rust-coding-standards

Enforce Rust coding standards by configuring cargo clippy for linting and cargo fmt for formatting, then integrating these checks into CI workflows. This Skill automates setup to validate ownership, borrowing, error handling, and unsafe code justification across libraries and binaries.

Ownership and borrowing are Rust's core memory safety mechanisms that prevent data races and dangling pointers. This Skill guides you through these concepts with patterns and standards to write safe, concurrent systems without unsafe blocks unless rigorously justified.

Idiomatic Rust error handling uses Result and Option types with libraries like thiserror and anyhow for robust error propagation. This Skill enforces comprehensive error type definitions and patterns as part of coding standards for reliable systems.

Yes. This Skill generates a basic Rust library project with Cargo.toml, lib.rs, and sample tests following idiomatic standards. It automatically configures clippy and rustfmt checks to ensure safety, concurrency, and performance best practices from the start.

Unsafe code bypasses Rust's memory safety guarantees and risks undefined behavior. This Skill enforces that all unsafe blocks require clear justification and comprehensive testing, ensuring safety audits and maintaining system reliability in production codebases.

Yes. This Skill applies to Rust projects across ownership, borrowing, error handling, testing, and formatting for both libraries and binaries. It integrates with code reviews and automated CI pipelines to enforce standards consistently.