Can it help with database migrations and queries?

Absolutely. It provides advanced patterns for SQLx, enabling type-safe, compile-time checked SQL queries and efficient transaction management for PostgreSQL and other engines.

Does this skill support the latest Rust features?

Yes, it is specifically optimized for Rust 1.92+ and the 2024 Edition, including support for stable async traits, let-else patterns, and improved borrow checking.

Which web frameworks are supported?

It specializes in Axum 0.8 for building high-performance, type-safe REST APIs and web services using the Tower ecosystem.

Does it assist with production deployment?

Yes, it includes optimized patterns for multi-stage Docker builds that result in minimal container sizes (5-15MB) using Alpine Linux.

How does it handle asynchronous programming?

It leverages the Tokio 1.48 runtime, providing patterns for task spawning, channels (mpsc), select! macros, and rate-limited concurrency.

Rust Systems & Backend Specialist

Name: Rust Systems & Backend Specialist
Author: zellycloud

byzellycloud

Desarrollo de API

Accelerates Rust 1.92+ development with high-performance patterns for Axum, Tokio, and SQLx.

Acerca de

This skill transforms Claude into a modern Rust systems programming expert, specifically optimized for Rust 1.92+ and the 2024 Edition. It provides production-ready implementations for asynchronous web services using Axum, type-safe database interactions with SQLx, and efficient concurrency models via Tokio. Whether you are building low-latency REST APIs, memory-safe CLI tools, or WebAssembly applications, this skill ensures best practices for error handling, serialization with Serde, and minimal container deployments. It bridges the gap between complex borrow-checker requirements and rapid backend development.

Características Principales

Modern Rust 1.92+ and 2024 Edition pattern implementation
Asynchronous runtime orchestration with Tokio 1.48
Type-safe, compile-time checked database queries with SQLx
0 GitHub stars
High-performance web service architecture using Axum 0.8
Memory-safe systems programming and WASM optimization

Casos de Uso

Building high-throughput REST APIs and microservices
Developing memory-safe concurrent systems and CLI utilities
Optimizing Rust applications for minimal Docker container deployments

Acerca de

Características Principales

Modern Rust 1.92+ and 2024 Edition pattern implementation
Asynchronous runtime orchestration with Tokio 1.48
Type-safe, compile-time checked database queries with SQLx
0 GitHub stars
High-performance web service architecture using Axum 0.8
Memory-safe systems programming and WASM optimization

Casos de Uso

Building high-throughput REST APIs and microservices
Developing memory-safe concurrent systems and CLI utilities
Optimizing Rust applications for minimal Docker container deployments