static Property CreatePropertyObject(PropertyInfo myProperty, int orderIndexOfPropertyItem) { var isTrueType = true; var isFalseType = false; var result = new Property(); // var mydbType = FindType(Type.GetType(myProperty.PropertyType.ToString())); var mydbType = Type.GetType(myProperty.PropertyType.ToString()).ToDbType(); var databaseColumnName = myProperty.Name; var databaseColumnType = Convert.ToString(mydbType);; var myPropertyType = myProperty.PropertyType; if (myPropertyType == typeof(DateTime?)) { result = new DateTimeProperty { HasTime = !Attribute.IsDefined(myProperty, typeof(DateOnlyAttribute)), HasDate = true, TimeOnly = myProperty.PropertyType == typeof(TimeSpan) ? isTrueType : isFalseType, }; } else if (Type.GetType(myProperty.PropertyType.ToString()).IsNumericType()) { result = new NumberProperty { IsAutoNumber = Attribute.IsDefined(myProperty, typeof(AutoNumberAttribute)), SpecifiedPropertyType = myProperty.PropertyType.ToString(), }; } else if (myPropertyType == typeof(string)) { result = new StringProperty { IsRowVersion = myProperty.PropertyType == typeof(byte) ? isTrueType : isFalseType, }; } else if (Attribute.IsDefined(myProperty, typeof(CalculatedAttribute)) == false && myProperty.IsAccociation()) { result = ObjectDataProvider.GetAssosciationObject(myProperty); } else if (myPropertyType == typeof(Blob)) { result = new BinaryProperty(); databaseColumnName = myProperty.Name + "_FileName"; databaseColumnType = DbType.String.ToString(); } result.EntityType = GetSmallEntityType(myProperty.ReflectedType); result.Initialize(myProperty, databaseColumnName, databaseColumnType, mydbType, orderIndexOfPropertyItem); return(result); }
public void Visit(BinaryProperty mapping) { Increment("binary"); }
public virtual void Visit(BinaryProperty property) { }
public virtual void Visit(BinaryProperty mapping) { }
public VertexTypePredefinition ToVertexTypePredefinition() { VertexTypePredefinition VertexTypePreDef = new VertexTypePredefinition(this.VertexTypeName); if (this.IsAbstract) { VertexTypePreDef.MarkAsAbstract(); } if (this.IsSealed) { VertexTypePreDef.MarkAsSealed(); } VertexTypePreDef.SetComment(this.Comment); VertexTypePreDef.SetSuperTypeName(this.SuperVertexTypeName); if (this.Properties != null) { foreach (var Property in this.Properties) { VertexTypePreDef.AddProperty(Property.ToPropertyPredefinition()); } } if (this.BinaryProperties != null) { foreach (var BinaryProperty in this.BinaryProperties) { VertexTypePreDef.AddBinaryProperty(BinaryProperty.ToBinaryPropertyPredefinition()); } } if (this.Uniques != null) { foreach (var Unique in this.Uniques) { VertexTypePreDef.AddUnique(Unique.ToUniquePredefinition()); } } if (this.IncomingEdges != null) { foreach (var IncomingEdge in this.IncomingEdges) { VertexTypePreDef.AddIncomingEdge(IncomingEdge.ToIncomingEdgePredefinition()); } } if (this.OutgoingEdges != null) { foreach (var OutgoingEdge in this.OutgoingEdges) { VertexTypePreDef.AddOutgoingEdge(OutgoingEdge.ToOutgoingEdgePredefinition()); } } if (this.Indices != null) { foreach (var Index in this.Indices) { VertexTypePreDef.AddIndex(Index.ToIndexPredefinition()); } } return(VertexTypePreDef); }