private void readObject(java.io.ObjectInputStream in) throws java.io.IOException, java.lang.ClassNotFoundException
java.io.IOException
java.lang.ClassNotFoundException
private void writeObject(java.io.ObjectOutputStream out) throws java.io.IOException
java.io.IOException
java.lang.Object key
java.lang.Object value
long version
long hitCount
int timeToLive
int timeToIdle
long lastUpdateTime
boolean cacheDefaultLifespan
long id
java.lang.String mimeType
byte[] value
java.lang.String cacheName
int statisticsAccuracy
long cacheHits
long onDiskHits
long offHeapHits
long inMemoryHits
long misses
long onDiskMisses
long offHeapMisses
long inMemoryMisses
long size
long memoryStoreSize
long offHeapStoreSize
long diskStoreSize
float averageGetTime
long evictionCount
long searchesPerSecond
long averageSearchTime
long writerQueueLength
java.lang.String name
int intValue
ClusterScheme unavailableClusterScheme
int submitAttemptCount
int socketTimeoutMillis
java.io.Serializable key
private void readObject(java.io.ObjectInputStream in) throws java.io.IOException, java.lang.ClassNotFoundException
java.io.IOException
java.lang.ClassNotFoundException
private void writeObject(java.io.ObjectOutputStream out) throws java.io.IOException
java.io.IOException
int event
boolean wasElementNotNull
java.lang.String hostname
java.lang.Integer rmiRegistryPort
java.lang.Integer remoteObjectPort
Ehcache cache
RmiEventMessage.RmiEventType type
Element element
Ehcache cache
int nodeCount
java.lang.String region
java.lang.String shortName
long hitCount
long missCount
long putCount
double hitRatio
long elementCountInMemory
long elementCountOnDisk
long elementCountTotal
java.lang.String roleName
java.lang.String shortName
long loadCount
long fetchCount
long updateCount
long removeCount
long recreateCount
java.lang.String name
java.lang.String shortName
long loadCount
long updateCount
long insertCount
long deleteCount
long fetchCount
long optimisticFailureCount
java.lang.String query
long cacheHitCount
long cacheMissCount
long cachePutCount
long executionCount
long executionRowCount
long executionAvgTime
long executionMaxTime
long executionMinTime
java.lang.Object value
java.lang.Object version
long timestamp
java.util.UUID sourceUuid
long lockId
java.lang.Object version
long timeout
boolean concurrent
int multiplicity
long unlockTimestamp
javax.management.ObjectName objectName
javax.management.ObjectName objectName
javax.management.ObjectName objectName
long ttlInMillis
Statistics statistics
long lastUpdated
javax.management.ObjectName objectName
javax.management.DynamicMBean storeBean
long measuredSize
java.lang.String isMethodName
java.lang.String getMethodName
java.lang.String beanProperty
java.lang.String expression
ReflectionAttributeExtractor.Part[] parts
ReflectionAttributeExtractor.StartType start
java.util.Set<E> pinnedKeys
java.lang.String myName
int count
int modCount
int threshold
SelectableConcurrentHashMap.HashEntry[] table
float loadFactor
java.util.Iterator<E> evictionIterator
boolean fullyPinned
int pinnedCount
int numDummyPinnedKeys
ReadWriteSerializationCopyStrategy copyStrategy
CopyStrategy legacyCopyStrategy
ReadWriteSerializationCopyStrategy copyStrategy
java.lang.Object key
long position
int size
long hitCount
long expiry
int count
A volatile reference is needed here for the same reasons as in the table reference.
int modCount
Note that we don't actually have any iterators yet...
DiskStorageFactory disk
This is the substitute type used to store Element
s when they are first added to the store.
HashEntry[] table
A volatile reference is needed to ensure the visibility of table changes made during rehash operations to size operations. Key operations are done under read-locks so there is no need for volatility in that regard. Hence if we switched to read-locked size operations, we wouldn't need a volatile reference here.
int threshold
RateStatistic diskHitRate
RateStatistic diskMissRate
PoolAccessor<T> onHeapPoolAccessor
PoolAccessor<T> onDiskPoolAccessor
RegisteredEventListeners cacheEventNotificationService
boolean cachePinned
boolean update
TransactionID transactionID
java.lang.Object key
Element newElement
Element oldElement
boolean wasPinned
ReadWriteCopyStrategy<T> copyStrategy
AttributeExtractor delegate
int id
private java.lang.Object readResolve()
java.lang.String cacheManagerName
java.lang.String clusterUUID
java.lang.String ownerID
long creationTime
int id
private java.lang.Object readResolve()
java.lang.String cacheManagerName
java.lang.String cacheName
java.lang.String ownerID
javax.transaction.xa.Xid xid
int formatId
byte[] globalTransactionId
byte[] branchQualifier
SerializableXid xid
java.lang.String cacheName
java.util.concurrent.atomic.AtomicLong value
CircularLossyQueue<T> history
boolean resetOnSample
java.util.TimerTask samplerTask
long intervalMillis
long numeratorValue
long denominatorValue
long counterValue
long timestamp