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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() {

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