|
|||||||||
PREV NEXT | FRAMES NO FRAMES |
Stash
that enforces an unbounded deque for the actor.Stash
that does not enforce any mailbox type.Actor
.
Actor
.
Actor
.
Actor
.
Props
to determine the type of actor which will
be created.
ActorClassification
An EventBus where the Subscribers are ActorRefs and the Classifier is ActorRef
Means that ActorRefs "listen" to other ActorRefs
E is the Event typeActorSystem
.
".."
- actorFor(Iterable<String>) -
Method in interface akka.actor.ActorRefFactory
- Java API: Look-up an actor by applying the given path elements, starting from the
current context, where
".."
- actorFor(ActorPath) -
Method in interface akka.actor.ActorRefProvider
- Create actor reference for a specified local or remote path.
- actorFor(InternalActorRef, String) -
Method in interface akka.actor.ActorRefProvider
- Create actor reference for a specified local or remote path, which will
be parsed using java.net.URI.
- actorFor(InternalActorRef, Iterable<String>) -
Method in interface akka.actor.ActorRefProvider
- Create actor reference for the specified child path starting at the
given starting point.
- ActorIdentity - Class in akka.actor
- Reply to
Identify
. - ActorIdentity(Object, Option<ActorRef>) -
Constructor for class akka.actor.ActorIdentity
-
- ActorIdentity$ - Class in akka.actor
-
- ActorIdentity$() -
Constructor for class akka.actor.ActorIdentity$
-
- ActorInitializationException - Exception in akka.actor
- An ActorInitializationException is thrown when the the initialization logic for an Actor fails.
- ActorInitializationException(ActorRef, String, Throwable) -
Constructor for exception akka.actor.ActorInitializationException
-
- ActorInitializationException$ - Class in akka.actor
-
- ActorInitializationException$() -
Constructor for class akka.actor.ActorInitializationException$
-
- ActorInterruptedException - Exception in akka.actor
- When an InterruptedException is thrown inside an Actor, it is wrapped as an ActorInterruptedException as to
avoid cascading interrupts to other threads than the originally interrupted one.
- ActorKilledException - Exception in akka.actor
- ActorKilledException is thrown when an Actor receives the
Kill
message - ActorKilledException$ - Class in akka.actor
-
- ActorKilledException$() -
Constructor for class akka.actor.ActorKilledException$
-
- ActorLogging - Interface in akka.actor
- Scala API: Mix in ActorLogging into your Actor to easily obtain a reference to a logger,
which is available under the name "log".
- ActorNotFound - Exception in akka.actor
- When
ActorSelection.resolveOne(akka.util.Timeout)
can't identify the actor the
Future
is completed with this failure. - ActorNotFound(ActorSelection) -
Constructor for exception akka.actor.ActorNotFound
-
- ActorNotFound$ - Class in akka.actor
-
- ActorNotFound$() -
Constructor for class akka.actor.ActorNotFound$
-
- actorOf(Props) -
Method in interface akka.actor.ActorRefFactory
- Create new actor as child of this context and give it an automatically
generated name (currently similar to base64-encoded integer count,
reversed and with “$” prepended, may change in the future).
- actorOf(Props, String) -
Method in interface akka.actor.ActorRefFactory
- Create new actor as child of this context with the given name, which must
not be null, empty or start with “$”.
- actorOf(ActorSystemImpl, Props, InternalActorRef, ActorPath, boolean, Option<Deploy>, boolean, boolean) -
Method in interface akka.actor.ActorRefProvider
- Actor factory with create-only semantics: will create an actor as
described by props with the given supervisor and path (may be different
in case of remote supervision).
- ActorPath - Interface in akka.actor
- Actor path is a unique path to an actor that shows the creation path
up through the actor tree to the root actor.
- ActorPath$ - Class in akka.actor
-
- ActorPath$() -
Constructor for class akka.actor.ActorPath$
-
- ActorPathExtractor - Class in akka.actor
- Given an ActorPath it returns the Address and the path elements if the path is well-formed
- ActorPathExtractor() -
Constructor for class akka.actor.ActorPathExtractor
-
- ActorPathExtractor$ - Class in akka.actor
- Given an ActorPath it returns the Address and the path elements if the path is well-formed
- ActorPathExtractor$() -
Constructor for class akka.actor.ActorPathExtractor$
-
- actorProps() -
Method in class akka.actor.TypedProps
- Returns the akka.actor.Props representation of this TypedProps
- ActorRef - Class in akka.actor
- Immutable and serializable handle to an actor, which may or may not reside
on the local host or inside the same
ActorSystem
. - ActorRef() -
Constructor for class akka.actor.ActorRef
-
- actorRef() -
Method in class akka.actor.FSM.SubscribeTransitionCallBack
-
- actorRef() -
Method in class akka.actor.FSM.UnsubscribeTransitionCallBack
-
- actorRef() -
Method in class akka.pattern.AskableActorRef
-
- ActorRef$ - Class in akka.actor
-
- ActorRef$() -
Constructor for class akka.actor.ActorRef$
-
- ActorRefFactory - Interface in akka.actor
- Interface implemented by ActorSystem and ActorContext, the only two places
from which you can get fresh actors.
- ActorRefProvider - Interface in akka.actor
- Interface for all ActorRef providers to implement.
- ActorRefRoutee - Class in akka.routing
Routee
that sends the messages to an ActorRef
.- ActorRefRoutee(ActorRef) -
Constructor for class akka.routing.ActorRefRoutee
-
- ActorRefRoutee$ - Class in akka.routing
-
- ActorRefRoutee$() -
Constructor for class akka.routing.ActorRefRoutee$
-
- actors() -
Method in class akka.dispatch.MessageDispatcher$
-
- actors() -
Static method in class akka.dispatch.MessageDispatcher
-
- actorSel() -
Method in class akka.pattern.AskableActorSelection
-
- actorSelection(String) -
Method in interface akka.actor.ActorRefFactory
- Construct an
ActorSelection
from the given path, which is
parsed for wildcards (these are replaced by regular expressions
internally).
- actorSelection(ActorPath) -
Method in interface akka.actor.ActorRefFactory
- Construct an
ActorSelection
from the given path, which is
parsed for wildcards (these are replaced by regular expressions
internally).
- ActorSelection - Class in akka.actor
- An ActorSelection is a logical view of a section of an ActorSystem's tree of Actors,
allowing for broadcasting of messages to that section.
- ActorSelection() -
Constructor for class akka.actor.ActorSelection
-
- ActorSelection$ - Class in akka.actor
- An ActorSelection is a logical view of a section of an ActorSystem's tree of Actors,
allowing for broadcasting of messages to that section.
- ActorSelection$() -
Constructor for class akka.actor.ActorSelection$
-
- ActorSelectionMessage$ - Class in akka.actor
-
- ActorSelectionMessage$() -
Constructor for class akka.actor.ActorSelectionMessage$
-
- ActorSelectionRoutee - Class in akka.routing
Routee
that sends the messages to an ActorSelection
.- ActorSelectionRoutee(ActorSelection) -
Constructor for class akka.routing.ActorSelectionRoutee
-
- ActorSelectionRoutee$ - Class in akka.routing
-
- ActorSelectionRoutee$() -
Constructor for class akka.routing.ActorSelectionRoutee$
-
- ActorSystem - Class in akka.actor
- An actor system is a hierarchical group of actors which share common
configuration, e.g. dispatchers, deployments, remote capabilities and
addresses.
- ActorSystem() -
Constructor for class akka.actor.ActorSystem
-
- ActorSystem$ - Class in akka.actor
-
- ActorSystem$() -
Constructor for class akka.actor.ActorSystem$
-
- ActorSystem.Settings - Class in akka.actor
- Settings are the overall ActorSystem Settings which also provides a convenient access to the Config object.
- ActorSystem.Settings(ClassLoader, Config, String) -
Constructor for class akka.actor.ActorSystem.Settings
-
- add(T) -
Method in class akka.dispatch.AbstractNodeQueue
-
- add(T) -
Method in class akka.routing.ConsistentHash
- Java API: Adds a node to the node ring.
- addLogger(akka.actor.ActorSystemImpl, Class<? extends Actor>, Logging.LogLevel, String) -
Method in interface akka.event.LoggingBus
- INTERNAL API
- AddLoggingReceive() -
Method in class akka.actor.ActorSystem.Settings
-
- addNode(AbstractNodeQueue.Node<T>) -
Method in class akka.dispatch.AbstractNodeQueue
-
- address() -
Method in interface akka.actor.ActorPath
- The Address under which this path can be reached; walks up the tree to
the RootActorPath.
- Address - Class in akka.actor
- The address specifies the physical location under which an Actor can be
reached.
- Address(String, String) -
Constructor for class akka.actor.Address
-
- Address(String, String, String, int) -
Constructor for class akka.actor.Address
-
- address() -
Method in class akka.actor.ChildActorPath
-
- address() -
Method in class akka.actor.RootActorPath
-
- Address$ - Class in akka.actor
- Returns a String representation formatted as:
@:- Address$() -
Constructor for class akka.actor.Address$
-
- AddressFromURIString - Class in akka.actor
- This object serves as extractor for Scala and as address parser for Java.
- AddressFromURIString() -
Constructor for class akka.actor.AddressFromURIString
-
- AddressFromURIString$ - Class in akka.actor
- This object serves as extractor for Scala and as address parser for Java.
- AddressFromURIString$() -
Constructor for class akka.actor.AddressFromURIString$
-
- addressTerminated() -
Method in class akka.actor.Terminated
-
- AddressTerminated$ - Class in akka.actor
-
- AddressTerminated$() -
Constructor for class akka.actor.AddressTerminated$
-
- AddressTerminatedTopic$ - Class in akka.event
- INTERNAL API
Watchers of remote actor references register themselves as subscribers
of
AddressTerminated
notifications. - AddressTerminatedTopic$() -
Constructor for class akka.event.AddressTerminatedTopic$
-
- AddRoutee - Class in akka.routing
- Add a routee by sending this message to the router.
- AddRoutee(Routee) -
Constructor for class akka.routing.AddRoutee
-
- addRoutee(Routee) -
Method in class akka.routing.Router
- Create a new instance with one more routee and the same
RoutingLogic
.
- addRoutee(ActorRef) -
Method in class akka.routing.Router
- Create a new instance with one more
ActorRefRoutee
for the
specified ActorRef
and the same RoutingLogic
.
- addRoutee(ActorSelection) -
Method in class akka.routing.Router
- Create a new instance with one more
ActorSelectionRoutee
for the
specified ActorSelection
and the same RoutingLogic
.
- AddRoutee$ - Class in akka.routing
-
- AddRoutee$() -
Constructor for class akka.routing.AddRoutee$
-
- addToCache(Seq<Tuple2<Object, Set<Object>>>) -
Method in interface akka.event.SubchannelClassification
-
- AdjustPoolSize - Class in akka.routing
- Increase or decrease the number of routees in a
Pool
. - AdjustPoolSize(int) -
Constructor for class akka.routing.AdjustPoolSize
-
- AdjustPoolSize$ - Class in akka.routing
-
- AdjustPoolSize$() -
Constructor for class akka.routing.AdjustPoolSize$
-
- advance() -
Method in interface akka.actor.LoggingFSM
-
- after(FiniteDuration, Scheduler, Function0<Future<T>>, ExecutionContext) -
Method in interface akka.pattern.FutureTimeoutSupport
- Returns a
Future
that will be completed with the success or failure of the provided value
after the specified duration.
- after(FiniteDuration, Scheduler, ExecutionContext, Callable<Future<T>>) -
Method in class akka.pattern.Patterns$
- Returns a
Future
that will be completed with the success or failure of the provided Callable
after the specified duration.
- after(FiniteDuration, Scheduler, ExecutionContext, Future<T>) -
Method in class akka.pattern.Patterns$
- Returns a
Future
that will be completed with the success or failure of the provided value
after the specified duration.
- after(FiniteDuration, Scheduler, ExecutionContext, Callable<Future<T>>) -
Static method in class akka.pattern.Patterns
- Returns a
Future
that will be completed with the success or failure of the provided Callable
after the specified duration.
- after(FiniteDuration, Scheduler, ExecutionContext, Future<T>) -
Static method in class akka.pattern.Patterns
- Returns a
Future
that will be completed with the success or failure of the provided value
after the specified duration.
- afterConnect(Socket) -
Method in class akka.io.Inet.SO$.SendBufferSize
-
- afterConnect(Socket) -
Method in class akka.io.Inet.SO$.TrafficClass
-
- afterConnect(Socket) -
Method in interface akka.io.Inet.SocketOption
- Action to be taken for this option after connect returned (i.e. on
the slave socket for servers).
- afterConnect(Socket) -
Method in class akka.io.Tcp.SO$.KeepAlive
-
- afterConnect(Socket) -
Method in class akka.io.Tcp.SO$.OOBInline
-
- afterConnect(Socket) -
Method in class akka.io.Tcp.SO$.TcpNoDelay
-
- akka - package akka
-
- akka.actor - package akka.actor
-
- akka.actor.dsl - package akka.actor.dsl
-
- akka.actor.dungeon - package akka.actor.dungeon
-
- akka.dispatch - package akka.dispatch
-
- akka.dispatch.sysmsg - package akka.dispatch.sysmsg
-
- akka.event - package akka.event
-
- akka.event.japi - package akka.event.japi
-
- akka.io - package akka.io
-
- akka.japi - package akka.japi
-
- akka.japi.pf - package akka.japi.pf
-
- akka.pattern - package akka.pattern
-
- akka.routing - package akka.routing
-
- akka.serialization - package akka.serialization
-
- akka.util - package akka.util
-
- AkkaException - Exception in akka
- Akka base Exception.
- AkkaException(String, Throwable) -
Constructor for exception akka.AkkaException
-
- AkkaException(String) -
Constructor for exception akka.AkkaException
-
- AllForOneStrategy - Class in akka.actor
- Applies the fault handling
Directive
(Resume, Restart, Stop) specified in the Decider
to all children when one fails, as opposed to OneForOneStrategy
that applies
it only to the child actor that failed. - AllForOneStrategy(int, Duration, boolean, PartialFunction<Throwable, SupervisorStrategy.Directive>) -
Constructor for class akka.actor.AllForOneStrategy
-
- AllForOneStrategy(int, Duration, Function<Throwable, SupervisorStrategy.Directive>, boolean) -
Constructor for class akka.actor.AllForOneStrategy
- Java API
- AllForOneStrategy(int, Duration, Function<Throwable, SupervisorStrategy.Directive>) -
Constructor for class akka.actor.AllForOneStrategy
- Java API
- AllForOneStrategy(int, Duration, Iterable<Class<? extends Throwable>>) -
Constructor for class akka.actor.AllForOneStrategy
- Java API
- AllForOneStrategy(int, Duration, PartialFunction<Throwable, SupervisorStrategy.Directive>) -
Constructor for class akka.actor.AllForOneStrategy
- Java API: compatible with lambda expressions
This is an EXPERIMENTAL feature and is subject to change until it has received more real world testing.
- AllForOneStrategy(boolean, PartialFunction<Throwable, SupervisorStrategy.Directive>) -
Constructor for class akka.actor.AllForOneStrategy
- Java API: compatible with lambda expressions
This is an EXPERIMENTAL feature and is subject to change until it has received more real world testing.
- AllForOneStrategy(PartialFunction<Throwable, SupervisorStrategy.Directive>) -
Constructor for class akka.actor.AllForOneStrategy
- Java API: compatible with lambda expressions
This is an EXPERIMENTAL feature and is subject to change until it has received more real world testing.
- AllForOneStrategy() -
Method in interface akka.actor.dsl.Creators.Act
-
- AllForOneStrategy$ - Class in akka.actor
-
- AllForOneStrategy$() -
Constructor for class akka.actor.AllForOneStrategy$
-
- AllLogLevels() -
Method in class akka.event.Logging$
-
- AllLogLevels() -
Static method in class akka.event.Logging
-
- allowCorePoolTimeout() -
Method in class akka.dispatch.ThreadPoolConfig
-
- amendConfig(Config) -
Method in class akka.dispatch.BalancingDispatcherConfigurator$
-
- amendConfig(Config) -
Static method in class akka.dispatch.BalancingDispatcherConfigurator
-
- anchor() -
Method in class akka.actor.ActorSelection
-
- anchorPath() -
Method in class akka.actor.ActorSelection
- The
ActorPath
of the anchor actor.
- anyEvent(FI.Apply2<Object, D, FSM.State<S, D>>) -
Method in class akka.japi.pf.FSMStateFunctionBuilder
- Add a case statement that matches on any type of event.
- append(Tcp.WriteCommand) -
Method in class akka.io.Tcp.SimpleWriteCommand
- Java API: appends this command with another
WriteCommand
to form a CompoundWrite
.
- append(ByteString) -
Method in class akka.util.ByteStringBuilder
- Java API: append a ByteString to this builder.
- apply(Object) -
Method in class akka.actor.Actor.emptyBehavior$
-
- apply(ActorRef, String) -
Method in class akka.actor.ActorSelection$
- Construct an ActorSelection from the given string representing a path
relative to the given target.
- apply(ActorRef, Iterable<String>) -
Method in class akka.actor.ActorSelection$
- Construct an ActorSelection from the given string representing a path
relative to the given target.
- apply(ActorRef, String) -
Static method in class akka.actor.ActorSelection
- Construct an ActorSelection from the given string representing a path
relative to the given target.
- apply(ActorRef, Iterable<String>) -
Static method in class akka.actor.ActorSelection
- Construct an ActorSelection from the given string representing a path
relative to the given target.
- apply() -
Method in class akka.actor.ActorSystem$
- Creates a new ActorSystem with the name "default",
obtains the current ClassLoader by first inspecting the current threads' getContextClassLoader,
then tries to walk the stack to find the callers class loader, then falls back to the ClassLoader
associated with the ActorSystem class.
- apply(String) -
Method in class akka.actor.ActorSystem$
- Creates a new ActorSystem with the specified name,
obtains the current ClassLoader by first inspecting the current threads' getContextClassLoader,
then tries to walk the stack to find the callers class loader, then falls back to the ClassLoader
associated with the ActorSystem class.
- apply(String, Config) -
Method in class akka.actor.ActorSystem$
- Creates a new ActorSystem with the specified name, and the specified Config, then
obtains the current ClassLoader by first inspecting the current threads' getContextClassLoader,
then tries to walk the stack to find the callers class loader, then falls back to the ClassLoader
associated with the ActorSystem class.
- apply(String, Config, ClassLoader) -
Method in class akka.actor.ActorSystem$
- Creates a new ActorSystem with the specified name, the specified Config, and specified ClassLoader
- apply(String, Option<Config>, Option<ClassLoader>, Option<ExecutionContext>) -
Method in class akka.actor.ActorSystem$
- Creates a new ActorSystem with the specified name,
the specified ClassLoader if given, otherwise obtains the current ClassLoader by first inspecting the current
threads' getContextClassLoader, then tries to walk the stack to find the callers class loader, then
falls back to the ClassLoader associated with the ActorSystem class.
- apply() -
Static method in class akka.actor.ActorSystem
- Creates a new ActorSystem with the name "default",
obtains the current ClassLoader by first inspecting the current threads' getContextClassLoader,
then tries to walk the stack to find the callers class loader, then falls back to the ClassLoader
associated with the ActorSystem class.
- apply(String) -
Static method in class akka.actor.ActorSystem
- Creates a new ActorSystem with the specified name,
obtains the current ClassLoader by first inspecting the current threads' getContextClassLoader,
then tries to walk the stack to find the callers class loader, then falls back to the ClassLoader
associated with the ActorSystem class.
- apply(String, Config) -
Static method in class akka.actor.ActorSystem
- Creates a new ActorSystem with the specified name, and the specified Config, then
obtains the current ClassLoader by first inspecting the current threads' getContextClassLoader,
then tries to walk the stack to find the callers class loader, then falls back to the ClassLoader
associated with the ActorSystem class.
- apply(String, Config, ClassLoader) -
Static method in class akka.actor.ActorSystem
- Creates a new ActorSystem with the specified name, the specified Config, and specified ClassLoader
- apply(String, Option<Config>, Option<ClassLoader>, Option<ExecutionContext>) -
Static method in class akka.actor.ActorSystem
- Creates a new ActorSystem with the specified name,
the specified ClassLoader if given, otherwise obtains the current ClassLoader by first inspecting the current
threads' getContextClassLoader, then tries to walk the stack to find the callers class loader, then
falls back to the ClassLoader associated with the ActorSystem class.
- apply(String, String) -
Method in class akka.actor.Address$
- Constructs a new Address with the specified protocol and system name
- apply(String, String, String, int) -
Method in class akka.actor.Address$
- Constructs a new Address with the specified protocol, system name, host and port
- apply(String, String) -
Static method in class akka.actor.Address
- Constructs a new Address with the specified protocol and system name
- apply(String, String, String, int) -
Static method in class akka.actor.Address
- Constructs a new Address with the specified protocol, system name, host and port
- apply(String) -
Method in class akka.actor.AddressFromURIString$
- Try to construct an Address from the given String or throw a java.net.MalformedURLException.
- apply(String) -
Static method in class akka.actor.AddressFromURIString
- Try to construct an Address from the given String or throw a java.net.MalformedURLException.
- apply(ActorSystem) -
Method in interface akka.actor.ExtensionId
- Returns an instance of the extension identified by this ExtensionId instance.
- apply(Object) -
Method in class akka.actor.FSM.NullFunction$
-
- apply(Class<?>, Seq<Object>) -
Method in class akka.actor.IndirectActorProducer$
-
- apply(Class<?>, Seq<Object>) -
Method in interface akka.actor.IndirectActorProducer
-
- apply(ClassTag<T>) -
Method in class akka.actor.Props$
- Scala API: Returns a Props that has default values except for "creator" which will be a function that creates an instance
of the supplied type using the default constructor.
- apply(Function0<T>, ClassTag<T>) -
Method in class akka.actor.Props$
- Scala API: Returns a Props that has default values except for "creator" which will be a function that creates an instance
using the supplied thunk.
- apply(Class<?>, Seq<Object>) -
Method in class akka.actor.Props$
- Scala API: create a Props given a class and its constructor arguments.
- apply(ClassTag<T>) -
Static method in class akka.actor.Props
- Scala API: Returns a Props that has default values except for "creator" which will be a function that creates an instance
of the supplied type using the default constructor.
- apply(Function0<T>, ClassTag<T>) -
Static method in class akka.actor.Props
- Scala API: Returns a Props that has default values except for "creator" which will be a function that creates an instance
using the supplied thunk.
- apply(Class<?>, Seq<Object>) -
Static method in class akka.actor.Props
- Scala API: create a Props given a class and its constructor arguments.
- apply(ActorRef) -
Method in class akka.actor.SerializedActorRef$
-
- apply(ActorContext) -
Method in class akka.actor.TypedActor$
- Returns a contextual TypedActorFactory of this extension, this means that any TypedActors created by this TypedActorExtension
will be children to the specified context, this allows for creating hierarchies of TypedActors.
- apply(ActorContext) -
Static method in class akka.actor.TypedActor
- Returns a contextual TypedActorFactory of this extension, this means that any TypedActors created by this TypedActorExtension
will be children to the specified context, this allows for creating hierarchies of TypedActors.
- apply(Object) -
Method in class akka.actor.TypedActor.MethodCall
- Invokes the Method on the supplied instance
- apply(Class<T>) -
Method in class akka.actor.TypedProps$
- Uses the supplied class as the factory for the TypedActor implementation,
proxying all the interfaces it implements.
- apply(Class<? super T>, Class<T>) -
Method in class akka.actor.TypedProps$
- Uses the supplied class as the factory for the TypedActor implementation,
and that has the specified interface,
or if the interface class is not an interface, all the interfaces it implements,
appended in the sequence of interfaces.
- apply(Class<? super T>, Function0<T>) -
Method in class akka.actor.TypedProps$
- Uses the supplied thunk as the factory for the TypedActor implementation,
and that has the specified interface,
or if the interface class is not an interface, all the interfaces it implements,
appended in the sequence of interfaces.
- apply(ClassTag<T>) -
Method in class akka.actor.TypedProps$
- Uses the supplied class as the factory for the TypedActor implementation,
proxying all the interfaces it implements.
- apply(Class<T>) -
Static method in class akka.actor.TypedProps
- Uses the supplied class as the factory for the TypedActor implementation,
proxying all the interfaces it implements.
- apply(Class<? super T>, Class<T>) -
Static method in class akka.actor.TypedProps
- Uses the supplied class as the factory for the TypedActor implementation,
and that has the specified interface,
or if the interface class is not an interface, all the interfaces it implements,
appended in the sequence of interfaces.
- apply(Class<? super T>, Function0<T>) -
Static method in class akka.actor.TypedProps
- Uses the supplied thunk as the factory for the TypedActor implementation,
and that has the specified interface,
or if the interface class is not an interface, all the interfaces it implements,
appended in the sequence of interfaces.
- apply(ClassTag<T>) -
Static method in class akka.actor.TypedProps
- Uses the supplied class as the factory for the TypedActor implementation,
proxying all the interfaces it implements.
- apply(Object, ActorRef, ActorSystem) -
Method in class akka.dispatch.Envelope$
-
- apply(Object, ActorRef, ActorSystem) -
Static method in class akka.dispatch.Envelope
-
- apply(T) -
Method in class akka.dispatch.japi.BooleanFunctionBridge
-
- apply(T) -
Method in class akka.dispatch.japi.CallbackBridge
-
- apply(Throwable) -
Method in class akka.dispatch.japi.RecoverBridge
-
- apply(T) -
Method in class akka.dispatch.japi.UnitFunctionBridge
-
- apply(T) -
Method in class akka.dispatch.Mapper
- Override this method to perform the map operation, by default delegates to "checkedApply"
which by default throws an UnsupportedOperationException.
- apply(Function1<Object, Object>) -
Method in class akka.dispatch.PriorityGenerator$
- Creates a PriorityGenerator that uses the supplied function as priority generator
- apply(Function1<Object, Object>) -
Static method in class akka.dispatch.PriorityGenerator
- Creates a PriorityGenerator that uses the supplied function as priority generator
- apply(ActorSystem, T, LogSource<T>) -
Method in class akka.event.Logging$
- Obtain LoggingAdapter for the given actor system and source object.
- apply(LoggingBus, T, LogSource<T>) -
Method in class akka.event.Logging$
- Obtain LoggingAdapter for the given logging bus and source object.
- apply(Actor) -
Method in class akka.event.Logging$
- Obtain LoggingAdapter with MDC support for the given actor.
- apply(ActorSystem, T, LogSource<T>) -
Static method in class akka.event.Logging
- Obtain LoggingAdapter for the given actor system and source object.
- apply(LoggingBus, T, LogSource<T>) -
Static method in class akka.event.Logging
- Obtain LoggingAdapter for the given logging bus and source object.
- apply(Actor) -
Static method in class akka.event.Logging
- Obtain LoggingAdapter with MDC support for the given actor.
- apply(String, Class<?>, Object, Map<String, Object>) -
Method in class akka.event.Logging.Debug$
-
- apply(String, Class<?>, Object) -
Method in class akka.event.Logging.Error$
-
- apply(Throwable, String, Class<?>, Object, Map<String, Object>) -
Method in class akka.event.Logging.Error$
-
- apply(String, Class<?>, Object, Map<String, Object>) -
Method in class akka.event.Logging.Error$
-
- apply(String, Class<?>, Object, Map<String, Object>) -
Method in class akka.event.Logging.Info$
-
- apply(String, Class<?>, Object, Map<String, Object>) -
Method in class akka.event.Logging.Warning$
-
- apply(PartialFunction<Object, BoxedUnit>, ActorContext) -
Method in class akka.event.LoggingReceive$
- Wrap a Receive partial function in a logging enclosure, which sends a
debug message to the event bus each time before a message is matched.
- apply(Object) -
Method in class akka.event.LoggingReceive
-
- apply(T, LogSource<T>) -
Method in class akka.event.LogSource$
- Convenience converter access: given an implicit
LogSource
, generate the
string representation and originating class.
- apply(T, ActorSystem, LogSource<T>) -
Method in class akka.event.LogSource$
- Convenience converter access: given an implicit
LogSource
and
ActorSystem
, generate the string representation and
originating class.
- apply(T, LogSource<T>) -
Method in interface akka.event.LogSource
- Convenience converter access: given an implicit
LogSource
, generate the
string representation and originating class.
- apply(T, ActorSystem, LogSource<T>) -
Method in interface akka.event.LogSource
- Convenience converter access: given an implicit
LogSource
and
ActorSystem
, generate the string representation and
originating class.
- apply(ExtensionId<T>, ActorSystem) -
Method in class akka.io.IO$
- Scala API: obtain a reference to the manager actor for the given IO extension,
for example
Tcp
or Udp
.
- apply(ExtensionId<T>, ActorSystem) -
Static method in class akka.io.IO
- Scala API: obtain a reference to the manager actor for the given IO extension,
for example
Tcp
or Udp
.
- apply(ByteString) -
Method in class akka.io.Tcp.Write$
- Create a new unacknowledged Write command with the given data.
- apply(Iterable<Tcp.WriteCommand>) -
Method in class akka.io.Tcp.WriteCommand$
- Combines the given number of write commands into one atomic
WriteCommand
.
- apply(ByteString, InetSocketAddress) -
Method in class akka.io.Udp.Send$
-
- apply(ByteString) -
Method in class akka.io.UdpConnected.Send$
-
- apply() -
Method in interface akka.japi.Effect
-
- apply(T) -
Method in interface akka.japi.Function
-
- apply(T1, T2) -
Method in interface akka.japi.Function2
-
- apply(A, boolean) -
Method in class akka.japi.JavaPartialFunction
-
- apply(A) -
Method in class akka.japi.JavaPartialFunction
-
- apply(I) -
Method in interface akka.japi.pf.FI.Apply
- The application to perform.
- apply(I1, I2) -
Method in interface akka.japi.pf.FI.Apply2
- The application to perform.
- apply(I) -
Method in interface akka.japi.pf.FI.UnitApply
- The application to perform.
- apply(I1, I2) -
Method in interface akka.japi.pf.FI.UnitApply2
- The application to perform.
- apply(I1, I2, I3) -
Method in interface akka.japi.pf.FI.UnitApply3
- The application to perform.
- apply() -
Method in interface akka.japi.pf.FI.UnitApplyVoid
- The application to perform.
- apply(T) -
Method in interface akka.japi.Procedure
-
- apply(Scheduler, int, FiniteDuration, FiniteDuration) -
Method in class akka.pattern.CircuitBreaker$
- Create a new CircuitBreaker.
- apply(Scheduler, int, FiniteDuration, FiniteDuration) -
Static method in class akka.pattern.CircuitBreaker
- Create a new CircuitBreaker.
- apply(ActorRefProvider, Timeout, String) -
Method in class akka.pattern.PromiseActorRef$
-
- apply() -
Method in class akka.routing.BalancingRoutingLogic$
-
- apply(Iterable<ActorRef>) -
Method in class akka.routing.BroadcastRouter$
- Creates a new BroadcastRouter, routing to the specified routees
- apply(Iterable<ActorRef>) -
Static method in class akka.routing.BroadcastRouter
- Creates a new BroadcastRouter, routing to the specified routees
- apply() -
Method in class akka.routing.BroadcastRoutingLogic$
-
- apply() -
Static method in class akka.routing.BroadcastRoutingLogic
-
- apply(Iterable<T>, int, ClassTag<T>) -
Method in class akka.routing.ConsistentHash$
-
- apply(Iterable<T>, int, ClassTag<T>) -
Static method in class akka.routing.ConsistentHash
-
- apply(Iterable<ActorRef>) -
Method in class akka.routing.ConsistentHashingRouter$
- Creates a new ConsistentHashingRouter, routing to the specified routees
- apply(Iterable<ActorRef>) -
Static method in class akka.routing.ConsistentHashingRouter
- Creates a new ConsistentHashingRouter, routing to the specified routees
- apply(Object) -
Method in class akka.routing.ConsistentHashingRouter.emptyConsistentHashMapping$
-
- apply(Config) -
Method in class akka.routing.DefaultResizer$
- Creates a new DefaultResizer from the given configuration
- apply(Config) -
Static method in class akka.routing.DefaultResizer
- Creates a new DefaultResizer from the given configuration
- apply(Option<Resizer>, SupervisorStrategy, String) -
Method in class akka.routing.FromConfig$
-
- apply(Option<Resizer>, SupervisorStrategy, String) -
Static method in class akka.routing.FromConfig
-
- apply(Iterable<ActorRef>) -
Method in class akka.routing.RandomRouter$
- Creates a new RandomRouter, routing to the specified routees
- apply(Iterable<ActorRef>) -
Static method in class akka.routing.RandomRouter
- Creates a new RandomRouter, routing to the specified routees
- apply() -
Method in class akka.routing.RandomRoutingLogic$
-
- apply() -
Static method in class akka.routing.RandomRoutingLogic
-
- apply(Iterable<ActorRef>) -
Method in class akka.routing.RoundRobinRouter$
- Creates a new RoundRobinRouter, routing to the specified routees
- apply(Iterable<ActorRef>) -
Static method in class akka.routing.RoundRobinRouter
- Creates a new RoundRobinRouter, routing to the specified routees
- apply() -
Method in class akka.routing.RoundRobinRoutingLogic$
-
- apply() -
Static method in class akka.routing.RoundRobinRoutingLogic
-
- apply(Iterable<ActorRef>, FiniteDuration) -
Method in class akka.routing.ScatterGatherFirstCompletedRouter$
- Creates a new ScatterGatherFirstCompletedRouter, routing to the specified routees, timing out after the specified Duration
- apply(Iterable<ActorRef>, FiniteDuration) -
Static method in class akka.routing.ScatterGatherFirstCompletedRouter
- Creates a new ScatterGatherFirstCompletedRouter, routing to the specified routees, timing out after the specified Duration
- apply(Iterable<ActorRef>) -
Method in class akka.routing.SmallestMailboxRouter$
- Creates a new SmallestMailboxRouter, routing to the specified routees
- apply(Iterable<ActorRef>) -
Static method in class akka.routing.SmallestMailboxRouter
- Creates a new SmallestMailboxRouter, routing to the specified routees
- apply() -
Method in class akka.routing.SmallestMailboxRoutingLogic$
-
- apply() -
Static method in class akka.routing.SmallestMailboxRoutingLogic
-
- apply(Class<?>) -
Method in class akka.util.BoxedType$
-
- apply(Class<?>) -
Static method in class akka.util.BoxedType
-
- apply(byte[]) -
Method in class akka.util.ByteIterator.ByteArrayIterator$
-
- apply(byte[], int, int) -
Method in class akka.util.ByteIterator.ByteArrayIterator$
-
- apply(LinearSeq<ByteIterator.ByteArrayIterator>) -
Method in class akka.util.ByteIterator.MultiByteArrayIterator$
-
- apply(byte[]) -
Method in class akka.util.ByteString$
- Creates a new ByteString by copying a byte array.
- apply(Seq<Object>) -
Method in class akka.util.ByteString$
- Creates a new ByteString by copying bytes.
- apply(Seq<T>, Integral<T>) -
Method in class akka.util.ByteString$
- Creates a new ByteString by converting from integral numbers to bytes.
- apply(ByteBuffer) -
Method in class akka.util.ByteString$
- Creates a new ByteString by copying bytes from a ByteBuffer.
- apply(String) -
Method in class akka.util.ByteString$
- Creates a new ByteString by encoding a String as UTF-8.
- apply(String, String) -
Method in class akka.util.ByteString$
- Creates a new ByteString by encoding a String with a charset.
- apply(int) -
Method in class akka.util.ByteString
-
- apply(byte[]) -
Method in class akka.util.ByteString.ByteString1$
-
- apply(byte[], int, int) -
Method in class akka.util.ByteString.ByteString1$
-
- apply(int) -
Method in class akka.util.ByteString.ByteString1
-
- apply(byte[]) -
Method in class akka.util.ByteString.ByteString1C$
-
- apply(int) -
Method in class akka.util.ByteString.ByteString1C
-
- apply(Vector<ByteString.ByteString1>) -
Method in class akka.util.ByteString.ByteStrings$
-
- apply(Vector<ByteString.ByteString1>, int) -
Method in class akka.util.ByteString.ByteStrings$
-
- apply(ByteString.ByteString1, ByteString.ByteString1) -
Method in class akka.util.ByteString.ByteStrings$
-
- apply(ByteString.ByteString1, ByteString.ByteStrings) -
Method in class akka.util.ByteString.ByteStrings$
-
- apply(ByteString.ByteStrings, ByteString.ByteString1) -
Method in class akka.util.ByteString.ByteStrings$
-
- apply(ByteString.ByteStrings, ByteString.ByteStrings) -
Method in class akka.util.ByteString.ByteStrings$
-
- apply(int) -
Method in class akka.util.ByteString.ByteStrings
-
- apply(int) -
Method in class akka.util.Collections.EmptyImmutableSeq$
-
- apply(From) -
Method in class akka.util.Collections.PartialImmutableValuesIterable
-
- apply(byte[]) -
Method in class akka.util.CompactByteString$
- Creates a new CompactByteString by copying a byte array.
- apply(Seq<Object>) -
Method in class akka.util.CompactByteString$
- Creates a new CompactByteString by copying bytes.
- apply(Seq<T>, Integral<T>) -
Method in class akka.util.CompactByteString$
- Creates a new CompactByteString by converting from integral numbers to bytes.
- apply(ByteBuffer) -
Method in class akka.util.CompactByteString$
- Creates a new CompactByteString by copying bytes from a ByteBuffer.
- apply(String) -
Method in class akka.util.CompactByteString$
- Creates a new CompactByteString by encoding a String as UTF-8.
- apply(String, String) -
Method in class akka.util.CompactByteString$
- Creates a new CompactByteString by encoding a String with a charset.
- apply(byte[]) -
Static method in class akka.util.CompactByteString
- Creates a new CompactByteString by copying a byte array.
- apply(Seq<Object>) -
Static method in class akka.util.CompactByteString
- Creates a new CompactByteString by copying bytes.
- apply(Seq<T>, Integral<T>) -
Static method in class akka.util.CompactByteString
- Creates a new CompactByteString by converting from integral numbers to bytes.
- apply(ByteBuffer) -
Static method in class akka.util.CompactByteString
- Creates a new CompactByteString by copying bytes from a ByteBuffer.
- apply(String) -
Static method in class akka.util.CompactByteString
- Creates a new CompactByteString by encoding a String as UTF-8.
- apply(String, String) -
Static method in class akka.util.CompactByteString
- Creates a new CompactByteString by encoding a String with a charset.
- apply(int, ExecutionContext) -
Method in class akka.util.SerializedSuspendableExecutionContext$
-
- apply(long) -
Method in class akka.util.Timeout$
- Construct a Timeout from the given number of milliseconds.
- apply(long, TimeUnit) -
Method in class akka.util.Timeout$
- Construct a Timeout from the given time unit and factor.
- apply(long) -
Static method in class akka.util.Timeout
- Construct a Timeout from the given number of milliseconds.
- apply(long, TimeUnit) -
Static method in class akka.util.Timeout
- Construct a Timeout from the given time unit and factor.
- apply() -
Method in class akka.util.WildcardTree$
-
- applyOrElse(A1, Function1<A1, B1>) -
Method in class akka.japi.JavaPartialFunction
-
- applyState(FSM.State<S, D>) -
Method in interface akka.actor.FSM
-
- args() -
Method in class akka.actor.Props
-
- aroundPostRestart(Throwable) -
Method in interface akka.actor.Actor
- Can be overridden to intercept calls to
postRestart
.
- aroundPostStop() -
Method in interface akka.actor.Actor
- Can be overridden to intercept calls to
postStop
.
- aroundPreRestart(Throwable, Option<Object>) -
Method in interface akka.actor.Actor
- Can be overridden to intercept calls to
preRestart
.
- aroundPreStart() -
Method in interface akka.actor.Actor
- Can be overridden to intercept calls to
preStart
.
- aroundReceive(PartialFunction<Object, BoxedUnit>, Object) -
Method in interface akka.actor.Actor
- INTERNAL API.
- aroundReceive(PartialFunction<Object, BoxedUnit>, Object) -
Method in interface akka.actor.DiagnosticActorLogging
-
- arrayBlockingQueue(int, boolean) -
Method in class akka.dispatch.ThreadPoolConfig$
-
- arrayBlockingQueue(int, boolean) -
Static method in class akka.dispatch.ThreadPoolConfig
-
- arrayHash(Object) -
Method in class akka.routing.MurmurHash$
- Compute a high-quality hash of an array
- arrayHash(Object) -
Static method in class akka.routing.MurmurHash
- Compute a high-quality hash of an array
- asByteBuffer() -
Method in class akka.util.ByteString
- Returns a read-only ByteBuffer that directly wraps this ByteString
if it is not fragmented.
- asByteBuffer() -
Method in class akka.util.ByteString.ByteString1
-
- asByteBuffer() -
Method in class akka.util.ByteString.ByteString1C
-
- asByteBuffer() -
Method in class akka.util.ByteString.ByteStrings
-
- asByteBuffers() -
Method in class akka.util.ByteString
- Scala API: Returns an immutable Iterable of read-only ByteBuffers that directly wraps this ByteStrings
all fragments.
- asByteBuffers() -
Method in class akka.util.ByteString.ByteString1
-
- asByteBuffers() -
Method in class akka.util.ByteString.ByteString1C
-
- asByteBuffers() -
Method in class akka.util.ByteString.ByteStrings
-
- asInputStream() -
Method in class akka.util.ByteIterator
- Directly wraps this ByteIterator in an InputStream without copying.
- asInputStream() -
Method in class akka.util.ByteIterator.ByteArrayIterator
-
- asInputStream() -
Method in class akka.util.ByteIterator.MultiByteArrayIterator
-
- asInt() -
Method in class akka.event.Logging.LogLevel
-
- ask(Object, Timeout) -
Method in class akka.pattern.AskableActorRef
-
- ask(Object, Timeout) -
Method in class akka.pattern.AskableActorSelection
-
- ask(ActorRef) -
Method in interface akka.pattern.AskSupport
- Import this implicit conversion to gain
?
- ask(ActorRef, Object, Timeout) -
Method in interface akka.pattern.AskSupport
- Sends a message asynchronously and returns a
Future
holding the eventual reply message; this means that the target actor
needs to send the result to the sender
reference provided.
- ask(ActorSelection) -
Method in interface akka.pattern.AskSupport
- Import this implicit conversion to gain
?
- ask(ActorSelection, Object, Timeout) -
Method in interface akka.pattern.AskSupport
- Sends a message asynchronously and returns a
Future
holding the eventual reply message; this means that the target actor
needs to send the result to the sender
reference provided.
- ask(ActorRef, Object, Timeout) -
Method in class akka.pattern.Patterns$
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target actor
needs to send the result to the sender
reference provided.
- ask(ActorRef, Object, long) -
Method in class akka.pattern.Patterns$
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target actor
needs to send the result to the sender
reference provided.
- ask(ActorSelection, Object, Timeout) -
Method in class akka.pattern.Patterns$
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target ActorSelection
needs to send the result to the sender
reference provided.
- ask(ActorSelection, Object, long) -
Method in class akka.pattern.Patterns$
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target ActorSelection
needs to send the result to the sender
reference provided.
- ask(ActorRef, Object, Timeout) -
Static method in class akka.pattern.Patterns
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target actor
needs to send the result to the sender
reference provided.
- ask(ActorRef, Object, long) -
Static method in class akka.pattern.Patterns
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target actor
needs to send the result to the sender
reference provided.
- ask(ActorSelection, Object, Timeout) -
Static method in class akka.pattern.Patterns
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target ActorSelection
needs to send the result to the sender
reference provided.
- ask(ActorSelection, Object, long) -
Static method in class akka.pattern.Patterns
- Java API for
akka.pattern.ask
:
Sends a message asynchronously and returns a Future
holding the eventual reply message; this means that the target ActorSelection
needs to send the result to the sender
reference provided.
- AskableActorRef - Class in akka.pattern
-
- AskableActorRef(ActorRef) -
Constructor for class akka.pattern.AskableActorRef
-
- AskableActorRef$ - Class in akka.pattern
-
- AskableActorRef$() -
Constructor for class akka.pattern.AskableActorRef$
-
- AskableActorSelection - Class in akka.pattern
-
- AskableActorSelection(ActorSelection) -
Constructor for class akka.pattern.AskableActorSelection
-
- AskableActorSelection$ - Class in akka.pattern
-
- AskableActorSelection$() -
Constructor for class akka.pattern.AskableActorSelection$
-
- AskSupport - Interface in akka.pattern
- This object contains implementation details of the “ask” pattern.
- AskTimeoutException - Exception in akka.pattern
- This is what is used to complete a Future that is returned from an ask/?
- AskTimeoutException(String, Throwable) -
Constructor for exception akka.pattern.AskTimeoutException
-
- AskTimeoutException(String) -
Constructor for exception akka.pattern.AskTimeoutException
-
- asOutputStream() -
Method in class akka.util.ByteStringBuilder
- Directly wraps this ByteStringBuilder in an OutputStream.
- asScala() -
Method in class akka.japi.Option
-
- asScala() -
Method in class akka.japi.Option.Some
-
- associate(ActorRef, ActorRef) -
Method in interface akka.event.ActorClassification
-
- atFullThrottle() -
Method in class akka.dispatch.ForkJoinExecutorConfigurator.AkkaForkJoinPool
-
- attach(akka.actor.ActorCell) -
Method in class akka.dispatch.MessageDispatcher
- Attaches the specified actor instance to this dispatcher, which includes
scheduling it to run for the first time (Create() is expected to have
been enqueued by the ActorCell upon mailbox creation).
- awaitTermination(Duration) -
Method in class akka.actor.ActorSystem
- Block current thread until the system has been shutdown, or the specified
timeout has elapsed.
- awaitTermination() -
Method in class akka.actor.ActorSystem
- Block current thread until the system has been shutdown.
- awaitTermination(long, TimeUnit) -
Method in interface akka.dispatch.ExecutorServiceDelegate
-
backoffThreshold
and backoffRate
BalancingDispatcher
.TcpExt.getManager()
in order to bind to a listening socket.
TcpExt.getManager()
in order to bind to a listening socket.
UdpExt.manager()
in order to bind to the given
local port (or an automatically assigned one if the port number is zero).
UdpExt.manager()
in order to bind to the given
local port (or an automatically assigned one if the port number is zero).
Inet.SocketOption
to set the SO_BROADCAST option
For more information see DatagramSocket.setBroadcast(boolean)
Inet.SocketOption
to set the SO_BROADCAST option
For more information see DatagramSocket.setBroadcast(boolean)
Broadcast(...)- Broadcast(Object) -
Constructor for class akka.routing.Broadcast
-
- Broadcast$ - Class in akka.routing
-
- Broadcast$() -
Constructor for class akka.routing.Broadcast$
-
- BroadcastGroup - Class in akka.routing
- A router group that broadcasts a message to all its routees.
- BroadcastGroup(Iterable<String>, String) -
Constructor for class akka.routing.BroadcastGroup
-
- BroadcastGroup(Config) -
Constructor for class akka.routing.BroadcastGroup
-
- BroadcastGroup(Iterable<String>) -
Constructor for class akka.routing.BroadcastGroup
- Java API
- BroadcastGroup$ - Class in akka.routing
-
- BroadcastGroup$() -
Constructor for class akka.routing.BroadcastGroup$
-
- BroadcastPool - Class in akka.routing
- A router pool that broadcasts a message to all its routees.
- BroadcastPool(int, Option<Resizer>, SupervisorStrategy, String, boolean) -
Constructor for class akka.routing.BroadcastPool
-
- BroadcastPool(Config) -
Constructor for class akka.routing.BroadcastPool
-
- BroadcastPool(int) -
Constructor for class akka.routing.BroadcastPool
- Java API
- BroadcastPool$ - Class in akka.routing
-
- BroadcastPool$() -
Constructor for class akka.routing.BroadcastPool$
-
- BroadcastRouter - Class in akka.routing
- A Router that uses broadcasts a message to all its connections.
- BroadcastRouter(int, Iterable<String>, Option<Resizer>, String, SupervisorStrategy) -
Constructor for class akka.routing.BroadcastRouter
-
- BroadcastRouter(int) -
Constructor for class akka.routing.BroadcastRouter
- Java API: Constructor that sets nrOfInstances to be created.
- BroadcastRouter(Iterable<String>) -
Constructor for class akka.routing.BroadcastRouter
- Java API: Constructor that sets the routees to be used.
- BroadcastRouter(Resizer) -
Constructor for class akka.routing.BroadcastRouter
- Java API: Constructor that sets the resizer to be used.
- BroadcastRouter$ - Class in akka.routing
- Uses the resizer and/or the supervisor strategy of the given Routerconfig
if this RouterConfig doesn't have one, i.e. the resizer defined in code is used if
resizer was not defined in config.
- BroadcastRouter$() -
Constructor for class akka.routing.BroadcastRouter$
-
- BroadcastRoutingLogic - Class in akka.routing
- Broadcasts a message to all its routees.
- BroadcastRoutingLogic() -
Constructor for class akka.routing.BroadcastRoutingLogic
-
- BroadcastRoutingLogic$ - Class in akka.routing
-
- BroadcastRoutingLogic$() -
Constructor for class akka.routing.BroadcastRoutingLogic$
-
- BufferPool - Interface in akka.io
-
- bufferPool() -
Method in class akka.io.TcpExt
-
- bufferPool() -
Method in class akka.io.UdpConnectedExt
-
- bufferPool() -
Method in class akka.io.UdpExt
- INTERNAL API
- build() -
Method in class akka.japi.pf.FSMStateFunctionBuilder
- Build a
PartialFunction
from this builder.
- build() -
Method in class akka.japi.pf.FSMStopBuilder
- Build a
PartialFunction
from this builder.
- build() -
Method in class akka.japi.pf.FSMTransitionHandlerBuilder
- Build a
PartialFunction
from this builder.
- bus() -
Method in class akka.event.BusLogging
-
- bus() -
Method in class akka.event.Logging.InitializeLogger
-
- BusLogging - Class in akka.event
LoggingAdapter
that publishes Logging.LogEvent
to event stream.- BusLogging(LoggingBus, String, Class<?>) -
Constructor for class akka.event.BusLogging
-
- ByteArraySerializer - Class in akka.serialization
- This is a special Serializer that Serializes and deserializes byte arrays only,
(just returns the byte array unchanged/uncopied)
- ByteArraySerializer() -
Constructor for class akka.serialization.ByteArraySerializer
-
- ByteIterator - Class in akka.util
- An iterator over a ByteString.
- ByteIterator() -
Constructor for class akka.util.ByteIterator
-
- ByteIterator$ - Class in akka.util
-
- ByteIterator$() -
Constructor for class akka.util.ByteIterator$
-
- ByteIterator.ByteArrayIterator - Class in akka.util
-
- ByteIterator.ByteArrayIterator$ - Class in akka.util
-
- ByteIterator.ByteArrayIterator$() -
Constructor for class akka.util.ByteIterator.ByteArrayIterator$
-
- ByteIterator.MultiByteArrayIterator - Class in akka.util
-
- ByteIterator.MultiByteArrayIterator$ - Class in akka.util
-
- ByteIterator.MultiByteArrayIterator$() -
Constructor for class akka.util.ByteIterator.MultiByteArrayIterator$
-
- ByteString - Class in akka.util
- A rope-like immutable data structure containing bytes.
- ByteString() -
Constructor for class akka.util.ByteString
-
- ByteString$ - Class in akka.util
-
- ByteString$() -
Constructor for class akka.util.ByteString$
-
- ByteString.ByteString1 - Class in akka.util
- An unfragmented ByteString.
- ByteString.ByteString1$ - Class in akka.util
-
- ByteString.ByteString1$() -
Constructor for class akka.util.ByteString.ByteString1$
-
- ByteString.ByteString1C - Class in akka.util
- A compact (unsliced) and unfragmented ByteString, implementation of ByteString1C.
- ByteString.ByteString1C$ - Class in akka.util
-
- ByteString.ByteString1C$() -
Constructor for class akka.util.ByteString.ByteString1C$
-
- ByteString.ByteStrings - Class in akka.util
- A ByteString with 2 or more fragments.
- ByteString.ByteStrings$ - Class in akka.util
-
- ByteString.ByteStrings$() -
Constructor for class akka.util.ByteString.ByteStrings$
-
- ByteStringBuilder - Class in akka.util
- A mutable builder for efficiently creating a
ByteString
. - ByteStringBuilder() -
Constructor for class akka.util.ByteStringBuilder
-
- bytestrings() -
Method in class akka.util.ByteString.ByteStrings
-
CircuitBreaker.withCircuitBreaker(scala.Function0>)
CircuitBreaker.withSyncCircuitBreaker(scala.Function0)
maxFailures
count is reached.TcpExt.getManager()
.
remoteAddress
without binding to a local address and without
specifying options.
TcpExt.getManager()
.
remoteAddress
without binding to a local address and without
specifying options.
UdpExt.manager()
in order to bind to a local
port (optionally with the chosen localAddress
) and create a UDP socket
which is restricted to sending to and receiving from the given remoteAddress
.
localAddress
.
localAddress
or options
.
UdpExt.manager()
in order to bind to a local
port (optionally with the chosen localAddress
) and create a UDP socket
which is restricted to sending to and receiving from the given remoteAddress
.
localAddress
.
localAddress
or options
.
hashMapping
when
constructing the ConsistentHashingRouter
the messages need to implement this interface to define what
data to use for the consistent hash key.hashMapping
when
constructing the ConsistentHashingRouter
and messages can't implement ConsistentHashingRouter.ConsistentHashable
themselves they can we wrapped by this envelope instead.Creator
.
Creator
with the type set to the given actorClass.
Creator
.
Creator
with the type set to the given actorClass.
WriteCommand
.
Match
from the builder.
UnitMatch
from the builder.
Class[_]
object and a constructor description
will create a new instance of that class.
args
argument.
Actor
with Stash
,
since just using actor()(new Act with Stash{})
will not be able to see the
Stash component due to type erasure.
"$hours%02d:$minutes%02d:$seconds%02d.
- currentTimeMillisToUTCString(long) -
Static method in class akka.util.Helpers
- Converts a "currentTimeMillis"-obtained timestamp accordingly:
"$hours%02d:$minutes%02d:$seconds%02d.
- currentTransportInformation() -
Method in class akka.serialization.Serialization$
- This holds a reference to the current transport serialization information used for
serializing local actor refs.
- currentTransportInformation() -
Static method in class akka.serialization.Serialization
- This holds a reference to the current transport serialization information used for
serializing local actor refs.
- CustomRouterConfig - Class in akka.routing
- If a custom router implementation is not a
Group
nor
a Pool
it may extend this base class. - CustomRouterConfig() -
Constructor for class akka.routing.CustomRouterConfig
-
Actor.supervisorStrategy()
Decider
is used by default in the supervisor strategy.
Decider
is used by default in the supervisor strategy.
Resizer
that adjust the Pool
based on specified
thresholds.UdpConnected.Connected
message) in order to close the socket.
UdpConnected.Connected
message) in order to close the socket.
Deploy
instance.
Dispatcher
binds a set of Actors to a thread pool backed up by a
BlockingQueue
.Dispatcher
.Logging.LogEvent
when the string representation was supplied
directly.ReflectiveDynamicAccess
is the default implementation).EventBus
E is the Event type
S is the Subscriber type
C is the Classifier typeExtension
).
object MyExt extends ExtensionKey[Ext]
class Ext(system: ExtendedActorSystem) extends Extension {
...
}
Java API:
public class MyExt extends Extension {
public static final ExtensionKey<MyExt> key = new ExtensionKey<MyExt>(MyExt.class);
public MyExt(ExtendedActorSystem system) {
...
}
}
Note: Don't use this class if the extension is written in Scala and consumed in
Eclipse Java projects.Class
’s simple name.
Class
’s simple name.
Class
’s simple name.
Class
’s simple name.
FSM.SubscribeTransitionCallBack
before sending any
FSM.Transition
messages.FSM
will be wrapped inside an
Event
, which allows pattern matching to extract both state and data.FSM
is shutting itself down because of
an error, e.g. if the state to transition into does not exist.LoggingFSM
, can be obtained by calling getLog
.stop()
.whenUnhandled
and onTermination
handlers.FSM
is shutting down.system.stop(fsm)
from outside;
also applies to Stop
supervision directive.FSM
: the state
name, the state data, possibly custom timeout, stop reason and replies
accumulated while processing the last message.FSM
whithin the
onTermination
block.FSM
to request first the FSM.CurrentState
and then a series of FSM.Transition
updates.FSM.SubscribeTransitionCallBack
).FSM.Transition
notifications which was
effected by sending the corresponding FSM.SubscribeTransitionCallBack
.FSM.whenUnhandled(scala.PartialFunction, akka.actor.FSM.State>)
.FSM.onTermination(scala.PartialFunction, scala.runtime.BoxedUnit>)
.FSM.onTransition(scala.PartialFunction, scala.runtime.BoxedUnit>)
.Future
object with the result of that computation.
Future
object with the result of that computation.
Class[_]
object for the code
executing in that stack frame.
Class[_]
object for the code
executing in that stack frame.
Class[_]
object loaded with the right class loader (i.e. the one
returned by classLoader
).
isErrorClosed
returns true, then the error condition can be
retrieved by this method.
n
bytes were encoded.
akka.event.slf4j.Slf4jLogger
is configured.
ActorRef
of the actor replying to the request or
null if no actor matched the request.
ActorRef
.
Future
that will be completed with success (value true
) when
existing messages of the target actor has been processed and the actor has been
terminated.
Future
that will be completed with success (value true
) when
existing messages of the target actor has been processed and the actor has been
terminated.
Future
that will be completed with success (value true
) when
existing messages of the target actor has been processed and the actor has been
terminated.
Future
that will be completed with success (value true
) when
existing messages of the target actor has been processed and the actor has been
terminated.
Future
that will be completed with success (value true
) when
existing messages of the target actor has been processed and the actor has been
terminated.
RouterConfig
for router actor with routee actors that are created external to the
router and the router sends messages to the specified path using actor selection,
without watching for termination.Group
true
), or it returns false
to escalate the
failure, which will lead to this actor re-throwing the exception which
caused the failure.
hashCode
.hashCode
.requiring
methods.ActorIdentity
containing the ActorRef
.System.identityHashCode
,
unless that happens to be the same for two non-equals objects, in which
case the supplied “real” comparator is used; the comparator must be
consistent with equals, otherwise it would not be an enhancement over
the identityHashCode.
System.identityHashCode
,
unless that happens to be the same for two non-equals objects, in which
case the supplied “real” comparator is used; the comparator must be
consistent with equals, otherwise it would not be an enhancement over
the identityHashCode.
Iterable
into an immutable Scala IndexedSeq (by copying it).
Iterable
into an immutable Scala IndexedSeq (by copying it).
Iterable
into an immutable Scala sequence (by copying it).
Iterable
into an immutable Scala sequence (by copying it).
Actor
subclass.Inet.SocketOption
to set the SO_RCVBUF option
For more information see java.net.Socket.setReceiveBufferSize
Inet.SocketOption
to enable or disable SO_REUSEADDR
For more information see java.net.Socket.setReuseAddress
Inet.SocketOption
to set the SO_SNDBUF option.Inet.SocketOption
to set the traffic class or
type-of-service octet in the IP header for packets sent from this
socket.null
is an invalid message.true
iff the connection has been closed in response to an Abort
command.
true
iff the connection has been fully closed in response to a
ConfirmedClose
command.
true
iff the connection has been closed due to an IO error.
RouterConfig.routingLogicController(akka.routing.RoutingLogic)
actor.
true
iff the connection has been closed by the peer; in case
keepOpenOnPeerClosed
is in effect as per the Tcp.Register
command,
this connection’s reading half is now closed.
isCheck == true
and the latter to isCheck == false
for those cases where
this is important to know.ExtendedActorSystem
, because
that is the preferred constructor which will be invoked when reflectively instantiating
the JSerializer (also possible with empty constructor).Inet.SocketOption
to enable or disable SO_KEEPALIVE
For more information see java.net.Socket.setKeepAlive
Inet.SocketOption
to enable or disable SO_KEEPALIVE
For more information see java.net.Socket.setKeepAlive
ActorSystem.eventStream
.
SupervisorStrategy.loggingEnabled()
is true
.
true
.
FSM
which adds a rolling event log and
debug logging capabilities (analogous to LoggingReceive
).Logging
’s apply
/create
method.FSM.Failure
is logged at error level and other reason
types are not logged.
LookupClassification
E is the Event type
S is the Subscriber type
C is the Classifier typeDeploy
instance.
ActorSystem
with one
top level application supervisor actor.ActorSystem
with one
top level application supervisor actor.PFBuilder
with a case statement added.
PFBuilder
with a case statement added.
PartialFunction
that can be built during
runtime from Java.PFBuilder
with the first
case statement added.
PFBuilder
with the first
case statement added.
UnitPFBuilder
with a case statement added.
UnitPFBuilder
with a case statement added.
UnitPFBuilder
with the first
case statement added.
UnitPFBuilder
with the first
case statement added.
PFBuilder
with a case statement added.
PFBuilder
with the first
case statement added.
UnitPFBuilder
with a case statement added.
UnitPFBuilder
with the first
case statement added.
FSMStateFunctionBuilder
with the first case statement set.
UnitPFBuilder
with the first case statement set.
UnitPFBuilder
with the first case statement set.
PFBuilder
with the first
case statement added.
UnitPFBuilder
with a case statement added.
UnitPFBuilder
with a case statement added.
UnitPFBuilder
with the first
case statement added.
UnitPFBuilder
with the first
case statement added.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMStateFunctionBuilder
with the first case statement set.
FSMTransitionHandlerBuilder
with the first case statement set.
FSMTransitionHandlerBuilder
with the first case statement set.
FSMStopBuilder
with the first case statement set.
FSMStopBuilder
with the first case statement set.
FSMStopBuilder
with the first case statement set.
akka.event.slf4j.Slf4jLogger
is configured.
Tcp.WriteCommand
can optionally request a positive acknowledgment to be sent
to the commanding actor.
Tcp.NoAck
instance which is used when no acknowledgment information is
explicitly provided.
Tcp.WriteCommand
can optionally request a positive acknowledgment to be sent
to the commanding actor.
Tcp.NoAck
instance which is used when no acknowledgment information is
explicitly provided.
UdpConnected.Send
can optionally request a positive acknowledgment to be sent
to the commanding actor.
UdpConnected.NoAck
instance which is used when no acknowledgment information is
explicitly provided.
UdpConnected.Send
can optionally request a positive acknowledgment to be sent
to the commanding actor.
UdpConnected.NoAck
instance which is used when no acknowledgment information is
explicitly provided.
Udp.Send
can optionally request a positive acknowledgment to be sent
to the commanding actor.
Udp.NoAck
instance which is used when no acknowledgment information is
explicitly provided.
Udp.Send
can optionally request a positive acknowledgment to be sent
to the commanding actor.
Udp.NoAck
instance which is used when no acknowledgment information is
explicitly provided.
Option
factory that creates None
Option
factory that creates None
stop()
.
Routee
that doesn't send the message to any routee.Routee
that doesn't send the message to any routee.ActorRef.tell(java.lang.Object, akka.actor.ActorRef)
if there is not actor to
reply to (e.g. when sending from non-actor code).
ActorRef.tell(java.lang.Object, akka.actor.ActorRef)
if there is not actor to
reply to (e.g. when sending from non-actor code).
whenUnhandled
and onTermination
handlers.
whenUnhandled
and onTermination
handlers.
ExecutionContext
supplied in the constructor.
Directive
(Resume, Restart, Stop) specified in the Decider
to the child actor that failed, as opposed to AllForOneStrategy
that applies
it to all children.ExecutionContext
supplied in the constructor.
ExecutionContext
supplied in the constructor.
Inet.SocketOption
to enable or disable OOBINLINE (receipt
of TCP urgent data) By default, this option is disabled and TCP urgent
data is silently discarded.
Inet.SocketOption
to enable or disable OOBINLINE (receipt
of TCP urgent data) By default, this option is disabled and TCP urgent
data is silently discarded.
Option
factory that creates None
if
v
is null
, Some(v)
otherwise.
Option
factory that creates None
if
v
is null
, Some(v)
otherwise.
Some[A]
represents existing values of type
A
.PostRestartException
.PostRestartException
.PartialFunction
.PinnedDispatcher
.Future
to send
the result to the given ActorRef
or ActorSelection
.
Future
to send
the result to the given ActorRef
or ActorSelection
.
pipeTo
method on Future
:
import akka.pattern.pipe
Future { doExpensiveCalc() } pipeTo nextActor
or
pipe(someFuture) to nextActor
The successful result of the future is sent as a message to the recipient, or
the failure is sent in a Status.Failure
to the recipient.
RouterConfig
for router actor that creates routees as child actors and removes
them from the router if they terminate.Pool
preStart()
.
preStart()
.
preStart()
.
onTermination
hook; if you want to retain this behavior when
overriding make sure to call super.postStop()
.
Write
or WriteFile
to form
a CompoundWrite
.
postStop()
.'''
postStop()
.'''
postStop()
.'''
Actor
; it is
immutable, so it is thread-safe and fully shareable.Props
for a group router based on the settings defined by
this instance.
Props
for a group router based on the settings defined by
this instance.
Props
for a pool router based on the settings defined by
this instance and the supplied Props
for the routees created by the
router.
n
least significant bytes of the given Long to this builder.
rampupRate
.
become
to change this.
receiver
actor.
Inet.SocketOption
to set the SO_RCVBUF option
For more information see java.net.Socket.setReceiveBufferSize
Inet.SocketOption
to set the SO_RCVBUF option
For more information see java.net.Socket.setReceiveBufferSize
Actor.receive()
.DynamicAccess
implementation used by ExtendedActorSystem
unless overridden.Tcp.Connected
message.
register(handler, false, false)
.
Tcp.Connected
message.
register(handler, false, false)
.
MessageDispatcherConfigurator
that will be
used by Dispatchers.lookup(java.lang.String)
and Dispatchers.hasDispatcher(java.lang.String)
instead of looking
up the configurator from the system configuration.
ActorRefRoutee
for the specified
ActorRef
.
ActorSelectionRoutee
for the specified
ActorSelection
.
value
.
Resizer
to use.
Pool
routers with dynamically resizable number of routees are implemented by providing a Resizer
implementation in the Pool
configuration.ActorRef
matching this selection.
ActorRef
matching this selection.
Tcp.SuspendReading
command in order to resume reading from the socket.
Tcp.SuspendReading
command in order to resume reading from the socket.
UdpConnected.SuspendReading
command.
UdpConnected.SuspendReading
command.
Udp.SuspendReading
command.
Udp.SuspendReading
command.
useResumeWriting
is in effect as was indicated in the Tcp.Register
message
then this command needs to be sent to the connection actor in order to re-enable
writing after a Tcp.CommandFailed
event.
useResumeWriting
is in effect as was indicated in the Tcp.Register
message
then this command needs to be sent to the connection actor in order to re-enable
writing after a Tcp.CommandFailed
event.
Inet.SocketOption
to enable or disable SO_REUSEADDR
For more information see java.net.Socket.setReuseAddress
Inet.SocketOption
to enable or disable SO_REUSEADDR
For more information see java.net.Socket.setReuseAddress
Routee
selected by the RoutingLogic
.
Router
.Router.route(java.lang.Object, akka.actor.ActorRef)
method the
RoutingLogic
decides to which Routee
to send the message.Deploy
instance.
Router
to select
destination routed messages.ScanningClassification
E is the Event type
S is the Subscriber type
C is the Classifier typeDeploy
serves two purposes: as a marker for
pattern matching the “scope” (i.e. local/remote/cluster) as well as for
extending the information carried by the final Deploy class.receiver
actor.
Udp.SimpleSender
query to the UdpExt.manager()
as well as by
the listener actors which are created in response to Udp.Bind
.
send(payload, target, noAck())
.
Udp.SimpleSender
query to the UdpExt.manager()
as well as by
the listener actors which are created in response to Udp.Bind
.
send(payload, target, noAck())
.
Inet.SocketOption
to set the SO_SNDBUF option.
Inet.SocketOption
to set the SO_SNDBUF option.
Seq
of Cause-Directive pairs to a Decider
.
Seq
of Throwables to a Decider
.
Seq
of Throwables to a Decider
.
Futures$.traverse(java.lang.Iterable, akka.japi.Function>, scala.concurrent.ExecutionContext)
.
Futures.traverse(java.lang.Iterable, akka.japi.Function>, scala.concurrent.ExecutionContext)
.
DynamicAccess
.
ReceiveTimeout
message is triggered.
Routee
that sends each message to all routees
.system.stop(fsm)
from outside;
also applies to Stop
supervision directive.
Option
factory that creates Some
Option
factory that creates Some
Stash
trait enables an actor to temporarily stash away messages that can not or
should not be handled using the actor's current behavior.ActorRef
; this is
an asynchronous operation, i.e. involves a message send.
FSM.Reason
.
SubchannelClassification
E is the Event type
S is the Subscriber type
C is the Classifier type/user
).Udp.Bound
message) to
have it stop reading datagrams from the network.
Udp.Bound
message) to
have it stop reading datagrams from the network.
Udp.Bound
message) to
have it stop reading datagrams from the network.
Udp.Bound
message) to
have it stop reading datagrams from the network.
akka.actor.Guardian.TerminationHook
before systemGuardian is stopped.LatestFirstSystemMessageList
and
EarliestFirstSystemMessageList
LatestFirstSystemMessageList
and
EarliestFirstSystemMessageList
Abort
command.TcpExt.manager()
in order to bind to a listening socket.Tcp.Bind
command will—in case of success—receive confirmation
in this form.Close
command.ConfirmedClose
command.TcpExt.manager()
.Tcp.Connect
command (for outbound) or to the handler for incoming connections designated
in the Tcp.Bind
message.Tcp.WriteCommand
and Tcp.Event
.Tcp.WriteCommand
can optionally request a positive acknowledgment to be sent
to the commanding actor.Tcp.NoAck
instance which is used when no acknowledgment information is
explicitly provided.Tcp.Register
message.Tcp.Connected
message.SuspendReading
command in order to resume reading from the socket.useResumeWriting
is in effect as was indicated in the Tcp.Register
message
then this command needs to be sent to the connection actor in order to re-enable
writing after a Tcp.CommandFailed
event.Tcp.Write
and Tcp.WriteFile
.Inet.SocketOption
to enable or disable SO_KEEPALIVE
For more information see java.net.Socket.setKeepAlive
Inet.SocketOption
to enable or disable OOBINLINE (receipt
of TCP urgent data) By default, this option is disabled and TCP urgent
data is silently discarded.Inet.SocketOption
to enable or disable TCP_NODELAY
(disable or enable Nagle's algorithm)
Please note, that TCP_NODELAY is enabled by default.Tcp.Bound
message).Unbind
command will receive confirmation through this
message once the listening socket has been closed.Tcp.Write
, Tcp.WriteFile
and Tcp.CompoundWrite
.count
bytes starting at position
from file at filePath
to the connection.useResumeWriting
is in effect as indicated in the Tcp.Register
message,
the ResumeWriting
command will be acknowledged by this message type, upon
which it is safe to send at least one write.Inet.SocketOption
to enable or disable TCP_NODELAY
(disable or enable Nagle's algorithm)
Please note, that TCP_NODELAY is enabled by default.
Inet.SocketOption
to enable or disable TCP_NODELAY
(disable or enable Nagle's algorithm)
Please note, that TCP_NODELAY is enabled by default.
Inet.SocketOption
to set the traffic class or
type-of-service octet in the IP header for packets sent from this
socket.
Inet.SocketOption
to set the traffic class or
type-of-service octet in the IP header for packets sent from this
socket.
TypedActor.MethodCall
to the provided ActorRef.
UdpExt.manager()
in order to bind to the given
local port (or an automatically assigned one if the port number is zero).Udp.Bind
command.Udp.Command
and Udp.Event
.Udp.Send
can optionally request a positive acknowledgment to be sent
to the commanding actor.Udp.NoAck
instance which is used when no acknowledgment information is
explicitly provided.Udp.Bind
message using this message type.SuspendReading
command.Udp.SimpleSender
query to the UdpExt.manager()
as well as by
the listener actors which are created in response to Udp.Bind
.Udp.SimpleSender
query.Inet.SocketOption
to set the SO_BROADCAST option
For more information see DatagramSocket.setBroadcast(boolean)
Udp.Bound
message) to
have it stop reading datagrams from the network.Udp.Bound
message in order to close the listening socket.Unbind
command
after the socket has been closed.UdpExt.manager()
in order to bind to a local
port (optionally with the chosen localAddress
) and create a UDP socket
which is restricted to sending to and receiving from the given remoteAddress
.UdpConnected.Connect
message when the UDP socket has been bound to the local and
remote addresses given.UdpConnected.Connected
message) in order to close the socket.Disconnect
message when the UDP socket has been closed.UdpConnected.Command
and UdpConnected.Event
.UdpConnected.Send
can optionally request a positive acknowledgment to be sent
to the commanding actor.UdpConnected.NoAck
instance which is used when no acknowledgment information is
explicitly provided.Udp.Bind
message using this message type.SuspendReading
command.Udp.Bound
message) to
have it stop reading datagrams from the network.Tcp.Bound
message).
Tcp.Bound
message).
Udp.Bound
message in order to close the listening socket.
Udp.Bound
message in order to close the listening socket.
UnboundedStash
trait is a version of Stash
that enforces an unbounded stash for you actor.UntypedActor.onReceive(java.lang.Object)
(e.g. unknown message type).
PartialFunction
that can be built during
runtime from Java.PartialFunction
.Stash
that does not enforce any mailbox type.Actor
Scala interface.Stash
that enforces an unbounded deque for the actor.Stash
that does not enforce any mailbox type.Tcp.SimpleWriteCommand.ack()
token not being a of type Tcp.NoAck
.
preRestart
action with the supplied function.
postRestart
action with the supplied function.
preStart
action with the supplied thunk.
postStop
action with the supplied thunk.
Deploy
instances using
withFallback()
on
the left one, this is propagated to “merging” scopes in the same way.
hashMapping
defined in code, since that can't be defined in configuration.
this
(i.e. no merge).
" in state " + label
to each message it logs.
" in state " + label
to each message it logs.
RoutingLogic
.
uid
.
ConsistentHash
ConsistentHash
ConsistentHash
ConsistentHash
write(data, noAck())
.
write(data, noAck())
.
count
bytes starting at position
from file at filePath
to the connection.
count
bytes starting at position
from file at filePath
to the connection.
|
|||||||||
PREV NEXT | FRAMES NO FRAMES |