DeepSeek MCP-like Server for Terminal

DeepSeek MCP-like Server for Terminal

By OthmaneBlial GitHub

A MCP‑like server using the DeepSeek API for Terminal

Overview

what is DeepSeek MCP-like Server?

DeepSeek MCP-like Server is a prototype implementation of an MCP-like server using the DeepSeek API for Terminal, designed to demonstrate core concepts of the Model Context Protocol (MCP).

how to use DeepSeek MCP-like Server?

To use the server, clone the repository, set up a virtual environment, install dependencies, configure your DeepSeek API key, and run the Flask server to access the chat interface.

key features of DeepSeek MCP-like Server?

  • Simple web-based chat interface for user interaction.
  • AI integration using the DeepSeek API for generating responses.
  • Execution of terminal commands via a persistent Bash session.
  • MCP endpoints for tool discovery and invocation.

use cases of DeepSeek MCP-like Server?

  1. Interacting with AI to execute shell commands.
  2. Listing available tools for command execution.
  3. Demonstrating the Model Context Protocol concepts.

FAQ from DeepSeek MCP-like Server?

  • Is this server fully compliant with MCP?

No, it is a proof-of-concept and not fully compliant with MCP as defined by Anthropic.

  • What are the prerequisites to run the server?

You need Python 3.8+, pip, and a valid DeepSeek API key.

  • Can I improve the server?

Yes, future improvements include protocol standardization, real-time communication, and security enhancements.

Content

DeepSeek MCP-like Server for Terminal

This project is a prototype implementation of an MCP‑like server using the DeepSeek API. It aims to demonstrate the core concepts behind the Model Context Protocol (MCP) by exposing endpoints that allow AI assistants to:

  • List available tools.
  • Invoke commands on an active shell session.
  • Integrate with an AI chat (DeepSeek) that can include special instructions (e.g., CMD: lines) to trigger command execution.

Note: While this implementation captures many of the MCP ideas, it is not yet a fully compliant MCP server as defined by Anthropic. It is designed as a proof-of-concept, and further enhancements (e.g., JSON‑RPC protocol support, real‑time updates via SSE, session management, and improved security) would be needed for production use.

Features

  • Chat Interface:
    A simple web-based chat client (using Flask and Tailwind CSS) where users can interact with the server.

  • AI Integration:
    Uses the DeepSeek API to generate responses. The AI can instruct the server to execute terminal commands by including lines beginning with CMD:.

  • Terminal Command Execution:
    Executes shell commands via a persistent Bash session using the pexpect library and returns output to the client.

  • MCP Endpoints:
    Provides /mcp/list_tools and /mcp/call_tool endpoints that mimic MCP tool discovery and invocation.

Getting Started

Prerequisites

  • Python 3.8+
  • pip
  • A valid DeepSeek API key

Installation

  1. Clone the repository:

    git clone https://github.com/OthmaneBlial/term_mcp_deepseek.git
    cd term_mcp_deepseek
    
  2. Create and activate a virtual environment:

    python3 -m venv venv
    source venv/bin/activate  # On Windows, use `venv\Scripts\activate`
    
  3. Install the required dependencies:

    pip install -r requirements.txt
    
  4. Configure your API key:

    Update the DEEPSEEK_API_KEY in .env with your DeepSeek API key.

Running the Server

Run the Flask server with:

python server.py

Visit http://127.0.0.1:5000 to access the chat interface.

Endpoints

Chat Endpoint

  • URL: /chat
  • Method: POST
  • Payload: { "message": "your message here" }
  • Description:
    Adds the user message to the conversation, sends it to the DeepSeek API, looks for any command instructions (CMD:), executes them, and returns the final response.

MCP Endpoints

List Tools

  • URL: /mcp/list_tools
  • Method: POST
  • Response:
    JSON listing available tools (e.g., write_to_terminal, read_terminal_output, send_control_character).

Call Tool

  • URL: /mcp/call_tool
  • Method: POST
  • Payload:
    {
      "name": "tool_name",
      "arguments": { ... }
    }
    
  • Description:
    Directly invoke a tool command on the server.

Future Improvements

  • Protocol Standardization:
    Implement JSON‑RPC for a more robust and standardized communication protocol.

  • Real-time Communication:
    Add Server‑Sent Events (SSE) or WebSockets for live command output streaming.

  • Session & Security Enhancements:
    Introduce per‑user sessions, proper authentication, input sanitization, and comprehensive error handling.

  • Modular Code Architecture:
    Further separate API logic from business logic for better maintainability and scalability.

License

This project is open-source and available under the MIT License.

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