Uses of Class
com.google.uzaygezen.core.FilteredIndexRange

Packages that use FilteredIndexRange

Package	Description
com.google.uzaygezen.core	Compact Hilbert index mappings and backtracking query building support for persistence systems.

Uses of FilteredIndexRange in com.google.uzaygezen.core

Methods in com.google.uzaygezen.core that return FilteredIndexRange

Modifier and Type	Method and Description
static <F,R> FilteredIndexRange<F,R>	FilteredIndexRange.of(R indexRange, F filter, boolean potentialOverSelectivity)

Methods in com.google.uzaygezen.core that return types with arguments of type FilteredIndexRange

Modifier and Type	Method and Description
static <F,T,V,R extends Range<T,V>> com.google.common.base.Function<FilteredIndexRange<F,R>,F>	FilteredIndexRange.filterExtractor()
List<FilteredIndexRange<F,R>>	Query.getFilteredIndexRanges()
static <F,R> com.google.common.base.Predicate<FilteredIndexRange<F,R>>	FilteredIndexRange.potentialOverSelectivityExtractor()

Methods in com.google.uzaygezen.core with parameters of type FilteredIndexRange

Modifier and Type	Method and Description
SelectiveFilter<F>	PlainFilterCombiner.combine(FilteredIndexRange<F,R> firstFilteredRange, FilteredIndexRange<F,R> secondFilteredRange, V gapEstimate) Produces a marker of potential selectivity iff at least one of the following holds: gapEstimate != 0 firstFilteredRange.isPotentialOverSelectivity() holds secondFilteredRange.isPotentialOverSelectivity() holds
SelectiveFilter<F>	PlainFilterCombiner.combine(FilteredIndexRange<F,R> firstFilteredRange, FilteredIndexRange<F,R> secondFilteredRange, V gapEstimate) Produces a marker of potential selectivity iff at least one of the following holds: gapEstimate != 0 firstFilteredRange.isPotentialOverSelectivity() holds secondFilteredRange.isPotentialOverSelectivity() holds
SelectiveFilter<F>	FilterCombiner.combine(FilteredIndexRange<F,R> firstFilteredRange, FilteredIndexRange<F,R> secondFilteredRange, V gapEstimate) Combines two filtered index ranges and produces a combined filter that must be valid in the context of the range [firstFilteredRange.getIndexRange().getStart(), secondFilteredRange.getIndexRange().getEnd()).
SelectiveFilter<F>	FilterCombiner.combine(FilteredIndexRange<F,R> firstFilteredRange, FilteredIndexRange<F,R> secondFilteredRange, V gapEstimate) Combines two filtered index ranges and produces a combined filter that must be valid in the context of the range [firstFilteredRange.getIndexRange().getStart(), secondFilteredRange.getIndexRange().getEnd()).
SelectiveFilter<RangeListFilter<T,V,R>>	ListConcatCombiner.combine(FilteredIndexRange<RangeListFilter<T,V,R>,R> lower, FilteredIndexRange<RangeListFilter<T,V,R>,R> higher, V gapEstimate) If the gap is zero, joins the last index range and the first index range into one range that covers both, and keeps the other ranges intact.
SelectiveFilter<RangeListFilter<T,V,R>>	ListConcatCombiner.combine(FilteredIndexRange<RangeListFilter<T,V,R>,R> lower, FilteredIndexRange<RangeListFilter<T,V,R>,R> higher, V gapEstimate) If the gap is zero, joins the last index range and the first index range into one range that covers both, and keeps the other ranges intact.

Method parameters in com.google.uzaygezen.core with type arguments of type FilteredIndexRange

Modifier and Type	Method and Description
static <F,R> Query<F,R>	Query.of(List<FilteredIndexRange<F,R>> filteredIndexRanges)
static <F,T,V extends AdditiveValue<V>,R extends Range<T,V>> V	FilteredIndexRange.sumRangeLengths(Iterable<FilteredIndexRange<F,R>> iterable, V zero)