This session landed four more audit items:
- Blocker 3 (9f250dbe, base fork): usbhidd HID/USB wiring
- Gap 10 (a24cfe64c, evdevd recipe): evdevd HID registration
- Gap 11: redox-drm GPU wiring (was already resolved; the
audit's 'Gap 11 PENDING' was based on a misread of
src/drivers/mod.rs:161 — full.quirks() IS the lookup)
- Gap 12 (1561767ac, redbear-iwlwifi recipe): Wi-Fi NIC quirks
- Gap 15 (98982cc2f, amdgpu recipe): extract pci_*_quirk_flags
out of redox_stubs.c into a new redox_quirk_bridge.c TU
QUIRKS-SYSTEM.md updates:
- Recent Activity (2026-06) table: adds four rows with commit
SHAs and one-line summaries.
- Blocker status block: Blocker 3 promoted to RESOLVED.
- New Gap status block: 4/4 gaps RESOLVED.
- Test count progression: 140 → 153 across the four new
unit test suites.
- Cross-Cutting Consumer Wiring Checklist: rows for evdevd,
redox-drm, iwlwifi, amdgpu promoted from PENDING to
RESOLVED (or ALREADY RESOLVED for redox-drm).
- Implementation Order: Gap 15 + Gap 10-12 entries marked
RESOLVED with commit SHAs and dates.
- Headline: '5/5 P0 critical blockers RESOLVED, 4/4
medium-low gaps RESOLVED'.
R11 is the next priority. With all blockers + gaps landed,
the data tables are live at every consumer site. R11 is
data-only work (mining ~60 ACPI DMI rules into
quirks.d/45-acpi-osi.toml through 48-acpi-battery.toml)
and becomes the first phase to ship user-visible benefit
on real hardware.
vasilito
0756a4d4f2