xstate-transitions-and-events

Guarded transitions in XState v5 control state changes using conditional guards. You can implement advanced logic by combining guards with 'and', 'or', and 'not' operators, alongside in-state checks, to precisely determine if a transition should execute.

XState v5 supports multiple transition types including guarded, delayed, eventless, self, and wildcard transitions. These options allow developers to handle events, automate timing-based changes, and manage unpredictable inputs effectively.

Target resolution in XState allows you to precisely define transition destinations using sibling, child, or ID-based references. This ensures predictable navigation between states, which is essential for complex state management logic.

Yes, XState v5 supports composable guards and parallel state transitions. This allows you to manage multiple active states simultaneously and build reusable conditional logic for robust application behavior.

Delayed transitions in XState automatically trigger state changes after a specified period. You can use them to automatically submit a form after user inactivity or manage timeouts within your state machine logic.

Event handling in XState v5 allows you to define how your machine responds to various events, including typed events with payloads. This ensures predictable behavior by explicitly mapping specific event data to corresponding state transitions.