@Override public PartitionIterator fetchPageInternal(int pageSize, ReadExecutionController executionController) { if (limits.isGroupByLimit()) return new GroupByPartitionIterator(pageSize, executionController, System.nanoTime()); return new AggregationPartitionIterator(pageSize, executionController, System.nanoTime()); }
@Override public PartitionIterator fetchPageInternal(int pageSize, ReadExecutionController executionController) { if (limits.isGroupByLimit()) return new GroupByPartitionIterator(pageSize, executionController, System.nanoTime()); return new AggregationPartitionIterator(pageSize, executionController, System.nanoTime()); }
@Override public PartitionIterator fetchPageInternal(int pageSize, ReadExecutionController executionController) { if (limits.isGroupByLimit()) return new GroupByPartitionIterator(pageSize, executionController, System.nanoTime()); return new AggregationPartitionIterator(pageSize, executionController, System.nanoTime()); }
@Override public PartitionIterator fetchPage(int pageSize, ConsistencyLevel consistency, ClientState clientState, long queryStartNanoTime) { if (limits.isGroupByLimit()) return new GroupByPartitionIterator(pageSize, consistency, clientState, queryStartNanoTime); return new AggregationPartitionIterator(pageSize, consistency, clientState, queryStartNanoTime); }
@Override public PartitionIterator fetchPage(int pageSize, ConsistencyLevel consistency, ClientState clientState, long queryStartNanoTime) { if (limits.isGroupByLimit()) return new GroupByPartitionIterator(pageSize, consistency, clientState, queryStartNanoTime); return new AggregationPartitionIterator(pageSize, consistency, clientState, queryStartNanoTime); }
@Override public PartitionIterator fetchPage(int pageSize, ConsistencyLevel consistency, ClientState clientState, long queryStartNanoTime) { if (limits.isGroupByLimit()) return new GroupByPartitionIterator(pageSize, consistency, clientState, queryStartNanoTime); return new AggregationPartitionIterator(pageSize, consistency, clientState, queryStartNanoTime); }
private int countedInCurrentPartition(Counter counter) { return command.limits().isGroupByLimit() ? counter.rowCountedInCurrentPartition() : counter.countedInCurrentPartition(); }
private int counted(Counter counter) { return command.limits().isGroupByLimit() ? counter.rowCounted() : counter.counted(); }
private int counted(Counter counter) { return command.limits().isGroupByLimit() ? counter.rowCounted() : counter.counted(); }
private int countedInCurrentPartition(Counter counter) { return command.limits().isGroupByLimit() ? counter.rowCountedInCurrentPartition() : counter.countedInCurrentPartition(); }
private int counted(Counter counter) { return command.limits().isGroupByLimit() ? counter.rowCounted() : counter.counted(); }
private int countedInCurrentPartition(Counter counter) { return command.limits().isGroupByLimit() ? counter.rowCountedInCurrentPartition() : counter.countedInCurrentPartition(); }
protected RowIterator computeNext() { while (result == null || !result.hasNext()) { if (result != null) { result.close(); counted += pagerMaxRemaining - pagers[current].maxRemaining(); } // We are done if we have reached the page size or in the case of GROUP BY if the current pager // is not exhausted. boolean isDone = counted >= pageSize || (result != null && limit.isGroupByLimit() && !pagers[current].isExhausted()); // isExhausted() will sets us on the first non-exhausted pager if (isDone || isExhausted()) { closed = true; return endOfData(); } pagerMaxRemaining = pagers[current].maxRemaining(); int toQuery = pageSize - counted; result = consistency == null ? pagers[current].fetchPageInternal(toQuery, executionController) : pagers[current].fetchPage(toQuery, consistency, clientState, queryStartNanoTime); } return result.next(); }
protected RowIterator computeNext() { while (result == null || !result.hasNext()) { if (result != null) { result.close(); counted += pagerMaxRemaining - pagers[current].maxRemaining(); } // We are done if we have reached the page size or in the case of GROUP BY if the current pager // is not exhausted. boolean isDone = counted >= pageSize || (result != null && limit.isGroupByLimit() && !pagers[current].isExhausted()); // isExhausted() will sets us on the first non-exhausted pager if (isDone || isExhausted()) { closed = true; return endOfData(); } pagerMaxRemaining = pagers[current].maxRemaining(); int toQuery = pageSize - counted; result = consistency == null ? pagers[current].fetchPageInternal(toQuery, executionController) : pagers[current].fetchPage(toQuery, consistency, clientState, queryStartNanoTime); } return result.next(); }
protected RowIterator computeNext() { while (result == null || !result.hasNext()) { if (result != null) { result.close(); counted += pagerMaxRemaining - pagers[current].maxRemaining(); } // We are done if we have reached the page size or in the case of GROUP BY if the current pager // is not exhausted. boolean isDone = counted >= pageSize || (result != null && limit.isGroupByLimit() && !pagers[current].isExhausted()); // isExhausted() will sets us on the first non-exhausted pager if (isDone || isExhausted()) { closed = true; return endOfData(); } pagerMaxRemaining = pagers[current].maxRemaining(); int toQuery = pageSize - counted; result = consistency == null ? pagers[current].fetchPageInternal(toQuery, executionController) : pagers[current].fetchPage(toQuery, consistency, clientState, queryStartNanoTime); } return result.next(); }