def _get_namespace_def(self, additional_ns_dict=None):
# copy necessary namespaces
namespaces = self._get_namespaces()
# if there are any other namepaces, include xsi for "schemaLocation"
# also, include the MAEC default vocabularies schema by default
if namespaces:
namespaces.update([lookup_prefix('xsi')])
namespaces.update([lookup_prefix('maecVocabs')])
if namespaces and additional_ns_dict:
namespace_list = [x.name for x in namespaces if x]
for ns, prefix in additional_ns_dict.iteritems():
if ns not in namespace_list:
namespaces.update([Namespace(ns, prefix, '')])
if not namespaces:
return ""
namespaces = sorted(namespaces, key=str)
return ('\n\t' + get_xmlns_string(namespaces) +
'\n\txsi:schemaLocation="' + get_schemaloc_string(namespaces) +
'"')
def _get_namespace_def(self, additional_ns_dict=None):
# copy necessary namespaces
namespaces = self._get_namespaces()
# if there are any other namepaces, include xsi for "schemaLocation"
# also, include the MAEC default vocabularies schema by default
if namespaces:
namespaces.add(lookup_prefix('xsi'))
namespaces.add(lookup_prefix('maecVocabs'))
ns_set = make_namespace_subset_from_uris(namespaces)
if additional_ns_dict:
for ns, prefix in iteritems(additional_ns_dict):
ns_set.add_namespace_uri(ns, prefix)
else:
return ""
return ('\n\t' + ns_set.get_xmlns_string(sort=True, delim='\n\t') +
'\n\t' + ns_set.get_schemaloc_string(sort=True, delim='\n\t'))