![]() ![]() This class contains information for a given method. The MemberInfo class is the abstract base class for classes used to obtain information about all members of a class (constructors, events, fields, methods, and properties). The class is not loaded into memory until Invoke or get is called on the object. ![]() FieldInfo provides access to the metadata for a field within a class, and provides dynamic set and get functionality for the field. Fields are variables defined in the class. This class holds information for a given field. Use the EventInfo class to inspect events and to bind to event handlers. This class holds information for a given event. An assembly's identity consists of the following: This class allows you to discover numerous details behind an assembly's identity. This class allows you to access a given module within a multi-file assembly. This class contains a number of methods that allow you to load, investigate, and manipulate an assembly. Represents an assembly, which is a reusable, versionable, and self-describing building block of a Common Language Runtime application. We will take a look at some of the commonly used classed here: Class The System.Reflection namespace contains the classes and interfaces that provide a managed view of loaded types, methods, and fields, with the ability to dynamically create and invoke types this process is known as Reflection in. These two work together and allow you to reflect over many other aspects of a type. The System.Reflection namespace and the System.Type class plays a very important role in. Using Reflection, you can get any kind of information which you can see in a class viewer for example, information on the methods, properties, fields, and events of an object. We can also access attribute information using Reflection. With Reflection, we can dynamically create an instance of a type, bind the type to an existing object, or get the type from an existing object and invoke its methods or access its fields and properties. This includes information about the type, properties, methods, and events of an object. It can be used effectively to find all types in an assembly and/or dynamically invoke methods in an assembly. Reflection code#Reflection enables you to use code that is not available at compile time.NET Reflection allows an application to collect information about itself and also to manipulate on itself. At runtime, the Reflection mechanism uses the PE file to read information about the assembly. We can also achieve late binding by using. NET Framework's Reflection API allows you to fetch type (assembly) information at runtime programmatically. You will also see advanced Reflection topics like dynamically loading an assembly and late binding, at the end of this article. NET Reflection, with examples, are explained in this article. Use of properties and methods of the Type class in. Reflection how to#You will also learn how to get the type information using different ways. ![]() NET Reflection and its road map, a list of mostly used classes the System.Reflection namespace provides, and the importance of the Type class in. In this article, I have tried to cover all the topics from. Reflecting on Method Parameters and Return Values. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |