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aa1f76ad11a74084d7e98648ba6d9ee5c1147808
14 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 Maurice
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aa1f76ad11 |
fix(costs): leave out an expense no rate is known for instead of counting it 1:1
A foreign expense without a frozen rate is converted with today's rate. When the server could not fetch rates itself, it counted the amount 1:1 in the trip currency, although the browser had the rates all along. A VND bill on an AUD trip was settled as millions of AUD. Such a row is now left out of the balances, flows, final budgets, trip totals and per-person summaries. The settlement reports it under `unconverted` and says which currency its figures are in; the trip summary lists the ids and the budget prompt says how many are missing. The browser lends the rates it already holds (`fallback_fx`) when it saves an expense or a settle-up transfer, and to heal existing rows through the new POST .../budget/freeze-rates route, which an editor's Costs view calls for the rows the settlement left out. The server still prefers its own rate, uses a lent one only while it is quoted against the trip currency, and never replaces a frozen or explicit rate. The settlement also takes the browser's display rate (`base_rate`) in place of a display quote the server cannot fetch; the browser leaves out a figure the query would refuse. The browser's own fetch gives up after 10 s. Changing a row's currency while no rate is available no longer keeps the old currency's rate; the row goes back to unfrozen. MCP gets the same through the new freeze_budget_rates tool, which only ever pins the server's own rate. |
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Maurice
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06bee95ae3 |
fix(costs): read an expense entered in the display currency as it was typed (#2525)
A euro trip read in dollars books a bill entered in dollars at the rate of the day, from the euro's quote: 12,345.67 USD at 1.1398 is 10,831.44 EUR. The Costs screen and the settlement then turned those euros back into dollars with the dollar's own quote, 1 / 0.87732. Frankfurter rounds the two quotes separately, so they are not exact inverses, and the bill read $12,346.05 the moment it was saved, a $250.00 one $250.01. The error grows with the amount, which is why the large rows showed it first. Paying back what settle-up offered for such a bill left the trip open with the debt flipped the other way. Both sides now convert trip money to the display currency with the trip currency's own quote, the one every entry rate is frozen from. On the server, settlement() fetches that quote for the REST route and for the MCP get_settlement_summary tool, which now makes the same call, and a legacy transfer without a currency reads back through the same factor. On the client, useExchangeRates takes the trip currency as an anchor and converts through its cached quote, falling back to the display currency's while it is missing, so it works offline from cache and needs no change to the settlement response. The final budget builds each row from the unrounded trip amount, because a euro cent is worth more than a dollar cent and 10,831.44 EUR came back as 12,345.68; the balances and settle-up still net whole trip cents. A same-day bill in the display currency now reads exactly as typed on the row, the payer chip, the day header, the totals, Outstanding and the final budget, on both shells and on the shared trip page, and paying the amount settle-up offers leaves both balances at zero. When the rate really moved, the row keeps the value the totals count, with what was entered and the euros it was booked at underneath, "$801.76 -> 685,26 EUR". One helper builds that line for the desktop list, the phone list, payments, the final budget breakdown and the shared page; it prints nothing for an amount of 0 or a bill that reads as typed. The expense editors share one module for their preview. The split summary puts the share the row lends or borrows next to the entered one, "$400.88 -> $390.53 each", and an expense saved without a currency still opens in the trip currency. Both CSV exports add the amount in the trip currency when it differs from the display currency. Kept from before: the desktop totals recompute when rates arrive, a booking's linked cost is labelled in the trip currency, a legacy transfer is read in the display currency, the shared page reads the frozen rate in whole cents, a booking import keeps the currency it was quoted in at a rate frozen before the write (REST and plugin RPC), and the MCP trip summary, the budget-overview prompt and the per-person summary add every row up in trip cents at its frozen rate. The packing-list prompt reads the trip title directly instead of building the whole summary, which could wait on a rates fetch. |
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Maurice
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77a16d6f26 |
fix(places): deleting a place cancels the nights booked at it
A stay whose place was deleted kept its row with place_id NULL: still drawn in the day header, still naming a hotel through its partner booking, and pointing nowhere. Nothing could reach it any more and nothing cleaned it up. It goes with the place now, through the accommodations domain rather than a DELETE in the places path, because a stay takes its partner booking, that booking's expense and the day stop it wrote with it — none of which is the places domain's business to know. Both delete paths, single and bulk. The service moves into an AccommodationsDomainModule, the assignments-domain precedent: the service never touches PlacesService, only the MCP tool that writes a place and a stay together does, so it can sit in a module PlacesModule is free to import without closing a loop. AccommodationsModule keeps exporting it, so every existing consumer is unchanged. |
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Maurice
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e3471e2dc8 |
fix(reservations): a night booked on the form belongs on the drive too
The booking form wrote the stay row itself, so it was the one door that left the day stop out. A hotel entered there stayed invisible to road trip mode, which is the same complaint as before with a different way in: enter the place twice or it is not on the route. It writes the stop now, through AccommodationsService rather than a second copy of its SQL. The permission argument for not doing so does not hold: the night already shows in the day header the moment the booking is saved, and the stop is that same night in the other view, not a second edit to the plan. Two holes go with it. Moving the booking left the stop on a day nobody sleeps there any more, and deleting it left the stop behind entirely — in both cases still carrying the booking's id, which is what the day list hides on, so nobody could reach it to remove it. The stop now follows the stay and goes with it, and only once the trip_id guard has confirmed the stay was this trip's to delete. |
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Maurice
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f0e1da2d81 |
feat(accommodations): put a booked night on its check-in day
A road-trip stop is a day assignment: the rail, the server-side plan and the map all build their stops from day_assignments and only look the stay up afterwards, to hang check-in and check-out on one. A stay written without an assignment was therefore invisible to every routing surface, so a hotel entered in the day planner never reached the road-trip view and had to be entered a second time as an ordinary place. The road-trip side has always written both halves in one go; this is the day planner catching up, in the domain that writes the stay. Booking a night now also assigns its place to the check-in day, inside the transaction that already writes the stay and its partner hotel reservation, and types the place as a hotel stop when it carries no type of its own, so it reads exactly like a night booked in the road trip. Only the check-in day gets a stop; the later nights ride on the stay row. A place already planned for that day gets no second stop and the booking claims none, so cancelling it cannot delete a stop somebody placed by hand. Moving the booking moves its own stop, deleting it takes its own stop back, and a trip re-date carries it along with the stay. All four write surfaces (REST, plugin RPC and both MCP tools) run the same write and announce the same events; the answers carry the stop too, because the broadcast skips the socket that sent the request. New nullable day_assignments.accommodation_id marks a stop as a booking's own. It stays NULL for every existing row on purpose: everything planned before this was planned by hand, and no backfill rewrites a finished trip. A stay booked earlier picks up its stop the next time somebody saves it. The booking form keeps writing stays on its own: that surface is gated on reservation_edit and the day stop is day_edit work. |
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Maurice
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521e52c853 |
fix(collab): harden the link preview fetcher (#2058)
The preview endpoint takes a URL from whoever is typing in a trip chat and fetches it from the server. Trip access was added to it earlier; this is the rest of what that route needed. The SSRF guard had a hole under it. `isAlwaysBlocked` knew `::1` and `0.0.0.0` but not the IPv6 unspecified address: `::` starts with a colon, so the `0.` check never saw it, and connecting to it lands on loopback. `http://[::]:9200/` therefore passed the guard and came back with the target's title and og: tags scraped out of the body — an exfiltrating read of anything listening locally, from any account. `[::0]`, `[0:0:0:0:0:0:0:0]` and `[::ffff:0:0]` are the same address in other spellings and behaved the same way. The two `::ffff:`-prefix regexes had the same shape of gap: they matched the dotted spelling of loopback and link-local, so `::ffff:7f00:1` walked past them. Both checks now decide on the expanded hextets, which covers every spelling at once, and fe80::/10 is read as ten bits rather than as the four characters 'fe80'. This is in ssrfGuard, so every caller gets it, not just collab. The scrape could be turned into a denial of service. Each og: regex had two unbounded `[^>]*` runs separated by a literal, so a document with no `>` in it made the engine rescan the remainder from every `<meta` it passed — quadratic, and the byte cap admits half a megabyte. Measured on this build: 240KB of '<meta ' took 58 seconds, and Node has one thread, so that is the entire server, health check included, on one request. Bounding the runs at 512 characters makes it linear (540KB now takes 1.4s); no real attribute list comes close to that. The five-second timeout only covered the headers — `clearTimeout` ran before the body was read — so a server that answered fast and then dripped one byte every few seconds held the handler, the socket and the per-request undici agent open indefinitely. The byte cap counts bytes and at that rate would never reach one. `AbortSignal.timeout` covers both halves, the agent is closed in a `finally`, and the three bail-outs that used to return without touching the body now discard it, which is what cappedFetch's helper is there for. The rest is smaller. Nothing metered the fetches, so an account with a trip of its own could drive arbitrary outbound requests in a loop; there is a budget of sixty new fetches a minute per user now, charged per outbound fetch rather than per request. Previews are cached for ten minutes and simultaneous askers for one URL share a single fetch, so the client's habit of requesting a preview per rendered message — up to a hundred at once, with no debounce — costs one fetch per new link rather than one per render. Refusals answer with one constant reason instead of the guard's own: it distinguishes "could not resolve" from "private address", which together map out the server's internal DNS for anyone willing to guess hostnames. A body whose declared type is not markup is dropped rather than combed for og: tags, and an og:image that is not an http(s) URL is not passed to the client, which puts it straight into an <img src>. Deliberately no `@RequirePermission` on the route: the client asks for a preview while rendering a message or a note, never while composing one, so it belongs with the GET siblings. Requiring collab_edit would blank every preview for members of a trip whose owner narrowed that right while leaving them able to read the chat, and it would not stop the abuse it looks like it addresses — the permission check passes for a trip's owner at every level, and anyone can create a trip. |
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jubnl
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305b113d5f |
Feat/storage driver (#1949)
* feat(storage): storage key validation, driver contract suite, LocalDriver * feat(storage): MirrorDriver composite backend * feat(server): add TREK_UPLOADS_DIR env var for the uploads root * feat(storage): settings-backed registry, StorageService facade, module wiring * test(storage): pin src/nest/storage coverage thresholds * feat(storage): multer upload options factory * refactor(files): spool trip-file uploads through storage * refactor(collab): spool note attachments through storage; normalize files/ prefix * refactor(journey): spool journey media uploads through storage * refactor(trips): spool trip cover upload through storage * refactor(places): spool place-image and collection uploads through storage * refactor(auth): spool avatar upload through storage * fix(server): consolidate allowed_file_types onto AllowedFileTypesService * fix(storage): default defParamCharset to utf8 in the upload factory * test(db): re-point the trailing-migration guard at the trip_files prefix strip * fix(storage): age-gate the boot spool sweep * test(files): key FILE-P02 residue checks on upload size * test(storage): raise src/nest/storage coverage pin * refactor(platform): serve /uploads routes through storage * refactor(files): serve trip-file downloads through storage * refactor(memories): serve photo bytes through storage * refactor(maps): stream place-photo bytes through storage * refactor(share): stream shared place-photo bytes through storage * refactor(journey): serve public journey assets through storage * fix(share): answer place-photo cache miss with 204 like the maps proxy * test(server): close serving-swap gaps surfaced by the full tier * test(storage): raise src/nest/storage branches pin * refactor(place-photos): route place-photo cache through storage * refactor(places): reclaim place images and collection covers through storage * refactor(trips): trip covers through storage * refactor(auth): avatar reclaim through storage * refactor(collab): note-file deletion through storage * refactor(files): trash deletion through storage * refactor(memories): trek photo cache internals through storage * refactor(memories): thumbnail service category-addressed * refactor(memories): immich upload reads through storage; drop uploads-root * refactor(journey): photo deletion through storage * fix(memories): reclaim orphaned trek photo cache objects in the ttl sweep * feat(journey): journey-thumbs orphan sweep and delete-site derived-artifact reclaim * test(server): close slice-4 gaps surfaced by the full tier * test(coverage): raise slice-4 domain pins * refactor(backup): list, existence and delete through storage * refactor(backup): download through storage sendToResponse * refactor(backup): create backup through per-category storage enumeration * refactor(backup): restore and upload-restore through storage * refactor(backup): auto-backup retention through storage * refactor(server): boot dir-creation to driver init * test(server): close slice-5 gaps surfaced by the coverage tier * test(coverage): raise slice-5 backup pin * test(server): resolve async backupFileExists mocks for the tests typecheck * test(server): pin ranged-read stat and zero-byte roundtrip in the storage driver contract * feat(server): TREK_S3_* env wiring — schema, s3 namespace, all-or-nothing boot rule * feat(server): S3 driver core — aws-lite client seam, stat/delete, driver-owned deadlines * refactor(server): type the aws-lite S3 client via s3-types reference * feat(server): S3 driver getStream and list — ranged full-object stat, iterator pagination * feat(server): S3 driver put — bounded-peek routing, Upload inactivity deadline * fix(server): S3 driver Upload monitoring — Transform interposition, stream cleanup * feat(server): env-declared s3-main storage backend; settings-declared s3 rejected * test(server): env-gated S3 driver contract suite against MinIO * fix(server): S3 driver zero-byte put — work around aws4 duplicate Content-Length signing defect * fix(server): scope the zero-byte put workaround to buffered bodies; bind test MinIO to localhost * ci(server): MinIO-backed S3 driver contract job * ci(server): align s3-contract shim comment and MinIO bind with references * docs: S3 storage backend configuration and off-box backup mirroring * docs: restore README formatting, keep S3 additions only * ci(server): make live-MinIO contract runs manual-only (AIStor licensing) MinIO's community line is discontinued entirely; the maintained successor, AIStor, requires a license key that can't safely live in a shared CI runner. The s3-contract CI job is removed; live-provider contract runs against MinIO/AIStor are now a manual, license-gated procedure documented in docker-compose.minio-test.yml's header. * chore(server): final-review polish — stale CI refs, dockerignore key, boundary pins, zero-byte tempfile contract case * expose admin ui * feat(shared): storage backend type registry, wire schemas, category relocation * feat(server): accept settings-declared s3 backends — shared-schema options, decrypt-at-build, registry preview() * feat(server): remove TREK_S3_*/TREK_UPLOADS_DIR — tombstone boot rule, built-in override as the relocation path * feat(server): deriveSecurity.encryptionKeySet and storage secret plumbing (gate, encrypt, unmask, mask, redact) * chore(server): drop storage-secrets import that only Task 8's probe helper will use * feat(server): seed-once storage-config.json boot import — fail closed on any invalid seed * feat(server): registry snapshot() — effective storage config with provenance * feat(server): api/admin/storage GET/PUT — masked secrets, preview-gated saves, wired reload, audits * feat(server): api/admin/storage/test — per-target ephemeral probes, mirror targets probed individually * test(server): e2e coverage for api/admin/storage — guards, managed refusal, envelope, probes * test(server): give e2e harness DBs the app_settings table the storage registry reads at boot * test(coverage): raise pins after the storage admin-config slice * fix(server): final-review polish — encryption-gate wording, all-field sentinel guard, README/e2e notes * test(server): storage slice-1 review follow-ups — mirror s3-replica probe decrypt, all-encrypted seed without key, test-route 401 * feat(i18n): storage admin domain + tab label in every locale * feat(client): adminApi storage endpoints — getStorage, updateStorage, testStorageBackend * feat(client): storage admin draft-document helpers + relative-time util * feat(client): schema-driven storage BackendForm — fields by kind, mask echo, encryption banner * feat(client): admin storage panel — backends list, category map, health strip, one-PUT save * feat(client): storage tab on the admin page * feat(client): storage admin panel and section on the phone shell * fix(client): block renaming a storage backend onto an existing name * feat(server): allow mirrors on any storage category — lift the backups-only rule * feat(i18n): replicas-on-primary mirror strings in every locale * feat(client): mirror fold/synthesize model helpers for replicas-on-primary * feat(client): BackendForm mirror-targets composer; raw mirror type hidden * feat(client): desktop storage panel folds mirrors into their primaries * feat(client): phone storage panel folds mirrors into their primaries * fix(client): strip removed backends from remaining mirror replicas — no phantom refs * feat(storage): retire photos as a configurable category — served-only via the ServedCategory seam * feat(i18n): descriptive storage category names and descriptions in every locale * feat(client): descriptive category names, descriptions and id badges in the storage panel * docs(storage): fix stale nine-category comments after the eight-category shrink * docs: storage configuration via the admin UI and seed file — README + compose * docs(wiki): Admin Storage page and storage cross-links * docs(server): storage domain blueprint entry; TREK_PLACE_PHOTO_DIR tombstone clarifier * refactor(server): drop the storage env-var tombstones — the variables never shipped * docs: storage config is simply new in v4 — drop the removed-variables story * feat(shared): backfill-status and usage wire schemas on the storage admin state * feat(server): MirrorDriver.backfill — prefix-scoped, size-compared, cancellable replica catch-up * feat(server): one-at-a-time storage backfill jobs + the storage events bridge * feat(server): storage usage scan — nightly cron, on-demand service, persisted with computedAt * feat(server): replica_failure admin notifications — events bridge, hourly debounce, channel registration * feat(i18n): replica-failure notification text in every locale * feat(server): storage backfill and stats-refresh admin endpoints * feat(client): adminApi backfill and stats-refresh endpoints * feat(i18n): storage sync and usage strings in every locale * feat(client): desktop storage panel — sync now, usage display, backfill polling * feat(client): phone storage panel — sync now, usage display, backfill polling * fix(client): per-category usage line on the phone storage panel * docs: sync now, usage stats and replica-failure notifications * test(server): admin scope now includes replica_failure, not just version_available Commit |
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jubnl
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f842073351 | refactor(server): delete airtrail.bridge and notifications.instance via a core/pull split | ||
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jubnl
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079064fdcd | refactor(server): delete trips.bridge via leaf membership reads and prompt relocation | ||
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jubnl
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8b7b91d814 | refactor(server): let user-cleanup inject BudgetService and delete budget.bridge | ||
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Maurice
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ba7d55f999 |
Finish the contract ratchet, the upload bridge and the client leftovers
BODY_CONTRACT_ALLOW_LIST is empty. The last seventeen handlers type their
body with a createZodDto class, so the fail-closed boot gate has nothing left
to forgive; it still refuses a boot for a new handler that reads @Body()
without one.
Several of those contracts describe rather than constrain, and that is the
whole care in this change. The pipe runs before the handler, so a schema
stricter than the handler moves a user-visible answer:
- TagsController.create answers { error: 'Tag name is required' }, pinned
byte-for-byte in two tests, and the pipe formats as `field: message`. The
DTO leaves name optional and the handler keeps the check that owns the
message. Same shape for the booking-import confirm body, which additionally
gains per-item validation the handler never did.
- PluginsController.activate and install answer 503 when plugins are disabled,
and check that BEFORE looking at the body. A schema that rejected first
would turn that into a 400 for an operator whose server has plugins off.
- setEgressHosts reads a non-array `hosts` as "clear the list", which is the
documented reset. Typing it as string[] would have removed a working admin
action rather than tightened anything.
- PluginRoutesController.route answers { route: null } at 200 for everything
it dislikes, so the client falls back to straight lines. A 400 there would
turn a graceful degradation into a visible error.
files.bridge is gone. The multer options are built by
MulterModule.registerAsync from an AllowedFileTypesService leaf, so the
fileFilter reads the operator's extension list from the container instead of
from a second FilesService built outside it. Nest injects
MULTER_MODULE_OPTIONS with @Optional(), so a token that fails to resolve is
not a boot error: it silently falls back to defaults, with no filter and no
size cap. FILE-020 already proved that for trip files by uploading an .svg
over HTTP and expecting 400; journey uploads had no such case, and now do.
VIDEO_UPLOAD is untouched, including the filename callback that forces .jpg
regardless of what the client sends, which guards the public share proxy.
PluginFrame gets an onError. A frame whose document fails to load left a
blank element at full height, which reads as a hung app rather than as a
plugin that is gone.
typecheck:tests runs in CI now, with the test tree at zero errors. tz-lookup
is left as it is: the build puts it in a lazy helpers chunk, not the entry
chunk, and the remaining split would trade a synchronous render for an async
one to move 172 kB that is already off the critical path.
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Maurice
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49c3c57c31 |
Give the ephemeral tokens a provider, and clear the next wave of type errors
ephemeral-tokens.ts was free functions, and AuthService owned the cleanup timer only because it happened to be the domain that mints tokens. Issuing them and sweeping them are different jobs, and FilesService and TokenService mint or consume them too. EphemeralTokenService owns the lifecycle and hands the three operations out. The store and the interval stay module state next door, and that is load-bearing rather than a leftover: src/websocket.ts consumes ws tokens on the upgrade handshake, outside the container, before any injector is in reach. Per-instance state would hand it an empty Map and close every connection with 4001, which no test would catch because the ws suites drive the transport directly. WS-027 through WS-029 pin the session gate that runs through exactly that path. The MAX_STORE_SIZE back-pressure is the second reason: createEphemeralToken returns null at 10,000 live tokens and TokenService turns that into a 503. A second store would raise the real ceiling with nobody noticing. Its own leaf module rather than a provider in AuthModule: TokensModule mints download and ws tokens as well, AuthModule already imports TokensModule, and TokensModule is documented as a deliberate leaf that three graphs reach for. Same shape as MailerModule, which broke AuthModule <-> NotificationsModule. Twelve hand-wired construction sites in tests needed the new collaborator. The typecheck named all twelve; before this branch they would have been undefined at runtime. Sixteen more test files are cleared here too, each at its root cause. Four of them were passing for the wrong reason: files.controller.test.ts drove two handlers with shifted arguments, a string tripId where the trip row belongs and undefined where tripId and id belong. It stayed green because FilesService is fully stubbed and the stubs ignore what they are given, so DELETE /:id/permanent and DELETE /trash/empty never covered that the trip row reaches the permission check. conflictUpdate.test.ts was missing real collaborators on PlacesService and PackingService. None of the exercised paths reach them, so it passed by luck. assignments.service.test.ts builds its service by hand, and the one consumer of the collaborator it was missing swallows every throw in a bare catch. A broken journey reconciliation would still have shown 28 green tests. scheduler.test.ts mocks two modules with paths that resolve one directory above the server root, so they mock nothing at all. Harmless only because src/scheduler.ts imports neither. |
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Maurice
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6cf5760383 |
Inject the notification senders instead of importing them lazily
Nine fire-and-forget sends reached notifications.bridge through
import('...').then(({ send }) => ...). The laziness was working around a
module cycle that no longer exists, and it cost twice: it hid the edge from
the module graph, and it handed each send a NotificationsService built
outside the container rather than the container's own.
The sweep needed a method rather than a grep. tests/ sits outside
tsconfig's include, so a service that gains a constructor parameter does not
break its hand-wired call sites at compile time — the argument arrives as
undefined and throws inside the send. Adding tests to a throwaway tsconfig
and diffing the errors before and after named all 46 sites exactly. The same
config reports 288 pre-existing errors in the suites, almost all deliberate
partial constructions in the harnesses, which is why tests/ is not in the
build's include; that cleanup is its own piece of work and is written down
in the nest README.
notifications.instance.ts holds the out-of-container instance, apart from
notifications.bridge.ts on purpose: several suites replace the bridge
wholesale with vi.mock(..., () => ({ send })), and a sibling bridge taking
its instance from there would break under those mocks.
The suites that assert on a send now hand their spy to the injected service.
The reservations e2e overrides the provider, because its app resolves the
real one out of its own container and never saw the module mock.
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Maurice
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11afd3648e |
Put the coverage back where the code went
Every split on this branch dropped the giving domain's ratchet without a line being tested any worse: coverage follows the source file, so when well-covered code leaves, the weaker branches that stay behind become the whole denominator. days fell from 82 to 77.5 percent branches that way, feeds to 76.7, trip-read-model to 62.5. The rule in vitest.config.ts is that the only way past a number is to raise it, so these are tests, not edits to the thresholds. days is back at 92.1, calendar at 96.2, trip-read-model at 100. feeds and trip-members and trip-read-model had no unit test at all - feeds' whole threshold rested on one e2e, which is exactly the file whose contract this branch rewrote. They have one now, and the read-model test pins the thing in that file that would leak data if it regressed: getTripSummary and bundle both thread the viewer id into packing.listItems so another member's private items stay hidden, and nothing asserted that before. The five thresholds this branch introduced move up to what they now measure, with a few points of slack. The pre-existing entries are left alone on purpose: they were generated from a Linux run, CI measures there, and a handful of branches are platform-specific - raising them from a Windows measurement is how you get a failure that reproduces nowhere local. |