What is C# Delegate?

C# Delegate refers to methods with a certain parameter list to define a method signature. You can use a delegate to associate it with any method and a compatible signature type. Users and developers can invoke the method using delegate instances. 

You can process delegates to use smoothen methods as arguments or other methods. All event handlers are triggered using a custom method like a window control. The method used in the process may be the instance method or static method. 

Using delegate c#, you can modify calls programmatically or even include a code into existing classes. The signature of a method usually never returns a value. However, in delegates, the signature always comes with a return value. 

In the programming language you can compare a couple of objects in your app. And you can opt for a delegate method for its algorithm through a sort algorithm. 

What Is the Process Of Assigning Delegates? 

When you are working on c# delegate, you have to follow all its processes and methods carefully. 

Step 1: Declaring a Delegate

This is the primary step. You can declare your delegate by using a keyword and signature. 

Use the following syntax to declare your delegate: 

[access modifier] delegate [return type] [delegate name]([parameters]) 

Step 2: Setting up a Target Method 

When your step-1 is cleared, you have to set your new target method. In computer programming parlance, it’s also called lambda expression. Just insert an object of the delegate using the appropriate keyword and a passing method with a signature that matches with the signature originally created in step-1. 

Alternatively, you can create a target method without creating a delegate object. 

Take for instance; MyDelegate_del=MethodA 

Step 3: Invoke a Delegate (Optional) 

It can be further modified or invoked using the () operator symbols. 

For Example: 

del.Invoke(“Your Name”); 

// or 

del(“Your Name!”); 

Multicast Delegate: Everything That You Should Know

Many people ask what is delegate in c#? While we have explained all vital points to it in the above sections, now we’ll look into its vital topic: Multicast Delegate. 

In simple terms, the multicast delegate is a process of delegating a task through multiple methods. You can use + or += operator to include a new function. Contrarily, if you use – and -=, the operator will remove that function. 

Generic Delegate:

Generic Delegate is another crucial C# Delegate Example, which you shouldn’t miss out. Under this process, you have to use a generic type of parameters or return type. While setting targets, the use of generic types must be specified or else your programming may go wrong. 

In Conclusion:

C# Delegate is always a tricky and lengthy subject. It might be easy for a programmer to understand all the nuances of Delegates but for a non-tech savvy person, it’s not so simple. 

However, we have a programming hack for you. If you want a shortcut to a ‘delegate process’, just use the Action and Function command to complete necessary operations. 

Always remember that function will return a certain value after its processing—while action represents a complete act and won’t return any value.

C# Partial Class Meaning

C# Partial Class is a special feature of C# that incorporates a special feature to implement the functionality of a single class into several files which are united into a single unit as a class file when the specific application is compiled. 

In simple words, C# – Partial Classes and Methods allows the programmer to split the implementation of a class. A programmer programming in C# can gain the advantage of working much faster and on a smoother-scale by splitting the definition of a class over various source files.

Such source files may have a section of the definition of class. Here, all such parts are joined or combined when the final application is compiled. 

It usually contains a partial method. 

Significant Points of C# Partial Class

• The practical utility of it arises when a programmer, working on a large project, requires a split class definition.
• This is beneficial for developing programmes as partial keywords can be applied to specify other parts of the same class identifiable by its namespace.
• In the partial method, the following things are important: partial keyword, return type void, implicitly private and it cannot be virtual.
• A separate file with a .cs extension is important as every class in C# resides there.
• A programmer can take the help of a partial modifier to a class, interface, or structure.

The Conclusion:

In C#partial class several developers can function in one run time with a single class in separate files. And each code can be added to their respective class without any need to recreate or freshly generate the source file.