developing-with-compose-previews

Jetpack Compose previews crash when composables are tightly coupled to ViewModels or DI graphs. Refactoring into stateless components using state hoisting isolates these dependencies, enabling high-fidelity component visualization without a full application build.

To render all Jetpack Compose UI states in one place, apply multipreview annotations and PreviewParameterProviders. This configuration-aware rendering approach displays loading, error, empty, RTL, and dark mode states simultaneously for robust preview-based UI testing.

State hoisting in Jetpack Compose structures composables to be stateless by moving state ownership upward. This pattern improves UI previews by removing dependencies on complex application environments, allowing realistic sample data injection for direct component visualization.

Prevent context-bound dependency crashes in Jetpack Compose previews by safely handling environment isolation. Use LocalInspectionMode to detect the preview environment and provide mock implementations for context-bound dependencies like image loaders.

Yes, preview-driven development effectively optimizes Android UI modules by refactoring screen-level composables into stateless components. This workflow generates a comprehensive set of preview states without requiring full application builds.

LocalInspectionMode limitations require you to manually mock context-bound dependencies during environment isolation. While it prevents preview crashes, you must ensure realistic sample data injection to maintain accurate preview-based UI testing across all configuration states.