refactoring-mikado-strangler

Use the Mikado method to map code dependencies incrementally and the Strangler Fig pattern to execute staged architecture migrations while maintaining functional parity between old and new systems.

The Mikado method for refactoring is a structured approach that maps dependency graphs to identify independent leaf nodes, allowing developers to implement incremental changes without breaking the existing codebase.

The Strangler Fig pattern works for code migration by gradually building a new system alongside the existing one, routing functionality incrementally until the old system can be safely retired.

Track incremental refactoring progress by maintaining dedicated tracking documents like a Mikado dependency graph and a Strangler migration plan, ensuring all tests pass before updating each stage.

Yes, you can use Mikado and Strangler Fig together for legacy code refactoring by leveraging Mikado to resolve deep dependency chains before applying Strangler Fig to incrementally migrate architecture components.

Avoid incremental refactoring techniques like Mikado and Strangler Fig for small, isolated code changes where the overhead of mapping dependencies and maintaining functional parity outweighs the coordination benefits.