How to use runProcesses method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

CPUAI.js

Source:CPUAI.js

...109}110function LevelOne(base) {111  CPUAI.call(this, base, 4);112  this.run = function() {113    return this.runProcesses();114  };115}116function LevelTwo(base) {117  CPUAI.call(this, base, 6);118  this.seconds = 14;119  this.high = 4;120  this.coins = 5;121  this.run = function() {122    let x = Math.floor(random(3));123    this.mode = x === 0 ? SAVE : RAND;124    console.log(this.mode);125    return this.runProcesses();126  };127}128function LevelThree(base) {129  CPUAI.call(this, base, 7);130  this.seconds = 12;131  this.high = 4;132  this.coins = 5;133  this.run = function() {134    let x = Math.floor(random(3));135    switch(x) {136    case 0:137      this.mode = RAND;138      break;139    case 1:140      this.mode = SAVE;141      break;142    case 2:143      this.mode = HORDE;144    }145    return this.runProcesses();146  };147}148function LevelFour(base) {149  CPUAI.call(this, base, 8);150  this.seconds = 10;151  this.high = 4;152  this.coins = 7;153  154  this.run = function() {155    if (this.isDragon()) {156      this.mode = DRAGON;157    } else {158      let x = Math.floor(random(3));159      switch(x) {160      case 0:161        this.mode = RAND;162        break;163      case 1:164        this.mode = SAVE;165        break;166      case 2:167        this.mode = HORDE;168      }169    }170    return this.runProcesses();171  };172}173function LevelFive(base) {174  CPUAI.call(this, base, 9);175  this.seconds = 8;176  this.high = 6;177  this.coins = 10;178  179  let m = Math.floor(random(2));180   181  this.run = function() {182    if (this.isDragon()) {183      this.mode = DRAGON;184    } else {185      this.mode = m == 0 ? SAVE : HORDE;186    }187  188    return this.runProcesses();189  };...

editorGit.js

Source:editorGit.js

...15                cmd: 'git',16                args: ['clean', '-f']17            }18        ];19        var result = runProcesses(cmds, settings.path.content);20        result21            .then(previewBuilder.buildPreview)22            .then(rest.loadContent);23        res.send(result)24    });25    app.post('/update-git', function (req, res) {26        var cmds = [27            {28                cmd: 'git',29                args: ['stash', 'save']30            },31            {32                cmd: 'git',33                args: ['pull', 'origin', 'master', '--rebase']34            },35            {36                cmd: 'git',37                args: ['stash', 'pop']38            }39        ];40        var result = runProcesses(cmds, settings.path.content);41        result42            .then(previewBuilder.buildPreview)43            .then(rest.loadContent);44        res.send(result)45    });46    app.post('/commit-git', function (req, res) {47        const msg = req.body;48        var cmds = [49            {50                cmd: 'git',51                args: ['add', '.']52            },53            {54                cmd: 'git',55                args: ['commit', '-m', msg]56            },57            {58                cmd: 'git',59                args: ['push', 'origin', 'master']60            }61        ];62        var result = runProcesses(cmds, settings.path.content);63        res.send(result)64    });65}...

daily-fetch.js

Source:daily-fetch.js

...44  for (const task of tasks) {45    await loadProcess(task)46  }47}48runProcesses()49  .then(() => {50    console.log('All tasks completed.')51    process.exit(0)52  })53  .catch(err => {54    console.error('daily-fetch.runProcesses', err.stack)55    process.exit(1)...

Using AI Code Generation

1import {runProcesses} from './runProcesses';2import {runProcesses as runProcesses2} from './runProcesses2';3import {runProcesses as runProcesses3} from './runProcesses3';4runProcesses();5runProcesses2();6runProcesses3();7import {runProcesses as runProcesses2} from './runProcesses2';8import {runProcesses as runProcesses3} from './runProcesses3';9export function runProcesses() {10  runProcesses2();11  runProcesses3();12}13import {runProcesses as runProcesses3} from './runProcesses3';14export function runProcesses() {15  runProcesses3();16}17export function runProcesses() {18  console.log('run processes');19}20import {runProcesses} from './runProcesses';21import {runProcesses as runProcesses2} from './runProcesses2';22import {runProcesses as runProcesses3} from './runProcesses3';23runProcesses();24runProcesses2();25runProcesses3();26import {runProcesses} from './runProcesses';27import {runProcesses as runProcesses2} from './runProcesses2';28import {runProcesses as runProcesses3} from './runProcesses3';29describe('runProcesses', () => {30  it('should run processes', () => {31    runProcesses();32    runProcesses2();33    runProcesses3();34  });35});36import {runProcesses} from './runProcesses';37import {runProcesses as runProcesses2} from './runProcesses2';38import {runProcesses as runProcesses3} from './runProcesses3';39runProcesses();40runProcesses2();41runProcesses3();42import {runProcesses} from './runProcesses';43import {runProcesses as runProcesses2} from './runProcesses2';44import {runProcesses as runProcesses3} from './runProcesses3';45describe('runProcesses

Using AI Code Generation

1import { runProcesses } from 'ts-auto-mock';2describe('test1', () => {3  it('should create', () => {4    const result = runProcesses(['test1.ts']);5    expect(result).toBeTruthy();6  });7});8import { runProcesses } from 'ts-auto-mock';9describe('test2', () => {10  it('should create', () => {11    const result = runProcesses(['test2.ts']);12    expect(result).toBeTruthy();13  });14});15Default: `process.cwd()`16Default: `process.cwd()`17Default: `process.cwd()`

Using AI Code Generation

1import { runProcesses } from 'ts-auto-mock';2const result = runProcesses({3});4console.log(result);5import { runProcesses } from 'ts-auto-mock';6const result = runProcesses({7});8console.log(result);9import { runProcesses } from 'ts-auto-mock';10const result = runProcesses({11});12console.log(result);13import { runProcesses } from 'ts-auto-mock';14const result = runProcesses({

Using AI Code Generation

1import { runProcesses } from 'ts-auto-mock';2const result = runProcesses({3});4console.log(result);5import { runProcesses } from 'ts-auto-mock';6const result = runProcesses({7    mockType: 'ts-mock-imports'8});9console.log(result);10import { runProcesses } from 'ts-auto-mock';11const result = runProcesses({12});13console.log(result);14import { createMock } from 'ts-auto-mock';15export class GenericClass<T> {16    public foo: T;17}18export class Bar {19    public bar: string;20}21const mock = createMock<GenericClass<Bar>>();22console.log(mock);23GenericClass {24  foo: Bar { bar: 'string' }25}26GenericClass { foo: undefined }

Using AI Code Generation

1import {runProcesses} from "ts-auto-mock";2runProcesses({3});4import {runProcesses} from "ts-auto-mock";5runProcesses({6});7import {runProcesses} from "ts-auto-mock";8runProcesses({9});10import {runProcesses} from "ts-auto-mock";11runProcesses({12});13import {runProcess} from "ts-auto-mock";14runProcess({15});16import {runProcess} from "ts-auto-mock";17runProcess({18});19import {runProcess} from "ts-auto-mock";20runProcess({21});

Using AI Code Generation

1import { runProcesses } from 'ts-auto-mock';2const result = runProcesses({3});4import { runProcesses } from 'ts-auto-mock';5const result = runProcesses({6});

Using AI Code Generation

1import {runProcesses} from 'ts-auto-mock';2runProcesses({3});4-   Generate mocks for default imports5-   Generate mocks for named imports6-   Generate mocks for import equals

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