if (conf.isSortedFilter() && ioContext.useSorted()) { if (!(conditionEvaluator instanceof ExprNodeGenericFuncEvaluator)) { LOG.error("Attempted to use the fact data is sorted when the conditionEvaluator is not " +
if (conf.isSortedFilter() && ioContext.useSorted()) { if (!(conditionEvaluator instanceof ExprNodeGenericFuncEvaluator)) { LOG.error("Attempted to use the fact data is sorted when the conditionEvaluator is not " +
public boolean doNext(K key, V value) throws IOException { if (this.isSorted) { if (this.getIOContext().shouldEndBinarySearch() || (!this.getIOContext().useSorted() && this.wasUsingSortedSearch)) { beginLinearSearch(); this.wasUsingSortedSearch = false; if (this.getIOContext().useSorted()) { if (this.genericUDFClassName == null && this.getIOContext().getGenericUDFClassName() != null) {
public boolean doNext(K key, V value) throws IOException { if (this.isSorted) { if (this.getIOContext().shouldEndBinarySearch() || (!this.getIOContext().useSorted() && this.wasUsingSortedSearch)) { beginLinearSearch(); this.wasUsingSortedSearch = false; if (this.getIOContext().useSorted()) { if (this.genericUDFClassName == null && this.getIOContext().getGenericUDFClassName() != null) {
if (conf.isSortedFilter() && ioContext.useSorted()) { if (!(conditionEvaluator instanceof ExprNodeGenericFuncEvaluator)) { LOG.error("Attempted to use the fact data is sorted when the conditionEvaluator is not " +
public boolean doNext(K key, V value) throws IOException { if (this.isSorted) { if (this.getIOContext().shouldEndBinarySearch() || (!this.getIOContext().useSorted() && this.wasUsingSortedSearch)) { beginLinearSearch(); this.wasUsingSortedSearch = false; if (this.getIOContext().useSorted()) { if (this.genericUDFClassName == null && this.getIOContext().getGenericUDFClassName() != null) {