component-flattening-analysis

To find orphaned classes in root namespaces, you need to analyze your component structure to pinpoint source files residing in non-leaf namespaces. This identifies scattered logic and provides a clear plan to refactor it into well-defined components.

The best way to flatten a nested component hierarchy is to analyze the codebase and ensure components exist solely as leaf nodes. This involves identifying orphaned classes and applying consolidation, splitting, or shared code extraction strategies.

You need to refactor code structure for component flattening when your codebase has grown organically and suffers from complex, nested component hierarchies. This process rectifies scattered logic in root namespaces to ensure a cleaner, more maintainable architecture.

Shared code extraction works during component refactoring by identifying common logic across orphaned classes in root namespaces and pulling it into dedicated modules. This flattening strategy consolidates scattered code into well-defined, leaf-node components.

Yes, you can split components during code structure analysis. When examining your nested component hierarchy, the analysis recommends splitting as a strategy to ensure components exist solely as manageable leaf nodes.

Your codebase has scattered logic in root namespaces due to organic growth, which leads to complex component hierarchies and orphaned classes. Analyzing the component structure identifies these non-leaf source files so you can refactor them into well-defined components.