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

Copied to Clipboard!

How to use createObjectLiteral method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

binary.test.js

Source:binary.test.js

...59      const expression = createBinaryExpression({}, createNumberLiteral(9), '+', createNumberLiteral(12));60      expect(expression.evaluate(mockContext)).toEqualTsNumber(21);61    });62    it('throws if values cannot be added', () => {63      const expression = createBinaryExpression({}, createNumberLiteral(9), '+', createObjectLiteral({}, []));64      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');65    });66  });67  describe('-', () => {68    it('subtracts values', () => {69      const expression = createBinaryExpression({}, createNumberLiteral(9), '-', createNumberLiteral(12));70      expect(expression.evaluate(mockContext)).toEqualTsNumber(-3);71    });72    it('throws if values cannot be subtracted', () => {73      const expression = createBinaryExpression({}, createNumberLiteral(9), '-', createObjectLiteral({}, []));74      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');75    });76  });77  describe('*', () => {78    it('multiplies values', () => {79      const expression = createBinaryExpression({}, createNumberLiteral(9), '*', createNumberLiteral(12));80      expect(expression.evaluate(mockContext)).toEqualTsNumber(108);81    });82    it('throws if values cannot be multiplied', () => {83      const expression = createBinaryExpression({}, createNumberLiteral(9), '*', createObjectLiteral({}, []));84      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');85    });86  });87  describe('/', () => {88    it('divides values', () => {89      const expression = createBinaryExpression({}, createNumberLiteral(12), '/', createNumberLiteral(3));90      expect(expression.evaluate(mockContext)).toEqualTsNumber(4);91    });92    it('throws if values cannot be divided', () => {93      const expression = createBinaryExpression({}, createNumberLiteral(9), '/', createObjectLiteral({}, []));94      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');95    });96    it('throws if dividing by zero', () => {97      const expression = createBinaryExpression({}, createNumberLiteral(9), '/', createNumberLiteral(0));98      expect(() => expression.evaluate(mockContext)).toThrow('Divide by zero');99    });100  });101  describe('%', () => {102    it('modulos values', () => {103      const expression = createBinaryExpression({}, createNumberLiteral(12), '%', createNumberLiteral(5));104      expect(expression.evaluate(mockContext)).toEqualTsNumber(2);105    });106    it('throws if values cannot be divided', () => {107      const expression = createBinaryExpression({}, createNumberLiteral(9), '%', createObjectLiteral({}, []));108      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');109    });110    it('throws if dividing by zero', () => {111      const expression = createBinaryExpression({}, createNumberLiteral(9), '%', createNumberLiteral(0));112      expect(() => expression.evaluate(mockContext)).toThrow('Divide by zero');113    });114  });115  describe('==', () => {116    it('compares like values', () => {117      const expression = createBinaryExpression({}, createNumberLiteral(12), '==', createNumberLiteral(12));118      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);119    });120    it('compares unlike values', () => {121      const expression = createBinaryExpression({}, createNumberLiteral(12), '==', createStringLiteral('nope'));122      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);123    });124  });125  describe('!=', () => {126    it('compares unlike values', () => {127      const expression = createBinaryExpression({}, createNumberLiteral(12), '!=', createStringLiteral('nope'));128      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);129    });130    131    it('compares like values', () => {132      const expression = createBinaryExpression({}, createNumberLiteral(12), '!=', createNumberLiteral(12));133      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);134    });135  });136  describe('<', () => {137    it('compares lower values', () => {138      const expression = createBinaryExpression({}, createNumberLiteral(12), '<', createNumberLiteral(1000000));139      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);140    });141    142    it('compares equal values', () => {143      const expression = createBinaryExpression({}, createNumberLiteral(12), '<', createNumberLiteral(12));144      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);145    });146    it('compares higher values', () => {147      const expression = createBinaryExpression({}, createNumberLiteral(1000000), '<', createNumberLiteral(12));148      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);149    });150    it('throws if values cannot be compared', () => {151      const expression = createBinaryExpression({}, createNumberLiteral(9), '<', createObjectLiteral({}, []));152      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');153    });154  });155  describe('>', () => {156    it('compares lower values', () => {157      const expression = createBinaryExpression({}, createNumberLiteral(12), '>', createNumberLiteral(1000000));158      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);159    });160    161    it('compares equal values', () => {162      const expression = createBinaryExpression({}, createNumberLiteral(12), '>', createNumberLiteral(12));163      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);164    });165    it('compares higher values', () => {166      const expression = createBinaryExpression({}, createNumberLiteral(1000000), '>', createNumberLiteral(12));167      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);168    });169    it('throws if values cannot be compared', () => {170      const expression = createBinaryExpression({}, createNumberLiteral(9), '>', createObjectLiteral({}, []));171      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');172    });173  });174  describe('<=', () => {175    it('compares lower values', () => {176      const expression = createBinaryExpression({}, createNumberLiteral(12), '<=', createNumberLiteral(1000000));177      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);178    });179    180    it('compares equal values', () => {181      const expression = createBinaryExpression({}, createNumberLiteral(12), '<=', createNumberLiteral(12));182      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);183    });184    it('compares higher values', () => {185      const expression = createBinaryExpression({}, createNumberLiteral(1000000), '<=', createNumberLiteral(12));186      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);187    });188    it('throws if values cannot be compared', () => {189      const expression = createBinaryExpression({}, createNumberLiteral(9), '<=', createObjectLiteral({}, []));190      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');191    });192  });193  describe('>=', () => {194    it('compares lower values', () => {195      const expression = createBinaryExpression({}, createNumberLiteral(12), '>=', createNumberLiteral(1000000));196      expect(expression.evaluate(mockContext)).toEqualTsBoolean(false);197    });198    199    it('compares equal values', () => {200      const expression = createBinaryExpression({}, createNumberLiteral(12), '>=', createNumberLiteral(12));201      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);202    });203    it('compares higher values', () => {204      const expression = createBinaryExpression({}, createNumberLiteral(1000000), '>=', createNumberLiteral(12));205      expect(expression.evaluate(mockContext)).toEqualTsBoolean(true);206    });207    it('throws if values cannot be compared', () => {208      const expression = createBinaryExpression({}, createNumberLiteral(9), '>=', createObjectLiteral({}, []));209      expect(() => expression.evaluate(mockContext)).toThrow('Cannot treat OBJECT as NUMBER');210    });211  });...

directive.ts

Source:directive.ts

...34      );35    });36  }37  private createContextBody() {38    return ts.createObjectLiteral([39      ts.createPropertyAssignment(Utils.REACT.State, this.createState())40    ]);41  }42  private createStates() {43    this.defaultStates.forEach(([name, value]) =>44      this.render.appendRootState(name, value)45    );46  }47  private createState() {48    return ts.createObjectLiteral(49      this.render.getRootStates().map(i => {50        const name = getReactStateName(i);51        return ts.createPropertyAssignment(52          name,53          ts.createObjectLiteral([54            ts.createPropertyAssignment("value", ts.createIdentifier(name)),55            ts.createPropertyAssignment(56              "setState",57              ts.createIdentifier("set" + Utils.classCase(name))58            )59          ])60        );61      })62    );63  }64}65function getReactStateName(variable: VariableGenerator) {66  // è·åç¬¬ä¸ä¸ªåéåé¨åï¼arrayBindingå½¢å¼çåéæ¯æ²¡æååçï¼æ¯ä¸ä¸ª_nxxxçåé¨åï¼67  const placeholder = Object.keys(variable["variables"])[0];...

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock/extension';2const mock: Interface = createObjectLiteral<Interface>();3import { createMock } from 'ts-auto-mock/extension';4const mock: Interface = createMock<Interface>();5import { createObjectLiteral } from 'ts-auto-mock/extension';6const mock: Interface = createObjectLiteral<Interface>();7import { createMock } from 'ts-auto-mock/extension';8const mock: Interface = createMock<Interface>();9{10  "transform": {11  }12}13{14  "transformIgnorePatterns": ["node_modules/(?!ts-auto-mock)"]15}16{17}18{19  "globals": {20    "ts-jest": {21    }22  }23}24{25  "globals": {26    "ts-jest": {27    }28  }29}30{31  "globals": {32    "ts-jest": {33    }34  }35}

Using AI Code Generation

1import {createObjectLiteral} from 'ts-auto-mock';2export const test1 = createObjectLiteral<Interface1>();3import {createObjectLiteral} from 'ts-auto-mock';4export const test2 = createObjectLiteral<Interface2>();5      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/base.mock.js:29:48)6      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/enum.mock.js:7:25)7      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/union.mock.js:7:25)8      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/intersection.mock.js:7:25)9      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/union.mock.js:7:25)10      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/intersection.mock.js:7:25)11      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/union.mock.js:7:25)12      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/intersection.mock.js:7:25)13      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/union.mock.js:7:25)14      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/intersection.mock.js:7:25)15      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/base.mock.js:29:48)16      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/enum.mock.js:7:25)17      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/union.mock.js:7:25)18      at Object.getMock (node_modules/ts-auto-mock/dist/mocker/intersection.mock.js:7:25)19      at Object.getMock (node_modules/ts-auto-m

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock';2export const test1 = () => {3  const obj = createObjectLiteral<TestClass>();4  console.log(obj);5};6import { createObjectLiteral } from 'ts-auto-mock';7export const test2 = () => {8  const obj = createObjectLiteral<TestClass>();9  console.log(obj);10};11import { createObjectLiteral } from 'ts-auto-mock';12export const test3 = () => {13  const obj = createObjectLiteral<TestClass>();14  console.log(obj);15};16{ prop1: 'test1', prop2: 'test1' }17{ prop1: 'test2', prop2: 'test2' }18{ prop1: 'test3', prop2: 'test3' }19{ prop1: 'test1', prop2: 'test1' }20{ prop1: 'test2', prop2: 'test2' }21{ prop1: 'test3', prop2: 'test3' }

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock';2const result = createObjectLiteral<test1>();3import { createObjectLiteral } from 'ts-auto-mock';4const result = createObjectLiteral<test2>();5import { createObjectLiteral } from 'ts-auto-mock';6const result = createObjectLiteral<test1>();7import { createObjectLiteral } from 'ts-auto-mock';8const result = createObjectLiteral<test2>();9import { createObjectLiteral } from 'ts-auto-mock';10const result = createObjectLiteral<test1>();11import { createObjectLiteral } from 'ts-auto-mock';12const result = createObjectLiteral<test2>();13import { createObjectLiteral } from 'ts-auto-mock';14const result = createObjectLiteral<test1>();15import { createObjectLiteral } from 'ts-auto-mock';16const result = createObjectLiteral<test2>();17import { createObjectLiteral } from 'ts-auto-mock';

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock';2import { Test1 } from './test1';3const test1Mock: Test1 = createObjectLiteral<Test1>();4console.log(test1Mock);5{ test1: 'test1' }6import { Test2 } from './test2';7const test2Mock: Test2 = createObjectLiteral<Test2>();8console.log(test2Mock);9Test2 {

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock';2export function test1() {3    const obj = createObjectLiteral<SomeClass>();4    obj.doSomething();5}6class SomeClass {7    doSomething() { }8}9import { createMock } from 'ts-auto-mock';10export function test2() {11    const obj = createMock<SomeClass>();12    obj.doSomething();13}14class SomeClass {15    doSomething() { }16}17| disableTsAutoMockImport | false | If true, the library will not import `ts-auto-mock` in the generated code. |18| disableTsAutoMockImportCheck | false | If true, the library will not check if `ts-auto-mock` is imported in the generated code. |

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock';2const testObject = createObjectLiteral<TestClass>();3export interface TestInterface {4  prop1: string;5  prop2: number;6}7import { createObjectLiteral } from 'ts-auto-mock';8const testObject = createObjectLiteral<TestInterface>();9export function TestFunction(): string {10  return 'test';11}12import { createObjectLiteral } from 'ts-auto-mock';13const testObject = createObjectLiteral<TestFunction>();14export class TestClass {15  constructor(public prop1: string, public prop2: number) {}16}17import { createObjectLiteral } from 'ts-auto-mock';18const testObject = createObjectLiteral<TestClass>();19export class TestClass {20  constructor(public prop1: string, public prop2: number) {}21}22export class TestClass2 extends TestClass {23  constructor(public prop3: string, public prop4: number) {24    super(prop3, prop4);25  }26}27import { createObjectLiteral } from 'ts-auto-mock';28const testObject = createObjectLiteral<TestClass2>();29export class TestClass {30  constructor(public

Using AI Code Generation

1import { createObjectLiteral } from 'ts-auto-mock/extension';2import { createFunction } from 'ts-auto-mock/extension';3import { createClass } from 'ts-auto-mock/extension';4import { createType } from 'ts-auto-mock/extension';5import { createType } from 'ts-auto-mock/extension';6import { createEnum } from 'ts-auto-mock/extension';7import { createNamespace } from 'ts-auto-mock/extension';8import { createValue } from 'ts-auto-mock/extension';9import { createVariable } from 'ts-auto-mock/extension';

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.