internal static Representation GetSingleRepresentation(object result)
{
if (result == null)
{
return(ValueRepresentation.OfNull());
}
else if (result is GraphDatabaseService)
{
return(new DatabaseRepresentation());
}
else if (result is Node)
{
return(new NodeRepresentation(( Node )result));
}
else if (result is Relationship)
{
return(new RelationshipRepresentation(( Relationship )result));
}
else if (result is double? || result is float?)
{
return(ValueRepresentation.number((( Number )result).doubleValue()));
}
else if (result is long?)
{
return(ValueRepresentation.number((( long? )result).Value));
}
else if (result is int?)
{
return(ValueRepresentation.number((( int? )result).Value));
}
else if (result is bool?)
{
return(ValueRepresentation.Bool((( bool? )result).Value));
}
else
{
return(ValueRepresentation.String(result.ToString()));
}
}
public ValueRepresentation ExtendedEntity()
{
return(ValueRepresentation.String(ExtendedEntity));
}
public ValueRepresentation StartNodeUri()
{
return(ValueRepresentation.Uri(NodeRepresentation.Path(_rel.StartNode)));
}
public ValueRepresentation PropertyUriTemplate()
{
return(ValueRepresentation.Template(Path("/properties/{key}")));
}
protected internal override Representation underlyingObjectToObject(Node node)
{
return(ValueRepresentation.Uri(NodeRepresentation.Path(node)));
}
public virtual ValueRepresentation EndNode()
{
return(ValueRepresentation.Uri(NodeRepresentation.Path(_path.endNode())));
}
protected internal override Representation underlyingObjectToObject(string directionString)
{
return(ValueRepresentation.String(directionString));
}
public ValueRepresentation AllRelationshipsUri()
{
return(ValueRepresentation.Uri(Path("/relationships/all")));
}
public static string Serialize(ValueRepresentation repr)
{
return(Serialize(_baseUri, repr));
}
public virtual ValueRepresentation PasswordChange()
{
return(ValueRepresentation.Uri(format("/user/%s/password", _user.name())));
}
public virtual ValueRepresentation PasswordChangeRequired()
{
return(ValueRepresentation.Bool(_user.passwordChangeRequired()));
}
public virtual ValueRepresentation User()
{
return(ValueRepresentation.String(_user.name()));
}
private IndexedEntityRepresentation(MappingRepresentation entity, long entityId, string key, string value, IndexRepresentation indexRepresentation) : base(entity.Type)
{
this._entity = entity;
_selfUri = ValueRepresentation.Uri(indexRepresentation.RelativeUriFor(key, value, entityId));
}
protected internal override void Serialize(MappingSerializer serializer)
{
if (_indexDefinition.NodeIndex)
{
serializer.PutList("labels", new ListRepresentation(RepresentationType.String, map(label => ValueRepresentation.String(label.name()), _indexDefinition.Labels)));
if (!_indexDefinition.MultiTokenIndex)
{
serializer.PutString("label", single(_indexDefinition.Labels).name());
}
}
else
{
serializer.PutList("relationshipTypes", new ListRepresentation(RepresentationType.String, map(relType => ValueRepresentation.String(relType.name()), _indexDefinition.RelationshipTypes)));
if (!_indexDefinition.MultiTokenIndex)
{
serializer.PutString("relationshipType", single(_indexDefinition.RelationshipTypes).name());
}
}
System.Func <string, Representation> converter = ValueRepresentation.@string;
IEnumerable <Representation> propertyKeyRepresentations = map(converter, _indexDefinition.PropertyKeys);
serializer.PutList("property_keys", new ListRepresentation(RepresentationType.String, propertyKeyRepresentations));
// Only print state and progress if progress is a valid value and not yet online
if (_indexState == Org.Neo4j.Graphdb.schema.Schema_IndexState.Populating)
{
serializer.PutString("state", _indexState.name());
serializer.PutString("population_progress", string.Format("{0,1:F0}%", _indexPopulationProgress.CompletedPercentage));
}
}
public ValueRepresentation PagedTraverseUriTemplate()
{
return(ValueRepresentation.Template(Path("/paged/traverse/{returnType}{?pageSize,leaseTime}")));
}
public static string Serialize(URI baseUri, ValueRepresentation repr)
{
return(repr.Serialize(new StringFormat(), baseUri, null));
}
public ValueRepresentation RelationshipCreationUri()
{
return(ValueRepresentation.Uri(Path("/relationships")));
}
public static Representation Value(object property)
{
return(ValueRepresentation.Property(property));
}
public ValueRepresentation IncomingRelationshipsUri()
{
return(ValueRepresentation.Uri(Path("/relationships/in")));
}
public ValueRepresentation OutgoingRelationshipsUri()
{
return(ValueRepresentation.Uri(Path("/relationships/out")));
}
public virtual ValueRepresentation StartNode()
{
return(ValueRepresentation.Uri(NodeRepresentation.Path(_path.startNode())));
}
public ValueRepresentation AllTypedRelationshipsUriTemplate()
{
return(ValueRepresentation.Template(Path("/relationships/all/{-list|&|types}")));
}
public virtual ValueRepresentation Length()
{
return(ValueRepresentation.Number(_path.length()));
}
public ValueRepresentation OutgoingTypedRelationshipsUriTemplate()
{
return(ValueRepresentation.Template(Path("/relationships/out/{-list|&|types}")));
}
public ValueRepresentation PropertiesUri()
{
return(ValueRepresentation.Uri(Path("/properties")));
}
public ValueRepresentation LabelsUriTemplate()
{
return(ValueRepresentation.Template(Path("/labels")));
}
public override ValueRepresentation SelfUri()
{
return(ValueRepresentation.Uri(Path("")));
}
public ValueRepresentation TraverseUriTemplate()
{
return(ValueRepresentation.Template(Path("/traverse/{returnType}")));
}
public ValueRepresentation EndNodeUri()
{
return(ValueRepresentation.Uri(NodeRepresentation.Path(_rel.EndNode)));
}
public ValueRepresentation Description()
{
return(ValueRepresentation.String(_description));
}