ChatGPT MCP Server

What is ChatGPT MCP Server?

ChatGPT MCP Server is a Model Context Protocol (MCP) server that provides Docker management capabilities through a custom GPT interface. It is built with TypeScript and designed for containerized deployment, enabling natural language interaction with Docker containers.

How to use ChatGPT MCP Server?

Clone the repository, install dependencies (npm install), create an environment file from env.example, and build the project (npm run build). Run with Docker using npm run docker:build and npm run docker:run, or manually mount the Docker socket and set environment variables.

Key features of ChatGPT MCP Server

• Docker container management through natural language
• Built on the Model Context Protocol (MCP)
• TypeScript implementation with containerized deployment
• Robust error handling and graceful shutdown
• Resource management and port handling
• Rate limiting and API key authentication

Use cases of ChatGPT MCP Server

• Manage Docker containers from a ChatGPT interface
• Automate container operations using natural language commands
• Integrate Docker management into custom GPT workflows
• Secure container management with API key authentication and rate limiting

FAQ from ChatGPT MCP Server

What does ChatGPT MCP Server do?

It provides Docker management capabilities through a custom GPT interface using the Model Context Protocol.

What environment variables are required?

API_KEY for authentication, HTTP_PORT (default 3001), RATE_LIMIT_REQUESTS, and RATE_LIMIT_WINDOW for rate limiting.

How do I run the server with Docker?

Build the container with npm run docker:build and run it with npm run docker:run, or manually mount /var/run/docker.sock and set environment variables.

Does the server handle errors gracefully?

Yes, it includes port conflict detection, network error handling, unhandled rejection catching, and a graceful shutdown process that releases resources.

What runtime dependencies does it have?

Node.js and npm are required for building and running, and Docker is used for containerized deployment. The server accesses the Docker daemon via the Docker socket.