An application for Raspberry Pi that displays real-time stats (ARM, Pi-hole, Plex, System) on a 5-inch black and white CRT via composite output. Features a minimal UI at 320x280 resolution with a web-based slide editor.

STATUSBOARD Screenshot

• Real-time Stats Display: ARM rip progress, Pi-hole stats, Plex now playing, system stats (CPU, Memory, NAS storage)
• Conditional Display: ARM and Plex slides only appear when active (rip in progress / streaming)
• Web UI: Admin interface for creating, editing, and reordering slides
• Minimal Design: High-contrast monochrome design optimized for CRT
• Cross-platform Development: Fully testable on Mac before deploying to Raspberry Pi

• Python 3.9+
• Raspberry Pi with composite video output capability
• CRT display connected via composite cable

Quick Setup (Recommended):

1. Clone the repository:

git clone <repository-url>
cd homelab-hud

2. Run the setup script:

./setup.sh

The setup script will:

• Check Python 3.9+ installation
• Create a virtual environment
• Install all dependencies
• Set up necessary directories
• Create environment file
• Verify installation

3. Activate the virtual environment:

source venv/bin/activate

4. Configure APIs via web UI (accessible at http://localhost:8181)

Manual Installation:

If you prefer to install manually:

1. Ensure Python 3.9+ is installed
2. Create virtual environment:

python3 -m venv venv
source venv/bin/activate # On Windows: venv\Scripts\activate

3. Install dependencies:

pip install -r requirements.txt

4. Create necessary directories:

mkdir -p data/fonts data/preview tests/fixtures

1. Enable composite video output in /boot/config.txt:

enable_tvout=1

2. Set framebuffer resolution (if using framebuffer method):

sudo fbset -xres 320 -yres 280

To install Homelab HUD as a systemd service that runs automatically on boot:

1. Complete the basic setup first:

   ./setup.sh

2. Run the installation script:

   sudo ./install.sh

The installation script will:

• Configure composite video output in /boot/config.txt (creates backup automatically)
• Set framebuffer resolution to 320x280
• Create a systemd service file (homelab-hud.service)
• Set up framebuffer permissions and udev rules
• Enable and start the service

3. Reboot to apply composite video configuration:

   sudo reboot

After reboot, the service will start automatically and display will appear on your CRT monitor.

Service Management Commands:

# Check service status
sudo systemctl status homelab-hud
# View service logs
sudo journalctl -u homelab-hud -f
# Restart service
sudo systemctl restart homelab-hud
# Stop service
sudo systemctl stop homelab-hud
# Start service
sudo systemctl start homelab-hud

Web UI Access:

Once the service is running, access the web UI at:

• http://localhost:8181 (on the Pi)
• http://<pi-ip-address>:8181 (from another device on your network)

Uninstallation:

To remove the service and optionally revert configuration changes:

sudo ./uninstall.sh

The uninstallation script will:

• Stop and disable the service
• Remove the systemd service file
• Remove udev rules
• Optionally restore /boot/config.txt from backup (with confirmation)
• Note: Project files, virtual environment, and configuration data are NOT deleted

Use the run script for easy execution:

Development Mode (Mac):

./run.sh --dev-mode --preview

Production Mode (Raspberry Pi):

./run.sh --prod

Auto-detect Mode (default):

./run.sh

Auto-detects Mac (dev) or Linux/Pi (prod) mode.

Export frames to files:

./run.sh --dev-mode --export-frames

See all options:

./run.sh --help

If you prefer to run directly:

Development Mode (Mac):

1. Activate virtual environment:

source venv/bin/activate

2. Run in development mode:

python app.py --dev-mode

3. For pygame window preview:

python app.py --dev-mode --preview

4. Access web UI at http://localhost:8181

Production Mode (Raspberry Pi):

1. Activate virtual environment:

source venv/bin/activate

2. Run in production mode:

python app.py

The application will:

• Start Flask web server on port 8181
• Begin cycling through configured slides on composite output
• Display slides based on conditional logic (ARM/Plex only when active)

Configuration is managed via the web UI. API endpoints and credentials are stored in data/api_config.json, and slide configuration is in data/slides.json.

See the plan file for detailed architecture and implementation details.

homelab-hud/
├── app.py # Main application entry point
├── config.py # Configuration management
├── requirements.txt # Python dependencies
├── backend/ # Backend components
│ ├── api/ # Flask API routes and models
│ ├── collectors/ # Data collectors (ARM, Pi-hole, Plex, System)
│ ├── display/ # Display engine (renderer, themes, video output)
│ └── utils/ # Utility functions
├── frontend/ # Web UI
│ ├── static/ # CSS and JavaScript
│ └── templates/ # HTML templates
├── data/ # Configuration and preview data
│ ├── slides.json # Slide configuration (auto-generated)
│ ├── api_config.json # API configuration (auto-generated)
│ └── preview/ # Preview frames (dev mode)
└── tests/ # Test fixtures for mock data
 └── fixtures/ # Mock JSON responses

1. Install dependencies:

   ./setup.sh # Or manually: pip install -r requirements.txt

2. Development Mode (Mac):

   ./run.sh --dev-mode --preview
   # Or: python app.py --dev-mode --preview

   This will:

   • Start Flask web UI at http://localhost:8181
   • Display slides in a pygame window (or save to files)
   • Use file-based preview output

3. Production Mode (Raspberry Pi):

   Option A: Install as a service (recommended for production):

   sudo ./install.sh
   sudo reboot # Required for composite video configuration

   Service will start automatically on boot.

   Option B: Manual run:

   ./run.sh --prod
   # Or: python app.py

   This will:

   • Start Flask web UI
   • Display slides on composite video output
   • Use framebuffer output for CRT display

4. Configure APIs via web UI:

   • Navigate to http://localhost:8181 (or http://:8181)
   • Configure ARM, Pi-hole, Plex API endpoints
   • Create and reorder slides
   • Preview slides

✅ Data Collectors:

• ARM collector (conditional: only shows when rip active)
• Pi-hole collector (always shows)
• Plex collector (conditional: only shows when streaming)
• System collector (CPU, Memory, NAS storage - always shows)

✅ Display Engine:

• Monochrome design (320x280)
• PIL/Pillow-based rendering
• Progress bars, ASCII graphics
• Platform-aware output (Mac: preview, Pi: composite video)

✅ Web UI:

• Slide management (create, edit, delete, reorder)
• API configuration
• Live preview
• Drag-and-drop slide reordering

✅ Conditional Display:

• ARM slides only appear when rip is active
• Plex slides only appear when someone is streaming
• System/Pi-hole slides always display

✅ Development Tools:

• Mac development mode with preview
• Mock data support for testing
• Frame export functionality
• Debug logging