esp32-test-plan

To create an ESP32 test plan for FastLED changes, classify the change to select applicable test layers like host unit tests, WASM compile checks, platform compile checks, and hardware validation. This generates a structured workflow with command templates ensuring multi-layer validation before implementation.

Hardware validation in an ESP32 test plan is the physical testing layer required when host unit tests and compile checks are insufficient. It defines concrete steps and command templates to verify FastLED changes directly on ESP32 hardware after no-hardware coverage passes.

You run host unit tests and WASM compile checks by applying the generated test plan's command templates. The plan documents the specific commands for no-hardware coverage, validating FastLED ESP32 logic on the host and verifying compilation via WebAssembly before hardware deployment.

You do not need ESP32 hardware to validate FastLED platform compile checks. The generated test plan defines no-hardware coverage steps, allowing you to verify compilation through host unit tests and WASM checks, requiring hardware validation only when explicitly necessary.

The best way to structure test cases for FastLED ESP32 changes is using a repeatable test plan framework that separates classification, test cases, and command templates. This documents the testing strategy across host, WASM, platform, and hardware layers for consistent validation.