Uses of Interface
com.tangosol.util.fsm.ExecutionContext

Packages that use ExecutionContext

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

Uses of ExecutionContext in com.tangosol.util.fsm

Classes in com.tangosol.util.fsm that implement ExecutionContext

Modifier and Type	Class	Description
class	NonBlockingFiniteStateMachine<S extends Enum<S>>	An NonBlockingFiniteStateMachine is a specialized FiniteStateMachine implementation that performs transitions asynchronously to the threads that request state changes.

Methods in com.tangosol.util.fsm with parameters of type ExecutionContext

Modifier and Type	Method	Description
S	Event.getDesiredState(S state, ExecutionContext context)	Determines the desired state of the FiniteStateMachine for the Event given the current state of the FiniteStateMachine.
S	Instruction.TransitionTo.getDesiredState(S currentState, ExecutionContext context)	Determines the desired state of the FiniteStateMachine for the Event given the current state of the FiniteStateMachine.
S	NonBlockingFiniteStateMachine.CoalescedEvent.getDesiredState(S state, ExecutionContext context)	Determines the desired state of the FiniteStateMachine for the Event given the current state of the FiniteStateMachine.
S	NonBlockingFiniteStateMachine.DelayedTransitionTo.getDesiredState(S currentState, ExecutionContext context)	Determines the desired state of the FiniteStateMachine for the Event given the current state of the FiniteStateMachine.
S	NonBlockingFiniteStateMachine.SubsequentEvent.getDesiredState(S currentState, ExecutionContext context)	Determines the desired state of the FiniteStateMachine for the Event given the current state of the FiniteStateMachine.
boolean	LifecycleAwareEvent.onAccept(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent is initially about to be accepted for processing.
boolean	NonBlockingFiniteStateMachine.CoalescedEvent.onAccept(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent is initially about to be accepted for processing.
boolean	NonBlockingFiniteStateMachine.SubsequentEvent.onAccept(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent is initially about to be accepted for processing.
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	LifecycleAwareEvent.onProcessed(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent has been processed.
void	NonBlockingFiniteStateMachine.CoalescedEvent.onProcessed(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent has been processed.
void	NonBlockingFiniteStateMachine.SubsequentEvent.onProcessed(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent has been processed.
void	LifecycleAwareEvent.onProcessing(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent is about to be processed.
void	NonBlockingFiniteStateMachine.CoalescedEvent.onProcessing(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent is about to be processed.
void	NonBlockingFiniteStateMachine.SubsequentEvent.onProcessing(ExecutionContext context)	Called by a FiniteStateMachine when the LifecycleAwareEvent is about to be processed.
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.