improve-codebase-architecture

To identify architectural friction, analyze the codebase for shallow modules, tightly-coupled components, and untested areas. This process surfaces refactoring opportunities that turn shallow modules into deep ones, enhancing overall testability.

Module deepening is a refactoring technique that transforms shallow modules into deep ones by consolidating functionality and hiding implementation details. It reduces architectural friction by simplifying interfaces and improving codebase testability.

Refactor a codebase for testability and AI-navigability by exploring the project to detect tightly-coupled modules and untested areas. The analysis proposes structural improvements that reduce friction and make the architecture easier to navigate.

Yes, analyzing codebase refactoring opportunities requires knowledge of software architecture principles and domain-specific vocabulary. This background knowledge is necessary to interpret the friction findings and apply the recommended structural improvements.

It only generates a read-only Markdown report. The analysis presents findings with candidates for refactoring, benefits, and recommendations, requiring you to manually apply the proposed architectural changes to your codebase.

The best way to find shallow modules is by performing a dedicated codebase analysis that explores the project structure. This surfaces architectural friction by identifying modules with complex interfaces but minimal hidden implementation.