--check verified outcomes — binaries on PATH, pkg-config modules — on a box
that already installed everything. It never looked at the APT_* names, which
is the only part that breaks on a clean machine of the wrong release, as R1
just showed. Add a loop over the assembled PKGS array that fails on any name
with no installable candidate (apt-cache policy; no root, no network).
All-missing is treated as stale lists (warn), not 36 bad names.
The bootstrap-script job runs on a 24.04 runner, where the bad name still
resolves, so name validation there checks the wrong archive. Add
bootstrap-script-2604: a real --with-clang install in an ubuntu:26.04
container — the release the project ships on, and the first time the
fuzz-toolchain half of bootstrap is exercised anywhere (CORE had been running
clang++-21 directly). Also pass --with-clang/--packaging to the 24.04 --check
so the optional and M6 names can't rot unnoticed. BRANCH_PROTECTION.md gains
the 2604 row and the stale "when X merges" rows are corrected to "now".
gui/docs/pkg-qa-requests-m1.md R2 + the --with-clang note.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_0143aKiohmDiyefJBwHDJJqw
The conformance job was a required check that ran nothing. Two bugs:
1. Its guard tested for tests/conformance/CMakeLists.txt or package.json.
The suite ships as tests/conformance/run.sh; neither file exists, so the
guard was always false and the job took the "skipped" (success) branch.
2. Even forced true, it ran `ctest --preset dev -L conformance` — no test
carries that label, so ctest reported "Total Tests: 0" and exited 0.
Replace the job body with PROTO's intended wiring from
tests/conformance/README.md: bootstrap the toolchain, pin Node 22 (apt ships
< 20; the TS replay runner needs >= 20), and run ./tests/conformance/run.sh
directly. The suite starts its own mockd and builds its own C++ runner, so no
cmake configure is needed. Verified it goes red: an enum-invalid fixture makes
run.sh exit 1; reverting it returns to green.
check_contract.py imports jsonschema and referencing, which bootstrap.sh did
not install. Add python3-jsonschema / python3-referencing to the apt set and
to --check, so one command still provisions the whole suite.
Guards now fail loudly instead of passing quietly:
- conformance has no skip branch any more. run.sh has landed; the job runs
it unconditionally and errors if the entrypoint is missing.
- extension-lint keyed "has EXT landed?" to extension/package.json — the
same single-filename trap. Key it to a manifest instead, and once a
manifest exists, treat a missing package.json as a hard failure rather
than a green skip.
Mark conformance required now in BRANCH_PROTECTION.md — it is the M0 exit gate.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_0143aKiohmDiyefJBwHDJJqw
.github/workflows/ci.yml: fast lint jobs (clang-format, testserver
selftest, bootstrap.sh --check) that need no compiler; a gcc/clcang build
matrix and an ASan/UBSan + TSan sanitizer matrix that bootstrap via
tools/bootstrap.sh and run `ctest --preset {ci,dev,tsan}`; advisory
clang-tidy on changed files; and extension-lint + conformance jobs that
short-circuit to a passing "skipped" step until their lane lands, so they
can be marked required now. CMakePresets.json gains matching `tsan` and
`ci` test presets. .github/BRANCH_PROTECTION.md records the intended
required-checks policy (conformance required = the M0 exit gate).
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01HPPSGhiArbvQgwC2DNiURS
Lays out Velox Download Manager (IDM-class download manager for Ubuntu
26.04) as a monorepo ready for parallel lane development. No implementation
code by design.
- docs/: architecture, roadmap M0-M7, IDM-parity GUI spec, engine design,
Firefox extension spec, risks/spikes, packaging
- contracts/: wire-contract skeleton (JSON Schema + fixture templates) —
the single synchronization point between lanes
- docs/agents/: one brief per lane (PROTO, CORE, DAEMON, GUI, EXT, PKG/QA)
with owned directories, build order and definition of done
- CLAUDE.md: rules of engagement — lane ownership, layering, non-negotiables
- CMake scaffolding with dev/tsan/release/ci presets
Two environment findings shape the design: Firefox here is the Mozilla snap
(native-messaging risk, so the extension carries a loopback-WebSocket
fallback), and Wayland forbids passive clipboard monitoring (so clipboard
capture is explicit-action-first).
Co-Authored-By: Claude Opus 5 <[email protected]>
samiandClaude Sonnet 5