A Rust library providing reusable components and safe abstractions for Arduino Uno hardware programming.
Ruduino is a Rust library that provides reusable components and safe abstractions for programming Arduino Uno microcontrollers. It offers type-safe APIs for accessing hardware registers, configuring timers, handling interrupts, and managing serial communication while leveraging Rust's memory safety features.
Embedded developers and hobbyists who want to program Arduino Uno boards using Rust instead of C/C++, particularly those interested in safer low-level hardware access.
Provides Rust's memory safety guarantees and type system for Arduino development, reducing common embedded programming errors while maintaining direct hardware control through well-designed abstractions.
Reusable components for the Arduino Uno.
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Utilizes Rust's ownership and type system to prevent common embedded errors like data races, especially evident in interrupt handlers using without_interrupts for atomic operations.
Provides APIs for registers, timers, and serial communication that enforce correct usage at compile time, as shown in the timer configuration with waveform modes and prescalers.
Offers safe wrappers for volatile register access, allowing low-level manipulation without sacrificing safety, demonstrated in examples like PORTB read/write operations.
Facilitates writing interrupt handlers with AVR-specific calling conventions, enabling safer concurrent code compared to raw C++ approaches.
Requires developers to manually calculate values like baud rates (UBRR) and timer prescalers, increasing setup complexity and potential for errors, as seen in the serial and timer examples.
Focused solely on Arduino Uno's ATmega328P, lacking support for other AVR microcontrollers or Arduino variants without significant code modifications.
Has fewer community resources, examples, and tutorials compared to the mature Arduino C++ ecosystem, making onboarding and troubleshooting more challenging for newcomers.