How to use handleMultipleNonAtomicPendingActions method in root

Best JavaScript code snippet using root

AsyncWebSocket.js

Source:AsyncWebSocket.js

...76      message.messageId = this._messageIdCounter++;77    }78    const messageId = message.messageId;79    const inFlight = this.inFlightPromises[messageId] = new InflightRequest(message).withTimeout(options.timeout);80    this.handleMultipleNonAtomicPendingActions();81    const messageAsString = JSON.stringify(message);82    this._log.trace(EVENTS.SEND, messageAsString);83    this._ws.send(messageAsString);84    return inFlight.promise;85  }86  handleMultipleNonAtomicPendingActions() {87    const pendingNonAtomicRequests = this.getNonAtomicPendingActions();88    for (const inflight of pendingNonAtomicRequests) {89        inflight.reject(new DetoxRuntimeError({90          message: 'Detox has detected multiple interactions taking place simultaneously. Have you forgotten to apply an await over one of the Detox actions in your test code?',91        }));92    }93  }94  getNonAtomicPendingActions() {95    const remaining = Object.keys(this.inFlightPromises).map((key) => {96      return this.inFlightPromises[key];97    }).filter(item => {98      return item.message.isAtomic === true;99    });100    return remaining.length > 1 ? remaining : [];...

Using AI Code Generation

1I have a class named "App" which I want to test. In this class I'm using a function called "fetchData" which is imported from another file. My problem is that I'm not able to mock the function "fetchData" because it's imported from another file. I have tried to mock it like this:2jest.mock('../fetchData', () => ({3  fetchData: jest.fn().mockImplementation(() => Promise.resolve({ data: 'data' })),4}));5jest.mock('../fetchData', () => ({6  fetchData: jest.fn().mockImplementation(() => Promise.resolve({ data: 'data' })),7}));8jest.mock('../fetchData', () => ({9  fetchData: jest.fn().mockImplementation(() => Promise.resolve({ data: 'data' })),10}));11jest.mock('../fetchData', () => ({12  fetchData: jest.fn().mockImplementation(() => Promise.resolve({ data: 'data' })),13}));14jest.mock('../fetchData', () => ({15  fetchData: jest.fn().mockImplementation(() => Promise.resolve({ data: 'data' })),16}));17jest.mock('../fetchData', () => ({18  fetchData: jest.fn().mockImplementation(() => Promise.resolve({ data: 'data' })),19}));20jest.mock('../fetchData', () => ({21  fetchData: jest.fn().mockImplementation(() => Promise.resolve({

Using AI Code Generation

1const rootSaga = createSagaMiddleware();2const sagaMiddleware = createSagaMiddleware();3const store = createStore(4  applyMiddleware(sagaMiddleware, rootSaga)5);6rootSaga.run(rootSaga.handleMultipleNonAtomicPendingActions);7export function* handleMultipleNonAtomicPendingActions() {8  yield all([9    takeEvery(PENDING_USER_ACTION, handlePendingUserAction),10    takeEvery(PENDING_USER_ACTION, handlePendingUserAction),11  ]);12}13export function* handlePendingUserAction(action) {14  const { type, payload } = action;15  try {16    yield put({ type: `${type}_PENDING`, payload });17    const response = yield call(fetch, payload.url);18    const data = yield response.json();19    yield put({ type: `${type}_SUCCESS`, payload: data });20  } catch (error) {21    yield put({ type: `${type}_FAILURE`, payload: error });22  }23}24export function* handlePendingUserAction(action) {25  const { type, payload } = action;26  try {27    yield put({ type: `${type}_PENDING`, payload });28    const response = yield call(fetch, payload.url);29    const data = yield response.json();30    yield put({ type: `${type}_SUCCESS`, payload: data });31  } catch (error) {32    yield put({ type: `${type}_FAILURE`, payload: error });33  }34}35export function* handlePendingUserAction(action) {36  const { type, payload } = action;37  try {38    yield put({ type: `${type}_PENDING`, payload });39    const response = yield call(fetch, payload.url);40    const data = yield response.json();41    yield put({ type: `${type}_SUCCESS`, payload: data });42  } catch (error) {43    yield put({ type: `${type}_FAILURE`, payload: error });44  }45}46export function* handlePendingUserAction(action) {47  const { type, payload } = action;48  try {49    yield put({ type: `${type}_PENDING`, payload });50    const response = yield call(fetch, payload.url);51    const data = yield response.json();52    yield put({ type: `${type}_SUCCESS`, payload: data });53  } catch (error) {54    yield put({ type:

Using AI Code Generation

1const rootSaga = function* () {2  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);3};4const rootSaga = function* () {5  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);6};7const rootSaga = function* () {8  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);9};10const rootSaga = function* () {11  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);12};13const rootSaga = function* () {14  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);15};16const rootSaga = function* () {17  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);18};19const rootSaga = function* () {20  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);21};22const rootSaga = function* () {23  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);24};25const rootSaga = function* () {26  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);27};28const rootSaga = function* () {29  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);30};31const rootSaga = function* () {32  yield takeEvery("PENDING_ACTION", handleMultipleNonAtomicPendingActions);33};

Using AI Code Generation

1import { handleMultipleNonAtomicPendingActions } from 'redux-saga-pending-actions';2handleMultipleNonAtomicPendingActions(rootSaga);3import { createStore, applyMiddleware } from 'redux';4import { composeWithDevTools } from 'redux-devtools-extension';5import createSagaMiddleware from 'redux-saga';6import { handleMultipleNonAtomicPendingActions } from 'redux-saga-pending-actions';7import rootReducer from './reducers';8import rootSaga from './sagas';9const sagaMiddleware = createSagaMiddleware();10const middleware = [sagaMiddleware];11const store = createStore(12  composeWithDevTools(applyMiddleware(...middleware)),13);14handleMultipleNonAtomicPendingActions(rootSaga);15import { all } from 'redux-saga/effects';16import { handleMultipleNonAtomicPendingActions } from 'redux-saga-pending-actions';17import { watchLogin } from './login';18import { watchRegister } from './register';19import { watchForgotPassword } from './forgotPassword';20import { watchResetPassword } from './resetPassword';21import { watchVerifyEmail } from './verifyEmail';22import { watchProfile } from './profile';23import { watchUpdateProfile } from './updateProfile';24import { watchChangePassword } from './changePassword';25import { watchDeleteAccount } from './deleteAccount';26export default function* rootSaga() {27  yield all([28    watchLogin(),29    watchRegister(),30    watchForgotPassword(),31    watchResetPassword(),32    watchVerifyEmail(),33    watchProfile(),34    watchUpdateProfile(),35    watchChangePassword(),36    watchDeleteAccount(),37  ]);38}39handleMultipleNonAtomicPendingActions(rootSaga);40import { call, put, takeLatest } from 'redux-saga/effects';41import { API } from 'aws-amplify';42import { toast } from 'react-toastify';43import { push } from 'connected-react-router';44import { login, loginError, loginSuccess } from '../actions/login';45import { getAuthenticatedUser } from '../actions/auth';46import { getAuthenticatedUser as getAuthenticatedUserAPI } from '../

Using AI Code Generation

1import { handleMultipleNonAtomicPendingActions } from "./rootSaga";2import { takeEvery } from "redux-saga/effects";3import { saveMultipleNonAtomicPendingActions } from "./actions";4import { SAVE_MULTIPLE_NON_ATOMIC_PENDING_ACTIONS } from "./actionTypes";5export function* watchMultipleNonAtomicPendingActions() {6  yield takeEvery(7  );8}9import { all } from "redux-saga/effects";10import { watchMultipleNonAtomicPendingActions } from "./test";11export default function* rootSaga() {12  yield all([watchMultipleNonAtomicPendingActions()]);13}14import { SAVE_MULTIPLE_NON_ATOMIC_PENDING_ACTIONS } from "./actionTypes";15export const saveMultipleNonAtomicPendingActions = (payload) => {16  return {17  };18};19  "SAVE_MULTIPLE_NON_ATOMIC_PENDING_ACTIONS";20import { createStore, applyMiddleware } from "redux";21import createSagaMiddleware from "redux-saga";22import rootReducer from "./reducers";23import rootSaga from "./sagas";24const sagaMiddleware = createSagaMiddleware();25const store = createStore(rootReducer, applyMiddleware(sagaMiddleware));26sagaMiddleware.run(rootSaga);27export default store;28import { SAVE_MULTIPLE_NON_ATOMIC_PENDING_ACTIONS } from "./actionTypes";29const initialState = {30};31const reducer = (state = initialState, action) => {32  switch (action.type) {33      return {34      };35      return state;36  }37};38export default reducer;

Using AI Code Generation

1import {handleMultipleNonAtomicPendingActions} from 'redux-axios-middleware';2import {rootSaga} from './rootSaga';3const pendingActions = ['GET_USERS_REQUEST', 'GET_USERS_REQUEST', 'GET_USERS_REQUEST'];4handleMultipleNonAtomicPendingActions(rootSaga, pendingActions);5import {takeEvery, all} from 'redux-saga/effects';6import {getUsers} from './users';7export function* rootSaga() {8    yield all([9        takeEvery('GET_USERS_REQUEST', getUsers)10    ]);11}12import {put, call} from 'redux-saga/effects';13import {getUsersSuccess, getUsersFailure} from '../actions/users';14import {getUsersApi} from '../api/users';15export function* getUsers() {16    try {17        const response = yield call(getUsersApi);18        yield put(getUsersSuccess(response.data));19    } catch (error) {20        yield put(getUsersFailure(error));21    }22}23import axios from 'axios';24export const getUsersApi = () => {25};26export const GET_USERS_REQUEST = 'GET_USERS_REQUEST';27export const GET_USERS_SUCCESS = 'GET_USERS_SUCCESS';28export const GET_USERS_FAILURE = 'GET_USERS_FAILURE';29export const getUsersRequest = () => ({30});31export const getUsersSuccess = (payload) => ({32});33export const getUsersFailure = (error) => ({34});35import {GET_USERS_REQUEST, GET_USERS_SUCCESS, GET_USERS_FAILURE} from '../actions/users';36const initialState = {37};38export default (state = initialState, action) => {39    switch (action.type) {40            return {41            };42            return {43            };44            return {45            };46            return state;47    }48};49import {combineReducers

Using AI Code Generation

1import { handleMultipleNonAtomicPendingActions } from 'redux-saga-utils';2import { handleMultipleNonAtomicPendingActions } from 'redux-saga-utils';3function* rootSaga() {4  yield handleMultipleNonAtomicPendingActions({5    actionCallback: (action, { put, call }) => {6    },7    onSuccess: (action, { put, call }) => {8    },9    onFailure: (action, { put, call }) => {10    },11  });12}13export default rootSaga;14import { handleMultipleNonAtomicPendingActions } from 'redux-saga-utils';15import { handleMultipleNonAtomicPendingActions } from 'redux-saga-utils';16function* rootSaga() {17  yield handleMultipleNonAtomicPendingActions({18    actionCallback: (action, { put, call }) => {19    },20    onSuccess: (action, { put, call }) => {21    },22    onFailure: (action, { put, call }) => {23    },24  });25}26export default rootSaga;27import { handleMultipleNonAtomicPendingActions } from 'redux-saga-utils';28import { handleMultipleNonAtomicPendingActions } from 'redux-saga-utils';29function* rootSaga() {

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.