def metajson_to_oai_dc_xmletree(document, with_schema_location=True):
""" MetaJSON Document -> oai_dc xmletree """
rec_id = document["rec_id"]
xmletree.register_namespaces()
# oai_dc root
oai_dc = ET.Element(xmletree.prefixtag("oai_dc", "oai_dc"))
if with_schema_location:
oai_dc.set(xmletree.prefixtag("xsi", "schemaLocation"), constants.xmlns_map["oai_dc"] + " " + constants.xmlns_schema_map["oai_dc"])
# title
if "title" in document:
dc_title = ET.SubElement(oai_dc, xmletree.prefixtag("dc", "title"))
dc_title.text = document["title"]
# creators
if "creators" in document and document["creators"]:
for creator in document["creators"]:
if "roles" in creator and creator["roles"] and creator["roles"][0]:
creator_role = creator["roles"][0]
if creator_role in creator_service.role_type and creator_service.role_type[creator_role] == creator_service.role_type_creator:
dc_creator = ET.SubElement(oai_dc, xmletree.prefixtag("dc", "creator"))
dc_creator.text = creator.formatted_name(metajson.STYLE_FAMILY_COMMA_GIVEN)
continue
dc_contributor = ET.SubElement(oai_dc, xmletree.prefixtag("dc", "contributor"))
dc_contributor.text = creator.formatted_name(metajson.STYLE_FAMILY_COMMA_GIVEN)
return (rec_id, oai_dc)
def parse_xmletree_str(input_string):
xmletree.register_namespaces()
return ET.fromstring(input_string)
def response_to_xmletree(response):
xmletree.register_namespaces()
return ET.fromstring(response.content)
def response_to_xmletree(response):
xmletree.register_namespaces()
return ET.fromstring(response.content)
