improve-codebase-architecture

Shallow modules that leak complexity across seams are identified by analyzing code structures to pinpoint architectural friction points, guiding you to refactor and deepen modules for better testability.

To improve testability in a tightly-coupled codebase, apply module deepening strategies at key seams to increase leverage, which enhances local locality of changes and facilitates safer restructuring.

Seam placement affects modular design by allowing you to isolate complexity behind deep interfaces, improving dependency management and ensuring that changes remain local rather than leaking across module boundaries.

You need to apply architectural deepening strategies when your codebase exhibits shallow modules that leak complexity, hindering testing and maintainability, requiring interface design improvements for better modularity.

Yes, by targeting architectural friction points and recommending deepening at key seams, the approach guides layering and interface improvements to restructure systems safely without breaking existing dependencies.

Your codebase structure hinders testing and maintainability because shallow modules leak complexity across architectural seams, creating tightly-coupled dependencies that prevent effective modular design and local testing.