MCP-Forge: Smart Scaffolding & Effortless Deployment

MCP-Forge: Revolutionize MCP server setup with smart scaffolding tools—build, deploy, and manage effortlessly while slashing complexity. Your productivity game-changer awaits.

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About MCP-Forge

What is MCP-Forge: Smart Scaffolding & Effortless Deployment?

MCP-Forge is a cutting-edge scaffolding solution engineered to streamline the creation of MCP (Modular Capability Platform) servers. By automating the generation of foundational code structures, it empowers developers to bypass tedious boilerplate coding and focus on innovation. This tool acts as a strategic accelerator for teams aiming to rapidly prototype or deploy MCP-compliant services, while accommodating the evolving standards of the MCP ecosystem. Notably, its early-stage design prioritizes adaptability, ensuring seamless integration with future API enhancements.

How to Use MCP-Forge: Smart Scaffolding & Effortless Deployment?

Begin by installing MCP-Forge via uvx @uv mcp-forge or pip install mcp-forge. To instantiate a project, execute mcp-forge new [project-name], which generates a meticulously organized directory. For instance, creating mcp-forge new my-ai-backend --description "AI-driven service framework" --python-version ">=3.11" yields a structured repository containing server implementations, test suites, and modular interfaces. The generated architecture includes pre-configured services for tools and resources, complete with example implementations like a "Hello World" tool and user profile resource.

MCP-Forge Features

Key Features of MCP-Forge: Smart Scaffolding & Effortless Deployment?

Intelligent Boilerplate Generation: Instantly produce robust project structures optimized for MCP's modular architecture, including REST/SSE server endpoints and dependency management.
Customizable Initialization: Tailor projects with optional parameters such as Python version constraints and project metadata, ensuring alignment with team-specific requirements.
Future-Proof Design: Adaptable codebase that gracefully integrates upcoming MCP framework updates without disruptive overhauls.
Test-Driven Readiness: Pre-built test clients and documentation templates reduce onboarding friction for developers and QA teams.

Use Cases of MCP-Forge: Smart Scaffolding & Effortless Deployment?

MCP-Forge FAQ

FAQ from MCP-Forge: Smart Scaffolding & Effortless Deployment?

Q: Does MCP-Forge support non-Python languages?
A: Currently focused on Python 3.10+, but plans for multi-language support are under community discussion.

Q: How does it handle version conflicts?
A: The scaffolded pyproject.toml enforces dependency constraints, while semantic versioning in MCP ensures backward compatibility where possible.

Q: Can I extend generated templates?
A: Absolutely. The project structure uses modular directories, allowing developers to override default implementations while preserving core conventions.

Q: Is there a roadmap for feature enhancements?
A: The community-driven roadmap prioritizes first-class CI/CD integration and enhanced tool discovery mechanisms, as outlined in GitHub issues.

Content

MCP-Forge

MCP-Forge is a scaffolding tool for creating new MCP (Modular Capability Platform) servers. It helps you quickly generate the boilerplate code needed to start building MCP-compatible servers.

⚠️ Early Project : This is a very early version of MCP-Forge and may have some rough edges. The API and features might change as the MCP ecosystem evolves.

Installation

Install MCP-Forge using uv:

uvx @uv mcp-forge

Or with pip:

pip install mcp-forge

Usage

Creating a New MCP Server

To create a new MCP server project:

mcp-forge new my-awesome-server

This will:

Create a new directory with your project name
Generate a complete project structure with all necessary files
Set up a basic server with example tools and resources

Options

--description or -d: Project description
--python-version or -p: Python version requirement (default: ">=3.10")

mcp-forge new my-project --description "My amazing MCP server" --python-version ">=3.11"

Generated Project Structure

MCP-Forge creates a project with the following structure:

my-awesome-server/
├── my_awesome_server/
│   ├── __init__.py
│   ├── server_stdio.py
│   ├── server_sse.py
│   ├── interfaces/
│   │   ├── __init__.py
│   │   ├── tool.py
│   │   └── resource.py
│   ├── services/
│   │   ├── __init__.py
│   │   ├── tool_service.py
│   │   └── resource_service.py
│   ├── tools/
│   │   ├── __init__.py
│   │   └── hello_world.py
│   └── resources/
│       ├── __init__.py
│       ├── hello_world.py
│       └── user_profile.py
├── pyproject.toml
├── test_client_stdio.py
├── test_client_sse.py
└── README.md

About MCP

The Modular Capability Platform (MCP) is a framework for building modular, extensible services that can expose tools and resources in a standardized way. MCP servers can be integrated with various clients, including AI assistants, to provide enhanced capabilities.

Contributing

Contributions are welcome! This is an early project, so there's plenty of room for improvements and new features.

Fork the repository
Create your feature branch (git checkout -b feature/amazing-feature)
Commit your changes (git commit -m 'Add some amazing feature')
Push to the branch (git push origin feature/amazing-feature)
Open a Pull Request

License

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