Overview

You crave the absolute control of bare metal, but you demand the safety and elegance of modern software engineering. It is time to stop fighting legacy C bugs and start building systems that simply refuse to crash. Embedded Rust Programming: Hands-On Bare Metal Development for ARM and RISC-V is the definitive guide for firmware engineers and systems developers ready to revolutionize how they interact with hardware. This book bridges the divide between low-level register manipulation and high-level safety, proving that you do not have to sacrifice performance for reliability. At its heart, this book solves the embedded industry's most persistent problem: memory safety. It empowers you to harness Rust's zero-cost abstractions to write firmware for ARM Cortex-M and RISC-V architectures that is as fast as C, but mathematically guaranteed to be free of segmentation faults and data races. Inside, you will master the tools to: Command the Silicon: Navigate the embedded Rust ecosystem (no_std) to interact directly with hardware registers using Peripheral Access Crates (PACs) and Hardware Abstraction Layers (HALs). Eliminate Runtime Panic: Leverage Rust's ownership model and borrow checker to catch buffer overflows and concurrency errors at compile time, long before the code hits the chip. Architect for Concurrency: Build responsive, multitasking systems using Real-Time Interrupt-driven Concurrency (RTIC) and async/await patterns without the fear of race conditions. Deploy Cross-Architecture: Gain versatile, hands-on experience by building projects that compile seamlessly for both industry-standard ARM and the emerging RISC-V platforms. Don't let legacy toolchains hold back your potential. Future-proof your career and redefine what is possible in embedded development. Scroll up and buy your copy today to start building safer, faster systems.

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