This MCP server demonstrates basic functionality of the Model Context Protocol by providing weather data for specified cities. It's a proof-of-concept designed for learning purposes, showing how to set up an MCP server, configure it, and use it with MCP-compatible clients to fetch real-time weather information.
This MCP server demonstrates basic functionality of the Model Context Protocol by providing weather data for specified cities. It's a proof-of-concept designed for learning purposes, showing how to set up an MCP server, configure it, and use it with MCP-compatible clients to fetch real-time weather information.
This MCP server implements the Model Context Protocol to deliver weather information for any city requested by the user. It serves as an educational example of how to build, configure, and run an MCP server, focusing on simplicity and core MCP functionalities. The server can be extended for production with features like data validation, error handling, and rate limiting. It is ideal for developers interested in understanding MCP protocols and creating weather or location-based data services, providing a foundation for more complex MCP server projects.
Who will use My First MCP - Weather Server?
Developers interested in MCP protocol
Students learning how to build MCP servers
Weather application developers
IoT and smart device integrators
How to use the My First MCP - Weather Server?
Step1: Clone the repository from GitHub
Step2: Install dependencies using 'pnpm install'
Step3: Start the server with 'pnpm ins'
Step4: Connect to the server via any MCP-compatible client
Step5: Send weather data requests for specific cities
My First MCP - Weather Server's Core Features & Benefits
The Core Features
Provides real-time weather data for cities
Configurable MCP server setup
Simple proof-of-concept implementation
The Benefits
Educational tool for MCP development
Easy to extend for production use
Demonstrates core MCP functionalities
My First MCP - Weather Server's Main Use Cases & Applications
Building location-based weather services
Learning MCP protocol development
Prototyping IoT device data exchange
Integrating weather data into smart city applications