Can it help with concurrent embedded programming?

Yes, it provides implementation patterns for interrupt-driven concurrency using RTIC or async-based concurrency via the Embassy framework.

Does this skill support the Rust standard library?

No, this skill is specifically designed for no_std environments where the standard library is unavailable, focusing on core-only implementations.

Which microcontrollers are supported?

The skill provides patterns compatible with various architectures including ARM Cortex-M, RISC-V, ESP32, and STM32 using HAL and PAC abstractions.

How does it handle dynamic memory?

It avoids the heap entirely, promoting the use of the heapless crate and static buffers to ensure deterministic memory usage and prevent out-of-memory errors.

Rust Embedded Systems Assistant

Name: Rust Embedded Systems Assistant
Author: actionbook

byactionbook

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596

개발자 도구

Guides the development of memory-safe firmware and bare-metal applications using no_std Rust patterns.

소개

The domain-embedded skill equips Claude with specialized architectural patterns and constraints necessary for high-reliability Rust development on microcontrollers and embedded devices. It enforces critical domain rules such as heap-less allocation, interrupt safety, and strict hardware ownership to prevent common firmware bugs. By providing context-aware guidance on HAL traits, PAC register access, and frameworks like RTIC or Embassy, this skill ensures that AI-generated code is compatible with resource-constrained, real-time environments where the Rust standard library is unavailable.

주요 기능

Provides patterns for heap-less data structures and static memory allocation
Implements interrupt-safe state management using critical sections
Optimizes code for ARM Cortex-M, RISC-V, and ESP32 architectures
596 GitHub stars
Enforces no_std and no_main configuration for bare-metal environments
Manages hardware peripheral ownership via HAL and Singleton patterns

사용 사례

Developing production-grade firmware for STM32 or nRF microcontrollers
Migrating legacy C/C++ embedded projects to memory-safe Rust
Architecting real-time systems using async frameworks like Embassy

소개

주요 기능

Provides patterns for heap-less data structures and static memory allocation
Implements interrupt-safe state management using critical sections
Optimizes code for ARM Cortex-M, RISC-V, and ESP32 architectures
596 GitHub stars
Enforces no_std and no_main configuration for bare-metal environments
Manages hardware peripheral ownership via HAL and Singleton patterns

사용 사례

Developing production-grade firmware for STM32 or nRF microcontrollers
Migrating legacy C/C++ embedded projects to memory-safe Rust
Architecting real-time systems using async frameworks like Embassy