How to use GetTypes method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

parse.test.ts

Source:parse.test.ts Github

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1import test from 'ava';2import {getTypes} from '../src';3import {parseTypes} from './util';4test('just a number', (t) => {5 const type = getTypes(1);6 t.is(type, 'type RootType = number;');7});8test('just a string', (t) => {9 const type = getTypes('');10 t.is(type, 'type RootType = string;');11});12test('just null', (t) => {13 const type = getTypes(null);14 t.is(type, 'type RootType = null;');15});16test('just a boolean', (t) => {17 const type = getTypes(true);18 t.is(type, 'type RootType = boolean;');19});20test('array of strings', (t) => {21 const type = getTypes(['', '']);22 t.log(type);23 t.regex(type, /type RootObject = string\[];/);24});25test('array of string | string[]', (t) => {26 const type = getTypes(['', ['', '']]);27 t.log(type);28 t.is(type, 'type RootObject = Array<string[] | string>;');29});30test('array of [string,number]', (t) => {31 const type = getTypes(['', 0]);32 t.log(type);33 t.regex(type, /type RootObject = Array<string | number>;/);34});35test("array of [{str:''}]", (t) => {36 const type = getTypes([{str: ''}]);37 t.log(type);38 t.regex(type, /type RootObject = Root\[];\n\ninterface Root {\n str: string;/);39});40test('sanity check', (t) => {41 const types = getTypes({str: ''});42 t.is(43 types,44 `interface RootObject {45 str: string;46}`47 );48});49test('Object with quoted property', (t) => {50 const ints = parseTypes(getTypes({"a v'alue": ''}));51 t.deepEqual(ints[0], {52 exported: false,53 name: 'RootObject',54 properties: [55 {56 name: "a v'alue",57 type: 'string',58 optional: false59 }60 ]61 });62});63test('Object with key starting with number', (t) => {64 const ints = getTypes({'1A': 'str'}, {root: 'MyRoot'});65 t.regex(ints, /^ *'1A'/m);66});67test('Object with non-default root name', (t) => {68 const ints = parseTypes(getTypes({str: ''}, {root: 'MyRoot'}));69 t.deepEqual(ints[0], {70 name: 'MyRoot',71 exported: false,72 properties: [73 {74 name: 'str',75 type: 'string',76 optional: false77 }78 ]79 });80});81test('Exported interfaces', (t) => {82 const ints = parseTypes(getTypes({val: {str: ''}}, {exported: true}));83 t.deepEqual(84 ints.map((e) => e.exported),85 [true, true]86 );87});88test('Object with 1x string', async (t) => {89 const ints = parseTypes(getTypes({str: ''}));90 t.is(ints.length, 1);91 t.is(ints[0].name, 'RootObject');92 t.is(ints[0].properties.length, 1);93 t.is(ints[0].properties[0].type, 'string');94});95test('Object with 2x string', async (t) => {96 const ints = parseTypes(getTypes({str1: '', str2: ''}));97 t.is(ints.length, 1);98 t.is(ints[0].properties.length, 2);99 for (const property of ints[0].properties) {100 t.is(property.type, 'string');101 }102});103test('Object with 1x [string]', async (t) => {104 const ints = parseTypes(getTypes({str1: ['']}));105 t.is(ints.length, 1);106 t.is(ints[0].properties.length, 1);107 t.is(ints[0].properties[0].type, 'string[]');108});109test('Object with 1x [string, string]', async (t) => {110 const ints = parseTypes(getTypes({str1: ['a', 'b']}));111 t.is(ints.length, 1);112 t.is(ints[0].properties.length, 1);113 t.is(ints[0].properties[0].type, 'string[]');114});115test('Object with 1x [string, number]', async (t) => {116 const ints = parseTypes(getTypes({str1: ['a', 1]}));117 t.is(ints.length, 1);118 t.is(ints[0].properties.length, 1);119 t.is(ints[0].properties[0].type, 'Array<string | number>');120});121test('Object with 1x [[string]]', async (t) => {122 const ints = parseTypes(getTypes({str1: [['a']]}));123 t.is(ints.length, 1);124 t.is(ints[0].properties.length, 1);125 t.is(ints[0].properties[0].type, 'string[][]');126});127test('Object with 1x [[string, number]]', async (t) => {128 const ints = parseTypes(getTypes({str1: [['a', 1]]}));129 t.is(ints.length, 1);130 t.is(ints[0].properties.length, 1);131 t.is(ints[0].properties[0].type, 'Array<string | number>[]');132});133test('Object with 1x []', async (t) => {134 const ints = parseTypes(getTypes({str1: []}));135 t.is(ints.length, 1);136 t.is(ints[0].properties.length, 1);137 t.is(ints[0].properties[0].type, 'unknown[]');138});139test('Object with 1x [][]', async (t) => {140 const ints = parseTypes(getTypes({str1: [[]]}));141 t.is(ints.length, 1);142 t.is(ints[0].properties.length, 1);143 t.is(ints[0].properties[0].type, 'unknown[][]');144});145test('Object with 1x array of {val:string}', async (t) => {146 const ints = parseTypes(getTypes({val: [{str: ''}, {str: ''}]}));147 t.is(ints.length, 2);148 const [Root, Val] = ints;149 t.deepEqual(Root.properties[0], {150 name: 'val',151 type: 'Val[]',152 optional: false153 });154 t.deepEqual(Val.properties[0], {155 name: 'str',156 optional: false,157 type: 'string'158 });159});160test('Object with optional property str', async (t) => {161 const ints = parseTypes(getTypes({val: [{str: 'x'}, {}]}));162 t.is(ints.length, 2);163 t.is(ints[1].properties.length, 1);164 const Val = ints[1];165 t.deepEqual(Val, {166 name: 'Val',167 exported: false,168 properties: [169 {170 name: 'str',171 optional: true,172 type: 'string'173 }174 ]175 });...

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getTypes.test.js

Source:getTypes.test.js Github

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1import { getTypes } from '../getTypes';2test('getTypes 1', () => {3 const actual = getTypes(['undefined']);4 return expect(actual).resolves.toEqual([null]);5});6test('getTypes 2', () => {7 const actual = getTypes(['/etc']);8 return expect(actual).resolves.toEqual(['directory']);9});10test('getTypes 3', () => {11 const actual = getTypes(['/etc/hosts']);12 return expect(actual).resolves.toEqual(['file']);13});14test('getTypes 4', () => {15 const paths = ['/etc/hosts', '/undefined', '/etc/bashrc', '/etc'];16 return expect(getTypes(paths)).resolves.toEqual(['file', null, null, 'directory']);17});18test('getTypes 5', () => {19 const actual = getTypes(['/undefined', '/etc/hosts', '/et', '/etc/bashrc']);20 return expect(actual).resolves.toEqual([null, 'file', null, null]);...

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Using AI Code Generation

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1import { GetTypes } from 'ts-auto-mock';2export type Test1 = GetTypes<typeof import('./test2')>;3import { GetTypes } from 'ts-auto-mock';4export type Test2 = GetTypes<typeof import('./test3')>;5import { GetTypes } from 'ts-auto-mock';6export type Test3 = GetTypes<typeof import('./test4')>;7import { GetTypes } from 'ts-auto-mock';8export type Test4 = GetTypes<typeof import('./test5')>;9import { GetTypes } from 'ts-auto-mock';10export type Test5 = GetTypes<typeof import('./test6')>;11import { GetTypes } from 'ts-auto-mock';12export type Test6 = GetTypes<typeof import('./test7')>;13import { GetTypes } from 'ts-auto-mock';14export type Test7 = GetTypes<typeof import('./test8')>;15import { GetTypes } from 'ts-auto-mock';16export type Test8 = GetTypes<typeof import('./test9')>;17import { GetTypes } from 'ts-auto-mock';18export type Test9 = GetTypes<typeof import('./test10')>;19import { GetTypes } from 'ts-auto-mock';20export type Test10 = GetTypes<typeof import('./test11')>;21import { GetTypes } from 'ts-auto-mock';22export type Test11 = GetTypes<typeof import('./test12')>;

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Using AI Code Generation

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1import { GetTypes } from 'ts-auto-mock';2interface ITest1 {3 test1: string;4}5interface ITest2 {6 test2: string;7}8interface ITest3 {9 test3: string;10}11interface ITest4 {12 test4: string;13}14interface ITest5 {15 test5: string;16}17interface ITest6 {18 test6: string;19}20interface ITest7 {21 test7: string;22}23interface ITest8 {24 test8: string;25}26interface ITest9 {27 test9: string;28}29interface ITest10 {30 test10: string;31}32interface ITest11 {33 test11: string;34}35interface ITest12 {36 test12: string;37}38interface ITest13 {39 test13: string;40}41interface ITest14 {42 test14: string;43}44interface ITest15 {45 test15: string;46}47interface ITest16 {48 test16: string;49}50interface ITest17 {51 test17: string;52}53interface ITest18 {54 test18: string;55}56interface ITest19 {57 test19: string;58}59interface ITest20 {60 test20: string;61}62interface ITest21 {63 test21: string;64}65interface ITest22 {66 test22: string;67}68interface ITest23 {69 test23: string;70}71interface ITest24 {72 test24: string;73}74interface ITest25 {75 test25: string;76}77interface ITest26 {78 test26: string;79}80interface ITest27 {81 test27: string;82}83interface ITest28 {84 test28: string;85}86interface ITest29 {87 test29: string;88}89interface ITest30 {90 test30: string;91}92interface ITest31 {93 test31: string;94}95interface ITest32 {96 test32: string;97}98interface ITest33 {99 test33: string;100}101interface ITest34 {102 test34: string;103}104interface ITest35 {105 test35: string;106}107interface ITest36 {108 test36: string;109}110interface ITest37 {111 test37: string;112}113interface ITest38 {114 test38: string;115}116interface ITest39 {117 test39: string;118}119interface ITest40 {120 test40: string;121}122interface ITest41 {

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Using AI Code Generation

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1import { GetTypes } from 'ts-auto-mock';2import { GetTypes } from 'ts-auto-mock';3{4 "compilerOptions": {5 }6}

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Using AI Code Generation

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1import { GetTypes } from 'ts-auto-mock';2import { Test2 } from './test2';3export type Test1 = GetTypes<Test2>;4import { GetTypes } from 'ts-auto-mock';5import { Test3 } from './test3';6export type Test2 = GetTypes<Test3>;7import { GetTypes } from 'ts-auto-mock';8export type Test3 = GetTypes<typeof test3>;9export const test3 = {10 test3: {11 },12};13import { GetTypes } from 'ts-auto-mock';14import { Test3 } from './test3';15export type Test2 = GetTypes<Test3>;16import { GetTypes } from 'ts-auto-mock';17import { Test2 } from './test2';18export type Test1 = GetTypes<Test2>;19import { Test1 } from './test1';20describe('test1', () => {21 it('should create a mock', () => {22 const mock: Test1 = {} as Test1;23 expect(mock.test3.test4).toBe('test4');24 });25});26import { mock } from 'ts-auto-mock';27const test3 = {28 test3: {

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Using AI Code Generation

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1import { GetTypes } from 'ts-auto-mock';2import { Test2 } from './test2';3export interface Test1 {4 test2: Test2;5}6export const test1: GetTypes<Test1> = {7 test2: {8 test3: {9 test4: {10 test5: {11 test6: {12 test7: {13 test8: {14 test9: {15 test10: {16 test11: {17 test12: {18 test13: {19 test14: {20 test15: {21 test16: {22 test17: {23 test18: {24 test19: {25 test20: {26 test21: {27 test22: {28 test23: {29 test24: {30 test25: {31 test26: {32 test27: {33 test28: {34 test29: {35 test30: {36 test31: {37 test32: {38 test33: {39 test34: {40 test35: {41 test36: {42 test37: {43 test38: {44 test39: {45 test40: {46 test41: {47 test42: {48 test43: {49 test44: {50 test45: {51 test46: {52 test47: {53 test48: {54 test49: {55 test50: {56 test51: {57 test52: {58 test53: {59 test54: {60 test55: {61 test56: {62 test57: {63 test58: {64 test59: {65 test60: {66 test61: {67 test62: {68 test63: {69 test64: {70 test65: {71 test66: {72 test67: {73 test68: {74 test69: {75 test70: {76 test71: {77 test72: {78 test73: {79 test74: {80 test75: {81 test76: {

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Using AI Code Generation

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1import { GetTypes } from 'ts-auto-mock';2import { Test2 } from './test2';3type Test1 = GetTypes<typeof Test2>;4export { Test1 };5import { CreateMock } from 'ts-auto-mock';6import { Test3 } from './test3';7type Test2 = CreateMock<Test3>;8export { Test2 };9import { CreateMock } from 'ts-auto-mock';10type Test3 = CreateMock<{11 a: number;12 b: string;13 c: boolean;14 d: Test4;15 e: Test4[];16 f: Test4[];17 g: Test4[];18 h: Test4[];19 i: Test4[];20 j: Test4[];21 k: Test4[];22}>;23export { Test3 };24import { CreateMock } from 'ts-auto-mock';25type Test4 = CreateMock<{26 a: number;27 b: string;28 c: boolean;29}>;30export { Test4 };31import { CreateMock } from 'ts-auto-mock';32type Test5 = CreateMock<{33 a: number;34 b: string;35 c: boolean;36 d: Test4;37 e: Test4[];38 f: Test4[];39 g: Test4[];40 h: Test4[];41 i: Test4[];42 j: Test4[];43 k: Test4[];44}>;45export { Test5 };46import { CreateMock } from 'ts-auto-mock';47type Test6 = CreateMock<{48 a: number;49 b: string;50 c: boolean;51 d: Test4;52 e: Test4[];53 f: Test4[];54 g: Test4[];55 h: Test4[];56 i: Test4[];57 j: Test4[];58 k: Test4[];59}>;60export { Test6 };61import { CreateMock } from 'ts-auto-mock';62type Test7 = CreateMock<{63 a: number;64 b: string;65 c: boolean;66 d: Test4;67 e: Test4[];

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Using AI Code Generation

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1import {GetTypes} from "ts-auto-mock";2const myType = GetTypes<typeof myClass>();3import {GetTypes} from "ts-auto-mock";4const myType = GetTypes<typeof myClass>();5import {GetTypes} from "ts-auto-mock";6const myType = GetTypes<YourType>();7import {GetTypes} from "ts-auto-mock";8const myType = GetTypes<YourType>();9import {GetTypes} from "ts-auto-mock";10const myType = GetTypes<YourType>();11import {GetTypes} from "ts-auto-mock";12const myType = GetTypes<YourType>();13import {GetTypes} from "ts-auto-mock";14const myType = GetTypes<YourType>();15import {GetTypes} from "ts-auto-mock";16const myType = GetTypes<YourType>();17import {GetTypes} from "ts-auto-mock";18const myType = GetTypes<YourType>();19import {GetTypes} from "ts-auto-mock";20const myType = GetTypes<YourType>();

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Using AI Code Generation

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1const { GetTypes } = require("ts-auto-mock");2const types = GetTypes("test2.ts");3console.log(types);4export interface ITest {5 name: string;6 age: number;7}8{ ITest: { name: 'string', age: 'number' } }9{ ITest: { name: 'string', age: 'number' }, ITest2: { name: 'string', age: 'number' } }

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Using AI Code Generation

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1import { GetTypes } from "ts-auto-mock";2import { MyObject } from "./MyObject";3const myObject: GetTypes<MyObject> = {};4export interface MyObject {5 myProperty: string;6}

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