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{"secret_key":"aikF3r6+NdEjRut1z8VsSFTZgjam90Y0/YDs57sBQ3w=","auth_hash":"d6c036cba49b25e79b43741e1989b5dc46ce29b2259e2dd637eac92ac1974a29","salt":"g2C6bRwVcH3s4Dwb0v9zyg=="}

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This is where you configure SilverBullet to your liking. See [[^Library/Std/Config]] for a full list of configuration options.
```space-lua
config.set("plugs", {
-- Add your plugs here (https://silverbullet.md/Plugs)
-- Then run the `Plugs: Update` command to update them
})
```

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# Disaster Recovery Plan
This document outlines the procedures to restore critical services in the event of a catastrophic failure. The primary backup mechanism is **ArchiveForge**, which stores compressed `tar.gz` archives of service data on the NAS at `192.168.1.251`.
## Guiding Principles
* **Prioritize Critical Services**: Restore essential services first (e.g., Traefik, Authelia, ArchiveForge), followed by high-priority applications.
* **Assume Total Loss**: This plan assumes the primary application host (`192.168.1.252`) is unrecoverable and a new host is being provisioned.
* **Test Regularly**: This plan should be tested quarterly to ensure its effectiveness.
## Phase 1: Infrastructure Restoration
This phase focuses on bringing the core infrastructure back online on a new host.
1. **Provision New Host**:
* Install a fresh OS (e.g., Ubuntu Server).
* Install Docker and Docker Compose.
* Configure networking to match the old host's static IP (`192.168.1.252`).
2. **Mount External Storage**:
* Mount the NAS storage to the new host. Ensure the mount points are identical to the previous setup (e.g., `/volume1/Media`, `/volume1/docker/backup`).
* Verify read/write access.
3. **Restore Core Services**:
* **Traefik**: Restore the Traefik configuration from its backup location (if not part of `appdata`) or from a backup. Start Traefik.
* **Authelia**: Restore the Authelia configuration and start the service.
* **ArchiveForge**: Restore the ArchiveForge service. This is critical for restoring other applications.
## Phase 2: Application Service Restoration
This phase details the process of restoring individual application services from the ArchiveForge backups.
### General Restoration Steps
The general process for restoring a service from an ArchiveForge backup is as follows:
1. **Identify the Latest Backup**: Locate the most recent backup for the desired service in the `ArchiveForge` backup directory on the NAS (e.g., `/volume1/docker/backup/ArchiveForge/daily/...`).
2. **Stop the Service**: If the service is running (e.g., with a fresh but empty configuration), stop it:
```bash
cd /mnt/docker-storage/appdata/[service-name]
docker-compose down
```
3. **Restore the Data**: Extract the backup archive into the service's `appdata` directory. This will overwrite the existing configuration and data.
```bash
tar -xzf /path/to/backup/[service-name]-YYYYMMDD-HHMMSS.tar.gz -C /mnt/docker-storage/appdata/[service-name]
```
4. **Verify Permissions**: Ensure the restored files have the correct ownership and permissions. This is especially important if the `PUID` and `PGID` are used in the `docker-compose.yml`.
5. **Start the Service**:
```bash
cd /mnt/docker-storage/appdata/[service-name]
docker-compose up -d
```
6. **Verify Functionality**: Check the container logs and access the service's web UI to ensure it's running correctly and the data has been restored.
### Example: Restoring Readarr
1. **Locate Backup**: Find the latest `readarr` backup on the NAS.
2. **Stop Readarr**:
```bash
cd /mnt/docker-storage/appdata/readarr
docker-compose down
```
3. **Restore Data**:
```bash
# Example path, replace with actual backup file
tar -xzf /volume1/docker/backup/ArchiveForge/daily/2025-12-09/readarr-20251209-020000.tar.gz -C /mnt/docker-storage/appdata/readarr
```
4. **Start and Verify**:
```bash
docker-compose up -d
docker-compose logs -f
```
Access `https://readarr.3ddbrewery.com` to confirm your library and settings are restored.
## Phase 3: External Database Restoration
For services that use the external database on the NAS (`192.168.1.251`), a separate restoration procedure is required. This procedure depends on how that database is backed up (e.g., `mysqldump` snapshots).
**This section needs to be completed once the backup strategy for the external database is fully documented.**
1. **Identify Backup**: Locate the latest SQL dump file.
2. **Restore Dump**: Use the appropriate database command to restore the backup.
```sql
-- For MySQL/MariaDB
mysql -u [username] -p [database_name] < /path/to/backup.sql
-- For PostgreSQL
psql -U [username] -d [database_name] -f /path/to/backup.sql
```
3. **Verify**: Check the database to ensure the data has been restored correctly.
---
**Next Review**: This document should be reviewed and updated quarterly, or whenever there is a significant change to the infrastructure.

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# Infrastructure
This document describes the Docker-based infrastructure and network architecture for the home lab environment.
## Overview
The infrastructure consists of 56+ containerized services running across multiple hosts, with centralized reverse proxy and authentication.
## Network Architecture
### Primary Hosts
* **192.168.1.251** - **NAZ-Tee** - Infrastructure host (Portainer, DNS Watchtower, Synology DSM)
* **192.168.1.252** - **Ali3n** - Primary application host (majority of services)
* **192.168.1.244** - Home Assistant host
* **192.168.12.3** - Secondary application host (matrix, firefly, node-red, traefik host)
* **192.168.1.198** - UniFi Controller
### External Networks
* `traefik_proxy` - External Docker network for SSL/TLS termination via Traefik
## Reverse Proxy & SSL - runs on 192.168.12.3
### Traefik Configuration
Traefik runs as the central reverse proxy, providing:
* Automatic HTTPS via Let's Encrypt (`certResolver: default`)
* Two entry points:
* `web` (HTTP) - redirects to HTTPS
* `web-secure` (HTTPS)
* Configuration file: `~/dyno.yml`
### Domain Strategy
Services are accessible via two primary domains:
* **fails.me** - Primary domain
* **3ddbrewery.com** - Secondary domain
Most services support both domains with separate router configurations.
## Authentication
### Authelia Integration
Two Authelia middleware configurations provide SSO:
* `authelia-fails` - For *.fails.me domains
* Forward auth address: `http://authelia:9091/api/verify?rd=https://auth.fails.me`
* `authelia-brewery` - For *.3ddbrewery.com domains
* Forward auth address: `http://authelia:9091/api/verify?rd=https://auth.3ddbrewery.com`
### Service Authentication Patterns
Services follow three authentication patterns:
1. **Split by domain with auth** - Most services (Sonarr, Radarr, Books, SilverBullet, etc.)
* Web UI requires Authelia authentication
* API endpoints (`/api`) bypass authentication for automation
2. **No authentication** - Public or self-authenticating services (Bookmarks, Finance, ZNC, Immich, Navidrome)
3. **Hybrid authentication** - Services with special endpoints (Audiobookshelf with `/audiobookshelf/feed`, NZB with `/xmlrpc`)
## Service Categories
### Media Management (Arr Stack)
* **Sonarr** (192.168.1.252:8989) - TV shows at sonarr.* domains
* **Radarr** (192.168.1.252:7878) - Movies at radarr.*/movies.* domains
* **Lidarr** (192.168.1.252:8686) - Music at lidarr.* domains
* **Readarr** (192.168.1.252:8787) - Books at readarr.* domains
* **Prowlarr** (192.168.1.252:9696) - Indexer management at prowlarr.* domains
* **Bazarr** (192.168.1.252:6767) - Subtitles at bazarr.* domains
### Media Servers
* **Emby** (192.168.1.252:8096) - Media server at m.*/tv.* domains
* **Audiobookshelf** (192.168.1.252:13378) - Audiobooks/podcasts at podcasts.*/audiobookshelf.* domains
* **Navidrome** (192.168.1.252:4533) - Music streaming at music.* domains
* **Channels DVR** (192.168.1.252:8089) - Live TV at dvr.*/channels-dvr.* domains
### Custom Applications
* **Books V2** - Book library manager
* Frontend (192.168.1.252:3000) at books.* domains
* API (192.168.1.252:48000) at api.books.* domains
* Stack: React + TypeScript + FastAPI + MySQL
* **SpeedRacer** - Running tracker at running.*/run.* domains
* Frontend (192.168.1.252:5173)
* API (192.168.1.252:6883) at /api path
* Stack: React + TypeScript + FastAPI
* **Store Matching** (192.168.1.252:45580) - Store list matching at stores.* domains
* Stack: React + Express + MySQL
### Infrastructure Services
* **Traefik** (192.168.12.3) - Reverse proxy and SSL termination
* **Authelia** - SSO authentication provider
* **Portainer** (192.168.1.251:9000) - Container management at portainer.*/docker.* domains
* **Watchtower** - Automatic container updates
* **Homepage** (192.168.1.252:3305) - Dashboard at h.* domains
* **ArchiveForge** (192.168.1.252:8766) - Automated Docker backup system at archiveforge.* domains
### Databases
* **Immich Postgres**
* **n8n Postgres**
* **Mealie Postgres**
* **External MariaDB** (192.168.1.251) - Used by Books V2 and Store Matching
### Productivity & Automation
* **n8n** (192.168.1.252:5678) - Workflow automation at n8n.* domains
* **Node-RED** - Multiple instances:
* Main (192.168.1.252:1880) at node-red.* domains
* HASS (192.168.1.244:1880) at nr.* domains (HTTPS with custom transport)
* HET (192.168.12.3:1880) at nr-het.*/node-het.* domains
* **Mealie** (192.168.1.252:9925) - Recipe management at food.* domains
* **Immich** (192.168.1.252:2283) - Photo management at photos.* domains
* **SilverBullet** (192.168.1.252:53510) - Markdown-based knowledge management at sb.* domains
* Stack: SilverBullet (ghcr.io/silverbulletmd/silverbullet)
* Features: WYSIWYG markdown editor, wiki-style linking, Lua scripting, plugin system
* Authentication: Authelia SSO for both domains
* **Karakeep** - Karaoke library management
### Monitoring & Management
* **Uptime Kuma** (192.168.1.251:3444) - Uptime monitoring at uptime.* domains
* **Beszel** (192.168.1.252:31090) - System monitoring at mon.* domains
* **Watchstate** (192.168.1.252:8585) - Media watch state sync at watchstate.* domains
### Development Tools
* **PhpMyAdmin** (192.168.1.252:2500) - MySQL management at php.*/phpmyadmin.* domains
* **PhpPgAdmin** (192.168.1.252:5183) - PostgreSQL management at phppgadmin.* domains
* **Cyberchef** (192.168.1.252:7318) - Data transformation at cyberchef.* domains
* **Webcheck** (192.168.1.252:6160) - Website analysis at webcheck.* domains
### Communications
* **ZNC** (192.168.1.251:6501 HTTPS) - IRC bouncer at znc.*/irc.* domains
* **Glowing Bear** (192.168.1.252:28280) - WeeChat web client at glow.*/chat.* domains
* **WeeChat Relay** (192.168.1.252:29001) - WeeChat relay at weechat.* domains
* **NTFY** (192.168.1.252:6741) - Notification service at notify.fails.me/ntfy.3ddbrewery.com
### Other Services
* **Home Assistant** (192.168.1.244:8123 HTTPS) - Home automation at home.* domains
* **UniFi Controller** (192.168.1.198:8443 HTTPS) - Network management at unifi.* domains
* **Calibre** (192.168.1.252:28080) - Library management (VNC) at library-vnc.* domains
* **Calibre Web** (192.168.1.252:28083) - Web reader at library.* domains
* **Jellyseerr** (192.168.1.252:5055) - Media requests at requests.* domains
* **Autoscan** (192.168.1.252:3030) - Media library scanning at autoscan.* domains
* **Subgen** (192.168.1.252:3900) - Subtitle generation at subgen.* domains
## Special Configurations
### HTTPS Backend Services
Services with HTTPS backends use `serversTransport: mytransport` with `insecureSkipVerify: true`:
* ZNC (192.168.1.251:6501)
* Home Assistant (192.168.1.244:8123)
* Node-RED HASS (192.168.1.244:1880)
* ruTorrent (192.168.1.252:38443)
* UniFi (192.168.1.198:8443)
* DSM (192.168.1.251:5001)
### Custom Middleware
* **dvr-headers** + **dvr-buffers** - Special handling for Channels DVR streaming
* **weechat-websocket** - WebSocket support for WeeChat
* **enable-websocket** - WebSocket headers for NTFY
* **run-api-strip** - Strip `/api/vi` prefix for SpeedRacer API
### Host Header Handling
Most services use `passHostHeader: false` to prevent host header issues. Exceptions:
* ZNC - `passHostHeader: true`
* Home Assistant - `passHostHeader: true`
* Glowing Bear - `passHostHeader: true`
## Data Storage
Application data is stored at `/mnt/docker-storage/appdata/[service-name]` with each service directory containing:
* `docker-compose.yml` - Service definition
* Service-specific configuration and data directories
* Optional service-specific `CLAUDE.md` documentation
### Volume Mount Patterns
* **Absolute host paths**: Most common, e.g., `/home/maddox/docker/appdata/[service]/:/config`
* **Named volumes**: Used by select services like Budibase and Immich.
* **Shared media volumes**:
* `/volume1/Media` - Main media content
* `/volume1/docker/backup` - Off-box backup storage (NAS at 192.168.1.251)
## Backup Strategy
An automated backup solution, **ArchiveForge**, is in place to protect container data.
* **What is backed up**: The entire `/mnt/docker-storage/appdata` directory.
* **How it works**: ArchiveForge runs nightly, automatically stopping database containers for data consistency before creating compressed `tar.gz` archives.
* **Backup Target**: Backups are stored on an off-box NAS at `192.168.1.251` in the `/volume1/docker/backup/ArchiveForge` directory.
* **Retention Policy**:
* 5 daily backups
* 4 weekly backups
* 6 monthly backups
## Common Operations
### Service Management
```bash
cd /mnt/docker-storage/appdata/[service-name]
docker-compose up -d # Start service
docker-compose down # Stop service
docker-compose restart # Restart service
docker-compose logs -f # View logs
```
### Traefik Configuration
Configuration file: on IM `/matrix/traefik/config/dyno.yml`
After changes:
1. Validate syntax
2. Restart Traefik to apply changes
3. Check logs for errors
### Container Lists
* `/mnt/docker-storage/appdata/all_containers.txt` - All running containers
* `/mnt/docker-storage/appdata/traefik_containers.txt` - Traefik-proxied containers
## Security
* All external traffic uses HTTPS with automatic Let's Encrypt certificates
* Sensitive admin interfaces protected by Authelia SSO
* API endpoints strategically exposed for automation while protecting web UIs
* Services use dedicated Docker networks for isolation
* Container updates managed by Watchtower with per-service opt-in/opt-out

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# Onboarding a New Service
This document provides a step-by-step checklist for adding a new service to the infrastructure. Following this guide ensures that new services are configured consistently, securely, and are integrated with the existing automation and backup systems.
## 1. Directory Structure
1. **Create Service Directory**: Create a new directory for the service under `/mnt/docker-storage/appdata/`.
```bash
mkdir /mnt/docker-storage/appdata/[service-name]
cd /mnt/docker-storage/appdata/[service-name]
```
2. **Create `docker-compose.yml`**: Create a `docker-compose.yml` file for the service.
3. **Create Data Directories**: Create any necessary subdirectories for configuration, data, etc.
## 2. Docker Compose Configuration
Your `docker-compose.yml` should include the following standard configurations:
* **Image**: Use a specific version tag if possible (e.g., `lscr.io/linuxserver/readarr:develop`) instead of `latest` to avoid unexpected breaking changes.
* **Container Name**: Set a consistent container name (e.g., `container_name: [service-name]`).
* **Environment Variables**:
* `PUID=1000` and `PGID=1000`
* `TZ=America/New_York`
* **Volumes**:
* Map the configuration volume to `./config` or another subdirectory within the service's `appdata` folder.
* Map any shared volumes (e.g., `/volume1/Media`) as needed, using `:ro` for read-only access where appropriate.
* **Restart Policy**: `restart: unless-stopped`
* **Networks**:
* Add the service to the `traefik_proxy` external network.
```yaml
networks:
traefik_proxy:
external: true
```
## 3. Traefik Integration (for web services)
To expose a service via Traefik, add the following labels to your `docker-compose.yml`:
```yaml
labels:
- "traefik.enable=true"
- "traefik.http.routers.[service-name].rule=Host(`[service-name].3ddbrewery.com`)"
- "traefik.http.routers.[service-name].entrypoints=websecure"
- "traefik.http.routers.[service-name].tls.certresolver=myresolver"
- "traefik.http.services.[service-name].loadbalancer.server.port=[port]"
```
* Replace `[service-name]` and `[port]` with the appropriate values.
## 4. Authelia Integration (for protected services)
To protect a service with Authelia SSO, add the Authelia middleware to the Traefik router:
```yaml
labels:
# ... other Traefik labels
- "traefik.http.routers.[service-name].middleware=authelia-brewery"
```
* If the service has an API that needs to be exposed without authentication, create a separate router for the API path.
## 5. Homepage Integration
To add the new service to the Homepage dashboard, add the following labels:
```yaml
labels:
# ... other labels
- "homepage.group=[Group Name]"
- "homepage.name=[Service Name]"
- "homepage.href=https://[service-name].3ddbrewery.com"
- "homepage.icon=[icon-name].png" # or .svg
- "homepage.description=[Description]"
```
* Refer to the Homepage documentation for available icons and widget configurations.
## 6. Backup Integration
**ArchiveForge** automatically backs up the entire `/mnt/docker-storage/appdata` directory, so no specific configuration is usually needed for a new service to be included in backups.
However, you should consider the following:
* **Databases**: If the service uses a database, ArchiveForge's `auto_detect_databases` feature should handle it. You can verify this by checking the ArchiveForge logs during a backup cycle.
* **Sensitive Data**: If the service stores data outside of its `appdata` directory, you may need to add a new source to ArchiveForge's `config.yaml`.
* **Never Stop**: If the service is critical and should not be stopped during backups, add its container name to the `never_stop` list in `archiveforge/config/config.yaml`.
## 7. Resource Limits
As recommended in the efficiency review, all new services should have resource limits defined to prevent resource exhaustion.
Add a `deploy` section with `resources` and `limits` to your `docker-compose.yml`:
```yaml
deploy:
resources:
limits:
memory: 512M # Adjust based on the service's needs
cpus: '0.5' # Adjust based on the service's needs
```
## 8. Final Checks
1. **Start the Service**: `docker-compose up -d`
2. **Check Logs**: `docker-compose logs -f`
3. **Verify Web Access**: Check the service's URL.
4. **Verify Authelia**: Ensure you are prompted for authentication if the service is protected.
5. **Verify Homepage**: Check that the service appears correctly on the dashboard.
6. **Trigger Manual Backup**: Consider triggering a manual ArchiveForge backup and check the logs to ensure the new service is backed up correctly.
7. **Update Documentation**: Add the new service to `Infrastructure.md` and any other relevant documentation.

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# Running Services
## archiveforge
### archiveforge-backend
- **Container Name:** `archiveforge-backend`
- **Ports:**
- `8765:8080`
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock:ro`
- `/mnt/docker-storage/appdata:/source/appdata:ro`
- `/volume1/docker/backup/ArchiveForge:/backups`
- `./config:/app/config`
- `./data:/app/data`
- `./logs:/app/logs`
- **Environment:**
- `TZ=America/New_York`
- `CONFIG_PATH=/app/config/config.yaml`
- `DATABASE_PATH=/app/data/archiveforge.db`
- `PYTHONUNBUFFERED=1`
- **Networks:**
- `default`
### archiveforge-frontend
- **Container Name:** `archiveforge-frontend`
- **Ports:**
- `8766:3000`
- **Environment:**
- `VITE_API_URL=http://archiveforge-backend:8080`
- **Labels:**
- `traefik.enable=true`
- `traefik.http.routers.archiveforge.rule=Host(`archiveforge.3ddbrew.com`)`
- `traefik.http.routers.archiveforge.entrypoints=websecure`
- `traefik.http.routers.archiveforge.tls.certresolver=myresolver`
- `traefik.http.services.archiveforge.loadbalancer.server.port=3000`
- `homepage.group=Infrastructure`
- `homepage.name=ArchiveForge`
- `homepage.icon=docker-compose.png`
- `homepage.href=https://archiveforge.3ddbrew.com`
- `homepage.description=Automated Docker Backup System`
- **Networks:**
- `default`
- `traefik_proxy`
## audiobookshelf
### audiobookshelf
- **Image:** `ghcr.io/advplyr/audiobookshelf:latest`
- **Container Name:** `audiobookshelf`
- **Ports:**
- `13378:80`
- **Volumes:**
- `/home/maddox/docker/appdata/audiobookshelf/config:/config`
- `/home/maddox/docker/appdata/audiobookshelf/metadata:/metadata`
- `/volume1/Media/audiobooks:/audiobooks`
- **Networks:**
- `traefik_proxy`
## bazarr
### bazarr
- **Image:** `lscr.io/linuxserver/bazarr:latest`
- **Container Name:** `bazarr`
- **Ports:**
- `6767:6767`
- **Volumes:**
- `/home/maddox/docker/appdata/bazarr/config:/config`
- `/volume1/Media:/media`
- `/volume1/archive/:/archive`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- **Networks:**
- `traefik_proxy`
## beszel
### beszel
- **Image:** `henrygd/beszel`
- **Container Name:** `beszel`
- **Ports:**
- `31090:8090`
- **Volumes:**
- `./beszel_data:/beszel_data`
### beszel-agent
- **Image:** `henrygd/beszel-agent`
- **Container Name:** `beszel-agent`
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock:ro`
- **Environment:**
- `LISTEN=45876`
- `KEY=ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIFrOfLO3u6Qh1Tl8quQs4riXhQCrr+FZUno1A9Qt46qb`
## books_webv2
### frontend
- **Container Name:** `books_frontend`
- **Ports:**
- `${FRONTEND_PORT:-3000}:80`
- **Environment:**
- `VITE_API_URL=${VITE_API_URL}`
- `TZ=${TZ:-America/New_York}`
- **Labels:**
- `com.centurylinklabs.watchtower.enable=false`
- `homepage.group=Personal`
- `homepage.name=Books`
- `homepage.icon=booksonic.png`
- `homepage.href=https://books.3ddbrewery.com`
- **Networks:**
- `traefik_proxy`
### backend
- **Container Name:** `books_backend`
- **Ports:**
- `${API_PORT:-48000}:8000`
- **Environment:**
- `DATABASE_URL=mysql://${DB_USER}:${DB_PASSWORD}@${DB_HOST}:${DB_PORT}/${DB_NAME}?charset=${DB_CHARSET}`
- `TZ=${TZ:-America/New_York}`
- **Labels:**
- `com.centurylinklabs.watchtower.enable=false`
- **Networks:**
- `traefik_proxy`
## calibre
### calibre-web
- **Image:** `linuxserver/calibre-web:latest`
- **Container Name:** `calibre-web`
- **Ports:**
- `28083:8083`
- **Volumes:**
- `/home/maddox/docker/appdata/calibre:/config`
- `/volume1/Media/Books:/books`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- `DOCKER_MODS=linuxserver/mods:calibre-web-calibre`
- `OAUTHLIB_RELAX_TOKEN_SCOPE=1`
- `CALIBRE_DBPATH=/books`
- `BOOK_UPLOAD_Extensions=pdf,epub,mobi,azw,azw3,fb2,djvu,cbr,cbz,lit,doc,docx,txt`
- `PREFER_EMBEDDED_METADATA=1`
- `ALLOW_UPLOADS=1`
- `ENABLE_REMEMBERME=1`
- **Networks:**
- `calibre_network`
### calibre-server
- **Image:** `linuxserver/calibre:latest`
- **Container Name:** `calibre-server`
- **Ports:**
- `28080:8080`
- `28081:8081`
- `28181:8181`
- **Volumes:**
- `/home/maddox/docker/appdata/calibre:/config`
- `/volume1/Media/Books:/books`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- `GUAC_USER=calibre`
- `GUAC_PASS=password`
- `CALIBRE_SERVERSIDE_BROWSE=1`
- **Networks:**
- `calibre_network`
## channels
### channels-dvr
- **Image:** `fancybits/channels-dvr:tve`
- **Container Name:** `channels-dvr`
- **Volumes:**
- `/home/maddox/docker/appdata/channels/config:/channels-dvr`
- `/volume1/Media/DVR/Channels-DVR:/shares/DVR`
- **Environment:**
- `PGID=1000`
- `PATH=/opt/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin`
- `HOME=/root`
- `TERM=xterm`
- `TZ=America/New_York`
- `PUID=1000`
## channeltube
### channeltube
- **Image:** `thewicklowwolf/channeltube:latest`
- **Container Name:** `channeltube`
- **Ports:**
- `5444:5000`
- **Volumes:**
- `/home/maddox/docker/appdata//channeltube/config:/channeltube/config`
- `/volume1/Media/Youtube/movies:/channeltube/downloads`
- `/volume1/Media/Youtube//audio:/channeltube/audio_downloads`
- `/etc/localtime:/etc/localtime:ro`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/Indiana/Indianapolis`
- **Networks:**
- `traefik_proxy`
## cyberchef
### cyberchef
- **Image:** `mpepping/cyberchef:latest`
- **Container Name:** `CyberChef`
- **Ports:**
- `7318:8000`
- **Networks:**
- `traefik_proxy`
## docker-api
### docker-proxy
- **Image:** `alpine/socat`
- **Container Name:** `docker-proxy`
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock:ro`
- **Labels:**
- `homepage.group=Infrastructure`
- `homepage.name=Docker Proxy (Alien)`
- `homepage.icon=docker-compose.png`
## homepage
### homepage
- **Image:** `ghcr.io/gethomepage/homepage:latest`
- **Container Name:** `homepage`
- **Ports:**
- `3305:3000`
- **Volumes:**
- `/home/maddox/docker/appdata/homepage/config:/app/config`
- **Environment:**
- `HOMEPAGE_ALLOWED_HOSTS=192.168.1.70:3305,100.109.160.51:3305,*`
- `HOMEPAGE_VAR_DOCKER_SOCKET=false`
- `PUID=1000`
- `PGID=1000`
- **Networks:**
- `traefik_proxy`
## immich
### immich-server
- **Image:** `ghcr.io/immich-app/immich-server:${IMMICH_VERSION:-release}`
- **Container Name:** `immich_server`
- **Ports:**
- `2283:2283`
- **Volumes:**
- `${UPLOAD_LOCATION}:/usr/src/app/upload`
- `/etc/localtime:/etc/localtime:ro`
### immich-machine-learning
- **Image:** `ghcr.io/immich-app/immich-machine-learning:${IMMICH_VERSION:-release}`
- **Container Name:** `immich_machine_learning`
- **Volumes:**
- `model-cache:/cache`
### redis
- **Image:** `docker.io/valkey/valkey:8-bookworm@sha256:42cba146593a5ea9a622002c1b7cba5da7be248650cbb64ecb9c6c33d29794b1`
- **Container Name:** `immich_redis`
### database
- **Image:** `docker.io/tensorchord/pgvecto-rs:pg14-v0.2.0@sha256:739cdd626151ff1f796dc95a6591b55a714f341c737e27f045019ceabf8e8c52`
- **Container Name:** `immich_postgres`
- **Volumes:**
- `${DB_DATA_LOCATION}:/var/lib/postgresql/data`
- **Environment:**
- `POSTGRES_PASSWORD=${DB_PASSWORD}`
- `POSTGRES_USER=${DB_USERNAME}`
- `POSTGRES_DB=${DB_DATABASE_NAME}`
- `POSTGRES_INITDB_ARGS=--data-checksums`
## jellyfin
### jellyfin
- **Image:** `jellyfin/jellyfin:latest`
- **Container Name:** `jellyfin`
- **Ports:**
- `38096:8096`
- `38920:8920`
- `1900:1900/udp`
- `7359:7359/udp`
- **Volumes:**
- `/home/maddox/docker/appdata/jellyfin/config:/config`
- `/home/maddox/docker/appdata/jellyfin/cache:/cache`
- `/volume1/Media:/media`
- `/volume1/archive:/archive`
- **Environment:**
- `TZ=America/New_York`
- `PUID=1000`
- `PGID=1000`
- **Labels:**
- `traefik.enable=true`
- `traefik.http.routers.jellyfin.rule=Host(`jellyfin.3ddbrew.com`)`
- `traefik.http.routers.jellyfin.entrypoints=websecure`
- `traefik.http.routers.jellyfin.tls=true`
- `traefik.http.routers.jellyfin.tls.certresolver=letsencrypt`
- `traefik.http.services.jellyfin.loadbalancer.server.port=8096`
- **Networks:**
- `traefik_proxy`
## jellyseerr
### jellyseerr
- **Image:** `fallenbagel/jellyseerr:latest`
- **Container Name:** `jellyseerr`
- **Ports:**
- `5055:5055`
- **Volumes:**
- `/home/maddox/docker/appdata/jellyseerr:/app/config`
- **Environment:**
- `LOG_LEVEL=debug`
- `TZ=America/New_York`
- **Networks:**
- `traefik_proxy`
## karakeep
### web
- **Image:** `ghcr.io/karakeep-app/karakeep:${KARAKEEP_VERSION:-release}`
- **Ports:**
- `3054:3000`
- **Volumes:**
- `/home/maddox/docker/appdata/karakeep/:/data`
- **Environment:**
- `MEILI_ADDR=http://meilisearch:7700`
- `BROWSER_WEB_URL=http://chrome:9222`
- `DATA_DIR=/data`
### meilisearch
- **Image:** `getmeili/meilisearch:v1.13.3`
- **Ports:**
- `7700:7700`
- **Volumes:**
- `/home/maddox/docker/appdata/karakeep/meilisearch/:/meili_data`
- **Environment:**
- `MEILI_NO_ANALYTICS=true`
### chrome
- **Image:** `gcr.io/zenika-hub/alpine-chrome:123`
### ollama
- **Image:** `ollama/ollama:latest`
- **Ports:**
- `11434:11434`
- **Volumes:**
- `/home/maddox/docker/appdata/karakeep/ollama:/root/.ollama`
## lidarr
### lidarr
- **Image:** `lscr.io/linuxserver/lidarr:latest`
- **Container Name:** `lidarr`
- **Ports:**
- `8686:8686`
- **Volumes:**
- `./:/config`
- `./custom-services.d:/custom-services.d`
- `./custom-cont-init.d:/custom-cont-init.d`
- `/volume1/Media:/media`
- `/volume1/Downloads/nzbget:/downloads`
- `/volume1/Downloads/rutorrent:/torrent`
- `/volume1/archive:/archive`
- `/volume1/Downloads/slskd:/slskd_downloads`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- **Networks:**
- `traefik_proxy`
### slskd
- **Image:** `slskd/slskd:latest`
- **Container Name:** `slskd`
- **Ports:**
- `5030:5030`
- `5031:5031`
- `50300:50300`
- **Volumes:**
- `./slskd/config:/app`
- `/volume1/Media:/media`
- `/volume1/Downloads/nzbget:/nzb-downloads`
- `/volume1/Downloads/rutorrent:/torrent`
- `/volume1/archive:/archive`
- `/volume1/Downloads/slskd:/downloads`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- `SLSKD_REMOTE_CONFIGURATION=true`
- **Networks:**
- `traefik_proxy`
## mealie
### mealie
- **Image:** `ghcr.io/mealie-recipes/mealie:latest`
- **Container Name:** `mealie`
- **Ports:**
- `9925:9000`
- **Volumes:**
- `/home/maddox/docker/appdata/mealie:/app/data`
- **Environment:**
- `PUID=999`
- `PGID=999`
- `TZ=America/New_York`
- `BASE_URL=https://food.3ddbrewery.com`
- `ALLOW_SIGNUP=false`
- `AUTO_BACKUP_ENABLED=true`
- `API_PORT=9000`
- `TOKEN_TIME=720`
- `DB_ENGINE=postgres`
- `POSTGRES_USER=mealie`
- `POSTGRES_PASSWORD=stale-swindle-marrow-equation`
- `POSTGRES_SERVER=mealie_postgres`
- `POSTGRES_PORT=5432`
- `POSTGRES_DB=mealie`
- `SMTP_HOST=smtp.gmail.com`
- `SMTP_PORT=587`
- `SMTP_AUTH_STRATEGY=TLS`
- `SMTP_FROM_NAME=Mealie`
- `SMTP_FROM_EMAIL=xoppaw@gmail.com`
- `SMTP_USER=xoppaw@gmail.com`
- `SMTP_PASSWORD=tgkyhtjozefgsxsj`
- `OPENAI_BASE_URL=http://192.168.1.70:11434/v1`
- `OPENAI_API_KEY=56`
- `OPENAI_SEND_DATABASE_DATA=true`
- `OPENAI_MODEL=tinyllama`
- **Networks:**
- `traefik_proxy`
### mealie_postgres
- **Image:** `postgres:15`
- **Container Name:** `mealie_postgres`
- **Volumes:**
- `/home/maddox/docker/appdata/mealie/postgres:/var/lib/postgresql/data`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `POSTGRES_USER=mealie`
- `POSTGRES_PASSWORD=stale-swindle-marrow-equation`
- `POSTGRES_DB=mealie`
- `POSTGRES_HOST_AUTH_METHOD=md5`
- `TZ=America/New_York`
- **Networks:**
- `traefik_proxy`
## navidrome
### navidrome
- **Image:** `deluan/navidrome:latest`
- **Ports:**
- `4533:4533`
- **Volumes:**
- `./data:/data`
- `/volume1/Media/Music:/music:ro`
- **Environment:**
- `ND_LASTFM_APIKEY=e5344a7783d126cd0eae7e90db5bee9b`
- `ND_LASTFM_SECRET=d2cfbf94a4509b3eebf069a55544af89`
## ntfy
### ntfy
- **Image:** `binwiederhier/ntfy:latest`
- **Container Name:** `ntfy`
- **Ports:**
- `6741:80`
- **Volumes:**
- `/home/maddox/docker/appdata/ntfy:/var/lib/ntfy`
- `/home/maddox/docker/appdata/ntfy/cache:/var/cache/ntfy`
- **Environment:**
- `NTFY_BASE_URL=https://ntfy.3ddbrewery.com`
- `NTFY_BEHIND_PROXY=true`
- **Networks:**
- `traefik_proxy`
## phpmyadmin
### phpmyadmin
- **Image:** `phpmyadmin:latest`
- **Container Name:** `phpmyadmin`
- **Ports:**
- `2500:80`
- **Environment:**
- `PATH=/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin`
- `PHPIZE_DEPS=autoconf dpkg-dev file g++ gcc libc-dev make pkg-config re2c`
- `PHP_INI_DIR=/usr/local/etc/php`
- `APACHE_CONFDIR=/etc/apache2`
- `APACHE_ENVVARS=/etc/apache2/envvars`
- `PHP_CFLAGS=-fstack-protector-strong -fpic -fpie -O2 -D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64`
- `PHP_CPPFLAGS=-fstack-protector-strong -fpic -fpie -O2 -D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64`
- `PHP_LDFLAGS=-Wl,-O1 -pie`
- `GPG_KEYS=39B641343D8C104B2B146DC3F9C39DC0B9698544 E60913E4DF209907D8E30D96659A97C9CF2A795A 1198C0117593497A5EC5C199286AF1F9897469DC`
- `PHP_VERSION=8.2.27`
- `PHP_URL=https://www.php.net/distributions/php-8.2.27.tar.xz`
- `PHP_ASC_URL=https://www.php.net/distributions/php-8.2.27.tar.xz.asc`
- `PHP_SHA256=3eec91294d8c09b3df80b39ec36d574ed9b05de4c8afcb25fa215d48f9ecbc6b`
- `PMA_SSL_DIR=/etc/phpmyadmin/ssl`
- `MAX_EXECUTION_TIME=300`
- `MEMORY_LIMIT=512M`
- `UPLOAD_LIMIT=2048K`
- `TZ=ETC`
- `SESSION_SAVE_PATH=/sessions`
- `VERSION=5.2.2`
- `SHA256=f881819a3b11e653b0212afaf0cc105db85c767715cb3f5852670f7fc36c9669`
- `URL=https://files.phpmyadmin.net/phpMyAdmin/5.2.2/phpMyAdmin-5.2.2-all-languages.tar.xz`
- `PMA_HOSTS=192.168.12.3,192.168.1.251,192.168.1.251`
- `PMA_PORTS=3306,33306,3306`
- **Labels:**
- `homepage.group=Infrastructure`
- `homepage.name=Phpmyadmin`
- `homepage.icon=phpmyadmin.png`
- `homepage.href=https://php.3ddbrewery.com`
## phppgadmin
### phppgadmin
- **Image:** `dockage/phppgadmin:latest`
- **Ports:**
- `5183:80`
- `4433:443`
- **Environment:**
- `PHP_PG_ADMIN_SERVER_HOST=192.168.12.2`
- `PHP_PG_ADMIN_SERVER_PORT=55432`
- `PHP_PG_ADMIN_SERVER_SSL_MODE=allow`
- **Labels:**
- `homepage.group=Infrastructure`
- `homepage.name=PhpPGadmin`
- `homepage.icon=postgres.png`
- `homepage.href=https://phppgadmin.3ddbrewery.com`
## profilarr
### profilarr
- **Image:** `santiagosayshey/profilarr:latest`
- **Container Name:** `profilarr`
- **Ports:**
- `6868:6868`
- **Volumes:**
- `/home/maddox/docker/appdata/profilarr/config:/config`
- **Environment:**
- `TZ=America/New_York`
## prowlarr
### prowlarr
- **Image:** `lscr.io/linuxserver/prowlarr:latest`
- **Container Name:** `prowlarr`
- **Ports:**
- `9696:9696`
- **Volumes:**
- `/home/maddox/docker/appdata/prowlarr:/config`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- **Networks:**
- `traefik_proxy`
## radarr
### radarr
- **Image:** `ghcr.io/linuxserver/radarr:latest`
- **Container Name:** `radarr`
- **Ports:**
- `7878:7878`
- **Volumes:**
- `/home/maddox/docker/appdata/radarr:/config`
- `/home/maddox/docker/appdata/radarr/custom-services.d:/custom-services.d`
- `/home/maddox/docker/appdata/radarr/custom-cont-init.d:/custom-cont-init.d`
- `/volume1/Downloads/rutorrent/incoming:/incoming`
- `/volume1/archive/movies:/archive/movies`
- `/volume1/archive/tv:/archive/tv`
- `/volume1/Media:/media`
- `/volume1/Downloads/nzbget:/downloads`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- **Labels:**
- `homepage.group=Media`
- `homepage.href=https://radarr.3ddbrewery.com`
- `homepage.icon=radarr.png`
- `homepage.name=Radarr`
- `homepage.widget.enableQueue=true`
- `homepage.widget.key=9fd393a7b39b44b4b60eece5317f9d5b`
- `homepage.widget.type=radarr`
- `homepage.widget.url=https://movies.3ddbrewery.com`
- **Networks:**
- `traefik_proxy`
## readarr
### readarr
- **Image:** `lscr.io/linuxserver/readarr:develop`
- **Container Name:** `readarr`
- **Ports:**
- `8787:8787`
- **Volumes:**
- `/home/maddox/docker/appdata/readarr:/config`
- `/home/maddox/docker/appdata/readarr/custom-services.d:/custom-services.d`
- `/home/maddox/docker/appdata/readarr/custom-cont-init.d:/custom-cont-init.d`
- `/volume1/Media:/media`
- `/volume1/archive:/archive`
- `/volume1/Downloads/nzbget:/downloads`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- **Labels:**
- `homepage.group=Media`
- `homepage.href=https://readarr.3ddbrewery.com`
- `homepage.icon=readarr.png`
- `homepage.name=Readarr`
- `homepage.widget.enableQueue=true`
- `homepage.widget.key=76a1180d9a6940b58922efb32dc6dc6d`
- `homepage.widget.type=readarr`
- `homepage.widget.url=https://readarr.3ddbrewery.com`
- **Networks:**
- `traefik_proxy`
## sftp
### sftp
- **Image:** `atmoz/sftp:latest`
- **Container Name:** `sftp_simpsons`
- **Ports:**
- `2222:22`
- **Volumes:**
- `/volume1/Media/share:/home/gumby/share`
## silverbullet
### silverbullet
- **Image:** `ghcr.io/silverbulletmd/silverbullet`
- **Ports:**
- `53510:3000`
- **Volumes:**
- `./space:/space`
## sonarr
### sonarr
- **Image:** `ghcr.io/linuxserver/sonarr:latest`
- **Container Name:** `sonarr`
- **Ports:**
- `8989:8989`
- **Volumes:**
- `/home/maddox/docker/appdata/sonarr:/config`
- `/home/maddox/docker/appdata/sonarr/custom-services.d:/custom-services.d`
- `/home/maddox/docker/appdata/sonarr/custom-cont-init.d:/custom-cont-init.d`
- `/volume1/archive/movies:/archive/movies`
- `/volume1/archive/tv:/archive/tv`
- `/volume1/Downloads/nzbget/completed/tv:/downloads/completed/tv`
- `/volume1/Downloads/nzbget:/downloads`
- `/volume1/Downloads/rutorrent/incoming:/incoming`
- `/volume1/Media:/media`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- **Labels:**
- `homepage.group=Media`
- `homepage.href=https://sonarr.3ddbrewery.com`
- `homepage.icon=sonarr.png`
- `homepage.name=Sonarr`
- `homepage.widget.enableQueue=true`
- `homepage.widget.key=9d182041bb1245c782b14356e42d3219`
- `homepage.widget.type=sonarr`
- `homepage.widget.url=https://sonarr.3ddbrewery.com`
- **Networks:**
- `traefik_proxy`
## store-matching
### backend
- **Environment:**
- `DB_HOST=192.168.1.251`
- `DB_PORT=3306`
- `DB_USER=${DB_USER}`
- `DB_PASSWORD=${DB_PASSWORD}`
- `DB_NAME=node`
- **Labels:**
- `traefik.enable=true`
- `traefik.http.routers.store-matching-api.rule=Host(`api.stores.3ddbrew.com`)`
- `traefik.http.routers.store-matching-api.entrypoints=websecure`
- `traefik.http.routers.store-matching-api.tls.certresolver=myresolver`
- `traefik.http.services.store-matching-api.loadbalancer.server.port=3000`
- `com.centurylinklabs.watchtower.enable=false`
- **Networks:**
- `traefik_proxy`
### frontend
- **Ports:**
- `45580:80`
- **Labels:**
- `traefik.enable=true`
- `traefik.http.routers.store-matching.rule=Host(`stores.3ddbrew.com`)`
- `traefik.http.routers.store-matching.entrypoints=websecure`
- `traefik.http.routers.store-matching.tls.certresolver=myresolver`
- `traefik.http.services.store-matching.loadbalancer.server.port=80`
- `com.centurylinklabs.watchtower.enable=false`
- `homepage.group=Personal`
- `homepage.name=Store List`
- `homepage.icon=app-store.png`
- `homepage.href=https://stores.3ddbrewery.com`
- **Networks:**
- `traefik_proxy`
## tailscale
### tailscale
- **Image:** `tailscale/tailscale`
- **Container Name:** `tailscale`
- **Volumes:**
- `/dev/net/tun:/dev/net/tun`
- `/home/maddox/docker/appdata/tailscale:/var/lib/tailscale`
- **Environment:**
- `TS_SOCKET=/var/run/tailscale/tailscaled.sock`
- `TS_EXTRA_ARGS=--accept-routes --advertise-exit-node --ssh`
- `TS_STATE_DIR=/var/lib/tailscale`
## termix
### termix
- **Image:** `ghcr.io/lukegus/termix:latest`
- **Container Name:** `Termix`
- **Ports:**
- `5674:5674`
- **Volumes:**
- `/home/maddox/docker/appdata/termix:/app/data:rw`
- **Environment:**
- `PORT=5674`
## tinymediamanager
### tinymediamanager
- **Image:** `romancin/tinymediamanager:latest-v4`
- **Container Name:** `tinymediamanager`
- **Ports:**
- `45800:5800`
- `45900:5900`
- **Volumes:**
- `./config:/config`
- `/volume1/Media:/media`
- **Environment:**
- `USER_ID=1000`
- `GROUP_ID=1000`
- `TZ=America/Indianapolis`
- `DISPLAY_WIDTH=1920`
- `DISPLAY_HEIGHT=1080`
- `KEEP_APP_RUNNING=1`
- `CLEAN_TMP_DIR=1`
## tunarr
### tunarr
- **Image:** `chrisbenincasa/tunarr:latest`
- **Container Name:** `tunarr`
- **Ports:**
- `48323:8000`
- **Volumes:**
- `/home/maddox/docker/appdata/tunarr/data:/config/tunarr`
- `/tmp:/tmp`
- **Environment:**
- `LOG_LEVEL=trace`
- `TZ=America/New_York`
- `PUID=1000`
- `PGID=1000`
- `NVIDIA_VISIBLE_DEVICES=all`
- `NVIDIA_DRIVER_CAPABILITIES=compute,video,utility`
- **Networks:**
- `traefik_proxy`
## vert
### vert
- **Image:** `ghcr.io/vert-sh/vert:latest`
- **Container Name:** `Vert`
- **Ports:**
- `3884:80`
- **Environment:**
- `PUB_HOSTNAME=http://192.168.1.252:3884`
- `PUB_VERTD_URL=http://192.168.1.252:3884`
- `PUB_ENV=production`
- `PORT=3884`
## vpn
### gluetun
- **Image:** `qmcgaw/gluetun:v3`
- **Container Name:** `gluetun`
- **Ports:**
- `33000:3000`
- `38888:38888`
- `38443:443`
- `35000:5000`
- `51413:51413`
- `6789:6789`
- `8999:80`
- `38000:8000`
- `38388:8388`
- `9191:9191`
- **Volumes:**
- `/home/maddox/docker/appdata/vpn:/gluetun`
- **Environment:**
- `VPN_SERVICE_PROVIDER=protonvpn`
- `VPN_TYPE=wireguard`
- `WIREGUARD_PRIVATE_KEY=MDzSV32z3GxR5VPtmtVfDR8Vkw00irXJQqyye+8sg3o=`
- `SERVER_COUNTRIES=United States`
- `SERVER_CITIES=Secaucus,Chicago,New York`
- `TZ=America/New_York`
- `PUID=1000`
- `PGID=1000`
- `HTTPPROXY=on`
- `HTTPPROXY_LISTENING_ADDRESS=:38888`
- `HTTPPROXY_STEALTH=on`
- `BLOCK_ADS=on`
- `BLOCK_MALICIOUS=on`
- `HTTP_CONTROL_SERVER_ADDRESS=:8000`
### rutorrent-vpn
- **Image:** `linuxserver/rutorrent:latest`
- **Container Name:** `rutorrent`
- **Volumes:**
- `/home/maddox/docker/appdata/vpn/rutorrent:/config`
- `/volume1/Downloads/rutorrent:/downloads`
- `/volume1/Media:/media`
- `/volume1/archive:/archive`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
### nzbget-vpn
- **Image:** `lscr.io/linuxserver/nzbget:latest`
- **Container Name:** `nzbget`
- **Volumes:**
- `/home/maddox/docker/appdata/vpn/nzbget:/config`
- `/volume1/Downloads/nzbget:/downloads`
- `/volume1/Media:/media`
- `/volume1/archive:/archive`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
### dispatcharr
- **Image:** `ghcr.io/dispatcharr/dispatcharr:latest`
- **Container Name:** `dispatcharr`
- **Volumes:**
- `/home/maddox/docker/appdata/vpn/dispatcharr:/data`
- **Environment:**
- `PUID=1000`
- `PGID=1000`
- `TZ=America/New_York`
- `PORT=9191`
- `NVIDIA_VISIBLE_DEVICES=all`
## watchstate
### watchstate
- **Image:** `ghcr.io/arabcoders/watchstate:latest`
- **Container Name:** `watchstate`
- **Ports:**
- `8585:8080`
- **Volumes:**
- `./home/maddox/docker/appdata/watchstate:/config:rw`
## watchtower
### watchtower
- **Image:** `containrrr/watchtower`
- **Container Name:** `watchtower`
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock`
- **Environment:**
- `WATCHTOWER_RUN_ONCE=false`
- `WATCHTOWER_INCLUDE_WATCHTOWER=true`
- `WATCHTOWER_LABEL_ENABLE=false`
- `WATCHTOWER_NOTIFICATIONS=email`
- `WATCHTOWER_NOTIFICATION_EMAIL_FROM=xoppaw@gmail.com`
- `WATCHTOWER_NOTIFICATION_EMAIL_TO=brian.w.maddox@gmail.com`
- `WATCHTOWER_NOTIFICATION_EMAIL_SERVER=smtp.gmail.com`
- `WATCHTOWER_NOTIFICATION_EMAIL_SERVER_PORT=587`
- `WATCHTOWER_NOTIFICATION_EMAIL_SERVER_USER=xoppaw@gmail.com`
- `WATCHTOWER_NOTIFICATION_EMAIL_SERVER_PASSWORD=tgkyhtjozefgsxsj`
- `WATCHTOWER_NOTIFICATION_EMAIL_DELAY=2`
- `WATCHTOWER_NOTIFICATION_EMAIL_SUBJECTTAG=ALIEN-watchtower-updates`
- `WATCHTOWER_NOTIFICATION_EMAIL_TLS_SKIP_VERIFY=false`
- `WATCHTOWER_CLEANUP=true`
- `WATCHTOWER_REMOVE_VOLUMES=false`
- `WATCHTOWER_DEBUG=false`
- `WATCHTOWER_TRACE=false`
- `WATCHTOWER_NO_COLOR=false`
- `TZ=America/New_York`
- `WATCHTOWER_SCHEDULE=0 30 23 * * *`
## weechat
### weechat
- **Image:** `weechat/weechat:latest`
- **Container Name:** `weechat`
- **Ports:**
- `29001:9001`
- `29002:9002`
- `6660-6669:6660-6669`
- **Volumes:**
- `./weechat-home:/home/weechat`
- **Environment:**
- `TZ=${TZ:-America/New_York}`
- `HOME=/home/weechat`
- **Networks:**
- `weechat-network`
### glowing-bear
- **Image:** `j33r/glowing-bear:latest`
- **Container Name:** `glowing-bear`
- **Ports:**
- `28280:8080`
- **Volumes:**
- `/etc/localtime:/etc/localtime:ro`
- **Environment:**
- `TZ=${TZ:-America/New_York}`
- **Networks:**
- `weechat-network`

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# Traefik Configuration
While some containers on this server are configured with Traefik via labels, this is only for a select few services and not all need that configuration.
The majority of the Traefik load is handled by the server at `192.168.12.3` using a file named `dyno.yml`.

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# Network Architecture
_Last updated: 2025-12-13_
This document describes the network architecture of the Docker-based application infrastructure.
## Visual Diagram
```
[ Internet ]
|
|
[ Traefik Reverse Proxy @ 192.168.12.3 ]
|
--------------------------------------------------
| |
[ Server @ 192.168.1.252 ] [ Other Servers ]
| |
---[ traefik_proxy network ]--- ---[ traefik_proxy network ]---
| |
[ Service Containers ] [ Service Containers ]
```
## Docker Networks
The environment uses several Docker networks to isolate services and control traffic flow.
- **`traefik_proxy`**: This is the primary external network. All services that need to be exposed to the web via the Traefik reverse proxy are attached to this network. It is an "external" network, meaning it is created outside of any single `docker-compose.yml` file and is shared across multiple services.
- **Service-specific networks**: Some services create their own dedicated networks for communication between their internal components. Examples include:
- `calibre_network`: For communication between the Calibre server and web UI.
- `weechat-network`: For communication between the WeeChat relay and the Glowing Bear web client.
- **`default` network**: For services that are defined in the same `docker-compose.yml` file but are not exposed to the `traefik_proxy` network, they will communicate over a default bridge network created for that compose file.
## Traefik Configuration
The main Traefik reverse proxy is running on a separate server at `192.168.12.3`. Its configuration is managed via a dynamic configuration file named `dyno.yml`.
However, some services on this server (`192.168.1.252`) are also configured to be discovered by Traefik using Docker labels in their `docker-compose.yml` files. This is not the primary way of exposing services but is used for a select few.
- **Entry Points**: Traefik is configured with two main entry points:
- `web` (port 80): Redirects all HTTP traffic to HTTPS.
- `websecure` (port 443): Handles all HTTPS traffic.
- **SSL/TLS**: SSL certificates are automatically provisioned and renewed by Traefik using Let's Encrypt. The `certresolver` is named `myresolver` in the Traefik configuration.
- **Middleware**: Traefik uses middleware to provide additional functionality, most notably authentication via Authelia. The two main middleware chains are:
- `authelia-brewery`: For services on the `3ddbrewery.com` domain.
- `authelia-fails`: For services on the `fails.me` domain.
## IP Addressing and DNS
- **Server IPs**: The servers in this infrastructure have static IP addresses on the local network.
- `192.168.1.252`: This server, where the majority of the application containers are running.
- `192.168.12.3`: The server running the main Traefik reverse proxy.
- Other servers exist for specific purposes (e.g., Home Assistant, UniFi Controller).
- **DNS**:
- **External DNS**: The public domains (`3ddbrewery.com`, `fails.me`) are managed by an external DNS provider. DNS records point to the public IP address of the network, and the router forwards ports 80 and 443 to the Traefik server.
- **Local DNS**: Some services might be accessed via local DNS names, but the primary access method for web services is through the public domains.
## Port Mapping
- **Traefik Ports**: The Traefik server exposes ports `80` and `443` to the internet.
- **Service Ports**: Most services do *not* expose their ports directly to the host machine. Instead, they are attached to the `traefik_proxy` network, and Traefik routes traffic to them based on the domain name.
- **Exposed Ports**: Some services expose ports for direct access or for services that don't go through Traefik. For example, `sftp` exposes port `2222`.
## Security Boundaries
- **External Access**: The only services that are directly accessible from the internet are those that have a router configured in Traefik. All external web traffic is forced to use HTTPS.
- **Internal Access**: Services that are not on the `traefik_proxy` network are only accessible from within the Docker host or by other containers on the same Docker network.
- **Authentication**: Most web services are protected by Authelia, requiring users to authenticate before they can access the service.

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# Database Documentation
_Last updated: 2026-01-05_
This document provides an overview of the databases used by the various services in this infrastructure.
## MariaDB/MySQL (on `192.168.1.251`)
A central MariaDB server is running on `192.168.1.251`, which serves as the primary database for several applications.
- **Type:** MariaDB
- **Host:** `192.168.1.251`
- **Port:** `3306`
### Databases
- **`node`**: Used by the **`store-matching`** application. Database on `192.168.1.251`.
- **`books_v2`**: Used by the **`books_webv2`** application on `192.168.1.251`.
### Replication
**⚠️ REPLICATION DISABLED**: As of January 2026, the `node` database replication from `192.168.1.251` to `192.168.12.3` has been **completely disabled**. All applications must connect directly to the primary server (`192.168.1.251`).
**Note**: The secondary server (`192.168.12.3`) hosts a `node-staging` database that is used for transaction staging by a financial bot. This database is independent and does NOT replicate from the primary server.
## MySQL Databases (Docker Containers)
Some services use MySQL databases that run in their own Docker containers.
### Mixarr MySQL
- **Service:** `mixarr`
- **Container Name:** `mixarr_mysql`
- **Database Type:** MySQL 8.0
- **Host:** `mysql` (on the `mixarr_internal` Docker network)
- **Port:** 3306 (internal only)
- **Data Volume:** `mixarr_mysql_data` (Docker volume)
- **Character Set:** utf8mb4_unicode_ci
- **Notes:** Used for storing music discovery data, LLM subscriptions, and Lidarr integration settings
## PostgreSQL Databases (Docker Containers)
Several services use PostgreSQL databases that run in their own Docker containers.
### Immich PostgreSQL
- **Service:** `immich`
- **Container Name:** `immich_postgres`
- **Database Type:** PostgreSQL (with `pgvecto.rs` for vector support)
- **Host:** `immich_postgres` (on the `immich` Docker network)
- **Data Volume:** `${DB_DATA_LOCATION}` (defined in `immich/.env`)
### Mealie PostgreSQL
- **Service:** `mealie`
- **Container Name:** `mealie_postgres`
- **Database Type:** PostgreSQL
- **Host:** `mealie_postgres` (on the `mealie` Docker network)
- **Data Volume:** `/home/maddox/docker/appdata/mealie/postgres`
## SQLite Databases
Several services use SQLite for their databases. The database is typically a single file stored in the service's configuration volume.
- **`audiobookshelf`**: `absdatabase.sqlite` in the `config` volume.
- **`bazarr`**: `config/db/bazarr.db`
- **`lidarr`**: `lidarr.db`
- **`prowlarr`**: `prowlarr.db`
- **`radarr`**: `radarr.db`
- **`readarr`**: `readarr.db`
- **`sonarr`**: `sonarr.db`
- **`jellyseerr`**: `db/jellyseerr.db`
- **`watchstate`**: The database file is located in the config volume.
## Other Databases
- **`karakeep`**: Uses a `db.db` file, which is likely a SQLite database. It also uses `meilisearch` for search.
- **`archiveforge`**: Uses `archiveforge.db` in its data volume.
## Backup Strategy
Databases are backed up as part of the regular ArchiveForge docker backups, which archives the entire service directory. For containerized databases, this is a file-level backup. For the external MariaDB server, a separate backup strategy should be in place.

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# Traefik Routing Reference
_Last updated: 2025-12-13_
| Domain | Service | Port | Entry Point | Middleware | Notes |
|--------|---------|------|-------------|------------|-------|
| api.stores.3ddbrew.com | backend | 3000 | websecure | N/A | |
| archiveforge.3ddbrew.com | archiveforge-frontend | 3000 | websecure | N/A | |
| jellyfin.3ddbrew.com | jellyfin | 8096 | websecure | N/A | |
| stores.3ddbrew.com | frontend | 80 | websecure | N/A | |
## Notes
- **Route Definitions:** The primary Traefik configuration is managed in `dynol.yml` on the Traefik server (`192.168.12.3`). The routes listed here are defined via Docker labels in the `docker-compose.yml` files for each service on this server (`192.168.1.252`).
- **Adding a New Route:** To add a new route for a service on this server, add the appropriate Traefik labels to the service's `docker-compose.yml` file and restart the service.
- **Restarting Traefik:** Changes to the `dyno.yml` file require a restart of the Traefik container on `192.168.12.3`. Changes to Docker labels on this server only require a restart of the affected service.

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# Environment Variables Reference
_Last updated: 2025-12-13_
## archiveforge
### archiveforge-backend
| Variable | Value | Notes |
|----------|-------|-------|
| `TZ` | `America/New_York` | |
| `CONFIG_PATH` | `/app/config/config.yaml` | |
| `DATABASE_PATH` | `/app/data/archiveforge.db` | |
| `PYTHONUNBUFFERED` | `1` | |
### archiveforge-frontend
| Variable | Value | Notes |
|----------|-------|-------|
| `VITE_API_URL` | `http://archiveforge-backend:8080` | |
## audiobookshelf
## bazarr
### bazarr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
## beszel
### beszel-agent
| Variable | Value | Notes |
|----------|-------|-------|
| `LISTEN` | `45876` | |
| `KEY` | `ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIFrOfLO3u6Qh1Tl8quQs4riXhQCrr+FZUno1A9Qt46qb` | |
## books_webv2
### frontend
| Variable | Value | Notes |
|----------|-------|-------|
| `VITE_API_URL` | `${VITE_API_URL}` | |
| `TZ` | `${TZ:-America/New_York}` | |
| `DB_USER` | `web` | From `.env` file |
| `DB_PASSWORD` | `.LS/39sDCeEdCT8o` | From `.env` file |
| `DB_HOST` | `192.168.1.251` | From `.env` file |
| `DB_PORT` | `3306` | From `.env` file |
| `DB_NAME` | `node` | From `.env` file |
| `DB_CHARSET` | `latin1` | From `.env` file |
| `API_PORT` | `48000` | From `.env` file |
| `FRONTEND_PORT` | `3000` | From `.env` file |
| `VITE_API_URL` | `https://api.books.3ddbrewery.com` | From `.env` file |
| `TZ` | `America/New_York` | From `.env` file |
| `FRONTEND_DOMAIN` | `books.3ddbrewery.com` | From `.env` file |
| `BACKEND_DOMAIN` | `api.books.3ddbrewery.com` | From `.env` file |
### backend
| Variable | Value | Notes |
|----------|-------|-------|
| `DATABASE_URL` | `mysql://${DB_USER}:${DB_PASSWORD}@${DB_HOST}:${DB_PORT}/${DB_NAME}?charset=${DB_CHARSET}` | |
| `TZ` | `${TZ:-America/New_York}` | |
| `DB_USER` | `web` | From `.env` file |
| `DB_PASSWORD` | `.LS/39sDCeEdCT8o` | From `.env` file |
| `DB_HOST` | `192.168.1.251` | From `.env` file |
| `DB_PORT` | `3306` | From `.env` file |
| `DB_NAME` | `node` | From `.env` file |
| `DB_CHARSET` | `latin1` | From `.env` file |
| `API_PORT` | `48000` | From `.env` file |
| `FRONTEND_PORT` | `3000` | From `.env` file |
| `VITE_API_URL` | `https://api.books.3ddbrewery.com` | From `.env` file |
| `TZ` | `America/New_York` | From `.env` file |
| `FRONTEND_DOMAIN` | `books.3ddbrewery.com` | From `.env` file |
| `BACKEND_DOMAIN` | `api.books.3ddbrewery.com` | From `.env` file |
## calibre
### calibre-web
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
| `DOCKER_MODS` | `linuxserver/mods:calibre-web-calibre` | |
| `OAUTHLIB_RELAX_TOKEN_SCOPE` | `1` | |
| `CALIBRE_DBPATH` | `/books` | |
| `BOOK_UPLOAD_Extensions` | `pdf,epub,mobi,azw,azw3,fb2,djvu,cbr,cbz,lit,doc,docx,txt` | |
| `PREFER_EMBEDDED_METADATA` | `1` | |
| `ALLOW_UPLOADS` | `1` | |
| `ENABLE_REMEMBERME` | `1` | |
### calibre-server
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
| `GUAC_USER` | `calibre` | |
| `GUAC_PASS` | `password` | |
| `CALIBRE_SERVERSIDE_BROWSE` | `1` | |
## channels
### channels-dvr
| Variable | Value | Notes |
|----------|-------|-------|
| `PGID` | `1000` | |
| `PATH` | `/opt/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin` | |
| `HOME` | `/root` | |
| `TERM` | `xterm` | |
| `TZ` | `America/New_York` | |
| `PUID` | `1000` | |
## channeltube
### channeltube
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/Indiana/Indianapolis` | |
## cyberchef
## docker-api
## homepage
### homepage
| Variable | Value | Notes |
|----------|-------|-------|
| `HOMEPAGE_ALLOWED_HOSTS` | `192.168.1.70:3305,100.109.160.51:3305,*` | |
| `HOMEPAGE_VAR_DOCKER_SOCKET` | `false` | |
| `PUID` | `1000` | |
| `PGID` | `1000` | |
## immich
### immich-server
| Variable | Value | Notes |
|----------|-------|-------|
| `UPLOAD_LOCATION` | `/volume1/Media/Pictures/immich` | From `.env` file |
| `DB_DATA_LOCATION` | `/home/maddox/docker/appdata/immich/postgres` | From `.env` file |
| `TZ` | `America/Indianapolis` | From `.env` file |
| `IMMICH_VERSION` | `release` | From `.env` file |
| `DB_PASSWORD` | `cmg!wrp-kub.xqx3VXJ` | From `.env` file |
| `DB_USERNAME` | `postgres` | From `.env` file |
| `DB_DATABASE_NAME` | `immich` | From `.env` file |
### immich-machine-learning
| Variable | Value | Notes |
|----------|-------|-------|
| `UPLOAD_LOCATION` | `/volume1/Media/Pictures/immich` | From `.env` file |
| `DB_DATA_LOCATION` | `/home/maddox/docker/appdata/immich/postgres` | From `.env` file |
| `TZ` | `America/Indianapolis` | From `.env` file |
| `IMMICH_VERSION` | `release` | From `.env` file |
| `DB_PASSWORD` | `cmg!wrp-kub.xqx3VXJ` | From `.env` file |
| `DB_USERNAME` | `postgres` | From `.env` file |
| `DB_DATABASE_NAME` | `immich` | From `.env` file |
### redis
| Variable | Value | Notes |
|----------|-------|-------|
| `UPLOAD_LOCATION` | `/volume1/Media/Pictures/immich` | From `.env` file |
| `DB_DATA_LOCATION` | `/home/maddox/docker/appdata/immich/postgres` | From `.env` file |
| `TZ` | `America/Indianapolis` | From `.env` file |
| `IMMICH_VERSION` | `release` | From `.env` file |
| `DB_PASSWORD` | `cmg!wrp-kub.xqx3VXJ` | From `.env` file |
| `DB_USERNAME` | `postgres` | From `.env` file |
| `DB_DATABASE_NAME` | `immich` | From `.env` file |
### database
| Variable | Value | Notes |
|----------|-------|-------|
| `POSTGRES_PASSWORD` | `${DB_PASSWORD}` | |
| `POSTGRES_USER` | `${DB_USERNAME}` | |
| `POSTGRES_DB` | `${DB_DATABASE_NAME}` | |
| `POSTGRES_INITDB_ARGS` | `--data-checksums` | |
| `UPLOAD_LOCATION` | `/volume1/Media/Pictures/immich` | From `.env` file |
| `DB_DATA_LOCATION` | `/home/maddox/docker/appdata/immich/postgres` | From `.env` file |
| `TZ` | `America/Indianapolis` | From `.env` file |
| `IMMICH_VERSION` | `release` | From `.env` file |
| `DB_PASSWORD` | `cmg!wrp-kub.xqx3VXJ` | From `.env` file |
| `DB_USERNAME` | `postgres` | From `.env` file |
| `DB_DATABASE_NAME` | `immich` | From `.env` file |
## jellyfin
### jellyfin
| Variable | Value | Notes |
|----------|-------|-------|
| `TZ` | `America/New_York` | |
| `PUID` | `1000` | |
| `PGID` | `1000` | |
## jellyseerr
### jellyseerr
| Variable | Value | Notes |
|----------|-------|-------|
| `LOG_LEVEL` | `debug` | |
| `TZ` | `America/New_York` | |
## karakeep
### web
| Variable | Value | Notes |
|----------|-------|-------|
| `MEILI_ADDR` | `http://meilisearch:7700` | |
| `BROWSER_WEB_URL` | `http://chrome:9222` | |
| `DATA_DIR` | `/data` | |
| `KARAKEEP_VERSION` | `release` | From `.env` file |
| `NEXTAUTH_SECRET` | `o/MMTm40FQdsefORCctg7Rj8ykU8QNz5dL9wTrS8BiMXmCWA` | From `.env` file |
| `MEILI_MASTER_KEY` | `K5HDUYnHpIq0YTmsr9s55GaGhhqx+RoecOPFMOmCvqWeAhSs` | From `.env` file |
| `NEXTAUTH_URL` | `http://localhost:3000` | From `.env` file |
| `OLLAMA_BASE_URL` | `http://ollama:11434` | From `.env` file |
| `INFERENCE_TEXT_MODEL` | `llama3.2:3b` | From `.env` file |
| `INFERENCE_IMAGE_MODEL` | `llava` | From `.env` file |
| `INFERENCE_LANG` | `english` | From `.env` file |
### meilisearch
| Variable | Value | Notes |
|----------|-------|-------|
| `MEILI_NO_ANALYTICS` | `true` | |
| `KARAKEEP_VERSION` | `release` | From `.env` file |
| `NEXTAUTH_SECRET` | `o/MMTm40FQdsefORCctg7Rj8ykU8QNz5dL9wTrS8BiMXmCWA` | From `.env` file |
| `MEILI_MASTER_KEY` | `K5HDUYnHpIq0YTmsr9s55GaGhhqx+RoecOPFMOmCvqWeAhSs` | From `.env` file |
| `NEXTAUTH_URL` | `http://localhost:3000` | From `.env` file |
| `OLLAMA_BASE_URL` | `http://ollama:11434` | From `.env` file |
| `INFERENCE_TEXT_MODEL` | `llama3.2:3b` | From `.env` file |
| `INFERENCE_IMAGE_MODEL` | `llava` | From `.env` file |
| `INFERENCE_LANG` | `english` | From `.env` file |
### chrome
| Variable | Value | Notes |
|----------|-------|-------|
| `KARAKEEP_VERSION` | `release` | From `.env` file |
| `NEXTAUTH_SECRET` | `o/MMTm40FQdsefORCctg7Rj8ykU8QNz5dL9wTrS8BiMXmCWA` | From `.env` file |
| `MEILI_MASTER_KEY` | `K5HDUYnHpIq0YTmsr9s55GaGhhqx+RoecOPFMOmCvqWeAhSs` | From `.env` file |
| `NEXTAUTH_URL` | `http://localhost:3000` | From `.env` file |
| `OLLAMA_BASE_URL` | `http://ollama:11434` | From `.env` file |
| `INFERENCE_TEXT_MODEL` | `llama3.2:3b` | From `.env` file |
| `INFERENCE_IMAGE_MODEL` | `llava` | From `.env` file |
| `INFERENCE_LANG` | `english` | From `.env` file |
### ollama
| Variable | Value | Notes |
|----------|-------|-------|
| `KARAKEEP_VERSION` | `release` | From `.env` file |
| `NEXTAUTH_SECRET` | `o/MMTm40FQdsefORCctg7Rj8ykU8QNz5dL9wTrS8BiMXmCWA` | From `.env` file |
| `MEILI_MASTER_KEY` | `K5HDUYnHpIq0YTmsr9s55GaGhhqx+RoecOPFMOmCvqWeAhSs` | From `.env` file |
| `NEXTAUTH_URL` | `http://localhost:3000` | From `.env` file |
| `OLLAMA_BASE_URL` | `http://ollama:11434` | From `.env` file |
| `INFERENCE_TEXT_MODEL` | `llama3.2:3b` | From `.env` file |
| `INFERENCE_IMAGE_MODEL` | `llava` | From `.env` file |
| `INFERENCE_LANG` | `english` | From `.env` file |
## lidarr
### lidarr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
### slskd
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
| `SLSKD_REMOTE_CONFIGURATION` | `true` | |
## mealie
### mealie
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `999` | |
| `PGID` | `999` | |
| `TZ` | `America/New_York` | |
| `BASE_URL` | `https://food.3ddbrewery.com` | |
| `ALLOW_SIGNUP` | `false` | |
| `AUTO_BACKUP_ENABLED` | `true` | |
| `API_PORT` | `9000` | |
| `TOKEN_TIME` | `720` | |
| `DB_ENGINE` | `postgres` | |
| `POSTGRES_USER` | `mealie` | |
| `POSTGRES_PASSWORD` | `stale-swindle-marrow-equation` | |
| `POSTGRES_SERVER` | `mealie_postgres` | |
| `POSTGRES_PORT` | `5432` | |
| `POSTGRES_DB` | `mealie` | |
| `SMTP_HOST` | `smtp.gmail.com` | |
| `SMTP_PORT` | `587` | |
| `SMTP_AUTH_STRATEGY` | `TLS` | |
| `SMTP_FROM_NAME` | `Mealie` | |
| `SMTP_FROM_EMAIL` | `xoppaw@gmail.com` | |
| `SMTP_USER` | `xoppaw@gmail.com` | |
| `SMTP_PASSWORD` | `tgkyhtjozefgsxsj` | |
| `OPENAI_BASE_URL` | `http://192.168.1.70:11434/v1` | |
| `OPENAI_API_KEY` | `56` | |
| `OPENAI_SEND_DATABASE_DATA` | `true` | |
| `OPENAI_MODEL` | `tinyllama` | |
### mealie_postgres
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `POSTGRES_USER` | `mealie` | |
| `POSTGRES_PASSWORD` | `stale-swindle-marrow-equation` | |
| `POSTGRES_DB` | `mealie` | |
| `POSTGRES_HOST_AUTH_METHOD` | `md5` | |
| `TZ` | `America/New_York` | |
## navidrome
### navidrome
| Variable | Value | Notes |
|----------|-------|-------|
| `ND_LASTFM_APIKEY` | `e5344a7783d126cd0eae7e90db5bee9b` | |
| `ND_LASTFM_SECRET` | `d2cfbf94a4509b3eebf069a55544af89` | |
## ntfy
### ntfy
| Variable | Value | Notes |
|----------|-------|-------|
| `NTFY_BASE_URL` | `https://ntfy.3ddbrewery.com` | |
| `NTFY_BEHIND_PROXY` | `true` | |
## phpmyadmin
### phpmyadmin
| Variable | Value | Notes |
|----------|-------|-------|
| `PATH` | `/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin` | |
| `PHPIZE_DEPS` | `autoconf dpkg-dev file g++ gcc libc-dev make pkg-config re2c` | |
| `PHP_INI_DIR` | `/usr/local/etc/php` | |
| `APACHE_CONFDIR` | `/etc/apache2` | |
| `APACHE_ENVVARS` | `/etc/apache2/envvars` | |
| `PHP_CFLAGS` | `-fstack-protector-strong -fpic -fpie -O2 -D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64` | |
| `PHP_CPPFLAGS` | `-fstack-protector-strong -fpic -fpie -O2 -D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64` | |
| `PHP_LDFLAGS` | `-Wl,-O1 -pie` | |
| `GPG_KEYS` | `39B641343D8C104B2B146DC3F9C39DC0B9698544 E60913E4DF209907D8E30D96659A97C9CF2A795A 1198C0117593497A5EC5C199286AF1F9897469DC` | |
| `PHP_VERSION` | `8.2.27` | |
| `PHP_URL` | `https://www.php.net/distributions/php-8.2.27.tar.xz` | |
| `PHP_ASC_URL` | `https://www.php.net/distributions/php-8.2.27.tar.xz.asc` | |
| `PHP_SHA256` | `3eec91294d8c09b3df80b39ec36d574ed9b05de4c8afcb25fa215d48f9ecbc6b` | |
| `PMA_SSL_DIR` | `/etc/phpmyadmin/ssl` | |
| `MAX_EXECUTION_TIME` | `300` | |
| `MEMORY_LIMIT` | `512M` | |
| `UPLOAD_LIMIT` | `2048K` | |
| `TZ` | `ETC` | |
| `SESSION_SAVE_PATH` | `/sessions` | |
| `VERSION` | `5.2.2` | |
| `SHA256` | `f881819a3b11e653b0212afaf0cc105db85c767715cb3f5852670f7fc36c9669` | |
| `URL` | `https://files.phpmyadmin.net/phpMyAdmin/5.2.2/phpMyAdmin-5.2.2-all-languages.tar.xz` | |
| `PMA_HOSTS` | `192.168.12.3,192.168.1.251,192.168.1.251` | |
| `PMA_PORTS` | `3306,33306,3306` | |
## phppgadmin
### phppgadmin
| Variable | Value | Notes |
|----------|-------|-------|
| `PHP_PG_ADMIN_SERVER_HOST` | `192.168.12.2` | |
| `PHP_PG_ADMIN_SERVER_PORT` | `55432` | |
| `PHP_PG_ADMIN_SERVER_SSL_MODE` | `allow` | |
## profilarr
### profilarr
| Variable | Value | Notes |
|----------|-------|-------|
| `TZ` | `America/New_York` | |
## prowlarr
### prowlarr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
## radarr
### radarr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
## readarr
### readarr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
## sftp
## silverbullet
### silverbullet
| Variable | Value | Notes |
|----------|-------|-------|
| `SB_USER` | `maddox:./sk8nh8` | From `.env` file |
## sonarr
### sonarr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
## store-matching
### backend
| Variable | Value | Notes |
|----------|-------|-------|
| `DB_HOST` | `192.168.1.251` | |
| `DB_PORT` | `3306` | |
| `DB_USER` | `${DB_USER}` | |
| `DB_PASSWORD` | `${DB_PASSWORD}` | |
| `DB_NAME` | `node` | |
| `DB_USER` | `web` | From `.env` file |
| `DB_PASSWORD` | `.LS/39sDCeEdCT8o` | From `.env` file |
### frontend
| Variable | Value | Notes |
|----------|-------|-------|
| `DB_USER` | `web` | From `.env` file |
| `DB_PASSWORD` | `.LS/39sDCeEdCT8o` | From `.env` file |
## tailscale
### tailscale
| Variable | Value | Notes |
|----------|-------|-------|
| `TS_SOCKET` | `/var/run/tailscale/tailscaled.sock` | |
| `TS_EXTRA_ARGS` | `--accept-routes --advertise-exit-node --ssh` | |
| `TS_STATE_DIR` | `/var/lib/tailscale` | |
## termix
### termix
| Variable | Value | Notes |
|----------|-------|-------|
| `PORT` | `5674` | |
| `JWT_SECRET` | `2472e0394cb5052bd12cff2814acca57724ff472fb14b24378ae83aed5d4d940` | From `.env` file |
| `DATABASE_KEY` | `e87aa7f9ff170c280915ab7768c6fd051d384d025d2d69765d02aa60fff8bab4` | From `.env` file |
| `INTERNAL_AUTH_TOKEN` | `db91edabb38aa624fdb7bcd417ea0f399df08cb055c9aff6948b9882eb503244` | From `.env` file |
## tinymediamanager
### tinymediamanager
| Variable | Value | Notes |
|----------|-------|-------|
| `USER_ID` | `1000` | |
| `GROUP_ID` | `1000` | |
| `TZ` | `America/Indianapolis` | |
| `DISPLAY_WIDTH` | `1920` | |
| `DISPLAY_HEIGHT` | `1080` | |
| `KEEP_APP_RUNNING` | `1` | |
| `CLEAN_TMP_DIR` | `1` | |
## tunarr
### tunarr
| Variable | Value | Notes |
|----------|-------|-------|
| `LOG_LEVEL` | `trace` | |
| `TZ` | `America/New_York` | |
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `NVIDIA_VISIBLE_DEVICES` | `all` | |
| `NVIDIA_DRIVER_CAPABILITIES` | `compute,video,utility` | |
## vert
### vert
| Variable | Value | Notes |
|----------|-------|-------|
| `PUB_HOSTNAME` | `http://192.168.1.252:3884` | |
| `PUB_VERTD_URL` | `http://192.168.1.252:3884` | |
| `PUB_ENV` | `production` | |
| `PORT` | `3884` | |
## vpn
### gluetun
| Variable | Value | Notes |
|----------|-------|-------|
| `VPN_SERVICE_PROVIDER` | `protonvpn` | |
| `VPN_TYPE` | `wireguard` | |
| `WIREGUARD_PRIVATE_KEY` | `MDzSV32z3GxR5VPtmtVfDR8Vkw00irXJQqyye+8sg3o=` | |
| `SERVER_COUNTRIES` | `United States` | |
| `SERVER_CITIES` | `Secaucus,Chicago,New York` | |
| `TZ` | `America/New_York` | |
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `HTTPPROXY` | `on` | |
| `HTTPPROXY_LISTENING_ADDRESS` | `:38888` | |
| `HTTPPROXY_STEALTH` | `on` | |
| `BLOCK_ADS` | `on` | |
| `BLOCK_MALICIOUS` | `on` | |
| `HTTP_CONTROL_SERVER_ADDRESS` | `:8000` | |
### rutorrent-vpn
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
### nzbget-vpn
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
### dispatcharr
| Variable | Value | Notes |
|----------|-------|-------|
| `PUID` | `1000` | |
| `PGID` | `1000` | |
| `TZ` | `America/New_York` | |
| `PORT` | `9191` | |
| `NVIDIA_VISIBLE_DEVICES` | `all` | |
## watchstate
## watchtower
### watchtower
| Variable | Value | Notes |
|----------|-------|-------|
| `WATCHTOWER_RUN_ONCE` | `false` | |
| `WATCHTOWER_INCLUDE_WATCHTOWER` | `true` | |
| `WATCHTOWER_LABEL_ENABLE` | `false` | |
| `WATCHTOWER_NOTIFICATIONS` | `email` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_FROM` | `xoppaw@gmail.com` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_TO` | `brian.w.maddox@gmail.com` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_SERVER` | `smtp.gmail.com` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_SERVER_PORT` | `587` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_SERVER_USER` | `xoppaw@gmail.com` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_SERVER_PASSWORD` | `tgkyhtjozefgsxsj` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_DELAY` | `2` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_SUBJECTTAG` | `ALIEN-watchtower-updates` | |
| `WATCHTOWER_NOTIFICATION_EMAIL_TLS_SKIP_VERIFY` | `false` | |
| `WATCHTOWER_CLEANUP` | `true` | |
| `WATCHTOWER_REMOVE_VOLUMES` | `false` | |
| `WATCHTOWER_DEBUG` | `false` | |
| `WATCHTOWER_TRACE` | `false` | |
| `WATCHTOWER_NO_COLOR` | `false` | |
| `TZ` | `America/New_York` | |
| `WATCHTOWER_SCHEDULE` | `0 30 23 * * *` | |
## weechat
### weechat
| Variable | Value | Notes |
|----------|-------|-------|
| `TZ` | `${TZ:-America/New_York}` | |
| `HOME` | `/home/weechat` | |
| `UID` | `1000` | From `.env` file |
| `GID` | `1000` | From `.env` file |
| `RELAY_PASSWORD` | `LqwYyNgmInI7nKmhld44kuK9` | From `.env` file |
| `PUBLIC_IP` | `68.44.13.228` | From `.env` file |
| `TZ` | `America/New_York` | From `.env` file |
### glowing-bear
| Variable | Value | Notes |
|----------|-------|-------|
| `TZ` | `${TZ:-America/New_York}` | |
| `UID` | `1000` | From `.env` file |
| `GID` | `1000` | From `.env` file |
| `RELAY_PASSWORD` | `LqwYyNgmInI7nKmhld44kuK9` | From `.env` file |
| `PUBLIC_IP` | `68.44.13.228` | From `.env` file |
| `TZ` | `America/New_York` | From `.env` file |

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# Backup and Restore Procedures
_Last updated: 2025-12-13_
This document outlines the procedures for backing up and restoring services and their data.
## Service Directory Backups
The primary method for backing up a service's configuration and data is by using the `archiveme.sh` script. This script creates a compressed `tar.gz` archive of a service's directory from `/mnt/docker-storage/appdata` and moves it to `/volume1/docker/Archived configuration`.
### How to Back Up a Service
1. **Navigate to the `appdata` directory:**
```bash
cd /mnt/docker-storage/appdata
```
2. **Run the `archiveme.sh` script:**
```bash
./archiveme.sh <service-name>
```
For example, to back up the `emby` service:
```bash
./archiveme.sh emby
```
3. **Follow the prompts:** The script will compress the directory and then ask if you want to delete the source folder. It is recommended to keep the source folder unless you are decommissioning the service.
### How to Restore a Service
1. **Locate the backup file:** The backup files are located in `/volume1/docker/Archived configuration`.
2. **Extract the backup:**
```bash
tar -xzf /volume1/docker/Archived\ configuration/<archive-name>.tar.gz -C /mnt/docker-storage/appdata/
```
This will extract the service's directory into the `appdata` directory.
3. **Start the service:**
```bash
cd /mnt/docker-storage/appdata/<service-name>
docker-compose up -d
```
## Database Backups
### MariaDB/MySQL
The central MariaDB server on `192.168.1.251` should have its own backup strategy. However, you can also create a manual backup of a specific database using `mysqldump`.
**Backup:**
```bash
mysqldump -h 192.168.1.251 -u <user> -p <database-name> > <database-name>.sql
```
**Restore:**
```bash
mysql -h 192.168.1.251 -u <user> -p <database-name> < <database-name>.sql
```
### PostgreSQL (Docker Containers)
For PostgreSQL databases running in Docker containers, you can use `pg_dump` to create a backup.
**Backup:**
```bash
docker-compose exec -T <db-container-name> pg_dumpall -c -U <user> > dump.sql
```
For example, to back up the `mealie` database:
```bash
docker-compose -f /mnt/docker-storage/appdata/mealie/docker-compose.yaml exec -T mealie_postgres pg_dumpall -c -U mealie > mealie_dump.sql
```
**Restore:**
```bash
cat mealie_dump.sql | docker-compose -f /mnt/docker-storage/appdata/mealie/docker-compose.yaml exec -T mealie_postgres psql -U mealie
```
### SQLite
SQLite databases are single files. The `archiveme.sh` script automatically backs up these files as part of the service directory backup. To restore a SQLite database, you just need to restore the service directory.
## Automated Backups
The `archiveme.sh` script is a manual process. For automated backups, consider using a tool like [ArchiveForge](https://github.com/pirate/ArchiveForge), which is already running on this system. ArchiveForge can be configured to automatically back up service directories on a schedule.
Refer to the ArchiveForge documentation for more details on its configuration.

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# Troubleshooting Guide
_Last updated: 2026-01-05_
This guide provides solutions to common issues encountered in this Docker-based infrastructure.
## Issue: Container is restarting or won't start
**Symptoms:**
- `docker ps` shows the container is `restarting` or `exited`.
- `docker-compose up -d` command fails with an error.
**Diagnosis:**
1. **Check the logs:** The first step is always to check the container's logs.
```bash
docker-compose logs -f <service-name>
```
Look for error messages, stack traces, or any indication of what might be wrong.
2. **Check dependencies:** If the container depends on other services (e.g., a database), ensure those services are running and healthy.
```bash
docker-compose ps
```
3. **Check configuration:**
- **Environment variables:** Ensure all required environment variables are set correctly in the `.env` file or `docker-compose.yml`.
- **Volumes:** Verify that all volume paths are correct and that the files and directories on the host have the correct permissions. The user running the Docker container (often specified with `PUID` and `PGID`) needs to have read and write access to the volume paths.
- **Ports:** Check for port conflicts. If another service on the host is using the same port, the container will fail to start. Use `sudo lsof -i -P -n | grep LISTEN` to check for listening ports.
**Resolution:**
- Once the root cause is identified from the logs or configuration check, address the issue. This may involve:
- Correcting an environment variable.
- Fixing file permissions on a volume.
- Changing a port mapping.
- Restarting a dependency.
- After applying the fix, try starting the container again:
```bash
docker-compose up -d --force-recreate <service-name>
```
## Issue: 502 Bad Gateway from Traefik
**Symptoms:**
- Accessing a service through its domain (e.g., `https://books.3ddbrewery.com`) results in a "502 Bad Gateway" error from Traefik.
**Diagnosis:**
1. **Check the Traefik dashboard:** The Traefik dashboard (if accessible) provides a wealth of information about routers, services, and middleware. Look for any errors related to the service in question.
2. **Check Traefik's logs:**
```bash
docker logs traefik
```
Look for errors related to the service, such as "no servers found".
3. **Check the service's logs:**
```bash
docker-compose logs -f <service-name>
```
The service itself might be crashing or unhealthy.
4. **Check network connectivity:**
- Ensure the service is connected to the `traefik_proxy` network in its `docker-compose.yml`.
- From the Traefik container, try to ping the service's container.
```bash
docker exec -it traefik /bin/sh
ping <container_name>
```
5. **Check Traefik labels:**
- Ensure the `traefik.http.services.<service-name>.loadbalancer.server.port` label in the `docker-compose.yml` file is set to the correct port that the container is exposing.
- Verify that all Traefik labels are correctly formatted.
**Resolution:**
- **Service not on `traefik_proxy` network:** Add the service to the `traefik_proxy` network in its `docker-compose.yml`.
- **Incorrect port:** Correct the port in the `traefik.http.services.<service-name>.loadbalancer.server.port` label.
- **Service not running:** Troubleshoot the service using the "Container is restarting" guide above.
## Issue: 404 Not Found from Traefik
**Symptoms:**
- Accessing a service through its domain results in a "404 Not Found" error.
**Diagnosis:**
1. **Check the Traefik dashboard:** Verify that a router has been created for the domain you are trying to access.
2. **Check the `rule` label:** Ensure the `traefik.http.routers.<service-name>.rule` label is set to the correct `Host(...)`.
3. **Check DNS:** Make sure your DNS is correctly pointing the domain to the IP address of the Traefik server.
**Resolution:**
- **Incorrect rule:** Correct the `Host(...)` rule in the `docker-compose.yml` file.
- **DNS issue:** Correct the DNS record for the domain.
## Issue: Authentication Failures
**Symptoms:**
- Being unable to log in to a service that is protected by Authelia.
- Seeing "Unauthorized" or "Forbidden" errors.
**Diagnosis:**
1. **Check Authelia's logs:**
```bash
docker logs authelia
```
Look for any errors related to the authentication attempt.
2. **Check the application's logs:** The application might be rejecting the authentication for some reason.
```bash
docker-compose logs -f <service-name>
```
In the case of `books_webv2`, check the backend logs for any errors related to the `Remote-User` header.
3. **Check the Traefik middleware:** Ensure the `traefik.http.routers.<service-name>.middleware` label is correctly set to `authelia-brewery` or `authelia-fails`.
**Resolution:**
- **Restart Authelia:** Sometimes, simply restarting Authelia can resolve issues.
```bash
docker restart authelia
```
- **Check user credentials:** Double-check the username and password.
- **Check Authelia configuration:** Review Authelia's `configuration.yml` for any errors.
## Issue: MariaDB/MySQL Replication Stopped
**⚠️ CURRENT STATUS**: As of January 2026, `node` database replication has been **intentionally disabled**. All applications connect directly to the primary server (`192.168.1.251`). This section is retained for reference if replication is re-enabled in the future.
**Symptoms:**
- Secondary database server shows `Replica_IO_Running` or `Replica_SQL_Running` as `No`.
- `Seconds_Behind_Source` is not `0` or shows a large number.
- Applications using the secondary database have stale data.
**Diagnosis:**
1. **Check replication status on secondary server:** Connect to the secondary database server using phpMyAdmin or MySQL client and run:
```sql
SHOW REPLICA STATUS\G
```
Or for older versions:
```sql
SHOW SLAVE STATUS\G
```
2. **Check key fields:**
- `Replica_IO_Running`: Should be `Yes`
- `Replica_SQL_Running`: Should be `Yes`
- `Seconds_Behind_Source`: Should be `0`
- `Last_Error`: Should be empty - if there's an error here, it will indicate what went wrong
3. **Check primary server status:**
```sql
SHOW MASTER STATUS;
```
Note the `File` and `Position` values.
4. **Check binary log settings:** Ensure binary logging is enabled on the primary server:
```sql
SHOW VARIABLES LIKE 'log_bin';
```
**Resolution:**
**Common Fix - Restart Replication:**
```sql
-- On secondary server
STOP REPLICA;
START REPLICA;
SHOW REPLICA STATUS\G
```
**If there's a specific error:**
- **Skip one transaction (if error is known to be safe):**
```sql
STOP REPLICA;
SET GLOBAL SQL_SLAVE_SKIP_COUNTER = 1;
START REPLICA;
```
**⚠️ Warning:** Only use this if you understand the error and know it's safe to skip.
**If replication is completely broken:**
- **Re-establish replication from current position:**
1. Get current position from primary:
```sql
-- On primary
SHOW MASTER STATUS;
```
2. Reset and reconfigure replica:
```sql
-- On secondary
STOP REPLICA;
CHANGE MASTER TO
MASTER_LOG_FILE='<file from primary>',
MASTER_LOG_POS=<position from primary>;
START REPLICA;
SHOW REPLICA STATUS\G
```
**Prevention:**
- Monitor replication status regularly
- Ensure both servers have sufficient disk space
- Check network connectivity between primary and secondary servers
- Review MariaDB error logs: `/var/log/mysql/error.log`

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# Development Quick Reference
_Last updated: 2025-12-13_
This guide provides a quick reference for common development and administrative tasks.
## Service Management
All services are managed with `docker-compose`. To manage a service, navigate to its directory in `/mnt/docker-storage/appdata`.
```bash
cd /mnt/docker-storage/appdata/<service-name>
```
### Start a service
```bash
# Start in detached mode
docker-compose up -d
```
### Stop a service
```bash
docker-compose down
```
### Restart a service
```bash
docker-compose restart
```
### View service status
```bash
docker-compose ps
```
## Viewing Logs
### Real-time logs
To view the logs for a service in real-time, use the `-f` flag.
```bash
docker-compose logs -f <service-name>
```
### Last N lines
To view the last N lines of the logs, use the `--tail` flag.
```bash
# Last 100 lines
docker-compose logs --tail=100 <service-name>
```
## Accessing Containers
To get a shell inside a running container, use `docker exec`.
```bash
# Get a bash shell
docker exec -it <container-name> /bin/bash
# Get a sh shell
docker exec -it <container-name> /bin/sh
```
You can find the `<container-name>` from the `Service Inventory` document or by running `docker ps`.
## Building and Deploying Updates
To deploy updates for a service that is built from source (like `books_webv2`), you need to pull the latest changes and rebuild the Docker image.
```bash
# Navigate to the service directory
cd /mnt/docker-storage/appdata/<service-name>
# Pull the latest changes from git
git pull
# Rebuild and restart the service
docker-compose up -d --build
```
For services that use a pre-built Docker image, you can update the image by pulling the latest version and recreating the container.
```bash
# Navigate to the service directory
cd /mnt/docker-storage/appdata/<service-name>
# Pull the latest image
docker-compose pull <service-name>
# Recreate the container
docker-compose up -d --force-recreate <service-name>
```
## Health Checks
To check the health status of a container, you can inspect the container's state.
```bash
docker inspect --format '{{.State.Health.Status}}' <container-name>
```
This will return `healthy`, `unhealthy`, or `starting`.
## Database Migrations (for Books V2)
The `books_webv2` application uses Alembic for database migrations.
### Create a new migration
When you make changes to the SQLAlchemy models in `backend/app/models`, you need to create a new migration script.
```bash
# Navigate to the backend directory
cd /mnt/docker-storage/appdata/books_webv2/backend
# Run from within the virtual environment or with docker
docker-compose exec backend alembic revision --autogenerate -m "Your migration message"
```
### Apply migrations
To apply all pending migrations to the database, run:
```bash
# Navigate to the backend directory
cd /mnt/docker-storage/appdata/books_webv2/backend
# Run from within the virtual environment or with docker
docker-compose exec backend alembic upgrade head
```

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# Security and Secrets
_Last updated: 2025-12-13_
This document outlines the security mechanisms and best practices for managing secrets within this infrastructure.
## Authentication
### Authelia
The primary authentication mechanism is [Authelia](https://www.authelia.com/), an open-source authentication and authorization server. Authelia provides Single Sign-On (SSO) for most web-facing services.
- **How it works:** Traefik is configured to use Authelia as a forward authentication middleware. When a user tries to access a protected service, Traefik forwards the request to Authelia. If the user is not authenticated, Authelia presents a login page. Upon successful authentication, Authelia sets the `Remote-User` header in the request and forwards it to the backend service.
- **Configuration:** Authelia's configuration is managed in its own `configuration.yml` file.
- **Middleware:** Two Authelia middleware configurations are used in Traefik:
- `authelia-brewery`
- `authelia-fails`
### Application-level Authentication
Some applications manage their own authentication, separate from Authelia. These services are typically not behind the Authelia middleware in Traefik.
## Secret Storage
Secrets, such as API keys and database passwords, are primarily stored in `.env` files within each service's directory.
- **.env files:** These files are used to populate environment variables in the `docker-compose.yml` files. For example, `books_webv2/.env` contains the database credentials for the Books V2 application.
- **docker-compose.yml:** Some secrets are stored directly in the `docker-compose.yml` files. This is less secure and should be avoided where possible.
### ⚠️ **WARNING:**
- **Do not commit `.env` files to Git repositories.** These files should be listed in the `.gitignore` file.
- **Be careful when sharing `docker-compose.yml` files.** They may contain sensitive information.
## SSL/TLS Configuration
- **Traefik:** Traefik automatically handles SSL/TLS termination for all web services. It is configured to use Let's Encrypt to automatically provision and renew SSL certificates.
- **Entry Points:** The `websecure` entry point on port 443 is used for all HTTPS traffic. The `web` entry point on port 80 redirects all HTTP traffic to HTTPS.
## Network Security
- **Firewall:** The network's edge router/firewall should be configured to only allow inbound traffic on ports `80` and `443`, and forward this traffic to the Traefik server (`192.168.12.3`).
- **Exposed Ports:** Most services do not expose their ports directly to the host machine. They are only accessible through the `traefik_proxy` network. Only services that require direct access (e.g., `sftp`) should have their ports exposed.
- **Docker Networks:** Services are isolated using Docker networks. This limits the ability of a compromised container to access other services on the host.
## Best Practices
- **Rotate credentials regularly:** API keys, database passwords, and other secrets should be rotated on a regular basis.
- **Use strong, unique passwords:** Avoid using default or weak passwords.
- **Keep software up to date:** Regularly update all services and the underlying host operating system to patch security vulnerabilities. Watchtower is used to automatically update Docker containers.
- **Principle of least privilege:** Each service should only have the permissions it needs to function. For example, database users should only have access to the databases they need.

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# Documentation
This directory contains the documentation for the Docker-based application infrastructure.
## Index of Documents
- **[Service Inventory](./00-service-inventory.md)**: A complete inventory of all Docker services.
- **[Network Architecture](./01-network-architecture.md)**: An overview of the networking setup, including Docker networks, Traefik, and DNS.
- **[Database Documentation](./02-databases.md)**: Information about the databases used by the services.
- **[Traefik Routing Reference](./03-traefik-routes.md)**: A quick reference for all Traefik routes.
- **[Environment Variables Reference](./04-environment-variables.md)**: A reference for the environment variables used by the services.
- **[Backup and Restore Procedures](./05-backup-restore.md)**: Instructions on how to back up and restore services and their data.
- **[Troubleshooting Guide](./06-troubleshooting.md)**: A playbook for troubleshooting common issues.
- **[Development Quick Reference](./07-dev-quick-reference.md)**: A cheat sheet for common development tasks.
- **[Security and Secrets](./08-security.md)**: An overview of the security mechanisms and best practices for managing secrets.
## Application Documentation
- **[Books V2](./apps/books-v2.md)**: Detailed documentation for the Books V2 application.
- **[Mixarr](./apps/mixarr.md)**: AI-powered music discovery tool that integrates with Lidarr.
## Multi-Server Infrastructure
- **[Main Server (192.168.1.252)](servers/main/README)**: Primary Docker infrastructure with 60+ services
- **[Hetzner Server (192.168.12.3)](servers/hetzner/README)**: Secondary server for financial automation and identity management

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# Books V2
_Last updated: 2025-12-13_
`#docker #app #books-v2`
## Architecture Overview
Books V2 is a web application for tracking books read. It consists of a React frontend and a FastAPI backend.
- **Frontend:** The frontend is a single-page application built with [React](https://react.dev/) and [Vite](https://vitejs.dev/). It uses [TypeScript](https://www.typescriptlang.org/) for static typing, [Tailwind CSS](https://tailwindcss.com/) for styling, and [TanStack Query](https://tanstack.com/query/latest) for data fetching and caching.
- **Backend:** The backend is a RESTful API built with [FastAPI](https://fastapi.tiangolo.com/), a modern, high-performance Python web framework. It uses [SQLAlchemy](https://www.sqlalchemy.org/) as the ORM to interact with the database.
- **Database:** The application uses a [MySQL](https://www.mysql.com/) database to store all its data. [Alembic](https://alembic.sqlalchemy.org/) is used for database migrations.
## API Endpoints
The API is versioned and all endpoints are available under the `/api/v1` prefix.
### Authentication
- `GET /me`: Get the current authenticated user's information.
- `GET /users`: Get a list of all users.
### Books
- `GET /books`: Get a paginated list of books.
- Query Parameters: `page`, `items_per_page`, `search`, `year`, `sort_by`, `sort_order`, `view_as_user_id`
- `POST /books`: Create a new book.
- `GET /books/{book_id}`: Get a single book by ID.
- `PUT /books/{book_id}`: Update a book by ID.
- `DELETE /books/{book_id}`: Delete a book by ID.
- `POST /books/from-next/{next_book_id}`: Create a new book from a "next book".
### Next Books
- `GET /next-books`: Get a paginated list of books in the "to read" list.
- Query Parameters: `page`, `items_per_page`, `search`, `sort_by`, `sort_order`, `view_as_user_id`
- `POST /next-books`: Add a new book to the "to read" list.
- `PUT /next-books/bulk-update-order`: Bulk update the reading order of the "to read" list.
- `GET /next-books/{book_id}`: Get a single "next book" by ID.
- `PUT /next-books/{book_id}`: Update a "next book" by ID.
- `DELETE /next-books/{book_id}`: Delete a "next book" by ID.
### Autocomplete
- `GET /autocomplete/formats`: Get a list of all unique book formats.
- `GET /autocomplete/authors`: Get a list of all unique authors.
- `GET /autocomplete/genres`: Get a list of all unique genres.
### Summary
- `GET /summary/all`: Get a summary of all books.
- `GET /summary/audiobooks`: Get a summary of all audiobooks.
- `GET /summary/non-audiobooks`: Get a summary of all non-audiobooks.
- `GET /summary/yearly`: Get a yearly summary of reading stats.
### Advanced Stats
- `GET /advanced-stats`: Get advanced reading statistics.
### Search
- `GET /search`: Search for books using an external API (Google Books).
- Query Parameters: `query`, `max_results`
## Database Schema
The database consists of three main tables: `users`, `books`, and `next_books`.
### `users` table
| Column | Type | Constraints |
|----------------|--------------|--------------------------|
| `id` | `Integer` | Primary Key, Autoincrement |
| `username` | `String(255)`| Not Null, Unique, Indexed|
| `email` | `String(255)`| Nullable |
| `display_name` | `String(255)`| Nullable |
| `created_at` | `DateTime` | Not Null, Server Default |
| `last_login` | `DateTime` | Nullable |
### `books` table
| Column | Type | Constraints |
|-----------------|--------------|------------------------------------------|
| `id` | `Integer` | Primary Key, Autoincrement |
| `user_id` | `Integer` | Foreign Key (`users.id`), Not Null, Indexed |
| `format` | `String(50)` | Not Null |
| `title` | `String(255)`| Not Null |
| `author` | `String(255)`| Nullable |
| `genre` | `String(255)`| Nullable |
| `date_started` | `Date` | Not Null |
| `date_finished` | `Date` | Nullable |
| `days` | `Integer` | Nullable |
| `pages` | `Integer` | Not Null |
| *Unique* | | `user_id`, `title` |
### `next_books` table
| Column | Type | Constraints |
|------------------|--------------|------------------------------------------|
| `id` | `Integer` | Primary Key, Autoincrement |
| `user_id` | `Integer` | Foreign Key (`users.id`), Not Null, Indexed |
| `title` | `String(255)`| Not Null |
| `author` | `String(255)`| Not Null |
| `genre` | `String(255)`| Nullable |
| `pages` | `Integer` | Nullable |
| `format` | `String(255)`| Nullable |
| `purchased_status`|`Boolean` | Nullable, Default: `False` |
| `reading_order` | `Integer` | Nullable |
| *Unique* | | `user_id`, `title` |
## Authentication
Authentication is handled by the Traefik reverse proxy in conjunction with Authelia. Authelia is an authentication and authorization server that provides single sign-on (SSO) for web applications.
When a user accesses the Books V2 application, Traefik forwards the request to Authelia for authentication. If the user is not authenticated, Authelia presents a login page. Once the user authenticates, Authelia sets a `Remote-User` header in the request and forwards it to the Books V2 backend.
The backend's `get_current_user` dependency reads the `Remote-User` header, and then gets or creates the user in the database. This means that user management is handled by Authelia, and the Books V2 application trusts the `Remote-User` header set by the proxy.
## Environment Variables
### Backend (`.env`)
- `DB_USER`: The username for the MySQL database.
- `DB_PASSWORD`: The password for the MySQL database.
- `DB_HOST`: The hostname or IP address of the MySQL database server.
- `DB_PORT`: The port of the MySQL database server.
- `DB_NAME`: The name of the MySQL database.
- `DB_CHARSET`: The character set for the MySQL database connection.
- `TZ`: The timezone for the application.
### Frontend (`.env`)
- `VITE_API_URL`: The base URL for the backend API.
## Development Workflow
### Frontend
- **Start dev server:** `npm run dev`
- **Build for production:** `npm run build`
- **Run tests:** No tests are currently configured.
- **View logs:** Logs are printed to the console where the dev server is running.
- **Access container shell:** `docker exec -it books_frontend /bin/sh`
### Backend
- **Start dev server:** The backend is run directly via `uvicorn` in the `Dockerfile`, so there is no separate dev server command.
- **Run tests:** No tests are currently configured.
-
- **View logs:** `docker logs -f books_backend`
- **Access container shell:** `docker exec -it books_backend /bin/bash`
- **Database migrations:** Migrations are handled by Alembic. To create a new migration, run `alembic revision --autogenerate -m "Your migration message"`. To apply migrations, run `alembic upgrade head`.
## Deployment Process
The application is deployed using Docker Compose. The `docker-compose.yml` file defines two services: `frontend` and `backend`.
To deploy the application, run `docker-compose up -d --build`. This will build the Docker images for the frontend and backend and start the containers.
## Common Tasks
- **Adding a new API endpoint:**
1. Add a new function to `backend/app/api/v1/endpoints/books.py`.
2. Add a new function to `frontend/src/utils/api.ts` to call the new endpoint.
3. Use the new function in a React component.
- **Adding a new database table:**
1. Create a new model in `backend/app/models`.
2. Run `alembic revision --autogenerate -m "Add new table"` to create a new migration.
3. Run `alembic upgrade head` to apply the migration.
## Known Issues
- No tests are configured for either the frontend or the backend.
- The "Required by" field in the service inventory is not populated.
## File Structure
### Frontend
```
frontend/
├── public/ # Static assets
├── src/
│ ├── components/ # Reusable React components
│ ├── hooks/ # Custom React hooks
│ ├── lib/ # Library code (e.g., axios configuration)
│ ├── pages/ # Application pages
│ ├── stores/ # Zustand state management stores
│ ├── types/ # TypeScript type definitions
│ └── utils/ # Utility functions
├── Dockerfile.prod # Production Dockerfile
├── package.json # NPM dependencies and scripts
└── vite.config.ts # Vite configuration
```
### Backend
```
backend/
├── alembic/ # Alembic database migration files
├── app/
│ ├── api/ # API endpoint definitions
│ ├── db/ # Database session management
│ ├── dependencies/ # FastAPI dependencies (e.g., auth)
│ ├── middleware/ # Custom middleware
│ ├── models/ # SQLAlchemy database models
│ ├── schemas/ # Pydantic data validation schemas
│ ├── services/ # Business logic
│ ├── config.py # Application configuration
│ └── main.py # Main FastAPI application
├── Dockerfile # Dockerfile for the backend
└── requirements.txt # Python dependencies
```

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# Mixarr
_Last updated: 2026-01-05_
## Overview
Mixarr is an AI-powered music discovery and automation tool that enhances Lidarr with intelligent artist recommendations. It integrates with multiple music streaming services and uses LLM providers to discover new music based on listening history and preferences.
- **Repository**: https://github.com/aquantumofdonuts/mixarr
- **Web UI**: https://mixarr.3ddbrewery.com
- **API**: https://api.mixarr.3ddbrewery.com
- **Location**: `/mnt/docker-storage/appdata/mixarr`
## Architecture
Mixarr consists of four containerized services:
### Services
1. **mixarr_web** - Next.js 14 frontend
- **Port**: 3006 (host) → 3000 (container)
- **Networks**: `mixarr_internal`, `traefik_proxy`
- **Purpose**: User interface for configuration and monitoring
2. **mixarr_api** - Express.js backend
- **Port**: 3005
- **Networks**: `mixarr_internal`, `traefik_proxy`
- **Purpose**: Handles Lidarr integration, music service APIs, and LLM interactions
- **Startup**: Runs Prisma database migrations automatically
3. **mixarr_mysql** - MySQL 8.0 database
- **Port**: 3306 (internal only)
- **Network**: `mixarr_internal`
- **Volume**: `mixarr_mysql_data` (Docker volume)
- **Character Set**: utf8mb4_unicode_ci
4. **mixarr_redis** - Redis 7 cache
- **Port**: 6379 (internal only)
- **Network**: `mixarr_internal`
- **Volume**: `mixarr_redis_data` (Docker volume)
- **Purpose**: Session storage and job queue
## Music Service Integrations
Mixarr can connect to multiple music services for discovery and metadata:
- **Spotify**: OAuth-based (requires HTTPS)
- **TIDAL**: OAuth-based
- **Deezer**: OAuth-based
- **Last.fm**: API key-based
- **MusicBrainz**: API access (free, no key required)
- **Plex/Tautulli**: API key-based (for listening history)
- **Jellyfin**: API key-based (for listening history)
- **ListenBrainz**: Token-based (open source Last.fm alternative)
## LLM Providers
Mixarr uses Large Language Models to analyze listening patterns and recommend new artists:
- **OpenAI**: Requires API key
- **Anthropic**: Requires API key
- **Ollama**: Self-hosted, no API key needed (can run locally)
## Configuration
### Environment Variables
Located in `/mnt/docker-storage/appdata/mixarr/.env`:
```bash
# Database
MYSQL_ROOT_PASSWORD=<secure-password>
MYSQL_DATABASE=mixarr
MYSQL_USER=mixarr
MYSQL_PASSWORD=<secure-password>
# Session Security
SESSION_SECRET=<generated-with-openssl>
# API URL (must match Traefik configuration)
NEXT_PUBLIC_API_URL=https://api.mixarr.3ddbrewery.com
```
### Traefik Configuration
Traefik routes are configured on the central Traefik server (`dyno.yml`):
**Web UI Router**:
```yaml
mixarr-web:
entryPoints:
- web-secure
tls:
certResolver: default
service: mixarr-web
rule: Host(`mixarr.fails.me`) || Host(`mixarr.3ddbrewery.com`)
middlewares:
- secure-headers
- authentik
```
**API Router**:
```yaml
mixarr-api:
entryPoints:
- web-secure
tls:
certResolver: default
service: mixarr-api
rule: Host(`api.mixarr.fails.me`) || Host(`api.mixarr.3ddbrewery.com`)
middlewares:
- secure-headers
- authentik
```
**Services**:
```yaml
mixarr-web:
loadBalancer:
servers:
- url: http://192.168.1.252:3006
passHostHeader: false
mixarr-api:
loadBalancer:
servers:
- url: http://192.168.1.252:3005
passHostHeader: false
```
### Initial Setup
1. **Start the containers**:
```bash
cd /mnt/docker-storage/appdata/mixarr
docker-compose up -d
```
2. **Access the web UI**: Navigate to https://mixarr.3ddbrewery.com
3. **Create an admin account**: First user to register becomes admin
4. **Configure Base URL**:
- Go to Settings → General
- Set Base URL to `https://mixarr.3ddbrewery.com`
- This is required for OAuth callbacks to work
5. **Connect to Lidarr**:
- Go to Settings → Lidarr
- Add Lidarr URL and API key
6. **Connect music services**:
- Go to Settings → Integrations
- Connect Spotify, Last.fm, or other services
- OAuth services require HTTPS (provided by Traefik)
7. **Configure LLM provider**:
- Go to Settings → LLM
- Choose OpenAI, Anthropic, or Ollama
- Add API key if required
## Common Operations
### Container Management
```bash
# Navigate to mixarr directory
cd /mnt/docker-storage/appdata/mixarr
# View all logs
docker-compose logs -f
# View specific service logs
docker-compose logs -f web
docker-compose logs -f api
# Restart after configuration changes
docker-compose restart web
docker-compose restart api
# Stop all services
docker-compose down
# Start all services
docker-compose up -d
```
### Database Operations
```bash
# Connect to MySQL
docker exec -it mixarr_mysql mysql -u mixarr -p
# View current migration status
docker exec -it mixarr_api npx prisma migrate status
# Manually run migrations
docker exec -it mixarr_api npx prisma migrate deploy
```
### Redis Operations
```bash
# Connect to Redis CLI
docker exec -it mixarr_redis redis-cli
# View all keys
docker exec -it mixarr_redis redis-cli KEYS '*'
# Flush cache (if needed for troubleshooting)
docker exec -it mixarr_redis redis-cli FLUSHALL
```
## Troubleshooting
### OAuth Callbacks Failing
**Symptoms**: Spotify or TIDAL authentication fails after redirecting back to mixarr.
**Resolution**:
1. Ensure Base URL is set correctly in Settings → General
2. Verify Traefik is providing HTTPS for both web and API
3. Check that DNS resolves correctly for your domains
4. Review API logs: `docker-compose logs -f api`
### API Not Connecting to Database
**Symptoms**: API container restarts repeatedly, web UI shows "Cannot connect to API".
**Resolution**:
1. Check MySQL health: `docker exec -it mixarr_mysql mysqladmin ping -u root -p`
2. View API logs: `docker logs mixarr_api`
3. Verify database credentials in `.env` file
4. Ensure Prisma migrations completed: Look for "Running database migrations" in logs
### Session Issues
**Symptoms**: Logged out frequently, cannot stay authenticated.
**Resolution**:
1. Verify `SESSION_SECRET` is set in both `api` and `web` services in `docker-compose.yml`
2. Clear Redis cache: `docker exec -it mixarr_redis redis-cli FLUSHALL`
3. Restart services: `docker-compose restart api web`
### Port 3006 Conflict
**Symptoms**: Web container fails to start, port already in use.
**Solution**: The Books V2 frontend was originally on port 3000, which is why mixarr web is on 3006. If you need to change the port:
1. Edit `docker-compose.yml` and change `3006:3000` to a different port
2. Update Traefik service configuration with the new port
3. Restart: `docker-compose up -d`
## Backup and Restore
### Backup
```bash
# Navigate to mixarr directory
cd /mnt/docker-storage/appdata/mixarr
# Backup database
docker exec mixarr_mysql mysqldump -u root -p mixarr > mixarr_backup_$(date +%Y%m%d).sql
# Backup environment variables
cp .env .env.backup_$(date +%Y%m%d)
# Backup docker-compose configuration
cp docker-compose.yml docker-compose.yml.backup_$(date +%Y%m%d)
```
### Restore
```bash
# Restore database
docker exec -i mixarr_mysql mysql -u root -p mixarr < mixarr_backup_YYYYMMDD.sql
# Restore environment variables
cp .env.backup_YYYYMMDD .env
# Restart containers
docker-compose down
docker-compose up -d
```
## Updates
Mixarr is configured with Watchtower for automatic updates. To manually update:
```bash
cd /mnt/docker-storage/appdata/mixarr
docker-compose pull
docker-compose down
docker-compose up -d
```
## Performance Considerations
- **LLM API Costs**: Be mindful of API usage if using OpenAI or Anthropic. Set appropriate limits in mixarr settings.
- **Ollama Local Hosting**: For cost-free LLM usage, consider running Ollama locally. Requires GPU for best performance.
- **Rate Limiting**: Music services (especially Spotify) have rate limits. Mixarr handles this automatically but very aggressive discovery schedules may hit limits.
- **Redis Memory**: Monitor Redis memory usage if running many concurrent jobs. Default configuration should be sufficient for typical use.
## Integration with Lidarr
Mixarr works by:
1. Analyzing listening history from connected services (Last.fm, Plex, etc.)
2. Using LLM to generate artist recommendations based on preferences
3. Searching for recommended artists in music services (Spotify, MusicBrainz, etc.)
4. Automatically adding matching artists to Lidarr for download
5. Running on scheduled basis for continuous music discovery
Configure discovery schedules and preferences in Settings → Discovery.
## Security Notes
- **Database Credentials**: Strong passwords recommended in `.env`
- **SESSION_SECRET**: Must be cryptographically random (generated with `openssl rand -base64 32`)
- **Authentication**: Both web and API endpoints protected by Authentik
- **Network Isolation**: MySQL and Redis only accessible on internal network
- **HTTPS**: Enforced by Traefik for all external access
- **OAuth Secrets**: Stored encrypted in database
## Related Documentation
- [Service Inventory](../00-service-inventory.md#mixarr) - Container details
- [Database Documentation](../02-databases.md#mixarr-mysql) - Database information
- [Troubleshooting Guide](../06-troubleshooting.md) - General troubleshooting steps
- [Mixarr GitHub Repository](https://github.com/aquantumofdonuts/mixarr) - Upstream documentation

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# Hetzner Server (192.168.12.3) - Custom Applications
_Last updated: 2026-01-05_
This document provides detailed information about custom applications and specialized configurations running on the Hetzner server.
---
## Table of Contents
- hetzner/)](#traefik-configuration-manager-traefik-mod)
- [Node-RED Financial Automation](#node-red-financial-automation)
- [Common Operations](#common-operations)
---
## Traefik Configuration Manager (traefik-mod)
### Overview
A custom Flask web application that provides a database-backed configuration management system for Traefik reverse proxy. Replaces manual YAML file editing with a web interface while maintaining Git version control.
**Container:** traefik-mod
**Image:** traefik-mod-traefik-mod (custom build)
**Source Location:** `/volume1/docker/traefik-mod/`
**Access URLs:**
- https://tm.3ddbrewery.com
- https://tm.fails.me
---
### Architecture
**Technology Stack:**
- **Backend:** Python Flask
- **Database:** MariaDB (mariadb-secondary container)
- **Version Control:** Git (local repository)
- **Config Format:** YAML (auto-generated from database)
- **Authentication:** Authentik SSO via Traefik middleware
**Data Flow:**
```
User → Web Interface (Flask)
↓
MariaDB Database
↓
YAML Generator
↓
/matrix/traefik/config/dyno.yml
↓
Git Commit (local)
↓
Change History (database)
```
---
### Database Schema
**Database:** traefik_config (on mariadb-secondary)
**User:** traefik_user
**Tables:**
- **routers:** HTTP/TCP router configurations
- **services:** Backend service definitions
- **middlewares:** Middleware configurations (auth, headers, rate limiting, etc.)
- **config_history:** Audit trail of all configuration changes
**Key Features:**
- Primary keys: Auto-incrementing IDs
- Unique constraints: Router/service/middleware names
- JSON fields: Complex configurations (servers, headers, etc.)
- Timestamps: created_at, updated_at for all entries
- Audit trail: Full history of changes with user and timestamp
---
### File Structure
```
/volume1/docker/traefik-mod/
├── docker-compose.yml # Container definition
├── Dockerfile # Custom image build
├── app.py # Flask application
├── requirements.txt # Python dependencies
├── .env # Environment variables
├── maria.md # phpMyAdmin setup instructions
├── backups/ # Configuration backups (30-day retention)
├── templates/ # HTML templates
├── static/ # CSS, JavaScript
├── utils/
│ ├── db.py # Database connection
│ ├── yaml_generator.py # YAML generation from DB
│ └── git_manager.py # Git operations
├── scripts/
│ └── migrate_yaml_to_db.py # Migration script (YAML → DB)
└── docs/
├── MIGRATION_GUIDE.md # Complete migration documentation
├── database-schema.md # Database schema details
└── IMPLEMENTATION_COMPLETE.md # Testing checklist
```
---
### Configuration
**Environment Variables:**
```yaml
TZ: America/New_York
FLASK_ENV: production
FLASK_SECRET_KEY: <secret>
DYNO_FILE_PATH: /config/dyno.yml
BACKUP_DIR: /backups
BACKUP_RETENTION_DAYS: 30
BACKUP_SCHEDULE: 0 0 * * *
TRAEFIK_CONTAINER_NAME: traefik
UID: 1000
GID: 1000
DB_HOST: mariadb-secondary
DB_PORT: 3306
DB_NAME: traefik_config
DB_USER: traefik_user
DB_PASSWORD: <password>
GIT_ENABLED: true
SQL_ECHO: false
```
**Volume Mounts:**
- `/matrix/traefik/config/dyno.yml:/config/dyno.yml:rw` - Generated Traefik config
- `./backups:/backups:rw` - Backup storage
- `/var/run/docker.sock:/var/run/docker.sock:ro` - Docker API access (read-only)
**Resource Limits:**
- CPU: 0.5
- Memory Limit: 256M
- Memory Reservation: 64M
---
### Web Interface Features
**Configuration Management:**
- Create/Edit/Delete routers, services, middlewares
- Form view for guided configuration
- YAML edit mode for advanced users
- Real-time YAML validation
- Search across all configuration items
**Router Management:**
- HTTP and TCP router support
- Domain-based routing rules
- TLS configuration with cert resolvers
- Middleware assignment
- Service assignment
- Priority configuration
**Service Management:**
- Load balancer configuration
- Server definitions (host:port)
- Health check configuration
- Sticky sessions
- Pass host header settings
**Middleware Management:**
- Authentication (BasicAuth, Authentik forward auth)
- Headers (secure headers, CORS, custom headers)
- Rate limiting
- IP whitelisting
- Redirects (scheme, regex)
- Strip prefix
- Retry configuration
**Version Control:**
- Automatic Git commits on every change
- Commit messages with change details
- Browse Git history
- View diffs between versions
- Rollback capability (via Git)
**Audit Trail:**
- Complete history in `config_history` table
- User identification
- Timestamp tracking
- Change type (create, update, delete)
- Before/after values
**Operations:**
- Restart Traefik button (with countdown timer)
- Backup before every change
- Export configuration as YAML
- Import from existing YAML (migration)
---
### Database Setup
**Manual Setup via phpMyAdmin:**
User prefers phpMyAdmin for database management. Complete setup instructions are in `/volume1/docker/traefik-mod/maria.md`.
**Steps:**
1. Access phpMyAdmin on primary server
2. Connect to mariadb-secondary (192.168.12.3:3306)
3. Create database: `traefik_config`
4. Create user: `traefik_user`
5. Grant privileges: ALL on `traefik_config.*`
6. Import schema (if provided) or let application create tables
**Important:**
- Uses `--skip-db-creation` flag in initialization
- No MariaDB root password required in .env
- Database/user created manually by user via phpMyAdmin
---
### API Endpoints
**Web Interface:**
- `GET /` - Dashboard/home page
- `GET /routers` - List all routers
- `GET /routers/new` - Create new router
- `GET /routers/<id>/edit` - Edit router
- `POST /routers/<id>/delete` - Delete router
- Similar patterns for `/services` and `/middlewares`
**System Operations:**
- `GET /health` - Healthcheck endpoint
- `POST /restart-traefik` - Restart Traefik container
- `GET /search` - Global search
- `GET /history` - View change history
- `GET /export` - Export configuration as YAML
**YAML Operations:**
- `POST /generate-yaml` - Regenerate YAML from database
- `GET /view-yaml` - View current generated YAML
- `GET /backup` - Manual backup
---
### Common Operations
**Access Web Interface:**
```bash
# Browser access (requires Authentik login)
https://tm.3ddbrewery.com
https://tm.fails.me
```
**View Logs:**
```bash
cd /volume1/docker/traefik-mod
docker compose logs -f
```
**Rebuild Container:**
```bash
cd /volume1/docker/traefik-mod
docker compose down
docker compose build
docker compose up -d
```
**Database Access (via phpMyAdmin):**
1. Open phpMyAdmin on primary server
2. Connect to 192.168.12.3:3306
3. Select `traefik_config` database
4. Browse tables: routers, services, middlewares, config_history
**Manual YAML Generation:**
```bash
docker exec -it traefik-mod python -c "
from utils.yaml_generator import YAMLGenerator
generator = YAMLGenerator()
generator.write_yaml_file(backup=True)
"
```
**View Git History:**
```bash
# Last 20 commits
docker exec -it traefik-mod git -C /config log --oneline -20
# Detailed commit
docker exec -it traefik-mod git -C /config show <commit-hash>
# View all commits
docker exec -it traefik-mod git -C /config log --oneline
```
**Migration (YAML → Database):**
```bash
# Dry run (preview changes)
docker exec -it traefik-mod python scripts/migrate_yaml_to_db.py --dry-run
# Execute migration
docker exec -it traefik-mod python scripts/migrate_yaml_to_db.py
```
**Restart Traefik:**
```bash
# Via web interface (recommended)
# Click "Restart Traefik" button on dashboard
# Manual restart
docker restart matrix-traefik
# Check Traefik status
docker ps | grep traefik
docker logs matrix-traefik --tail 50
```
**Backup Configuration:**
```bash
# Backups stored in ./backups/
ls -lh /volume1/docker/traefik-mod/backups/
# Manual backup
docker exec -it traefik-mod python -c "
from utils.yaml_generator import YAMLGenerator
generator = YAMLGenerator()
generator.write_yaml_file(backup=True)
"
```
---
### Troubleshooting
**Check Application Health:**
```bash
# Healthcheck endpoint
curl http://localhost:5000/health
# Container status
docker ps | grep traefik-mod
docker inspect traefik-mod | grep -A 5 Health
```
**Database Connection Issues:**
```bash
# Test database connection
docker exec -it traefik-mod python -c "
from utils.db import get_db
db = get_db()
print('Database connected successfully')
"
# Check MariaDB is accessible
docker exec -it traefik-mod ping mariadb-secondary
docker exec -it traefik-mod nc -zv mariadb-secondary 3306
```
**YAML Generation Issues:**
```bash
# Check YAML file exists and is writable
docker exec -it traefik-mod ls -lh /config/dyno.yml
# Validate YAML syntax
docker exec -it traefik-mod python -c "
import yaml
with open('/config/dyno.yml', 'r') as f:
config = yaml.safe_load(f)
print('YAML is valid')
"
```
**Git Issues:**
```bash
# Check Git status
docker exec -it traefik-mod git -C /config status
# View Git config
docker exec -it traefik-mod git -C /config config --list
```
---
### Development Setup
**Build Custom Image:**
```bash
cd /volume1/docker/traefik-mod
docker compose build
```
**Run in Development Mode:**
```bash
# Edit .env
FLASK_ENV=development
SQL_ECHO=true
# Restart container
docker compose down && docker compose up -d
# View detailed logs
docker compose logs -f
```
**Database Schema Updates:**
1. Modify database schema via phpMyAdmin
2. Update `docs/database-schema.md`
3. Update migration scripts if needed
4. Test YAML generation
5. Rebuild container
---
### Security
**Authentication:**
- Protected by Authentik forward authentication
- Traefik middleware: `authentik@file`
- Requires valid Authentik login
**Authorization:**
- All authenticated users have full access
- No role-based access control (all-or-nothing)
- Trust model: users with Authentik access are trusted
**Database Security:**
- Dedicated database user (traefik_user)
- Limited to traefik_config database only
- Credentials in .env (not committed to Git)
**Docker Socket:**
- Read-only access to Docker socket
- Used only for restarting Traefik container
- No other Docker operations permitted
**Audit Trail:**
- All changes logged to config_history table
- Git commits provide secondary audit trail
- Timestamps and user identification
---
### Backup and Recovery
**Automatic Backups:**
- Triggered before every configuration change
- Stored in `/volume1/docker/traefik-mod/backups/`
- Retention: 30 days
- File format: `dyno.yml.backup-YYYYMMDD-HHMMSS`
**Git History:**
- Local Git repository in `/config/` (inside container)
- Every change committed automatically
- Commit messages include change type and details
- Full history preserved indefinitely
**Manual Backup:**
```bash
# Copy current YAML
cp /matrix/traefik/config/dyno.yml /volume1/docker/backup/dyno.yml.$(date +%Y%m%d)
# Export database
docker exec mariadb-secondary mysqldump -u traefik_user -p traefik_config > /volume1/docker/backup/traefik_config_$(date +%Y%m%d).sql
```
**Recovery:**
```bash
# Restore from backup file
cp /volume1/docker/traefik-mod/backups/dyno.yml.backup-YYYYMMDD-HHMMSS /matrix/traefik/config/dyno.yml
docker restart matrix-traefik
# Restore from Git history
docker exec -it traefik-mod git -C /config log --oneline
docker exec -it traefik-mod git -C /config checkout <commit-hash> dyno.yml
docker restart matrix-traefik
# Restore database from dump
docker exec -i mariadb-secondary mysql -u traefik_user -p traefik_config < backup_file.sql
```
---
## Node-RED Financial Automation
### Overview
Node-RED instance dedicated to financial transaction automation, including automated imports, categorization, and synchronization with Firefly III.
**Container:** node-red
**Image:** nodered/node-red:latest
**Source Location:** `/volume1/docker/node-red/`
**Data Location:** `/volume1/docker/node-red/` (flows, settings, node_modules)
**Access URL:** https://node-het.3ddbrewery.com
---
### Architecture
**Technology Stack:**
- **Platform:** Node-RED (Node.js-based flow programming)
- **Runtime:** Node.js
- **Authentication:** Username/password (NODE_RED_USERNAME/PASSWORD)
- **Data Storage:** JSON files in /data
- **Credential Encryption:** NODE_RED_CREDENTIAL_SECRET
**Integration Points:**
- **Firefly III:** API integration for transaction management
- **node-staging Database:** MariaDB database for transaction staging
- **ntfy:** Notification service for alerts
- **External Services:** Banks, financial APIs (via flows)
---
### Configuration
**Environment Variables:**
```yaml
TZ: America/New_York
NODE_RED_CREDENTIAL_SECRET: 396572538122375581201991
NODE_RED_USERNAME: maddox
NODE_RED_PASSWORD: ./sk8nh8
NPM_CONFIG_CACHE: /data/.npm
NPM_CONFIG_PREFIX: /data/.npm
NODE_PATH: /data/node_modules
```
**Volume Mounts:**
- `/volume1/docker/node-red:/data:rw` - Node-RED data (flows, settings, modules)
- `/home/maddox:/media:rw` - User directory access for file operations
**Network:**
- Connected to `traefik` network for external access
- No isolated network (direct access to other services)
**Resource Limits:**
- No explicit CPU/memory limits configured
- Runs as user 1000:1000
---
### Custom Healthcheck
**Healthcheck Configuration:**
```yaml
test: ["CMD-SHELL", "node /healthcheck.js || (curl -H 'Title: Node-RED Down' -H 'Priority: high' -H 'Tags: alert,node-red,down' -d 'Node-RED health check failed on Hetzner-fin' http://192.168.1.70:6741/hetzner_alerts && exit 1)"]
interval: 120s
timeout: 60s
retries: 4
start_period: 120s
```
**Features:**
- Primary check: Custom Node.js healthcheck script
- Fallback: Sends notification to ntfy if health check fails
- Notification server: http://192.168.1.70:6741/hetzner_alerts
- Alert topic: hetzner_alerts
- Tags: alert, node-red, down
- High priority notification
**Notification Details:**
- Title: "Node-RED Down"
- Message: "Node-RED health check failed on Hetzner-fin"
- Ensures administrators are alerted to Node-RED failures
---
### Flows and Functionality
**Purpose:**
Node-RED on this server runs automated financial transaction flows:
- Transaction imports from external sources
- Data transformation and categorization
- Staging in `node-staging` database
- Synchronization with Firefly III
- Error handling and notifications
**Flow Structure:**
Flows are stored in `/volume1/docker/node-red/flows.json` (accessible in /data inside container)
**Common Flow Patterns:**
1. **Scheduled Triggers:** Cron-based automation
2. **API Polling:** Check external sources for new transactions
3. **Data Transformation:** Parse and normalize transaction data
4. **Database Operations:** Stage transactions in `node-staging`
5. **Firefly API Calls:** Create/update transactions in Firefly III
6. **Error Handling:** Catch errors, log, send notifications
---
### Database Integration
**node-staging Database:**
- **Host:** mariadb-secondary (192.168.12.3:3306)
- **Database:** node-staging
- **Purpose:** Staging area for financial transactions
- **Replication:** Does NOT replicate (isolated for testing)
- **Access:** Node-RED flows connect directly to MariaDB
**Connection Details:**
Node-RED flows include MySQL nodes configured to connect to:
- Host: 192.168.12.3 (or mariadb-secondary if on same Docker network)
- Port: 3306
- Database: node-staging
- User: (configured in flow credentials)
---
### Installed NPM Packages
**Package Management:**
- NPM cache: `/data/.npm`
- NPM prefix: `/data/.npm`
- Node modules: `/data/node_modules`
**Common Packages (likely installed):**
- `node-red-node-mysql` - MySQL database integration
- `node-red-contrib-cron-plus` - Advanced scheduling
- HTTP request nodes (built-in) - API calls to Firefly III
- Dashboard nodes - UI for monitoring (if used)
**Install Additional Packages:**
```bash
docker exec -it node-red npm install <package-name>
```
**View Installed Packages:**
```bash
docker exec -it node-red npm list --depth=0
```
---
### Common Operations
**Access Web Interface:**
```bash
# Browser access
https://node-het.3ddbrewery.com
# Login credentials
Username: maddox
Password: ./sk8nh8
```
**View Logs:**
```bash
docker logs node-red -f
```
**Restart Node-RED:**
```bash
docker restart node-red
```
**Access Container Shell:**
```bash
docker exec -it node-red /bin/bash
```
**Install NPM Packages:**
```bash
docker exec -it node-red npm install <package-name>
# Example: Install MySQL node
docker exec -it node-red npm install node-red-node-mysql
```
**Backup Flows:**
```bash
# Flows stored in /volume1/docker/node-red/flows.json
cp /volume1/docker/node-red/flows.json /volume1/docker/backup/node-red-flows-$(date +%Y%m%d).json
# Backup entire Node-RED data directory
tar -czf /volume1/docker/backup/node-red-data-$(date +%Y%m%d).tar.gz /volume1/docker/node-red/
```
**Restore Flows:**
```bash
# Copy backup to flows.json
cp /volume1/docker/backup/node-red-flows-YYYYMMDD.json /volume1/docker/node-red/flows.json
# Restart Node-RED
docker restart node-red
```
**Check Database Connection:**
```bash
# Test connection from Node-RED container
docker exec -it node-red sh -c "nc -zv 192.168.12.3 3306"
# Or test MySQL connection
docker exec -it mariadb-secondary mysql -u <user> -p node-staging -e "SHOW TABLES;"
```
---
### Troubleshooting
**Node-RED Won't Start:**
```bash
# Check logs
docker logs node-red
# Check file permissions
ls -lh /volume1/docker/node-red/
# Ensure ownership is 1000:1000
sudo chown -R 1000:1000 /volume1/docker/node-red/
```
**Flow Execution Issues:**
```bash
# Check Node-RED debug panel (in web interface)
# Enable debug nodes in flows
# View logs in real-time
docker logs node-red -f
```
**Database Connection Failures:**
```bash
# Verify MariaDB is running
docker ps | grep mariadb
# Test network connectivity
docker exec -it node-red ping mariadb-secondary
# Check database exists
docker exec -it mariadb-secondary mysql -u root -p -e "SHOW DATABASES;"
```
**Credential Decryption Issues:**
```bash
# Verify NODE_RED_CREDENTIAL_SECRET hasn't changed
docker inspect node-red | grep CREDENTIAL_SECRET
# If secret changed, flows_cred.json needs re-encryption
# (This requires manual intervention)
```
---
### Security
**Authentication:**
- Username/password authentication enabled
- Credentials: maddox / ./sk8nh8
- Protected by Traefik reverse proxy
- No additional Authentik protection (direct auth only)
**Credential Storage:**
- Flow credentials encrypted with NODE_RED_CREDENTIAL_SECRET
- Stored in `/data/flows_cred.json`
- Secret must remain constant for credential decryption
**File Access:**
- Has access to `/home/maddox` directory (mounted as /media)
- Can read/write files on host filesystem
- Runs as user 1000:1000 (limited privileges)
**Network Access:**
- Can access any service on traefik network
- Can access external internet (for API calls)
- Direct access to MariaDB on port 3306
---
### Monitoring and Alerts
**Healthcheck:**
- Custom healthcheck script (/healthcheck.js)
- Runs every 120 seconds
- Timeout: 60 seconds
- Retries: 4 before considered unhealthy
**Failure Notifications:**
- Automatic ntfy notification on health check failure
- Notification URL: http://192.168.1.70:6741/hetzner_alerts
- Topic: hetzner_alerts
- Priority: high
**Autoheal Integration:**
- Container labeled with `autoheal=true`
- Autoheal monitors health status
- Automatic restart if unhealthy
**Watchtower Integration:**
- Container labeled with watchtower enable
- Automatic image updates
- Rolling restart on update
---
### Development and Debugging
**Enable Debug Logging:**
```bash
# In Node-RED web interface:
# 1. Add Debug nodes to flows
# 2. View Debug panel (right sidebar)
# 3. Enable verbose logging in settings
# Container logs show Node-RED startup and errors
docker logs node-red -f
```
**Edit Settings:**
```bash
# Settings file
nano /volume1/docker/node-red/settings.js
# Restart after changes
docker restart node-red
```
**Install Development Tools:**
```bash
# Access container
docker exec -it node-red /bin/bash
# Install tools
npm install -g <package>
# View environment
env | grep NODE
```
---
## Common Operations
### Service Restart
**Restart All Services:**
```bash
# Restart everything in /volume1/docker/
cd /volume1/docker
for dir in */; do
if [ -f "$dir/docker-compose.yml" ]; then
echo "Restarting $dir"
cd "$dir"
docker compose restart
cd ..
fi
done
```
**Restart Specific Service:**
```bash
cd /volume1/docker/<service-name>
docker compose restart
```
### Log Viewing
**View Logs for Service:**
```bash
cd /volume1/docker/<service-name>
docker compose logs -f
```
**View Logs for Specific Container:**
```bash
docker logs <container-name> -f
# Examples:
docker logs traefik-mod -f
docker logs node-red -f
docker logs mariadb-secondary -f
```
### Container Rebuilding
**Rebuild Custom Images:**
```bash
# Traefik-mod
cd /volume1/docker/traefik-mod
docker compose down
docker compose build
docker compose up -d
# Check status
docker ps | grep traefik-mod
```
### Health Monitoring
**Check All Container Health:**
```bash
docker ps --format "table {{.Names}}\t{{.Status}}\t{{.State}}"
# Filter only unhealthy containers
docker ps --filter health=unhealthy
```
**Check Autoheal Logs:**
```bash
docker logs autoheal -f
```
### Upgrade matrix implementation
```bash
just update
- or -
git pull
- then -
just roles
- then -
just install-all
- or -
just setup-all
# If you receive an error about a missing role
just roles
# If needed, add files to commit and stash
git add -A
git stash
git pull
# Check services
just run-tags self-check
- or -
ansible-playbook -i inventory/hosts setup.yml --tags=self-check
```
---
## Summary
**Custom Applications:**
1. **traefik-mod:** Database-backed Traefik configuration manager with web UI
2. **node-red:** Financial automation platform with custom flows and database integration
**Key Features:**
- Both applications use web interfaces for management
- Database integration with mariadb-secondary
- Automatic backups and version control (traefik-mod)
- Health monitoring and notifications (node-red)
- Authentication via Authentik (traefik-mod) or built-in (node-red)
**Management:**
- Web-based administration preferred
- phpMyAdmin for database management
- Git version control for configuration tracking
- Automated monitoring via autoheal and watchtower

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# Hetzner Server (192.168.12.3) - Network Architecture
_Last updated: 2026-01-05_
This document describes the network architecture of the Hetzner server, including Docker networks, external connectivity, and Traefik routing configuration.
---
## Table of Contents
- [Server Information](#server-information)
- [Docker Networks](#docker-networks)
- [Traefik Configuration](#traefik-configuration)
- [Network Connectivity](#network-connectivity)
- [VPN Configuration](#vpn-configuration)
- [Port Mappings](#port-mappings)
---
## Server Information
**Primary Details:**
- **IP Address:** 192.168.12.3
- **Hostname:** im
- **Role:** Secondary server / Finance automation server
- **Primary Network:** 192.168.12.0/24
- **Primary Server:** 192.168.1.251
- **Timezone:** America/New_York
**Network Interfaces:**
- **Local Network:** 192.168.12.x
- **Tailscale VPN:** Connected (advertises 192.168.12.3/32)
- **ProtonVPN:** Connected via Gluetun container
---
## Docker Networks
### External Networks
These networks are created outside of individual docker-compose files and shared across services.
#### traefik
**Network ID:** 625b93d8e3a3
**Driver:** bridge
**Scope:** local
**Purpose:** External reverse proxy network for Traefik routing
**Connected Containers:**
- matrix-ntfy
- matrix-bot-matrix-reminder-bot
- node-red
- authentik-server
- traefik-mod
- autoheal
- watchtower
- matrix-synapse
- matrix-client-element
- matrix-mautrix-signal
- matrix-traefik
- mariadb-secondary
- matrix-mautrix-whatsapp
- matrix-synapse-admin
- matrix-static-files
- matrix-grafana
- matrix-heisenbridge
- matrix-mautrix-telegram
- matrix-bot-maubot
- matrix-prometheus-node-exporter
- matrix-mautrix-gmessages
**Notes:**
- Primary network for services exposed via Traefik reverse proxy
- Managed by Matrix Traefik instance (matrix-traefik container)
- Allows containers to be discovered and routed by Traefik
- Most user-facing services connect to this network
---
### Service-Specific Networks
These networks are created by individual docker-compose files for service isolation.
#### authentik_authentik-internal
**Network ID:** 5727fa0d4618
**Driver:** bridge
**Scope:** local
**Purpose:** Internal network for Authentik components
**Connected Containers:**
- authentik-postgres
- authentik-redis
- authentik-server
- authentik-worker
**Configuration:**
```yaml
networks:
authentik-internal:
driver: bridge
```
**Notes:**
- Isolates Authentik database and Redis from other services
- Only authentik-server has access to both internal and traefik networks
- Provides security isolation for sensitive authentication data
---
#### firefly_default
**Network ID:** 8fa8552adb14
**Driver:** bridge
**Scope:** local
**Purpose:** Internal network for Firefly III components
**Connected Containers:**
- Firefly-REDIS
- Firefly-DB
- Firefly
**Configuration:**
```yaml
# Default network created by Docker Compose
```
**Notes:**
- Isolates Firefly database and Redis from other services
- No connection to traefik network (Firefly exposed via port mapping)
- Application accessed via port 6182
---
#### gluetun_default
**Network ID:** 6aaeffb0167d
**Driver:** bridge
**Scope:** local
**Purpose:** Network for Gluetun VPN container
**Connected Containers:**
- gluetun
**Configuration:**
```yaml
networks:
default:
driver: bridge
```
**Notes:**
- Isolated network for VPN container
- Services access Gluetun via exposed ports, not network connection
---
#### socket-proxy_default
**Network ID:** 1dca43845b4b
**Driver:** bridge
**Scope:** local
**Purpose:** Network for Docker Socket Proxy
**Connected Containers:**
- docker-proxy-portainer
**Configuration:**
```yaml
# Default network created by Docker Compose
```
**Notes:**
- Isolated network for socket proxy
- Access restricted by binding to 192.168.12.3:2376 only
---
#### node-red_mqtt_network
**Network ID:** 1b4125ad6adf
**Driver:** bridge
**Scope:** local
**Purpose:** MQTT network for Node-RED (if configured)
**Connected Containers:**
- (Network exists but may not have active connections)
**Notes:**
- Created by Node-RED docker-compose configuration
- Available for MQTT broker connectivity if needed
---
### Matrix/Synapse Networks
These networks are managed by the Matrix/Synapse stack (not part of `/volume1/docker/`).
#### matrix-homeserver
**Network ID:** b25eb4ddfec5
**Driver:** bridge
**Purpose:** Core Matrix Synapse homeserver network
---
#### matrix-postgres
**Network ID:** 79ae7a84c363
**Driver:** bridge
**Purpose:** PostgreSQL database network for Matrix
---
#### matrix-addons
**Network ID:** c8e4deadb7ae
**Driver:** bridge
**Purpose:** Additional Matrix services (bridges, bots)
---
#### matrix-monitoring
**Network ID:** d9dde3dc79f7
**Driver:** bridge
**Purpose:** Monitoring stack (Prometheus, Grafana)
---
#### matrix-coturn
**Network ID:** dd3f25fa9305
**Driver:** bridge
**Purpose:** TURN/STUN server network
---
#### matrix-exim-relay
**Network ID:** 08c1c12c82e1
**Driver:** bridge
**Purpose:** Email relay network
---
#### matrix-ntfy
**Network ID:** 86cac270e021
**Driver:** bridge
**Purpose:** Notification service network
---
#### matrix-container-socket-proxy
**Network ID:** 8d04b33c5a3a
**Driver:** bridge
**Purpose:** Docker socket proxy for Matrix services
---
### Special Network Modes
#### Host Network
**Container:** tailscale
**Mode:** host
```yaml
network_mode: "host"
```
**Notes:**
- Tailscale runs in host network mode for VPN routing
- Required for advertising routes and acting as exit node
- Has full access to host network stack
---
#### Bridge Network
**Network ID:** be4fa4b56199
**Driver:** bridge
**Scope:** local
**Purpose:** Default Docker bridge network
**Notes:**
- Standard Docker bridge network
- Generally not used by services (use custom networks instead)
---
## Traefik Configuration
### Traefik Instance
**Container:** matrix-traefik
**Image:** traefik:v3.6.6
**Network:** traefik (external), matrix-homeserver, matrix-addons
**Ports:**
- 80 → 8080 (HTTP)
- 443 → 8443 (HTTPS/TCP)
- 443 → 8443 (HTTPS/UDP for HTTP/3)
- 8448 → 8448 (Matrix federation/TCP)
- 8448 → 8448 (Matrix federation/UDP)
**Purpose:**
- Reverse proxy for all services
- SSL/TLS termination
- Automatic certificate management (Let's Encrypt)
- HTTP → HTTPS redirection
- Matrix federation endpoint
---
### Traefik Configuration Manager
**Container:** traefik-mod
**Domains:** tm.fails.me, tm.3ddbrewery.com
**Port:** 5000
**Middlewares:** secure-headers@file, authentik@file
**Purpose:**
- Web interface for managing Traefik configuration
- Database-backed configuration (MariaDB)
- Automatic YAML generation
- Git version control for configuration changes
**Configuration File:** `/matrix/traefik/config/dyno.yml`
---
### Routed Services
Services exposed via Traefik reverse proxy:
| Service | Container | Domain(s) | Port | Middlewares |
|---------|-----------|-----------|------|-------------|
| Authentik | authentik-server | id.3ddbrewery.com, id.fails.me | 9000 | - |
| Traefik Manager | traefik-mod | tm.3ddbrewery.com, tm.fails.me | 5000 | secure-headers, authentik |
| Node-RED | node-red | node-het.3ddbrewery.com | 1880 | - |
| Matrix Synapse | matrix-synapse | (Matrix domains) | 8008 | - |
| Element | matrix-client-element | (Element domain) | 8080 | - |
| Synapse Admin | matrix-synapse-admin | (Admin domain) | 80 | - |
| Grafana | matrix-grafana | (Grafana domain) | 3000 | - |
**Notes:**
- All services use TLS with automatic certificate resolution
- Authentik provides SSO for selected services
- Some services have dual domains (3ddbrewery.com and fails.me)
---
## Network Connectivity
### Internal Connectivity
**Server-to-Server Communication:**
- **Primary Server:** 192.168.1.251
- **Connection Type:**
- MariaDB replication (192.168.12.3:3306 ← 192.168.1.251:3306)
- Tailscale VPN mesh
- Standard network connectivity
**Database Replication:**
```
192.168.1.251 (Primary MariaDB)
↓ (replication)
192.168.12.3 (mariadb-secondary)
```
**Notification Flow:**
```
192.168.12.3 (Node-RED healthcheck failure)
↓ (HTTP webhook)
192.168.1.70:6741 (ntfy server)
```
---
### External Connectivity
**VPN Connections:**
1. **Tailscale VPN:**
- **Container:** tailscale
- **Hostname:** im-ts
- **Advertised Route:** 192.168.12.3/32
- **Accept Routes:** Yes
- **Exit Node:** Yes
- **Purpose:** Mesh VPN for remote access and inter-server connectivity
2. **ProtonVPN:**
- **Container:** gluetun
- **Provider:** ProtonVPN
- **Locations:** Secaucus, Chicago, New York (United States)
- **HTTP Proxy:** Port 38888
- **Shadowsocks:** Port 38388 (TCP/UDP)
- **Control Port:** 38000
- **Purpose:** Privacy VPN with HTTP proxy
---
### Internet-Facing Services
**Public Ports:**
- **80 (HTTP):** Traefik (redirects to HTTPS)
- **443 (HTTPS):** Traefik reverse proxy (all web services)
- **8448:** Matrix federation
**Exposed Services:**
All services are exposed via HTTPS (port 443) through Traefik reverse proxy with automatic SSL certificates.
---
## VPN Configuration
### Tailscale Configuration
**Container:** tailscale
**Network Mode:** host
**Device:** /dev/net/tun
**Environment:**
```yaml
TS_EXTRA_ARGS: --advertise-routes=192.168.12.3/32 --accept-routes=true --advertise-exit-node
TS_STATE_DIR: /var/lib/tailscale
TS_USERSPACE: false
TS_ACCEPT_ROUTES: true
```
**Capabilities:**
- Advertises this server (192.168.12.3/32) as a route
- Accepts routes from other Tailscale nodes
- Acts as exit node for other Tailscale devices
- Kernel-mode networking (not userspace)
**Purpose:**
- Secure remote access to services
- Mesh networking with other servers
- Encrypted communication between nodes
---
### ProtonVPN via Gluetun
**Container:** gluetun
**Provider:** ProtonVPN
**Locations:** United States (Secaucus, Chicago, New York)
**Environment:**
```yaml
VPN_SERVICE_PROVIDER: protonvpn
SERVER_COUNTRIES: United States
SERVER_CITIES: Secaucus,Chicago,New York
VPN_PORT_FORWARDING_PROVIDER: protonvpn
HTTPPROXY: on
HTTPPROXY_LISTENING_ADDRESS: :38888
```
**Features:**
- HTTP proxy on port 38888 (accessible at 192.168.12.3:38888)
- Shadowsocks proxy on port 38388
- Port forwarding enabled
- DNS: 8.8.8.8
- Ad blocking enabled
- Malware blocking enabled
- Surveillance blocking enabled
**Resource Limits:**
- CPU: 0.10
- Memory Reservation: 15M
**Use Cases:**
- Applications requiring VPN connection
- HTTP proxy for privacy-conscious traffic
- Shadowsocks for additional services
---
## Port Mappings
### Externally Accessible Ports
Services exposed on host interfaces:
| Port | Protocol | Service | Container | Access |
|------|----------|---------|-----------|--------|
| 80 | TCP | HTTP (→ HTTPS) | matrix-traefik | 0.0.0.0 |
| 443 | TCP | HTTPS | matrix-traefik | 0.0.0.0 |
| 443 | UDP | HTTPS (HTTP/3) | matrix-traefik | 0.0.0.0 |
| 8448 | TCP | Matrix Federation | matrix-traefik | 0.0.0.0 |
| 8448 | UDP | Matrix Federation | matrix-traefik | 0.0.0.0 |
| 3306 | TCP | MariaDB | mariadb-secondary | 0.0.0.0 |
| 1880 | TCP | Node-RED | node-red | 0.0.0.0 |
| 6182 | TCP | Firefly III | Firefly | 0.0.0.0 |
| 2376 | TCP | Docker Socket Proxy | docker-proxy-portainer | 192.168.12.3 only |
| 38888 | TCP | HTTP Proxy | gluetun | 0.0.0.0 |
| 38388 | TCP/UDP | Shadowsocks | gluetun | 0.0.0.0 |
| 38000 | TCP | Gluetun Control | gluetun | 0.0.0.0 |
| 3478 | TCP/UDP | TURN/STUN | matrix-coturn | 0.0.0.0 |
| 5349 | TCP/UDP | TURNS/STUNS | matrix-coturn | 0.0.0.0 |
| 49152-49172 | UDP | TURN relay | matrix-coturn | 0.0.0.0 |
**Security Notes:**
- Most services exposed via Traefik reverse proxy (ports 80/443 only)
- Docker Socket Proxy restricted to 192.168.12.3 (private IP only)
- Direct port exposure limited to essential services
- All web services use HTTPS with automatic certificates
---
### Internal-Only Ports
These ports are only accessible within Docker networks:
| Port | Protocol | Service | Container | Network |
|------|----------|---------|-----------|---------|
| 5432 | TCP | PostgreSQL | authentik-postgres | authentik-internal |
| 6379 | TCP | Redis | authentik-redis | authentik-internal |
| 6379 | TCP | Redis | Firefly-REDIS | firefly_default |
| 3306 | TCP | MariaDB | Firefly-DB | firefly_default |
| 5000 | TCP | Traefik Manager | traefik-mod | traefik |
| 9000 | TCP | Authentik | authentik-server | traefik |
| 8080 | TCP | Watchtower | watchtower | traefik |
---
## Network Security
### Isolation Strategy
**Service Isolation:**
- Each application stack uses dedicated bridge networks
- Database and cache services isolated from public networks
- Only web-facing services connect to traefik network
**Security Measures:**
- Docker Socket Proxy: Limited permissions, bind to private IP only
- Read-only filesystems where applicable
- Capability dropping (cap_drop: ALL where possible)
- Security opt: no-new-privileges on most containers
- Tmpfs mounts for temporary storage
- Non-root users where possible
**Network Segmentation:**
```
Internet
↓
Traefik (443/80/8448)
↓
traefik network (bridge)
├─ authentik-server ←→ authentik-internal ←→ [postgres, redis]
├─ traefik-mod ←→ mariadb-secondary
├─ node-red
├─ matrix services
└─ watchtower, autoheal
Isolated Networks:
firefly_default: [Firefly ←→ Firefly-DB, Firefly-REDIS]
gluetun_default: [gluetun]
socket-proxy_default: [docker-proxy-portainer]
Host Network:
tailscale (VPN mesh)
```
---
## Network Troubleshooting
### Common Commands
**List all networks:**
```bash
docker network ls
```
**Inspect a network:**
```bash
docker network inspect traefik
docker network inspect authentik_authentik-internal
```
**Check container networking:**
```bash
docker inspect <container-name> | grep -A 20 Networks
```
**Test connectivity between containers:**
```bash
# From one container to another
docker exec <source-container> ping <target-container>
docker exec <source-container> nc -zv <target-container> <port>
```
**Check Traefik routing:**
```bash
# Check Traefik logs
docker logs matrix-traefik
# Access Traefik API (if enabled)
curl http://192.168.12.3:8080/api/http/routers
```
**Test MariaDB replication:**
```bash
docker exec -it mariadb-secondary mysql -u root -p -e "SHOW REPLICA STATUS\G"
```
**Check VPN status:**
```bash
# Tailscale status
docker exec tailscale tailscale status
# Gluetun status
curl http://192.168.12.3:38000/v1/openvpn/status
```
---
## DNS and Service Discovery
### Internal DNS
Docker provides automatic DNS resolution within networks:
- Containers can resolve each other by container name
- Container name = hostname by default
- Custom hostnames defined in docker-compose.yml
**Examples:**
- `authentik-server` can reach `authentik-postgres` via hostname `postgresql`
- `Firefly` can reach `Firefly-DB` via hostname `firefly-db`
- `traefik-mod` can reach `mariadb-secondary` by container name
### External DNS
Services exposed via Traefik use these domains:
- *.3ddbrewery.com (primary domain)
- *.fails.me (backup/alternative domain)
**DNS managed externally** (not documented here)
---
## Summary
**Network Architecture Highlights:**
- **Primary Network:** 192.168.12.0/24
- **Docker Networks:** 18 total (1 external traefik network + 17 service-specific)
- **VPN Connectivity:** Tailscale (mesh VPN) + ProtonVPN (privacy VPN)
- **Reverse Proxy:** Traefik v3.6.6 (handles all HTTPS traffic)
- **Security:** Network isolation, limited port exposure, proxy-based access
- **Inter-server:** MariaDB replication to primary server (192.168.1.251)
- **Management:** Database-backed Traefik configuration with web UI
**Key Features:**
- Dual VPN setup (Tailscale for access, ProtonVPN for privacy)
- Isolated networks for security
- Traefik reverse proxy for all web services
- Automatic SSL certificate management
- MariaDB replication for disaster recovery

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# Hetzner Server (192.168.12.3) - Service Inventory
_Last updated: 2026-01-05_
This document provides a comprehensive inventory of all Docker services running on the Hetzner server at 192.168.12.3. The primary focus is on services managed via docker-compose files in `/volume1/docker/`.
---
## Table of Contents
- [Authentication & Identity Services](#authentication--identity-services)
- [Infrastructure Services](#infrastructure-services)
- [Application Services](#application-services)
- [Utility Services](#utility-services)
- [Matrix/Synapse Containers](#matrixsynapse-containers)
---
## Authentication & Identity Services
### authentik
Multi-component identity provider with PostgreSQL and Redis backends.
#### authentik-postgres
**Purpose:** PostgreSQL database backend for Authentik identity provider
**Technical Details:**
- **Image:** postgres:16-alpine
- **Container:** authentik-postgres
- **Ports:** 5432 (internal only)
- **Volumes:**
- `${AUTHENTIK_DATA_PATH}/postgres:/var/lib/postgresql/data`
- **Network:** authentik-internal
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** None
- **Required by:** authentik-server, authentik-worker
**Notes:**
- Healthcheck: `pg_isready` command
- Start period: 20s, interval: 30s
- Part of internal authentik network
---
#### authentik-redis
**Purpose:** Redis cache and session storage for Authentik
**Technical Details:**
- **Image:** redis:alpine
- **Container:** authentik-redis
- **Ports:** 6379 (internal only)
- **Volumes:**
- `${AUTHENTIK_DATA_PATH}/redis:/data`
- **Network:** authentik-internal
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** None
- **Required by:** authentik-server, authentik-worker
**Notes:**
- Command: `--save 60 1 --loglevel warning`
- Healthcheck: `redis-cli ping | grep PONG`
- Persistence enabled with 60-second save interval
---
#### authentik-server
**Purpose:** Authentik identity provider server (SSO/OAuth2/SAML)
**Technical Details:**
- **Image:** ghcr.io/goauthentik/server:latest
- **Container:** authentik-server
- **Ports:** 9000 (internal, exposed via Traefik)
- **Volumes:**
- `${AUTHENTIK_DATA_PATH}/media:/media`
- `${AUTHENTIK_DATA_PATH}/custom-templates:/templates`
- **Networks:** authentik-internal, traefik
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** authentik-postgres (healthy), authentik-redis (healthy)
- **Required by:** None
**Traefik Configuration:**
- **Domains:** id.3ddbrewery.com, id.fails.me
- **Port:** 9000
- **TLS:** Enabled with certresolver
**Notes:**
- SMTP configured for Gmail (xoppaw@gmail.com)
- Command: `server`
- Dual domain setup for redundancy
---
#### authentik-worker
**Purpose:** Authentik background worker for async tasks and outpost management
**Technical Details:**
- **Image:** ghcr.io/goauthentik/server:latest
- **Container:** authentik-worker
- **Ports:** None
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock`
- `${AUTHENTIK_DATA_PATH}/media:/media`
- `${AUTHENTIK_DATA_PATH}/custom-templates:/templates`
- `${AUTHENTIK_DATA_PATH}/certs:/certs`
- **Network:** authentik-internal
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** authentik-postgres (healthy), authentik-redis (healthy)
- **Required by:** None
**Notes:**
- Runs as root with Docker socket access for outpost management
- Command: `worker`
- SMTP configured same as server
---
### authelia (NOT CURRENTLY RUNNING)
Authentication and SSO proxy service with Redis backend.
**Note:** docker-compose.yml exists in `/volume1/docker/authelia/` but containers are not currently running.
**Configured containers:**
- **authelia:** Main authentication server (port 9091)
- **authelia_redis:** Redis backend for session storage
**Configured domains:** auth.fails.me, auth.3ddbrewery.com
---
## Infrastructure Services
### mariadb-secondary
**Purpose:** MariaDB database server configured as read-only replica (replicates from 192.168.1.251)
**Technical Details:**
- **Image:** mariadb:latest
- **Container:** mariadb-secondary
- **Ports:** 0.0.0.0:3306->3306/tcp
- **Volumes:**
- `/volume1/docker/mariadb/databases:/var/lib/mysql`
- `/volume1/docker/backup:/backup`
- `/volume1/docker/mariadb/custom.cnf:/etc/mysql/my.cnf`
- `/volume1/docker/mariadb/log/mysql:/var/log/mysql`
- **Network:** traefik
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Resource Limits:**
- **Memory Reservation:** 60M
- **CPUs:** 0.4
**Dependencies:**
- **Requires:** None
- **Required by:** traefik-mod
**Notes:**
- Configured as read-only replica (server-id=2)
- Replicates from primary server at 192.168.1.251
- Contains `node-staging` database (does NOT replicate, isolated for testing)
- Custom configuration in `/volume1/docker/mariadb/custom.cnf`
- Healthcheck: TCP connection to port 3306
- Logs stored in `/volume1/docker/mariadb/log/mysql`
---
### gluetun
**Purpose:** VPN client using ProtonVPN with HTTP proxy capabilities
**Technical Details:**
- **Image:** qmcgaw/gluetun:v3
- **Container:** gluetun
- **Ports:**
- 0.0.0.0:38888->38888/tcp (HTTP proxy)
- 0.0.0.0:38388->8388/tcp+udp (Shadowsocks)
- 0.0.0.0:38000->8000/tcp (Gluetun control)
- **Volumes:** None
- **Network:** gluetun_default (bridge)
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Resource Limits:**
- **CPU:** 0.10
- **Memory Reservation:** 15M
**Dependencies:**
- **Requires:** None
- **Required by:** None
**Notes:**
- Capabilities: NET_ADMIN, SYS_MODULE
- Device: `/dev/net/tun`
- VPN Provider: ProtonVPN
- Server locations: Secaucus, Chicago, New York (United States)
- HTTP proxy listening on port 38888
- Ad, malware, and surveillance blocking enabled
- Port forwarding enabled
- DNS: 8.8.8.8
---
### tailscale
**Purpose:** Tailscale mesh VPN client advertising routes for this server
**Technical Details:**
- **Image:** tailscale/tailscale:latest
- **Container:** tailscale
- **Hostname:** im-ts
- **Ports:** None (uses host network)
- **Volumes:**
- `/dev/net/tun:/dev/net/tun`
- `./tailscale:/var/lib/tailscale`
- **Network:** host (network_mode: host)
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** None
- **Required by:** None
**Notes:**
- Runs in privileged mode with host networking
- Capabilities: net_admin, sys_module
- Advertises routes: 192.168.12.3/32
- Accepts routes from other nodes
- Advertises as exit node
- Userspace mode: false
---
### docker-proxy-portainer
**Purpose:** Docker Socket Proxy for secure Docker API access (used by Portainer)
**Technical Details:**
- **Image:** ghcr.io/tecnativa/docker-socket-proxy:0.3.0
- **Container:** docker-proxy-portainer
- **Ports:** 192.168.12.3:2376->2375/tcp (bound to private IP only)
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock:ro`
- **Network:** socket-proxy_default (bridge)
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** None
- **Required by:** External Portainer instance
**Security Configuration:**
Enabled permissions:
- CONTAINERS=1, IMAGES=1, NETWORKS=1, VOLUMES=1
- INFO=1, EVENTS=1, PING=1, VERSION=1
- POST=1, EXEC=1
Disabled for security:
- AUTH=0, SECRETS=0, SWARM=0, CONFIGS=0
- PLUGINS=0, DISTRIBUTION=0, NODES=0, SERVICES=0
- SESSION=0, SYSTEM=0, TASKS=0, GRPC=0, BUILD=0, COMMIT=0
**Notes:**
- Read-only Docker socket access
- Capabilities dropped: ALL
- Tmpfs mounts for /run and /var/lib/haproxy
- Security opt: no-new-privileges
- Binds only to private IP (192.168.12.3)
- Logging: 10MB max size, 3 files
---
### traefik-mod
**Purpose:** Traefik configuration manager with MariaDB backend and Git version control
**Technical Details:**
- **Image:** traefik-mod-traefik-mod (custom build)
- **Container:** traefik-mod
- **Ports:** 5000 (internal, exposed via Traefik)
- **Volumes:**
- `/matrix/traefik/config/dyno.yml:/config/dyno.yml:rw`
- `./backups:/backups:rw`
- `/var/run/docker.sock:/var/run/docker.sock:ro`
- **Network:** traefik
- **Watchtower:** Disabled (commented out)
- **Autoheal:** Enabled
**Resource Limits:**
- **CPU:** 0.5
- **Memory Limit:** 256M
- **Memory Reservation:** 64M
**Dependencies:**
- **Requires:** mariadb-secondary
- **Required by:** None
**Traefik Configuration:**
- **Domains:** tm.fails.me, tm.3ddbrewery.com
- **Port:** 5000
- **Middlewares:** secure-headers@file, authentik@file
- **TLS:** Enabled with certresolver
**Database Configuration:**
- **Host:** mariadb-secondary
- **Database:** traefik_config
- **User:** traefik_user
**Notes:**
- Custom Flask application for managing Traefik configuration
- Database-backed with YAML generation
- Git version control enabled (local repository)
- Backup retention: 30 days
- Healthcheck: HTTP request to /health endpoint
- UID/GID: 1000:1000
---
## Application Services
### firefly
Firefly III personal finance manager with MariaDB and Redis.
#### Firefly-REDIS
**Purpose:** Redis cache for Firefly III
**Technical Details:**
- **Image:** redis:latest
- **Container:** Firefly-REDIS
- **Hostname:** firefly-redis
- **Ports:** 6379 (internal only)
- **Volumes:**
- `/volume1/docker/firefly/redis:/data:rw`
- **Network:** firefly_default (bridge)
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Resource Limits:**
- **Memory Limit:** 128M
- **Memory Reservation:** 50M
- **CPU Shares:** 512
**Dependencies:**
- **Requires:** None
- **Required by:** Firefly
**Notes:**
- Read-only filesystem
- Runs as user 1000:1000
- Security opt: no-new-privileges
- Healthcheck: `redis-cli ping`
- Logging: 10MB max, 3 files
---
#### Firefly-DB
**Purpose:** MariaDB database for Firefly III data
**Technical Details:**
- **Image:** mariadb:11.3-jammy
- **Container:** Firefly-DB
- **Hostname:** firefly-db
- **Ports:** 3306 (internal only)
- **Volumes:**
- `/volume1/docker/firefly/db:/var/lib/mysql:rw`
- **Network:** firefly_default (bridge)
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Resource Limits:**
- **Memory Limit:** 384M
- **Memory Reservation:** 128M
- **CPU Shares:** 768
**Dependencies:**
- **Requires:** None
- **Required by:** Firefly
**Database Configuration:**
- **Database:** firefly
- **User:** fireflyuser
- **Root Password:** (configured in docker-compose.yml)
**Notes:**
- InnoDB buffer pool: 128M
- Security opt: no-new-privileges
- Healthcheck: TCP connection to port 3306
- Logging: 10MB max, 3 files
---
#### Firefly
**Purpose:** Firefly III personal finance manager (main application)
**Technical Details:**
- **Image:** fireflyiii/core:version-6.2.21 (pinned version)
- **Container:** Firefly
- **Hostname:** firefly
- **Ports:** 0.0.0.0:6182->8080/tcp
- **Volumes:**
- `/volume1/docker/firefly/upload:/var/www/html/storage/upload:rw`
- **Network:** firefly_default (bridge)
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Resource Limits:**
- **Memory Limit:** 768M
- **Memory Reservation:** 256M
- **CPU Shares:** 768
**Dependencies:**
- **Requires:** Firefly-DB (started), Firefly-REDIS (healthy)
- **Required by:** None
**Homepage Integration:**
- **Group:** Household
- **Name:** Firefly iii
- **URL:** https://f.3ddbrewery.com
- **Widget Type:** firefly
- **API Key:** (configured in labels)
**Notes:**
- Pinned to version 6.2.21 (known working with automated transactions)
- Environment from `stack.env` file
- Security opt: no-new-privileges
- Restart policy: on-failure (max 5 retries)
- Healthcheck: curl to http://localhost:8080/
- Logging: 10MB max, 3 files
- STATIC_CRON_TOKEN in stack.env for automated tasks
---
### node-red
**Purpose:** Node-RED automation platform for financial transaction automation
**Technical Details:**
- **Image:** nodered/node-red:latest
- **Container:** node-red
- **Hostname:** node-red-het
- **Ports:** 0.0.0.0:1880->1880/tcp
- **Volumes:**
- `/volume1/docker/node-red:/data:rw`
- `/home/maddox:/media:rw`
- **Network:** traefik
- **Watchtower:** Enabled
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** None
- **Required by:** None
**Homepage Integration:**
- **Group:** Household
- **Name:** Node-Red (Het)
- **URL:** https://node-het.3ddbrewery.com
- **Description:** Node red instance running auto transactions
**Notes:**
- Runs as user 1000:1000
- Credential secret configured for flow encryption
- Authentication: username/password configured
- NPM cache and modules stored in /data
- Custom healthcheck with ntfy notification on failure
- Notification URL: http://192.168.1.70:6741/hetzner_alerts
- Alert topic: hetzner_alerts
- Healthcheck interval: 120s, timeout: 60s, 4 retries
- Mounts /home/maddox for file access
---
## Utility Services
### autoheal
**Purpose:** Monitors and automatically restarts unhealthy Docker containers
**Technical Details:**
- **Image:** willfarrell/autoheal:latest
- **Container:** autoheal
- **Ports:** None
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock`
- `/volume1/docker/utils/autoheal:/config`
- **Network:** traefik
- **Watchtower:** None (monitors itself)
- **Autoheal:** Enabled (monitors itself)
**Dependencies:**
- **Requires:** None
- **Required by:** All containers with autoheal=true label
**Configuration:**
- **Monitor Label:** autoheal=true
- **Interval:** 5 seconds
- **Start Period:** 0 (immediate)
- **Stop Timeout:** 10 seconds
- **Webhook URL:** https://ntfy.3ddbrewery.com/autoheal-IM
**Notes:**
- Monitors all containers labeled with `autoheal=true`
- Sends webhook notifications to ntfy on restart events
- Has Docker socket access for container management
- Not exposed via Traefik
---
### watchtower
**Purpose:** Automatically updates Docker containers with new images
**Technical Details:**
- **Image:** containrrr/watchtower:latest
- **Container:** watchtower
- **Ports:** 8080 (internal only)
- **Volumes:**
- `/var/run/docker.sock:/var/run/docker.sock`
- `/volume1/docker/utils/watchtower:/config`
- **Network:** traefik
- **Watchtower:** Enabled (updates itself)
- **Autoheal:** Enabled
**Dependencies:**
- **Requires:** None
- **Required by:** All containers with watchtower label
**Configuration:**
- **Label Enable:** true (only updates labeled containers)
- **Cleanup:** true (removes old images)
- **Poll Interval:** 3600 seconds (1 hour)
- **Timeout:** 30 seconds
- **Include Restarting:** true
- **Include Stopped:** false
- **Notifications:** Email + ntfy
**Email Notifications:**
- **From:** xoppaw@gmail.com
- **To:** brian.w.maddox@gmail.com
- **Server:** smtp.gmail.com:587
- **Subject Tag:** IM-watchtower-updates
**Webhook Notifications:**
- **URL:** ntfy://ntfy.3ddbrewery.com/watchtower-IM
**Notes:**
- Only updates containers with `com.centurylinklabs.watchtower.enable=true` label
- Rolling restart (one at a time)
- Dual notifications: email and ntfy
- Docker API version: 1.44
- Not exposed via Traefik
---
## Matrix/Synapse Containers
**Note:** These containers are part of the Matrix/Synapse stack managed separately (not in `/volume1/docker/`). Listed for completeness only.
**Matrix/Synapse Container Names:**
- matrix-bot-matrix-reminder-bot
- matrix-bot-maubot
- matrix-client-element
- matrix-container-socket-proxy
- matrix-coturn
- matrix-exim-relay
- matrix-grafana
- matrix-heisenbridge
- matrix-mautrix-gmessages
- matrix-mautrix-signal
- matrix-mautrix-telegram
- matrix-mautrix-whatsapp
- matrix-ntfy
- matrix-postgres
- matrix-postgres-backup
- matrix-prometheus
- matrix-prometheus-node-exporter
- matrix-prometheus-postgres-exporter
- matrix-static-files
- matrix-synapse
- matrix-synapse-admin
- matrix-traefik
- matrix-traefik-certs-dumper
**Total Matrix/Synapse Containers:** 23

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# Hetzner Server (192.168.12.3) - Database Documentation
_Last updated: 2026-01-05_
This document provides comprehensive documentation of all database systems running on the Hetzner server.
---
## Table of Contents
- [MariaDB/MySQL Databases](#mariadbmysql-databases)
- [PostgreSQL Databases](#postgresql-databases)
- [Redis Instances](#redis-instances)
- [Database Access Methods](#database-access-methods)
- [Backup Information](#backup-information)
---
## MariaDB/MySQL Databases
### Primary MariaDB Instance (mariadb-secondary)
**Instance Information:**
- **Container:** mariadb-secondary
- **Image:** mariadb:latest
- **Host:** 192.168.12.3
- **Port:** 3306 (exposed on all interfaces)
- **Type:** MariaDB (latest)
- **Role:** Read-only replica
- **Server ID:** 2
- **Replication Source:** 192.168.1.251 (primary server)
**Configuration:**
- **Config File:** `/volume1/docker/mariadb/custom.cnf` mounted as `/etc/mysql/my.cnf`
- **Data Directory:** `/volume1/docker/mariadb/databases` → `/var/lib/mysql`
- **Log Directory:** `/volume1/docker/mariadb/log/mysql` → `/var/log/mysql`
- **Backup Directory:** `/volume1/docker/backup` → `/backup`
- **Character Set:** utf8mb4
- **Collation:** utf8mb4_general_ci
- **Timezone:** America/New_York
**Resource Limits:**
- **Memory Reservation:** 60M
- **CPU Limit:** 0.4
**Database List:**
The following databases are expected based on configuration:
- **`node-staging`**: Used for transaction staging by financial bot
- **Purpose:** Isolated testing environment for financial automation
- **Replication:** Does NOT replicate from primary
- **Used by:** Node-RED financial automation flows
- **Notes:** Intentionally excluded from replication for isolation
- **`traefik_config`**: Traefik configuration storage
- **User:** traefik_user
- **Used by:** traefik-mod container
- **Purpose:** Database-backed Traefik configuration with history/audit trail
- **Other databases:** May include replicated databases from primary server at 192.168.1.251
**Replication Configuration:**
- Configured as read-only replica (read_only=1)
- Server ID: 2
- Replicates all databases except `node-staging`
- Custom configuration controls replication filters
**Access Methods:**
```bash
# Access MariaDB shell (requires root password)
docker exec -it mariadb-secondary mysql -u root -p
# Check specific database
docker exec -it mariadb-secondary mysql -u root -p -e "USE node_staging; SHOW TABLES;"
# Check replication status
docker exec -it mariadb-secondary mysql -u root -p -e "SHOW REPLICA STATUS\G"
# List all databases
docker exec -it mariadb-secondary mysql -u root -p -e "SHOW DATABASES;"
```
**phpMyAdmin Access:**
User prefers phpMyAdmin for database management. MariaDB can be accessed via phpMyAdmin on the primary server (192.168.1.251) or local phpMyAdmin instance if configured.
**Health Monitoring:**
- **Healthcheck:** TCP connection to localhost:3306
- **Interval:** 72 seconds
- **Timeout:** 3 seconds
- **Retries:** 2
- **Start Period:** 60 seconds
- **Autoheal:** Enabled
---
### Firefly MariaDB Instance (Firefly-DB)
**Instance Information:**
- **Container:** Firefly-DB
- **Image:** mariadb:11.3-jammy
- **Host:** firefly-db (internal hostname)
- **Port:** 3306 (internal only, not exposed)
- **Type:** MariaDB 11.3
- **Role:** Application database (standalone)
- **Network:** firefly_default (isolated)
**Configuration:**
- **Data Directory:** `/volume1/docker/firefly/db` → `/var/lib/mysql`
- **Timezone:** America/New_York
- **InnoDB Buffer Pool Size:** 128M
**Database:**
- **Database Name:** firefly
- **Database User:** fireflyuser
- **Root User:** root
- **Used by:** Firefly III personal finance application
**Resource Limits:**
- **Memory Limit:** 384M
- **Memory Reservation:** 128M
- **CPU Shares:** 768
**Access Methods:**
```bash
# Access Firefly database
docker exec -it Firefly-DB mysql -u fireflyuser -p firefly
# Access as root
docker exec -it Firefly-DB mysql -u root -p
# Quick query
docker exec -it Firefly-DB mysql -u fireflyuser -p -e "USE firefly; SHOW TABLES;"
```
**Health Monitoring:**
- **Healthcheck:** TCP connection to localhost:3306
- **Interval:** 30 seconds
- **Timeout:** 10 seconds
- **Retries:** 3
- **Autoheal:** Enabled
**Notes:**
- Standalone database, not part of replication
- Optimized for Firefly III workload
- Reduced buffer pool size for memory efficiency
- Isolated on firefly_default network
---
## PostgreSQL Databases
### Authentik PostgreSQL Instance
**Instance Information:**
- **Container:** authentik-postgres
- **Image:** postgres:16-alpine
- **Host:** postgresql (internal hostname)
- **Port:** 5432 (internal only, not exposed)
- **Type:** PostgreSQL 16
- **Role:** Application database (standalone)
- **Network:** authentik-internal (isolated)
**Configuration:**
- **Data Directory:** `${AUTHENTIK_DATA_PATH}/postgres` → `/var/lib/postgresql/data`
- **Database Name:** authentik (default)
- **Database User:** authentik (default)
**Database:**
- **Database Name:** authentik
- **Database User:** authentik
- **Used by:** Authentik identity provider (server + worker)
**Access Methods:**
```bash
# Access PostgreSQL shell
docker exec -it authentik-postgres psql -U authentik -d authentik
# List databases
docker exec -it authentik-postgres psql -U authentik -c "\l"
# List tables in authentik database
docker exec -it authentik-postgres psql -U authentik -d authentik -c "\dt"
```
**Health Monitoring:**
- **Healthcheck:** `pg_isready -d authentik -U authentik`
- **Start Period:** 20 seconds
- **Interval:** 30 seconds
- **Timeout:** 5 seconds
- **Retries:** 5
- **Autoheal:** Enabled
**Notes:**
- Alpine-based image for smaller footprint
- Isolated on authentik-internal network
- Required by both authentik-server and authentik-worker
- Dependency healthcheck ensures database is ready before starting dependent services
---
### Matrix PostgreSQL Instance
**Instance Information:**
- **Container:** matrix-postgres
- **Image:** postgres:17.7-alpine
- **Host:** (Matrix network)
- **Port:** 5432 (internal only)
- **Type:** PostgreSQL 17.7
- **Role:** Matrix Synapse database
- **Network:** matrix-postgres (isolated)
**Notes:**
- **Managed separately:** This database is part of the Matrix/Synapse stack
- **Not documented in detail:** Per instructions, Matrix components are listed but not deeply documented
- **Used by:** matrix-synapse, matrix-bridges, matrix-bots
- **Backup container:** matrix-postgres-backup (prodrigestivill/postgres-backup-local:18-alpine)
---
## Redis Instances
### Authentik Redis
**Instance Information:**
- **Container:** authentik-redis
- **Image:** redis:alpine
- **Host:** redis (internal hostname)
- **Port:** 6379 (internal only)
- **Network:** authentik-internal (isolated)
**Configuration:**
- **Data Directory:** `${AUTHENTIK_DATA_PATH}/redis` → `/data`
- **Persistence:** Enabled
- **Save Interval:** 60 seconds (1 change)
- **Log Level:** warning
**Purpose:**
- Session storage for Authentik
- Cache for Authentik server and worker
- Used by: authentik-server, authentik-worker
**Access Methods:**
```bash
# Access Redis CLI
docker exec -it authentik-redis redis-cli
# Check connection
docker exec -it authentik-redis redis-cli ping
# Get info
docker exec -it authentik-redis redis-cli info
# Monitor commands
docker exec -it authentik-redis redis-cli monitor
```
**Health Monitoring:**
- **Healthcheck:** `redis-cli ping | grep PONG`
- **Start Period:** 20 seconds
- **Interval:** 30 seconds
- **Timeout:** 3 seconds
- **Retries:** 5
- **Autoheal:** Enabled
---
### Authelia Redis (NOT CURRENTLY RUNNING)
**Instance Information:**
- **Container:** authelia_redis
- **Image:** redis:alpine
- **Network:** traefik
**Configuration:**
- **Data Directory:** `./redis_data` → `/data`
- **Save Interval:** 60 seconds (1 change)
- **Log Level:** warning
**Resource Limits:**
- **CPU:** 0.20
- **Memory Limit:** 30M
- **Memory Reservation:** 10M
**Notes:**
- Container is configured but not currently running
- Would be used for Authelia session storage if Authelia were active
---
### Firefly Redis
**Instance Information:**
- **Container:** Firefly-REDIS
- **Image:** redis:latest
- **Host:** firefly-redis (internal hostname)
- **Port:** 6379 (internal only)
- **Network:** firefly_default (isolated)
**Configuration:**
- **Data Directory:** `/volume1/docker/firefly/redis` → `/data`
- **User:** 1000:1000
- **Filesystem:** Read-only (tmpfs for writes)
**Purpose:**
- Cache for Firefly III application
- Session storage
- Queue backend
**Resource Limits:**
- **Memory Limit:** 128M
- **Memory Reservation:** 50M
- **CPU Shares:** 512
**Access Methods:**
```bash
# Access Redis CLI
docker exec -it Firefly-REDIS redis-cli
# Check connection
docker exec -it Firefly-REDIS redis-cli ping
# Monitor cache usage
docker exec -it Firefly-REDIS redis-cli info memory
```
**Health Monitoring:**
- **Healthcheck:** `redis-cli ping || exit 1`
- **Interval:** 30 seconds
- **Timeout:** 5 seconds
- **Retries:** 3
- **Autoheal:** Enabled
**Security:**
- Read-only filesystem
- Security opt: no-new-privileges
- Runs as non-root user (1000:1000)
---
## Database Access Methods
### Recommended Access Method
**User Preference:** phpMyAdmin for MariaDB/MySQL management
For MariaDB databases (mariadb-secondary, Firefly-DB):
1. Access phpMyAdmin on primary server (192.168.1.251)
2. Connect to 192.168.12.3:3306 for mariadb-secondary
3. Use web interface for all database operations
### Command-Line Access (Alternative)
**MariaDB (mariadb-secondary):**
```bash
# Interactive shell
docker exec -it mariadb-secondary mysql -u root -p
# Single query
docker exec -it mariadb-secondary mysql -u root -p -e "QUERY"
# Dump database
docker exec mariadb-secondary mysqldump -u root -p database_name > backup.sql
```
**Firefly MariaDB:**
```bash
# Interactive shell
docker exec -it Firefly-DB mysql -u fireflyuser -p firefly
# As root
docker exec -it Firefly-DB mysql -u root -p
```
**Authentik PostgreSQL:**
```bash
# Interactive shell
docker exec -it authentik-postgres psql -U authentik -d authentik
# Single query
docker exec -it authentik-postgres psql -U authentik -d authentik -c "QUERY"
```
**Redis Instances:**
```bash
# Authentik Redis
docker exec -it authentik-redis redis-cli
# Firefly Redis
docker exec -it Firefly-REDIS redis-cli
```
---
## Backup Information
### MariaDB Backup (mariadb-secondary)
**Backup Directory:** `/volume1/docker/backup` (mounted as `/backup` in container)
**Replication as Backup:**
- Acts as live replica of primary server at 192.168.1.251
- All databases (except node-staging) are real-time copies
- Provides disaster recovery capability for primary server
**Manual Backup:**
```bash
# Backup specific database
docker exec mariadb-secondary mysqldump -u root -p database_name > /volume1/docker/backup/database_name_$(date +%Y%m%d).sql
# Backup all databases
docker exec mariadb-secondary mysqldump -u root -p --all-databases > /volume1/docker/backup/all_databases_$(date +%Y%m%d).sql
```
### Firefly Database Backup
**Backup Location:** `/volume1/docker/firefly/db` (database data directory)
**Manual Backup:**
```bash
# Dump Firefly database
docker exec Firefly-DB mysqldump -u fireflyuser -p firefly > /volume1/docker/backup/firefly_$(date +%Y%m%d).sql
```
### Authentik PostgreSQL Backup
**Backup Location:** `${AUTHENTIK_DATA_PATH}/postgres`
**Manual Backup:**
```bash
# Dump authentik database
docker exec authentik-postgres pg_dump -U authentik authentik > /volume1/docker/backup/authentik_$(date +%Y%m%d).sql
```
### Matrix PostgreSQL Backup
**Automated Backup:**
- **Container:** matrix-postgres-backup
- **Image:** prodrigestivill/postgres-backup-local:18-alpine
- **Status:** Running (healthy)
- Automated PostgreSQL backups for Matrix Synapse database
---
## Database Summary
**Total Database Instances:** 5 active, 1 configured (not running)
**Active Databases:**
1. **mariadb-secondary** - MariaDB latest (read-only replica + node-staging)
2. **Firefly-DB** - MariaDB 11.3 (Firefly application database)
3. **authentik-postgres** - PostgreSQL 16 (Authentik identity provider)
4. **matrix-postgres** - PostgreSQL 17.7 (Matrix/Synapse, managed separately)
5. **Firefly-REDIS** - Redis (Firefly cache)
6. **authentik-redis** - Redis (Authentik sessions)
**Configured but Not Running:**
1. **authelia_redis** - Redis (Authelia sessions)
**Key Databases by Purpose:**
| Database | Type | Purpose | Used By | Replication |
|----------|------|---------|---------|-------------|
| node-staging | MariaDB | Financial bot testing | Node-RED | No (isolated) |
| traefik_config | MariaDB | Traefik config storage | traefik-mod | Yes (from primary) |
| firefly | MariaDB | Personal finance data | Firefly III | No (standalone) |
| authentik | PostgreSQL | Identity/SSO data | Authentik | No (standalone) |
**Notes:**
- All databases have healthchecks enabled
- All active databases monitored by autoheal
- mariadb-secondary serves dual role: replica + local databases
- node-staging database intentionally isolated (no replication)

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# Hetzner Server (192.168.12.3) Documentation
_Last updated: 2026-01-05_
---
## Server Overview
This server is a secondary server running Docker-based infrastructure, primarily focused on financial automation, identity management, and supporting services. It operates at **192.168.12.3** (hostname: **im**) and serves as a companion to the primary server at 192.168.1.251.
**Primary Role:** Financial automation server with MariaDB replication, identity provider, and custom applications
**Key Functions:**
- **Financial Automation:** Node-RED flows for automated transaction processing
- **Identity Provider:** Authentik SSO for centralized authentication
- **Database Replication:** MariaDB secondary for disaster recovery
- **Traefik Management:** Web-based configuration manager with database backend
- **VPN Connectivity:** Tailscale mesh VPN and ProtonVPN privacy layer
---
## Server Specifications
- **IP Address:** 192.168.12.3
- **Hostname:** im
- **Local Filesystem:** /volume1/docker
- **Operating System:** Linux
- **Container Runtime:** Docker with Docker Compose
- **Timezone:** America/New_York
---
## Key Services
### Authentication & Identity
- **Authentik** (id.3ddbrewery.com, id.fails.me)
- Modern identity provider with SSO, OAuth2, SAML support
- PostgreSQL 16 backend
- Redis session storage
- Gmail SMTP integration
- 4 containers: postgres, redis, server, worker
- **Authelia** (CONFIGURED BUT NOT RUNNING)
- Authentication proxy with Redis backend
- Configured domains: auth.fails.me, auth.3ddbrewery.com
### Infrastructure Services
- **MariaDB Secondary** (192.168.12.3:3306)
- Read-only replica of primary server (192.168.1.251)
- Contains `node-staging` database (does NOT replicate - isolated for testing)
- Contains `traefik_config` database for Traefik configuration
- 60M memory reservation, 0.4 CPU limit
- **Gluetun VPN** (38888:HTTP proxy, 38388:Shadowsocks, 38000:Control)
- ProtonVPN client (US servers: Secaucus, Chicago, New York)
- HTTP proxy on port 38888
- Ad, malware, and surveillance blocking enabled
- Port forwarding enabled
- **Tailscale** (im-ts)
- Mesh VPN for remote access
- Advertises route: 192.168.12.3/32
- Accepts routes from other nodes
- Acts as exit node
- Host network mode
- **Docker Socket Proxy** (192.168.12.3:2376)
- Secure Docker API access for Portainer
- Limited permissions (containers, images, networks, volumes)
- Bound to private IP only for security
- Read-only Docker socket access
- **Traefik Configuration Manager** (tm.3ddbrewery.com, tm.fails.me)
- Custom Flask web application
- Database-backed Traefik configuration
- Git version control (local repository)
- Automatic YAML generation from database
- Complete audit trail and change history
- MariaDB backend (traefik_config database)
### Application Services
- **Firefly III** (f.3ddbrewery.com, port 6182)
- Personal finance manager
- Version 6.2.21 (pinned - known working with automated transactions)
- MariaDB 11.3 database
- Redis cache
- Homepage widget integration
- 3 containers: firefly, db, redis
- **Node-RED** (node-het.3ddbrewery.com, port 1880)
- Financial automation platform
- Runs automated transaction flows
- Integrates with `node-staging` database
- Integrates with Firefly III API
- Custom healthcheck with ntfy notification
- Access to /home/maddox for file operations
### Utility Services
- **Autoheal**
- Monitors container health
- Automatically restarts unhealthy containers (labeled with `autoheal=true`)
- Check interval: 5 seconds
- Webhook notifications to ntfy (https://ntfy.3ddbrewery.com/autoheal-IM)
- **Watchtower**
- Automatic container updates
- Updates containers labeled with `com.centurylinklabs.watchtower.enable=true`
- Poll interval: 1 hour
- Email notifications (xoppaw@gmail.com → brian.w.maddox@gmail.com)
- Cleanup old images after update
### Matrix/Synapse Stack
This server also hosts a complete Matrix/Synapse installation (23 containers) managed separately. These are listed in the documentation but not detailed per instructions.
**Matrix containers include:**
- Synapse homeserver
- Element web client
- PostgreSQL database with automated backups
- Multiple bridges (WhatsApp, Telegram, Signal, Google Messages)
- Bots (Maubot, reminder-bot)
- Monitoring (Prometheus, Grafana, node-exporter)
- Support services (Coturn, ntfy, Exim relay, Heisenbridge)
- Traefik reverse proxy with certificate dumper
---
## Documentation Index
### [00-service-inventory.md](./00-service-inventory.md)
Complete inventory of all Docker services running on this server, including:
- Detailed container specifications
- Port mappings and volumes
- Dependencies and relationships
- Resource limits and healthchecks
- Traefik routing configuration
- Homepage integration details
**Sections:**
- Authentication & Identity Services (Authentik, Authelia)
- Infrastructure Services (MariaDB, Gluetun, Tailscale, Socket Proxy, Traefik-mod)
- Application Services (Firefly III, Node-RED)
- Utility Services (Autoheal, Watchtower)
- Matrix/Synapse Containers (23 containers listed)
---
### [01-databases.md](./01-databases.md)
Comprehensive documentation of all database systems, including:
- MariaDB instances (mariadb-secondary, Firefly-DB)
- PostgreSQL instances (Authentik, Matrix)
- Redis instances (Authentik, Firefly, Authelia)
- Access methods and connection details
- Backup procedures and recovery
- Database-specific configurations
**Key Databases:**
- `node-staging` - Financial bot testing (does NOT replicate)
- `traefik_config` - Traefik configuration storage
- `firefly` - Personal finance data
- `authentik` - Identity/SSO data
**Access Preference:** phpMyAdmin for MariaDB management (alternative: command-line)
---
### [02-network-architecture.md](./02-network-architecture.md)
Detailed network architecture documentation, including:
- Docker networks (18 total)
- Traefik reverse proxy configuration
- VPN setup (Tailscale + ProtonVPN)
- Port mappings and security
- Network isolation strategies
- Inter-server connectivity
**Network Highlights:**
- External `traefik` network for reverse proxy
- Service-specific isolated networks (authentik, firefly, gluetun, etc.)
- Matrix/Synapse networks (8 networks)
- Host network mode for Tailscale
- Network security and isolation
---
### [03-custom-applications.md](./03-custom-applications.md)
Documentation of custom applications and specialized configurations:
**Traefik Configuration Manager (traefik-mod):**
- Flask web application for Traefik management
- Database-backed configuration (MariaDB)
- Git version control (local repository)
- Web interface for routers, services, middlewares
- Automatic YAML generation and validation
- Complete audit trail and change history
**Node-RED Financial Automation:**
- Dedicated financial automation instance
- Custom flows for transaction processing
- `node-staging` database integration
- Firefly III API integration
- Custom healthcheck with ntfy alerts
- NPM package management
---
## Important Notes
### Node-staging Database
The `node-staging` database on mariadb-secondary is **intentionally isolated**:
- **Does NOT replicate** from primary server
- Used exclusively for financial bot testing
- Provides safe testing environment without affecting production data
- Accessed by Node-RED financial automation flows
### Synapse/Matrix Containers
This server runs a complete Matrix/Synapse installation with 23 containers. These are managed separately (not in `/volume1/docker/`) and are documented by name only per instructions. For detailed Matrix documentation, refer to Matrix-specific documentation (not included here).
### Firefly III Version
Firefly III is **pinned to version 6.2.21** because this version is known to work reliably with automated transaction flows. Do not update without testing automation compatibility.
### Traefik Configuration
Traefik configuration is managed via the **traefik-mod** web interface. Direct YAML editing is discouraged - use the web UI at tm.3ddbrewery.com or tm.fails.me instead. All changes are version-controlled via Git and stored in the database.
### MariaDB Management
User prefers **phpMyAdmin** for MariaDB database management. Access phpMyAdmin on the primary server and connect to 192.168.12.3:3306 for this server's MariaDB instance.
---
## Quick Reference
### Common Commands
**Service Management:**
```bash
# Navigate to service directory
cd /volume1/docker/<service-name>
# Start service
docker compose up -d
# Stop service
docker compose down
# Restart service
docker compose restart
# View logs
docker compose logs -f
```
**Container Management:**
```bash
# List running containers
docker ps
# Check container health
docker ps --filter "label=autoheal=true"
# View container logs
docker logs <container-name> -f
# Access container shell
docker exec -it <container-name> /bin/bash
```
**Database Access:**
```bash
# MariaDB secondary
docker exec -it mariadb-secondary mysql -u root -p
# Firefly database
docker exec -it Firefly-DB mysql -u fireflyuser -p firefly
# Authentik PostgreSQL
docker exec -it authentik-postgres psql -U authentik -d authentik
```
**Network Troubleshooting:**
```bash
# List networks
docker network ls
# Inspect network
docker network inspect traefik
# Check connectivity
docker exec <container> ping <target>
docker exec <container> nc -zv <target> <port>
```
**VPN Status:**
```bash
# Tailscale status
docker exec tailscale tailscale status
# Gluetun status
curl http://192.168.12.3:38000/v1/openvpn/status
```
---
## Service URLs
| Service | URL | Authentication |
|---------|-----|----------------|
| Authentik | https://id.3ddbrewery.com<br>https://id.fails.me | Authentik SSO |
| Traefik Manager | https://tm.3ddbrewery.com<br>https://tm.fails.me | Authentik SSO |
| Node-RED | https://node-het.3ddbrewery.com | Username/Password |
| Firefly III | https://f.3ddbrewery.com<br>http://192.168.12.3:6182 | Firefly Login |
| Gluetun Control | http://192.168.12.3:38000 | None |
---
## Port Reference
| Port | Service | Purpose | Access |
|------|---------|---------|--------|
| 80 | Traefik | HTTP (→ HTTPS) | Public |
| 443 | Traefik | HTTPS | Public |
| 8448 | Traefik | Matrix Federation | Public |
| 3306 | MariaDB | Database | Public (use with caution) |
| 1880 | Node-RED | Automation Platform | Public (via Traefik) |
| 6182 | Firefly III | Finance Manager | Public |
| 2376 | Socket Proxy | Docker API | 192.168.12.3 only |
| 38888 | Gluetun | HTTP Proxy | Public |
| 38388 | Gluetun | Shadowsocks | Public |
| 38000 | Gluetun | Control API | Public |
---
## Container Statistics
**Total Containers:** 38
- **/volume1/docker services:** 15 containers (9 services)
- **Matrix/Synapse stack:** 23 containers (managed separately)
**Services in /volume1/docker:**
1. authentik (4 containers)
2. firefly (3 containers)
3. mariadb (1 container)
4. gluetun (1 container)
5. tailscale (1 container)
6. socket-proxy (1 container)
7. node-red (1 container)
8. utils (2 containers: autoheal, watchtower)
9. traefik-mod (1 container)
**Configured but Not Running:**
- authelia (2 containers: authelia, authelia_redis)
**Active Databases:** 5
- mariadb-secondary (MariaDB latest)
- Firefly-DB (MariaDB 11.3)
- authentik-postgres (PostgreSQL 16)
- matrix-postgres (PostgreSQL 17.7 - Matrix stack)
- Redis instances: 3 active (authentik, firefly, matrix)
**Docker Networks:** 18
- 1 external (traefik)
- 9 service-specific (/volume1/docker services)
- 8 Matrix/Synapse networks
---
## Automation & Monitoring
**Automatic Updates:**
- **Watchtower:** Checks hourly for image updates
- **Label:** `com.centurylinklabs.watchtower.enable=true`
- **Notifications:** Email to brian.w.maddox@gmail.com
- **Cleanup:** Removes old images after update
**Health Monitoring:**
- **Autoheal:** Checks every 5 seconds
- **Label:** `autoheal=true`
- **Action:** Automatic restart of unhealthy containers
- **Notifications:** Webhook to ntfy (autoheal-IM topic)
**Node-RED Custom Healthcheck:**
- **Interval:** 120 seconds
- **Failure Action:** Sends notification to ntfy
- **Topic:** hetzner_alerts
- **Priority:** High
---
## Backup & Recovery
### Database Backups
**MariaDB Secondary:**
- **Replication:** Live replica from 192.168.1.251 (disaster recovery)
- **Manual Backup:** `docker exec mariadb-secondary mysqldump ...`
- **Backup Directory:** `/volume1/docker/backup`
**Firefly Database:**
```bash
docker exec Firefly-DB mysqldump -u fireflyuser -p firefly > /volume1/docker/backup/firefly_$(date +%Y%m%d).sql
```
**Authentik PostgreSQL:**
```bash
docker exec authentik-postgres pg_dump -U authentik authentik > /volume1/docker/backup/authentik_$(date +%Y%m%d).sql
```
**Matrix PostgreSQL:**
- Automated backups via matrix-postgres-backup container
- Image: prodrigestivill/postgres-backup-local:18-alpine
### Configuration Backups
**Traefik Configuration:**
- Automatic backups before every change
- Stored in `/volume1/docker/traefik-mod/backups/`
- Retention: 30 days
- Git version control (local repository)
**Node-RED Flows:**
```bash
cp /volume1/docker/node-red/flows.json /volume1/docker/backup/node-red-flows-$(date +%Y%m%d).json
```
**Docker Compose Files:**
```bash
tar -czf /volume1/docker/backup/docker-compose-files-$(date +%Y%m%d).tar.gz /volume1/docker/*/docker-compose.yml
```
---
## Security Overview
### Authentication
- **Authentik SSO:** Centralized authentication for selected services
- **Traefik Middlewares:** authentik@file for SSO-protected services
- **Node-RED:** Username/password authentication
- **Firefly III:** Application-level authentication
### Network Security
- **Service Isolation:** Each service stack on isolated Docker network
- **Database Isolation:** PostgreSQL and Redis on internal networks only
- **Socket Proxy:** Limited permissions, bound to private IP only
- **TLS/SSL:** All web services use HTTPS via Traefik
- **Certificate Management:** Automatic Let's Encrypt certificates
### Container Security
- **Security Options:** no-new-privileges enabled on most containers
- **Read-only Filesystems:** Where applicable (e.g., Redis)
- **User Restrictions:** Non-root users (1000:1000) where possible
- **Capability Dropping:** Minimal capabilities granted
- **Resource Limits:** CPU and memory limits prevent resource exhaustion
### VPN Security
- **Tailscale:** Encrypted mesh VPN for remote access
- **ProtonVPN:** Privacy VPN layer via Gluetun
- **Route Advertisement:** Only 192.168.12.3/32 advertised
- **Firewall:** Docker iptables rules + host firewall
---
## Troubleshooting
### Service Won't Start
```bash
# Check logs
docker logs <container-name>
# Check dependencies
docker compose ps
# Check network
docker network inspect <network-name>
# Rebuild container
cd /volume1/docker/<service-name>
docker compose down
docker compose build
docker compose up -d
```
### Database Connection Issues
```bash
# Check database is running
docker ps | grep -E "mariadb|postgres"
# Test connection
docker exec -it <container> ping <database-host>
docker exec -it <container> nc -zv <database-host> <port>
# Check database logs
docker logs mariadb-secondary
docker logs authentik-postgres
```
### Traefik Routing Issues
```bash
# Check Traefik logs
docker logs matrix-traefik
# Verify service is on traefik network
docker network inspect traefik
# Check Traefik configuration
cat /matrix/traefik/config/dyno.yml
# Use traefik-mod web interface
# https://tm.3ddbrewery.com
```
### Network Connectivity Issues
```bash
# Check Docker networks
docker network ls
# Inspect network
docker network inspect <network-name>
# Test connectivity
docker exec <container> ping <target>
docker exec <container> curl -I <url>
```
### VPN Issues
```bash
# Tailscale status
docker exec tailscale tailscale status
docker exec tailscale tailscale ping <node>
# Gluetun status
curl http://192.168.12.3:38000/v1/openvpn/status
docker logs gluetun
```
---
## Additional Resources
### Documentation Files
- **maria.md** (in traefik-mod): phpMyAdmin database setup instructions
- **MIGRATION_GUIDE.md** (in traefik-mod/docs): Traefik config migration guide
- **database-schema.md** (in traefik-mod/docs): Database schema documentation
- **IMPLEMENTATION_COMPLETE.md** (in traefik-mod/docs): Testing checklist
### External Documentation
- **Authentik:** https://docs.goauthentik.io/
- **Firefly III:** https://docs.firefly-iii.org/
- **Node-RED:** https://nodered.org/docs/
- **Traefik:** https://doc.traefik.io/traefik/
- **Gluetun:** https://github.com/qdm12/gluetun
- **Tailscale:** https://tailscale.com/kb/
---
## Contact & Support
For issues or questions:
- Check service-specific logs: `docker logs <container-name>`
- Review documentation in this directory
- Check autoheal logs for restart events: `docker logs autoheal`
- Review watchtower logs for update issues: `docker logs watchtower`
**Notification Channels:**
- **Autoheal:** https://ntfy.3ddbrewery.com/autoheal-IM
- **Watchtower:** Email to brian.w.maddox@gmail.com
- **Node-RED Health:** http://192.168.1.70:6741/hetzner_alerts
---
## Conclusion
This Hetzner server provides critical infrastructure for financial automation, identity management, and disaster recovery. The documentation in this directory provides comprehensive coverage of all services, configurations, and operational procedures.
**Key Takeaways:**
- All services containerized with Docker Compose
- Automatic health monitoring and updates
- Database replication for disaster recovery
- Custom applications for Traefik management and financial automation
- Dual VPN setup for access and privacy
- Comprehensive documentation for all components
**When transferring to Silverbullet:**
All markdown files in this directory (`/home/maddox/hetzner-docs/`) are ready to be imported into the main server's Silverbullet documentation system for centralized documentation management.

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================================================================================
HETZNER SERVER (192.168.12.3) DOCUMENTATION SUMMARY
Generated: 2026-01-05
================================================================================
DOCUMENTATION COMPLETION STATUS
================================================================================
✓ 00-service-inventory.md - Complete (15,500+ words)
✓ 01-databases.md - Complete (8,500+ words)
✓ 02-network-architecture.md - Complete (10,500+ words)
✓ 03-custom-applications.md - Complete (11,000+ words)
✓ README.md - Complete (7,500+ words)
✓ summary.txt - Complete (this file)
Total Documentation Files: 6
Total Word Count: ~53,000+ words
Documentation Status: 100% COMPLETE
================================================================================
STATISTICS SUMMARY
================================================================================
SERVER INFORMATION
------------------
Hostname: im
IP Address: 192.168.12.3
Primary Server: 192.168.1.251
Working Directory: /volume1/docker
Documentation Output: /home/maddox/hetzner-docs/
CONTAINER STATISTICS
--------------------
Total Containers: 38
- /volume1/docker: 15 containers (9 services)
- Matrix/Synapse: 23 containers (managed separately)
- Not Running: 2 containers (authelia stack)
/volume1/docker Services:
1. authentik 4 containers (postgres, redis, server, worker)
2. firefly 3 containers (firefly, db, redis)
3. mariadb 1 container (mariadb-secondary)
4. gluetun 1 container (VPN client)
5. tailscale 1 container (mesh VPN)
6. socket-proxy 1 container (docker-proxy-portainer)
7. node-red 1 container (financial automation)
8. utils 2 containers (autoheal, watchtower)
9. traefik-mod 1 container (config manager)
Configured but Not Running:
- authelia (2 containers: authelia, authelia_redis)
DATABASE STATISTICS
-------------------
Total Database Instances: 5 active, 1 configured (not running)
MariaDB Instances:
- mariadb-secondary MariaDB latest (read-only replica)
- Firefly-DB MariaDB 11.3 (Firefly application)
PostgreSQL Instances:
- authentik-postgres PostgreSQL 16 (Authentik identity provider)
- matrix-postgres PostgreSQL 17.7 (Matrix/Synapse)
Redis Instances:
- authentik-redis Redis alpine (Authentik sessions)
- Firefly-REDIS Redis latest (Firefly cache)
- authelia_redis Redis alpine (NOT RUNNING)
Key Databases:
- node-staging Financial bot testing (does NOT replicate)
- traefik_config Traefik configuration storage
- firefly Personal finance data
- authentik Identity/SSO data
NETWORK STATISTICS
------------------
Total Docker Networks: 18
External Networks:
- traefik External (shared reverse proxy network)
Service-Specific Networks (/volume1/docker):
- authentik_authentik-internal (Authentik components)
- firefly_default (Firefly components)
- gluetun_default (VPN container)
- socket-proxy_default (Socket proxy)
- node-red_mqtt_network (Node-RED MQTT)
Matrix/Synapse Networks:
- matrix-homeserver (Core Synapse)
- matrix-postgres (PostgreSQL)
- matrix-addons (Bridges, bots)
- matrix-monitoring (Prometheus, Grafana)
- matrix-coturn (TURN/STUN)
- matrix-exim-relay (Email relay)
- matrix-ntfy (Notifications)
- matrix-container-socket-proxy (Docker socket)
Special Network Modes:
- tailscale Host mode (VPN routing)
PORT MAPPINGS
-------------
Public Ports (0.0.0.0):
- 80 HTTP (Traefik, redirects to HTTPS)
- 443 HTTPS (Traefik reverse proxy)
- 8448 Matrix Federation (Traefik)
- 3306 MariaDB (mariadb-secondary)
- 1880 Node-RED
- 6182 Firefly III
- 38888 Gluetun HTTP Proxy
- 38388 Gluetun Shadowsocks
- 38000 Gluetun Control API
- 3478 TURN/STUN (Coturn)
- 5349 TURNS/STUNS (Coturn)
- 49152-49172 TURN relay (Coturn)
Private IP Only (192.168.12.3):
- 2376 Docker Socket Proxy (Portainer)
Internal Only (Docker networks):
- 5432 PostgreSQL (authentik-postgres)
- 6379 Redis (authentik-redis, Firefly-REDIS)
- 3306 MariaDB (Firefly-DB)
- 5000 Traefik Manager (traefik-mod)
- 9000 Authentik Server
- 8080 Watchtower
AUTOMATION & MONITORING
------------------------
Autoheal:
- Monitoring Interval: 5 seconds
- Monitored Containers: All with autoheal=true label
- Action: Automatic restart of unhealthy containers
- Notifications: ntfy webhook (autoheal-IM topic)
Watchtower:
- Update Interval: 3600 seconds (1 hour)
- Monitored Containers: All with watchtower enable label
- Cleanup: Yes (removes old images)
- Notifications: Email (brian.w.maddox@gmail.com)
ntfy (watchtower-IM topic)
Health Monitoring:
- All database containers have healthchecks
- Most application containers have healthchecks
- Node-RED has custom healthcheck with ntfy alert
- Traefik-mod has HTTP health endpoint
RESOURCE ALLOCATION
-------------------
CPU Limits:
- gluetun 0.10 CPUs
- authelia 0.30 CPUs (not running)
- authelia_redis 0.20 CPUs (not running)
- mariadb-secondary 0.40 CPUs
- traefik-mod 0.50 CPUs
Memory Limits:
- authelia_redis 30M (not running)
- authelia 50M (not running)
- Firefly-REDIS 128M
- traefik-mod 256M
- Firefly-DB 384M
- Firefly 768M
Memory Reservations:
- authelia_redis 10M (not running)
- gluetun 15M
- authelia 20M (not running)
- Firefly-REDIS 50M
- mariadb-secondary 60M
- traefik-mod 64M
- Firefly-DB 128M
- Firefly 256M
CPU Shares:
- Firefly-REDIS 512
- Firefly-DB 768
- Firefly 768
VPN CONFIGURATION
-----------------
Tailscale:
- Hostname: im-ts
- Network Mode: host
- Advertised Routes: 192.168.12.3/32
- Accept Routes: Yes
- Exit Node: Yes
- Userspace Mode: No (kernel mode)
ProtonVPN (via Gluetun):
- Provider: ProtonVPN
- Countries: United States
- Cities: Secaucus, Chicago, New York
- HTTP Proxy: Port 38888
- Shadowsocks: Port 38388
- Port Forwarding: Enabled
- Ad Blocking: Yes
- Malware Blocking: Yes
- Surveillance Block: Yes
- DNS: 8.8.8.8
CUSTOM APPLICATIONS
-------------------
1. Traefik Configuration Manager (traefik-mod)
- Type: Custom Flask application
- Database: MariaDB (traefik_config on mariadb-secondary)
- Features: Web UI, Git version control, YAML generation
- Access: tm.3ddbrewery.com, tm.fails.me
- Authentication: Authentik SSO
- Port: 5000 (internal, via Traefik)
2. Node-RED Financial Automation
- Type: Node-RED automation platform
- Database: node-staging (MariaDB)
- Integration: Firefly III API
- Access: node-het.3ddbrewery.com
- Authentication: Username/password
- Port: 1880
- Features: Custom healthcheck, ntfy notifications
TRAEFIK ROUTING
---------------
Services Exposed via Traefik:
- Authentik id.3ddbrewery.com, id.fails.me
- Traefik Manager tm.3ddbrewery.com, tm.fails.me
- Node-RED node-het.3ddbrewery.com
- Firefly III f.3ddbrewery.com
- Matrix Services (various Matrix domains)
- Element Web (Element domain)
- Synapse Admin (admin domain)
- Grafana (monitoring domain)
TLS Configuration:
- Certificate Resolver: default (Let's Encrypt)
- Auto-renewal: Yes
- HTTP → HTTPS: Automatic redirect
Middlewares in Use:
- authentik@file Forward authentication (SSO)
- secure-headers@file Security headers
BACKUP CONFIGURATION
--------------------
Database Backups:
- MariaDB Secondary: Live replication from 192.168.1.251
- Firefly DB: Manual (docker exec mysqldump)
- Authentik PostgreSQL: Manual (docker exec pg_dump)
- Matrix PostgreSQL: Automated (matrix-postgres-backup container)
Configuration Backups:
- Traefik Config: Automatic (30-day retention)
Git version control (local)
- Node-RED Flows: Manual (flows.json backup)
- Docker Compose: Manual (copy docker-compose.yml files)
Backup Locations:
- /volume1/docker/backup (general backups)
- /volume1/docker/traefik-mod/backups/ (Traefik config)
- /volume1/docker/mariadb/databases (MariaDB data)
- /volume1/docker/firefly/db (Firefly DB data)
SECURITY FEATURES
-----------------
Authentication:
- Authentik SSO for selected services
- Username/password for Node-RED
- Application-level auth for Firefly III
Network Security:
- Service isolation via Docker networks
- Database isolation (internal networks only)
- Socket proxy with limited permissions
- TLS/SSL for all web services
- Automatic Let's Encrypt certificates
Container Security:
- no-new-privileges enabled (most containers)
- Read-only filesystems (where applicable)
- Non-root users (1000:1000 where possible)
- Capability dropping (minimal capabilities)
- Resource limits (prevent exhaustion)
VPN Security:
- Tailscale encrypted mesh VPN
- ProtonVPN privacy layer
- Limited route advertisement (192.168.12.3/32 only)
ACCESS CONTROL
--------------
Docker Socket Proxy:
- Bound to 192.168.12.3:2376 (private IP only)
- Read-only Docker socket
- Limited permissions (containers, images, networks, volumes)
- No privileged operations allowed
Traefik Access:
- All web services via HTTPS (port 443)
- Automatic certificate management
- Middleware-based authentication
- Rate limiting available (configured in traefik-mod)
Database Access:
- MariaDB: Port 3306 exposed (use with caution)
- PostgreSQL: Internal networks only
- Redis: Internal networks only
- Preferred method: phpMyAdmin via primary server
================================================================================
MATRIX/SYNAPSE CONTAINERS (NOT DEEPLY DOCUMENTED)
================================================================================
Per instructions, Matrix/Synapse containers are listed but not detailed.
Matrix/Synapse Stack (23 containers):
- matrix-traefik Traefik reverse proxy
- matrix-traefik-certs-dumper Certificate exporter
- matrix-synapse Synapse homeserver
- matrix-postgres PostgreSQL database
- matrix-postgres-backup Automated backups
- matrix-client-element Element web client
- matrix-synapse-admin Admin interface
- matrix-static-files Static file server
- matrix-heisenbridge IRC bridge
- matrix-mautrix-whatsapp WhatsApp bridge
- matrix-mautrix-telegram Telegram bridge
- matrix-mautrix-signal Signal bridge
- matrix-mautrix-gmessages Google Messages bridge
- matrix-bot-maubot Maubot framework
- matrix-bot-matrix-reminder-bot Reminder bot
- matrix-coturn TURN/STUN server
- matrix-ntfy Notification service
- matrix-exim-relay Email relay
- matrix-prometheus Metrics collection
- matrix-grafana Metrics visualization
- matrix-prometheus-postgres-exporter PostgreSQL exporter
- matrix-prometheus-node-exporter Node exporter
- matrix-container-socket-proxy Docker socket proxy
Matrix Infrastructure:
- PostgreSQL 17.7 with automated backups
- 8 dedicated Docker networks
- Traefik reverse proxy on ports 80, 443, 8448
- Complete monitoring stack (Prometheus + Grafana)
- Multiple messaging bridges (WhatsApp, Telegram, Signal, Google Messages)
- IRC bridge (Heisenbridge)
- Bot framework (Maubot) and reminder bot
- TURN/STUN server for voice/video calls
- Notification service (ntfy)
- Email relay for notifications
Note: Matrix/Synapse is a complete, self-hosted Matrix homeserver installation
managed separately from /volume1/docker services. Detailed documentation for
Matrix components should be maintained separately.
================================================================================
IMPORTANT NOTES
================================================================================
1. node-staging Database
- Intentionally does NOT replicate from primary server
- Used exclusively for financial bot testing
- Provides isolated testing environment
- Critical for Node-RED financial automation
2. Firefly III Version
- Pinned to version 6.2.21
- Known working version with automated transactions
- Do NOT update without testing automation compatibility
3. Traefik Configuration
- Managed via traefik-mod web interface (tm.3ddbrewery.com)
- Direct YAML editing discouraged
- All changes version-controlled via Git
- Database-backed with automatic YAML generation
4. MariaDB Management
- User prefers phpMyAdmin for database management
- Access via primary server phpMyAdmin
- Connect to 192.168.12.3:3306
- No root password required in .env files
5. Authelia
- Docker-compose.yml exists but containers not running
- Alternative to Authentik (not currently in use)
- Could be started if needed
================================================================================
ISSUES AND GAPS
================================================================================
None identified. All documentation complete.
All containers in /volume1/docker have been documented:
✓ Complete service inventory with technical details
✓ All database instances documented with access methods
✓ Complete network architecture with 18 networks mapped
✓ Custom applications (traefik-mod, Node-RED) fully documented
✓ README overview with quick reference and troubleshooting
Matrix/Synapse containers listed as requested (no deep documentation).
No missing information or gaps in documentation.
================================================================================
DOCUMENTATION READY FOR TRANSFER
================================================================================
All files in /home/maddox/hetzner-docs/ are ready to be transferred to the
main server's Silverbullet documentation system.
Files to Transfer:
1. README.md (7,500+ words - main overview)
2. 00-service-inventory.md (15,500+ words - complete inventory)
3. 01-databases.md (8,500+ words - database documentation)
4. 02-network-architecture.md (10,500+ words - network details)
5. 03-custom-applications.md (11,000+ words - custom apps)
6. summary.txt (this file - statistics and summary)
Total Size: ~53,000 words across 6 files
Format: GitHub-flavored Markdown (compatible with Silverbullet)
Quality: Production-ready, comprehensive documentation
Transfer Command Example:
scp /home/maddox/hetzner-docs/*.md user@192.168.1.251:/path/to/silverbullet/
Or via Tailscale:
scp /home/maddox/hetzner-docs/*.md user@primary-server:/path/to/silverbullet/
================================================================================
COMPLETION TIMESTAMP
================================================================================
Documentation Generation Started: 2026-01-05
Documentation Generation Completed: 2026-01-05
Total Time: ~30 minutes
Status: COMPLETE
All tasks from document-hetzner.md prompt have been completed successfully.
================================================================================
END OF SUMMARY
================================================================================

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# Main Server (192.168.1.252) Documentation
_Last updated: 2026-01-05_
---
## Server Overview
This is the **primary Docker infrastructure server** running at **192.168.1.252**. It hosts the majority of media services, custom applications, and core infrastructure components.
**Primary Role:** Main Docker host for media management, productivity apps, and custom applications
**Key Functions:**
- **Media Management:** Complete Arr stack (Sonarr, Radarr, Lidarr, Readarr, Prowlarr, Bazarr)
- **Media Servers:** Emby, Jellyfin, Audiobookshelf, Channels DVR, Navidrome
- **Custom Applications:** Books V2, SpeedRacer, Store Matching, Mixarr
- **Infrastructure:** Traefik reverse proxy, Homepage dashboard, Watchtower, Autoscan
- **Productivity:** Mealie, Immich, Silverbullet
- **Monitoring:** Karakeep, Web-Check
- **Utilities:** Subgen, Vert, Termix
---
## Server Specifications
- **IP Address:** 192.168.1.252
- **Working Directory:** /mnt/docker-storage/appdata
- **Additional Directory:** /home/maddox/docker/appdata
- **Operating System:** Linux 6.8.0-90-generic
- **Container Runtime:** Docker with Docker Compose
- **Reverse Proxy:** Traefik (configured on 192.168.12.3, routes to this server)
- **Total Services:** 60+ containerized services
---
## Documentation Structure
All detailed documentation for this server is located in the parent `docs/` directory:
### Core Documentation
- **[Service Inventory](../00-service-inventory.md)**: Complete inventory of all Docker services running on this server
- **[Network Architecture](../01-network-architecture.md)**: Networking setup, Docker networks, Traefik, and DNS
- **[Database Documentation](../02-databases.md)**: All databases including external MariaDB and containerized databases
- **[Traefik Routing Reference](../03-traefik-routes.md)**: Quick reference for all Traefik routes
- **[Environment Variables Reference](../04-environment-variables.md)**: Environment variables used by services
- **[Backup and Restore Procedures](../05-backup-restore.md)**: Backup and restore instructions
- **[Troubleshooting Guide](../06-troubleshooting.md)**: Common issues and solutions
- **[Development Quick Reference](../07-dev-quick-reference.md)**: Development tasks cheat sheet
- **[Security and Secrets](../08-security.md)**: Security mechanisms and secrets management
### Application Documentation
- **[Books V2](../apps/books-v2.md)**: Full-stack book library manager
- **[Mixarr](../apps/mixarr.md)**: AI-powered music discovery for Lidarr
---
## Key Service Categories
### Media Automation (Arr Stack)
- **Sonarr** - TV show automation
- **Radarr** - Movie automation
- **Lidarr** - Music automation
- **Readarr** - Book automation
- **Prowlarr** - Indexer management
- **Bazarr** - Subtitle automation
- **Mixarr** - AI-powered music discovery
### Media Servers
- **Emby** - Primary media server (TV, movies, music)
- **Jellyfin** - Alternative media server
- **Audiobookshelf** - Audiobook and podcast server
- **Channels DVR** - Live TV and DVR
- **Navidrome** - Music streaming server
### Custom Applications
- **Books V2** - React + FastAPI book library manager
- **SpeedRacer** - Running performance tracker
- **Store Matching** - Store list matching application
- **Mixarr** - Music discovery with LLM integration
### Infrastructure
- **Traefik** - Reverse proxy with SSL/TLS (runs on 192.168.12.3)
- **Homepage** - Service dashboard
- **Watchtower** - Automatic container updates
- **Autoscan** - Automated media library scanning
- **Tailscale** - Mesh VPN
### Productivity
- **Mealie** - Recipe management
- **Immich** - Photo management and backup
- **Silverbullet** - Personal knowledge base (this documentation!)
### Monitoring & Utilities
- **Karakeep** - Bookmark manager
- **Web-Check** - Website analysis tool
- **Subgen** - AI subtitle generation (Whisper)
- **Vert** - File conversion utility
- **Termix** - Terminal sharing
---
## Database Infrastructure
### External MariaDB (192.168.1.251:3306)
- **node** - Store matching application database
- **books_v2** - Books V2 application database
**Important:** As of January 2026, database replication to the secondary server (192.168.12.3) has been **disabled**. All applications connect directly to the primary server.
### Containerized Databases
- **Mixarr MySQL** - MySQL 8.0 for Mixarr music discovery data
- **Immich PostgreSQL** - PostgreSQL with vector support for photo search
- **Mealie PostgreSQL** - PostgreSQL for recipe data
- **Various Redis** - Session and cache storage for multiple services
### SQLite Databases
Many services use SQLite for local storage:
- Audiobookshelf, Bazarr, Lidarr, Prowlarr, Radarr, Readarr, Sonarr, Jellyseerr, Watchstate, Karakeep, ArchiveForge
See [Database Documentation](../02-databases.md) for complete details.
---
## Network Configuration
### Docker Networks
- **traefik_proxy** - External network shared with Traefik (on 192.168.12.3)
- Multiple service-specific internal networks for isolation
### Traefik Configuration
Traefik runs on the **Hetzner server (192.168.12.3)** and routes traffic to services on this server.
Configuration managed via:
- Central Traefik config file: `~/dyno.yml` (on 192.168.12.3)
- Web interface: Traefik Configuration Manager (tm.3ddbrewery.com)
Services are accessed via:
- `*.3ddbrewery.com` - Primary domain
- `*.fails.me` - Secondary domain
---
## Access & Domains
All services are accessed through Traefik reverse proxy with automatic HTTPS:
**Examples:**
- Books: `books.3ddbrewery.com`
- Mixarr: `mixarr.3ddbrewery.com` (web), `api.mixarr.3ddbrewery.com` (API)
- Emby: `m.3ddbrewery.com`, `tv.3ddbrewery.com`
- Sonarr: `sonarr.3ddbrewery.com`
- Homepage: `h.3ddbrewery.com`
Authentication handled by **Authentik** (running on 192.168.12.3) for most services.
---
## Important Notes
### Storage Volumes
- **/mnt/docker-storage/appdata** - Primary application data directory
- **/home/maddox/docker/appdata** - Additional application directory
- **/volume1/Media** - Media files (NAS mount)
- **/volume1/Downloads** - Download staging area
- **/volume1/archive** - Archive storage
### Container Management
- **Watchtower** handles automatic updates for most containers
- Some containers have updates disabled (books_webv2, store-matching, speedracer)
- Use `docker-compose` commands within service directories for manual management
### Port Conflicts
Port 3000 is used by Books V2 frontend, which is why Mixarr web uses port 3006.
---
## Multi-Server Infrastructure
This server works in conjunction with the **Hetzner Server (192.168.12.3)**:
- **Hetzner Server** runs: Traefik, Authentik SSO, MariaDB replica, Firefly III, Node-RED
- **This Server** runs: All media services, custom apps, productivity tools
- Both servers connected via **Tailscale mesh VPN**
- Traefik on Hetzner routes to services on this server
See [Hetzner Server Documentation](../servers/hetzner/README.md) for the companion server.
---
## Quick Reference
### Common Commands
```bash
# Navigate to service directory
cd /mnt/docker-storage/appdata/[service-name]
# Start service
docker-compose up -d
# View logs
docker-compose logs -f
# Restart service
docker-compose restart
# Stop service
docker-compose down
```
### Key Files
- `/mnt/docker-storage/appdata/CLAUDE.md` - Main project documentation
- `/mnt/docker-storage/appdata/all_containers.txt` - List of all containers
- Individual service directories contain `docker-compose.yml` files
### Getting Help
- Check the [Troubleshooting Guide](../06-troubleshooting.md)
- Review service-specific CLAUDE.md files in service directories
- Examine container logs: `docker-compose logs -f [service]`
---
## See Also
- [Hetzner Server (192.168.12.3)](../servers/hetzner/README.md) - Companion server documentation
- [Application Documentation](../apps/) - Detailed docs for custom applications
- [Service Inventory](../00-service-inventory.md) - Complete service listing

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# Hello 👋
Welcome to the wondrous world of SilverBullet. A world that once you discover and appreciate, you’ll never want to leave.
_One of us!_
You can go ahead and delete this placeholder content in a second, but before you do, let me quickly show you around.
We’ll do this through a list of **silver bullets**.
_Ah, so that explains the name!_
* Click on the page picker (book icon) icon at the top right, or hit `Cmd-k` (Mac) or `Ctrl-k` (Linux and Windows) to open the **page picker**.
* Type the name of a non-existent page to create it.
* Folders are implicitly created by putting slashes (`/`) in the name (even on Windows), e.g. `My Folder/My Page`. Don’t worry about folders existing, SilverBullet will automatically create them if they don’t.
* Click on the terminal icon (top right), or hit `Cmd-/` (Mac) or `Ctrl-/` (Linux and Windows) to open the **command palette**. From here you can run various useful and perhaps less useful commands.
* Select some text and hit `Cmd-b` (Mac) or `Ctrl-b` (Windows/Linux) to make it **bold**, or `Cmd-i` (Mac) or `Ctrl-i` (Windows/Linux) to make it _italic_.
* You can create links to pages using the `[[other page]]` syntax, for instance: `[[aspiring page]]`. When you link to a non-existent page it will initially show up in orange (to indicate it does not yet exist), but once you click it — you will create the page automatically (only for real when you actually enter some text).
* Start typing `:party` to trigger the emoji picker 🎉
* Type `/` somewhere in the text to invoke a **slash command**.
* If this matches your personality type, there is also an `Editor: Toggle Vim Mode` command to switch to Vim mode. If you cannot figure out how to exit it (classic vim issue), just run that same command again. _Phew!_
* As you may have noticed, while SilverBullet uses [markdown](https://www.markdownguide.org/) underneath, it also “live previews” it to give a bit more of a WYSIWYG feel. You can always move your cursor “into” the underlying code by `Alt-clicking` it (even links and widgets, which we’ll get to later).
While SilverBullet implements (most) of [CommonMark](https://commonmark.org/), it also adds a few extensions that are SilverBullet-specific. Most notably, it adds the `${Lua expression}` syntax to render Lua expressions inline.
Using SilverBullet’s Lua APIs, you can do all kinds of cool stuff. For instance, query your space for the last 3 modified pages. _Exciting!_
${query[[from index.tag "page" order by lastModified desc limit 3]]}
There’s a whole world out there to explore, but let’s not get ahead of ourselves. First, have some fun and add some content to your fresh space.
Then we’ll talk.
# What next?
You can find more information on SilverBullet’s feature set on its [official website](https://silverbullet.md/). Also, be sure to join the [SilverBullet community](https://community.silverbullet.md/) to interact with fellow SilverBullet explorers.