kotlin-project-modularization

To define module boundaries in a Kotlin Multiplatform project, establish clear roles for feature, data, app, and common modules. This structured review framework enforces ownership, encapsulation, and dependency direction to improve scalability and maintainability.

The best way to structure Kotlin Multiplatform modules for build performance is to enforce strict dependency direction and visibility guidelines. Separating feature, data, and app modules minimizes unnecessary rebuilds and optimizes maintainability.

You should split or consolidate modules in an Android or KMP app by applying structured evaluation criteria for module purpose, ownership, and data boundaries. This decision guidance determines if module shapes optimize scalability.

Yes, you can use this modularization framework for both Android apps and Kotlin Multiplatform projects. It provides decision guidance for common modules, dependency direction, and app-entry-point discipline across both platforms.

Dependency direction matters for Kotlin Multiplatform modularization because it directly dictates build performance and maintainability. Enforcing correct visibility and ownership boundaries prevents circular dependencies and ensures clear module encapsulation.

Kotlin Multiplatform modularization requires specific module ownership rules to maintain clear encapsulation. The framework evaluates data boundaries and app-entry-point discipline to ensure feature, data, and common modules remain scalable.