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Phase-3-Rename des ehemaligen Multi-App-Monorepos zum eigenständigen Produkt-Repo. Verein heißt mana e.V., Plattform-Domain bleibt mana.how, apps/mana/ bleibt unverändert — nur der Repo-Container kriegt den neuen Namen "managarten" (Garten der mana-Apps). Geändert: - package.json#name + #description - README.md (Titel + erster Absatz) - TROUBLESHOOTING.md - alle Mac-Mini-Skripte (Pfade ~/projects/mana-monorepo → ~/projects/managarten) - COMPOSE_PROJECT_NAME-default in scripts/mac-mini/status.sh - .github/workflows/cd-macmini.yml + mirror-to-forgejo.yml - apps/docs (astro.config.mjs + content) - .claude/settings.local.json (Bash-Permission-Pfade) - alle docs/*.md Pfad-Referenzen - launchd plists, .env.macmini.example, infrastructure/ Forgejo-Repo + GitHub-Repo bereits via API umbenannt. Lokales Verzeichnis-Rename + Mac-Mini-Cutover folgen separat.
105 lines
4.9 KiB
Markdown
105 lines
4.9 KiB
Markdown
# Infrastructure Compose Files
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Compose-Stacks die nicht direkt am Mac-Mini hängen.
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## `docker-compose.gpu-box.yml`
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Mana-Stack auf der Windows-GPU-Box (Hostname `mana-server-gpu`, IP `192.168.178.11`)
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in WSL2/Docker. Bekam mit Phase 2 (Mai 2026) die nicht-zeitkritischen
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Hilfsdienste vom Mini abgegeben — siehe [`docs/PLAN_OPTION_C.md`](../docs/PLAN_OPTION_C.md).
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### Was läuft drin
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| Service | Port (LAN-internal/external via Tunnel) | Rolle |
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| `grafana` | `:8000` → `grafana.mana.how` | Dashboards (Phase 2a) |
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| `forgejo` | `:3041` → `git.mana.how` | Git-Mirror (Phase 2b) |
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| `umami` | `:8010` → `stats.mana.how` | Web-Analytics (Phase 2b) |
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| `victoriametrics` | `:9090` (intern) | Metrics-Store (Phase 2c) |
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| `loki` | `:3100` (intern) | Log-Store (Phase 2c) |
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| `pushgateway`, `blackbox-exporter`, `vmalert`, `alertmanager`, `alert-notifier` | (intern) | Metrics + Alerting (Phase 2c) |
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| `gpu-node-exporter`, `gpu-cadvisor`, `gpu-promtail` | (intern) | Self-Monitoring (Phase 2c) |
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| `glitchtip` + worker + dedizierte postgres + redis | `:8020` → `glitchtip.mana.how` | Error-Tracking mit eigenem DB-Stack (Phase 2d) |
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| `status-page-gen`, `status-nginx` | `:8090` → `status.mana.how` | Status-Seite (Phase 2e) |
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| `news-ingester` | (intern) | RSS-Crawl + News-Ingestion (Phase 2f-2) |
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| `mana-ai` | `:3067` → `mana-ai.mana.how` | AI Mission Runner (Phase 2f-3) |
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| `mana-research` | `:3068` → `research.mana.how` | Web-Research-Orchestrator (Phase 2g) |
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Plus der bestehende `photon`-Container (Geocoder), der vor Phase 2 schon
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auf der Box existierte und unangetastet blieb.
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### Live-Files auf der GPU-Box
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```
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/srv/mana/
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├── docker-compose.gpu-box.yml ← Diese Datei (live deployment)
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├── .env ← Secrets, gitignored — Vorlage in .env.gpu-box.example
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├── monitoring/ ← Configs (rsync von Mini bei Phase 2c)
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│ ├── prometheus/ ← prometheus.yml mit 192.168.178.131-Targets, alerts.yml
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│ ├── grafana/ ← provisioning + dashboards
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│ ├── loki/, blackbox/, alertmanager/, alert-notifier/, promtail-gpu/
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├── forgejo-data/ ← Forgejo /data bind-mount (rsync von Mini bei Phase 2b)
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└── source/ ← Sparse managarten-clone
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für status-page-gen + zukünftige Scripts
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git pull stündlich via systemd timer mana-source-pull.timer
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```
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### Deployment
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```bash
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# Auf der GPU-Box, in /srv/mana/:
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docker compose -f docker-compose.gpu-box.yml up -d
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docker compose -f docker-compose.gpu-box.yml ps
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```
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Repo-File ist Source-of-Truth; Live-Datei in `/srv/mana/` muss synchron
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gehalten werden. Aktuell manuell — kein CD-Flow für die GPU-Box.
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### Cloudflare-Tunnel
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Token-managed Windows-Service `Cloudflared` mit Tunnel
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`mana-gpu-server` (UUID `83454e8e-d7f5-4954-b2cb-0307c2dba7a6`).
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Ingress-Konfiguration via API + Cloudflare-Dashboard, NICHT in
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`config.yml`. Aktuelle Public-Hostnames:
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`gpu-stt`, `gpu-tts`, `gpu-llm`, `gpu-img`, `gpu-video`, `gpu-ollama`
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(alle für die nativen AI-Scheduled-Tasks) plus
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`grafana`, `git`, `stats`, `glitchtip`, `status` (alles `*.mana.how`,
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für die Phase-2-Container hier).
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Aktive Public-Hostnames (Stand 2026-05-07, config v28):
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| Hostname | Service | Zweck |
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| `gpu-stt.mana.how` | `:3020` | Whisper STT (Scheduled-Task) |
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| `gpu-tts.mana.how` | `:3022` | Piper TTS |
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| `gpu-llm.mana.how` | `:3025` | LLM Gateway |
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| `gpu-img.mana.how` | `:3023` | FLUX image-gen |
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| `gpu-video.mana.how` | `:3026` | Video-gen |
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| `gpu-ollama.mana.how` | `:11434` | Ollama API |
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| `grafana.mana.how` | `:8000` | Phase 2a |
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| `git.mana.how` | `:3041` | Forgejo (Phase 2b) |
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| `stats.mana.how` | `:8010` | Umami (Phase 2b) |
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| `glitchtip.mana.how` | `:8020` | Glitchtip (Phase 2d) |
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| `status.mana.how` | `:8090` | Status-Page (Phase 2e) |
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| `photon.mana.how` | `:2322` | Photon Geocoder (cross-LAN-Workaround für mana-geocoding's Probe + privacy-local Provider) |
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| `mana-ai.mana.how` | `:3067` | AI Mission Runner (Phase 2f-3) |
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| `research.mana.how` | `:3068` | Web-Research-Orchestrator (Phase 2g) |
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API-Update (idempotent):
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```python
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# ssh mana-server, dann python3 mit dem cf-update-Pattern aus
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# docs/PLAN_OPTION_C.md §4
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```
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### Deps für die Box
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- WSL2 mit Ubuntu 24.04
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- Docker Engine in WSL2 mit `systemd=true`
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- `.wslconfig` mit `memory=24GB processors=12 vmIdleTimeout=-1 networkingMode=mirrored`
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- Scheduled Task `MANA_WSL_Keepalive` hält die WSL-VM via `wsl --exec sleep infinity` warm
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- Systemd Timer `mana-source-pull.timer` git-pulled `/srv/mana/source/` stündlich
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- Windows-Firewall offen für Ports 3100, 9090, 9091 (von Mini-side accessible)
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- `netsh interface portproxy` zwischen Windows-LAN-IP und WSL2-localhost für die obigen Ports
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Alles dokumentiert in [`docs/WINDOWS_GPU_SERVER_SETUP.md`](../docs/WINDOWS_GPU_SERVER_SETUP.md).
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