rust-patterns

Idiomatic Rust error handling uses Result and Option types for proper error propagation, often leveraging thiserror for library APIs and anyhow for application-level error management to ensure safety and maintainability.

Enforce ownership and borrowing rules in Rust by applying compile-time checks to mutable and immutable references, preventing data races and ensuring safe concurrency without runtime overhead.

Use traits and generics in Rust to achieve zero-cost abstractions, enabling polymorphic behavior and reusable code structures that compile to efficient machine code without runtime performance penalties.

The best way to structure Rust modules for maintainability is to design clear, testable module boundaries that separate concerns, enforce ownership rules, and promote scalable project architecture.

Yes, you can use thiserror and anyhow together in Rust projects; thiserror defines custom error types for libraries while anyhow provides flexible error handling for binary applications.

Refactor existing Rust code to apply concurrency patterns when you need to enforce safe data access across threads, eliminate data races at compile time, and improve overall execution performance.