refactor-workflow

Large-scale codebase refactoring is executed safely using a phase-driven workflow that includes assessment, strategy, execution, and verification. This risk-aware methodology ensures consistent changes across multiple files without breaking existing functionality.

You need ast-grep or comby for codebase refactoring when applying structural code transformations across multiple files. These tools automate pattern matching to ensure consistent changes during architecture shifts, API updates, and dependency migrations.

The best way to update APIs and migrate dependencies is a systematic, phase-driven workflow using ast-grep, comby, and manual transformations. This approach manages risk by separating the process into assessment, strategy, execution, and verification steps.

Yes, you can use this refactoring workflow for reorganizing core modules in your codebase. The methodology applies structural transformations through assessment, strategy, execution, and verification phases to ensure consistent and safe module reorganization.

Phased refactoring reduces risk during architecture shifts by separating work into assessment, strategy, execution, and verification steps. This systematic approach ensures consistent transformations and verifies changes before completion.

Ast-grep and comby handle structural code transformations but require manual transformations for complex logic. The workflow mitigates limitations by integrating risk management and verification phases alongside these tools to ensure safe refactoring.