6c0c80f20b211399f9228e0402361e082cae8549
3
Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 dtourolle
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6c0c80f20b |
feat(deb): package the server, and ask the questions that fail silently
DR-015, DR-016. §8 already shipped a static binary and an optional container; this adds the third form, and it packages the SAME binary the musl job proved static rather than building its own. Two builds of the same commit could diverge, and the whole point of that assertion is that the artifact an operator installs is the one that was checked. Built with dpkg-deb from an explicit staging tree rather than cargo-deb. debconf's `config` script and `templates` live in the control archive next to the maintainer scripts, and controlling that archive directly beats discovering what a wrapper will copy into it. dpkg-dev is on every Debian builder, so this adds no build dependency. Why debconf at all: two settings fail SILENTLY when unset. Without JRAY_TMDB_API_KEY every upload stays `pending` and is never listed; without JRAY_TRUSTED_PROXIES the X-Forwarded-For header is ignored, so every client shares one rate-limit bucket and every abuse report points at the proxy. Both leave a server that works and is quietly doing the wrong thing — the worst thing to leave to a README nobody reads. Three properties, each a way packaging usually goes wrong: The generated config is NOT a dpkg conffile. It is written from the debconf answers, so shipping it as one would make dpkg prompt on every upgrade about changes the package itself had made. Hand edits survive. postinst rewrites only the keys debconf manages; comments, ordering and any other setting are left alone. A blank key on reconfigure keeps the existing one. Otherwise pressing Enter through a dpkg-reconfigure would unpublish every future upload. The seeding guard is worth its comment, because the obvious version is wrong twice over. `config` seeds unanswered questions from the env file so a reconfigure shows what is actually in force. Seeding unconditionally overwrites a preseed — debconf-set-selections marks what it sets as seen — so every unattended install would quietly reconfigure itself back to whatever was on disk. Guarding on an empty value does not work either: server-id and bind carry template Defaults, so db_get returns "localhost" for a question nobody answered. The test is the `seen` flag, which is the actual question being asked. Purge keeps the database, knowingly departing from the expectation that purge removes everything. Manifests are the output of real CV compute on media the operator may no longer have, and §8 says federation is explicitly not a backup. Destroying that during an `apt purge` is not a trade worth making for tidiness; postrm names the path instead. The nginx example is documentation, not installed configuration. The proxy usually runs on a different host from the server, so a file dropped into this machine's nginx would be in the wrong place — and §8 leaves the edge to the operator deliberately. Verified by running it, not by reading it: a full lifecycle in a bookworm container — build, preseeded install, mode-600 env file, key absent from debconf's database afterwards, `systemd-analyze verify` on the unit, the installed binary answering /health and /ready, reconfigure preserving both the key and an unmanaged setting, and purge leaving the database. It failed on the seeding bug above the first time, which is why that guard exists. CI runs the same checks against every build. TRACES: DR-015, DR-016 | PR-004 |
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 dtourolleandClaude Opus 5
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c73f417d45 |
Traceability: move per-repo settings into traceability.toml
The shared extractor now takes its per-repo taxonomy from a config file rather than CLI flags, so the wrapper shrinks to the one thing it alone knows: the repo root, which the vendored gate cannot infer because its own default resolves inside the submodule. Coverage unchanged at 23/32; the gate reports the scan as '26 (.rs under src, tests)', which is the config being read rather than defaults being guessed. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
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dtourolleandClaude Opus 5
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a1e789a6fe |
Traceability: vendor the shared gate, annotate the source
Adds jray-project as a submodule at scripts/vendor/jray-project, so this repo runs the same extractor as every other component rather than its own copy, and gains the system spec that defines the PR/SR requirements its register traces up to. scripts/traceability-gate.sh is a thin wrapper holding only what is specific to this repo: UR/DR prefixes, .rs sources, and REPO_ROOT — which the shared gate cannot infer once vendored, since its default resolves to the submodule itself. Each override fails silently in a way that looks like "no work done" rather than "misconfigured", so the wrapper documents why each is needed. Annotates 35 units with TRACES tags, on the code that decides rather than every helper it calls. Coverage is 23/32 (71.9%) with no orphan tags. The nine untraced are genuinely unimplemented: UR-007 is plugin-side, UR-008 is federation, and UR-015..018 are the pending SR-003 schema bump. The gate caught a real error in the first pass: several tags separated IDs of different types with commas. A comma joins IDs within one type; a pipe separates types. Fixed, and the diagnostics are now clean. MIN_COVERAGE stays 0 deliberately. The gate still fails on orphan tags, a >100% ratio, a register parsing to nothing, or an empty source scan — raise the threshold as a ratchet once the remaining work lands. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |