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';

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