mcp-wxo

# MCP-WXO Project ## Project Setup This project uses: - **Project Directory**: `~/bob/mcp-wxo` (`/Users/amandawinkles/bob/mcp-wxo`) - **Python Virtual Environment**: `~/wxo-adk/wxO-adk` (`/Users/amandawinkles/wxo-adk/wxO-adk`) - **Python Version**: 3.13.12 ## Activating the Virtual Environment To activate the virtual environment, run: ```bash source ~/wxo-adk/wxO-adk/bin/activate ``` Or from the project directory: ```bash source /Users/amandawinkles/wxo-adk/wxO-adk/bin/activate ``` ## Deactivating the Virtual Environment To deactivate the virtual environment: ```bash deactivate ``` ## Project Structure This is the root directory for the MCP-WXO project. All project files should be placed here. ## Factorial MCP Server This project includes an MCP (Model Context Protocol) server with two mathematical tools for factorial calculations: ### Tools 1. **factorial_value**: Calculates and returns the exact value of n! (factorial of n) - Input: A non-negative integer `n` - Output: The exact factorial value - Example: `factorial_value(5)` returns `120` 2. **factorial_digits**: Returns the number of decimal digits in n! - Input: A non-negative integer `n` - Output: The number of digits in n! - Example: `factorial_digits(100)` returns `158` - Useful for very large factorials that are too big to display ### Installation 1. Activate the virtual environment: ```bash source ~/wxo-adk/wxO-adk/bin/activate ``` 2. Install dependencies: ```bash pip install -e . ``` ### Running the Server To start the MCP server: ```bash python server.py ``` The server will start and listen for MCP tool requests. ### Testing Run the test suite to verify the implementation: ```bash pytest test_server.py -v ``` ### Usage Examples #### Using factorial_value ```python # Calculate 5! factorial_value(5) # Returns: 120 # Calculate 10! factorial_value(10) # Returns: 3628800 # Calculate 20! factorial_value(20) # Returns: 243290200817664000…