embedded-hal作为嵌入式Rust生态系统的核心组件,有许多相关的生态项目: embedded-hal-bus:提供共享SPI和I2C总线的实用工具。 embedded-hal-async:提供异步版本的HAL特性。 embedded-hal-nb:使用nbcrate提供轮询版本的HAL特性。 这些项目共同构成了一个强大的嵌入式Rust开发环境,为开发者提供了丰富的工具和库。 embedded-...
Run rustfmt on the project with cargo fmt --all - CI will not pass without this step Check that your branch is up to date with master and that CI is passing once the PR is opened PR description This cherry-picks the embedded-hal-1.0.0 update from #207 and combined that with changing...
Contribution to this repository is organized under the terms of theRust Code of Conduct, the maintainers of this repository, theHAL team, promise to intervene to uphold that code of conduct. About A Hardware Abstraction Layer (HAL) for embedded systems ...
与其将所有工作代码从C不必要地翻译到Rust（然后需要对其进行大量的测试和调试），将其 Package 在Rust互...
以下这些板都有很棒的 HAL 和 BSP crate、活跃友好的社区和板载调试器。 BBC micro:bit(约 13 英镑):它是新版 Rust Embedded Discovery 书中使用的板。 nRF52840 开发套件(约 35 英镑);它是 Ferrous Systems 在 Kunrling 会议和培训中使用的板。
Rust toolchain 使用night-mscvchannel 的Rust编译器工具链。 在终端输入: rustupdefaultnightly-msvc 安装目标板core核心库。按照对应架构,选择安装。STM32F103的架构为Cortex-M3,所以这里我们指定的是thumbv7m-none-eabi。 Target | Architecture --- thumbv6m-none-eabi | Cortex-M0 and Cortex-M0+ thumbv7m-non...
Embedded Rust 主要分为两类: 硬件抽象层(HAL):提供了一组通用的接口,用于与硬件交互。 设备驱动程序:针对特定硬件设备的驱动程序,实现了 HAL 接口。 应用场景 嵌入式 Rust 可以应用于各种嵌入式系统,包括但不限于: 微控制器 物联网设备 自动驾驶汽车 工业控制系统 问题分析与解决 问题描述 你提到 Embedded Rust...
Rust Embedded Devices Working Group Rust website,GitHub founding member, currently inactive The Embedded Devices Working Group is the part of the Rust project that focuses on making Rust a great choice for embedded development. I was a founding member and member of the HAL team, mostly focusing...
Rust Embedded Devices Working Group Rust website,GitHub founding member, currently inactive The Embedded Devices Working Group is the part of the Rust project that focuses on making Rust a great choice for embedded development. I was a founding member and member of the HAL team, mostly focusing...
A snippet of Rust STM32xxx_hal code to access GPIO let gpioa = dp.GPIOA.split(&mut rcc); let mut p12 = gpioa.pa12; loop { p12.into_push_pull_output().set_low().unwrap(); //after some processing, time to switch p12 to input p12.into_floating_input(); } The compiler compla...