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* hil: enable nanoch32v203 in CI with fsdev + usbfs variants
nanoch32v203 was parked in boards-skip; move it into the active pool now
that the board is wired to the ci.lan rig. Cover both USB device IPs as
build variants:
- nanoch32v203-fsdev: RHPORT_DEVICE=0 (USBD / stm32 FSDev IP)
- nanoch32v203-usbfs: RHPORT_DEVICE=1 (WCH USBFS IP)
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* device: clamp EP0 OUT data copy to the control transfer buffer
usbd_control_xfer_cb() copied xferred_bytes from the EP0 bounce buffer
into the requester's buffer with no bound. A non-compliant host that
sends an OUT data packet larger than the control transfer's data_len
(= min(len, wLength), the buffer capacity) would overflow that buffer
and over-count total_xferred. Clamp xferred_bytes to the remaining
buffer space before the memcpy and accounting.
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* test/hil: replace build.flags_on with named variant schema
Boards declare build variants as `variant: [{name, flags}]` instead of
`build.flags_on`. The variant `name` is the build dir (cmake-build-<name>) and
the HIL report row; `flags` is the raw CFLAGS string (-D...=1) injected via
CFLAGS_CLI. No `variant` => a single build named after the board.
- build.py: --build-name <name> (dir) + --cflag=<token> (raw CFLAGS, repeatable,
=form survives the matrix's shell word-splitting); drop -f1/CFLAGS wrapping.
- hil_ci_set_matrix.py: emit one build arg per variant.
- hil_test.py: iterate variants; report row + build dir = variant name.
- hil_ci.sh: copy all cmake-build-<board>* dirs for -b runs.
- get_deps.py: accept (ignore) --build-name/--cflag from matrix args.
- tinyusb.json: migrate all 6 flags_on boards to variant.
* board_test: park CI build with busy spin instead of wfe
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hil: park boards with idle board_test instead of erasing flash
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Teardown: instead of flashing device/board_test (a USB-less blink loop that
keeps the MCU busy-looping), erase the first flash sector (vector table) so the
board faults to idle after its tests — no USB, lower power, faster. Per-flasher
erase_<name>: openocd/openocd_adi `flash erase_sector 0 0 0`; stlink `--erase
0`; jlink erases the sector at the flash origin read from the ELF (pure-Python,
new elf_flash_origin); esptool `erase_region 0x0 0x4000`; lm4flash writes a 4 KB
all-0xFF blank image (lm4flash erases before programming, so the first sector
ends up blank). device/board_test flash remains a fallback for flashers with no
erase_ function. The teardown is no longer a report column (it's cleanup).
Report: cdc_msc_throughput and msc_file_explorer[_freertos] now return a compact
read/write speed shown in their report cell instead of the pass tick (e.g.
"C 652k/422k M 1.1M/783k", "rd 1.2MB/s"). test_example returns an optional
metric; render_matrix shows it verbatim. Firmware lookup factored into
find_firmware (reused by the erase teardown).
Verified on the rig (stm32f723disco, jlink): erase disables the board in 0.8 s
and it disappears from the bus; the throughput cell shows live speeds.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Neutral white circle for skipped, giving a ✅/❌/⚪ pass/fail/skip set.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Colored emoji render green/red in the GitHub PR comment, far more visible than
the monochrome ✔/✖ dingbats. Skip stays ➖.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The report sidecar lives in a persistent dir (it survives the CI workspace
clean so accumulation works across run attempts). A full run is "fresh" and
must not merge prior state, but previously fresh only avoided *loading* the
json at merge time — if a fresh run crashed before writing the report, the
stale json/md from an earlier run lingered and a retry (fresh=False) could
merge it, or the always() upload could post it. Delete hil_report.json/.md at
the start of a fresh run so prior results can never leak.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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hil_test.py persists results in a hil_report.json sidecar and regenerates
hil_report.md from it. A full run starts fresh; a re-run (--skip-board / -bt,
i.e. the .skip file) merges into the existing report so already-passed
boards/tests are preserved while only re-run cells update. The report dir is
configurable via HIL_REPORT_DIR.
build.yml: each HIL rig writes the report to a workspace-sibling dir that
survives the per-attempt workspace clean, and uploads it as an artifact. A new
hil-report job merges the rigs' reports into one sticky PR comment (marocchino)
with one table per rig.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Per review (HiFiPhile): Ninja Multi-Config is needed for IAR, otherwise the
optimization level can't be lowered to none for debug. Revert gen_presets.py
back to Ninja Multi-Config (keeping only the cmake-build-<board> binaryDir
change), and instead teach hil_test.py to locate <ex>.elf whether it sits
directly in the example dir (single-config) or under a per-config subdir like
RelWithDebInfo/ (multi-config).
Verified: stm32u083nucleo passes 13/13 remote HIL with a multi-config preset
build (rsync preserves the RelWithDebInfo/ subdir; the resolver finds it).
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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hil_test.py now writes hil_report.md and prints it to stdout: rows are
boards, columns are tests (bare example names), cells are pass/fail/skip.
test_example returns a per-test status, test_board collects a board x test
grid (one row per flags-on variant), and main() renders an aligned table.
A missing binary counts as skipped. hil_ci.sh copies the report back from
the remote after a run; hil_report.md is gitignored.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Add stm32u083nucleo to the active boards in tinyusb.json, flashed via the
stlink flasher (onboard ST-Link + STM32CubeProgrammer); ci's openocd build
has no STM32U0 flash driver. STM32_Programmer_CLI lives in ~/bin on ci,
which the remote `bash -s` shell in hil_ci.sh did not have on PATH, so add
$HOME/bin to its PATH export (matching the GHA runner .path). Verified
remote: 13/13 device tests pass on ci.lan.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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* add ek_tm4c123gxl to the hil pool, flashing with lm4flash
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Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Removed `pyfatfs` dependency in favor of `mtools` for reading FAT volumes, simplifying the block device read logic.
- Updated `requirements.txt` and added detailed host setup instructions for system packages.
- Switched to `cython-hidapi` for HID tests, replacing deprecated APIs with updated usage.
- Removed unnecessary warnings suppression and `fs` module.
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feat: Add USB-MIDI 2.0 Device and Host class drivers
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Signed-off-by: HiFiPhile <[email protected]>
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Brings the MIDI 2.0 device driver into full conformance with USB
Device Class Definition for MIDI Devices v2.0 (USB-IF, May 2020).
- Alt 1 MS Interface Header wTotalLength now reports 0x0007 per
Table 5-2 ("set to match bLength"), replacing the prior 0x0011
carried over from USB-MIDI 1.0 conventions.
- GET_DESCRIPTOR class request now validates bmRequestType direction,
type and recipient plus wIndex and wValue high byte per Section 6.
- iBlockItem in the default Group Terminal Block is driven by
CFG_TUD_MIDI2_BLOCK_STRIDX so applications can attach a UI string
descriptor to the block per Table 5-6.
- UMP word byte order assumption (little-endian host per Section
3.2.2) is documented inline so future big-endian ports know where
to wrap access with tu_htole32 / tu_le32toh.
Validated on RP2040 and ESP32-P4 under Linux kernel 6.17: lsusb -v
reports wTotalLength = 0x0007 on Alt 1 MS Header (raw bytes
07 24 01 00 02 07 00). amidi -l enumerates Group Terminals exposed
via the class-specific GET_DESCRIPTOR response.
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Add unit tests for MIDI 2.0 drivers:
- Device: UMP word count (all 16 message types), descriptor macro
validation (length, byte layout, alt settings, endpoints),
CS endpoint subtypes, traversal integrity
- Host: UMP word count, callback struct validation, CS endpoint
subtypes
Also add Sphinx documentation for MIDI 2.0 class drivers (Device
and Host API reference, lifecycle, configuration, examples).
Tests: 60/60 PASS (FIFO 26/26, USBD 5/5, MIDI2 Device 18/18,
MIDI2 Host 6/6, USBD internal 5/5)
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hcd/dwc2: fix txfifo full check
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Co-authored-by: Copilot <[email protected]>
Signed-off-by: Zixun LI <[email protected]>
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Co-authored-by: Copilot <[email protected]>
Signed-off-by: Zixun LI <[email protected]>
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AGENTS.md:
- fix build dir to cmake-build-<board> (matches hil_test.py expectation)
- reformat flash section to avoid shell-pipe ambiguity, use <board>
- mention board.mk for Make-based builds
- complete OpenOCD jlink interface example
- update stale "Build Option 2" references to "All examples for a board"
- split PVS-Studio command so it is copy-pasteable
.claude/skills/hil/SKILL.md:
- clarify local.json is user-supplied, not tracked in repo
- use python3 consistently
- add all-boards variant for remote execution
- delegate remote execution to test/hil/hil_ci.sh
test/hil/hil_ci.sh:
- portable shebang (/usr/bin/env bash)
- set -euo pipefail
- env overrides for REMOTE, REMOTE_DIR, CONFIG, ROOT_DIR
- --prune-empty-dirs on rsync to skip empty subdirs
- fail-fast sanity check on repo layout
Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
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hil remove hub from pico2 since it is not stable
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Co-authored-by: Copilot <[email protected]>
Signed-off-by: HiFiPhile <[email protected]>
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The CI HIL host hits an intermittent USB net interface enumeration race
that fails this test consistently while the device-side build/code is
fine. Disable the entry in device_tests so the rest of the HIL suite can
gate the PR; will re-enable once the host-side flake is addressed.
Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
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The CI HIL host repeatedly fails the test with "USB net iface enx... did
not come up with 192.168.7.x within 15s" — USB enumeration + DHCP serve
takes longer there than on the local rig. Bump just this test's timeout
to 30s; other tests stay on the 15s global ENUM_TIMEOUT.
Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
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across all families
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Fix broken fuzzing harness
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