|
|||||||||
| PREV NEXT | FRAMES NO FRAMES | ||||||||
ConcurrentHashMap.KeySetView.add(K) on each one.
EvictionVeto where all mappings are vetoed from eviction.
TCache when the CacheLoaderWriter it uses threw an
RuntimeException while bulk loading values for a given set of keysCache when the CacheLoaderWriter it uses threw an
exception while bulk writing / removing values for a given set of keysSet keys argument, using the remappingFunction to compute the value.
Set keys argument, using the remappingFunction to compute the value.
Set keys argument using the mappingFunction
to compute the value.
Cache.Cache.cause passed in.
cause passed in and with the provided message.
Status.AVAILABLE, but wasn't yet made available
to other threads by the CacheManager.
Cache operation.CacheEvents.CacheEvent system in a cache.Service that will facilitate CacheEventNotificationService instanceCache instance and will be used to keep it
in sync with another system.Service that will create CacheLoaderWriter
instances for a given Cache managed by a CacheManager
The CacheManager will request an instance of this Class prior to creating any
Cache instances.Cache when the CacheLoaderWriter it uses threw an
Exception while loading a value for a given key.Cache as well as associated ServicePersistentCacheManager.CacheManager, but wasn't yet made
Status.UNINITIALIZED.
Cache.Cache when the CacheLoaderWriter it uses threw an
Exception while writing a value for a given keycause passed in
and with the provided message.
cause passed in.
CacheLoaderWriter or any
registered CacheEventListener instances
This is not an atomic operation and can potentially be very expensive
Cache.clear() fails due to an underlying store
failure.
Cache instances managed by this CacheManager, as well as all
Service this instance provides to managed Cache instances.
Status.AVAILABLE to Status.UNINITIALIZED
thisSize of this unit to thatSize of
thatUnit.
null if there is no current
mapping).
null.
BiFunction is invoked under appropriate lock scope
The pinning bit from the metadata, will be flipped (i.e.
BiFunction is invoked under appropriate lock scope
The pinning bit from the metadata, will be flipped (i.e.
spliterator() METHOD
OF THE keySet(), values() or
entrySet() RETURNED OBJECTS.initialCapacity) and
initial table density (loadFactor).
initialCapacity), table
density (loadFactor), and number of concurrently
updating threads (concurrencyLevel).
Set of keys, in
which additions may optionally be enabled by mapping to a
common value.ConcurrentHashMap.containsValue(Object), and exists solely to ensure
full compatibility with class Hashtable,
which supported this method prior to introduction of the
Java Collections framework.
Cache.containsKey(java.lang.Object) fails due to an
underlying store failure, and the resultant cache load operation also fails.
true if this map maps one or more keys to the
specified value.
amount in unit in to this unit.
Cache in this CacheManager according to the specified CacheConfiguration.
CacheEntryType
CacheEventNotificationService to be used by CacheManager
CacheIntegration
CacheIntegration.Listener
CacheIntegration.Loaderwriter
CacheIntegration.Writebehind
CacheIntegration.Writebehind.RetryAttempts
CacheIntegration.Writebehind.Writedelay
CacheManager when a Cache is being added to it.
CacheTemplateType
CacheType
JAXBElement<ConfigType>}
ConfigType
CacheEventListener
ExpiryType
ExpiryType.None
Serializer with the given parameters.
PersistableResourceType
PersistenceType
ResourcesType
ResourceType
SerializerType
SerializerType.Serializer
ServiceType
TimeType
Serializer with the given parameters.
CacheEventListener instance
CacheEventListener instance
Cache instance managed
by this CacheManager
TimeUnitDuration instance
org.jsr107.tck.management.agentId system property so that the TCK can precisely identify the correct
MBeanServer when running tests.Set view of the mappings contained in this map.
ResourceUnit to represent entries count.EvictionVeto and EvictionPrioritizer instances.EvictionPrioritizer instances.Comparator used to prioritize eviction between cache entries.Predicate used to veto eviction of cache entries.Expiry instances.CacheEventType an event has to be fired
firing mode to use
null if this map contains no mapping for the key.
ValueHolder to
which the specified key is mapped, or null if this store contains no
mapping for the key or if it was evicted (or became expired) since it was
initially installed.
Cache.getAll(java.util.Set) fails on a cache
without a cache loader due to an underlying store failure.
Cache.getAll(java.util.Set) fails on a cache
with a cache loader due to an underlying store failure.
Cache.getAll(java.util.Set) fails on a cache
with a cache loader due to an underlying store failure, and the associated
cache write operation also failed.
Duration.getTimeUnit() this instance represents
Cache associated with the given alias, if one is known.
ClassLoader for this cache.
List CacheConfigurationChangeListener defined in the Store
EvictionPrioritizer comparator.
EvictionVeto predicate function.
expiration policy instance for the Cache.
Cache
Cache
Cache
NOTE: Some cache configurations (eg.
Cache.get(java.lang.Object) fails on a cache without
a cache loader due to an underlying store failure.
Cache.get(java.lang.Object) fails on a cache with a
cache loader due to an underlying store failure.
Cache.get(java.lang.Object) fails on a cache with a
cache loader due to an underlying store failure.
Exception encountered
Exception encountered
key that ValueHolder is mapped to should to be
unique at a given time.
type of the keys that a Store will hold.
null if additions are not supported.
ResourcePool based on its type.
resource pools the Cache can make use of.
ResourceType of all the pools present in the ResourcePools
CacheRuntimeConfiguration associated with this Cache instance.
Service of the serviceType.
Status for this CacheManager
Status for this CacheManager
TimeSource configured.
TimeSource that is configured
TimeUnit of this instance
type of the values that a Store will hold.
Map, i.e.,
the sum of, for each key-value pair in the map,
key.hashCode() ^ value.hashCode().
Status.AVAILABLE, starting all
Service instances managed by this CacheManager, as well
as all Cache pre registered with it.
Status.AVAILABLE.
Status.AVAILABLE, starting all
Service instances managed by this CacheManager, as well
as all Cache pre registered with it.
Status.UNINITIALIZED to Status.AVAILABLE
Status.AVAILABLE.
Set view of the keys contained in this map.
Set view of the keys in this map, using the
given common mapped value for any additions (i.e., Collection.add(E) and Collection.addAll(Collection)).
Cache or
CacheManager instances.Cache using this
CacheLoaderWriter instance.
Cache using this
CacheLoaderWriter instance.
Cache using this
CacheLoaderWriter instance.
ResourceUnit to represent memory consumption.CacheConfigurationBuilder seeded with the cache-template configuration
by the given name in the XML configuration parsed using XmlConfiguration.parseConfiguration()
CacheConfigurationBuilder seeded with the cache-template configuration
by the given name in the XML configuration parsed using XmlConfiguration.parseConfiguration()
Set backed by a ConcurrentHashMap
from the given type to Boolean.TRUE.
Set backed by a ConcurrentHashMap
from the given type to Boolean.TRUE.
Expiry instance for a non expiring (ie.
EvictionVeto where no mappings are vetoed from eviction.
CacheEvent matching the EventType constrain used
when the listener was registered.
org.ehcache.spi.cache.Store operation..
org.ehcache.spi.cache.Store operation..
ordering mode to use
Cache configuration classesResourceUnit implementationsCache related eventsCache related exceptionsCacheCacheCacheManager servicesCache data that outlive the JVM's process existence.UserManagedCache that holds data that outlives the JVM's processPredicate instances.Cache.putAll(java.util.Map) fails due to an
underlying store failure.
Cache.putAll(java.util.Map) fails due to an
underlying store failure, and the associated cache write operation also
failed.
Cache.put(java.lang.Object, java.lang.Object) fails
due to an underlying store failure.
Cache.put(java.lang.Object, java.lang.Object) fails
due to an underlying store failure, and the associated cache write
operation also failed.
Cache.putIfAbsent(java.lang.Object, java.lang.Object)
fails due to an underlying store failure.
Cache.putIfAbsent(java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache write
operation also failed.
Cache.putIfAbsent(java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache load
operation also failed.
CacheEventListener on the cache
CacheEventListener on the cache
CacheManager to release all CacheEventListener listeners registered with CacheEventNotificationService
CacheManager when a Cache is being removed from it.
CacheEventListener
CacheManager when a Cache is being removed from it.
Cache.removeAll(java.util.Set) fails due to an
underlying store failure.
Cache.removeAll(java.util.Set) fails
due to an underlying store failure, and the associated cache write
operation also failed.
Cache associated with the alias provided, if oe is known.
Cache.remove(java.lang.Object) fails due to an
underlying store failure.
Cache.remove(java.lang.Object) fails
due to an underlying store failure, and the associated cache write
operation also failed.
Cache.remove(java.lang.Object, java.lang.Object)
fails due to an underlying store failure.
Cache.remove(java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache write
operation also failed.
Cache.remove(java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache load
operation also failed.
oldValue, then replace that value with newValue.
Cache.replace(java.lang.Object, java.lang.Object)
fails due to an underlying store failure.
Cache.replace(java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache write
operation also failed.
Cache.replace(java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache load
operation also failed.
Cache.replace(java.lang.Object, java.lang.Object, java.lang.Object)
fails due to an underlying store failure.
Cache.replace(java.lang.Object, java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache write
operation also failed.
Cache.replace(java.lang.Object, java.lang.Object, java.lang.Object)
fails due to an underlying store failure, and the associated cache load
operation also failed.
resource pools a cache has at its disposal to store its mappings.Serializer for a given type.SerializationProvider in order to control
the creation of a Serializer.Cache when a store cannot serialize or deserialize a value.CacheManager managed service.CacheManager.Service implementation to declare a dependency on other Services.Service instances, that can be used to
look them up by type.ServiceProvider.
Cache instance requires to be able to store
Cache entries (i.e.TimeSource that uses System.currentTimeMillis()true if the argument passes the predicate.
TimeSourceService
This configuration has to be applied at the CacheManager level.TimeSource to use.
TimeSource to other services needing one.Expiry instance for the given duration
Expiry instance for the given duration
PersistentCacheManager
PersistentUserManagedCache
CacheManager, as such that needs to
have UserManagedCache.close() invoked in order to release all its resources.Collection view of the values contained in this map.
Configuration and CacheConfigurationBuilder expressed
in a XML file that obeys the ehcache-core.xsd (todo link this to proper location, wherever this ends up being)url
url and using the provided
classLoader to load user types (e.g.
url and using the provided
classLoader to load user types (e.g.
|
|||||||||
| PREV NEXT | FRAMES NO FRAMES | ||||||||