Python library for WiiM and LinkPlay device control with command-line tools for discovery, diagnostics, and monitoring.

pywiim provides control of WiiM and LinkPlay-based audio devices through a Python API and command-line tools. The library handles playback control, volume management, multiroom audio, EQ settings, presets, and more.

• Playback Control - Play, pause, stop, next/previous track, seek
• Volume & Audio - Volume control, mute, channel balance, audio output selection (WiiM devices)
• Sources - Physical inputs (Bluetooth, Line-in, Optical, Coax, USB, HDMI) and streaming services
• Multiroom Audio - Create/join/leave groups, synchronized volume and playback
• EQ & Presets - 10-band EQ with presets, 20 preset stations
• Timers & Alarms - Sleep timers and alarm clocks (WiiM devices)
• State Synchronization - UPnP events with HTTP polling fallback
• Device Discovery - SSDP/UPnP discovery with network scanning fallback
• Multi-vendor Support - WiiM, Arylic, Audio Pro, and generic LinkPlay devices

Device Compatibility:

• All LinkPlay devices: Core playback, volume, sources, multiroom, presets
• Device-dependent features: EQ support (varies by device)
• WiiM devices only: Alarm clocks, sleep timers, and audio output mode selection

The library automatically detects device capabilities and adapts functionality accordingly.

Install pywiim to use the command-line tools for discovering, testing, and monitoring your WiiM/LinkPlay devices, or to use the Python library in your projects.

• Python 3.11 or later
• pip (usually included with Python)

Installing Python:

• Linux/macOS: Usually pre-installed. If not, use your package manager or download from python.org
• Windows: Download from python.org and check "Add Python to PATH" during installation

pip install pywiim

The CLI tools (wiim-discover, wiim-diagnostics, wiim-monitor, wiim-verify) are automatically installed and available in your PATH.

Verify installation:

wiim-discover --help

Note for Windows users: If the commands are not found after installation, ensure Python's Scripts directory is in your PATH (usually C:\Users\YourName\AppData\Local\Programs\Python\Python3X\Scripts), or restart your terminal.

The library includes four powerful CLI tools that are automatically installed with pywiim. These tools provide an easy way to discover, diagnose, monitor, and test your WiiM/LinkPlay devices without writing any code.

1. Discover devices on your network:

   wiim-discover

2. Test a device (replace 192.168.1.100 with your device IP):

   wiim-verify 192.168.1.100

3. Monitor a device in real-time:

   wiim-monitor 192.168.1.100

4. Run diagnostics:

   wiim-diagnostics 192.168.1.100

Discover all WiiM/LinkPlay devices on your network using SSDP/UPnP or network scanning.

What it does:

• Automatically finds all WiiM and LinkPlay-based devices on your local network
• Validates discovered devices by testing their API
• Displays device information (name, model, firmware, IP, MAC, UUID)
• Supports multiple discovery methods for maximum compatibility

Usage:

# Basic discovery (SSDP/UPnP)
wiim-discover

# Output as JSON (useful for scripting)
wiim-discover --output json

# Skip API validation (faster, less detailed)
wiim-discover --no-validate

# Verbose logging
wiim-discover --verbose

# Custom SSDP timeout
wiim-discover --ssdp-timeout 10

Options:

• --ssdp-timeout <seconds> - SSDP discovery timeout (default: 5)
• --no-validate - Skip API validation of discovered devices
• --output <text|json> - Output format (default: text)
• --verbose, -v - Enable verbose logging

Example Output:

🔍 Discovering WiiM/LinkPlay devices via SSDP...

Device: WiiM Mini
  IP Address: 192.168.1.100:80
  Protocol: HTTP
  Model: WiiM Mini
  Firmware: 4.8.123456
  MAC Address: AA:BB:CC:DD:EE:FF
  UUID: 12345678-1234-1234-1234-123456789abc
  Vendor: WiiM
  Discovered via: SSDP
  Status: Validated ✓

See Discovery Documentation for more information.

Comprehensive diagnostic tool for troubleshooting device issues and gathering information for support.

What it does:

• Gathers complete device information (model, firmware, MAC, UUID, capabilities)
• Tests all API endpoints to verify functionality
• Tests feature support (presets, EQ, multiroom, Bluetooth, etc.)
• Generates detailed JSON reports for sharing with developers
• Identifies errors and warnings

Usage:

# Basic diagnostic
wiim-diagnostics 192.168.1.100

# Save report to file (for sharing with support)
wiim-diagnostics 192.168.1.100 --output report.json

# HTTPS device
wiim-diagnostics 192.168.1.100 --port 443

# Verbose output
wiim-diagnostics 192.168.1.100 --verbose

Options:

• <device_ip> - Device IP address or hostname (required)
• --port <port> - Device port (default: 80, use 443 for HTTPS)
• --output <file> - Save report to JSON file
• --verbose - Enable detailed logging

What it tests:

• Device information retrieval
• Capability detection
• All status endpoints
• Feature support detection
• API endpoint availability
• Error conditions

Example Output:

🔍 Starting comprehensive device diagnostic...
   Device: 192.168.1.100:80

📋 Gathering device information...
   ✓ Device: WiiM Mini (WiiM Mini)
   ✓ Firmware: 4.8.123456
   ✓ MAC: AA:BB:CC:DD:EE:FF

🔧 Detecting device capabilities...
   ✓ Vendor: WiiM
   ✓ Device Type: WiiM
   ✓ Supports EQ: Yes
   ✓ Supports Presets: Yes
   ...

See Diagnostics Documentation for more information.

Monitor your device in real-time with adaptive polling and UPnP event support.

What it does:

• Displays live device status with automatic updates
• Uses UPnP events for instant updates when available
• Falls back to adaptive HTTP polling
• Shows play state, volume, mute, track info, and playback position
• Displays device role in multiroom groups
• Tracks statistics (poll count, state changes, UPnP events)

Usage:

# Basic monitoring
wiim-monitor 192.168.1.100

# Specify callback host for UPnP (if auto-detection fails)
wiim-monitor 192.168.1.100 --callback-host 192.168.1.254

# Verbose logging
wiim-monitor 192.168.1.100 --verbose

# Custom log level
wiim-monitor 192.168.1.100 --log-level DEBUG

# Verbose UPnP event logging (shows full event JSON/XML)
wiim-monitor 192.168.1.100 --upnp-verbose

Options:

• <device_ip> - Device IP address or hostname (required)
• --callback-host <ip> - Override UPnP callback host (auto-detected by default)
• --verbose, -v - Enable verbose logging
• --log-level <level> - Set log level (DEBUG, INFO, WARNING, ERROR)
• --upnp-verbose - Enable verbose UPnP event logging (shows full event JSON/XML data)

What it displays:

• Play state (playing, paused, stopped)
• Volume level and mute status
• Current track (title, artist, album)
• Playback position and duration
• Device role (solo/master/slave)
• Group information (if in a group)
• Update source (polling or UPnP event)
• Statistics on exit

Example Output:

🎵 Monitoring WiiM Mini (192.168.1.100)...
   UPnP: Enabled ✓ (events: 0)
   Polling: Adaptive (interval: 2.0s)

📊 Status:
   State: playing
   Volume: 50% (muted: No)
   Source: wifi
   Role: solo

🎶 Track:
   Title: Song Title
   Artist: Artist Name
   Album: Album Name
   Position: 1:23 / 3:45

[UPnP] State changed: volume → 55%

Press Ctrl+C to stop monitoring and view statistics.

Comprehensive testing tool that verifies all device features and endpoints with safety constraints.

What it does:

• Tests all playback controls (play, pause, stop, next, previous)
• Tests volume controls (safely, never exceeds 10%)
• Tests source switching
• Tests audio output modes
• Tests EQ controls (if supported)
• Tests group operations (if applicable)
• Tests preset playback
• Tests all status endpoints
• Saves and restores original device state
• Generates detailed test report

Usage:

# Basic verification
wiim-verify 192.168.1.100

# Verbose output (shows detailed test data)
wiim-verify 192.168.1.100 --verbose

# HTTPS device
wiim-verify 192.168.1.100 --port 443

Options:

• <device_ip> - Device IP address or hostname (required)
• --port <port> - Device port (default: 80, use 443 for HTTPS)
• --verbose, -v - Enable verbose output (shows detailed test data)

Safety Features:

• Volume never exceeds 10% during testing
• Original device state is saved and restored
• Non-destructive testing (doesn't disrupt normal use)
• Graceful error handling

What it tests:

• Status endpoints (get_player_status, get_device_info, etc.)
• Playback controls (play, pause, resume, stop, next, previous)
• Volume controls (set_volume, set_mute)
• Source controls (set_source, get_source)
• Audio output controls (set_audio_output_mode)
• EQ controls (get_eq, set_eq_preset, set_eq_custom, etc.)
• Group operations (create_group, join_group, leave_group)
• Preset operations (play_preset)
• And more...

Example Output:

💾 Saving original device state...
   ✓ Volume: 0.5
   ✓ Mute: False
   ✓ Source: wifi
   ✓ Play state: playing

📊 Testing Status Endpoints...
   ✓ get_player_status
   ✓ get_player_status_model
   ✓ get_meta_info

▶️  Testing Playback Controls...
   ✓ play
   ✓ pause
   ✓ resume
   ✓ stop
   ✓ next_track
   ✓ previous_track

🔊 Testing Volume Controls (max 10%)...
   ✓ set_volume (5%)
   ✓ set_volume (10%)
   ✓ set_mute (True)
   ✓ set_mute (False)

...

🔄 Restoring original device state...
   ✓ Volume restored
   ✓ Mute restored
   ✓ Source restored

============================================================
Total tests: 45
✅ Passed: 42
❌ Failed: 0
⊘ Skipped: 3

Exit Codes:

• 0 - All tests passed
• 1 - One or more tests failed or interrupted

import asyncio
from pywiim import Player

async def main():
    player = Player("192.168.1.100")
    await player.refresh()  # Load initial state
    
    # Access device properties
    print(f"Device: {player.name} ({player.model})")
    print(f"Playing: {player.play_state}")
    print(f"Volume: {player.volume}")
    
    # Control playback
    await player.set_volume(0.5)
    await player.play()
    
    await player.close()

asyncio.run(main())

See API Reference for complete Player API documentation.

• Discovery Guide - Device discovery via SSDP/UPnP
• Diagnostics Guide - Using the diagnostic tool
• Real-time Monitor Guide - Real-time device monitoring

• Home Assistant Integration - Complete guide for HA integrations
  • DataUpdateCoordinator patterns
  • Adaptive polling strategies
  • UPnP event integration
  • Queue management
  • Source-aware shuffle/repeat control
• API Reference - Complete API documentation

• Architecture & Data Flow - System architecture
• State Management - State synchronization patterns
• Operation Patterns - Common operation patterns
• LinkPlay Architecture - In-depth analysis of LinkPlay/WiiM streaming architecture
  • "Split Brain" control authority model
  • Transport protocol analysis (AirPlay, Spotify, USB, Bluetooth)
  • Hardware constraints (A98 SoM, RAM limits, queue management)
  • Why shuffle/repeat controls work differently for different sources
  • Integration strategies for automation systems

See SETUP.md for detailed development setup instructions.

Quick start:

# Create virtual environment
python3 -m venv .venv
source .venv/bin/activate  # On Windows: .venv\Scripts\activate

# Install with dev dependencies
pip install -e ".[dev]"

# Run tests
pytest tests/unit/ -v

# Run code quality checks
make lint typecheck

This library was made possible by the work of many developers who have reverse-engineered and documented the WiiM/LinkPlay API. We would like to acknowledge the following projects and resources that provided valuable API information and implementation insights:

• python-linkplay - Python library for LinkPlay devices that provided insights into state detection and API patterns (enhanced state detection logic from v0.2.9)
• linkplay-cli - Command-line tool for LinkPlay devices (provided SSL certificate reference for Audio Pro devices)
• WiiM HTTP API OpenAPI Specification - Comprehensive OpenAPI 3.0 specification for WiiM HTTP API endpoints
• Home Assistant WiiM Integration - Production-tested implementation that informed many design decisions, polling strategies, and state management patterns
• WiiM Play - UPnP-based implementation that provided UPnP integration insights
• Velleman python-linkplay - Provided valuable API information and patterns for LinkPlay device communication
• Home Assistant LinkPlay Custom Component - Custom Home Assistant integration for LinkPlay devices
• LinkPlay A31 Alternative Firmware - Alternative firmware project that provided insights into LinkPlay hardware capabilities

• Arylic LinkPlay API Documentation - Official LinkPlay protocol documentation
• WiiM HTTP API PDF - Official WiiM API documentation

• Various GitHub repositories and community contributions that helped document the LinkPlay protocol and WiiM-specific enhancements
• The LinkPlay and WiiM developer communities for sharing API discoveries and reverse-engineering efforts

If you know of other libraries or resources that should be acknowledged, please open an issue or submit a pull request.

MIT License