Uses of Interface
one.microstream.collections.types.XIncreasingSequence

Packages that use XIncreasingSequence

Package	Description
one.microstream.collections
one.microstream.collections.types

Uses of XIncreasingSequence in one.microstream.collections

Classes in one.microstream.collections that implement XIncreasingSequence

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	EqBulkList<E>	Full scale general purpose implementation of extended collection type XList.
class	EqHashEnum<E>
class	EqHashTable<K,V>
class	EqHashTable.Keys
class	HashEnum<E>
class	HashTable<K,V>
class	HashTable.Keys
class	LimitList<E>	Full scale general purpose implementation of extended collection type XList.
class	LockedList<E>
class	Single<E>
class	SubList<E>
class	SynchList<E>	Synchronization wrapper class that wraps an XList instance in public synchronized delegate methods.

Uses of XIncreasingSequence in one.microstream.collections.types

Subinterfaces of XIncreasingSequence in one.microstream.collections.types

Modifier and Type	Interface	Description
interface	XEnum<E>
interface	XIncreasingEnum<E>
interface	XIncreasingList<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	XTable<K,V>
static interface	XTable.Keys<K,V>

Methods in one.microstream.collections.types that return XIncreasingSequence

Modifier and Type	Method	Description
XIncreasingSequence<E>	XIncreasingSequence.addAll(E... elements)
XIncreasingSequence<E>	XIncreasingSequence.addAll(E[] elements, int offset, int length)
XIncreasingSequence<E>	XIncreasingSequence.addAll(XGettingCollection<? extends E> elements)
XIncreasingSequence<E>	XIncreasingSequence.copy()
XIncreasingSequence<E>	XIncreasingSequence.Creator.newInstance()
XIncreasingSequence<E>	XIncreasingSequence.prependAll(E... elements)
XIncreasingSequence<E>	XIncreasingSequence.prependAll(E[] elements, int offset, int length)
XIncreasingSequence<E>	XIncreasingSequence.prependAll(XGettingCollection<? extends E> elements)
XIncreasingSequence<E>	XIncreasingSequence.preputAll(E... elements)
XIncreasingSequence<E>	XIncreasingSequence.preputAll(E[] elements, int offset, int length)
XIncreasingSequence<E>	XIncreasingSequence.preputAll(XGettingCollection<? extends E> elements)
XIncreasingSequence<E>	XIncreasingSequence.putAll(E... elements)
XIncreasingSequence<E>	XIncreasingSequence.putAll(E[] elements, int offset, int length)
XIncreasingSequence<E>	XIncreasingSequence.putAll(XGettingCollection<? extends E> elements)
XIncreasingSequence<E>	XIncreasingSequence.range(long fromIndex, long toIndex)
XIncreasingSequence<E>	XIncreasingSequence.reverse()
XIncreasingSequence<E>	XIncreasingSequence.sort(Comparator<? super E> comparator)
XIncreasingSequence<E>	XIncreasingSequence.swap(long indexA, long indexB)
XIncreasingSequence<E>	XIncreasingSequence.swap(long indexA, long indexB, long length)
XIncreasingSequence<E>	XIncreasingSequence.toReversed()