use of org.apache.jena.tdb.store.NodeId in project jena by apache.
the class AbstractTestTupleIndex method TupleIndexRecordFindNot_5.
@Test
public void TupleIndexRecordFindNot_5() {
TupleIndex index = createIndex("SPO");
add(index, n1, n2, n3);
add(index, n1, n5, n6);
Tuple<NodeId> tuple2 = TupleFactory.tuple(n2, n5, n6);
Iterator<Tuple<NodeId>> iter = index.find(tuple2);
assertFalse(iter.hasNext());
}
use of org.apache.jena.tdb.store.NodeId in project jena by apache.
the class AbstractTestTupleIndex method TupleIndexRecordFindNot_3.
@Test
public void TupleIndexRecordFindNot_3() {
TupleIndex index = createIndex("SPO");
add(index, n1, n2, n3);
Tuple<NodeId> tuple2 = TupleFactory.tuple(n1, null, n6);
Iterator<Tuple<NodeId>> iter = index.find(tuple2);
assertFalse(iter.hasNext());
}
use of org.apache.jena.tdb.store.NodeId in project jena by apache.
the class AbstractTestNodeTableTrans method nodetrans_06.
@Test
public void nodetrans_06() {
// 2 transactions - blocking reader - create a second NodeTableTrans
Transaction txn1 = createTxn(11);
NodeTableTrans ntt1 = create(txn1, node1);
NodeId nodeId1 = ntt1.getBaseNodeTable().getNodeIdForNode(node1);
ntt1.begin(txn1);
NodeId nodeId2 = ntt1.getAllocateNodeId(node2);
ntt1.commitPrepare(txn1);
// READ - don't enact
Transaction txn2 = createTxn(12);
NodeTableTrans ntt2 = create(txn2, ntt1.getBaseNodeTable());
ntt2.begin(txn2);
assertEquals(nodeId1, ntt2.getNodeIdForNode(node1));
assertEquals(nodeId2, ntt2.getNodeIdForNode(node2));
NodeId nodeId3 = ntt2.getAllocateNodeId(node3);
assertEquals(nodeId3, ntt2.getNodeIdForNode(node3));
ntt2.commitPrepare(txn2);
// READ ends.
ntt1.commitEnact(txn1);
ntt1.commitClearup(txn1);
ntt2.commitEnact(txn2);
ntt2.commitClearup(txn2);
assertEquals(nodeId1, ntt1.getBaseNodeTable().getNodeIdForNode(node1));
assertEquals(nodeId2, ntt1.getBaseNodeTable().getNodeIdForNode(node2));
assertEquals(nodeId3, ntt1.getBaseNodeTable().getNodeIdForNode(node3));
}
use of org.apache.jena.tdb.store.NodeId in project jena by apache.
the class AbstractTestNodeTableTrans method nodetrans_05.
@Test
public void nodetrans_05() {
// 2 transactions - no blocking reader - create a second NodeTableTrans
Transaction txn1 = createTxn(11);
NodeTableTrans ntt1 = create(txn1, node1);
NodeId nodeId1 = ntt1.getBaseNodeTable().getNodeIdForNode(node1);
ntt1.begin(txn1);
NodeId nodeId2 = ntt1.getAllocateNodeId(node2);
ntt1.commitPrepare(txn1);
ntt1.commitEnact(txn1);
ntt1.commitClearup(txn1);
Transaction txn2 = createTxn(12);
NodeTableTrans ntt2 = create(txn2, ntt1.getBaseNodeTable());
ntt2.begin(txn2);
assertEquals(nodeId1, ntt2.getNodeIdForNode(node1));
assertEquals(nodeId2, ntt2.getNodeIdForNode(node2));
NodeId nodeId3 = ntt2.getAllocateNodeId(node3);
assertEquals(nodeId3, ntt2.getNodeIdForNode(node3));
ntt2.commitPrepare(txn2);
ntt2.commitEnact(txn2);
ntt2.commitClearup(txn2);
assertEquals(nodeId1, ntt1.getBaseNodeTable().getNodeIdForNode(node1));
assertEquals(nodeId2, ntt1.getBaseNodeTable().getNodeIdForNode(node2));
assertEquals(nodeId3, ntt1.getBaseNodeTable().getNodeIdForNode(node3));
}
use of org.apache.jena.tdb.store.NodeId in project jena by apache.
the class AbstractTestNodeTableTrans method nodetrans_02.
@Test
public void nodetrans_02() {
Transaction txn = createTxn(11);
NodeTableTrans ntt = create(txn);
NodeTable nt0 = ntt.getBaseNodeTable();
ntt.begin(txn);
// Add a node
NodeId nodeId = ntt.getAllocateNodeId(node1);
// Check not in the base.
assertNull(nt0.getNodeForNodeId(nodeId));
// Check is in the transaction node table.
assertEquals(NodeId.NodeDoesNotExist, nt0.getNodeIdForNode(node1));
assertEquals(node1, ntt.getNodeForNodeId(nodeId));
ntt.commitPrepare(txn);
ntt.commitEnact(txn);
// Check it is now in the base.
assertEquals(node1, nt0.getNodeForNodeId(nodeId));
assertEquals(nodeId, nt0.getNodeIdForNode(node1));
ntt.commitClearup(txn);
}
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