akka.persistence.fsm

Class AbstractPersistentFSMBase<S,D,E>

java.lang.Object

akka.persistence.fsm.AbstractPersistentFSMBase<S,D,E>

All Implemented Interfaces:

Actor, ActorLogging, PersistentFSMBase<S,D,E>, Listeners

Direct Known Subclasses:

AbstractPersistentFSM, AbstractPersistentLoggingFSM

public abstract class AbstractPersistentFSMBase<S,D,E>
extends java.lang.Object
implements PersistentFSMBase<S,D,E>

Java API: compatible with lambda expressions

Finite State Machine actor abstract base class.

This is an EXPERIMENTAL feature and is subject to change until it has received more real world testing.

Nested Class Summary

Nested classes/interfaces inherited from interface akka.persistence.fsm.PersistentFSMBase

PersistentFSMBase.TransformHelper

Nested classes/interfaces inherited from interface akka.actor.Actor

Actor.emptyBehavior$, Actor.ignoringBehavior$

Constructor Summary

Constructors

Constructor and Description
AbstractPersistentFSMBase()

Method Summary

Modifier and Type	Method and Description
static PersistentFSM.$minus$greater$	$minus$greater()
protected abstract static void	akka$actor$Actor$_setter_$context_$eq(ActorContext x$1)
protected abstract static void	akka$actor$Actor$_setter_$self_$eq(ActorRef x$1)
static void	akka$actor$ActorLogging$$_log_$eq(LoggingAdapter x$1)
static LoggingAdapter	akka$actor$ActorLogging$$_log()
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$$minus$greater_$eq(PersistentFSM.$minus$greater$ x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$handleEventDefault_$eq(scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$stateFunctions_$eq(scala.collection.mutable.Map<S,scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>>> x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$stateTimeouts_$eq(scala.collection.mutable.Map<S,scala.Option<scala.concurrent.duration.FiniteDuration>> x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$timerGen_$eq(scala.collection.Iterator<java.lang.Object> x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$timers_$eq(scala.collection.mutable.Map<java.lang.String,PersistentFSM.Timer> x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$Event_$eq(PersistentFSM.Event$ x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$StateTimeout_$eq(PersistentFSM.StateTimeout$ x$1)
protected abstract static void	akka$persistence$fsm$PersistentFSMBase$_setter_$StopEvent_$eq(PersistentFSM.StopEvent$ x$1)
static void	akka$persistence$fsm$PersistentFSMBase$$currentState_$eq(PersistentFSM.State<S,D,E> x$1)
static PersistentFSM.State<S,D,E>	akka$persistence$fsm$PersistentFSMBase$$currentState()
static void	akka$persistence$fsm$PersistentFSMBase$$generation_$eq(long x$1)
static long	akka$persistence$fsm$PersistentFSMBase$$generation()
static void	akka$persistence$fsm$PersistentFSMBase$$handleEvent_$eq(scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> x$1)
static scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>>	akka$persistence$fsm$PersistentFSMBase$$handleEvent()
static scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>>	akka$persistence$fsm$PersistentFSMBase$$handleEventDefault()
static void	akka$persistence$fsm$PersistentFSMBase$$nextState_$eq(PersistentFSM.State<S,D,E> x$1)
static PersistentFSM.State<S,D,E>	akka$persistence$fsm$PersistentFSMBase$$nextState()
static scala.collection.mutable.Map<S,scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>>>	akka$persistence$fsm$PersistentFSMBase$$stateFunctions()
static scala.collection.mutable.Map<S,scala.Option<scala.concurrent.duration.FiniteDuration>>	akka$persistence$fsm$PersistentFSMBase$$stateTimeouts()
static void	akka$persistence$fsm$PersistentFSMBase$$terminateEvent_$eq(scala.PartialFunction<PersistentFSM.StopEvent<S,D>,scala.runtime.BoxedUnit> x$1)
static scala.PartialFunction<PersistentFSM.StopEvent<S,D>,scala.runtime.BoxedUnit>	akka$persistence$fsm$PersistentFSMBase$$terminateEvent()
static void	akka$persistence$fsm$PersistentFSMBase$$timeoutFuture_$eq(scala.Option<Cancellable> x$1)
static scala.Option<Cancellable>	akka$persistence$fsm$PersistentFSMBase$$timeoutFuture()
static scala.collection.Iterator<java.lang.Object>	akka$persistence$fsm$PersistentFSMBase$$timerGen()
static scala.collection.mutable.Map<java.lang.String,PersistentFSM.Timer>	akka$persistence$fsm$PersistentFSMBase$$timers()
static void	akka$persistence$fsm$PersistentFSMBase$$transitionEvent_$eq(scala.collection.immutable.List<scala.PartialFunction<scala.Tuple2<S,S>,scala.runtime.BoxedUnit>> x$1)
static scala.collection.immutable.List<scala.PartialFunction<scala.Tuple2<S,S>,scala.runtime.BoxedUnit>>	akka$persistence$fsm$PersistentFSMBase$$transitionEvent()
protected abstract static void	akka$routing$Listeners$_setter_$listeners_$eq(java.util.Set<ActorRef> x$1)
static void	applyState(PersistentFSM.State<S,D,E> nextState)
protected static void	aroundPostRestart(java.lang.Throwable reason)
protected static void	aroundPostStop()
protected static void	aroundPreRestart(java.lang.Throwable reason, scala.Option<java.lang.Object> message)
protected static void	aroundPreStart()
protected static void	aroundReceive(scala.PartialFunction<java.lang.Object,scala.runtime.BoxedUnit> receive, java.lang.Object msg)
static void	cancelTimer(java.lang.String name)
ActorContext	context() Stores the context for this actor, including self, and sender.
static boolean	debugEvent()
PersistentFSM.Event$	Event()
protected static void	gossip(java.lang.Object msg, ActorRef sender)
protected static ActorRef	gossip$default$2(java.lang.Object msg)
PersistentFSM.State<S,D,E>	goTo(S nextStateName) Produce transition to other state.
static void	initialize()
static boolean	isStateTimerActive()
static boolean	isTimerActive(java.lang.String name)
protected static scala.PartialFunction<java.lang.Object,scala.runtime.BoxedUnit>	listenerManagement()
protected java.util.Set<ActorRef>	listeners()
static LoggingAdapter	log()
protected static void	logTermination(PersistentFSM.Reason reason)
static void	makeTransition(PersistentFSM.State<S,D,E> nextState)
FSMStateFunctionBuilder<S,D,E>	matchAnyEvent(FI.Apply2<java.lang.Object,D,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<DT extends D> UnitPFBuilder<D>	matchData(java.lang.Class<DT> dataType, FI.TypedPredicate<DT> predicate, FI.UnitApply<DT> apply) Create a UnitPFBuilder with the first case statement set.
<DT extends D> UnitPFBuilder<D>	matchData(java.lang.Class<DT> dataType, FI.UnitApply<DT> apply) Create a UnitPFBuilder with the first case statement set.
<ET,DT extends D> FSMStateFunctionBuilder<S,D,E>	matchEvent(java.lang.Class<ET> eventType, java.lang.Class<DT> dataType, FI.Apply2<ET,DT,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<ET,DT extends D> FSMStateFunctionBuilder<S,D,E>	matchEvent(java.lang.Class<ET> eventType, java.lang.Class<DT> dataType, FI.TypedPredicate2<ET,DT> predicate, FI.Apply2<ET,DT,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<ET> FSMStateFunctionBuilder<S,D,E>	matchEvent(java.lang.Class<ET> eventType, FI.Apply2<ET,D,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<ET> FSMStateFunctionBuilder<S,D,E>	matchEvent(java.lang.Class<ET> eventType, FI.TypedPredicate2<ET,D> predicate, FI.Apply2<ET,D,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
FSMStateFunctionBuilder<S,D,E>	matchEvent(FI.TypedPredicate2<java.lang.Object,D> predicate, FI.Apply2<java.lang.Object,D,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<DT extends D> FSMStateFunctionBuilder<S,D,E>	matchEvent(java.util.List<java.lang.Object> eventMatches, java.lang.Class<DT> dataType, FI.Apply2<java.lang.Object,DT,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
FSMStateFunctionBuilder<S,D,E>	matchEvent(java.util.List<java.lang.Object> eventMatches, FI.Apply2<java.lang.Object,D,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<Ev,DT extends D> FSMStateFunctionBuilder<S,D,E>	matchEventEquals(Ev event, java.lang.Class<DT> dataType, FI.Apply2<Ev,DT,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
<Ev> FSMStateFunctionBuilder<S,D,E>	matchEventEquals(Ev event, FI.Apply2<Ev,D,PersistentFSM.State<S,D,E>> apply) Create an FSMStateFunctionBuilder with the first case statement set.
FSMTransitionHandlerBuilder<S>	matchState(S fromState, S toState, FI.UnitApply2<S,S> apply) Create an FSMTransitionHandlerBuilder with the first case statement set.
FSMTransitionHandlerBuilder<S>	matchState(S fromState, S toState, FI.UnitApplyVoid apply) Create an FSMTransitionHandlerBuilder with the first case statement set.
<RT extends PersistentFSM.Reason> FSMStopBuilder<S,D>	matchStop(java.lang.Class<RT> reasonType, FI.TypedPredicate<RT> predicate, FI.UnitApply3<RT,S,D> apply) Create an FSMStopBuilder with the first case statement set.
<RT extends PersistentFSM.Reason> FSMStopBuilder<S,D>	matchStop(java.lang.Class<RT> reasonType, FI.UnitApply3<RT,S,D> apply) Create an FSMStopBuilder with the first case statement set.
FSMStopBuilder<S,D>	matchStop(PersistentFSM.Reason reason, FI.UnitApply2<S,D> apply) Create an FSMStopBuilder with the first case statement set.
static D	nextStateData()
PersistentFSM.Reason	Normal() Default reason if calling stop().
static <S,D> scala.PartialFunction<S,D>	NullFunction() A partial function value which does not match anything and can be used to &ldquo;reset&rdquo; whenUnhandled and onTermination handlers.
void	onTermination(FSMStopBuilder<S,D> stopBuilder) Set handler which is called upon termination of this FSM actor.
void	onTransition(FI.UnitApply2<S,S> transitionHandler) Add a handler which is called upon each state transition, i.e.
void	onTransition(FSMTransitionHandlerBuilder<S> transitionHandlerBuilder) Add a handler which is called upon each state transition, i.e.
static void	postRestart(java.lang.Throwable reason)
static void	postStop()
static void	preRestart(java.lang.Throwable reason, scala.Option<java.lang.Object> message)
static void	preStart()
static void	processEvent(PersistentFSM.Event<D> event, java.lang.Object source)
static scala.PartialFunction<java.lang.Object,scala.runtime.BoxedUnit>	receive()
ActorRef	self() The 'self' field holds the ActorRef for this actor.
static ActorRef	sender()
static void	setStateTimeout(S state, scala.Option<scala.concurrent.duration.FiniteDuration> timeout)
void	setTimer(java.lang.String name, java.lang.Object msg, scala.concurrent.duration.FiniteDuration timeout) Schedule named timer to deliver message after given delay, possibly repeating.
static boolean	setTimer$default$4()
PersistentFSM.Reason	Shutdown() Reason given when someone was calling system.stop(fsm) from outside; also applies to Stop supervision directive.
void	startWith(S stateName, D stateData) Set initial state.
void	startWith(S stateName, D stateData, scala.concurrent.duration.FiniteDuration timeout) Set initial state.
static scala.Option<scala.concurrent.duration.FiniteDuration>	startWith$default$3()
static D	stateData()
static S	stateName()
static scala.collection.Iterable<S>	stateNames()
PersistentFSM.StateTimeout$	StateTimeout() This case object is received in case of a state timeout.
static PersistentFSM.State<S,D,E>	stay()
static PersistentFSM.State<S,D,E>	stop()
static PersistentFSM.State<S,D,E>	stop(PersistentFSM.Reason reason)
static PersistentFSM.State<S,D,E>	stop(PersistentFSM.Reason reason, D stateData)
PersistentFSM.StopEvent$	StopEvent()
static SupervisorStrategy	supervisorStrategy()
static scala.PartialFunction<scala.Tuple2<S,S>,scala.runtime.BoxedUnit>	total2pf(scala.Function2<S,S,scala.runtime.BoxedUnit> transitionHandler)
static PersistentFSMBase.TransformHelper	transform(scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> func)
static void	unhandled(java.lang.Object message)
void	when(S stateName, scala.concurrent.duration.FiniteDuration stateTimeout, FSMStateFunctionBuilder<S,D,E> stateFunctionBuilder) Insert a new StateFunction at the end of the processing chain for the given state.
void	when(S stateName, FSMStateFunctionBuilder<S,D,E> stateFunctionBuilder) Insert a new StateFunction at the end of the processing chain for the given state.
void	when(S stateName, scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> stateFunction) Insert a new StateFunction at the end of the processing chain for the given state.
static scala.concurrent.duration.FiniteDuration	when$default$2()
void	whenUnhandled(FSMStateFunctionBuilder<S,D,E> stateFunctionBuilder) Set handler which is called upon reception of unhandled messages.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface akka.persistence.fsm.PersistentFSMBase

applyState, cancelTimer, debugEvent, handleTransition, initialize, isStateTimerActive, isTimerActive, logTermination, makeTransition, nextStateData, onTermination, onTransition, postStop, processEvent, processMsg, receive, register, setStateTimeout, setTimer, startWith, stateData, stateName, stateNames, stay, stop, stop, stop, terminate, total2pf, transform, when, whenUnhandled

Methods inherited from interface akka.actor.Actor

aroundPostRestart, aroundPostStop, aroundPreRestart, aroundPreStart, aroundReceive, postRestart, preRestart, preStart, sender, supervisorStrategy, unhandled

Methods inherited from interface akka.routing.Listeners

gossip, listenerManagement

Methods inherited from interface akka.actor.ActorLogging

log

Constructor Detail

AbstractPersistentFSMBase

public AbstractPersistentFSMBase()

Method Detail

NullFunction

public static <S,D> scala.PartialFunction<S,D> NullFunction()

A partial function value which does not match anything and can be used to &ldquo;reset&rdquo; whenUnhandled and onTermination handlers.

 onTermination(FSM.NullFunction())
 

Returns:

(undocumented)

sender

public static final ActorRef sender()

aroundReceive

protected static void aroundReceive(scala.PartialFunction<java.lang.Object,scala.runtime.BoxedUnit> receive,
                                    java.lang.Object msg)

aroundPreStart

protected static void aroundPreStart()

aroundPostStop

protected static void aroundPostStop()

aroundPreRestart

protected static void aroundPreRestart(java.lang.Throwable reason,
                                       scala.Option<java.lang.Object> message)

aroundPostRestart

protected static void aroundPostRestart(java.lang.Throwable reason)

supervisorStrategy

public static SupervisorStrategy supervisorStrategy()

preStart

public static void preStart()
                     throws java.lang.Exception

Throws:

java.lang.Exception

preRestart

public static void preRestart(java.lang.Throwable reason,
                              scala.Option<java.lang.Object> message)
                       throws java.lang.Exception

Throws:

java.lang.Exception

postRestart

public static void postRestart(java.lang.Throwable reason)
                        throws java.lang.Exception

Throws:

java.lang.Exception

unhandled

public static void unhandled(java.lang.Object message)

akka$actor$Actor$_setter_$context_$eq

protected abstract static void akka$actor$Actor$_setter_$context_$eq(ActorContext x$1)

akka$actor$Actor$_setter_$self_$eq

protected abstract static void akka$actor$Actor$_setter_$self_$eq(ActorRef x$1)

listenerManagement

protected static scala.PartialFunction<java.lang.Object,scala.runtime.BoxedUnit> listenerManagement()

gossip

protected static void gossip(java.lang.Object msg,
                             ActorRef sender)

gossip$default$2

protected static ActorRef gossip$default$2(java.lang.Object msg)

akka$routing$Listeners$_setter_$listeners_$eq

protected abstract static void akka$routing$Listeners$_setter_$listeners_$eq(java.util.Set<ActorRef> x$1)

akka$actor$ActorLogging$$_log

public static LoggingAdapter akka$actor$ActorLogging$$_log()

akka$actor$ActorLogging$$_log_$eq

public static void akka$actor$ActorLogging$$_log_$eq(LoggingAdapter x$1)

log

public static LoggingAdapter log()

$minus$greater

public static PersistentFSM.$minus$greater$ $minus$greater()

stay

public static final PersistentFSM.State<S,D,E> stay()

stop

public static final PersistentFSM.State<S,D,E> stop()

stop

public static final PersistentFSM.State<S,D,E> stop(PersistentFSM.Reason reason)

stop

public static final PersistentFSM.State<S,D,E> stop(PersistentFSM.Reason reason,
                                                    D stateData)

transform

public static final PersistentFSMBase.TransformHelper transform(scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> func)

cancelTimer

public static final void cancelTimer(java.lang.String name)

isTimerActive

public static final boolean isTimerActive(java.lang.String name)

setStateTimeout

public static final void setStateTimeout(S state,
                                         scala.Option<scala.concurrent.duration.FiniteDuration> timeout)

isStateTimerActive

public static final boolean isStateTimerActive()

total2pf

public static final scala.PartialFunction<scala.Tuple2<S,S>,scala.runtime.BoxedUnit> total2pf(scala.Function2<S,S,scala.runtime.BoxedUnit> transitionHandler)

initialize

public static final void initialize()

stateName

public static final S stateName()

stateData

public static final D stateData()

stateNames

public static final scala.collection.Iterable<S> stateNames()

nextStateData

public static final D nextStateData()

debugEvent

public static boolean debugEvent()

akka$persistence$fsm$PersistentFSMBase$$currentState

public static PersistentFSM.State<S,D,E> akka$persistence$fsm$PersistentFSMBase$$currentState()

akka$persistence$fsm$PersistentFSMBase$$currentState_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$currentState_$eq(PersistentFSM.State<S,D,E> x$1)

akka$persistence$fsm$PersistentFSMBase$$timeoutFuture

public static scala.Option<Cancellable> akka$persistence$fsm$PersistentFSMBase$$timeoutFuture()

akka$persistence$fsm$PersistentFSMBase$$timeoutFuture_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$timeoutFuture_$eq(scala.Option<Cancellable> x$1)

akka$persistence$fsm$PersistentFSMBase$$nextState

public static PersistentFSM.State<S,D,E> akka$persistence$fsm$PersistentFSMBase$$nextState()

akka$persistence$fsm$PersistentFSMBase$$nextState_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$nextState_$eq(PersistentFSM.State<S,D,E> x$1)

akka$persistence$fsm$PersistentFSMBase$$generation

public static long akka$persistence$fsm$PersistentFSMBase$$generation()

akka$persistence$fsm$PersistentFSMBase$$generation_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$generation_$eq(long x$1)

akka$persistence$fsm$PersistentFSMBase$$timers

public static scala.collection.mutable.Map<java.lang.String,PersistentFSM.Timer> akka$persistence$fsm$PersistentFSMBase$$timers()

akka$persistence$fsm$PersistentFSMBase$$timerGen

public static scala.collection.Iterator<java.lang.Object> akka$persistence$fsm$PersistentFSMBase$$timerGen()

akka$persistence$fsm$PersistentFSMBase$$stateFunctions

public static scala.collection.mutable.Map<S,scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>>> akka$persistence$fsm$PersistentFSMBase$$stateFunctions()

akka$persistence$fsm$PersistentFSMBase$$stateTimeouts

public static scala.collection.mutable.Map<S,scala.Option<scala.concurrent.duration.FiniteDuration>> akka$persistence$fsm$PersistentFSMBase$$stateTimeouts()

akka$persistence$fsm$PersistentFSMBase$$handleEventDefault

public static scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> akka$persistence$fsm$PersistentFSMBase$$handleEventDefault()

akka$persistence$fsm$PersistentFSMBase$$handleEvent

public static scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> akka$persistence$fsm$PersistentFSMBase$$handleEvent()

akka$persistence$fsm$PersistentFSMBase$$handleEvent_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$handleEvent_$eq(scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> x$1)

akka$persistence$fsm$PersistentFSMBase$$terminateEvent

public static scala.PartialFunction<PersistentFSM.StopEvent<S,D>,scala.runtime.BoxedUnit> akka$persistence$fsm$PersistentFSMBase$$terminateEvent()

akka$persistence$fsm$PersistentFSMBase$$terminateEvent_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$terminateEvent_$eq(scala.PartialFunction<PersistentFSM.StopEvent<S,D>,scala.runtime.BoxedUnit> x$1)

akka$persistence$fsm$PersistentFSMBase$$transitionEvent

public static scala.collection.immutable.List<scala.PartialFunction<scala.Tuple2<S,S>,scala.runtime.BoxedUnit>> akka$persistence$fsm$PersistentFSMBase$$transitionEvent()

akka$persistence$fsm$PersistentFSMBase$$transitionEvent_$eq

public static void akka$persistence$fsm$PersistentFSMBase$$transitionEvent_$eq(scala.collection.immutable.List<scala.PartialFunction<scala.Tuple2<S,S>,scala.runtime.BoxedUnit>> x$1)

receive

public static scala.PartialFunction<java.lang.Object,scala.runtime.BoxedUnit> receive()

processEvent

public static void processEvent(PersistentFSM.Event<D> event,
                                java.lang.Object source)

applyState

public static void applyState(PersistentFSM.State<S,D,E> nextState)

makeTransition

public static void makeTransition(PersistentFSM.State<S,D,E> nextState)

postStop

public static void postStop()

logTermination

protected static void logTermination(PersistentFSM.Reason reason)

startWith$default$3

public static final scala.Option<scala.concurrent.duration.FiniteDuration> startWith$default$3()

when$default$2

public static final scala.concurrent.duration.FiniteDuration when$default$2()

setTimer$default$4

public static final boolean setTimer$default$4()

akka$persistence$fsm$PersistentFSMBase$_setter_$Event_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$Event_$eq(PersistentFSM.Event$ x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$StopEvent_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$StopEvent_$eq(PersistentFSM.StopEvent$ x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$$minus$greater_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$$minus$greater_$eq(PersistentFSM.$minus$greater$ x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$StateTimeout_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$StateTimeout_$eq(PersistentFSM.StateTimeout$ x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$timers_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$timers_$eq(scala.collection.mutable.Map<java.lang.String,PersistentFSM.Timer> x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$timerGen_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$timerGen_$eq(scala.collection.Iterator<java.lang.Object> x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$stateFunctions_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$stateFunctions_$eq(scala.collection.mutable.Map<S,scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>>> x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$stateTimeouts_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$stateTimeouts_$eq(scala.collection.mutable.Map<S,scala.Option<scala.concurrent.duration.FiniteDuration>> x$1)

akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$handleEventDefault_$eq

protected abstract static void akka$persistence$fsm$PersistentFSMBase$_setter_$akka$persistence$fsm$PersistentFSMBase$$handleEventDefault_$eq(scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> x$1)

Event

public PersistentFSM.Event$ Event()

Specified by:

Event in interface PersistentFSMBase<S,D,E>

StopEvent

public PersistentFSM.StopEvent$ StopEvent()

Specified by:

StopEvent in interface PersistentFSMBase<S,D,E>

StateTimeout

public PersistentFSM.StateTimeout$ StateTimeout()

Description copied from interface: PersistentFSMBase

This case object is received in case of a state timeout.

Specified by:

StateTimeout in interface PersistentFSMBase<S,D,E>

Returns:

(undocumented)

listeners

protected java.util.Set<ActorRef> listeners()

Specified by:

listeners in interface Listeners

context

public ActorContext context()

Description copied from interface: Actor

Stores the context for this actor, including self, and sender. It is implicit to support operations such as forward.

WARNING: Only valid within the Actor itself, so do not close over it and publish it to other threads!

ActorContext is the Scala API. getContext returns a UntypedActorContext, which is the Java API of the actor context.

Specified by:

context in interface Actor

Returns:

(undocumented)

self

public final ActorRef self()

Description copied from interface: Actor

The 'self' field holds the ActorRef for this actor.

Can be used to send messages to itself:

 self ! message
 

Specified by:

self in interface Actor

Returns:

(undocumented)

when

public final void when(S stateName,
                       scala.PartialFunction<PersistentFSM.Event<D>,PersistentFSM.State<S,D,E>> stateFunction)

Insert a new StateFunction at the end of the processing chain for the given state.

Parameters:

stateName - designator for the state

stateFunction - partial function describing response to input

when

public final void when(S stateName,
                       FSMStateFunctionBuilder<S,D,E> stateFunctionBuilder)

Insert a new StateFunction at the end of the processing chain for the given state.

Parameters:

stateName - designator for the state

stateFunctionBuilder - partial function builder describing response to input

when

public final void when(S stateName,
                       scala.concurrent.duration.FiniteDuration stateTimeout,
                       FSMStateFunctionBuilder<S,D,E> stateFunctionBuilder)

Insert a new StateFunction at the end of the processing chain for the given state. If the stateTimeout parameter is set, entering this state without a differing explicit timeout setting will trigger a StateTimeout event; the same is true when using #stay.

Parameters:

stateName - designator for the state

stateTimeout - default state timeout for this state

stateFunctionBuilder - partial function builder describing response to input

startWith

public final void startWith(S stateName,
                            D stateData)

Set initial state. Call this method from the constructor before the initialize() method. If different state is needed after a restart this method, followed by initialize(), can be used in the actor life cycle hooks Actor.preStart() and Actor.postRestart(java.lang.Throwable).

Parameters:

stateName - initial state designator

stateData - initial state data

startWith

public final void startWith(S stateName,
                            D stateData,
                            scala.concurrent.duration.FiniteDuration timeout)

Set initial state. Call this method from the constructor before the initialize() method. If different state is needed after a restart this method, followed by initialize(), can be used in the actor life cycle hooks Actor.preStart() and Actor.postRestart(java.lang.Throwable).

Parameters:

stateName - initial state designator

stateData - initial state data

timeout - state timeout for the initial state, overriding the default timeout for that state

onTransition

public final void onTransition(FSMTransitionHandlerBuilder<S> transitionHandlerBuilder)

Add a handler which is called upon each state transition, i.e. not when staying in the same state.

Multiple handlers may be installed, and every one of them will be called, not only the first one matching.

Parameters:

transitionHandlerBuilder - (undocumented)

onTransition

public final void onTransition(FI.UnitApply2<S,S> transitionHandler)

Add a handler which is called upon each state transition, i.e. not when staying in the same state.

Multiple handlers may be installed, and every one of them will be called, not only the first one matching.

Parameters:

transitionHandler - (undocumented)

whenUnhandled

public final void whenUnhandled(FSMStateFunctionBuilder<S,D,E> stateFunctionBuilder)

Set handler which is called upon reception of unhandled messages. Calling this method again will overwrite the previous contents.

The current state may be queried using stateName.

Parameters:

stateFunctionBuilder - (undocumented)

onTermination

public final void onTermination(FSMStopBuilder<S,D> stopBuilder)

Set handler which is called upon termination of this FSM actor. Calling this method again will overwrite the previous contents.

Parameters:

stopBuilder - (undocumented)

matchEvent

public final <ET,DT extends D> FSMStateFunctionBuilder<S,D,E> matchEvent(java.lang.Class<ET> eventType,
                                                                         java.lang.Class<DT> dataType,
                                                                         FI.TypedPredicate2<ET,DT> predicate,
                                                                         FI.Apply2<ET,DT,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches on an event and data type and a predicate.

Parameters:

eventType - the event type to match on

dataType - the data type to match on

predicate - a predicate to evaluate on the matched types

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEvent

public final <ET,DT extends D> FSMStateFunctionBuilder<S,D,E> matchEvent(java.lang.Class<ET> eventType,
                                                                         java.lang.Class<DT> dataType,
                                                                         FI.Apply2<ET,DT,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches on an event and data type.

Parameters:

eventType - the event type to match on

dataType - the data type to match on

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEvent

public final <ET> FSMStateFunctionBuilder<S,D,E> matchEvent(java.lang.Class<ET> eventType,
                                                            FI.TypedPredicate2<ET,D> predicate,
                                                            FI.Apply2<ET,D,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches if the event type and predicate matches.

Parameters:

eventType - the event type to match on

predicate - a predicate that will be evaluated on the data and the event

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEvent

public final <ET> FSMStateFunctionBuilder<S,D,E> matchEvent(java.lang.Class<ET> eventType,
                                                            FI.Apply2<ET,D,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches if the event type matches.

Parameters:

eventType - the event type to match on

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEvent

public final FSMStateFunctionBuilder<S,D,E> matchEvent(FI.TypedPredicate2<java.lang.Object,D> predicate,
                                                       FI.Apply2<java.lang.Object,D,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches if the predicate matches.

Parameters:

predicate - a predicate that will be evaluated on the data and the event

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEvent

public final <DT extends D> FSMStateFunctionBuilder<S,D,E> matchEvent(java.util.List<java.lang.Object> eventMatches,
                                                                      java.lang.Class<DT> dataType,
                                                                      FI.Apply2<java.lang.Object,DT,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches on the data type and if any of the event types in the list match or any of the event instances in the list compares equal.

Parameters:

eventMatches - a list of types or instances to match against

dataType - the data type to match on

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEvent

public final FSMStateFunctionBuilder<S,D,E> matchEvent(java.util.List<java.lang.Object> eventMatches,
                                                       FI.Apply2<java.lang.Object,D,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches if any of the event types in the list match or any of the event instances in the list compares equal.

Parameters:

eventMatches - a list of types or instances to match against

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEventEquals

public final <Ev,DT extends D> FSMStateFunctionBuilder<S,D,E> matchEventEquals(Ev event,
                                                                               java.lang.Class<DT> dataType,
                                                                               FI.Apply2<Ev,DT,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches on the data type and if the event compares equal.

Parameters:

event - an event to compare equal against

dataType - the data type to match on

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchEventEquals

public final <Ev> FSMStateFunctionBuilder<S,D,E> matchEventEquals(Ev event,
                                                                  FI.Apply2<Ev,D,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches if the event compares equal.

Parameters:

event - an event to compare equal against

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchAnyEvent

public final FSMStateFunctionBuilder<S,D,E> matchAnyEvent(FI.Apply2<java.lang.Object,D,PersistentFSM.State<S,D,E>> apply)

Create an FSMStateFunctionBuilder with the first case statement set.

A case statement that matches on any type of event.

Parameters:

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchState

public final FSMTransitionHandlerBuilder<S> matchState(S fromState,
                                                       S toState,
                                                       FI.UnitApplyVoid apply)

Create an FSMTransitionHandlerBuilder with the first case statement set.

A case statement that matches on a from state and a to state.

Parameters:

fromState - the from state to match on

toState - the to state to match on

apply - an action to apply when the states match

Returns:

the builder with the case statement added

matchState

public final FSMTransitionHandlerBuilder<S> matchState(S fromState,
                                                       S toState,
                                                       FI.UnitApply2<S,S> apply)

Create an FSMTransitionHandlerBuilder with the first case statement set.

A case statement that matches on a from state and a to state.

Parameters:

fromState - the from state to match on

toState - the to state to match on

apply - an action to apply when the states match

Returns:

the builder with the case statement added

matchStop

public final FSMStopBuilder<S,D> matchStop(PersistentFSM.Reason reason,
                                           FI.UnitApply2<S,D> apply)

Create an FSMStopBuilder with the first case statement set.

A case statement that matches on an PersistentFSM.Reason.

Parameters:

reason - the reason for the termination

apply - an action to apply to the event and state data if there is a match

Returns:

the builder with the case statement added

matchStop

public final <RT extends PersistentFSM.Reason> FSMStopBuilder<S,D> matchStop(java.lang.Class<RT> reasonType,
                                                                             FI.UnitApply3<RT,S,D> apply)

Create an FSMStopBuilder with the first case statement set.

A case statement that matches on a reason type.

Parameters:

reasonType - the reason type to match on

apply - an action to apply to the reason, event and state data if there is a match

Returns:

the builder with the case statement added

matchStop

public final <RT extends PersistentFSM.Reason> FSMStopBuilder<S,D> matchStop(java.lang.Class<RT> reasonType,
                                                                             FI.TypedPredicate<RT> predicate,
                                                                             FI.UnitApply3<RT,S,D> apply)

Create an FSMStopBuilder with the first case statement set.

A case statement that matches on a reason type and a predicate.

Parameters:

reasonType - the reason type to match on

apply - an action to apply to the reason, event and state data if there is a match

predicate - a predicate that will be evaluated on the reason if the type matches

Returns:

the builder with the case statement added

matchData

public final <DT extends D> UnitPFBuilder<D> matchData(java.lang.Class<DT> dataType,
                                                       FI.UnitApply<DT> apply)

Create a UnitPFBuilder with the first case statement set.

Parameters:

dataType - a type to match the argument against

apply - an action to apply to the argument if the type matches

Returns:

a builder with the case statement added

matchData

public final <DT extends D> UnitPFBuilder<D> matchData(java.lang.Class<DT> dataType,
                                                       FI.TypedPredicate<DT> predicate,
                                                       FI.UnitApply<DT> apply)

Create a UnitPFBuilder with the first case statement set.

Parameters:

dataType - a type to match the argument against

predicate - a predicate that will be evaluated on the argument if the type matches

apply - an action to apply to the argument if the type and predicate matches

Returns:

a builder with the case statement added

goTo

public final PersistentFSM.State<S,D,E> goTo(S nextStateName)

Produce transition to other state. Return this from a state function in order to effect the transition.

Parameters:

nextStateName - state designator for the next state

Returns:

state transition descriptor

setTimer

public final void setTimer(java.lang.String name,
                           java.lang.Object msg,
                           scala.concurrent.duration.FiniteDuration timeout)

Schedule named timer to deliver message after given delay, possibly repeating. Any existing timer with the same name will automatically be canceled before adding the new timer.

Parameters:

name - identifier to be used with cancelTimer()

msg - message to be delivered

timeout - delay of first message delivery and between subsequent messages

Normal

public PersistentFSM.Reason Normal()

Default reason if calling stop().

Returns:

(undocumented)

Shutdown

public PersistentFSM.Reason Shutdown()

Reason given when someone was calling system.stop(fsm) from outside; also applies to Stop supervision directive.

Returns:

(undocumented)