android-modularization

To modularize an Android app and prevent cyclic dependencies, you refactor the codebase into distinct feature, core, and build-logic modules. This structural separation manages dependencies effectively to ensure scalable architecture and maintainability.

The best way to split an Android repository into scalable modules is organizing the codebase into feature, core, and build-logic components. This module splitting strategy manages dependencies and prevents interdependency issues as the application grows.

Separating build-logic modules improves Android dependency management by isolating build configurations from feature and core code. This separation prevents cyclic module dependencies and ensures the application can scale without interdependency conflicts.

You need to refactor your Android application into modular components when you have a large codebase with multiple features causing maintainability issues. Modularization organizes the repository structure to enhance scalability and prevent cyclic dependencies.

Yes, you can use Gradle to manage dependencies and avoid cyclic module dependencies in Android by structuring your project into feature, core, and build-logic modules. This architecture enforces dependency boundaries to enhance maintainability.

A limitation of modularizing an Android repository into feature and core modules is the initial complexity of designing the module boundaries. Proper dependency management is required to avoid cyclic dependencies and ensure the architecture remains scalable.