What problem does it solve?
This guide helps Rust developers apply idiomatic patterns, enforce safe ownership and borrowing, robust error handling, and scalable concurrency to build safe, maintainable, high-performance software.
Core Features & Use Cases
- Ownership and borrowing: guidelines to prevent data races and improve memory management.
- Error handling: use Result with thiserror for libraries and anyhow for applications, plus exhaustive pattern matching to model all possible states.
- Traits and generics: design zero-cost abstractions and flexible, reusable APIs.
- Safe concurrency: patterns using Arc<Mutex<T>>, channels, and async/await to coordinate work safely.
- Code organization: module layout and domain-driven structure to improve readability and testing.
Use cases include designing new crates, conducting code reviews, refactoring large Rust projects, and evolving library/application boundaries for better composability.
Quick Start
Start by applying ownership rules, prefer borrowing, and use enums and Result-based error handling in your new Rust module.