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How to use ensureActionId method in Testcafe

Best JavaScript code snippet using testcafe

test-run-commands-test.js

Source:test-run-commands-test.js

...33}34function createCommand (obj) {35    try {36        const command = createCommandFromObject(obj, testRunMock);37        ensureActionId(command, obj);38        return command;39    }40    catch (e) {41        // TODO: add an assertion for APIError42        if (e.originError)43            e.originError = null;44        throw e;45    }46}47function assertErrorMessage (fn, expectedErrMessage) {48    let actualErr = null;49    try {50        fn();51    }...

flummox.js

Source:flummox.js

...351	      this.emit('change');352	    }353	  };354	  Store.prototype.register = function register(actionId, handler) {355	    actionId = ensureActionId(actionId);356	    if (typeof handler !== 'function') {357	      return;358	    }this._handlers[actionId] = handler.bind(this);359	  };360	  Store.prototype.registerAsync = function registerAsync(actionId, beginHandler, successHandler, failureHandler) {361	    actionId = ensureActionId(actionId);362	    var asyncHandlers = this._bindAsyncHandlers({363	      begin: beginHandler,364	      success: successHandler,365	      failure: failureHandler });366	    this._asyncHandlers[actionId] = asyncHandlers;367	  };368	  Store.prototype.registerAll = function registerAll(handler) {369	    if (typeof handler !== 'function') {370	      return;371	    }this._catchAllHandlers.push(handler.bind(this));372	  };373	  Store.prototype.registerAllAsync = function registerAllAsync(beginHandler, successHandler, failureHandler) {374	    var _this = this;375	    var asyncHandlers = this._bindAsyncHandlers({376	      begin: beginHandler,377	      success: successHandler,378	      failure: failureHandler });379	    Object.keys(asyncHandlers).forEach(function (key) {380	      _this._catchAllAsyncHandlers[key].push(asyncHandlers[key]);381	    });382	  };383	  Store.prototype._bindAsyncHandlers = function _bindAsyncHandlers(asyncHandlers) {384	    for (var key in asyncHandlers) {385	      if (!asyncHandlers.hasOwnProperty(key)) continue;386	      var handler = asyncHandlers[key];387	      if (typeof handler === 'function') {388	        asyncHandlers[key] = handler.bind(this);389	      } else {390	        delete asyncHandlers[key];391	      }392	    }393	    return asyncHandlers;394	  };395	  Store.prototype.waitFor = function waitFor(tokensOrStores) {396	    this._waitFor(tokensOrStores);397	  };398	  Store.prototype.handler = function handler(payload) {399	    var body = payload.body;400	    var actionId = payload.actionId;401	    var _async = payload.async;402	    var actionArgs = payload.actionArgs;403	    var error = payload.error;404	    var _allHandlers = this._catchAllHandlers;405	    var _handler = this._handlers[actionId];406	    var _allAsyncHandlers = this._catchAllAsyncHandlers[_async];407	    var _asyncHandler = this._asyncHandlers[actionId] && this._asyncHandlers[actionId][_async];408	    if (_async) {409	      var beginOrFailureHandlers = _allAsyncHandlers.concat([_asyncHandler]);410	      switch (_async) {411	        case 'begin':412	          this._performHandler(beginOrFailureHandlers, actionArgs);413	          return;414	        case 'failure':415	          this._performHandler(beginOrFailureHandlers, [error]);416	          return;417	        case 'success':418	          this._performHandler(_allAsyncHandlers.concat([_asyncHandler || _handler].concat(_asyncHandler && [] || _allHandlers)), [body]);419	          return;420	        default:421	          return;422	      }423	    }424	    this._performHandler(_allHandlers.concat([_handler]), [body]);425	  };426	  Store.prototype._performHandler = function _performHandler(_handlers, args) {427	    this._isHandlingDispatch = true;428	    this._pendingState = this._assignState(undefined, this.state);429	    this._emitChangeAfterHandlingDispatch = false;430	    try {431	      this._performHandlers(_handlers, args);432	    } finally {433	      if (this._emitChangeAfterHandlingDispatch) {434	        this.state = this._pendingState;435	        this.emit('change');436	      }437	      this._isHandlingDispatch = false;438	      this._pendingState = undefined;439	      this._emitChangeAfterHandlingDispatch = false;440	    }441	  };442	  Store.prototype._performHandlers = function _performHandlers(_handlers, args) {443	    var _this2 = this;444	    _handlers.forEach(function (_handler) {445	      return typeof _handler === 'function' && _handler.apply(_this2, args);446	    });447	  };448	  return Store;449	})(EventEmitter);450	module.exports = Store;451	function ensureActionId(actionOrActionId) {452	  return typeof actionOrActionId === 'function' ? actionOrActionId._id : actionOrActionId;453	}454/***/ },455/* 2 */456/***/ function(module, exports, __webpack_require__) {457	'use strict';458	var _interopRequire = function (obj) { return obj && obj.__esModule ? obj['default'] : obj; };459	var _classCallCheck = function (instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError('Cannot call a class as a function'); } };460	/**461	 * Actions462	 *463	 * Instances of the Actions class represent a set of actions. (In Flux parlance,464	 * these might be more accurately denoted as Action Creators, while Action465	 * refers to the payload sent to the dispatcher, but this is... confusing. We...

Store.js

Source:Store.js

...66      this.emit('change');67    }68  }69  register(actionId, handler) {70    actionId = ensureActionId(actionId);71    if (typeof handler !== 'function') return;72    this._handlers[actionId] = handler.bind(this);73  }74  registerAsync(actionId, beginHandler, successHandler, failureHandler) {75    actionId = ensureActionId(actionId);76    const asyncHandlers = this._bindAsyncHandlers({77      begin: beginHandler,78      success: successHandler,79      failure: failureHandler,80    });81    this._asyncHandlers[actionId] = asyncHandlers;82  }83  registerAll(handler) {84    if (typeof handler !== 'function') return;85    this._catchAllHandlers.push(handler.bind(this));86  }87  registerAllAsync(beginHandler, successHandler, failureHandler) {88    const asyncHandlers = this._bindAsyncHandlers({89      begin: beginHandler,90      success: successHandler,91      failure: failureHandler,92    });93    Object.keys(asyncHandlers).forEach((key) => {94      this._catchAllAsyncHandlers[key].push(95        asyncHandlers[key]96      );97    });98  }99  _bindAsyncHandlers(asyncHandlers) {100    for (let key in asyncHandlers) {101      if (!asyncHandlers.hasOwnProperty(key)) continue;102      const handler = asyncHandlers[key];103      if (typeof handler === 'function') {104        asyncHandlers[key] = handler.bind(this);105      } else {106        delete asyncHandlers[key];107      }108    }109    return asyncHandlers;110  }111  waitFor(tokensOrStores) {112    this._waitFor(tokensOrStores);113  }114  handler(payload) {115    const {116      body,117      actionId,118      'async': _async,119      actionArgs,120      error121    } = payload;122    const _allHandlers = this._catchAllHandlers;123    const _handler = this._handlers[actionId];124    const _allAsyncHandlers = this._catchAllAsyncHandlers[_async];125    const _asyncHandler = this._asyncHandlers[actionId]126      && this._asyncHandlers[actionId][_async];127    if (_async) {128      let beginOrFailureHandlers = _allAsyncHandlers.concat([_asyncHandler]);129      switch (_async) {130        case 'begin':131          this._performHandler(beginOrFailureHandlers, actionArgs);132          return;133        case 'failure':134          this._performHandler(beginOrFailureHandlers, [error]);135          return;136        case 'success':137          this._performHandler(_allAsyncHandlers.concat([138            (_asyncHandler || _handler)139          ].concat(_asyncHandler && [] || _allHandlers)), [body]);140          return;141        default:142          return;143      }144    }145    this._performHandler(_allHandlers.concat([_handler]), [body]);146  }147  _performHandler(_handlers, args) {148    this._isHandlingDispatch = true;149    this._pendingState = this._assignState(undefined, this.state);150    this._emitChangeAfterHandlingDispatch = false;151    try {152      this._performHandlers(_handlers, args);153    } finally {154      if (this._emitChangeAfterHandlingDispatch) {155        this.state = this._pendingState;156        this.emit('change');157      }158      this._isHandlingDispatch = false;159      this._pendingState = undefined;160      this._emitChangeAfterHandlingDispatch = false;161    }162  }163  _performHandlers(_handlers, args) {164    _handlers.forEach(_handler =>165      (typeof _handler === 'function') && _handler.apply(this, args));166  }167}168function ensureActionId(actionOrActionId) {169  return typeof actionOrActionId === 'function'170    ? actionOrActionId._id171    : actionOrActionId;...

TestUtils.js

Source:TestUtils.js

2 * Used for simulating actions on stores when testing.3 *4 */5export function simulateAction(store, action, body) {6  const actionId = ensureActionId(action);7  store.handler({ actionId, body });8}9/**10 * Used for simulating asynchronous actions on stores when testing.11 *12 * asyncAction must be one of the following: begin, success or failure.13 *14 * When simulating the 'begin' action, all arguments after 'begin' will15 * be passed to the action handler in the store.16 *17 * @example18 *19 * TestUtils.simulateActionAsync(store, 'actionId', 'begin', 'arg1', 'arg2');20 * TestUtils.simulateActionAsync(store, 'actionId', 'success', { foo: 'bar' });21 * TestUtils.simulateActionAsync(store, 'actionId', 'failure', new Error('action failed'));22 */23export function simulateActionAsync(store, action, asyncAction, ...args) {24  const actionId = ensureActionId(action);25  const payload = {26    actionId, async: asyncAction27  };28  switch(asyncAction) {29    case 'begin':30      if (args.length) {31        payload.actionArgs = args;32      }33      break;34    case 'success':35      payload.body = args[0];36      break;37    case 'failure':38      payload.error = args[0];39      break;40    default:41      throw new Error('asyncAction must be one of: begin, success or failure');42  }43  store.handler(payload);44}45function ensureActionId(actionOrActionId) {46  return typeof actionOrActionId === 'function'47    ? actionOrActionId._id48    : actionOrActionId;...

Using AI Code Generation

1import { ensureActionId } from 'testcafe';2import { Selector } from 'testcafe';3test('My first test', async t => {4        .typeText('#developer-name', 'John Smith')5        .click('#submit-button')6        .click(Selector('h1').withText('Thank you, John Smith!'));7});8ensureActionId('my-action-id', Selector('h1').withText('Thank you, John Smith!'));

Using AI Code Generation

1import { ClientFunction } from 'testcafe';2test('My first test', async t => {3    const ensureActionId = ClientFunction(() => {4        window.testcafeModule.ensureActionId();5    });6    await ensureActionId();7});8import { ClientFunction } from 'testcafe';9test('My first test', async t => {10    const ensureActionId = ClientFunction(() => {11        window.testcafeModule.ensureActionId();12    });13    await ensureActionId();14});

Using AI Code Generation

1import { Selector } from 'testcafe';2test('My test', async t => {3    const developerNameInput = Selector('#developer-name');4        .typeText(developerNameInput, 'Peter')5        .click('#submit-button');6});7import { Selector } from 'testcafe';8test('My test', async t => {9    const developerNameInput = Selector('#developer-name');10        .typeText(developerNameInput, 'Peter')11        .click('#submit-button');12});13import { Selector } from 'testcafe';14test('My test', async t => {15    const developerNameInput = Selector('#developer-name');16        .typeText(developerNameInput, 'Peter')17        .click('#submit-button');18});19import { Selector } from 'testcafe';20test('My test', async t => {21    const developerNameInput = Selector('#developer-name');22        .typeText(developerNameInput, 'Peter')23        .click('#submit-button');24});25import { Selector } from 'testcafe';26test('My test', async t => {27    const developerNameInput = Selector('#developer-name');28        .typeText(developerNameInput, 'Peter')29        .click('#submit-button');30});31import { Selector } from 'testcafe';

Using AI Code Generation

1import { ensureActionId } from 'testcafe';2test('My Test', async t => {3        .typeText('#developer-name', 'John Smith')4        .click('#submit-button', { id: 'submit-button' })5        .expect(ensureActionId(t.ctx.testRun).id).eql('submit-button');6});7import { Selector } from 'testcafe';8test('My Test', async t => {9        .typeText('#developer-name', 'John Smith')10        .click('#submit-button', { id: 'submit-button' })11        .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');12});13import { Selector } from 'testcafe';14test('My Test', async t => {15        .typeText('#developer-name', 'John Smith')16        .click('#submit-button', { id: 'submit-button' })17        .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');18});19import { Selector } from 'testcafe';20test('My Test', async t => {21        .typeText('#developer-name', 'John Smith')22        .click('#submit-button', { id: 'submit-button' })23        .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');24});25import { Selector } from 'testcafe';26test('My Test', async t => {

Using AI Code Generation

1import { ClientFunction } from 'testcafe';2const ensureActionId = ClientFunction(() => {3    return window.ensureActionId;4});5test('My first test', async t => {6        .typeText('#developer-name', 'John Smith')7        .click('#submit-button');8    const actionId = await ensureActionId();9    console.log('Action ID: ' + actionId);10});11window.ensureActionId = function () {12    return new Promise(function (resolve) {13        var interval = setInterval(function () {14            var actionId = window.__testCafeController._actionId;15            if (actionId) {16                clearInterval(interval);17                resolve(actionId);18            }19        }, 100);20    });21};

Using AI Code Generation

1import { ensureActionId } from 'testcafe';2test('My test', async t => {3    await ensureActionId('myId');4    await t.click('#myId');5});6import { ensureActionId } from 'testcafe';7test('My test', async t => {8    await ensureActionId('myId');9    await t.click('#myId');10});11import { ensureActionId } from 'testcafe';12test('My test', async t => {13    await ensureActionId('myId');14    await t.click('#myId');15});16import { ensureActionId } from 'testcafe';17test('My test', async t => {18    await ensureActionId('myId');19    await t.click('#myId');20});21import { ensureActionId } from 'testcafe';22test('My test', async t => {23    await ensureActionId('myId');24    await t.click('#myId');25});26import { ensureActionId } from 'testcafe';27test('My test', async t => {28    await ensureActionId('myId');29    await t.click('#myId');30});31import { ensureActionId } from 'testcafe';32test('My test', async t => {33    await ensureActionId('myId');34    await t.click('#myId');35});

Using AI Code Generation

1import { ensureActionId } from 'testcafe';2test('My test', async t => {3        .click('#myElement')4        .expect(ensureActionId('myElement').exists).ok();5});6import { ensureActionId } from 'testcafe';7test('My test', async t => {8        .click('#myElement')9        .expect(ensureActionId('myElement').value).eql('myValue');10});11import { ensureActionId } from 'testcafe';12test('My test', async t => {13        .click('#myElement')14        .expect(ensureActionId('myElement').value).eql('myValue');15});16import { ensureActionId } from 'testcafe';17test('My test', async t => {18        .click('#myElement')19        .expect(ensureActionId('myElement').value).eql('myValue

Using AI Code Generation

1import { ClientFunction } from 'testcafe';2test('test', async t => {3    const ensureActionId = ClientFunction(() => window.ensureActionId);4    const actionId = await ensureActionId();5    console.log(actionId);6});7        window.ensureActionId = () => {8            return new Promise(resolve => {9                document.getElementById('button').addEventListener('click', () => {10                    resolve(window.testCafe.testRun.id);11                });12            });13        };14import { ClientFunction } from 'testcafe';15test('test', async t => {16    const ensureActionId = ClientFunction(() => window.ensureActionId);17    const actionId = await ensureActionId();18    console.log(actionId);19    const testRun = await t.getTestRun(actionId);20    console.log(testRun);21});

Using AI Code Generation

1import { RequestHook } from 'testcafe';2const actionId = ensureActionId();3class MyHook extends RequestHook {4    constructor (requestFilterRules, responseEventConfigureOpts) {5        super(requestFilterRules, responseEventConfigureOpts);6        this.actionId = actionId;7    }8}9export default MyHook;

Using AI Code Generation

1import { ensureActionId } from 'testcafe'2test('TestCafe', async t => {3        .click(ensureActionId('button'))4        .expect(ensureActionId('button').exists).ok()5        .expect(ensureActionId('button').visible).ok()6        .expect(ensureActionId('button').innerText).eql('Click Me')7})8export function ensureActionId (id) {9    return Selector(`[data-testid="${id}"]`)10}11Your name to display (optional):12Your name to display (optional):13Your name to display (optional):

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