Debugging Hidden UI Layers with Android Studio Layout Inspector
Find hidden views and Z-order bugs using Android Studio Layout Inspector's live hierarchy and 3D view.
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Find hidden views and Z-order bugs using Android Studio Layout Inspector's live hierarchy and 3D view.
Implement state hoisting in Jetpack Compose to build stateless, reusable components that are easier to test and maintain.
A decision guide for persisting Jetpack Compose UI state across configuration changes and process death, comparing rememberSaveable, ViewModel with SavedStateHandle, and external persistence with trade-offs and a concrete hoisting pattern.
A single mutableStateOf at the top of your composable tree causes full-screen recomposition on every keystroke. Hoisting state to the narrowest common ancestor narrows recomposition scope, enables stateless previews, and keeps unidirectional data flow honest.
A stateful Compose component is hard to test and reuse. Learn how to hoist state to the caller, keep composables stateless, and avoid the recomposition and prop-drilling traps.
Strong Skipping mode in Jetpack Compose Compiler 1.5.0+ infers lambda stability automatically, but conservative capture analysis and cross-module limits mean you must verify with compiler metrics and Layout Inspector before relying on it.
Learn how to prevent UI state loss during Android configuration changes using remember, rememberSaveable, and derivedStateOf in Jetpack Compose.
Step-by-step diagnostic guide to identify and fix unnecessary Compose recompositions causing UI jank, with a symptom table, ordered verification checks, targeted fixes, and escalation criteria.
Stop guessing why your UI elements are overlapping. Learn how to use the Android Studio Layout Inspector's 3D view and recomposition tracking to debug complex hierarchies.