How to use GetModuleDescriptor method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

modules.js

Source:modules.js

1/*exported modulesCreator */2function modulesCreator(partAccess, eventBus, loadedModules, settings) {3   'use strict';4  var availableModuleDescriptors = {},5      calledPostConstructs = [];6  return {7    provisionModule: initializeModules,8    unloadModules: unloadModules,9    provisionFinished: callPostConstructs,10    addModuleDescriptor: addModuleDescriptor,11    getModuleDescriptor: getModuleDescriptor12  };13  /////////////////////////////////////////////////////////////////////////14   function addModuleDescriptor(moduleDescriptor) {15      availableModuleDescriptors[moduleDescriptor.name] = moduleDescriptor;16   }17   function initializeModules(element) {18      var moduleNames = element.getAttribute(settings.attribute),19         moduleNamesArray = moduleNames.split(',');20      each(moduleNamesArray, function (moduleName) {21         moduleName = trim(moduleName);22         initializeModule(element, moduleName);23      });24   }25   function initializeModule(element, moduleName) {26      var moduleDescriptor,27         foundDependencies;28      //check if module to be loaded is registered29      if (availableModuleDescriptors.hasOwnProperty(moduleName)) {30         moduleDescriptor = availableModuleDescriptors[moduleName];31         foundDependencies = partAccess.getParts(moduleDescriptor.dependencies);32         buildModule(element, moduleDescriptor, foundDependencies);33      } else {34         throw new Error('Module [' + moduleName + '] not created but found in dom');35      }36   }37   function buildModule(element, moduleDescriptor, foundDependencies) {38      var args = foundDependencies,39         moduleName = moduleDescriptor.name,40         actualSelector = settings.getModuleSettingsSelector(moduleName),41         domSettings = getDOMSettings(element, actualSelector, moduleDescriptor.name),42         mergedSettings = {},43         createdModule;44      if (moduleDescriptor.settings !== undefined || domSettings !== undefined) {45         //override module settings with found dom settings into new object46         merge(mergedSettings, moduleDescriptor.settings, domSettings);47         args.unshift(mergedSettings);48      }49      //make moduleDomElement first arguments50      args.unshift(element);51      //create Module52      createdModule = moduleDescriptor.creator.apply(moduleDescriptor, args);53      if (createdModule !== undefined) {54         loadedModules.add(element, createdModule);55         //add module to eventBus56         eventBus.add(createdModule);57      }58   }59   function callPostConstructs() {60      each(loadedModules, function (module) {61         callPostConstruct(module);62      });63   }64   function callPostConstruct(module) {65      var postConstruct = module.postConstruct;66      if (typeof postConstruct === 'function') {67         if (!contains(calledPostConstructs, postConstruct)) {68            postConstruct();69            calledPostConstructs.push(postConstruct);70         }71      }72   }73   function unloadModules(element) {74      var modulesToUnload = loadedModules.get(element);75      each(modulesToUnload, function (module) {76         if (typeof module.preDestruct === 'function') {77            module.preDestruct();78         }79      });80      each(modulesToUnload, function (module) {81         eventBus.remove(module);82      });83      loadedModules.remove(element);84   }85   function getModuleDescriptor(moduleName) {86      var descriptor = availableModuleDescriptors[moduleName];87      if(!descriptor) {88        throw new Error('tried to load ' + moduleName + ' module descriptor, but was not registered');89      }90      return descriptor;91   }...

metadata_test.ts

Source:metadata_test.ts

1import "xpr/reflect";2import { assertEquals } from "xpr/testing/mod.ts";3import { getCtr, getInjectable, getModuleDescriptor, getParams, Scopes } from "./metadata.ts";4import { Inject, Injectable, Module } from "./decorators.ts";5Deno.test("should return default module descriptor", () => {6  const descriptor = { imports: [], providers: [], exports: [] };7  @Module()8  class ModuleTest {9  }10  assertEquals(getModuleDescriptor(ModuleTest), descriptor);11});12Deno.test("should return given module descriptor", () => {13  const descriptor = { imports: [Date], providers: [Date], exports: [Date] };14  @Module(descriptor)15  class ModuleTest {16  }17  assertEquals(getModuleDescriptor(ModuleTest), descriptor);18});19Deno.test("should return default injectable", () => {20  @Injectable()21  class InjectableTest {22  }23  const expected = { scope: Scopes.Default, token: InjectableTest, useType: InjectableTest };24  assertEquals(getInjectable(InjectableTest), expected);25});26Deno.test("should return given injectable", () => {27  @Injectable({ scope: Scopes.Module })28  class InjectableTest {29  }30  const expected = { scope: Scopes.Module, token: InjectableTest, useType: InjectableTest };31  assertEquals(getInjectable(InjectableTest), expected);32});33Deno.test("should return ctr params", () => {34  @Injectable()35  class InjectableTest {36    constructor(_n: number, _s: string) {37    }38  }39  const expected = [Number, String];40  assertEquals(getCtr(InjectableTest), expected);41});42Deno.test("should return empty ctr params", () => {43  @Injectable()44  class InjectableTest {45    constructor() {46    }47  }48  assertEquals(getCtr(InjectableTest), []);49});50Deno.test("should return injected params 0", () => {51  @Injectable()52  class InjectableTest {53    constructor(@Inject("number") _n: number, _s: string) {54    }55  }56  const expected = [{ index: 0, value: "number" }];57  assertEquals(getParams(InjectableTest), expected);58});59Deno.test("should return injected params 1", () => {60  @Injectable()61  class InjectableTest {62    constructor(_n: number, @Inject("string") _s: string) {63    }64  }65  const expected = [{ index: 1, value: "string" }];66  assertEquals(getParams(InjectableTest), expected);...

moduleSystem.js

Source:moduleSystem.js

1mom = (function () {2   'use strict';3   return newInstance();4   ///////////////////////////////////////////////////////////////////////////////////////////5   function newInstance() {6      var settings = settingsCreator(),7          parts = partsCreator(settings),8          eventBus = eventBusCreator(),9          loadedModules = loadedModulesContainerCreator(settings),10          modules = modulesCreator(parts, eventBus, loadedModules, settings),11          partBuilder = partBuilderCreator(parts, settings),12          moduleBuilder = moduleBuilderCreator(modules),13          domEventListener = domEventListenerCreator(settings, modules, parts),14          moduleLoader = moduleLoaderCreator(modules, parts, domEventListener, settings);15      partBuilder('event-bus')16         .returns(eventBus);17      return merge({18        createPart: partBuilder,19        createModule: moduleBuilder,20        provisionDomElement: modules.provisionModule,21        initModulePage: initModulePageInterceptor,22        newInstance: newInstance,23        dispose: dispose,24        getPart: parts.provisionPart,25        getPartDescriptor: parts.getPartDescriptor,26        getModuleDescriptor: modules.getModuleDescriptor27      }, constants);28      ////////////////////////////////////////////////////////////////////////////////////////29      function initModulePageInterceptor(newSettings) {30         if (newSettings !== undefined) {31            settings.mergeWith(newSettings);32         }33         moduleLoader.initModulePage();34      }35      function dispose() {36         if (domEventListener !== undefined) {37            domEventListener.unregisterToEvents();38         }39         eventBus.reset();40      }41   }...

Using AI Code Generation

1import { GetModuleDescriptor } from 'ts-auto-mock';2import { mock } from 'ts-auto-mock';3import { createMock } from 'ts-auto-mock';4import { createMockInstance } from 'ts-auto-mock';5import { createMockImplementation } from 'ts-auto-mock';6import { createMockImplementationInstance } from 'ts-auto-mock';7import { createMockImplementationClass } from 'ts-auto-mock';8import { createMockImplementationStaticClass } from 'ts-auto-mock';9import { createMockStaticClass } from 'ts-auto-mock';10import { createMockClass } from 'ts-auto-mock';11import { createMockInterface } from 'ts-auto-mock';12import { createMockInterfaceInstance } from 'ts-auto-mock';13import { createMockInterfaceStaticClass } from 'ts-auto-mock';14import { createMockInterfaceClass } from 'ts-auto-mock';15import { createMockInterfaceImplementation } from 'ts-auto-mock';16import { createMockInterfaceImplementationInstance } from 'ts-auto-mock';17import { createMockInterfaceImplementationStaticClass } from 'ts-auto-mock';18import { createMockInterfaceImplementationClass } from 'ts-auto-m

Using AI Code Generation

1import {GetModuleDescriptor} from 'ts-auto-mock';2import {Test2} from './test2';3const moduleDescriptor = GetModuleDescriptor(Test2);4console.log(moduleDescriptor);5export class Test2 {6    public test2: string;7}8export declare class Test2 {9    test2: string;10}11{ name: 'Test2', properties: [ { name: 'test2', type: 'string' } ] }12{ mockType: MockType.All }13import {GetModuleDescriptor, GetMock} from 'ts-auto-mock';14import {Test2} from './test2';15const moduleDescriptor = GetModuleDescriptor(Test2);16const mock = GetMock(moduleDescriptor);17console.log(mock);18export class Test2 {19    public test2: string;20}21export declare class Test2 {22    test2: string;23}24{ test2: 'test' }

Using AI Code Generation

1import { GetModuleDescriptor } from 'ts-auto-mock';2import { Test2 } from './test2';3export const test1Module = GetModuleDescriptor({4    imports: [Test2],5});6import { GetModuleDescriptor } from 'ts-auto-mock';7import { Test3 } from './test3';8export const test2Module = GetModuleDescriptor({9    imports: [Test3],10});11import { GetModuleDescriptor } from 'ts-auto-mock';12import { Test4 } from './test4';13export const test3Module = GetModuleDescriptor({14    imports: [Test4],15});16import { GetModuleDescriptor } from 'ts-auto-mock';17import { Test5 } from './test5';18export const test4Module = GetModuleDescriptor({19    imports: [Test5],20});21import { GetModuleDescriptor } from 'ts-auto-mock';22import { Test6 } from './test6';23export const test5Module = GetModuleDescriptor({24    imports: [Test6],25});26import { GetModuleDescriptor } from 'ts-auto-mock';27import { Test7 } from './test7';28export const test6Module = GetModuleDescriptor({29    imports: [Test7],30});31import { GetModuleDescriptor } from 'ts-auto-mock';32import { Test8 } from './test8';

Using AI Code Generation

1import { GetModuleDescriptor } from 'ts-auto-mock';2import { Example } from './example';3const example: Example = GetModuleDescriptor(Example);4console.log(example);5export class Example {6    public myFunction(): string {7        return 'hello';8    }9}10{11}

Using AI Code Generation

1import { GetModuleDescriptor } from 'ts-auto-mock';2const example: Example = GetModuleDescriptor(Example);3console.log(example);4export class Example {5    public myFunction(): string {6        return 'hello';7    }8}9{10}

Using AI Code Generation

1import { GetModuleDescriptor } from 'ts-auto-mock';2import { MyModule } from './MyModule';3const moduleDescriptor = GetModuleDescriptor(MyModule);4const mock = moduleDescriptor.getMock();5expect(mock).toBeDefined();6expect(mock).not.toBeNull();7expect(mock).not.toBeUndefined();8expect(mock.myMethod()).toEqual('myValue');9import { Verify } from 'ts-auto-mock';10Verify(mock.myMethod()).called();

Using AI Code Generation

1import { GetModuleDescriptor } from 'ts-auto-mock';2const moduleDescriptor = GetModuleDescriptor({3  imports: ['import1', 'import2'],4});5{6  imports: ['import1', 'import2'],7}8import { GetModuleDescriptor } from 'ts-auto-mock';9const moduleDescriptor = GetModuleDescriptor({10  imports: ['import1', 'import2'],11});12{13  imports: ['import1', 'import2'],14}15import { GetModuleDescriptor } from 'ts-auto-mock';16const moduleDescriptor = GetModuleDescriptor({17  imports: ['import1', 'import2'],18});19{20  imports: ['import1', 'import2'],21}22import { GetModuleDescriptor } from 'ts-auto-mock';23const moduleDescriptor = GetModuleDescriptor({24  imports: ['import1', '

Using AI Code Generation

1import { GetModuleDescriptor } from "ts-auto-mock/extension";2const moduleDescriptor = GetModuleDescriptor("test2");3console.log("ModuleDescriptor", moduleDescriptor);4export interface ITest {5    name: string;6}7export class Test {8    public test(): ITest {9        return {10        };11    }12}13ModuleDescriptor {14}15ModuleDescriptor {16    {17    },18    {19    }20}

Using AI Code Generation

1import * as tsAutoMock from 'ts-auto-mock';2import { GetModuleDescriptor, GetMock } from 'ts-auto-mock/extension';3import { TestModule } from './testModule';4const moduleDescriptor = GetModuleDescriptor(TtModule);5cost mock = GetMock(mouleDescriptor);6console.log(mock.testFnc('test'));

Using AI Code Generation

1import * as tsAutoMock from 'ts-auto-mock';2import { GetModuleDescriptor, GetMock } from 'ts-auto-mock/extension';3import { TestModule } from './testModule';4const moduleDescriptor = GetModuleDescriptor(TestModule);5const mock = GetMock(moduleDescriptor);6console.log(mock.testFunc('test'));

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