This MCP server is a Go-based MCP (Model Context Protocol) server built with the XGo MCP server framework. It lets you run a simple MCP server locally using the gop tool, enabling you to expose a minimal MCP server that can be extended with additional tools and prompts as described in the repository. The example in the README demonstrates a basic server with a single tool that greets a user by name. To use it, install the required tooling, initialize the module, fetch the MCP framework, and then run the server with gop run . The server provides a straightforward starting point for building more complex MCP servers and integrating with LLM applications via the MCP protocol.

Prerequisites:

• Go tooling installed on your system (https://golang.org/dl/)
• The gop tool available in your PATH (often installed via go install github.com/goplus/gop@latest)

Steps:

1. Install Go (if not already installed).
2. Install the gop tool: go install github.com/goplus/gop@latest

   Ensure $GOPATH/bin is in your PATH

3. Navigate to your MCP server repository (the one described in README).
4. Install dependencies and verify the module: gop mod tidy
5. Run the MCP server: gop run .
6. Access or test the server using the provided MCP tools and prompts as shown in the README.

Notes:

• The example shows a simple server with one tool. You can extend by adding additional tools or prompts following the provided classfile conventions.

Tips and troubleshooting:

• Ensure your Go environment and the gop tool are correctly installed and in PATH.
• If you encounter module resolution issues, run gop mod tidy to sync dependencies.
• When running in CI or containers, consider pinning the gop tool version with go install github.com/goplus/gop@vX.Y.Z and use explicit versioning.
• The MCP server in this repository demonstrates a minimal Hello tool; you can expand by adding more tools, prompts, and resources following the examples in the README.
• If using environment variables, you can customize GOPATH or GOMODCACHE to avoid permission issues in restricted environments.