code-modularizing

To refactor a monolithic Go codebase, analyze the code to identify public API boundaries and extract coherent modules with zero dependencies. This process splits god objects using SRP and DRY principles, aligning dependency directions, and proposes a phased plan for domain-focused independent versioning.

Fixing circular dependencies and coupling in multi-package projects involves aligning public API surfaces and enforcing downward dependency direction. By extracting public modules with zero dependencies and splitting cross-cutting responsibilities, you consolidate fragmented packages and reduce duplication.

Identify and split god objects in a large codebase by applying Single Responsibility Principle (SRP) analysis to locate classes with cross-cutting responsibilities. The refactoring plan extracts layered concerns into primitives, operations, and orchestration, reducing coupling and enabling reuse.

Yes, this modularization approach applies to multi-package Go or similar languages. It focuses on structural architecture improvements like SRP, DRY, public API surfaces, and dependency-direction fixes, which are language-agnostic principles applicable across various software engineering environments.

Start a phased refactoring plan by identifying a monolithic package and requesting prioritized modularization steps. The plan extracts common abstractions, merges fragmented packages, and splits concerns into layered components to achieve low-cost, systematic codebase consolidation.

Dependency direction matters when extracting public modules because it prevents circular coupling and ensures clean architecture. By enforcing downward dependencies across libraries and packages, extracted modules maintain zero external dependencies, enabling true independent versioning and high cohesion.