unused-code-cleaner

You can automatically remove dead code from TypeScript files by analyzing git diffs and project usage to identify and prune unused exports, functions, and types. This approach uses static analysis with safety checks to ensure referenced code is preserved.

The best way to clean up unused exports and functions in a JavaScript codebase is to perform diff-based detection and static analysis of code patterns. This allows you to target only unused code while preserving necessary functional behavior.

Yes, you can use git diff analysis to find unused code in TS/JS projects. By analyzing the latest changes against project usage, you can deterministically detect and remove unused exports, functions, and types from the modified files.

Automated dead code removal works safely across large codebases by using static analysis and configurable granularity. Built-in safety checks ensure that only unused code is targeted and all referenced code is preserved during the cleanup process.

A limitation of using static analysis for dead code removal in JavaScript is that it primarily targets unused exports, functions, and types within changed files. It relies on diff-based detection and safety checks to avoid removing actively referenced code.

You need to run code cleanup for AI-assisted code generation workflows immediately after AI edits are applied. This ensures that any dead or unused code left behind by the generation process is pruned, keeping the codebase lean and reducing maintenance effort.