3 Commits

Author	SHA1	Message	Date
Claude Fable 5	521ea514b4	#211: classification through feeds, public API, search and the no-JS shell ... Feeds: classified entries carry a standard Atom <category> (term=level, scheme=urn:dorfteich:classification, label=the fixed wording); the feed document states the highest contained level once; all-open feeds carry none. Public API: page representations (list+get) gain the classification field, OpenAPI + public-api.md documented. Search: every hit carries the level and the palette renders the marking with the snippet (compact form of the banner, text token only). No-JS shell: banner above and below the content, own markup for the separate render path; unclassified pages unchanged everywhere. One test per channel (feed categories + count, public API list/get with the switch on, search hit levels, shell top+bottom). Also: fidelity CI sidecars get per-job container names — the fixed names collided across parallel runs on the shared host (run 547's red fidelity job; a fixed-name cleanup could even kill a sibling's live sidecars). Co-Authored-By: Claude Fable 5 (1M context) <noreply@anthropic.com>	2026-07-31 07:23:53 +02:00
Claude Fable 5	960a806ee3	#195: trashed content leaves the search index itself ... Trashing a page (promote and subtree modes) clears the affected search vectors, restoring rebuilds them; pond trash clears every page vector of the pond, pond restore reindexes only the live pages (pages trashed inside stay out); the GDPR pseudonymization's personal-pond trash does the same. reindexAll now converges to the invariant (clears trashed, rebuilds live), and a one-off migration backfills vectors of already-trashed content. The query-side deleted_at guards stay untouched as the independent second layer - the test proves both layers separately, including writing a vector back onto a trashed page (simulating a future path that forgot the clear) and asserting the query still hides it. New provider methods removePond/reindexPond behind the SearchProvider seam. Refs #195 Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_0168Ph5uBmHm8X28CSVpbpnJ	2026-07-30 14:07:34 +02:00
Claude Opus 4.8	91dfccf226	Add SearchProvider interface with PostgreSQL FTS (#49) ... Full-text search behind a swappable interface (ADR 0010). - prisma: `page_content_cache.search_vector tsvector` (Unsupported column); migration adds it plus a GIN index (raw SQL — the index is a production perf optimization; correctness holds without it, so schema-pushed test DBs work unchanged). - shared: `normalizeForSearch` (NFKD + strip diacritics + lowercase) folds both the indexed text and the query, so 'Baume' finds 'Bäume' without the Postgres `unaccent` extension; search query schema + result view + highlight sentinels. - api search module: - abstract `SearchProvider` (DI token: indexPage / removePage / search / reindexAll) so an external engine can replace the binding — a fake proves the seam in a test. - `PostgresSearchProvider`: weighted vector (title A, labels B, body C), `websearch_to_tsquery`, `ts_headline` snippets, results filtered to the ponds the user may read; `GET /search?q=&pondId=&labels=`. - `search:reindex` CLI (rebuilds from the content cache, idempotent). - reindex hooks: page create/rename (title) and label assign/unassign/ rename/delete (labels are weight-B). - collab: the persistence hook maintains `search_vector` in the same transaction as the content cache (same weighting, normalized). - tests: shared normalize/schema; api db (title ranks above body, highlight, diacritic-insensitive match, permission filter, idempotent reindex) and the fake-provider DI test; collab persistence already covers the write path. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PGdhRiwU1WRL4XxJfZYipY	2026-07-09 13:25:05 +02:00