private static FieldType GetFieldType(ItemFieldDefinition field) => _fieldTypes[field.GetType()];
private IEnumerable <SemanticPropertyData> GetSemanticProperties(ItemFieldDefinition schemaField, IEnumerable <SemanticTypeData> semanticTypes, Schema schema)
{
XmlElement typeOfExtensionElement = null;
XmlElement propertyExtensionElement = null;
XmlElement extensionElement = schemaField.ExtensionXml;
if (extensionElement != null)
{
typeOfExtensionElement = (XmlElement)extensionElement.SelectSingleNode("mapping:typeof", _namespaceManager);
propertyExtensionElement = (XmlElement)extensionElement.SelectSingleNode("mapping:property", _namespaceManager);
}
// Create a set of distinct semantic types for this field.
List <SemanticTypeData> fieldSemanticTypes = new List <SemanticTypeData>(semanticTypes);
if (typeOfExtensionElement != null)
{
foreach (string typeOf in typeOfExtensionElement.InnerText.Split(','))
{
string[] typeOfParts = typeOf.Split(':');
if (typeOfParts.Length != 2)
{
throw new DxaException(string.Format("Invalid format for semantic typeOf extension data of field '{0}' in Schema '{1}' ({2}): '{3}'. Format must be <prefix>:<entity>.",
schemaField.Name, schema.Title, schema.Id, typeOf));
}
fieldSemanticTypes.Add(new SemanticTypeData {
Prefix = typeOfParts[0], Entity = typeOfParts[1]
});
}
}
fieldSemanticTypes = fieldSemanticTypes.Distinct().ToList();
// Create a list of semantic property names for this field
string semanticProperties = string.Format("{0}:{1}", GetDefaultVocabularyPrefix(schema), schemaField.Name);
if (_retrofitMode && string.IsNullOrEmpty(schema.NamespaceUri))
{
semanticProperties += string.Format(",{0}:{1}", GetDefaultVocabularyPrefix(_currentSchema), schemaField.Name);
}
if (propertyExtensionElement != null)
{
semanticProperties += "," + propertyExtensionElement.InnerText;
}
// Resolve the property name prefixes to semantic types
List <SemanticPropertyData> result = new List <SemanticPropertyData>();
foreach (string property in semanticProperties.Split(','))
{
string[] propertyParts = property.Split(':');
if (propertyParts.Length != 2)
{
throw new DxaException(string.Format("Invalid format for semantic property of field '{0}' in Schema '{1}' ({2}): '{3}'. Format must be <prefix>:<property>.",
schemaField.Name, schema.Title, schema.Id, property));
}
string prefix = propertyParts[0];
string propertyName = propertyParts[1];
SemanticTypeData[] propertySemanticTypes = fieldSemanticTypes.Where(s => s.Prefix == prefix).ToArray();
if (propertySemanticTypes.Length == 0)
{
Logger.Warning(string.Format("Semantic property of field '{0}' in Schema '{1}' ({2}) references an undeclared prefix '{3}'. Semantic types: {4}",
schemaField.Name, schema.Title, schema.Id, property, string.Join(", ", fieldSemanticTypes.Select(s => s.ToString()))));
continue;
}
result.AddRange(propertySemanticTypes.Select(s => new SemanticPropertyData {
Prefix = s.Prefix, Entity = s.Entity, Property = propertyName
}));
}
return(result);
}
private IEnumerable<SemanticPropertyData> GetSemanticProperties(ItemFieldDefinition schemaField, IEnumerable<SemanticTypeData> semanticTypes, Schema schema)
{
XmlElement typeOfExtensionElement = null;
XmlElement propertyExtensionElement = null;
XmlElement extensionElement = schemaField.ExtensionXml;
if (extensionElement != null)
{
typeOfExtensionElement = (XmlElement) extensionElement.SelectSingleNode("mapping:typeof", _namespaceManager);
propertyExtensionElement = (XmlElement) extensionElement.SelectSingleNode("mapping:property", _namespaceManager);
}
// Create a set of distinct semantic types for this field.
List<SemanticTypeData> fieldSemanticTypes = new List<SemanticTypeData>(semanticTypes);
if (typeOfExtensionElement != null)
{
foreach (string typeOf in typeOfExtensionElement.InnerText.Split(','))
{
string[] typeOfParts = typeOf.Split(':');
if (typeOfParts.Length != 2)
{
throw new DxaException(string.Format("Invalid format for semantic typeOf extension data of field '{0}' in Schema '{1}' ({2}): '{3}'. Format must be <prefix>:<entity>.",
schemaField.Name, schema.Title, schema.Id, typeOf));
}
fieldSemanticTypes.Add(new SemanticTypeData { Prefix = typeOfParts[0], Entity = typeOfParts[1] });
}
}
fieldSemanticTypes = fieldSemanticTypes.Distinct().ToList();
// Create a list of semantic property names for this field
string semanticProperties = string.Format("{0}:{1}", GetDefaultVocabularyPrefix(schema), schemaField.Name);
if (_retrofitMode && string.IsNullOrEmpty(schema.NamespaceUri))
{
semanticProperties += string.Format(",{0}:{1}", GetDefaultVocabularyPrefix(_currentSchema), schemaField.Name);
}
if (propertyExtensionElement != null)
{
semanticProperties += "," + propertyExtensionElement.InnerText;
}
// Resolve the property name prefixes to semantic types
List<SemanticPropertyData> result = new List<SemanticPropertyData>();
foreach (string property in semanticProperties.Split(','))
{
string[] propertyParts = property.Split(':');
if (propertyParts.Length != 2)
{
throw new DxaException(string.Format("Invalid format for semantic property of field '{0}' in Schema '{1}' ({2}): '{3}'. Format must be <prefix>:<property>.",
schemaField.Name, schema.Title, schema.Id, property));
}
string prefix = propertyParts[0];
string propertyName = propertyParts[1];
SemanticTypeData[] propertySemanticTypes = fieldSemanticTypes.Where(s => s.Prefix == prefix).ToArray();
if (propertySemanticTypes.Length == 0)
{
Logger.Warning(string.Format("Semantic property of field '{0}' in Schema '{1}' ({2}) references an undeclared prefix '{3}'. Semantic types: {4}",
schemaField.Name, schema.Title, schema.Id, property, string.Join(", ", fieldSemanticTypes.Select(s => s.ToString()))));
continue;
}
result.AddRange(propertySemanticTypes.Select(s => new SemanticPropertyData { Prefix = s.Prefix, Entity = s.Entity, Property = propertyName }));
}
return result;
}
