- Tabelle CustomModule mit Zeilenschutz (tenant_isolation_policy), Migration 20260929120000
- API /custom-modules: Lesen für jeden Angemeldeten, Schreiben nur Administrator, nur https ohne Zugangsdaten
- Seitenleiste zeigt eigene Module unter ihrer Kategorie, Rahmen-Seite mit Sandbox und „In neuem Tab öffnen“
- MODULE_CATEGORIES als gemeinsame Liste, Zugriffsklassifikation nachgemessen fortgeschrieben
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Die duenne Strecke Skript -> Abbild -> API beweisen (D-08, D-10):
- desktop-collect.sh sammelt AppImage/exe ein, schreibt manifest.json
(Version, Kanal, Commit, Groesse, SHA-256) ohne Secrets
- apps/api/src/desktop/: neues Modul mit GET /desktop/latest und
GET /desktop/download/:platform, beide @Public(); Plattform-Whitelist
vor jedem Dateisystemzugriff, Dateiname ausschliesslich aus dem
Manifest (T-18-01, T-18-02)
- packages/shared: DesktopPlatform/-Manifest(File)/-Latest(Response)
Typen
- Dockerfile kopiert desktop-dist/ in die runner-Stufe; desktop-dist/
per .gitkeep + .gitignore versioniert (leeres Verzeichnis, Pakete
bleiben ungetrackt)
- HTTP-Durchstich-Spec (8 Tests) via NestFactory, kein fs-Mock; echtes
Temp-Verzeichnis + unabhaengig berechneter SHA-256
Abweichung: DesktopController braucht @Inject(DesktopService) explizit
— Vitest transpiliert ueber esbuild, das emitDecoratorMetadata nicht
abbildet, sonst bleibt desktopService bei einem echten NestFactory-Bau
undefined (Rule 3, Blocker).
Lokal bewiesen: neu gebautes API-Abbild liefert /desktop/latest (200)
und /desktop/download/linux (200, attachment) aus, auch ueber
/api-proxy/ des Web-Containers.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Die vorige Aufgabe-2-Teilcommit (11f5731) hatte nur die Loeschung von
tenant.middleware.ts und die neue tenant.guard.spec.ts erfasst — ein
`git add` mit mehreren Pfaden schlug wegen eines bereits entfernten
Pfads fataler fehl und liess die restlichen fuenf Dateien unstaged,
ohne dass das beim Commit auffiel (Rule 1 — Prozessfehler, hier
korrigiert). Dieser Commit traegt den eigentlichen Umbau nach:
tenant.guard.ts ohne Prisma-Abhaengigkeit, die geleerte
FORTENANT_ASSIGNMENT_EXCEPTIONS samt Wachhund-Test in
rls-access-inventory.spec.ts, und die drei berichtigten
Kommentarzeilen (app.module.ts, module.guard.ts, dkv.controller.ts).
Inhaltlich identisch mit dem, was bereits verifiziert wurde (891 Tests
gruen, Typpruefung sauber) — nur die Staging-Reihenfolge war fehlerhaft.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01AMASaSxv5QMY7RncqZriRR
CALENDAR_ENCRYPTION_KEY was named after the calendar module because that
module needed encryption first, in Phase 5. Every feature since has shared the
same key -- SMTP, the DKV and tender mailboxes, and as of today the LDAP bind
password -- so the name has been describing one of five users rather than the
thing itself, and each new feature inherited the confusion.
TESSERA_ENCRYPTION_KEY is the name now. The old one is still read, because
renaming outright would stop every existing installation at the next start:
their .env carries the old name, and compose was just made to fail hard on a
missing key. When only the old name is present the API logs a deprecation
warning naming both, and when both are set the new one wins -- otherwise a
half-migrated .env would encrypt with one key and decrypt with the other.
CalendarCryptoService becomes CryptoService in its own global CryptoModule.
Four modules used to import CalendarModule purely to reach the provider, which
read as a dependency on calendars where there was none; that import is gone.
Compose keeps the hard failure: without either name the stack refuses to
start. Verified in both files for all three cases -- neither name set (abort),
only the old name (starts), only the new name (starts).
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Middleware runs before guards in NestJS — req.user was always undefined
when TenantMiddleware executed, so req.tenantId was never set.
Convert to TenantGuard (APP_GUARD, registered after JwtAuthGuard) so it
runs after JWT validation and can read req.user.tenantId correctly.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- CheckDomainDto with regex validation (T-03-05) and max 10 TLDs (T-03-06)
- DomaincheckService using node:dns/promises with 5s timeout per lookup
- POST /modules/domaincheck/check protected by UseModule guard (T-03-08)
- DomaincheckModule seeds itself into registry on startup via OnModuleInit
- Default TLDs: de, com, net, org (D-03)
- ModuleRegistryService with findAll, findBySlug, findActiveForTenant, activate/deactivate, seedModule
- ModuleRegistryController with GET /modules, GET /modules/active, POST activate/deactivate
- ModuleGuard + @UseModule() decorator for tenant-scoped module access control
- ActivateModuleDto with UUID validation
- Registered ModuleRegistryModule in AppModule imports
- LdapService uses ldapts for DIRECTORY SYNC ONLY (anti-pattern avoidance)
- LdapConfigService creates default field mappings per D-16 (displayName, mail, sAMAccountName)
- Custom field mappings can be added/removed per D-17
- Per-tenant LDAP config per D-18
- syncUsersForTenant deactivates users removed from LDAP per D-15
- LdapSyncScheduler sets tenant context explicitly per Pitfall 2
- Manual sync endpoint POST /ldap/sync per D-14
- Auto-sync cron checks syncIntervalMin per D-14
- Test connection endpoint for LDAP config validation
- OpenLDAP + phpLDAPadmin added to docker-compose.dev.yml
- LDAP search filter sanitization per T-02-16
- bindPassword never returned in API responses per T-02-17
- Create UserService with findByUsername (unscoped), create, update, deactivate, delete
- Create AdminSeedService that seeds Super-Admin from Docker ENV on bootstrap (D-05/D-07/D-13)
- Create TenantService with findAll, findById, create, update
- Create TenantMiddleware extracting tenantId from JWT with Super-Admin tenant switching (D-08/D-10)
- Wire PrismaModule, AuthModule, UserModule, TenantModule into AppModule
- Register JwtAuthGuard and RolesGuard as global APP_GUARD providers
- Apply TenantMiddleware to all routes via NestModule.configure
- Add @Public() decorator to HealthController for unauthenticated access
- NestJS app with ConfigModule and HealthModule
- GET /health endpoint returning {status, timestamp} using HealthResponse type
- Prisma schema with PostgreSQL datasource and Tenant model (multi-tenancy foundation)
- Multi-stage Dockerfile with non-root nestjs user, monorepo root as build context
- Workspace dependency on @tessera/shared for shared types
- Type-check passes successfully
schalli