Can it help with safety-critical standards?

Absolutely. The skill provides guidance on MISRA C/C++ compliance and safety-critical design principles required for industrial and automotive standards like IEC 61508.

Does it support modern C++ features for microcontrollers?

It supports C++17 patterns like RAII, constexpr, and templates while advising against ROM-heavy features like exceptions, RTTI, and large virtual hierarchies.

How does it handle embedded memory management?

It prioritizes determinism over convenience, favoring static allocation, object pools, and stack-usage profiling while strictly avoiding heap fragmentation and non-deterministic malloc/new calls.

Is it suitable for both bare-metal and RTOS projects?

Yes. It supports superloops, event-driven architectures, and RTOS environments like FreeRTOS, Zephyr, and ThreadX, including IPC and task synchronization patterns.

Does this skill help with specific hardware like STM32 or ESP32?

Yes, it includes domain-specific knowledge for STM32 (CubeMX, HAL vs LL), ESP32 (deep sleep, PSRAM vs DRAM), Arduino, and various ARM Cortex-M MCUs.

Embedded C/C++ Expert

Name: Embedded C/C++ Expert
Author: bmad-labs

bybmad-labs

•

開発者ツール

Provides expert guidance and implementation patterns for C and C++ development on resource-constrained embedded systems and microcontrollers.

The Embedded C/C++ skill empowers Claude to assist with professional firmware development across major MCU architectures like STM32, ESP32, and nRF52. It enforces safety-critical coding standards such as MISRA, optimizes memory usage through static allocation and object pools, and provides robust patterns for ISR-to-task communication and low-power management. Whether you are debugging a HardFault, configuring peripheral registers via DMA, or architecting a power-efficient RTOS-based firmware loop, this skill ensures your code is deterministic, hardware-aware, and production-ready.

主な機能

01ISR-safe communication patterns using ring buffers, atomics, and DMA

025 GitHub stars

03Hardware-specific guidance for STM32, ESP32, Arduino, and ARM Cortex-M

04Advanced debugging for HardFaults, stack overflows, and watchdog resets

05Memory-safe patterns avoiding dynamic allocation and heap fragmentation

06Safety-critical design compliance for MISRA C/C++ and IEC 61508

ユースケース

01Optimizing ESP32 power consumption and memory usage for high-uptime IoT applications

02Developing deterministic real-time firmware using FreeRTOS, Zephyr, or bare-metal superloops

03Refactoring legacy firmware to modern C++17 with RAII and compile-time verification

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add bmad-labs/skills cpp-embedded

For use in Claude.ai and ChatGPT