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Guide porting FastLED to new MCU platforms, including int.h types, clockless drivers, SPI implementations, and platform detection. Use when adding support for a new microcontroller family or board.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Run test suite and report results. Use when running unit tests, integration tests, or verifying code changes pass all tests.
Create a new C++ lint rule, test it, run it across the codebase, and selectively apply fixes. Usage - /new-cpp-lint <rule description>
Review staged and unstaged code changes for FastLED coding standards violations, span usage mandates, and example quality. Use after making code changes to ensure compliance.
Fetch CodeRabbit review comments on the current PR, classify each finding, apply fixes for valid issues, and reply to each thread. Use before attempting gh pr merge when CodeRabbit has posted a review. Blocks merge on unresolved threads. Routes security-critical findings to a human.
Generate a structured multi-layer test plan for FastLED changes targeting ESP32. Covers host unit tests, WASM compile checks, platform compile checks, and hardware validation. Use after defining an implementation contract, before writing any code.
Generate a structured implementation contract before making any code changes to FastLED. Defines scope, affected files, API changes, platform impact, risk assessment, and test plan. Use before implementing any feature, bug fix, driver addition, or refactoring.
| name | platform-port |
| description | Guide porting FastLED to new MCU platforms, including int.h types, clockless drivers, SPI implementations, and platform detection. Use when adding support for a new microcontroller family or board. |
| argument-hint | <target platform name, e.g., "STM32H7", "RP2040", "nRF52840"> |
| context | fork |
| agent | platform-port-agent |
Guide the process of porting FastLED to a new microcontroller platform.
$ARGUMENTS
is_<platform>.h)FL_IS_<PLATFORM> macros following naming conventionsrc/platforms/)int.h with correct primitive type mappingssrc/platforms/int.h dispatcher<Peripheral>_Type typedef or <Peripheral>_BASE address, verify the
peripheral EXISTS on the target chip against BOTH the vendor CMSIS PAL
header for that specific variant AND the chip's datasheet chapter. See
agents/docs/peripheral-existence.md for the halt-on-phantom rule and
the LPC804 anti-example (framework-arduino-lpc8xx#35).LPC845.h, stm32f4xx.h, nrf52840.h, hardware/structs/*.h,
etc.); do not hand-roll register shims. See
agents/docs/register-maps.md for the rule, the vendor-source
table, and the tier-1/2/3 integration pattern./platform-port STM32H7
/platform-port RP2040
/platform-port nRF52840
/platform-port I need to add support for the ESP32-P4