WaveLogGate DJ7NT

WaveLogGate - CAT and WSJT-X Bridge for WaveLog

A modern Electron-based gateway application that connects WSJT-X, FLRig, Hamlib, and other amateur radio software to WaveLog for seamless logging and radio control.

TL;DR:

• For CAT you'll need FLRig or Hamlib installed and connected to your Transceiver.
• For logging QSOs from WSJT-X, you need to configure the so called "Secondary UDP Server" like shown in the picture:

Alternatives

If you want to use a lean headless-Version for CAT or QSO-Transportation, which runs on 32bit-Systems as well, try our partner-projects (no suppert for it - experimentat):

• CAT: WaveLogGoat
• QSO-Transport: WaveLogStoat

Features

Core Functionality

• Automatic QSO Logging: Real-time logging from WSJT-X, FLDigi, and any software sending ADIF via UDP
• CAT Radio Control: Full radio control via FLRig or Hamlib integration
• Dual Profile Support: Switch between two complete configuration profiles
• Real-time Radio Status: Live frequency, mode, and power status updates to WaveLog
• Cross-platform: Windows, macOS, and Linux support

Advanced Features

• WebSocket Server: Real-time broadcasting of radio status changes to external clients
• HTTP API: Simple frequency/mode control endpoint for external integrations
• Power Monitoring: Automatic power level reporting (can be disabled if needed)
• Split Operation: Support for split frequency operations
• ADIF Processing: Robust ADIF and XML parsing with automatic band detection
• Modern UI: Bootstrap 4-based interface with responsive design

Prerequisites

• WaveLog Instance: Any WaveLog installation with HTTPS (SSL) enabled
• WaveLog API Key: Generated from WaveLog right menu → API-Keys
• WaveLog Station ID: Found in WaveLog right menu → Station locations
• Radio Control Software (optional):
  • FLRig for CAT control
  • Hamlib for CAT control
  • OR any software capable of sending ADIF via UDP
• WSJT-X (optional): For automatic digital mode logging

Installation

Download Pre-built Binaries

1. Download the latest release from the WaveLogGate GitHub repository
2. Run the installer for your platform:
   • Windows: Run the .exe installer
   • macOS: Copy the .app file to Applications folder
   • Linux: Install the .deb package or extract the AppImage

Apple Silicon Mac Users

Due to macOS security restrictions for unsigned apps:

# After copying to Applications folder
xattr -d com.apple.quarantine /Applications/WaveLogGate.app

Configuration

Basic Setup

1. Launch WaveLogGate
2. Enter WaveLog Details:
   • WaveLog URL: Full URL including /index.php (e.g., https://your-wavelog.com/index.php)
   • API Key: From WaveLog right menu → API-Keys
   • Station ID: From WaveLog right menu → Station locations (click the small badge)
3. Configure Radio Control (optional):
   • Select radio type: FLRig, Hamlib, or None
   • Enter host and port (default: 127.0.0.1 and appropriate port)
   • Enable/disable mode control and power monitoring
4. Test Configuration: Click the "Test" button - it turns green if successful
5. Save Settings: Click "Save" to persist your configuration

Radio Configuration Options

FLRig Setup

• Host: Usually 127.0.0.1 if running locally
• Port: Default 12345
• Mode Control: Enable to let WaveLogGate set radio modes automatically

Hamlib Setup

• Host: Usually 127.0.0.1 if running locally
• Port: Default 4532
• Mode Control: Enable to let WaveLogGate set radio modes automatically
• Ignore Power: Check if your radio doesn't report power correctly

Profile Management

WaveLogGate supports two complete configuration profiles:

• Click the profile toggle button (1/2) to switch between profiles
• Each profile maintains independent WaveLog and radio settings
• Useful for multiple stations or operating locations

Software Integration

WSJT-X Setup

1. Open WSJT-X Settings → Reporting
2. Enable "Secondary UDP Server"
3. Set UDP port to 2333
4. Important: Do NOT set the main "UDP Server" to port 2333

FLDigi Setup

Configure FLDigi to send ADIF logs via UDP to port 2333.

Hamlib Setup

Quickstart - e.g. - for Icom IC-7300

In general have a look at the pages/wiki for hamlib / rigctld As an example for Icom transceivers like the IC-7300, you can use rigctld (Hamlib daemon) to provide CAT control:

1. Install Hamlib (if not already installed):

   # Ubuntu/Debian
   sudo apt-get install hamlib-utils
   # macOS
   brew install hamlib
   # Windows
   # Download from https://github.com/Hamlib/Hamlib/releases
   

2. Start rigctld for IC-7300:

   # Basic configuration for IC-7300 on USB serial port
   rigctld -m 3073 -r /dev/ttyUSB0 -s 38400 -T localhost -t 4532
   
   # Windows example (replace COM3 with your actual port)
   rigctld.exe -m 3073 -r COM3 -s 38400 -T localhost -t 4532
   

   Parameters explained:

   • -m 3073: Model number for - e.g. - Icom IC-7300 (use rigctl -l to see all models)
   • -r /dev/ttyUSB0: Serial port device (adjust for your setup / on Windows its COMx)
   • -s 38400: Serial baud rate (IC-7300 default is 38400)
   • -T localhost: TCP host for rigctld daemon
   • -t 4532: TCP port for rigctld daemon (default WaveLogGate Hamlib port)

3. Configure WaveLogGate:

   • Radio type: Hamlib
   • Host: 127.0.0.1
   • Port: 4532 (must match rigctld port)

Troubleshooting Hamlib

# List all supported radios
rigctl -l

# Test connection (run after rigctld is running)
rigctl -m 3073 -r /dev/ttyUSB0 get_freq

Important: rigctld must remain running in the background for WaveLogGate to control your radio.

WaveLog Integration

1. For Live QSOs: Open WaveLog Live Logging → Radio tab → Select "WLGate"
2. For Manual QSOs: In Stations tab, select "WLGate" as radio
3. Bandmap Control: Click spots in WaveLog bandmap to automatically QSY your radio

API and Integration

HTTP API

Endpoint: http://localhost:54321/{frequency}/{mode}

Example:

# Set radio to 7.155 MHz LSB
curl http://localhost:54321/7155000/LSB

WebSocket Server

Port: 54322 Protocol: WebSocket

Real-time radio status updates:

const ws = new WebSocket('ws://localhost:54322');
ws.onmessage = (event) => {
    const data = JSON.parse(event.data);
    if (data.type === 'radio_status') {
        console.log(`Frequency: ${data.frequency}, Mode: ${data.mode}`);
    }
};

Environment Variables

WaveLogGate supports two environment variables to control specific behaviors:

WLGATE_RESIZABLE

Purpose: Makes the application window resizable instead of fixed size

Use Case: Useful for tiling window managers (i3, Hyprland, etc.) or when you need to resize the window manually

Linux/macOS Usage:

export WLGATE_RESIZABLE=true
./waveloggate

Windows Usage:

set WLGATE_RESIZABLE=true
WavelogGate.exe

WLGATE_SLEEP

Purpose: Enables sleeping/snooze functionality for the application

Use Case: When set, allows WaveLogGate to enter sleep mode during inactivity, reducing system resource usage. DANGER Use with care. It may happen that CAT stops working with this setting.

Linux/macOS Usage:

export WLGATE_SLEEP=true
./waveloggate

Windows Usage:

set WLGATE_SLEEP=true
WavelogGate.exe

Note: Both environment variables are optional and only need to be set when the specific functionality is required.

Development

Prerequisites

• Node.js (v14+) or Bun
• Git

Setup Development Environment

# Clone repository
git clone https://github.com/wavelog/WaveLogGate.git
cd WaveLogGate

# Install dependencies
npm install
# or with bun
bun install

# Start development mode
npm start
# or with bun
bun start

# Build application
npm run make

Development Notes

• Configuration stored in application data directory
• Debug console available in development mode
• Single instance enforcement (only one can run at a time)

Network Ports

• 2333/UDP: WSJT-X and ADIF log reception
• 54321/HTTP: Frequency/mode control API
• 54322/WebSocket: Real-time radio status broadcasting
• 12345: Default FLRig port (if used)
• 4532: Default Hamlib port (if used)

Troubleshooting

Common Issues

Port Conflicts

• Ensure ports 2333, 54321, and 54322 are not blocked
• Stop other applications using these ports
• Application shows clear error messages for port conflicts

Radio Connection Issues

• Verify FLRig/Hamlib is running and accessible
• Check host/port configuration matches your radio control software
• Test connectivity using the "Test" button in WaveLogGate

WaveLog Connection Issues

• Verify WaveLog URL is correct and accessible
• Check API key is valid and not expired
• Ensure Station ID exists in your WaveLog instance
• HTTPS must be enabled on WaveLog

Linux Specific Issues

• Some distributions may need additional libraries:

  # For Raspberry Pi or some Linux distributions
  sudo apt-get install libasound2-dev
  

  See DB4SCW's guide for detailed Raspberry Pi setup.

macOS Apple Silicon Issues

If the app won't start on Apple Silicon Mac:

xattr -d com.apple.quarantine /Applications/WaveLogGate.app

Debug Information

• Check the application log for detailed error messages
• Use Ctrl+Shift+D to access advanced settings
• In development mode, use the browser console for debugging

Contributing

Contributions are welcome! Please:

1. Fork the repository
2. Create a feature branch
3. Submit pull requests to the dev branch only
4. Follow the existing code style
5. Test changes across platforms if possible

Notable Contributors

• gotoradio
• Northrup
• Frédéric (ON4PFD)

Version History

• v1.1.x: Current stable version with full WebSocket support and dual profiles
• v1.0.x: Basic FLRig and WSJT-X integration
• Earlier versions: Limited feature set

License

This project is licensed under the terms specified in the LICENSE file.

Support

• Issues: Report via GitHub Issues
• Documentation: See additional README files in the repository for specific features
• WaveLog: WaveLog Website for logging system support