protected virtual void Visit(StorageComplexPropertyMapping storageComplexPropertyMapping) { Visit(storageComplexPropertyMapping.EdmProperty); foreach (var mapping in GetSequence(storageComplexPropertyMapping.TypeMappings, it => IdentityHelper.GetIdentity(it))) { Visit(mapping); } }
protected virtual void Visit(StorageComplexPropertyMapping storageComplexPropertyMapping) { Visit(storageComplexPropertyMapping.EdmProperty); foreach (var mapping in storageComplexPropertyMapping.TypeMappings) { Visit(mapping); } }
public static void GetIdentity_of_StorageComplexPropertyMapping_returns_expected_value() { var complexType = new ComplexType("CT", "N", DataSpace.CSpace); var property = new EdmProperty("A", TypeUsage.Create(complexType)); StoragePropertyMapping mapping = new StorageComplexPropertyMapping(property); Assert.Equal("ComplexProperty(Identity=A)", BaseMetadataMappingVisitor.IdentityHelper.GetIdentity(mapping)); }
protected override void Visit(StorageComplexPropertyMapping storageComplexPropertyMapping) { int index; if (!AddObjectToSeenListAndHashBuilder(storageComplexPropertyMapping, out index)) { return; } AddObjectStartDumpToHashBuilder(storageComplexPropertyMapping, index); #region Inner data visit base.Visit(storageComplexPropertyMapping); #endregion AddObjectEndDumpToHashBuilder(); }
public static void GetIdentity_of_StorageComplexTypeMapping_returns_expected_value() { var complexType1 = new ComplexType("CT1", "N", DataSpace.CSpace); var complexType2 = new ComplexType("CT2", "N", DataSpace.CSpace); var complexType3 = new ComplexType("CT3", "N", DataSpace.CSpace); var complexType4 = new ComplexType("CT4", "N", DataSpace.CSpace); var property1 = new EdmProperty("A", TypeUsage.Create(complexType1)); var property2 = new EdmProperty("B", TypeUsage.Create(complexType2)); var propertyMapping1 = new StorageComplexPropertyMapping(property1); var propertyMapping2 = new StorageComplexPropertyMapping(property2); var mapping = new StorageComplexTypeMapping(false); mapping.AddType(complexType2); mapping.AddType(complexType1); mapping.AddIsOfType(complexType4); mapping.AddIsOfType(complexType3); mapping.AddProperty(propertyMapping2); mapping.AddProperty(propertyMapping1); Assert.Equal("ComplexProperty(Identity=A),ComplexProperty(Identity=B),N.CT1,N.CT2,N.CT3,N.CT4", BaseMetadataMappingVisitor.IdentityHelper.GetIdentity(mapping)); }
protected virtual void Visit(StorageComplexPropertyMapping storageComplexPropertyMapping) { Visit(storageComplexPropertyMapping.EdmProperty); foreach (var mapping in storageComplexPropertyMapping.TypeMappings) { Visit(mapping); } }
public void AddColumnMapping(ColumnMappingBuilder columnMappingBuilder) { Check.NotNull(columnMappingBuilder, "columnMappingBuilder"); if (!columnMappingBuilder.PropertyPath.Any() || _columnMappings.Contains(columnMappingBuilder)) { throw new ArgumentException(Strings.InvalidColumnBuilderArgument("columnBuilderMapping")); } DebugCheck.NotNull(columnMappingBuilder.ColumnProperty); _columnMappings.Add(columnMappingBuilder); StructuralTypeMapping structuralTypeMapping = this; EdmProperty property; // Turn the property path into a mapping fragment nested tree structure. var i = 0; for (; i < columnMappingBuilder.PropertyPath.Count - 1; i++) { // The first n-1 properties are complex so we just need to build // a corresponding tree of complex type mappings. property = columnMappingBuilder.PropertyPath[i]; var complexPropertyMapping = structuralTypeMapping .Properties .OfType<StorageComplexPropertyMapping>() .SingleOrDefault(pm => ReferenceEquals(pm.EdmProperty, property)); StorageComplexTypeMapping complexTypeMapping = null; if (complexPropertyMapping == null) { complexTypeMapping = new StorageComplexTypeMapping(false); complexTypeMapping.AddType(property.ComplexType); complexPropertyMapping = new StorageComplexPropertyMapping(property); complexPropertyMapping.AddTypeMapping(complexTypeMapping); structuralTypeMapping.AddProperty(complexPropertyMapping); } structuralTypeMapping = complexTypeMapping ?? complexPropertyMapping.TypeMappings.Single(); } // The last property has to be a scalar mapping to the target column. // Extract it and create the scalar mapping leaf node, ensuring that we // set the target column. property = columnMappingBuilder.PropertyPath[i]; var scalarPropertyMapping = structuralTypeMapping .Properties .OfType<StorageScalarPropertyMapping>() .SingleOrDefault(pm => ReferenceEquals(pm.EdmProperty, property)); if (scalarPropertyMapping == null) { scalarPropertyMapping = new StorageScalarPropertyMapping(property, columnMappingBuilder.ColumnProperty); structuralTypeMapping.AddProperty(scalarPropertyMapping); columnMappingBuilder.SetTarget(scalarPropertyMapping); } else { scalarPropertyMapping.ColumnProperty = columnMappingBuilder.ColumnProperty; } }
public void AddColumnMapping(ColumnMappingBuilder columnMappingBuilder) { DebugCheck.NotNull(columnMappingBuilder); DebugCheck.NotNull(columnMappingBuilder.ColumnProperty); Debug.Assert(columnMappingBuilder.PropertyPath.Any()); Debug.Assert(!_columnMappings.Contains(columnMappingBuilder)); _columnMappings.Add(columnMappingBuilder); IStructuralTypeMapping structuralTypeMapping = this; EdmProperty property; // Turn the property path into a mapping fragment nested tree structure. var i = 0; for (; i < columnMappingBuilder.PropertyPath.Count - 1; i++) { // The first n-1 properties are complex so we just need to build // a corresponding tree of complex type mappings. property = columnMappingBuilder.PropertyPath[i]; var complexPropertyMapping = structuralTypeMapping .Properties .OfType <StorageComplexPropertyMapping>() .SingleOrDefault(pm => ReferenceEquals(pm.EdmProperty, property)); StorageComplexTypeMapping complexTypeMapping = null; if (complexPropertyMapping == null) { complexTypeMapping = new StorageComplexTypeMapping(false); complexTypeMapping.AddType(property.ComplexType); complexPropertyMapping = new StorageComplexPropertyMapping(property); complexPropertyMapping.AddTypeMapping(complexTypeMapping); structuralTypeMapping.AddProperty(complexPropertyMapping); } structuralTypeMapping = complexTypeMapping ?? complexPropertyMapping.TypeMappings.Single(); } // The last property has to be a scalar mapping to the target column. // Extract it and create the scalar mapping leaf node, ensuring that we // set the target column. property = columnMappingBuilder.PropertyPath[i]; var scalarPropertyMapping = structuralTypeMapping .Properties .OfType <StorageScalarPropertyMapping>() .SingleOrDefault(pm => ReferenceEquals(pm.EdmProperty, property)); if (scalarPropertyMapping == null) { scalarPropertyMapping = new StorageScalarPropertyMapping(property, columnMappingBuilder.ColumnProperty); structuralTypeMapping.AddProperty(scalarPropertyMapping); columnMappingBuilder.SetTarget(scalarPropertyMapping); } else { scalarPropertyMapping.ColumnProperty = columnMappingBuilder.ColumnProperty; } }
private void WritePropertyMapping(StorageComplexPropertyMapping complexPropertyMapping) { DebugCheck.NotNull(complexPropertyMapping); _xmlWriter.WriteStartElement(StorageMslConstructs.ComplexPropertyElement); _xmlWriter.WriteAttributeString(StorageMslConstructs.ComplexPropertyNameAttribute, complexPropertyMapping.EdmProperty.Name); _xmlWriter.WriteAttributeString( StorageMslConstructs.ComplexPropertyTypeNameAttribute, _entityTypeNamespace + "." + complexPropertyMapping.EdmProperty.ComplexType.Name); foreach (var propertyMapping in complexPropertyMapping.TypeMappings.Single().Properties) { WritePropertyMapping(propertyMapping); } _xmlWriter.WriteEndElement(); }
/// <summary> /// Recurses down the complex property to find whether any of the nseted properties has concurrency mode set to "Fixed" /// </summary> /// <param name="complexMapping"> Complex property mapping. Must not be null. </param> /// <returns> <c>true</c> if any of the descendant properties has concurrency mode set to "Fixed". Otherwise <c>false</c> . </returns> private static bool HasFixedConcurrencyModeInAnyChildProperty(StorageComplexPropertyMapping complexMapping) { Debug.Assert(complexMapping != null, "complexMapping != null"); foreach (var propertyMapping in complexMapping.TypeMappings.SelectMany(m => m.AllProperties)) { var childScalarPropertyMapping = propertyMapping as StorageScalarPropertyMapping; var childComplexPropertyMapping = propertyMapping as StorageComplexPropertyMapping; Debug.Assert( childScalarPropertyMapping != null || childComplexPropertyMapping != null, "Unimplemented property mapping for complex property"); //scalar property and has Fixed CC mode if (childScalarPropertyMapping != null && MetadataHelper.GetConcurrencyMode(childScalarPropertyMapping.EdmProperty) == ConcurrencyMode.Fixed) { return true; } // Complex Prop and sub-properties or itself has fixed CC mode else if (childComplexPropertyMapping != null && (MetadataHelper.GetConcurrencyMode(childComplexPropertyMapping.EdmProperty) == ConcurrencyMode.Fixed || HasFixedConcurrencyModeInAnyChildProperty(childComplexPropertyMapping))) { return true; } } return false; }
protected override void Visit(StorageComplexPropertyMapping storageComplexPropertyMapping) { int index; if (!AddObjectToSeenListAndHashBuilder(storageComplexPropertyMapping, out index)) { return; } AddObjectStartDumpToHashBuilder(storageComplexPropertyMapping, index); #region Inner data visit base.Visit(storageComplexPropertyMapping); #endregion AddObjectEndDumpToHashBuilder(); }
public static string GetIdentity(StorageComplexPropertyMapping mapping) { return("ComplexProperty(Identity=" + mapping.EdmProperty.Identity + ")"); }
public static void GetIdentity_of_StorageComplexPropertyMapping_returns_expected_value() { var complexType = new ComplexType("CT", "N", DataSpace.CSpace); var property = new EdmProperty("A", TypeUsage.Create(complexType)); StoragePropertyMapping mapping = new StorageComplexPropertyMapping(property); Assert.Equal("ComplexProperty(Identity=A)", BaseMetadataMappingVisitor.IdentityHelper.GetIdentity(mapping)); }
public static void GetIdentity_of_StorageComplexTypeMapping_returns_expected_value() { var complexType1 = new ComplexType("CT1", "N", DataSpace.CSpace); var complexType2 = new ComplexType("CT2", "N", DataSpace.CSpace); var complexType3 = new ComplexType("CT3", "N", DataSpace.CSpace); var complexType4 = new ComplexType("CT4", "N", DataSpace.CSpace); var property1 = new EdmProperty("A", TypeUsage.Create(complexType1)); var property2 = new EdmProperty("B", TypeUsage.Create(complexType2)); var propertyMapping1 = new StorageComplexPropertyMapping(property1); var propertyMapping2 = new StorageComplexPropertyMapping(property2); var mapping = new StorageComplexTypeMapping(false); mapping.AddType(complexType2); mapping.AddType(complexType1); mapping.AddIsOfType(complexType4); mapping.AddIsOfType(complexType3); mapping.AddProperty(propertyMapping2); mapping.AddProperty(propertyMapping1); Assert.Equal("ComplexProperty(Identity=A),ComplexProperty(Identity=B),N.CT1,N.CT2,N.CT3,N.CT4", BaseMetadataMappingVisitor.IdentityHelper.GetIdentity(mapping)); }