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CoherenceTM v3.4.1 Copyright© 2000-2008 by Oracle Corporation |
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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.Comparable values extracted from
a set of entries in a Map.Map.get(Object)) if the Entry is
constructed with a null value.AbstractProcessor.processAll(java.util.Set) method.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.
AnyEvent.
BigDecimal value.BigDecimal value.BigDecimal value.BigDecimal value.ConnectionSpec
interface used to pass the connection info to the adapter.AbstractWriteBuffer.length()
method to zero.
DelegatingWriteBuffer.length()
method to zero.
WriteBuffer.length()
method to zero.
PortableExceptionQueryMap.Entry interface will be compared
using the compareEntries()
method.
InvocableMap.EntryAggregator
implementations.Comparator implementations and related interfaces.ValueExtractor and
ValueUpdater related classes.Filter implementations and related interfaces.InvocableMap.EntryProcessor
implementations.MapEventTransformer
implementations.Comparable values extracted from a set
of entries in a Map.Comparable values extracted from a set
of entries in a Map.Comparator.
Comparator.
Comparator.
Comparator.
If possible, use the extract method to optimize the value extraction process.
This method is expected to be implemented by Comparator wrappers,
such as ChainedComparator and InverseComparator,
which simply pass on this invocation to the wrapped Comparator objects
if they too implement this interface, or to invoke their default
compare method passing the actual objects (not the extracted values)
obtained from the extractor using the passed entries.
This interface is also expected to be implemented by ValueExtractor
implementations that implement the Comparator interface. It is expected
that in most cases, the Comparator wrappers will eventually terminate
at (i.e. delegate to) ValueExtractors that also implement this
interface.
EntryAggregator array.
TransactionMap.CONCUR_EXTERNAL
TransactionMap.CONCUR_OPTIMISTIC
TransactionMap.CONCUR_PESSIMISTIC
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).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.ReflectionExtractor objects.
ValueExtractor objects.
EntryAggregator
array.
EntryAggregator.
EntryAggregator and a result evaluation filter.
EntryAggregator.
EntryAggregator and a result evaluation filter.
KeyAssociation interface.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.
Comparator
interface that allows the EntryComparator to know whether the
underlying comparator expects to compare the corresponding Entries' keys or
values.ReadWriteBackingMap.CacheStoreWrapper.eraseAll(java.util.Collection), but the keys is in the internal format.
ReadWriteBackingMap.CacheStoreWrapper.erase(java.lang.Object), but the key is in the internal format.
PortableObject interface that supports forwards- and
backwards-compatibility of POF data streams.put method to indicate that the
cache's default expiry should be used.
put method to indicate that the
cache entry should never expire.
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.MapEventTransformer
implementation that transforms emitted events, extracting one or more
properties from either the OldValue or the NewValue.float.
SerializationCache.evict()
null if no object is bound under the name.
null if no object is bound under the name.
String.toCharArray() and repeated calls to
String.charAt(int).
HttpSessionCollection
implementation in use.
HttpSessionCollection
implementation in use.
Daemon.toString() method.
Daemon.toString() method.
getService(String).ensureCache(null, null) instead
CacheFactory.getCache(String) instead
CacheFactory.getCache(String, ClassLoader) instead
CacheAdapter.getNamedCache(java.lang.String, java.lang.ClassLoader) instead.
CacheFactory.getService(String)
instead
TIMEOUT_DEFAULT indicates a default
timeout value configured for the corresponding service; the value of
TIMEOUT_NONE indicates that this task can execute
indefinitely.
If, by the time the specified amount of time passed, the task has not
finished, the service will attempt to stop the execution by using the
Thread.interrupt() method. In the case that interrupting the
thread does not result in the task's termination, the
PriorityTask.runCanceled(boolean) method will be called.
SessionHelper.Factory
implementation in use.
SessionHelper.Factory
implementation in use.
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.
OverflowMap.get(java.lang.Object) and OverflowMap.getAll(java.util.Collection) that
eliminates duplicate (and very complex) code.
CacheFactory.getService(String)
instead
CacheFactory.getService(String)
instead
WrapperException.
getService(String).ensureCache(null, null) instead
CacheFactory.getCache(String) instead
CacheFactory.getCache(String, ClassLoader) instead
CacheFactory.getService(String)
instead
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.
ByteArrayReadBuffer.getRawByteArray() that this ReadBuffer uses.
getService(String).ensureCache(null, null) instead
CacheFactory.getCache(String) instead
CacheFactory.getCache(String, ClassLoader) instead
CacheAdapter.getNamedCache(java.lang.String, java.lang.ClassLoader) instead.
CacheFactory.getService(String)
instead
This implementation returns SCHEDULE_STANDARD.
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.
PortalCacheProvider.getQualifiedCacheName(String) method, return the unqualified
name that does not contain the CacheProvider scope identifier.
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.
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)
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.
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()
CacheLoader interface.CacheStore interface.ReadWriteBackingMap.CacheStoreWrapper.loadAll(java.util.Collection), but the keys are in the internal format.
ReadWriteBackingMap.CacheStoreWrapper.load(java.lang.Object), but the key and the returned value are in the
internal format.
Map.Entry interface.long.
String.toCharArray() and repeated calls to
String.charAt(int).
ByteArrayWriteBuffer.getUnsafeReadBuffer().
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.AbstractReadBuffer.AbstractBufferInput.reset()
method) to the current position.
InputStreaming.reset() method) to
the current position.
AbstractReadBuffer.AbstractBufferInput.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.
AbstractReadBuffer.AbstractBufferInput.mark(int) and
AbstractReadBuffer.AbstractBufferInput.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.
InputStreaming.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).