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com.blitzwallet/__tests__/receive.test.js
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// import { receivePayment } from '@breeztech/react-native-breez-sdk';
// import { fetchOnchainLimits } from '@breeztech/react-native-breez-sdk-liquid';
// import { getECashInvoice } from '../app/functions/eCash/wallet';
// import { breezLiquidReceivePaymentWrapper } from '../app/functions/breezLiquid';
// import customUUID from '../app/functions/customUUID';
// import { initializeAddressProcess } from '../app/functions/receiveBitcoin/addressGeneration';
// import {
// ecashEventEmitter,
// ECASH_QUOTE_EVENT_NAME,
// } from '../context-store/eCash';
// // Mock the external dependencies
// jest.mock('@breeztech/react-native-breez-sdk', () => ({
// receivePayment: jest.fn(),
// }));
// jest.mock('../app/functions/eCash/wallet', () => ({
// getECashInvoice: jest.fn(),
// }));
// jest.mock('../app/functions/breezLiquid', () => ({
// breezLiquidReceivePaymentWrapper: jest.fn(),
// }));
// jest.mock('@breeztech/react-native-breez-sdk-liquid', () => ({
// fetchOnchainLimits: jest.fn(),
// }));
// jest.mock('../app/functions/customUUID', () => jest.fn());
// jest.mock('../context-store/eCash', () => ({
// ECASH_QUOTE_EVENT_NAME: 'ecash_quote_event',
// ecashEventEmitter: {
// emit: jest.fn(),
// },
// }));
// describe('initializeAddressProcess', () => {
// beforeEach(() => {
// // Clear all mock calls before each test
// jest.clearAllMocks();
// // Set default mock returns if needed
// customUUID.mockReturnValue('test-uuid');
// });
// test('should handle Lightning address generation successfully', async () => {
// // Mock state setter function
// const setAddressState = jest.fn();
// // Mock successful Lightning invoice response
// receivePayment.mockResolvedValue({
// lnInvoice: {
// bolt11: 'ln123456789',
// },
// openingFeeMsat: 0,
// });
// // Mock wallet info object
// const walletInfo = {
// setAddressState,
// selectedRecieveOption: 'Lightning',
// receivingAmount: 1000,
// description: 'Test payment',
// userBalanceDenomination: 'sat',
// nodeInformation: {
// userBalance: 5000,
// inboundLiquidityMsat: 5000000,
// },
// masterInfoObject: {
// enabledEcash: false,
// liquidWalletSettings: {
// isLightningEnabled: true,
// regulateChannelOpen: false,
// },
// userBalanceDenomination: 'sat',
// },
// minMaxSwapAmounts: {
// min: 1000,
// max: 10000,
// },
// };
// // Call the function
// await initializeAddressProcess(walletInfo);
// // Check that setAddressState was called correctly
// expect(setAddressState).toHaveBeenCalledTimes(2);
// // First call should set isGeneratingInvoice to true
// expect(
// setAddressState.mock.calls[0][0]({
// someExistingValue: true,
// }),
// ).toEqual({
// someExistingValue: true,
// isGeneratingInvoice: true,
// generatedAddress: '',
// errorMessageText: {
// type: null,
// text: '',
// },
// swapPegInfo: {},
// isReceivingSwap: false,
// hasGlobalError: false,
// });
// // Second call should update with the invoice data and set isGeneratingInvoice to false
// expect(
// setAddressState.mock.calls[1][0]({
// someExistingValue: true,
// }),
// ).toEqual({
// someExistingValue: true,
// generatedAddress: 'ln123456789',
// fee: 0,
// isGeneratingInvoice: false,
// });
// // Verify receivePayment was called with correct parameters
// expect(receivePayment).toHaveBeenCalledWith({
// amountMsat: 1000 * 1000,
// description: 'Test payment',
// });
// });
// test('should handle Bitcoin address generation successfully', async () => {
// // Mock state setter function
// const setAddressState = jest.fn();
// // Mock successful onchain limits
// fetchOnchainLimits.mockResolvedValue({
// receive: {
// minSat: 10000,
// maxSat: 1000000,
// },
// });
// // Mock successful Bitcoin address response
// breezLiquidReceivePaymentWrapper.mockResolvedValue({
// destination: 'bc1q123456789',
// receiveFeesSat: 1000,
// });
// // Mock wallet info object
// const walletInfo = {
// setAddressState,
// selectedRecieveOption: 'Bitcoin',
// receivingAmount: 50000,
// nodeInformation: {
// userBalance: 5000,
// },
// userBalanceDenomination: 'sat',
// masterInfoObject: {
// userBalanceDenomination: 'sat',
// },
// };
// // Call the function
// await initializeAddressProcess(walletInfo);
// // Check that setAddressState was called correctly
// expect(setAddressState).toHaveBeenCalledTimes(2);
// // Verify Bitcoin payment wrapper was called with correct parameters
// expect(breezLiquidReceivePaymentWrapper).toHaveBeenCalledWith({
// paymentType: 'bitcoin',
// sendAmount: 50000,
// });
// // Final state should contain Bitcoin address
// expect(
// setAddressState.mock.calls[1][0]({
// someExistingValue: true,
// }),
// ).toEqual({
// someExistingValue: true,
// generatedAddress: 'bc1q123456789',
// fee: 1000,
// isGeneratingInvoice: false,
// });
// });
// test('should handle Liquid address generation successfully', async () => {
// // Mock state setter function
// const setAddressState = jest.fn();
// // Mock successful Liquid address response
// breezLiquidReceivePaymentWrapper.mockResolvedValue({
// destination: 'lq1q123456789',
// receiveFeesSat: 500,
// });
// // Mock wallet info object
// const walletInfo = {
// setAddressState,
// selectedRecieveOption: 'Liquid',
// receivingAmount: 5000,
// description: 'Test Liquid payment',
// };
// // Call the function
// await initializeAddressProcess(walletInfo);
// // Check that setAddressState was called correctly
// expect(setAddressState).toHaveBeenCalledTimes(2);
// // Verify Liquid payment wrapper was called with correct parameters
// expect(breezLiquidReceivePaymentWrapper).toHaveBeenCalledWith({
// sendAmount: 5000,
// paymentType: 'liquid',
// description: 'Test Liquid payment',
// });
// // Final state should contain Liquid address
// expect(
// setAddressState.mock.calls[1][0]({
// someExistingValue: true,
// }),
// ).toEqual({
// someExistingValue: true,
// generatedAddress: 'lq1q123456789',
// fee: 500,
// isGeneratingInvoice: false,
// });
// });
// test('should handle eCash invoice generation when conditions are met', async () => {
// // Mock state setter function
// const setAddressState = jest.fn();
// // Mock successful eCash invoice response
// getECashInvoice.mockResolvedValue({
// didWork: true,
// mintQuote: {
// quote: 'ecash-quote-123',
// request: 'ecash-invoice-123',
// },
// mintURL: 'https://mint.example.com',
// });
// // Mock wallet info object with conditions that should trigger eCash path
// const walletInfo = {
// setAddressState,
// selectedRecieveOption: 'Lightning',
// receivingAmount: 100, // Below min swap amount
// description: 'Test eCash payment',
// mintURL: 'https://mint.example.com',
// nodeInformation: { userBalance: 0 }, // No lightning channel
// minMaxSwapAmounts: { min: 1000, max: 10000 },
// masterInfoObject: {
// enabledEcash: true, // eCash enabled
// liquidWalletSettings: {
// isLightningEnabled: true,
// },
// },
// };
// // Call the function
// await initializeAddressProcess(walletInfo);
// // Check that setAddressState was called correctly
// expect(setAddressState).toHaveBeenCalledTimes(2);
// // Verify eCash invoice function was called
// expect(getECashInvoice).toHaveBeenCalledWith({
// amount: 100,
// mintURL: 'https://mint.example.com',
// descriptoin: 'Test eCash payment', // Note: there's a typo in the original code
// });
// // Verify ecashEventEmitter was called
// expect(ecashEventEmitter.emit).toHaveBeenCalledWith(
// ECASH_QUOTE_EVENT_NAME,
// {
// quote: 'ecash-quote-123',
// counter: 1,
// mintURL: 'https://mint.example.com',
// },
// );
// // Final state should contain eCash invoice
// expect(
// setAddressState.mock.calls[1][0]({
// someExistingValue: true,
// }),
// ).toEqual({
// someExistingValue: true,
// fee: 0,
// generatedAddress: 'ecash-invoice-123',
// isGeneratingInvoice: false,
// });
// });
// test('should handle error during address generation', async () => {
// // Mock state setter function
// const setAddressState = jest.fn();
// // Force an error by making receivePayment throw
// receivePayment.mockRejectedValue(new Error('Network failure'));
// // Mock wallet info object
// const walletInfo = {
// setAddressState,
// selectedRecieveOption: 'Lightning',
// receivingAmount: 1000,
// nodeInformation: {
// userBalance: 5000,
// inboundLiquidityMsat: 5000000,
// },
// masterInfoObject: {
// enabledEcash: false,
// liquidWalletSettings: {
// isLightningEnabled: true,
// },
// },
// };
// // Call the function
// await initializeAddressProcess(walletInfo);
// // Check that setAddressState was called correctly
// expect(setAddressState).toHaveBeenCalledTimes(2);
// // Final state should indicate error
// expect(
// setAddressState.mock.calls[1][0]({
// someExistingValue: true,
// }),
// ).toEqual({
// someExistingValue: true,
// hasGlobalError: true,
// isGeneratingInvoice: false,
// });
// });
// test('should prevent race conditions with UUID tracking', async () => {
// // Set up two sequential calls with different UUIDs
// customUUID.mockReturnValueOnce('uuid-1');
// customUUID.mockReturnValueOnce('uuid-2');
// // Mock state setter function
// const setAddressState = jest.fn();
// // Make first call slow, second call fast
// const slowPromise = new Promise(resolve => {
// setTimeout(() => {
// resolve({
// lnInvoice: { bolt11: 'slow-response' },
// openingFeeMsat: 0,
// });
// }, 50);
// });
// const fastPromise = Promise.resolve({
// lnInvoice: { bolt11: 'fast-response' },
// openingFeeMsat: 0,
// });
// receivePayment.mockReturnValueOnce(slowPromise);
// receivePayment.mockReturnValueOnce(fastPromise);
// // Same wallet info for both calls
// const walletInfo = {
// setAddressState,
// selectedRecieveOption: 'Lightning',
// receivingAmount: 1000,
// description: 'Test race condition',
// nodeInformation: {
// userBalance: 5000,
// inboundLiquidityMsat: 5000000,
// },
// masterInfoObject: {
// enabledEcash: false,
// liquidWalletSettings: {
// isLightningEnabled: true,
// },
// },
// };
// // Start both processes (first slow, then fast)
// const slowProcess = initializeAddressProcess({ ...walletInfo });
// const fastProcess = initializeAddressProcess({ ...walletInfo });
// // Wait for both to complete
// await Promise.all([slowProcess, fastProcess]);
// // Only the result of the second call should be applied (due to UUID checking)
// const finalStateUpdate =
// setAddressState.mock.calls[setAddressState.mock.calls.length - 1][0];
// const result = finalStateUpdate({ someExistingValue: true });
// expect(result.generatedAddress).toBe('fast-response');
// });
// });
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