Caching strategies in .NET Core

Introduction Caching is a technique used to store frequently accessed data in a fast-access storage layer to improve application performance and reduce the load on backend systems. By serving data from the cache, we can avoid expensive database queries or API calls, resulting in faster response times and improved scalability....

Background services in .NET Core

Creating background services in .NET Core is a powerful way to perform long-running, background tasks that are independent of user interaction. These tasks can range from data processing, sending batch emails, to file I/O operations — all critical for today’s complex application ecosystems. This guide delves deep into the architecture,...

Delegates in C#: A comprehensive guide

Introduction Delegates are a fundamental concept in C# that allow you to treat methods as objects. They provide a way to define a type that represents a reference to a method, enabling you to encapsulate and pass around methods as parameters, store them in variables, and invoke them whenever needed....

Performance tricks & best practices, beginner friendly Hey there! Today, I’m sharing some straightforward ways to speed up your .NET Core apps. No fancy words, just simple stuff that works. Let’s dive in! • • • 1. Asynchronous programming Asynchronous programming in .NET Core is a powerful way to enhance...

Unleashing the Power of Meta-Programming: A Comprehensive Guide to C# Reflection Reflection, put simply, is a mechanism provided by the .NET framework that allows a running program to examine and manipulate itself. It’s like a coding mirror that gives your application the ability to look at its own structure, inspect...