What is the MySQL MCP Server?

The MySQL MCP Server is an implementation of the Model Context Protocol (MCP) that enables secure interaction between AI applications and MySQL databases.

How does the MySQL MCP Server work?

It acts as a bridge, allowing AI models to access, explore, and analyze database information in a structured and secure manner. It handles requests from AI models, translates them into database queries, and securely relays the results back.

What are the key features of the MySQL MCP Server?

Key features include listing available MySQL tables as resources, enabling reading of table contents, executing SQL queries with error handling, secure database access via environment variables, and comprehensive logging.

How do I install the MySQL MCP Server?

You can install it manually using pip install mysql-mcp-server or automatically through Smithery.

What environment variables do I need to configure?

You need to set MYSQL_HOST, MYSQL_PORT (optional, defaults to 3306), MYSQL_USER, MYSQL_PASSWORD, and MYSQL_DATABASE.

How do I integrate the MySQL MCP Server with Claude Desktop?

Add the MySQL MCP server configuration to the mcpServers section of your claude_desktop_config.json file.

How do I integrate the MySQL MCP Server with Visual Studio Code?

Add the MySQL MCP server configuration to the servers section of your mcp.json file.

Can I use the MySQL MCP Server as a standalone server?

No, the MySQL MCP Server is designed to be used as a communication protocol implementation between AI applications and MySQL databases, not as a standalone server.

What security considerations should I keep in mind?

Never commit credentials, use a dedicated database user with minimal permissions, implement query whitelisting, and monitor/log all database activities.

Where can I find more information on MySQL security best practices?

Refer to the MySQL security configuration guide for detailed instructions.

How can I contribute to the MySQL MCP Server project?

You can contribute by forking the repository, creating feature branches, committing changes, pushing branches, and opening pull requests.