private void GatherPropsToLoad(SchemaDescriptor schema, MutableIntSet target)
{
foreach (int propertyId in Schema.PropertyIds)
{
if (_knownProperties.get(propertyId) == null)
{
target.add(propertyId);
}
}
}
public virtual int AugmentDegree(RelationshipDirection direction, int degree, int typeId)
{
switch (direction)
{
case RelationshipDirection.INCOMING:
if (_incoming != null && _incoming.containsKey(typeId))
{
return(_diffStrategy.augmentDegree(degree, _incoming.get(typeId).size()));
}
break;
case RelationshipDirection.OUTGOING:
if (_outgoing != null && _outgoing.containsKey(typeId))
{
return(_diffStrategy.augmentDegree(degree, _outgoing.get(typeId).size()));
}
break;
case RelationshipDirection.LOOP:
if (_loops != null && _loops.containsKey(typeId))
{
return(_diffStrategy.augmentDegree(degree, _loops.get(typeId).size()));
}
break;
default:
throw new System.ArgumentException("Unknown direction: " + direction);
}
return(degree);
}
/// <param name="schemaDescriptor"> <seealso cref="SchemaDescriptor"/> to remove. </param>
/// <param name="propertyKeyIds"> the sorted property key ids for this schema. </param>
/// <param name="cursor"> which property key among the sorted property keys that this set deals with. </param>
/// <returns> {@code true} if this <seealso cref="PropertySet"/> ends up empty after this removal. </returns>
internal virtual bool Remove(T schemaDescriptor, int[] propertyKeyIds, int cursor)
{
if (cursor == propertyKeyIds.Length - 1)
{
FullDescriptors.remove(schemaDescriptor);
}
else
{
int nextPropertyKeyId = propertyKeyIds[++cursor];
PropertySet propertySet = Next.get(nextPropertyKeyId);
if (propertySet != null && propertySet.Remove(schemaDescriptor, propertyKeyIds, cursor))
{
Next.remove(nextPropertyKeyId);
}
}
return(FullDescriptors.Count == 0 && Next.Empty);
}
/// <summary>
/// Removes the <seealso cref="SchemaDescriptor"/> from this multi-set. </summary>
/// <param name="schemaDescriptor"> the <seealso cref="SchemaDescriptor"/> to remove. </param>
/// <returns> {@code true} if this multi-set ended up empty after removing this descriptor. </returns>
internal virtual bool Remove(T schemaDescriptor)
{
// Remove from the optimized path
Descriptors.remove(schemaDescriptor);
int[] propertyKeyIds = SortedPropertyKeyIds(schemaDescriptor.schema());
[email protected]_PropertySchemaType propertySchemaType = schemaDescriptor.schema().propertySchemaType();
if (propertySchemaType == COMPLETE_ALL_TOKENS)
{
int firstPropertyKeyId = propertyKeyIds[0];
PropertySet firstPropertySet = Next.get(firstPropertyKeyId);
if (firstPropertySet != null && firstPropertySet.Remove(schemaDescriptor, propertyKeyIds, 0))
{
Next.remove(firstPropertyKeyId);
}
}
else if (propertySchemaType == PARTIAL_ANY_TOKEN)
{
foreach (int propertyKeyId in propertyKeyIds)
{
PropertySet propertySet = Next.get(propertyKeyId);
if (propertySet != null && propertySet.Remove(schemaDescriptor, new int[] { propertyKeyId }, 0))
{
Next.remove(propertyKeyId);
}
}
}
else
{
throw new System.NotSupportedException("Unknown property schema type " + propertySchemaType);
}
// Remove from the fall-back path
foreach (int keyId in propertyKeyIds)
{
ISet <T> byProperty = ByAnyProperty.get(keyId);
if (byProperty != null)
{
byProperty.remove(schemaDescriptor);
if (byProperty.Count == 0)
{
ByAnyProperty.remove(keyId);
}
}
}
return(Descriptors.Count == 0 && Next.Empty);
}
/// <summary>
/// Cheap way of finding out whether or not there are any descriptors matching the set of entity token ids and the property key id.
/// </summary>
/// <param name="entityTokenIds"> complete list of entity token ids for the entity to check. </param>
/// <param name="propertyKey"> a property key id to check. </param>
/// <returns> {@code true} if there are one or more descriptors matching the given tokens. </returns>
internal virtual bool Has(long[] entityTokenIds, int propertyKey)
{
// Abort right away if there are no descriptors at all
if (Empty)
{
return(false);
}
// Check if there are any descriptors that matches any of the first (or only) entity token
foreach (long entityTokenId in entityTokenIds)
{
PropertyMultiSet set = _byEntityToken.get(toIntExact(entityTokenId));
if (set != null && set.Has(propertyKey))
{
return(true);
}
}
return(false);
}
private static void RecordConstraint(int labelOrRelType, int propertyKey, MutableIntObjectMap <int[]> storage)
{
int[] propertyKeys = storage.get(labelOrRelType);
if (propertyKeys == null)
{
propertyKeys = new int[] { propertyKey };
}
else
{
propertyKeys = Arrays.copyOf(propertyKeys, propertyKeys.Length + 1);
propertyKeys[propertyKeys.Length - 1] = propertyKey;
}
storage.put(labelOrRelType, propertyKeys);
}
public virtual bool RemoveRelationship(long relId, int typeId, RelationshipDirection direction)
{
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final org.eclipse.collections.api.map.primitive.MutableIntObjectMap<org.eclipse.collections.api.set.primitive.MutableLongSet> relTypeToRelsMap = getTypeToRelMapForDirection(direction);
MutableIntObjectMap <MutableLongSet> relTypeToRelsMap = GetTypeToRelMapForDirection(direction);
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final org.eclipse.collections.api.set.primitive.MutableLongSet rels = relTypeToRelsMap.get(typeId);
MutableLongSet rels = relTypeToRelsMap.get(typeId);
if (rels != null && rels.remove(relId))
{
if (rels.Empty)
{
relTypeToRelsMap.remove(typeId);
}
return(true);
}
return(false);
}
internal virtual IEnumerator <CapableIndexDescriptor> IndexDescriptorsForRelationshipType(int relationshipType)
{
ISet <CapableIndexDescriptor> forLabel = IndexDescriptorsByRelationshipType.get(relationshipType);
return(forLabel == null?emptyIterator() : forLabel.GetEnumerator());
}
internal virtual IEnumerator <CapableIndexDescriptor> IndexDescriptorsForLabel(int labelId)
{
ISet <CapableIndexDescriptor> forLabel = IndexDescriptorsByLabel.get(labelId);
return(forLabel == null?emptyIterator() : forLabel.GetEnumerator());
}
internal virtual IEnumerator <CapableIndexDescriptor> IndexesByProperty(int propertyId)
{
IList <CapableIndexDescriptor> indexes = IndexByProperty.get(propertyId);
return((indexes == null) ? emptyIterator() : indexes.GetEnumerator());
}
internal virtual ICollection <Hit> Least()
{
return(HitsConflict.get(LowestDepth));
}
private Value[] GetValueTuple(NodeCursor node, PropertyCursor propertyCursor, int changedPropertyKeyId, Value changedValue, int[] indexPropertyIds, MutableIntObjectMap <Value> materializedValues)
{
Value[] values = new Value[indexPropertyIds.Length];
int missing = 0;
// First get whatever values we already have on the stack, like the value change that provoked this update in the first place
// and already loaded values that we can get from the map of materialized values.
for (int k = 0; k < indexPropertyIds.Length; k++)
{
values[k] = indexPropertyIds[k] == changedPropertyKeyId ? changedValue : materializedValues.get(indexPropertyIds[k]);
if (values[k] == null)
{
missing++;
}
}
// If we couldn't get all values that we wanted we need to load from the node. While we're loading values
// we'll place those values in the map so that other index updates from this change can just used them.
if (missing > 0)
{
node.Properties(propertyCursor);
while (missing > 0 && propertyCursor.Next())
{
int k = ArrayUtils.IndexOf(indexPropertyIds, propertyCursor.PropertyKey());
if (k >= 0 && values[k] == null)
{
int propertyKeyId = indexPropertyIds[k];
bool thisIsTheChangedProperty = propertyKeyId == changedPropertyKeyId;
values[k] = thisIsTheChangedProperty ? changedValue : propertyCursor.PropertyValue();
if (!thisIsTheChangedProperty)
{
materializedValues.put(propertyKeyId, values[k]);
}
missing--;
}
}
}
return(values);
}
