def _build_ezid_metadata(node):
"""Build metadata for submission to EZID using the DataCite profile. See
http://ezid.cdlib.org/doc/apidoc.html for details.
"""
doi = settings.EZID_FORMAT.format(namespace=settings.DOI_NAMESPACE, guid=node._id)
metadata = {"_target": node.absolute_url, "datacite": datacite_metadata_for_node(node=node, doi=doi)}
return doi, metadata
def test_metadata_for_node_only_includes_visible_contribs(self):
metadata_xml = metadata.datacite_metadata_for_node(self.node, doi=self.identifier.value)
# includes visible contrib name
assert_in(u'{}, {}'.format(
self.visible_contrib.family_name, self.visible_contrib.given_name),
metadata_xml)
# doesn't include invisible contrib name
assert_not_in(self.invisible_contrib.family_name, metadata_xml)
assert_in(self.identifier.value, metadata_xml)
def test_metadata_for_node_only_includes_visible_contribs(self):
metadata_xml = datacite_metadata_for_node(self.node, doi=self.identifier.value)
# includes visible contrib name
assert_in(u'{}, {}'.format(
self.visible_contrib.family_name, self.visible_contrib.given_name),
metadata_xml)
# doesn't include invisible contrib name
assert_not_in(self.invisible_contrib.family_name, metadata_xml)
assert_in(self.identifier.value, metadata_xml)
def _build_ezid_metadata(node):
"""Build metadata for submission to EZID using the DataCite profile. See
http://ezid.cdlib.org/doc/apidoc.html for details.
"""
doi = settings.EZID_FORMAT.format(namespace=settings.DOI_NAMESPACE, guid=node._id)
metadata = {
'_target': node.absolute_url,
'datacite': datacite_metadata_for_node(node=node, doi=doi)
}
return doi, metadata
def test_metadata_for_node_has_correct_structure(self):
metadata_xml = metadata.datacite_metadata_for_node(self.node, doi=self.identifier.value)
root = lxml.etree.fromstring(metadata_xml)
xsi_location = '{http://www.w3.org/2001/XMLSchema-instance}schemaLocation'
expected_location = 'http://datacite.org/schema/kernel-4 http://schema.datacite.org/meta/kernel-4/metadata.xsd'
assert_equal(root.attrib[xsi_location], expected_location)
identifier = root.find('{%s}identifier' % metadata.NAMESPACE)
assert_equal(identifier.attrib['identifierType'], 'DOI')
assert_equal(identifier.text, self.identifier.value)
creators = root.find('{%s}creators' % metadata.NAMESPACE)
assert_equal(len(creators.getchildren()), len(self.node.visible_contributors))
publisher = root.find('{%s}publisher' % metadata.NAMESPACE)
assert_equal(publisher.text, 'Open Science Framework')
pub_year = root.find('{%s}publicationYear' % metadata.NAMESPACE)
assert_equal(pub_year.text, str(self.node.registered_date.year))
def test_metadata_for_node_has_correct_structure(self):
metadata_xml = datacite_metadata_for_node(self.node, doi=self.identifier.value)
root = lxml.etree.fromstring(metadata_xml)
xsi_location = '{http://www.w3.org/2001/XMLSchema-instance}schemaLocation'
expected_location = 'http://datacite.org/schema/kernel-3 http://schema.datacite.org/meta/kernel-3/metadata.xsd'
assert_equal(root.attrib[xsi_location], expected_location)
identifier = root.find('{%s}identifier' % metadata.NAMESPACE)
assert_equal(identifier.attrib['identifierType'], 'DOI')
assert_equal(identifier.text, self.identifier.value)
creators = root.find('{%s}creators' % metadata.NAMESPACE)
assert_equal(len(creators.getchildren()), len(self.node.visible_contributors))
publisher = root.find('{%s}publisher' % metadata.NAMESPACE)
assert_equal(publisher.text, 'Open Science Framework')
pub_year = root.find('{%s}publicationYear' % metadata.NAMESPACE)
assert_equal(pub_year.text, str(self.node.registered_date.year))
