def test_metadata_for_node_only_includes_visible_contribs(
self, datacite_client):
visible_contrib = AuthUserFactory()
visible_contrib2 = AuthUserFactory()
visible_contrib2.given_name = u'ヽ༼ ಠ益ಠ ༽ﾉ'
visible_contrib2.family_name = u'ლ(´◉❥◉｀ლ)'
visible_contrib2.save()
invisible_contrib = AuthUserFactory()
invisible_contrib.given_name = 'Shady'
invisible_contrib.family_name = 'McCoy'
invisible_contrib.save()
registration = RegistrationFactory(is_public=True)
registration.add_contributor(visible_contrib, visible=True)
registration.add_contributor(invisible_contrib, visible=False)
registration.add_contributor(visible_contrib2, visible=True)
registration.save()
metadata_xml = datacite_client.build_metadata(registration)
# includes visible contrib name
assert u'<givenName>{}</givenName>'.format(
visible_contrib.given_name) in metadata_xml
assert u'<familyName>{}</familyName>'.format(
visible_contrib.family_name) in metadata_xml
# doesn't include invisible contrib name
assert u'<givenName>{}</givenName>'.format(
invisible_contrib.given_name) not in metadata_xml
assert u'<familyName>{}</familyName>'.format(
invisible_contrib.family_name) not in metadata_xml
def test_metadata_for_node_only_includes_visible_contribs(self, datacite_client):
visible_contrib = AuthUserFactory()
visible_contrib2 = AuthUserFactory()
visible_contrib2.given_name = u'ヽ༼ ಠ益ಠ ༽ﾉ'
visible_contrib2.family_name = u'ლ(´◉❥◉｀ლ)'
visible_contrib2.save()
invisible_contrib = AuthUserFactory()
invisible_contrib.given_name = 'Shady'
invisible_contrib.family_name = 'McCoy'
invisible_contrib.save()
registration = RegistrationFactory(is_public=True)
registration.add_contributor(visible_contrib, visible=True)
registration.add_contributor(invisible_contrib, visible=False)
registration.add_contributor(visible_contrib2, visible=True)
registration.save()
metadata_xml = datacite_client.build_metadata(registration)
# includes visible contrib name
assert u'<givenName>{}</givenName>'.format(visible_contrib.given_name) in metadata_xml
assert u'<familyName>{}</familyName>'.format(visible_contrib.family_name) in metadata_xml
# doesn't include invisible contrib name
assert u'<givenName>{}</givenName>'.format(invisible_contrib.given_name) not in metadata_xml
assert u'<familyName>{}</familyName>'.format(invisible_contrib.family_name) not in metadata_xml
def test_process_crossref_name(self, crossref_client):
contributor = AuthUserFactory()
# Given name and no family name
contributor.given_name = 'Hey'
contributor.family_name = ''
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
imputed_names = impute_names(contributor.fullname)
assert meta == {'surname': imputed_names['family'], 'given_name': imputed_names['given']}
# Just one name
contributor.fullname = 'Ke$ha'
contributor.given_name = ''
contributor.family_name = ''
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta == {'surname': contributor.fullname}
# Number and ? in given name
contributor.fullname = 'Scotty2Hotty? Ronald Garland II'
contributor.given_name = ''
contributor.family_name = ''
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta == {'given_name': 'ScottyHotty Ronald', 'surname': 'Garland', 'suffix': 'II'}
# Long suffix is truncated to 10 characters
long_suffix = 'PhD MD Esq MPH IV'
contributor.given_name = 'Mark'
contributor.family_name = 'Henry'
contributor.suffix = long_suffix
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta['suffix'] == long_suffix[:crossref.CROSSREF_SUFFIX_LIMIT]
# Long given_names and surnames are truncated to limit
long_given = 'Maaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaark'
long_surname = 'Henryyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy'
contributor.given_name = long_given
contributor.family_name = long_surname
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta['given_name'] == long_given[:crossref.CROSSREF_GIVEN_NAME_LIMIT]
assert meta['surname'] == long_surname[:crossref.CROSSREF_SURNAME_LIMIT]
# Unparsable given or surname just returns fullname as surname
unparsable_fullname = 'Author (name withheld until double-blind peer review completes and this name is also really long)'
contributor.given_name = ''
contributor.family_name = ''
contributor.fullname = unparsable_fullname
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta == {'surname': unparsable_fullname[:crossref.CROSSREF_SURNAME_LIMIT]}
def test_process_crossref_name(self, crossref_client):
contributor = AuthUserFactory()
# Given name and no family name
contributor.given_name = 'Hey'
contributor.family_name = ''
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
imputed_names = impute_names(contributor.fullname)
assert meta == {'surname': imputed_names['family'], 'given_name': imputed_names['given']}
# Just one name
contributor.fullname = 'Ke$ha'
contributor.given_name = ''
contributor.family_name = ''
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta == {'surname': contributor.fullname}
# Number and ? in given name
contributor.fullname = 'Scotty2Hotty? Ronald Garland II'
contributor.given_name = ''
contributor.family_name = ''
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta == {'given_name': 'ScottyHotty Ronald', 'surname': 'Garland', 'suffix': 'II'}
# Long suffix is truncated to 10 characters
long_suffix = 'PhD MD Esq MPH IV'
contributor.given_name = 'Mark'
contributor.family_name = 'Henry'
contributor.suffix = long_suffix
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta['suffix'] == long_suffix[:crossref.CROSSREF_SUFFIX_LIMIT]
# Long given_names and surnames are truncated to limit
long_given = 'Maaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaark'
long_surname = 'Henryyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy'
contributor.given_name = long_given
contributor.family_name = long_surname
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta['given_name'] == long_given[:crossref.CROSSREF_GIVEN_NAME_LIMIT]
assert meta['surname'] == long_surname[:crossref.CROSSREF_SURNAME_LIMIT]
# Unparsable given or surname just returns fullname as surname
unparsable_fullname = 'Author (name withheld until double-blind peer review completes and this name is also really long)'
contributor.given_name = ''
contributor.family_name = ''
contributor.fullname = unparsable_fullname
contributor.save()
meta = crossref_client._process_crossref_name(contributor)
assert meta == {'surname': unparsable_fullname[:crossref.CROSSREF_SURNAME_LIMIT]}
def test_eight_authors(self):
self.node.add_contributor(self.second_contrib)
self.node.add_contributor(self.third_contrib)
for i in range(1, 6):
new_user = AuthUserFactory()
new_user.given_name = 'James'
new_user.family_name = 'Taylor{}'.format(i)
new_user.save()
self.node.add_contributor(new_user)
self.node.save()
res = self.app.get(self.published_preprint_url)
assert_equal(res.status_code, 200)
citation = res.json['data']['attributes']['citation']
date = timezone.now().date().strftime('%Y, %B %-d')
assert_equal(
citation,
u'McGee, G. C. B., Jenkins, D. T. T., Junior, Schematics, L. R., Taylor1, J., Taylor2, J., Taylor3, J., … Taylor5, J. ({}). {}. {}'
.format(date, self.node.title,
'https://doi.org/' + self.published_preprint.article_doi))
def test_eleven_contributors(self):
self.node.add_contributor(self.second_contrib)
self.node.add_contributor(self.third_contrib)
for i in range(1, 9):
new_user = AuthUserFactory()
new_user.given_name = 'James'
new_user.family_name = 'Taylor{}'.format(i)
new_user.save()
self.node.add_contributor(new_user)
self.node.save()
res = self.app.get(self.published_preprint_url)
assert_equal(res.status_code, 200)
citation = res.json['data']['attributes']['citation']
date = timezone.now().date()
assert_equal(
citation,
u'McGee, Grapes C. B., Darla T. T. Jenkins, Junior, Lilith R. Schematics, James Taylor1, James Taylor2, James Taylor3, James Taylor4, et al. {}. “{}.” {}. {}. {}.'
.format(date.strftime('%Y'), self.node.title,
self.published_preprint.provider.name,
date.strftime('%B %-d'),
'doi:' + self.published_preprint.article_doi))
def test_eight_authors(self):
self.node.add_contributor(self.second_contrib)
self.node.add_contributor(self.third_contrib)
for i in range(1,6):
new_user = AuthUserFactory()
new_user.given_name = 'James'
new_user.family_name = 'Taylor{}'.format(i)
new_user.save()
self.node.add_contributor(new_user)
self.node.save()
res = self.app.get(self.published_preprint_url)
assert_equal(res.status_code, 200)
citation = res.json['data']['attributes']['citation']
date = timezone.now().date().strftime('%Y, %B %-d')
assert_equal(citation, u'McGee, G. C. B., Jenkins, D. T. T., Junior, Schematics, L. R., Taylor1, J., Taylor2, J., Taylor3, J., … Taylor5, J. ({}). {}. {}'.format(
date,
self.node.title,
'https://doi.org/' + self.published_preprint.article_doi
)
)
def test_eleven_contributors(self):
self.node.add_contributor(self.second_contrib)
self.node.add_contributor(self.third_contrib)
for i in range(1,9):
new_user = AuthUserFactory()
new_user.given_name = 'James'
new_user.family_name = 'Taylor{}'.format(i)
new_user.save()
self.node.add_contributor(new_user)
self.node.save()
res = self.app.get(self.published_preprint_url)
assert_equal(res.status_code, 200)
citation = res.json['data']['attributes']['citation']
date = timezone.now().date()
assert_equal(citation, u'McGee, Grapes C. B., Darla T. T. Jenkins, Junior, Lilith R. Schematics, James Taylor1, James Taylor2, James Taylor3, James Taylor4, et al. {}. “{}.” {}. {}. {}.'.format(
date.strftime('%Y'),
self.node.title,
self.published_preprint.provider.name,
date.strftime('%B %-d'),
'doi:' + self.published_preprint.article_doi
)
)