Package org.modeshape.jcr.query.RowExtractors

Examples of org.modeshape.jcr.query.RowExtractors.ExtractFromRow

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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.INNER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.INNER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.LEFT_OUTER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.LEFT_OUTER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.RIGHT_OUTER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.RIGHT_OUTER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.FULL_OUTER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
            print("Parent of nodes:", allNodes(), RowExtractors.extractParentNodeKey(0, cache, types));
        }
        JoinType joinType = JoinType.FULL_OUTER;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractParentNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
        }
        long nodeCount = countRows(allNodes());
        JoinType joinType = JoinType.CROSS;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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            print("All nodes:", allNodes(), RowExtractors.extractPath(0, cache, types));
            print("NodeKeys of nodes:", allNodes(), RowExtractors.extractNodeKey(0, cache, types));
        }
        long nodeCount = countRows(allNodes());
        JoinType joinType = JoinType.CROSS;
        ExtractFromRow leftExtractor = RowExtractors.extractNodeKey(0, cache, types);
        ExtractFromRow rightExtractor = RowExtractors.extractNodeKey(0, cache, types);
        RangeProducer<?> rangeProducer = null;
        HashJoinSequence join = new HashJoinSequence(workspaceName(), allNodes(), allNodes(), leftExtractor, rightExtractor,
                                                     joinType, bufferMgr, cache, rangeProducer, pack, useHeap);
        // Verify the join ...
        assertRowsSatisfy(join,
View Full Code Here
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Related Classes of org.modeshape.jcr.query.RowExtractors.ExtractFromRow

  • org.modeshape.jcr.query.engine.process.HashJoinSequenceTest
  • org.modeshape.jcr.query.engine.process.SortingSequenceTest
  • org.modeshape.jcr.query.engine.ScanningQueryEngine
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