rust-build-times

To speed up Rust compilation, you can profile build bottlenecks using cargo-timings, configure sccache for caching, enable the Cranelift backend, split workspaces, and integrate faster linkers like mold or lld to reduce development cycle times.

Profiling slow Rust build times is best achieved using cargo-timings to identify compilation bottlenecks. This tool helps diagnose specific crate dependencies and build phases causing delays, allowing targeted optimization of the compilation process.

Yes, sccache works with Cargo to improve Rust rebuild times by caching compilation outputs. Configuring sccache allows subsequent builds to reuse cached artifacts, significantly reducing compile durations and improving developer productivity.

You can use the Cranelift backend for faster Rust development builds as an alternative code generator. Leveraging Cranelift prioritizes compilation speed over runtime optimization, drastically cutting down compile durations during development.

Faster linkers like mold or lld optimize Rust compilation by accelerating the linking phase of the build process. Integrating these linkers reduces the overall time spent linking binaries, addressing a common bottleneck in large Rust projects.

Splitting a Cargo workspace improves Rust build times by breaking large projects into smaller, parallelizable crates. This workspace optimization allows the compiler to process independent components concurrently, reducing overall compilation duration.