In the world of C# programming, extension methods offer a powerful way to augment the functionality of existing classes without modifying their source code. This versatile feature allows you to “extend” classes, including those from third-party libraries, with new methods to suit your specific needs… Read More »C# Extension Methods: Expanding the Capabilities of Your Classes
Exception handling is a vital aspect of robust software development. While C# provides a range of built-in exceptions, there are scenarios where you’ll encounter specific errors that demand a more tailored response. That’s where custom exceptions in C# come into play. In this guide, you’ll… Read More »Working With Custom Exception in C#
Exploring the world of dynamic queries using Expression Trees in C# opens up a realm of data manipulation versatility. With Expression Trees, you can construct queries programmatically, allowing you to create queries dynamically at runtime. In this guide, you’ll learn the use of dynamic queries… Read More »Dynamic Queries with Expression Trees in C#
Combining the potency of asynchronous programming with the versatility of iterator blocks using yield can yield elegant and efficient code in C#. Asynchronous operations allow execution without blocking the calling thread, while yield empowers the creation of enumerable sequences. In this guide, we’ll delve into the synergy of async… Read More »Combining Async and Yield in C#
In C#, working with multiple values and complex data structures can sometimes be challenging. Thankfully, C# provides a handy feature called “Tuple” that allows you to bundle multiple elements together into a single object. Tuples offer a concise and efficient way to handle heterogeneous data,… Read More »C# Tuples: Simplify Complex Data Structures and Operations
In C# programming, a struct is a valuable feature that allows you to create lightweight data types for efficient memory utilization and performance improvements. Structs are ideal for representing small data structures that do not require the overhead of a class. In this article, we’ll… Read More »C# Struct: Defining Lightweight Data Types for Performance
In C#, substring methods are invaluable for extracting specific portions of strings, manipulating text data, and performing various operations on substrings. Substring methods allow you to work with substrings based on their start and end positions or by specifying a length. This blog will explain… Read More »C# Substring Methods
In C#, boxing, and unboxing are mechanisms used to convert value types (such as int, double, and bool) to reference types (such as an object) and vice versa. Here’s a brief explanation of each: Boxing in C# Boxing is the process of converting a value… Read More »What is boxing & unboxing in C#?
In C#, enums (short for enumerations) are a powerful feature that allows you to define a set of named constants. Enums provide an efficient and readable way to represent a fixed range of values, making your code more organized, maintainable, and self-explanatory. In this article,… Read More »Enums in C#: Simplifying Code with Named Constants
In C#, the case statement is an essential component of the switch statement, allowing you to make decisions based on different values of a variable. Using the case statement, you can control the flow of your program and execute specific blocks of code based on various conditions. In this article, we’ll… Read More »C# Case: Decisions in Switch Statements