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C# : How can we access private method outside class

Introduction In object-oriented programming, encapsulation is a fundamental principle that restricts direct access to the internal implementation details of a class. Private methods, being part of this internal implementation, are designed to be accessible only within the confines of the class they belong to. However, there might be scenarios where you need to access a private method from outside the class. In this blog post, we'll explore several techniques to achieve this in C#. 1. Reflection: A Powerful Yet Delicate Approach Reflection is a mechanism in C# that allows inspecting and interacting with metadata about types, fields, properties, and methods. While it provides a way to access private methods, it should be used cautiously due to its potential impact on maintainability and performance. using System ; using System . Reflection ; public class MyClass { private void PrivateMethod ( ) { Console . WriteLine ( "This is a private method."

C# : 12.0 : Primary constructor

Introduction In C# 12.0, the introduction of the "Primary Constructor" simplifies the constructor declaration process. Before delving into this concept, let's revisit constructors. A constructor is a special method in a class with the same name as the class itself. It's possible to have multiple constructors through a technique called constructor overloading. By default, if no constructors are explicitly defined, the C# compiler generates a default constructor for each class. Now, in C# 12.0, the term "Primary Constructor" refers to a more streamlined way of declaring constructors. This feature enhances the clarity and conciseness of constructor declarations in C# code. Lets see an simple example code, which will be known to everyone. public class Version { private int _value ; private string _name ; public Version ( int value , string name ) { _name = name ; _value = value ; } public string Ve

C# : Understanding Types of Classes

In C#, classes serve as the building blocks of object-oriented programming, providing a blueprint for creating objects. Understanding the types of classes and their applications is crucial for designing robust and maintainable software. In this blog, we’ll delve into various types of classes in C#, accompanied by real-world scenarios and code snippets for a practical understanding. 1. Regular (Instance) Classes Definition: Regular classes are the most common type and are used to create instances or objects. They can contain fields, properties, methods, and other members. Example Scenario: A Person class representing individual persons with properties like Name and Age. public class Person { public string Name { get ; set ; } public int Age { get ; set ; } } 2. Static Classes Definition: A static class cannot be instantiated and can only contain static members (methods, properties, fields). It’s often used for utility functions. Example Scenario: A MathUtility cla

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