Refactoring Agent

Automate class-to-hooks migrations in TypeScript by applying AST-based transformations that safely parse and rewrite component structures. The agent creates a backup branch, applies incremental changes, and generates a rollback script for reversible refactoring.

AST-based refactoring analyzes the abstract syntax tree to programmatically update code patterns. It handles large codebases through incremental changes and Ralph Loop support, ensuring transformations are applied safely and systematically across files.

Yes, you can convert callbacks to async/await safely across a JavaScript project. The agent applies AST-based pattern migrations, validates changes using TypeScript and ESLint gates, and provides backup branches for rollback.

AST refactoring works with existing TypeScript and ESLint validation by implementing Airlock validation gates. These gates automatically run type checking, linting, tests, and builds to ensure refactored code passes all existing project checks.

The best way to update import paths during a large codebase refactor is using AST-based transformations. This method programmatically updates paths while creating backup branches and rollback scripts to ensure changes remain reversible and validated.

You need rollback scripts for automated code migrations to safely revert changes if validation fails. The agent generates these scripts alongside backup branches, ensuring that failed AST-based transformations can be undone without losing original code.