Uses of Interface
one.microstream.collections.types.XExpandingSequence
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Packages that use XExpandingSequence Package Description one.microstream.collections one.microstream.collections.types -
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Uses of XExpandingSequence in one.microstream.collections
Classes in one.microstream.collections that implement XExpandingSequence Modifier and Type Class Description classArrayCollector<E>Full scale general purpose implementation of extended collection typeXList.classBulkList<E>Full scale general purpose implementation of extended collection typeXList.classEqBulkList<E>Full scale general purpose implementation of extended collection typeXList.classEqHashEnum<E>classEqHashTable<K,V>classEqHashTable.KeysclassHashEnum<E>classHashTable<K,V>classHashTable.KeysclassLimitList<E>Full scale general purpose implementation of extended collection typeXList.classLockedList<E>classSingle<E>classSubList<E>classSynchList<E>Synchronization wrapper class that wraps anXListinstance in public synchronized delegate methods. -
Uses of XExpandingSequence in one.microstream.collections.types
Subinterfaces of XExpandingSequence in one.microstream.collections.types Modifier and Type Interface Description interfaceXEnum<E>interfaceXExpandingEnum<E>interfaceXExpandingList<E>interfaceXIncreasingEnum<E>interfaceXIncreasingList<E>interfaceXIncreasingSequence<E>interfaceXInputtingEnum<E>interfaceXInputtingList<E>interfaceXInputtingSequence<E>interfaceXList<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.
AllXListimplementations have to haveRandomAccessbehavior.
Intelligent implementations make non-random-access implementations like simple linked lists obsolete.interfaceXSequence<E>Level 1 collection type defining the single demand for the collection's elements to be ordered.interfaceXTable<K,V>static interfaceXTable.Keys<K,V>Methods in one.microstream.collections.types that return XExpandingSequence Modifier and Type Method Description XExpandingSequence<E>XExpandingSequence. addAll(E... elements)XExpandingSequence<E>XExpandingSequence. addAll(E[] elements, int srcStartIndex, int srcLength)XExpandingSequence<E>XExpandingSequence. addAll(XGettingCollection<? extends E> elements)XExpandingSequence<E>XExpandingSequence.Creator. newInstance()XExpandingSequence<E>XExpandingSequence. prependAll(E... elements)XExpandingSequence<E>XExpandingSequence. prependAll(E[] elements, int srcStartIndex, int srcLength)XExpandingSequence<E>XExpandingSequence. prependAll(XGettingCollection<? extends E> elements)XExpandingSequence<E>XExpandingSequence. preputAll(E... elements)XExpandingSequence<E>XExpandingSequence. preputAll(E[] elements, int srcStartIndex, int srcLength)XExpandingSequence<E>XExpandingSequence. preputAll(XGettingCollection<? extends E> elements)XExpandingSequence<E>XExpandingSequence. putAll(E... elements)XExpandingSequence<E>XExpandingSequence. putAll(E[] elements, int srcStartIndex, int srcLength)XExpandingSequence<E>XExpandingSequence. putAll(XGettingCollection<? extends E> elements)
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