How to examine and instantiate generic types with reflection?

How to examine and instantiate generic types with reflection?

How to: Examine and Instantiate Generic Types with Reflection. Information about generic types is obtained in the same way as information about other types: by examining a Type object that represents the generic type. The principle difference is that a generic type has a list of Type objects representing its generic type parameters.

How to dynamically create generic C # object using reflection?

I want to dynamically create TaskA or TaskB using C# reflection ( Activator.CreateInstance ). However I wouldn’t know the type before hand, so I need to dynamically create TaskA based on string like “namespace.TaskA” or “namespace.TaskAB”. Check out this article and this simple example.

How to examine a generic type and its type parameters?

To examine a generic type and its type parameters Get an instance of Type that represents the generic type. In the following code, the type is obtained using the C# typeof operator (GetType in Visual Basic, typeid in Visual C++).

How can I get information about generic types?

Information about generic types is obtained in the same way as information about other types: by examining a Type object that represents the generic type. The principle difference is that a generic type has a list of Type objects representing its generic type parameters. The first procedure in this section examines generic types.

What are the invariant conditions for Generic Reflection?

For a list of the invariant conditions for terms used in generic reflection, see the IsGenericType property remarks. Returns true if a type is generic. Returns an array of Type objects that represent the type arguments supplied for a constructed type, or the type parameters of a generic type definition.

How to use generics and reflection in C #?

Generics and Reflection (C# Programming Guide) Because the Common Language Runtime (CLR) has access to generic type information at run time, you can use reflection to obtain information about generic types in the same way as for non-generic types. For more information, see Generics in the Run Time.

Why do we use reflection in C #?

Generics and Reflection (C# Programming Guide) Because the Common Language Runtime (CLR) has access to generic type information at run time, you can use reflection to obtain information about generic types in the same way as for non-generic types.