How to use _getHydratedDeclarationKeyMap method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

mockDefiner.ts

Source:mockDefiner.ts

...106  }107  public createMockFactory(declaration: ts.Declaration, scope: Scope): void {108    const thisFileName: string = this._fileName;109    if (scope.hydrated) {110      const key: string = this._getHydratedDeclarationKeyMap(declaration);111      this._hydratedFactoryCache.set(declaration, key);112      this._hydratedFactoryRegistrationsPerFile[thisFileName] =113        this._hydratedFactoryRegistrationsPerFile[thisFileName] || [];114      const descriptor: ts.Expression = GetDescriptor(115        declaration,116        Scope.fromScope(scope, key)117      );118      const mockGenericParameter: ts.ParameterDeclaration =119        this._getMockGenericParameter();120      const factory: ts.FunctionExpression = createFunctionExpressionReturn(121        descriptor,122        [mockGenericParameter]123      );124      this._hydratedFactoryRegistrationsPerFile[thisFileName].push({125        key: declaration,126        factory,127      });128    } else {129      const key: string = this._getDeclarationKeyMap(declaration);130      this._factoryCache.set(declaration, key);131      this._factoryRegistrationsPerFile[thisFileName] =132        this._factoryRegistrationsPerFile[thisFileName] || [];133      const descriptor: ts.Expression = GetDescriptor(134        declaration,135        Scope.fromScope(scope, key)136      );137      const mockGenericParameter: ts.ParameterDeclaration =138        this._getMockGenericParameter();139      const factory: ts.FunctionExpression = createFunctionExpressionReturn(140        descriptor,141        [mockGenericParameter]142      );143      this._factoryRegistrationsPerFile[thisFileName].push({144        key: declaration,145        factory,146      });147    }148  }149  public getMockFactoryTypeofEnum(150    declaration: ts.EnumDeclaration,151    scope: Scope152  ): ts.Expression {153    const key: string = this._getMockFactoryIdForTypeofEnum(declaration, scope);154    return this.getMockFactoryByKey(key);155  }156  public getMockFactoryIntersection(157    declarations: ts.Declaration[],158    type: ts.IntersectionTypeNode,159    scope: Scope160  ): ts.Expression {161    const key: string = this._getMockFactoryIdForIntersections(162      declarations,163      type,164      scope165    );166    return this.getMockFactoryByKey(key);167  }168  public getMockFactoryByKey(key: string): ts.Expression {169    this.setTsAutoMockImportIdentifier();170    return this._getCallGetFactory(key);171  }172  public getDeclarationKeyMapBasedOnScope(173    declaration: ts.Declaration,174    scope: Scope175  ): string {176    if (scope.hydrated) {177      return this._getHydratedDeclarationKeyMap(declaration);178    }179    return this._getDeclarationKeyMap(declaration);180  }181  public registerMockFor(182    declaration: ts.Declaration,183    factory: ts.FunctionExpression184  ): ts.Node {185    const key: string = this._getDeclarationKeyMap(declaration);186    const hydratedKey: string = this._getHydratedDeclarationKeyMap(declaration);187    this._registerMockFactoryCache.set(declaration, key);188    return createIIFE(189      createBlock(190        [191          createExpressionStatement(192            this._getCallRegisterMock(193              this._fileName,194              hydratedKey,195              this._wrapRegisterMockFactory(factory)196            )197          ),198          createExpressionStatement(199            this._getCallRegisterMock(200              this._fileName,201              key,202              this._wrapRegisterMockFactory(factory)203            )204          ),205        ],206        true207      )208    );209  }210  public hasMockForDeclaration(211    declaration: ts.Declaration,212    scope: Scope213  ): boolean {214    if (scope.hydrated) {215      return (216        this._hydratedFactoryCache.has(declaration) ||217        this._registerMockFactoryCache.has(declaration)218      );219    }220    return (221      this._factoryCache.has(declaration) ||222      this._registerMockFactoryCache.has(declaration)223    );224  }225  private _getDeclarationKeyMap(declaration: ts.Declaration): string {226    if (!this._declarationCache.has(declaration)) {227      this._declarationCache.set(228        declaration,229        this._factoryUniqueName.createForDeclaration(230          declaration as PossibleDeclaration231        )232      );233    }234    // eslint-disable-next-line @typescript-eslint/no-non-null-assertion235    return this._declarationCache.get(declaration)!;236  }237  private _getHydratedDeclarationKeyMap(declaration: ts.Declaration): string {238    if (!this._hydratedDeclarationCache.has(declaration)) {239      this._hydratedDeclarationCache.set(240        declaration,241        this._factoryUniqueName.createForDeclaration(242          declaration as PossibleDeclaration243        )244      );245    }246    // eslint-disable-next-line @typescript-eslint/no-non-null-assertion247    return this._hydratedDeclarationCache.get(declaration)!;248  }249  private _mockRepositoryAccess(filename: string): ts.Expression {250    const repository: ts.Identifier = this._getModuleIdentifier(251      filename,...

Using AI Code Generation

1import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';2import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';3import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';4import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';5import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';6import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';7import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';8import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';9import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';10import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';11import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';

Using AI Code Generation

1import * as tsAutoMock from 'ts-auto-mock';2const declarationKeyMap = tsAutoMock._getHydratedDeclarationKeyMap();3console.log(declarationKeyMap);4import { Foo } from './test1';5export const foo: Foo = {};6import * as tsAutoMock from 'ts-auto-mock';7tsAutoMock.createMock('test2');8declare module 'test2' {9  export const foo: Foo;10}11module.exports = {12  globals: {13    'ts-jest': {14    },15  },16};17{18  "compilerOptions": {19  }20}21const path = require('path');22module.exports = {23  output: {24    path: path.resolve(__dirname, 'dist'),25  },26  module: {27      {28      },29  },30  resolve: {31  },32};33{

Using AI Code Generation

1import * as tsAutoMock from 'ts-auto-mock';2const hydratedDeclarationKeyMap = tsAutoMock._getHydratedDeclarationKeyMap(3);4console.log(hydratedDeclarationKeyMap);5import * as tsAutoMock from 'ts-auto-mock';6const hydratedDeclarationKeyMap = tsAutoMock._getHydratedDeclarationKeyMap(7);8console.log(hydratedDeclarationKeyMap);9export interface ITest1 {10  a: string;11  b: number;12}13export interface ITest2 {14  a: string;15  b: number;16}

Using AI Code Generation

1import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock';2import { InterfaceToMock } from './test2';3export const hydratedDeclarationKeyMap = _getHydratedDeclarationKeyMap(InterfaceToMock);4export interface InterfaceToMock {5  foo: string;6  bar: number;7}8import { hydratedDeclarationKeyMap } from './test1';9console.log(hydratedDeclarationKeyMap);

Using AI Code Generation

1import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';2import { createMock } from 'ts-auto-mock';3import { MyInterface } from './test2';4const mock = createMock<MyInterface>();5const hydratedMap = _getHydratedDeclarationKeyMap(mock);6console.log(hydratedMap);7export interface MyInterface {8  a: string;9  b: number;10  c: boolean;11}12Map(1) {13  'MyInterface' => Map(3) {14  }15}16import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';17import { createMock } from 'ts-auto-mock';18import { MyInterface } from './test2';19const mock = createMock(MyInterface);20const hydratedMap = _getHydratedDeclarationKeyMap(mock);21console.log(hydratedMap);22export interface MyInterface {23  a: string;24  b: number;25  c: boolean;26}27Map(1) {28  'MyInterface' => Map(3) {29  }30}31import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock/extension';32import { createMock } from 'ts-auto-mock';33import { MyInterface } from './test2';34const mock = createMock(MyInterface);35const hydratedMap = _getHydratedDeclarationKeyMap(mock);36console.log(hydratedMap);

Using AI Code Generation

1import { _getHydratedDeclarationKeyMap } from 'ts-auto-mock';2import { getDeclaration } from 'ts-auto-mock/extension';3const declaration = getDeclaration('test1.ts', 'MyInterface');4const declarationKeyMap = _getHydratedDeclarationKeyMap(declaration);5console.log(declarationKeyMap);6export interface MyInterface {7  myProperty: string;8}9{10  myProperty: {

Using AI Code Generation

1const { createMock } = require('ts-auto-mock');2const { _getHydratedDeclarationKeyMap } = require('ts-auto-mock/lib/utils');3const mock = createMock<MyInterface>();4const keys = _getHydratedDeclarationKeyMap(mock);5console.log(keys);6const { createMock } = require('ts-auto-mock');7const { _getHydratedDeclarationKeyMap } = require('ts-auto-mock/lib/utils');8const mock = createMock<MyInterface>();9const keys = _getHydratedDeclarationKeyMap(mock);10console.log(keys);11const { createMock } = require('ts-auto-mock');12const { _getHydratedDeclarationKeyMap } = require('ts-auto-mock/lib/utils');13const mock = createMock<MyInterface>();14const keys = _getHydratedDeclarationKeyMap(mock);15console.log(keys);16const { createMock } = require('ts-auto-mock');17const { _getHydratedDeclarationKeyMap } = require('ts-auto-mock/lib/utils');18const mock = createMock<MyInterface>();19const keys = _getHydratedDeclarationKeyMap(mock);20console.log(keys);21const { createMock } = require('ts-auto-mock');22const { _getHydratedDeclarationKey

Using AI Code Generation

1import { createMock } from 'ts-auto-mock';2import { Test1 } from './test2';3const mock = createMock<Test1>();4console.log(mock);5export interface Test1 {6  test1: string;7  test2: string;8}9export interface Test2 {10  test1: string;11  test2: string;12}13export interface Test3 {14  test1: string;15  test2: string;16}17export interface Test4 {18  test1: string;19  test2: string;20}21export interface Test5 {22  test1: string;23  test2: string;24}25export interface Test6 {26  test1: string;27  test2: string;28}29export interface Test7 {30  test1: string;31  test2: string;32}33export interface Test8 {34  test1: string;35  test2: string;36}37export interface Test9 {38  test1: string;39  test2: string;40}41export interface Test10 {42  test1: string;43  test2: string;44}45export interface Test11 {46  test1: string;47  test2: string;48}49export interface Test12 {50  test1: string;51  test2: string;52}53export interface Test13 {54  test1: string;55  test2: string;56}57export interface Test14 {58  test1: string;59  test2: string;60}61export interface Test15 {62  test1: string;63  test2: string;64}65export interface Test16 {66  test1: string;67  test2: string;68}69export interface Test17 {70  test1: string;71  test2: string;72}73export interface Test18 {74  test1: string;75  test2: string;76}77export interface Test19 {78  test1: string;79  test2: string;80}81export interface Test20 {82  test1: string;83  test2: string;84}85export interface Test21 {86  test1: string;87  test2: string;88}89export interface Test22 {90  test1: string;91  test2: string;92}93export interface Test23 {94  test1: string;95  test2: string;96}97export interface Test24 {98  test1: string;99  test2: string;100}101export interface Test25 {

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