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A comprehensive, step-by-step tutorial series on how to build a simple embedded operating system for the Raspberry Pi (versions 3 and 4) using the Rust programming language.
This project provides a structured and accessible guide to the challenging world of operating system development and low-level embedded programming. Starting from bare metal, you will learn to initialize hardware, manage memory, handle interrupts, and more, all in Rust.
Learning OS development or embedded programming can be daunting due to complexity and the need for deep hardware understanding. This tutorial breaks down the process into manageable chapters, making it approachable for those with Rust knowledge but new to OS/embedded contexts.
Guides through the initial steps of booting on the Raspberry Pi without an existing OS, setting up the necessary environment.
Explains and implements fundamental memory management techniques required for an operating system kernel.
While primarily a learning resource, the concepts and code developed in this tutorial are applicable to various scenarios involving low-level programming and custom embedded systems:
Computer science students or enthusiasts can gain practical, hands-on experience with operating system fundamentals by building one from scratch.
Deepens understanding of how software interacts with hardware and how kernels manage system resources.
Developers looking to use Rust for embedded systems can learn bare-metal programming techniques and the specifics of working with embedded hardware.
Provides practical experience and confidence in using Rust for safety-critical or resource-constrained embedded projects.
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