logic-guardian

To prevent silent regressions during refactoring, load a machine-readable logic manifest and enforce pre-edit gating with invariant checks and post-edit diff validation. This preserves existing function signatures and behavior across interconnected modules.

Invariant checking protects state machine and payment flow code by validating cross-file invariants before and after edits. It enforces a pre-edit gate that reveals component specs, ensuring refactors do not accidentally delete or overwrite load-bearing logic.

The best way to safeguard trading system logic during code reviews is to apply post-edit diff validation and test execution. By loading a logic manifest, the system catches accidental deletions and overwrites in interconnected modules quickly.

Yes, a logic manifest is required to protect load-bearing code paths during AI-assisted refactoring. It provides the machine-readable component specs needed for pre-edit gating, invariant checks, and post-edit validation to prevent accidental overwrites.

Yes, you can use post-edit diff validation to catch regressions in interconnected modules. It compares edits against the loaded logic manifest and cross-file invariants, then runs test execution to verify that existing functions and signatures stay behaviorally intact.

You should not rely solely on test validation for logic protection when refactoring complex state machines or payment flows. Combining pre-edit gating, manifest loading, and cross-file invariant checks is necessary to prevent silent regressions from accidental overwrites.