sl:ast-replace

You can refactor repeated function calls using AST-driven pattern matching to identify replacement targets and preview changes before applying them. This ensures safe code transformations across your project without manual edits.

AST pattern matching works by parsing code into an abstract syntax tree and identifying structural patterns rather than matching plain text. This allows semantic replacements that understand code structure, ensuring accurate transformations.

Yes, AST-based replacements support multi-language patterns including JavaScript, TypeScript, and Rust. The tool uses AST guidance to apply semantic code transformations across different languages within your project.

The best way to preview code changes is using a preview-first workflow that shows all AST-driven replacements before applying them. You verify the semantic transformations first, minimizing risk to your codebase.

Yes, you need the sg binary to perform pattern-based edits and integrate with your project tooling. It handles the AST pattern matching and replacement execution required for safe code transformations.

AST-driven replacements require valid syntax for pattern matching and depend on the sg binary for execution. Complex transformations may need precise pattern definitions, and all changes should be verified in preview mode before application.