def test_create_by_doi_publication_pdf_url(self):
# This journal is open access
romeo = RomeoAPIStub()
journal = romeo.fetch_journal({'issn':'0250-6335'})
# Therefore any paper in it is available from the publisher
p = Paper.create_by_doi('10.1007/BF02702259')
assert p.publications[0].journal == journal
# so the pdf_url of the publication should be set
p.publications[0].pdf_url.lower() == 'https://doi.org/10.1007/BF02702259'.lower()
def test_publisher_url(self, db, check_page):
api = RomeoAPIStub()
api.fetch_journal({'issn': '1860-949X'})
p = Paper.create_by_doi('10.1007/978-3-642-14363-2_7')
for publi in p.publications:
check_page(200,
'publisher',
kwargs={
'pk': publi.publisher_id,
'slug': publi.publisher.slug
})
def test_escaping(self, db, check_page):
# issue #115
# in the meantime the journal has been deleted from sherpa
api = RomeoAPIStub()
journal = api.fetch_journal({'issn': '0302-9743'})
# Small hack to make the journal appear in the publisher's journal list
journal.update_stats()
journal.stats.num_tot = 1
journal.stats.save()
publisher = journal.publisher
check_page(200,
'publisher',
kwargs={
'pk': publisher.pk,
'slug': publisher.slug
})
def setUpClass(cls):
super(PublisherAjaxTest, cls).setUpClass()
u = User.objects.create_user('patrick', '*****@*****.**', 'yo')
u.is_superuser = True
u.save()
cls.romeo_api = RomeoAPIStub()
issn = '1063-6706'
cls.romeo_api.fetch_journal({'issn': issn})
def test_change_publisher(self):
"""
Changing the publisher of a journal should update the
associated papers.
"""
journal = RomeoAPIStub().fetch_journal({'issn':'0892-7537'})
paper = Paper.create_by_doi('10.1007/bf02221836')
self.assertEqual(paper.oairecords[0].journal, journal)
self.assertEqual(paper.oairecords[0].publisher.oa_status, 'OK')
self.assertEqual(paper.oa_status, 'OK')
closed_publisher = Publisher(romeo_id='249384', preprint='cannot', postprint='cannot', pdfversion='cannot')
closed_publisher.save()
journal.change_publisher(closed_publisher)
paper = Paper.objects.get(id=paper.id)
journal = Journal.objects.get(id=journal.id)
self.assertEqual(paper.oa_status, 'UNK')
self.assertEqual(paper.publisher(), closed_publisher)
self.assertEqual(journal.publisher, closed_publisher)
def test_change_publisher(self):
"""
Changing the publisher of a journal should update the
associated papers.
"""
journal = RomeoAPIStub().fetch_journal({'issn': '0892-7537'})
paper = Paper.create_by_doi('10.1007/bf02221836')
self.assertEqual(paper.oairecords[0].journal, journal)
self.assertEqual(paper.oairecords[0].publisher.oa_status, 'OK')
self.assertEqual(paper.oa_status, 'OK')
closed_publisher = Publisher(romeo_id='249384',
preprint='cannot',
postprint='cannot',
pdfversion='cannot')
closed_publisher.save()
journal.change_publisher(closed_publisher)
paper = Paper.objects.get(id=paper.id)
journal = Journal.objects.get(id=journal.id)
self.assertEqual(paper.oa_status, 'UNK')
self.assertEqual(paper.publisher(), closed_publisher)
self.assertEqual(journal.publisher, closed_publisher)
def test_merge(self):
# Temporarily fake the romeo_id of our publisher
correct_romeo_id = self.publisher.romeo_id
self.publisher.romeo_id = '12345'
self.publisher.save()
# Fetch a journal from the publisher: this creates a duplicate publisher
journal = RomeoAPIStub().fetch_journal({'issn': '0073-0688'})
new_publisher = journal.publisher
self.assertNotEqual(self.publisher.id, new_publisher.id)
# Restore the romeo_id of our original publisher
self.publisher.romeo_id = correct_romeo_id
self.publisher.save()
# Merge
self.publisher.merge(new_publisher)
# Check that the journal was redirected
journal = Journal.objects.get(id=journal.id)
self.assertEqual(journal.publisher_id, self.publisher.id)
def setUp(self):
super(JournalTest, self).setUp()
self.publisher = RomeoAPIStub().fetch_publisher('Harvard University Press')
class JournalTest(TestCase):
def setUp(self):
super(JournalTest, self).setUp()
self.publisher = RomeoAPIStub().fetch_publisher('Harvard University Press')
def test_find(self):
j1 = Journal(title='Journal of Synthetic Disillusion',
issn=None,
essn='1234-0707',
publisher=self.publisher)
j1.save()
j2 = Journal(title='Slackline Review',
issn='4353-2894',
essn=None,
publisher=self.publisher)
j2.save()
self.assertEqual(Journal.find(title='Slackline Review'), j2)
self.assertEqual(Journal.find(title='slackline review'), j2)
# We look for ISSN and ESSN in both fields, because they could easily be swapped!
self.assertEqual(Journal.find(issn='1234-0707'), j1)
self.assertEqual(Journal.find(essn='1234-0707'), j1)
self.assertEqual(Journal.find(issn='4353-2894'), j2)
self.assertEqual(Journal.find(essn='4353-2894'), j2)
self.assertEqual(Journal.find(title='nonsense'), None)
def test_merge(self):
# Temporarily fake the romeo_id of our publisher
correct_romeo_id = self.publisher.romeo_id
self.publisher.romeo_id = '12345'
self.publisher.save()
# Fetch a journal from the publisher: this creates a duplicate publisher
journal = RomeoAPIStub().fetch_journal({'issn':'0073-0688'})
new_publisher = journal.publisher
self.assertNotEqual(self.publisher.id, new_publisher.id)
# Restore the romeo_id of our original publisher
self.publisher.romeo_id = correct_romeo_id
self.publisher.save()
# Merge
self.publisher.merge(new_publisher)
# Check that the journal was redirected
journal = Journal.objects.get(id=journal.id)
self.assertEqual(journal.publisher_id, self.publisher.id)
def test_change_publisher(self):
"""
Changing the publisher of a journal should update the
associated papers.
"""
journal = RomeoAPIStub().fetch_journal({'issn':'0892-7537'})
paper = Paper.create_by_doi('10.1007/bf02221836')
self.assertEqual(paper.oairecords[0].journal, journal)
self.assertEqual(paper.oairecords[0].publisher.oa_status, 'OK')
self.assertEqual(paper.oa_status, 'OK')
closed_publisher = Publisher(romeo_id='249384', preprint='cannot', postprint='cannot', pdfversion='cannot')
closed_publisher.save()
journal.change_publisher(closed_publisher)
paper = Paper.objects.get(id=paper.id)
journal = Journal.objects.get(id=journal.id)
self.assertEqual(paper.oa_status, 'UNK')
self.assertEqual(paper.publisher(), closed_publisher)
self.assertEqual(journal.publisher, closed_publisher)
def setUp(self):
super(JournalTest, self).setUp()
self.publisher = RomeoAPIStub().fetch_publisher(
'Harvard University Press')
class JournalTest(TestCase):
def setUp(self):
super(JournalTest, self).setUp()
self.publisher = RomeoAPIStub().fetch_publisher(
'Harvard University Press')
def test_find(self):
j1 = Journal(title='Journal of Synthetic Disillusion',
issn=None,
essn='1234-0707',
publisher=self.publisher)
j1.save()
j2 = Journal(title='Slackline Review',
issn='4353-2894',
essn=None,
publisher=self.publisher)
j2.save()
self.assertEqual(Journal.find(title='Slackline Review'), j2)
self.assertEqual(Journal.find(title='slackline review'), j2)
# We look for ISSN and ESSN in both fields, because they could easily be swapped!
self.assertEqual(Journal.find(issn='1234-0707'), j1)
self.assertEqual(Journal.find(essn='1234-0707'), j1)
self.assertEqual(Journal.find(issn='4353-2894'), j2)
self.assertEqual(Journal.find(essn='4353-2894'), j2)
self.assertEqual(Journal.find(title='nonsense'), None)
def test_merge(self):
# Temporarily fake the romeo_id of our publisher
correct_romeo_id = self.publisher.romeo_id
self.publisher.romeo_id = '12345'
self.publisher.save()
# Fetch a journal from the publisher: this creates a duplicate publisher
journal = RomeoAPIStub().fetch_journal({'issn': '0073-0688'})
new_publisher = journal.publisher
self.assertNotEqual(self.publisher.id, new_publisher.id)
# Restore the romeo_id of our original publisher
self.publisher.romeo_id = correct_romeo_id
self.publisher.save()
# Merge
self.publisher.merge(new_publisher)
# Check that the journal was redirected
journal = Journal.objects.get(id=journal.id)
self.assertEqual(journal.publisher_id, self.publisher.id)
def test_change_publisher(self):
"""
Changing the publisher of a journal should update the
associated papers.
"""
journal = RomeoAPIStub().fetch_journal({'issn': '0892-7537'})
paper = Paper.create_by_doi('10.1007/bf02221836')
self.assertEqual(paper.oairecords[0].journal, journal)
self.assertEqual(paper.oairecords[0].publisher.oa_status, 'OK')
self.assertEqual(paper.oa_status, 'OK')
closed_publisher = Publisher(romeo_id='249384',
preprint='cannot',
postprint='cannot',
pdfversion='cannot')
closed_publisher.save()
journal.change_publisher(closed_publisher)
paper = Paper.objects.get(id=paper.id)
journal = Journal.objects.get(id=journal.id)
self.assertEqual(paper.oa_status, 'UNK')
self.assertEqual(paper.publisher(), closed_publisher)
self.assertEqual(journal.publisher, closed_publisher)
