How does the #[tool] macro work in rmcp?

The #[tool] macro automatically handles the conversion of Rust functions into MCP-compliant tools, including parameter schema generation and result serialization.

Does this skill help with local MCP development?

Yes, it provides specific guidance and code templates for using the stdio transport, which is the standard for local development and desktop integrations.

What is the rmcp crate used for?

The rmcp crate is a Rust implementation of the Model Context Protocol (MCP) SDK, designed for building type-safe and performant servers that allow AI models to securely access external tools and data.

Which Rust version is required for these MCP servers?

The recommended setup uses Rust edition 2024 and version 1.75 or higher to support the latest async features and crate dependencies.

Can I use this for cloud-hosted AI tools?

Absolutely. The skill covers SSE (Server-Sent Events) and HTTP streaming transports specifically designed for cloud deployments and multi-user environments.

Rust MCP Server Quickstart

Name: Rust MCP Server Quickstart
Author: EmilLindfors

byEmilLindfors

API 개발

Simplifies the creation of Model Context Protocol (MCP) servers in Rust using the high-performance rmcp crate.

소개

This skill transforms Claude into an expert guide for the rmcp crate, a powerful SDK for the Model Context Protocol in Rust. It provides developers with ready-to-use patterns for building type-safe, asynchronous MCP servers that can expose tools, resources, and prompts to AI assistants. By streamlining boilerplate through specialized macros and providing structured templates for various transport layers like stdio and SSE, it significantly reduces the barrier to entry for building robust, production-ready AI tool integrations within the Rust ecosystem.

주요 기능

Integrated testing strategies for both unit and integration server validation
Macro-driven tool definitions for minimal boilerplate and clean API design
Async-first architecture built on the Tokio runtime for maximum performance
Comprehensive support for stdio, SSE, and HTTP streaming transports
Type-safe implementation leveraging Rust's advanced type system and schemars
0 GitHub stars

사용 사례

Building local developer tools to extend Claude's capabilities via stdio
Deploying scalable, cloud-based MCP servers for remote data access via SSE
Creating high-performance, type-safe API bridges for Large Language Models

소개

주요 기능

Integrated testing strategies for both unit and integration server validation
Macro-driven tool definitions for minimal boilerplate and clean API design
Async-first architecture built on the Tokio runtime for maximum performance
Comprehensive support for stdio, SSE, and HTTP streaming transports
Type-safe implementation leveraging Rust's advanced type system and schemars
0 GitHub stars

사용 사례

Building local developer tools to extend Claude's capabilities via stdio
Deploying scalable, cloud-based MCP servers for remote data access via SSE
Creating high-performance, type-safe API bridges for Large Language Models