What is the primary runtime supported by this skill?

This skill focuses on the Tokio runtime, which is the industry standard for building asynchronous, reliable, and slender applications in Rust.

Does it include error handling practices?

Yes, it covers best practices for both application-level error context using anyhow and custom library-level error types using thiserror.

Can this skill help with async traits?

Yes, it provides patterns for implementing async traits using the async-trait crate, which is essential until async fn in traits is fully stabilized in all use cases.

How does it handle concurrent task management?

It utilizes JoinSet for structured concurrency and tokio::select! for racing multiple asynchronous operations efficiently without leaking tasks.

Rust Async Patterns

Name: Rust Async Patterns
Author: EngineerWithAI

byEngineerWithAI

Desarrollo de API

Implements high-performance concurrent systems using Rust's Tokio runtime and production-grade async patterns.

Acerca de

This skill enables Claude to master Rust's asynchronous programming landscape, specifically optimized for the Tokio ecosystem. It provides production-ready implementations for concurrent task orchestration, sophisticated channel-based communication, and robust error handling strategies. By applying these patterns, developers can build scalable, memory-safe network services, manage complex resource lifecycles with semaphores and mutexes, and ensure reliable system behavior through proper cancellation and graceful shutdown procedures.

Características Principales

Structured concurrency with JoinSet and select! macro
Advanced error handling with anyhow, thiserror, and timeout wrappers
Multi-producer communication using MPSC, Broadcast, and Watch channels
0 GitHub stars
Graceful shutdown orchestration using CancellationToken
Async trait implementation and resource pooling patterns

Casos de Uso

Building high-throughput network services and backend APIs
Orchestrating complex background worker systems and microservices
Refactoring synchronous Rust code into efficient, non-blocking implementations

Acerca de

Características Principales

Structured concurrency with JoinSet and select! macro
Advanced error handling with anyhow, thiserror, and timeout wrappers
Multi-producer communication using MPSC, Broadcast, and Watch channels
0 GitHub stars
Graceful shutdown orchestration using CancellationToken
Async trait implementation and resource pooling patterns

Casos de Uso

Building high-throughput network services and backend APIs
Orchestrating complex background worker systems and microservices
Refactoring synchronous Rust code into efficient, non-blocking implementations