@Test
public void testGetAttributeColumnsEmpty() {
GraphStore store = new GraphStore();
NodeImpl node = new NodeImpl("0", store);
Iterable<Column> pk = node.getAttributeColumns();
Assert.assertNotNull(pk);
Iterator<Column> itr = pk.iterator();
Assert.assertNotNull(itr);
int size = 0;
for (; itr.hasNext(); ) {
Column c = itr.next();
Assert.assertTrue(c.isProperty());
size++;
}
Assert.assertTrue(size == getElementPropertiesLength());
}
private void refreshAttributeFunctions(boolean graphHasChanged) {
Set<Column> columns = new HashSet<Column>();
for (Column column : getTable()) {
if (!column.isProperty()) {
columns.add(column);
}
}
// Clean
for (Iterator<Map.Entry<Column, ColumnObserver>> itr = columnObservers.entrySet().iterator();
itr.hasNext(); ) {
Map.Entry<Column, ColumnObserver> entry = itr.next();
if (!columns.contains(entry.getKey()) || forcedColumnsRefresh.contains(entry.getKey())) {
rankings.remove(getIdCol(entry.getKey()));
partitions.remove(getIdCol(entry.getKey()));
for (Transformer t : getTransformers()) {
attributeFunctions.remove(getId(t, entry.getKey()));
}
itr.remove();
if (!entry.getValue().isDestroyed()) {
entry.getValue().destroy();
}
}
}
// Get columns to be refreshed
Set<Column> toRefreshColumns = new HashSet<Column>(forcedColumnsRefresh);
for (Column column : columns) {
if (!columnObservers.containsKey(column)) {
columnObservers.put(column, column.createColumnObserver());
toRefreshColumns.add(column);
} else if (columnObservers.get(column).hasColumnChanged() || graphHasChanged) {
toRefreshColumns.add(column);
}
}
forcedColumnsRefresh.clear();
// Refresh ranking and partitions
for (Column column : toRefreshColumns) {
RankingImpl ranking = rankings.get(getIdCol(column));
PartitionImpl partition = partitions.get(getIdCol(column));
if (ranking == null && partition == null) {
String id = getIdCol(column);
if (forcedPartition.contains(id)
|| (!forcedRanking.contains(id) && isPartition(graph, column))) {
if (column.isIndexed()) {
partition = new AttributePartitionImpl(column, getIndex(false));
} else {
partition = new AttributePartitionImpl(column, graph);
}
partitions.put(getIdCol(column), partition);
}
if (forcedRanking.contains(id) || isRanking(graph, column)) {
if (column.isIndexed()) {
ranking = new AttributeRankingImpl(column, getIndex(localScale));
} else {
ranking = new AttributeRankingImpl(column, graph);
}
rankings.put(getIdCol(column), ranking);
}
}
if (ranking != null) {
ranking.refresh();
}
if (partition != null) {
partition.refresh();
}
}
// Ranking functions
for (Transformer t : getRankingTransformers()) {
for (Column col : toRefreshColumns) {
RankingImpl ranking = rankings.get(getIdCol(col));
if (ranking != null) {
String id = getId(t, col);
if (!attributeFunctions.containsKey(id)) {
attributeFunctions.put(
id,
new AttributeFunctionImpl(
id, graph, col, t, getTransformerUI(t), ranking, defaultInterpolator));
}
}
}
}
// Partition functions
for (Transformer t : getPartitionTransformers()) {
for (Column col : toRefreshColumns) {
PartitionImpl partition = partitions.get(getIdCol(col));
if (partition != null) {
String id = getId(t, col);
if (!attributeFunctions.containsKey(id)) {
attributeFunctions.put(
id, new AttributeFunctionImpl(id, graph, col, t, getTransformerUI(t), partition));
}
}
}
}
}