![]() We will use this project in the next section to explore how we can work with reflection in C# and. Once you follow the steps given above, the Visual Studio IDE will open your new project, with a few lines of default code in there. NET 5.0 (Current) as the target framework in the Additional Information window. In the Configure your new project dialog, specify the name of your project in the Project name field.Next, select the Console Application project template.Select Console from the Project Types drop-down list.Select Windows as the operating system you are building your application on from the Platform drop-down list.Select C# from the language dropdown list in the “ Create a new project” screen.To build a new Console application project with Visual Studio 2022, follow these instructions. How to Create a New Console Application in C# Read: Application Pools and Application Domains in C#. Hence, to work with reflection in C#, you must include the System.Reflection namespace in your program. NET are present in the System.Reflection namespace. ![]() ![]() You may use reflection to get metadata about the constructors, methods, fields, properties, and events of a class, as well as the module and assembly in which they are stored.Īlthough reflection in C# is like native RTTI (Runtime Type Information) of C++, there is a significant difference: reflection in C# works only with managed code and is more powerful. The metadata information on a type is made available via the abstract class named Type. You may use reflection to get metadata information about a class’s constructor, methods, fields, properties, and events, as well as the module and assembly where they are stored. The metadata information on a type is made accessible via the Type abstract class. Reflection can provide you with information about the assemblies that have been loaded and metadata about the types declared in them. This article presents a deep dive into the concepts related to reflection n C# programming. In other words, you may use reflection to examine the metadata of your program’s types dynamically. Reflection is a notion that allows you to inspect and retrieve type information at runtime.
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