mirror of
https://github.com/Memo-2023/mana-monorepo.git
synced 2026-05-14 20:01:09 +02:00
The workbench-registry app id 'inventar' did not match its @mana/shared-branding MANA_APPS counterpart 'inventory', so the tier- gating join in apps/web/src/lib/app-registry/registry.ts silently failed for the inventory module — it fell into the "no MANA_APPS entry, default visible" fallback and was effectively un-gated. The codebase had also voted overwhelmingly for 'inventar' (53 files) vs 'inventory' (3 files in shared-branding), so the long-standing mismatch was just bookkeeping debt waiting to bite. Pre-release, no live data, so the cleanest fix is to align everything on the English 'inventory': - Workbench-registry id, module.config.ts appId, module folder, route folder and i18n locale folder all renamed via git mv - Standalone apps/inventar/ workspace package renamed - All imports, store identifiers (InventarEvents → InventoryEvents, INVENTAR_GUEST_SEED, inventarModuleConfig), i18n keys and href/goto paths follow the rename - The German display label "Inventar" is preserved everywhere it is a user-visible string (page titles, i18n values, toast labels) - Dexie table prefixes (invCollections, invItems, …) are unchanged - Drive-by fix: ListView.svelte was querying non-existent inventarCollections/inventarItems tables — corrected to the actual invCollections/invItems names from module.config - The "inventar ↔ inventory id mismatch" workaround comment in registry.ts is removed since the mismatch no longer exists module-registry.ts also picks up the user's parallel newsModuleConfig addition because both edits land in the same import block — keeping them split would have left the build in an inconsistent state. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> |
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|---|---|---|
| .. | ||
| api.js | ||
| auth-api.js | ||
| llm-ollama.js | ||
| README.md | ||
| sync-websocket.js | ||
| web-apps.js | ||
Load Tests
k6-basierte Load Tests fuer die Mana-Infrastruktur.
Setup
# k6 installieren (macOS)
brew install k6
# WebSocket-Extension (fuer Sync-Tests)
# k6 hat WebSocket-Support eingebaut
Tests ausfuehren
# Gegen lokale Umgebung
k6 run load-tests/web-apps.js
k6 run load-tests/auth-api.js
k6 run load-tests/api.js
k6 run load-tests/sync-websocket.js
k6 run load-tests/llm-ollama.js
# api.js braucht ein gültiges JWT — entweder via $MANA_API_TOKEN
# oder es loggt sich mit den TEST_EMAIL/TEST_PASSWORD env vars ein
# (default: loadtest-api@mana.test / LoadTestApi123!).
k6 run -e MANA_API_TOKEN=eyJhbGc... load-tests/api.js
# Gegen Produktion (vorsichtig!)
k6 run -e BASE_URL=https://mana.how load-tests/web-apps.js
# Mit mehr/weniger Last
k6 run --vus 100 --duration 5m load-tests/web-apps.js
# JSON-Output fuer Grafana
k6 run --out json=results.json load-tests/web-apps.js
Test-Szenarien
| Script | Ziel | Default VUs | Dauer |
|---|---|---|---|
web-apps.js |
SvelteKit Frontends (HTML-Responses) | 10→50→10 | 5 min |
auth-api.js |
Login, Register, Token Validation | 5→20→5 | 4 min |
api.js |
Unified apps/api Hono server (16 Module) — gemixte Workload mit Auth, Compute & Validation |
10→50→100→0 | 4 min |
sync-websocket.js |
mana-sync WebSocket Connections | 10→30→10 | 5 min |
llm-ollama.js |
Ollama Chat Completions | 1→3→1 | 3 min |
api.js Thresholds
Pro Route-Klasse hat das Script eigene p95-Budgets über tags:
| Klasse | Endpoints | p95-Budget |
|---|---|---|
health |
GET /health |
< 100ms |
authed_get |
GET /api/v1/moodlit/presets, GET /api/v1/chat/models |
< 300ms |
authed_post |
POST /api/v1/calendar/events/expand, POST /api/v1/todo/compute/* |
< 500ms |
| Global | alle Requests aggregiert | p95 < 500ms, p99 < 2s |
Application-level error rate (4xx + 5xx + Check-Failures) muss unter 1% bleiben, sonst exit-code 1 → CI-Build bricht.
Metriken interpretieren
| Metrik | Gut | Akzeptabel | Schlecht |
|---|---|---|---|
| http_req_duration (p95) | < 200ms | < 1s | > 2s |
| http_req_failed | 0% | < 1% | > 5% |
| ws_connecting (p95) | < 100ms | < 500ms | > 1s |
| iterations | Steigend | Stabil | Fallend |
Monitoring waehrend Tests
Grafana-Dashboard auf http://localhost:8080 (oder https://grafana.mana.how) beobachten:
- Container CPU/RAM (cAdvisor)
- PostgreSQL Connections
- Redis Commands/sec
- Netzwerk-Throughput