Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use clock.tickAsync method in sinon

Best JavaScript code snippet using sinon

token.js

Source:token.js

...88			const clock = sinon.useFakeTimers( { toFake: [ 'setTimeout' ] } );89			const tokenInitValue = getTestTokenValue();90			const token = new Token( 'http://token-endpoint', { initValue: tokenInitValue, autoRefresh: false } );91			await token.init();92			await clock.tickAsync( 3600000 );93			expect( requests ).to.be.empty;94			clock.restore();95		} );96		it( 'should refresh token with the time specified in token `exp` payload property', async () => {97			const clock = sinon.useFakeTimers( { toFake: [ 'setTimeout' ] } );98			const tokenInitValue = getTestTokenValue();99			const token = new Token( 'http://token-endpoint', { initValue: tokenInitValue } );100			await token.init();101			await clock.tickAsync( 1800000 );102			requests[ 0 ].respond( 200, '', getTestTokenValue( 1500 ) );103			await clock.tickAsync( 750000 );104			requests[ 1 ].respond( 200, '', getTestTokenValue( 900 ) );105			await clock.tickAsync( 450000 );106			requests[ 2 ].respond( 200, '', getTestTokenValue( 450 ) );107			await clock.tickAsync( 225000 );108			requests[ 3 ].respond( 200, '', getTestTokenValue( 20 ) );109			await clock.tickAsync( 10000 );110			requests[ 4 ].respond( 200, '', getTestTokenValue( 20 ) );111			expect( requests.length ).to.equal( 5 );112			clock.restore();113		} );114		it( 'should refresh the token with the default time if getting token expiration time failed', async () => {115			const clock = sinon.useFakeTimers( { toFake: [ 'setTimeout' ] } );116			const tokenValue = 'header.test.signature';117			const token = new Token( 'http://token-endpoint', { initValue: tokenValue } );118			await token.init();119			await clock.tickAsync( 3600000 );120			requests[ 0 ].respond( 200, '', tokenValue );121			await clock.tickAsync( 3600000 );122			requests[ 1 ].respond( 200, '', tokenValue );123			expect( requests.length ).to.equal( 2 );124			clock.restore();125		} );126		it( 'should refresh the token with the default time if the token payload does not contain `exp` property', async () => {127			const clock = sinon.useFakeTimers( { toFake: [ 'setTimeout' ] } );128			const tokenValue = `header.${ btoa( JSON.stringify( {} ) ) }.signature`;129			const token = new Token( 'http://token-endpoint', { initValue: tokenValue } );130			await token.init();131			await clock.tickAsync( 3600000 );132			requests[ 0 ].respond( 200, '', tokenValue );133			await clock.tickAsync( 3600000 );134			requests[ 1 ].respond( 200, '', tokenValue );135			await clock.tickAsync( 3600000 );136			requests[ 2 ].respond( 200, '', tokenValue );137			expect( requests.length ).to.equal( 3 );138			clock.restore();139		} );140	} );141	describe( 'destroy', () => {142		it( 'should stop refreshing the token', async () => {143			const clock = sinon.useFakeTimers( { toFake: [ 'setTimeout', 'clearTimeout' ] } );144			const tokenInitValue = getTestTokenValue();145			const token = new Token( 'http://token-endpoint', { initValue: tokenInitValue } );146			await token.init();147			await clock.tickAsync( 1800000 );148			requests[ 0 ].respond( 200, '', getTestTokenValue( 1500 ) );149			await clock.tickAsync( 100 );150			await clock.tickAsync( 750000 );151			requests[ 1 ].respond( 200, '', getTestTokenValue( 900 ) );152			await clock.tickAsync( 100 );153			token.destroy();154			await clock.tickAsync( 3600000 );155			await clock.tickAsync( 3600000 );156			await clock.tickAsync( 3600000 );157			expect( requests.length ).to.equal( 2 );158			clock.restore();159		} );160	} );161	describe( 'refreshToken()', () => {162		it( 'should get a token from the specified address', done => {163			const tokenValue = getTestTokenValue();164			const token = new Token( 'http://token-endpoint', { autoRefresh: false } );165			token.refreshToken()166				.then( newToken => {167					expect( newToken.value ).to.equal( tokenValue );168					done();169				} );170			requests[ 0 ].respond( 200, '', tokenValue );...

Using AI Code Generation

1const clock = sinon.useFakeTimers();2clock.tickAsync(1000).then(() => {3});4clock.restore();5const clock = sinon.useFakeTimers();6clock.tickAsync(1000).then(() => {7});8clock.restore();9const clock = sinon.useFakeTimers();10clock.tickAsync(1000).then(() => {11});12clock.restore();13const clock = sinon.useFakeTimers();14clock.tickAsync(1000).then(() => {15});16clock.restore();17const clock = sinon.useFakeTimers();18clock.tickAsync(1000).then(() => {19});20clock.restore();21const clock = sinon.useFakeTimers();22clock.tickAsync(1000).then(() => {23});24clock.restore();25const clock = sinon.useFakeTimers();26clock.tickAsync(1000).then(() => {27});28clock.restore();29const clock = sinon.useFakeTimers();30clock.tickAsync(1000).then(() => {31});32clock.restore();33const clock = sinon.useFakeTimers();34clock.tickAsync(1000).then(() => {35});36clock.restore();37const clock = sinon.useFakeTimers();38clock.tickAsync(1000).then(() => {39});40clock.restore();

Using AI Code Generation

1const sinon = require('sinon');2const clock = sinon.useFakeTimers();3const assert = require('assert');4const myModule = require('./myModule');5describe('myModule', () => {6    it('should return true after 1 second', async () => {7        const result = await myModule();8        assert.equal(result, true);9    });10});11const delay = require('./delay');12module.exports = async () => {13    await delay(1000);14    return true;15};16const delay = (ms) => {17    return new Promise((resolve) => {18        setTimeout(resolve, ms);19    });20};21module.exports = delay;22export const get = async (url) => {23  const response = await fetch(url, {24    headers: {25    },26  });27  return response.json();28};29import { get } from './api';30jest.mock('./api');31describe('get', () => {32  it('should return the correct value', async () => {33    expect(response).toEqual('correct value');34  });35});36import { get } from './api';37jest.mock('./api', () => ({38  get: jest.fn(() => Promise.resolve('correct value')),39}));

Using AI Code Generation

1const sinon = require('sinon');2const { expect } = require('chai');3const { describe, it, before, after } = require('mocha');4describe('test', () => {5  let clock;6  before(() => {7    clock = sinon.useFakeTimers();8  });9  after(() => {10    clock.restore();11  });12  it('test', async () => {13    setTimeout(() => {14      console.log('timeout');15    }, 1000);16    await clock.tickAsync(1000);17    expect(true).to.be.true;18  });19});20const sinon = require('sinon');21const { expect } = require('chai');22const { describe, it, before, after } = require('mocha');23describe('test', () => {24  let clock;25  before(() => {26    clock = sinon.useFakeTimers();27  });28  after(() => {29    clock.restore();30  });31  it('test', () => {32    setTimeout(() => {33      console.log('timeout');34    }, 1000);35    clock.tick(1000);36    expect(true).to.be.true;37  });38});39{40  "scripts": {41  },42  "devDependencies": {43  }44}

Using AI Code Generation

1import { useFakeTimers } from 'sinon';2const clock = useFakeTimers();3import { useFakeTimers } from 'sinon';4const clock = useFakeTimers();5import { useFakeTimers } from 'sinon';6const clock = useFakeTimers();7import { useFakeTimers } from 'sinon';8const clock = useFakeTimers();9import { useFakeTimers } from 'sinon';10const clock = useFakeTimers();11import { useFakeTimers } from 'sinon';12const clock = useFakeTimers();13import { useFakeTimers } from 'sinon';14const clock = useFakeTimers();15import { useFakeTimers } from 'sinon';16const clock = useFakeTimers();17import { useFakeTimers } from 'sinon';18const clock = useFakeTimers();

Using AI Code Generation

1const clock = sinon.useFakeTimers();2const test = async () => {3  clock.tickAsync(1000);4  console.log("Hello");5};6test();7clock.restore();8const clock = sinon.useFakeTimers();9const test = async () => {10  clock.tickAsync(1000);11  console.log("Hello");12};13test();14clock.restore();15const clock = sinon.useFakeTimers();16const test = async () => {17  clock.tickAsync(1000);18  console.log("Hello");19};20test();21clock.restore();22const clock = sinon.useFakeTimers();23const test = async () => {24  clock.tickAsync(1000);25  console.log("Hello");26};27test();28clock.restore();29const clock = sinon.useFakeTimers();30const test = async () => {31  clock.tickAsync(1000);32  console.log("Hello");33};34test();35clock.restore();36const clock = sinon.useFakeTimers();37const test = async () => {38  clock.tickAsync(1000);39  console.log("Hello");40};41test();42clock.restore();43const clock = sinon.useFakeTimers();44const test = async () => {45  clock.tickAsync(1000);46  console.log("Hello");47};48test();49clock.restore();50const clock = sinon.useFakeTimers();51const test = async () => {52  clock.tickAsync(1000);53  console.log("Hello");54};55test();56clock.restore();57const clock = sinon.useFakeTimers();58const test = async () => {59  clock.tickAsync(1000);60  console.log("Hello");61};62test();

Using AI Code Generation

1const clock = sinon.useFakeTimers();2const { add } = require('./add.js');3const { sub } = require('./sub.js');4describe('add', () => {5  it('should add 2 numbers', async () => {6    const result = await add(1, 2);7    assert.equal(result, 3);8  });9});10describe('sub', () => {11  it('should sub 2 numbers', async () => {12    const result = await sub(3, 1);13    assert.equal(result, 2);14  });15});16clock.tickAsync(1000);17const clock = sinon.useFakeTimers();18const { add } = require('./add.js');19const { sub } = require('./sub.js');20describe('add', () => {21  it('should add 2 numbers', async () => {22    const result = await add(1, 2);23    assert.equal(result, 3);24  });25});26describe('sub', () => {27  it('should sub 2 numbers', async () => {28    const result = await sub(3, 1);29    assert.equal(result, 2);30  });31});32clock.tickAsync(1000);33exports.add = (a, b) => {34  return new Promise((resolve, reject) => {35    setTimeout(() => {36      resolve(a + b);37    }, 1000);38  });39};40exports.sub = (a, b) => {41  return new Promise((resolve, reject) => {42    setTimeout(() => {43      resolve(a - b);44    }, 1000);45  });46};47const clock = sinon.useFakeTimers();48const { add } = require('./add.js');49const { sub } = require('./sub.js');50describe('add', () => {51  it('should add 2 numbers', async () => {52    const result = await add(1, 2);53    assert.equal(result, 3);54  });55});56describe('sub', () => {57  it('should sub 2 numbers', async () => {58    const result = await sub(3, 1);59    assert.equal(result, 2);60  });61});62clock.tickAsync(2000);

Using AI Code Generation

1const sinon = require('sinon');2const assert = require('assert');3const clock = sinon.useFakeTimers();4const timeout = 100;5function someAsyncFunction(callback) {6  setTimeout(callback, timeout);7}8describe('someAsyncFunction', () => {9  it('should be called', async () => {10    const callback = sinon.spy();11    someAsyncFunction(callback);12    await clock.tickAsync(timeout);13    assert(callback.calledOnce);14  });15});16const sinon = require('sinon');17const assert = require('assert');18const clock = sinon.useFakeTimers();19const timeout = 100;20function someAsyncFunction(callback) {21  setTimeout(callback, timeout);22}23describe('someAsyncFunction', () => {24  it('should be called', async () => {25    const callback = sinon.spy();26    someAsyncFunction(callback);27    await clock.tickAsync(timeout);28    assert(callback.calledOnce);29  });30});31const sinon = require('sinon');32const assert = require('assert');33const clock = sinon.useFakeTimers();34const timeout = 100;35function someAsyncFunction(callback) {36  setTimeout(callback, timeout);37}38describe('someAsyncFunction', () => {39  it('should be called', async () => {40    const callback = sinon.spy();41    someAsyncFunction(callback);42    await clock.tickAsync(timeout);43    assert(callback.calledOnce);44  });45});46const sinon = require('sinon');47const assert = require('assert');48const clock = sinon.useFakeTimers();49const timeout = 100;50function someAsyncFunction(callback) {51  setTimeout(callback, timeout);52}53describe('someAsyncFunction', () => {54  it('should be called', async () => {55    const callback = sinon.spy();56    someAsyncFunction(callback);57    await clock.tickAsync(timeout);58    assert(callback.calledOnce);59  });60});61const sinon = require('sinon');62const assert = require('assert');63const clock = sinon.useFakeTimers();64const timeout = 100;65function someAsyncFunction(callback) {66  setTimeout(callback, timeout);67}68describe('someAsyncFunction', () => {69  it('should be called

Using AI Code Generation

1const clock = sinon.useFakeTimers();2const myAsyncFunction = () => {3  return new Promise(resolve => {4    setTimeout(() => {5      resolve('Resolved');6    }, 1000);7  });8};9test('should resolve after 1 second', async () => {10  const result = await myAsyncFunction();11  expect(result).toBe('Resolved');12  clock.tickAsync(1000);13});14const clock = sinon.useFakeTimers();15const myAsyncFunction = () => {16  return new Promise(resolve => {17    setTimeout(() => {18      resolve('Resolved');19    }, 1000);20  });21};22test('should resolve after 1 second', async () => {23  const result = await myAsyncFunction();24  expect(result).toBe('Resolved');25  clock.tickAsync(1000);26});27const clock = sinon.useFakeTimers();28const myAsyncFunction = () => {29  return new Promise(resolve => {30    setTimeout(() => {31      resolve('Resolved');32    }, 1000);33  });34};35test('should resolve after 1 second', async () => {36  const result = await myAsyncFunction();37  expect(result).toBe('Resolved');38  clock.tickAsync(1000);39});

Using AI Code Generation

1const assert = require('assert');2const sinon = require('sinon');3const { get } = require('request-promise');4describe('async test', () => {5  it('should return 200', async () => {6    const stub = sinon.stub(get, 'get').resolves({ statusCode: 200 });7    assert.equal(result.statusCode, 200);8    stub.restore();9  });10});

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.