Dictionary Initializers, a new feature in C# 6.0, streamline code by enabling concise initialization of dictionaries with key-value pairs. This enhances code readability and reduces verbosity in .N...

Mastering SOLID principles in C# enhances software design by promoting maintainability, scalability, and robustness. These principles include Single Responsibility, Open/Closed, Liskov Substitution...

C# 6.0 introduces Static Class Statements, simplifying code organization and enhancing readability by allowing static members to be imported directly, improving code maintenance and reducing verbos...

Discover the power of using 'await' in catch and finally blocks with C# 6.0. Explore how this feature revolutionizes error handling and asynchronous programming, improving code readability ...

C# 6.0 introduced Expression Bodied Members, leveraging Lambda expressions to simplify syntax, reduce code, and enhance readability. These members streamline method and property definitions, offeri...

On November 12, 2014, Microsoft announced Visual Studio 2015 Preview and C# 6.0, featuring the Null Propagation Operator. This operator simplifies null checks, reducing code complexity and bugs. It...

C# nameof operator returns the unqualified string name of a variable, type, or member. In this article, we will learn how to use the nameof operator in C# code example.

The nameof Operator retrieves names of variables or members dynamically, aiding in code maintenance. Raising PropertyChanged Event notifies property changes in INotifyPropertyChanged implementation...

Reflection in C# allows runtime inspection and interaction with object types and members, enabling dynamic invocation, type inspection, and metadata access. It's powerful for development tools ...

C# HashSet, introduced in .NET 3.5 within System.Collections.Generic, is an unordered collection of unique elements. It efficiently prevents duplicate entries, outperforming lists. This article cov...

Learn how to work with stacks in C#. The Stack class in C# provides a collection of objects that follows the Last-In-First-Out (LIFO) principle. Key operations include Push, Pop, and Peek. Understa...

Learn how to efficiently manage data using queues in C#. This comprehensive tutorial covers the basics of the Queue data structure, including enqueue and dequeue operations, practical examples, and...

In C#, the `Array.Resize<T>` method changes the size of a one-dimensional array, either expanding or shrinking it. This method allocates a new array, copies elements, and replaces the old arr...

Explore Hashtable in .NET 2.0, storing data with key-value pairs, constructors for capacity and load factor, fetching data with enumerator, clearing, and searching by key or value. Get ready for mo...

Explore the null-conditional operators in C# 6.0, which simplify null checks and prevent NullReferenceExceptions. Learn about the ?. operator, null-conditional indexing, and combining these with nu...

String handling is a crucial aspect of programming, and C# provides multiple ways to manage strings effectively. This article compares verbatim string literals and raw string literals, highlighting...

The Strategy Pattern in software development manages conditional logic elegantly by encapsulating algorithms into interchangeable classes. This approach enhances code flexibility, maintainability, ...

This article explains Null-conditional Operators in C#, detailing their use for simplifying null checks, avoiding NullReferenceExceptions, working with collections, and combining with extension met...

The Singleton pattern is one of the most commonly used design patterns in software engineering. It falls under the category of creational patterns and ensures that a class has only one instance whi...

Difference Between Var And Dynamic In C#. The two concepts of static and dynamic types in C# can be illustrated with the use of the two keywords named var and dynamic. Var Vs Dynamic In C#.