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- 2025-FINAL-mcpMaster
2025 Final Mcpmaster
What is 2025 Final Mcpmaster
2025-FINAL-mcpMaster is a flexible Model Context Protocol (MCP) manager server that facilitates communication between AI models and tools. It is compatible with various MCP clients, including Claude and MCP Dockmaster.
Use cases
Use cases include managing multiple AI model servers, enabling real-time communication between AI tools, integrating with existing MCP clients, and facilitating automated workflows in AI-driven applications.
How to use
To use 2025-FINAL-mcpMaster, clone the repository, install dependencies using npm, configure the .env file for server settings, and run the server in either development or production mode using npm commands.
Key features
Key features include MCP Server Management for handling multiple servers from a single interface, Worker Mode for operation as a worker for other MCP clients, Auto-Discovery for finding MCP servers, Tool Registry for browsing and installing tools, WebSocket Communication for real-time interactions, and Headless Mode for API-first operations.
Where to use
2025-FINAL-mcpMaster can be used in various fields that require integration of AI models with tools, such as software development, AI research, and automation systems.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Overview
What is 2025 Final Mcpmaster
2025-FINAL-mcpMaster is a flexible Model Context Protocol (MCP) manager server that facilitates communication between AI models and tools. It is compatible with various MCP clients, including Claude and MCP Dockmaster.
Use cases
Use cases include managing multiple AI model servers, enabling real-time communication between AI tools, integrating with existing MCP clients, and facilitating automated workflows in AI-driven applications.
How to use
To use 2025-FINAL-mcpMaster, clone the repository, install dependencies using npm, configure the .env file for server settings, and run the server in either development or production mode using npm commands.
Key features
Key features include MCP Server Management for handling multiple servers from a single interface, Worker Mode for operation as a worker for other MCP clients, Auto-Discovery for finding MCP servers, Tool Registry for browsing and installing tools, WebSocket Communication for real-time interactions, and Headless Mode for API-first operations.
Where to use
2025-FINAL-mcpMaster can be used in various fields that require integration of AI models with tools, such as software development, AI research, and automation systems.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Content
MCP Manager
A flexible Model Context Protocol (MCP) manager server that enables communication between AI models and tools. Compatible with Claude, MCP Dockmaster, and other MCP clients.
Features
- MCP Server Management: Run multiple MCP servers and manage them from a single interface
- Worker Mode: Operate as a worker for other MCP clients
- Auto-Discovery: Automatically find MCP servers on GitHub and from Smithery packages
- Tool Registry: Browse and install tools from a registry of MCP tools
- WebSocket Communication: JSON-RPC over WebSockets for real-time communication
- Headless Mode: Run in headless mode for API-first operation
Getting Started
Prerequisites
- Node.js (v18+)
- NPM (v8+)
Installation
# Clone the repository
git clone <your-repo-url>
cd <your-repo-directory>
# Install dependencies
npm install
# Create a .env file from the example
cp .env.example .env
# Edit .env to configure your MCP Manager
nano .env
Running the Server
# Run in development mode
npm run dev
# Build and run in production mode
npm run build
npm run start
Configuration Options
Configure your MCP Manager by editing the .env file:
# Server Configuration PORT=5000 # Main server port HOST=0.0.0.0 # Host to bind to NODE_ENV=development # Environment (development/production) REUSE_PORT=true # Whether to reuse the port # MCP Port Range MCP_PORT_RANGE_START=50050 # Start port for MCP servers MCP_PORT_RANGE_END=50150 # End port for MCP servers # MCP Compatibility Settings MCP_WORKER_MODE=false # Enable worker mode MCP_DISCOVERY_ENABLED=true # Enable auto-discovery of MCP servers MCP_AUTOSTART_SERVERS=true # Automatically start MCP servers # Smithery API Configuration SMITHERY_API_KEY=your_smithery_api_key_here # API key for Smithery packages
Using MCP Manager with Claude and Other MCP Clients
MCP Manager is designed to be compatible with various MCP clients, including:
- Claude Desktop
- MCP Dockmaster
- Toolbase
- Other MCP compatible clients
Connecting to Claude Desktop
- Run MCP Manager on your local machine
- Open Claude Desktop
- Go to Settings > Advanced > MCP Configuration
- Set the MCP Server URL to
http://localhost:5000/ws - MCP Manager will appear as an available server in Claude
Connecting to MCP Dockmaster
- Run MCP Manager on your local machine
- Open MCP Dockmaster
- Click “Add Server”
- Enter the server information:
- Name: MCP Manager
- Address: localhost
- Port: 5000
- Click “Connect”
Using Worker Mode
MCP Manager can operate as a worker for other MCP clients:
- Set
MCP_WORKER_MODE=truein your.envfile - Run MCP Manager
- Connect to MCP Manager from your MCP client
- MCP Manager will automatically discover and register available tools
Headless/API-First Operation
MCP Manager supports headless operation for API-first clients:
GET /?api_key=YOUR_API_KEY&headless=true&auto_connect=true
Query parameters:
api_key: Your API key (if required)headless: Enable headless modeauto_connect: Automatically connect to available MCP serversws_url: Specify a custom WebSocket URLserver_id: Connect to a specific server ID
API Reference
MCP Manager implements the JSON-RPC protocol over WebSockets. The main API endpoint is:
ws://localhost:5000/ws
Available Methods
ping: Test server connectivitygetServers: Get all registered serversgetServer: Get server by IDtoggleWorker: Toggle worker status for a servergetTools: Get all toolsgetToolsByServer: Get tools for a specific serveractivateTool: Activate a tooldeactivateTool: Deactivate a toolgetStats: Get server statistics
License
MIT
Dev Tools Supporting MCP
The following are the main code editors that support the Model Context Protocol. Click the link to visit the official website for more information.










