This introduces the `BrowserModule` to be used for long form bootstrap and offline compile bootstrap: ``` @AppModule({ modules: [BrowserModule], precompile: [MainComponent], providers: […], // additional providers directives: […], // additional platform directives pipes: […] // additional platform pipes }) class MyModule { constructor(appRef: ApplicationRef) { appRef.bootstrap(MainComponent); } } // offline compile import {bootstrapModuleFactory} from ‘@angular/platform-browser’; bootstrapModuleFactory(MyModuleNgFactory); // runtime compile long form import {bootstrapModule} from ‘@angular/platform-browser-dynamic’; bootstrapModule(MyModule); ``` The short form, `bootstrap(...)`, can now creates a module on the fly, given `directives`, `pipes, `providers`, `precompile` and `modules` properties. Related changes: - make `SanitizationService`, `SecurityContext` public in `@angular/core` so that the offline compiler can resolve the token - move `AnimationDriver` to `platform-browser` and make it public so that the offline compiler can resolve the token BREAKING CHANGES: - short form bootstrap does no longer allow to inject compiler internals (i.e. everything from `@angular/compiler). Inject `Compiler` instead. To provide custom providers for the compiler, create a custom compiler via `browserCompiler({providers: [...]})` and pass that into the `bootstrap` method.
72 lines
2.5 KiB
TypeScript
72 lines
2.5 KiB
TypeScript
/**
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* @license
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* Copyright Google Inc. All Rights Reserved.
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*
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* Use of this source code is governed by an MIT-style license that can be
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* found in the LICENSE file at https://angular.io/license
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*/
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import './init';
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import {DebugElement} from '@angular/core';
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import {AnimateCmp} from '../src/animate';
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import {createComponent} from './util';
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describe('template codegen output', () => {
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function findTargetElement(elm: DebugElement): DebugElement {
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// the open-close-container is a child of the main container
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// if the template changes then please update the location below
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return elm.children[4];
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}
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it('should apply the animate states to the element', (done) => {
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const compFixture = createComponent(AnimateCmp);
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var debugElement = compFixture.debugElement;
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var targetDebugElement = findTargetElement(<DebugElement>debugElement);
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compFixture.componentInstance.setAsOpen();
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compFixture.detectChanges();
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setTimeout(() => {
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expect(targetDebugElement.styles['height']).toEqual(null);
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expect(targetDebugElement.styles['borderColor']).toEqual('green');
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expect(targetDebugElement.styles['color']).toEqual('green');
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compFixture.componentInstance.setAsClosed();
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compFixture.detectChanges();
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setTimeout(() => {
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expect(targetDebugElement.styles['height']).toEqual('0px');
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expect(targetDebugElement.styles['borderColor']).toEqual('maroon');
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expect(targetDebugElement.styles['color']).toEqual('maroon');
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done();
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}, 0);
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}, 0);
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});
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it('should apply the default animate state to the element', (done) => {
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const compFixture = createComponent(AnimateCmp);
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var debugElement = compFixture.debugElement;
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var targetDebugElement = findTargetElement(<DebugElement>debugElement);
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compFixture.componentInstance.setAsSomethingElse();
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compFixture.detectChanges();
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setTimeout(() => {
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expect(targetDebugElement.styles['height']).toEqual(null);
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expect(targetDebugElement.styles['borderColor']).toEqual('black');
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expect(targetDebugElement.styles['color']).toEqual('black');
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compFixture.componentInstance.setAsClosed();
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compFixture.detectChanges();
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setTimeout(() => {
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expect(targetDebugElement.styles['height']).not.toEqual(null);
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expect(targetDebugElement.styles['borderColor']).not.toEqual('grey');
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expect(targetDebugElement.styles['color']).not.toEqual('grey');
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done();
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}, 0);
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}, 0);
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});
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});
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