- Every JWT carries a jti. The SSO completion token and the MFA challenge
(once a code was accepted) are recorded as used in ConsumedToken; a
replayed request or copied cookie cannot open a second session. Used
ids are cleaned up after they expire.
- The token-validity check (active user, active role, password change)
reads fresh on every request and refreshes the permission cache, so a
deactivation or role change made on another replica applies to the very
next request instead of up to 30 s later.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
- Public lot lookup: 30 requests/min per IP and only well-formed lot
numbers (1-64 chars) reach the database.
- SSO callback URL is built from OIDC_REDIRECT_URI instead of the Host
header; SSO cookies are cleared with the attributes they were set with.
- Logout is rate-limited like the other auth endpoints.
- Middleware errors with a 4xx status (body too large, malformed JSON)
answer with that status instead of a 500; error log lines carry the
path without query string.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
- New passwords (create user, admin reset, own change) need at least 12
characters (ASVS 2.1.1) and may not exceed 72 bytes, which bcrypt would
silently cut off.
- They are checked against Have I Been Pwned with k-anonymity (only the
first 5 SHA-1 characters leave the server, padded responses); an
unreachable service is logged and does not block. PASSWORD_BREACH_CHECK
=false disables it for offline deployments.
- Login accepts existing passwords as before, capped at 256 characters to
bound anonymous bcrypt work.
- Password fields in the UI say the rule up front.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
A key can be limited to IP addresses or CIDR networks (e.g. the Wabenhain
server); a stolen key is useless from anywhere else. Requests from other
addresses get 403 "not allowed for this IP" and a log line. The admin UI
asks for the addresses when creating a key, warns when a key works from
anywhere, shows the last source address and can take it over into the
allowlist - changing the list needs no new key (PATCH /api-keys/:id).
Also: a key can only carry scopes its creator holds.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
- Rotation claims the old token with a conditional update; of two
concurrent refreshes only one gets a successor, so a stolen token cannot
fork into two live sessions.
- A token rotated out less than 10 s ago (parallel tab) is refused without
revoking every session; later reuse still revokes them all.
- Sessions end at most SESSION_MAX_AGE (default 7 days) after login: the
login time is inherited by every rotated token and caps its expiry.
- The refresh cookie is cleared with the same attributes it was set with.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
- Per-account lockout: five failed attempts (password, MFA code or a
step-up confirmation) lock the account for 15 minutes, on top of the
per-IP throttle - guesses spread over many addresses no longer help.
- A TOTP code is accepted once: the time step is stored and that step or
any earlier one is refused (also between two concurrent requests).
- Login runs bcrypt on every path and answers unknown email, wrong
password, deactivated and locked accounts with the same message; failed
logins for unknown emails no longer write attacker-chosen text into the
audit log.
- Turning MFA off needs password and a current code; turning it on needs
the password. Both end all other sessions.
- New audit action ACCOUNT_LOCKED.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
Backups carried every password hash, encrypted MFA secret and webhook
secret in plain JSON, and an import upserted arbitrary rows - including
users - so anyone holding backup:import, or tricking an admin into
importing a file, could overwrite the admin account with a known password.
- Export (download and scheduled) is AES-256-GCM over the gzipped bundle,
key from BACKUP_ENCRYPTION_KEY or derived from JWT_ACCESS_SECRET via
HKDF; header is authenticated, decompression is capped. Scheduled files
are written 0600 in a 0700 directory; run-now returns only the file name.
- Import requires the current password (and TOTP when MFA is on).
- Only a sealed file restores users, roles, grants, webhooks and audit
entries; an old unsealed file restores business data only and reports
what it skipped.
- Audit entries are append-only on import.
- Imported documents: entityType checked against the enum, MIME type
allowlisted and matched against the file signature, path kept under the
storage root (no more directory traversal via entityType).
- Permission cache is cleared after an import.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
SSO picked the local account by the email/preferred_username claim, which
Entra does not verify. Anyone able to present a matching email (another
tenant with a multi-tenant issuer, or an editable attribute) could sign in
as that user without a password.
- The first SSO login links the account to "<iss>|<oid>" (new unique
column User.ssoSubject); afterwards only that identity signs in, and a
matching email from another identity is refused.
- Multi-tenant issuers (common/organizations/consumers) disable SSO.
- Emails are compared case-insensitively and stored lower-case, so
[email protected] and [email protected] can no longer be two accounts; the migration
lower-cases existing emails where that does not collide.
- An admin changing a user's email clears the link.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
All JWTs (access, MFA setup, MFA challenge, SSO completion) were signed
with the same secret and the access-token strategy checked only signature
and expiry. The MFA challenge token returned after the password step
therefore worked as a full access token: a password alone was enough to
use the API, skipping the second factor.
Every token now carries a pinned issuer, algorithm (HS256) and a
per-purpose audience; the strategy accepts only the access audience and
rejects any payload carrying a helper-token purpose. Existing access
tokens (no audience) stop working; clients renew them via the refresh
cookie.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
- WinterCheck per colony, winter and season (autumn/spring), every field
editable; loss causes limited to the COLOSS monitoring categories.
- Summary per winter and apiary: loss rate lost/wintered, marked
provisional while colonies are not yet checked in spring - an unchecked
colony never counts as survived.
- A loss marks the colony deceased only on explicit request, in the same
transaction and audited.
- Permissions winter-checks:read/create/update granted by migration to
beekeeper and staff roles; winter checks included in backups.
- Page "Überwinterung": next action first, one button per row until the
colony is wintered, German number format.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
Integrations such as the Wabenhain shop sync no longer need a service
account with a password (and without MFA). An admin creates a key under
Verwaltung > Automatisierung > API-Schlüssel.
- Key format ack_<8>_<43>; only its SHA-256 hash is stored, the key is
shown exactly once. Optional expiry, "last used" timestamp, revocation
takes effect immediately; create/revoke are audit-logged without the key.
- A key is not a user: JwtAuthGuard sets request.apiKey, PermissionsGuard
admits it only to routes whose permission is among its scopes and never
to user-only routes. Scopes come from a short allowlist (shop-sync:read).
- Managing keys requires the new permission api-keys:manage.
- Keys are excluded from backups on purpose; a restore means issuing a new
key.
Additive migration (new table).
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
GET /api/v1/shop-sync returns exactly the data ApiCore releases to the
shop: harvest facts, article master data and bottlings with their
harvest ids. Every query uses an explicit select, so notes, colonies,
treatments and fields added to the models later never leave ApiCore
unless deliberately added to the allowlist.
- New permission shop-sync:read (granted to ADMIN automatically, to no
other role): the shop's service account needs nothing else, in
particular no access to harvest or extraction records with notes.
- contractVersion 1; only breaking changes bump it.
- Always the full set: small volume, and a full comparison heals missed
runs by itself.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
Data-integrity fixes found in a systematic review of ApiCore:
- Bottling booked the honey batch amount from a value read outside the
transaction and wrote an absolute result back, so two concurrent
bottlings (double tap, two devices) could both pass the check and one
deduction was lost. Bookings now use a conditional UPDATE inside the
transaction; corrections and deletions give amounts back atomically.
- Outgoing stock movements could drive stock below zero; the removal is
now a conditional decrement that refuses when stock is insufficient.
- Weak, conspicuous and queenless colonies were treated as "not active"
and could not be moved, split or merged - uniting a queenless colony
is the textbook merge. Only terminal statuses lock a colony now; merging
a colony into itself and dissolving twice are rejected.
- Moving a queen to another colony failed on the unique currentQueenId
because the old colony kept pointing at her. The old colony now releases
her (and becomes QUEENLESS); a queenless colony receiving a queen becomes
ACTIVE; dissolved colonies cannot receive a queen.
- Completing a task twice moved completedAt and re-sent the webhook;
reopening a task kept completedAt. Recurring templates created tasks
without a due date and caught up missed weeks one stale task at a time.
- Automation rules created a new task and warning on every trigger (every
stock removal below minimum). Tasks now record their source trigger and
at most one open task per rule and object exists. The varroa threshold
(mites per day) is only compared with natural-mite-fall rates, not with
sample-based counts in another unit.
- New opt-in Idempotency-Key support for record-creating endpoints, so
the offline queue can retry after a lost response without duplicates.
- Permission catalog sync crashed replicas booting concurrently on a
fresh database (unique violation); it now uses createMany/skipDuplicates.
- Server-side validation for inspection rating scales (1-5), unique
colony/harvest lists and net weight <= gross weight.
- Stale e2e expectations updated (permission count, trigger list, real PNG
fixture for the file-signature check).
Migration is additive only (nullable Task column, new table).
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
Both could only be created and deleted. For a webhook that is actively harmful:
recreating it issues a new signing secret, so the receiver that verifies the
X-ApiCore-Signature header against the old one starts rejecting every delivery
without anyone changing it on purpose.
Backend:
- New PATCH /webhooks/:id behind a new webhooks:update permission, covering the
target URL, the event selection and the active flag - the last of which had
no way to be set after creation at all, so a misbehaving receiver could only
be deleted. The signing secret is deliberately left alone and stays out of
the audit log.
- A changed webhook URL runs through the same assertPublicWebhookUrl SSRF check
as a new one; without that the edit would have been a way around the guard
create() applies. Covered by a test.
- New PATCH /documents/:id behind a new documents:update permission, for
re-linking a document filed against the wrong record and correcting its
display name. Re-linking validates the new target with the existing
assertEntityExists; the stored file is untouched.
Frontend:
- New webhook edit dialog. The event labels and the toggle helper moved out of
the create dialog into lib/webhooks/labels.ts so both use one copy.
- Documents can be renamed from the attachment card.
Re-linking a document to a different record has no UI yet: it needs a two-step
picker (colony, then inspection) that is not worth building unprompted.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
A bottling batch could only be corrected in four of its seven fields after
creation: honey batch, jar size and jar count were frozen at creation time,
an assigned product could not be cleared again, and there was no way to
remove a record entered by mistake at all. A mistyped jar count is a
data-entry error, not a fact of production, so it has to stay correctable.
Backend:
- UpdateBottlingBatchDto now covers every field. `productId: null`
explicitly clears the product assignment; omitting it leaves it alone.
- BottlingService.update rebalances the affected honey batch amounts:
the previously bottled amount is given back before the corrected amount
is taken again, so a correction never double-charges the source batch.
Moving a batch to a different honey batch credits the old one and debits
the new one in the same transaction.
- New DELETE /bottling-batches/:id gives the bottled amount back to the
honey batch and keeps the full record in the audit log (action DELETE,
beforeData). The honey batch status is deliberately left untouched - the
status it held before being bottled is not recoverable here.
- New permission bottling:delete, checked server-side. The catalog sync
grants it to system roles on the next boot.
Frontend:
- The edit dialog exposes all fields, offers "Kein Produkt" to clear the
assignment, keeps a discontinued product selectable so opening the dialog
cannot silently drop it, and shows backend errors inline.
- The form is mounted only while the dialog is open, so a cancelled edit
never leaks its values into the next one.
- New delete button behind a confirmation that names the amount credited
back and warns that the public origin page for the lot number stops
resolving.
- Edit and delete are additionally hidden without the matching permission.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Adds a one-way push (ApiCore -> M365) of Aufgaben/Durchsichten/
Behandlungen/Fütterungen/Ernten/Königinnen-Zuordnungen into the calendar
of a Microsoft 365 group, via the Graph API.
- CalendarSyncModule (app-only client-credentials Graph auth, separate
from the interactive SSO app registration; new env vars
M365_CALENDAR_TENANT_ID/_CLIENT_ID/_CLIENT_SECRET).
- Outbox + minute-interval cron worker (CalendarSyncOutboxEntry) instead
of a synchronous push, since Graph calls are too slow/flaky to block a
domain create request on; failed syncs retry up to 5 times.
- Per-source-type toggle plus a group-ID field, configurable in
Verwaltung > Automatisierung > Kalender-Sync (Verwaltung > Backup, an
env var still wins on those fields where one applies to related config).
- Hooked into Tasks/Inspections/Treatments/Feedings/Harvests/Queens at
their existing create (and Task update/complete) points; entries render
as all-day Graph events to avoid timezone ambiguity.
- Documents the design decision in ARCHITECTURE.md (Annahme 9), since
this is a net-new capability the lastenheft doesn't scope.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
- SiteSettings gains websiteUrl (e.g. online shop link) alongside the
existing social links, editable in Verwaltung > Automatisierung.
- /herkunft/[lot] now shows the apiary's Standort instead of its internal
Name (so multiple apiaries at one location read as one origin), adds
small icons per social link, and surfaces previously-fetched-but-unused
data (Honigsorte, Abfülldatum, stat cards) to make the page a richer
customer-facing info page.
- Backup schedule (path/cron/retention) is now also configurable via the
GUI (Verwaltung > Backup), stored in a new BackupSettings singleton;
an env var always wins over the GUI value per field, and the scheduler
reloads its cron job live when GUI settings change.
- New Automatisierung rules let an admin define a format (e.g.
"WH-{YYYY}-{SEQ:4}") that auto-generates HoneyBatch.batchNumber and
BottlingBatch.lotNumber on creation, with an atomic per-rule sequence
counter and a manual reset. Manual entry still works when the rule is
inactive.
Neues Modul src/backup/ fuer Backups und Datenuebertragung zwischen
Deployments: GET /backup/export liefert ein JSON-Bundle mit allen
fachlichen Daten (Bienenstaende bis Etikettenvorlagen, ~30 Tabellen),
POST /backup/import spielt so ein Bundle wieder ein.
Bewusst NICHT enthalten: User/Rollen/Rechte (werden ueber die
Benutzerverwaltung gepflegt, Permission-Zeilen werden ohnehin bei
jedem Start aus dem Code neu synchronisiert), Audit-Log (unveraenderliche
Historie), Notifications (fluechtig), Dokumente (nur die DB-Zeile waere
gesichert, nicht die tatsaechliche Datei auf der Festplatte).
Import laeuft in einer Transaktion, Tabellen in Abhaengigkeitsreihenfolge
(z.B. Bienenstand vor Volk, Volk vor Durchsicht). Selbstreferenzen
(Koenigin -> Mutterkoenigin) werden in zwei Durchgaengen aufgeloest,
damit die Reihenfolge im Export keine Rolle spielt. userId-Felder, die
im Zielsystem nicht existieren (z.B. Uebertragung auf ein anderes
Deployment), werden auf den ausfuehrenden Admin umgebogen statt die
Fremdschluessel-Pruefung scheitern zu lassen. AutomationRule wird ueber
triggerType statt id abgeglichen, da diese Zeilen code-fest sind.
Neue Berechtigungen backup:export/backup:import. 8 neue Unit-Tests
fuer die Sonderfaelle (Selbstreferenz, userId-Remapping,
AutomationRule-Abgleich, Audit-Eintrag).
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Beim Umstellen von PermissionsGuard auf Fail-Closed wurde der
@Public()-Check vergessen. JwtAuthGuard ueberspringt bei @Public()
zwar die Authentifizierung, aber PermissionsGuard laeuft als
eigenstaendiger, separat registrierter APP_GUARD trotzdem mit - und
verweigerte seitdem jede Route ohne @RequirePermission/
@AnyAuthenticatedUser, selbst wenn sie @Public() war. Betroffen: health
und health/ready (die gemeldeten 403), aber ebenso Login, SSO-Flow und
die oeffentliche Herkunftsseite.
PermissionsGuard prueft jetzt @Public() als erstes und laesst diese
Routen durch, genau wie JwtAuthGuard es bereits tut. Regressionstest
ergaenzt.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Abfüllungen hatten keine Übersichtsseite - die Navigation ging direkt
auf /bottling/new, sodass eine angelegte Abfüllung danach nirgends
mehr sichtbar war. Neue Seite /bottling listet alle Abfüllungen
(Archiv), Klick führt zur bestehenden Detail-/Bearbeiten-Seite.
Navigationslink zeigt jetzt auf die Liste statt direkt auf "Neu".
Neues Modul site-settings (Singleton-Tabelle SiteSettings) für
YouTube-/Instagram-/TikTok-Links, verwaltbar unter Verwaltung > Website
(neue Berechtigung site-settings:read/update). Die öffentliche
Herkunftsseite (/herkunft/[lot]) zeigt die konfigurierten Links jetzt
zusätzlich zur Chargen-Herkunft an - PublicService liefert sie über
das bereits oeffentliche /public/batches/:lotNumber mit aus, keine
zusaetzliche unauthentifizierte Route noetig.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
PermissionsGuard erlaubte bisher jede Route ohne @RequirePermission
automatisch fuer jeden eingeloggten Nutzer (fail-open) und verliess sich
allein auf test/authorization-coverage.e2e-spec.ts, um eine vergessene
Decorator-Angabe vor dem Deploy zu erwischen - der Guard selbst hatte
kein Default-Deny.
Neuer Decorator @AnyAuthenticatedUser() macht das bisher stillschweigend
erlaubte Verhalten explizit fuer die 12 Routen, die es tatsaechlich
brauchen (ProfileController komplett, NotificationsController komplett,
AuthController.me - alle bereits vorher auf der Allowlist des e2e-Tests).
PermissionsGuard verweigert jetzt jede Route, die weder
@RequirePermission noch @AnyAuthenticatedUser traegt - eine vergessene
Decorator-Angabe schlaegt jetzt zur Laufzeit fehl (403), nicht mehr nur
im Test. Der e2e-Test prueft jetzt denselben Decorator-Vertrag statt
einer separat gepflegten Allowlist, kann also nicht mehr vom
Guard-Verhalten abweichen.
Neue Unit-Tests fuer PermissionsGuard decken beide Codepfade und das
Fail-Closed-Verhalten ab.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Weitere vom Sicherheitsaudit gemeldete Luecken behoben, die bisher als
niedrige Prioritaet offen gelassen wurden:
- SSO-Login (Entra ID) prüft jetzt lokale MFA genauso wie der
Passwort-Login: ist mfaEnabled gesetzt, liefert /auth/sso/complete
denselben mfaRequired-Codepfad wie /auth/login, bevor Tokens
ausgestellt werden. Frontend (Login-Seite, AuthContext) zeigt in dem
Fall den bestehenden Code-Eingabe-Schritt statt die Anmeldung
stillschweigend abzuschliessen.
- Avatar- und Dokument-Uploads pruefen jetzt die tatsaechlichen
Datei-Bytes (Magic Numbers fuer PNG/JPEG/WEBP/PDF) statt nur dem
client-angegebenen MIME-Typ/data:-URL-Praefix zu vertrauen.
- Swagger-UI (/api/v1/docs) ist jetzt standardmaessig deaktiviert
(ENABLE_SWAGGER=true erforderlich), da sie zuvor das komplette
API-Schema ungeschuetzt oeffentlich preisgab.
npm-audit-Warnungen (deepmerge-ts/mysql2 unter prisma) bewusst nicht
gefixt: kein stabiles Prisma-Release loest sie bislang auf, nur eine
Release-Candidate-Hauptversion - das Risiko eines Downgrades/RC-Upgrades
der Datenbankschicht uebersteigt den Nutzen fuer eine Kette, die zur
Laufzeit ohnehin nicht erreichbar ist (nur Prisma-CLI, nur MySQL-Treiber,
dieses Projekt nutzt Postgres).
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Ein Sicherheitsaudit deckte auf, dass jede Rolle mit users:update sich
selbst per PATCH /users/:id auf eine Admin-Rolle heraufstufen konnte,
da roleId ohne eigene Berechtigung und ohne Selbstbezug-Pruefung
akzeptiert wurde. Ausserdem lag ein fest im Code hinterlegtes
Standard-Admin-Passwort vor, das bei fehlender SEED_ADMIN_PASSWORD-Env
greift.
- Neue Berechtigung users:assign-role, getrennt von users:create/update,
fuer jede Rollenzuweisung erforderlich
- Selbstaenderung der eigenen Rolle serverseitig blockiert (auch fuer
Admins), ebenso Selbst-Reset der eigenen MFA ueber die Admin-Route
- Seed erzeugt bei fehlender Env ein zufaelliges statt eines fixen
Passworts
- Wiederverwendung eines bereits rotierten Refresh-Tokens (Diebstahl-
Indiz) widerruft nun alle Sessions des betroffenen Nutzers
- Rate-Limit auf MFA-Enrollment-Bestaetigung ergaenzt
Co-Authored-By: Claude Sonnet 5 <[email protected]>
git add -u im letzten Commit hat neue (untracked) Dateien übersprungen:
die Migration für LabelTemplate.elements, die neuen Typ-/DTO-Dateien und
den kompletten Drag-and-Drop-Editor fehlten dadurch im Build.
Bisher waren 4xx-Fehler (falsches Passwort, Validierungsfehler,
fehlende Berechtigung) im Log komplett unsichtbar - Nest loggt
standardmaessig nur unbehandelte 5xx-Fehler. Ein Login, das aus
Infra-Gruenden fehlschlaegt (siehe TLS/Cloudflare-Vorfall), war dadurch
allein aus den Logs nicht diagnostizierbar.
- AllExceptionsFilter (global): loggt jede Exception mit Methode/Pfad/
Status (4xx als warn, 5xx als error mit Stacktrace). Client-Antwort
bleibt unveraendert - HttpExceptions liefern weiter exakt ihren
bisherigen Body, unbehandelte Fehler weiter nur eine generische
500-Meldung ohne interne Details.
- requestLoggerMiddleware (global): eine Zeile pro Request (Methode,
Pfad, Status, Dauer), damit auch erfolgreiche Requests im Log
auftauchen - vorher gab's dafuer gar keine Spur.
- AuthService.login()/verifyMfaAndLogin(): konkrete Ursache pro
Fehlschlag (unbekannter User, deaktiviert, falsches Passwort,
falscher MFA-Code) zusaetzlich zum bestehenden Audit-Log-Eintrag.
Nirgends werden Passwoerter, Tokens oder Request-Bodies geloggt - nur
Methode, Pfad, Status, Dauer und die (bereits client-sichere)
Fehlermeldung.
Verifiziert: tsc/eslint clean, 304/304 Tests (7 neu), Build clean.
Benutzer koennen jetzt selbst Zwei-Faktor-Authentifizierung einrichten
und ihr Profil verwalten (Name, E-Mail, Passwort, Profilbild).
Backend:
- Neues MfaModule (src/auth/mfa/): AES-256-GCM-verschluesselte
TOTP-Secrets (otplib), QR-Code-Erzeugung, kurzlebige Setup-/
Challenge-JWTs fuer den 2-Schritt-Login-Flow
- Neues ProfileModule (src/profile/): PATCH /profile,
POST /profile/password, POST/DELETE/GET /profile/avatar,
POST /profile/mfa/enroll(/confirm), POST /profile/mfa/disable -
alle self-scoped ueber actor.id, ohne @RequirePermission (siehe
ALLOWLIST in authorization-coverage.e2e-spec.ts)
- AuthService.login() zweistufig: bei aktivem MFA erst
{ mfaRequired, mfaToken } statt Tokens, neuer Endpunkt
POST /auth/mfa/verify schliesst den Flow ab
- Admin-Recovery: POST /users/:id/mfa/reset (users:update) fuer
verlorene MFA-Geraete, da es keinen E-Mail-Reset-Flow gibt
Frontend:
- Login-Seite mit zweitem Schritt fuer den TOTP-Code
- Neue Profilseite (/profile, ausserhalb des admin-only
Settings-Bereichs): Profilbild, Name/E-Mail, Passwort, MFA-Ein-/
Ausrichtung mit QR-Code-Dialog
- Header zeigt jetzt Avatar mit Dropdown (Profil/Abmelden) statt
nur E-Mail-Text
- Admin-Users-Tabelle zeigt MFA-Status + Reset-Button
Haertung nach Security-Review (Backend/Frontend-Diff, kein CRITICAL,
mehrere MEDIUM behoben):
- Access-Token wird bei Passwortwechsel sofort ungueltig
(User.passwordChangedAt + JWT-iat-Vergleich in
PermissionResolverService.isTokenValid, vorher isUserActive) statt
erst nach bis zu 15 Minuten
- E-Mail-Aenderung verlangt jetzt aktuelles Passwort
- POST /profile/password und /profile/mfa/disable haben jetzt das
gleiche strikte Throttling wie Login (SENSITIVE_ACTION_THROTTLE)
- Kein stiller leerer Verschluesselungs-Key-Fallback mehr (wirft
jetzt explizit)
Bewusst zurueckgestellt (dokumentiert, kein aktiver Exploit-Pfad):
dedizierter Verschluesselungs-Key fuer MFA-Secrets statt
JWT_ACCESS_SECRET-Ableitung, dedizierte users:mfa-reset-Permission
statt users:update, separate JWT-Secrets pro Token-Zweck.
Verifiziert: tsc/eslint clean, 297/297 Backend- + 31/31
Frontend-Unit-Tests, Build clean auf beiden Projekten. e2e weiterhin
durch bekanntes WSL2/Postgres-Problem blockiert. Unabhaengiges
Security- und Code-Quality-Review durchgefuehrt (0 CRITICAL, 0 HIGH).
Bisher griff der isActive-Check nur auf Routen mit @RequirePermission.
Ein deaktivierter User mit gueltigem Token konnte Routen ohne
Permission-Decorator bis zum Token-Ablauf (bis zu 15 Min) weiter
erreichen. JwtAuthGuard prueft jetzt PermissionResolverService.isUserActive
auf jedem authentifizierten Request, ueber denselben 30s-Cache wie die
Permission-Aufloesung, also ohne zusaetzliche DB-Last.
Dispatchte security-reviewer und code-reviewer Agenten fuer eine
vollstaendige Pruefung des RBAC-Systems (d31aa79..HEAD). Ein
KRITISCHER Fund, zwei HIGH, ein weiteres MEDIUM, alle behoben:
KRITISCH: Deaktivieren eines Benutzers hat dessen Berechtigungen nicht
entzogen. PermissionResolverService.loadPermissions() prüfte nur den
Rollen-Status, nie User.isActive - ein bereits ausgestelltes Access-
Token behielt volle Rechte bis zum Ablauf (bis zu 15 Minuten), nicht
die vorgesehenen 30 Sekunden. UsersService rief zudem nie
invalidateUser() auf. Beides jetzt behoben; neue dedizierte
permission-resolver.service.spec.ts deckt das ab (existierte bisher
gar nicht - ein Grund, warum die Luecke unbemerkt blieb).
HIGH: Kein Schutz gegen den letzten aktiven Systemrollen-Nutzer
(ADMIN). Man konnte den letzten Admin deaktivieren oder umrollen und
sich damit komplett aussperren - ohne Selbsthilfe-Weg, da
prisma/seed.ts das Seeden ueberspringt, sobald die Admin-E-Mail
bereits existiert. UsersService.deactivate()/.update() pruefen jetzt
per assertNotLastSystemRoleUser(), analog zum bestehenden
Lockout-Schutz in RolesService fuer Systemrollen selbst.
HIGH: Der Open-Meteo-Aufruf in WeatherService hatte kein Timeout und
konnte unbegrenzt haengen. Jetzt mit AbortSignal.timeout(8000) plus
sauberem Fehler-Mapping.
MEDIUM: Trachtprognose fiel bei fehlenden Wetterdaten stillschweigend
auf "MAESSIG" zurueck statt einen eigenen Unbekannt-Zustand zu zeigen
- ein Imker haette eine echte Einschaetzung gesehen, wo keine moeglich
war. Neuer Rating-Wert UNBEKANNT in Backend und Frontend.
LOW: Veralteter Kommentar an PermissionsGuard, der noch den in Phase 3
geloeschten RolesGuard erwaehnte, korrigiert.
Verifiziert: tsc, lint, build auf beiden Projekten gruen. Backend-Unit
245/245 (17 neue Tests fuer die Fixes). Frontend-Unit 14/14. Volle
Backend-e2e-Suite konnte weiterhin nicht laufen (WSL/Postgres von
Windows aus nicht erreichbar, auch nach vollem "wsl --shutdown"-
Neustart) - jeder Fix hat aber gezielte, gruene Unit-Abdeckung.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Letzte Phase des RBAC-Umbaus: die transitionale Rollen-Infrastruktur,
die seit Phase 1 parallel zum neuen Role/Permission-System mitlief,
ist jetzt komplett weg.
- Prisma-Migration: User.legacyRole-Spalte und LegacyRole-Enum
gedroppt (nichts liest die Spalte mehr, seit Phase 2 jeder Controller
auf @RequirePermission laeuft).
- roles.guard.ts, roles.guard.spec.ts, roles.decorator.ts geloescht;
RolesGuard aus den APP_GUARD-Providern entfernt.
- AuthenticatedUser/JWT-Payload verlieren das role-Feld (permissions
werden ohnehin frisch pro Request aus der DB aufgeloest, nicht aus
dem Claim).
- Users-API: CreateUserDto/UpdateUserDto akzeptieren jetzt roleId
(eine echte Role.id) statt der alten role-Enum-Werte; UsersService
validiert, dass die Rolle existiert und aktiv ist, bevor sie
zugewiesen wird.
- Alle 34 e2e-Fixtures und der Seed-Script folgen dem neuen Schema.
Verifiziert: tsc, lint, build, unit (220/220), volle e2e-Suite
159/159 gruen - keine uebersprungenen Tests.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Replaces the fixed 5-value Role enum with a database-driven Role/Permission
model: admins can create custom roles with a precise per-resource/action
permission set (83-key code-owned catalog), instead of being locked to
ADMIN/BEEKEEPER/STAFF/READONLY/API_CLIENT.
- New Role/Permission/RolePermission tables; legacy Role enum renamed to
LegacyRole and kept as User.legacyRole so all existing @Roles() call
sites keep working unchanged during the migration.
- New RolesController/RolesService (CRUD, permission-set editing,
deactivate/reactivate) with lockout-prevention invariants: system roles
(ADMIN) can't be edited or deactivated, and a role still assigned to
users can't be deactivated.
- New PermissionResolverService (30s-cached, DB-fresh per user) and
PermissionsGuard + @RequirePermission(), registered as an additional
APP_GUARD alongside the legacy RolesGuard so both systems run
side-by-side until controllers are migrated in Phase 2.
- PermissionCatalogSyncService seeds any new catalog entries into the DB
on boot, so future features only touch the TS catalog.
- New GET /auth/me returns the caller's role and effective permissions.
- Migration hand-written (destructive column rename) with grants derived
from a fresh grep of every existing @Roles() call site, verified
against 5 controllers read in full for STAFF's exact write boundary.
- test/roles.e2e-spec.ts covers the new endpoints and invariants end to
end; test/authorization-coverage.e2e-spec.ts added but skipped until
Phase 2 gives every controller a @RequirePermission.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
Security review findings (HIGH-1/2/3, MEDIUM):
- Rate limiting via @nestjs/throttler: global 100 req/min default, stricter
10 req/min on login and refresh. Also closes the MEDIUM finding (public
batch-lookup enumeration) since it now sits behind the global limit too.
Trust the K8s ingress's single proxy hop so throttling keys off the real
client IP, not the ingress pod's IP.
- Auth events (login success/failure, logout, token refresh) are now
audit-logged via new AuditAction values, closing the gap where the
project's own audit-log principle never actually covered the Auth module.
- Refresh-token cookie now defaults to Secure=true (opt out only via
COOKIE_SECURE=false for local HTTP dev), instead of keying off NODE_ENV
which was never set in the K8s deploy templates. Added a TLS block +
cert-manager annotation to both the backend and frontend ingress
templates, which previously had no HTTPS termination configured at all.
ARCHITECTURE.md §3 legt fest: Access-Token im Memory/Context, Refresh-Token
als httpOnly-Cookie. Vorherige Implementierung gab beide Tokens im JSON-Body
zurueck - vor dem Frontend-Aufbau (das genau gegen diesen Vertrag baut)
korrigiert.
/api/v1/auth/login und /refresh setzen jetzt ein httpOnly-Cookie
(Path /api/v1/auth, SameSite=Lax, secure in production) und liefern nur
noch { accessToken } im Body. /refresh und /logout lesen den Refresh-Token
aus dem Cookie statt aus dem Request-Body.
e2e-Tests und Live-Smoke-Test (curl mit Cookie-Jar) verifizieren
Login/Rotation/Logout-Invalidierung. 12 e2e- + 26 Unit-Tests, Lint,
Typecheck und Build gruen.
AuthModule: Login/Refresh/Logout mit JWT-Access-Token + rotierendem,
gehashtem Refresh-Token (RefreshToken-Tabelle). JwtAuthGuard + RolesGuard
global via APP_GUARD registriert (gilt fuer jeden kuenftigen Endpunkt),
@Public()-Decorator als Ausnahme (Auth-Endpunkte, /health).
UsersModule: CRUD + Deactivate, nur ADMIN-Rolle, Passwoerter mit bcrypt
gehasht, nie im Response enthalten.
AuditModule: AuditLogService (Grundstruktur), wird von UsersService bei
create/update/deactivate injiziert und geschrieben.
Geteilte App-Konfiguration (Prefix/Versioning/Pipes/Helmet) aus main.ts
in src/app.config.ts extrahiert; e2e-Tests nutzten das vorher nicht und
bekamen dadurch 404 auf jede /api/v1/... Route - jetzt ueber
test/utils/create-test-app.ts geteilt, betrifft alle kuenftigen
e2e-Tests gleichermassen.
prisma/seed.ts legt einen Admin-User fuer lokale Entwicklung an.
26 Unit-Tests + 11 e2e-Tests (gegen echte Postgres-Testdatenbank) gruen,
Lint/Typecheck/Build gruen, Login/Refresh/Logout/Rollenpruefung manuell
gegen laufenden Server verifiziert.
