Introduction Performance optimisation is a crucial aspect of software development, especially when working on high-performance applications or libraries. Benchmarking your code allows you to identify bottlenecks, optimise critical sections, and…
Introduction In C#, async/await and Task serve different purposes when it comes to asynchronous programming. async/await is a language feature that simplifies asynchronous code, while Task represents a unit of…
Introduction In C#, when working with asynchronous operations that support cancellation, it's a good practice to pass a CancellationToken when appropriate. However, whether you should always pass a CancellationToken depends…
Introduction Asynchronous programming has become essential to modern software development, allowing applications to perform tasks efficiently without blocking the main thread. In C#, developers have access to powerful tools like…
Introduction In C#, you can use the async and await keywords to create asynchronous methods. However, not all methods can be easily turned into asynchronous methods using async Task. Whether…
Introduction Asynchronous programming is a crucial aspect of modern software development, allowing applications to perform non-blocking operations and maintain responsiveness. In C#, asynchronous programming is accomplished using the async and…
Introduction APIs (Application Programming Interfaces) are the backbone of modern software applications, facilitating communication and data exchange between different systems. Ensuring your APIs' reliability, correctness, and performance is paramount to…
Introduction APIs (Application Programming Interfaces) are crucial in modern software development, enabling systems to communicate and share data effectively. Ensuring the reliability and correctness of your APIs is essential, and…
Introduction When I went into the office the other morning, there was a note on my desk from one of my colleagues asking me for a favour. Whilst working late,…
Introduction The provider model is a powerful design pattern in C# that offers flexibility and adaptability by separating implementation details from core functionality. In simple terms, imagine providers as interchangeable…