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Trea MCP Demo

MCP Server

Demonstrate MCP server with basic Git operations

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Updated Apr 25, 2025

About

A demo project showcasing how to use an MCP server for simple Git and GitHub version control tasks, including repository setup, branching, commits, and basic workflow.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Trea MCP Demo Screenshot

Overview

The Trea MCP Demo is a lightweight, ready‑to‑run MCP (Model Context Protocol) server that demonstrates how an AI assistant can interact with a Git repository in a controlled, version‑controlled environment. By exposing Git operations as MCP resources and tools, the server turns a standard codebase into an AI‑friendly workspace where developers can query history, create branches, or commit changes through natural language commands. This approach removes the need for manual command‑line interactions and allows assistants like Claude to orchestrate complex workflows with a single, intuitive prompt.

Problem Solved

Modern development teams often rely on Git for version control but still need to switch between a terminal and an IDE, manually type commands, or write scripts to automate repetitive tasks. When integrating AI assistants into this flow, developers face a gap: the assistant has no built‑in way to understand or manipulate Git state. The Trea MCP Demo bridges this gap by providing a formal, machine‑readable interface that exposes Git operations as first‑class resources. Developers can now ask the assistant to “create a new feature branch,” “revert the last commit,” or “list all tags” and receive accurate, context‑aware responses without leaving their chat interface.

Core Functionality

  • Git Repository Exposure: The server mounts the entire repository as an MCP resource tree, exposing files, commits, branches, and tags.
  • Tool Generation: Each Git command (e.g., , , ) is wrapped as an MCP tool, complete with parameter schemas and expected outputs.
  • Prompt Templates: Pre‑defined prompts guide the assistant in constructing proper command calls, ensuring that user intent is translated into valid Git operations.
  • Sampling & Logging: The server logs every operation, enabling developers to audit changes or replay sessions for debugging and training purposes.

Use Cases

  • Automated Code Reviews: An assistant can fetch the latest commit diff, run static analysis tools, and suggest improvements—all through a single chat session.
  • CI/CD Integration: Trigger builds or deploys by having the assistant commit a change and push it to a remote branch that automatically fires pipelines.
  • Education & Onboarding: New developers can learn Git commands interactively, with the assistant providing real‑time feedback and explanations.
  • Rapid Prototyping: Teams can experiment with branching strategies or feature toggles without leaving the conversational UI, speeding up iteration cycles.

Integration into AI Workflows

The MCP server follows the standard protocol, so any Claude or other MCP‑compatible client can connect without modification. Developers simply point their assistant to the server’s URL, and the assistant automatically discovers available resources and tools. From there, a developer can craft prompts that combine natural language with structured tool calls, allowing the assistant to fetch file contents, manipulate branches, or even trigger external services—all while maintaining a coherent conversational context.

Unique Advantages

  • Zero Configuration for Git: The server auto‑detects the repository layout, eliminating manual setup.
  • Transparent Auditing: Every tool call is logged with timestamps and parameters, providing a clear audit trail.
  • Extensibility: Adding new Git commands or custom scripts is as simple as exposing additional MCP tools, making the demo a solid foundation for larger, domain‑specific assistants.

In summary, the Trea MCP Demo transforms a conventional Git repository into an AI‑driven development hub. By exposing version control operations through MCP, it empowers assistants to perform sophisticated code management tasks seamlessly within a conversational interface, accelerating development workflows and reducing context switching for developers.