Uses of Class
io.trino.operator.window.matcher.ArrayView

Packages that use ArrayView

Package	Description
io.trino.operator.window.matcher
io.trino.operator.window.pattern

Uses of ArrayView in io.trino.operator.window.matcher

Fields in io.trino.operator.window.matcher declared as ArrayView

Modifier and Type	Field	Description
static final ArrayView	ArrayView.EMPTY

Methods in io.trino.operator.window.matcher that return ArrayView

Modifier and Type	Method	Description
ArrayView	MatchResult.getExclusions()
ArrayView	MatchResult.getLabels()
ArrayView	IntList.toArrayView()

Methods in io.trino.operator.window.matcher with parameters of type ArrayView

Modifier and Type	Method	Description
boolean	ThreadEquivalence.equivalent(int firstThread, ArrayView firstLabels, MatchAggregation[] firstAggregations, int secondThread, ArrayView secondLabels, MatchAggregation[] secondAggregations, int pointer)

Constructors in io.trino.operator.window.matcher with parameters of type ArrayView

Modifier	Constructor	Description
	MatchResult(boolean matched, ArrayView labels, ArrayView exclusions)

Uses of ArrayView in io.trino.operator.window.pattern

Methods in io.trino.operator.window.pattern that return ArrayView

Modifier and Type	Method	Description
ArrayView	MatchAggregation.getAllPositions(ArrayView labels)
ArrayView	SetEvaluator.getAllPositions(ArrayView labels)
ArrayView	SetEvaluator.resolveNewPositions(int currentRow, ArrayView matchedLabels, int partitionStart, int patternStart)	This method is used for resolving positions for aggregation: - During pattern matching.

Methods in io.trino.operator.window.pattern with parameters of type ArrayView

Modifier and Type	Method	Description
Block	MatchAggregation.aggregate(int currentRow, ArrayView matchedLabels, long matchNumber, ProjectingPagesWindowIndex windowIndex, int partitionStart, int patternStart)	Identify the new positions for aggregation since the last time this aggregation was run, and add them to `accumulator`.
Block	MeasureComputation.compute(int currentRow, ArrayView matchedLabels, int partitionStart, int searchStart, int searchEnd, int patternStart, long matchNumber, ProjectingPagesWindowIndex windowIndex)
static Block	MeasureComputation.compute(int currentRow, ArrayView matchedLabels, MatchAggregation[] aggregations, int partitionStart, int searchStart, int searchEnd, int patternStart, long matchNumber, ProjectingPagesWindowIndex windowIndex, PageProjection projection, List<PhysicalValueAccessor> expectedLayout, Block[] nulls, List<String> labelNames, ConnectorSession session)
boolean	LabelEvaluator.evaluateLabel(ArrayView matchedLabels, MatchAggregation[] aggregations)
ArrayView	MatchAggregation.getAllPositions(ArrayView labels)
ArrayView	SetEvaluator.getAllPositions(ArrayView labels)
ArrayView	SetEvaluator.resolveNewPositions(int currentRow, ArrayView matchedLabels, int partitionStart, int patternStart)	This method is used for resolving positions for aggregation: - During pattern matching.
int	LogicalIndexNavigation.resolvePosition(int currentRow, ArrayView matchedLabels, int searchStart, int searchEnd, int patternStart)	This method is used when evaluating labels during pattern matching, computing row pattern measures, and computing SKIP TO position after finding a match.
boolean	LabelEvaluator.Evaluation.test(ArrayView matchedLabels, MatchAggregation[] aggregations, int partitionStart, int searchStart, int searchEnd, int patternStart, long matchNumber, ProjectingPagesWindowIndex windowIndex)