Base Class and Derived Class in c# In C# programming, inheritance is a concept or feature in object-oriented programming (OOP) in which a derived class inherits the features and functions of a base class by inheriting the field, properties, and method behavior of a subclass. This allows C# programmers to create new subclasses or multiple…
Getters and Setters in c# In the C# programming language, you can use getters and setters function methods to manage or control access to member fields of a user-defined class. Getters and setters provide C# programmers with the ability to read (get) or modify (set) the values of private class fields in a controlled manner.…
Access Modifiers private, public, protected, internal in c# Class access modifiers in the C# programming language are reserved keywords that define the current accessibility or visibility of a user-defined class's data type and class members, such as class fields, properties, methods, etc. Access modifiers within a class are controlled through these access modifiers, allowing access…
Fields, Properties, and Methods in c# Object-Oriented Programming (OOP) Concepts in the C# Programming Language Fields, properties, and class methods are the basic elements or portions of a user-defined class. Let's understand each of these elements in C# programming, namely fields, properties, and methods, and how they are used in C# programming. Fields, Properties, and…
Constructor Methods in c# In the C# programming language, constructors are special, user-defined, variable-with-parameter class methods that are automatically called when a new instance or function parameter object is created in a custom class. In a C# program, constructor methods created in a class are used to declare and initialize data member fields of an…
Recursion in C# Recursion in the C# programming language is a programming technique or concept in which a user-defined recursive class method automatically calls itself to solve a class problem. In a user-defined class program, recursion methods solve a complex problem by breaking it into smaller instances. In the C# programming language, recursion is often…
Understanding Method Overloading and Signatures Method overloading is an important function method concept in the C# programming language. It allows C# programmers to define or create multiple user-defined class methods with the same name but with separate variable parameter lists. Method overloading in C# allows a single class method name to handle multiple individual class…
Return Types and Void Methods in c# In the C# programming language, return type and void method are two important and essential function program methods or concepts. They determine what and how a user-defined program method returns a value or function to its caller in the main program, and whether a function method returns a…
Method Parameters Value Types vs. Reference Types in c# User-defined program method parameters in C# programming can be divided into two main categories: the first being value types and the second being reference method parameters. The main difference between value types and reference method parameters lies in how the data value information is passed to…
Break and Continue in c# In the C# programming language, break and continue are both reserved keywords. They are control flow statements for C# program loops that directly impact the default block behavior structure of loops and switch statements in the current program. The break keyword is used in If Else, For, While, and Do…
