The Compound Component pattern facilitates flexible component composition by allowing components to work together as a unit, sharing internal state implicitly.
Controlled components manage state with React, while uncontrolled components rely on the DOM for predictability in form behavior.
Utilizing render props in components enables reusable logic without the need for inheritance or higher-order components.
Higher Order Components (HOCs) help address cross-cutting concerns like logging, authorization, and theming by adding behavior to components.
Hooks in React, especially custom hooks, abstract complex behavior into reusable units, promoting logic reuse across functional components.
Allowing consumers control over state changes via reducer functions enhances component flexibility and customization.
To prevent unnecessary re-renders in large apps, leveraging libraries like use-context-selector or designing context values as separate slices in React context is recommended.
Dynamic rendering with access to internal state is achieved through a pattern where the child of a component is a function.
Separating concerns into 'smart' components for logic and 'dumb' components for UI improves testing and maintainability.
Making components truly reusable by allowing consumers to pass functions or options enhances component flexibility to fit various use cases.