Package org.apache.phoenix.query

Examples of org.apache.phoenix.query.KeyRange.union()

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                }
                if (childSlot.getMinMaxRange() != null) {
                    if (!slotRanges.isEmpty() && thePosition != initialPos) { // ORing together rvc in initial slot with other slots
                        return null;
                    }
                    minMaxRange = minMaxRange.union(childSlot.getMinMaxRange());
                    thePosition = initialPos;
                    for (KeySlot slot : childSlot) {
                        List<Expression> extractNodes = slot.getKeyPart().getExtractNodes();
                        extractAll &= !extractNodes.isEmpty();
                        slotExtractNodes.addAll(extractNodes);
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                         * are gaps left by combining the ranges. If there are gaps, we
                         * cannot extract the nodes, but must them as filters instead.
                         */
                        KeyRange intersection = minMaxRange.intersect(range);
                        if (intersection == KeyRange.EMPTY_RANGE
                                || !range.equals(intersection.union(range))
                                || !minMaxRange.equals(intersection.union(minMaxRange))) {
                            clearExtracts = true;
                        }
                    }
                    minMaxRange = minMaxRange.union(range);
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                         * cannot extract the nodes, but must them as filters instead.
                         */
                        KeyRange intersection = minMaxRange.intersect(range);
                        if (intersection == KeyRange.EMPTY_RANGE
                                || !range.equals(intersection.union(range))
                                || !minMaxRange.equals(intersection.union(minMaxRange))) {
                            clearExtracts = true;
                        }
                    }
                    minMaxRange = minMaxRange.union(range);
                }
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                }
                if (childSlot.getMinMaxRange() != null) {
                    if (!slotRanges.isEmpty() && thePosition != initialPos) { // ORing together rvc in initial slot with other slots
                        return null;
                    }
                    minMaxRange = minMaxRange.union(childSlot.getMinMaxRange());
                    thePosition = initialPos;
                    for (KeySlot slot : childSlot) {
                        List<Expression> extractNodes = slot.getKeyPart().getExtractNodes();
                        extractAll &= !extractNodes.isEmpty();
                        slotExtractNodes.addAll(extractNodes);
View Full Code Here
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                         * are gaps left by combining the ranges. If there are gaps, we
                         * cannot extract the nodes, but must them as filters instead.
                         */
                        KeyRange intersection = minMaxRange.intersect(range);
                        if (intersection == KeyRange.EMPTY_RANGE
                                || !range.equals(intersection.union(range))
                                || !minMaxRange.equals(intersection.union(minMaxRange))) {
                            clearExtracts = true;
                        }
                    }
                    minMaxRange = minMaxRange.union(range);
View Full Code Here
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                         * cannot extract the nodes, but must them as filters instead.
                         */
                        KeyRange intersection = minMaxRange.intersect(range);
                        if (intersection == KeyRange.EMPTY_RANGE
                                || !range.equals(intersection.union(range))
                                || !minMaxRange.equals(intersection.union(minMaxRange))) {
                            clearExtracts = true;
                        }
                    }
                    minMaxRange = minMaxRange.union(range);
                }
View Full Code Here
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                }
                if (childSlot.getMinMaxRange() != null) {
                    if (!slotRanges.isEmpty() && thePosition != initialPos) { // ORing together rvc in initial slot with other slots
                        return null;
                    }
                    minMaxRange = minMaxRange.union(childSlot.getMinMaxRange());
                    thePosition = initialPos;
                    for (KeySlot slot : childSlot) {
                        List<Expression> extractNodes = slot.getKeyPart().getExtractNodes();
                        extractAll &= !extractNodes.isEmpty();
                        slotExtractNodes.addAll(extractNodes);
View Full Code Here
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                         * are gaps left by combining the ranges. If there are gaps, we
                         * cannot extract the nodes, but must them as filters instead.
                         */
                        KeyRange intersection = minMaxRange.intersect(range);
                        if (intersection == KeyRange.EMPTY_RANGE
                                || !range.equals(intersection.union(range))
                                || !minMaxRange.equals(intersection.union(minMaxRange))) {
                            clearExtracts = true;
                        }
                    }
                    minMaxRange = minMaxRange.union(range);
View Full Code Here
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                         * cannot extract the nodes, but must them as filters instead.
                         */
                        KeyRange intersection = minMaxRange.intersect(range);
                        if (intersection == KeyRange.EMPTY_RANGE
                                || !range.equals(intersection.union(range))
                                || !minMaxRange.equals(intersection.union(minMaxRange))) {
                            clearExtracts = true;
                        }
                    }
                    minMaxRange = minMaxRange.union(range);
                }
View Full Code Here
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                }
                if (childSlot.getMinMaxRange() != null) {
                    if (!slotRanges.isEmpty() && thePosition != initialPos) { // ORing together rvc in initial slot with other slots
                        return null;
                    }
                    minMaxRange = minMaxRange.union(childSlot.getMinMaxRange());
                    thePosition = initialPos;
                    for (KeySlot slot : childSlot) {
                        List<Expression> extractNodes = slot.getKeyPart().getExtractNodes();
                        extractAll &= !extractNodes.isEmpty();
                        slotExtractNodes.addAll(extractNodes);
View Full Code Here
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