Uses of Interface com.tangosol.util.fsm.Event (Java API Reference for Oracle® Coherence Community Edition)

Packages that use Event
Package Description

com.tangosol.util.fsm
Contains Finite state machine interfaces.

Uses of Event in com.tangosol.util.fsm

Subinterfaces of Event in com.tangosol.util.fsm
Modifier and Type	Interface	Description
`interface`	`LifecycleAwareEvent<S extends Enum<S>>`	A `LifecycleAwareEvent` is a specialized `Event` that receives callbacks during the processing of the `Event` by a `FiniteStateMachine`.

Classes in com.tangosol.util.fsm that implement Event
Modifier and Type	Class	Description
`static class`	`Instruction.TransitionTo<S extends Enum<S>>`	An `Instruction` for a `FiniteStateMachine` to `Instruction.TransitionTo` another state.
`static class`	`NonBlockingFiniteStateMachine.CoalescedEvent<S extends Enum<S>>`	A `NonBlockingFiniteStateMachine.CoalescedEvent` is a `LifecycleAwareEvent` that coalesces other (wrapped) `Event`s with the same discriminator so that only one `Event` actually executes.
`static class`	`NonBlockingFiniteStateMachine.DelayedTransitionTo<S extends Enum<S>>`	A `NonBlockingFiniteStateMachine.DelayedTransitionTo` is a specialized `Instruction` for `NonBlockingFiniteStateMachine`s that enables a `StateEntryAction` to request a delayed transition to another state, unlike a `Instruction.TransitionTo` `Instruction` which occurs immediately.
`static class`	`NonBlockingFiniteStateMachine.SubsequentEvent<S extends Enum<S>>`	A `NonBlockingFiniteStateMachine.SubsequentEvent` is an `Event` that ensures that another (wrapped) `Event` to occur if an only if the `FiniteStateMachine` is at a certain transition count.

Methods in com.tangosol.util.fsm that return Event
Modifier and Type	Method	Description
`Event<S>`	Instruction.ProcessEvent.`getEvent()`	Obtain the `Event` to process.
`Event<S>`	NonBlockingFiniteStateMachine.ProcessEventLater.`getEvent()`	Obtain the `Event` to process later.

Methods in com.tangosol.util.fsm with parameters of type Event
Modifier and Type	Method	Description
`Instruction`	StateEntryAction.`onEnterState(S exitingState, S enteringState, Event<S> event, ExecutionContext context)`	Performs the necessary actions when a `FiniteStateMachine` enters a particular state.
`void`	StateExitAction.`onExitState(S state, Event<S> event, ExecutionContext context)`	Performs the necessary actions when a `FiniteStateMachine` exits a particular state.
`void`	TransitionAction.`onTransition(String sName, S stateFrom, S stateTo, Event<S> event, ExecutionContext context)`	Performs the necessary actions as part of a `Transition` from one state to another, triggered by a specified `Event`.
`void`	FiniteStateMachine.`process(Event<S> event)`	Request the `FiniteStateMachine` to process the specified `Event`.
`void`	NonBlockingFiniteStateMachine.`process(Event<S> event)`	Request the `FiniteStateMachine` to process the specified `Event`.
`void`	NonBlockingFiniteStateMachine.`processLater(Event<S> event)`	Request the `FiniteStateMachine` to process the specified `Event` as soon as possible.
`void`	NonBlockingFiniteStateMachine.`processLater(Event<S> event, long duration, TimeUnit timeUnit)`	Request the `FiniteStateMachine` to process the specified `Event` at some point in the future (represented as a duration to wait from the moment the method is called).

Constructors in com.tangosol.util.fsm with parameters of type Event
Constructor	Description
`CoalescedEvent(Event<S> event)`	Constructs a `NonBlockingFiniteStateMachine.CoalescedEvent` of the specified `Event` type using `NonBlockingFiniteStateMachine.CoalescedEvent.Process.FIRST`.
`CoalescedEvent(Event<S> event, NonBlockingFiniteStateMachine.CoalescedEvent.Process mode)`	Constructs a `NonBlockingFiniteStateMachine.CoalescedEvent` of the specified `Event` type.
`CoalescedEvent(Event<S> event, NonBlockingFiniteStateMachine.CoalescedEvent.Process mode, Object discriminator)`	Constructs a `NonBlockingFiniteStateMachine.CoalescedEvent` with the specified discriminator and `Event`.
`ProcessEvent(Event<S> event)`	Constructs a `Instruction.ProcessEvent` `Instruction`.
`ProcessEventLater(Event<S> event)`	Constructs a `NonBlockingFiniteStateMachine.ProcessEventLater` without a specified time (to be schedule as soon as possible).
`ProcessEventLater(Event<S> event, long duration, TimeUnit timeUnit)`	Constructs a `NonBlockingFiniteStateMachine.ProcessEventLater` with the specified delay time.
`SubsequentEvent(Event<S> event)`	Constructs a `NonBlockingFiniteStateMachine.SubsequentEvent`.
`Task(Event<S> event, NonBlockingFiniteStateMachine.TaskDependencies deps)`	Create a Task with given event.