improve-codebase-architecture

To find shallow modules and leaky seams in your codebase architecture, analyze source trees, docs, and tests to spot duplicated knowledge and pass-through wrappers. The review identifies where callers must know too much and recommends deepening modules behind clearer interfaces.

The best way to plan a refactor for testability is to inspect module interfaces and dependency categories to reduce coupling. This identifies deepening opportunities where modules should absorb behavior, generating locality-focused changes that preserve project conventions.

Module design has too much coupling across thin wrappers when behavior is spread across pass-through code instead of being absorbed. Analyzing the source layout reveals duplicated knowledge and shallow modules, recommending consolidation behind a clear interface to improve locality.

Yes, you can review existing project docs and tests to identify duplicated knowledge. The architecture review inspects project conventions, source layout, and dependency categories to find evidence of leaky seams and shallow modules that should be deepened.

To consolidate an authentication flow split across thin modules, inspect the source layout to find shallow pass-through wrappers. The review identifies the best refactor candidate for consolidation, absorbing behavior into deeper modules to reduce caller coupling.

You should not use a deepening approach for module design refactoring when existing project conventions heavily rely on localized thin wrappers. If source inspection reveals minimal duplicated knowledge or leaky seams, forcing deep modules may unnecessarily disrupt established architecture.