atom-state

Reactive state in React can be managed using Effect Atoms, which automatically reset state when no longer in use to prevent memory leaks. This approach provides stable atom references for predictable component updates.

Derived state is computed by creating new atoms that depend on existing ones, enabling lazy evaluation of state values. This ensures derived data updates automatically only when the underlying atom values change.

Asynchronous operations are supported natively with built-in loading and error states managed through the reactive atoms. This allows you to handle async actions predictably while maintaining automatic cleanup.

Effect services integrate seamlessly into the state management workflow via Effect runtimes. This allows you to connect external service logic directly into your reactive atom-based state architecture.

Application state persistence is handled through integrated key-value stores connected to the reactive atoms. This enables state data to be saved and retrieved automatically while maintaining stable atom references.