rust-uplift

Scanning a Rust project directory surfaces idiomatic uplift opportunities like iterator refactoring, Option/Result combinators, and type-state patterns. It uses static pattern rules and safety checks to avoid altering observable behavior, generating a structured report with before/after suggestions and confidence levels.

Yes, scanning large Rust workspaces detects architectural patterns like actor-style designs, type-state, and ergonomic struct initializations. It provides targeted suggestions per file with confidence levels to improve maintainability without changing observable behavior.

Common Rust uplift patterns include iterator-based refactoring, Option/Result combinator simplifications, derive and macro ergonomic hints, and error handling refinements. These patterns reduce boilerplate, improve readability, and strengthen type-safety without altering observable behavior.

The analysis only suggests changes and does not modify your Rust files. It applies static pattern rules and safety checks to avoid altering observable behavior, outputting a structured report with file locations, before/after suggestions, and confidence levels.

Provide a path to your Rust project directory, and the scanner automatically reads Cargo.toml for dependencies and all .rs files. This allows it to surface error handling refinements and other idiomatic uplift opportunities safely.

Use static pattern rules and safety checks that avoid altering observable behavior to apply type-state patterns safely. The analysis scans your codebase to surface these architectural patterns with targeted suggestions and confidence levels per file.