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v0.68.0: re-curate special remote airports — one per ~1000 km region (ISS-144)
CI / build + unit + e2e (pull_request) Successful in 13m18s
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Greedy sparse selection replaces the blanket 1000km-from-large filter that
over-filled central Australia / Canada edges with dozens of tiny strips:
candidates sorted by scheduled service, type rank (medium < small < seaplane),
numeric id; accepted only if >= REMOTE_RADIUS_KM from every already-accepted
special. CSV: 1483 -> 1161 rows (1119 large unchanged, specials 364 -> 42).
New unit test pins the pairwise-sparsity invariant on the committed dataset.
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kamilkrzywda
2026-09-23 20:33:25 +00:00
parent 65cbcf6e17
commit 49dfd2ca6e
5 changed files with 70 additions and 358 deletions
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CHANGELOG.md
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# Changelog
## v0.68.0 — 2026-09-23 20:32
- **Special remote airports re-curated per #144.** The old remote pass kept EVERY non-large fixed-wing row with no large airport within 1000 km, so regions without big cities (central Australia, Canada edges) got filled with dozens of tiny strips. `scripts/build-world-airports.mjs` now greedily thins the same candidate pool to one special per ~1000 km region: candidates are sorted by priority (scheduled service first, then type rank medium < small < seaplane, then numeric id) and a candidate is accepted only if it is at least `REMOTE_RADIUS_KM` from EVERY already-accepted special — no special airport within 1000 km of another. This subsumes the old 40 km remote clustering (deleted). Regenerated `data/airports_world.csv`: 1483 → 1161 rows (1119 large unchanged, specials 364 → 42; min pairwise special distance 1001.6 km).
- **Tests.** New committed-dataset invariant in `lib/airports.test.ts` (same style as the existing remote-rule test): every pair of non-large rows is at least `REMOTE_RADIUS_KM` apart (pairwise haversine, O(n²) — n≈42). The existing "no large airport within 1000 km" invariant stays and still holds. No runtime code changes in `lib/airports.ts`.
## v0.67.0 — 2026-09-23 18:03
- **Prune runner dind leftovers after e2e.** The CI runner's full-dind daemon is shared with production and other workflows, so between runs it accumulates what the existing cleanup steps can't reach: dangling images/layers from the per-run `flight-ops-ci` rebuilds, BuildKit cache (persists by design), and job containers leaked by interrupted runs. A new non-fatal "Prune runner dind leftovers" step (`if: always()`, placed after the existing "Cleanup e2e stack + network") runs `docker system prune -af || echo "::warning::dind prune failed — see logs"` so a prune failure can never mask or break the run's real result. Deliberately NO `--volumes`: named volumes on the shared daemon may hold other workflows' persistent data — this project's own `flight-ci_flight-db` volume is already dropped by the existing cleanup steps. No app/TS changes; CI validates the workflow itself.