Sonos MCP Server
Sonos MCPサーバー
このプロジェクトは、ネットワーク上のSonosデバイスを制御および操作できるSonos MCP(Model Context Protocol)サーバーです。デバイスの検出、再生の制御、デバイス状態の取得、キューの管理など、さまざまな機能を提供します。
特徴
ネットワーク上のSonosデバイスを検出する
デバイスの再生状態を取得および制御する
再生キューを管理する
機能をMCPツールとして公開する
Related MCP server: YARR Media Stack MCP Server
要件
Python 3.7以上
Pythonプロジェクトを管理するための
uv
インストール
リポジトリをクローンします。
git clone https://github.com/WinstonFassett/sonos-mcp-server.git cd sonos-mcp-serveruvを使用して必要な依存関係をインストールします。uv sync
使用法
サーバーの実行
スタジオ
stdio を使用してサーバーを実行します。
uv run mcp run server.pyスーパーゲートウェイを備えたSSE
supergatewayツールを使用して SSE でサーバーを実行します。
npx -y supergateway --port 8000 --stdio "uv run mcp run server.py"あるいは、リポジトリで提供されている便利なスクリプトを使用することもできます。
./npx-serve-sse-8000.sh発達
MCP インスペクターを使用してサーバーを「開発」モードで実行するには:
uv run mcp dev server.pyこのコマンドは、テストとデバッグの目的で MCP インスペクターをホストします。
開発モードで SSE を使用してサーバーを実行するには、supergateway の SSE コマンドを使用し、2 番目のターミナル ウィンドウで次のコマンドを実行します。
npx @modelcontextprotocol/inspector利用可能なMCPツール
公開されているMCPツールを使用して、Sonosデバイスを操作します。利用可能なツールは以下のとおりです。
get_all_device_states: 検出されたすべての Sonos デバイスの状態情報を取得します。now_playing: すべての Sonos デバイスで現在再生中のトラックに関する情報を取得します。get_device_state: 特定の Sonos デバイスの状態情報を取得します。pause、stop、play: Sonos デバイスでの再生を制御します。next、previous: Sonos デバイスでトラックをスキップします。get_queue、get_queue_length: Sonos デバイスの再生キューを管理します。mode: Sonos デバイスの再生モードを取得または設定します。partymode: 現在の Sonos デバイスでパーティー モードを有効にします。speaker_info: Sonos デバイスのスピーカー情報を取得します。get_current_track_info: Sonos デバイスの現在のトラック情報を取得します。volume: Sonos デバイスの音量を取得または設定します。skip、play_index、remove_index_from_queue: Sonos デバイスのキュー内のトラックを管理します。
ライセンス
このプロジェクトはMITライセンスの下で提供されています。詳細はLICENSEファイルをご覧ください。
Available Tools
18 toolsget_all_device_statesB
Retrieve the state information for all discovered Sonos devices.
Returns: List[Dict[str, Any]]: A list of dictionaries containing state information for each device.
Inputs: no named parameters.
get_current_track_infoA
Retrieve current track information for a Sonos device.
Args: name: The name of the device to retrieve track information from. If None, uses the current device.
Returns: Dict[str, str]: A dictionary containing the current track's artist, title, album, playlist position, and duration.
Inputs: name.
get_device_stateA
Retrieve the state information for a specific Sonos device.
Args: name: The name of the device to retrieve state information for. If None, uses the current device.
Returns: Dict[str, Any]: A dictionary containing the device's name, volume, state, and current track information.
Inputs: name.
get_queueA
Retrieve the queue of tracks for a Sonos device.
Args: name: The name of the device to retrieve the queue from. If None, uses the current device.
Returns: List[Dict[str, Any]]: A list of dictionaries containing track information in the queue.
Inputs: name.
get_queue_lengthB
Retrieve the queue length for a Sonos device.
Args: name: The name of the device to retrieve the queue length from. If None, uses the current device.
Returns: int: The length of the queue.
Inputs: name.
modeA
Get or set the play mode of a Sonos device.
Args: mode: The play mode to set (e.g., "NORMAL", "SHUFFLE_NOREPEAT", "SHUFFLE", "REPEAT_ALL"). If None, returns the current mode. name: The name of the device to set the mode for. If None, uses the current device.
Returns: str: The current play mode after the operation.
Inputs: mode, name.
nextA
Skip to the next track on a Sonos device.
Args: name: The name of the device to skip the track on. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after skipping to the next track, including name, volume, state, and track info.
Inputs: name.
now_playingB
Retrieve information about currently playing tracks on all Sonos devices.
Returns: List[Dict[str, str]]: A list of dictionaries containing the name, title, artist, and album of currently playing tracks.
Inputs: no named parameters.
partymodeA
Enable party mode on the current Sonos device.
Returns: Dict[str, Any]: The device's state after enabling party mode, including name, volume, state, and track info.
Inputs: no named parameters.
pauseB
Pause playback on a Sonos device.
Args: name: The name of the device to pause. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after pausing, including name, volume, state, and track info.
Inputs: name.
playA
Start playback on a Sonos device.
Args: name: The name of the device to start playback on. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after starting playback, including name, volume, state, and track info.
Inputs: name.
play_indexA
Play a specific track from the queue on a Sonos device.
Args: index: The index of the track to play. name: The name of the device to play the track on. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after playing the specified track, including name, volume, state, and track info.
Raises: ValueError: If the index is out of the queue's range.
Inputs: index (required), name.
previousA
Skip to the previous track on a Sonos device.
Args: name: The name of the device to skip the track on. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after skipping to the previous track, including name, volume, state, and track info.
Inputs: name.
remove_index_from_queueA
Remove a specific track from the queue on a Sonos device.
Args: index: The index of the track to remove. name: The name of the device to remove the track from. If None, uses the current device.
Returns: List[Dict[str, Any]]: The updated queue after removing the track.
Raises: ValueError: If the index is out of the queue's range.
Inputs: index (required), name.
skipA
Skip tracks in the queue for a Sonos device.
Args: increment: The number of tracks to skip forward. Defaults to 1. name: The name of the device to skip tracks on. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after skipping tracks, including name, volume, state, and track info.
Raises: ValueError: If the new track position is out of the queue's range.
Inputs: increment, name.
speaker_infoB
Retrieve speaker information for a Sonos device.
Args: name: The name of the device to retrieve speaker information from. If None, uses the current device.
Returns: Dict[str, str]: A dictionary containing speaker information.
Inputs: name.
stopA
Stop playback on a Sonos device.
Args: name: The name of the device to stop. If None, uses the current device.
Returns: Dict[str, Any]: The device's state after stopping, including name, volume, state, and track info.
Inputs: name.
volumeA
Get or set the volume of a Sonos device.
Args: volume: The volume level to set (0-99). If None, returns current volume. name: The name of the device to control. If None, uses the current device.
Returns: int: The current volume level after the operation.
Raises: ValueError: If volume is not between 0 and 99. ValueError: If the specified device is not found.
Inputs: name, volume.
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
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TDQS
Scored across 18 tools
Most tools have distinct purposes, but some overlap exists. For example, 'skip' and 'next' both advance tracks, though 'skip' offers more flexibility with an increment parameter. 'get_current_track_info' and 'now_playing' both retrieve track info, but 'now_playing' covers all devices while 'get_current_track_info' is per-device. Descriptions help clarify these differences, but minor confusion could occur.
Tool names follow a consistent snake_case pattern throughout, with clear verb_noun structures like 'get_device_state', 'play_index', and 'remove_index_from_queue'. However, there are minor deviations: 'mode' and 'volume' are single-word nouns without verbs, and 'partymode' is a compound word instead of snake_case, slightly breaking the pattern.
With 18 tools, the count is slightly high but reasonable for a Sonos control server, covering device states, playback control, queue management, and settings. It might feel a bit heavy, but each tool serves a specific function without obvious redundancy, making it well-scoped for the domain.
The tool set provides comprehensive coverage for Sonos device management. It includes CRUD-like operations for queue management (get, remove), full playback control (play, pause, stop, next, previous, skip), device state retrieval, volume and mode settings, and specialized functions like party mode. No significant gaps are apparent for core audio control workflows.
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