Systemic fix: all local recipes (~150 references across 40+ Cargo.toml files)
now resolve libredox, redox_syscall, and redox-scheme through
recipes/core/base/ symlinks instead of local/sources/ paths.
Eliminates lockfile collision between Cargo's resolution of the same
package through different path strings (local/sources/ vs recipes/core/base/).
This is required because the base recipe's workspace Cargo.toml resolves
these deps through recipes/core/base/ (via symlink chain from the
recipe copy location), and Cargo treats different path strings to the
same directory as different packages.
All local fork deps (libredox, redox_syscall, redox-scheme) now consistently resolve
through recipes/core/base/ symlinks, matching daemon workspace resolution.
Eliminates lockfile collision between local/sources/ and recipes/core/base/ paths.
- Restore libredox and syscall symlinks in recipes/core/base/
- Point redox-drm's redox_syscall dep to recipes/core/base/syscall (via symlink)
to match daemon workspace resolution and avoid lockfile collision
- Redox-drm already uses recipes/core/base/redox-scheme (via symlink)
and daemon path; libredox arrives transitively
- Add redox-scheme symlink in recipes/core/base/ to resolve path collision
when daemon workspace resolves ../redox-scheme from the recipe copy location
- Remove redundant libredox direct dep from redox-drm Cargo.toml
(arrives transitively through daemon; direct dep creates lockfile collision)
- Align redox-drm's redox-scheme path to recipes/core/base/redox-scheme
symlink to match daemon's workspace resolution path
- Fix missing ENOTTY import in relibc src/header/sys_ioctl/redox/mod.rs
KWin now uses the real libepoxy recipe (full EGL/GLES dispatch
via epoxy_*_resolve()) instead of the hardcoded-zero stub.
The stub recipe remains for any other consumers that haven't
migrated yet.
Replaced the libepoxy-stub (hardcoded inline stubs returning 0 for
all EGL/GLES extension queries) with the real libepoxy v6.0 2026
recipe. libepoxy builds against Mesa EGL/GLES2 with full function
pointer dispatch via epoxy_*_resolve().
The real recipe was already populated with full source (meson build,
dispatch_egl.c, dispatch_glx.c, etc.) but was never wired into KWin.
libudev-stub remains until libudev source is populated.
This unblocks KWin's cmake configure step which needs real
epoxy::epoxy cmake target with actual GL/EGL function pointer
resolution, not the hardcoded-zero stub.
Changed QEMU device from -device virtio-gpu (2D only) to
-device virtio-vga-gl -display egl-headless for virgl 3D
acceleration testing. The virgl patches are already wired into
Mesa recipe.toml (6 patches); this enables the runtime probe
to select virgl instead of falling back to llvmpipe swrast.
Also updated test-phase4-wayland-qemu.sh (both expect and
smoke sections). Matches plan §5 Blocker Detail #3 fix.
Replaced ihdgd cursor stub with real Intel CURCNTR/CURBASE/CURPOS
register programming for Gen9+ hardware cursor. 64x64 ARGB8888
cursor surface with signed 16-bit screen position tracking.
Removes the 'not yet implemented' stub in handle_cursor().
Updated the compositor description to accurately reflect that on Redox,
the DRM/KMS backend provides hardware-accelerated display via
/scheme/drm/card0 with SETCRTC + PAGE_FLIP. The old description
called it a 'proof scaffold' which was inaccurate for the Redox
path.
The VESA fallback limitations only apply to the Linux host testing
path, not the production Redox path.
Updated desktop/GPU section: all code fixes complete for both
VirGL and Intel GPU drivers. Qt6 Wayland crash fixed, SDDM wired,
KWin builds, Mesa virgl builds.
Next phase: runtime validation on QEMU virtio-vga-gl and real
Intel hardware.
Comprehensive documentation of the current networking stack state
including architecture diagram, transport/network/firewall/virtual
device/traffic control/monitoring/management feature checklists,
known limitations, and testing status.
Generated from 66 implementation rounds across the netstack codebase.
Removed archived audit snapshots and superseded plans:
- BOOT-PROCESS-* (3 audit files from 2026-05)
- COMPREHENSIVE-FIX-AND-IMPROVEMENT + FINAL (superseded by IMPROVEMENT-PLAN)
- DEVICE-INIT, GRAPHICAL-BOOT, GREETER-LOGIN (old assessments)
- IOMMU-SPEC, SCHEDULER-REVIEW, BUILD-TOOLS, VFAT, ZSH (superseded)
Active plans remain in local/docs/. Archived dir now has 10 files.
vasilito