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

Packages that use XGettingSequence

Package	Description
one.microstream.chars
one.microstream.collections
one.microstream.collections.sorting
one.microstream.collections.types
one.microstream.reference
one.microstream.util.config
one.microstream.util.iterables
one.microstream.util.similarity
one.microstream.util.traversing
one.microstream.util.xcsv

Uses of XGettingSequence in one.microstream.chars

Methods in one.microstream.chars with parameters of type XGettingSequence

Modifier and Type	Method and Description
StringTable	StringTable.Creator.createStringTable(String name, XGettingSequence<String> columnNames, XGettingList<String> columnTypes, XGettingList<String[]> rows)
StringTable	StringTable.Default.Creator.createStringTable(String name, XGettingSequence<String> columnNames, XGettingList<String> columnTypes, XGettingList<String[]> rows)
static char[][]	XChars.toArrays(XGettingSequence<String> strings)

Constructors in one.microstream.chars with parameters of type XGettingSequence

Constructor and Description
Default(String name, XGettingSequence<String> columns, XGettingList<String> columnTypes, XGettingList<String[]> rows)
Default(XGettingSequence<String> columns, XGettingList<String> columnTypes, XGettingList<String[]> rows)

Uses of XGettingSequence in one.microstream.collections

Classes in one.microstream.collections that implement XGettingSequence

Modifier and Type	Class and Description
class	ArrayAccessor<E> Full scale general purpose implementation of extended collection type XList.
class	ArrayCollector<E> Full scale general purpose implementation of extended collection type XList.
class	ArrayView<E> Immutable implementation of extended collection type XGettingList.
class	BulkList<E> Collection that is ordered and allows duplicates.
class	Constant<E> Immutable singleton dummy collection used to pass a single instance masked as a collection.
class	ConstHashEnum<E>
class	ConstHashTable<K,V>
class	ConstHashTable.Keys
class	ConstHashTable.Values
class	ConstLinearEnum<E>
class	ConstList<E> Immutable implementation of extended collection type XGettingList.
class	Empty<E> Empty dummy collection to be used as a constant and stateless empty collection placeholder.
class	EmptyTable<K,V>
class	EnumProcessor<E>
class	EnumView<E> Wrapper class that reduces the services provided by any wrapped XGettingEnum to only those of XGettingEnum, effectively making the wrapped XGettingEnum instance immutable (or read-only) if used through an instance of this class.
class	EqBulkList<E> Full scale general purpose implementation of extended collection type XList.
class	EqConstHashEnum<E>
class	EqConstHashTable<K,V>
class	EqConstHashTable.Keys
class	EqConstHashTable.Values
class	EqConstList<E> Immutable implementation of extended collection type XGettingList.
class	EqHashEnum<E> Collection that is ordered and does not allow duplicates.
class	EqHashTable<K,V> Collection of key-value-pairs that is ordered and does not allow duplicate keys.
class	EqHashTable.Keys
class	EqHashTable.Values
class	FixedList<E> Full scale general purpose implementation of extended collection type XList.
class	HashEnum<E> Collection that is ordered and does not allow duplicates.
class	HashTable<K,V> Collection of key-value-pairs that is ordered and does not allow duplicate keys.
class	HashTable.Keys
class	HashTable.Values
class	LimitList<E> Full scale general purpose implementation of extended collection type XList.
class	ListAccessor<E> Wrapper class that reduces the services provided by any wrapped XSettingList to only those of XSettingList, effectively making the wrapped XSettingList instance structural unmodifiable if used through an instance of this class.
class	ListProcessor<E>
class	ListView<E> Wrapper class that reduces the services provided by any wrapped XGettingList to only those of XGettingList, effectively making the wrapped XGettingList instance immutable (or read-only) if used through an instance of this class.
class	LockedList<E>
class	MappedList<E,S>
class	Single<E>
class	Singleton<E> Singleton dummy collection used to pass a single instance masked as a collection.
class	SingletonView<E>
class	SubCollector<E>
class	SubList<E>
class	SubListAccessor<E>
class	SubListProcessor<E>
class	SubListView<E>
class	SubProcessor<E>
class	SubView<E>
class	SynchList<E> Synchronization wrapper class that wraps an XList instance in public synchronized delegate methods.
class	TableView<K,V>

Methods in one.microstream.collections with type parameters of type XGettingSequence

Modifier and Type	Method and Description
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,R> R	XUtilsArrayCollection.rngAggregate(A a, int offset, int length, Aggregator<? super E,R> aggregate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> VarString	XUtilsArrayCollection.rngAppendTo(A a, int offset, int length, VarString vc)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> VarString	XUtilsArrayCollection.rngAppendTo(A a, int offset, int length, VarString vc, BiConsumer<VarString,? super E> appender)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> VarString	XUtilsArrayCollection.rngAppendTo(A a, int offset, int length, VarString vc, BiConsumer<VarString,? super E> appender, char separator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> VarString	XUtilsArrayCollection.rngAppendTo(A a, int offset, int length, VarString vc, BiConsumer<VarString,? super E> appender, String separator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> VarString	XUtilsArrayCollection.rngAppendTo(A a, int offset, int length, VarString vc, char separator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> VarString	XUtilsArrayCollection.rngAppendTo(A a, int offset, int length, VarString vc, String separator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngApplies(A a, int offset, int length, Predicate<? super E> predicate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngBinarySearch(A a, int offset, int length, E element, Comparator<? super E> comparator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngContains(A a, int offset, int length, E element)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngContains(A a, int offset, int length, E sample, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngContains(A a, int offset, int length, Predicate<? super E> predicate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngContainsAll(A a, int offset, int length, XGettingCollection<? extends E> elements)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngContainsId(A a, int offset, int length, E element)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngContainsNull(A a, int offset, int length)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,C extends Consumer<? super E>> C	XUtilsArrayCollection.rngCopyTo(A a, int offset, int length, C target)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngCount(A a, int offset, int length, E element)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngCount(A a, int offset, int length, E sample, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngCount(A a, int offset, int length, Predicate<? super E> predicate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,C extends Consumer<? super E>> C	XUtilsArrayCollection.rngDistinct(A a, int offset, int length, C target)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,C extends Consumer<? super E>> C	XUtilsArrayCollection.rngDistinct(A a, int offset, int length, C target, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngEqualsContent(A a, int offset, int length, XGettingList<? extends E> list, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,C extends Consumer<? super E>> C	XUtilsArrayCollection.rngExcept(A a, int offset, int length, XGettingCollection<? extends E> samples, Equalator<? super E> equalator, C target)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> E	XUtilsArrayCollection.rngFind(A a, int offset, int length, E sample, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngHasUniqueValues(A a, int offset, int length)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngHasUniqueValues(A a, int offset, int length, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngIndexOF(A a, int offset, int length, E element)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngIndexOf(A a, int offset, int length, E sample, Equalator<? super E> equalator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngIndexOf(A a, int offset, int length, Predicate<? super E> predicate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,C extends Consumer<? super E>> C	XUtilsArrayCollection.rngIntersect(A a, int offset, int length, XGettingCollection<? extends E> samples, Equalator<? super E> equalator, C target)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> boolean	XUtilsArrayCollection.rngIsSorted(A a, int offset, int length, Comparator<? super E> comparator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> A	XUtilsArrayCollection.rngIterate(A a, int offset, int length, Consumer<? super E> procedure)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> A	XUtilsArrayCollection.rngIterate(A a, int offset, int length, IndexedAcceptor<? super E> procedure)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> A	XUtilsArrayCollection.rngIterate(A a, int offset, int length, Predicate<? super E> predicate, Consumer<? super E> procedure)
static <E,C extends XGettingSequence<E>> C	XUtilsCollection.rngIterate(C sequence, long offset, long length, Consumer<? super E> procedure)
static <E,C extends XGettingSequence<E>> C	XUtilsCollection.rngIterate(C sequence, long offset, long length, IndexedAcceptor<? super E> procedure)
static <E,C extends XGettingSequence<E>> C	XUtilsCollection.rngIterate(C sequence, long offset, long length, Predicate<? super E> predicate, Consumer<? super E> procedure)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> E	XUtilsArrayCollection.rngMax(A a, int offset, int length, Comparator<? super E> comparator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngMaxIndex(A a, int offset, int length, Comparator<? super E> comparator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> E	XUtilsArrayCollection.rngMin(A a, int offset, int length, Comparator<? super E> comparator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngMinIndex(A a, int offset, int length, Comparator<? super E> comparator)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> int	XUtilsArrayCollection.rngScan(A a, int offset, int length, Predicate<? super E> predicate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> E	XUtilsArrayCollection.rngSearch(A a, int offset, int length, Predicate<? super E> predicate)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> Object[]	XUtilsArrayCollection.rngToArray(A a, int offset, int length)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>> E[]	XUtilsArrayCollection.rngToArray(A a, int offset, int length, Class<E> type)
static <E,A extends AbstractSimpleArrayCollection<E> & XGettingSequence<E>,C extends Consumer<? super E>> C	XUtilsArrayCollection.rngUnion(A a, int offset, int length, XGettingCollection<? extends E> samples, Equalator<? super E> equalator, C target)

Methods in one.microstream.collections that return XGettingSequence

Modifier and Type	Method and Description
XGettingSequence<E>	SubView.copy()
XGettingSequence<E>	SubView.range(long lowIndex, long highIndex)
XGettingSequence<E>	SubView.toReversed()
XGettingSequence<E>	SubView.view()
XGettingSequence<E>	SubView.view(long lowIndex, long highIndex)

Methods in one.microstream.collections with parameters of type XGettingSequence

Modifier and Type	Method and Description
static <E> int[]	XUtilsCollection.index(XGettingSequence<E> sequence, Predicate<? super E> predicate) Creates an array containing the indices of all elements the passed predicate applies to.
static <E> int[]	XUtilsCollection.orderedIndex(XGettingSequence<E> sequence, Predicate<? super E> predicate)
static <E> boolean	AbstractArrayStorage.rangedEqualsContent(E[] data, int size, int offset, int length, XGettingSequence<? extends E> sequence, Equalator<? super E> equalator)
static <E,R> R	XUtilsCollection.rngAggregate(XGettingSequence<E> sequence, long offset, long length, Aggregator<? super E,R> aggregate)
static <E> VarString	XUtilsCollection.rngAppendTo(XGettingSequence<E> sequence, long offset, long length, VarString vs)
static <E> VarString	XUtilsCollection.rngAppendTo(XGettingSequence<E> sequence, long offset, long length, VarString vs, BiConsumer<VarString,? super E> appender)
static <E> VarString	XUtilsCollection.rngAppendTo(XGettingSequence<E> sequence, long offset, long length, VarString vc, BiConsumer<VarString,? super E> appender, char separator)
static <E> VarString	XUtilsCollection.rngAppendTo(XGettingSequence<E> sequence, long offset, long length, VarString vs, BiConsumer<VarString,? super E> appender, String separator)
static <E> VarString	XUtilsCollection.rngAppendTo(XGettingSequence<E> sequence, long offset, long length, VarString vs, char separator)
static <E> VarString	XUtilsCollection.rngAppendTo(XGettingSequence<E> sequence, long offset, long length, VarString vs, String separator)
static <E> boolean	XUtilsCollection.rngApplies(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E> boolean	XUtilsCollection.rngAppliesAll(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E> int	XUtilsCollection.rngBinarySearch(XGettingSequence<E> sequence, long offset, long length, E element, Comparator<? super E> comparator)
static <E> boolean	XUtilsCollection.rngContains(XGettingSequence<E> sequence, long offset, long length, E element)
static <E> boolean	XUtilsCollection.rngContains(XGettingSequence<E> sequence, long offset, long length, E sample, Equalator<? super E> equalator)
static <E> boolean	XUtilsCollection.rngContains(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E> boolean	XUtilsCollection.rngContainsAll(XGettingSequence<E> sequence, long offset, long length, XGettingCollection<? extends E> elements)
static <E> boolean	XUtilsCollection.rngContainsId(XGettingSequence<E> sequence, long offset, long length, E element)
static <E> boolean	XUtilsCollection.rngContainsNull(XGettingSequence<E> sequence, long offset, long length)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngCopyTo(XGettingSequence<E> sequence, long offset, long length, C target)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngCopyTo(XGettingSequence<E> sequence, long offset, long length, C target, Predicate<? super E> predicate)
static <E> int	XUtilsCollection.rngCount(XGettingSequence<E> sequence, long offset, long length, E element)
static <E> int	XUtilsCollection.rngCount(XGettingSequence<E> sequence, long offset, long length, E sample, Equalator<? super E> equalator)
static <E> int	XUtilsCollection.rngCount(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngDistinct(XGettingSequence<E> sequence, long offset, long length, C target)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngDistinct(XGettingSequence<E> sequence, long offset, long length, C target, Equalator<? super E> equalator)
static <E> boolean	XUtilsCollection.rngEqualsContent(XGettingSequence<E> sequence, long offset, long length, XGettingSequence<? extends E> other, Equalator<? super E> equalator)
static <E> boolean	XUtilsCollection.rngEqualsContent(XGettingSequence<E> sequence, long offset, long length, XGettingSequence<? extends E> other, Equalator<? super E> equalator)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngExcept(XGettingSequence<E> sequence, long offset, long length, XGettingCollection<? extends E> samples, Equalator<? super E> equalator, C target)
static <E> E	XUtilsCollection.rngFind(XGettingSequence<E> sequence, long offset, long length, E sample, Equalator<? super E> equalator)
static <E> E	XUtilsCollection.rngGet(XGettingSequence<E> sequence, long offset, long length, E sample, Equalator<? super E> equalator)
static <E> boolean	XUtilsCollection.rngHasUniqueValues(XGettingSequence<E> sequence, long offset, long length)
static <E> boolean	XUtilsCollection.rngHasUniqueValues(XGettingSequence<E> sequence, long offset, long length, Equalator<? super E> equalator)
static <E> int	XUtilsCollection.rngIndexOF(XGettingSequence<E> sequence, long offset, long length, E element)
static <E> int	XUtilsCollection.rngIndexOf(XGettingSequence<E> sequence, long offset, long length, E sample, Equalator<? super E> equalator)
static <E> int	XUtilsCollection.rngIndexOf(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngIntersect(XGettingSequence<E> sequence, long offset, long length, XGettingCollection<? extends E> samples, Equalator<? super E> equalator, C target)
static <E> boolean	XUtilsCollection.rngIsSorted(XGettingSequence<E> sequence, long offset, long length, Comparator<? super E> comparator)
static <E,A> A	XUtilsCollection.rngJoin(XGettingSequence<E> sequence, long offset, long length, BiConsumer<? super E,? super A> joiner, A aggregate)
static <E> E	XUtilsCollection.rngMax(XGettingSequence<E> sequence, long offset, long length, Comparator<? super E> comparator)
static <E> int	XUtilsCollection.rngMaxIndex(XGettingSequence<E> sequence, long offset, long length, Comparator<? super E> comparator)
static <E> E	XUtilsCollection.rngMin(XGettingSequence<E> sequence, long offset, long length, Comparator<? super E> comparator)
static <E> int	XUtilsCollection.rngMinIndex(XGettingSequence<E> sequence, long offset, long length, Comparator<? super E> comparator)
static <E> int	XUtilsCollection.rngScan(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E> E	XUtilsCollection.rngSearch(XGettingSequence<E> sequence, long offset, long length, Predicate<? super E> predicate)
static <E,C extends Consumer<? super E>> C	XUtilsCollection.rngUnion(XGettingSequence<E> sequence, long offset, long length, XGettingCollection<? extends E> samples, Equalator<? super E> equalator, C target)
static <E> void	AbstractArrayStorage.set(E[] data, int size, int offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
Single<E>	Single.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
EqBulkList<E>	EqBulkList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
SubList<E>	SubList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
LockedList<E>	LockedList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
XDecreasingList<E>	SubListProcessor.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
ListAccessor<E>	ListAccessor.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
LimitList<E>	LimitList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
ArrayCollector<E>	ArrayCollector.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
Singleton<E>	Singleton.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
EqHashEnum<E>	EqHashEnum.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
HashEnum<E>	HashEnum.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
BulkList<E>	BulkList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
ArrayAccessor<E>	ArrayAccessor.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
SynchList<E>	SynchList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
FixedList<E>	FixedList.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
SubListAccessor<E>	SubListAccessor.set(long offset, XGettingSequence<? extends E> elements, long elementsOffset, long elementsLength)
HashTable.Keys	HashTable.Keys.set(long index, XGettingSequence<? extends K> elements, long offset, long length)
EqHashTable.Keys	EqHashTable.Keys.set(long index, XGettingSequence<? extends K> elements, long offset, long length)
HashTable<K,V>	HashTable.set(long index, XGettingSequence<? extends KeyValue<K,V>> elements, long offset, long length)
EqHashTable<K,V>	EqHashTable.set(long index, XGettingSequence<? extends KeyValue<K,V>> elements, long offset, long length)
HashTable.Values	HashTable.Values.set(long offset, XGettingSequence<? extends V> values, long valuesOffset, long valuesLength)
EqHashTable.Values	EqHashTable.Values.set(long offset, XGettingSequence<? extends V> values, long valuesOffset, long valuesLength)

Uses of XGettingSequence in one.microstream.collections.sorting

Subinterfaces of XGettingSequence in one.microstream.collections.sorting

Modifier and Type	Interface and Description
interface	XChart<K,V>
static interface	XChart.Keys<K,V>
static interface	XChart.Values<K,V>
interface	XGettingSortation<E>
interface	XLadder<E>
interface	XProcessingSortation<E>
interface	XPutGetSortation<E>
interface	XRank<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 XGettingSequence in one.microstream.collections.types

Subinterfaces of XGettingSequence in one.microstream.collections.types

Modifier and Type	Interface and Description
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	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	XGettingEnum<E>
interface	XGettingList<E>
interface	XGettingTable<K,V> Map plus order
static interface	XGettingTable.Keys<K,V>
static interface	XGettingTable.Values<K,V>
interface	XImmutableEnum<E>
static interface	XImmutableEnum.Factory<E>
interface	XImmutableList<E>
interface	XImmutableSequence<E>
interface	XImmutableTable<K,V>
static interface	XImmutableTable.Keys<K,V>
static interface	XImmutableTable.Values<K,V>
interface	XIncreasingEnum<E>
interface	XIncreasingList<E>
interface	XIncreasingSequence<E>
interface	XList<E> Extended List interface with additional 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	XProcessingEnum<E>
interface	XProcessingList<E>
interface	XProcessingSequence<E>
interface	XPutGetEnum<E>
interface	XPutGetList<E>
interface	XPutGetSequence<E>
interface	XReference<E> Simple Reference class to handle mutable references.
interface	XReferencing<E>
interface	XSequence<E> Level 1 collection type defining the single demand for the collection's elements to be ordered.
interface	XSettingEnum<E>
interface	XSettingList<E>
interface	XSettingSequence<E>
interface	XSortableEnum<E>
interface	XSortableSequence<E>
interface	XTable<K,V>
static interface	XTable.Keys<K,V>
static interface	XTable.Values<K,V>

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

Modifier and Type	Method and Description
XGettingSequence<E>	XGettingSequence.copy() Creates a true copy of this list which references the same elements in the same order as this list does at the time the method is called.
XGettingSequence<E>	XSortableSequence.Creator.newInstance()
XGettingSequence<E>	XGettingSequence.Factory.newInstance()
XGettingSequence<E>	XGettingSequence.range(long lowIndex, long highIndex)
XGettingSequence<E>	XGettingSequence.toReversed() Creates a new XGettingSequence with the reversed order of elements.
XGettingSequence<E>	XGettingSequence.view()
XGettingSequence<E>	XGettingSequence.view(long lowIndex, long highIndex) Creates a sub-view of this collection and returns it.
XGettingSequence<E>	XProcessingSequence.view(long fromIndex, long toIndex)

Methods in one.microstream.collections.types with parameters of type XGettingSequence

Modifier and Type	Method and Description
XDecreasingEnum<E>	XDecreasingEnum.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XReference<E>	XReference.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XDecreasingSequence<E>	XDecreasingSequence.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XSettingList<E>	XSettingList.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XSettingSequence<E>	XSettingSequence.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XSettingEnum<E>	XSettingEnum.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XDecreasingList<E>	XDecreasingList.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XList<E>	XList.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XEnum<E>	XEnum.set(long index, XGettingSequence<? extends E> elements, long offset, long length)
XIncreasingList<E>	XIncreasingList.set(long index, XGettingSequence<? extends E> elements, long offset, long length)

Uses of XGettingSequence in one.microstream.reference

Classes in one.microstream.reference that implement XGettingSequence

Modifier and Type	Class and Description
static class	LinkingReferencing.Default<T>
static class	LinkReference.Default<T>

Uses of XGettingSequence in one.microstream.util.config

Methods in one.microstream.util.config with parameters of type XGettingSequence

Modifier and Type	Method and Description
void	ConfigEntryAggregator.beginTable(String tableName, XGettingSequence<String> columnNames, XGettingList<String> columnTypes)

Uses of XGettingSequence in one.microstream.util.iterables

Constructors in one.microstream.util.iterables with parameters of type XGettingSequence

Constructor and Description
ReadOnlyListIterator(XGettingSequence<E> list)
ReadOnlyListIterator(XGettingSequence<E> list, int index)

Uses of XGettingSequence in one.microstream.util.similarity

Methods in one.microstream.util.similarity that return XGettingSequence

Modifier and Type	Method and Description
XGettingSequence<E>	MultiMatchResult.inputSources()
XGettingSequence<E>	MultiMatchResult.Default.inputSources()
XGettingSequence<E>	MultiMatchResult.inputTargets()
XGettingSequence<E>	MultiMatchResult.Default.inputTargets()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.matchesInSourceOrder()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.Default.matchesInSourceOrder()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.matchesInTargetOrder()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.Default.matchesInTargetOrder()
XGettingSequence<E>	MultiMatchResult.remainingSources()
XGettingSequence<E>	MultiMatchResult.Default.remainingSources()
XGettingSequence<E>	MultiMatchResult.remainingTargets()
XGettingSequence<E>	MultiMatchResult.Default.remainingTargets()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.sourceMatches()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.Default.sourceMatches()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.targetMatches()
XGettingSequence<? extends Similarity<E>>	MultiMatchResult.Default.targetMatches()
XGettingSequence<E>	MultiMatchResult.unmatchedSources()
XGettingSequence<E>	MultiMatchResult.Default.unmatchedSources()
XGettingSequence<E>	MultiMatchResult.unmatchedTargets()
XGettingSequence<E>	MultiMatchResult.Default.unmatchedTargets()

Uses of XGettingSequence in one.microstream.util.traversing

Methods in one.microstream.util.traversing with parameters of type XGettingSequence

Modifier and Type	Method and Description
static TraversalPredicateSkip	TraversalPredicateSkip.New(Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
static TraversalPredicateFull	TraversalPredicateFull.New(XGettingSet<Object> explicitInstances, Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
static TraversalPredicateLeaf	TraversalPredicateLeaf.New(XGettingSet<Object> explicitInstances, Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
static TraversalPredicateNode	TraversalPredicateNode.New(XGettingSet<Object> explicitInstances, Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)

Constructors in one.microstream.util.traversing with parameters of type XGettingSequence

Constructor and Description
AbstractHandlingPredicate(Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
Default(Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
Default(XGettingSet<Object> explicitInstances, Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
Default(XGettingSet<Object> explicitInstances, Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)
Default(XGettingSet<Object> explicitInstances, Predicate<Object> customPredicate, XGettingSet<Class<?>> positiveTypes, XGettingSequence<Class<?>> typesPolymorphic)

Uses of XGettingSequence in one.microstream.util.xcsv

Methods in one.microstream.util.xcsv that return XGettingSequence

Modifier and Type	Method and Description
XGettingSequence<? extends KeyValue<String,StringTable>>	XCsvContent.segments()
XGettingSequence<? extends KeyValue<String,StringTable>>	XCsvContent.Default.segments()

Methods in one.microstream.util.xcsv with parameters of type XGettingSequence

Modifier and Type	Method and Description
VarString	XCsvEntityAssembler.assembleInto(VarString vs, XGettingSequence<String> columnHeader, XGettingCollection<T> entities)
abstract VarString	XCsvEntityAssembler.Abstract.assembleInto(VarString vs, XGettingSequence<String> columnHeader, XGettingCollection<T> entities)
protected void	XCsvEntityParser.Abstract.beginTable(String tableName, XGettingSequence<String> columnNames, XGettingList<String> columnTypes)
void	XCsvRowCollector.beginTable(String tableName, XGettingSequence<String> columnNames, XGettingList<String> columnTypes)
void	XCsvContentBuilderCharArray.TableCollector.beginTable(String tableName, XGettingSequence<String> columnNames, XGettingList<String> columnTypes)
void	XCsvEntityCollector.beginTable(String tableName, XGettingSequence<String> columnNames, XGettingList<String> columnTypes)
static XCsvContent.Default	XCsvContent.Default.New(String name, XGettingSequence<? extends KeyValue<String,StringTable>> segments, XCsvConfiguration configuration)
static XCsvContent.Default	XCsvContent.Default.NewTranslated(String name, XGettingSequence<? extends StringTable> segments, XCsvConfiguration configuration)

Constructors in one.microstream.util.xcsv with parameters of type XGettingSequence

Constructor and Description
Abstract(XGettingSequence<String> columnHeader)
Abstract(XGettingSequence<String> columnHeader, int rowCharCountEstimate)