[AZ-505] AC-5 fix: enable TLS for HTTP/2 via ALPN
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Kestrel with HttpProtocols.Http1AndHttp2 on a plaintext listener
silently downgrades to HTTP/1.1-only (logs "HTTP/2 is not enabled
... TLS is not enabled"), so AC-5's multiplexed-GET test failed
with HTTP_1_1_REQUIRED. ALPN cannot run over plaintext, so the
fix switches the dev listener to TLS on https://+:8080:

- scripts/run-tests.sh generates a self-signed dev cert idempotently
  (./certs/api.pfx + api.crt) via openssl in an alpine container;
  certs/ is gitignored.
- docker-compose.yml binds Kestrel to ASPNETCORE_URLS=https://+:8080
  with Kestrel__Certificates__Default__Path bound to the .pfx.
- docker-compose.tests.yml mounts api.crt into the integration-tests
  container's CA store and runs update-ca-certificates so HttpClient
  trusts the cert transparently; default API_URL is now https://api:8080.
- Drop the obsolete Http2UnencryptedSupport AppContext switch from
  Http2MultiplexingTests; ALPN over TLS handles negotiation.

Test-data fixes caught on the post-TLS rerun (independent of the TLS
switch but surfaced together):

- Http2MultiplexingTests: switch slippy coords from (154321, 95812)
  -- which Google Maps returns 404 for -- to (158485, 91707), the
  slippy projection of (47.461747, 37.647063) already exercised by
  JwtIntegrationTests.
- TileInventoryTests + LeafletPathIndexOnlyTests: SpecifyKind to
  Unspecified at the binding site for raw Npgsql seed paths writing
  into tiles.captured_at / created_at / updated_at (TIMESTAMP without
  tz). Npgsql v6+ refuses Kind=Utc into plain timestamp columns;
  production goes through Dapper and never hits this code path.
- MigrationTests Az503NewUniqueIndexCoversIntegerKeyAndFlightId:
  accept either idx_tiles_location_hash (migration 014) or its
  AZ-505 successor tiles_leaflet_path (migration 015) -- both have
  location_hash as the leading column, which is the AC-9 intent.

Docs updated to reflect the TLS+ALPN path: tile-inventory.md
Non-Goals, modules/api_program.md, module-layout.md, the AZ-505
task spec's Risk 3, and the cycle 6 implementation + completeness
reports. The full integration test suite passes (mode=full, exit 0).

Co-authored-by: Cursor <cursoragent@cursor.com>
This commit is contained in:
Oleksandr Bezdieniezhnykh
2026-05-12 22:19:26 +03:00
parent da40534b49
commit c74a2339aa
17 changed files with 148 additions and 42 deletions
@@ -135,8 +135,8 @@ Order invariant: `results[i]` corresponds to `request.tiles[i]` (or `request.loc
- **Not covered**: byte-size hints (`estimatedBytes`). Deferred until production profiling justifies the per-file `stat()` cost.
- **Not covered**: voting / trust-promotion filtering. The `voting_status` filter is part of the future voting layer (`gps-denied-onboard` Design Task #2); inventory always returns the most-recent row regardless of any future trust state.
- **Not covered**: tile body download. This endpoint returns metadata only; callers fetch bodies via `GET /tiles/{z}/{x}/{y}`.
- **Not covered**: HTTP/3 / QUIC. Kestrel is set to `Http1AndHttp2`; the HTTP/3 plumbing requires ALPN + UDP verification that's deferred per AZ-505 scope.
- **Not covered**: browser-side multiplexing. h2c (HTTP/2 over plaintext) is not supported by mainstream browsers; only programmatic clients (httpx http2=True, .NET HttpClient with `HttpVersionPolicy.RequestVersionExact`) realize the HTTP/2 multiplexing benefit. Browser Leaflet wins come from the covering-index hot path, not multiplexing.
- **Not covered**: HTTP/3 / QUIC. Kestrel is set to `Http1AndHttp2`; the HTTP/3 plumbing requires UDP verification that's deferred per AZ-505 scope.
- **Not covered**: production deployment topology. Dev Kestrel runs `Http1AndHttp2` directly over TLS on port 8080 with a self-signed cert (`./certs/api.pfx`, generated by `scripts/run-tests.sh`) so ALPN can advertise `h2` browsers and programmatic clients (httpx `http2=True`, .NET `HttpClient` with `HttpVersionPolicy.RequestVersionExact`) both multiplex over a single TLS connection. In production, TLS is expected to terminate at the ingress (Envoy / nginx / ALB) and Kestrel runs HTTP/2 cleartext behind it; AZ-505 verifies the protocol multiplexing semantics here, not the production termination layer.
- **Not covered**: PMTiles or tar/multipart bundle endpoints. Rejected by AZ-503 parent rationale (HTTP/2 multistream is sufficient).
- **Not covered**: write operations. Inventory is read-only; UAV writes go through `POST /api/satellite/upload` (`uav-tile-upload.md` v1.1.0).