timothyandClaude Opus 5
b0f42f14a0
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`testing.guard-derives-population-from-source` (#774) says a completeness guard derives its population from an authoritative source, and its worked examples are an enum and the generated OpenAPI document. It was silent on the commonest population in our own guards — files in a directory — and every one of them answered with a filesystem walk. A walk is not an authoritative source: it reports build output, generated shims and editor droppings, and it differs per machine. #778 measured the cost by getting the same population wrong three times in one PR while implementing the milestone that exists to prevent it. The worst shape was `Path.rglob` enumerating `.husky/_/` — 17 shims `npm ci` writes, gitignored and untracked — which made that guard RED on every developer checkout and GREEN in CI, whose `script-tests` job never runs `npm ci`. Only that one guard was fixed then. This audits the rest. CONVERTED (a completeness claim over tracked files): * `test_guard_inventory.py` — its `.husky/` walk excluded `.husky/_/` only because `_` is a directory, so the obvious "make it recursive" edit would have reintroduced #778's defect in the repo's own model guard. Both halves are gated on the index: the callers, and the `scripts/…` paths they name — the second was left on `Path.exists()` in the first cut and found by cold review. * `test_hook_fire_log.py` — an untracked scratch `.sh` in `.claude/hooks/` was demanded to carry instrumentation. * `test_ci_image_pin_population.py` — and `*.yaml` added: Gitea accepts both spellings, so a `.yaml` workflow adopting the toolchain image was structurally invisible while the test read as covering every workflow. * `test_remote_state_inventory.py` — folded onto the shared derivation, so the rule has one implementation rather than two. ASSESSED AND RECORDED, not silently skipped: * `test_ci_release_path_scan_job.py::_repo_copy` — not a completeness claim, but it takes its file LIST from the index anyway for hermeticity, since `copytree` copied untracked files and `__pycache__` into a tree whose behaviour the probes measure. Content still comes from the working tree, and the copy is NOT a git repo, so neither file that step runs may use the helper — written down because `MARKED_JOBS` is left open as a residual gap, which invites editing exactly that file. * `test_ci_dropped_step_guard.py` — no filesystem population at all; its members come from the parsed workflow. * The decisions corpus keeps its walks and is recorded as unexamined rather than cleared. This is not "replace every glob". `scripts/tests/tracked_files.py` is the single derivation. `test_guard_populations_derive_from_git.py` proves it in two directions, which are complements rather than a second opinion — measured both ways: * REMOVAL, exhaustively: every member of every registered derivation is dropped from the index in turn and must disappear while still on disk. One victim was not enough — `derived_guard_files` unions four contributors, so a mutant putting only one back on a walk passed. This catches a hardcoded `.exists()` admit and memoisation, which the other direction cannot. * The CALL LOG: a derivation may READ a file but must not LIST a directory. This catches an append-only source that yields nothing on this machine — #778's shape — which removal cannot see, because it has nothing to remove. Its limits are stated in one place and are true in both directions. Both the population and the proofs are registered against a hand-written scope mirror that carries its own equality check, and the import matcher's 16 forms are pinned as a table so the next edit cannot silently re-open one. The mutation this guard declares in `mutation_manifest.py` (#790) is the real defect cold review found in its own first round. Docs: `testing.guard-derives-population-from-source` gains the file-population case and why the disk is not authoritative; `docs/guard-inventory.md` carries the per-guard audit table, including the two no-change verdicts and the decisions corpus recorded as unexamined. Seven rounds of independent cold review (Codex GPT-5.6 and Opus, alternating) — the per-round findings and their measurements are in the PR. fixes #806 Decisions-Edit: yes Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
ErsatzTV
ErsatzTV lets you transform your media library into a personalized, live TV experience - complete with EPG, channel scheduling, and seamless streaming to all your devices. Rediscover your content, your way.
How It Works
- Install ErsatzTV: Download and set up the server on your system.
- Add Your Media: Connect your media libraries and collections.
- Create Channels: Design and schedule your own live channels.
- Stream Anywhere: Watch on any device with IPTV and EPG support.
Key Features
- Custom channels: Create and schedule your own live TV channels.
- IPTV & EPG: Stream with IPTV and Electronic Program Guide support.
- Hardware Transcoding: High-performance streaming with hardware acceleration (NVENC, QSV, VAAPI, AMF, VideoToolbox)
- Media Server Integration: Connect Plex, Jellyfin, Emby and more.
- Music & Subtitles: Mix music videos and enjoy subtitle support.
- Open Source: Free, open, and community-driven project.
Documentation
Documentation is available at ersatztv.org.
License
This project is inspired by pseudotv-plex and the dizquetv fork and is released under the zlib license.