Uses of Interface
com.tangosol.util.MapIndex

Packages that use MapIndex

Package	Description
com.oracle.coherence.ai	Contains classes for Coherence AI vector database functionality.
com.oracle.coherence.ai.index	Contains classes for Coherence AI vector database indexes.
com.tangosol.net	Contains basic cluster interfaces and factories.
com.tangosol.util	Contains various generic utilities.
com.tangosol.util.extractor	Contains ValueExtractor and ValueUpdater related classes.
com.tangosol.util.filter	Contains concrete Filter implementations and related interfaces.

Uses of MapIndex in com.oracle.coherence.ai

Subinterfaces of MapIndex in com.oracle.coherence.ai

Modifier and Type	Interface	Description
interface	VectorIndex<KeyType,ValueType,VectorType>	A custom MapIndex that maintains a vector search index.

Uses of MapIndex in com.oracle.coherence.ai.index

Classes in com.oracle.coherence.ai.index that implement MapIndex

Modifier and Type	Class	Description
class	BinaryQuantIndex.BinaryQuantMapIndex	A Binary Quantization VectorIndex.

Methods in com.oracle.coherence.ai.index that return MapIndex

Modifier and Type	Method	Description
MapIndex<K,V,Vector<T>>	BinaryQuantIndex.createIndex(boolean b, Comparator comparator, Map<ValueExtractor<V,Vector<T>>,MapIndex> map, BackingMapContext backingMapContext)
MapIndex<K,V,Vector<T>>	BinaryQuantIndex.destroyIndex(Map<ValueExtractor<V,Vector<T>>,MapIndex> map)

Method parameters in com.oracle.coherence.ai.index with type arguments of type MapIndex

Modifier and Type	Method	Description
MapIndex<K,V,Vector<T>>	BinaryQuantIndex.createIndex(boolean b, Comparator comparator, Map<ValueExtractor<V,Vector<T>>,MapIndex> map, BackingMapContext backingMapContext)
MapIndex<K,V,Vector<T>>	BinaryQuantIndex.destroyIndex(Map<ValueExtractor<V,Vector<T>>,MapIndex> map)

Uses of MapIndex in com.tangosol.net

Methods in com.tangosol.net that return types with arguments of type MapIndex

Modifier and Type	Method	Description
Map<ValueExtractor,MapIndex>	BackingMapContext.getIndexMap()	Return a map of indexes defined for all partitions of the cache that this BackingMapContext is associated with.
default Map<ValueExtractor,MapIndex>	BackingMapContext.getIndexMap(int nPartition)	Return a map of indexes defined for the specified partition of the cache that this BackingMapContext is associated with.
Map<ValueExtractor,MapIndex>	BackingMapContext.getIndexMap(PartitionSet partitions)	Return a map of indexes defined for the specified partitions of the cache that this BackingMapContext is associated with.

Uses of MapIndex in com.tangosol.util

Classes in com.tangosol.util that implement MapIndex

Modifier and Type	Class	Description
class	ConditionalIndex	ConditionalIndex is a MapIndex implementation that uses an associated filter to evaluate whether or not an entry should be indexed.
class	ForwardOnlyMapIndex	ForwardOnlyMapIndex is a MapIndex implementation that unlike the SimpleMapIndex maintains only a forward index and not the inverse index.
class	SimpleMapIndex	SimpleMapIndex is a MapIndex implementation used to correlate property values extracted from resource map entries with corresponding keys using what is commonly known as an Inverted Index algorithm.

Methods in com.tangosol.util that return types with arguments of type MapIndex

Modifier and Type	Method	Description
default Map<ValueExtractor,MapIndex>	BinaryEntry.getIndexMap()	Return a map of indexes defined for the partition of the cache that this BinaryEntry belongs to.

Methods in com.tangosol.util with parameters of type MapIndex

Modifier and Type	Method	Description
protected static MapListener	InvocableMapHelper.ensureListener(MapIndex index)	Ensure a MapListener for the given index.

Constructors in com.tangosol.util with parameters of type MapIndex

Modifier	Constructor	Description
protected	IndexAdapter(MapIndex index)	Construct an IndexAdapter.
	IndexLookupRecord(ValueExtractor extractor, MapIndex index)	Construct an IndexLookupRecord.

Uses of MapIndex in com.tangosol.util.extractor

Methods in com.tangosol.util.extractor that return MapIndex

Modifier and Type	Method	Description
MapIndex	ConditionalExtractor.createIndex(boolean fOrdered, Comparator comparator, Map<ValueExtractor<T,E>,MapIndex> mapIndex, BackingMapContext ctx)	Create an index and associate it with the corresponding extractor.
MapIndex	DeserializationAccelerator.createIndex(boolean fOrdered, Comparator comparator, Map mapIndex, BackingMapContext ctx)	Create an index and associate it with the corresponding extractor.
MapIndex	IndexAwareExtractor.createIndex(boolean fOrdered, Comparator comparator, Map<ValueExtractor<T,E>,MapIndex> mapIndex, BackingMapContext ctx)	Create an index and associate it with the corresponding extractor.
MapIndex	ConditionalExtractor.destroyIndex(Map<ValueExtractor<T,E>,MapIndex> mapIndex)	Destroy an existing index and remove it from the given map of indexes.
MapIndex	DeserializationAccelerator.destroyIndex(Map mapIndex)	Destroy an existing index and remove it from the given map of indexes.
MapIndex	IndexAwareExtractor.destroyIndex(Map<ValueExtractor<T,E>,MapIndex> mapIndex)	Destroy an existing index and remove it from the given map of indexes.

Methods in com.tangosol.util.extractor with parameters of type MapIndex

Modifier and Type	Method	Description
default ValueExtractor	IndexAwareExtractor.getExtractor(Map<ValueExtractor<T,E>,MapIndex> mapIndex, MapIndex index)	Obtain the underlying ValueExtractor that was added to the index map during the index creation.

Method parameters in com.tangosol.util.extractor with type arguments of type MapIndex

Modifier and Type	Method	Description
MapIndex	ConditionalExtractor.createIndex(boolean fOrdered, Comparator comparator, Map<ValueExtractor<T,E>,MapIndex> mapIndex, BackingMapContext ctx)	Create an index and associate it with the corresponding extractor.
MapIndex	IndexAwareExtractor.createIndex(boolean fOrdered, Comparator comparator, Map<ValueExtractor<T,E>,MapIndex> mapIndex, BackingMapContext ctx)	Create an index and associate it with the corresponding extractor.
MapIndex	ConditionalExtractor.destroyIndex(Map<ValueExtractor<T,E>,MapIndex> mapIndex)	Destroy an existing index and remove it from the given map of indexes.
MapIndex	IndexAwareExtractor.destroyIndex(Map<ValueExtractor<T,E>,MapIndex> mapIndex)	Destroy an existing index and remove it from the given map of indexes.
default ValueExtractor	IndexAwareExtractor.getExtractor(Map<ValueExtractor<T,E>,MapIndex> mapIndex, MapIndex index)	Obtain the underlying ValueExtractor that was added to the index map during the index creation.

Uses of MapIndex in com.tangosol.util.filter

Methods in com.tangosol.util.filter with parameters of type MapIndex

Modifier and Type	Method	Description
protected Integer	BetweenFilter.allOrNothing(MapIndex index, NavigableMap<E,Set<?>> mapContents, Set setKeys)	Determine if the filter will match all or none of the entries in the index.
protected Integer	GreaterFilter.allOrNothing(MapIndex index, NavigableMap<E,Set<?>> mapContents, Set setKeys)	Determine if the filter will match all or none of the entries in the index.
protected Integer	LessFilter.allOrNothing(MapIndex index, NavigableMap<E,Set<?>> mapContents, Set setKeys)	Determine if the filter will match all or none of the entries in the index.
protected void	BetweenFilter.applySortedIndex(MapIndex index, Set setKeys, NavigableMap<E,Set<?>> mapContents)	Called by the BetweenFilter.applyIndex(java.util.Map, java.util.Set) method if the index corresponding to this filter's value extractor is a sorted index.

Method parameters in com.tangosol.util.filter with type arguments of type MapIndex

Modifier and Type	Method	Description
Filter<?>	IndexAwareFilter.applyIndex(Map<? extends ValueExtractor<? extends V,?>,? extends MapIndex<? extends K,? extends V,?>> mapIndexes, Set<? extends K> setKeys)	Filter remaining keys using a Map of available indexes.
int	IndexAwareFilter.calculateEffectiveness(Map<? extends ValueExtractor<? extends V,?>,? extends MapIndex<? extends K,? extends V,?>> mapIndexes, Set<? extends K> setKeys)	Given a Map of available indexes, determine if this IndexAwareFilter can use any of the indexes to assist in its processing, and if so, determine how effective the use of that index would be.