Join the 1-day Testing & QA Summit featuring 15+ Expert Speakers.Register for FREE! Join TestMu Conference

How to use generateFeatureTests method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

testRunner.js

Source:testRunner.js

...7async function testRunner(feature, volume) {8    console.log(`running ${feature.name}`);9    const performanceTestFolder = getDistPerformanceFolder();10    await fileSystem.createFolder(performanceTestFolder);11    await generateFeatureTests(feature, volume);12    const testResults = await typescriptRunner.run(feature.tsConfig);13    await fileSystem.deleteFolder(performanceTestFolder);14    console.log(`finished ${feature.name}`);15    return testResults;16}17async function generateFeatureTests(featureConfig, volume) {18    const performanceTestFolder = getDistPerformanceFolder();19    const templateFolder = path.join(__dirname, "..", "templates");20    const numberOfTestsForFeature = volume / featureConfig.types.length;21    featureConfig.types.forEach((featureType) => {22        testForFeature(featureType, numberOfTestsForFeature);23    });24    const typesFolder = path.join(templateFolder, "types");25    const performanceTestTypesFolder = path.join(performanceTestFolder, "types");26    await fileSystem.copyFolder(typesFolder, performanceTestTypesFolder);27}28function testForFeature(feature, volume) {29    const performanceTestFolder = getDistPerformanceFolder();30    const templateFolder = path.join(__dirname, "..", "templates");31    for (let i = 0; i < volume; i++) {...

Using AI Code Generation

1import {generateFeatureTests} from 'ts-auto-mock';2import {MyInterface} from './myInterface';3generateFeatureTests<MyInterface>({4  properties: {5    name: {type: 'string'},6    age: {type: 'number'}7  }8});9export interface MyInterface {10  name: string;11  age: number;12}13import {MyInterface} from './myInterface';14describe('MyInterface', () => {15  it('should have name', () => {16    const testValue: MyInterface = {17    };18  });19});20generateFeatureTests<MyInterface>({21  properties: {22    name: {type: 'string'},23    age: {type: 'number'}24  }25}, './myCustomPath');26generateFeatureTests<MyInterface>({27  properties: {28    name: {type: 'string'},29    age: {type: 'number'}30  }31}, './myCustomPath', true);32generateFeatureTests<MyInterface>({33  properties: {34    name: {type: 'string'},35    age: {type: 'number'}36  }37}, './myCustomPath', true);38generateFeatureTests<MyInterface2>({39  properties: {40    name: {type: 'string'},41    age: {type: 'number'}42  }43}, './myCustomPath', true);44generateFeatureTests<MyInterface3>({45  properties: {46    name: {type: 'string'},47    age: {type: 'number'}48  }49}, './myCustomPath', true);

Using AI Code Generation

1import { generateFeatureTests } from 'ts-auto-mock';2export const featureTests = generateFeatureTests({3    {4      input: {},5      expected: {},6    },7});8import { generateFeatureTests } from 'ts-auto-mock';9export const featureTests = generateFeatureTests({10    {11      input: {},12      expected: {},13    },14});15import { generateFeatureTests } from 'ts-auto-mock';16export const featureTests = generateFeatureTests({17    {18      input: {},19      expected: {},20    },21});22import { generateFeatureTests } from 'ts-auto-mock';23import { featureTests as test1 } from './test1';24import { featureTests as test2 } from './test2';25import { featureTests as test3 } from './test3';26export const featureTests = generateFeatureTests({27});28import { featureTests } from './index';29describe('test', () => {30  featureTests();31});32import { featureTests } from './index';33describe('test', () => {34  featureTests();35});36import { featureTests } from './index';37describe('test', () => {38  featureTests();39});40import { featureTests } from './index';41describe('

Using AI Code Generation

1const { generateFeatureTests } = require('ts-auto-mock');2generateFeatureTests({3    {4      input: {5      },6      output: {7      },8    },9});10const { generateFeatureTests } = require('ts-auto-mock');11generateFeatureTests({12    {13      input: {14      },15      output: {16      },17    },18});19const { generateFeatureTests } = require('ts-auto-mock');20generateFeatureTests({21    {22      input: {23      },24      output: {25      },26    },27});28const { generateFeatureTests } = require('ts-auto-mock');29generateFeatureTests({30    {31      input: {32      },33      output: {34      },35    },36});37const { generateFeatureTests } = require('ts-auto-mock');38generateFeatureTests({39    {40      input: {41      },42      output: {

Using AI Code Generation

1import { generateFeatureTests } from 'ts-auto-mock';2export function test1() {3    generateFeatureTests({4        features: {5            'myFeature1': {6                'mySubFeature1': {7                },8            },9        }10    });11}12import { generateFeatureTests } from 'ts-auto-mock';13export function test2() {14    generateFeatureTests({15        features: {16            'myFeature1': {17                'mySubFeature1': {18                },19            },20        }21    });22}23import { generateFeatureTests } from 'ts-auto-mock';24export function test3() {25    generateFeatureTests({26        features: {27            'myFeature1': {28                'mySubFeature1': {29                },30            },31        }32    });33}34import { generateFeatureTests } from 'ts-auto-mock';35export function test4() {36    generateFeatureTests({37        features: {38            'myFeature1': {39                'mySubFeature1': {40                },41            },

Using AI Code Generation

1import {generateFeatureTests} from 'ts-auto-mock';2describe('test1', () => {3    generateFeatureTests({4        features: {5        },6    });7});8export type type1 = {9    a: string;10    b: number;11};12export interface interface1 {13    a: string;14    b: number;15}16export function function1(a: string, b: number) {17    return a + b;18}19export class class1 {20    a: string;21    b: number;22    constructor(a: string, b: number) {23        this.a = a;24        this.b = b;25    }26}27export const const1 = {28};29export enum enum1 {30}

Using AI Code Generation

1import { generateFeatureTests } from 'ts-auto-mock';2const featureTests = generateFeatureTests({3});4export default featureTests;5import { generateFeatureTests } from 'ts-auto-mock';6const featureTests = generateFeatureTests({7});8export default featureTests;9import { generateFeatureTests } from 'ts-auto-mock';10const featureTests = generateFeatureTests({11});12export default featureTests;13import { generateFeatureTests } from 'ts-auto-mock';14const featureTests = generateFeatureTests({15});16export default featureTests;17import { generateFeatureTests } from 'ts-auto-mock';18const featureTests = generateFeatureTests({19});20export default featureTests;21import { generateFeatureTests } from 'ts-auto-mock';22const featureTests = generateFeatureTests({23});24export default featureTests;25import { generateFeatureTests } from 'ts-auto-mock';26const featureTests = generateFeatureTests({27});28export default featureTests;29import { generateFeatureTests } from '

Using AI Code Generation

1import { generateFeatureTests } from 'ts-auto-mock';2describe('feature', () => {3  generateFeatureTests({4  });5});6export const feature = {7};8import { feature } from './feature';9describe('feature', () => {10  it('should have a', () => {11    expect(feature.a).toBe('a');12  });13  it('should have b', () => {14    expect(feature.b).toBe('b');15  });16  it('should have c', () => {17    expect(feature.c).toBe('c');18  });19});20import { feature } from './feature';21describe('feature', () => {22  it('should have a', () => {23    expect(feature.a).toBe('a');24  });25  it('should have b', () => {26    expect(feature.b).toBe('b');27  });28  it('should have c', () => {29    expect(feature.c).toBe('c');30  });31});32import { feature } from './feature';33describe('feature', () => {34  it('should have a', () => {35    expect(feature.a).toBe('a');36  });37  it('should have b', () => {38    expect(feature.b).toBe('b');39  });40  it('should have c', () => {41    expect(feature.c).toBe('c');42  });43});44import { feature } from './feature';45describe('feature', () => {46  it('should have a', () => {47    expect(feature.a).toBe('a');48  });49  it('should have b', () => {50    expect(feature.b).toBe('b');51  });52  it('should have c', () => {53    expect(feature.c).toBe('c');54  });55});56import { feature } from './feature';57describe('feature', () => {58  it('should have a', () => {59    expect(feature.a).toBe('a');60  });61  it('should have b', () => {62    expect(feature.b).toBe('b');63  });

Using AI Code Generation

1import {generateFeatureTests} from 'ts-auto-mock/featureTests';2import {test1} from './test1';3generateFeatureTests(test1);4import {generateFeatureTests} from 'ts-auto-mock/featureTests';5import {test2} from './test2';6generateFeatureTests(test2);7import {generateFeatureTests} from 'ts-auto-mock/featureTests';8import {test3} from './test3';9generateFeatureTests(test3);10import {generateFeatureTests} from 'ts-auto-mock/featureTests';11import {test4} from './test4';12generateFeatureTests(test4);

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.