6 Core Register

[Neomi Bensch]

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As for the example provided the answer is no, they are not sharing, each hyperthreading core will see its own 16 SIMD registers. In general, all the Instruction Set Architecture (ISA) defined registers need to be duplicated per-HT context so each HT can behave as a logic processor with no interference with the other HT cores.

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I mean we know the wmma is a warp-level primitive and you would think for a case whereby a 2 4x4 matrix multiple multiply, it would map the fragment into the normal regsiter file which is normally allcoated as per thread one.

The wmma variant is the one exposed via CUDA C++ intrinsics, and that one (whether in CUDA C++ or PTX) has an intentionally opaque register footprint. The mma ops in PTX, for example, have a register footprint that is specified, you can find it in the PTX doc.

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The sample app registers the IMyDependency service with the concrete type MyDependency. The AddScoped method registers the service with a scoped lifetime, the lifetime of a single request. Service lifetimes are described later in this topic.

It's not unusual to use dependency injection in a chained fashion. Each requested dependency in turn requests its own dependencies. The container resolves the dependencies in the graph and returns the fully resolved service. The collective set of dependencies that must be resolved is typically referred to as a dependency tree, dependency graph, or object graph.

The framework provides a robust logging system. The IMyDependency implementations shown in the preceding examples were written to demonstrate basic DI, not to implement logging. Most apps shouldn't need to write loggers. The following code demonstrates using the default logging, which doesn't require any services to be registered:

The ASP.NET Core framework uses a convention for registering a group of related services. The convention is to use a single AddGROUP_NAME extension method to register all of the services required by a framework feature. For example, the AddControllers extension method registers the services required for MVC controllers.

The following code is generated by the Razor Pages template using individual user accounts and shows how to add additional services to the container using the extension methods AddDbContext and AddDefaultIdentity:

Note: Each services.AddGROUP_NAME extension method adds and potentially configures services. For example, AddControllersWithViews adds the services MVC controllers with views require, and AddRazorPages adds the services Razor Pages requires.

Registering a service with only an implementation type is equivalent to registering that service with the same implementation and service type. This is why multiple implementations of a service cannot be registered using the methods that don't take an explicit service type. These methods can register multiple instances of a service, but they will all have the same implementation type.

Any of the above service registration methods can be used to register multiple service instances of the same service type. In the following example, AddSingleton is called twice with IMyDependency as the service type. The second call to AddSingleton overrides the previous one when resolved as IMyDependency and adds to the previous one when multiple services are resolved via IEnumerable. Services appear in the order they were registered when resolved via IEnumerable.

Keyed services refers to a mechanism for registering and retrieving Dependency Injection (DI) services using keys. A service is associated with a key by calling AddKeyedSingleton (or AddKeyedScoped or AddKeyedTransient) to register it. Access a registered service by specifying the key with the [FromKeyedServices] attribute. The following code shows how to use keyed services:

By default, Entity Framework contexts are added to the service container using the scoped lifetime because web app database operations are normally scoped to the client request. To use a different lifetime, specify the lifetime by using an AddDbContext overload. Services of a given lifetime shouldn't use a database context with a lifetime that's shorter than the service's lifetime.

To demonstrate the difference between service lifetimes and their registration options, consider the following interfaces that represent a task as an operation with an identifier, OperationId. Depending on how the lifetime of an operation's service is configured for the following interfaces, the container provides either the same or different instances of the service when requested by a class:

If a class has a lot of injected dependencies, it might be a sign that the class has too many responsibilities and violates the Single Responsibility Principle (SRP). Attempt to refactor the class by moving some of its responsibilities into new classes. Keep in mind that Razor Pages page model classes and MVC controller classes should focus on UI concerns.

The container calls Dispose for the IDisposable types it creates. Services resolved from the container should never be disposed by the developer. If a type or factory is registered as a singleton, the container disposes the singleton automatically.

Program.cs registers services that the app uses, including platform features, such as Entity Framework Core and ASP.NET Core MVC. Initially, the IServiceCollection provided to Program.cs has services defined by the framework depending on how the host was configured. For apps based on the ASP.NET Core templates, the framework registers more than 250 services.

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