8e6091de6c
Note about the addition of `beforeEach(fakeAsync(inject(…))))` in some tests: `ApplicationRef` is now using `ngOnDestroy` and there is eager, including all of its dependencies which contain `NgZone`. The additional `fakeAsync` in `beforeEach` ensures that `NgZone` uses the fake async zone as parent, and not the root zone. BREAKING CHANGE (via deprecations): - `ApplicationRef.dispose` is deprecated. Destroy the module that was created during bootstrap instead by calling `NgModuleRef.destroy`. - `AplicationRef.registerDisposeListener` is deprecated. Use the `ngOnDestroy` lifecycle hook for providers or `NgModuleRef.onDestroy` instead. - `disposePlatform` is deprecated. Use `destroyPlatform` instead. - `PlatformRef.dipose()` is deprecated. Use `PlatformRef.destroy()` instead. - `PlatformRef.registerDisposeListener` is deprecated. Use `PlatformRef.onDestroy` instead. - `PlaformRef.diposed` is deprecated. Use `PlatformRef.destroyed` instead.
Angular Router
Managing state transitions is one of the hardest parts of building applications. This is especially true on the web, where you also need to ensure that the state is reflected in the URL. In addition, we often want to split applications into multiple bundles and load them on demand. Doing this transparently isn’t trivial.
The Angular router is designed to solve these problems. Using the router, you can declaratively specify application state, manage state transitions while taking care of the URL, and load components on demand.
Overview
Read the overview of the Router here.
Guide
Read the dev guide here.
Local development
# keep @angular/router fresh
$ ./scripts/karma.sh
# keep @angular/core fresh
$ ../../../node_modules/.bin/tsc -p modules --emitDecoratorMetadata -w
# start karma
$ ./scripts/karma.sh