In today’s fast-moving software world, technical skills alone aren’t enough. The true difference between a good developer and a great one lies in how they approach problems, architect solutions, and anticipate change.
To illustrate this, let’s walk through a fun but revealing challenge: building an HTTP API for an internet-connected document printer.

Artificial Intelligence (AI) is revolutionizing the way developers write code. It speeds up development, reduces debugging time, and makes learning new technologies easier. But AI isn’t perfect—there are some significant drawbacks that every coder should be aware of.

Microservices have emerged as a popular architectural paradigm in modern software development, addressing the limitations of traditional monolithic applications. This article will explore what microservices are, their evolution from monolithic and multi-tier systems, their benefits, and the challenges associated with them.

The Facade Design Pattern is a structural design pattern that provides a simplified interface to a complex subsystem. It hides the complexities of the underlying system by providing a single unified interface, making it easier to interact with the system as a whole.

1. Introduction to Apache Kafka

• Kafka started as a tool for log processing at LinkedIn.
• It has evolved into a versatile distributed event streaming platform.
• Its design utilizes immutable append-only logs with configurable retention policies, making it useful beyond its original purpose.

When developing in C#, choosing between records and classes depends on the behavior and design of your data structures. Let’s explore their key differences, along with some practical examples.

What Are C# Records?

Records were introduced in C# 9.0 as a way to define immutable, data-centric types. Records focus on representing data rather than functionality.

In today’s fast-paced software development environment, the longevity and maintainability of applications are paramount. This is where Clean Architecture comes into play, especially when implemented within ASP.NET Core 8. By prioritizing a separation of concerns, this architectural style ensures that an application’s core business logic remains unaffected by external dependencies such as databases and user interfaces.

Asynchronous programming has become a cornerstone of modern software development, enabling applications to perform time-consuming tasks without blocking the main thread. In C#, the async and await keywords are pivotal in simplifying asynchronous programming. This blog post provides a comprehensive explanation of these features, including a step-by-step guide on implementing a simple thread pool, using AsyncLocal and ExecutionContext, and creating custom task-like constructs. These insights are ideal for developers looking to enhance their understanding and mastery of asynchronous operations in C#.

Locking and concurrency control are essential components in .NET 6, aiding developers in managing how multiple threads access shared resources. These mechanisms prevent data corruption and ensure the correct execution of concurrent operations. This guide delves into the various locking strategies that .NET offers, providing practical examples to illustrate their applications.

GraphQL is a query language and runtime designed by Facebook in 2012 and publicly released in 2015. It has gained widespread popularity in recent years, with many companies adopting it as their primary API architecture. It is a query language and runtime that allows clients to request data from servers using a unified interface. One of the reasons for its popularity is its flexibility, which allows developers to implement it in different ways depending on their use cases. In this blog post, we will explore four common GraphQL adoption patterns: client only, backend for frontend, the monolith, and multiple overlapping graphs.