Overview

Have you ever spent days hunting down a bug that only appears after a device has been running for hours? Do you worry about the reliability of the code that powers your hardware? What if you could build firmware with the confidence that it was free from memory corruption and data races, not because you were careful, but because your tools made it impossible to create those bugs in the first place? This book takes you on that journey. You will start with the simple satisfaction of blinking your first LED and quickly move to commanding hardware at the register level. You will learn to tame complexity with powerful abstractions and build multi-tasking applications that are provably safe. Your journey culminates in the final assembly of a complete, stand-alone weather station-a physical device on your desk that you built from the ground up, powered by the most reliable embedded code you've ever written. This isn't just about learning a new language; it's about learning a new way to think about building things that last. What's insideThis book is packed with practical, hands-on projects and deep explanations of the concepts you need to succeed. You will learn how to: Set up a professional development environment and flash your first program. Master the #[no_std] world, programming without an operating system. Control your hardware directly using Peripheral Access Crates (PACs) and create ergonomic APIs with Hardware Abstraction Layers (HALs). Write portable, reusable drivers for sensors and displays with the embedded-hal traits. Build truly concurrent, real-time applications with the powerful and safe RTIC framework. Implement common communication protocols like UART, I2C, and SPI from a practical perspective. Optimize your firmware for both speed and size, and learn the tools to debug and test your code effectively. Integrate everything you've learned to build a complete, multi-component weather station from start to finish. Who it's meant forThis book is for anyone who wants to build reliable and efficient embedded systems with one of the most exciting technologies available today. It is designed for: Embedded C/C++ Developers seeking a modern, safer alternative without giving up performance. Rust Developers who want to apply their existing skills to the exciting world of microcontrollers and hardware. Hobbyists and Makers who are tired of flaky projects and want to build devices that are robust and dependable. Students and Professionals looking for a clear, practical, and comprehensive guide to the modern embedded Rust ecosystem. The future of embedded development is safe, concurrent, and high-performance. Stop chasing memory bugs and start building firmware with confidence. If you're ready to build embedded systems that are as reliable as they are powerful, then this book is for you. Grab your copy and let's start building today!

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