Uses of Interface
org.terracotta.offheapstore.storage.StorageEngine

Packages that use StorageEngine

Package	Description
org.terracotta.offheapstore
org.terracotta.offheapstore.concurrent
org.terracotta.offheapstore.disk.persistent
org.terracotta.offheapstore.disk.storage
org.terracotta.offheapstore.eviction
org.terracotta.offheapstore.set
org.terracotta.offheapstore.storage

Uses of StorageEngine in org.terracotta.offheapstore

Fields in org.terracotta.offheapstore declared as StorageEngine

Modifier and Type	Field and Description
protected StorageEngine<? super K,? super V>	OffHeapHashMap.storageEngine

Methods in org.terracotta.offheapstore that return StorageEngine

Modifier and Type	Method and Description
StorageEngine<? super K,? super V>	OffHeapHashMap.getStorageEngine()

Constructors in org.terracotta.offheapstore with parameters of type StorageEngine

Constructor and Description
AbstractLockedOffHeapHashMap(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine)
AbstractLockedOffHeapHashMap(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize)
AbstractLockedOffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine)
AbstractLockedOffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine, boolean bootstrap)
AbstractLockedOffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize)
AbstractLockedOffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize, boolean bootstrap)
AbstractOffHeapClockCache(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine)
AbstractOffHeapClockCache(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize)
AbstractOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine)
AbstractOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine, boolean bootstrap)
AbstractOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize)
AbstractOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize, boolean bootstrap)
OffHeapHashMap(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine)
OffHeapHashMap(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize)
OffHeapHashMap(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize, boolean bootstrap)
OffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine) Construct an instance using a custom BufferSource for the hashtable.
OffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine, boolean bootstrap)
OffHeapHashMap(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize) Construct an instance using a custom BufferSource for the hashtable and a custom initial table size.
ReadWriteLockedOffHeapClockCache(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine)
ReadWriteLockedOffHeapClockCache(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize)
ReadWriteLockedOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine)
ReadWriteLockedOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize)
ReadWriteLockedOffHeapHashMap(PageSource tableSource, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine)
ReadWriteLockedOffHeapHashMap(PageSource tableSource, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize)
ReadWriteLockedOffHeapHashMap(PageSource tableSource, StorageEngine<? super K,? super V> storageEngine)
ReadWriteLockedOffHeapHashMap(PageSource tableSource, StorageEngine<? super K,? super V> storageEngine, int tableSize)
WriteLockedOffHeapClockCache(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine)
WriteLockedOffHeapClockCache(PageSource source, boolean tableAllocationsSteal, StorageEngine<? super K,? super V> storageEngine, int tableSize)
WriteLockedOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine)
WriteLockedOffHeapClockCache(PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize)
WriteLockedOffHeapHashMap(PageSource tableSource, StorageEngine<? super K,? super V> storageEngine)
WriteLockedOffHeapHashMap(PageSource tableSource, StorageEngine<? super K,? super V> storageEngine, int tableSize)

Uses of StorageEngine in org.terracotta.offheapstore.concurrent

Constructor parameters in org.terracotta.offheapstore.concurrent with type arguments of type StorageEngine

Constructor and Description
ConcurrentOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates a cache using the given table buffer source and storage engine factory.
ConcurrentOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener) Creates a cache using the given table buffer source and storage engine factory.
ConcurrentOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener, long tableSize, int concurrency) Creates a cache using the given table buffer source, storage engine factory, initial table size, and concurrency.
ConcurrentOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, long tableSize, int concurrency) Creates a cache using the given table buffer source, storage engine factory, initial table size, and concurrency.
ConcurrentOffHeapHashMap(PageSource tableSource, boolean tableAllocationsSteal, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory)
ConcurrentOffHeapHashMap(PageSource tableSource, boolean tableAllocationsSteal, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, long tableSize, int concurrency)
ConcurrentOffHeapHashMap(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates a map using the given table buffer source and storage engine factory.
ConcurrentOffHeapHashMap(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, long tableSize, int concurrency) Creates a map using the given table buffer source, storage engine factory, initial table size, and concurrency.
ConcurrentWriteLockedOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates a cache using the given table buffer source and storage engine factory.
ConcurrentWriteLockedOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener) Creates a cache using the given table buffer source and storage engine factory.
ConcurrentWriteLockedOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener, long tableSize, int concurrency) Creates a cache using the given table buffer source, storage engine factory, initial table size, and concurrency.
ConcurrentWriteLockedOffHeapClockCache(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, long tableSize, int concurrency) Creates a cache using the given table buffer source, storage engine factory, initial table size, and concurrency.
ConcurrentWriteLockedOffHeapHashMap(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates a map using the given table buffer source and storage engine factory.
ConcurrentWriteLockedOffHeapHashMap(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, long tableSize, int concurrency) Creates a map using the given table buffer source, storage engine factory, initial table size, and concurrency.
ReadWriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates segments using the given table buffer source and storage engine factory.
ReadWriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener) Creates segments using the given table buffer source and storage engine factory.
ReadWriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener, int tableSize) Creates segments using the given table buffer source, storage engine factory, eviction listener and initial table size.
ReadWriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, int tableSize) Creates segments using the given table buffer source, storage engine factory, and initial table size.
ReadWriteLockedOffHeapHashMapFactory(PageSource tableSource, boolean tableAllocationsSteal, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory)
ReadWriteLockedOffHeapHashMapFactory(PageSource tableSource, boolean tableAllocationsSteal, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, int tableSize) Creates segments using the given table buffer source, storage engine factory, and initial table size.
ReadWriteLockedOffHeapHashMapFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates segments using the given table buffer source and storage engine factory.
ReadWriteLockedOffHeapHashMapFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, int tableSize)
WriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates segments using the given table buffer source and storage engine factory.
WriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener) Creates segments using the given table buffer source and storage engine factory.
WriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, EvictionListener<K,V> evictionListener, int tableSize) Creates segments using the given table buffer source, storage engine factory, eviction listener and initial table size.
WriteLockedOffHeapClockCacheFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, int tableSize) Creates segments using the given table buffer source, storage engine factory, and initial table size.
WriteLockedOffHeapHashMapFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory) Creates segments using the given table buffer source and storage engine factory.
WriteLockedOffHeapHashMapFactory(PageSource tableSource, Factory<? extends StorageEngine<? super K,? super V>> storageEngineFactory, int tableSize) Creates segments using the given table buffer source, storage engine factory, and initial table size.

Uses of StorageEngine in org.terracotta.offheapstore.disk.persistent

Subinterfaces of StorageEngine in org.terracotta.offheapstore.disk.persistent

Modifier and Type	Interface and Description
interface	PersistentStorageEngine<K,V>

Uses of StorageEngine in org.terracotta.offheapstore.disk.storage

Classes in org.terracotta.offheapstore.disk.storage that implement StorageEngine

Modifier and Type	Class and Description
class	FileBackedStorageEngine<K,V>
class	PersistentSplitStorageEngine<K,V>

Uses of StorageEngine in org.terracotta.offheapstore.eviction

Constructors in org.terracotta.offheapstore.eviction with parameters of type StorageEngine

Constructor and Description
EvictionListeningReadWriteLockedOffHeapClockCache(EvictionListener<K,V> listener, PageSource source, StorageEngine<? super K,? super V> storageEngine)
EvictionListeningReadWriteLockedOffHeapClockCache(EvictionListener<K,V> listener, PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize)
EvictionListeningWriteLockedOffHeapClockCache(EvictionListener<K,V> listener, PageSource source, StorageEngine<? super K,? super V> storageEngine)
EvictionListeningWriteLockedOffHeapClockCache(EvictionListener<K,V> listener, PageSource source, StorageEngine<? super K,? super V> storageEngine, int tableSize)

Uses of StorageEngine in org.terracotta.offheapstore.set

Methods in org.terracotta.offheapstore.set that return StorageEngine

Modifier and Type	Method and Description
StorageEngine<? super E,?>	OffHeapHashSet.getStorageEngine()

Constructors in org.terracotta.offheapstore.set with parameters of type StorageEngine

Constructor and Description
OffHeapHashSet(PageSource source, boolean tableSteals, StorageEngine<? super E,Boolean> engine, int capacity)

Uses of StorageEngine in org.terracotta.offheapstore.storage

Classes in org.terracotta.offheapstore.storage that implement StorageEngine

Modifier and Type	Class and Description
class	LongStorageEngine<V> A Long key storage engine.
class	OffHeapBufferStorageEngine<K,V> A generic ByteBuffer based key/value store.
class	PortabilityBasedStorageEngine<K,V>
class	SerializableStorageEngine A OffHeapBufferStorageEngine subclass using Java serialization for portability.
class	SplitStorageEngine<K,V> A StorageEngine composed of two independent engines, one for the keys, one for the values.
class	StringStorageEngine A <String, String> storage engine.