Plex MCP Server

This is a Python-based MCP server that integrates with the Plex Media Server API to search for movies and manage playlists. It uses the PlexAPI library for seamless interaction with your Plex server.

Screenshots

Here are some examples of how the Plex MCP server works:

1. Find Movies in Plex Library by Director

Search for movies in your Plex library by specifying a director's name. For example, searching for "Alfred Hitchcock" returns a list of his movies in your library.

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2. Find Missing Movies for a Director

Identify movies by a specific director that are missing from your Plex library. This helps you discover gaps in your collection.

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3. Create a Playlist in Your Plex Library

Create a new playlist in your Plex library using the movies found in a search. This allows you to organize your library efficiently.

Setup

Prerequisites

• Python 3.8 or higher
• uv package manager
• A Plex Media Server with API access

Installation

Installing via Smithery

To install Plex Media Server Integration for Claude Desktop automatically via Smithery:

npx -y @smithery/cli install @djbriane/plex-mcp --client claude

Installing Manually

1. Clone this repository:

   git clone <repository-url>
   cd plex-mcp
   

2. Install dependencies with uv:

   uv venv
   source .venv/bin/activate
   uv sync
   

3. Configure environment variables for your Plex server:

   • PLEX_TOKEN: Your Plex authentication token
   • PLEX_SERVER_URL: Your Plex server URL (e.g., http://192.168.1.100:32400)

Finding Your Plex Token

You can find your Plex token in this way:

• Sign in to Plex Web App
• Open Developer Tools
• In Console tab, paste and run:

  window.localStorage.getItem('myPlexAccessToken')
  

Usage with Claude

Add the following configuration to your Claude app:

{
    "mcpServers": {
        "plex": {
            "command": "uv",
            "args": [
                "--directory",
                "FULL_PATH_TO_PROJECT",
                "run",
                "src/plex_mcp/plex_mcp.py"
            ],
            "env": {
                "PLEX_TOKEN": "YOUR_PLEX_TOKEN",
                "PLEX_SERVER_URL": "YOUR_PLEX_SERVER_URL"
            }
        }
    }
}

Available Commands

The Plex MCP server exposes these commands:

Command	Description	OpenAPI Reference
search_movies	Search for movies in your library by various filters (e.g., title, director, genre) with support for a limit parameter to control the number of results.	/library/sections/{sectionKey}/search
get_movie_details	Get detailed information about a specific movie.	/library/metadata/{ratingKey}
get_movie_genres	Get the genres for a specific movie.	/library/sections/{sectionKey}/genre
list_playlists	List all playlists on your Plex server.	/playlists
get_playlist_items	Get the items in a specific playlist.	/playlists/{playlistID}/items
create_playlist	Create a new playlist with specified movies.	/playlists
delete_playlist	Delete a playlist from your Plex server.	/playlists/{playlistID}
add_to_playlist	Add a movie to an existing playlist.	/playlists/{playlistID}/items
recent_movies	Get recently added movies from your library.	/library/recentlyAdded

Running Tests

This project includes both unit tests and integration tests. Use the following instructions to run each type of test:

Unit Tests

Unit tests use dummy data to verify the functionality of each module without requiring a live Plex server.

To run all unit tests:

uv run pytest

Integration Tests

Integration tests run against a live Plex server using environment variables defined in a .env file. First, create a .env file in your project root with your Plex configuration:

PLEX_SERVER_URL=https://your-plex-server-url:32400
PLEX_TOKEN=yourPlexTokenHere

Integration tests are marked with the integration marker. To run only the integration tests:

uv run pytest -m integration

If you are experiencing connection issues to your Plex server try running the integration tests to help troubleshoot.

Code Style and Conventions

• Module Structure:
  Use clear section headers for imports, logging setup, utility functions, class definitions, global helpers, tool methods, and main execution (guarded by if __name__ == "__main__":).

• Naming:
  Use CamelCase for classes and lower_snake_case for functions, variables, and fixtures. In tests, list built-in fixtures (e.g. monkeypatch) before custom ones.

• Documentation & Comments:
  Include a concise docstring for every module, class, and function, with in-line comments for complex logic.

• Error Handling & Logging:
  Use Python’s logging module with consistent error messages (prefix “ERROR:”) and explicit exception handling.

• Asynchronous Patterns:
  Define I/O-bound functions as async and use asyncio.to_thread() to handle blocking operations.