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鏡 (Kagami)

Gmail AutoAuth MCP Server

鏡 (Kagami)

mcp

MCPサーバー経由でClaudeデスクトップとやり取りしています。色々試しているところです。

mcp-imagen-server

気軽に画像を作りたいときに使えるMCPサーバー。fal.aiや、非常に安価なHall of Fameも可能です！

ONOS MCP Server

ONOS SDNコントローラーのネットワーク管理機能へのプログラム的なアクセスを提供するモデルコンテキストプロトコルサーバー。ONOSのREST APIを通じて、デバイス制御、トポロジー管理、および分析を可能にする。

LanceDB Node.js Vector Search

LanceDBとOllamaの埋め込みモデルを使用した、ベクトル検索のためのNode.js実装。

MCP Servers for Cursor AI

MCP サーバーをすべて 1 か所に

easy-mcp

TypeScript で非常に簡単にモデルコンテキストプロトコルサーバーを構築する

MCP Server for Asana

鏡 (Kagami)

MCP Git Tools

Model Context Protocol (MCP) 用の Git ツール統合ライブラリ

Have I Been Pwned MCP Server

モデルコンテキストプロトコル（MCP）サーバー。Have I Been Pwned APIとの統合を提供し、あなたのアカウントまたはパスワードがデータ侵害で漏洩したかどうかを確認します。

IMCP

macOS 上で、メッセージ、連絡先などのための MCP サーバーを提供するアプリ

TMDB MCP Server

AIアシスタントが、Model Context Protocolインターフェースを通じて、The Movie Database (TMDB) APIから映画情報を検索・取得できるようにします。

SuperGateway 介绍

MCP の標準入出力 (stdio) サーバーを SSE 経由で実行し、SSE を標準入出力経由で実行する。AI ゲートウェイ。

MCP Server Template

鏡 (Kagami)

mcp-demo

Okay, here's a basic outline and code snippets for a simple MCP (Minecraft Communications Protocol) demo, including both a client and server, designed for studying the protocol. This is a *very* simplified example and doesn't implement the full complexity of the real MCP. It focuses on the core concepts of connection, sending, and receiving data. **Important Considerations:** * **This is a simplified demo:** The real MCP is far more complex, involving encryption, compression, and a large number of packets. This demo is for educational purposes only. * **Error Handling:** The code snippets below lack robust error handling for brevity. In a real application, you'd need to handle exceptions, connection errors, and invalid data. * **Threading:** The server uses basic threading. For a production server, you'd likely want a more sophisticated threading model (e.g., a thread pool). * **Security:** This demo has *no* security. Do not use it in a production environment. * **MCP Version:** This example does not target a specific MCP version. It's a generic illustration. **Conceptual Overview:** 1. **Connection:** The client connects to the server on a specified port. 2. **Handshake (Simplified):** In a real MCP implementation, there's a handshake process to negotiate protocol versions and encryption. This demo skips that for simplicity. 3. **Data Exchange:** The client sends data (e.g., a simple message) to the server. The server receives the data and can send a response. 4. **Disconnection:** The client and server close the connection. **Code Snippets (Python):** **Server (server.py):** ```python import socket import threading HOST = '127.0.0.1' # Standard loopback interface address (localhost) PORT = 25565 # Port to listen on (non-privileged ports are > 1023) def handle_client(conn, addr): print(f"Connected by {addr}") try: while True: data = conn.recv(1024) # Receive data in 1024-byte chunks if not data: break # Client disconnected message = data.decode('utf-8') print(f"Received from {addr}: {message}") response = f"Server received: {message}".encode('utf-8') conn.sendall(response) # Echo back to the client except Exception as e: print(f"Error handling client: {e}") finally: conn.close() print(f"Connection closed with {addr}") def main(): with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s: s.bind((HOST, PORT)) s.listen() print(f"Server listening on {HOST}:{PORT}") while True: conn, addr = s.accept() thread = threading.Thread(target=handle_client, args=(conn, addr)) thread.start() print(f"Active connections: {threading.active_count() - 1}") #Subtract main thread if __name__ == "__main__": main() ``` **Client (client.py):** ```python import socket HOST = '127.0.0.1' # The server's hostname or IP address PORT = 25565 # The port used by the server with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s: try: s.connect((HOST, PORT)) message = "Hello, MCP Server!" s.sendall(message.encode('utf-8')) data = s.recv(1024) print(f"Received: {data.decode('utf-8')}") except Exception as e: print(f"Error: {e}") finally: print("Closing connection") s.close() ``` **How to Run:** 1. **Save:** Save the code as `server.py` and `client.py`. 2. **Run the Server:** Open a terminal or command prompt and run `python server.py`. 3. **Run the Client:** Open another terminal or command prompt and run `python client.py`. **Explanation:** * **Server:** * Creates a socket, binds it to an address and port, and listens for incoming connections. * When a client connects, it accepts the connection and spawns a new thread to handle the client. * The `handle_client` function receives data from the client, decodes it, prints it to the console, and sends a response back to the client. * The server continues to listen for new connections. * **Client:** * Creates a socket and connects to the server. * Sends a message to the server. * Receives the response from the server and prints it to the console. * Closes the connection. **Key Concepts to Study (Related to MCP):** * **Sockets:** Understand how sockets work for network communication. * **TCP/IP:** Learn about the TCP/IP protocol suite, which MCP uses. * **Data Serialization:** MCP uses specific data formats (e.g., VarInts, strings) to encode data. Look into how data is serialized and deserialized. Libraries like `struct` in Python can be helpful for packing and unpacking binary data. * **Packet Structure:** MCP packets have a specific structure (packet ID, data fields). Study the packet formats for the Minecraft version you're interested in. * **State Management:** The client and server maintain state (e.g., login status, game state). * **Encryption:** MCP uses encryption (usually AES) to secure communication. Learn about encryption algorithms and how they're used in network protocols. * **Compression:** MCP uses compression (usually zlib) to reduce the amount of data transmitted. **Next Steps for Deeper Learning:** 1. **Implement VarInts:** MCP uses variable-length integers (VarInts). Implement functions to read and write VarInts. 2. **Implement a Simple Handshake:** Add a basic handshake where the client sends its protocol version to the server. 3. **Implement a Simple Packet:** Define a simple packet structure (e.g., a chat message packet) and implement the code to send and receive it. 4. **Study Real MCP Packets:** Use a packet sniffer (e.g., Wireshark) to capture real MCP packets and analyze their structure. The Minecraft Wiki has information about packet formats. 5. **Look at Existing Libraries:** There are existing libraries that implement MCP. Study their code to learn how they handle the protocol. (Be aware that some libraries may be outdated.) **Japanese Translation of Key Terms:** * **MCP (Minecraft Communications Protocol):** Minecraft通信プロトコル (Minecraft Tsūshin Purotokoru) * **Client:** クライアント (Kuraianto) * **Server:** サーバー (Sābā) * **Socket:** ソケット (Soketto) * **Packet:** パケット (Paketto) * **Connection:** 接続 (Setsuzoku) * **Handshake:** ハンドシェイク (Handosheiku) * **Data:** データ (Dēta) * **Encryption:** 暗号化 (Angōka) * **Compression:** 圧縮 (Asshuku) * **Protocol:** プロトコル (Purotokoru) * **Thread:** スレッド (Sureddo) This should give you a good starting point for studying MCP. Remember to start small and gradually increase the complexity of your implementation. Good luck!

SQL Server MCP Server for Windsurf IDE

SQL Server MCP Server for Windsurf IDE - Windsurf IDE 用のスタンドアロン MCP サーバー (SQL Server 統合機能を提供)

rag-browser

人間とAIのためのブラウザ自動化ツール - Playwrightで構築、Bunランタイムに最適化、CLIとMCPサーバーモードをサポートし、ウェブページの分析と自動化を実現

GitHub MCP Server

毎日の課題シリーズ (Mainichi no kadai shirīzu)

China Weather MCP Server

MCPサーバーで中国の都市の天気を問い合わせる

Crypto Fear & Greed Index MCP Server

リアルタイムおよび過去の暗号資産（仮想通貨）の恐怖と貪欲指数（Fear & Greed Index）データを提供するMCPサーバー。