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Remote Call Ping Pong

An experimental and educational app for Ping-pong server demonstrating remote MCP (Model Context Protocol) calls

other-tools-and-integrations
By kimtth
23Updated 1 year agoHTML

Installation

npx -y mcp-remote-call-ping-pong

Configuration

{
  "mcpServers": {
    "mcp-remote-call-ping-pong": {
      "command": "npx",
      "args": ["-y", "mcp-remote-call-ping-pong"]
    }
  }
}

How to use

  1. Run the installation command above (if needed)
  2. Open your Claude Code settings file (~/.claude/settings.json)
  3. Add the configuration to the mcpServers section
  4. Restart Claude Code to apply changes

🏓 MCP Ping-Pong Server by Remote Call

An experimental and educational Ping-Pong server demonstrating MCP (Model Context Protocol) calls via FastAPI.

Features

  • ✅ FastAPI/FastMCP backend for remote MCP calls through API endpoints or SSE
  • 🔄 MCP integration for command handling
  • 🔐 Thread-safe session management

Quick Start

Installation

To install the dependencies, run:

poetry install

1. Call MCP Tool through API

Run the Server

Start the FastAPI server with:

python mcp-api-server.py

The server will start at http://localhost:8080.

UI

Open mcp-api-client.html in a browser to interact with the UI.

<img alt="ui" src="doc/pingpong-ui.png" width="400"/>

API Endpoints

  • GET /ping-pong?prompt_name=<prompt_name>: Retrieves the specified prompt.
  • POST /ping-pong: Invokes MCP tool commands (ping, pong, count).

2. Call MCP Tool through SSE transport

The following example demonstrates using Server-Sent Events (SSE) for communication with the MCP server.

Run the SSE Server

python mcp-sse-server.py

Run the SSE Client

python mcp-sse-client.py

Sample Output

Type a command (e.g., 'ping', 'pong', 'count') or 'exit' to quit:
>>> ping
Sending command: ping
Result: pong
>>> pong
Sending command: pong
Result: ping
>>> count
Sending command: count
Result: 2

References

📄 License

MIT

View source on GitHub