MCP with Gemini Integration

# Client-Server Implementation This directory contains the client and server implementations for the MCP (Model Control Protocol) system, providing both SSE (Server-Sent Events) and stdio-based communication channels. ## Project Structure ``` client-server/ ├── client-sse.py # SSE client implementation ├── client-stdio.py # stdio client implementation ├── server.py # Main server implementation ├── requirements.txt # Project dependencies ``` ## Prerequisites - Python 3.8+ - UV package manager (for virtual environment) - Dependencies listed in the root `requirements.txt` ## Setup 1. From the project root, create and activate the virtual environment (if not already done): ```bash # In the project root directory uv venv .venv source .venv/bin/activate # On Windows: .venv\Scripts\activate # Install dependencies from the root directory uv pip install -r ../requirements.txt ``` Note: The virtual environment should be created in the project root directory, not in this folder. ## Available Clients ### SSE Client (`client-sse.py`) - Uses Server-Sent Events for communication - Suitable for web-based clients - Supports real-time updates ### Stdio Client (`client-stdio.py`) - Uses standard input/output for communication - Suitable for command-line interfaces - Simpler setup for local development ## Running the Application 1. Start the server: ```bash python server.py ``` 2. In a separate terminal, run either client: ```bash # For SSE client python client-sse.py # For stdio client python client-stdio.py ``` ## Development - The server implements the MCP protocol - Clients connect to the server using either SSE or stdio - New tools can be added by implementing the appropriate handlers in the server ## Dependencies - `uv`: Fast Python package installer and resolver - Other dependencies are listed in `requirements.txt` ## License [Specify your license here] ## Contributing 1. Fork the repository 2. Create a feature branch 3. Commit your changes 4. Push to the branch 5. Create a new Pull Request