Apply Rust best-practice patterns for ownership, error handling, and async programming.
npx skills add https://github.com/calcosmic/Aether --skill rust-calcosmic
Please help me install this Agent Skill. Skill: rust Source: https://github.com/calcosmic/Aether/tree/main/.aether/skills-codex/domain/rust Command: npx skills add https://github.com/calcosmic/Aether --skill rust-calcosmic
This skill helps teams apply Rust best practices to build reliable, high-performance software across systems programming, CLI tools, and WebAssembly by giving concrete guidelines and patterns.
Provide a tailored Rust best-practices plan for a new project that uses Tokio and Serde.
High-intent search queries and answers about installing and using this skill.
Rust ownership and borrowing guidance prevents data races and memory leaks by applying concrete best-practice patterns for reliable memory management. These rules ensure safe concurrent access without a garbage collector.
Robust Rust error handling uses ergonomic crate design patterns to build reliable libraries and applications. This approach ensures errors are explicitly typed and propagated cleanly across your application boundaries.
Async Rust programming with Tokio applies modern tooling patterns to build high-performance concurrent systems. These guidelines help you structure asynchronous tasks and manage runtime execution effectively.
Yes, these Rust best practices apply directly to systems programming, CLI tools, and WebAssembly projects. The patterns guide project structure and cargo usage across these specific target platforms.
Yes, the guidelines support common Rust stacks including Axum, Actix-web, Serde, and Tokio. You can apply these concrete best-practice patterns to build reliable web services and applications.
ewe-studiosSet up Rust toolchains, Cargo configurations, and project directory structures.
GoosLabBuild RESTful services with Axum, Tokio, SQLx, and Serde in Rust 1.92+.
resonatehqDiagnose Resonate Rust SDK compile-time and runtime failures.
simorgh3196Explain Rust ownership, borrowing, and lifetimes with analogies and visuals.
