akka.cluster.ddata.protobuf

Class ReplicatorMessageSerializer

java.lang.Object

akka.serialization.SerializerWithStringManifest

akka.cluster.ddata.protobuf.ReplicatorMessageSerializer

All Implemented Interfaces:

SerializationSupport, BaseSerializer, Serializer

public class ReplicatorMessageSerializer
extends SerializerWithStringManifest
implements SerializationSupport, BaseSerializer

Protobuf serializer of ReplicatorMessage messages.

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	ReplicatorMessageSerializer.SmallCache<A,B> A cache that is designed for a small number (&lt;= 32) of entries.

Constructor Summary

Constructors

Constructor and Description
ReplicatorMessageSerializer(ExtendedActorSystem system)

Method Summary

Modifier and Type	Method and Description
static Address	addressFromProto(ReplicatorMessages.Address address)
static java.lang.String	addressProtocol()
static ReplicatorMessages.Address.Builder	addressToProto(Address address)
static void	akka$cluster$ddata$protobuf$SerializationSupport$$protocol_$eq(java.lang.String x$1)
static java.lang.String	akka$cluster$ddata$protobuf$SerializationSupport$$protocol()
static void	akka$cluster$ddata$protobuf$SerializationSupport$$ser_$eq(Serialization x$1)
static Serialization	akka$cluster$ddata$protobuf$SerializationSupport$$ser()
static void	akka$cluster$ddata$protobuf$SerializationSupport$$transportInfo_$eq(Serialization.Information x$1)
static Serialization.Information	akka$cluster$ddata$protobuf$SerializationSupport$$transportInfo()
protected abstract static void	akka$serialization$BaseSerializer$_setter_$identifier_$eq(int x$1)
java.lang.String	ChangedManifest()
static byte[]	compress(akka.protobuf.MessageLite msg)
java.lang.String	DataEnvelopeManifest()
static byte[]	decompress(byte[] bytes)
java.lang.String	DurableDataEnvelopeManifest()
java.lang.Object	fromBinary(byte[] bytes, java.lang.String manifest) Produces an object from an array of bytes, with an optional type-hint; the class should be loaded using ActorSystem.dynamicAccess.
java.lang.String	GetFailureManifest()
java.lang.String	GetManifest()
java.lang.String	GetSuccessManifest()
java.lang.String	GossipManifest()
int	identifier() Completely unique value to identify this implementation of Serializer, used to optimize network traffic.
static int	identifierFromConfig()
static boolean	includeManifest()
java.lang.String	manifest(java.lang.Object obj) Return the manifest (type hint) that will be provided in the fromBinary method.
java.lang.String	NotFoundManifest()
static java.lang.Object	otherMessageFromBinary(byte[] bytes)
static java.lang.Object	otherMessageFromProto(ReplicatorMessages.OtherMessage other)
static ReplicatorMessages.OtherMessage	otherMessageToProto(java.lang.Object msg)
java.lang.String	ReadManifest()
java.lang.String	ReadResultManifest()
static ActorRef	resolveActorRef(java.lang.String path)
static Serialization	serialization()
static java.lang.String	SerializationIdentifiers()
java.lang.String	StatusManifest()
java.lang.String	SubscribeManifest()
ExtendedActorSystem	system() Actor system which is required by most serializer implementations.
byte[]	toBinary(java.lang.Object obj) Serializes the given object into an Array of Byte
static Serialization.Information	transportInformation()
static UniqueAddress	uniqueAddressFromProto(ReplicatorMessages.UniqueAddress uniqueAddress)
static ReplicatorMessages.UniqueAddress.Builder	uniqueAddressToProto(UniqueAddress uniqueAddress)
java.lang.String	UnsubscribeManifest()
java.lang.String	WriteAckManifest()
java.lang.String	WriteManifest()
java.lang.String	WriteNackManifest()

Methods inherited from class akka.serialization.SerializerWithStringManifest

fromBinary, includeManifest

Methods inherited from class java.lang.Object

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

Methods inherited from interface akka.cluster.ddata.protobuf.SerializationSupport

addressFromProto, addressProtocol, addressToProto, BufferSize, compress, decompress, otherMessageFromBinary, otherMessageFromProto, otherMessageToProto, resolveActorRef, serialization, transportInformation, uniqueAddressFromProto, uniqueAddressToProto

Methods inherited from interface akka.serialization.BaseSerializer

identifierFromConfig, SerializationIdentifiers

Methods inherited from interface akka.serialization.Serializer

fromBinary, fromBinary, fromBinary, includeManifest

Constructor Detail

ReplicatorMessageSerializer

public ReplicatorMessageSerializer(ExtendedActorSystem system)

Method Detail

includeManifest

public static final boolean includeManifest()

akka$cluster$ddata$protobuf$SerializationSupport$$ser

public static Serialization akka$cluster$ddata$protobuf$SerializationSupport$$ser()

akka$cluster$ddata$protobuf$SerializationSupport$$ser_$eq

public static void akka$cluster$ddata$protobuf$SerializationSupport$$ser_$eq(Serialization x$1)

serialization

public static Serialization serialization()

akka$cluster$ddata$protobuf$SerializationSupport$$protocol

public static java.lang.String akka$cluster$ddata$protobuf$SerializationSupport$$protocol()

akka$cluster$ddata$protobuf$SerializationSupport$$protocol_$eq

public static void akka$cluster$ddata$protobuf$SerializationSupport$$protocol_$eq(java.lang.String x$1)

addressProtocol

public static java.lang.String addressProtocol()

akka$cluster$ddata$protobuf$SerializationSupport$$transportInfo

public static Serialization.Information akka$cluster$ddata$protobuf$SerializationSupport$$transportInfo()

akka$cluster$ddata$protobuf$SerializationSupport$$transportInfo_$eq

public static void akka$cluster$ddata$protobuf$SerializationSupport$$transportInfo_$eq(Serialization.Information x$1)

transportInformation

public static Serialization.Information transportInformation()

compress

public static byte[] compress(akka.protobuf.MessageLite msg)

decompress

public static byte[] decompress(byte[] bytes)

addressToProto

public static ReplicatorMessages.Address.Builder addressToProto(Address address)

addressFromProto

public static Address addressFromProto(ReplicatorMessages.Address address)

uniqueAddressToProto

public static ReplicatorMessages.UniqueAddress.Builder uniqueAddressToProto(UniqueAddress uniqueAddress)

uniqueAddressFromProto

public static UniqueAddress uniqueAddressFromProto(ReplicatorMessages.UniqueAddress uniqueAddress)

resolveActorRef

public static ActorRef resolveActorRef(java.lang.String path)

otherMessageToProto

public static ReplicatorMessages.OtherMessage otherMessageToProto(java.lang.Object msg)

otherMessageFromBinary

public static java.lang.Object otherMessageFromBinary(byte[] bytes)

otherMessageFromProto

public static java.lang.Object otherMessageFromProto(ReplicatorMessages.OtherMessage other)

SerializationIdentifiers

public static final java.lang.String SerializationIdentifiers()

identifierFromConfig

public static int identifierFromConfig()

akka$serialization$BaseSerializer$_setter_$identifier_$eq

protected abstract static void akka$serialization$BaseSerializer$_setter_$identifier_$eq(int x$1)

identifier

public int identifier()

Description copied from class: SerializerWithStringManifest

Completely unique value to identify this implementation of Serializer, used to optimize network traffic. Values from 0 to 40 are reserved for Akka internal usage.

Specified by:

identifier in interface BaseSerializer

Specified by:

identifier in interface Serializer

Specified by:

identifier in class SerializerWithStringManifest

Returns:

(undocumented)

system

public ExtendedActorSystem system()

Description copied from interface: BaseSerializer

Actor system which is required by most serializer implementations.

Specified by:

system in interface SerializationSupport

Specified by:

system in interface BaseSerializer

Returns:

(undocumented)

GetManifest

public java.lang.String GetManifest()

GetSuccessManifest

public java.lang.String GetSuccessManifest()

NotFoundManifest

public java.lang.String NotFoundManifest()

GetFailureManifest

public java.lang.String GetFailureManifest()

SubscribeManifest

public java.lang.String SubscribeManifest()

UnsubscribeManifest

public java.lang.String UnsubscribeManifest()

ChangedManifest

public java.lang.String ChangedManifest()

DataEnvelopeManifest

public java.lang.String DataEnvelopeManifest()

WriteManifest

public java.lang.String WriteManifest()

WriteAckManifest

public java.lang.String WriteAckManifest()

ReadManifest

public java.lang.String ReadManifest()

ReadResultManifest

public java.lang.String ReadResultManifest()

StatusManifest

public java.lang.String StatusManifest()

GossipManifest

public java.lang.String GossipManifest()

WriteNackManifest

public java.lang.String WriteNackManifest()

DurableDataEnvelopeManifest

public java.lang.String DurableDataEnvelopeManifest()

manifest

public java.lang.String manifest(java.lang.Object obj)

Description copied from class: SerializerWithStringManifest

Return the manifest (type hint) that will be provided in the fromBinary method. Use "" if manifest is not needed.

Specified by:

manifest in class SerializerWithStringManifest

Parameters:

obj - (undocumented)

Returns:

(undocumented)

toBinary

public byte[] toBinary(java.lang.Object obj)

Description copied from class: SerializerWithStringManifest

Serializes the given object into an Array of Byte

Specified by:

toBinary in interface Serializer

Specified by:

toBinary in class SerializerWithStringManifest

Parameters:

obj - (undocumented)

Returns:

(undocumented)

fromBinary

public java.lang.Object fromBinary(byte[] bytes,
                                   java.lang.String manifest)

Description copied from class: SerializerWithStringManifest

Produces an object from an array of bytes, with an optional type-hint; the class should be loaded using ActorSystem.dynamicAccess.

It's recommended to throw java.io.NotSerializableException in fromBinary if the manifest is unknown. This makes it possible to introduce new message types and send them to nodes that don't know about them. This is typically needed when performing rolling upgrades, i.e. running a cluster with mixed versions for while. NotSerializableException is treated as a transient problem in the TCP based remoting layer. The problem will be logged and message is dropped. Other exceptions will tear down the TCP connection because it can be an indication of corrupt bytes from the underlying transport.

Specified by:

fromBinary in class SerializerWithStringManifest

Parameters:

bytes - (undocumented)

manifest - (undocumented)

Returns:

(undocumented)