The qemu-prebuilt GitHub Release was the convenience-binary hosting
path before we shipped the license module. With the license module
live at /api/pro/license/downloads/, the prebuilts now live there
behind a free personal-tier key.
Dockerfile.standalone:
- New build-args VELXIO_LICENSE_KEY + VELXIO_BINARY_BASE_URL
- prebuilt/qemu/ local files still win first (lets users compile
QEMU from source per docs/BUILD-QEMU.md and use that instead)
- Legacy QEMU_RELEASE_URL kept as escape hatch for private mirrors
- Fail-fast with a friendly message if no path is configured
backend-e2e-tests workflow:
- Reads secrets.VELXIO_BUILD_LICENSE_KEY (set in repo settings)
- Uses the gated URL pattern; same fallback message on missing key
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
- Update esp32_lib_manager.py to dynamically set library extensions based on the platform (Linux, Windows, macOS).
- Update submodule references for qemu-lcgamboa and wokwi-elements.
- Add documentation on ESP32 Arduino runtime crashes related to cache disable during WiFi/BT initialization.
- Introduce regression tests for the ESP32-CAM blink issue, ensuring the user sketch matches the reported problem.
- Implement an IRAM-safe blink sketch to confirm the regression is due to the Arduino runtime.
- Create a comprehensive test suite to cover various layers of the simulation and compilation process.
Registers test_esp32_spice_photodiode.mjs (added in the previous commit)
in the ESP32 + ngspice section of the backend e2e workflow, with a 150s
timeout to accommodate ESP32 firmware compile + QEMU boot.
Adds three new test steps to backend-e2e-tests.yml:
- ngspice smoke test (standalone, no backend needed)
- ESP32 voltage divider co-simulation (compile + QEMU + ngspice ADC injection)
- ESP32 Wheatstone bridge co-simulation (NTC temperature sweep)
These run alongside the existing DHT22/HC-SR04/MPU6050/MicroPython tests
using the same QEMU .so libraries and ESP32 Arduino core 2.0.17.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Implemented a comprehensive test script (test_micropython_pico.mjs) that performs the following:
- Part 1: Checks backend compilation of a simple Arduino sketch for the rp2040:rp2040:rpipico board.
- Part 2: Downloads MicroPython v1.20.0 UF2 firmware and loads it into a rp2040js simulator.
- Part 3: Simulates the Pico, verifies REPL output, and checks execution of injected Python code.
- Includes detailed logging and error handling for each step of the process.
davidmonterocrespo24