Uses of Class
org.infinispan.commons.util.Experimental

Packages that use Experimental

Package	Description
org.infinispan	This is the core of Infinispan, a distributed, transactional, highly scalable data grid platform.
org.infinispan.functional	Functional API package
org.infinispan.lock	Embedded Clustered Locks.
org.infinispan.lock.api	Clustered Locks API.
org.infinispan.multimap.api	MultimapCache API.
org.infinispan.multimap.api.embedded	Embedded Multimap Cache.
org.infinispan.notifications.cachelistener.filter	Cache-specific notifications and eventing filtering classes.
org.infinispan.persistence.spi	The Persistence SPI.

Packages with annotations of type Experimental

Package	Description
org.infinispan.functional	Functional API package

Uses of Experimental in org.infinispan

Methods in org.infinispan with annotations of type Experimental

Modifier and Type	Method	Description
<R> Map<K,R>	LockedStream.invokeAll(BiFunction<Cache<K,V>,? super org.infinispan.container.entries.CacheEntry<K,V>,R> biFunction)	Performs a BiFunction for each element of this stream on the primary owner of each entry returning a value.
default <R> Map<K,R>	LockedStream.invokeAll(org.infinispan.util.function.SerializableBiFunction<Cache<K,V>,? super org.infinispan.container.entries.CacheEntry<K,V>,R> biFunction)	Same as LockedStream.invokeAll(BiFunction) except that the BiFunction must also implement Serializable
default org.reactivestreams.Publisher<E>	CacheCollection.localPublisher(int segment)	Returns a publisher that will publish all elements that map to the given segment.
default org.reactivestreams.Publisher<E>	CacheCollection.localPublisher(IntSet segments)	Returns a publisher that will publish all elements that map to the given segment.

Uses of Experimental in org.infinispan.functional

Classes in org.infinispan.functional with annotations of type Experimental

Modifier and Type	Class	Description
class	EntryView	Entry views expose cached entry information to the user.
static interface	EntryView.ReadEntryView<K,V>	Expose read-only information about a cache entry potentially associated with a key in the functional map.
static interface	EntryView.ReadWriteEntryView<K,V>	Expose information about a cache entry potentially associated with a key in the functional map, and allows that cache entry to be written with new value and/or new metadata parameters.
static interface	EntryView.WriteEntryView<K,V>	Expose a write-only facade for a cache entry potentially associated with a key in the functional map which allows the cache entry to be written with new value and/or new metadata parameters.
interface	FunctionalMap<K,V>	Top level functional map interface offering common functionality for the read-only, read-write, and write-only operations that can be run against a functional map asynchronously.
static interface	FunctionalMap.ReadOnlyMap<K,V>	Exposes read-only operations that can be executed against the functional map.
static interface	FunctionalMap.ReadWriteMap<K,V>	Exposes read-write operations that can be executed against the functional map.
static interface	FunctionalMap.WriteOnlyMap<K,V>	Exposes write-only operations that can be executed against the functional map.
class	Listeners	Holder class for functional listener definitions.
static interface	Listeners.ReadWriteListeners<K,V>	Read-write listeners enable users to register listeners for cache entry created, modified and removed events, and also register listeners for any cache entry write events.
static interface	Listeners.WriteListeners<K,V>	Write listeners enable user to register listeners for any cache entry write events that happen in either a read-write or write-only functional map.
static interface	Listeners.WriteListeners.WriteListener<K,V>	Write-only listener.
interface	MetaParam<T>	An easily extensible metadata parameter that's stored along with the value in the the functional map.
static interface	MetaParam.Lookup	Provides metadata parameter lookup capabilities using Class as lookup key.
static class	MetaParam.MetaCreated	Read only metadata parameter representing a cached entry's created time in milliseconds.
static class	MetaParam.MetaEntryVersion	Writable metadata parameter representing a cached entry's generic version.
static class	MetaParam.MetaLastUsed	Read only metadata parameter representing a cached entry's last used time in milliseconds.
static class	MetaParam.MetaLifespan	Writable metadata parameter representing a cached entry's millisecond lifespan.
static class	MetaParam.MetaLoadedFromPersistence	Non-writable parameter telling if the entry was loaded from a persistence tier (CacheLoader) or not.
static class	MetaParam.MetaLong	Abstract class for numeric long-based metadata parameter instances.
static class	MetaParam.MetaMaxIdle	Writable metadata parameter representing a cached entry's millisecond max idle time.
static interface	MetaParam.Writable<T>	Writable MetaParam instances are those that the user can provide to be stored as part of the cache entry.
interface	Param<P>	An easily extensible parameter that allows functional map operations to be tweaked.
static class	Param.ExecutionMode	Defines where is the command executed.
static class	Param.LockingMode	Normally the cache has to acquire locks during any write operation to guarantee its correctness.
static class	Param.PersistenceMode	When a persistence store is attached to a cache, by default all write operations, regardless of whether they are inserts, updates or removes, are persisted to the store.
static class	Param.ReplicationMode
static class	Param.StatisticsMode	Defines how statistics are gathered for this command.
class	ParamIds	Parameter identifiers.
interface	Traversable<T>	Unsorted traversable stream for sequential and aggregating operations.

Uses of Experimental in org.infinispan.lock

Classes in org.infinispan.lock with annotations of type Experimental

Modifier and Type	Class	Description
class	EmbeddedClusteredLockManagerFactory	A ClusteredLockManager factory for embedded cached.

Uses of Experimental in org.infinispan.lock.api

Classes in org.infinispan.lock.api with annotations of type Experimental

Modifier and Type	Class	Description
class	ClusteredLockConfiguration	A Clustered Lock can be reentrant and there are different ownership levels.
interface	ClusteredLockManager	Provides the API to define, create and remove ClusteredLocks.

Uses of Experimental in org.infinispan.multimap.api

Classes in org.infinispan.multimap.api with annotations of type Experimental

Modifier and Type	Interface	Description
interface	BasicMultimapCache<K,V>	BasicMultimapCache provides the common API for the two different types of multimap caches that Infinispan provides: embedded and remote.

Uses of Experimental in org.infinispan.multimap.api.embedded

Classes in org.infinispan.multimap.api.embedded with annotations of type Experimental

Modifier and Type	Interface	Description
interface	MultimapCache<K,V>	Embedded version of MultimapCache.
interface	MultimapCacheManager<K,V>

Uses of Experimental in org.infinispan.notifications.cachelistener.filter

Methods in org.infinispan.notifications.cachelistener.filter with annotations of type Experimental

Modifier and Type	Method	Description
default boolean	CacheEventConverter.useRequestFormat()

Uses of Experimental in org.infinispan.persistence.spi

Classes in org.infinispan.persistence.spi with annotations of type Experimental

Modifier and Type	Interface	Description
interface	AdvancedCacheExpirationWriter<K,V>	Deprecated. since 11.0 replaced by NonBlockingStore
interface	NonBlockingStore<K,V>	The contract for defining a way for a cache to interface with external source of data, such as a database, filesystem etc.

Methods in org.infinispan.persistence.spi with annotations of type Experimental

Modifier and Type	Method	Description
default boolean	NonBlockingStore.ignoreCommandWithFlags(long commandFlags)	Some stores may not want to perform operations based on if a command has certain flags.
default CompletionStage<Void>	NonBlockingStore.prepareWithModifications(Transaction transaction, org.infinispan.persistence.support.BatchModification batchModification)	Write modifications to the store in the prepare phase, which are not yet persisted until the same transaction is committed via NonBlockingStore.commit(Transaction) or they are discarded if the transaction is rolled back via NonBlockingStore.rollback(Transaction).