clean-code-ch11-systems

To check startup construction separation, you can run automated architecture checks that identify startup-time wiring and validate runtime logic remains decoupled from construction code. This separation improves testability and reduces startup fragility.

Validating dependency injection involves scanning your codebase to enforce DI discipline and flag framework-tight coupling. Automated checks verify decoupling from container specifics, ensuring your architecture remains testable and maintainable across Java or similar ecosystems.

Detecting cross-cutting concerns leakage requires static analysis that flags scattered concern handling and guides AOP pattern usage. Automated system design checks identify these architectural violations, helping you encapsulate cross-cutting logic via aspects and explore DSL opportunities for clearer architecture.

Yes, you can use automated architecture checks in CI pipelines and code reviews for Java projects. The systems checker audits system-level design, validating DI adherence, construction separation, and AOP patterns to prevent architectural drift during continuous development.

Static analysis for system design works without specific framework dependencies because it operates directly on your codebase structure. It evaluates Java or similar ecosystems by inspecting construction-use separation, DI wiring, and cross-cutting concerns without requiring external container libraries.