private void RegisterBluePrintItem(List <SmartServiceDescriptor> smartServiceDescriptors, List <EventSubscriptionDescriptor> eventSubs, Dictionary <Type, MethodInfo[]> methodsCache, HashSet <string> flags, ShellBlueprintDependencyItem item, Type interfaceType)
{
SmartServiceDescriptor descriptor = null;
if (typeof(ISingletonDependency).GetTypeInfo().IsAssignableFrom(interfaceType))
{
eventSubs.AddRange(CreateDescriptor(methodsCache, flags, interfaceType, item.Type, ServiceLifetime.Singleton));
descriptor = ServiceDescriber.Singleton(interfaceType, item.Type, SmartOptions.Append);
item.Interfaces.Add(new Tuple <Type, ServiceLifetime>(interfaceType, ServiceLifetime.Singleton));
}
else if (typeof(ITransientDependency).GetTypeInfo().IsAssignableFrom(interfaceType))
{
eventSubs.AddRange(CreateDescriptor(methodsCache, flags, interfaceType, item.Type, ServiceLifetime.Transient));
descriptor = ServiceDescriber.Transient(interfaceType, item.Type, SmartOptions.Append);
item.Interfaces.Add(new Tuple <Type, ServiceLifetime>(interfaceType, ServiceLifetime.Transient));
}
else
{
eventSubs.AddRange(CreateDescriptor(methodsCache, flags, interfaceType, item.Type, ServiceLifetime.Scoped));
descriptor = ServiceDescriber.Scoped(interfaceType, item.Type, SmartOptions.Append);
item.Interfaces.Add(new Tuple <Type, ServiceLifetime>(interfaceType, ServiceLifetime.Scoped));
}
if (descriptor != null)
{
descriptor = this.OnDependencyRegistering(descriptor);
smartServiceDescriptors.Add(descriptor);
}
}
public static IEnumerable <IServiceDescriptor> GetDefaultRoleServices <TRole>(IConfiguration configuration)
where TRole : class
{
var describe = new ServiceDescriber(configuration);
yield return(describe.Instance <IRoleValidator <TRole> >(new RoleValidator <TRole>()));
}
public static SchubertServicesBuilder AddEntityFrameworkFeature(this SchubertServicesBuilder builder, Action <DbBuilder> setup = null)
{
DbOptions options = new DbOptions();
if (builder.AddedModules.Add(_module))
{
var configuration = builder.Configuration.GetSection("Schubert:Data") as IConfiguration ?? new ConfigurationBuilder().Build();
builder.ServiceCollection.Configure <DbOptions>(configuration);
var schubertDataSetup = new ConfigureFromConfigurationOptions <DbOptions>(configuration);
schubertDataSetup.Configure(options);
}
DbBuilder dbBuilder = new DbBuilder();
if (setup != null)
{
setup(dbBuilder);
if (dbBuilder.Setup != null)
{
dbBuilder.Setup(options);
builder.ServiceCollection.Configure(dbBuilder.Setup);
}
}
options.DbContextSettings = dbBuilder.DbSettings;
builder.ServiceCollection.Configure <DbOptions>(dbOp =>
{
dbOp.DbContextSettings.AddRange(dbBuilder.DbSettings, true);
});
_dbConnectionMappings.AddRange(dbBuilder.DbContexts, true);
if (dbBuilder.ShellDbAdded)
{
builder.ServiceCollection.AddSmart(ServiceDescriber.Scoped <IRepository <ShellDescriptorRecord>, Repository <ShellDescriptorRecord, ShellDescriptorDbContext> >());
builder.ServiceCollection.AddSmart(ServiceDescriber.Scoped <IRepository <SettingRecord>, Repository <SettingRecord, ShellDescriptorDbContext> >());
builder.ServiceCollection.AddSmart(ServiceDescriber.Scoped <IShellDescriptorManager, ShellDescriptorManager>());
}
builder.ServiceCollection.AddSmart(EntityFrameworkServices.GetServices(options));
foreach (var action in dbBuilder.DbConfigurings.Values)
{
action(builder.ServiceCollection);
}
builder.ServiceCollection.AddSmart(ServiceDescriber.Scoped(
s =>
{
IOptions <DbOptions> dbOps = s.GetRequiredService <IOptions <DbOptions> >();
return(new DbContextResources(s, dbBuilder.DefaultDbConnectionName, _dbConnectionMappings));
},
SmartOptions.Replace));
builder.ServiceCollection.TryAddScoped <IDatabaseContext>(s => s.GetRequiredService <DbContextResources>());
return(builder);
}
/// <summary>
/// 使用 Redis 缓存服务（将以 Redis 缓存实现 <see cref="ICacheManager"/> 接口，默认连接配置节为 Schubert:Redis。）。
/// </summary>
/// <param name="builder"></param>
/// <param name="setup"> Redis 缓存的配置安装方法。</param>
/// <returns></returns>
public static SchubertServicesBuilder AddRedisCache(this SchubertServicesBuilder builder, Action <SchubertRedisOptions> setup = null)
{
var configuration = builder.Configuration.GetSection("Schubert:Redis") as IConfiguration ?? new ConfigurationBuilder().Build();
builder.ServiceCollection.Configure <SchubertRedisOptions>(configuration);
SchubertRedisOptions options = new SchubertRedisOptions();
var redisSetup = new ConfigureFromConfigurationOptions <SchubertRedisOptions>(configuration);
redisSetup.Configure(options);
if (setup != null)
{
setup(options);
builder.ServiceCollection.Configure(setup);
}
builder.ServiceCollection.AddSmart(ServiceDescriber.Singleton <ICacheManager, RedisCacheManager>(SmartOptions.Replace));
if (builder.AddedModules.Add(_module))
{
builder.ServiceCollection.AddSmart(ServiceDescriber.Singleton <IRedisCacheSerializer, JsonNetSerializer>(SmartOptions.Append));
}
if (options.ConnectionString.IsNullOrWhiteSpace())
{
throw new SchubertException("必须为 RedisCacheManager 指定连接字符串，可以通过 Schubert:Redis:ConnectionString 配置节配置。");
}
return(builder);
}
public static IServiceCollection AddRouting(this IServiceCollection services, IConfiguration config = null)
{
var describe = new ServiceDescriber(config);
services.TryAdd(describe.Transient <IInlineConstraintResolver, DefaultInlineConstraintResolver>());
return(services);
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describer = new ServiceDescriber(configuration);
yield return(describer.Transient <IHostingEngine, HostingEngine>());
yield return(describer.Transient <IServerManager, ServerManager>());
yield return(describer.Transient <IStartupManager, StartupManager>());
yield return(describer.Transient <IStartupLoaderProvider, StartupLoaderProvider>());
yield return(describer.Transient <IApplicationBuilderFactory, ApplicationBuilderFactory>());
yield return(describer.Transient <IHttpContextFactory, HttpContextFactory>());
yield return(describer.Singleton <ITypeActivator, TypeActivator>());
yield return(describer.Instance <IApplicationLifetime>(new ApplicationLifetime()));
// TODO: Do we expect this to be provide by the runtime eventually?
yield return(describer.Singleton <ILoggerFactory, LoggerFactory>());
yield return(describer.Scoped(typeof(IContextAccessor <>), typeof(ContextAccessor <>)));
foreach (var service in OptionsServices.GetDefaultServices())
{
yield return(service);
}
foreach (var service in DataProtectionServices.GetDefaultServices())
{
yield return(service);
}
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(Type userType, Type roleType, Type contextType, Type keyType = null, IConfiguration config = null)
{
ServiceDescriber describe;
if (config == null)
{
describe = new ServiceDescriber();
}
else
{
describe = new ServiceDescriber(config);
}
Type userStoreType;
Type roleStoreType;
if (keyType != null)
{
userStoreType = typeof(UserStore <, , ,>).MakeGenericType(userType, roleType, contextType, keyType);
roleStoreType = typeof(RoleStore <, ,>).MakeGenericType(roleType, contextType, keyType);
}
else
{
userStoreType = typeof(UserStore <, ,>).MakeGenericType(userType, roleType, contextType);
roleStoreType = typeof(RoleStore <,>).MakeGenericType(roleType, contextType);
}
yield return(describe.Scoped(
typeof(IUserStore <>).MakeGenericType(userType),
userStoreType));
yield return(describe.Scoped(
typeof(IRoleStore <>).MakeGenericType(roleType),
roleStoreType));
}
/// <summary>
/// 为 Asp.Net Identity 配置 Dapper 持久化存储。
/// </summary>
/// <typeparam name="TUser">用户类型。</typeparam>
/// <typeparam name="TRole">角色类型。</typeparam>
/// <param name="builder"></param>
/// <returns></returns>
internal static IdentityBuilder AddDapperStores <TUser, TRole>(this IdentityBuilder builder)
where TUser : UserBase
where TRole : RoleBase
{
builder.Services.AddSmart(ServiceDescriber.Scoped <IUserStore <TUser>, DapperUserStore <TUser, TRole> >(SmartOptions.Replace));
builder.Services.AddSmart(ServiceDescriber.Scoped <IRoleStore <TRole>, DapperRoleStore <TRole> >(SmartOptions.Replace));
return(builder);
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var serviceDescriber = new ServiceDescriber(configuration);
// REVIEW: All singletons can't be right but we're just doing this because
// we had this before
yield return(serviceDescriber.Singleton <IMessageBus, MessageBus>());
yield return(serviceDescriber.Singleton <IMemoryPool, MemoryPool>());
yield return(serviceDescriber.Singleton <IStringMinifier, StringMinifier>());
yield return(serviceDescriber.Singleton <ITransportManager, TransportManager>());
yield return(serviceDescriber.Singleton <ITransportHeartbeat, TransportHeartbeat>());
yield return(serviceDescriber.Singleton <IConnectionManager, ConnectionManager>());
yield return(serviceDescriber.Singleton <IAckHandler, AckHandler>());
yield return(serviceDescriber.Singleton <IAssemblyLocator, DefaultAssemblyLocator>());
yield return(serviceDescriber.Singleton <IHubManager, DefaultHubManager>());
yield return(serviceDescriber.Singleton <IMethodDescriptorProvider, ReflectedMethodDescriptorProvider>());
yield return(serviceDescriber.Singleton <IHubDescriptorProvider, ReflectedHubDescriptorProvider>());
yield return(serviceDescriber.Singleton <IPerformanceCounterManager, PerformanceCounterManager>());
yield return(serviceDescriber.Singleton <JsonSerializer, JsonSerializer>());
yield return(serviceDescriber.Singleton <IUserIdProvider, PrincipalUserIdProvider>());
yield return(serviceDescriber.Singleton <IParameterResolver, DefaultParameterResolver>());
yield return(serviceDescriber.Singleton <IHubActivator, DefaultHubActivator>());
yield return(serviceDescriber.Singleton <IJavaScriptProxyGenerator, DefaultJavaScriptProxyGenerator>());
yield return(serviceDescriber.Singleton <IJavaScriptMinifier, NullJavaScriptMinifier>());
yield return(serviceDescriber.Singleton <IHubRequestParser, HubRequestParser>());
// REVIEW: This used to be lazy
var pipeline = new HubPipeline();
pipeline.AddModule(new AuthorizeModule());
yield return(serviceDescriber.Instance <IHubPipeline>(pipeline));
yield return(serviceDescriber.Instance <IHubPipelineInvoker>(pipeline));
// TODO: Just use the new IDataProtectionProvider abstraction directly here
yield return(serviceDescriber.Singleton <IProtectedData, DataProtectionProviderProtectedData>());
}
public static IEnumerable <IServiceDescriptor> DefaultServices()
{
var describer = new ServiceDescriber();
yield return(describer.Transient <IFakeService, FakeService>());
yield return(describer.Transient <IFakeMultipleService, FakeOneMultipleService>());
yield return(describer.Transient <IFakeMultipleService, FakeTwoMultipleService>());
yield return(describer.Transient <IFakeOuterService, FakeOuterService>());
yield return(describer.Instance <IFakeServiceInstance>(new FakeService()
{
Message = "Instance"
}));
yield return(describer.Scoped <IFakeScopedService, FakeService>());
yield return(describer.Singleton <IFakeSingletonService, FakeService>());
yield return(describer.Transient <IFakeFallbackService, FakeService>());
yield return(describer.Transient <IDependOnNonexistentService, DependOnNonexistentService>());
yield return(describer.Describe(
typeof(IFakeOpenGenericService <string>),
typeof(FakeService),
lifecycle: LifecycleKind.Transient));
yield return(describer.Describe(
typeof(IFakeOpenGenericService <>),
typeof(FakeOpenGenericService <>),
lifecycle: LifecycleKind.Transient));
yield return(describer.Transient <IFactoryService>(provider =>
{
var fakeService = provider.GetService <IFakeService>();
return new TransientFactoryService
{
FakeService = fakeService,
Value = 42
};
}));
yield return(describer.Scoped <ScopedFactoryService>(provider =>
{
var fakeService = provider.GetService <IFakeService>();
return new ScopedFactoryService
{
FakeService = fakeService,
};
}));
yield return(describer.Transient <ServiceAcceptingFactoryService, ServiceAcceptingFactoryService>());
}
private IEnumerable <IServiceDescriptor> DefaultServices()
{
var describer = new ServiceDescriber();
yield return(describer.Transient <IKruntEngine, DefaultKruntEngine>());
yield return(describer.Transient <IKruntLogger, ConsoleKruntLogger>());
yield return(describer.Transient <IKruntSettings, DefaultKruntSettings>());
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describe = new ServiceDescriber(configuration);
yield return(describe.Describe(
typeof(IOptionsAccessor <>),
typeof(OptionsAccessor <>),
null,
LifecycleKind.Singleton));
}
public override void ConfigureServices(SchubertServicesBuilder servicesBuilder, SchubertWebOptions options)
{
var identitySvcdescriptor = ServiceDescriber.Scoped <IIdentityService, TIdentityService>();
servicesBuilder.ServiceCollection.AddSmart(identitySvcdescriptor);
servicesBuilder.ServiceCollection
.AddIdentity <TUser, TRole>(iop => _configure?.Invoke(iop))
.AddDefaultTokenProviders()
.AddDapperStores <TUser, TRole>();
}
public IEnumerable<IServiceDescriptor> DefineServices()
{
var describer = new ServiceDescriber();
yield return describer.Singleton<ICall, CallOne>();
yield return describer.Scoped<ICall, CallTwo>();
yield return describer.Transient<ICall, CallThree>();
yield return describer.Transient<ITypeActivator, TypeActivator>();
yield return describer.Describe(
typeof(IContextAccessor<>),
typeof(ContextAccessor<>),
implementationInstance: null,
lifecycle: LifecycleKind.Scoped);
}
/// <summary>
/// 获取蓝图中的依赖项和事件。
/// </summary>
private Tuple <IEnumerable <SmartServiceDescriptor>, IEnumerable <EventSubscriptionDescriptor> > BuildDependencies(ShellBlueprint blueprint)
{
List <SmartServiceDescriptor> smartServiceDescriptors = new List <SmartServiceDescriptor>();
smartServiceDescriptors.Add(ServiceDescriber.Instance(blueprint, SmartOptions.Replace));
smartServiceDescriptors.Add(ServiceDescriber.Instance(blueprint.Descriptor, SmartOptions.Replace));
SetupServiceDescriptors(blueprint, smartServiceDescriptors);
List <EventSubscriptionDescriptor> eventSubs = new List <EventSubscriptionDescriptor>();
SetupDependencies(blueprint, smartServiceDescriptors, eventSubs);
return(new Tuple <IEnumerable <SmartServiceDescriptor>, IEnumerable <EventSubscriptionDescriptor> >(smartServiceDescriptors, eventSubs));
}
public static IEnumerable <IServiceDescriptor> GetDefaultUserServices <TUser>(IConfiguration configuration)
where TUser : class
{
var describe = new ServiceDescriber(configuration);
yield return(describe.Transient <IUserValidator <TUser>, UserValidator <TUser> >());
yield return(describe.Transient <IPasswordValidator <TUser>, PasswordValidator <TUser> >());
yield return(describe.Transient <IPasswordHasher <TUser>, PasswordHasher <TUser> >());
yield return(describe.Transient <IUserNameNormalizer, UpperInvariantUserNameNormalizer>());
// TODO: rationalize email/sms/usertoken services
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describer = new ServiceDescriber(configuration);
yield return(describer.Transient <IHostingEngine, HostingEngine>());
yield return(describer.Transient <IServerManager, ServerManager>());
yield return(describer.Transient <IStartupManager, StartupManager>());
yield return(describer.Transient <IStartupLoaderProvider, StartupLoaderProvider>());
yield return(describer.Transient <IBuilderFactory, BuilderFactory>());
yield return(describer.Transient <IHttpContextFactory, HttpContextFactory>());
yield return(describer.Transient <ITypeActivator, TypeActivator>());
yield return(describer.Instance <IApplicationLifetime>(new ApplicationLifetime()));
// TODO: We expect this to be provide by the runtime eventually.
yield return(describer.Instance <ILoggerFactory>(new NullLoggerFactory()));
yield return(new ServiceDescriptor
{
ServiceType = typeof(IContextAccessor <>),
ImplementationType = typeof(ContextAccessor <>),
Lifecycle = LifecycleKind.Scoped
});
if (PlatformHelper.IsMono)
{
#if NET45
yield return(describer.Instance <IDataProtectionProvider>(DataProtectionProvider.CreateFromLegacyDpapi()));
#endif
}
else
{
// The default IDataProtectionProvider is a singleton.
// Note: DPAPI isn't usable in IIS where the user profile hasn't been loaded, but loading DPAPI
// is deferred until the first call to Protect / Unprotect. It's up to an IIS-based host to
// replace this service as part of application initialization.
yield return(describer.Instance <IDataProtectionProvider>(DataProtectionProvider.CreateFromDpapi()));
}
}
public IEnumerable <IServiceDescriptor> DefineServices()
{
var describer = new ServiceDescriber();
yield return(describer.Singleton <ICall, CallOne>());
yield return(describer.Scoped <ICall, CallTwo>());
yield return(describer.Transient <ICall, CallThree>());
yield return(describer.Transient <ITypeActivator, TypeActivator>());
yield return(describer.Describe(
typeof(IContextAccessor <>),
typeof(ContextAccessor <>),
implementationInstance: null,
lifecycle: LifecycleKind.Scoped));
}
/// <summary>
/// 添加任务调度组件。
/// </summary>
/// <param name="builder"><see cref="SchubertServicesBuilder"/> 对象。</param>
/// <param name="setup">用于配置调度组件的方法。</param>
/// <returns></returns>
public static SchubertServicesBuilder AddJobScheduling(this SchubertServicesBuilder builder, Action <SchedulingOptions> setup = null)
{
if (builder.AddedModules.Add(_module))
{
builder.ServiceCollection.AddSmart(ServiceDescriber.Singleton(typeof(IWorkContextProvider), typeof(JobWorkContextProvider), SmartOptions.Append));
}
builder.ServiceCollection.AddSmart(ServiceDescriber.Singleton(typeof(ISchedulingServer), typeof(QuartzSchedulingServer), SmartOptions.TryAdd));
var schedulingConfiguration = builder.Configuration.GetSection("Schubert:Scheduling");
builder.ServiceCollection.Configure <SchedulingOptions>(schedulingConfiguration);
if (setup != null)
{
builder.ServiceCollection.Configure(setup);
}
ShellEvents.EngineStarted -= ShellEvents_OnEngineStarted;
ShellEvents.EngineStarted += ShellEvents_OnEngineStarted;
return(builder);
}
public static IEnumerable <IServiceDescriptor> DefaultServices()
{
var describer = new ServiceDescriber();
yield return(describer.Transient <IFakeService, FakeService>());
yield return(describer.Transient <IFakeMultipleService, FakeOneMultipleService>());
yield return(describer.Transient <IFakeMultipleService, FakeTwoMultipleService>());
yield return(describer.Transient <IFakeOuterService, FakeOuterService>());
yield return(describer.Instance <IFakeServiceInstance>(new FakeService()
{
Message = "Instance"
}));
yield return(describer.Scoped <IFakeScopedService, FakeService>());
yield return(describer.Singleton <IFakeSingletonService, FakeService>());
yield return(describer.Transient <IFakeFallbackService, FakeService>());
yield return(describer.Transient <IDependOnNonexistentService, DependOnNonexistentService>());
yield return(describer.Describe(
typeof(IFakeOpenGenericService <string>),
typeof(FakeService),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
yield return(describer.Describe(
typeof(IFakeOpenGenericService <>),
typeof(FakeOpenGenericService <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
}
public static IEnumerable<IServiceDescriptor> DefaultServices()
{
var describer = new ServiceDescriber();
yield return describer.Transient<IFakeService, FakeService>();
yield return describer.Transient<IFakeMultipleService, FakeOneMultipleService>();
yield return describer.Transient<IFakeMultipleService, FakeTwoMultipleService>();
yield return describer.Transient<IFakeOuterService, FakeOuterService>();
yield return describer.Instance<IFakeServiceInstance>(new FakeService() { Message = "Instance" });
yield return describer.Scoped<IFakeScopedService, FakeService>();
yield return describer.Singleton<IFakeSingletonService, FakeService>();
yield return describer.Transient<IFakeFallbackService, FakeService>();
yield return describer.Transient<IDependOnNonexistentService, DependOnNonexistentService>();
yield return describer.Describe(
typeof(IFakeOpenGenericService<string>),
typeof(FakeService),
implementationInstance: null,
lifecycle: LifecycleKind.Transient);
yield return describer.Describe(
typeof(IFakeOpenGenericService<>),
typeof(FakeOpenGenericService<>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient);
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration = null)
{
var describe = new ServiceDescriber(configuration);
//
// Options and core services.
//
yield return(describe.Transient <IConfigureOptions <MvcOptions>, MvcOptionsSetup>());
yield return(describe.Transient <IConfigureOptions <RazorViewEngineOptions>, RazorViewEngineOptionsSetup>());
yield return(describe.Transient <IAssemblyProvider, DefaultAssemblyProvider>());
yield return(describe.Transient(typeof(INestedProviderManager <>), typeof(NestedProviderManager <>)));
yield return(describe.Transient(typeof(INestedProviderManagerAsync <>), typeof(NestedProviderManagerAsync <>)));
yield return(describe.Transient <MvcMarkerService, MvcMarkerService>());
//
// Core action discovery, filters and action execution.
//
// These are consumed only when creating action descriptors, then they can be de-allocated
yield return(describe.Transient <IControllerModelBuilder, DefaultControllerModelBuilder>());
yield return(describe.Transient <IActionModelBuilder, DefaultActionModelBuilder>());
// This accesses per-request services to activate the controller
yield return(describe.Transient <IControllerFactory, DefaultControllerFactory>());
// This has a cache, so it needs to be a singleton
yield return(describe.Singleton <IControllerActivator, DefaultControllerActivator>());
// This accesses per-reqest services
yield return(describe.Transient <IActionInvokerFactory, ActionInvokerFactory>());
// This provider needs access to the per-request services, but might be used many times for a given
// request.
yield return(describe.Scoped <INestedProvider <ActionConstraintProviderContext>,
DefaultActionConstraintProvider>());
yield return(describe.Singleton <IActionSelectorDecisionTreeProvider, ActionSelectorDecisionTreeProvider>());
yield return(describe.Scoped <IActionSelector, DefaultActionSelector>());
yield return(describe.Transient <IControllerActionArgumentBinder, DefaultControllerActionArgumentBinder>());
yield return(describe.Transient <INestedProvider <ActionDescriptorProviderContext>,
ControllerActionDescriptorProvider>());
yield return(describe.Transient <INestedProvider <ActionInvokerProviderContext>,
ControllerActionInvokerProvider>());
yield return(describe.Singleton <IActionDescriptorsCollectionProvider,
DefaultActionDescriptorsCollectionProvider>());
// The IGlobalFilterProvider is used to build the action descriptors (likely once) and so should
// remain transient to avoid keeping it in memory.
yield return(describe.Transient <IGlobalFilterProvider, DefaultGlobalFilterProvider>());
yield return(describe.Transient <INestedProvider <FilterProviderContext>, DefaultFilterProvider>());
//
// Dataflow - ModelBinding, Validation and Formatting
//
yield return(describe.Transient <IModelMetadataProvider, DataAnnotationsModelMetadataProvider>());
yield return(describe.Scoped <IActionBindingContextProvider, DefaultActionBindingContextProvider>());
yield return(describe.Transient <IInputFormatterSelector, DefaultInputFormatterSelector>());
yield return(describe.Scoped <IInputFormattersProvider, DefaultInputFormattersProvider>());
yield return(describe.Transient <IModelBinderProvider, DefaultModelBindersProvider>());
yield return(describe.Scoped <ICompositeModelBinder, CompositeModelBinder>());
yield return(describe.Transient <IValueProviderFactoryProvider, DefaultValueProviderFactoryProvider>());
yield return(describe.Scoped <ICompositeValueProviderFactory, CompositeValueProviderFactory>());
yield return(describe.Transient <IOutputFormattersProvider, DefaultOutputFormattersProvider>());
yield return(describe.Instance <JsonOutputFormatter>(new JsonOutputFormatter()));
yield return(describe.Transient <IModelValidatorProviderProvider, DefaultModelValidatorProviderProvider>());
yield return(describe.Scoped <ICompositeModelValidatorProvider, CompositeModelValidatorProvider>());
yield return(describe.Transient <IBodyModelValidator, DefaultBodyModelValidator>());
yield return(describe.Transient <IValidationExcludeFiltersProvider, DefaultValidationExcludeFiltersProvider>());
//
// Razor, Views and runtime compilation
//
// The provider is inexpensive to initialize and provides ViewEngines that may require request
// specific services.
yield return(describe.Scoped <ICompositeViewEngine, CompositeViewEngine>());
yield return(describe.Transient <IViewEngineProvider, DefaultViewEngineProvider>());
// Transient since the IViewLocationExpanders returned by the instance is cached by view engines.
yield return(describe.Transient <IViewLocationExpanderProvider, DefaultViewLocationExpanderProvider>());
// Caches view locations that are valid for the lifetime of the application.
yield return(describe.Singleton <IViewLocationCache, DefaultViewLocationCache>());
yield return(describe.Singleton <IRazorFileSystemCache, DefaultRazorFileSystemCache>());
// The host is designed to be discarded after consumption and is very inexpensive to initialize.
yield return(describe.Transient <IMvcRazorHost>(serviceProvider =>
{
var cachedFileSystem = serviceProvider.GetRequiredService <IRazorFileSystemCache>();
return new MvcRazorHost(cachedFileSystem);
}));
// Caches compilation artifacts across the lifetime of the application.
yield return(describe.Singleton <ICompilerCache, CompilerCache>());
// This caches compilation related details that are valid across the lifetime of the application
// and is required to be a singleton.
yield return(describe.Singleton <ICompilationService, RoslynCompilationService>());
// Both the compiler cache and roslyn compilation service hold on the compilation related
// caches. RazorCompilation service is just an adapter service, and it is transient to ensure
// the IMvcRazorHost dependency does not maintain state.
yield return(describe.Transient <IRazorCompilationService, RazorCompilationService>());
// The ViewStartProvider needs to be able to consume scoped instances of IRazorPageFactory
yield return(describe.Scoped <IViewStartProvider, ViewStartProvider>());
yield return(describe.Transient <IRazorViewFactory, RazorViewFactory>());
yield return(describe.Singleton <IRazorPageActivator, RazorPageActivator>());
// Virtual path view factory needs to stay scoped so views can get get scoped services.
yield return(describe.Scoped <IRazorPageFactory, VirtualPathRazorPageFactory>());
//
// View and rendering helpers
//
yield return(describe.Transient <IHtmlHelper, HtmlHelper>());
yield return(describe.Transient(typeof(IHtmlHelper <>), typeof(HtmlHelper <>)));
yield return(describe.Scoped <IUrlHelper, UrlHelper>());
// Only want one ITagHelperActivator so it can cache Type activation information. Types won't conflict.
yield return(describe.Singleton <ITagHelperActivator, DefaultTagHelperActivator>());
// DefaultHtmlGenerator is pretty much stateless but depends on Scoped services such as IUrlHelper and
// IActionBindingContextProvider. Therefore it too is scoped.
yield return(describe.Transient <IHtmlGenerator, DefaultHtmlGenerator>());
yield return(describe.Transient <IViewComponentSelector, DefaultViewComponentSelector>());
yield return(describe.Singleton <IViewComponentActivator, DefaultViewComponentActivator>());
yield return(describe.Transient <IViewComponentInvokerFactory, DefaultViewComponentInvokerFactory>());
yield return(describe.Transient <INestedProvider <ViewComponentInvokerProviderContext>,
DefaultViewComponentInvokerProvider>());
yield return(describe.Transient <IViewComponentHelper, DefaultViewComponentHelper>());
//
// Security and Authorization
//
yield return(describe.Transient <IAuthorizationService, DefaultAuthorizationService>());
yield return(describe.Singleton <IClaimUidExtractor, DefaultClaimUidExtractor>());
yield return(describe.Singleton <AntiForgery, AntiForgery>());
yield return(describe.Singleton <IAntiForgeryAdditionalDataProvider,
DefaultAntiForgeryAdditionalDataProvider>());
//
// Api Description
//
yield return(describe.Singleton <IApiDescriptionGroupCollectionProvider,
ApiDescriptionGroupCollectionProvider>());
yield return(describe.Transient <INestedProvider <ApiDescriptionProviderContext>,
DefaultApiDescriptionProvider>());
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describe = new ServiceDescriber(configuration);
yield return(describe.Transient <IInlineConstraintResolver, DefaultInlineConstraintResolver>());
}
private static IEnumerable<IServiceDescriptor> GetDefaultServices(IConfiguration config)
{
var describer = new ServiceDescriber(config);
yield return describer.Singleton<IWindowManager, MetroWindowManager>();
}
public static IEnumerable <SmartServiceDescriptor> GetServices()
{
yield return(ServiceDescriber.Scoped <SwiftyWorkContext, SwiftyWorkContext>());
yield return(ServiceDescriber.Singleton <IWorkContextProvider, SwiftyWorkContextProvider>(SmartOptions.Append));
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describe = new ServiceDescriber(configuration);
yield return(describe.Transient <IOptionsSetup <MvcOptions>, MvcOptionsSetup>());
yield return(describe.Transient <IControllerFactory, DefaultControllerFactory>());
yield return(describe.Singleton <IControllerActivator, DefaultControllerActivator>());
yield return(describe.Scoped <IActionSelector, DefaultActionSelector>());
yield return(describe.Transient <IActionInvokerFactory, ActionInvokerFactory>());
yield return(describe.Transient <IControllerAssemblyProvider, DefaultControllerAssemblyProvider>());
yield return(describe.Transient <IActionDiscoveryConventions, DefaultActionDiscoveryConventions>());
yield return(describe.Instance <IMvcRazorHost>(new MvcRazorHost(typeof(RazorPage).FullName)));
yield return(describe.Transient <ICompilationService, RoslynCompilationService>());
yield return(describe.Singleton <IViewEngineProvider, DefaultViewEngineProvider>());
yield return(describe.Scoped <ICompositeViewEngine, CompositeViewEngine>());
yield return(describe.Singleton <IRazorCompilationService, RazorCompilationService>());
yield return(describe.Singleton <IViewStartProvider, ViewStartProvider>());
yield return(describe.Singleton <IRazorPageActivator, RazorPageActivator>());
// Virtual path view factory needs to stay scoped so views can get get scoped services.
yield return(describe.Scoped <IRazorPageFactory, VirtualPathRazorPageFactory>());
yield return(describe.Singleton <IFileInfoCache, ExpiringFileInfoCache>());
yield return(describe.Transient <INestedProvider <ActionDescriptorProviderContext>,
ReflectedActionDescriptorProvider>());
yield return(describe.Transient <INestedProvider <ActionInvokerProviderContext>,
ReflectedActionInvokerProvider>());
yield return(describe.Singleton <IActionDescriptorsCollectionProvider,
DefaultActionDescriptorsCollectionProvider>());
yield return(describe.Transient <IModelMetadataProvider, DataAnnotationsModelMetadataProvider>());
yield return(describe.Scoped <IActionBindingContextProvider, DefaultActionBindingContextProvider>());
yield return(describe.Transient <IInputFormatter, JsonInputFormatter>());
yield return(describe.Transient <IInputFormatter, XmlSerializerInputFormatter>());
yield return(describe.Transient <IInputFormatter, XmlDataContractSerializerInputFormatter>());
yield return(describe.Transient <IInputFormatterProvider, TempInputFormatterProvider>());
yield return(describe.Transient <IModelBinderProvider, DefaultModelBindersProvider>());
yield return(describe.Scoped <ICompositeModelBinder, CompositeModelBinder>());
yield return(describe.Transient <IValueProviderFactoryProvider, DefaultValueProviderFactoryProvider>());
yield return(describe.Scoped <ICompositeValueProviderFactory, CompositeValueProviderFactory>());
yield return(describe.Transient <IOutputFormattersProvider, DefaultOutputFormattersProvider>());
yield return(describe.Transient <INestedProvider <FilterProviderContext>, DefaultFilterProvider>());
yield return(describe.Transient <IModelValidatorProvider, DataAnnotationsModelValidatorProvider>());
yield return(describe.Transient <IModelValidatorProvider, DataMemberModelValidatorProvider>());
yield return(describe.Scoped <IUrlHelper, UrlHelper>());
yield return(describe.Transient <IViewComponentSelector, DefaultViewComponentSelector>());
yield return(describe.Transient <IViewComponentInvokerFactory, DefaultViewComponentInvokerFactory>());
yield return(describe.Transient <INestedProvider <ViewComponentInvokerProviderContext>,
DefaultViewComponentInvokerProvider>());
yield return(describe.Transient <IViewComponentHelper, DefaultViewComponentHelper>());
yield return(describe.Transient <IAuthorizationService, DefaultAuthorizationService>());
yield return(describe.Singleton <IClaimUidExtractor, DefaultClaimUidExtractor>());
yield return(describe.Singleton <AntiForgery, AntiForgery>());
yield return(describe.Singleton <IAntiForgeryAdditionalDataProvider,
DefaultAntiForgeryAdditionalDataProvider>());
yield return
(describe.Describe(
typeof(INestedProviderManager <>),
typeof(NestedProviderManager <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
yield return
(describe.Describe(
typeof(INestedProviderManagerAsync <>),
typeof(NestedProviderManagerAsync <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
yield return(describe.Transient <IHtmlHelper, HtmlHelper>());
yield return
(describe.Describe(
typeof(IHtmlHelper <>),
typeof(HtmlHelper <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
}
public static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describe = new ServiceDescriber(configuration);
yield return(describe.Transient <IOptionsSetup <MvcOptions>, MvcOptionsSetup>());
yield return(describe.Transient <IControllerFactory, DefaultControllerFactory>());
yield return(describe.Singleton <IControllerActivator, DefaultControllerActivator>());
yield return(describe.Singleton <IActionSelectorDecisionTreeProvider, ActionSelectorDecisionTreeProvider>());
yield return(describe.Scoped <IActionSelector, DefaultActionSelector>());
yield return(describe.Transient <IActionInvokerFactory, ActionInvokerFactory>());
yield return(describe.Transient <IControllerAssemblyProvider, DefaultControllerAssemblyProvider>());
yield return(describe.Transient <IActionDiscoveryConventions, DefaultActionDiscoveryConventions>());
// The host is designed to be discarded after consumption and is very inexpensive to initialize.
yield return(describe.Transient <IMvcRazorHost, MvcRazorHost>());
yield return(describe.Singleton <ICompilationService, RoslynCompilationService>());
yield return(describe.Singleton <IRazorCompilationService, RazorCompilationService>());
yield return(describe.Singleton <IViewEngineProvider, DefaultViewEngineProvider>());
yield return(describe.Scoped <ICompositeViewEngine, CompositeViewEngine>());
yield return(describe.Singleton <IViewStartProvider, ViewStartProvider>());
yield return(describe.Transient <IRazorView, RazorView>());
yield return(describe.Singleton <IRazorPageActivator, RazorPageActivator>());
// Virtual path view factory needs to stay scoped so views can get get scoped services.
yield return(describe.Scoped <IRazorPageFactory, VirtualPathRazorPageFactory>());
yield return(describe.Singleton <IFileInfoCache, ExpiringFileInfoCache>());
yield return(describe.Transient <INestedProvider <ActionDescriptorProviderContext>,
ReflectedActionDescriptorProvider>());
yield return(describe.Transient <INestedProvider <ActionInvokerProviderContext>,
ReflectedActionInvokerProvider>());
yield return(describe.Singleton <IActionDescriptorsCollectionProvider,
DefaultActionDescriptorsCollectionProvider>());
yield return(describe.Transient <IModelMetadataProvider, DataAnnotationsModelMetadataProvider>());
yield return(describe.Scoped <IActionBindingContextProvider, DefaultActionBindingContextProvider>());
yield return(describe.Transient <IInputFormatterSelector, DefaultInputFormatterSelector>());
yield return(describe.Scoped <IInputFormattersProvider, DefaultInputFormattersProvider>());
yield return(describe.Transient <IModelBinderProvider, DefaultModelBindersProvider>());
yield return(describe.Scoped <ICompositeModelBinder, CompositeModelBinder>());
yield return(describe.Transient <IValueProviderFactoryProvider, DefaultValueProviderFactoryProvider>());
yield return(describe.Scoped <ICompositeValueProviderFactory, CompositeValueProviderFactory>());
yield return(describe.Transient <IOutputFormattersProvider, DefaultOutputFormattersProvider>());
yield return(describe.Instance <JsonOutputFormatter>(
new JsonOutputFormatter(JsonOutputFormatter.CreateDefaultSettings(), indent: false)));
// The IGlobalFilterProvider is used to build the action descriptors (likely once) and so should
// remain transient to avoid keeping it in memory.
yield return(describe.Transient <IGlobalFilterProvider, DefaultGlobalFilterProvider>());
yield return(describe.Transient <INestedProvider <FilterProviderContext>, DefaultFilterProvider>());
yield return(describe.Transient <IModelValidatorProviderProvider, DefaultModelValidatorProviderProvider>());
yield return(describe.Scoped <ICompositeModelValidatorProvider, CompositeModelValidatorProvider>());
yield return(describe.Scoped <IUrlHelper, UrlHelper>());
yield return(describe.Transient <IViewComponentSelector, DefaultViewComponentSelector>());
yield return(describe.Singleton <IViewComponentActivator, DefaultViewComponentActivator>());
yield return(describe.Transient <IViewComponentInvokerFactory, DefaultViewComponentInvokerFactory>());
yield return(describe.Transient <INestedProvider <ViewComponentInvokerProviderContext>,
DefaultViewComponentInvokerProvider>());
yield return(describe.Transient <IViewComponentHelper, DefaultViewComponentHelper>());
yield return(describe.Transient <IAuthorizationService, DefaultAuthorizationService>());
yield return(describe.Singleton <IClaimUidExtractor, DefaultClaimUidExtractor>());
yield return(describe.Singleton <AntiForgery, AntiForgery>());
yield return(describe.Singleton <IAntiForgeryAdditionalDataProvider,
DefaultAntiForgeryAdditionalDataProvider>());
yield return
(describe.Describe(
typeof(INestedProviderManager <>),
typeof(NestedProviderManager <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
yield return
(describe.Describe(
typeof(INestedProviderManagerAsync <>),
typeof(NestedProviderManagerAsync <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
yield return(describe.Transient <IHtmlHelper, HtmlHelper>());
yield return
(describe.Describe(
typeof(IHtmlHelper <>),
typeof(HtmlHelper <>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient));
yield return(describe.Transient <MvcMarkerService, MvcMarkerService>());
}
public static IEnumerable<IServiceDescriptor> GetDefaultServices(IConfiguration configuration)
{
var describe = new ServiceDescriber(configuration);
yield return describe.Transient<IOptionsSetup<MvcOptions>, MvcOptionsSetup>();
yield return describe.Transient<IControllerFactory, DefaultControllerFactory>();
yield return describe.Singleton<IControllerActivator, DefaultControllerActivator>();
yield return describe.Scoped<IActionSelector, DefaultActionSelector>();
yield return describe.Transient<IActionInvokerFactory, ActionInvokerFactory>();
yield return describe.Transient<IControllerAssemblyProvider, DefaultControllerAssemblyProvider>();
yield return describe.Transient<IActionDiscoveryConventions, DefaultActionDiscoveryConventions>();
yield return describe.Instance<IMvcRazorHost>(new MvcRazorHost(typeof(RazorPage).FullName));
yield return describe.Transient<ICompilationService, RoslynCompilationService>();
yield return describe.Singleton<IViewEngineProvider, DefaultViewEngineProvider>();
yield return describe.Scoped<ICompositeViewEngine, CompositeViewEngine>();
yield return describe.Singleton<IRazorCompilationService, RazorCompilationService>();
yield return describe.Singleton<IViewStartProvider, ViewStartProvider>();
yield return describe.Singleton<IRazorPageActivator, RazorPageActivator>();
// Virtual path view factory needs to stay scoped so views can get get scoped services.
yield return describe.Scoped<IRazorPageFactory, VirtualPathRazorPageFactory>();
yield return describe.Singleton<IFileInfoCache, ExpiringFileInfoCache>();
yield return describe.Transient<INestedProvider<ActionDescriptorProviderContext>,
ReflectedActionDescriptorProvider>();
yield return describe.Transient<INestedProvider<ActionInvokerProviderContext>,
ReflectedActionInvokerProvider>();
yield return describe.Singleton<IActionDescriptorsCollectionProvider,
DefaultActionDescriptorsCollectionProvider>();
yield return describe.Transient<IModelMetadataProvider, DataAnnotationsModelMetadataProvider>();
yield return describe.Scoped<IActionBindingContextProvider, DefaultActionBindingContextProvider>();
yield return describe.Transient<IInputFormatter, JsonInputFormatter>();
yield return describe.Transient<IInputFormatter, XmlSerializerInputFormatter>();
yield return describe.Transient<IInputFormatter, XmlDataContractSerializerInputFormatter>();
yield return describe.Transient<IInputFormatterProvider, TempInputFormatterProvider>();
yield return describe.Transient<IModelBinderProvider, DefaultModelBindersProvider>();
yield return describe.Scoped<ICompositeModelBinder, CompositeModelBinder>();
yield return describe.Transient<IValueProviderFactoryProvider, DefaultValueProviderFactoryProvider>();
yield return describe.Scoped<ICompositeValueProviderFactory, CompositeValueProviderFactory>();
yield return describe.Transient<IOutputFormattersProvider, DefaultOutputFormattersProvider>();
yield return describe.Transient<INestedProvider<FilterProviderContext>, DefaultFilterProvider>();
yield return describe.Transient<IModelValidatorProvider, DataAnnotationsModelValidatorProvider>();
yield return describe.Transient<IModelValidatorProvider, DataMemberModelValidatorProvider>();
yield return describe.Scoped<IUrlHelper, UrlHelper>();
yield return describe.Transient<IViewComponentSelector, DefaultViewComponentSelector>();
yield return describe.Transient<IViewComponentInvokerFactory, DefaultViewComponentInvokerFactory>();
yield return describe.Transient<INestedProvider<ViewComponentInvokerProviderContext>,
DefaultViewComponentInvokerProvider>();
yield return describe.Transient<IViewComponentHelper, DefaultViewComponentHelper>();
yield return describe.Transient<IAuthorizationService, DefaultAuthorizationService>();
yield return describe.Singleton<IClaimUidExtractor, DefaultClaimUidExtractor>();
yield return describe.Singleton<AntiForgery, AntiForgery>();
yield return describe.Singleton<IAntiForgeryAdditionalDataProvider,
DefaultAntiForgeryAdditionalDataProvider>();
yield return
describe.Describe(
typeof(INestedProviderManager<>),
typeof(NestedProviderManager<>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient);
yield return
describe.Describe(
typeof(INestedProviderManagerAsync<>),
typeof(NestedProviderManagerAsync<>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient);
yield return describe.Transient<IHtmlHelper, HtmlHelper>();
yield return
describe.Describe(
typeof(IHtmlHelper<>),
typeof(HtmlHelper<>),
implementationInstance: null,
lifecycle: LifecycleKind.Transient);
}
private static IEnumerable <IServiceDescriptor> GetDefaultServices(IConfiguration config)
{
var describer = new ServiceDescriber(config);
yield return(describer.Singleton <IWindowManager, MetroWindowManager>());
}
public ServiceCollection(IConfiguration configuration)
{
_descriptors = new List<IServiceDescriptor>();
_describe = new ServiceDescriber(configuration);
}
