bp-skill-refactor

Refactor complex workflow YAML by analyzing large branching structures to extract subflows, inline references, split workflows, rename nodes, and clean dead code for improved modularity. Boundary detection and post-refactor validation ensure end-to-end integrity.

Extract subflows by selecting a contiguous group of nodes and choosing an operation to generate boundary contracts and transition rewiring. This enables clean extraction and reuse of workflow segments while maintaining structural integrity.

Clean up dead code and unreachable nodes through targeted refactoring that detects god nodes, trivial subflows, and deep branching. The process identifies unreachable code and removes it while rewiring transitions to maintain workflow continuity.

Inline legacy references during workflow refactoring by selecting the target nodes and applying the inline operation. This simplifies the workflow structure by consolidating external references directly into the main workflow path.

Split a large workflow into modular subflows when analysis detects god nodes, deep branching, or trivial subflows that reduce readability. Boundary detection identifies natural split points to generate clean, reusable workflow segments.

Workflow refactoring includes post-refactor validation and transition rewiring to ensure end-to-end integrity. Boundary contracts are generated to verify that extracted subflows and rewired transitions maintain the original workflow logic.