How to use clock.tickAsync method in sinon

Best JavaScript code snippet using sinon

token.js

Source: token.js Github

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...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 );...

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Using AI Code Generation

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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();

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Using AI Code Generation

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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}));

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Using AI Code Generation

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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}

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Using AI Code Generation

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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();

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Using AI Code Generation

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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();

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Using AI Code Generation

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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);

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Using AI Code Generation

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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

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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});

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Using AI Code Generation

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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});

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