analyze-subcomponents

To analyze codebase dependencies and component responsibilities, profile specific Android features, shared KMP layers, or native runtime code to map internal structure, external connections, and DI registration points. This identifies integration touchpoints and upstream or downstream references.

To estimate the blast radius of code modifications, perform component profiling and coupling analysis on the targeted module. This assesses change impact by mapping dependencies on core infrastructure and native runtime code, helping you plan refactors and investigate regressions.

Dependency mapping for shared KMP layers and native runtime code works by tracing upstream and downstream references within the codebase. It identifies integration touchpoints and DI registration points to reveal how platform components interact with each other.

Yes, you can use component profiling to investigate regressions in the game launch module by mapping its dependencies on the runtime and core platform components. This helps identify the integration touchpoints and structural changes causing the regression.

A limitation of code analysis when profiling subcomponents is that it focuses strictly on the Rotating Art Launcher codebase, analyzing shell scripts and markdown references. It may not account for external runtime behaviors or undocumented dependencies outside the mapped integration touchpoints.