rust

Standard Rust conventions recommend inline unit tests, integration tests, module docs with //!, and item docs with /// to ensure code reliability and proper library documentation. Practical examples should accompany item documentation to clarify usage.

Cargo workflows for building, testing, and formatting Rust projects involve using standard cargo commands like build, test, clippy for linting, fmt for formatting, and doc for documentation generation. These tools streamline consistent project maintenance.

Error propagation and async patterns in Rust are best handled using standard error handling conventions and async runtime libraries like tokio or async-std. Proper error propagation ensures robust libraries and maintainable async code.

You need to apply Rust conventions for maintainable code at project start to establish consistent patterns, tooling guidance, and safety practices across multiple projects. Early adoption prevents technical debt and ensures team alignment.

Yes, the Rust async guidance supports both tokio and async-std for implementing async patterns. It provides conventions for error handling and async workflows to write safe, maintainable asynchronous Rust code.