grace-refactor

GRACE refactoring prevents architecture drift by applying atomic migrations that update source code, tests, semantic markup, and documentation simultaneously. It validates and preserves public contracts, graph relationships, and verification plans throughout the process.

Yes, you can rename, move, split, merge, or extract modules without breaking verification plans and graph relationships by validating and preserving public contracts during the refactor. The process generates structured change packets and traces to maintain architectural integrity.

The best way to plan a module migration across docs, knowledge graphs, and verifications is using GRACE-guided refactoring with explicit approvals. It enforces atomic migrations across source, tests, semantic markup, and verification artifacts while generating structured change packets and traces.

Yes, GRACE refactoring works for codebases requiring explicit approvals by applying standardized steps for rename, move, split, merge, and extract operations. It enforces atomic migrations across source, tests, semantic markup, documentation, and verification artifacts to ensure safe refactoring.

Refactors desynchronize the knowledge graph and semantic markup from source code when atomic migrations are not enforced. Without GRACE-guided refactoring, updates across source, tests, docs, and verification artifacts happen independently, leading to architecture drift and broken contracts.