Guide Rust ownership, lifetimes, traits, and async patterns with tokio.
npx skills add https://github.com/preedep/kham --skill rust-engineer-preedep
Please help me install this Agent Skill. Skill: rust-engineer Source: https://github.com/preedep/kham/tree/main/.claude/skills/rust-engineer Command: npx skills add https://github.com/preedep/kham --skill rust-engineer-preedep
Writing robust, memory-safe Rust code can be challenging due to ownership, lifetimes, and async complexities. This skill provides a structured approach to designing safe APIs, managing lifetimes, and building reliable asynchronous components with tokio, while also handling errors with Result/Option.
Create a small Rust module that demonstrates a safe ownership pattern alongside a tokio-based async function.
High-intent search queries and answers about installing and using this skill.
Managing Rust ownership and lifetimes with tokio requires structured guidance on borrowing rules and async patterns. This skill provides practical approaches to design safe APIs, handle lifetime annotations, and build reliable concurrent components using tokio and futures.
The best way to handle errors in Rust is by leveraging Result and Option for robust error management. This skill offers structured error handling patterns, integrating common crates to ensure safe and reliable execution in Rust libraries and applications.
Designing trait-based APIs in Rust enables zero-cost abstractions by defining shared behavior without runtime overhead. This skill guides you through trait design and lifetime management to craft idiomatic, high-performance Rust components.
Yes, this Rust guidance covers FFI bindings and zero-cost abstractions tailored for high-performance systems. It provides practical examples for library and application development requiring memory safety and reliable concurrent patterns.
Rust async programming with tokio often causes lifetime errors because futures capture borrowed data across await points. This skill helps solve these complexities by providing structured approaches to ownership, borrowing, and async pattern design.
mtaku3Guide Rust project setup with Cargo workspaces, clippy, rustfmt, and cargo-nextest.
jmdueaSelect Rust static or dynamic dispatch abstractions for code scenarios.
kleon6436Enforce Rust coding conventions covering naming, ownership, lifetimes, and error handling.
rainoftimeImplement and verify Rust-style ownership, borrowing, and lifetime rules.
