rust-engineer

Rust ownership errors are resolved by applying explicit ownership patterns, managing lifetimes, and using proper borrowing rules. This Skill writes idiomatic Rust code with memory safety guarantees, designing trait-based APIs and structuring error handling with Result and Option.

Designing trait hierarchies in Rust involves building robust trait-based APIs and implementing async functionality with tokio. This Skill provides guidance on trait design, async patterns, and zero-cost abstractions for building high-performance Rust libraries and services.

Yes, tokio is used for building async Rust applications with memory safety guarantees. This Skill implements async functionality using tokio, applies ownership patterns, and structures error handling with Result and Option for robust asynchronous services.

Rust lifetime check failures occur when references outlive their underlying data. This Skill solves lifetime issues by managing lifetimes explicitly, applying ownership and borrowing rules, and writing safe, idiomatic Rust code with zero-cost abstractions.

Explicit error handling with Result and Option is required for robust Rust systems programming. This Skill structures error handling using Result and Option, ensuring memory safety and safe concurrency in high-performance components and FFI bindings.