Programming languages serve as the foundation for the creation of software, systems, and applications. Two languages that often come up in discussions around system programming are C and Rust. Both have their strengths and areas of application, but they also have distinct differences. Let’s dive into a comparison of these two powerful languages. The Veteran: … Read more
Writing an operating system kernel is a challenging endeavor that can significantly deepen your understanding of computer science and systems programming. Rust, with its focus on safety and performance, is an increasingly popular language for systems programming. This article will outline the steps to get started with writing your own basic kernel in Rust. Why … Read more
Embedded programming can be both exciting and intricate, featuring close interaction with hardware and requiring a fine-grained control of system resources. With safety and concurrency being paramount, Rust has emerged as a language of choice for many embedded developers. In this article, we delve into how to get started with embedded programming using Rust. Understanding … Read more
In the ever-evolving world of technology, the quest for more reliable and efficient programming languages is relentless. Enter Rust, a language that is quickly capturing the attention of developers and corporations alike. Rust’s ascent is no accident; it’s the result of offering a combination of unparalleled safety features and a comprehensive toolset provided by default. … Read more
Rust is a modern systems programming language that has been rapidly gaining popularity since its inception. The language is designed for performance and reliability, and it offers developers control over low-level details akin to that in C or C++, but with a strong emphasis on safety and concurrency. This article delves into the core aspects … Read more