Uses of Interface
one.microstream.collections.interfaces.OptimizableCollection

Packages that use OptimizableCollection

Package	Description
one.microstream.collections
one.microstream.collections.sorting
one.microstream.collections.types
one.microstream.concurrency
one.microstream.util.traversing

Uses of OptimizableCollection in one.microstream.collections

Classes in one.microstream.collections that implement OptimizableCollection

Modifier and Type	Class	Description
class	ArrayCollector<E>	Full scale general purpose implementation of extended collection type XList.
class	BulkList<E>	Full scale general purpose implementation of extended collection type XList.
class	Collector<E>
class	EnumProcessor<E>
class	EqBulkList<E>	Full scale general purpose implementation of extended collection type XList.
class	EqHashEnum<E>
class	EqHashTable<K,V>
class	EqHashTable.Keys
class	EqHashTable.Values
class	HashEnum<E>
class	HashMapIdId
class	HashMapIdObject<E>	Primitive (read: fast) synchronized pseudo map implementation that maps long id values to weakly referenced objects.
class	HashMapObjectId<T>	Primitive (read: fast) synchronized pseudo map implementation that maps long id values to weakly referenced objects.
class	HashTable<K,V>
class	HashTable.Keys
class	HashTable.Values
class	LimitList<E>	Full scale general purpose implementation of extended collection type XList.
class	ListProcessor<E>
class	LockedAdder<E>
class	LockedCollection<E>
class	LockedList<E>
class	LockedMap<K,V>
class	MutexSet<E>
class	Single<E>
class	SubCollector<E>
class	SubList<E>
class	SubListProcessor<E>
class	SubProcessor<E>
class	SynchAdder<E>
class	SynchCollection<E>	Synchronization wrapper class that wraps an XCollection instance in public synchronized delegate methods.
class	SynchList<E>	Synchronization wrapper class that wraps an XList instance in public synchronized delegate methods.
class	SynchSet<E>	Synchronization wrapper class that wraps an XSet instance in public synchronized delegate methods.

Uses of OptimizableCollection in one.microstream.collections.sorting

Subinterfaces of OptimizableCollection in one.microstream.collections.sorting

Modifier and Type	Interface	Description
interface	XAddingSortation<E>
interface	XChart<K,V>
static interface	XChart.Keys<K,V>
static interface	XChart.Values<K,V>
interface	XLadder<E>
interface	XProcessingSortation<E>
interface	XPutGetSortation<E>
interface	XPuttingSortation<E>
interface	XRank<E>
interface	XRemovingSortation<E>
interface	XSortation<E>	Actually being a "Collation" (a collection of elements to which a sortation is applied), this type has been named "Sortation" nevertheless to avoid the mistakable similarity to the basic collection type "Collection" in reading, writing, talking and IntelliSense filtering.

Uses of OptimizableCollection in one.microstream.collections.types

Subinterfaces of OptimizableCollection in one.microstream.collections.types

Modifier and Type	Interface	Description
interface	XAddGetCollection<E>
interface	XAddGetSet<E>
interface	XAddingBag<E>
interface	XAddingCollection<E>	Adding aspect: add all elements that do not logically conflict with already contained elements according to the collection's logic.
interface	XAddingEnum<E>
interface	XAddingList<E>
interface	XAddingSequence<E>
interface	XAddingSet<E>
interface	XBag<E>	Bag type collections make the single demand (thus being a level 1 collection type) that duplicate elements have to be allowed, effectively being the opposite to set type collections.
interface	XBasicEnum<E>	Intermediate list type providing getting, adding, removing concerns to act as a common super type for XList and XLadder.
interface	XBasicList<E>	Intermediate list type providing getting, adding, removing concerns to act as a common super type for XList and XLadder.
interface	XBasicSequence<E>	Intermediate sequence type providing getting, adding, removing concerns to act as a common super type for XSequence and XSortation.
interface	XBasicTable<K,V>
static interface	XBasicTable.Keys<K,V>
static interface	XBasicTable.Values<K,V>
interface	XCollection<E>	A collection is the root type for all collections (level 0 collection type).
interface	XDecreasingEnum<E>	Intermediate list type that combines all list aspects except increasing (adding and inserting), effectively causing instances of this list type to maintain its size or shrink, but never grow.
interface	XDecreasingList<E>	Intermediate list type that combines all list aspects except increasing (adding and inserting), effectively causing instances of this list type to maintain its size or shrink, but never grow.
interface	XDecreasingSequence<E>	Intermediate list type that combines all list aspects except increasing (adding and inserting), effectively causing instances of this list type to maintain its size or shrink, but never grow.
interface	XEnum<E>
interface	XExpandingEnum<E>
interface	XExpandingList<E>
interface	XExpandingSequence<E>
interface	XExtendingEnum<E>
interface	XExtendingList<E>
interface	XExtendingSequence<E>
interface	XIncreasingEnum<E>
interface	XIncreasingList<E>
interface	XIncreasingSequence<E>
interface	XInputtingEnum<E>
interface	XInputtingList<E>
interface	XInputtingSequence<E>
interface	XInsertingEnum<E>
interface	XInsertingList<E>
interface	XInsertingSequence<E>
interface	XList<E>	Extended List interface with a ton of badly needed list procedures like distinction between identity and equality element comparison, procedure range specification, higher order (functional) procedures, proper toArray() methods, etc. All XList implementations have to have RandomAccess behavior. Intelligent implementations make non-random-access implementations like simple linked lists obsolete.
interface	XMap<K,V>
static interface	XMap.Keys<K,V>
static interface	XMap.Values<K,V>
interface	XPrependingEnum<E>
interface	XPrependingList<E>
interface	XPrependingSequence<E>
interface	XPreputtingEnum<E>
interface	XPreputtingList<E>
interface	XPreputtingSequence<E>
interface	XProcessingBag<E>
interface	XProcessingCollection<E>	Curiously, a removing collection has to be a getting collection as well, because some removal procedures could be abused to read the contained elements (e.g.
interface	XProcessingEnum<E>
interface	XProcessingList<E>
interface	XProcessingMap<K,V>
static interface	XProcessingMap.Keys<K,V>
static interface	XProcessingMap.Values<K,V>
interface	XProcessingSequence<E>
interface	XProcessingSet<E>
interface	XPutGetBag<E>
interface	XPutGetCollection<E>
interface	XPutGetEnum<E>
interface	XPutGetList<E>
interface	XPutGetSequence<E>
interface	XPutGetSet<E>
interface	XPuttingBag<E>
interface	XPuttingCollection<E>	Putting aspect: Ensure that all putted elements are contained in the collection
interface	XPuttingEnum<E>
interface	XPuttingList<E>
interface	XPuttingSequence<E>
interface	XPuttingSet<E>
interface	XRemovingBag<E>
interface	XRemovingCollection<E>
interface	XRemovingEnum<E>
interface	XRemovingList<E>
interface	XRemovingMap<K,V>
interface	XRemovingSequence<E>
interface	XRemovingSet<E>
interface	XSequence<E>	Level 1 collection type defining the single demand for the collection's elements to be ordered.
interface	XSet<E>
interface	XTable<K,V>
static interface	XTable.Keys<K,V>
static interface	XTable.Values<K,V>

Uses of OptimizableCollection in one.microstream.concurrency

Classes in one.microstream.concurrency that implement OptimizableCollection

Modifier and Type	Class	Description
class	Threaded<E>	Thread local context class that maintains Thread-to-instance associations.
class	ThreadedInstantiating<E>	Extended Threaded class that wraps a Instantiator instance to automatically create a new instance of type E to be associated with the current Thread if Threaded.get() could not find an existing association for it.

Uses of OptimizableCollection in one.microstream.util.traversing

Classes in one.microstream.util.traversing that implement OptimizableCollection

Modifier and Type	Class	Description
class	OpenAdressingMiniSet<E>	Very primitive, but very fast open adressing hash XSet implementation.