# Tool Invocation

Deploy a remote MCP server on Cloudflare Workers, supporting OAuth login and tool invocation

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality, supporting connections through the MCP checker and the Claude desktop client.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers, implement OAuth login functionality, and support connection and tool invocation through the MCP inspector and Claude desktop application.

This project demonstrates how to build a remote MCP server on Cloudflare Workers, including OAuth login functionality, and supports connection and use through the MCP Inspector and the Claude desktop client.

This project demonstrates how to build a remote MCP server on Cloudflare Workers, including the OAuth login function, and supports connecting and invoking tool services through the MCP inspector and the Claude desktop application.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, can be connected via the MCP inspector or Claude desktop client, and provides services such as mathematical tool invocation.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function. It supports local development and debugging, can be connected through the MCP Inspector tool or Claude desktop client, and provides the ability to call tools such as mathematical calculations.

A client service project based on SSE that supports message sending, historical query, and tool invocation.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function, supporting connection and tool invocation through the MCP inspector and Claude desktop client.

Hello-MCP is a simple project implementing the MCP protocol, including a client and a server, which helps understand the working principles of the MCP protocol.

This project demonstrates how to build a remote MCP server on Cloudflare Workers, including OAuth login functionality, and supports connecting and invoking tool services through the MCP inspector and Claude desktop client.

This project demonstrates how to build a remote MCP server on Cloudflare Workers, including OAuth login functionality, and supports connecting and invoking tool services through the MCP Inspector and Claude desktop client.

This is an MCP server framework based on Ruby, implementing the Model Context Protocol (MCP), allowing large language models to invoke tools (such as generating random numbers). The project includes functions such as protocol processing, tool management, and logging, and supports integration with LLMs such as Claude.

This project demonstrates how to set up a remote MCP server on Cloudflare Workers, including the OAuth login function, and supports connection and use through the MCP inspector and Claude desktop client.

A simple Kotlin weather query client-server example based on the MCP protocol, demonstrating the tool invocation process.

MCPGod is a command-line tool for quickly managing MCP servers, supporting client management, tool discovery and invocation, permission control, and detailed log recording.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function. It supports local development and debugging, connection testing through the MCP inspector, and connecting the Claude desktop client to the MCP service for math tool invocation. Finally, it guides you on how to deploy to Cloudflare and access it remotely.

This project is a proof-of-concept (POC) that demonstrates how to implement the Model Context Protocol (MCP) through a custom host for testing agentic systems. Core features include OpenAI-compatible API, Google Gemini integration, streaming response support, and tool invocation capabilities.

Develop an intelligent mall SSE service based on the MCP protocol, integrating product query, inventory management, and order processing functions, realizing real-time data interaction through the SSE protocol, and enhancing the shopping experience.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function, supporting connection and use via the MCP Inspector and Claude desktop client.

The MCP DeepSeek demo project is a client application based on the MCP protocol, integrating DeepSeek AI to achieve tool invocation and real-time communication, including a Next.js front-end and an SSE server.

This project demonstrates how to set up a remote MCP server on Cloudflare Workers, including OAuth login functionality, and supports connection and use through the MCP Inspector and Claude desktop client.

This project demonstrates how to set up a remote MCP server on Cloudflare Workers, includes OAuth login functionality, and supports connection and tool invocation through the MCP inspector and the Claude desktop application.

This project demonstrates how to build a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, and the server can be connected through the MCP Inspector tool or the Claude desktop application. Finally, it is deployed to the Cloudflare cloud for remote calls.

MCP is a standardized protocol for interaction between AI models and applications, supporting tool invocation, resource management, and real-time data transfer.

mcp - host - use is a Node.js - based MCP host application used to connect and manage multiple MCP servers, providing a unified HTTP API interface for tool invocation and resource access.

This project demonstrates how to set up a remote MCP server on Cloudflare Workers, including OAuth login functionality, and supports connection and use through the MCP Inspector and Claude Desktop applications.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, can be connected via the MCP inspector or the Claude desktop application, and provides services such as math tool calls.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function. It supports local development and debugging, connection testing through the MCP Inspector, and tool invocations such as math calculations by connecting the Claude desktop application to the MCP service.

This project is a file system tool for the MCP client to interact with the server. It calls the file operation functions provided by the Node.js server through the Python client, including creating, reading, and listing directory files.