private Binary PublishSemanticVocabularies(StructureGroup structureGroup, Component relatedComponent)
{
ApplicationData vocabularyAppData = Session.SystemManager.LoadGlobalApplicationData(VocabulariesAppDataId);
if (vocabularyAppData == null)
{
throw new DxaException("No Vocabularies are defined in Global Application Data: " + VocabulariesAppDataId);
}
XElement vocabulariesXml = XElement.Parse(Encoding.Unicode.GetString(vocabularyAppData.Data));
List <VocabularyData> vocabularies = vocabulariesXml.Elements()
.Select(vocabElement => new VocabularyData {
Prefix = vocabElement.Attribute("prefix").Value, Vocab = vocabElement.Attribute("name").Value
})
.ToList();
if (_retrofitMode)
{
Logger.Info("Retrofit mode is enabled; generating semantic vocabularies for each (non-embedded) Schema.");
RepositoryItemsFilter schemasFilter = new RepositoryItemsFilter(Session)
{
Recursive = true,
ItemTypes = new[] { ItemType.Schema },
SchemaPurposes = new[] { SchemaPurpose.Component, SchemaPurpose.Multimedia, SchemaPurpose.Metadata, SchemaPurpose.Region }
};
IEnumerable <Schema> schemas = Publication.GetItems(schemasFilter).Cast <Schema>();
vocabularies.AddRange(schemas.Select(schema => new VocabularyData {
Prefix = GetDefaultVocabularyPrefix(schema), Vocab = schema.NamespaceUri
}));
}
if (!vocabularies.Any(vocab => vocab.Prefix == CoreVocabularyPrefix))
{
VocabularyData coreVocabulary = new VocabularyData {
Prefix = CoreVocabularyPrefix, Vocab = CoreVocabulary
};
vocabularies.Add(coreVocabulary);
}
return(AddJsonBinary(vocabularies, relatedComponent, structureGroup, "vocabularies"));
}
private Binary PublishSemanticVocabularies(StructureGroup structureGroup, Component relatedComponent)
{
ApplicationData vocabularyAppData = Session.SystemManager.LoadGlobalApplicationData(VocabulariesAppDataId);
if (vocabularyAppData == null)
{
throw new DxaException("No Vocabularies are defined in Global Application Data: " + VocabulariesAppDataId);
}
XElement vocabulariesXml = XElement.Parse(Encoding.Unicode.GetString(vocabularyAppData.Data));
List<VocabularyData> vocabularies = vocabulariesXml.Elements()
.Select(vocabElement => new VocabularyData { Prefix = vocabElement.Attribute("prefix").Value, Vocab = vocabElement.Attribute("name").Value })
.ToList();
if (_retrofitMode)
{
Logger.Info("Retrofit mode is enabled; generating semantic vocabularies for each (non-embedded) Schema.");
RepositoryItemsFilter schemasFilter = new RepositoryItemsFilter(Session)
{
Recursive = true,
ItemTypes = new[] { ItemType.Schema },
SchemaPurposes = new[] { SchemaPurpose.Component, SchemaPurpose.Multimedia, SchemaPurpose.Metadata }
};
IEnumerable<Schema> schemas = Publication.GetItems(schemasFilter).Cast<Schema>();
vocabularies.AddRange(schemas.Select(schema => new VocabularyData { Prefix = GetDefaultVocabularyPrefix(schema), Vocab = schema.NamespaceUri }));
}
if (!vocabularies.Any(vocab => vocab.Prefix == CoreVocabularyPrefix))
{
VocabularyData coreVocabulary = new VocabularyData { Prefix = CoreVocabularyPrefix, Vocab = CoreVocabulary };
vocabularies.Add(coreVocabulary);
}
return AddJsonBinary(vocabularies, relatedComponent, structureGroup, "vocabularies");
}
