|
Oracle® Coherence Java API Reference Release 3.7.1.0 E22843-01 |
|||||||
PREV NEXT | FRAMES NO FRAMES |
A B C D E F G H I J K L M N O P Q R S T U V W X Z
InvocableMap.EntryAggregator
that supports parallel aggregation.InvocableMap.Entry
objects.InvocableMap.Entry
objects.Comparable
values extracted from a set of entries in a Map and returns a result in a form of a BigDecimal
value.EventInterceptor
.EventInterceptor
that subscribes to all events registering at the end of the interceptor chain.EventInterceptor
that subscribes to all events.EventInterceptor
with specified Event
types and chain position.HttpServer
implementations.AbstractJournalRM
.Map.get(Object)
) if the Entry is constructed with a null value.PofNavigator
interface.AbstractProcessor.processAll(java.util.Set)
method.QueryRecorderFilter
.AbstractStableIterator.hasNext()
and AbstractStableIterator.next()
methods, and between the AbstractStableIterator.next()
and AbstractStableIterator.remove()
methods.BinaryMap
objects built on a ByteBufferManager
to provide BinaryStore
objects.AddressProvider.getNextAddress()
method.AddressProvider.getNextAddress()
method.AddressProvider.getNextAddress()
method.AddressProvider.getNextAddress()
method.AddressProvider.getNextAddress()
method.EventInterceptor
to this dispatcher to be used to process Event
s.AggregatorFactory
instances.StandardMBean
that uses the Description
annotation for describing the attributes, operations and the bean on the designated MBean interface.AnyEvent
.PartitionedServiceDispatcher.TransferEvent
is dispatched when a set of BinaryEntry
s have been transferred to or restored by the current member.EntryProcessors
and EntryAggregators
.BackingMapDispatcher
raises the following server-side BackingMapDispatcher.EntryEvent
s pertaining to backing-map operations: BackingMapDispatcher.EntryEvent
s BackingMapDispatcher.InvocationEvent
sBinaryEntry
s.BackingMapDispatcher.EntryEvent
types.BackingMapDispatcher.InvocationEvent
captures information relating to the execution of InvocableMap.EntryProcessor
s.BackingMapDispatcher.InvocationEvent
types.BigDecimal
value.BigDecimal
value.BigDecimal
value.BigDecimal
value.CacheStore
, but operates on BinaryEntry
objects.WriteBufferPool
implementation that is backed by a BufferManager
.ConnectionSpec
interface used to pass the connection info to the adapter.NamedCache
.OldCache.evict()
WriteBuffer.length()
method to zero.WriteBuffer.length()
method to zero.WriteBuffer.length()
method to zero.channel
.PortableException
QueryMap.Entry
interface will be compared using the compareEntries()
method.Codecs.AbstractCodec
implementations.Codec
implementations that encodes objects by simply delegating to PofWriter.writeObject(int, Object)
.Codec
that simply delegates to PofReader.readObject(int)
and PofWriter.writeObject(int, Object)
to deserialize and serialize an object.InvocableMap.EntryAggregator
implementations.Comparator
implementations and related interfaces.ValueExtractor
and ValueUpdater
related classes.Filter
implementations and related interfaces.InvocableMap.EntryProcessor
implementations.MapEventTransformer
implementations.Comparator
.Comparator
.Comparator
.Comparator
.global MBean names
forcing numeric comparison of the node ID while using string comparison on all other key properties.EntryAggregator
array.TransactionMap.CONCUR_EXTERNAL
TransactionMap.CONCUR_OPTIMISTIC
TransactionMap.CONCUR_PESSIMISTIC
ConditionalIndex
.MapIndex
implemenation that uses an associated filter to evaluate whether or not an entry should be indexed.Entry.setValue
operation if the specified condition is satisfied.Entry.setValue
operation for multiple entries that satisfy the specified condition.Entry.remove
operation if the specified condition is satisfied.PofContext
interface using information provided in a configuration file (or in a passed XML configuration).ActionPolicy
for services based on the cluster-configuration.SerializerFactory
implementation that creates instances of a Serializer class configured using an XmlElement of the following structure: <!AbstractJournalRM
.ConfigurableCacheFactory
.Collection
or Object array value returned from a method invocation for containment of all values in a Set.Collection
or Object array value returned from a method invocation for containment of any value in a Set.Collection
or Object array value returned from a method invocation for containment of a given value.XmlValue
to a double.XmlValue
to an int.XmlValue
to an int.XmlValue
to a long.LongArray
in which all mutating operations (e.g.connection specification
.connection specification
.ReflectionExtractor
objects.ValueExtractor
objects.EntryAggregator
array.EntryAggregator
.EntryAggregator
and a result evaluation filter.EntryAggregator
.EntryAggregator
and a result evaluation filter.PofReader
.PofReader
.Codecs.DefaultCodec
AggregatorFactory
.CacheFactoryBuilder
that maintains a single ConfigurableCacheFactory
instance regardless of the requesting ClassLoader if a URI is not provided.HttpServer
that uses Sun's lightweight HTTP server to handle requests.KeyAssociation
interface.KeyConverter
for a given key class.PartitionedServiceDispatcher.TransferEvent
is dispatched when a set of BinaryEntry
s are being transferred from the current member.BinaryMap
objects built on the DirectBufferManager
to provide BinaryStore
objects.double
.ENTRY_DELETED
events should be evaluated.ENTRY_INSERTED
events should be evaluated.QueryMap.keySet(com.tangosol.util.Filter)
query should be evaluated.ENTRY_UPDATED
events should be evaluated.ENTRY_UPDATED
events should be evaluated, but only if filter evaluation is false for the old value and true for the new value.ENTRY_UPDATED
events should be evaluated, but only if filter evaluation is true for the old value and false for the new value.ENTRY_UPDATED
events should be evaluated, but only if filter evaluation is true for both the old and the new value.PofWriter
.PofWriter
.BackupJournalRM
is configured and started.FlashJournalRM
is configured and started.JournalService
is registered as a cluster resource.RamJournalRM
is configured and started.Comparator
interface that allows the EntryComparator
to know whether the underlying comparator expects to compare the corresponding Entries' keys or values.PofSerializer
implementation that can be used to serialize all enum values.EventInterceptor
should be registered with the specified EventDispatcher
.Event
object captures the necessary information required to adequately describe some activity that has occurred.EventDispatcher
is responsible for dispatching Event
s to EventInterceptor
s for processing.EventInterceptor
provides an implementation that is capable of intercepting and processing Event
s.PortableObject
interface that supports forwards- and backwards-compatibility of POF data streams.BackingMapDispatcher.InvocationEvent
is dispatched after an InvocableMap.EntryProcessor
has been executed.BackingMapDispatcher.InvocationEvent
is raised prior to executing an InvocableMap.EntryProcessor
on a set of entries.put
method to indicate that the cache's default expiry should be used.put
method to indicate that the cache entry should never expire.QueryRecord
object that contains an estimated cost of the query execution.PofSerializer
implementation that supports the serialization and deserialization of any class that implements ExternalizableLite
to and from a POF stream.PofSerializer
implementation that supports the serialization and deserialization of any class that implements Externalizable
to and from a POF stream.ValueExtractor
to extract value(s) to be used for comparison.MapEventTransformer
implementation that transforms emitted events, extracting one or more properties from either the OldValue or the NewValue.QueryHelper
when building a Filter
.float
.SerializationCache.evict()
ThreadGate
implementation that preceeds JDK 1.5 locks and the ThreadGateLite
that uses the ReentrantReadWriteLock
.null
if no object is bound under the name.null
if no object is bound under the name.getBackingMapContext.getBackingMap
.BackingMapContext
that corresponds to the specified cache name.backing map context
for the cache that this Entry corresponds to.BackingMapContext
for this dispatcher.backing map context
for the cache that this Entry corresponds to.backing map context
for the cache that this Entry corresponds to.BackingMapContext
that corresponds to the specified cache name.BackingMapContext
.cache
that this BackingMapContext is associated with.BinaryDeltaCompressor
.BinaryDeltaCompressor
.String.toCharArray()
and repeated calls to String.charAt(int)
.Cluster
for which the AbstractJournalRM
is storing data.Class<Codec>
clz
provided either instantiate if it is unknown or use a default codec.HttpSessionCollection
implementation in use.HttpSessionCollection
implementation in use.ValueExtractor
parameter.Daemon.toString()
method.AbstractJournalRM.toString()
method.AbstractJournalRM.JournalFile.toString()
method.AbstractJournalRM.toString()
method.AbstractJournalRM.JournalFile.toString()
method.Daemon.toString()
method.AbstractJournalRM.toString()
method.AbstractJournalRM.JournalFile.toString()
method.Description
annotation on the operation.MBeanAttributeInfo
by finding a Description
annotation on the getter method for the attribute, if not found on the getter attribute, the setter method will be checked.Daemon.toString()
method.Daemon.toString()
method.CacheAdapter.getNamedCache(java.lang.String, java.lang.ClassLoader)
instead.calculateEffectiveness
calculateEffectiveness
BinaryEntry
s on which the action represented by this BackingMapDispatcher.EntryEvent
occurred.BinaryEntry
s being processed by the entry processor.BinaryEntry
s associated with this PartitionedServiceDispatcher.TransferEvent
.EventInterceptor
subscribes to.SessionHelper.Factory
implementation in use.SessionHelper.Factory
implementation in use.SafeSortedMap.Split
.OldCache.get(java.lang.Object)
invocation will be satisfied by an existing entry in the cache, based on the statistics collected since the last reset of the cache statistics.cache
that this BackingMapContext is associated with.OverflowMap.get(java.lang.Object)
and OverflowMap.getAll(java.util.Collection)
that eliminates duplicate (and very complex) code.transaction isolation
for this connection.transaction isolation
for this connection.SafeClock.getSafeTimeMillis(long)
method.WrapperException
.Member
associated with this transfer operation.BackingMapManagerContext
for this context.SerializationCache.getHighUnits()
SplitHttpSessionCollection
is not in use.SplitHttpSessionCollection
is not in use.SplitHttpSessionCollection
is not in use.SplitHttpSessionCollection
is not in use.SplitHttpSessionCollection
is not in use.SplitHttpSessionCollection
is not in use.PartitionedService
on which this PartitionedServiceDispatcher.TransferEvent
occurred.InvocableMap.EntryProcessor
associated with this BackingMapDispatcher.InvocationEvent
.ByteArrayReadBuffer.getRawByteArray()
that this ReadBuffer uses.EventInterceptor
s.Member
associated with this transfer operation.CacheAdapter.getNamedCache(java.lang.String, java.lang.ClassLoader)
instead.Disposable
resource that was previously registered using Cluster.registerResource(String, Disposable)
.Serializer
that is used to serialize/deserialize this entry.Serializer
that is used to serialize/deserialize this entry.Serializer
that is used to serialize/deserialize this entry.PartitionedService
for this dispatcher.SafeSortedMap.Split
is defined.PartitionedService.getOwnershipEnabledMembers()
.Event
types this EventDispatcher
supports.SafeSortedMap.Split
.System.currentTimeMillis()
except that the cluster time is the roughly the same for all Members in the cluster.CachingMap.registerListener(Object oKey)
operations since the cache statistics were last reset.Event
's type.type
that was specified when this query record was created.type
that was specified when this query record was created.PortalCacheProvider.getQualifiedCacheName(String)
method, return the unqualified name that does not contain the CacheProvider scope identifier.xml element format
used to create the connection.xml element format
used to create the connection.HttpServer
that uses Grizzly 2 to handle requests.Guardable
objects.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.Object.hashCode()
contract.These methods all follow the pattern of: open session begin transaction do work commit transaction (or rollback on exception and rethrow) close session
List
interface, maintaining correct equals() and hashCode() semanticsSet
interface, maintaining correct equals() and hashCode() semanticsSortedSet
interface, maintaining correct equals() and hashCode() semanticsList
interface, maintaining correct equals() and hashCode() semanticsSet
interface, maintaining correct equals() and hashCode() semanticsValueExtractor
interface that supports the creation and destruction of an index
.We do this specifically so that derived classes can safely create override methods that depend on a fully constructed object state.
BackingMapDispatcher.EntryEvent
is dispatched after one or more BinaryEntry
(s) have been inserted into the backing-map.BackingMapDispatcher.EntryEvent
is dispatched before one or more BinaryEntry
(s) are inserted into the backing-map.DefaultConfigurableCacheFactory.instantiateExternalBackingMap(com.tangosol.net.DefaultConfigurableCacheFactory.CacheInfo, com.tangosol.run.xml.XmlElement, com.tangosol.net.BackingMapManagerContext, java.lang.ClassLoader)
and DefaultConfigurableCacheFactory.instantiatePagedExternalBackingMap(com.tangosol.net.DefaultConfigurableCacheFactory.CacheInfo, com.tangosol.run.xml.XmlElement, com.tangosol.net.BackingMapManagerContext, java.lang.ClassLoader)
PofSparseArray.NilPofValue
(factory method).PofSparseArray.NilPofValue
(factory method).InterceptorRegistry
manages the registration of EventInterceptor
s and their association with EventDispatcher
s.EventInterceptor
to the specified EventDispatcher
.EventInterceptor
to the specified EventDispatcher
.int
.InvocationService
to inform the InvocationObserver that all service members have either finished the Invocable
object execution or are not (or no longer) running the InvocationService.InvocationService
to inform the InvocationObserver that all service members have either finished the Invocable
object execution or are not (or no longer) running the InvocationService.InetAddress.isAnyLocalAddress()
compareEntries()
method.EventInterceptor
should be added to the head of the EventDispatcher
's chain of EventInterceptor
s.InetAddress.isLinkLocalAddress()
InetAddress.isLoopbackAddress()
true
if the client does not yet know about the session or if the client chooses not to join the session.true
if the client does not yet know about the session or if the client chooses not to join the session.enter(sId)
or create()
without a corresponding call to exit(sId)
.enter(sId)
or create()
without a corresponding call to exit(sId)
.putAll()
operation versus a regular put()
operation.InetAddress.isSiteLocalAddress()
JournalService
as a registered resource.JournalMBean
is an MBean interface providing statistics for a Journal Resource Manager as implemented by either FlashJournalRM
or RamJournalRM
implementations.RamJournalRM
, FlashJournalRM
, and the BackupJournalRM
.CacheLoader
interface.CacheStore
interface.AbstractExtractor.extractFromEntry(java.util.Map.Entry)
operation should use the Entry's key.KeyPartitioningStrategy
implementations.ConcurrentMap.lock(Object, long)
, is currently not available when using a transactional cache.ConcurrentMap.lock(Object)
, is currently not available when using a transactional cache.Map.Entry
interface.long
.String.toCharArray()
and repeated calls to String.charAt(int)
.ByteArrayWriteBuffer.getUnsafeReadBuffer()
.ConfigurableCacheMap.UnitCalculator
used to calculate the size of SimpleMapIndex.IndexCalculator.CalculatorState.CONFIGURED
types. into Binary
to approximate the size.SimpleMapIndex.IndexCalculator.CalculatorState.FIXED
, contains a cached cost per instance.ConfigurableCacheFactory
instance for the default URI.BackingMapBinaryEntry.getExpiryDelay()
property.Converter
used to convert SimpleMapIndex.IndexCalculator.CalculatorState.UNKNOWN
types into Binary
to approximate the size.context
associated with this index.EventInterceptor
should be added at the head of the EventDispatcher
's interceptor chain.ConditionalIndex
that supports a forward index.ReadWriteBackingMap.ReadThread
to refresh its Guardian.GuardContext
.ReadWriteBackingMap.WriteThread
to refresh its Guardian.GuardContext
.AbstractExtractor.extractFromEntry(java.util.Map.Entry)
operation.EventInterceptor
subscribes to.SimpleMapIndex.IndexCalculator.CalculatorState
of this calculator.QueryMap.keySet(com.tangosol.util.Filter)
.MapEvent
destined for the corresponding MapListener
.MapEventFilter
) and a MapEventTransformer and is used to register event listeners that allow to change the content of a MapEvent.BinaryMap
objects built on the MappedBufferManager
to provide BinaryStore
objects.MapTrigger
on a corresponding ObservableMap.InputStreaming.reset()
method) to the current position.InputStreaming.reset()
method) to the current position.InputStreaming.reset()
method) to the current position.PofInputStream.reset()
method) to the current position.InputStreaming.reset()
method) to the current position.InputStreaming.reset()
method) to the current position.WrapperDataInputStream.reset()
method) to the current position.WrapperInputStream.reset()
method) to the current position.ReadBuffer.BufferInput.mark(int)
and InputStreaming.reset()
methods.InputStreaming.mark(int)
and InputStreaming.reset()
methods.mark
and reset
methods.mark
and reset
methods.PofInputStream.mark(int)
and PofInputStream.reset()
methods.ReadBuffer.BufferInput.mark(int)
and InputStreaming.reset()
methods.ReadBuffer.BufferInput.mark(int)
and InputStreaming.reset()
methods.WrapperDataInputStream.mark(int)
and WrapperDataInputStream.reset()
methods.WrapperInputStream.mark(int)
and WrapperInputStream.reset()
methods.JMXConnectorServer
.InvocationService
to inform the InvocationObserver that a member has finished running the Invocable
object; the result of the invocation, if any, is provided to the InvocationObserver.InvocationService
to inform the InvocationObserver that a member has finished running the Invocable
object; the result of the invocation, if any, is provided to the InvocationObserver.InvocationService
to inform the InvocationObserver that a member has thrown an exception while running the Invocable
object.InvocationService
to inform the InvocationObserver that a member has thrown an exception while running the Invocable
object.InvocationService
to inform the InvocationObserver that a member that the Invocable
object was intended for execution upon has left the service (or the cluster).InvocationService
to inform the InvocationObserver that a member that the Invocable
object was intended for execution upon has left the service (or the cluster).PofValue
identified by this PofNavigator within the passed PofValue.PofValue
identified by this PofNavigator within the passed PofValue.CachingMap.LISTEN_AUTO
invalidation strategy.EventInterceptor
in the chain if one exists.address
.address
and a port number.provider
.NonBlockingTcpDatagramSocket.Impl
.TcpDatagramSocket.Impl
which provides non-blocking functionality, see NonBlockingTcpDatagramSocket.Impl.send(DatagramPacket)
.provider
.Continuation
that does nothing.Number
type.ProcessorFactory
that can be used to create a NumberIncrementor
.Number
type.ProcessorFactory
that can be used to create a NumberMultiplier
.LocalCache
insteadEvent
.BinaryDeltaCompressor.applyDelta(com.tangosol.io.ReadBuffer, com.tangosol.io.ReadBuffer)
method to copy the following bytes from the delta value and append them to the new value.BinaryDeltaCompressor.applyDelta(com.tangosol.io.ReadBuffer, com.tangosol.io.ReadBuffer)
method to extract bytes from the old value and append them to the new value.BinaryDeltaCompressor.applyDelta(com.tangosol.io.ReadBuffer, com.tangosol.io.ReadBuffer)
method that the delta has been fully applied.NamedCache
interface that adds support for optimistic transactions.PackedDataOutputStream
.PofValue
wrapper for it.PofValue
wrapping the binary.PofValue
wrapping the binary.PartitionedServiceDispatcher
dispatches PartitionedServiceDispatcher.TransferEvent
s from a PartitionedService
.PartitionedServiceDispatcher.TransferEvent
captures information concerning the transfer of a partition for a storage enabled member.PartitionedServiceDispatcher.TransferEvent
types.PeerX509TrustManager
instances.PofAnnotationSerializer
provides annotation based de/serialization.PofValue
implementation for arrays.PofReader
implementation that reads POF-encoded data from a BufferInput
.PofWriter
implementation that writes POF-encoded data to a BufferOutput
.PofValue
implementation for collections.PofReader
.PofValue
hierarchy.PofWriter
.PofSparseArray.NilPofValue
implementation for sparse arrays.PofValue
implementation for uniform arrays.PofValue
implementation for uniform collections.PofValue
implementation for uniform sparse arrays.PofValue
implementation for user types.PofValue
wrapper for it.PofAnnotationSerializer
.PofSerializer
implementation that supports the serialization and deserialization of any class that implements PortableObject
to and from a POF stream.Entry.getValue
call.InvocableMap.Entry
objects that currently exist in a Map.Principal
to/from a POF stream.ProcessorFactory
instances.AsyncBinaryStore.DELETED
then erase the value from the underlying store.NamedCache.put(Object, Object, long)
, is currently not available when using a transactional cache.OverflowMap.put(Object, Object)
and "void put(Object, Object)" that eliminates duplicate (and muchos complex) code between the OverflowMap.put(java.lang.Object, java.lang.Object)
and OverflowMap.putAll(java.util.Map)
methods.QueryMap
API.QueryMap
API.Filter
or ValueExtractor
.QueryMap.Entry
interface.QueryRecord.PartialResult.RecordableStep
that provides the ability to record the estimated cost of evaluating a filter as part of a query operation.step
that provides the ability to record the cost of evaluating a filter as part of a query operation.QueryRecord.PartialResult.RecordableStep
that provides the ability to record the information associated with the actual cost of evaluating a filter as part of a query operation.QueryRecord
object that contains an estimated or actual cost of the query execution for a given filter.QueryRecorder
should be used to produce a QueryRecord
object that contains an estimated or an actual cost of the query execution.KeyPropertyString
or a quoted canonical name.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.Journal.write(com.tangosol.util.Binary)
, read the Binary value that was written to the Journal.Journal.write(com.tangosol.util.Binary)
, read the Binary value that was written to the Journal.Journal.write(com.tangosol.util.Binary)
, read the Binary value that was written to the Journal.Journal.write(com.tangosol.util.Binary)
, read the Binary value that was written to the Journal.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.len
bytes of data from the input stream into an array of bytes.len
bytes of data from the input stream into an array of bytes.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.ab
.cb
bytes from the input stream and store them into the passed array ab
starting at offset of
.InflaterInputStream.read()
implementation making the known bug fix in JDK 1.4.1 ( "InflaterInputStream is very memory inefficient") retroactive for prior JDKs.cb
bytes and return them as a ReadBuffer object.cb
bytes and return them as a ReadBuffer object.cb
bytes and return them as a ReadBuffer object.cb
bytes and return them as a ReadBuffer object.ab.length
bytes and store them in ab
.cb
bytes and store them in ab
starting at offset of
.ab.length
bytes and store them in ab
.cb
bytes and store them in ab
starting at offset of
.ab.length
bytes and store them in ab
.cb
bytes and store them in ab
starting at offset of
.ab.length
bytes and store them in ab
.cb
bytes and store them in ab
starting at offset of
.ab.length
bytes and store them in ab
.cb
bytes and store them in ab
starting at offset of
.ab.length
bytes and store them in ab
.cb
bytes and store them in ab
starting at offset of
.WriteBuffer.BufferOutput.writePackedInt(int)
.WriteBuffer.BufferOutput.writePackedInt(int)
.WriteBuffer.BufferOutput.writePackedInt(int)
.WriteBuffer.BufferOutput.writePackedInt(int)
.WriteBuffer.BufferOutput.writePackedInt(int)
.WriteBuffer.BufferOutput.writePackedLong(long)
.WriteBuffer.BufferOutput.writePackedLong(long)
.WriteBuffer.BufferOutput.writePackedLong(long)
.WriteBuffer.BufferOutput.writePackedLong(long)
.WriteBuffer.BufferOutput.writePackedLong(long)
.ReadWriteBackingMap.ReadQueue
, reads the value for the key from the underlying CacheStore, and caches the value in the internal ReadWriteBackingMap cache.calculateEffectiveness
calculateEffectiveness
CacheMap.getAll(Collection)
API.String.matches(String)
contract.MBeanHelper.registerCacheMBean(NamedCache, String)
insteadMBeanHelper.registerCacheMBean(CacheService, String, String, Map)
insteadDisposable
resource with the Cluster, using the specified name.PofSerializer
.AddressProvider.getNextAddress()
method has failed.AddressProvider.getNextAddress()
method has failed.AddressProvider.getNextAddress()
method has failed.AddressProvider.getNextAddress()
method has failed.AddressProvider.getNextAddress()
method has failed.Work.release()
method.AbstractBackingMapManager.instantiateBackingMap(String)
method.BackingMapManager.instantiateBackingMap(String)
method.DefaultConfigurableCacheFactory.Manager.instantiateBackingMap(String)
method.AbstractBackingMapManager.instantiateBackingMap(String)
method.BackingMapDispatcher.EntryEvent
is dispatched after one or more BinaryEntry
(s) have been removed from the backing-map.EventInterceptor
from this dispatcher.BackingMapDispatcher.EntryEvent
is dispatched before a BinaryEntry
has been removed from backing-map.InputStreaming.mark(int)
method was last called on this InputStream.InputStreaming.mark(int)
method was last called on this InputStream.InputStreaming.mark(int)
method was last called on this InputStream.mark
method was last called on this input stream.mark
method was last called on this input stream.InputStreaming.mark(int)
method was last called on this InputStream.PofInputStream.mark(int)
method was last called on this InputStream.InputStreaming.mark(int)
method was last called on this InputStream.WrapperDataInputStream.mark(int)
method was last called on this InputStream.WrapperInputStream.mark(int)
method was last called on this InputStream.Source
s to be used by the XML parser to validate an XML document.public static <type> valueOf(String s)
.WriteBuffer.length()
- 1, which is shifted to offset WriteBuffer.length()
- of - 1.WriteBuffer.length()
- 1, which is shifted to offset WriteBuffer.length()
- of - 1.SortedMap
based on a skip-list that is structurally thread-safe.DefaultConfigurableCacheFactory.SCHEME_EXTERNAL
and DefaultConfigurableCacheFactory.SCHEME_EXTERNAL_PAGED
CacheFactoryBuilder
that manages multiple instances of ConfigurableCacheFactory
.ConfigurableCacheFactory
.Serializer
objects.DirectBufferManager.cleanupBuffers()
method.true
.SerializationCache.setHighUnits(int)
DefaultCacheFactoryBuilder.getSingletonFactory()
).xml element format
used to create the connection.Map.Entry
interface.calculator
used to calculate the cost of a homogeneous index (holding all values of a single type).Object.hashCode()
values.PartitionAwareKey
implementation.PofContext
implementation.PofNavigator
implementation which uses an array of integer indices to navigate the PofValue hierarchy.QueryRecord
object.BigDecimal
object.BigInteger
object.Binary
object.Boolean
object.Byte
object.Character
object.Date
, Date
or Time
object.Double
object.LocalCache.Entry
object.Float
object.Integer
object.Long
object.Object
.Short
object.String
object.Timestamp
object.n
bytes of data from this input stream.n
bytes of data from this input stream.ConfigurableAddressProvider.getNextAddress()
method.SafeSortedMap.Split
of this map at the specified key.JMXConnectorServer
.AbstractJournalRM.JournalFile.m_lStateOffset
that are used for the current state of the file (one of the STATE_* constants).The entity must have an identifier attribute, and it must be either null (undefined) or equal to the cache key.
Subject
to/from a POF stream.ByteSequence
that is a subsequence of this sequence.ByteSequence
that is a subsequence of this sequence.ByteSequence
that is a subsequence of this sequence.ByteSequence
that is a subsequence of this sequence.ByteSequence
that is a subsequence of this sequence.address
.address
and a port number.provider
.TcpDatagramSocket.Impl
.DatagramSocketImpl
.provider
.ReentrantReadWriteLock
.Throwable
to/from a POF stream.Collection.toArray(Object[])
method.CacheLoader
interface.CacheStore
interface.QueryRecord
object that contains the actual cost of the query execution.QueryRecord
.QueryRecord
.QueryRecord
.QueryRecord
.QueryRecord
.QueryRecord
.QueryRecord
.QueryRecord
.TransactionMap.TRANSACTION_GET_COMMITTED
TransactionMap.TRANSACTION_REPEATABLE_GET
TransactionMap.TRANSACTION_SERIALIZABLE
ConcurrentMap.unlock(Object)
, is currently not available when using a transactional cache.SegmentedHashMap.lockBucket(int)
method.SegmentedHashMap.lockSegment(int, boolean)
method.MBeanHelper.quote(java.lang.String)
method to the original string.MBeanHelper.unregisterCacheMBean(CacheService, String)
insteadMBeanHelper.unregisterCacheMBean(String, String)
insteadEventInterceptor
, and remove it from all EventDispatcher
s.Set
to provide a hook for initialization.BackingMapDispatcher.EntryEvent
is dispatched after one or more BinaryEntry
(s) have been updated in the backing-map.BackingMapDispatcher.EntryEvent
is dispatched before a BinaryEntry
is updated in backing-map.AbstractExtractor.extractFromEntry(java.util.Map.Entry)
operation should use the Entry's value.ValueExtractor
and ValueUpdater
implementations.Versionable
interface and performs an Entry.setValue
operation if and only if the version of the specified value matches to the version of the current value.Versionable
interface and performs an Entry.setValue
operation only for entries whose versions match to versions of the corresponding current values.immediately
.b
.ab
.cb
bytes starting at offset of
from the array ab
.len
bytes from the specified byte array starting at offset off
to this output stream.b
.ab
.cb
bytes starting at offset of
from the array ab
.b
.cb
bytes starting at offset of
from the array ab
.b
.ab
.cb
bytes starting at offset of
from the array ab
.len
bytes from the specified byte array starting at offset off
to this output stream.len
bytes from the specified byte array starting at offset off
to this output stream.b
.ab
.cb
bytes starting at offset of
from the array ab
.b
.ab
.cb
bytes starting at offset of
from the array ab
.b
.ab
.cb
bytes starting at offset of
from the array ab
.b
.ab
.cb
bytes starting at offset of
from the array ab
.b
.ab
.cb
bytes starting at offset of
from the array ab
.len
bytes from the specified byte array starting at offset off
to this stream.DeflaterOutputStream.write(int)
implementation making it more memory efficient.Binary
property to the POF stream.Binary
property to the POF stream.f
.f
.f
.f
.cb
bytes from the passed ReadBuffer object starting at offset of
within the passed ReadBuffer.cb
bytes from the passed ReadBuffer object starting at offset of
within the passed ReadBuffer.cb
bytes from the passed ReadBuffer object starting at offset of
within the passed ReadBuffer.cb
bytes from the passed ReadBuffer object starting at offset of
within the passed ReadBuffer.cb
bytes from the passed ReadBuffer object starting at offset of
within the passed ReadBuffer.b
.b
.b
.b
.s
, but only the low-order byte from each character of the String is written.s
, but only the low-order byte from each character of the String is written.s
, but only the low-order byte from each character of the String is written.s
, but only the low-order byte from each character of the String is written.ch
; the 16 high-order bits of ch
are ignored.ch
; the 16 high-order bits of ch
are ignored.ch
; the 16 high-order bits of ch
are ignored.ch
; the 16 high-order bits of ch
are ignored.s
as a sequence of characters.s
as a sequence of characters.s
as a sequence of characters.s
as a sequence of characters.o
so that the corresponding ObjectInput.readObject()
method can reconstitute an Object from the written data.o
so that the corresponding ObjectInput.readObject()
method can reconstitute an Object from the written data.n
; the 16 high-order bits of n
are ignored.n
; the 16 high-order bits of n
are ignored.n
; the 16 high-order bits of n
are ignored.n
; the 16 high-order bits of n
are ignored.DataInput.readUTF()
method can reconstitute a String from the written data.DataInput.readUTF()
method can reconstitute a String from the written data.s
as a sequence of characters, but using UTF-8 encoding for the characters, and including the String length data so that the corresponding DataInput.readUTF()
method can reconstitute a String from the written data.DataInput.readUTF()
method can reconstitute a String from the written data.s
as a sequence of characters, but using UTF-8 encoding for the characters, and including the String length data so that the corresponding DataInput.readUTF()
method can reconstitute a String from the written data.s
as a sequence of characters, but using UTF-8 encoding for the characters, and including the String length data so that the corresponding DataInput.readUTF()
method can reconstitute a String from the written data.DataInput.readUTF()
method can reconstitute a String from the written data.s
as a sequence of characters, but using UTF-8 encoding for the characters, and including the String length data so that the corresponding DataInput.readUTF()
method can reconstitute a String from the written data.DataInput.readUTF()
method can reconstitute a String from the written data.PofSerializer
implementation that supports the serialization and deserialization of any class that implements XmlSerializable
to and from a POF stream.A B C D E F G H I J K L M N O P Q R S T U V W X Z
|
Oracle® Coherence Java API Reference Release 3.7.1.0 E22843-01 |
|||||||
PREV NEXT | FRAMES NO FRAMES |