C# Reflection: Everything You Need to Know about Reflection in C# (With Examples)

Reflection in C# is the process of retrieving metadata of types, modules, assemblies, and more during runtime. With reflection, you can dynamically create an instance of a type, associate a type with an existing object, obtain the type of an existing object, and call its methods, fields, and properties.

In this article, we will explore the concept of C# Reflection, its hierarchy, when to use it, and some examples of its implementation.

C# Reflection
Reflection in C#

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C# Private Constructor (with example)

A Private Constructor is an instance constructor used to prevent creating an instance of a class if it has no instance fields or methods. It is used in classes that contain only static members.

In this article, we will explore the concept of a private constructor, its uses, and how it can be implemented in C# programming.

CSharp Private Constructor
C# Private Constructor

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Copy Constructor in C# with Code Examples

Introduction

In object-oriented programming, a copy constructor plays a crucial role in creating a new object by copying the variables from an existing object. 

Copy constructor allows us to initialize a fresh instance with the values of an already existing instance. Although C# doesn’t inherently provide a copy constructor, we can create one according to our specific requirements.

In this article, we’ll try to understand the concept of Copy constructors in C# with examples.

Copy Constructor in C#
Copy Constructor in C#

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C# Static Constructor (with Examples)

A static constructor is a method that initializes static data members of a class or executes a specific task that needs to be done only once. This constructor is automatically invoked before the first instance of a class is created, or any static data members are accessed.

In this post, We will learn about the C# static constructor with multiple examples.

CSharp Static Constructor
C# Static Constructor

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C# String VS StringBuilder | Top 5 Differences between string and StringBuilder

In C#, the string and StringBuilder classes serve different purposes for handling text data.

  • The string class is immutable, meaning its value cannot be changed once it is created. It is commonly used for string manipulation methods like concatenation, splitting, and replacing.
  • On the other hand, the StringBuilder class is mutable, allowing you to modify its value without creating a new instance in memory each time.

In this article we will learn the Difference between string and StringBuilder in C# with multiple code examples.

C# string vs stringbuilder
C# String VS StringBuilder

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Value Type and Reference Type in C#

In this article, we’ll explore the difference between value types and reference types in the C# programming language.

C# is a strongly-typed language, meaning every variable has a specific type that dictates the values it can hold and the operations it can perform. There are two main categories of types in C#: value types and reference types.

The diagram below shows the different data types in C#.

Value type and reference type in C#
Value type and reference type in C#

Comparison Table: C# value type and reference type

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