Browse Kotlin Multiplatform libraries

Responding to component state changes: ViewModel and LiveData APIs, Compose integrations, saved-state handling, process-wide state tracking, ReactiveStreams support, and testing utilities.

Gracefully load and display large datasets in RecyclerViews via incremental paging, with support for RxJava, Guava ListenableFutures, testing variants, and Jetpack Compose integration.

Facilitates the retention and cleanup of ViewModels or objects within composable functions, ensuring lifecycle management across recompositions, configuration changes, and backstack navigation. Supports dependency injection and provides fine-grained state management.

Assists in moving code out of the view layer, promoting a reactive architecture by observing state changes. Simplifies observer pattern integration, reducing boilerplate and enhancing UI consistency and testability.

Toolkit offers reusable components like a state machine, recycler adapter, event observer, delegate properties, and foldable state handling to streamline software development.

Multiplatform library simplifies state management and effect handling using features like data classes and sealed classes. Supports platform-specific implementations, enabling seamless integration in Android applications.

Unidirectional data flow architecture for Android, utilizing state machines for side effects like network calls and UI updates, with easily testable logic and built-in navigation.

Implements TEA architecture using coroutines for scalable, testable applications. Offers simplicity, extensibility, and debugging with IntelliJ plugin support. Components reside in single files.

Reusable composables, theming, accessibility, haptic feedback, presenter patterns and core utilities simplifying Compose interface development, with demo app and module documentation.

Enhances the integration of Molecule with Android's ViewModel by utilizing a `lastState` parameter, ensuring previous states are accessible when revisiting views, improving user experience by avoiding redundant loading states.

Framework architecture simplifies Android project creation using an MVI-based approach with state management, emphasizing clean architecture. Integration through Jitpack supports compose, core, and common modules.

Ergonomic toolkit for app architecture: state machines for view/scene orchestration, storage abstractions with persisted delegates, recycler utilities, foldable posture helpers and a lightweight context provider.

Showcases clean architecture principles in an Android app, offering guidelines and best practices with layered project structure and integration with Open Weather API for demonstration.