The product pivoted away from a Matter-first nRF54L15 device to an ESP32-C6/ESP-IDF/C++17 platform where behaviour is defined by a Blockly-generated Lua program instead of custom firmware (see the updated kvida meta-repo vision). Removes the west/NCS/Zephyr scaffold and replaces it with: - A pinned ESP-IDF v6.0.2 Docker build environment (Espressif's official image already bundles the toolchain, unlike NCS/west). - A layered component structure (drivers -> sensors -> profiles -> lua_runtime -> transport) matching the new architecture principles, with per-component READMEs describing responsibilities. - An A/B OTA + LittleFS partition table and a minimal main.cpp. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
28 lines
910 B
YAML
28 lines
910 B
YAML
services:
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build:
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build:
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context: .
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dockerfile: docker/Dockerfile
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working_dir: /project
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environment:
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- IDF_TARGET=esp32c6
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volumes:
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# Project source, bind-mounted.
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- .:/project
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# Build output and IDF Component Registry cache, kept in named
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# volumes so they survive across container runs without polluting
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# the bind-mounted source tree.
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- build-cache:/project/build
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- managed-components-cache:/project/managed_components
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tty: true
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# USB access (for `idf.py flash`/`monitor`) is expected to be handled
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# via usbipd-win forwarding the board's serial port into WSL2. If
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# flashing needs to run inside this container rather than on the WSL2
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# host, uncomment and adjust once the forwarded device node is known:
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# devices:
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# - "/dev/ttyUSB0:/dev/ttyUSB0"
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volumes:
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build-cache:
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managed-components-cache:
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