Building responsive and efficient applications in our rapidly-evolving digital world is more crucial now than ever. As software developers, we constantly look for ways to boost performance and improve the user experience. One such method is employing multithreading, a widely used yet often misunderstood feature. This comprehensive guide will dive deep into C# threading and multithreading. We’ll unpack what they are, their differences, and when and how to use each.

We are living in an era where innovation reigns supreme, so choosing the right tools to bring your applications to life is important. As developers, understanding the thrill of crafting robust and seamless applications behind the scenes is quite necessary. Therefore, the art of backend development requires careful selection of the perfect server-side programming language. From the elegant versatility of Python to the ubiquitous scalability of JavaScript, each language has its own unique strengths.

As part of the release of.NET Core 2.0, there are also some updates to ASP.NET. Among these is the addition of a new web framework for creating a “page” without the full complexity of ASP.NET MVC. New Razor Pages are a slimmer version of the MVC framework and, in some ways, an evolution of the old “.aspx” WebForms. In this article, we are going to delve into some of the finer points of using ASP.NET Razor Pages versus MVC.

Just conducting one type of testing is generally not enough. For example, let’s say you decide to perform unit testing only. However, unit tests only verify business logic. Many other types of tests exist to verify the integration between components, such as integration tests. But what if you want to measure the maximum performance of your application? Or what if you want to know how the application behaves under extreme stress?

In the realm of software development, designing apps that are reliable and scalable is crucial. Design patterns are essential in achieving these objectives, being useful in OOP, UI and even QR Code design. The main reason is that design patterns offer reusable solutions to typical problems. This post explains the idea of design patterns, exploring their types, benefits and practical applications.