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[AC-2356] Use safeProvider in web core services module (#8521)

* Also add tests
* Exclude type (compile-time) tests from jest config
This commit is contained in:
Thomas Rittson 2024-04-08 07:59:12 +10:00 committed by GitHub
parent 216bbdb44c
commit 26226c4090
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4 changed files with 251 additions and 92 deletions

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@ -1,6 +1,7 @@
import { CommonModule } from "@angular/common";
import { APP_INITIALIZER, NgModule, Optional, SkipSelf } from "@angular/core";
import { SafeProvider, safeProvider } from "@bitwarden/angular/platform/utils/safe-provider";
import {
SECURE_STORAGE,
STATE_FACTORY,
@ -12,6 +13,7 @@ import {
OBSERVABLE_DISK_STORAGE,
OBSERVABLE_DISK_LOCAL_STORAGE,
WINDOW,
SafeInjectionToken,
} from "@bitwarden/angular/services/injection-tokens";
import { JslibServicesModule } from "@bitwarden/angular/services/jslib-services.module";
import { ModalService as ModalServiceAbstraction } from "@bitwarden/angular/services/modal.service";
@ -58,97 +60,122 @@ import { Account, GlobalState, StateService } from "./state";
import { WebFileDownloadService } from "./web-file-download.service";
import { WebPlatformUtilsService } from "./web-platform-utils.service";
/**
* Provider definitions used in the ngModule.
* Add your provider definition here using the safeProvider function as a wrapper. This will give you type safety.
* If you need help please ask for it, do NOT change the type of this array.
*/
const safeProviders: SafeProvider[] = [
safeProvider(InitService),
safeProvider(RouterService),
safeProvider(EventService),
safeProvider(PolicyListService),
safeProvider({
provide: APP_INITIALIZER as SafeInjectionToken<() => void>,
useFactory: (initService: InitService) => initService.init(),
deps: [InitService],
multi: true,
}),
safeProvider({
provide: STATE_FACTORY,
useValue: new StateFactory(GlobalState, Account),
}),
safeProvider({
provide: STATE_SERVICE_USE_CACHE,
useValue: false,
}),
safeProvider({
provide: I18nServiceAbstraction,
useClass: I18nService,
deps: [SYSTEM_LANGUAGE, LOCALES_DIRECTORY, GlobalStateProvider],
}),
safeProvider({ provide: AbstractStorageService, useClass: HtmlStorageService, deps: [] }),
safeProvider({
provide: SECURE_STORAGE,
// TODO: platformUtilsService.isDev has a helper for this, but using that service here results in a circular dependency.
// We have a tech debt item in the backlog to break up platformUtilsService, but in the meantime simply checking the environment here is less cumbersome.
useClass: process.env.NODE_ENV === "development" ? HtmlStorageService : MemoryStorageService,
deps: [],
}),
safeProvider({
provide: MEMORY_STORAGE,
useClass: MemoryStorageService,
deps: [],
}),
safeProvider({
provide: OBSERVABLE_MEMORY_STORAGE,
useClass: MemoryStorageServiceForStateProviders,
deps: [],
}),
safeProvider({
provide: OBSERVABLE_DISK_STORAGE,
useFactory: () => new WindowStorageService(window.sessionStorage),
deps: [],
}),
safeProvider({
provide: PlatformUtilsServiceAbstraction,
useClass: WebPlatformUtilsService,
useAngularDecorators: true,
}),
safeProvider({
provide: MessagingServiceAbstraction,
useClass: BroadcasterMessagingService,
useAngularDecorators: true,
}),
safeProvider({
provide: ModalServiceAbstraction,
useClass: ModalService,
useAngularDecorators: true,
}),
safeProvider(StateService),
safeProvider({
provide: BaseStateServiceAbstraction,
useExisting: StateService,
}),
safeProvider({
provide: FileDownloadService,
useClass: WebFileDownloadService,
useAngularDecorators: true,
}),
safeProvider(CollectionAdminService),
safeProvider({
provide: WindowStorageService,
useFactory: () => new WindowStorageService(window.localStorage),
deps: [],
}),
safeProvider({
provide: OBSERVABLE_DISK_LOCAL_STORAGE,
useExisting: WindowStorageService,
}),
safeProvider({
provide: StorageServiceProvider,
useClass: WebStorageServiceProvider,
deps: [OBSERVABLE_DISK_STORAGE, OBSERVABLE_MEMORY_STORAGE, OBSERVABLE_DISK_LOCAL_STORAGE],
}),
safeProvider({
provide: MigrationRunner,
useClass: WebMigrationRunner,
deps: [AbstractStorageService, LogService, MigrationBuilderService, WindowStorageService],
}),
safeProvider({
provide: EnvironmentService,
useClass: WebEnvironmentService,
deps: [WINDOW, StateProvider, AccountService],
}),
safeProvider({
provide: ThemeStateService,
useFactory: (globalStateProvider: GlobalStateProvider) =>
// Web chooses to have Light as the default theme
new DefaultThemeStateService(globalStateProvider, ThemeType.Light),
deps: [GlobalStateProvider],
}),
];
@NgModule({
declarations: [],
imports: [CommonModule, JslibServicesModule],
providers: [
InitService,
RouterService,
EventService,
PolicyListService,
{
provide: APP_INITIALIZER,
useFactory: (initService: InitService) => initService.init(),
deps: [InitService],
multi: true,
},
{
provide: STATE_FACTORY,
useValue: new StateFactory(GlobalState, Account),
},
{
provide: STATE_SERVICE_USE_CACHE,
useValue: false,
},
{
provide: I18nServiceAbstraction,
useClass: I18nService,
deps: [SYSTEM_LANGUAGE, LOCALES_DIRECTORY, GlobalStateProvider],
},
{ provide: AbstractStorageService, useClass: HtmlStorageService },
{
provide: SECURE_STORAGE,
// TODO: platformUtilsService.isDev has a helper for this, but using that service here results in a circular dependency.
// We have a tech debt item in the backlog to break up platformUtilsService, but in the meantime simply checking the environment here is less cumbersome.
useClass: process.env.NODE_ENV === "development" ? HtmlStorageService : MemoryStorageService,
},
{
provide: MEMORY_STORAGE,
useClass: MemoryStorageService,
},
{ provide: OBSERVABLE_MEMORY_STORAGE, useClass: MemoryStorageServiceForStateProviders },
{
provide: OBSERVABLE_DISK_STORAGE,
useFactory: () => new WindowStorageService(window.sessionStorage),
},
{
provide: PlatformUtilsServiceAbstraction,
useClass: WebPlatformUtilsService,
},
{ provide: MessagingServiceAbstraction, useClass: BroadcasterMessagingService },
{ provide: ModalServiceAbstraction, useClass: ModalService },
StateService,
{
provide: BaseStateServiceAbstraction,
useExisting: StateService,
},
{
provide: FileDownloadService,
useClass: WebFileDownloadService,
},
CollectionAdminService,
{
provide: OBSERVABLE_DISK_LOCAL_STORAGE,
useFactory: () => new WindowStorageService(window.localStorage),
},
{
provide: StorageServiceProvider,
useClass: WebStorageServiceProvider,
deps: [OBSERVABLE_DISK_STORAGE, OBSERVABLE_MEMORY_STORAGE, OBSERVABLE_DISK_LOCAL_STORAGE],
},
{
provide: MigrationRunner,
useClass: WebMigrationRunner,
deps: [
AbstractStorageService,
LogService,
MigrationBuilderService,
OBSERVABLE_DISK_LOCAL_STORAGE,
],
},
{
provide: EnvironmentService,
useClass: WebEnvironmentService,
deps: [WINDOW, StateProvider, AccountService],
},
{
provide: ThemeStateService,
useFactory: (globalStateProvider: GlobalStateProvider) =>
// Web chooses to have Light as the default theme
new DefaultThemeStateService(globalStateProvider, ThemeType.Light),
deps: [GlobalStateProvider],
},
],
// Do not register your dependency here! Add it to the typesafeProviders array using the helper function
providers: safeProviders,
})
export class CoreModule {
constructor(@Optional() @SkipSelf() parentModule?: CoreModule) {

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@ -85,9 +85,25 @@ type SafeConcreteProvider<
deps: D;
};
/**
* If useAngularDecorators: true is specified, do not require a deps array.
* This is a manual override for where @Injectable decorators are used
*/
type UseAngularDecorators<T extends { deps: any }> = Omit<T, "deps"> & {
useAngularDecorators: true;
};
/**
* Represents a type with a deps array that may optionally be overridden with useAngularDecorators
*/
type AllowAngularDecorators<T extends { deps: any }> = T | UseAngularDecorators<T>;
/**
* A factory function that creates a provider for the ngModule providers array.
* This guarantees type safety for your provider definition. It does nothing at runtime.
* This (almost) guarantees type safety for your provider definition. It does nothing at runtime.
* Warning: the useAngularDecorators option provides an override where your class uses the Injectable decorator,
* however this cannot be enforced by the type system and will not cause an error if the decorator is not used.
* @example safeProvider({ provide: MyService, useClass: DefaultMyService, deps: [AnotherService] })
* @param provider Your provider object in the usual shape (e.g. using useClass, useValue, useFactory, etc.)
* @returns The exact same object without modification (pass-through).
*/
@ -113,10 +129,10 @@ export const safeProvider = <
DConcrete extends MapParametersToDeps<ConstructorParameters<IConcrete>>,
>(
provider:
| SafeClassProvider<AClass, IClass, DClass>
| AllowAngularDecorators<SafeClassProvider<AClass, IClass, DClass>>
| SafeValueProvider<AValue, VValue>
| SafeFactoryProvider<AFactory, IFactory, DFactory>
| AllowAngularDecorators<SafeFactoryProvider<AFactory, IFactory, DFactory>>
| SafeExistingProvider<AExisting, IExisting>
| SafeConcreteProvider<IConcrete, DConcrete>
| AllowAngularDecorators<SafeConcreteProvider<IConcrete, DConcrete>>
| Constructor<unknown>,
): SafeProvider => provider as SafeProvider;

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@ -0,0 +1,111 @@
/* eslint-disable @typescript-eslint/ban-ts-comment */
// This rule bans @ts-expect-error comments without explanation. In this file, we use it to test our types, and
// explanation is provided in header comments before each test.
import { safeProvider } from "./safe-provider";
class FooFactory {
create() {
return "thing";
}
}
abstract class FooService {
createFoo: (str: string) => string;
}
class DefaultFooService implements FooService {
constructor(private factory: FooFactory) {}
createFoo(str: string) {
return str ?? this.factory.create();
}
}
class BarFactory {
create() {
return 5;
}
}
abstract class BarService {
createBar: (num: number) => number;
}
class DefaultBarService implements BarService {
constructor(private factory: BarFactory) {}
createBar(num: number) {
return num ?? this.factory.create();
}
}
abstract class FooBarService {}
class DefaultFooBarService {
constructor(
private fooFactory: FooFactory,
private barFactory: BarFactory,
) {}
}
// useClass happy path with deps
safeProvider({
provide: FooService,
useClass: DefaultFooService,
deps: [FooFactory],
});
// useClass happy path with useAngularDecorators
safeProvider({
provide: FooService,
useClass: DefaultFooService,
useAngularDecorators: true,
});
// useClass: expect error if implementation does not match abstraction
safeProvider({
provide: FooService,
// @ts-expect-error
useClass: DefaultBarService,
deps: [BarFactory],
});
// useClass: expect error if deps type does not match
safeProvider({
provide: FooService,
useClass: DefaultFooService,
// @ts-expect-error
deps: [BarFactory],
});
// useClass: expect error if not enough deps specified
safeProvider({
provide: FooService,
useClass: DefaultFooService,
// @ts-expect-error
deps: [],
});
// useClass: expect error if too many deps specified
safeProvider({
provide: FooService,
useClass: DefaultFooService,
// @ts-expect-error
deps: [FooFactory, BarFactory],
});
// useClass: expect error if deps are in the wrong order
safeProvider({
provide: FooBarService,
useClass: DefaultFooBarService,
// @ts-expect-error
deps: [BarFactory, FooFactory],
});
// useClass: expect error if no deps specified and not using Angular decorators
// @ts-expect-error
safeProvider({
provide: FooService,
useClass: DefaultFooService,
});

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@ -6,6 +6,11 @@ const { defaultTransformerOptions } = require("jest-preset-angular/presets");
module.exports = {
testMatch: ["**/+(*.)+(spec).+(ts)"],
testPathIgnorePatterns: [
"/node_modules/", // default value
".*.type.spec.ts", // ignore type tests (which are checked at compile time and not run by jest)
],
// Workaround for a memory leak that crashes tests in CI:
// https://github.com/facebook/jest/issues/9430#issuecomment-1149882002
// Also anecdotally improves performance when run locally