PR #192 (spice-led-pipeline) added two PinManager changes that were
not reflected in the test mocks / assertions:
- `setPinState(pin, state)` gained an optional `source: 'mcu' |
'external'` third arg. Production ESP32-C3 / RISC-V simulators
now pass `'mcu'` to mark the call as an MCU output (so the SPICE
collector emits a V-source). The esp32c3-blink and esp32c3-simulation
tests asserted on the old 2-arg shape.
- `resetPinStates()` is a new public method on PinManager called by
`stopBoard` / `resetBoard` to clear cached pin states. The mocks in
esp32-integration.test.ts and multi-board-integration.test.ts did
not add it, so any test that ran stopBoard hit
`TypeError: getBoardPinManager(...)?.resetPinStates is not a function`.
This commit:
- Adds `'mcu'` to the two ESP32-C3 setPinState assertions.
- Adds `this.resetPinStates = vi.fn()` to both integration mocks.
These are pure test fixups — no production code touched. The
`circuit-simulation-service.test.ts > handleMcuEdge` failure
(`expected 1 to be 2`) is a separate regression in production code
introduced by PR #192 and is NOT fixed here.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
- Implemented `i2c-esp32-real-firmware.test.ts` to test ESP32 I2C communication via backend and WebSocket.
- Created `load-example-transitions.test.ts` to ensure proper loading of examples between board-less and board-based contexts.
- Added `CircuitVerificationModal.tsx` to display circuit verification results before running simulations.
- Developed `circuitVerifier.ts` to perform pre-flight checks for circuit safety, identifying potential issues like short circuits and component overloads.
- Introduced minimal ESP32 I2C master sketch `esp32_i2c_writer.ino` for testing I2C transactions.
CI's Frontend Tests workflow had been failing on master for ~15 runs.
Two pre-existing issues, neither related to the SPI refactor in 8b1433d
or the ESP32-CAM work:
1. RP2040Simulator mock missing attachCyw43 method (23 test files)
PR #126 (8e769f8 "feat(multi-board): add wire-aware cross-board
interconnect router", merged 2026-04-25) added a Pico-W-specific
`sim.attachCyw43(bridge)` call inside addBoard(). The 23 test files
that mock RP2040Simulator with vi.fn weren't updated; whenever a
test path created a Pico W board the mock threw "TypeError:
sim.attachCyw43 is not a function" and aborted addBoard.
Fix: add `this.attachCyw43 = vi.fn()` to every affected mock.
Also pre-populate `this.spi = { onByte: null, completeTransfer: vi.fn() }`
so any future SPI-part tests don't trip on the new generic .spi
adapter from 8b1433d.
2. install-libraries.test.ts payload mismatch
PR #135 (b1026ec7 "library-version-uninstall", merged 2026-04-29)
extended `installLibrary(name)` to `installLibrary(name, version?)`
and now sends `{name, version: version ?? null}` over the wire.
The test still asserted `{name}` only and failed.
Fix: assert `{name, version: null}` for the no-version call.
Verified locally: 1161 passed | 1 skipped (was 1117 passed | 44 failed).
Backend E2E "Run HC-SR04 e2e test" is a separate failure that needs
its own investigation — it downloads QEMU binaries from a release and
runs real firmware compilation, which I can't reproduce on Windows.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
- Modified the index file to reflect the new naming convention for Velxio components.
- Changed JSX declarations to use 'velxio-' prefix for various components.
- Updated component overrides to replace 'wokwi-' with 'velxio-' for logic gates and other components.
- Adjusted SVG generation script to use 'velxio-' prefix for BMP280 and Raspberry Pi components.
- Marked submodules as dirty in QEMU and RP2040 libraries.
- Added .prettierignore and .prettierrc.json for consistent code formatting.
- Introduced InstrumentComponent with support for Voltmeter and Ammeter, including pin information handling.
fix: improve session ID handling in Esp32Bridge and update WebSocket close logging
chore: mark subprojects as dirty in QEMU, RP2040, and Wokwi elements libraries
- Implemented a simple LED blink program in C for the ESP32-C3, targeting RV32IMC architecture.
- Created a linker script to define memory layout for the ESP32-C3.
- Added build script to compile the blink program using the riscv32-esp-elf-gcc toolchain.
- Developed Esp32C3Simulator to emulate ESP32-C3 behavior in the browser, including GPIO and UART functionality.
- Implemented utility functions to parse ESP32 flash images and handle loading of binary data.
- Included disassembly output for debugging purposes.
- Added necessary test fixtures for the blink example.
davidmonterocrespo24