private long internalCreateNode(long nodeId, Map<String, Object> properties) {
NodeRecord nodeRecord =
new NodeRecord(
nodeId, Record.NO_NEXT_RELATIONSHIP.intValue(), Record.NO_NEXT_PROPERTY.intValue());
nodeRecord.setInUse(true);
nodeRecord.setCreated();
nodeRecord.setNextProp(createPropertyChain(properties));
getNodeStore().updateRecord(nodeRecord);
return nodeId;
}
@Test
public void shouldNotReportMissingPropertyForDeletedNodeWithProperty() {
// given
PropertyRecord oldProperty = add(inUse(new PropertyRecord(10)));
NodeRecord oldNode = add(inUse(new NodeRecord(20, false, 0, 0)));
oldProperty.setNodeId(oldNode.getId());
oldNode.setNextProp(oldProperty.getId());
PropertyRecord newProperty = add(notInUse(new PropertyRecord(10)));
NodeRecord newNode = add(notInUse(new NodeRecord(20, false, 0, 0)));
newProperty.setNodeId(newNode.getId());
newNode.setNextProp(newProperty.getId());
// when
ConsistencyReport.PropertyConsistencyReport report = checkChange(oldProperty, newProperty);
// then
verifyNoMoreInteractions(report);
}
@Override
public void setNodeProperties(long node, Map<String, Object> properties) {
NodeRecord record = getNodeRecord(node);
if (record.getNextProp() != Record.NO_NEXT_PROPERTY.intValue()) {
deletePropertyChain(record.getNextProp());
/*
* Batch inserter does not make any attempt to maintain the store's
* integrity. It makes sense however to keep some things intact where
* the cost is relatively low. So here, when we delete the property
* chain we first make sure that the node record (or the relationship
* record below) does not point anymore to the deleted properties. This
* way, if during creation, something goes wrong, it will not have the properties
* expected instead of throwing invalid record exceptions.
*/
record.setNextProp(Record.NO_NEXT_PROPERTY.intValue());
getNodeStore().updateRecord(record);
}
record.setNextProp(createPropertyChain(properties));
getNodeStore().updateRecord(record);
}
@Override
public void setNodeProperties(long node, Map<String, Object> properties) {
NodeRecord record = getNodeRecord(node).forChangingData();
if (record.getNextProp() != Record.NO_NEXT_PROPERTY.intValue()) {
propertyDeletor.getAndDeletePropertyChain(record, recordAccess.getPropertyRecords());
}
record.setNextProp(
propertyCreator.createPropertyChain(
record, propertiesIterator(properties), recordAccess.getPropertyRecords()));
recordAccess.commit();
}
private long internalCreateNode(long nodeId, Map<String, Object> properties, Label... labels) {
NodeRecord nodeRecord = recordAccess.getNodeRecords().create(nodeId, null).forChangingData();
nodeRecord.setInUse(true);
nodeRecord.setCreated();
nodeRecord.setNextProp(
propertyCreator.createPropertyChain(
nodeRecord, propertiesIterator(properties), recordAccess.getPropertyRecords()));
if (labels.length > 0) {
setNodeLabels(nodeRecord, labels);
}
recordAccess.commit();
return nodeId;
}
private void migrateNodes(NodeStore nodeStore, PropertyWriter propertyWriter)
throws IOException {
Iterable<NodeRecord> records = legacyStore.getNodeStoreReader().readNodeStore();
// estimate total number of nodes using file size then calc number of dots or percentage
// complete
for (NodeRecord nodeRecord : records) {
reportProgress(nodeRecord.getId());
nodeStore.setHighId(nodeRecord.getId() + 1);
if (nodeRecord.inUse()) {
long startOfPropertyChain = nodeRecord.getNextProp();
if (startOfPropertyChain != Record.NO_NEXT_RELATIONSHIP.intValue()) {
long propertyRecordId = migrateProperties(startOfPropertyChain, propertyWriter);
nodeRecord.setNextProp(propertyRecordId);
}
nodeStore.updateRecord(nodeRecord);
} else {
nodeStore.freeId(nodeRecord.getId());
}
}
legacyStore.getNodeStoreReader().close();
}