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How to use mockDef method in ng-mocks

Best JavaScript code snippet using ng-mocks

definition.test.ts

Source:definition.test.ts

1import pth from 'path';2import fse from 'fs-extra';3import globby from 'globby';4import { pathsDefs, defsFileCount, outputInheritedDefs } from './utils.test';5import { ExtractorEventEmitter, ExtractorEventListener } from './extractor-event-emitter';6import { parseXML, saveXML } from './xml';7import { DefsElementMap, DefinitionExtractor } from './definition';8import { cloneObject } from './object';9describe('definition', () => {10  const emitter = new ExtractorEventEmitter();11  const definitionExtractor = new DefinitionExtractor(emitter);12  let defMaps: DefsElementMap[];13  beforeAll(async () => {14    defMaps = await Promise.all(pathsDefs.map(path => definitionExtractor.load(path)));15  });16  test('load', async () => {17    expect(Object.keys(defMaps[0]).length).toBe(defsFileCount);18  });19  test('resolveInheritance', async () => {20    // core21    definitionExtractor.resolveInheritance(defMaps);22    const core = defMaps[0];23    await fse.remove(outputInheritedDefs);24    for (const [path, root] of Object.entries(core)) {25      await saveXML(pth.join(outputInheritedDefs, path), root, false);26    }27    expect(Object.keys(core).length).toBe(defsFileCount);28  });29  test('resolveInheritance arguments error', async () => {30    // arguments error31    try {32      await definitionExtractor.resolveInheritance([]);33    } catch (error) {34      expect(error).toBeTruthy();35    }36  });37  test('resolveInheritance parent not found', async () => {38    // parent not found39    let errorEmitted = false;40    let listener: ExtractorEventListener<string> = (event, error) => {41      expect(event).toBe('error');42      errorEmitted = true;43      expect(error.includes('not found')).toBe(true);44      expect(error.includes('MockDef')).toBe(true);45      expect(error.includes('undefined')).toBe(true);46      expect(error.includes('MockX')).toBe(true);47    };48    emitter.addListener('error', listener);49    await definitionExtractor.resolveInheritance([50      {51        'test.xml': parseXML(`52        <Defs>53          <MockDef ParentName="MockX"></MockDef>54        </Defs>`),55      },56    ]);57    emitter.removeListener('error', listener);58    listener = (event, error) => {59      expect(error.includes('MockDefABC'));60    };61    await definitionExtractor.resolveInheritance([62      {63        'test.xml': parseXML(`64        <Defs>65          <MockDef ParentName="MockX">66            <defName>MockDefABC</defName>67          </MockDef>68        </Defs>`),69      },70    ]);71    emitter.removeListener('error', listener);72    expect(errorEmitted).toBe(true);73  });74  test('resolveInheritanceNodeRecursively & resolveXmlNodeFor', async () => {75    const root = parseXML(`76    <Defs>77      <MockDef Name="Mock0">78        <Some>79          <A></A>80          <B></B>81        </Some>82      </MockDef>83      <MockDef ParentName="Mock0">84        <Some>C</Some>85      </MockDef>86    </Defs>`);87    const {88      elements: [mock0, mock1],89    } = root;90    await expect(() =>91      definitionExtractor.resolveInheritanceNodeRecursively({92        root,93        def: mock1,94        resolvedDef: mock1,95        parent: {96          root,97          def: mock0,98          resolvedDef: mock0,99          children: [],100        },101        children: [],102      }),103    ).toThrowError(/cyclic/);104    await expect(() =>105      definitionExtractor.resolveXmlNodeFor({106        root,107        def: mock1,108        parent: {109          root,110          def: mock0,111          children: [],112        },113        children: [],114      }),115    ).toThrowError(/not been resolved yet/);116  });117  test('recursiveNodeCopyOverwriteElements', () => {118    const root = parseXML(`119    <Defs>120      <MockDef Name="Mock0">121        <Some>122          <A></A>123          <B></B>124        </Some>125      </MockDef>126      <MockDef ParentName="Mock0">127        <Some>128          <C></C>129        </Some>130      </MockDef>131      <MockDef2>132        <Some></Some>133      </MockDef2>134      <MockDef3>X</MockDef3>135    </Defs>136    `);137    const {138      elements: [mock0, mock1, mock2, mock3],139    } = root;140    const child = cloneObject(mock1);141    const current = cloneObject(mock0);142    definitionExtractor.recursiveNodeCopyOverwriteElements(child, current);143    expect(current.elements[0].elements.length).toBe(3);144    definitionExtractor.recursiveNodeCopyOverwriteElements(mock3, mock2);145  });...

xml.test.ts

Source:xml.test.ts

1import pth from 'path';2import fse from 'fs-extra';3import globby from 'globby';4import { pathCore, pathTestMods, resolvePath, TEMP } from './utils.test';5import {6  loadXML,7  parseXML,8  defaultXmlPrettierOptions,9  resolveXmlPrettierOptions,10  saveXML,11} from './xml';12describe('xml', () => {13  test('load', async () => {14    const ids = await globby(['*'], { cwd: pathTestMods, onlyDirectories: true });15    await Promise.all(16      ids.slice(0, 10).map(async id => {17        const pathDefs = pth.join(pathTestMods, id, 'Defs');18        if (await fse.pathExists(pathDefs)) {19          const defFiles = await globby(['**/*.xml'], {20            cwd: pathDefs,21            caseSensitiveMatch: false,22            onlyFiles: true,23          });24          Promise.all(25            defFiles.map(async file => {26              const root = await loadXML(pth.join(pathDefs, file));27              expect(root.nodeType).toBe('element');28            }),29          );30        }31      }),32    );33  });34  test('parse', () => {35    const rootData = parseXML(`36    <Defs>37      <!---->38      <MockDef Name="MockBase"><defName>Mock_0</defName></MockDef>39      <MockDef ParentName="MockBase">40        <defName>Mock_1</defName>41      </MockDef>42      <MockDef disabled="">43        <defName></defName>44      </MockDef>45      <![CDATA[]]>46    </Defs>47    `);48    expect(rootData.childNodes.length).toBe(10);49    expect(rootData.elements.length).toBe(3);50    expect(rootData.elements[0].attributes.Name).toBe('MockBase');51    expect(rootData.elements[0].childNodes.length).toBe(1);52    expect(rootData.elements[1].attributes.ParentName).toBe('MockBase');53    expect(rootData.elements[1].childNodes.length).toBe(3);54  });55  test('prettier options', () => {56    {57      const { resolvedOptions } = resolveXmlPrettierOptions();58      expect(resolvedOptions).toEqual(defaultXmlPrettierOptions());59    }60    {61      const { tab, indent, eol, newline } = resolveXmlPrettierOptions();62      expect(tab).toBe('  ');63      expect(indent.value).toBe('  ');64      expect(eol).toBe('\n');65      expect(newline.value).toBe('\n');66    }67    {68      const { tab, indent } = resolveXmlPrettierOptions({69        tabWidth: 3,70      });71      expect(tab).toBe('   ');72      expect(indent.value).toBe('   ');73    }74    {75      const { tab, indent } = resolveXmlPrettierOptions({76        tabWidth: 4,77      });78      expect(tab).toBe('    ');79      expect(indent.value).toBe('    ');80    }81    {82      const { tab, indent } = resolveXmlPrettierOptions({83        tabWidth: 4,84        useTabs: true,85      });86      expect(tab).toBe('\t');87      expect(indent.value).toBe('\t');88    }89    {90      const { eol, newline } = resolveXmlPrettierOptions({91        endOfLine: 'cr',92      });93      expect(eol).toBe('\r');94      expect(newline.value).toBe('\r');95    }96    {97      const { eol, newline } = resolveXmlPrettierOptions({98        endOfLine: 'crlf',99      });100      expect(eol).toBe('\r\n');101      expect(newline.value).toBe('\r\n');102    }103    {104      const { eol, newline } = resolveXmlPrettierOptions({105        endOfLine: 'lf',106      });107      expect(eol).toBe('\n');108      expect(newline.value).toBe('\n');109    }110  });111  test('save', async () => {112    const rootData = parseXML(`113    <Defs>114    <!---->115      <MockDef Name="MockBase"><defName>Mock_0</defName></MockDef>116      <MockDef ParentName="MockBase">117        <defName>Mock_1</defName>118      </MockDef>119      <MockDef disabled="">120        <defName></defName>121      </MockDef>122    </Defs>123    `);124    await Promise.all([125      saveXML(resolvePath(TEMP, 'xml', '0.xml'), rootData, false),126      saveXML(resolvePath(TEMP, 'xml', '1.xml'), rootData, true),127      saveXML(resolvePath(TEMP, 'xml', '2.xml'), rootData, true, {128        printWidth: 120,129      }),130      saveXML(resolvePath(TEMP, 'xml', '3.xml'), rootData, true, {131        tabWidth: 4,132        endOfLine: 'cr',133      }),134      saveXML(resolvePath(TEMP, 'xml', '4.xml'), rootData, true, {135        useTabs: true,136        endOfLine: 'crlf',137      }),138    ]);139  });...

ClassGenerator.ts

Source:ClassGenerator.ts

1/**2 * Copyright (c) Samsung, Inc. and its affiliates.3 *4 * This source code is licensed under the MIT license found in the5 * LICENSE file in the root directory of this source tree.6 */7import stringify from "json-stable-stringify";8import path from "path";9import { SourceFile } from "ts-simple-ast";10import { IClassSnapData, IClassSnapshot, ISnapshot } from "../contracts";11import { ClassSnapshotTag } from "../matchers/ClassMockMatcher";12import { MockGenerator } from "./base";13export class ClassGenerator extends MockGenerator {14  private mockDef: any = {};15  generate(16    getFile: (fileName: string) => SourceFile,17    allSnapshots: ISnapshot[]18  ) {19    const snapshots = allSnapshots.filter(snap =>20      snap.key.includes(ClassSnapshotTag)21    ) as IClassSnapshot[];22    snapshots.forEach(snap =>23      this.parseSingleMock(snap.data, snap.packageName)24    );25    const classNames = Object.keys(this.mockDef);26    classNames.forEach(className => {27      const mockClassName = this.getMockClassName(className);28      const myClassFile = getFile(`${className}.ts`);29      const classDeclaration = myClassFile.addClass({30        name: mockClassName31      });32      classDeclaration.setIsExported(true);33      const methods = this.mockDef[className];34      const methodNames = Object.keys(methods);35      methodNames.forEach(methodName => {36        const mocks = methods[methodName];37        const mockNames = Object.keys(mocks);38        const mockTypes = mockNames.map(value => {39          return `"${value}"`;40        });41        const types = mockTypes.join(" | ");42        const method = classDeclaration.addMethod({43          isStatic: true,44          parameters: [{ name: "mock", type: types }],45          name: methodName,46          returnType: "any"47        });48        method.setBodyText(writer =>49          writer.write("switch (mock)").block(() => {50            mockNames.forEach(mockName => {51              writer.write(`case "${mockName}":`).indentBlock(() => {52                writer.write(53                  `return ${stringify(mocks[mockName], { space: "  " })}`54                );55              });56            });57            writer.write(`default:`).indentBlock(() => {58              writer.write(`throw Error("Unknown mock: "+mock);`);59            });60          })61        );62      });63    });64  }65  private parseSingleMock(66    snapshot: IClassSnapData,67    packageName?: string68  ): void {69    const fullClassName = this.getFullClassName(70      snapshot.className,71      packageName72    );73    let classDef = this.mockDef[fullClassName];74    if (!classDef) {75      classDef = {};76      this.mockDef[fullClassName] = classDef;77    }78    let methodDef = classDef[snapshot.methodName];79    if (!methodDef) {80      methodDef = {};81      classDef[snapshot.methodName] = methodDef;82    }83    const mockName = methodDef[snapshot.mockName];84    if (!mockName) {85      methodDef[snapshot.mockName] = snapshot.mock;86    } else {87      throw Error(88        `Duplicate mock name on class: ${fullClassName} for method ` +89          snapshot.methodName +90          ": " +91          snapshot.mockName92      );93    }94  }95  private getFullClassName(className: string, packageName?: string): string {96    return packageName ? path.join(packageName, className) : className;97  }98  private getMockClassName(fullClassName: string): string {99    return `${path.basename(fullClassName)}Mocks`;100  }...

Using AI Code Generation

1import { mockDef } from 'ng-mocks';2import { MyComponent } from './my.component';3describe('MyComponent', () => {4  it('should create', () => {5    const fixture = mockDef(MyComponent);6    expect(fixture).toBeTruthy();7  });8});

Using AI Code Generation

1import { mockDef } from 'ng-mocks';2import { componentDef } from 'ng-mocks';3import { mockProvider } from 'ng-mocks';4import { mockPipe } from 'ng-mocks';5import { mockDirective } from 'ng-mocks';6import { mockComponent } from 'ng-mocks';7import { mockModule } from 'ng-mocks';8import { mockRender } from 'ng-mocks';9import { mockInstance } from 'ng-mocks';10import { mockProvider } from 'ng-mocks';11import { mockPipe } from 'ng-mocks';12import { mockDirective } from 'ng-mocks';13import { mockComponent } from 'ng-mocks';14import { mockModule } from 'ng-mocks';15import { mockRender } from 'ng-mocks';16import { mockInstance } from 'ng-mocks';17import { mockProvider } from 'ng-mocks';18import { mockPipe } from 'ng-mocks';19import { mockDirective } from 'ng-mocks';20import { mockComponent } from 'ng-mocks';21import { mockModule } from 'ng-mocks';22import { mockRender } from 'ng-mocks';

Using AI Code Generation

1import { mockDef } from 'ng-mocks';2import { mockDef } from 'ng-mocks';3describe('TestComponent', () => {4  let component: TestComponent;5  let fixture: ComponentFixture<TestComponent>;6  beforeEach(async(() => {7    TestBed.configureTestingModule({8    })9    .compileComponents();10  }));11  beforeEach(() => {12    fixture = TestBed.createComponent(TestComponent);13    component = fixture.componentInstance;14    fixture.detectChanges();15  });16  it('should create', () => {17    expect(component).toBeTruthy();18  });19});20import { Component, OnInit } from '@angular/core';21@Component({22})23export class TestComponent implements OnInit {24  constructor() { }25  ngOnInit() {26  }27}

Using AI Code Generation

1import { mockDef } from 'ng-mocks';2describe('TestComponent', () => {3  it('should create', () => {4    const component = mockDef(TestComponent);5    expect(component).toBeTruthy();6  });7});8import { mockDef } from 'ng-mocks';9describe('TestComponent', () => {10  it('should create', () => {11    const component = mockDef(TestComponent);12    expect(component).toBeTruthy();13  });14});15<ng-container *ngIf="mockDef(TestComponent); else elseBlock">16<ng-container *ngIf="mockDef(TestComponent); else elseBlock">17<ng-container *ngIf="mockDef(TestComponent); else elseBlock">18<ng-container *ngIf="mockDef(TestComponent); else elseBlock">19<ng-container *ngIf="mockDef(TestComponent); else elseBlock">

Using AI Code Generation

1import { mockDef } from 'ng-mocks';2@Component({3  template: `Hello {{name}}`4})5class HelloComponent {6  @Input() public name: string;7}8describe('HelloComponent', () => {9  let fixture: ComponentFixture<HelloComponent>;10  let component: HelloComponent;11  beforeEach(() => {12    fixture = mockDef(HelloComponent);13    component = fixture.componentInstance;14  });15  it('should render', () => {16    component.name = 'Test';17    fixture.detectChanges();18    expect(fixture.nativeElement.innerHTML).toEqual('Hello Test');19  });20});21import { ngMocks } from 'ng-mocks';22import { HelloComponent } from './hello.component';23describe('HelloComponent', () => {24  let fixture: ComponentFixture<HelloComponent>;25  let component: HelloComponent;26  beforeEach(() => {27    fixture = ngMocks.guts(HelloComponent);28    component = fixture.componentInstance;29  });30  it('should render', () => {31    component.name = 'Test';32    fixture.detectChanges();33    expect(fixture.nativeElement.innerHTML).toEqual('Hello Test');34  });35});36import { mockDef } from 'ng-mocks';37@Component({38  template: `Hello {{name}}`39})40class HelloComponent {41  @Input() public name: string;42}43describe('HelloComponent', () => {44  let fixture: ComponentFixture<HelloComponent>;45  let component: HelloComponent;46  beforeEach(() => {47    fixture = mockDef(HelloComponent);48    component = fixture.componentInstance;49  });50  it('should render', () => {51    component.name = 'Test';52    fixture.detectChanges();53    expect(fixture.nativeElement.innerHTML).toEqual('Hello Test');54  });55});56import { ngMocks } from 'ng-mocks';57import { HelloComponent } from './hello.component';58describe('HelloComponent', () => {59  let fixture: ComponentFixture<HelloComponent>;60  let component: HelloComponent;61  beforeEach(() => {62    fixture = ngMocks.guts(HelloComponent);63    component = fixture.componentInstance;64  });65  it('should render', ()

Using AI Code Generation

1describe('Test', () => {2  beforeEach(() => {3    TestBed.configureTestingModule({4      imports: [HttpClientTestingModule],5        {6          useValue: {7            get: () => {8              return of({data: {foo: 'bar'}});9            },10          },11        },12    });13  });14  it('should call mockDef', () => {15    const mockDef = TestBed.get('mockDef');16    const spy = spyOn(mockDef, 'get').and.callThrough();17    mockDef.get();18    expect(spy).toHaveBeenCalled();19  });20});

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