geaicontext 1.0.1

Context and Memory MCP

Daxia OpenAPI Client based MCP

A FastMCP server that dynamically creates MCP tools from OpenAPI specifications, enabling seamless integration with any OpenAPI-compliant API.

Table of Contents

• Features
• Dependencies
• Installation
• Usage
• Examples
• How It Works
• License

Features

• 🚀 Dynamic Tool Generation: Automatically creates MCP tools from OpenAPI specifications
• 🔐 OAuth2 Authentication: Automatic token retrieval from Daxia platform
• 🌐 Flexible Configuration: Environment-based configuration for easy deployment
• 📝 OpenAPI 3.x Support: Works with any valid OpenAPI 3.x specification
• ⚡ FastMCP Powered: Built on the high-performance FastMCP framework

Dependencies

This project requires Python 3.12 or higher and uses the following dependencies:

• fastmcp (>=2.14.0) - FastMCP framework for building MCP servers
• httpx (>=0.28.1) - Modern HTTP client for making API requests
• requests (>=2.32.5) - HTTP library for additional compatibility

All dependencies are managed using uv for fast and reliable package management.

Installation

This project uses uv for dependency management.

Prerequisites

1. Python 3.12 or higher

   python --version  # Should be 3.12 or higher
   

2. Install uv

   curl -LsSf https://astral.sh/uv/install.sh | sh
   

Installation Steps

1. Clone the repository

   git clone <repository-url>
   cd daxiamcp
   

2. Install the project

   uv pip install -e .
   

   This will:

   • Install all required dependencies
   • Create the daxiamcp command-line tool
   • Make the project available for development

3. Verify the installation

   daxiamcp --help
   

Alternative: Using uvx

You can run the tool directly without installation using uvx:

uvx daxiamcp

This is particularly useful for testing or running the examples without a full installation.

Usage

The daxiamcp command-line tool creates a FastMCP server from an OpenAPI specification.

Configuration

Configure the server using the following environment variables:

Variable	Default	Description
API_BASE_URL	https://api-sandbox.daxiaplatform.com/sandbox/api/v1	The base URL of the API
OPENAPI_SPEC_URL	http://localhost/local/openapi/daXia1.json	The URL of the OpenAPI specification
SERVER_NAME	Daxia API	The name of the MCP server
DAXIA_AUTH_URL	https://auth-sbx.daxiaplatform.com/oauth2/token	OAuth2 token endpoint URL
DAXIA_CLIENT_ID	(has default)	OAuth2 client ID for Daxia authentication
DAXIA_AUTH_BASIC	(has default)	Base64-encoded Basic auth string for OAuth2 token request

Running the Server

The server automatically retrieves an OAuth2 access token from the Daxia platform on startup. You can customize the configuration by setting environment variables:

Basic Usage (using defaults):

daxiamcp

Custom Configuration:

export API_BASE_URL="http://localhost:3000/v1"
export OPENAPI_SPEC_URL="http://localhost/local/openapi/gal-inq.json"
export SERVER_NAME="Galicia Inquiries API"
daxiamcp

Authentication

The server uses OAuth2 Client Credentials flow to authenticate with the Daxia platform:

1. On startup, the server requests an access token from DAXIA_AUTH_URL
2. The token is obtained using the client credentials (DAXIA_CLIENT_ID and DAXIA_AUTH_BASIC)
3. The access token is automatically included in all API requests as a Bearer token
4. If token retrieval fails, the server will use INVALID_TOKEN and log an error

Custom OAuth2 Credentials:

export DAXIA_CLIENT_ID="your-client-id"
export DAXIA_AUTH_BASIC="your-base64-encoded-credentials"
export DAXIA_AUTH_URL="https://your-auth-server.com/oauth2/token"
daxiamcp

Examples

The examples directory contains sample configurations for different services. Each example is a JSON file that can be used with MCP-compatible tools.

Example Configuration

Here's an example configuration for the Galicia Inquiries API (examples/gal-mock/gal-inq.json):

{
    "mcpServers": {
        "daXia": {
            "command": "uvx",
            "args": [
                "daxiamcp"
            ],
            "env": {
                "SERVER_NAME": "daXia API",
                "DAXIA_AUTH_URL": "https://auth-sbx.daxiaplatform.com/oauth2/token",
                "DAXIA_CLIENT_ID": "clientid",
                "DAXIA_AUTH_BASIC": "your-base64-encoded-credentials",
                "OPENAPI_SPEC_URL": "http://localhost/local/openapi/daXia1.json",
                "API_BASE_URL": "https://api-sandbox.daxiaplatform.com/sandbox/api/v1"
            }
        }
    }
}

Using Examples

1. Navigate to the examples directory:

   cd examples/gal-mock
   

2. Use the configuration with your MCP client:

   • Copy the configuration to your MCP client's configuration file
   • The client will automatically start the server using uvx daxiamcp
   • The server will use the environment variables defined in the env section

3. Available Examples:

   • gal-mock/gal-inq.json - Galicia Inquiries API example
   • Add more examples as needed for different services

How It Works

The Daxia OpenAPI MCP server follows this workflow:

graph LR
    A[Daxia OAuth2] --> B[Access Token]
    B --> C[HTTP Client]
    D[OpenAPI Spec] --> E[Parse Specification]
    E --> F[Generate MCP Tools]
    C --> G[FastMCP Server]
    F --> G
    G --> H[MCP Client]
    H --> I[API Requests]
    I --> J[Target API]

1. OAuth2 Authentication: The server retrieves an access token from the Daxia OAuth2 endpoint using client credentials
2. Specification Loading: The server fetches the OpenAPI specification from the provided URL
3. Tool Generation: Each API endpoint is converted into an MCP tool with appropriate parameters
4. Server Initialization: FastMCP server is initialized with the generated tools and authenticated HTTP client
5. Request Handling: When a tool is invoked, the server makes the corresponding API request with the Bearer token
6. Response Processing: API responses are formatted and returned to the MCP client

Architecture

• main.py: Entry point that initializes the FastMCP server
• OAuth2 Client: Retrieves access tokens from Daxia authentication endpoint
• OpenAPI Parser: Reads and validates the OpenAPI specification
• Tool Generator: Creates MCP tools from API endpoints
• HTTP Client: Handles API requests with Bearer token authentication
• FastMCP Integration: Manages the MCP protocol communication

License

This project is licensed under the MIT License - see the LICENSE file for details.