10 Repositories
Rust board Libraries
Rust code for T-Display S3 AMOLED, ESP32-S3 board with RM67162 AMOLED display
T-Display S3 AMOLED What is it? This is a Rust BSP for the Lilygo's T-Display S3 AMOLED board. RM67162 AMOLED driver in QSPI mode RM67162 AMOLED drive
A Quoridor implementation in Rust, including different AIs
Quoridor in Rust Quoridor is a zero-sum strategic board game with complete information. It was initially designed by Marko Marchesi based on Blockade
A budget PLC-like board for controlling 24V DC equipment.
Poppy Logic Controller The Poppy Logic Controller is a budget PLC (Programmable Logic Controller). Importantly, it is only an I/O board without any PL
Rust no_std, embedded_hal board support package for the Electro-Smith Daisy platform.
Daisy Rust no_std, embedded_hal board support package for the Electro-Smith Daisy platform. This project was forked from antoinevg/daisy_bsp. Supporte
A simple 2-player game player over a standard 8x8 board.
Boombots A simple 2-player game player over a standard 8x8 board. Projects Game Server (v0.0.1) A parallel and asynchronous game server written in Rus
Uisge is a board game for 2 players with simple rules.
Uisge Uisge is a board game for 2 players with simple rules. This application allows you to play Uisge against the computer in your terminal. Rule sum
Pleco is a chess Engine & Library derived from Stockfish, written entirely in Rust
Pleco Pleco is a chess Engine & Library derived from Stockfish, written entirely in Rust. This project is split into two crates, pleco, which contains
RustSBI support on SiFive FU740 board; FU740 is a five-core heterogeneous processor with four SiFive U74 cores, and one SiFive S7 core
RustSBI 在 HiFive Unmatched 主板的支持软件 这个项目的目的是在SiFive HiFive Unmatched主板上支持RustSBI。 RustSBI是一个引导程序环境;主板上电时,RustSBI将会先行启动,而后,它将会找到一个可引导的操作系统,引导启动这个操作系统。 在
Board Support Crate for Arduino Leonardo in Rust
Deprecation Note: This crate will soon be deprecated in favor of avr-hal. avr-hal is a new approach to writing the HAL crate, that was designed with s
Simple POC for the Micriμm STM32F107 Evaluation Board
My motivation for this project was very simple: I wanted to blink some LEDs at "some rate(tm)" using entirely rust. I also did not want to use any of the embedded-std libs that were available, because I wanted to really get a feel for bit-banging the registers (including documenting where I grabbed the info from).