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Mcp Android Adb Server

Using AI Large Language Models to Operate Android Devices.

putio-mcp-server

For interacting with put.io, an MCP (presumably meaning "Media Center Platform" or similar) server could be implemented in a few ways. Here are a few options, ranging from simple to more complex, along with considerations for each: **1. Simple Scripting with API Calls (Python, Bash, etc.)** * **Concept:** Use a scripting language like Python or Bash to directly interact with the put.io API. This is the most basic approach. * **How it Works:** * Use `curl`, `wget`, or a Python library like `requests` to make HTTP requests to the put.io API endpoints. * Authenticate using your put.io API key (obtained from your put.io account settings). * Implement functions to: * List files/folders. * Start downloads (by adding torrents or URLs). * Check download status. * Potentially stream files (if your MCP supports direct URL playback). * Expose these functions through a simple command-line interface or a very basic web interface. * **Pros:** * Simple to set up. * Good for basic automation. * Low resource usage. * **Cons:** * Requires scripting knowledge. * Limited features. * Not very user-friendly. * No built-in media management. * **Example (Python):** ```python import requests import json API_KEY = "YOUR_PUTIO_API_KEY" BASE_URL = "https://api.put.io/v2" def list_files(parent_id=0): url = f"{BASE_URL}/files/list?oauth_token={API_KEY}&parent_id={parent_id}" response = requests.get(url) response.raise_for_status() # Raise HTTPError for bad responses (4xx or 5xx) data = response.json() return data['files'] def add_transfer(url): url = f"{BASE_URL}/transfers/add?oauth_token={API_KEY}&url={url}" response = requests.post(url) response.raise_for_status() data = response.json() return data # Example usage files = list_files() for file in files: print(f"{file['name']} (ID: {file['id']})") # Add a transfer transfer_result = add_transfer("magnet:?xt=urn:btih:YOUR_MAGNET_LINK") print(f"Transfer added: {transfer_result}") ``` **2. Integration with Existing Media Server Software (Plex, Emby, Jellyfin)** * **Concept:** Use the API of an existing media server to manage and stream files downloaded by put.io. This is a more robust and user-friendly approach. * **How it Works:** * **Download Automation:** Use a script (like the one above, or a more sophisticated tool like Sonarr/Radarr) to automatically download files to a specific folder on your server. * **Media Server Configuration:** Configure Plex, Emby, or Jellyfin to monitor that folder. They will automatically scan and index the new files. * **Streaming:** Use the Plex/Emby/Jellyfin client apps to browse and stream your media. * **Pros:** * Excellent user experience. * Automatic media organization and metadata retrieval. * Streaming to a wide range of devices. * **Cons:** * Requires setting up and configuring a media server. * More resource intensive than a simple script. * Relies on the media server's API and functionality. * **Key Tools:** * **Plex:** Popular, proprietary media server. * **Emby:** Open-source media server with a premium option. * **Jellyfin:** Completely free and open-source media server. * **Sonarr/Radarr:** Tools for automating TV show and movie downloads. They can be configured to use put.io as a download client. **3. Custom Web Application (Flask, Django, Node.js)** * **Concept:** Build a custom web application that provides a user interface for interacting with the put.io API and managing your media. * **How it Works:** * **Backend:** Use a framework like Flask (Python), Django (Python), or Node.js (JavaScript) to create a web server. * **API Integration:** Use the put.io API to implement features like: * Browsing files. * Adding transfers. * Monitoring transfer status. * Deleting files. * **Frontend:** Create a user interface using HTML, CSS, and JavaScript (potentially with a framework like React, Vue.js, or Angular). * **Media Streaming:** Implement direct streaming from put.io (more complex) or rely on downloading files to a local directory and using a media server (like Plex) for streaming. * **Pros:** * Highly customizable. * Can integrate with other services. * Can provide a unique user experience. * **Cons:** * Requires significant development effort. * More complex to set up and maintain. * **Example (Conceptual Flask):** ```python from flask import Flask, render_template, request, redirect, url_for import requests import json app = Flask(__name__) API_KEY = "YOUR_PUTIO_API_KEY" BASE_URL = "https://api.put.io/v2" def list_files(parent_id=0): # ... (same as before) ... def add_transfer(url): # ... (same as before) ... @app.route("/") def index(): files = list_files() return render_template("index.html", files=files) @app.route("/add_transfer", methods=["POST"]) def add_transfer_route(): url = request.form["url"] add_transfer(url) return redirect(url_for("index")) if __name__ == "__main__": app.run(debug=True) ``` **Choosing the Right Approach:** * **Simple Scripting:** Best for basic automation and command-line users. * **Media Server Integration:** Best for a seamless media streaming experience. * **Custom Web Application:** Best for maximum flexibility and control, but requires the most development effort. **Important Considerations:** * **API Key Security:** Never hardcode your API key directly into your code if you plan to share it. Use environment variables or a configuration file. * **Error Handling:** Implement robust error handling to gracefully handle API errors and network issues. * **Rate Limiting:** Be aware of put.io's API rate limits and implement appropriate throttling in your code. * **Authentication:** For a web application, implement proper user authentication and authorization. * **Storage:** Consider where you will store downloaded files if you are not streaming directly from put.io. * **Legal:** Ensure you are using put.io and downloading content legally. **Translation to Chinese:** Here's a translation of the above information into Chinese: **与 put.io 交互的 MCP 服务器** 为了与 put.io 交互，可以采用几种方法来实现 MCP（可能意味着“媒体中心平台”或类似的东西）服务器。 以下是一些选项，从简单到复杂，以及每个选项的注意事项： **1. 简单的脚本编写与 API 调用 (Python, Bash 等)** * **概念:** 使用像 Python 或 Bash 这样的脚本语言直接与 put.io API 交互。 这是最基本的方法。 * **工作原理:** * 使用 `curl`、`wget` 或像 `requests` 这样的 Python 库向 put.io API 端点发出 HTTP 请求。 * 使用您的 put.io API 密钥进行身份验证（从您的 put.io 帐户设置中获取）。 * 实现以下功能的函数： * 列出文件/文件夹。 * 启动下载（通过添加种子或 URL）。 * 检查下载状态。 * 可能流式传输文件（如果您的 MCP 支持直接 URL 播放）。 * 通过简单的命令行界面或非常基本的 Web 界面公开这些功能。 * **优点:** * 设置简单。 * 适用于基本自动化。 * 资源占用低。 * **缺点:** * 需要脚本编写知识。 * 功能有限。 * 不是很用户友好。 * 没有内置的媒体管理。 * **示例 (Python):** ```python import requests import json API_KEY = "YOUR_PUTIO_API_KEY" BASE_URL = "https://api.put.io/v2" def list_files(parent_id=0): url = f"{BASE_URL}/files/list?oauth_token={API_KEY}&parent_id={parent_id}" response = requests.get(url) response.raise_for_status() # Raise HTTPError for bad responses (4xx or 5xx) data = response.json() return data['files'] def add_transfer(url): url = f"{BASE_URL}/transfers/add?oauth_token={API_KEY}&url={url}" response = requests.post(url) response.raise_for_status() data = response.json() return data # 示例用法 files = list_files() for file in files: print(f"{file['name']} (ID: {file['id']})") # 添加一个传输 transfer_result = add_transfer("magnet:?xt=urn:btih:YOUR_MAGNET_LINK") print(f"传输已添加: {transfer_result}") ``` **2. 与现有媒体服务器软件集成 (Plex, Emby, Jellyfin)** * **概念:** 使用现有媒体服务器的 API 来管理和流式传输 put.io 下载的文件。 这是一种更强大且用户友好的方法。 * **工作原理:** * **下载自动化:** 使用脚本（如上面的脚本，或更复杂的工具，如 Sonarr/Radarr）自动将文件下载到服务器上的特定文件夹。 * **媒体服务器配置:** 配置 Plex、Emby 或 Jellyfin 来监视该文件夹。 它们将自动扫描和索引新文件。 * **流式传输:** 使用 Plex/Emby/Jellyfin 客户端应用程序浏览和流式传输您的媒体。 * **优点:** * 出色的用户体验。 * 自动媒体组织和元数据检索。 * 流式传输到各种设备。 * **缺点:** * 需要设置和配置媒体服务器。 * 比简单的脚本更消耗资源。 * 依赖于媒体服务器的 API 和功能。 * **关键工具:** * **Plex:** 流行的专有媒体服务器。 * **Emby:** 具有高级选项的开源媒体服务器。 * **Jellyfin:** 完全免费和开源的媒体服务器。 * **Sonarr/Radarr:** 用于自动化电视节目和电影下载的工具。 可以配置它们以使用 put.io 作为下载客户端。 **3. 自定义 Web 应用程序 (Flask, Django, Node.js)** * **概念:** 构建一个自定义 Web 应用程序，该应用程序提供一个用户界面，用于与 put.io API 交互并管理您的媒体。 * **工作原理:** * **后端:** 使用像 Flask (Python)、Django (Python) 或 Node.js (JavaScript) 这样的框架来创建 Web 服务器。 * **API 集成:** 使用 put.io API 来实现以下功能： * 浏览文件。 * 添加传输。 * 监控传输状态。 * 删除文件。 * **前端:** 使用 HTML、CSS 和 JavaScript（可能使用像 React、Vue.js 或 Angular 这样的框架）创建一个用户界面。 * **媒体流式传输:** 实现从 put.io 的直接流式传输（更复杂）或依赖于将文件下载到本地目录并使用媒体服务器（如 Plex）进行流式传输。 * **优点:** * 高度可定制。 * 可以与其他服务集成。 * 可以提供独特的用户体验。 * **缺点:** * 需要大量的开发工作。 * 设置和维护更复杂。 * **示例 (概念性 Flask):** ```python from flask import Flask, render_template, request, redirect, url_for import requests import json app = Flask(__name__) API_KEY = "YOUR_PUTIO_API_KEY" BASE_URL = "https://api.put.io/v2" def list_files(parent_id=0): # ... (与之前相同) ... def add_transfer(url): # ... (与之前相同) ... @app.route("/") def index(): files = list_files() return render_template("index.html", files=files) @app.route("/add_transfer", methods=["POST"]) def add_transfer_route(): url = request.form["url"] add_transfer(url) return redirect(url_for("index")) if __name__ == "__main__": app.run(debug=True) ``` **选择正确的方法:** * **简单脚本编写:** 最适合基本自动化和命令行用户。 * **媒体服务器集成:** 最适合无缝的媒体流式传输体验。 * **自定义 Web 应用程序:** 最适合最大的灵活性和控制，但需要最多的开发工作。 **重要注意事项:** * **API 密钥安全:** 如果您计划共享您的代码，切勿将您的 API 密钥直接硬编码到您的代码中。 使用环境变量或配置文件。 * **错误处理:** 实施强大的错误处理，以优雅地处理 API 错误和网络问题。 * **速率限制:** 请注意 put.io 的 API 速率限制，并在您的代码中实施适当的限制。 * **身份验证:** 对于 Web 应用程序，实施适当的用户身份验证和授权。 * **存储:** 如果您不直接从 put.io 流式传输，请考虑将下载的文件存储在哪里。 * **法律:** 确保您合法地使用 put.io 并下载内容。 This translation should be helpful. Remember to replace `"YOUR_PUTIO_API_KEY"` and `"magnet:?xt=urn:btih:YOUR_MAGNET_LINK"` with your actual API key and magnet link. Good luck!

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