Torrent Search MCP/API/WebUI

This repository provides a Python API/WebUI and an MCP (Model Context Protocol) server to find torrents programmatically on ThePirateBay, 1337x, Nyaa, YTS, EZTV, FitGirl, SubsPlease, BitTorrented and UIndex. It allows for easy integration into other applications or services.

Quickstart

How to use it with MCP Clients

Run it with Docker to bypass common DNS issues

Search directly from the command line

uvx torrent-search-mcp --mode cli "breaking bad"

# MCP server over stdio (default)
uvx torrent-search-mcp --mode stdio

# MCP server over streamable HTTP (port 8000, endpoint /mcp)
uvx torrent-search-mcp --mode http

# MCP server over SSE (port 8000, endpoint /sse, legacy)
uvx torrent-search-mcp --mode sse

# Standalone API server (port 8000)
uvx torrent-search-mcp --mode api

Related MCP server: rqbit Torrent Client MCP

Table of Contents

• Features

• Supported Sources

• Setup

  • Prerequisites

  • Configuration

  • Installation

    • Install from PyPI (Recommended)

    • For Local Development

    • For Docker

• Usage

  • As CLI

  • As Python Wrapper

  • As MCP Server

  • As API Server

  • Via MCP Clients

    • Example with Devin

• Changelog

• Contributing

• License

Features

• API wrapper for ThePirateBay, 1337x, Nyaa, YTS, EZTV, FitGirl, SubsPlease, BitTorrented and UIndex.

• MCP server interface for standardized communication (stdio, sse, streamable-http).

• API server interface for alternative HTTP access (e.g., for direct API calls or testing).

• CLI mode for quick one-off searches directly from the terminal.

• In-memory + aiocache result caching to reduce redundant scraping (identical concurrent requests share a single fetch).

• Configurable source filtering via environment variables.

• Telegram-gated web UI: one-time QR/deep-link pairing, forward-to-Telegram popup and (optional) server-side forwarding.

• Tools:

  • Search for torrents across all available sources.

  • Get the most popular torrents per source (apibay, uindex, 1337x, YTS, nyaa, EZTV).

  • Get the magnet link for a specific torrent by id.

  • List available sources.

Supported Sources

Note on UIndex: the site exposes no programmatic search endpoint (its search path is protected by a browser challenge), so queries are matched client-side against its live top list - which conveniently carries magnet links inline.

Sources can be excluded individually via the EXCLUDE_SOURCES env var.

Setup

Prerequisites

• Python 3.10+ (required for PyPI install). CI and Docker images use Python 3.14.

• uv (for local development).

• Docker and Docker Compose (for Docker setup).

Configuration (Optional)

The application reads configuration from environment variables. The recommended way to set them is by creating a .env file in your project's root directory. The application will load it automatically. See .env.example for all available options.

Installation

Choose one of the following installation methods.

Install from PyPI (Recommended)

This method is best for using the package as a library or running the server without modifying the code.

1. Install the package from PyPI:

pip install torrent-search-mcp

2. Create a .env file in the directory where you'll run the application (optional).

3. Run the MCP server (default: stdio):

python -m torrent_search

For Local Development

This method is for contributors who want to modify the source code. Using uv:

1. Clone the repository:

git clone https://github.com/philogicae/torrent-search-mcp.git
cd torrent-search-mcp

2. Install dependencies using uv:

uv sync --frozen

3. Create your configuration file by copying the example:

cp .env.example .env

4. Run the MCP server (default: stdio):

uv run -m torrent_search

The repo also ships a dev.sh helper that locks/syncs deps, formats, lints, type-checks (ty) and runs the test suite with coverage:

./dev.sh

For Docker

This method uses Docker Compose to run two containers: the REST API + web UI, and an MCP server that proxies the API (no local scraping).

compose.yaml is configured to bypass DNS issues (using quad9 DNS).

1. Clone the repository (if you haven't already):

git clone https://github.com/philogicae/torrent-search-mcp.git
cd torrent-search-mcp

2. Create your configuration file by copying the example:

cp .env.example .env

3. Build and run the containers using Docker Compose:

docker compose up --build -d

4. Access container logs:

docker logs torrent-search-api -f
docker logs torrent-search-mcp -f

Usage

The package exposes a single entry point, torrent-search-mcp (installed by pip/uvx), equivalent to python -m torrent_search. It supports the following --mode values:

MCP modes (stdio, http, streamable-http, sse) run standalone by default (tools scrape locally). Set TORRENT_SEARCH_API_URL to switch to API mode: the tools proxy a running Torrent Search REST API instead.

Common flags (for http, streamable-http, sse and api modes): --host (default 0.0.0.0), --port (default 8000), --reload, --workers (API only).

As CLI

Run a one-off search directly from the terminal. Prints each result as id (seeders|leechers|downloads) - filename, then fetches the magnet/torrent for the top hit.

# Using the installed entry point
torrent-search-mcp --mode cli "breaking bad"

# Or via uvx without installing
uvx torrent-search-mcp --mode cli "breaking bad"

# Or from source
uv run -m torrent_search --mode cli "breaking bad"

As Python Wrapper

from torrent_search import torrent_search_api

results = await torrent_search_api.search_torrents("breaking bad")
for torrent in results:
    print(
        f"{torrent.filename} | {torrent.size} | {torrent.seeders} SE | {torrent.leechers} LE | {torrent.date} | {torrent.source}"
    )

search_torrents is async and accepts an optional max_items (default 10). popular_torrents(per_source=20) returns the current most popular torrents from sources with a top listing - up to per_source results per source (pass per_source=None for everything), merged and ranked by seeders + leechers. Each Torrent exposes id, filename, size, seeders, leechers, date, source, and (when available) magnet_link. Pass a torrent's id to get_torrent() to retrieve its magnet link.

As MCP Server

from torrent_search import torrent_search_mcp

torrent_search_mcp.run(transport="sse")

As API Server

This project also includes a API server as an alternative way to interact with the library via a standard HTTP API. This can be useful for direct API calls, integration with other web services, or for testing purposes.

Running the API Server:

# With Python
python -m torrent_search --mode api
# With uv
uv run -m torrent_search --mode api

• --host <host>: Default: 0.0.0.0.

• --port <port>: Default: 8000.

• --reload: Enables auto-reloading when code changes (useful for development).

• --workers <workers>: Default: 1.

The API server will then be accessible at http://<host>:<port>.

Available Endpoints: The API server exposes similar functionalities to the MCP server. Key endpoints include:

• GET /: Built-in web UI (dark/light) - search, per-site popular tiles, sortable results with magnet links. Telegram sending requires one-time QR pairing.

• POST /torrent/search: Search for torrents. Query params: query (required) and max_items (optional, default 20).

• GET /sources: List the available torrent source domains.

• GET /torrent/popular: Get the most popular torrents. Query param: per_source (optional, default 20).

• GET /torrent/{torrent_id}: Get the magnet link for a specific torrent by id. Returns the magnet URI as text.

• GET /telegram/session: Web UI auth state (enabled, authenticated, public bot handle, prune_magnet_links). Send the session token as Authorization: Bearer.

• POST /telegram/auth/challenge: Create a one-time pairing code (rate-limited). Codes expire after ~5 minutes and are shown as a QR + deep link in the pairing popup.

• GET /telegram/auth/poll?code=: Poll a pairing code; on approval returns the one-time session token for the browser to store.

• DELETE /telegram/auth/challenge/{code}: Cancel a pending pairing code.

• POST /telegram/auth/register: Approve a pairing code bound to a Telegram chat_id. Requires Authorization: Bearer $TORRENT_SEARCH_API_KEY.

• POST /telegram/auth/logout: Revoke the presented session token.

• POST /forward_telegram: Send torrent info to the Telegram chat bound to the presented session token. JSON body: filename (required), magnet_link (required), optional size, seeders. When PRUNE_MAGNET_LINKS=true the forwarded magnet is pruned; requires TELEGRAM_BOT_TOKEN, otherwise 503.

• /docs: Interactive API documentation (Swagger UI).

• /redoc: Alternative API documentation (ReDoc).

Environment variables are configured the same way as for the MCP server (via an .env file in the project root).

Via MCP Clients

Usable with any MCP-compatible client. Available tools:

• search_torrents(user_intent, query): Search for torrents across all available sources.

  • user_intent: A short description reflecting the user's overall intention (e.g. "latest episode of Breaking Bad").

  • query: Optimized, lowercase, space-separated keywords (e.g. "breaking bad s01e05"). Generic/filler/technical terms should be stripped per the tool's docstring.

  • By default magnet links are stripped from the response to save tokens; set INCLUDE_LINKS=true to include them.

• popular_torrents(per_source=20): Get the most popular torrents right now from sources with an official top listing (apibay, uindex, 1337x, YTS, nyaa, EZTV) - up to per_source results each, grouped per source and pre-ranked by seeders + leechers.

  • By default magnet links are stripped from the response to save tokens; set INCLUDE_LINKS=true to include them.

• available_sources(): Get the list of available torrent sources.

• get_torrent(torrent_id): Get the magnet link for a specific torrent by id (the id returned by search_torrents or popular_torrents).

• authorize_webapp(code, chat_id): Approve a Web UI pairing code bound to your Telegram chat id (the code shown in the browser pairing gate). Requires TORRENT_SEARCH_API_KEY and TORRENT_SEARCH_API_URL.

• torrent_webapp(): Present the web UI URL (WEBUI_URL) and its pairing-based access system.

Example with Devin

Configuration:

{
  "mcpServers": {
    ...
    # with stdio (only requires uv)
    "torrent-search-mcp": {
      "command": "uvx",
      "args": [ "torrent-search-mcp" ]
    },
    # with streamable-http transport (Docker compose: MCP on port 8001; standalone server: 8000)
    "torrent-search-mcp": {
      "serverUrl": "http://127.0.0.1:8001/mcp"
    },
    # with sse transport (legacy; requires running server)
    "torrent-search-mcp": {
      "serverUrl": "http://127.0.0.1:8001/sse"
    },
    ...
  }
}

Changelog

See CHANGELOG.md for a history of changes to this project.

Contributing

Contributions are welcome! Please open an issue or submit a pull request.

License

This project is licensed under the MIT License - see the LICENSE file for details.