cargo-conventions

You can enforce a consistent Cargo.toml structure by applying a canonical section ordering and workspace inheritance rules across all crates, ensuring unified dependency management and maintainability for multi-crate Rust repositories.

The best way to manage shared dependencies and feature flags is through unified workspace management, which centralizes dependency handling and standardizes feature flag configuration within the root Cargo.toml for all member crates.

You configure lints and build profiles by embedding lint configuration and build profile guidelines directly into Cargo.toml, ensuring reproducible and standards-compliant crate builds across the entire Rust workspace.

You need to specify the Minimum Supported Rust Version (MSRV) and publishing conventions whenever preparing crates for release, ensuring consistent publish practices and compatibility standards across a multi-crate repository.

Yes, you can standardize workspace inheritance across crates with varying build configurations by applying a canonical Cargo.toml structure that unifies build profile conventions and dependency management practices.

Multi-crate Rust repositories often suffer from scattered configurations due to ad-hoc setups; applying a canonical set of Cargo conventions unifies workspace layout, dependency handling, and section ordering.