modularize

Behavior-preserving refactoring uses automated planning and verification to split large files and functions along real concern seams. It proves no declarations were dropped and the refactored code remains functionally identical to the original.

You should refactor a god-file when architectural debt hinders maintainability and code quality. Specifically, when a core package in the kernel exceeds 1500 lines, extract cohesive concerns into new files to reduce code debt.

The best way to verify no declarations were dropped during Go refactoring is to use an automated verification suite. This validates declaration-set preservation, build-tag safety, and initialization-order integrity through integrated toolchain validation.

Yes, the modular refactoring process requires goimports and gofmt as dependencies. These tools format the code and manage imports automatically when splitting large Go files and functions into concern-based components.

Yes, you can extract cohesive concerns from a monolith while maintaining build-tag safety. The refactoring process satisfies technical requirements for declaration-set preservation and initialization-order integrity through toolchain validation.

Automated code motion for modularizing Go functions requires strict adherence to behavior-preserving refactoring standards. It is limited by the need to maintain declaration-set preservation, build-tag safety, and initialization-order integrity.