Identify and mitigate common production Rust pattern mistakes in AI-generated code.
npx skills add https://github.com/WTFox/dotfiles --skill rust-wtfox
Please help me install this Agent Skill. Skill: rust Source: https://github.com/WTFox/dotfiles/tree/main/claude/.claude/skills/rust Command: npx skills add https://github.com/WTFox/dotfiles --skill rust-wtfox
This Skill helps prevent production Rust anti-patterns that commonly appear in AI-generated code, improving safety, correctness, and performance.
Review the guidance and apply these patterns when writing or auditing Rust code.
High-intent search queries and answers about installing and using this skill.
Avoid unnecessary clones in Rust by borrowing data and choosing ownership-oriented designs over defaulting to .clone(). This improves safety and performance by leveraging the borrow checker effectively.
Use thiserror for library error types to provide structured, typed errors, and anyhow for application code needing flexible error aggregation. This distinction ensures robust Rust error handling.
The best Tokio async patterns employ non-blocking I/O, simplify lifetimes, and avoid blocking operations within async contexts. These patterns ensure robust async Rust code in production.
AI-generated Rust code often fails the borrow checker by applying unnecessary clones and improper lifetime management. Mitigate these production anti-patterns by favoring ownership-oriented designs and borrowing.
Yes, this guidance covers iterator and struct design best practices across library and application code. It specifies requirements for ownership-oriented designs to produce robust Rust components.
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Design-System-ETWrite, review, and debug idiomatic Rust code with memory safety enforcement.
ErrDivineAutomatically repair Rust compiler diagnostics and failing tests with Python scripts.
JylhisIdentify and mitigate Rust code anti-patterns during code reviews.
