hmos-multidevice-avoid-areas

To prevent the HarmonyOS soft keyboard from overlapping input fields, apply dynamic system-area indexing to detect avoid areas and update layout constraints when the keyboard opens. This ensures input-heavy screens dynamically adjust without hardcoded pixel sizes.

Handling cutout and notch areas in a HarmonyOS immersive full-screen layout requires declarative scene selection to identify avoid-area types, then applying dynamic layout constraints. This ensures fixed components remain unobstructed across device variants.

To make UI avoid the status bar and navigation indicators across multiple HarmonyOS devices, retrieve avoid-area changes dynamically and split explicit content from the background. This approach adapts robustly to window state changes.

Yes, HarmonyOS UI layout supports dynamic safe area expansion by listening for avoid-area changes during window state transitions. This mechanism dynamically updates constraints to keep content visible and interactive.

Your HarmonyOS UI gets covered by system bars during window state changes because static layouts fail to account for dynamic avoid areas. Listening to avoid-area updates and applying dynamic constraints resolves this overlap.

No, you do not need hardcoded pixel sizes to handle avoid areas on HarmonyOS cutout-sensitive components. A scene-driven approach dynamically retrieves system-area constraints and outputs a verification matrix for robust validation.