPublicKey,depositTxs:i}),E=e.nodes.filter(A=>"AVAILABLE"===A.status);await this.leafManager.addLeaves(E);const t=e.nodes.filter(A=>"CREATING"===A.status);return t.length>0&&await this.leafManager.addIncomingLeaves(t,I),e.nodes});return this.mutexes.delete(I),C.map(CE)}async advancedDeposit(A){const I=wh(A),g=new Map((await this.queryAllUnusedDepositAddresses({identityPublicKey:await this.config.signer.getIdentityPublicKey(),network:oh[this.config.getNetwork()]})).map(A=>[A.depositAddress,A]));let C=0;const B=[];for(let A=0;A<I.outputsLength;A++){const i=I.getOutput(A);if(!i)continue;const Q=Dc.decode(i.script),e=Rc(ah(this.config.getNetwork())).encode(Q),E=g.get(e);if(E){let g;C=A,g=E.leafId?{type:hk.LEAF,path:E.leafId}:{type:hk.DEPOSIT};const i=await this.depositService.createTreeRoot({keyDerivation:g,verifyingKey:E.verifyingPublicKey,depositTx:I,vout:C});B.push(...i.nodes)}}if(0===B.length)throw new Error(`No unused deposit address found for tx: ${lh(I)}`);return B}async transfer({amountSats:A,receiverSparkAddress:I}){if(!I)throw new Wd("Receiver Spark address cannot be empty",{field:"receiverSparkAddress"});const g=Ih(I,this.config.getNetworkType());if(g.sparkInvoiceFields)throw new Wd("Spark address is a Spark invoice. Use fulfillSparkInvoice instead.",{field:"receiverSparkAddress",value:I});const[C]=await this.transferWithInvoice([{amountSats:A,receiverIdentityPubkey:JB(g.identityPublicKey)}]);if(!C)throw new Error("no transfer created");if(!C.ok)throw C.error;return C.transfer}async transferV2({receivers:A}){if(0===A.length)throw new Wd("transferV2 requires at least 1 receiver",{field:"receivers",value:A.length,expected:">= 1"});const I=[];for(const g of A){if(!g.receiverSparkAddress)throw new Wd("Receiver Spark address cannot be empty",{field:"receiverSparkAddress"});if(!Number.isSafeInteger(g.amountSats)||g.amountSats<=0)throw new Wd("Amount must be a positive safe integer",{field:"amountSats",value:g.amountSats});const A=Ih(g.receiverSparkAddress,this.config.getNetworkType());if(A.sparkInvoiceFields)throw new Wd("Spark invoices are not currently supported in multi-receiver transfers. Use plain Spark addresses.",{field:"receiverSparkAddress",value:g.receiverSparkAddress});I.push({identityPublicKey:JB(A.identityPublicKey),amountSats:g.amountSats})}const g=I.map(A=>A.amountSats);return await this.leafManager.selectLeavesAndExecute(g,async A=>{const g=[];for(let C=0;C<I.length;C++){const B=I[C],i=A[C].map(A=>this.toSendTweak(A,B.identityPublicKey));g.push(...i)}const C=await this.transferService.sendTransferV3(g),B=await this.config.signer.getIdentityPublicKey();if(I.some(A=>Pi(A.identityPublicKey,B))){const A=await this.transferService.queryTransfer(C.id);A&&await this.claimTransfer({transfer:A})}else await this.leafManager.handleTransferEvent(C);return QE(C,KB(B))})}async transferWithInvoice(A){const I=[];for(const g of A){const{amountSats:A}=g;if(!Number.isSafeInteger(A))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:A,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(A<=0)throw new Wd("Amount must be greater than 0",{field:"amountSats",value:A});I.push(A)}return await this.leafManager.selectLeavesAndExecute(I,async I=>{const g=A.map((A,g)=>{const{receiverIdentityPubkey:C,sparkInvoice:B}=A;return{leafKeyTweaks:I[g].map(A=>this.toSendTweak(A,C)),receiverIdentityPubkey:C,sparkInvoice:B,param:A}}),C=await this.config.signer.getIdentityPublicKey();return await Promise.all(g.map(async A=>{try{const I=await this.transferService.sendTransferWithKeyTweaks(A.leafKeyTweaks,A.sparkInvoice);if(Pi(C,A.receiverIdentityPubkey)){const A=await this.transferService.queryTransfer(I.id);A&&await this.claimTransfer({transfer:A})}else await this.leafManager.handleTransferEvent(I);return{ok:!0,transfer:QE(I,KB(await this.config.signer.getIdentityPublicKey())),param:A.param}}catch(I){return this.leafManager.restoreLocalLockedToAvailable(A.leafKeyTweaks.map(A=>A.leaf.id)),{ok:!1,error:I instanceof Error?I:new Error(String(I)),param:A.param}}}))})}toSendTweak(A,I){return{leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:I}}async processClaimedTransferResults(A,I,g){return this.logDebug("processClaimedTransferResults",`transfer=${I.id} type=${I.type} claimedLeaves=${A.length}`),this.logEvent(`processClaimedTransferResults: transfer=${I.id} type=${I.type} claimed ${A.length} leaves (${A.reduce((A,I)=>A+I.value,0)} sats) ids=[${A.map(A=>A.id).join(",")}]`),A=await this.leafManager.registerClaimedLeaves(A,I.id),g&&I.type!==x.COUNTER_SWAP&&I.type!==x.COUNTER_SWAP_V3&&this.emit("transfer:claimed",I.id,(await this.getBalance()).balance),A}async claimTransfer({transfer:A,emit:I}){this.logDebug("claimTransfer",`transfer=${A.id} type=${A.type} status=${A.status} leafCount=${A.leaves.length}`),this.logEvent(`claimTransfer: transfer=${A.id} type=${A.type} status=${A.status} leaves=${A.leaves.length}`);const g=await this.claimTransferMutex.runExclusive(async()=>await this.transferService.claimTransfer(A));return await this.processClaimedTransferResults(g,A,I)}partitionClaimablePendingTransfers(A,I){const g=[];let C=0,B=0;for(const i of A)!I||I.includes(i.type)?i.status===q.TRANSFER_STATUS_SENDER_KEY_TWEAKED||i.status===q.TRANSFER_STATUS_RECEIVER_KEY_TWEAKED||i.status===q.TRANSFER_STATUS_RECEIVER_REFUND_SIGNED||i.status===q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_APPLIED||i.status===q.TRANSFER_STATUS_RECEIVER_KEY_TWEAK_LOCKED?g.push(i):B++:C++;return{claimableTransfers:g,skippedByTypeFilterCount:C,skippedByStatusCount:B}}async claimTransferBatch(A,I){const g=[];for(const C of A){this.logEvent(`claimTransfers: claiming transfer=${C.id} type=${C.type} status=${C.status} totalValue=${C.totalValue}`);try{await this.claimTransfer({transfer:C,emit:I}),g.push(C.id)}catch(A){this.logger.warn(`Failed to claim transfer ${C.id}:`,A)}}return g}async getClaimTransfersSnapshotCreatedBefore(){if(!this.connectionManager.isTimeSynced())try{await this.transferService.queryPendingTransfers({limit:1,offset:0})}catch(A){return void this.logger.warn("Unable to warm up server time for pending-transfer claim snapshot; falling back to first-page drain",A)}if(this.connectionManager.isTimeSynced())return this.connectionManager.getCurrentServerTime();this.logger.warn("Server time was not available for pending-transfer claim snapshot; falling back to first-page drain")}async claimTransfers(A,I){const g=[];let C=0,B=0,i=0,Q=0,e=0;const E=await this.getClaimTransfersSnapshotCreatedBefore(),t=null!=E,o=A?` (filtering types=[${A.join(",")}])`:"";for(;;){Q++;const n=await this.transferService.queryPendingTransfers({createdBefore:E,limit:25,offset:e});if(this.logEvent(`claimTransfers: batch=${Q} fetched ${n.transfers.length} pending transfers at offset=${e}${o}`),0===n.transfers.length)break;const{claimableTransfers:a,skippedByTypeFilterCount:s,skippedByStatusCount:r}=this.partitionClaimablePendingTransfers(n.transfers,A);if(C+=s,B+=r,0===a.length){if(n.transfers.length<25){this.logEvent(`claimTransfers: reached end of snapshot with no claimable transfers in batch=${Q}`);break}if(!t&&Q>=100){this.logEvent(`claimTransfers: no server-time snapshot; stopping after ${Q} fallback batches`);break}e+=n.transfers.length,this.logEvent(`claimTransfers: batch=${Q} had no claimable transfers; advancing to offset=${e}`);continue}i+=a.length;const c=await this.claimTransferBatch(a,I);if(g.push(...c),c.length>0){if(n.transfers.length<25)break;if(!t&&Q>=100){this.logEvent(`claimTransfers: no server-time snapshot; stopping after ${Q} fallback batches`);break}e=0}else{if(n.transfers.length<25){this.logEvent(`claimTransfers: batch=${Q} made no claim progress and reached end of snapshot`);break}if(!t&&Q>=100){this.logEvent(`claimTransfers: no server-time snapshot; stopping after ${Q} fallback batches`);break}e+=n.transfers.length,this.logEvent(`claimTransfers: batch=${Q} made no claim progress; advancing to offset=${e}`)}}return(C>0||B>0)&&this.logEvent(`claimTransfers: skipped ${C} by type filter, ${B} by non-claimable status`),this.logEvent(`claimTransfers: completed. Claimed ${g.length} of ${i} attempted`),g}async createLightningInvoice({amountSats:A,memo:I,expirySeconds:g=2592e3,includeSparkAddress:C=!1,includeSparkInvoice:B=!1,receiverIdentityPubkey:i,descriptionHash:Q}){return await this.lightningService.createLightningInvoice({amountSats:A,memo:I,invoiceCreator:async(A,I,i,Q,e)=>await this.validateAndCreateLightningInvoice({amountSats:A,paymentHashHex:KB(I),memo:i,expirySeconds:g,includeSparkAddress:C,includeSparkInvoice:B,receiverIdentityPubkey:Q,descriptionHash:e}),receiverIdentityPubkey:i,descriptionHash:Q})}async validateAndCreateLightningInvoice({amountSats:A,paymentHashHex:I,memo:g,expirySeconds:C,includeSparkAddress:B,includeSparkInvoice:i,receiverIdentityPubkey:Q,descriptionHash:e}){const E=this.getSspClient();if(isNaN(A)||A<0)throw new Wd("Invalid amount",{field:"amountSats",value:A,expected:"non-negative number"});if(!Number.isSafeInteger(A))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:A,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(!Number.isSafeInteger(C))throw new Wd("Expiration time must be less than 2^53",{field:"expirySeconds",value:C,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(C<0)throw new Wd("Invalid expiration time",{field:"expirySeconds",value:C,expected:"Non-negative expiration time"});if(g&&g.length>639)throw new Wd("Invalid memo size",{field:"memo",value:g,expected:"Memo size within limits"});if(g&&e)throw new Wd("Memo and descriptionHash cannot be provided together. Please provide only one.",{field:"memo",value:g,expected:"Memo or descriptionHash"});if(B&&i)throw new Wd("includeSparkAddress and includeSparkInvoice are mutually exclusive",{field:"includeSparkInvoice",value:i,expected:"Only one of includeSparkAddress or includeSparkInvoice"});let t;if(i){const I=A>0?A:void 0;t=await this.createSatsInvoice({amount:I,expiryTime:new Date(Date.now()+1e3*C),receiverIdentityPubkey:Q})}const o=this.config.getNetwork();let n=be.REGTEST;o===th.MAINNET?n=be.MAINNET:o===th.REGTEST&&(n=be.REGTEST);const a=await E.requestLightningReceive({amountSats:A,network:n,paymentHash:I,expirySecs:C,memo:g,includeSparkAddress:B,receiverIdentityPubkey:Q,descriptionHash:e,sparkInvoice:t});if(!a)throw new Error("Failed to create lightning invoice");const s=Mu(a.invoice.encodedInvoice);if(a.invoice.paymentHash!==I||s.paymentHash!==I)throw new Wd("Payment hash mismatch",{field:"paymentHash",value:a.invoice.paymentHash,expected:I});if(null===s.amountMSats&&0!==A)throw new Wd("Amount mismatch",{field:"amountMSats",value:"null",expected:1e3*A});if(null!==s.amountMSats&&s.amountMSats!==BigInt(1e3*A))throw new Wd("Amount mismatch",{field:"amountMSats",value:s.amountMSats.toString(),expected:1e3*A});if(B){const A=s.fallbackAddress;if(!A)throw this.logger.warn(`No spark fallback address found in lightning invoice ${a.invoice.encodedInvoice}`),new Wd("No spark fallback address found in lightning invoice",{field:"sparkFallbackAddress",value:A,expected:"Valid spark fallback address"});const I=Q??await this.getIdentityPublicKey();if(A!==I)throw new Wd("Mismatch between spark identity embedded in lightning invoice and designated recipient spark identity",{field:"sparkFallbackAddress",value:A,expected:I})}else if(i){const A=s.fallbackAddress;if(!A)throw new Wd("No spark invoice found in lightning invoice",{field:"sparkInvoice",value:A,expected:"Valid spark invoice"});if(A!==t)throw new Wd("Mismatch between spark invoice embedded in lightning invoice and expected spark invoice",{field:"sparkInvoice",value:A,expected:t})}else if(void 0!==s.fallbackAddress)throw new Wd("Spark fallback address found in lightning invoice but includeSparkAddress is false",{field:"sparkFallbackAddress",value:s.fallbackAddress});return a}async createLightningHodlInvoice({amountSats:A,paymentHash:I,memo:g,expirySeconds:C=2592e3,includeSparkAddress:B=!1,includeSparkInvoice:i=!1,receiverIdentityPubkey:Q,descriptionHash:e}){if(!/^[0-9a-fA-F]{64}$/.test(I))throw new Wd("Invalid payment hash",{field:"paymentHash",value:I,expected:"64 character hex string"});return await this.validateAndCreateLightningInvoice({amountSats:A,paymentHashHex:I,memo:g,expirySeconds:C,includeSparkAddress:B,includeSparkInvoice:i,receiverIdentityPubkey:Q,descriptionHash:e})}async tryPayOverSpark(A,I,g){const C=A.fallbackAddress;if(!C)return void this.logger.warn("No fallback address found in invoice");const B=this.tryGetNetworkFromSparkAddress(C);if(B&&!this.isCompatibleNetwork(g,B))return void this.logger.warn(`Spark address network ${B} incompatible with invoice network ${th[g]}`);const i=B??th[g],Q=this.tryDecodeSparkAddress(C,i);if(Q?.sparkInvoiceFields){const g=!A.amountMSats;return this.validateSparkInvoiceAmount(Q.sparkInvoiceFields,I,g),this.fulfillSparkInvoiceInternal(C,I)}if(Q)return this.transfer({amountSats:I,receiverSparkAddress:C});if(!function(A){try{return 33===vt(A).length}catch{return!1}}(C))return void this.logger.warn(`Invalid spark fallback address ${C}`);const e=$d({identityPublicKey:C,network:th[g]});return this.transfer({amountSats:I,receiverSparkAddress:e})}tryDecodeSparkAddress(A,I){try{return Ih(A,I)}catch{return}}tryGetNetworkFromSparkAddress(A){try{return Bh(A)}catch{return}}isCompatibleNetwork(A,I){const g=th[A];return g===I||!("REGTEST"!==g&&"LOCAL"!==g||"REGTEST"!==I&&"LOCAL"!==I)}validateSparkInvoiceAmount(A,I,g){const C=A.paymentType;if("sats"!==C?.type)throw new Wd("Lightning invoice should only contain sats payment type");const B=Number(C.amount||0),i=0===B;if(i!==g)throw new Wd("Zero amount mismatch. Either both or neither the lightning invoice and the spark invoice should have a zero amount",{field:"isZeroAmountLightningInvoice",value:g,expected:i});if(B!==I&&!i)throw new Wd("Lightning invoice amount does not match embedded spark invoice amount",{field:"amountSats",value:I,expected:B})}async fulfillSparkInvoiceInternal(A,I){const g=await this.fulfillSparkInvoice([{invoice:A,amount:BigInt(I)}]),C=g.satsTransactionErrors[0];if(C)throw C.error;const B=g.satsTransactionSuccess[0];if(!B)throw new Error("Failed to fulfill spark invoice");return B.transferResponse}async payLightningInvoice({invoice:A,maxFeeSats:I,preferSpark:g=!1,amountSatsToSend:C,idempotencyKey:B}){const i=Ku(A=A.toLowerCase()),Q=this.config.getNetwork();if(i!==Q&&(i!==th.REGTEST||Q!==th.REGTEST&&Q!==th.LOCAL))throw new Wd(`Invoice network: ${i} does not match wallet network: ${Q}`,{field:"invoice",value:i,expected:Q});const e=Mu(A),E=e.amountMSats,t=!E;if(!t&&void 0!==C)throw new Wd("Invalid amount. User can only specify amountSatsToSend for 0 amount lightning invoice",{field:"amountMSats",value:Number(E),expected:"0"});if(t&&void 0===C)throw new Wd("Invalid amount. User must specify amountSatsToSend for 0 amount lightning invoice",{field:"amountMSats",value:Number(E),expected:"0"});const o=t?C:Math.ceil(Number(E)/1e3);if(isNaN(o)||o<=0)throw new Wd("Invalid amount",{field:"amountSats",value:o,expected:"greater than 0"});const n=e.fallbackAddress,a=e.paymentHash;if(g&&n){const A=await this.tryPayOverSpark(e,o,i);if(A)return A;this.logger.warn("No valid spark data found in invoice. Defaulting to lightning.")}{const g=new Date(Date.now()+13824e5),i=this.getSspClient(),Q=await this.getLightningSendFeeEstimate({encodedInvoice:A,amountSats:t?C:void 0});if(I<Q)throw new Wd("maxFeeSats does not cover fee estimate",{field:"maxFeeSats",value:I,expected:`${Q} sats`});const e=o+Q;return await this.leafManager.selectLeavesAndExecute([e],async I=>{const e=I[0],E=JB(this.config.getSspIdentityPublicKey()),o=e.map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:E})),n=Fa(),s=await this.transferService.prepareTransferForLightning(o,JB(a),g,n),r=await this.lightningService.swapNodesForPreimage({leaves:o,receiverIdentityPubkey:JB(this.config.getSspIdentityPublicKey()),paymentHash:JB(a),isInboundPayment:!1,invoiceString:A,feeSats:Q,amountSatsToSend:C,startTransferRequest:s,expiryTime:g,transferID:n,idempotencyKey:B});if(!r.transfer)throw new Error("Failed to swap nodes for preimage");await this.leafManager.handleTransferEvent(r.transfer);const c=await i.requestLightningSend({encodedInvoice:A,amountSats:t?C:void 0,userOutboundTransferExternalId:r.transfer.id});if(!c)throw new Error("Failed to contact SSP");return c})}}async createHTLC({receiverSparkAddress:A,amountSats:I,preimage:g,expiryTime:C}){if(C.getTime()<=Date.now())throw new Wd("Expiry time must be in the future",{field:"expiryTime",value:C,expected:"greater than 0"});return await this.leafManager.selectLeavesAndExecute([I],async I=>{const B=I[0],i=Fa();g||(g=KB(await this.getHTLCPreimage(i)));const Q=Ya(JB(g)),e=Ih(A,this.config.getNetworkType()).identityPublicKey,E=JB(e),t=B.map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:E})),o=await this.transferService.prepareTransferForLightning(t,Q,C,i),n=await this.lightningService.swapNodesForPreimage({leaves:t,receiverIdentityPubkey:JB(e),paymentHash:Q,isInboundPayment:!1,startTransferRequest:o,expiryTime:C,transferID:i});if(!n.transfer)throw new Error("Failed to swap nodes for preimage");return await this.leafManager.handleTransferEvent(n.transfer),n.transfer})}async getHTLCPreimage(A){const I=A.trim().toLowerCase().replaceAll("-","");return await this.config.signer.htlcHMAC(I)}async claimHTLC(A){const I=JB(A);if(32!==I.length)throw new Wd("Preimage must be 32 bytes",{field:"preimage",value:A,expected:"32 bytes"});const g=await this.lightningService.providePreimage(I);if(!g)throw new Error("Failed to provide preimage");return Pi(g.receiverIdentityPublicKey,await this.config.signer.getIdentityPublicKey())&&await this.claimTransfer({transfer:g,emit:!0}),g}async createHTLCSenderSpendTx({htlcTx:A,hash:I,hashLockDestinationPubkey:g,sequenceLockDestinationPubkey:C,satsPerVbyteFee:B}){const i=B*kh(1,1),Q=Oc.fromRaw(JB(A)),e=JB(I),E=JB(g),t=JB(C),{senderSpendTx:o}=function({htlcTx:A,network:I,hash:g,hashLockDestinationPubkey:C,sequenceLockDestinationPubkey:B,fee:i}){const Q=Lh(),e=new Oc({version:3,allowUnknownOutputs:!0,allowUnknownInputs:!0});e.addInput({txid:JB(lh(A)),index:0,sequence:qh});const E=Gc(B.slice(1,33),void 0,I,!0).script,t=Vh(A),o=t-BigInt(i);if(o<=0n)throw new Wd("Fee is greater than the amount",{field:"fee",value:i});e.addOutput({script:E,amount:o});const n=Zh(g,C),a=xh(qh,B),s=Gc(Q,yc([{leafVersion:192,script:n},{leafVersion:192,script:a}]),I,!0),r=s.tapLeafScript.find(([,A])=>0===Nd.compare(A.slice(0,-1),a)),c=vr.encode(r[0]),D=s.tapLeafScript.find(([A,I])=>Pi(I.subarray(0,I.length-1),a)),w=e.preimageWitnessV1(0,[a],Hc.DEFAULT,[t]);return e.updateInput(0,{witnessUtxo:{script:s.script,amount:t},tapLeafScript:[D]}),{senderSpendTx:e,sighash:w,sequenceLockScript:a,controlBlockBytes:c}}({htlcTx:Q,network:ah(this.config.getNetwork()),hash:e,hashLockDestinationPubkey:E,sequenceLockDestinationPubkey:t,fee:i});return this.config.signer.signTransactionIndex(o,0,await this.config.signer.getIdentityPublicKey()),o.finalizeIdx(0),o.hex}async createHTLCReceiverSpendTx({htlcTx:A,hash:I,hashLockDestinationPubkey:g,sequenceLockDestinationPubkey:C,preimage:B,satsPerVbyteFee:i}){const Q=i*kh(1,1),e=Oc.fromRaw(JB(A)),E=JB(I),t=JB(g),o=JB(C),{spendTx:n,controlBlockBytes:a,leafHash:s,hashLockScript:r}=function({htlcTx:A,network:I,hash:g,hashLockDestinationPubkey:C,sequenceLockDestinationPubkey:B,fee:i}){const Q=Lh(),e=new Oc({version:3,allowUnknownOutputs:!0,allowUnknownInputs:!0});e.addInput({txid:JB(lh(A)),index:0});const E=Gc(C.slice(1,33),void 0,I,!0).script,t=Vh(A),o=t-BigInt(i);if(o<=0n)throw new Wd("Fee is greater than the amount",{field:"fee",value:i});e.addOutput({script:E,amount:o});const n=Zh(g,C),a=xh(qh,B),s=Gc(Q,yc([{leafVersion:192,script:n},{leafVersion:192,script:a}]),I,!0),r=s.tapLeafScript.find(([A,I])=>Pi(I.subarray(0,I.length-1),n));return e.updateInput(0,{witnessUtxo:{script:s.script,amount:t},tapLeafScript:[r]}),{spendTx:e,controlBlockBytes:vr.encode(r[0]),leafHash:Nc(n,192),hashLockScript:n}}({htlcTx:e,network:ah(this.config.getNetwork()),hash:E,hashLockDestinationPubkey:t,sequenceLockDestinationPubkey:o,fee:Q});this.config.signer.signTransactionIndex(n,0,await this.config.signer.getIdentityPublicKey());const c=n.getInput(0).tapScriptSig.find(([A])=>Pi(A.leafHash,s))?.[1];return n.updateInput(0,{finalScriptWitness:[c,JB(B),r,a]}),n.hex}async queryHTLC({paymentHashes:A,status:I,transferIds:g,matchRole:C=AA.PREIMAGE_REQUEST_ROLE_RECEIVER,limit:B=100,offset:i=0}){if(B&&(B>100||B<1))throw new Wd("Limit must be between 1 and 100 if provided.",{field:"limit",value:B,expected:"between 1 and 100"});if(void 0!==i&&i<0)throw new Wd("Offset must be non-negative if provided",{field:"offset",value:i,expected:"non-negative"});const Q=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());let e;const E=await this.config.signer.getIdentityPublicKey();try{e=await Q.query_htlc({paymentHashes:A?.map(A=>JB(A))??[],status:I,transferIds:g??[],matchRole:C,identityPublicKey:E,limit:B,offset:i})}catch(A){throw new xd("Failed to query HTLC",{operation:"query_htlc",error:A})}return e}async fulfillSparkInvoice(A){if(!Array.isArray(A)||0===A.length)throw new Wd("No Spark invoices provided",{field:"sparkInvoices",value:A,expected:"Non-empty array"});const I=[],g=[],C=[],B=[],{satsInvoices:i,tokenInvoices:Q,invalidInvoices:e}=await this.groupSparkInvoicesByPaymentType(A);if(e.length>0)return{satsTransactionSuccess:I,satsTransactionErrors:g,tokenTransactionSuccess:C,tokenTransactionErrors:B,invalidInvoices:e};if(Q.size>0){await this.syncTokenOutputs();const A=[];for(const[I,g]of Q.entries()){const C=sk({tokenIdentifier:JB(I),network:this.config.getNetworkType()}),B=g.map(A=>({tokenIdentifier:C,tokenAmount:A.amount,receiverSparkAddress:A.invoice})),i=g.map(A=>A.invoice),Q=B.reduce((A,I)=>A+I.tokenAmount,0n);A.push((async()=>{try{const A=await this.tokenOutputManager.acquireOutputs(C,A=>this.tokenTransactionService.selectTokenOutputs(A,Q,"SMALL_FIRST"),`fulfill-invoice-${C}`),I=new Map([[C,A]]);return{ok:!0,tokenIdentifier:C,invoices:i,txid:await this.tokenTransactionService.tokenTransfer({tokenOutputs:I,receiverOutputs:B,selectedOutputs:A})}}catch(A){return{ok:!1,tokenIdentifier:C,invoices:i,error:A instanceof Error?A:new Error(String(A))}}})())}const I=await Promise.all(A);for(const A of I)A.ok?C.push({tokenIdentifier:A.tokenIdentifier,invoices:A.invoices,txid:A.txid}):B.push({tokenIdentifier:A.tokenIdentifier,invoices:A.invoices,error:A.error})}if(i.length>0){const A=await this.transferWithInvoice(i);for(const C of A)C.ok?I.push({invoice:C.param.sparkInvoice??"",transferResponse:C.transfer}):g.push({invoice:C.param.sparkInvoice??"",error:C.error})}return{satsTransactionSuccess:I,satsTransactionErrors:g,tokenTransactionSuccess:C,tokenTransactionErrors:B,invalidInvoices:e}}async groupSparkInvoicesByPaymentType(A){const I=[],g=new Map,C=[],B=await this.getIdentityPublicKey();return A.forEach(A=>{const{invoice:i,amount:Q}=A;if(function(A){try{const{prefix:I}=eh(A);return I in Ch}catch{return!1}}(i))return void C.push({invoice:i,error:new Wd("Deprecated spark invoice format",{field:"invoice",value:i,expected:"Spark invoice prefixed with spark... Deprecated sp... formats are not supported."})});const e=Ih(i,this.config.getNetworkType());if(!e.sparkInvoiceFields)return void C.push({invoice:i,error:new Wd("Missing invoice fields",{field:"invoice",value:i,expected:"Valid invoice fields"})});const E=e.sparkInvoiceFields;var t;if(E.expiryTime&&E.expiryTime.getTime()<=Date.now())C.push({invoice:i,error:new Wd("Invoice expired",{field:"invoice",value:E.expiryTime.getTime(),expected:"Expiry time in the future"})});else if(E.senderPublicKey&&E.senderPublicKey!==B)C.push({invoice:i,error:new Wd("Sender public key mismatch",{field:"invoice",value:E.senderPublicKey,expected:B})});else if("sats"===E.paymentType?.type){const A=E.paymentType.amount;if(Q&&!((t=Q)>=BigInt(Number.MIN_SAFE_INTEGER)&&t<=BigInt(Number.MAX_SAFE_INTEGER)))return void C.push({invoice:i,error:new Wd("Invalid amount",{field:"invoice",value:Q,expected:"Safe for number"})});if(!A&&!Q)return void C.push({invoice:i,error:new Wd("No amount passed for nil amount invoice",{field:"invoice",expected:"Amount to fulfill passed to function for nil amount invoice"})});I.push({amountSats:A??Number(Q),receiverIdentityPubkey:JB(e.identityPublicKey),sparkInvoice:i})}else if("tokens"===E.paymentType?.type){const A=E.paymentType.tokenIdentifier,I=E.paymentType.amount;if(!A)return void C.push({invoice:i,error:new Wd("No token identifier passed for tokens invoice",{field:"invoice",value:i,expected:"Token identifier passed"})});if(!I&&!Q)return void C.push({invoice:i,error:new Wd("No amount passed for nil amount invoice",{field:"invoice",expected:"Amount to fulfill passed to function for nil amount invoice"})});g.has(A)?g.get(A).push({invoice:i,identifierHex:A,amount:I??Q}):g.set(A,[{invoice:i,identifierHex:A,amount:I??Q}])}else C.push({invoice:i,error:new Wd("Invalid payment type",{field:"invoice",expected:"sats or tokens invoice"})})}),{satsInvoices:I,tokenInvoices:g,invalidInvoices:C}}async querySparkInvoices(A){return await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_spark_invoices({invoice:A})}async getLightningSendFeeEstimate({encodedInvoice:A,amountSats:I}){const g=await this.getSspClient().getLightningSendFeeEstimate(A,I);if(!g)throw new Error("Failed to get lightning send fee estimate");switch(g.feeEstimate.originalUnit){case Ye.SATOSHI:return g.feeEstimate.originalValue;case Ye.MILLISATOSHI:return Math.ceil(g.feeEstimate.originalValue/1e3);default:throw new Error(`Unsupported fee estimate unit: ${g.feeEstimate.originalUnit}`)}}async withdraw({onchainAddress:A,exitSpeed:I,feeQuote:g,amountSats:C,feeAmountSats:B,feeQuoteId:i,deductFeeFromWithdrawalAmount:Q=!0}){if(!Number.isSafeInteger(C))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:C,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});if(g){switch(I){case Ve.FAST:B=(g.l1BroadcastFeeFast?.originalValue||0)+(g.userFeeFast?.originalValue||0);break;case Ve.MEDIUM:B=(g.l1BroadcastFeeMedium?.originalValue||0)+(g.userFeeMedium?.originalValue||0);break;case Ve.SLOW:B=(g.l1BroadcastFeeSlow?.originalValue||0)+(g.userFeeSlow?.originalValue||0);break;default:throw new Wd("Invalid exit speed",{field:"exitSpeed",value:I,expected:"FAST, MEDIUM, or SLOW"})}i=g.id}if(!B)throw new Wd("No fee quote or fee amount provided",{field:"feeQuote",value:g});if(!i)throw new Wd("No fee quote ID provided",{field:"feeQuoteId",value:i});return await this.coopExit(A,B,i,I,Q,C)}async coopExit(A,I,g,C,B,i){if(!Number.isSafeInteger(i))throw new Wd("Sats amount must be less than 2^53",{field:"targetAmountSats",value:i,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});i||(B=!0);const Q=async(Q,e)=>{const E=JB(this.config.getSspIdentityPublicKey()),t=[...e,...Q].map(A=>({leaf:A,keyDerivation:{type:hk.LEAF,path:A.id},newKeyDerivation:{type:hk.RANDOM},receiverIdentityPublicKey:E})),o=Fa(),n={leafExternalIds:Q.map(A=>A.id),withdrawalAddress:A,exitSpeed:C,withdrawAll:B,userOutboundTransferExternalId:o};B||(n.feeQuoteId=g,n.feeLeafExternalIds=e.map(A=>A.id));const a=this.getSspClient(),s=await a.requestCoopExit(n);if(!s?.rawConnectorTransaction)throw new Error("Failed to request coop exit");if(!s.rawCoopExitTransaction||!s.coopExitTxid)throw new Wd("SSP coop exit response missing L1 transaction fields",{field:"rawCoopExitTransaction"});const r=B?(i??Q.reduce((A,I)=>A+I.value,0))-I:i;!function({rawCoopExitTransaction:A,expectedCoopExitTxid:I,expectedPayoutAddress:g,expectedPayoutAmountSats:C,network:B}){const i=wh(A),Q=lh(i);if(Q!==I)throw new Wd("SSP coop exit response is inconsistent: coopExitTxid does not match rawCoopExitTransaction",{field:"coopExitTxid",value:I,expected:Q});let e;try{e=Dc.encode(Rc(ah(B)).decode(g))}catch(A){throw new Wd("Could not decode withdrawal address for payout validation",{field:"onchainAddress",value:g,cause:A instanceof Error?A.message:String(A)})}for(let A=0;A<i.outputsLength;A++){const I=i.getOutput(A);if(I?.script&&void 0!==I.amount&&Qr(I.script,e)&&I.amount>=BigInt(C))return}throw new Wd("SSP cooperative exit transaction does not pay the requested withdrawal address for the expected amount",{field:"rawCoopExitTransaction",value:g,expected:`>= ${C} sats to requested address`})}({rawCoopExitTransaction:s.rawCoopExitTransaction,expectedCoopExitTxid:s.coopExitTxid,expectedPayoutAddress:A,expectedPayoutAmountSats:r,network:this.config.getNetwork()});const c=wh(s.rawConnectorTransaction),D=JB(s.coopExitTxid),w=lh(c),d=[];for(let A=0;A<c.outputsLength-1;A++)d.push({txid:JB(w),index:A});const h=JB(this.config.getSspIdentityPublicKey()),y=JB(s.rawConnectorTransaction),l=await this.coopExitService.getConnectorRefundSignatures({leaves:t,exitTxId:D,connectorOutputs:d,receiverPubKey:h,transferId:o,connectorTx:y});if(!l.transfer)throw new Error("Failed to get connector refund signatures: no transfer returned");return await this.leafManager.handleTransferEvent(l.transfer),await a.completeCoopExit({userOutboundTransferExternalId:l.transfer.id})};if(B)return i?await this.leafManager.selectLeavesAndExecute([i],async A=>{const g=A[0];if(I>g.reduce((A,I)=>A+I.value,0))throw new Wd("The fee for the withdrawal is greater than the target withdrawal amount",{field:"fee",value:I,expected:"less than or equal to the target amount"});return await Q(g,[])}):await this.leafManager.executeWithAllLeaves(async A=>{if(I>A.reduce((A,I)=>A+I.value,0))throw new Wd("The fee for the withdrawal is greater than the target withdrawal amount",{field:"fee",value:I,expected:"less than or equal to the target amount"});return await Q(A,[])});if(!i)throw new Wd("targetAmountSats is required when deductFeeFromWithdrawalAmount is false",{field:"targetAmountSats",value:i,expected:"defined when deductFeeFromWithdrawalAmount is false"});return await this.leafManager.selectLeavesAndExecute([i,I],async A=>{const I=A[0],g=A[1];return await Q(I,g)})}async getWithdrawalFeeQuote({amountSats:A,withdrawalAddress:I}){const g=this.getSspClient();if(!Number.isSafeInteger(A))throw new Wd("Sats amount must be less than 2^53",{field:"amountSats",value:A,expected:"smaller or equal to "+Number.MAX_SAFE_INTEGER});return await this.leafManager.selectLeavesAndExecute([A],async A=>{const C=A[0].map(A=>A.id),B=await g.getCoopExitFeeQuote({leafExternalIds:C,withdrawalAddress:I});return this.leafManager.restoreLocalLockedToAvailable(C),B})}async getTransferFromSsp(A){return(await this.getSspClient().getTransfers([A]))?.[0]}async constructTransfersWithUserRequest(A){const I=KB(await this.config.signer.getIdentityPublicKey()),g=await(this.sspClient?.getTransfers(A.filter(A=>[x.COOPERATIVE_EXIT,x.COUNTER_SWAP_V3,x.COUNTER_SWAP,x.PREIMAGE_SWAP,x.PRIMARY_SWAP_V3,x.SWAP,x.UTXO_SWAP].includes(A.type)).map(A=>A.id))),C=new Map;for(const A of g||[])A&&A.sparkId&&A.userRequest&&C.set(A.sparkId,A.userRequest);return A.map(A=>QE(A,I,C.get(A.id)))}async getTransfer(A){const I=await this.transferService.queryTransfer(A);if(I)return(await this.constructTransfersWithUserRequest([I]))[0]}async getTransfers(A=20,I=0,g,C){if(g&&C)throw new Error("createdAfter and createdBefore are mutually exclusive - only one can be specified");const B=await this.transferService.queryAllTransfers({limit:A,offset:I,createdAfter:g,createdBefore:C,types:[x.COOPERATIVE_EXIT,x.PREIMAGE_SWAP,x.UTXO_SWAP,x.TRANSFER]});return{transfers:await this.constructTransfersWithUserRequest(B.transfers),offset:B.offset}}async syncTokenOutputs(A){const I=Array.isArray(A)&&A.length>0;this.logDebug("syncTokenOutputs",`starting scope=${I?"filtered":"all"} tokenCount=${A?.length??0}`);const g=I?A.map(A=>rk(A,this.config.getNetworkType()).tokenIdentifier):void 0,C=await this.tokenTransactionService.fetchOwnedTokenOutputs({ownerPublicKeys:[await this.config.signer.getIdentityPublicKey()],tokenIdentifiers:g}),B=new Map;for(const A of C){if(!A.output?.tokenIdentifier||!A.output.id)throw new Wd("Server returned incomplete token output",{field:"output",value:A,expected:"output.output.tokenIdentifier and output.output.id to be defined"});const I=sk({tokenIdentifier:A.output.tokenIdentifier,network:this.config.getNetworkType()});B.has(I)||B.set(I,[]),B.get(I).push(A)}await this.tokenOutputManager.setOutputs(B,I?A:void 0),this.logDebug("syncTokenOutputs",`completed outputCount=${C.length} tokenCount=${B.size}`)}async transferTokens({tokenIdentifier:A,tokenAmount:I,receiverSparkAddress:g,outputSelectionStrategy:C,selectedOutputs:B}){if(Ih(g,this.config.getNetworkType()).sparkInvoiceFields)throw new Wd("Spark address is a Spark invoice. Use fulfillSparkInvoice instead.",{field:"receiverSparkAddress",value:g});await this.syncTokenOutputs([A]);const i=C??"SMALL_FIRST",Q=await this.tokenOutputManager.acquireOutputs(A,A=>B?B.filter(I=>A.some(A=>A.output?.id===I.output?.id)):this.tokenTransactionService.selectTokenOutputs(A,I,i),`transfer-${A}`),e=new Map([[A,Q]]);return await this.tokenTransactionService.tokenTransfer({tokenOutputs:e,receiverOutputs:[{tokenIdentifier:A,tokenAmount:I,receiverSparkAddress:g}],outputSelectionStrategy:i,selectedOutputs:Q})}async batchTransferTokens(A,I="SMALL_FIRST",g){if(0===A.length)throw new Wd("At least one receiver output is required",{field:"receiverOutputs",value:A,expected:"Non-empty array"});for(const I of A)if(I.tokenAmount<=0n)throw new Wd("Token amount must be greater than 0",{field:"receiverOutputs",value:A,expected:"All outputs must have tokenAmount > 0"});const C=new Map;for(const I of A){const A=C.get(I.tokenIdentifier)??0n;C.set(I.tokenIdentifier,A+I.tokenAmount)}const B=[...C.keys()];await this.syncTokenOutputs(B);const i=new Map;for(const A of B){const B=C.get(A),Q=await this.tokenOutputManager.acquireOutputs(A,A=>g?g.filter(I=>A.some(A=>A.output?.id===I.output?.id)):this.tokenTransactionService.selectTokenOutputs(A,B,I),`batch-transfer-${A}`);i.set(A,Q)}const Q=new Map,e=[];for(const[A,I]of i)Q.set(A,I),e.push(...I);return await this.tokenTransactionService.tokenTransfer({tokenOutputs:Q,receiverOutputs:A,outputSelectionStrategy:I,selectedOutputs:e})}async queryTokenTransactions({sparkAddresses:A,ownerPublicKeys:I,issuerPublicKeys:g,tokenTransactionHashes:C,tokenIdentifiers:B,outputIds:i,order:Q,pageSize:e,offset:E}){return this.tokenTransactionService.queryTokenTransactions({sparkAddresses:A,ownerPublicKeys:I,issuerPublicKeys:g,tokenTransactionHashes:C,tokenIdentifiers:B,outputIds:i,order:Q,pageSize:e??50,offset:E??0})}async getTokenL1Address(){return Dh(await this.config.signer.getIdentityPublicKey(),this.config.getNetwork())}async queryTokenTransactionsByTxHashes(A){return this.tokenTransactionService.queryTokenTransactionsByTxHashes(A)}async queryTokenTransactionsWithFilters({sparkAddresses:A,issuerPublicKeys:I,tokenIdentifiers:g,outputIds:C,pageSize:B,cursor:i,direction:Q}){return this.tokenTransactionService.queryTokenTransactionsWithFilters({sparkAddresses:A,issuerPublicKeys:I,tokenIdentifiers:g,outputIds:C,pageSize:B,cursor:i,direction:Q})}async getTokenOutputStats(A){const I=await this.tokenOutputManager.getAvailableOutputs(A);return{outputCount:I.length,totalAmount:Dk(I)}}async signMessageWithIdentityKey(A,I){const g=Ya(A);return KB(await this.config.signer.signMessageWithIdentityKey(g,I))}async validateMessageWithIdentityKey(A,I){const g=Ya(A);return"string"==typeof I&&(I=JB(I)),this.config.signer.validateMessageWithIdentityKey(g,I)}async signTransaction(A,I="auto-detect"){try{const g=Oc.fromRaw(JB(A));let C;switch(I.toLowerCase()){case"identity":C=await this.config.signer.getIdentityPublicKey();break;case"deposit":C=await this.config.signer.getDepositSigningKey();break;default:{const A=await this.detectKeyForTransaction(g);C=A?A.publicKey:await this.config.signer.getIdentityPublicKey();break}}let B=0;for(let A=0;A<g.inputsLength;A++){const I=g.getInput(A);if(!I?.witnessUtxo?.script)continue;const i=I.witnessUtxo.script;if(1===i.length&&81===i[0])continue;const Q=sh(C,this.config.getNetwork());if(KB(i)===KB(Q))try{this.config.signer.signTransactionIndex(g,A,C),B++}catch(I){throw new Wd(`Failed to sign input ${A}: ${I instanceof Error?I.message:String(I)}`,{field:"input",value:A})}}if(0===B)throw new Error("No inputs were signed. Check that the transaction contains inputs controlled by this wallet.");return g.finalize(),g.hex}catch(A){throw this.logger.error(`Error signing transaction: ${A instanceof Error?A.message:String(A)}`),A}}async detectKeyForTransaction(A){try{const I=await this.config.signer.getIdentityPublicKey(),g=await this.config.signer.getDepositSigningKey();for(let C=0;C<A.inputsLength;C++){const B=A.getInput(C);if(B?.witnessUtxo?.script){const A=B.witnessUtxo.script,C=sh(I,this.config.getNetwork()),i=sh(g,this.config.getNetwork());if(KB(A)===KB(C))return{publicKey:I,keyType:"identity"};if(KB(A)===KB(i))return{publicKey:g,keyType:"deposit"}}}return null}catch(A){return this.logger.warn(`Error during key auto-detection: ${A instanceof Error?A.message:String(A)}`),null}}async getLightningReceiveRequest(A){return await this.getSspClient().getLightningReceiveRequest(A)}async getLightningSendRequest(A){return await this.getSspClient().getLightningSendRequest(A)}async getCoopExitRequest(A){return await this.getSspClient().getCoopExitRequest(A)}async checkTimelock(A){const I=await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress());try{const g=(await I.query_nodes({source:{$case:"nodeIds",nodeIds:{nodeIds:[A]}},includeParents:!1,network:oh[this.config.getNetwork()]})).nodes[A];if(!g)throw new Wd("Node not found",{field:"nodeId",value:A});const C=!g.parentNodeId;if(!g.nodeTx||0===g.nodeTx.length)throw new Wd(`Node transaction data is missing or empty for ${C?"root":"non-root"} node`,{field:"nodeTx",value:g.nodeTx?.length||0});if(!g.refundTx||0===g.refundTx.length)throw new Wd(`Refund transaction data is missing or empty for ${C?"root":"non-root"} node`,{field:"refundTx",value:g.refundTx?.length||0});let B,i;try{B=dh(g.nodeTx)}catch(A){throw new Wd(`Failed to parse node transaction for ${C?"root":"non-root"} node: ${A instanceof Error?A.message:String(A)}`,{field:"nodeTx",value:g.nodeTx.length})}try{i=dh(g.refundTx)}catch(A){throw new Wd(`Failed to parse refund transaction for ${C?"root":"non-root"} node: ${A instanceof Error?A.message:String(A)}`,{field:"refundTx",value:g.refundTx.length})}const Q=B.getInput(0);if(!Q)throw new Wd(`Node transaction has no inputs for ${C?"root":"non-root"} node`,{field:"nodeInput",value:B.inputsLength});const e=i.getInput(0);if(!e)throw new Wd(`Refund transaction has no inputs for ${C?"root":"non-root"} node`,{field:"refundInput",value:i.inputsLength});if(null==Q.sequence)throw new Wd(`Node transaction has no sequence for ${C?"root":"non-root"} node`,{field:"sequence",value:Q.sequence});if(null==e.sequence)throw new Wd(`Refund transaction has no sequence for ${C?"root":"non-root"} node`,{field:"sequence",value:e.sequence});return{nodeTimelock:65535&Q.sequence,refundTimelock:65535&e.sequence}}catch(I){throw new xd(`Failed to check timelock for node ${A}`,{operation:"query_nodes",error:I})}}cleanupState(){this.disposed=!0,this.singletonKey&&A.instances.get(this.singletonKey)===this&&A.instances.delete(this.singletonKey),this.claimTransfersInterval&&(clearInterval(this.claimTransfersInterval),this.claimTransfersInterval=null),this.tokenOptimizationInterval&&(clearInterval(this.tokenOptimizationInterval),this.tokenOptimizationInterval=null),this.streamController&&!this.streamController.signal.aborted&&(this.emit("stream:disconnected","Wallet cleanup requested"),this.streamController.abort()),this.removeAllListeners()}async cleanup(){this.cleanupState();try{await this.connectionManager.closeConnections()}finally{await this.logging.close()}}async cleanupConnections(){await this.cleanup()}static async resetInstances(){const I=[];for(const g of A.instances.values())I.push(g.cleanup().catch(()=>{}));await Promise.all(I),A.instances.clear(),A.initMutexes.clear()}runPeriodicClaimTransfers(A,I){this.periodicClaimTransfersInProgress?this.logEvent("claimTransfers: skipping periodic claim pass because a previous pass is still running"):(this.periodicClaimTransfersInProgress=!0,this.claimTransfers(A,I).catch(A=>{this.logger.error("Error in periodic transfer claiming:",A)}).finally(()=>{this.periodicClaimTransfersInProgress=!1}))}startPeriodicClaimTransfers(){this.claimTransfersInterval&&clearInterval(this.claimTransfersInterval),this.runPeriodicClaimTransfers(),this.claimTransfersInterval=setInterval(()=>{this.runPeriodicClaimTransfers([x.TRANSFER,x.COOPERATIVE_EXIT,x.PREIMAGE_SWAP,x.UTXO_SWAP],!0)},1e4),this.claimTransfersInterval.unref?.()}async getUserRequests(A={}){return await this.getSspClient().getUserRequests(A)}async setPrivacyEnabled(A){const I=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).update_wallet_setting({privateEnabled:A});return I.walletSetting?gE(I.walletSetting):void 0}async getWalletSettings(){const A=await(await this.connectionManager.createSparkClient(this.config.getCoordinatorAddress())).query_wallet_setting({});return A.walletSetting?gE(A.walletSetting):void 0}async registerSparkWalletWebhook(A){return await this.getSspClient().registerSparkWalletWebhook(A)}async deleteSparkWalletWebhook(A){return await this.getSspClient().deleteSparkWalletWebhook(A)}async listSparkWalletWebhooks(){return await this.getSspClient().listSparkWalletWebhooks()}isOptimizationInProgress(){return Promise.resolve(this.leafManager.isOptimizing())}isTokenOptimizationInProgress(){return Promise.resolve(this.tokenOptimizationInProgress)}static async handlePublicMethodError(A,{wallet:I,serverTraceId:g}={}){const C={};if("string"==typeof g&&g.length>0&&(C.serverTraceId=g),I)try{C.idPubKey=KB(await I.config.signer.getIdentityPublicKey())}catch{}return A instanceof Td?(Object.keys(C).length>0&&A.update({context:C}),A):A instanceof Error?new Td(A.message,{...C,error:A}):new Td(String(A),{...C,error:A})}static wrapMethod(A,I,g){return g.logging.wrap("SparkWallet",A,I,g,g.getPublicMethodDecorator())}getPublicMethodDecorator(){return(I,g,C)=>async(...I)=>{try{return await g.apply(C,I)}catch(I){const g=this.connectionManager.lastServerTraceId;throw await A.handlePublicMethodError(I,{wallet:this,serverTraceId:g})}}}wrapPublicMethod(A){this.logging.wrapMethodOnTarget("SparkWallet",this,String(A),{decorator:this.getPublicMethodDecorator(),errorMessage:`Method ${String(A)} is not a function on SparkWallet.`})}flushPendingMethodLogs(){this.logging.flushPendingLogs("SparkWallet")}setMethodLoggingEnabled(A){this.logging.setMethodLoggingEnabled("SparkWallet",A)}isMethodLoggingEnabled(){return this.logging.isMethodLoggingEnabled("SparkWallet")}getPublicMethodNames(){return BN}wrapPublicMethods(){this.logging.wrapNamedMethods("SparkWallet",this,this.getPublicMethodNames(),{decorator:this.getPublicMethodDecorator(),errorMessage:A=>`Method ${A} is not a function on SparkWallet.`})}};const BN=["advancedDeposit","batchTransferTokens","checkTimelock","claimDeposit","claimMultiUtxoDeposit","claimStaticDeposit","claimStaticDepositWithMaxFee","experimental_ClaimInstantStaticDeposit","cleanup","cleanupConnections","createHTLC","getHTLCPreimage","claimHTLC","queryHTLC","createHTLCSenderSpendTx","createHTLCReceiverSpendTx","createLightningHodlInvoice","createLightningInvoice","createSatsInvoice","createTokensInvoice","fulfillSparkInvoice","getBalance","getCachedBalance","getClaimStaticDepositQuote","getCoopExitRequest","experimental_GetInstantStaticDepositQuote","getIdentityPublicKey","getLeaves","getLightningReceiveRequest","getLightningSendFeeEstimate","getLightningSendRequest","getSingleUseDepositAddress","getSparkAddress","getStaticDepositAddress","getSwapFeeEstimate","getTokenL1Address","getTransfer","getTransferFromSsp","getTransfers","getUnusedDepositAddresses","getUserRequests","getUtxosForDepositAddress","getUtxosForIdentity","getWalletSettings","getWithdrawalFeeQuote","isOptimizationInProgress","isTokenOptimizationInProgress","optimizeTokenOutputs","payLightningInvoice","querySparkInvoices","queryStaticDepositAddresses","queryTokenTransactions","queryTokenTransactionsByTxHashes","queryTokenTransactionsWithFilters","refundAndBroadcastStaticDeposit","refundStaticDeposit","setPrivacyEnabled","signMessageWithIdentityKey","signTransaction","experimental_syncWallet","transfer","transferV2","transferTokens","registerSparkWalletWebhook","deleteSparkWalletWebhook","listSparkWalletWebhooks","validateMessageWithIdentityKey","withdraw"];function iN(A){return"connected"===A?.$case}function QN(A){return"heartbeat"===A?.$case}function eN(A){return A?.$case??"unknown"}function EN(A){return Boolean("receiverTransfer"===A?.$case&&A.receiverTransfer.transfer)}var tN=Q(8287);void 0===globalThis.Buffer&&(globalThis.Buffer=tN.hp),"undefined"!=typeof window&&(void 0===window.global&&(window.global=window),void 0===window.globalThis&&(window.globalThis=window));var oN=Q(139),nN=Q(2260);let aN,sN=null;function rN(){return null!==sN&&0!==sN.byteLength||(sN=new Uint8Array(aN.memory.buffer)),sN}let cN=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0});cN.decode();let DN=0;function wN(A,I){return function(A,I){return DN+=I,DN>=2146435072&&(cN=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0}),cN.decode(),DN=I),cN.decode(rN().subarray(A,A+I))}(A>>>=0,I)}let dN=0;const hN=new TextEncoder;function yN(A,I,g){if(void 0===g){const g=hN.encode(A),C=I(g.length,1)>>>0;return rN().subarray(C,C+g.length).set(g),dN=g.length,C}let C=A.length,B=I(C,1)>>>0;const i=rN();let Q=0;for(;Q<C;Q++){const I=A.charCodeAt(Q);if(I>127)break;i[B+Q]=I}if(Q!==C){0!==Q&&(A=A.slice(Q)),B=g(B,C,C=Q+3*A.length,1)>>>0;const I=rN().subarray(B+Q,B+C);Q+=hN.encodeInto(A,I).written,B=g(B,C,Q,1)>>>0}return dN=Q,B}"encodeInto"in hN||(hN.encodeInto=function(A,I){const g=hN.encode(A);return I.set(g),{read:A.length,written:g.length}});let lN=null;function kN(){return(null===lN||!0===lN.buffer.detached||void 0===lN.buffer.detached&&lN.buffer!==aN.memory.buffer)&&(lN=new DataView(aN.memory.buffer)),lN}function uN(A){return null==A}function NN(A){const I=typeof A;if("number"==I||"boolean"==I||null==A)return`${A}`;if("string"==I)return`"${A}"`;if("symbol"==I){const I=A.description;return null==I?"Symbol":`Symbol(${I})`}if("function"==I){const I=A.name;return"string"==typeof I&&I.length>0?`Function(${I})`:"Function"}if(Array.isArray(A)){const I=A.length;let g="[";I>0&&(g+=NN(A[0]));for(let C=1;C<I;C++)g+=", "+NN(A[C]);return g+="]",g}const g=/\[object ([^\]]+)\]/.exec(toString.call(A));let C;if(!(g&&g.length>1))return toString.call(A);if(C=g[1],"Object"==C)try{return"Object("+JSON.stringify(A)+")"}catch(A){return"Object"}return A instanceof Error?`${A.name}: ${A.message}\n${A.stack}`:C}function GN(A){const I=aN.__externref_table_alloc();return aN.__wbindgen_externrefs.set(I,A),I}function pN(A,I){try{return A.apply(this,I)}catch(A){const I=GN(A);aN.__wbindgen_exn_store(I)}}function SN(A,I){return A>>>=0,rN().subarray(A/1,A/1+I)}function fN(A,I){const g=I(1*A.length,1)>>>0;return rN().set(A,g/1),dN=A.length,g}function FN(A){const I=aN.__wbindgen_externrefs.get(A);return aN.__externref_table_dealloc(A),I}function RN(A,I){if(!(A instanceof I))throw new Error(`expected instance of ${I.name}`)}const UN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_adaptorsignatureresult_free(A>>>0,1));var MN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,UN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,UN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_adaptorsignatureresult_free(A,0)}get signature(){const A=aN.__wbg_get_adaptorsignatureresult_signature(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set signature(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get adaptor_private_key(){const A=aN.__wbg_get_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set adaptor_private_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(MN.prototype[Symbol.dispose]=MN.prototype.free);const KN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_dummytx_free(A>>>0,1));var mN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,KN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,KN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_dummytx_free(A,0)}get tx(){const A=aN.__wbg_get_dummytx_tx(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set tx(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get txid(){let A,I;try{const g=aN.__wbg_get_dummytx_txid(this.__wbg_ptr);return A=g[0],I=g[1],wN(g[0],g[1])}finally{aN.__wbindgen_free(A,I,1)}}set txid(A){const I=yN(A,aN.__wbindgen_malloc,aN.__wbindgen_realloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(mN.prototype[Symbol.dispose]=mN.prototype.free);const JN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_htlcspendresult_free(A>>>0,1));var bN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,JN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,JN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_htlcspendresult_free(A,0)}get tx(){const A=aN.__wbg_get_htlcspendresult_tx(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set tx(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get sighash(){const A=aN.__wbg_get_htlcspendresult_sighash(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set sighash(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}get script(){const A=aN.__wbg_get_htlcspendresult_script(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set script(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_htlcspendresult_script(this.__wbg_ptr,I,g)}get control_block(){const A=aN.__wbg_get_htlcspendresult_control_block(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set control_block(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_htlcspendresult_control_block(this.__wbg_ptr,I,g)}};Symbol.dispose&&(bN.prototype[Symbol.dispose]=bN.prototype.free);const HN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_keypackage_free(A>>>0,1));var YN=class{__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,HN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_keypackage_free(A,0)}constructor(A,I,g){const C=fN(A,aN.__wbindgen_malloc),B=dN,i=fN(I,aN.__wbindgen_malloc),Q=dN,e=fN(g,aN.__wbindgen_malloc),E=dN;return this.__wbg_ptr=aN.keypackage_new(C,B,i,Q,e,E)>>>0,HN.register(this,this.__wbg_ptr,this),this}get secret_key(){const A=aN.__wbg_get_keypackage_secret_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set secret_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get public_key(){const A=aN.__wbg_get_keypackage_public_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set public_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}get verifying_key(){const A=aN.__wbg_get_keypackage_verifying_key(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set verifying_key(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_htlcspendresult_script(this.__wbg_ptr,I,g)}};Symbol.dispose&&(YN.prototype[Symbol.dispose]=YN.prototype.free);const LN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_nodetxpairresult_free(A>>>0,1));var qN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,LN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,LN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_nodetxpairresult_free(A,0)}get cpfp(){const A=aN.__wbg_get_nodetxpairresult_cpfp(this.__wbg_ptr);return AG.__wrap(A)}set cpfp(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_cpfp(this.__wbg_ptr,I)}get direct(){const A=aN.__wbg_get_nodetxpairresult_direct(this.__wbg_ptr);return AG.__wrap(A)}set direct(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_direct(this.__wbg_ptr,I)}};Symbol.dispose&&(qN.prototype[Symbol.dispose]=qN.prototype.free);const VN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_nonceresult_free(A>>>0,1));var TN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,VN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,VN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_nonceresult_free(A,0)}get nonce(){const A=aN.__wbg_get_nonceresult_nonce(this.__wbg_ptr);return jN.__wrap(A)}set nonce(A){RN(A,jN);var I=A.__destroy_into_raw();aN.__wbg_set_nonceresult_nonce(this.__wbg_ptr,I)}get commitment(){const A=aN.__wbg_get_nonceresult_commitment(this.__wbg_ptr);return ON.__wrap(A)}set commitment(A){RN(A,ON);var I=A.__destroy_into_raw();aN.__wbg_set_nonceresult_commitment(this.__wbg_ptr,I)}};Symbol.dispose&&(TN.prototype[Symbol.dispose]=TN.prototype.free);const vN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_refundtxtrioresult_free(A>>>0,1));var ZN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,vN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,vN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_refundtxtrioresult_free(A,0)}get cpfp_refund(){const A=aN.__wbg_get_nodetxpairresult_cpfp(this.__wbg_ptr);return AG.__wrap(A)}set cpfp_refund(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_cpfp(this.__wbg_ptr,I)}get direct_refund(){const A=aN.__wbg_get_refundtxtrioresult_direct_refund(this.__wbg_ptr);return 0===A?void 0:AG.__wrap(A)}set direct_refund(A){let I=0;uN(A)||(RN(A,AG),I=A.__destroy_into_raw()),aN.__wbg_set_refundtxtrioresult_direct_refund(this.__wbg_ptr,I)}get direct_from_cpfp_refund(){const A=aN.__wbg_get_nodetxpairresult_direct(this.__wbg_ptr);return AG.__wrap(A)}set direct_from_cpfp_refund(A){RN(A,AG);var I=A.__destroy_into_raw();aN.__wbg_set_nodetxpairresult_direct(this.__wbg_ptr,I)}};Symbol.dispose&&(ZN.prototype[Symbol.dispose]=ZN.prototype.free);const xN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_secretshareresult_free(A>>>0,1));var WN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,xN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,xN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_secretshareresult_free(A,0)}constructor(A,I,g){const C=fN(g,aN.__wbindgen_malloc),B=dN;return this.__wbg_ptr=aN.secretshareresult_new(A,I,C,B)>>>0,xN.register(this,this.__wbg_ptr,this),this}get threshold(){return aN.__wbg_get_secretshareresult_threshold(this.__wbg_ptr)>>>0}set threshold(A){aN.__wbg_set_secretshareresult_threshold(this.__wbg_ptr,A)}get index(){return aN.__wbg_get_secretshareresult_index(this.__wbg_ptr)>>>0}set index(A){aN.__wbg_set_secretshareresult_index(this.__wbg_ptr,A)}get share(){const A=aN.__wbg_get_secretshareresult_share(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set share(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}};Symbol.dispose&&(WN.prototype[Symbol.dispose]=WN.prototype.free);const PN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_signingcommitment_free(A>>>0,1));var ON=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,PN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,PN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_signingcommitment_free(A,0)}constructor(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN;return this.__wbg_ptr=aN.signingcommitment_new(g,C,B,i)>>>0,PN.register(this,this.__wbg_ptr,this),this}get hiding(){const A=aN.__wbg_get_signingcommitment_hiding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set hiding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get binding(){const A=aN.__wbg_get_signingcommitment_binding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set binding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(ON.prototype[Symbol.dispose]=ON.prototype.free);const XN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_signingnonce_free(A>>>0,1));var jN=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,XN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,XN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_signingnonce_free(A,0)}constructor(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN;return this.__wbg_ptr=aN.signingcommitment_new(g,C,B,i)>>>0,XN.register(this,this.__wbg_ptr,this),this}get hiding(){const A=aN.__wbg_get_signingnonce_hiding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set hiding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get binding(){const A=aN.__wbg_get_signingnonce_binding(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set binding(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}};Symbol.dispose&&(jN.prototype[Symbol.dispose]=jN.prototype.free);const zN="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_timelockresult_free(A>>>0,1));var _N=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,zN.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,zN.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_timelockresult_free(A,0)}get next_sequence(){return aN.__wbg_get_timelockresult_next_sequence(this.__wbg_ptr)>>>0}set next_sequence(A){aN.__wbg_set_timelockresult_next_sequence(this.__wbg_ptr,A)}get next_direct_sequence(){return aN.__wbg_get_timelockresult_next_direct_sequence(this.__wbg_ptr)>>>0}set next_direct_sequence(A){aN.__wbg_set_timelockresult_next_direct_sequence(this.__wbg_ptr,A)}};Symbol.dispose&&(_N.prototype[Symbol.dispose]=_N.prototype.free);const $N="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_transactionresult_free(A>>>0,1));var AG=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,$N.register(g,g.__wbg_ptr,g),g}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,$N.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_transactionresult_free(A,0)}get tx(){const A=aN.__wbg_get_transactionresult_tx(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set tx(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_signature(this.__wbg_ptr,I,g)}get sighash(){const A=aN.__wbg_get_transactionresult_sighash(this.__wbg_ptr);var I=SN(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],1*A[1],1),I}set sighash(A){const I=fN(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_adaptorsignatureresult_adaptor_private_key(this.__wbg_ptr,I,g)}get inputs(){const A=aN.__wbg_get_transactionresult_inputs(this.__wbg_ptr);var I=function(A,I){A>>>=0;const g=kN(),C=[];for(let B=A;B<A+4*I;B+=4)C.push(aN.__wbindgen_externrefs.get(g.getUint32(B,!0)));return aN.__externref_drop_slice(A,I),C}(A[0],A[1]).slice();return aN.__wbindgen_free(A[0],4*A[1],4),I}set inputs(A){const I=function(A,I){const g=I(4*A.length,4)>>>0;for(let I=0;I<A.length;I++){const C=GN(A[I]);kN().setUint32(g+4*I,C,!0)}return dN=A.length,g}(A,aN.__wbindgen_malloc),g=dN;aN.__wbg_set_transactionresult_inputs(this.__wbg_ptr,I,g)}};Symbol.dispose&&(AG.prototype[Symbol.dispose]=AG.prototype.free);const IG="undefined"==typeof FinalizationRegistry?{register:()=>{},unregister:()=>{}}:new FinalizationRegistry(A=>aN.__wbg_txin_free(A>>>0,1));var gG=class A{static __wrap(I){I>>>=0;const g=Object.create(A.prototype);return g.__wbg_ptr=I,IG.register(g,g.__wbg_ptr,g),g}static __unwrap(I){return I instanceof A?I.__destroy_into_raw():0}__destroy_into_raw(){const A=this.__wbg_ptr;return this.__wbg_ptr=0,IG.unregister(this),A}free(){const A=this.__destroy_into_raw();aN.__wbg_txin_free(A,0)}get sequence(){return aN.__wbg_get_timelockresult_next_sequence(this.__wbg_ptr)>>>0}set sequence(A){aN.__wbg_set_timelockresult_next_sequence(this.__wbg_ptr,A)}};Symbol.dispose&&(gG.prototype[Symbol.dispose]=gG.prototype.free);const CG=new Set(["basic","cors","default"]);function BG(){const A={wbg:{}};return A.wbg.__wbg_Error_e83987f665cf5504=function(A,I){return Error(wN(A,I))},A.wbg.__wbg_Number_bb48ca12f395cd08=function(A){return Number(A)},A.wbg.__wbg_String_8f0eb39a4a4c2f66=function(A,I){const g=yN(String(I),aN.__wbindgen_malloc,aN.__wbindgen_realloc),C=dN;kN().setInt32(A+4,C,!0),kN().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_bigint_get_as_i64_f3ebc5a755000afd=function(A,I){const g="bigint"==typeof I?I:void 0;kN().setBigInt64(A+8,uN(g)?BigInt(0):g,!0),kN().setInt32(A+0,!uN(g),!0)},A.wbg.__wbg___wbindgen_boolean_get_6d5a1ee65bab5f68=function(A){const I="boolean"==typeof A?A:void 0;return uN(I)?16777215:I?1:0},A.wbg.__wbg___wbindgen_debug_string_df47ffb5e35e6763=function(A,I){const g=yN(NN(I),aN.__wbindgen_malloc,aN.__wbindgen_realloc),C=dN;kN().setInt32(A+4,C,!0),kN().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_in_bb933bd9e1b3bc0f=function(A,I){return A in I},A.wbg.__wbg___wbindgen_is_bigint_cb320707dcd35f0b=function(A){return"bigint"==typeof A},A.wbg.__wbg___wbindgen_is_function_ee8a6c5833c90377=function(A){return"function"==typeof A},A.wbg.__wbg___wbindgen_is_object_c818261d21f283a4=function(A){return"object"==typeof A&&null!==A},A.wbg.__wbg___wbindgen_is_string_fbb76cb2940daafd=function(A){return"string"==typeof A},A.wbg.__wbg___wbindgen_is_undefined_2d472862bd29a478=function(A){return void 0===A},A.wbg.__wbg___wbindgen_jsval_eq_6b13ab83478b1c50=function(A,I){return A===I},A.wbg.__wbg___wbindgen_jsval_loose_eq_b664b38a2f582147=function(A,I){return A==I},A.wbg.__wbg___wbindgen_number_get_a20bf9b85341449d=function(A,I){const g="number"==typeof I?I:void 0;kN().setFloat64(A+8,uN(g)?0:g,!0),kN().setInt32(A+0,!uN(g),!0)},A.wbg.__wbg___wbindgen_string_get_e4f06c90489ad01b=function(A,I){const g="string"==typeof I?I:void 0;var C=uN(g)?0:yN(g,aN.__wbindgen_malloc,aN.__wbindgen_realloc),B=dN;kN().setInt32(A+4,B,!0),kN().setInt32(A+0,C,!0)},A.wbg.__wbg___wbindgen_throw_b855445ff6a94295=function(A,I){throw new Error(wN(A,I))},A.wbg.__wbg_call_525440f72fbfc0ea=function(){return pN(function(A,I,g){return A.call(I,g)},arguments)},A.wbg.__wbg_call_e762c39fa8ea36bf=function(){return pN(function(A,I){return A.call(I)},arguments)},A.wbg.__wbg_crypto_574e78ad8b13b65f=function(A){return Rd()},A.wbg.__wbg_done_2042aa2670fb1db1=function(A){return A.done},A.wbg.__wbg_entries_e171b586f8f6bdbf=function(A){return Object.entries(A)},A.wbg.__wbg_getRandomValues_b8f5dbd5f3995a9e=function(){return pN(function(A,I){A.getRandomValues(I)},arguments)},A.wbg.__wbg_get_7bed016f185add81=function(A,I){return A[I>>>0]},A.wbg.__wbg_get_efcb449f58ec27c2=function(){return pN(function(A,I){return Reflect.get(A,I)},arguments)},A.wbg.__wbg_get_with_ref_key_1dc361bd10053bfe=function(A,I){return A[I]},A.wbg.__wbg_instanceof_ArrayBuffer_70beb1189ca63b38=function(A){let I;try{I=A instanceof ArrayBuffer}catch(A){I=!1}return I},A.wbg.__wbg_instanceof_Uint8Array_20c8e73002f7af98=function(A){let I;try{I=A instanceof Uint8Array}catch(A){I=!1}return I},A.wbg.__wbg_isArray_96e0af9891d0945d=function(A){return Array.isArray(A)},A.wbg.__wbg_isSafeInteger_d216eda7911dde36=function(A){return Number.isSafeInteger(A)},A.wbg.__wbg_iterator_e5822695327a3c39=function(){return Symbol.iterator},A.wbg.__wbg_length_69bca3cb64fc8748=function(A){return A.length},A.wbg.__wbg_length_cdd215e10d9dd507=function(A){return A.length},A.wbg.__wbg_msCrypto_a61aeb35a24c1329=function(A){return A.msCrypto},A.wbg.__wbg_new_1acc0b6eea89d040=function(){return new Object},A.wbg.__wbg_new_5a79be3ab53b8aa5=function(A){return new Uint8Array(A)},A.wbg.__wbg_new_e17d9f43105b08be=function(){return[]},A.wbg.__wbg_new_no_args_ee98eee5275000a4=function(A,I){return new Function(wN(A,I))},A.wbg.__wbg_new_with_length_01aa0dc35aa13543=function(A){return new Uint8Array(A>>>0)},A.wbg.__wbg_next_020810e0ae8ebcb0=function(){return pN(function(A){return A.next()},arguments)},A.wbg.__wbg_next_2c826fe5dfec6b6a=function(A){return A.next},A.wbg.__wbg_node_905d3e251edff8a2=function(A){return A.node},A.wbg.__wbg_process_dc0fbacc7c1c06f7=function(A){return A.process},A.wbg.__wbg_prototypesetcall_2a6620b6922694b2=function(A,I,g){Uint8Array.prototype.set.call(SN(A,I),g)},A.wbg.__wbg_randomFillSync_ac0988aba3254290=function(){return pN(function(A,I){A.randomFillSync(I)},arguments)},A.wbg.__wbg_require_60cc747a6bc5215a=function(){return pN(function(){throw new Error("WASM ESM wrapper should receive crypto via setCrypto(), not module.require.")},arguments)},A.wbg.__wbg_secretshareresult_new=function(A){return WN.__wrap(A)},A.wbg.__wbg_set_3f1d0b984ed272ed=function(A,I,g){A[I]=g},A.wbg.__wbg_set_c213c871859d6500=function(A,I,g){A[I>>>0]=g},A.wbg.__wbg_static_accessor_GLOBAL_89e1d9ac6a1b250e=function(){const A="undefined"==typeof global?null:global;return uN(A)?0:GN(A)},A.wbg.__wbg_static_accessor_GLOBAL_THIS_8b530f326a9e48ac=function(){const A="undefined"==typeof globalThis?null:globalThis;return uN(A)?0:GN(A)},A.wbg.__wbg_static_accessor_SELF_6fdf4b64710cc91b=function(){const A="undefined"==typeof self?null:self;return uN(A)?0:GN(A)},A.wbg.__wbg_static_accessor_WINDOW_b45bfc5a37f6cfa2=function(){const A="undefined"==typeof window?null:window;return uN(A)?0:GN(A)},A.wbg.__wbg_subarray_480600f3d6a9f26c=function(A,I,g){return A.subarray(I>>>0,g>>>0)},A.wbg.__wbg_txin_new=function(A){return gG.__wrap(A)},A.wbg.__wbg_txin_unwrap=function(A){return gG.__unwrap(A)},A.wbg.__wbg_value_692627309814bb8c=function(A){return A.value},A.wbg.__wbg_versions_c01dfd4722a88165=function(A){return A.versions},A.wbg.__wbindgen_cast_2241b6af4c4b2941=function(A,I){return wN(A,I)},A.wbg.__wbindgen_cast_4625c577ab2ec9ee=function(A){return BigInt.asUintN(64,A)},A.wbg.__wbindgen_cast_cb9088102bce6b30=function(A,I){return SN(A,I)},A.wbg.__wbindgen_cast_d6cd19b81560fd6e=function(A){return A},A.wbg.__wbindgen_init_externref_table=function(){const A=aN.__wbindgen_externrefs,I=A.grow(4);A.set(0,void 0),A.set(I+0,void 0),A.set(I+1,null),A.set(I+2,!0),A.set(I+3,!1)},A}async function iG(A){if(void 0!==aN)return aN;if(void 0!==A&&(Object.getPrototypeOf(A)===Object.prototype?({module_or_path:A}=A):console.warn("using deprecated parameters for the initialization function; pass a single object instead")),void 0===A)throw new Error("WASM module path must be provided. This should be set automatically by the SDK.");const I=BG();("string"==typeof A||"function"==typeof Request&&A instanceof Request||"function"==typeof URL&&A instanceof URL)&&(A=fetch(A));const{instance:g,module:C}=await async function(A,I){if("function"==typeof Response&&A instanceof Response){if("function"==typeof WebAssembly.instantiateStreaming)try{return await WebAssembly.instantiateStreaming(A,I)}catch(I){if(!A.ok||!CG.has(A.type)||"application/wasm"===A.headers.get("Content-Type"))throw I;console.warn("`WebAssembly.instantiateStreaming` failed because your server does not serve Wasm with `application/wasm` MIME type. Falling back to `WebAssembly.instantiate` which is slower. Original error:\n",I)}const g=await A.arrayBuffer();return await WebAssembly.instantiate(g,I)}{const g=await WebAssembly.instantiate(A,I);return g instanceof WebAssembly.Instance?{instance:g,module:A}:g}}(await A,I);return function(A,I){return aN=A.exports,iG.__wbindgen_wasm_module=I,lN=null,sN=null,aN.__wbindgen_start(),aN}(g,C)}var QG=I("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");function eG(A){return new ON(A.hiding,A.binding)}let EG,tG=null;function oG(){return null!==tG&&0!==tG.byteLength||(tG=new Uint8Array(EG.memory.buffer)),tG}let nG=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0});nG.decode();let aG=0;function sG(A,I){return function(A,I){return aG+=I,aG>=2146435072&&(nG=new TextDecoder("utf-8",{ignoreBOM:!0,fatal:!0}),nG.decode(),aG=I),nG.decode(oG().subarray(A,A+I))}(A>>>=0,I)}let rG=0;const cG=new TextEncoder;function DG(A,I,g){if(void 0===g){const g=cG.encode(A),C=I(g.length,1)>>>0;return oG().subarray(C,C+g.length).set(g),rG=g.length,C}let C=A.length,B=I(C,1)>>>0;const i=oG();let Q=0;for(;Q<C;Q++){const I=A.charCodeAt(Q);if(I>127)break;i[B+Q]=I}if(Q!==C){0!==Q&&(A=A.slice(Q)),B=g(B,C,C=Q+3*A.length,1)>>>0;const I=oG().subarray(B+Q,B+C);Q+=cG.encodeInto(A,I).written,B=g(B,C,Q,1)>>>0}return rG=Q,B}"encodeInto"in cG||(cG.encodeInto=function(A,I){const g=cG.encode(A);return I.set(g),{read:A.length,written:g.length}});let wG=null;function dG(){return(null===wG||!0===wG.buffer.detached||void 0===wG.buffer.detached&&wG.buffer!==EG.memory.buffer)&&(wG=new DataView(EG.memory.buffer)),wG}function hG(A){return null==A}function yG(A){const I=typeof A;if("number"==I||"boolean"==I||null==A)return`${A}`;if("string"==I)return`"${A}"`;if("symbol"==I){const I=A.description;return null==I?"Symbol":`Symbol(${I})`}if("function"==I){const I=A.name;return"string"==typeof I&&I.length>0?`Function(${I})`:"Function"}if(Array.isArray(A)){const I=A.length;let g="[";I>0&&(g+=yG(A[0]));for(let C=1;C<I;C++)g+=", "+yG(A[C]);return g+="]",g}const g=/\[object ([^\]]+)\]/.exec(toString.call(A));let C;if(!(g&&g.length>1))return toString.call(A);if(C=g[1],"Object"==C)try{return"Object("+JSON.stringify(A)+")"}catch(A){return"Object"}return A instanceof Error?`${A.name}: ${A.message}\n${A.stack}`:C}function lG(A,I){try{return A.apply(this,I)}catch(A){const I=function(A){const I=EG.__externref_table_alloc();return EG.__wbindgen_externrefs.set(I,A),I}(A);EG.__wbindgen_exn_store(I)}}function kG(A,I){return A>>>=0,oG().subarray(A/1,A/1+I)}function uG(A){const I=EG.__wbindgen_externrefs.get(A);return EG.__externref_table_dealloc(A),I}const NG=new Set(["basic","cors","default"]);function GG(){const A={wbg:{}};return A.wbg.__wbg_Error_e83987f665cf5504=function(A,I){return Error(sG(A,I))},A.wbg.__wbg_Number_bb48ca12f395cd08=function(A){return Number(A)},A.wbg.__wbg_String_8f0eb39a4a4c2f66=function(A,I){const g=DG(String(I),EG.__wbindgen_malloc,EG.__wbindgen_realloc),C=rG;dG().setInt32(A+4,C,!0),dG().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_bigint_get_as_i64_f3ebc5a755000afd=function(A,I){const g="bigint"==typeof I?I:void 0;dG().setBigInt64(A+8,hG(g)?BigInt(0):g,!0),dG().setInt32(A+0,!hG(g),!0)},A.wbg.__wbg___wbindgen_boolean_get_6d5a1ee65bab5f68=function(A){const I="boolean"==typeof A?A:void 0;return hG(I)?16777215:I?1:0},A.wbg.__wbg___wbindgen_debug_string_df47ffb5e35e6763=function(A,I){const g=DG(yG(I),EG.__wbindgen_malloc,EG.__wbindgen_realloc),C=rG;dG().setInt32(A+4,C,!0),dG().setInt32(A+0,g,!0)},A.wbg.__wbg___wbindgen_in_bb933bd9e1b3bc0f=function(A,I){return A in I},A.wbg.__wbg___wbindgen_is_bigint_cb320707dcd35f0b=function(A){return"bigint"==typeof A},A.wbg.__wbg___wbindgen_is_function_ee8a6c5833c90377=function(A){return"function"==typeof A},A.wbg.__wbg___wbindgen_is_object_c818261d21f283a4=function(A){return"object"==typeof A&&null!==A},A.wbg.__wbg___wbindgen_is_undefined_2d472862bd29a478=function(A){return void 0===A},A.wbg.__wbg___wbindgen_jsval_eq_6b13ab83478b1c50=function(A,I){return A===I},A.wbg.__wbg___wbindgen_jsval_loose_eq_b664b38a2f582147=function(A,I){return A==I},A.wbg.__wbg___wbindgen_number_get_a20bf9b85341449d=function(A,I){const g="number"==typeof I?I:void 0;dG().setFloat64(A+8,hG(g)?0:g,!0),dG().setInt32(A+0,!hG(g),!0)},A.wbg.__wbg___wbindgen_string_get_e4f06c90489ad01b=function(A,I){const g="string"==typeof I?I:void 0;var C=hG(g)?0:DG(g,EG.__wbindgen_malloc,EG.__wbindgen_realloc),B=rG;dG().setInt32(A+4,B,!0),dG().setInt32(A+0,C,!0)},A.wbg.__wbg___wbindgen_throw_b855445ff6a94295=function(A,I){throw new Error(sG(A,I))},A.wbg.__wbg_call_e762c39fa8ea36bf=function(){return lG(function(A,I){return A.call(I)},arguments)},A.wbg.__wbg_done_2042aa2670fb1db1=function(A){return A.done},A.wbg.__wbg_getRandomValues_38a1ff1ea09f6cc7=function(){return lG(function(A,I){Rd().getRandomValues(kG(A,I))},arguments)},A.wbg.__wbg_get_7bed016f185add81=function(A,I){return A[I>>>0]},A.wbg.__wbg_get_efcb449f58ec27c2=function(){return lG(function(A,I){return Reflect.get(A,I)},arguments)},A.wbg.__wbg_get_with_ref_key_1dc361bd10053bfe=function(A,I){return A[I]},A.wbg.__wbg_instanceof_ArrayBuffer_70beb1189ca63b38=function(A){let I;try{I=A instanceof ArrayBuffer}catch(A){I=!1}return I},A.wbg.__wbg_instanceof_Uint8Array_20c8e73002f7af98=function(A){let I;try{I=A instanceof Uint8Array}catch(A){I=!1}return I},A.wbg.__wbg_isArray_96e0af9891d0945d=function(A){return Array.isArray(A)},A.wbg.__wbg_isSafeInteger_d216eda7911dde36=function(A){return Number.isSafeInteger(A)},A.wbg.__wbg_iterator_e5822695327a3c39=function(){return Symbol.iterator},A.wbg.__wbg_length_69bca3cb64fc8748=function(A){return A.length},A.wbg.__wbg_length_cdd215e10d9dd507=function(A){return A.length},A.wbg.__wbg_new_1acc0b6eea89d040=function(){return new Object},A.wbg.__wbg_new_5a79be3ab53b8aa5=function(A){return new Uint8Array(A)},A.wbg.__wbg_new_from_slice_92f4d78ca282a2d2=function(A,I){return new Uint8Array(kG(A,I))},A.wbg.__wbg_next_020810e0ae8ebcb0=function(){return lG(function(A){return A.next()},arguments)},A.wbg.__wbg_next_2c826fe5dfec6b6a=function(A){return A.next},A.wbg.__wbg_now_98430d19d580dbab=function(){return lG(function(){return Date.now()},arguments)},A.wbg.__wbg_prototypesetcall_2a6620b6922694b2=function(A,I,g){Uint8Array.prototype.set.call(kG(A,I),g)},A.wbg.__wbg_set_c2abbebe8b9ebee1=function(){return lG(function(A,I,g){return Reflect.set(A,I,g)},arguments)},A.wbg.__wbg_value_692627309814bb8c=function(A){return A.value},A.wbg.__wbindgen_cast_2241b6af4c4b2941=function(A,I){return sG(A,I)},A.wbg.__wbindgen_cast_4625c577ab2ec9ee=function(A){return BigInt.asUintN(64,A)},A.wbg.__wbindgen_cast_9ae0607507abb057=function(A){return A},A.wbg.__wbindgen_init_externref_table=function(){const A=EG.__wbindgen_externrefs,I=A.grow(4);A.set(0,void 0),A.set(I+0,void 0),A.set(I+1,null),A.set(I+2,!0),A.set(I+3,!1)},A}async function pG(A){if(void 0!==EG)return EG;if(void 0!==A&&(Object.getPrototypeOf(A)===Object.prototype?({module_or_path:A}=A):console.warn("using deprecated parameters for the initialization function; pass a single object instead")),void 0===A)throw new Error("WASM module path must be provided. This should be set automatically by the SDK.");const I=GG();("string"==typeof A||"function"==typeof Request&&A instanceof Request||"function"==typeof URL&&A instanceof URL)&&(A=fetch(A));const{instance:g,module:C}=await async function(A,I){if("function"==typeof Response&&A instanceof Response){if("function"==typeof WebAssembly.instantiateStreaming)try{return await WebAssembly.instantiateStreaming(A,I)}catch(I){if(!A.ok||!NG.has(A.type)||"application/wasm"===A.headers.get("Content-Type"))throw I;console.warn("`WebAssembly.instantiateStreaming` failed because your server does not serve Wasm with `application/wasm` MIME type. Falling back to `WebAssembly.instantiate` which is slower. Original error:\n",I)}const g=await A.arrayBuffer();return await WebAssembly.instantiate(g,I)}{const g=await WebAssembly.instantiate(A,I);return g instanceof WebAssembly.Instance?{instance:g,module:A}:g}}(await A,I);return function(A,I){return EG=A.exports,pG.__wbindgen_wasm_module=I,wG=null,tG=null,EG.__wbindgen_start(),EG}(g,C)}var SG,fG,FG,RG=I("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"),UG=class extends ou{transport;constructor(A,I="identity",g=(0,nN.FetchTransport)(),C){super(A,I,C),this.transport=g}getMonotonicTime(){return Pk()}prepareMetadata(A){return super.prepareMetadata(A).set("X-Requested-With","XMLHttpRequest").set("X-Grpc-Web","1").set("X-Client-Env",Vd()).set("Content-Type","application/grpc-web+proto")}createChannelWithTLS(A){try{return Promise.resolve((0,nN.createChannel)(A,this.transport))}catch(I){throw new xd("Failed to create channel",{url:A,error:I})}}async createGrpcClient(A,I,g,C,B){let i;const Q={retry:!0,retryMaxAttempts:3,retryBaseDelayMs:1e3,retryMaxDelayMs:1e4,retryableStatuses:[Xc.Status.UNAVAILABLE,Xc.Status.CANCELLED]};let e={};i=(0,nN.createClientFactory)(),g&&(e=Q,i=i.use(oN.D)),C&&(i=i.use(C));const E=i.create(A,I,{"*":e});return Promise.resolve({...E,close:B?()=>ou.releaseChannel(B):void 0})}},MG=class extends CN{buildConnectionManager(A,I){return new UG(A,"identity",void 0,I)}};function KG(A,I=""){if(!Number.isSafeInteger(A)||A<0)throw new Error(`${I&&`"${I}" `}expected integer >= 0, got ${A}`)}function mG(A,I,g=""){const C=(B=A)instanceof Uint8Array||ArrayBuffer.isView(B)&&"Uint8Array"===B.constructor.name;var B;const i=A?.length,Q=void 0!==I;if(!C||Q&&i!==I)throw new Error((g&&`"${g}" `)+"expected Uint8Array"+(Q?` of length ${I}`:"")+", got "+(C?`length=${i}`:"type="+typeof A));return A}function JG(A){if("function"!=typeof A||"function"!=typeof A.create)throw new Error("Hash must wrapped by utils.createHasher");KG(A.outputLen),KG(A.blockLen)}function bG(A,I=!0){if(A.destroyed)throw new Error("Hash instance has been destroyed");if(I&&A.finished)throw new Error("Hash#digest() has already been called")}function HG(...A){for(let I=0;I<A.length;I++)A[I].fill(0)}function YG(A){return new DataView(A.buffer,A.byteOffset,A.byteLength)}function LG(A,I){return A<<32-I|A>>>I}SG="undefined"!=typeof window&&window.crypto?window.crypto:"undefined"!=typeof globalThis&&globalThis.crypto?globalThis.crypto:null,Fd=SG,fG=new class A extends Gd{static initPromise=null;static initialized=!1;static initError=null;async init(){if(!A.initialized){if(A.initError)throw A.initError;A.initPromise||(A.initPromise=(async()=>{try{const I=await iG({module_or_path:QG});return A.initialized=!0,I}catch(I){A.initPromise=null;const g=I instanceof Error?I.message:String(I);throw A.initError=new Error(`SparkFrost: WASM initialization failed: ${g}`,{cause:I}),A.initError}})()),await A.initPromise}}async signFrost({message:A,keyPackage:I,nonce:g,selfCommitment:C,statechainCommitments:B,adaptorPubKey:i}){await this.init();const Q=function(A,I,g,C,B,i){const Q=fN(A,aN.__wbindgen_malloc),e=dN;RN(I,YN);var E=I.__destroy_into_raw();RN(g,jN);var t=g.__destroy_into_raw();RN(C,ON);var o=C.__destroy_into_raw(),n=uN(i)?0:fN(i,aN.__wbindgen_malloc),a=dN;const s=aN.wasm_sign_frost(Q,e,E,t,o,B,n,a);if(s[3])throw FN(s[2]);var r=SN(s[0],s[1]).slice();return aN.__wbindgen_free(s[0],1*s[1],1),r}(A,new YN((e=I).secretKey,e.publicKey,e.verifyingKey),function(A){return new jN(A.hiding,A.binding)}(g),eG(C),B,i);var e;return Promise.resolve(Q)}async aggregateFrost({message:A,statechainCommitments:I,selfCommitment:g,statechainSignatures:C,selfSignature:B,statechainPublicKeys:i,selfPublicKey:Q,verifyingKey:e,adaptorPubKey:E}){await this.init();const t=function(A,I,g,C,B,i,Q,e,E){const t=fN(A,aN.__wbindgen_malloc),o=dN;RN(g,ON);var n=g.__destroy_into_raw();const a=fN(B,aN.__wbindgen_malloc),s=dN,r=fN(Q,aN.__wbindgen_malloc),c=dN,D=fN(e,aN.__wbindgen_malloc),w=dN;var d=uN(E)?0:fN(E,aN.__wbindgen_malloc),h=dN;const y=aN.wasm_aggregate_frost(t,o,I,n,C,a,s,i,r,c,D,w,d,h);if(y[3])throw FN(y[2]);var l=SN(y[0],y[1]).slice();return aN.__wbindgen_free(y[0],1*y[1],1),l}(A,I,eG(g),C,B,i,Q,e,E);return Promise.resolve(t)}async createDummyTx(A,I){await this.init();const g=function(A,I){const g=yN(A,aN.__wbindgen_malloc,aN.__wbindgen_realloc),C=dN,B=aN.create_dummy_tx(g,C,I);if(B[2])throw FN(B[1]);return mN.__wrap(B[0])}(A,I);return Promise.resolve(g)}async encryptEcies(A,I){await this.init();const g=function(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN,Q=aN.encrypt_ecies(g,C,B,i);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I);return Promise.resolve(g)}async decryptEcies(A,I){await this.init();const g=function(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN,Q=aN.decrypt_ecies(g,C,B,i);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I);return Promise.resolve(g)}async splitSecretWithProofs(A,I,g){return await this.init(),function(A,I,g){const C=fN(A,aN.__wbindgen_malloc),B=dN,i=aN.split_secret_with_proofs(C,B,I,g);if(i[2])throw FN(i[1]);return FN(i[0])}(A,I,g).map(A=>({threshold:A.threshold,index:A.index,share:new Uint8Array(A.share),proofs:A.proofs.map(A=>new Uint8Array(A))}))}async recoverSecret(A){return await this.init(),function(A){const I=aN.recover_secret_wasm(A);if(I[3])throw FN(I[2]);var g=SN(I[0],I[1]).slice();return aN.__wbindgen_free(I[0],1*I[1],1),g}(A)}async validateShare(A,I,g,C){await this.init(),function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=aN.validate_share(B,i,I,g,C);if(Q[1])throw FN(Q[0])}(A,I,g,C)}generateAdaptorFromSignature(A){const I=function(A){const I=fN(A,aN.__wbindgen_malloc),g=dN,C=aN.generate_adaptor_from_signature(I,g);if(C[2])throw FN(C[1]);return MN.__wrap(C[0])}(A);return{adaptorSignature:I.signature,adaptorPrivateKey:I.adaptor_private_key}}generateSignatureFromExistingAdaptor(A,I){return function(A,I){const g=fN(A,aN.__wbindgen_malloc),C=dN,B=fN(I,aN.__wbindgen_malloc),i=dN,Q=aN.generate_signature_from_existing_adaptor(g,C,B,i);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I)}validateAdaptorSignature(A,I,g,C){return function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=fN(I,aN.__wbindgen_malloc),e=dN,E=fN(g,aN.__wbindgen_malloc),t=dN,o=fN(C,aN.__wbindgen_malloc),n=dN,a=aN.validate_adaptor_signature(B,i,Q,e,E,t,o,n);if(a[1])throw FN(a[0])}(A,I,g,C),!0}applyAdaptorToSignature(A,I,g,C){return function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=fN(I,aN.__wbindgen_malloc),e=dN,E=fN(g,aN.__wbindgen_malloc),t=dN,o=fN(C,aN.__wbindgen_malloc),n=dN,a=aN.apply_adaptor_to_signature(B,i,Q,e,E,t,o,n);if(a[3])throw FN(a[2]);var s=SN(a[0],a[1]).slice();return aN.__wbindgen_free(a[0],1*a[1],1),s}(A,I,g,C)}async constructNodeTxPair(A,I,g,C,B,i){return await this.init(),function(A,I,g,C,B,i){const Q=fN(A,aN.__wbindgen_malloc),e=dN,E=yN(g,aN.__wbindgen_malloc,aN.__wbindgen_realloc),t=dN,o=aN.construct_node_tx_pair(Q,e,I,E,t,C,B,i);if(o[2])throw FN(o[1]);return qN.__wrap(o[0])}(A,I,g,C,B,i)}async constructRefundTxTrio(A,I,g,C,B,i,Q,e){return await this.init(),function(A,I,g,C,B,i,Q,e){const E=fN(A,aN.__wbindgen_malloc),t=dN;var o=uN(I)?0:fN(I,aN.__wbindgen_malloc),n=dN;const a=fN(C,aN.__wbindgen_malloc),s=dN,r=yN(B,aN.__wbindgen_malloc,aN.__wbindgen_realloc),c=dN,D=aN.construct_refund_tx_trio(E,t,o,n,g,a,s,r,c,i,Q,e);if(D[2])throw FN(D[1]);return ZN.__wrap(D[0])}(A,I,g,C,B,i,Q,e)}async computeMultiInputSighash(A,I,g,C){return await this.init(),function(A,I,g,C){const B=fN(A,aN.__wbindgen_malloc),i=dN,Q=aN.compute_multi_input_sighash(B,i,I,g,C);if(Q[3])throw FN(Q[2]);var e=SN(Q[0],Q[1]).slice();return aN.__wbindgen_free(Q[0],1*Q[1],1),e}(A,I,g,C)}},Sd||(Sd=fG),FG=new class A extends Ud{static initPromise=null;static initialized=!1;static initError=null;async init(){if(!A.initialized){if(A.initError)throw A.initError;A.initPromise||(A.initPromise=(async()=>{try{const I=await pG({module_or_path:RG});return A.initialized=!0,I}catch(I){A.initPromise=null;const g=I instanceof Error?I.message:String(I);throw A.initError=new Error(`SparkTokenPrimitives: WASM initialization failed: ${g}`,{cause:I}),A.initError}})()),await A.initPromise}}async constructPartialTransferTransaction(A){return await this.init(),function(A){const I=EG.construct_partial_transfer_transaction(A);if(I[2])throw uG(I[1]);return uG(I[0])}(A)}async hashPartialTokenTransaction(A){return await this.init(),function(A){const I=function(A,I){const g=I(1*A.length,1)>>>0;return oG().set(A,g/1),rG=A.length,g}(A,EG.__wbindgen_malloc),g=rG,C=EG.hash_partial_token_transaction(I,g);if(C[3])throw uG(C[2]);var B=kG(C[0],C[1]).slice();return EG.__wbindgen_free(C[0],1*C[1],1),B}(A)}async buildBroadcastTransactionRequest(A){return await this.init(),function(A){const I=EG.build_broadcast_transaction_request(A);if(I[3])throw uG(I[2]);var g=kG(I[0],I[1]).slice();return EG.__wbindgen_free(I[0],1*I[1],1),g}(A)}async prepareTokenInvoice(A){return await this.init(),function(A){const I=EG.prepare_token_invoice(A);if(I[2])throw uG(I[1]);return uG(I[0])}(A)}async finalizeTokenInvoice(A){return await this.init(),function(A){let I,g;try{const i=EG.finalize_token_invoice(A);var C=i[0],B=i[1];if(i[3])throw C=0,B=0,uG(i[2]);return I=C,g=B,sG(C,B)}finally{EG.__wbindgen_free(I,g,1)}}(A)}},Md||(Md=FG);const qG=(()=>"function"==typeof Uint8Array.from([]).toHex&&"function"==typeof Uint8Array.fromHex)(),VG=Array.from({length:256},(A,I)=>I.toString(16).padStart(2,"0"));function TG(A,I={}){const g=(I,g)=>A(g).update(I).digest(),C=A(void 0);return g.outputLen=C.outputLen,g.blockLen=C.blockLen,g.create=I=>A(I),Object.assign(g,I),Object.freeze(g)}const vG=A=>({oid:Uint8Array.from([6,9,96,134,72,1,101,3,4,2,A])});function ZG(A,I,g){return A&I^~A&g}function xG(A,I,g){return A&I^A&g^I&g}class WG{blockLen;outputLen;padOffset;isLE;buffer;view;finished=!1;length=0;pos=0;destroyed=!1;constructor(A,I,g,C){this.blockLen=A,this.outputLen=I,this.padOffset=g,this.isLE=C,this.buffer=new Uint8Array(A),this.view=YG(this.buffer)}update(A){bG(this),mG(A);const{view:I,buffer:g,blockLen:C}=this,B=A.length;for(let i=0;i<B;){const Q=Math.min(C-this.pos,B-i);if(Q===C){const I=YG(A);for(;C<=B-i;i+=C)this.process(I,i);continue}g.set(A.subarray(i,i+Q),this.pos),this.pos+=Q,i+=Q,this.pos===C&&(this.process(I,0),this.pos=0)}return this.length+=A.length,this.roundClean(),this}digestInto(A){bG(this),function(A,I){mG(A,void 0,"digestInto() output");const g=I.outputLen;if(A.length<g)throw new Error('"digestInto() output" expected to be of length >='+g)}(A,this),this.finished=!0;const{buffer:I,view:g,blockLen:C,isLE:B}=this;let{pos:i}=this;I[i++]=128,HG(this.buffer.subarray(i)),this.padOffset>C-i&&(this.process(g,0),i=0);for(let A=i;A<C;A++)I[A]=0;g.setBigUint64(C-8,BigInt(8*this.length),B),this.process(g,0);const Q=YG(A),e=this.outputLen;if(e%4)throw new Error("_sha2: outputLen must be aligned to 32bit");const E=e/4,t=this.get();if(E>t.length)throw new Error("_sha2: outputLen bigger than state");for(let A=0;A<E;A++)Q.setUint32(4*A,t[A],B)}digest(){const{buffer:A,outputLen:I}=this;this.digestInto(A);const g=A.slice(0,I);return this.destroy(),g}_cloneInto(A){A||=new this.constructor,A.set(...this.get());const{blockLen:I,buffer:g,length:C,finished:B,destroyed:i,pos:Q}=this;return A.destroyed=i,A.finished=B,A.length=C,A.pos=Q,C%I&&A.buffer.set(g),A}clone(){return this._cloneInto()}}const PG=Uint32Array.from([1779033703,3144134277,1013904242,2773480762,1359893119,2600822924,528734635,1541459225]),OG=Uint32Array.from([1116352408,1899447441,3049323471,3921009573,961987163,1508970993,2453635748,2870763221,3624381080,310598401,607225278,1426881987,1925078388,2162078206,2614888103,3248222580,3835390401,4022224774,264347078,604807628,770255983,1249150122,1555081692,1996064986,2554220882,2821834349,2952996808,3210313671,3336571891,3584528711,113926993,338241895,666307205,773529912,1294757372,1396182291,1695183700,1986661051,2177026350,2456956037,2730485921,2820302411,3259730800,3345764771,3516065817,3600352804,4094571909,275423344,430227734,506948616,659060556,883997877,958139571,1322822218,1537002063,1747873779,1955562222,2024104815,2227730452,2361852424,2428436474,2756734187,3204031479,3329325298]),XG=new Uint32Array(64);class jG extends WG{constructor(A){super(64,A,8,!1)}get(){const{A,B:I,C:g,D:C,E:B,F:i,G:Q,H:e}=this;return[A,I,g,C,B,i,Q,e]}set(A,I,g,C,B,i,Q,e){this.A=0|A,this.B=0|I,this.C=0|g,this.D=0|C,this.E=0|B,this.F=0|i,this.G=0|Q,this.H=0|e}process(A,I){for(let g=0;g<16;g++,I+=4)XG[g]=A.getUint32(I,!1);for(let A=16;A<64;A++){const I=XG[A-15],g=XG[A-2],C=LG(I,7)^LG(I,18)^I>>>3,B=LG(g,17)^LG(g,19)^g>>>10;XG[A]=B+XG[A-7]+C+XG[A-16]|0}let{A:g,B:C,C:B,D:i,E:Q,F:e,G:E,H:t}=this;for(let A=0;A<64;A++){const I=t+(LG(Q,6)^LG(Q,11)^LG(Q,25))+ZG(Q,e,E)+OG[A]+XG[A]|0,o=(LG(g,2)^LG(g,13)^LG(g,22))+xG(g,C,B)|0;t=E,E=e,e=Q,Q=i+I|0,i=B,B=C,C=g,g=I+o|0}g=g+this.A|0,C=C+this.B|0,B=B+this.C|0,i=i+this.D|0,Q=Q+this.E|0,e=e+this.F|0,E=E+this.G|0,t=t+this.H|0,this.set(g,C,B,i,Q,e,E,t)}roundClean(){HG(XG)}destroy(){this.set(0,0,0,0,0,0,0,0),HG(this.buffer)}}class zG extends jG{A=0|PG[0];B=0|PG[1];C=0|PG[2];D=0|PG[3];E=0|PG[4];F=0|PG[5];G=0|PG[6];H=0|PG[7];constructor(){super(32)}}const _G=TG(()=>new zG,vG(1));function $G(A){const I="string"==typeof A?function(A){if("string"!=typeof A)throw new Error("string expected");return new Uint8Array((new TextEncoder).encode(A))}(A):A,g=function(A){if(mG(A),qG)return A.toHex();let I="";for(let g=0;g<A.length;g++)I+=VG[A[g]];return I}(_G(I));return g}var Ap=Q(7678);class Ip{oHash;iHash;blockLen;outputLen;finished=!1;destroyed=!1;constructor(A,I){if(JG(A),mG(I,void 0,"key"),this.iHash=A.create(),"function"!=typeof this.iHash.update)throw new Error("Expected instance of class which extends utils.Hash");this.blockLen=this.iHash.blockLen,this.outputLen=this.iHash.outputLen;const g=this.blockLen,C=new Uint8Array(g);C.set(I.length>g?A.create().update(I).digest():I);for(let A=0;A<C.length;A++)C[A]^=54;this.iHash.update(C),this.oHash=A.create();for(let A=0;A<C.length;A++)C[A]^=106;this.oHash.update(C),HG(C)}update(A){return bG(this),this.iHash.update(A),this}digestInto(A){bG(this),mG(A,this.outputLen,"output"),this.finished=!0,this.iHash.digestInto(A),this.oHash.update(A),this.oHash.digestInto(A),this.destroy()}digest(){const A=new Uint8Array(this.oHash.outputLen);return this.digestInto(A),A}_cloneInto(A){A||=Object.create(Object.getPrototypeOf(this),{});const{oHash:I,iHash:g,finished:C,destroyed:B,blockLen:i,outputLen:Q}=this;return A.finished=C,A.destroyed=B,A.blockLen=i,A.outputLen=Q,A.oHash=I._cloneInto(A.oHash),A.iHash=g._cloneInto(A.iHash),A}clone(){return this._cloneInto()}destroy(){this.destroyed=!0,this.oHash.destroy(),this.iHash.destroy()}}const gp=(A,I,g)=>new Ip(A,I).update(g).digest();gp.create=(A,I)=>new Ip(A,I);const Cp=Uint8Array.of(0),Bp=Uint8Array.of(),ip={p:0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2fn,n:0xfffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141n,h:1n,a:0n,b:7n,Gx:0x79be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798n,Gy:0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8n},{p:Qp,n:ep,Gx:Ep,Gy:tp,b:op}=ip,np={publicKey:33,publicKeyUncompressed:65,signature:64,seed:48},ap=(A="")=>{const I=new Error(A);throw((...A)=>{"captureStackTrace"in Error&&"function"==typeof Error.captureStackTrace&&Error.captureStackTrace(...A)})(I,ap),I},sp=(A,I,g="")=>{const C=(B=A)instanceof Uint8Array||ArrayBuffer.isView(B)&&"Uint8Array"===B.constructor.name;var B;const i=A?.length,Q=void 0!==I;return(!C||Q&&i!==I)&&ap((g&&`"${g}" `)+"expected Uint8Array"+(Q?` of length ${I}`:"")+", got "+(C?`length=${i}`:"type="+typeof A)),A},rp=A=>new Uint8Array(A),cp=(A,I)=>A.toString(16).padStart(I,"0"),Dp=A=>Array.from(sp(A)).map(A=>cp(A,2)).join(""),wp=A=>A>=48&&A<=57?A-48:A>=65&&A<=70?A-55:A>=97&&A<=102?A-87:void 0,dp=A=>{const I="hex invalid";if("string"!=typeof A)return ap(I);const g=A.length,C=g/2;if(g%2)return ap(I);const B=rp(C);for(let g=0,i=0;g<C;g++,i+=2){const C=wp(A.charCodeAt(i)),Q=wp(A.charCodeAt(i+1));if(void 0===C||void 0===Q)return ap(I);B[g]=16*C+Q}return B},hp=(...A)=>{const I=rp(A.reduce((A,I)=>A+sp(I).length,0));let g=0;return A.forEach(A=>{I.set(A,g),g+=A.length}),I},yp=(A=32)=>(globalThis?.crypto).getRandomValues(rp(A)),lp=BigInt,kp=(A,I,g,C="bad number: out of range")=>(A=>"bigint"==typeof A)(A)&&I<=A&&A<g?A:ap(C),up=(A,I=Qp)=>{const g=A%I;return g>=0n?g:I+g},Np=A=>A instanceof Rp?A:ap("Point expected"),Gp=A=>up(up(A*A)*A+op),pp=A=>kp(A,0n,Qp),Sp=A=>kp(A,1n,Qp),fp=A=>0n==(1n&A),Fp=A=>Uint8Array.of(A);class Rp{static BASE;static ZERO;X;Y;Z;constructor(A,I,g){this.X=pp(A),this.Y=Sp(I),this.Z=pp(g),Object.freeze(this)}static CURVE(){return ip}static fromAffine(A){const{x:I,y:g}=A;return 0n===I&&0n===g?Mp:new Rp(I,g,1n)}static fromBytes(A){sp(A);const{publicKey:I,publicKeyUncompressed:g}=np;let C;const B=A.length,i=A[0],Q=A.subarray(1),e=mp(Q,0,32);if(B===I&&(2===i||3===i)){let A=(A=>{const I=Gp(Sp(A));let g=1n;for(let A=I,C=(Qp+1n)/4n;C>0n;C>>=1n)1n&C&&(g=g*A%Qp),A=A*A%Qp;return up(g*g)===I?g:ap("sqrt invalid")})(e);const I=fp(A);fp(lp(i))!==I&&(A=up(-A)),C=new Rp(e,A,1n)}return B===g&&4===i&&(C=new Rp(e,mp(Q,32,64),1n)),C?C.assertValidity():ap("bad point: not on curve")}static fromHex(A){return Rp.fromBytes(dp(A))}get x(){return this.toAffine().x}get y(){return this.toAffine().y}equals(A){const{X:I,Y:g,Z:C}=this,{X:B,Y:i,Z:Q}=Np(A),e=up(I*Q),E=up(B*C),t=up(g*Q),o=up(i*C);return e===E&&t===o}is0(){return this.equals(Mp)}negate(){return new Rp(this.X,up(-this.Y),this.Z)}double(){return this.add(this)}add(A){const{X:I,Y:g,Z:C}=this,{X:B,Y:i,Z:Q}=Np(A);let e=0n,E=0n,t=0n;const o=up(3n*op);let n=up(I*B),a=up(g*i),s=up(C*Q),r=up(I+g),c=up(B+i);r=up(r*c),c=up(n+a),r=up(r-c),c=up(I+C);let D=up(B+Q);return c=up(c*D),D=up(n+s),c=up(c-D),D=up(g+C),e=up(i+Q),D=up(D*e),e=up(a+s),D=up(D-e),t=up(0n*c),e=up(o*s),t=up(e+t),e=up(a-t),t=up(a+t),E=up(e*t),a=up(n+n),a=up(a+n),s=up(0n*s),c=up(o*c),a=up(a+s),s=up(n-s),s=up(0n*s),c=up(c+s),n=up(a*c),E=up(E+n),n=up(D*c),e=up(r*e),e=up(e-n),n=up(r*a),t=up(D*t),t=up(t+n),new Rp(e,E,t)}subtract(A){return this.add(Np(A).negate())}multiply(A,I=!0){if(!I&&0n===A)return Mp;if((A=>{kp(A,1n,ep)})(A),1n===A)return this;if(this.equals(Up))return Zp(A).p;let g=Mp,C=Up;for(let B=this;A>0n;B=B.double(),A>>=1n)1n&A?g=g.add(B):I&&(C=C.add(B));return g}multiplyUnsafe(A){return this.multiply(A,!1)}toAffine(){const{X:A,Y:I,Z:g}=this;if(this.equals(Mp))return{x:0n,y:0n};if(1n===g)return{x:A,y:I};const C=((A,I)=>{(0n===A||I<=0n)&&ap("no inverse n="+A+" mod="+I);let g=up(A,I),C=I,B=0n,i=1n,Q=1n,e=0n;for(;0n!==g;){const A=C/g,I=C%g,E=B-Q*A,t=i-e*A;C=g,g=I,B=Q,i=e,Q=E,e=t}return 1n===C?up(B,I):ap("no inverse")})(g,Qp);return 1n!==up(g*C)&&ap("inverse invalid"),{x:up(A*C),y:up(I*C)}}assertValidity(){const{x:A,y:I}=this.toAffine();return Sp(A),Sp(I),up(I*I)===Gp(A)?this:ap("bad point: not on curve")}toBytes(A=!0){const{x:I,y:g}=this.assertValidity().toAffine(),C=bp(I);return A?hp((A=>Fp(fp(A)?2:3))(g),C):hp(Fp(4),C,bp(g))}toHex(A){return Dp(this.toBytes(A))}}const Up=new Rp(Ep,tp,1n),Mp=new Rp(0n,1n,0n);Rp.BASE=Up,Rp.ZERO=Mp;const Kp=A=>lp("0x"+(Dp(A)||"0")),mp=(A,I,g)=>Kp(A.subarray(I,g)),Jp=2n**256n,bp=A=>dp(cp(kp(A,0n,Jp),64)),Hp=A=>{const I=Kp(sp(A,32,"secret key"));return kp(I,1n,ep,"invalid secret key: outside of range")},Yp=(A,I=!0)=>Up.multiply(Hp(A)).toBytes(I);rp(0),Fp(0),Fp(1);const Lp=A=>I=>{const g=((A=yp(np.seed))=>{sp(A),(A.length<np.seed||A.length>1024)&&ap("expected 40-1024b");const I=up(Kp(A),ep-1n);return bp(I+1n)})(I);return{secretKey:g,publicKey:A(g)}},qp=(Lp(Yp),A=>{const I=Hp(A),g=Up.multiply(I),{x:C,y:B}=g.assertValidity().toAffine();return{d:fp(B)?I:(i=-I,up(i,ep)),px:bp(C)};var i}),Vp=(Lp(A=>qp(A).px),Math.ceil(32)+1);let Tp;const vp=(A,I)=>{const g=I.negate();return A?g:I},Zp=A=>{const I=Tp||(Tp=(()=>{const A=[];let I=Up,g=I;for(let C=0;C<Vp;C++){g=I,A.push(g);for(let C=1;C<128;C++)g=g.add(I),A.push(g);I=g.double()}return A})());let g=Mp,C=Up;const B=lp(255),i=lp(8);for(let Q=0;Q<Vp;Q++){let e=Number(A&B);A>>=i,e>128&&(e-=256,A+=1n);const E=128*Q,t=E,o=E+Math.abs(e)-1,n=Q%2!=0,a=e<0;0===e?C=C.add(vp(n,I[t])):g=g.add(vp(a,I[o]))}return 0n!==A&&ap("invalid wnaf"),{p:g,f:C}};var xp=Q(8287).hp,Wp=Q(8287).hp;const Pp=A=>{if(A instanceof Uint8Array)return A;if("string"!=typeof A)throw new Error("Expected hex string or Uint8Array");const I=new Uint8Array(A.length/2);for(let g=0;g<I.length;g++)I[g]=parseInt(A.substr(2*g,2),16);return I},Op=A=>{let I="";const g=new Uint8Array(A),C=g.byteLength;for(let A=0;A<C;A++)I+=String.fromCharCode(g[A]);return B=I,xp.from(B,"binary").toString("base64");var B};function Xp(A,I,g){const C="string"==typeof A?A:Wp.from(A).toString("hex"),B="string"==typeof I?I:Wp.from(I).toString("hex"),i=((A,I,g=!0)=>Rp.fromBytes(I).multiply(Hp(A)).toBytes(g))(Pp(C),Pp(B),!0).slice(1,33);return Q=_G,e=i,E=new Uint8Array(0),t=(new TextEncoder).encode("ecdh-aes-key:"+g),o=32,function(A,I,g,C=32){JG(A),KG(C,"length");const B=A.outputLen;if(C>255*B)throw new Error("Length must be <= 255*HashLen");const i=Math.ceil(C/B);void 0===g?g=Bp:mG(g,void 0,"info");const Q=new Uint8Array(i*B),e=gp.create(A,I),E=e._cloneInto(),t=new Uint8Array(e.outputLen);for(let A=0;A<i;A++)Cp[0]=A+1,E.update(0===A?Bp:t).update(g).update(Cp).digestInto(t),Q.set(t,B*A),e._cloneInto(E);return e.destroy(),E.destroy(),HG(t,Cp),Q.slice(0,C)}(Q,function(A,I,g){return JG(A),void 0===g&&(g=new Uint8Array(A.outputLen)),gp(A,g,I)}(Q,e,E),t,o);var Q,e,E,t,o}async function jp(A,I){try{const g=window.crypto.getRandomValues(new Uint8Array(12)),C=(0,Ap.wY)(A,g).encrypt((new TextEncoder).encode(I)),B=C.slice(0,-16),i=C.slice(-16),Q=Op(B);return`${Q}?iv=${Op(g)}&tag=${Op(i)}`}catch(A){throw console.log("Web encryptMessage err",A),A}}const zp={"FSAG-1000":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Validation failed",userMessage:"The request failed validation checks.",actionHint:"Check your input parameters and try again. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1001":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Required field missing",userMessage:"A required field is missing from your request.",actionHint:"Ensure all required fields are provided. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1002":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Invalid field format",userMessage:"One or more fields have an invalid format.",actionHint:"Check the format of your inputs (addresses, amounts, etc.). If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1003":{httpStatus:400,category:"Validation",recovery:"clawback_required",summary:"Value out of range",userMessage:"A value is outside the acceptable range.",actionHint:"Adjust the value to be within valid bounds. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-1004":{httpStatus:409,category:"Validation",recovery:"clawback_required",summary:"Duplicate value",userMessage:"This value already exists and must be unique.",actionHint:"Use a different value or check if the operation was already completed.",isRetryable:!1},"FSAG-2001":{httpStatus:403,category:"Security",recovery:"clawback_required",summary:"Signature verification failed",userMessage:"Your request signature could not be verified.",actionHint:"Ensure you're signing with the correct key. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-2002":{httpStatus:403,category:"Security",recovery:"clawback_required",summary:"Token identity mismatch",userMessage:"The token identity doesn't match the expected public key.",actionHint:"Ensure you're using the correct wallet/identity. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-2003":{httpStatus:401,category:"Security",recovery:"none",summary:"Authorization token missing",userMessage:"Authentication is required for this operation.",actionHint:"Authenticate first by calling the auth flow.",isRetryable:!0},"FSAG-2004":{httpStatus:401,category:"Security",recovery:"none",summary:"Authorization token invalid or expired",userMessage:"Your session has expired or the token is invalid.",actionHint:"Re-authenticate to get a new access token.",isRetryable:!0},"FSAG-2005":{httpStatus:403,category:"Security",recovery:"clawback_required",summary:"Nonce verification failed",userMessage:"The request nonce is invalid or has already been used.",actionHint:"Generate a new nonce and retry. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-2101":{httpStatus:400,category:"Security",recovery:"clawback_required",summary:"Public key invalid",userMessage:"The provided public key is invalid.",actionHint:"Check that the public key is correctly formatted. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-3001":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A temporary service issue occurred. Please try again.",actionHint:"Wait a moment and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3002":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A temporary service issue occurred. Please try again.",actionHint:"Wait a moment and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3101":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A database error occurred. Please try again.",actionHint:"Wait a moment and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3201":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The settlement service is temporarily unavailable.",actionHint:"Wait and retry. If you sent funds and they haven't been processed, consider initiating a clawback.",isRetryable:!0},"FSAG-3201T1":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The settlement service is temporarily unavailable.",actionHint:"Wait and retry. If you sent funds and they haven't been processed, consider initiating a clawback.",isRetryable:!0},"FSAG-3201T2":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The settlement request timed out.",actionHint:"Check if your transaction was processed. If not, you may retry or initiate a clawback.",isRetryable:!0},"FSAG-3202":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"A dependent service is temporarily unavailable.",actionHint:"Wait a moment and retry.",isRetryable:!0},"FSAG-3301":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The AMM processor couldn't receive your request.",actionHint:"Wait and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3302":{httpStatus:503,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"The AMM processor timed out while processing your request.",actionHint:"Check if your transaction was processed. If not, you may retry or initiate a clawback.",isRetryable:!0},"FSAG-3401":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"An internal processing error occurred.",actionHint:"This is likely a temporary issue. Wait and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-3402":{httpStatus:500,category:"Infrastructure",recovery:"clawback_recommended",summary:"Internal server error",userMessage:"An internal processing error occurred.",actionHint:"This is likely a temporary issue. Wait and retry. If you sent funds, consider initiating a clawback.",isRetryable:!0},"FSAG-4001":{httpStatus:404,category:"Business",recovery:"auto_refund",summary:"Pool not found",userMessage:"The specified pool does not exist.",actionHint:"Verify the pool ID is correct. Your funds will be automatically refunded.",isRetryable:!1},"FSAG-4002":{httpStatus:404,category:"Business",recovery:"none",summary:"Host not found",userMessage:"The specified host namespace does not exist.",actionHint:"Verify the host namespace is correct.",isRetryable:!1},"FSAG-4101":{httpStatus:404,category:"Business",recovery:"none",summary:"Auth session not found",userMessage:"Your authentication session was not found or has expired.",actionHint:"Start a new authentication flow.",isRetryable:!0},"FSAG-4102":{httpStatus:400,category:"Business",recovery:"none",summary:"Incorrect authentication flow",userMessage:"The authentication flow was not followed correctly.",actionHint:"Complete the authentication steps in the correct order.",isRetryable:!0},"FSAG-4201":{httpStatus:400,category:"Business",recovery:"auto_refund",summary:"Insufficient liquidity",userMessage:"The pool doesn't have enough liquidity to complete this swap.",actionHint:"Try a smaller amount or wait for more liquidity. Your funds will be automatically refunded.",isRetryable:!0},"FSAG-4202":{httpStatus:400,category:"Business",recovery:"auto_refund",summary:"Slippage exceeded",userMessage:"The price moved more than your allowed slippage tolerance.",actionHint:"Try increasing slippage tolerance, reducing trade size, or waiting for less volatile conditions. Your funds will be automatically refunded.",isRetryable:!0},"FSAG-4203":{httpStatus:409,category:"Business",recovery:"auto_refund",summary:"Operation not allowed in current phase",userMessage:"This operation cannot be performed while the pool is in its current phase.",actionHint:"Wait for the pool to transition to the appropriate phase. Your funds will be automatically refunded.",isRetryable:!0},"FSAG-4204":{httpStatus:400,category:"Business",recovery:"none",summary:"Insufficient LP tokens",userMessage:"You don't have enough LP tokens to complete this withdrawal.",actionHint:"Check your LP token balance and reduce the withdrawal amount.",isRetryable:!1},"FSAG-4301":{httpStatus:400,category:"Business",recovery:"none",summary:"Invalid fee configuration",userMessage:"The fee configuration is invalid.",actionHint:"Check that fee rates are within acceptable bounds.",isRetryable:!1},"FSAG-4401":{httpStatus:409,category:"Business",recovery:"none",summary:"Transfer ID already used",userMessage:"This Spark transfer has already been used in an operation.",actionHint:"Each transfer can only be used once. Use a new transfer for this operation.",isRetryable:!1},"FSAG-5001":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Failed to generate unique ID",userMessage:"An internal error occurred while processing your request.",actionHint:"Please try again. If you sent funds, initiate a clawback.",isRetryable:!0},"FSAG-5002":{httpStatus:501,category:"System",recovery:"none",summary:"Feature not implemented",userMessage:"This feature is not yet available.",actionHint:"This operation is not currently supported.",isRetryable:!1},"FSAG-5003":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Internal state inconsistent",userMessage:"An internal error occurred. Please contact support if this persists.",actionHint:"If you sent funds, initiate a clawback and contact support.",isRetryable:!1},"FSAG-5004":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Invalid configuration parameter",userMessage:"A system configuration error occurred.",actionHint:"This is a server-side issue. If you sent funds, initiate a clawback.",isRetryable:!1},"FSAG-5100":{httpStatus:500,category:"System",recovery:"clawback_required",summary:"Unexpected panic",userMessage:"An unexpected error occurred on the server.",actionHint:"Please try again later. If you sent funds, initiate a clawback immediately.",isRetryable:!1}};class _p extends Error{errorCode;category;recovery;httpStatus;requestId;timestamp;service;severity;details;remediation;transferIds;lpIdentityPublicKey;clawbackSummary;isRetryable;summary;userMessage;actionHint;constructor(A,I={}){super(A),this.name="FlashnetError";const g=I.response,C=g?.errorCode??"UNKNOWN";if(C in zp){this.errorCode=C;const A=zp[C];this.category=A.category,this.recovery=A.recovery,this.httpStatus=I.httpStatus??A.httpStatus,this.isRetryable=A.isRetryable,this.summary=A.summary,this.userMessage=A.userMessage,this.actionHint=g?.remediation??A.actionHint}else{switch(this.errorCode=C,this.category=function(A){const I=A.match(/^FSAG-(\d)/);if(!I)return null;switch(I[1]){case"1":return"Validation";case"2":return"Security";case"3":return"Infrastructure";case"4":return"Business";case"5":return"System";default:return null}}(C)??"System",this.httpStatus=I.httpStatus??500,this.category){case"Validation":case"Security":case"System":default:this.recovery="clawback_required";break;case"Infrastructure":this.recovery="clawback_recommended";break;case"Business":this.recovery="auto_refund"}this.isRetryable="Infrastructure"===this.category,this.summary=g?.message??"Unknown error",this.userMessage=g?.message??"An unexpected error occurred.",this.actionHint=g?.remediation??"Please try again or contact support."}this.requestId=g?.requestId??"",this.timestamp=g?.timestamp??(new Date).toISOString(),this.service=g?.service??"unknown",this.severity=g?.severity??"Error",this.details=g?.details,this.remediation=g?.remediation,this.transferIds=I.transferIds??[],this.lpIdentityPublicKey=I.lpIdentityPublicKey,this.clawbackSummary=I.clawbackSummary,Object.setPrototypeOf(this,_p.prototype),Error.captureStackTrace&&Error.captureStackTrace(this,_p)}isClawbackRequired(){return"clawback_required"===this.recovery&&this.transferIds.length>0}isClawbackRecommended(){return"clawback_recommended"===this.recovery&&this.transferIds.length>0}shouldClawback(){return this.isClawbackRequired()||this.isClawbackRecommended()}willAutoRefund(){return"auto_refund"===this.recovery}hasTransfersAtRisk(){return this.transferIds.length>0&&"auto_refund"!==this.recovery}isValidationError(){return"Validation"===this.category}isSecurityError(){return"Security"===this.category}isInfrastructureError(){return"Infrastructure"===this.category}isBusinessError(){return"Business"===this.category}isSystemError(){return"System"===this.category}isSlippageError(){return"FSAG-4202"===this.errorCode}isInsufficientLiquidityError(){return"FSAG-4201"===this.errorCode}isAuthError(){return"FSAG-2003"===this.errorCode||"FSAG-2004"===this.errorCode}isPoolNotFoundError(){return"FSAG-4001"===this.errorCode}isTransferAlreadyUsedError(){return"FSAG-4401"===this.errorCode}wasClawbackAttempted(){return this.clawbackSummary?.attempted??!1}wereAllTransfersRecovered(){return!!this.clawbackSummary?.attempted&&0===this.clawbackSummary.failureCount}werePartialTransfersRecovered(){return!!this.clawbackSummary?.attempted&&this.clawbackSummary.successCount>0&&this.clawbackSummary.failureCount>0}getRecoveredTransferCount(){return this.clawbackSummary?.successCount??0}getRecoveredTransferIds(){return this.clawbackSummary?.recoveredTransferIds??[]}getUnrecoveredTransferIds(){return this.clawbackSummary?.unrecoveredTransferIds??this.transferIds}toLogString(){const A=[`[${this.errorCode}]`,this.message,`(requestId: ${this.requestId})`];return this.transferIds.length>0&&A.push(`transferIds: [${this.transferIds.join(", ")}]`),A.join(" ")}getUserFriendlyMessage(){const A=[this.userMessage];return this.shouldClawback()?A.push("Your funds may need to be recovered via clawback."):this.willAutoRefund()&&A.push("Your funds will be automatically refunded."),A.join(" ")}toJSON(){return{name:this.name,message:this.message,errorCode:this.errorCode,category:this.category,recovery:this.recovery,httpStatus:this.httpStatus,requestId:this.requestId,timestamp:this.timestamp,service:this.service,severity:this.severity,details:this.details,remediation:this.remediation,transferIds:this.transferIds,lpIdentityPublicKey:this.lpIdentityPublicKey,clawbackSummary:this.clawbackSummary,isRetryable:this.isRetryable,summary:this.summary,userMessage:this.userMessage,actionHint:this.actionHint}}static fromResponse(A,I,g){return new _p(A.message,{response:A,httpStatus:I,transferIds:g?.transferIds,lpIdentityPublicKey:g?.lpIdentityPublicKey})}static fromUnknown(A,I){if(A instanceof _p){const g="auto_refund"===A.recovery;return I?.lpIdentityPublicKey&&!A.lpIdentityPublicKey?new _p(A.message,{response:{errorCode:A.errorCode,errorCategory:A.category,message:A.message,details:A.details,requestId:A.requestId,timestamp:A.timestamp,service:A.service,severity:A.severity,remediation:A.remediation},httpStatus:A.httpStatus,transferIds:g?A.transferIds:I.transferIds??A.transferIds,lpIdentityPublicKey:I.lpIdentityPublicKey??A.lpIdentityPublicKey,cause:A}):A}if(A instanceof Error){const g=A;if(g.response?.data&&"object"==typeof g.response.data){const A=g.response.data;if(A.errorCode&&"string"==typeof A.errorCode&&"string"==typeof A.message&&"string"==typeof A.requestId)return _p.fromResponse(A,g.response.status??g.status??500,I)}return new _p(A.message,{httpStatus:g.status??500,transferIds:I?.transferIds,lpIdentityPublicKey:I?.lpIdentityPublicKey,cause:A})}return new _p(String(A),{httpStatus:500,transferIds:I?.transferIds,lpIdentityPublicKey:I?.lpIdentityPublicKey})}}class $p{config;authToken;constructor(A){this.config=A}setAuthToken(A){this.authToken=A}async makeRequest(A,I,g){const C={"Content-Type":"application/json",...g?.headers};this.authToken&&(C.Authorization=`Bearer ${this.authToken}`);const B={method:I,headers:C};g?.body&&"GET"!==I&&(B.body=JSON.stringify(g.body));let i=A;if(g?.params){const I=new URLSearchParams;Object.entries(g.params).forEach(([A,g])=>{I.append(A,g.toString())}),i=`${A}?${I.toString()}`}const Q=await fetch(i,B);if(!Q.ok){const A=await Q.json().catch(()=>null);if(A&&"errorCode"in A&&"string"==typeof A.errorCode)throw _p.fromResponse(A,Q.status);const C=A,B=C?.message??C?.msg??`HTTP error! status: ${Q.status}`,e=new Error(B);throw e.status=Q.status,e.response={status:Q.status,data:A},e.request={url:i,method:I,body:g?.body},e}return Q.json()}async ammPost(A,I,g){return this.makeRequest(`${this.config.ammGatewayUrl}${A}`,"POST",{...g,body:I})}async ammGet(A,I){return this.makeRequest(`${this.config.ammGatewayUrl}${A}`,"GET",I)}async mempoolGet(A,I){return this.makeRequest(`${this.config.mempoolApiUrl}${A}`,"GET",I)}async sparkScanGet(A,I){if(!this.config.sparkScanUrl)throw new Error("SparkScan URL not configured for this network");return this.makeRequest(`${this.config.sparkScanUrl}${A}`,"GET",I)}}Error;var AS=Q(9982);class IS{client;constructor(A){this.client=A}async getChallenge(A){return this.client.ammPost("/v1/auth/challenge",A)}async verify(A){return this.client.ammPost("/v1/auth/verify",A)}async registerHost(A){return this.client.ammPost("/v1/hosts/register",A)}async getHost(A){return this.client.ammGet(`/v1/hosts/${A}`)}async withdrawHostFees(A){return this.client.ammPost("/v1/hosts/withdraw-fees",A)}async getPoolHostFees(A){return this.client.ammPost("/v1/hosts/pool-fees",A)}async getHostFees(A){return this.client.ammPost("/v1/hosts/fees",A)}async getHostFeeWithdrawalHistory(A){return this.client.ammGet("/v1/hosts/fee-withdrawal-history",{params:A})}async createConstantProductPool(A){return this.client.ammPost("/v1/pools/constant-product",A)}async createSingleSidedPool(A){return this.client.ammPost("/v1/pools/single-sided",A)}async confirmInitialDeposit(A){return this.client.ammPost("/v1/pools/single-sided/confirm-initial-deposit",A)}async listPools(A){return this.client.ammGet("/v1/pools",{params:A})}async getPool(A){return this.client.ammGet(`/v1/pools/${A}`)}async getLpPosition(A,I){return this.client.ammGet(`/v1/pools/${A}/lp/${I}`)}async getAllLpPositions(){return this.client.ammGet("/v1/liquidity/positions")}async addLiquidity(A){return this.client.ammPost("/v1/liquidity/add",A)}async simulateAddLiquidity(A){return this.client.ammPost("/v1/liquidity/add/simulate",A)}async removeLiquidity(A){return this.client.ammPost("/v1/liquidity/remove",A)}async simulateRemoveLiquidity(A){return this.client.ammPost("/v1/liquidity/remove/simulate",A)}async executeSwap(A){return this.client.ammPost("/v1/swap",A)}async simulateSwap(A){return this.client.ammPost("/v1/swap/simulate",A)}async getPoolSwaps(A,I){return this.client.ammGet(`/v1/pools/${A}/swaps`,{params:I})}async getGlobalSwaps(A){return this.client.ammGet("/v1/swaps",{params:A})}async getUserSwaps(A,I){return this.client.ammGet(`/v1/swaps/user/${A}`,{params:I})}async executeRouteSwap(A){return this.client.ammPost("/v1/route-swap",A)}async simulateRouteSwap(A){return this.client.ammPost("/v1/route-swap/simulate",A)}async getIntegratorFees(){return this.client.ammGet("/v1/integrators/fees")}async getIntegratorFeeWithdrawalHistory(A){return this.client.ammGet("/v1/integrators/fee-withdrawal-history",{params:A})}async getPoolIntegratorFees(A){return this.client.ammPost("/v1/integrators/pool-fees",A)}async withdrawIntegratorFees(A){return this.client.ammPost("/v1/integrators/withdraw-fees",A)}async createEscrow(A){return this.client.ammPost("/v1/escrows/create",A)}async fundEscrow(A){return this.client.ammPost("/v1/escrows/fund",A)}async claimEscrow(A){return this.client.ammPost("/v1/escrows/claim",A)}async getEscrow(A){return this.client.ammGet(`/v1/escrows/${A}`)}async ping(){return this.client.ammGet("/v1/ping")}async getFeatureStatus(){return this.client.ammGet("/v1/config/feature-status")}async getMinAmounts(){return this.client.ammGet("/v1/config/min-amounts")}async getAllowedAssets(){return this.client.ammGet("/v1/config/allowed-assets")}async clawback(A){return this.client.ammPost("/v1/clawback",A)}async checkClawbackEligibility(A){return this.client.ammPost("/v1/check_clawback_eligibility",A)}async listClawbackableTransfers(A){return this.client.ammGet("/v1/clawback-transfers/list",{params:A})}async createConcentratedPool(A){return this.client.ammPost("/v1/pools/concentrated",A)}async increaseLiquidity(A){return this.client.ammPost("/v1/concentrated/liquidity/increase",A)}async decreaseLiquidity(A){return this.client.ammPost("/v1/concentrated/liquidity/decrease",A)}async collectFees(A){return this.client.ammPost("/v1/concentrated/fees/collect",A)}async rebalancePosition(A){return this.client.ammPost("/v1/concentrated/positions/rebalance",A)}async listConcentratedPositions(A){return this.client.ammGet("/v1/concentrated/positions",{params:A})}async getPoolLiquidity(A){return this.client.ammGet(`/v1/concentrated/pools/${A}/liquidity`)}async getPoolTicks(A){return this.client.ammGet(`/v1/concentrated/pools/${A}/ticks`)}async getConcentratedBalance(A){return this.client.ammGet(`/v1/concentrated/balance/${A}`)}async getConcentratedBalances(){return this.client.ammGet("/v1/concentrated/balances")}async getConcentratedBalanceByPool(A){return this.client.ammGet(`/v1/concentrated/balances/${A}`)}async withdrawConcentratedBalance(A){return this.client.ammPost("/v1/concentrated/balance/withdraw",A)}async depositConcentratedBalance(A){return this.client.ammPost("/v1/concentrated/balance/deposit",A)}}const gS={mainnet:{ammGatewayUrl:"https://api.flashnet.xyz",mempoolApiUrl:"https://mempool.space",explorerUrl:"https://mempool.space",sparkScanUrl:"https://api.sparkscan.io"},regtest:{ammGatewayUrl:"https://api.amm.makebitcoingreatagain.dev",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"},testnet:{ammGatewayUrl:"https://api.amm.makebitcoingreatagain.dev",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"},signet:{ammGatewayUrl:"https://api.amm.makebitcoingreatagain.dev",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"},local:{ammGatewayUrl:"http://localhost:8090",mempoolApiUrl:"https://mempool.regtest.flashnet.xyz",explorerUrl:"https://mempool.regtest.flashnet.xyz",sparkScanUrl:"https://api.sparkscan.io"}};function CS(A){const I=gS[A];if(!I)throw new Error(`Unknown client environment: ${A}`);return I}const BS="020202020202020202020202020202020202020202020202020202020202020202";function iS(A){return"LOCAL"===A?"REGTEST":A}function QS(A){return A.toLowerCase()}var eS,ES,tS,oS,nS;!function(A){A[A.MAINNET=0]="MAINNET",A[A.REGTEST=1]="REGTEST"}(eS||(eS={})),function(A){A[A.TIME_COMPARISON_UNSPECIFIED=0]="TIME_COMPARISON_UNSPECIFIED",A[A.TIME_COMPARISON_AFTER=1]="TIME_COMPARISON_AFTER",A[A.TIME_COMPARISON_BEFORE=2]="TIME_COMPARISON_BEFORE",A[A.TIME_COMPARISON_BETWEEN=3]="TIME_COMPARISON_BETWEEN"}(ES||(ES={})),function(A){A[A.AMM_PHASE_UNSPECIFIED=0]="AMM_PHASE_UNSPECIFIED",A[A.AMM_PHASE_SINGLE_SIDED=1]="AMM_PHASE_SINGLE_SIDED",A[A.AMM_PHASE_DOUBLE_SIDED=2]="AMM_PHASE_DOUBLE_SIDED",A[A.AMM_PHASE_GRADUATED=3]="AMM_PHASE_GRADUATED"}(tS||(tS={})),function(A){A[A.PHASE=0]="PHASE",A[A.MINIMUM_RESERVE=1]="MINIMUM_RESERVE",A[A.EXISTS=2]="EXISTS"}(oS||(oS={})),function(A){A[A.TIME=0]="TIME",A[A.AMM_STATE=1]="AMM_STATE",A[A.LOGICAL=2]="LOGICAL"}(nS||(nS={}));var aS=Q(2343);function sS(A){return Array.from(A).map(A=>A.toString(16).padStart(2,"0")).join("")}function rS(A){if(A.length%2!=0)throw new Error("Invalid hex string length");const I=new Uint8Array(A.length/2);for(let g=0;g<A.length;g+=2)I[g/2]=parseInt(A.substring(g,g+2),16);return I}const cS={MAINNET:"spark",TESTNET:"sparkt",REGTEST:"sparkrt",SIGNET:"sparks",LOCAL:"sparkl"},DS=Object.fromEntries(Object.entries(cS).map(([A,I])=>[I,A])),wS=0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2fn,dS={MAINNET:"sp",TESTNET:"spt",REGTEST:"sprt",SIGNET:"sps",LOCAL:"spl"},hS=(Object.fromEntries(Object.entries(dS).map(([A,I])=>[I,A])),{...DS,...Object.fromEntries(Object.entries(dS).map(([A,I])=>[I,A]))});Object.fromEntries(Object.entries(cS).map(([A,I])=>[I,A]));function yS(A){!function(A){if(!(I=A)||"string"!=typeof I||66!==I.length||!/^(02|03)[0-9a-fA-F]{64}$/.test(I))throw new Error("Invalid public key format/length.");var I;const g=BigInt(`0x${A.substring(2)}`);if(0n===g||g>=wS)throw new Error("Invalid public key point: x coordinate outside curve modulus")}(A.identityPublicKey);const I=function(A){const I=2+A.length,g=new Uint8Array(I);return g[0]=10,g[1]=A.length,g.set(A,2),g}(rS(A.identityPublicKey)),g=aS.p2.toWords(I),C=cS[A.network];return aS.p2.encode(C,g,200)}function lS(){const A=new Uint8Array(16);if("undefined"!=typeof crypto&&crypto.getRandomValues)crypto.getRandomValues(A);else if("undefined"!=typeof globalThis&&globalThis.crypto?.getRandomValues)globalThis.crypto.getRandomValues(A);else for(let I=0;I<A.length;I++)A[I]=Math.floor(256*Math.random());return Array.from(A,A=>A.toString(16).padStart(2,"0")).join("")}class kS{apiClient;wallet;signer;pubkey;constructor(A,I,g){this.apiClient=A,this.pubkey=I,"signMessageWithIdentityKey"in g?this.wallet=g:this.signer=g}async signMessage(A){try{if(this.wallet)return await this.wallet.signMessageWithIdentityKey(A,!0);if(this.signer){const I=A.startsWith("0x")?rS(A.slice(2)):rS(A),g=AS(I);return sS(await this.signer.signMessage(g))}throw new Error("No wallet or signer available")}catch(A){throw new Error(`Failed to sign message: ${A instanceof Error?A.message:"Unknown error"}`)}}async authenticate(){try{const A={publicKey:this.pubkey},I=await this.apiClient.ammPost("/v1/auth/challenge",A);if(!I.challenge)throw new Error("No challenge received from server");const g=I.challengeString,C=await this.signMessage(g),B={publicKey:this.pubkey,signature:C},i=await this.apiClient.ammPost("/v1/auth/verify",B);if(!i.accessToken)throw new Error("No access token received from server");return this.apiClient.setAuthToken(i.accessToken),i.accessToken}catch(A){throw new Error(`Authentication failed: ${A instanceof Error?A.message:"Unknown error"}`)}}}function uS(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetASparkTransferId:A.assetASparkTransferId,assetBSparkTransferId:A.assetBSparkTransferId,assetAAmount:BigInt(A.assetAAmount).toString(),assetBAmount:BigInt(A.assetBAmount).toString(),assetAMinAmountIn:BigInt(A.assetAMinAmountIn).toString(),assetBMinAmountIn:BigInt(A.assetBMinAmountIn).toString(),nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}const NS={MAINNET:"btkn",REGTEST:"btknrt",TESTNET:"btknt",SIGNET:"btkns",LOCAL:"btknl"};function GS(A,I){try{const g="string"==typeof A?rS(A):A,C=aS.p2.toWords(g);return aS.p2.encode(NS[I],C,500)}catch{throw new Error("Failed to encode Spark human readable token identifier")}}function pS(A,I){try{const g=aS.p2.decode(A,500);if(g.prefix!==NS[I])throw new Error(`Invalid Spark human readable token identifier prefix, expected '${NS[I]}' but got '${g.prefix}'`);const C=aS.p2.fromWords(g.words);return{tokenIdentifier:sS(new Uint8Array(C)),network:I}}catch(A){if(A instanceof Error)throw A;throw new Error("Failed to decode Spark human readable token identifier")}}function SS(A,I=0n){if(null==A||""===A)return I;if("bigint"==typeof A)return A;try{return BigInt(A)}catch{return I}}class fS{_wallet;apiClient;typedApi;authManager;sparkNetwork;clientEnvironment;publicKey="";sparkAddress="";isAuthenticated=!1;featureStatusCache;minAmountsCache;allowedAssetsCache;pingCache;static FEATURE_STATUS_TTL_MS=5e3;static MIN_AMOUNTS_TTL_MS=5e3;static ALLOWED_ASSETS_TTL_MS=6e4;static PING_TTL_MS=2e3;get wallet(){return this._wallet}get sparkNetworkType(){return this.sparkNetwork}get clientEnvironmentType(){return this.clientEnvironment}get networkType(){return"REGTEST"===this.sparkNetwork&&"local"===this.clientEnvironment?"LOCAL":this.sparkNetwork}get pubkey(){return this.publicKey}get address(){return this.sparkAddress}constructor(A,I){this._wallet=A;const g=!I||"network"in I||!("sparkNetworkType"in I);if(g){const g=I;if(g?.network)this.sparkNetwork=iS(g.network),this.clientEnvironment=QS(g.network);else{const I=A.config.getNetwork(),g="MAINNET"===eS[I]?"MAINNET":"REGTEST";this.sparkNetwork=iS(g),this.clientEnvironment=QS(g)}}else{const A=I;let g;if(this.sparkNetwork=A.sparkNetworkType,"clientConfig"in A)g=A.clientConfig;else if("clientNetworkConfig"in A)g=A.clientNetworkConfig;else{if(!("clientEnvironment"in A))throw new Error("Invalid configuration: must specify clientConfig, clientNetworkConfig, or clientEnvironment");g=A.clientEnvironment}const C=function(A){if("string"==typeof A)return A;for(const[I,g]of Object.entries(gS))if(g.ammGatewayUrl===A.ammGatewayUrl&&g.mempoolApiUrl===A.mempoolApiUrl&&g.explorerUrl===A.explorerUrl&&g.sparkScanUrl===A.sparkScanUrl)return I;return"custom"}(g);this.clientEnvironment="custom"===C?"local":C}let C;if(g)C=CS(this.clientEnvironment);else{const A=I;let g;if("clientConfig"in A)g=A.clientConfig;else if("clientNetworkConfig"in A)g=A.clientNetworkConfig;else{if(!("clientEnvironment"in A))throw new Error("Invalid configuration");g=A.clientEnvironment}C=function(A){if("string"==typeof A)return CS(A);const I=function(A){const I=[];A.ammGatewayUrl&&"string"==typeof A.ammGatewayUrl||I.push("ammGatewayUrl is required and must be a string"),A.mempoolApiUrl&&"string"==typeof A.mempoolApiUrl||I.push("mempoolApiUrl is required and must be a string"),A.explorerUrl&&"string"==typeof A.explorerUrl||I.push("explorerUrl is required and must be a string"),A.sparkScanUrl&&"string"!=typeof A.sparkScanUrl&&I.push("sparkScanUrl must be a string if provided");const g=[{name:"ammGatewayUrl",value:A.ammGatewayUrl},{name:"mempoolApiUrl",value:A.mempoolApiUrl},{name:"explorerUrl",value:A.explorerUrl}];A.sparkScanUrl&&g.push({name:"sparkScanUrl",value:A.sparkScanUrl});for(const A of g)if(A.value)try{new URL(A.value)}catch{I.push(`${A.name} must be a valid URL`)}return{valid:0===I.length,errors:I}}(A);if(!I.valid)throw new Error(`Invalid client network configuration: ${I.errors.join(", ")}`);return A}(g)}this.apiClient=new $p(C),this.typedApi=new IS(this.apiClient),this.authManager=new kS(this.apiClient,"",A)}async initialize(){if(this.isAuthenticated)return;this.publicKey=await this._wallet.getIdentityPublicKey(),this.sparkAddress=await this._wallet.getSparkAddress();const A=function(A){if(!A||"string"!=typeof A)return null;const I=A.split("1");if(I.length<2)return null;const g=I[0]??"";return hS[g]||null}(this.sparkAddress);if(!A)throw new Error(`Unable to determine Spark network from spark address: ${this.sparkAddress}`);this.sparkNetwork!==A&&(console.warn(`Warning: Configured Spark network (${this.sparkNetwork}) doesn't match detected network from address (${A}). Using detected network.`),this.sparkNetwork=A),this.authManager=new kS(this.apiClient,this.publicKey,this._wallet);const I=await this.authManager.authenticate();this.apiClient.setAuthToken(I),this.isAuthenticated=!0}async ensureInitialized(){this.isAuthenticated||await this.initialize()}toHumanReadableTokenIdentifier(A){return A===BS||A.startsWith("btkn")?A:GS(A,this.sparkNetwork)}toHexTokenIdentifier(A){return A===BS?A:A.startsWith("btkn")?pS(A,this.sparkNetwork).tokenIdentifier:A}async getBalance(){const A=await this._wallet.getBalance(),I=new Map;if(A.tokenBalances)for(const[g,C]of A.tokenBalances.entries()){const A=C.tokenMetadata,B=sS(A.rawTokenIdentifier),i=GS(A.rawTokenIdentifier,this.sparkNetwork);I.set(g,{balance:SS(C.ownedBalance??C.balance),availableToSendBalance:SS(C.availableToSendBalance??C.ownedBalance??C.balance),tokenInfo:{tokenIdentifier:B,tokenAddress:i,tokenName:A.tokenName,tokenSymbol:A.tokenTicker,tokenDecimals:A.decimals,maxSupply:A.maxSupply}})}return{balance:SS(A.balance),tokenBalances:I}}async checkBalance(A){const I=A.walletBalance??await this.getBalance(),g={tokens:new Map};for(const I of A.balancesToCheck)I.assetAddress===BS?g.btc=BigInt(I.amount):g.tokens?.set(I.assetAddress,BigInt(I.amount));if(g.btc&&I.balance<g.btc)throw new Error([A.errorPrefix??"","Insufficient BTC balance. ",`Required: ${g.btc} sats, Available: ${I.balance} sats`].join(""));if(g.tokens)for(const[C,B]of g.tokens.entries()){const g=this.toHumanReadableTokenIdentifier(C),i=this.toHexTokenIdentifier(C),Q=I.tokenBalances.get(C)??I.tokenBalances.get(g)??I.tokenBalances.get(i),e=A.useAvailableBalance?Q?.availableToSendBalance??0n:Q?.balance??0n;if(e<B)throw new Error([A.errorPrefix??"",`Insufficient token balance for ${C}. `,`Required: ${B}, Available: ${e}`].join(""))}}async listPools(A){return await this.ensureInitialized(),this.typedApi.listPools(A)}async getPool(A){return await this.ensureInitialized(),this.typedApi.getPool(A)}async getLpPosition(A,I){await this.ensureInitialized();const g=I||this.publicKey;return this.typedApi.getLpPosition(A,g)}async getAllLpPositions(){return await this.ensureInitialized(),this.typedApi.getAllLpPositions()}async createConstantProductPool(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_pool_creation"),await this.assertAllowedAssetBForPoolCreation(this.toHexTokenIdentifier(A.assetBAddress)),A.initialLiquidity&&await this.checkBalance({balancesToCheck:[{assetAddress:A.assetAAddress,amount:A.initialLiquidity.assetAAmount},{assetAddress:A.assetBAddress,amount:A.initialLiquidity.assetBAmount}],errorPrefix:"Insufficient balance for initial liquidity: ",useAvailableBalance:A.useAvailableBalance});const I=A.poolOwnerPublicKey??this.publicKey,g=lS(),C=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey,assetAAddress:A.assetAAddress,assetBAddress:A.assetBAddress,totalHostFeeRateBps:A.totalHostFeeRateBps,lpFeeRateBps:A.lpFeeRateBps,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),hostNamespace:A.hostNamespace||"",nonce:g,signature:sS(i)},e=await this.typedApi.createConstantProductPool(Q);return A.initialLiquidity&&e.poolId&&await this.addInitialLiquidity(e.poolId,A.assetAAddress,A.assetBAddress,A.initialLiquidity.assetAAmount.toString(),A.initialLiquidity.assetBAmount.toString(),A.initialLiquidity.assetAMinAmountIn.toString(),A.initialLiquidity.assetBMinAmountIn.toString()),e}static parsePositiveIntegerToBigInt(A,I){if("bigint"==typeof A){if(A<=0n)throw new Error(`${I} must be positive integer`);return A}if("number"==typeof A){if(!Number.isFinite(A)||!Number.isInteger(A)||A<=0)throw new Error(`${I} must be positive integer`);return BigInt(A)}try{const g=BigInt(A);if(g<=0n)throw new Error(`${I} must be positive integer`);return g}catch{throw new Error(`${I} must be positive integer`)}}static calculateVirtualReserves(A){if(!Number.isFinite(A.graduationThresholdPct)||!Number.isInteger(A.graduationThresholdPct))throw new Error("Graduation threshold percentage must be an integer number of percent");const I=fS.parsePositiveIntegerToBigInt(A.initialTokenSupply,"Initial token supply"),g=fS.parsePositiveIntegerToBigInt(A.targetRaise,"Target raise"),C=BigInt(A.graduationThresholdPct);if(C<20n||C>95n)throw new Error("Graduation threshold percentage must be between 20 and 95");const B=2n*C-100n;if(B<=0n)throw new Error("Invalid configuration: threshold must be greater than 50% when LP fraction is 1.0");return{virtualReserveA:I*C*C/(100n*B),virtualReserveB:g*(100n-C)/B,threshold:I*C/100n}}async createSingleSidedPool(A){if(await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_pool_creation"),await this.assertAllowedAssetBForPoolCreation(this.toHexTokenIdentifier(A.assetBAddress)),!A.hostNamespace&&A.totalHostFeeRateBps<10)throw new Error("Host fee must be greater than 10 bps when no host namespace is provided");const I=fS.parsePositiveIntegerToBigInt(A.assetAInitialReserve,"Asset A Initial Reserve").toString(),g=fS.parsePositiveIntegerToBigInt(A.virtualReserveA,"Virtual Reserve A").toString(),C=fS.parsePositiveIntegerToBigInt(A.virtualReserveB,"Virtual Reserve B").toString();await this.checkBalance({balancesToCheck:[{assetAddress:A.assetAAddress,amount:I}],errorPrefix:"Insufficient balance for pool creation: ",useAvailableBalance:A.useAvailableBalance});const B=A.poolOwnerPublicKey??this.publicKey,i=lS(),Q=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey.toString(),assetAAddress:A.assetAAddress.toString(),assetBAddress:A.assetBAddress.toString(),assetAInitialReserve:A.assetAInitialReserve.toString(),virtualReserveA:A.virtualReserveA.toString(),virtualReserveB:A.virtualReserveB.toString(),threshold:A.threshold.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),lpFeeRateBps:A.lpFeeRateBps.toString(),nonce:A.nonce.toString()};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:B,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),assetAInitialReserve:I,virtualReserveA:g,virtualReserveB:C,threshold:A.threshold.toString(),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),nonce:i}),e=AS(Q),E=await this._wallet.config.signer.signMessageWithIdentityKey(e,!0),t={poolOwnerPublicKey:B,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),assetAInitialReserve:I,virtualReserveA:g,virtualReserveB:C,threshold:A.threshold.toString(),lpFeeRateBps:A.lpFeeRateBps.toString(),totalHostFeeRateBps:A.totalHostFeeRateBps.toString(),hostNamespace:A.hostNamespace,nonce:i,signature:sS(E)},o=await this.typedApi.createSingleSidedPool(t);if(A.disableInitialDeposit)return o;const n=yS({identityPublicKey:o.poolId,network:this.sparkNetwork}),a=await this.transferAsset({receiverSparkAddress:n,assetAddress:A.assetAAddress,amount:I});return await this.executeWithAutoClawback(async()=>{const A=await this.confirmInitialDeposit(o.poolId,a,B);if(!A.confirmed)throw new Error(`Failed to confirm initial deposit: ${A.message}`);return A},[a],o.poolId),o}async confirmInitialDeposit(A,I,g){await this.ensureInitialized();const C=lS(),B=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetASparkTransferId:A.assetASparkTransferId,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:g??this.publicKey,lpIdentityPublicKey:A,assetASparkTransferId:I,nonce:C}),i=AS(B),Q={poolId:A,assetASparkTransferId:I,nonce:C,signature:sS(await this._wallet.config.signer.signMessageWithIdentityKey(i,!0)),poolOwnerPublicKey:g??this.publicKey};return this.typedApi.confirmInitialDeposit(Q)}async simulateSwap(A){await this.ensureInitialized(),await this.ensurePingOk();const I={...A,...void 0!==A.integratorBps&&{integratorBps:Math.floor(A.integratorBps)}};return this.typedApi.simulateSwap(I)}async executeSwap(A){if(await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_swaps"),await this.assertSwapMeetsMinAmounts({assetInAddress:A.assetInAddress,assetOutAddress:A.assetOutAddress,amountIn:A.amountIn,minAmountOut:A.minAmountOut}),A.useFreeBalance){const I=await this.executeSwapIntent({...A});return{...I,inboundSparkTransferId:I.requestId}}const I=yS({identityPublicKey:A.poolId,network:this.sparkNetwork}),g=await this.transferAsset({receiverSparkAddress:I,assetAddress:A.assetInAddress,amount:A.amountIn},"Insufficient balance for swap: ",A.useAvailableBalance);return{...await this.executeWithAutoClawback(()=>this.executeSwapIntent({...A,transferId:g}),[g],A.poolId),inboundSparkTransferId:g}}async executeSwapIntent(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_swaps"),await this.assertSwapMeetsMinAmounts({assetInAddress:A.assetInAddress,assetOutAddress:A.assetOutAddress,amountIn:A.amountIn,minAmountOut:A.minAmountOut});const I=!A.transferId,g=lS(),C=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetInSparkTransferId:!0!==A.useFreeBalance&&A.assetInSparkTransferId?A.assetInSparkTransferId:"",assetInAddress:A.assetInAddress,assetOutAddress:A.assetOutAddress,amountIn:A.amountIn,minAmountOut:A.minAmountOut,maxSlippageBps:A.maxSlippageBps,nonce:A.nonce,totalIntegratorFeeRateBps:A.totalIntegratorFeeRateBps};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,assetInSparkTransferId:A.transferId,assetInAddress:this.toHexTokenIdentifier(A.assetInAddress),assetOutAddress:this.toHexTokenIdentifier(A.assetOutAddress),amountIn:A.amountIn.toString(),maxSlippageBps:A.maxSlippageBps.toString(),minAmountOut:A.minAmountOut,totalIntegratorFeeRateBps:A.integratorFeeRateBps?.toString()||"0",nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={userPublicKey:this.publicKey,poolId:A.poolId,assetInAddress:this.toHexTokenIdentifier(A.assetInAddress),assetOutAddress:this.toHexTokenIdentifier(A.assetOutAddress),amountIn:A.amountIn.toString(),maxSlippageBps:A.maxSlippageBps?.toString(),minAmountOut:A.minAmountOut,assetInSparkTransferId:A.transferId??"",totalIntegratorFeeRateBps:A.integratorFeeRateBps?.toString()||"0",integratorPublicKey:A.integratorPublicKey||"",nonce:g,signature:sS(i)},e=await this.typedApi.executeSwap(Q);if(!e.accepted){const g=e.error||"Swap rejected by the AMM",C=!!e.refundedAmount,B=C?` Refunded ${e.refundedAmount} of ${e.refundedAssetAddress} via transfer ${e.refundTransferId}`:"";throw new _p(`${g}.${B}`,{response:{errorCode:C?"FSAG-4202":"UNKNOWN",errorCategory:C?"Business":"System",message:`${g}.${B}`,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:C||I?[]:[A.transferId??""],lpIdentityPublicKey:A.poolId})}return e}async simulateRouteSwap(A){if(A.hops.length>4)throw new Error("Route swap cannot have more than 4 hops");return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.simulateRouteSwap(A)}async executeRouteSwap(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_route_swaps");const I=A.hops[A.hops.length-1]?.assetOutAddress;if(!I)throw new Error("Route swap requires at least one hop with output asset");if(await this.assertSwapMeetsMinAmounts({assetInAddress:A.initialAssetAddress,assetOutAddress:I,amountIn:A.inputAmount,minAmountOut:A.minAmountOut}),A.hops.length>4)throw new Error("Route swap cannot have more than 4 hops");if(!A.hops.length)throw new Error("Route swap requires at least one hop");const g=A.hops[0]?.poolId;if(!g)throw new Error("First pool ID is required");const C=yS({identityPublicKey:g,network:this.sparkNetwork}),B=await this.transferAsset({receiverSparkAddress:C,assetAddress:A.initialAssetAddress,amount:A.inputAmount},"Insufficient balance for route swap: ",A.useAvailableBalance);return this.executeWithAutoClawback(async()=>{const I=A.hops.map(A=>({lpIdentityPublicKey:A.poolId,inputAssetAddress:this.toHexTokenIdentifier(A.assetInAddress),outputAssetAddress:this.toHexTokenIdentifier(A.assetOutAddress),hopIntegratorFeeRateBps:void 0!==A.hopIntegratorFeeRateBps&&null!==A.hopIntegratorFeeRateBps?A.hopIntegratorFeeRateBps.toString():"0"})),C=A.hops.map(A=>({poolId:A.poolId,assetInAddress:this.toHexTokenIdentifier(A.assetInAddress),assetOutAddress:this.toHexTokenIdentifier(A.assetOutAddress),hopIntegratorFeeRateBps:void 0!==A.hopIntegratorFeeRateBps&&null!==A.hopIntegratorFeeRateBps?A.hopIntegratorFeeRateBps.toString():"0"})),i=lS(),Q=function(A){const I={userPublicKey:A.userPublicKey,hops:A.hops,initialSparkTransferId:A.initialSparkTransferId,inputAmount:A.inputAmount,minFinalOutputAmount:A.minAmountOut,maxRouteSlippageBps:A.maxRouteSlippageBps,nonce:A.nonce,defaultIntegratorFeeRateBps:A.defaultIntegratorFeeRateBps??"0"};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,hops:I.map(A=>({lpIdentityPublicKey:A.lpIdentityPublicKey,inputAssetAddress:A.inputAssetAddress,outputAssetAddress:A.outputAssetAddress,hopIntegratorFeeRateBps:A.hopIntegratorFeeRateBps})),initialSparkTransferId:B,inputAmount:A.inputAmount.toString(),maxRouteSlippageBps:A.maxRouteSlippageBps.toString(),minAmountOut:A.minAmountOut,nonce:i,defaultIntegratorFeeRateBps:A.integratorFeeRateBps?.toString()}),e=AS(Q),E=await this._wallet.config.signer.signMessageWithIdentityKey(e,!0),t={userPublicKey:this.publicKey,hops:C,initialSparkTransferId:B,inputAmount:A.inputAmount.toString(),maxRouteSlippageBps:A.maxRouteSlippageBps.toString(),minAmountOut:A.minAmountOut,nonce:i,signature:sS(E),integratorFeeRateBps:A.integratorFeeRateBps?.toString()||"0",integratorPublicKey:A.integratorPublicKey||""},o=await this.typedApi.executeRouteSwap(t);if(!o.accepted){const A=o.error||"Route swap rejected by the AMM",I=!!o.refundedAmount,C=I?` Refunded ${o.refundedAmount} of ${o.refundedAssetPublicKey} via transfer ${o.refundTransferId}`:"";throw new _p(`${A}.${C}`,{response:{errorCode:I?"FSAG-4202":"UNKNOWN",errorCategory:I?"Business":"System",message:`${A}.${C}`,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:I?[]:[B],lpIdentityPublicKey:g})}return o},[B],g)}async simulateAddLiquidity(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.simulateAddLiquidity(A)}async addLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_add_liquidity");const I=await this.getPool(A.poolId);await this.assertAddLiquidityMeetsMinAmounts({poolId:A.poolId,assetAAmount:A.assetAAmount,assetBAmount:A.assetBAmount});const g=yS({identityPublicKey:A.poolId,network:this.sparkNetwork}),[C,B]=await this.transferAssets([{receiverSparkAddress:g,assetAddress:I.assetAAddress,amount:A.assetAAmount},{receiverSparkAddress:g,assetAddress:I.assetBAddress,amount:A.assetBAmount}],"Insufficient balance for adding liquidity: ",A.useAvailableBalance);return this.executeWithAutoClawback(async()=>{const I=lS(),g=uS({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,assetASparkTransferId:C,assetBSparkTransferId:B,assetAAmount:A.assetAAmount.toString(),assetBAmount:A.assetBAmount.toString(),assetAMinAmountIn:A.assetAMinAmountIn.toString(),assetBMinAmountIn:A.assetBMinAmountIn.toString(),nonce:I}),i=AS(g),Q=await this._wallet.config.signer.signMessageWithIdentityKey(i,!0),e={userPublicKey:this.publicKey,poolId:A.poolId,assetASparkTransferId:C,assetBSparkTransferId:B,assetAAmountToAdd:A.assetAAmount.toString(),assetBAmountToAdd:A.assetBAmount.toString(),assetAMinAmountIn:A.assetAMinAmountIn.toString(),assetBMinAmountIn:A.assetBMinAmountIn.toString(),nonce:I,signature:sS(Q)},E=await this.typedApi.addLiquidity(e);if(!E.accepted){const I=E.error||"Add liquidity rejected by the AMM",g=!(!E.refund?.assetAAmount&&!E.refund?.assetBAmount),i=E.refund?` Refunds: Asset A: ${E.refund.assetAAmount||0}, Asset B: ${E.refund.assetBAmount||0}`:"";throw new _p(`${I}.${i}`,{response:{errorCode:g?"FSAG-4203":"UNKNOWN",errorCategory:g?"Business":"System",message:`${I}.${i}`,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:g?[]:[C,B],lpIdentityPublicKey:A.poolId})}return E},[C,B],A.poolId)}async simulateRemoveLiquidity(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.simulateRemoveLiquidity(A)}async removeLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_liquidity");const I=(await this.getLpPosition(A.poolId)).lpTokensOwned,g=A.lpTokensToRemove;if(function(A,I){const g=A=>{const[I="",g=""]=A.split(".");return[I.replace(/^0+/,"")||"0",g.replace(/0+$/,"")]},[C,B]=g(A),[i,Q]=g(I);if(C.length!==i.length)return C.length<i.length?-1:1;if(C!==i)return C<i?-1:1;const e=Math.max(B.length,Q.length),E=B.padEnd(e,"0"),t=Q.padEnd(e,"0");return E===t?0:E<t?-1:1}(I,g)<0)throw new Error(`Insufficient LP tokens. Owned: ${I}, Requested: ${g}`);await this.assertRemoveLiquidityMeetsMinAmounts({poolId:A.poolId,lpTokensToRemove:A.lpTokensToRemove});const C=lS(),B=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,lpTokensToRemove:A.lpTokensToRemove,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,lpTokensToRemove:A.lpTokensToRemove,nonce:C}),i=AS(B),Q=await this._wallet.config.signer.signMessageWithIdentityKey(i,!0),e={userPublicKey:this.publicKey,poolId:A.poolId,lpTokensToRemove:A.lpTokensToRemove,nonce:C,signature:sS(Q)},E=await this.typedApi.removeLiquidity(e);if(!E.accepted){const A=E.error||"Remove liquidity rejected by the AMM";throw new Error(A)}return E}async registerHost(A){await this.ensureInitialized(),await this.ensurePingOk();const I=A.feeRecipientPublicKey||this.publicKey,g=lS(),C=function(A){const I={namespace:A.namespace,minFeeBps:A.minFeeBps,feeRecipientPublicKey:A.feeRecipientPublicKey,nonce:A.nonce,signature:""};return(new TextEncoder).encode(JSON.stringify(I))}({namespace:A.namespace,minFeeBps:A.minFeeBps,feeRecipientPublicKey:I,nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={namespace:A.namespace,minFeeBps:A.minFeeBps,feeRecipientPublicKey:I,nonce:g,signature:sS(i)};return this.typedApi.registerHost(Q)}async getHost(A){return await this.ensureInitialized(),this.typedApi.getHost(A)}async getPoolHostFees(A,I){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.getPoolHostFees({hostNamespace:A,poolId:I})}async getHostFeeWithdrawalHistory(A){return await this.ensureInitialized(),this.typedApi.getHostFeeWithdrawalHistory(A)}async withdrawHostFees(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_fees");const I=lS(),g=A.assetBAmount??"0",C=function(A){const I={hostPublicKey:A.hostPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:A.assetBAmount,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({hostPublicKey:this.publicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I,signature:sS(i)},e=await this.typedApi.withdrawHostFees(Q);if(!e.accepted){const A=e.error||"Withdraw host fees rejected by the AMM";throw new Error(A)}return e}async getHostFees(A){await this.ensureInitialized(),await this.ensurePingOk();const I={hostNamespace:A};return this.typedApi.getHostFees(I)}async getIntegratorFeeWithdrawalHistory(A){return await this.ensureInitialized(),this.typedApi.getIntegratorFeeWithdrawalHistory(A)}async getPoolIntegratorFees(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.getPoolIntegratorFees({poolId:A})}async withdrawIntegratorFees(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_fees");const I=lS(),g=A.assetBAmount??"0",C=function(A){const I={integratorPublicKey:A.integratorPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:A.assetBAmount,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({integratorPublicKey:this.publicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={integratorPublicKey:this.publicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetBAmount:g,nonce:I,signature:sS(i)},e=await this.typedApi.withdrawIntegratorFees(Q);if(!e.accepted){const A=e.error||"Withdraw integrator fees rejected by the AMM";throw new Error(A)}return e}async getIntegratorFees(){return await this.ensureInitialized(),this.typedApi.getIntegratorFees()}async createEscrow(A){await this.ensureInitialized(),await this.ensurePingOk();const I=lS(),g=A.recipients.map(A=>({recipientId:A.id,amount:A.amount,hasClaimed:!1})),C=function(A){const I={creatorPublicKey:A.creatorPublicKey,assetId:A.assetId,assetAmount:A.assetAmount,recipients:A.recipients,claimConditions:A.claimConditions,abandonHost:A.abandonHost,abandonConditions:A.abandonConditions,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({creatorPublicKey:this.publicKey,assetId:A.assetId,assetAmount:A.assetAmount,recipients:g,claimConditions:A.claimConditions,abandonHost:A.abandonHost,abandonConditions:A.abandonConditions||void 0,nonce:I}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={creatorPublicKey:this.publicKey,assetId:A.assetId,assetAmount:A.assetAmount,recipients:A.recipients,claimConditions:A.claimConditions,abandonHost:A.abandonHost,abandonConditions:A.abandonConditions,nonce:I,signature:sS(i)},e=await this.typedApi.createEscrow(Q);return!1!==A.autoFund?this.fundEscrow({escrowId:e.escrowId,depositAddress:e.depositAddress,assetId:A.assetId,assetAmount:A.assetAmount,useAvailableBalance:A.useAvailableBalance}):e}async fundEscrow(A){await this.ensureInitialized(),await this.ensurePingOk(),await this.checkBalance({balancesToCheck:[{assetAddress:A.assetId,amount:A.assetAmount}],errorPrefix:"Insufficient balance to fund escrow: ",useAvailableBalance:A.useAvailableBalance});const I=yS({identityPublicKey:A.depositAddress,network:this.sparkNetwork}),g=await this.transferAsset({receiverSparkAddress:I,assetAddress:A.assetId,amount:A.assetAmount});return await this.executeFundEscrowIntent({escrowId:A.escrowId,sparkTransferId:g})}async executeFundEscrowIntent(A){await this.ensurePingOk();const I=lS(),g=function(A){const I={escrowId:A.escrowId,creatorPublicKey:A.creatorPublicKey,sparkTransferId:A.sparkTransferId,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({...A,creatorPublicKey:this.publicKey,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={...A,nonce:I,signature:sS(B)};return this.typedApi.fundEscrow(i)}async claimEscrow(A){await this.ensureInitialized(),await this.ensurePingOk();const I=lS(),g=function(A){const I={escrowId:A.escrowId,recipientPublicKey:A.recipientPublicKey,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({escrowId:A.escrowId,recipientPublicKey:this.publicKey,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={escrowId:A.escrowId,nonce:I,signature:sS(B)};return this.typedApi.claimEscrow(i)}async getEscrow(A){return await this.ensureInitialized(),this.typedApi.getEscrow(A)}async getPoolSwaps(A,I){return await this.ensureInitialized(),this.typedApi.getPoolSwaps(A,I)}async getGlobalSwaps(A){return await this.ensureInitialized(),this.typedApi.getGlobalSwaps(A)}async getUserSwaps(A,I){await this.ensureInitialized();const g=A||this.publicKey;return this.typedApi.getUserSwaps(g,I)}async clawback(A){await this.ensureInitialized(),await this.ensurePingOk();const I=lS(),g=function(A){const I={senderPublicKey:A.senderPublicKey,sparkTransferId:A.sparkTransferId,lpIdentityPublicKey:A.lpIdentityPublicKey,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({senderPublicKey:this.publicKey,sparkTransferId:A.sparkTransferId,lpIdentityPublicKey:A.lpIdentityPublicKey,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={senderPublicKey:this.publicKey,sparkTransferId:A.sparkTransferId,lpIdentityPublicKey:A.lpIdentityPublicKey,nonce:I,signature:sS(B)},Q=await this.typedApi.clawback(i);if(!Q.accepted){const A=Q.error||"Clawback request was rejected";throw new Error(A)}return Q}async checkClawbackEligibility(A){await this.ensureInitialized(),await this.ensurePingOk();const I={sparkTransferId:A.sparkTransferId};return this.typedApi.checkClawbackEligibility(I)}async listClawbackableTransfers(A){return await this.ensureInitialized(),await this.ensurePingOk(),this.typedApi.listClawbackableTransfers(A)}async clawbackMultiple(A,I){const g=[];for(const C of A)try{const A=await this.clawback({sparkTransferId:C,lpIdentityPublicKey:I});g.push({transferId:C,success:!0,response:A})}catch(A){g.push({transferId:C,success:!1,error:A instanceof Error?A.message:String(A)})}return g}async executeWithAutoClawback(A,I,g){try{return await A()}catch(A){const C=_p.fromUnknown(A,{transferIds:I,lpIdentityPublicKey:g});if(C.shouldClawback()&&I.length>0){const A=await this.clawbackMultiple(I,g),B=A.filter(A=>A.success),i=A.filter(A=>!A.success),Q={attempted:!0,totalTransfers:I.length,successCount:B.length,failureCount:i.length,results:A,recoveredTransferIds:B.map(A=>A.transferId),unrecoveredTransferIds:i.map(A=>A.transferId)};let e,E=C.message;throw B.length>0&&(E+=` [Auto-clawback: ${B.length}/${I.length} transfers recovered]`),i.length>0&&(E+=` [Clawback failed for: ${i.map(A=>A.transferId).join(", ")}]`),e=0===Q.failureCount?"Your funds have been automatically recovered. No action needed.":Q.successCount>0?`${Q.successCount} transfer(s) recovered. Manual clawback needed for remaining transfers.`:C.remediation??"Automatic recovery failed. Please initiate a manual clawback.",new _p(E,{response:{errorCode:C.errorCode,errorCategory:C.category,message:E,details:C.details,requestId:C.requestId,timestamp:C.timestamp,service:C.service,severity:C.severity,remediation:e},httpStatus:C.httpStatus,transferIds:Q.unrecoveredTransferIds,lpIdentityPublicKey:g,clawbackSummary:Q})}throw C}}startClawbackMonitor(A={}){const{intervalMs:I=6e4,batchSize:g=2,batchDelayMs:C=500,maxTransfersPerPoll:B=100,onClawbackSuccess:i,onClawbackError:Q,onPollComplete:e,onPollError:E}=A;let t=!0,o=null,n=null;const a=async()=>{const A={transfersFound:0,clawbacksAttempted:0,clawbacksSucceeded:0,clawbacksFailed:0,results:[]};try{const I=await this.listClawbackableTransfers({limit:B});if(A.transfersFound=I.transfers.length,0===I.transfers.length)return A;for(let B=0;B<I.transfers.length&&t;B+=g){const e=I.transfers.slice(B,B+g),E=await Promise.all(e.map(async I=>{A.clawbacksAttempted++;try{const g=await this.clawback({sparkTransferId:I.id,lpIdentityPublicKey:I.lpIdentityPublicKey}),C={transferId:I.id,success:!0,response:g};return A.clawbacksSucceeded++,i?.(C),C}catch(g){const C={transferId:I.id,success:!1,error:g instanceof Error?g.message:String(g)};return A.clawbacksFailed++,Q?.(I.id,g),C}}));A.results.push(...E),B+g<I.transfers.length&&t&&await new Promise(A=>setTimeout(A,C))}}catch(A){E?.(A)}return A},s=()=>{t&&(o=setTimeout(async()=>{t&&(n=(async()=>{const A=await a();e?.(A),s()})())},I))};return n=(async()=>{const A=await a();e?.(A),s()})(),{isRunning:()=>t,stop:async()=>{t=!1,o&&(clearTimeout(o),o=null),n&&await n.catch(()=>{})},pollNow:async()=>{if(!t)throw new Error("Monitor is stopped");return a()}}}encodeTokenAddress(A){return GS(A,this.sparkNetwork)}decodeTokenAddress(A){return pS(A,this.sparkNetwork)}encodeLegacyTokenAddress(A){return GS(A,this.sparkNetwork)}decodeLegacyTokenAddress(A){return pS(A,this.sparkNetwork)}async getFeatureStatus(){await this.ensureInitialized();const A=Date.now();if(this.featureStatusCache&&this.featureStatusCache.expiryMs>A)return this.featureStatusCache.data;const I=await this.typedApi.getFeatureStatus();return this.featureStatusCache={data:I,expiryMs:A+fS.FEATURE_STATUS_TTL_MS},I}async getFeatureFlags(){return await this.ensureInitialized(),this.getFeatureStatusMap()}async getMinAmounts(){return await this.ensureInitialized(),this.typedApi.getMinAmounts()}async getMinAmountsMap(){return await this.ensureInitialized(),this.getEnabledMinAmountsMap()}async getAllowedAssets(){await this.ensureInitialized();const A=Date.now();if(this.allowedAssetsCache&&this.allowedAssetsCache.expiryMs>A)return this.allowedAssetsCache.data;const I=await this.typedApi.getAllowedAssets();return this.allowedAssetsCache={data:I,expiryMs:A+fS.ALLOWED_ASSETS_TTL_MS},I}async ping(){return await this.ensureInitialized(),this.typedApi.ping()}async transferAsset(A,I,g){return(await this.transferAssets([A],I,g))[0]}async transferAssets(A,I,g){I&&await this.checkBalance({balancesToCheck:A,errorPrefix:I,useAvailableBalance:g});const C=[];for(const I of A)if(I.assetAddress===BS){const A=await this._wallet.transfer({amountSats:Number(I.amount),receiverSparkAddress:I.receiverSparkAddress});C.push(A.id)}else{const A=await this._wallet.transferTokens({tokenIdentifier:this.toHumanReadableTokenIdentifier(I.assetAddress),tokenAmount:BigInt(I.amount),receiverSparkAddress:I.receiverSparkAddress});C.push(A)}return C}async addInitialLiquidity(A,I,g,C,B,i,Q){await this.ensureAmmOperationAllowed("allow_add_liquidity"),await this.assertAddLiquidityMeetsMinAmounts({poolId:A,assetAAmount:C,assetBAmount:B});const e=yS({identityPublicKey:A,network:this.sparkNetwork}),[E,t]=await this.transferAssets([{receiverSparkAddress:e,assetAddress:I,amount:C},{receiverSparkAddress:e,assetAddress:g,amount:B}]),o=lS(),n=uS({userPublicKey:this.publicKey,lpIdentityPublicKey:A,assetASparkTransferId:E,assetBSparkTransferId:t,assetAAmount:C.toString(),assetBAmount:B.toString(),assetAMinAmountIn:i.toString(),assetBMinAmountIn:Q.toString(),nonce:o}),a=AS(n),s=await this._wallet.config.signer.signMessageWithIdentityKey(a,!0),r={userPublicKey:this.publicKey,poolId:A,assetASparkTransferId:E,assetBSparkTransferId:t,assetAAmountToAdd:C.toString(),assetBAmountToAdd:B.toString(),assetAMinAmountIn:i.toString(),assetBMinAmountIn:Q.toString(),nonce:o,signature:sS(s)},c=await this.typedApi.addLiquidity(r);if(!c.accepted){const A=c.error||"Initial liquidity addition rejected by the AMM";throw new Error(A)}}async getPayLightningWithTokenQuote(A,I,g){await this.ensureInitialized();const C=await this.decodeInvoiceAmount(A);if(!C||C<=0){const C=g?.tokenAmount;if(!C||BigInt(C)<=0n)throw new _p("Zero-amount invoice requires tokenAmount in options.",{response:{errorCode:"FSAG-1002",errorCategory:"Validation",message:"Zero-amount invoice requires tokenAmount in options.",requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Provide tokenAmount when using a zero-amount invoice."}});return this.getZeroAmountInvoiceQuote(A,I,C,g)}const B=await this.getLightningFeeEstimate(A),i=BigInt(C)+BigInt(B),Q=await this.getEnabledMinAmountsMap(),e=Q.get(BS.toLowerCase());if(e&&i<e){const A=`Invoice amount too small. Minimum BTC output is ${e} sats, but invoice + lightning fee totals only ${i} sats.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:`Use an invoice of at least ${e} sats.`}})}const E=await this.findBestPoolForTokenToBtc(I,i.toString(),g?.integratorFeeRateBps),t=this.toHexTokenIdentifier(I).toLowerCase(),o=Q.get(t);if(o&&SS(E.tokenAmountRequired)<o){const A=`Token amount too small. Minimum input is ${o} units, but calculated amount is only ${E.tokenAmountRequired} units.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Use a larger invoice amount."}})}const n=Number(SS(E.btcAmountUsed)-i);return{poolId:E.poolId,tokenAddress:this.toHexTokenIdentifier(I),tokenAmountRequired:E.tokenAmountRequired,btcAmountRequired:E.btcAmountUsed,invoiceAmountSats:C,estimatedAmmFee:E.estimatedAmmFee,estimatedLightningFee:B,btcVariableFeeAdjustment:n,executionPrice:E.executionPrice,priceImpactPct:E.priceImpactPct,tokenIsAssetA:E.tokenIsAssetA,poolReserves:E.poolReserves,warningMessage:E.warningMessage,curveType:E.curveType,isZeroAmountInvoice:!1}}async getZeroAmountInvoiceQuote(A,I,g,C){const B=this.toHexTokenIdentifier(I),i=BS,[Q,e]=await Promise.all([this.listPools({assetAAddress:B,assetBAddress:i}),this.listPools({assetAAddress:i,assetBAddress:B})]),E=new Map;for(const A of[...Q.pools,...e.pools])if(!E.has(A.lpPublicKey)){const I=A.assetAAddress?.toLowerCase()===B.toLowerCase();E.set(A.lpPublicKey,{pool:A,tokenIsAssetA:I})}const t=Array.from(E.values());if(0===t.length)throw new _p(`No liquidity pool found for token ${I} paired with BTC`,{response:{errorCode:"FSAG-4001",errorCategory:"Business",message:`No liquidity pool found for token ${I} paired with BTC`,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error"}});let o,n=null,a=0n;for(const{pool:A,tokenIsAssetA:I}of t)try{const B=await this.getPool(A.lpPublicKey),i=I?B.assetAAddress:B.assetBAddress,Q=I?B.assetBAddress:B.assetAAddress,e=await this.simulateSwap({poolId:A.lpPublicKey,assetInAddress:i,assetOutAddress:Q,amountIn:g,integratorBps:C?.integratorFeeRateBps}),E=SS(e.amountOut);E>a&&(a=E,n={poolId:A.lpPublicKey,tokenIsAssetA:I,simulation:e,curveType:B.curveType,poolReserves:{assetAReserve:B.assetAReserve,assetBReserve:B.assetBReserve}})}catch{}if(!n||a<=0n)throw new _p("No pool can produce BTC output for the given token amount",{response:{errorCode:"FSAG-4201",errorCategory:"Business",message:"No pool can produce BTC output for the given token amount",requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Try a larger token amount."}});try{o=await this.getLightningFeeEstimate(A)}catch{o=Math.max(5,Math.ceil(.0017*Number(a)))}const s=(await this.getEnabledMinAmountsMap()).get(BS.toLowerCase());if(s&&a<s){const A=`BTC output too small. Minimum is ${s} sats, but swap would produce only ${a} sats.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Use a larger token amount."}})}return{poolId:n.poolId,tokenAddress:B,tokenAmountRequired:g,btcAmountRequired:a.toString(),invoiceAmountSats:0,estimatedAmmFee:n.simulation.feePaidAssetIn||"0",estimatedLightningFee:o,btcVariableFeeAdjustment:0,executionPrice:n.simulation.executionPrice||"0",priceImpactPct:n.simulation.priceImpactPct||"0",tokenIsAssetA:n.tokenIsAssetA,poolReserves:n.poolReserves,warningMessage:n.simulation.warningMessage,curveType:n.curveType,isZeroAmountInvoice:!0}}async payLightningWithToken(A){await this.ensureInitialized();const{invoice:I,tokenAddress:g,tokenAmount:C,maxSlippageBps:B=500,maxLightningFeeSats:i,preferSpark:Q=!0,integratorFeeRateBps:e,integratorPublicKey:E,transferTimeoutMs:t=3e4,rollbackOnFailure:o=!1,useExistingBtcBalance:n=!1,useAvailableBalance:a=!1}=A;try{const A=await this.getPayLightningWithTokenQuote(I,g,{maxSlippageBps:B,integratorFeeRateBps:e,tokenAmount:C});await this.checkBalance({balancesToCheck:[{assetAddress:g,amount:A.tokenAmountRequired}],errorPrefix:"Insufficient token balance for Lightning payment: ",useAvailableBalance:a});const s=await this.getPool(A.poolId),r=A.tokenIsAssetA?s.assetAAddress:s.assetBAddress,c=A.tokenIsAssetA?s.assetBAddress:s.assetAAddress,D=i??A.estimatedLightningFee,w=this.calculateMinAmountOut(A.btcAmountRequired,B),d=A.isZeroAmountInvoice?0n:BigInt(A.invoiceAmountSats)+BigInt(D),h=BigInt(w)>=d?w:d.toString(),y=await this.executeSwap({poolId:A.poolId,assetInAddress:r,assetOutAddress:c,amountIn:A.tokenAmountRequired,maxSlippageBps:B,minAmountOut:h,integratorFeeRateBps:e,integratorPublicKey:E,useAvailableBalance:a});if(!y.accepted||!y.outboundTransferId)return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:"0",swapTransferId:y.outboundTransferId||"",ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:y.error||"Swap was not accepted"};const l=this.suppressOptimization();try{let C=!1;if(!A.isZeroAmountInvoice&&n){const A=await this.decodeInvoiceAmount(I)+D;C=(await this.getBalance()).balance>=SS(A)}if(!C&&!await this.instaClaimTransfer(y.outboundTransferId,t))return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:y.amountOut||"0",swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:"Transfer did not complete within timeout"};const i=D,e=y.amountOut||A.btcAmountRequired;let E=i;if(!A.isZeroAmountInvoice){const I=SS(e)-SS(A.invoiceAmountSats);I>0n&&I<SS(E)&&(E=Number(I))}try{let g,C;if(A.isZeroAmountInvoice){const B=SS(e)-SS(E);if(B<=0n)return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`BTC received (${e} sats) is not enough to cover lightning fee (${E} sats).`};C=Number(B),g=await this._wallet.payLightningInvoice({invoice:I,amountSats:C,maxFeeSats:E,preferSpark:Q})}else g=await this._wallet.payLightningInvoice({invoice:I,maxFeeSats:E,preferSpark:Q});const B=g.transfer?.sparkId;return{success:!0,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,lightningPaymentId:g.id,ammFeePaid:A.estimatedAmmFee,lightningFeePaid:E,invoiceAmountPaid:C,sparkTokenTransferId:y.inboundSparkTransferId,sparkLightningTransferId:B}}catch(I){const C=I instanceof Error?I.message:String(I);if(o)try{const I=await this.rollbackSwap(A.poolId,e,g,B);if(I.success)return{success:!1,poolId:A.poolId,tokenAmountSpent:"0",btcAmountReceived:"0",swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`Lightning payment failed: ${C}. Funds rolled back to ${I.tokenAmount} tokens.`}}catch(I){const g=I instanceof Error?I.message:String(I);return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`Lightning payment failed: ${C}. Rollback also failed: ${g}. BTC remains in wallet.`}}return{success:!1,poolId:A.poolId,tokenAmountSpent:A.tokenAmountRequired,btcAmountReceived:e,swapTransferId:y.outboundTransferId,ammFeePaid:A.estimatedAmmFee,sparkTokenTransferId:y.inboundSparkTransferId,error:`Lightning payment failed: ${C}. BTC (${e} sats) remains in wallet.`}}}finally{l()}}catch(A){return{success:!1,poolId:"",tokenAmountSpent:"0",btcAmountReceived:"0",swapTransferId:"",ammFeePaid:"0",error:A instanceof Error?A.message:String(A)}}}async rollbackSwap(A,I,g,C){const B=await this.getPool(A),i=this.toHexTokenIdentifier(g),Q=B.assetAAddress===i,e=Q?B.assetBAddress:B.assetAAddress,E=Q?B.assetAAddress:B.assetBAddress,t=await this.executeSwap({poolId:A,assetInAddress:e,assetOutAddress:E,amountIn:I,maxSlippageBps:2*C,minAmountOut:"0"});if(!t.accepted)throw new Error(t.error||"Rollback swap not accepted");return t.outboundTransferId&&await this.waitForTransferCompletion(t.outboundTransferId,3e4),{success:!0,tokenAmount:t.amountOut}}async findBestPoolForTokenToBtc(A,I,g){const C=this.toHexTokenIdentifier(A),B=BS,i=await this.listPools({assetAAddress:C,assetBAddress:B}),Q=await this.listPools({assetAAddress:B,assetBAddress:C}),e=new Map;for(const A of[...i.pools,...Q.pools])if(!e.has(A.lpPublicKey)){const I=A.assetAAddress?.toLowerCase()===C.toLowerCase();e.set(A.lpPublicKey,{pool:A,tokenIsAssetA:I})}const E=Array.from(e.values()).map(({pool:A,tokenIsAssetA:I})=>({...A,tokenIsAssetA:I}));if(0===E.length)throw new _p(`No liquidity pool found for token ${A} paired with BTC`,{response:{errorCode:"FSAG-4001",errorCategory:"Business",message:`No liquidity pool found for token ${A} paired with BTC`,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error"}});const t=(await this.getMinAmountsMap()).get(BS.toLowerCase());if(t&&BigInt(I)<t){const A=`Invoice amount too small. Minimum ${t} sats required, but invoice only requires ${I} sats.`;throw new _p(A,{response:{errorCode:"FSAG-1003",errorCategory:"Validation",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:`Use an invoice with at least ${t} sats.`}})}const o=BigInt(I),n=(o+64n-1n)/64n*64n;let a=null,s=BigInt(Number.MAX_SAFE_INTEGER),r=0n,c="",D=null;const w=[];for(const A of E)try{const I=await this.getPool(A.lpPublicKey),C="V3_CONCENTRATED"===I.curveType,B=C?o:n,i=A.tokenIsAssetA?I.assetAAddress:I.assetBAddress,Q=A.tokenIsAssetA?I.assetBAddress:I.assetAAddress;let e,E,t,d,h;if(C){const C=await this.findV3TokenAmountForBtcOutput({poolId:A.lpPublicKey,assetInAddress:i,assetOutAddress:Q,desiredBtcOut:B,currentPriceAInB:I.currentPriceAInB,tokenIsAssetA:A.tokenIsAssetA,integratorBps:g});e=SS(C.amountIn),E=C.totalFee,t=C.simulation.executionPrice||"0",d=C.simulation.priceImpactPct||"0",h=C.simulation.warningMessage}else{const C=this.calculateTokenAmountForBtcOutput(B.toString(),I.assetAReserve,I.assetBReserve,I.lpFeeBps,I.hostFeeBps,A.tokenIsAssetA,g);e=SS(C.amountIn);const o=await this.simulateSwap({poolId:A.lpPublicKey,assetInAddress:i,assetOutAddress:Q,amountIn:C.amountIn,integratorBps:g});if(SS(o.amountOut)<B){const g=A.tokenIsAssetA?I.assetBReserve:I.assetAReserve;w.push({poolId:A.lpPublicKey,error:`Simulation output (${o.amountOut} sats) < required (${B} sats)`,btcReserve:g});continue}E=C.totalFee,t=o.executionPrice||"0",d=o.priceImpactPct||"0",h=o.warningMessage}e<s&&(a=A,s=e,r=B,c=I.curveType,D={amountIn:e.toString(),fee:E,executionPrice:t,priceImpactPct:d,warningMessage:h})}catch(I){const g=I instanceof Error?I.message:String(I);w.push({poolId:A.lpPublicKey,error:g})}if(!a||!D){let A=`No pool has sufficient liquidity for ${I} sats`;throw w.length>0&&(A+=`\n\nPool evaluation details:\n${w.map(A=>{const I=A.btcReserve?` (BTC reserve: ${A.btcReserve})`:"";return`  - Pool ${A.poolId.slice(0,12)}...${I}: ${A.error}`}).join("\n")}`),new _p(A,{response:{errorCode:"FSAG-4201",errorCategory:"Business",message:A,requestId:"",timestamp:(new Date).toISOString(),service:"sdk",severity:"Error",remediation:"Try a smaller amount or wait for more liquidity."}})}const d=await this.getPool(a.lpPublicKey);return{poolId:a.lpPublicKey,tokenAmountRequired:D.amountIn,estimatedAmmFee:D.fee,executionPrice:D.executionPrice,priceImpactPct:D.priceImpactPct,tokenIsAssetA:a.tokenIsAssetA,poolReserves:{assetAReserve:d.assetAReserve,assetBReserve:d.assetBReserve},warningMessage:D.warningMessage,btcAmountUsed:r.toString(),curveType:c}}calculateTokenAmountForBtcOutput(A,I,g,C,B,i,Q){const e=SS(A),E=SS(I),t=SS(g),o=Number(C+B+(Q||0))/1e4;if(i){const A=E,I=t;if(e>=I)throw new Error("Insufficient liquidity: requested BTC amount exceeds reserve");const g=A*e/(I-e)+1n,B=Number(C)/1e4,i=Number(Q||0)/1e4,o=BigInt(Math.ceil(Number(g)*(1+B))),n=i>0?BigInt(Math.ceil(Number(o)*(1+i))):o,a=n-g;return{amountIn:n.toString(),totalFee:a.toString()}}{const A=t,I=E;if(e>=I)throw new Error("Insufficient liquidity: requested BTC amount exceeds reserve");const g=A*e/(I-e)+1n,C=BigInt(Math.ceil(Number(g)*(1+o))),B=BigInt(Math.ceil(Number(C)*o/(1+o)));return{amountIn:C.toString(),totalFee:B.toString()}}}async findV3TokenAmountForBtcOutput(A){const{poolId:I,assetInAddress:g,assetOutAddress:C,desiredBtcOut:B,currentPriceAInB:i,tokenIsAssetA:Q,integratorBps:e}=A;let E;if(i&&"0"!==i){const A=Number(i);E=Q?BigInt(Math.ceil(Number(B)/A)):BigInt(Math.ceil(Number(B)*A)),E<=0n&&(E=2n*B)}else E=2n*B;let t=110n*E/100n;t<=0n&&(t=1n);let o=null;for(let A=0;A<3;A++){const A=await this.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:t.toString(),integratorBps:e});if(SS(A.amountOut)>=B){o=A;break}t*=2n}if(!o)throw new Error(`V3 pool ${I} has insufficient liquidity for ${B} sats`);let n=t*B/SS(o.amountOut)+1n;n<=0n&&(n=1n);let a=t,s=o;if(n<t){const A=await this.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:n.toString(),integratorBps:e});SS(A.amountOut)>=B?(a=n,s=A):(a=t,s=o)}let r=a===t?n<t?n:99n*a/100n:999n*a/1000n;r<=0n&&(r=1n);let c=a;for(let A=0;A<6&&!(c-r<=1n);A++){const A=(r+c)/2n,i=await this.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:A.toString(),integratorBps:e});SS(i.amountOut)>=B?(c=A,a=A,s=i):r=A}const D=s.feePaidAssetIn||"0";return{amountIn:a.toString(),totalFee:D,simulation:s}}calculateMinAmountOut(A,I){return(BigInt(A)*BigInt(1e4-I)/10000n).toString()}async waitForTransferCompletion(A,I){return new Promise(g=>{const C=setTimeout(()=>{try{this._wallet.removeListener?.("transfer:claimed",B)}catch{}g(!1)},I),B=(I,i)=>{if(I===A){clearTimeout(C);try{this._wallet.removeListener?.("transfer:claimed",B)}catch{}g(!0)}};try{this._wallet.on?.("transfer:claimed",B)}catch{clearTimeout(C),this.pollForTransferCompletion(A,I).then(g)}})}async pollForTransferCompletion(A,I){const g=Date.now();for(;Date.now()-g<I;){try{const I=await this._wallet.getTransfer(A);if(I&&"TRANSFER_STATUS_COMPLETED"===I.status)return!0}catch{}await new Promise(A=>setTimeout(A,500))}return!1}suppressOptimization(){const A=this._wallet,I=A.optimizationInProgress;return A.optimizationInProgress=!0,()=>{A.optimizationInProgress=I}}async instaClaimTransfer(A,I){const g=this._wallet,C=await new Promise(C=>{let B=!1;const i=A=>{if(!B){B=!0,clearTimeout(Q);try{g.removeListener?.("transfer:claimed",e)}catch{}C(A)}},Q=setTimeout(()=>i(!1),I),e=I=>{I===A&&i(!0)};"function"==typeof g.on?g.on("transfer:claimed",e):(clearTimeout(Q),this.pollForTransferCompletion(A,I).then(C))});if(C){const A=await this._wallet.getLeaves(!0);g.leaves=A}return C}async getLightningFeeEstimate(A){try{const I=await this._wallet.getLightningSendFeeEstimate({encodedInvoice:A});if("number"==typeof I)return I;if(I?.fee||I?.feeEstimate)return Number(I.fee||I.feeEstimate);const g=await this.decodeInvoiceAmount(A);return Math.max(5,Math.ceil(.0017*g))}catch{const I=await this.decodeInvoiceAmount(A);return Math.max(5,Math.ceil(.0017*I))}}async decodeInvoiceAmount(A){try{const I=(0,ud.decode)(A).sections.find(A=>"amount"===A.name);if(!I?.value)return 0;const g=BigInt(I.value);return Number(g/1000n)}catch{return 0}}async cleanup(){await this._wallet.cleanupConnections()}async ensureAmmOperationAllowed(A){await this.ensurePingOk();const I=await this.getFeatureStatusMap();if(I.get("master_kill_switch"))throw new Error("Service is temporarily disabled by master kill switch");if(!I.get(A))throw new Error(`Operation not allowed: feature '${A}' is disabled`)}async ensurePingOk(){const A=Date.now();if(this.pingCache&&this.pingCache.expiryMs>A){if(!this.pingCache.ok)throw new Error("Settlement service unavailable. Only read (GET) operations are allowed right now.");return}const I=await this.typedApi.ping(),g=!!I&&"string"==typeof I.status&&"ok"===I.status.toLowerCase();if(this.pingCache={ok:g,expiryMs:A+fS.PING_TTL_MS},!g)throw new Error("Settlement service unavailable. Only read (GET) operations are allowed right now.")}async getFeatureStatusMap(){const A=Date.now();if(this.featureStatusCache&&this.featureStatusCache.expiryMs>A){const A=new Map;for(const I of this.featureStatusCache.data)A.set(I.feature_name,Boolean(I.enabled));return A}const I=await this.typedApi.getFeatureStatus();this.featureStatusCache={data:I,expiryMs:A+fS.FEATURE_STATUS_TTL_MS};const g=new Map;for(const A of I)g.set(A.feature_name,Boolean(A.enabled));return g}async getEnabledMinAmountsMap(){const A=Date.now();if(this.minAmountsCache&&this.minAmountsCache.expiryMs>A)return this.minAmountsCache.map;const I=await this.typedApi.getMinAmounts(),g=new Map;for(const A of I)if(A.enabled){if(null==A.min_amount)continue;const I=A.asset_identifier.toLowerCase(),C=SS(A.min_amount);g.set(I,C)}return this.minAmountsCache={map:g,expiryMs:A+fS.MIN_AMOUNTS_TTL_MS},g}getHexAddress(A){return this.toHexTokenIdentifier(A).toLowerCase()}async assertSwapMeetsMinAmounts(A){const I=await this.getEnabledMinAmountsMap();if(0===I.size)return;const g=this.getHexAddress(A.assetInAddress),C=this.getHexAddress(A.assetOutAddress),B=I.get(g),i=I.get(C),Q=BigInt(A.amountIn),e=BigInt(A.minAmountOut);if(B&&i){if(Q<B)throw new Error(`Minimum amount not met for input asset. Required ${B.toString()}, provided ${Q.toString()}`)}else if(B){if(Q<B)throw new Error(`Minimum amount not met for input asset. Required ${B.toString()}, provided ${Q.toString()}`)}else if(i){const A=i/2n;if(e<A)throw new Error(`Minimum amount not met for output asset. Required at least ${A.toString()} (50% relaxed), provided minAmountOut ${e.toString()}`)}}async assertAddLiquidityMeetsMinAmounts(A){const I=await this.getEnabledMinAmountsMap();if(0===I.size)return;const g=await this.getPool(A.poolId),C=g.assetAAddress.toLowerCase(),B=g.assetBAddress.toLowerCase(),i=I.get(C),Q=I.get(B);if(i){const I=BigInt(A.assetAAmount);if(I<i)throw new Error(`Minimum amount not met for Asset A. Required ${i.toString()}, provided ${I.toString()}`)}if(Q){const I=BigInt(A.assetBAmount);if(I<Q)throw new Error(`Minimum amount not met for Asset B. Required ${Q.toString()}, provided ${I.toString()}`)}}async assertRemoveLiquidityMeetsMinAmounts(A){const I=await this.getEnabledMinAmountsMap();if(0===I.size)return;const g=await this.simulateRemoveLiquidity({poolId:A.poolId,providerPublicKey:this.publicKey,lpTokensToRemove:String(A.lpTokensToRemove)}),C=await this.getPool(A.poolId),B=C.assetAAddress.toLowerCase(),i=C.assetBAddress.toLowerCase(),Q=I.get(B),e=I.get(i);if(Q){const A=SS(g.assetAAmount),I=Q/2n;if(A<I)throw new Error(`Minimum amount not met for Asset A on withdrawal. Required at least ${I.toString()} (50% relaxed), predicted ${A.toString()}`)}if(e){const A=SS(g.assetBAmount),I=e/2n;if(A<I)throw new Error(`Minimum amount not met for Asset B on withdrawal. Required at least ${I.toString()} (50% relaxed), predicted ${A.toString()}`)}}async assertAllowedAssetBForPoolCreation(A){const I=Date.now();let g;if(this.allowedAssetsCache&&this.allowedAssetsCache.expiryMs>I?g=this.allowedAssetsCache.data:(g=await this.typedApi.getAllowedAssets(),this.allowedAssetsCache={data:g,expiryMs:I+fS.ALLOWED_ASSETS_TTL_MS}),g&&0!==g.length&&!g.some(I=>I.enabled&&I.asset_identifier.toLowerCase()===A.toLowerCase()))throw new Error(`Asset B is not allowed for pool creation: ${A}`)}async createConcentratedPool(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_pool_creation"),await this.assertAllowedAssetBForPoolCreation(this.toHexTokenIdentifier(A.assetBAddress));const I=A.poolOwnerPublicKey??this.publicKey,g=lS(),C=function(A){const I={poolOwnerPublicKey:A.poolOwnerPublicKey,assetAAddress:A.assetAAddress,assetBAddress:A.assetBAddress,tickSpacing:A.tickSpacing,initialPrice:A.initialPrice,lpFeeRateBps:A.lpFeeRateBps,hostFeeRateBps:A.hostFeeRateBps,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),tickSpacing:A.tickSpacing,initialPrice:A.initialPrice,lpFeeRateBps:A.lpFeeRateBps.toString(),hostFeeRateBps:A.hostFeeRateBps.toString(),nonce:g}),B=AS(C),i=await this._wallet.config.signer.signMessageWithIdentityKey(B,!0),Q={poolOwnerPublicKey:I,assetAAddress:this.toHexTokenIdentifier(A.assetAAddress),assetBAddress:this.toHexTokenIdentifier(A.assetBAddress),tickSpacing:A.tickSpacing,initialPrice:A.initialPrice,lpFeeRateBps:A.lpFeeRateBps.toString(),hostFeeRateBps:A.hostFeeRateBps.toString(),hostNamespace:A.hostNamespace,nonce:g,signature:sS(i)};return this.typedApi.createConcentratedPool(Q)}async increaseLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_add_liquidity");const I=await this.getPool(A.poolId),g=yS({identityPublicKey:A.poolId,network:this.sparkNetwork});let C="",B="";const i=[];A.useFreeBalance||(BigInt(A.amountADesired)>0n&&(C=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetAAddress,amount:A.amountADesired},"Insufficient balance for adding V3 liquidity (Asset A): ",A.useAvailableBalance),i.push(C)),BigInt(A.amountBDesired)>0n&&(B=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetBAddress,amount:A.amountBDesired},"Insufficient balance for adding V3 liquidity (Asset B): ",A.useAvailableBalance),i.push(B)));const Q=async()=>{const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,tickLower:A.tickLower,tickUpper:A.tickUpper,assetASparkTransferId:A.assetASparkTransferId,assetBSparkTransferId:A.assetBSparkTransferId,amountADesired:A.amountADesired,amountBDesired:A.amountBDesired,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,assetASparkTransferId:C,assetBSparkTransferId:B,amountADesired:A.amountADesired,amountBDesired:A.amountBDesired,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:I}),Q=AS(g),e=await this._wallet.config.signer.signMessageWithIdentityKey(Q,!0),E={poolId:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,assetASparkTransferId:C,assetBSparkTransferId:B,amountADesired:A.amountADesired,amountBDesired:A.amountBDesired,amountAMin:A.amountAMin,amountBMin:A.amountBMin,useFreeBalance:A.useFreeBalance,retainExcessInBalance:A.retainExcessInBalance,nonce:I,signature:sS(e)},t=await this.typedApi.increaseLiquidity(E);if(!t.accepted){const I=t.error||"Increase liquidity rejected by the AMM",g=!(!t.amountARefund&&!t.amountBRefund),C=g?` Refunds: Asset A: ${t.amountARefund||"0"}, Asset B: ${t.amountBRefund||"0"}`:"";throw new _p(`${I}.${C}`,{response:{errorCode:g?"FSAG-4203":"UNKNOWN",errorCategory:g?"Business":"System",message:`${I}.${C}`,requestId:t.requestId||"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:g?[]:i,lpIdentityPublicKey:A.poolId})}return t};return i.length>0?this.executeWithAutoClawback(Q,i,A.poolId):Q()}async decreaseLiquidity(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_liquidity");const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,tickLower:A.tickLower,tickUpper:A.tickUpper,liquidityToRemove:A.liquidityToRemove,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,liquidityToRemove:A.liquidityToRemove,amountAMin:A.amountAMin,amountBMin:A.amountBMin,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={poolId:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,liquidityToRemove:A.liquidityToRemove,amountAMin:A.amountAMin,amountBMin:A.amountBMin,retainInBalance:A.retainInBalance,nonce:I,signature:sS(B)},Q=await this.typedApi.decreaseLiquidity(i);if(!Q.accepted){const A=Q.error||"Decrease liquidity rejected by the AMM";throw new Error(A)}return Q}async collectFees(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_withdraw_fees");const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,tickLower:A.tickLower,tickUpper:A.tickUpper,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={poolId:A.poolId,tickLower:A.tickLower,tickUpper:A.tickUpper,retainInBalance:A.retainInBalance,nonce:I,signature:sS(B)},Q=await this.typedApi.collectFees(i);if(!Q.accepted){const A=Q.error||"Collect fees rejected by the AMM";throw new Error(A)}return Q}async rebalancePosition(A){await this.ensureInitialized(),await this.ensureAmmOperationAllowed("allow_add_liquidity");const I=await this.getPool(A.poolId);let g,C;const B=yS({identityPublicKey:A.poolId,network:this.sparkNetwork});A.additionalAmountA&&BigInt(A.additionalAmountA)>0n&&(g=await this.transferAsset({receiverSparkAddress:B,assetAddress:I.assetAAddress,amount:A.additionalAmountA},"Insufficient balance for rebalance (Asset A): ",A.useAvailableBalance)),A.additionalAmountB&&BigInt(A.additionalAmountB)>0n&&(C=await this.transferAsset({receiverSparkAddress:B,assetAddress:I.assetBAddress,amount:A.additionalAmountB},"Insufficient balance for rebalance (Asset B): ",A.useAvailableBalance));const i=[];g&&i.push(g),C&&i.push(C);const Q=async()=>{const I=lS(),B=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,oldTickLower:A.oldTickLower,oldTickUpper:A.oldTickUpper,newTickLower:A.newTickLower,newTickUpper:A.newTickUpper,liquidityToMove:A.liquidityToMove,assetASparkTransferId:A.assetASparkTransferId??null,assetBSparkTransferId:A.assetBSparkTransferId??null,additionalAmountA:A.additionalAmountA??null,additionalAmountB:A.additionalAmountB??null,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,oldTickLower:A.oldTickLower,oldTickUpper:A.oldTickUpper,newTickLower:A.newTickLower,newTickUpper:A.newTickUpper,liquidityToMove:A.liquidityToMove,assetASparkTransferId:g,assetBSparkTransferId:C,additionalAmountA:A.additionalAmountA,additionalAmountB:A.additionalAmountB,nonce:I}),Q=AS(B),e=await this._wallet.config.signer.signMessageWithIdentityKey(Q,!0),E={poolId:A.poolId,oldTickLower:A.oldTickLower,oldTickUpper:A.oldTickUpper,newTickLower:A.newTickLower,newTickUpper:A.newTickUpper,liquidityToMove:A.liquidityToMove,assetASparkTransferId:g,assetBSparkTransferId:C,additionalAmountA:A.additionalAmountA,additionalAmountB:A.additionalAmountB,retainInBalance:A.retainInBalance,nonce:I,signature:sS(e)},t=await this.typedApi.rebalancePosition(E);if(!t.accepted){const I=t.error||"Rebalance position rejected by the AMM";throw new _p(I,{response:{errorCode:"UNKNOWN",errorCategory:"System",message:I,requestId:t.requestId||"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:i,lpIdentityPublicKey:A.poolId})}return t};return i.length>0?this.executeWithAutoClawback(Q,i,A.poolId):Q()}async listConcentratedPositions(A){return await this.ensureInitialized(),this.typedApi.listConcentratedPositions(A)}async getPoolLiquidity(A){return await this.ensureInitialized(),this.typedApi.getPoolLiquidity(A)}async getPoolTicks(A){return await this.ensureInitialized(),this.typedApi.getPoolTicks(A)}async getConcentratedBalance(A){return await this.ensureInitialized(),this.typedApi.getConcentratedBalance(A)}async getConcentratedBalances(){return await this.ensureInitialized(),this.typedApi.getConcentratedBalances()}async withdrawConcentratedBalance(A){await this.ensureInitialized();const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,amountA:A.amountA,amountB:A.amountB,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,amountA:A.amountA,amountB:A.amountB,nonce:I}),C=AS(g),B=await this._wallet.config.signer.signMessageWithIdentityKey(C,!0),i={poolId:A.poolId,amountA:A.amountA,amountB:A.amountB,nonce:I,signature:sS(B)},Q=await this.typedApi.withdrawConcentratedBalance(i);if(!Q.accepted){const A=Q.error||"Withdraw balance rejected by the AMM";throw new Error(A)}return Q}async depositConcentratedBalance(A){await this.ensureInitialized();const I=await this.getPool(A.poolId),g=yS({identityPublicKey:A.poolId,network:this.sparkNetwork});let C="",B="";const i=[];BigInt(A.amountA)>0n&&(C=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetAAddress,amount:A.amountA},"Insufficient balance for depositing to V3 pool (Asset A): ",A.useAvailableBalance),i.push(C)),BigInt(A.amountB)>0n&&(B=await this.transferAsset({receiverSparkAddress:g,assetAddress:I.assetBAddress,amount:A.amountB},"Insufficient balance for depositing to V3 pool (Asset B): ",A.useAvailableBalance),i.push(B));const Q=async()=>{const I=lS(),g=function(A){const I={userPublicKey:A.userPublicKey,lpIdentityPublicKey:A.lpIdentityPublicKey,assetASparkTransferId:A.assetASparkTransferId,assetBSparkTransferId:A.assetBSparkTransferId,amountA:A.amountA,amountB:A.amountB,nonce:A.nonce};return(new TextEncoder).encode(JSON.stringify(I))}({userPublicKey:this.publicKey,lpIdentityPublicKey:A.poolId,assetASparkTransferId:C,assetBSparkTransferId:B,amountA:A.amountA,amountB:A.amountB,nonce:I}),Q=AS(g),e=await this._wallet.config.signer.signMessageWithIdentityKey(Q,!0),E={poolId:A.poolId,amountA:A.amountA,amountB:A.amountB,assetASparkTransferId:C,assetBSparkTransferId:B,nonce:I,signature:sS(e)},t=await this.typedApi.depositConcentratedBalance(E);if(!t.accepted){const I=t.error||"Deposit balance rejected by the AMM";throw new _p(I,{response:{errorCode:"UNKNOWN",errorCategory:"System",message:I,requestId:"",timestamp:(new Date).toISOString(),service:"amm-gateway",severity:"Error"},httpStatus:400,transferIds:i,lpIdentityPublicKey:A.poolId})}return t};return i.length>0?this.executeWithAutoClawback(Q,i,A.poolId):Q()}}Math.log(1.0001);const FS="031fa6899d8b8267af07cbb5ebbe2834f7e1c8fe9a282232570772ea5d34151ec6",RS=/\bFSAG-\d{4}(?:T\d+)?\b/;var US=Q(8287).hp;const MS=({sharedKey:A,ReactNativeWebView:I})=>{const g={},C={},B={},i={isLeafOptimizationRunning:!1,isTokenOptimizationRunning:!1,controller:null,timeout:null},Q=A=>$G(A),e=async A=>{if(g[A])return g[A];if(B[A]){console.log("getWallet: wallet initializing, waiting..."),await B[A];const I=g[A];if(I)return I}throw new Error("sparkWallet not initialized")},E=A=>{const I=C[A];if(!I)throw new Error("Flashnet client not initialized");return I},t=async(g,C)=>{const B={incomingPayment:!0,result:JSON.stringify({transferId:g,balance:C.toString()}),isResponse:!0};try{const g=await jp(A,JSON.stringify(B));I.postMessage(JSON.stringify({encrypted:g}))}catch(A){console.log("Encryption error during handleTransfer:",A)}},o=async g=>{const C={balanceUpdate:!0,result:JSON.stringify({available:g.available.toString(),owned:g.owned.toString(),incoming:g.incoming.toString()}),isResponse:!0};try{const g=await jp(A,JSON.stringify(C));I.postMessage(JSON.stringify({encrypted:g}))}catch(A){console.log("Encryption error during handleBalanceUpdate:",A)}},n=async g=>{const C={};for(const[A,I]of g.tokenBalances)C[A]={...I,tokenMetadata:{...I.tokenMetadata,maxSupply:I.tokenMetadata.maxSupply.toString()},balance:I.availableToSendBalance.toString()},delete C[A].availableToSendBalance,delete C[A].ownedBalance;const B={tokenBalanceUpdate:!0,result:JSON.stringify({tokensObject:C}),isResponse:!0};try{const g=await jp(A,JSON.stringify(B));I.postMessage(JSON.stringify({encrypted:g}))}catch(A){console.log("Encryption error during handleTokenBalanceUpdate:",A)}},a=async g=>{const C={streamStatus:g,isResponse:!0};try{const g=await jp(A,JSON.stringify(C));I.postMessage(JSON.stringify({encrypted:g}))}catch(A){console.log("Encryption error during handleStreamStatus:",A)}},s=()=>a("connected"),r=()=>a("disconnected"),c=()=>a("reconnecting");return{initializeSparkWallet:async({mnemonic:A})=>{try{const I=Q(A);return g[I]?{isConnected:!0}:B[I]?(await B[I],{isConnected:!0}):(B[I]=(async()=>{try{const C=await(async A=>{const{wallet:I}=await MG.initialize({mnemonicOrSeed:A,options:{network:"MAINNET",optimizationOptions:{multiplicity:2}}});return console.log("did initialize wallet"),I})(A);return g[I]=C,C}catch(A){throw delete B[I],delete g[I],A}})(),await B[I],delete B[I],A=null,{isConnected:!0})}catch(I){console.log("Initialize spark wallet error function",I);const C=Q(A);return delete B[C],delete g[C],{isConnected:!1,error:I.message}}},removeWalletEventListener:async({mnemonic:A})=>{const I=await e(A);I&&(I.listenerCount("transfer:claimed")&&I.removeAllListeners("transfer:claimed"),I.listenerCount("balance:update")&&I.removeAllListeners("balance:update"),I.listenerCount("token-balance:update")&&I.removeAllListeners("token-balance:update"),I.listenerCount("stream:connected")&&I.removeAllListeners("stream:connected"),I.listenerCount("stream:disconnected")&&I.removeAllListeners("stream:disconnected"),I.listenerCount("stream:reconnecting")&&I.removeAllListeners("stream:reconnecting"))},addWalletEventListener:async({mnemonic:A})=>{const I=await e(A);I&&(I.listenerCount("transfer:claimed")||I.on("transfer:claimed",t),I.listenerCount("balance:update")||I.on("balance:update",o),I.listenerCount("token-balance:update")||I.on("token-balance:update",n),I.listenerCount("stream:connected")||I.on("stream:connected",s),I.listenerCount("stream:disconnected")||I.on("stream:disconnected",r),I.listenerCount("stream:reconnecting")||I.on("stream:reconnecting",c))},getSparkIdentityPubKey:async({mnemonic:A})=>{try{const I=await e(A);return await I.getIdentityPublicKey()}catch(A){console.log("Get spark identity public key error",A)}},getSparkBalance:async({mnemonic:A})=>{try{const I=await e(A),g=await I.getBalance();let C={};for(const[A,I]of g.tokenBalances)C[A]={...I,tokenMetadata:{...I.tokenMetadata,maxSupply:I.tokenMetadata.maxSupply.toString()},balance:I.availableToSendBalance.toString()},delete C[A].availableToSendBalance,delete C[A].ownedBalance;return{tokensObject:C,balance:g.balance.toString(),didWork:!0}}catch(A){return console.log("Get spark balance error",A),{didWork:!1}}},getSparkStaticBitcoinL1Address:async({mnemonic:A})=>{try{const I=await e(A);return await I.getStaticDepositAddress()}catch(A){console.log("Get reusable Bitcoin mainchain address error",A)}},queryAllStaticDepositAddresses:async({mnemonic:A})=>{try{const I=await e(A);return await I.queryStaticDepositAddresses()}catch(A){console.log("Query reusable Bitcoin mainchain addresses error",A)}},getUtxosForDepositAddress:async({depositAddress:A,mnemonic:I,limit:g,offset:C,excludeClaimed:B})=>{try{const i=await e(I);return{didWork:!0,utxos:await i.getUtxosForDepositAddress(A,g,C,B)}}catch(A){return console.log("Get spark bitcoin payment request error",A),{didWork:!1,error:A.message}}},getSparkStaticBitcoinL1AddressQuote:async({txid:A,mnemonic:I})=>{try{const g=await e(I);return{didWork:!0,quote:await g.getClaimStaticDepositQuote(A)}}catch(A){return console.log("Get reusable Bitcoin mainchain address quote error",A),{didWork:!1,error:A.message}}},refundSparkStaticBitcoinL1AddressQuote:async({depositTransactionId:A,destinationAddress:I,fee:g,mnemonic:C})=>{try{const B=await e(C);return await B.refundStaticDeposit({depositTransactionId:A,destinationAddress:I,fee:g})}catch(A){console.log("Refund reusable Bitcoin mainchain address error",A)}},claimnSparkStaticDepositAddress:async({creditAmountSats:A,outputIndex:I,sspSignature:g,transactionId:C,mnemonic:B})=>{try{const i=await e(B);return{didWork:!0,response:await i.claimStaticDeposit({creditAmountSats:A,sspSignature:g,transactionId:C,outputIndex:I})}}catch(A){return console.log("Claim static deposit address error",A),{didWork:!1,error:A.message}}},getSparkAddress:async({mnemonic:A})=>{try{const I=await e(A);return{didWork:!0,response:await I.getSparkAddress()}}catch(A){return console.log("Get spark address error",A),{didWork:!1,error:A.message}}},sendSparkPayment:async({receiverSparkAddress:A,amountSats:I,mnemonic:g})=>{try{const C=await e(g),B=await C.transfer({receiverSparkAddress:A.toLowerCase(),amountSats:I});return delete B.leaves,{didWork:!0,response:B}}catch(A){return console.log("Send spark payment error",A),{didWork:!1,error:A.message}}},sendSparkTokens:async({tokenIdentifier:A,tokenAmount:I,receiverSparkAddress:g,mnemonic:C})=>{try{const B=await e(C);return{didWork:!0,response:await B.transferTokens({tokenIdentifier:A,tokenAmount:BigInt(I),receiverSparkAddress:g})}}catch(A){return console.log("Send spark token error",A),{didWork:!1,error:A.message}}},getSparkLightningPaymentFeeEstimate:async({invoice:A,amountSat:I,mnemonic:g})=>{try{const C=await e(g);return{didWork:!0,response:await C.getLightningSendFeeEstimate({encodedInvoice:A.toLowerCase(),amountSats:I})}}catch(A){return console.log("Get spark lightning payment fee estimate error",A),{didWork:!1,error:A.message}}},sendSparkLightningPayment:async({invoice:A,amountSat:I,mnemonic:g,maxFeeSats:C})=>{try{const B=await e(g),i=await B.payLightningInvoice({invoice:A.toLowerCase(),maxFeeSats:C,amountSatsToSend:I,preferSpark:!0});return delete i.leaves,{didWork:!0,paymentResponse:i}}catch(A){return console.log("Send spark lightning payment error",A),{didWork:!1,error:A.message}}},sendSparkBitcoinPayment:async({onchainAddress:A,exitSpeed:I,amountSats:g,feeQuote:C,deductFeeFromWithdrawalAmount:B,mnemonic:i})=>{try{const Q=await e(i),E=(C.l1BroadcastFeeFast?.originalValue||0)+(C.userFeeFast?.originalValue||0);return{didWork:!0,response:await Q.withdraw({onchainAddress:A,amountSats:g,exitSpeed:I,feeQuoteId:C.id,feeAmountSats:E,deductFeeFromWithdrawalAmount:B})}}catch(A){return console.log("Send spark bitcoin payment error",A),{didWork:!1,error:A.message}}},receiveSparkLightningPayment:async({amountSats:A,memo:I,expirySeconds:g,includeSparkAddress:C,mnemonic:B,receiverIdentityPubkey:i})=>{try{const Q=await e(B);return{didWork:!0,response:await Q.createLightningInvoice({amountSats:A,memo:I,expirySeconds:g,includeSparkAddress:C,receiverIdentityPubkey:i})}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},getSparkLightningPaymentStatus:async({lightningInvoiceId:A,mnemonic:I})=>{try{const g=await e(I);return await g.getLightningReceiveRequest(A)}catch(A){console.log("Get spark lightning payment status error",A)}},getSparkBitcoinPaymentRequest:async({paymentId:A,mnemonic:I})=>{try{const g=await e(I);return await g.getCoopExitRequest(A)}catch(A){console.log("Get spark bitcoin payment request error",A)}},getSparkBitcoinPaymentFeeEstimate:async({withdrawalAddress:A,amountSats:I,mnemonic:g})=>{try{const C=await e(g);return{didWork:!0,response:await C.getWithdrawalFeeQuote({amountSats:I,withdrawalAddress:A})}}catch(A){return console.log("Get spark bitcoin payment fee estimate error",A),{didWork:!1,error:A.message}}},getSparkPaymentFeeEstimate:async({amountSats:A,mnemonic:I})=>{try{const g=await e(I);return await g.getSwapFeeEstimate(A)}catch(A){return console.log("Get spark payment fee estimate error",A),0}},getSparkLightningSendRequest:async({id:A,mnemonic:I})=>{try{const g=await e(I);return await g.getLightningSendRequest(A)}catch(A){console.log("Get spark lightning send request error",A)}},getSparkTransactions:async({transferCount:A,offsetIndex:I,mnemonic:g})=>{try{const C=await e(g),B=await C.getTransfers(A,I);return{transfers:B.transfers.map(A=>(delete A.leaves,A)),offset:B.offset}}catch(A){return console.log("Get spark transactions error",A),{transfers:[]}}},getSparkTokenTransactions:async({ownerPublicKeys:A,issuerPublicKeys:I,tokenTransactionHashes:g,tokenIdentifiers:C,outputIds:B,mnemonic:i,lastSavedTransactionId:Q})=>{try{const E=await e(i),t=await E.queryTokenTransactions({ownerPublicKeys:A,issuerPublicKeys:I,tokenTransactionHashes:g,tokenIdentifiers:C,outputIds:B}),o=t.tokenTransactionsWithStatus.map(A=>{const I=A.tokenTransaction,g=I.tokenOutputs?.[0];return{tokenTransactionHash:A.tokenTransactionHash,tokenTransaction:{clientCreatedTimestamp:I.clientCreatedTimestamp,tokenOutputs:g?[{ownerPublicKey:g.ownerPublicKey,tokenIdentifier:g.tokenIdentifier,tokenAmount:g.tokenAmount}]:[]}}});let n=o;if(Q){const A=o.findIndex(A=>US.from(Object.values(A.tokenTransactionHash)).toString("hex")===Q);-1!==A&&(n=o.slice(0,A))}return{tokenTransactionsWithStatus:n,offset:t.offset}}catch(A){return console.log("Get spark transactions error",A),[]}},findTransactionTxFromTxHistory:async({sparkTxId:A,previousOffset:I=0,previousTxs:g=[],mnemonic:C})=>{try{const B=g.find(I=>I.id===A);if(B)return console.log("Using cache tx history"),{didWork:!0,offset:I,foundTransfers:g,bitcoinTransfer:B};const i=await e(C);let Q,E=I,t=[];const o=20;for(;E<o;){const I=await i.getTransfers(100,100*E);if(t=I.transfers,!t.length)break;const g=t.find(I=>I.id===A);if(g){Q=g;break}if(-1===I.offset){console.log("Reached end of transactions (offset: -1)");break}E+=1}return{didWork:!0,offset:E,foundTransfers:t,bitcoinTransfer:Q}}catch(A){return console.log("Error finding bitcoin tx from history",A),{didWork:!1,error:A.message}}},getSingleTxDetails:async({mnemonic:A,id:I})=>{try{const g=await e(A),C=await g.getTransfer(I);if(!C)throw new Error("No tx found");return delete C.leaves,C}catch(A){console.log("error getting single tx details",A)}},setPrivacyEnabled:async({mnemonic:A})=>{try{const I=await e(A),g=await I.getWalletSettings();return g?.privateEnabled||await I.setPrivacyEnabled(!0),{didWork:!0}}catch(A){return console.log("Get spark balance error",A),{didWork:!1}}},createSatsInvoice:async({mnemonic:A,amountSats:I,memo:g,receiverIdentityPubkey:C})=>{try{const B=await e(A);return{didWork:!0,invoice:await B.createSatsInvoice({amount:I,memo:g,receiverIdentityPubkey:C})}}catch(A){return console.log("Create sats invoice error",A),{didWork:!1,error:A.message}}},fufillSparkInvoices:async({mnemonic:A,invoices:I=[]})=>{try{const g=await e(A),C=I.map(({invoice:A,amount:I})=>({invoice:A,amount:BigInt(I)})),B=await g.fulfillSparkInvoice(C);return{didWork:!0,...{...B,satsTransactionSuccess:B.satsTransactionSuccess?.map(A=>{const{leaves:I,secretCipher:g,signature:C,intermediateRefundTx:B,receivers:i,...Q}=A.transferResponse;return{...A,transferResponse:Q}})}}}catch(A){return console.log("Create sats invoice error",A),{didWork:!1,error:A.message}}},batchTransferTokens:async({mnemonic:A,invoices:I=[]})=>{try{const g=await e(A),C=I.map(({tokenIdentifier:A,receiverSparkAddress:I,tokenAmount:g})=>({tokenIdentifier:A,receiverSparkAddress:I,tokenAmount:BigInt(g)}));return{didWork:!0,invoice:await g.batchTransferTokens(C)}}catch(A){return console.log("Create sats invoice error",A),{didWork:!1,error:A.message}}},createTokensInvoice:async({mnemonic:A,tokenIdentifier:I})=>{try{const g=await e(A);return{didWork:!0,invoice:await g.createTokensInvoice({tokenIdentifier:I})}}catch(A){return console.log("Create tokens invoice error",A),{didWork:!1,error:A.message}}},claimSparkHodlLightningPayment:async({preimage:A,mnemonic:I})=>{try{const g=await e(I),C=await g.claimHTLC(A);return delete C.leaves,{didWork:!0,response:C}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},receiveSparkHodlLightningPayment:async({amountSats:A,paymentHash:I,memo:g,expirySeconds:C,mnemonic:B})=>{try{const i=await e(B);return{didWork:!0,response:await i.createLightningHodlInvoice({amountSats:A,paymentHash:I,memo:g,expirySeconds:C,includeSparkAddress:!1})}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},querySparkHodlLightningPayments:async({paymentHashes:A,mnemonic:I})=>{try{const g=await e(I);return{didWork:!0,paidPreimages:(await await g.queryHTLC({paymentHashes:A,limit:50,offset:0})).preimageRequests.map(A=>({status:A.status,createdTime:A.createdTime,paymentHash:US.from(A.paymentHash).toString("hex"),transferId:A.transfer.id,satValue:A.transfer.totalValue}))}}catch(A){return console.log("Receive spark lightning payment error",A),{didWork:!1,error:A.message}}},initializeFlashnet:async({mnemonic:A})=>{try{const I=(A=>{let I=null;const g=()=>{if(!I)throw new Error("Flashnet client not initialized");return I},C=async({tokenAAddress:A,tokenBAddress:I,options:C={}})=>{try{const B=g(),i=await B.listPools({assetAAddress:A,assetBAddress:I,sort:"TVL_DESC",minTvl:C.minTvl||1e3,limit:C.limit||10});return i.pools&&0!==i.pools.length?{didWork:!0,pool:i.pools[0],totalAvailable:i.totalCount}:{didWork:!1,error:`No pools found for ${A}/${I}`}}catch(A){return console.error("Find best pool error:",A),{didWork:!1,error:A.message}}},B=async({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B,minAmountOut:Q,maxSlippageBps:e=500,integratorFeeRateBps:E=100})=>{try{const i=g();let t=Q;if(!t){const g=await i.simulateSwap({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B.toString(),integratorBps:E});t=BigInt(g.amountOut)*(10000n-BigInt(e))/10000n}const o=await i.executeSwap({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B.toString(),minAmountOut:t.toString(),maxSlippageBps:e,integratorFeeRateBps:E,integratorPublicKey:FS});return{didWork:!0,swap:{amountOut:o.amountOut,executionPrice:o.executionPrice,feeAmount:o.feeAmount,flashnetRequestId:o.flashnetRequestId,outboundTransferId:o.outboundTransferId,poolId:o.poolId}}}catch(A){return console.error("Execute swap error:",A),{didWork:!1,error:A.message,formatted:i(A)}}},i=(A,I)=>{if(function(A){return A instanceof _p}(A))return{operation:I,errorCode:A.errorCode,category:A.category,message:A.userMessage,actionHint:A.actionHint,requestId:A.requestId,isRetryable:A.isRetryable,recovery:A.recovery,transferIds:A.transferIds,clawbackAttempted:A.wasClawbackAttempted?.()||!1,fundsRecovered:A.wereAllTransfersRecovered?.()||!1};let g;g="object"==typeof A?A.message:A;const C=g.match(RS),B=C?.[0]??null;if(B){const A=zp[B];return{operation:I,errorCode:B,category:A.category,message:A.userMessage,actionHint:A.actionHint,isRetryable:A.isRetryable,recovery:A.recovery,transferIds:A.transferIds,clawbackAttempted:A.wasClawbackAttempted?.()||!1,fundsRecovered:A.wereAllTransfersRecovered?.()||!1}}return{operation:I,message:A?.message||String(A)}};return{initializeFlashnetClient:async()=>{I=new fS(A,{autoAuthenticate:!0}),await I.initialize(),console.log("Flashnet client initialized in webview")},findBestPool:C,getPoolDetails:async({poolId:A})=>{try{const I=g(),C=await I.getPool(A);return{didWork:!0,pool:C,marketData:{tvl:C.tvlAssetB,volume24h:C.volume24hAssetB,priceChange24h:C.priceChangePercent24h,currentPrice:C.currentPriceAInB,reserves:{assetA:C.assetAReserve,assetB:C.assetBReserve}}}}catch(A){return console.error("Get pool details error:",A),{didWork:!1,error:A.message}}},listAllPools:async({filters:A={}})=>{try{const I=g(),C=await I.listPools({minTvl:A.minTvl||0,minVolume24h:A.minVolume24h||0,sort:A.sort||"TVL_DESC",limit:A.limit||50,offset:A.offset||0,hostNames:A.hostNames,curveTypes:A.curveTypes});return{didWork:!0,pools:C.pools,totalCount:C.totalCount}}catch(A){return console.error("List pools error:",A),{didWork:!1,error:A.message}}},minFlashnetSwapAmounts:async({assetHex:A})=>{try{const I=g(),C=await I.getMinAmountsMap(),B=C.get(A.toLowerCase())?.toString();return{didWork:!0,assetData:B}}catch(A){return console.error("Get min swap amounts error:",A),{didWork:!1,error:A.message}}},simulateSwap:async({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B,integratorFeeRateBps:i=100})=>{try{const Q=g(),e=await Q.simulateSwap({poolId:A,assetInAddress:I,assetOutAddress:C,amountIn:B.toString(),integratorBps:i});return{didWork:!0,simulation:{expectedOutput:e.amountOut,executionPrice:e.executionPrice,priceImpact:e.priceImpactPct,poolId:e.poolId,feePaidAssetIn:e.feePaidAssetIn}}}catch(A){return console.error("Simulate swap error:",A),{didWork:!1,error:A.message}}},executeSwap:B,swapBitcoinToToken:async({tokenAddress:A,amountSats:I,poolId:g,maxSlippageBps:i=500})=>{try{const Q="020202020202020202020202020202020202020202020202020202020202020202";let e=g;if(!e){const I=await C({tokenAAddress:Q,tokenBAddress:A});if(!I.didWork)return{didWork:!1,error:"No suitable pool found"};e=I.pool.lpPublicKey}return await B({poolId:e,assetInAddress:Q,assetOutAddress:A,amountIn:I,maxSlippageBps:i})}catch(A){return console.error("Swap BTC to token error:",A),{didWork:!1,error:A.message}}},swapTokenToBitcoin:async({tokenAddress:A,tokenAmount:I,poolId:g,maxSlippageBps:i=500})=>{try{const Q="020202020202020202020202020202020202020202020202020202020202020202";let e=g;if(!e){const I=await C({tokenAAddress:A,tokenBAddress:Q});if(!I.didWork)return{didWork:!1,error:"No suitable pool found"};e=I.pool.lpPublicKey}return await B({poolId:e,assetInAddress:A,assetOutAddress:Q,amountIn:I,maxSlippageBps:i})}catch(A){return console.error("Swap token to BTC error:",A),{didWork:!1,error:A.message}}},getLightningPaymentQuote:async({invoice:A,tokenAddress:I,integratorFeeRateBps:C,maxSlippageBps:B})=>{try{const i=g(),Q=await i.getPayLightningWithTokenQuote(A,I,{integratorFeeRateBps:C,maxSlippageBps:B});return{didWork:!0,quote:{invoiceAmountSats:Q.invoiceAmountSats,estimatedLightningFee:Q.estimatedLightningFee,btcAmountRequired:Q.btcAmountRequired,tokenAmountRequired:Q.tokenAmountRequired,estimatedAmmFee:Q.estimatedAmmFee,executionPrice:Q.executionPrice,priceImpact:Q.priceImpactPct,poolId:Q.poolId,fee:Q.btcAmountRequired-Q.invoiceAmountSats}}}catch(A){return console.error("Get Lightning quote error:",A),{didWork:!1,error:A.message}}},payLightningWithToken:async({invoice:A,tokenAddress:I,maxSlippageBps:C=500,maxLightningFeeSats:B,rollbackOnFailure:i=!0,useExistingBtcBalance:Q=!1,integratorFeeRateBps:e=100})=>{try{const E=g(),t=await E.payLightningWithToken({invoice:A,tokenAddress:I,maxSlippageBps:C,maxLightningFeeSats:B||void 0,rollbackOnFailure:i,useExistingBtcBalance:Q,integratorFeeRateBps:e,integratorPublicKey:FS});return t.success?{didWork:!0,result:{success:!0,lightningPaymentId:t.lightningPaymentId,tokenAmountSpent:t.tokenAmountSpent,btcAmountReceived:t.btcAmountReceived,swapTransferId:t.swapTransferId,ammFeePaid:t.ammFeePaid,lightningFeePaid:t.lightningFeePaid,poolId:t.poolId}}:{didWork:!1,error:t.error,result:{success:!1,error:t.error,poolId:t.poolId,tokenAmountSpent:t.tokenAmountSpent,btcAmountReceived:t.btcAmountReceived}}}catch(A){return console.error("Pay Lightning with token error:",A),{didWork:!1,error:A.message}}},getUserSwapHistory:async(A,I)=>{try{const C=g();let B;return B=I?await C.getUserSwaps(void 0,{limit:A,offset:I}):await C.getUserSwaps(void 0,{limit:A}),{didWork:!0,swaps:B.swaps||[],totalCount:B.totalCount||0}}catch(A){return console.error("Get swap history error:",A),{didWork:!1,error:A.message,swaps:[]}}},requestClawback:async({sparkTransferId:A,poolId:I})=>{try{const C=g(),B=await C.clawback({sparkTransferId:A,lpIdentityPublicKey:I});return!B||B.error?{didWork:!1,error:B?.error||"Clawback request failed"}:B.accepted?{didWork:!0,accepted:!0,message:"Clawback request accepted",internalRequestId:B.internalRequestId}:{didWork:!1,accepted:!1,error:B.error||"Clawback request rejected by pool"}}catch(A){return console.error("Request clawback error:",A),{didWork:!1,error:A.message}}},requestBatchClawback:async({transferIds:A,poolId:I})=>{try{const C=g(),B=await C.clawbackMultiple(A,I);return B?B.length?{didWork:!0,result:B}:{didWork:!1,error:B.error||"Clawback request rejected by pool"}:{didWork:!1,error:B?.error||"Clawback request failed"}}catch(A){return console.error("Request clawback error:",A),{didWork:!1,error:A.message}}},checkClawbackEligibility:async({sparkTransferId:A})=>{try{const I=g(),C=await I.checkClawbackEligibility({sparkTransferId:A});return C.accepted?{didWork:!0,error:null,response:!0}:{didWork:!0,error:C.error,response:!1}}catch(A){return console.error("Check clawback eligibility error:",A),{didWork:!1,error:A.message,response:!1}}},checkClawbackStatus:async({internalRequestId:A})=>{try{const I=g(),C=await I.checkClawbackStatus({internalRequestId:A});return{didWork:!0,status:C.status,transferId:C.transferId,isComplete:"completed"===C.status,isFailed:"failed"===C.status}}catch(A){return console.error("Check clawback status error:",A),{didWork:!1,error:A.message}}},listClawbackableTransfers:async({limit:A=100})=>{try{const I=g();return{didWork:!0,resposne:await I.listClawbackableTransfers({limit:A})}}catch(A){return console.error("List clawbackable transfers error:",A),{didWork:!1,error:A.message}}}}})(await e(A));return await I.initializeFlashnetClient(),C[A]=I,{didWork:!0}}catch(A){return console.log("Error initializing flashnet",A),{didWork:!1,err:A.message}}},findBestPool:async({mnemonic:A,tokenAAddress:I,tokenBAddress:g,options:C})=>{try{const B=E(A);return await B.findBestPool({tokenAAddress:I,tokenBAddress:g,options:C})}catch(A){return console.log("Find best pool error",A),{didWork:!1,error:A.message}}},getPoolDetails:async({mnemonic:A,poolId:I})=>{try{const g=E(A);return await g.getPoolDetails({poolId:I})}catch(A){return console.log("Get pool details error",A),{didWork:!1,error:A.message}}},listAllPools:async({mnemonic:A,filters:I})=>{try{const g=E(A);return await g.listAllPools({filters:I})}catch(A){return console.log("List all pools error",A),{didWork:!1,error:A.message}}},minFlashnetSwapAmounts:async({mnemonic:A,assetHex:I})=>{try{const g=E(A);return await g.minFlashnetSwapAmounts({assetHex:I})}catch(A){return console.log("Get min swap amounts error",A),{didWork:!1,error:A.message}}},simulateSwap:async({mnemonic:A,poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,integratorFeeRateBps:i})=>{try{const Q=E(A);return await Q.simulateSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,integratorFeeRateBps:i})}catch(A){return console.log("Simulate swap error",A),{didWork:!1,error:A.message}}},executeSwap:async({mnemonic:A,poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,minAmountOut:i,maxSlippageBps:Q,integratorFeeRateBps:e})=>{try{const t=E(A);return await t.executeSwap({poolId:I,assetInAddress:g,assetOutAddress:C,amountIn:B,minAmountOut:i,maxSlippageBps:Q,integratorFeeRateBps:e})}catch(A){return console.log("Execute swap error",A),{didWork:!1,error:A.message}}},swapBitcoinToToken:async({mnemonic:A,tokenAddress:I,amountSats:g,poolId:C,maxSlippageBps:B})=>{try{const i=E(A);return await i.swapBitcoinToToken({tokenAddress:I,amountSats:g,poolId:C,maxSlippageBps:B})}catch(A){return console.log("Swap Bitcoin to token error",A),{didWork:!1,error:A.message}}},swapTokenToBitcoin:async({mnemonic:A,tokenAddress:I,tokenAmount:g,poolId:C,maxSlippageBps:B})=>{try{const i=E(A);return await i.swapTokenToBitcoin({tokenAddress:I,tokenAmount:g,poolId:C,maxSlippageBps:B})}catch(A){return console.log("Swap token to Bitcoin error",A),{didWork:!1,error:A.message}}},getLightningPaymentQuote:async({mnemonic:A,invoice:I,tokenAddress:g,integratorFeeRateBps:C,maxSlippageBps:B})=>{try{const i=E(A);return await i.getLightningPaymentQuote({invoice:I,tokenAddress:g,integratorFeeRateBps:C,maxSlippageBps:B})}catch(A){return console.log("Get Lightning payment quote error",A),{didWork:!1,error:A.message}}},payLightningWithToken:async({mnemonic:A,invoice:I,tokenAddress:g,maxSlippageBps:C,maxLightningFeeSats:B,rollbackOnFailure:i,useExistingBtcBalance:Q,integratorFeeRateBps:e})=>{try{const t=E(A);return await t.payLightningWithToken({invoice:I,tokenAddress:g,maxSlippageBps:C,maxLightningFeeSats:B,rollbackOnFailure:i,useExistingBtcBalance:Q,integratorFeeRateBps:e})}catch(A){return console.log("Pay Lightning with token error",A),{didWork:!1,error:A.message}}},getUserSwapHistory:async({mnemonic:A,limit:I,offset:g})=>{try{const C=E(A);return await C.getUserSwapHistory(I,g)}catch(A){return console.log("Get user swap history error",A),{didWork:!1,error:A.message,swaps:[]}}},requestClawback:async({mnemonic:A,sparkTransferId:I,poolId:g})=>{try{const C=E(A);return await C.requestClawback({sparkTransferId:I,poolId:g})}catch(A){return console.log("Request clawback error",A),{didWork:!1,error:A.message}}},requestBatchClawback:async({mnemonic:A,transferIds:I,poolId:g})=>{try{const C=E(A);return await C.requestClawback({transferIds:I,poolId:g})}catch(A){return console.log("Request clawback error",A),{didWork:!1,error:A.message}}},checkClawbackEligibility:async({mnemonic:A,sparkTransferId:I})=>{try{const g=E(A);return await g.checkClawbackEligibility({sparkTransferId:I})}catch(A){return console.log("Check clawback eligibility error",A),{didWork:!1,error:A.message,response:!1}}},checkClawbackStatus:async({mnemonic:A,internalRequestId:I})=>{try{const g=E(A);return await g.checkClawbackStatus({internalRequestId:I})}catch(A){return console.log("Check clawback status error",A),{didWork:!1,error:A.message}}},listClawbackableTransfers:async({mnemonic:A,limit:I})=>{try{const g=E(A);return await g.listClawbackableTransfers({limit:I})}catch(A){return console.log("List clawbackable transfers error",A),{didWork:!1,error:A.message}}},abortOptimization:async()=>{try{return console.log("Aborting webview optimization..."),i.controller&&(i.controller.abort(),i.controller=null),i.isLeafOptimizationRunning=!1,i.isTokenOptimizationRunning=!1,{didWork:!0,cancelled:!0}}catch(A){return console.log("Abort optimization error",A),{didWork:!1,error:A.message}}},isOptimizationRunning:()=>i.isLeafOptimizationRunning||i.isTokenOptimizationRunning,checkIfOptimizationNeeded:async({mnemonic:A})=>{try{const I=await e(A),[g,C]=await Promise.all([I.isOptimizationInProgress(),I.isTokenOptimizationInProgress()]);return{didWork:!0,needed:!(g||C)}}catch(A){return console.log("Get spark balance error",A),{didWork:!1,needed:!1}}},runLeafOptimization:async({mnemonic:A})=>{try{i.isLeafOptimizationRunning=!0,console.log("Starting leaf optimization...");const I=await e(A);if(!I)throw new Error("Wallet not initialized");for await(const A of I.optimizeLeaves())if(i.controller=A.controller,console.log(`Optimization progress: ${A.step}/${A.total}`),!i.isLeafOptimizationRunning){console.log("Optimization aborted by external signal"),A.controller.abort();break}return console.log("Leaf optimization complete"),{didWork:!0}}catch(A){return console.error("Error during leaf optimization:",A),{didWork:!1,error:A.message}}finally{i.isLeafOptimizationRunning=!1,i.controller=null}},runTokenOptimization:async({mnemonic:A})=>{try{i.isTokenOptimizationRunning=!0;const I=await e(A);if(!I)throw new Error("Wallet not initialized");return await I.optimizeTokenOutputs(),console.log("Token optimization complete"),{didWork:!0}}catch(A){return console.error("Error during token optimization:",A),{didWork:!1,error:A.message}}finally{i.isTokenOptimizationRunning=!1}}}};var KS=Q(8287).hp;!function(A){let I=MS({sharedKey:null,ReactNativeWebView:window.ReactNativeWebView}),g=null;const C=new Set;let B=0,i=!1,Q=!1;async function e(e){try{if("string"!=typeof e.data)return;const E=Date.now();let t=JSON.parse(e.data);if(t.isResponse)return;if(t.id&&C.has(t.id))return void console.log(`Duplicate message ID ${t.id} ignored`);if(!window.__STARTUP_NONCE__||"__INJECT_NONCE__"===window.__STARTUP_NONCE__)throw new Error("Security error: Startup nonce not properly injected");if("handshake:init"===t?.action&&t?.args?.pubN){if(i)throw new Error("Handshake already complete, ignoring subsequent attempt");if(Q)throw new Error("Handshake already in progress, ignoring subsequent attempt");Q=!0;const e=await async function(){const A=function(A=32){const I="object"==typeof globalThis?globalThis.crypto:null;if("function"!=typeof I?.getRandomValues)throw new Error("crypto.getRandomValues must be defined");return I.getRandomValues(new Uint8Array(A))}(32);return{privateKey:A,publicKey:Yp(A,!0)}}();g=Xp(e.privateKey,t.args.pubN,window.__STARTUP_NONCE__),I=MS({sharedKey:g,ReactNativeWebView:window.ReactNativeWebView});const E={id:t.id,success:!0,type:"handshake:reply",pubW:KS.from(e.publicKey).toString("hex"),runtimeNonce:await jp(g,window.__STARTUP_NONCE__),isResponse:!0};return console.log("Session key established with native"),C.add(t.id),i=!0,B=1,void A.postMessage(JSON.stringify(E))}if(!i)throw new Error("Received message before handshake complete");if(t.encrypted){const A=await async function(A,I){try{if(!I.includes("?iv=")||!I.includes("&tag="))throw new Error("Missing IV or auth tag");const[g,C]=I.split("?iv="),[B,i]=C.split("&tag="),Q=Wp.from(B,"base64"),e=Wp.from(g,"base64"),E=Wp.from(i,"base64"),t=(0,Ap.wY)(A,Q),o=new Uint8Array([...e,...E]),n=t.decrypt(o);return(new TextDecoder).decode(n)}catch(A){throw console.log("Web decryptMessage err",A),A}}(g,t.encrypted);t=JSON.parse(A)}if(t.id&&C.has(t.id))return void console.log(`Duplicate message ID ${t.id} ignored`);if("number"==typeof t.sequence){if(t.sequence<B)throw new Error(`SECURITY: Rejected old message: seq ${t.sequence} < ${B}`);if(t.sequence!==B)throw new Error(`SECURITY: Sequence gap: expected ${B}, got ${t.sequence}`);B=t.sequence+1}if("number"==typeof t.timestamp){const A=E-t.timestamp;if(A>3e4+(document.hidden?18e4:0))throw new Error(`SECURITY: Rejected stale message: ${A}ms old`);if(A<-5e3)throw new Error(`SECURITY: Rejected future message: ${A}ms in future`)}if(C.add(t.id),"simulate_crash"===t.action)throw new Error("Crash simulation not allowed in production");if(!I[t.action])throw new Error(`Unknown Spark action: ${t.action}`);const o=await I[t.action](t.args),n={id:t.id,success:!0,result:JSON.stringify(o),isResponse:!0};t=null;const a=await jp(g,JSON.stringify(n));A.postMessage(JSON.stringify({encrypted:a,isResponse:!0}))}catch(I){if(console.log("Spark WebContext error:",I),g){const C=await jp(g,JSON.stringify({error:I.message}));A.postMessage(JSON.stringify({encrypted:C,isResponse:!0}))}}}window.addEventListener("message",e),document.addEventListener("message",e),document.addEventListener("securitypolicyviolation",async function(A){const I={type:"security:csp-violation",blocked:A.blockedURI,directive:A.violatedDirective,sourceFile:A.sourceFile,lineNumber:A.lineNumber};if(console.error("CSP VIOLATION:",I),g){const A=await jp(g,JSON.stringify(I));window.ReactNativeWebView?.postMessage(JSON.stringify({encrypted:A,isResponse:!0}))}else window.ReactNativeWebView?.postMessage(JSON.stringify({...I,isResponse:!0,unencrypted:!0}))})}(window.ReactNativeWebView)})()})();</script></head><body></body></html>
\ No newline at end of file
diff --git a/app/components/admin/homeComponents/homeLightning/halfModalOtherOptions.js b/app/components/admin/homeComponents/homeLightning/halfModalOtherOptions.js
index 9a4cfd6b..a07110a3 100644
--- a/app/components/admin/homeComponents/homeLightning/halfModalOtherOptions.js
+++ b/app/components/admin/homeComponents/homeLightning/halfModalOtherOptions.js
@@ -115,7 +115,7 @@ const styles = StyleSheet.create({
   chainIconContainer: {
     width: 48,
     height: 48,
-    borderRadius: 22.5,
+    borderRadius: 44,
     overflow: 'hidden',
     alignItems: 'center',
     justifyContent: 'center',
diff --git a/app/functions/initiateWalletConnection.js b/app/functions/initiateWalletConnection.js
index f277c781..b11f7377 100644
--- a/app/functions/initiateWalletConnection.js
+++ b/app/functions/initiateWalletConnection.js
@@ -71,14 +71,14 @@ export async function initializeSparkSession({
     // Fire immediately — never blocks the critical path
     cleanStalePendingSparkLightningTransactions();
 
-    // Skip getSparkBalance if a snapshot already exists for this account
-    // (loading screen applied it; the balance poller will confirm/update it)
-    let skipBalanceFetch = false;
+    // Always fetch a live balance on connect. The cached snapshot is already
+    // painted by the loading screen for instant first-paint, but returning
+    // users must still get an authoritative read so a stale snapshot can never
+    // persist until a manual pull-to-refresh.
+    let balanceSnapshot = false;
     if (cachedIdentityPubKey) {
-      const snapshot = await getAccountBalanceSnapshot(cachedIdentityPubKey);
-      skipBalanceFetch = snapshot !== null;
+      balanceSnapshot = await getAccountBalanceSnapshot(cachedIdentityPubKey);
     }
-
     // Only fetch fresh txs when restoring — returning users keep prev.transactions
     const needsFreshTxs = !hasRestoreCompleted;
     const txsPromise =
@@ -87,9 +87,7 @@ export async function initializeSparkSession({
         : null;
 
     const [balance, sparkAddress, freshIdentityPubKey] = await Promise.all([
-      skipBalanceFetch
-        ? Promise.resolve({ didWork: false })
-        : getSparkBalance(mnemonic),
+      getSparkBalance(mnemonic),
       getSparkAddress(mnemonic),
       cachedIdentityPubKey
         ? Promise.resolve(cachedIdentityPubKey)
@@ -114,6 +112,7 @@ export async function initializeSparkSession({
       const storageObject = {
         identityPubKey,
         sparkAddress: sparkAddress.response,
+        ...(balanceSnapshot ?? {}),
         didConnect: true,
       };
       setSparkInformation(prev => ({
@@ -141,9 +140,8 @@ export async function initializeSparkSession({
         ? transactions
         : null;
 
-    setSparkInformation(prev => ({...prev, ...storageObject}));
-    if (txToUse && filterAndSetTransactions)
-      filterAndSetTransactions(txToUse);
+    setSparkInformation(prev => ({ ...prev, ...storageObject }));
+    if (txToUse && filterAndSetTransactions) filterAndSetTransactions(txToUse);
     return storageObject;
   } catch (err) {
     console.log('Set spark error', err);
diff --git a/app/functions/lrc20/cachedTokens.js b/app/functions/lrc20/cachedTokens.js
index 35710317..504f943d 100644
--- a/app/functions/lrc20/cachedTokens.js
+++ b/app/functions/lrc20/cachedTokens.js
@@ -76,3 +76,18 @@ export const mergeTokensWithCache = (currentTokens, cachedTokens, mnemonic) => {
 
   return { ...cachedTokens, [hashedMnemoinc]: merged };
 };
+
+// Merges a fresh full token-balance map into the on-disk cache and returns the
+// merged token map for this mnemonic. Mirrors the cache step getSparkBalance
+// runs, so a caller already holding a live token map (e.g. the
+// token-balance:update event payload) can update without a second balance read.
+export const mergeAndCacheTokens = async (currentTokens, mnemonic) => {
+  const cachedTokens = await migrateCachedTokens(mnemonic);
+  const allTokens = mergeTokensWithCache(
+    currentTokens ?? {},
+    cachedTokens,
+    mnemonic,
+  );
+  await saveCachedTokens(allTokens);
+  return allTokens[sha256Hash(mnemonic)];
+};
diff --git a/app/functions/pollingManager.js b/app/functions/pollingManager.js
index 747000fe..1a459432 100644
--- a/app/functions/pollingManager.js
+++ b/app/functions/pollingManager.js
@@ -1,6 +1,34 @@
 import { getSparkBalance } from './spark';
 import { fullRestoreSparkState } from './spark/restore';
 
+/**
+ * Reads the balance with a hard timeout. getSparkBalance can hang indefinitely
+ * when the underlying WebView request's timeout is neutered (it returns early
+ * without settling while the app is backgrounded). An unsettled read parks the
+ * supervisor's await forever and wedges the whole balance lane, so we race the
+ * read against a timer that resolves to a benign {didWork:false}.
+ * @param {string} mnemonic
+ * @param {number} timeoutMs
+ * @returns {Promise<{didWork: boolean, balance?: number, tokensObj?: object}>}
+ */
+export const getBalanceWithTimeout = async (mnemonic, timeoutMs = 15000) => {
+  let timer = null;
+  console.log('getting balance with timeout');
+  try {
+    return await Promise.race([
+      getSparkBalance(mnemonic),
+      new Promise(resolve => {
+        timer = setTimeout(() => resolve({ didWork: false }), timeoutMs);
+      }),
+    ]);
+  } catch (err) {
+    console.log('err', err);
+    return { didWork: false };
+  } finally {
+    if (timer) clearTimeout(timer);
+  }
+};
+
 /**
  * Generic polling utility with exponential backoff
  * @param {Object} config - Configuration object
@@ -153,7 +181,7 @@ export const createBalancePoller = (
 
   return createPollingManager({
     pollFn: async () => {
-      return await getSparkBalance(mnemonic);
+      return await getBalanceWithTimeout(mnemonic);
     },
     shouldContinue: () => mnemonic === currentMnemonicRef.current,
     validateResult: (newResult, previousResult) => {
diff --git a/app/functions/spark/balanceSnapshots.js b/app/functions/spark/balanceSnapshots.js
index d3ae989a..37f852a7 100644
--- a/app/functions/spark/balanceSnapshots.js
+++ b/app/functions/spark/balanceSnapshots.js
@@ -2,13 +2,25 @@ import { ensureSparkDatabaseReady } from './transactions';
 
 const TABLE = 'account_balance_snapshots';
 
+// Token maps coming from the native runtime can carry BigInt fields in their
+// metadata (the merge only down-converts balance/maxSupply). JSON.stringify
+// throws on BigInt, which would otherwise drop the entire snapshot row, so
+// serialize BigInt as its decimal string.
+const bigIntSafeReplacer = (_key, value) =>
+  typeof value === 'bigint' ? value.toString() : value;
+
 export async function saveAccountBalanceSnapshot(identityPubKey, balance, tokensObj) {
   try {
     const db = await ensureSparkDatabaseReady();
     await db.runAsync(
       `INSERT OR REPLACE INTO ${TABLE} (identityPubKey, balance, tokens, updatedAt)
        VALUES (?, ?, ?, ?)`,
-      [identityPubKey, balance, JSON.stringify(tokensObj ?? {}), Date.now()],
+      [
+        identityPubKey,
+        balance,
+        JSON.stringify(tokensObj ?? {}, bigIntSafeReplacer),
+        Date.now(),
+      ],
     );
   } catch (err) {
     console.log('Error saving account balance snapshot', err);
diff --git a/context-store/sparkContext.js b/context-store/sparkContext.js
index e576ff1c..f2b10090 100644
--- a/context-store/sparkContext.js
+++ b/context-store/sparkContext.js
@@ -12,7 +12,7 @@ import {
   clearMnemonicCache,
   getCachedSparkTransactions,
   getSingleTxDetails,
-  getSparkBalance,
+  getSparkTransactions,
   getSparkStaticBitcoinL1AddressQuote,
   getUtxosForDepositAddress,
   initializeFlashnet,
@@ -56,6 +56,12 @@ import i18n from 'i18next';
 import {
   INCOMING_SPARK_TX_NAME,
   incomingSparkTransaction,
+  BALANCE_UPDATE_EVENT_NAME,
+  sparkBalanceUpdateEmitter,
+  TOKEN_BALANCE_UPDATE_EVENT_NAME,
+  sparkTokenBalanceUpdateEmitter,
+  STREAM_STATUS_EVENT_NAME,
+  sparkStreamStatusEmitter,
   OPERATION_TYPES,
   sendWebViewRequestGlobal,
   useWebView,
@@ -63,11 +69,12 @@ import {
 import { useGlobalContextProvider } from './context';
 import { useAuthContext } from './authContext';
 import {
-  createBalancePoller,
   createRestorePoller,
+  getBalanceWithTimeout,
 } from '../app/functions/pollingManager';
 import { USDB_TOKEN_ID } from '../app/constants';
 import { saveAccountBalanceSnapshot } from '../app/functions/spark/balanceSnapshots';
+import { mergeAndCacheTokens } from '../app/functions/lrc20/cachedTokens';
 import {
   cleanupOptimization,
   checkIfOptimizationNeeded,
@@ -172,6 +179,7 @@ const SparkWalletProvider = ({ children }) => {
     identityPubKey: '',
     sparkAddress: '',
     transactions: [],
+    didConnect: false,
   });
   const sessionTimeRef = useRef(Date.now());
   const newestPaymentTimeRef = useRef(Date.now());
@@ -190,6 +198,7 @@ const SparkWalletProvider = ({ children }) => {
   const authResetKeyRef = useRef(authResetkey);
   const balanceVersionRef = useRef(0);
   const hasRunInitBalancePoll = useRef(false);
+  const foregroundReconcileAppStateRef = useRef(appState);
 
   const txLaneQueueRef = useRef(Promise.resolve());
   const uiLaneQueueRef = useRef(Promise.resolve());
@@ -211,6 +220,10 @@ const SparkWalletProvider = ({ children }) => {
     updateType: null,
     timestamp: 0,
   });
+  // Tracks whether the Spark event stream has dropped, so a later
+  // stream:connected is recognized as a *re*connect (which warrants one
+  // reconcile read) rather than the benign initial connect.
+  const streamWasDisconnectedRef = useRef(false);
   const homepageTxPreferance = masterInfoObject.homepageTxPreferance;
   const hideSmallPaymentsHomepage = masterInfoObject.hideSmallPaymentsHomepage;
 
@@ -271,12 +284,14 @@ const SparkWalletProvider = ({ children }) => {
       tokens: sparkInformation.tokens,
       identityPubKey: sparkInformation.identityPubKey,
       sparkAddress: sparkInformation.sparkAddress,
+      didConnect: sparkInformation.didConnect,
     };
   }, [
     sparkInformation.balance,
     sparkInformation.tokens,
     sparkInformation.identityPubKey,
     sparkInformation.sparkAddress,
+    sparkInformation.didConnect,
   ]);
 
   useEffect(() => {
@@ -360,6 +375,8 @@ const SparkWalletProvider = ({ children }) => {
 
   // Debounce refs
   const debounceTimeoutRef = useRef(null);
+  const debounceMaxWaitRef = useRef(null);
+  const latestIncomingBalanceRef = useRef(null);
   const pendingTransferIds = useRef(new Set());
 
   const toggleIsSendingPayment = useCallback(isSending => {
@@ -434,25 +451,34 @@ const SparkWalletProvider = ({ children }) => {
         console.error('Error writing placeholder transactions:', error);
       }
 
-      // ─── Step 2: Fetch full tx details (blocked untill app is foregrounded)
+      // ─── Step 2: Fetch tx details in a SINGLE batched call (one WebView
+      //     message) instead of one round-trip per transfer.
       let cachedTransfers = [];
 
-      for (const transferId of transferIdsToProcess) {
-        try {
+      try {
+        const idSet = new Set(transferIdsToProcess);
+        const { transfers = [] } = await getSparkTransactions(
+          Math.max(50, transferIdsToProcess.length),
+          undefined,
+          currentMnemonicRef.current,
+        );
+        cachedTransfers = transfers.filter(transfer => idSet.has(transfer.id));
+
+        // Fallback only for ids NOT in the batch window (e.g. an older transfer
+        // that settled while many newer transfers arrived in the same burst).
+        // Normal load hits zero of these, so the single-message goal holds; this
+        // just stops a dropped id from being stuck as a pending placeholder.
+        const foundIds = new Set(cachedTransfers.map(transfer => transfer.id));
+        const missingIds = transferIdsToProcess.filter(id => !foundIds.has(id));
+        for (const transferId of missingIds) {
           const transfer = await getSingleTxDetails(
             currentMnemonicRef.current,
             transferId,
           );
-
-          if (!transfer) continue;
-          cachedTransfers.push(transfer);
-        } catch (error) {
-          console.error(
-            'Error processing incoming payment:',
-            transferId,
-            error,
-          );
+          if (transfer) cachedTransfers.push(transfer);
         }
+      } catch (error) {
+        console.error('Error fetching batched incoming payments:', error);
       }
 
       const paymentObjects = [];
@@ -926,6 +952,12 @@ const SparkWalletProvider = ({ children }) => {
     async (epoch, result) => {
       const { identityPubKey } = sparkInfoRef.current;
 
+      // Stamp the ordering guard at ENTRY (before the awaits below) so a
+      // concurrent incoming-payment snapshot that enters later can't be
+      // overwritten by this confirmed snapshot resolving after it. Shared with
+      // applyIncomingPaymentSnapshot, which also stamps at entry.
+      const myVersion = ++balanceVersionRef.current;
+
       balanceEpochRef.current.applied = Math.max(
         balanceEpochRef.current.applied,
         epoch,
@@ -959,7 +991,6 @@ const SparkWalletProvider = ({ children }) => {
 
       filterAndSetTransactions(freshTxs);
 
-      const myVersion = ++balanceVersionRef.current;
       setSparkInformation(prev => {
         if (myVersion < balanceVersionRef.current) return prev;
         return {
@@ -1003,33 +1034,20 @@ const SparkWalletProvider = ({ children }) => {
           })`,
         );
 
-        const poller = createBalancePoller(
-          mnemonic,
-          currentMnemonicRef,
-          abortController,
-          async balanceResult => {
-            if (abortController.signal.aborted) return;
-            if (runId !== balanceSupervisorRunIdRef.current) return;
-            await applyConfirmedBalanceSnapshot(epochToResolve, balanceResult);
-          },
-          sparkInfoRef.current.balance,
-        );
-
-        balancePollingTimeoutRef.current = poller;
-        const response = await poller.start();
+        // Single authoritative reconcile read. The displayed balance number is
+        // driven in real time by balance:update events (balanceUpdateHandler);
+        // this one-shot read exists only to reconcile transactions, release
+        // forced-pending flags, and recover a balance whose event was missed
+        // (e.g. while backgrounded). It replaces the old converge-by-polling
+        // loop (createBalancePoller) that issued up to ~24 reads per intent and
+        // could self-contend under load.
+        const balanceResult = await getBalanceWithTimeout(mnemonic);
 
         if (runId !== balanceSupervisorRunIdRef.current) return;
         if (abortController.signal.aborted) return;
         if (mnemonic !== currentMnemonicRef.current) return;
-        if (response.reason === 'aborted') return;
 
-        if (response.reason === 'max_retries') {
-          const fallbackResult =
-            response.result?.didWork === true
-              ? response.result
-              : await getSparkBalance(mnemonic);
-          await applyConfirmedBalanceSnapshot(epochToResolve, fallbackResult);
-        }
+        await applyConfirmedBalanceSnapshot(epochToResolve, balanceResult);
 
         balanceEpochRef.current.applied = Math.max(
           balanceEpochRef.current.applied,
@@ -1040,16 +1058,23 @@ const SparkWalletProvider = ({ children }) => {
     } catch (err) {
       console.log('[BalanceLane] poller error', err);
     } finally {
-      isBalancePollerRunningRef.current = false;
-      balancePollingAbortControllerRef.current = null;
+      // Only release shared lane state if WE still own the lane. A newer run
+      // (e.g. started by applyIncomingPaymentSnapshot, which bumps the runId
+      // and clears the running flag) may have taken over while our awaits were
+      // parked; a stale run's finally must not clobber the newer run's running
+      // flag or null its abort controller.
+      if (runId === balanceSupervisorRunIdRef.current) {
+        isBalancePollerRunningRef.current = false;
+        balancePollingAbortControllerRef.current = null;
 
-      if (
-        balanceEpochRef.current.applied < balanceEpochRef.current.target &&
-        mnemonic === currentMnemonicRef.current
-      ) {
-        setTimeout(() => {
-          runBalanceSupervisor();
-        }, 60);
+        if (
+          balanceEpochRef.current.applied < balanceEpochRef.current.target &&
+          mnemonic === currentMnemonicRef.current
+        ) {
+          setTimeout(() => {
+            runBalanceSupervisor();
+          }, 60);
+        }
       }
     }
   }, [applyConfirmedBalanceSnapshot]);
@@ -1081,6 +1106,12 @@ const SparkWalletProvider = ({ children }) => {
       const mnemonic = currentMnemonicRef.current;
       const { identityPubKey } = sparkInfoRef.current;
 
+      // Stamp the ordering guard at ENTRY (before any await) so the
+      // most-recently-entered (newest) snapshot wins. Stamping after the awaits
+      // ordered writes by completion time, letting an older burst that resolved
+      // late overwrite a newer one and regress the displayed balance.
+      const myVersion = ++balanceVersionRef.current;
+
       if (balancePollingAbortControllerRef.current) {
         balancePollingAbortControllerRef.current.abort();
         balancePollingAbortControllerRef.current = null;
@@ -1094,7 +1125,7 @@ const SparkWalletProvider = ({ children }) => {
       forcedPendingBySparkIdRef.current.clear();
 
       const [balanceResponse, freshTxs] = await Promise.all([
-        getSparkBalance(mnemonic),
+        getBalanceWithTimeout(mnemonic),
         identityPubKey
           ? getAllSparkTransactions({
               limit: null,
@@ -1109,7 +1140,7 @@ const SparkWalletProvider = ({ children }) => {
         Number.isFinite(numericPassedBalance)
           ? numericPassedBalance
           : sparkInfoRef.current.balance,
-        balanceResponse.didWork
+        balanceResponse?.didWork
           ? balanceResponse.tokensObj
           : sparkInfoRef.current.tokens,
       );
@@ -1122,7 +1153,6 @@ const SparkWalletProvider = ({ children }) => {
 
       filterAndSetTransactions(freshTxs);
 
-      const myVersion = ++balanceVersionRef.current;
       setSparkInformation(prev => {
         if (myVersion < balanceVersionRef.current) return prev;
         return {
@@ -1130,7 +1160,7 @@ const SparkWalletProvider = ({ children }) => {
           balance: Number.isFinite(numericPassedBalance)
             ? numericPassedBalance
             : prev.balance,
-          tokens: balanceResponse.didWork
+          tokens: balanceResponse?.didWork
             ? balanceResponse.tokensObj
             : prev.tokens,
         };
@@ -1186,18 +1216,106 @@ const SparkWalletProvider = ({ children }) => {
 
     // Add transferId to pending set
     pendingTransferIds.current.add(transferId);
+    // Always flush with the most recent balance, even when the max-wait timer
+    // (set on the first event of the burst) fires.
+    latestIncomingBalanceRef.current = balance;
 
-    // Clear existing timeout if any
-    if (debounceTimeoutRef.current) {
-      clearTimeout(debounceTimeoutRef.current);
+    const flush = () => {
+      if (debounceTimeoutRef.current) {
+        clearTimeout(debounceTimeoutRef.current);
+        debounceTimeoutRef.current = null;
+      }
+      if (debounceMaxWaitRef.current) {
+        clearTimeout(debounceMaxWaitRef.current);
+        debounceMaxWaitRef.current = null;
+      }
+      debouncedHandleIncomingPayment(latestIncomingBalanceRef.current);
+    };
+
+    // Trailing debounce: flush 500ms after the last event…
+    if (debounceTimeoutRef.current) clearTimeout(debounceTimeoutRef.current);
+    debounceTimeoutRef.current = setTimeout(flush, 500);
+
+    // …but cap the wait at 1.5s so a sustained burst (events arriving faster
+    // than every 500ms, which would perpetually reset the trailing timer and
+    // never flush) still applies the balance periodically.
+    if (!debounceMaxWaitRef.current) {
+      debounceMaxWaitRef.current = setTimeout(flush, 1500);
     }
-
-    // Set new timeout for debounced execution (500ms delay)
-    debounceTimeoutRef.current = setTimeout(() => {
-      debouncedHandleIncomingPayment(balance);
-    }, 500);
   }, []);
 
+  // Authoritative writer for the displayed sats balance. balance:update fires on
+  // every balance change (deposits, transfers, swaps, claims) with the real
+  // current { available, owned, incoming }; we display `available` (parity with
+  // the SDK's deprecated `balance` field). This is the single fast path that
+  // makes sends/swaps/deposits reflect immediately — previously only inbound
+  // claims had a push event and everything else waited on the poller.
+  const balanceUpdateHandler = useCallback(snapshot => {
+    const available = Number(snapshot?.available);
+    if (!Number.isFinite(available)) return;
+    // Value-gate: ignore no-op events so a burst of inbound transfers (each
+    // emitting balance:update) can't trigger a render / DB-write storm.
+    if (available === sparkInfoRef.current.balance) return;
+
+    // Entry-stamped ordering guard, shared with applyConfirmedBalanceSnapshot
+    // and applyIncomingPaymentSnapshot, so a late-resolving snapshot can't
+    // overwrite a newer event's value.
+    const myVersion = ++balanceVersionRef.current;
+    const { identityPubKey } = sparkInfoRef.current;
+
+    saveAccountBalanceSnapshot(
+      identityPubKey,
+      available,
+      sparkInfoRef.current.tokens,
+    );
+
+    setSparkInformation(prev => {
+      if (myVersion < balanceVersionRef.current) return prev;
+      if (prev.balance === available) return prev;
+      return { ...prev, balance: available };
+    });
+  }, []);
+
+  // token-balance:update fires when a token tx finalizes and carries the full
+  // current token-balance map (getTokenBalanceMap() in the SDK). We merge that
+  // payload straight into the cache instead of issuing another getSparkBalance
+  // round-trip — same result, one fewer WebView read per event. The WebView
+  // runtime delivers the already-normalized map; the native runtime delivers the
+  // raw SDK Map and is normalized at registration (see addListeners).
+  const tokenBalanceUpdateHandler = useCallback(async tokensObject => {
+    const mnemonic = currentMnemonicRef.current;
+    if (!mnemonic) return;
+    const merged = await mergeAndCacheTokens(tokensObject ?? {}, mnemonic);
+    if (mnemonic !== currentMnemonicRef.current) return;
+    setSparkInformation(prev => ({ ...prev, tokens: merged }));
+    // Persist tokens so a token-only change survives a cold start, matching
+    // applyConfirmedBalanceSnapshot / applyIncomingPaymentSnapshot.
+    saveAccountBalanceSnapshot(
+      sparkInfoRef.current.identityPubKey,
+      sparkInfoRef.current.balance,
+      merged,
+    );
+  }, []);
+
+  // Stream lifecycle. A connect after a drop means events may have been missed
+  // while the stream was down, so fire one reconcile read. The initial connect
+  // is benign and skipped.
+  const streamStatusHandler = useCallback(
+    status => {
+      if (status === 'disconnected' || status === 'reconnecting') {
+        streamWasDisconnectedRef.current = true;
+        return;
+      }
+      if (status !== 'connected') return;
+      if (!streamWasDisconnectedRef.current) return;
+      streamWasDisconnectedRef.current = false;
+      if (AppState.currentState !== 'active') return;
+      if (!sparkInfoRef.current.didConnect) return;
+      requestBalanceReconcile('streamReconnect', { shouldForcePending: false });
+    },
+    [requestBalanceReconcile],
+  );
+
   useEffect(() => {
     if (!sparkInformation.identityPubKey) {
       console.log('Skipping listener setup - no identity pub key yet');
@@ -1208,6 +1326,15 @@ const SparkWalletProvider = ({ children }) => {
 
     sparkTransactionsEventEmitter.on(SPARK_TX_UPDATE_ENVENT_NAME, handleUpdate);
     incomingSparkTransaction.on(INCOMING_SPARK_TX_NAME, transferHandler);
+    sparkBalanceUpdateEmitter.on(
+      BALANCE_UPDATE_EVENT_NAME,
+      balanceUpdateHandler,
+    );
+    sparkTokenBalanceUpdateEmitter.on(
+      TOKEN_BALANCE_UPDATE_EVENT_NAME,
+      tokenBalanceUpdateHandler,
+    );
+    sparkStreamStatusEmitter.on(STREAM_STATUS_EVENT_NAME, streamStatusHandler);
 
     return () => {
       console.log('Cleaning up spark event listeners');
@@ -1219,8 +1346,27 @@ const SparkWalletProvider = ({ children }) => {
         INCOMING_SPARK_TX_NAME,
         transferHandler,
       );
+      sparkBalanceUpdateEmitter.removeListener(
+        BALANCE_UPDATE_EVENT_NAME,
+        balanceUpdateHandler,
+      );
+      sparkTokenBalanceUpdateEmitter.removeListener(
+        TOKEN_BALANCE_UPDATE_EVENT_NAME,
+        tokenBalanceUpdateHandler,
+      );
+      sparkStreamStatusEmitter.removeListener(
+        STREAM_STATUS_EVENT_NAME,
+        streamStatusHandler,
+      );
     };
-  }, [sparkInformation.identityPubKey, handleUpdate, transferHandler]);
+  }, [
+    sparkInformation.identityPubKey,
+    handleUpdate,
+    transferHandler,
+    balanceUpdateHandler,
+    tokenBalanceUpdateHandler,
+    streamStatusHandler,
+  ]);
 
   const addListeners = async mode => {
     console.log('Adding Spark listeners...');
@@ -1240,8 +1386,44 @@ const SparkWalletProvider = ({ children }) => {
 
       if (mode === 'full') {
         if (runtime === 'native') {
-          if (!sparkWallet[walletHash]?.listenerCount('transfer:claimed')) {
-            sparkWallet[walletHash]?.on('transfer:claimed', transferHandler);
+          const nativeWallet = sparkWallet[walletHash];
+          if (nativeWallet) {
+            if (!nativeWallet.listenerCount('transfer:claimed')) {
+              nativeWallet.on('transfer:claimed', transferHandler);
+            }
+            if (!nativeWallet.listenerCount('balance:update')) {
+              nativeWallet.on('balance:update', balanceUpdateHandler);
+            }
+            if (!nativeWallet.listenerCount('token-balance:update')) {
+              // Native delivers the raw SDK event ({ tokenBalances: Map });
+              // normalize it to the same token map the WebView runtime posts so
+              // tokenBalanceUpdateHandler can stay runtime-agnostic.
+              nativeWallet.on('token-balance:update', event => {
+                const tokensObject = {};
+                for (const [id, data] of event?.tokenBalances ?? []) {
+                  tokensObject[id] = {
+                    ...data,
+                    balance: data.availableToSendBalance,
+                  };
+                }
+                tokenBalanceUpdateHandler(tokensObject);
+              });
+            }
+            if (!nativeWallet.listenerCount('stream:connected')) {
+              nativeWallet.on('stream:connected', () =>
+                streamStatusHandler('connected'),
+              );
+            }
+            if (!nativeWallet.listenerCount('stream:disconnected')) {
+              nativeWallet.on('stream:disconnected', () =>
+                streamStatusHandler('disconnected'),
+              );
+            }
+            if (!nativeWallet.listenerCount('stream:reconnecting')) {
+              nativeWallet.on('stream:reconnecting', () =>
+                streamStatusHandler('reconnecting'),
+              );
+            }
           }
         } else {
           await sendWebViewRequestGlobal(OPERATION_TYPES.addListeners, {
@@ -1387,7 +1569,10 @@ const SparkWalletProvider = ({ children }) => {
     }
   };
 
-  const removeListeners = async (onlyClearIntervals = false) => {
+  const removeListeners = async (
+    onlyClearIntervals = false,
+    abortBalanceLane = true,
+  ) => {
     console.log('Removing spark listeners');
 
     cleanStatusAndLRC20Intervals();
@@ -1401,11 +1586,26 @@ const SparkWalletProvider = ({ children }) => {
       const hashedMnemonic = sha256Hash(prevAccountMnemoincRef.current);
 
       if (runtime === 'native') {
-        if (
-          prevAccountMnemoincRef.current &&
-          sparkWallet[hashedMnemonic]?.listenerCount('transfer:claimed')
-        ) {
-          sparkWallet[hashedMnemonic]?.removeAllListeners('transfer:claimed');
+        const nativeWallet = sparkWallet[hashedMnemonic];
+        if (prevAccountMnemoincRef.current && nativeWallet) {
+          if (nativeWallet.listenerCount('transfer:claimed')) {
+            nativeWallet.removeAllListeners('transfer:claimed');
+          }
+          if (nativeWallet.listenerCount('balance:update')) {
+            nativeWallet.removeAllListeners('balance:update');
+          }
+          if (nativeWallet.listenerCount('token-balance:update')) {
+            nativeWallet.removeAllListeners('token-balance:update');
+          }
+          if (nativeWallet.listenerCount('stream:connected')) {
+            nativeWallet.removeAllListeners('stream:connected');
+          }
+          if (nativeWallet.listenerCount('stream:disconnected')) {
+            nativeWallet.removeAllListeners('stream:disconnected');
+          }
+          if (nativeWallet.listenerCount('stream:reconnecting')) {
+            nativeWallet.removeAllListeners('stream:reconnecting');
+          }
         }
       } else {
         await sendWebViewRequestGlobal(OPERATION_TYPES.removeListeners, {
@@ -1420,6 +1620,10 @@ const SparkWalletProvider = ({ children }) => {
       clearTimeout(debounceTimeoutRef.current);
       debounceTimeoutRef.current = null;
     }
+    if (debounceMaxWaitRef.current) {
+      clearTimeout(debounceMaxWaitRef.current);
+      debounceMaxWaitRef.current = null;
+    }
     // Clear pending transfer IDs
     pendingTransferIds.current.clear();
 
@@ -1428,13 +1632,18 @@ const SparkWalletProvider = ({ children }) => {
       clearInterval(updatePendingPaymentsIntervalRef.current);
       updatePendingPaymentsIntervalRef.current = null;
     }
-    // Clear balance polling lane
-    if (balancePollingAbortControllerRef.current) {
-      balancePollingAbortControllerRef.current.abort();
-      balancePollingAbortControllerRef.current = null;
+    // Clear balance polling lane — only when abandoning this account's session
+    // (background/account-switch/reset). A same-account foreground listener
+    // reconfigure (null->full) must NOT abort the foregroundRecovery poll it
+    // races with, or the foreground balance reconcile is silently killed.
+    if (abortBalanceLane) {
+      if (balancePollingAbortControllerRef.current) {
+        balancePollingAbortControllerRef.current.abort();
+        balancePollingAbortControllerRef.current = null;
+      }
+      balanceSupervisorRunIdRef.current += 1;
+      isBalancePollerRunningRef.current = false;
     }
-    balanceSupervisorRunIdRef.current += 1;
-    isBalancePollerRunningRef.current = false;
 
     if (txPollingTimeoutRef.current) {
       clearTimeout(txPollingTimeoutRef.current);
@@ -1502,8 +1711,10 @@ const SparkWalletProvider = ({ children }) => {
         identityPubKey: '',
         sparkAddress: '',
         transactions: [],
+        didConnect: false,
       };
       handledTransfers.current = new Set();
+      streamWasDisconnectedRef.current = false;
       prevListenerType.current = null;
       prevAppState.current = 'active';
       prevAccountId.current = null;
@@ -1615,7 +1826,12 @@ const SparkWalletProvider = ({ children }) => {
           prevId !== sparkInfoRef.current.identityPubKey) &&
         appState === 'active'
       ) {
-        await removeListeners();
+        // Only a genuine account switch (a prior account existed and differs)
+        // should tear down the balance lane; a same-account null->full
+        // foreground reconfigure must leave the foregroundRecovery poll alive.
+        const accountChanged =
+          !!prevId && prevId !== sparkInfoRef.current.identityPubKey;
+        await removeListeners(false, accountChanged);
         if (newType) await addListeners(newType);
         prevListenerType.current = newType;
         prevAccountId.current = sparkInfoRef.current.identityPubKey;
@@ -1979,6 +2195,41 @@ const SparkWalletProvider = ({ children }) => {
     requestBalanceReconcile,
   ]);
 
+  // Balance-lane lifecycle:
+  //  • On background: abort any in-flight poll and release the lane. A read
+  //    can't settle in the background (the WebView request timeout is neutered),
+  //    so its await would park and the supervisor's finally would never run,
+  //    wedging the lane for the rest of the session.
+  //  • On background→active: fire one authoritative reconcile. This lands
+  //    balance received while backgrounded (whose debounce may have been
+  //    throttled) and recovers a lane that was idled in the background.
+  useEffect(() => {
+    const prev = foregroundReconcileAppStateRef.current;
+    foregroundReconcileAppStateRef.current = appState;
+    if (appState === 'background') {
+      if (balancePollingAbortControllerRef.current) {
+        balancePollingAbortControllerRef.current.abort();
+        balancePollingAbortControllerRef.current = null;
+      }
+      balanceSupervisorRunIdRef.current += 1;
+      isBalancePollerRunningRef.current = false;
+      return;
+    }
+
+    if (appState !== 'active' || prev === 'active') return;
+    if (!sparkInformation.didConnect) return;
+    if (!sparkInformation.identityPubKey) return;
+
+    requestBalanceReconcile('foregroundRecovery', {
+      shouldForcePending: false,
+    });
+  }, [
+    appState,
+    sparkInformation.didConnect,
+    sparkInformation.identityPubKey,
+    requestBalanceReconcile,
+  ]);
+
   // This function connects to the spark node and sets the session up
 
   const connectToSparkWallet = useCallback(
diff --git a/context-store/webViewContext.js b/context-store/webViewContext.js
index 213317d7..8f638774 100644
--- a/context-store/webViewContext.js
+++ b/context-store/webViewContext.js
@@ -160,6 +160,15 @@ const rejectIfNotConnectedToInternet = [
 
 export const INCOMING_SPARK_TX_NAME = 'RECEIVED_CONTACTS EVENT';
 export const incomingSparkTransaction = new EventEmitter();
+
+export const BALANCE_UPDATE_EVENT_NAME = 'SPARK_BALANCE_UPDATE';
+export const sparkBalanceUpdateEmitter = new EventEmitter();
+
+export const TOKEN_BALANCE_UPDATE_EVENT_NAME = 'SPARK_TOKEN_BALANCE_UPDATE';
+export const sparkTokenBalanceUpdateEmitter = new EventEmitter();
+
+export const STREAM_STATUS_EVENT_NAME = 'SPARK_STREAM_STATUS';
+export const sparkStreamStatusEmitter = new EventEmitter();
 const WASM_ERRORS = [
   'WASM',
   'WebAssembly',
@@ -357,7 +366,7 @@ export const WebViewProvider = ({ children }) => {
   const messageRateLimiter = useRef({
     count: 0,
     windowStart: Date.now(),
-    maxPerSecond: 20,
+    maxPerSecond: 50,
   });
 
   const blockAndResetWebview = useCallback(
@@ -641,28 +650,6 @@ export const WebViewProvider = ({ children }) => {
   const handleWebViewResponse = useCallback(
     event => {
       try {
-        const now = Date.now();
-        const windowDuration = now - messageRateLimiter.current.windowStart;
-        if (windowDuration > 1000) {
-          // Reset window
-          messageRateLimiter.current.count = 0;
-          messageRateLimiter.current.windowStart = now;
-        }
-        messageRateLimiter.current.count++;
-
-        if (
-          messageRateLimiter.current.count >
-          messageRateLimiter.current.maxPerSecond
-        ) {
-          console.error(
-            `SECURITY: Rate limit exceeded (${messageRateLimiter.current.count} msgs/sec)`,
-          );
-
-          resetWebViewState(true, true);
-          forceNativeMode('rate limit exceeded');
-          return;
-        }
-
         const message = JSON.parse(event.nativeEvent.data);
 
         if (message.type === 'handshake:reply' && message.pubW) {
@@ -742,6 +729,41 @@ export const WebViewProvider = ({ children }) => {
           return;
         }
 
+        // Unsolicited SDK push events (incoming payment, balance/token balance,
+        // stream status) are not request/response traffic and must not count
+        // toward the flood limiter. A burst of legitimate inbound payments would
+        // otherwise trip it and force the one-way native fallback.
+        const isSdkPushEvent = !!(
+          content.incomingPayment ||
+          content.balanceUpdate ||
+          content.tokenBalanceUpdate ||
+          content.streamStatus
+        );
+
+        if (!isSdkPushEvent) {
+          const now = Date.now();
+          const windowDuration = now - messageRateLimiter.current.windowStart;
+          if (windowDuration > 1000) {
+            // Reset window
+            messageRateLimiter.current.count = 0;
+            messageRateLimiter.current.windowStart = now;
+          }
+          messageRateLimiter.current.count++;
+
+          if (
+            messageRateLimiter.current.count >
+            messageRateLimiter.current.maxPerSecond
+          ) {
+            console.error(
+              `SECURITY: Rate limit exceeded (${messageRateLimiter.current.count} msgs/sec)`,
+            );
+
+            resetWebViewState(true, true);
+            forceNativeMode('rate limit exceeded');
+            return;
+          }
+        }
+
         if (content.error) throw new Error(content.error);
 
         if (content.incomingPayment) {
@@ -752,6 +774,23 @@ export const WebViewProvider = ({ children }) => {
             data.balance,
           );
         }
+        if (content.balanceUpdate) {
+          const data = JSON.parse(content.result);
+          sparkBalanceUpdateEmitter.emit(BALANCE_UPDATE_EVENT_NAME, data);
+        }
+        if (content.tokenBalanceUpdate) {
+          const data = JSON.parse(content.result);
+          sparkTokenBalanceUpdateEmitter.emit(
+            TOKEN_BALANCE_UPDATE_EVENT_NAME,
+            data.tokensObject,
+          );
+        }
+        if (content.streamStatus) {
+          sparkStreamStatusEmitter.emit(
+            STREAM_STATUS_EVENT_NAME,
+            content.streamStatus,
+          );
+        }
         if (content.isResponse && content.id) {
           const resolve = pendingRequests.current[content.id];
           if (resolve) {
@@ -1322,8 +1361,8 @@ export const WebViewProvider = ({ children }) => {
       const requests = [...queuedRequests.current];
       queuedRequests.current = [];
 
-      // Process sequentially to avoid triggering the rate limiter (20 msgs/sec).
-      // Parallel dispatch via Promise.allSettled could fire 21+ messages at once,
+      // Process sequentially to avoid triggering the rate limiter (50 msgs/sec).
+      // Parallel dispatch via Promise.allSettled could fire 51+ messages at once,
       // permanently killing the WebView.
       for (const { action, args, encrypt, resolve, reject } of requests) {
         try {
diff --git a/package.json b/package.json
index 6250ce31..402042e2 100644
--- a/package.json
+++ b/package.json
@@ -112,7 +112,7 @@
     "react-native-webview": "^13.16.1",
     "react-native-worklets": "^0.8.3",
     "rn-qr-generator": "^2.0.0",
-    "spark-web-context": "https://github.com/blitzwallet/spark-web-context.git#d646287a415df53aaf403310e96944fe38a8bf0d",
+    "spark-web-context": "https://github.com/blitzwallet/spark-web-context.git#0755f4dad341cc17ce1eb4d2684a39bb83a8839d",
     "stream-browserify": "^3.0.0",
     "supercluster": "^8.0.1",
     "text-encoding": "^0.7.0",
diff --git a/yarn.lock b/yarn.lock
index ed8d0299..e4c6d7a0 100644
--- a/yarn.lock
+++ b/yarn.lock
@@ -5069,7 +5069,7 @@ __metadata:
     react-native-worklets: ^0.8.3
     react-test-renderer: 19.1.0
     rn-qr-generator: ^2.0.0
-    spark-web-context: "https://github.com/blitzwallet/spark-web-context.git#d646287a415df53aaf403310e96944fe38a8bf0d"
+    spark-web-context: "https://github.com/blitzwallet/spark-web-context.git#0755f4dad341cc17ce1eb4d2684a39bb83a8839d"
     stream-browserify: ^3.0.0
     supercluster: ^8.0.1
     text-encoding: ^0.7.0
@@ -14284,16 +14284,16 @@ __metadata:
   languageName: node
   linkType: hard
 
-"spark-web-context@https://github.com/blitzwallet/spark-web-context.git#d646287a415df53aaf403310e96944fe38a8bf0d":
+"spark-web-context@https://github.com/blitzwallet/spark-web-context.git#0755f4dad341cc17ce1eb4d2684a39bb83a8839d":
   version: 1.0.0
-  resolution: "spark-web-context@https://github.com/blitzwallet/spark-web-context.git#commit=d646287a415df53aaf403310e96944fe38a8bf0d"
+  resolution: "spark-web-context@https://github.com/blitzwallet/spark-web-context.git#commit=0755f4dad341cc17ce1eb4d2684a39bb83a8839d"
   dependencies:
     "@buildonspark/spark-sdk": ^0.8.5
     "@ecies/ciphers": ^0.2.4
     "@flashnet/sdk": ^0.5.7
     "@noble/hashes": ^2.0.1
     "@noble/secp256k1": ^3.0.0
-  checksum: 7b186601e558a6a281ee503a169cbf531a55fc71f11b0929a2836bd447765af05291bf9562ff2d625cda0a5352ec1b4e8c6d061c73c88ee8306f362cfb57e479
+  checksum: f9277cbe4035941d895524f52a174f33613093bdaa82743bf1f5e31575f24c5d500a74b7b9501bd703c0bcfd9d054355d80655c6bfdc6d28a95a3c8711d9c775
   languageName: node
   linkType: hard