4af0f1b248
Quick end-to-end data-flow proof using only what's on the ESP32-C6- DevKitC-1 itself (no sensors on the bare devkit -- confirmed via research: BOOT button, WS2812 LED, no external sensors): - drivers::chip_temperature_* wraps ESP-IDF's built-in temperature_sensor driver (SoC die temperature). - drivers::rgb_led_* wraps the onboard WS2812 (GPIO8) via the espressif/led_strip managed component (another external registry dependency, like mdns/mqtt). - profiles::ChipTemperatureSensor is the first real implementation of the Sensor interface designed earlier, converting the driver's float reading to the fixed-point convention once at the boundary. - transport/mqtt.cpp publishes chip temperature as an HA "temperature" sensor every 30s, and exposes the LED as an HA "light" entity (rgb_command_topic) -- the first use of MQTT subscribe in this project, not just publish. Added a ChipTemperature SensorChannel (distinct from AmbientTemperature -- different meaning/range) to sensor.h. Verified live: both the chip temperature reading and LED color control work from Home Assistant against the real device. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
810 B
810 B
profiles
Exposes reusable sensor/actuator capabilities (reed switch, hall sensor, push button, pulse counter, analog input, DS18B20, BME280, leak sensor, PIR, generic I2C device) to the Lua runtime, backed by sensors. REQUIRES sensors.
Concrete Sensor implementations live here (not in sensors, which owns the shared interface/types), and reach down to drivers directly for the actual hardware access -- sensors is the shared contract, not a mandatory pass-through. REQUIRES drivers too.
ChipTemperatureSensor(include/chip_temperature_sensor.h) -- the first realSensorimplementation, wrappingdrivers::chip_temperature_*(the ESP32-C6's internal die temperature). Added to get real data flowing end-to-end (drivers -> profiles -> transport/MQTT) before more sensor types exist.