rust-refactor-helper

To safely rename a function across a Rust project, use LSP-driven reference discovery to find all symbol usages and perform conflict checks before applying changes. This approach analyzes potential impact across modules to ensure no references are missed.

The best way to preview a Rust refactoring plan is to use a dry-run report. A dry-run generates a concrete change plan and analyzes symbol references without applying modifications, allowing you to verify the impact safely.

Yes, you can extract a function and move code between modules in Rust using LSP. The refactoring process targets extract function, inline, and move operations across multi-file codebases with comprehensive reference discovery and conflict checks.

Yes, you need an LSP-capable environment and an existing Rust project to perform code analysis for refactoring. The refactoring workflow requires LSP insight to execute pre-refactor analysis, change generation, and reference discovery.

A Rust multi-file rename operation fails due to conflicts when pre-refactor analysis detects clashing symbol references. Performing LSP-driven impact analysis before changes helps identify these conflicts across modules and prevents unsafe application.