FlightLab lives on the website, /api/bridge/data lives here — since the split
those are two processes, and the website's copy of the in-memory store never
fills up again. The new service endpoint lets the website read this process's
store over HTTP, guarded by the SERVICE_SECRET the delete webhook already uses.
Pull, not push: the website asks only while somebody has a FlightLab screen
open, so a running bridge costs nothing when nobody is watching. No user lookup
is needed — the store keys on AppUser._id, which *is* the SSO subject.
Also repairs `yarn test`, which could not start at all in this repo: the split
carried tsconfig.tests.json across but not the tsconfig.scripts.json it extends.
The options are inlined instead, since this repo has no scripts/ directory.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Remove the transitional website auth, admin hooks, SEO and hosted analytics together, then align the app routes, runtime configuration, tests and dependencies. These changes form one atomic cleanup because the filtered app must switch its identity and runtime surfaces as a unit.
Phase 0 of the OpenSquawk repo separation. Everything happens inside the
monorepo so that the split itself becomes a mechanical path filter — filtering
first and repairing afterwards would leave two broken repos at once.
AUTH_MODE (0.1)
New server/utils/authMode.ts, session.ts and jwt.ts (the latter extracted
from auth.ts). requireUserSession now resolves in three steps: the app's own
session cookie, an app-minted bearer token, then the website access token.
Only the last one is transitional; it is marked PHASE 1 and disappears with
the User collection. The app's session is its own JWT in a host-only cookie
plus a short-lived bearer, so the existing Authorization call sites are
unchanged.
AUTH_MODE defaults to 'sso', not 'open' as the plan proposed: while the admin
and editor surface still lives here, an unset variable would otherwise serve
it to everyone as a local admin. requireAdmin additionally refuses in open
mode. Both are one-line removals in Phase 1 and marked as such.
SSO handoff (0.2)
Issuer: /api/service/auth/sso/{authorize,exchange}. Codes are stored as
SHA-256 hashes with a TTL index and claimed by a single atomic update, so
concurrent redemption cannot succeed twice. redirect_uri is matched against
SSO_REDIRECT_ORIGINS by exact origin — a prefix check would accept
app.opensquawk.de.evil.tld. There is no default and no wildcard: an empty
allowlist disables the handoff rather than opening a redirector.
Consumer: /api/auth/sso/callback plus app/pages/auth/callback.vue. The
browser only ever carries the code; it is redeemed server-to-server.
Hardcoded values and leaks (0.3)
Hotjar ID, the dome-light webhook URL and the bug-report recipient were
compiled in. All three are env-gated and off by default now, so a foreign
instance cannot ship analytics, cockpit telemetry or its users' bug reports
to us. Setting HOTJAR_ID, DOME_LIGHT_WEBHOOK_URL and BUG_REPORT_NOTIFY_EMAIL
restores the current behaviour on opensquawk.de.
Two databases, no shared Mongo (0.6)
AppUser mirrors an identity locally. Its _id is deliberately the SSO subject,
i.e. the website's User._id, so every existing LearnProfile, PilotProfile and
BridgeToken reference keeps resolving without a migration.
telemetry.ts mirrors records to the hosted service only when TELEMETRY_URL
and SERVICE_SECRET are both set — the self-host default is that nothing ever
leaves the instance. It writes locally first, buffers with a bound, drops on
overflow and never blocks the request path.
/api/service/user-deleted purges the app's half on account deletion. Unlike
telemetry this is deliberately loud: the admin delete aborts with the user
intact if the purge fails, because their id is the only handle for retrying.
?force=true overrides it and says so in the response.
Also here
/api/service/analytics/product-session was an unauthenticated public write
endpoint; it moves to /api/analytics/product-session behind the auth guard.
The bridge no longer populates against User but resolves through the mirror,
backfilling missing rows so live bridges never have to re-pair.
.claude/worktrees was tracked and would have reached the public repo.
scripts/split-paths.txt carries the filter list, verified by
scripts/verify-split-paths.mjs: every path exists, nothing website-only is
kept, and no kept file imports a dropped one. That check found real gaps —
tests/ cannot be taken wholesale, and two shared modules were missing. Ten
remaining edges are allowlisted, each annotated PHASE 1 in the code.
Open item, flagged and not resolved: flightlabTelemetryStore is an in-process
singleton written by the bridge (app) and read by FlightLab (website). Two
repos means two processes, so that read breaks regardless of which side it
lands on. FlightLab needs an HTTP path in Phase 2/3.
Verified: 609 tests pass, vue-tsc clean. Ran against two throwaway local
MongoDBs: open mode reaches /classroom and /live-atc with no login and
persists progress; the full SSO loop works and the mirror _id matches the
website User._id; lookalike origins, code reuse, forged codes and wrong
service secrets are all rejected; ingest is idempotent on bug-report code;
deletion purges all five collections; and with the app unreachable the admin
delete fails 502 with the user still present.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
/api/service/tools/* was a second implementation of the OSM geocoding and taxi
routing the Python backend already owns — its own Overpass client, alias
matching and scoring. It drifted: it still asked Overpass for `out center tags`,
so a runway resolved to the middle of the strip rather than a threshold, which
is the runway-endpoint bug the backend fixed. Teaching the copy about runway
endpoints would mean maintaining the geometry twice, so the copy goes instead.
Forwarding exposes origin_runway_point / dest_runway_point and
include_connectors, and inherits the backend's Overpass cache and its radius
fallback for aerodromes with no generated OSM area (EDDM), which the copy
answered with an empty feature list. Failures now carry an HTTP status as well
as the error code in the body; the old copy answered every error with 200.
The frequencies call sites needed real types: airportGeocode.ts sat under
server/api with no default export, so Nitro registered it as a route whose
return type collapsed to any and poisoned the whole API type map. The typecheck
was green because of it, not despite it.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Implements the open items from docs/plans/2026-07-14-frequency-sim-control-design.md
§4/§"Offen für die Implementierungsphase": a per-bridge-token in-memory command
queue piggybacked on the existing telemetry channel, plus the client-side gate
and TTS confirmations.
- server/utils/simControlQueue.ts: TTL-based queue keyed by bridge token
(enqueue → drainPending → resolve → drainResultsForClient).
- server/api/bridge/data.post.ts: response gains a `commands` field the
bridge drains on its next telemetry POST.
- server/api/bridge/command.post.ts (new): client enqueues a parsed command,
re-validated server-side via isValidSimControlCommand.
- server/api/bridge/command-result.post.ts (new): bridge reports ok/failed.
- server/api/bridge/live.get.ts: response gains `commandResults` so the
client can announce outcomes.
- shared/utils/simControl.ts: wire types, isValidSimControlCommand, and
simControlRejectionSpeech/simControlResultSpeech TTS phrasing.
- useLiveAtcSession.ts: parseSimControl() gated on bridgeConnected, wired in
right after the local special cases and before the frequency check —
matched commands never reach radioBackend.transmit().
- useSimBridgeSync.ts / live-atc.vue: bridgeToken threaded through, command
results forwarded from the telemetry poll to TTS.
43 new tests (shared parser/validation/speech + server queue lifecycle/TTL).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
- .githooks/pre-push: runs vue-tsc before every push; blocks TypeScript
regressions locally without any manual developer setup
- postinstall: git config core.hooksPath .githooks activates the hook
automatically on yarn install (yarn 4, enableScripts: true)
- tests/smoke/apiHandlers.smoke.test.ts: import-level smoke tests for all
bug-report handlers + 3 core admin handlers — catches broken exports and
top-level runtime errors without a DB or running server
- tests/server/bugReport.test.ts: 16 unit tests covering comment validation,
contact-string building, model schema fields, status enum, and patch logic
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
