All Classes and Interfaces

Class	Description
AccCollection<I,E,C extends Collection<I>>	Can be used with AggNatural
Accumulator<I,E,O>	An accumulator produces a single output value from zero or more input values.
Accumulators
AccumulatorSynchronized<I,E,O>
AccWrapper<I,E,O,SUBACC>
AggBuilder<I,E,O,ACC extends Accumulator<I,E,O>,AGG extends ParallelAggregator<I,E,O,ACC>>	Builder for parallel aggregators.
AggBuilderFn<XI,E,XO,XACC extends Accumulator<XI,E,XO>,XAGG extends ParallelAggregator<XI,E,XO,XACC>,YI,YO,YACC extends Accumulator<YI,E,YO>,YAGG extends ParallelAggregator<YI,E,YO,YACC>>
AggCounting<I,E>	Aggregator whose accumulator count the number of seen input objects.
AggErrorHandler<I,E,O,SUBACC extends Accumulator<I,E,O>,SUBAGG extends ParallelAggregator<I,E,O,SUBACC>>	Wraps another aggregator such that if accumulation fails with an exception an error counter is increased.
AggErrorHandler.AccError<I,E,O,SUBACC extends Accumulator<I,E,O>>
AggFinish<B,I,E,O,C extends Aggregator<B,E,I>>	Convert the output value of an aggregator - this fulfills the role of the 'finisher' in a java8 collector.
AggFinish.AccFinish<I,E,O,V>
AggFromCollector<I,E,O,A>	An aggregator from a collector.
AggFromCollector.AccFromCollector<I,E,O,A>
AggInputBroadcast<I,E,O1,O2,SUBACC1 extends Accumulator<I,E,O1>,SUBAGG1 extends ParallelAggregator<I,E,O1,SUBACC1>,SUBACC2 extends Accumulator<I,E,O2>,SUBAGG2 extends ParallelAggregator<I,E,O2,SUBACC2>>	An aggregator that broadcasts its input to two sub-aggregators that accept the same input.
AggInputBroadcast.AccInputBroadcast<I,E,O1,O2,SUBACC1 extends Accumulator<I,E,O1>,SUBACC2 extends Accumulator<I,E,O2>>
AggInputBroadcastMap<I,E,K,O>	An aggregator that broadcasts its input to multiple sub-aggregators that accept the same input and have the same structure of the output Serves the purpose to perform two independent type safe aggregations on the same input in a single pass.
AggInputBroadcastMap.AccInputBroadcastMap<I,E,K,O>
AggInputFilter<I,E,O,SUBACC extends Accumulator<I,E,O>,SUBAGG extends ParallelAggregator<I,E,O,SUBACC>>	Wrap an aggregator such that inputs are passed through a predicate.
AggInputFilter.AccInputFilter<I,E,O,SUBACC extends Accumulator<I,E,O>>
AggInputFlatMap<I,E,J,O,SUBACC extends Accumulator<J,E,O>,SUBAGG extends ParallelAggregator<J,E,O,SUBACC>>	Pass collection valued input to an accumulator that accepts only the individual items For example, pass all nodes of a binding to an accumulator for nodes This operation is a variant of input transform, where the transform target is an iterator.
AggInputFlatMap.AccInputFlatMap<I,E,J,O,SUBACC extends Accumulator<J,E,O>>
AggInputSplit<I,E,K,J,O,SUBACC extends Accumulator<J,E,O>,SUBAGG extends ParallelAggregator<J,E,O,SUBACC>>	An aggregator that splits the index into a set of keys and forwards the input to the sub-aggregator's accumulator for each key.
AggInputSplit.AccInputSplit<I,E,K,J,O,SUBACC extends Accumulator<J,E,O>>
AggInputTransform<I,E,J,O,SUBACC extends Accumulator<J,E,O>,SUBAGG extends ParallelAggregator<J,E,O,SUBACC>>
AggInputTransform.AccInputTransform<I,E,J,O,SUBACC extends Accumulator<J,E,O>>
AggLcaMap<T,E>	Accumulate mappings of least common ancestors Assume a backing tree structure: For each node passed to accumulate assemble a mapping to its LCA with any other lca found so far.
AggLcaMap.AccLcaMap<T,E>
AggNatural<I,E,C extends Collection<I>>	Wrapper for a supplier of accumulators with signature I -> Collection<I> This means, that items from the collection can be used as input.
AggOutputTransform<I,E,O,P,SUBACC extends Accumulator<I,E,O>,SUBAGG extends ParallelAggregator<I,E,O,SUBACC>>
AggOutputTransform.AccOutputTransform<I,E,O,P,SUBACC extends Accumulator<I,E,O>>
AggReduce<I,E>	Aggregator whose accumulators apply a reduce operation to their value and their input to compute their new value.
Aggregator<B,E,T>	Interface for agregators.
CollectorFromParallelAggregator<T,E,R,A extends Accumulator<T,E,R>>
ParallelAggregator<I,E,O,ACC extends Accumulator<I,E,O>>	Aggregator suitable for parallel processing.
ParallelAggregators
SerializableCollectorImpl<T,A,R>	A collector implementation that implements Serializable.
SetOverMap<K,V>	A special helper class to treat a map as a collection of entries and retain the ability to retrieve the map.