angular-component

To build Angular components with signals, you create standalone components using signal-based inputs and outputs. This approach enforces OnPush change detection and replaces traditional decorators with reactive signal APIs for robust state management.

The best way to implement content projection in Angular standalone components is by leveraging ng-content alongside signal-driven logic. This combination allows you to build reusable UI blocks while maintaining consistent behavior and accessibility.

You should avoid ngClass and ngStyle because modern Angular components use signals for state management. Enforcing signal-based host bindings instead of structural directives ensures better performance with OnPush change detection.

Yes, this approach fully supports lifecycle hooks and host bindings in Angular v20+. It covers these scenarios explicitly, allowing you to manage complex component interactions and DOM attributes within a standalone component architecture.

You create a reusable design system component library in Angular by building standalone components with signals. This provides a structured blueprint for accessible interactions, content projection, and composable UI blocks for enterprise apps.

Yes, you can use this component pattern for enterprise apps requiring OnPush change detection. The standalone component architecture explicitly enforces OnPush strategies and signal-driven inputs to ensure high-performance reactive rendering.