angular-core

Adopt standalone components, use the inject() function for dependency injection over constructors, and manage state with signals and computed values to enable zoneless change detection.

Manage reactive state without lifecycle hooks by using signal-based state management with signals, computed, and effect, relying on OnPush change detection and AsyncPipe for scalable UI architecture.

Use the inject() function instead of constructor-based dependency injection to simplify UI architecture and improve testability in standalone Angular components.

Yes, use RxJS for complex asynchronous tasks while relying on signals for simple state management to maintain a reactive UI architecture with zoneless change detection.

Configure provideZonelessChangeDetection alongside OnPush to build scalable UI components that rely on reactive state, avoiding lifecycle coupling and imperative state management.

Avoiding ngOnInit and ngOnChanges prevents lifecycle coupling and imperative state management, allowing you to rely on signals and effects for reactive state updates in zoneless Angular applications.