In the world of modern software development, the ability to perform multiple tasks simultaneously is important for building responsive and efficient applications. Have you ever wondered how your favorite apps handle multiple operations at once without slowing down? Or how complex computations are performed in the blink of an eye?...

Bending the Clean Architecture Principles Async await meme Introduction Imagine you’re a chef in a kitchen full of ingredients, some fresh, some a bit past their prime, all thanks to Microsoft’s “We never throw anything away” policy. This is what programming asynchronously in C# is like — an overwhelming mix...

We have been living in a distributed world for quite some time, and when considering how should you implement the communication between any two parties involved, the discussion seems to gravitate around two options: API or messaging. Instead of focusing on the lost battle of which one is better,...

Maximizing performance in asynchronous programming Task and Task<TResult> The Task and Task<TResult> types were introduced in .NET 4.0 as part of the Task Parallel Library (TPL) in 2010, which provided a new model for writing multithreaded and asynchronous code. For demonstration purposes, let’s build an example: using System; using System.Diagnostics;...