Asynchronous Programming in remoting Application

.Net Remoting supports asynchronous programming. In this model, a call is made to a class method while the calling program continues to execute. This increases application speed as the application continues to execute without waiting for the called methods to finish execution. 

Asynchronous Programming in remoting Application 

There are two ways that the remoting objects can be configured. They can be configured by calling configuration methods inside the application. .Net Framework allows configuring objects also by adding configuration section in the application configuration file.
When you apply any change in the configuration section, you don’t need to recompile the code. On the other hand, any change in the setting applied programmatically would require recompiling the code.

Remoting system requires certain information about remote objects to be hosted which are as follows

Activation type
Channels
URL of the remote object
Type metadata

.Net Framework provides RemotingConfiguration class in the System.Runtime.Remoting namespace that allows configuring object programmatically.

In .Net, you can have configuration setting in the application configuration file or in the machine.config file. You can use RemotingConfiguration.Configure method to load the setting in the code, e.g.

RemotingConfiguration.Configure("AppConfig.exe.config")

The configuration attributes in the XML configuration file of the application are below.

This element contains the information about the remote objects.

This element contains the remote object.

This element has three attribute such as mode, type, and objectUri. Mode can be Singleton or SingleCall. Type is the name of the assembly that contains type implementation. ObjectUri specifies the endpoint for the URI of an object.

This element contains information about the client-activated objects that are exposed by the application.