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How to use createFunctionExpressionReturn method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

mockDefiner.ts

Source:mockDefiner.ts

...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,252      ModuleName.Repository253    );254    return createPropertyAccess(255      createPropertyAccess(repository, PrivateIdentifier('Repository')),256      createIdentifier('instance')257    );258  }259  private _getModuleIdentifier(260    fileName: string,261    module: ModuleName262  ): ts.Identifier {263    return this._moduleImportIdentifierPerFile.getModule(fileName, module);264  }265  private _getMockFactoryIdForTypeofEnum(266    declaration: ts.EnumDeclaration,267    scope: Scope268  ): string {269    const thisFileName: string = this._fileName;270    const cachedFactory: string | undefined =271      this._factoryCache.get(declaration);272    if (cachedFactory) {273      return cachedFactory;274    }275    const key: string = MockDefiner.instance.getDeclarationKeyMapBasedOnScope(276      declaration,277      scope278    );279    this._factoryCache.set(declaration, key);280    this._factoryRegistrationsPerFile[thisFileName] =281      this._factoryRegistrationsPerFile[thisFileName] || [];282    const factory: ts.Expression = GetTypeofEnumDescriptor(declaration);283    this._factoryRegistrationsPerFile[thisFileName].push({284      key: declaration,285      factory,286    });287    return key;288  }289  private _getMockFactoryIdForIntersections(290    declarations: ts.Declaration[],291    intersectionTypeNode: ts.IntersectionTypeNode,292    scope: Scope293  ): string {294    const thisFileName: string = this._fileName;295    if (this._factoryIntersectionCache.has(declarations)) {296      // eslint-disable-next-line297      return this._factoryIntersectionCache.get(declarations)!;298    }299    const key: string =300      this._factoryUniqueName.createForIntersection(declarations);301    this._factoryIntersectionCache.set(declarations, key);302    this._factoryIntersectionsRegistrationsPerFile[thisFileName] =303      this._factoryIntersectionsRegistrationsPerFile[thisFileName] || [];304    const descriptor: ts.Expression = GetProperties(305      intersectionTypeNode,306      Scope.fromScope(scope, key)307    );308    const mockGenericParameter: ts.ParameterDeclaration =309      this._getMockGenericParameter();310    const factory: ts.FunctionExpression = createFunctionExpressionReturn(311      descriptor,312      [mockGenericParameter]313    );314    this._factoryIntersectionsRegistrationsPerFile[thisFileName].push({315      keys: declarations,316      factory,317    });318    return key;319  }320  private _getImportsToAddInFile(sourceFile: ts.SourceFile): ts.Statement[] {321    if (this._moduleImportIdentifierPerFile.has(sourceFile.fileName)) {322      return this._moduleImportIdentifierPerFile.get(sourceFile.fileName);323    }324    return [];...

typeQuery.ts

Source:typeQuery.ts

...37): ts.Expression {38  const typeChecker: ts.TypeChecker = core.typeChecker;39  switch (declaration.kind) {40    case core.ts.SyntaxKind.ClassDeclaration:41      return createFunctionExpressionReturn(42        GetTypeReferenceDescriptor(43          createTypeReferenceNode(declaration.name as ts.Identifier),44          scope45        )46      );47    case core.ts.SyntaxKind.TypeAliasDeclaration:48    case core.ts.SyntaxKind.InterfaceDeclaration:49      return GetTypeReferenceDescriptor(50        createTypeReferenceNode(declaration.name as ts.Identifier),51        scope52      );53    // NamespaceImport, ImportEqualsDeclaration and ModuleDeclaration cannot be used in a typeof54    // but to test definitely typed this is the only way, eventually we should move this code in the definitely typed folder55    // and use it using an eventual extensibility opening of this transformer...

constructorType.ts

Source:constructorType.ts

...5export function GetConstructorTypeDescriptor(6  node: ts.ConstructorTypeNode,7  scope: Scope8): ts.Expression {9  return createFunctionExpressionReturn(GetDescriptor(node.type, scope));...

Using AI Code Generation

1import { createFunctionExpressionReturn } from 'ts-auto-mock';2const mockFunction = createFunctionExpressionReturn();3mockFunction();4mockFunction('hello');5mockFunction(2);6mockFunction(true);7mockFunction(() => 'hello');8mockFunction(() => 2);9mockFunction(() => true);10mockFunction(() => ({ a: 'hello' }));11mockFunction(() => ({ a: 2 }));12mockFunction(() => ({ a: true }));13mockFunction(() => ({ a: () => 'hello' }));14mockFunction(() => ({ a: () => 2 }));15mockFunction(() => ({ a: () => true }));16mockFunction(() => ({ a: () => ({ a: 'hello' }) }));17mockFunction(() => ({ a: () => ({ a: 2 }) }));18mockFunction(() => ({ a: () => ({ a: true }) }));19mockFunction(() => ({ a: () => ({ a: () => 'hello' }) }));20mockFunction(() => ({ a: () => ({ a: () => 2 }) }));

Using AI Code Generation

1import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';2import { FunctionExpression } from 'ts-auto-mock/extension';3import { createMock } from 'ts-auto-mock/extension';4import { createFunctionExpression } from 'ts-auto-mock/extension';5import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';6import { FunctionExpression } from 'ts-auto-mock/extension';7import { createMock } from 'ts-auto-mock/extension';8import { createFunctionExpression } from 'ts-auto-mock/extension';9import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';10import { FunctionExpression } from 'ts-auto-mock/extension';11import { createMock } from 'ts-auto-mock/extension';12import { createFunctionExpression } from 'ts-auto-mock/extension';13import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';14import { FunctionExpression } from 'ts-auto-mock/extension';15import { createMock } from 'ts-auto-mock/extension';16import { createFunctionExpression } from 'ts-auto-mock/extension';17import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';18import { FunctionExpression } from 'ts-auto-mock/extension';19import { createMock } from 'ts-auto-mock/extension';20import { createFunctionExpression } from 'ts-auto-mock/extension';21import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';22import { FunctionExpression } from 'ts-auto-mock/extension';23import { createMock } from 'ts-auto-mock/extension';24import { createFunctionExpression } from 'ts-auto-mock/extension';25import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';26import { FunctionExpression } from 'ts-auto-mock/extension';27import { createMock } from 'ts-auto-mock/extension';28import { createFunctionExpression } from 'ts-auto-mock/extension';29import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';30import { FunctionExpression } from 'ts-auto-mock/extension';31import { createMock } from 'ts-auto-mock/extension';32import { createFunctionExpression } from 'ts-auto-mock/extension';33import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';34import { FunctionExpression } from 'ts-auto-m

Using AI Code Generation

1import { createFunctionExpressionReturn } from 'ts-auto-mock';2import { FunctionExpressionReturn } from 'ts-auto-mock/extension';3const functionExpressionReturn: FunctionExpressionReturn = createFunctionExpressionReturn();4const functionExpression: ts.FunctionExpression = functionExpressionReturn.functionExpression;5const returnType: ts.TypeNode = functionExpressionReturn.returnType;6const functionDeclaration: ts.FunctionDeclaration = ts.createFunctionDeclaration(7    [ts.createToken(ts.SyntaxKind.ExportKeyword)],8);9const printer: ts.Printer = ts.createPrinter();10console.log(printer.printNode(ts.EmitHint.Unspecified, functionDeclaration, ts.createSourceFile('test2.ts', '', ts.ScriptTarget.Latest)));11export function myFunction() {12    return undefined;13}14export function myFunction() {15    return undefined;16}

Using AI Code Generation

1import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';2import { MyInterface } from './myinterface';3const myInterface: MyInterface = createFunctionExpressionReturn<MyInterface>();4console.log(myInterface);5import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';6import { MyInterface } from './myinterface';7const myInterface: MyInterface = createFunctionExpressionReturn<MyInterface>();8console.log(myInterface);9import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';10import { MyInterface } from './myinterface';11const myInterface: MyInterface = createFunctionExpressionReturn<MyInterface>();12console.log(myInterface);13import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';14import { MyInterface } from './myinterface';15const myInterface: MyInterface = createFunctionExpressionReturn<MyInterface>();16console.log(myInterface);17import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';18import { MyInterface } from './myinterface';19const myInterface: MyInterface = createFunctionExpressionReturn<MyInterface>();20console.log(myInterface);21import { createFunctionExpressionReturn } from 'ts-auto-mock/extension';22import { MyInterface } from './myinterface';23const myInterface: MyInterface = createFunctionExpressionReturn<MyInterface>();24console.log(myInterface);25import { createFunctionExpressionReturn

Using AI Code Generation

1const createFunctionExpressionReturn = require('ts-auto-mock/createFunctionExpressionReturn');2const { getMockName } = require('ts-auto-mock/extension');3const tsMock = require('ts-auto-mock/tsMock');4const ts = require('typescript');5const sourceFile = ts.createSourceFile(6  export function test(a: number, b: string): number {7    return 0;8  }9);10const mock = tsMock(sourceFile);11const mockName = getMockName(sourceFile, 'test');12const functionDeclaration = sourceFile.statements[0];13const functionExpression = functionDeclaration.getChildAt(2);14const functionExpressionReturn = createFunctionExpressionReturn(mock, functionExpression, mockName);15console.log(ts.createPrinter().printNode(ts.EmitHint.Unspecified, functionExpressionReturn, sourceFile));16const createFunctionExpressionReturn = require('ts-auto-mock/createFunctionExpressionReturn');17const { getMockName } = require('ts-auto-mock/extension');18const tsMock = require('ts-auto-mock/tsMock');19const ts = require('typescript');20const sourceFile = ts.createSourceFile(21  export function test(a: number, b: string): number {22    return 0;23  }24);25const mock = tsMock(sourceFile);26const mockName = getMockName(sourceFile, 'test');27const functionDeclaration = sourceFile.statements[0];28const functionExpression = functionDeclaration.getChildAt(2);29const functionExpressionReturn = createFunctionExpressionReturn(mock, functionExpression, mockName);30console.log(ts.createPrinter().printNode(ts.EmitHint.Unspecified, functionExpressionReturn, sourceFile));31const createFunctionExpressionReturn = require('ts-auto-mock/createFunctionExpressionReturn');32const { getMockName } =

Using AI Code Generation

1import { createFunctionExpressionReturn } from 'ts-auto-mock';2export function test1() {3  const func = createFunctionExpressionReturn('() => 2 + 2');4  console.log(func());5}6import { createFunctionExpressionReturn } from 'ts-auto-mock';7export function test2() {8  const func = createFunctionExpressionReturn('() => 1 + 1');9  console.log(func());10}11import { createFunctionExpressionReturn } from 'ts-auto-mock';12export function test3() {13  const func = createFunctionExpressionReturn('() => 3 + 3');14  console.log(func());15}16import { createFunctionExpressionReturn } from 'ts-auto-mock';17export function test4() {18  const func = createFunctionExpressionReturn('() => 4 + 4');19  console.log(func());20}21import { createFunctionExpressionReturn } from 'ts-auto-mock';22export function test5() {23  const func = createFunctionExpressionReturn('() => 5 + 5');24  console.log(func());25}26import { createFunctionExpressionReturn } from 'ts-auto-mock';27export function test6() {28  const func = createFunctionExpressionReturn('() => 6 + 6');29  console.log(func());30}31import { createFunctionExpressionReturn } from 'ts-auto-mock';32export function test7() {33  const func = createFunctionExpressionReturn('() => 7 + 7');34  console.log(func());35}36import { createFunctionExpressionReturn } from 'ts-auto-mock';37export function test8() {38  const func = createFunctionExpressionReturn('() => 8 + 8');39  console.log(func());40}

Using AI Code Generation

1import {createFunctionExpressionReturn} from 'ts-auto-mock';2export function test1() {3  const returnData = createFunctionExpressionReturn({4    type: '() => string',5  });6  return returnData;7}8import {createFunctionExpressionReturn} from 'ts-auto-mock';9export function test2() {10  const returnData = createFunctionExpressionReturn({11    type: '() => string',12  });13  return returnData;14}15import {createFunctionExpressionReturn} from 'ts-auto-mock';16export function test3() {17  const returnData = createFunctionExpressionReturn({18    type: '() => string',19  });20  return returnData;21}22import {createFunctionExpressionReturn} from 'ts-auto-mock';23export function test4() {24  const returnData = createFunctionExpressionReturn({25    type: '() => string',26  });27  return returnData;28}29import {createFunctionExpressionReturn} from 'ts-auto-mock';30export function test5() {31  const returnData = createFunctionExpressionReturn({32    type: '() => string',33  });34  return returnData;35}36import {createFunctionExpressionReturn} from 'ts-auto-mock';37export function test6() {

Using AI Code Generation

1import { createFunctionExpressionReturn } from 'ts-auto-mock';2const mock = createFunctionExpressionReturn('functionName', 'functionBody');3const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType');4const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType');5const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments');6const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments', 'functionGeneric');7const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments', 'functionGeneric', 'functionModifier');8const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments', 'functionGeneric', 'functionModifier', 'functionAsync');9const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments', 'functionGeneric', 'functionModifier', 'functionAsync', 'functionOptional');10const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments', 'functionGeneric', 'functionModifier', 'functionAsync', 'functionOptional', 'functionQuestion');11const mock = createFunctionExpressionReturn('functionName', 'functionBody', 'returnType', 'functionType', 'functionArguments', 'functionGeneric', 'functionModifier', 'functionAsync', 'functionOptional', 'functionQuestion', 'functionDefault');

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