public void sort(IndexedSortable s) { sort(s, 0, s.size()); }
public void sort(IndexedSortable s) { sort(s, 0, s.size()); }
public void sort(IndexedSortable s) { sort(s, 0, s.size()); }
public void sort(IndexedSortable s) { sort(s, 0, s.size()); }
private void sortAndCombine() throws Exception { if (sorter.isEmpty()) { return; } final InMemorySorter<IN> sorter = this.sorter; this.sortAlgo.sort(sorter); final GroupCombineFunction<IN, OUT> combiner = this.combiner; final Collector<OUT> output = this.output; // iterate over key groups if (objectReuseEnabled) { final ReusingKeyGroupedIterator<IN> keyIter = new ReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.serializer, this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } else { final NonReusingKeyGroupedIterator<IN> keyIter = new NonReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } }
private void sortAndCombine() throws Exception { if (sorter.isEmpty()) { return; } final InMemorySorter<IN> sorter = this.sorter; this.sortAlgo.sort(sorter); final GroupCombineFunction<IN, OUT> combiner = this.combiner; final Collector<OUT> output = this.output; // iterate over key groups if (objectReuseEnabled) { final ReusingKeyGroupedIterator<IN> keyIter = new ReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.serializer, this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } else { final NonReusingKeyGroupedIterator<IN> keyIter = new NonReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } }
private void sortAndCombine() throws Exception { if (sorter.isEmpty()) { return; } final InMemorySorter<IN> sorter = this.sorter; this.sortAlgo.sort(sorter); final GroupCombineFunction<IN, OUT> combiner = this.combiner; final Collector<OUT> output = this.output; // iterate over key groups if (objectReuseEnabled) { final ReusingKeyGroupedIterator<IN> keyIter = new ReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.serializer, this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } else { final NonReusingKeyGroupedIterator<IN> keyIter = new NonReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } }
private void sortAndCombine() throws Exception { if (sorter.isEmpty()) { return; } final InMemorySorter<IN> sorter = this.sorter; this.sortAlgo.sort(sorter); final GroupCombineFunction<IN, OUT> combiner = this.combiner; final Collector<OUT> output = this.output; // iterate over key groups if (objectReuseEnabled) { final ReusingKeyGroupedIterator<IN> keyIter = new ReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.serializer, this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } else { final NonReusingKeyGroupedIterator<IN> keyIter = new NonReusingKeyGroupedIterator<IN>(sorter.getIterator(), this.groupingComparator); while (this.running && keyIter.nextKey()) { combiner.combine(keyIter.getValues(), output); } } }
sortAlgo.sort(sorter);
sortAlgo.sort(sorter);
sortAlgo.sort(sorter);
sortAlgo.sort(sorter);