def test_generated_key_is_unique(self):
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry))
c = self.repo.unique_citekey('Doe2013')
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry,
citekey='Doe2013a'))
c = self.repo.unique_citekey('Doe2013')
self.assertEqual(c, 'Doe2013b')
def test_generated_key_is_unique(self):
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry))
c = self.repo.unique_citekey('Doe2013')
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry,
citekey='Doe2013a'))
c = self.repo.unique_citekey('Doe2013')
self.assertEqual(c, 'Doe2013b')
def test_pushes_paper_metadata(self):
orig = {'docfile': 'dummy', 'tags': set(['tag', 'another']),
'added': datetime(2012, 12, 12, 12, 12, 12, 12)}
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry,
metadata=orig))
retrieved = self.repo.databroker.pull_metadata('Doe2013')
self.assertEqual(orig, retrieved)
def test_pushes_paper_metadata(self):
orig = {'docfile': 'dummy', 'tags': set(['tag', 'another']),
'added': datetime(2012, 12, 12, 12, 12, 12, 12)}
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry,
metadata=orig))
retrieved = self.repo.databroker.pull_metadata('Doe2013')
self.assertEqual(orig, retrieved)
def test_pushes_paper_metadata_set_added(self):
orig = {'docfile': 'dummy', 'tags': set(['tag', 'another'])}
now = datetime.now()
self.repo.push_paper(Paper.from_bibentry(fixtures.doe_bibentry,
metadata=orig))
retrieved = self.repo.databroker.pull_metadata('Doe2013')
self.assertIn('added', retrieved)
self.assertTrue(now < retrieved['added'])
def test_pushes_paper_metadata_set_added(self):
orig = {'docfile': 'dummy', 'tags': set(['tag', 'another'])}
now = datetime.now()
self.repo.push_paper(
Paper.from_bibentry(fixtures.doe_bibentry, metadata=orig))
retrieved = self.repo.databroker.pull_metadata('Doe2013')
self.assertIn('added', retrieved)
self.assertTrue(now < retrieved['added'])
def test_pushes_paper_bibdata(self):
orig = fixtures.doe_bibentry
self.repo.push_paper(Paper.from_bibentry(orig))
retrieved = self.repo.databroker.pull_bibentry('Doe2013')
self.assertEqual(orig, retrieved)
def test_raises_value_error_on_existing_key(self):
with self.assertRaises(CiteKeyCollision):
self.repo.push_paper(Paper.from_bibentry(fixtures.turing_bibentry))
def test_latex_converted(self):
bib = EnDecoder().decode_bibdata(str_fixtures.bibtex_with_latex)
p = Paper.from_bibentry(bib)
ubib = p.get_unicode_bibdata()
self.assertEqual(ubib['author'][0], u"Kjær, Kurt H")
self.assertEqual(ubib['author'][3], u"Bjørk, Anders A")
def test_latex_converted(self):
bib = EnDecoder().decode_bibdata(str_fixtures.bibtex_with_latex)
p = Paper.from_bibentry(bib)
ubib = p.get_unicode_bibdata()
self.assertEqual(ubib['author'][0], u"Kjær, Kurt H")
self.assertEqual(ubib['author'][3], u"Bjørk, Anders A")
def test_fails_with_empty_citekey(self):
with self.assertRaises(ValueError):
Paper(" ", fixtures.doe_bibdata)
def test_raises_value_error_on_existing_key(self):
with self.assertRaises(CiteKeyCollision):
self.repo.push_paper(Paper.from_bibentry(fixtures.turing_bibentry))
def setUp(self):
super(TestRepo, self).setUp()
default_conf = config.load_default_conf()
self.repo = Repository(default_conf, create=True)
self.repo.push_paper(Paper.from_bibentry(fixtures.turing_bibentry))
def setUp(self):
self.p = Paper.from_bibentry(
fixtures.page_bibentry,
metadata=fixtures.page_metadata).deepcopy()
def setUp(self):
super(TestRepo, self).setUp()
self.repo = Repository(configs.Config(), create=True)
self.repo.push_paper(Paper.from_bibentry(fixtures.turing_bibentry))
import unittest
import dotdot
from pubs.commands.list_cmd import (_check_author_match,
_check_field_match,
_check_query_block,
filter_paper,
InvalidQuery)
from pubs.paper import Paper
import fixtures
doe_paper = Paper.from_bibentry(fixtures.doe_bibentry)
page_paper = Paper.from_bibentry(fixtures.page_bibentry)
turing_paper = Paper.from_bibentry(fixtures.turing_bibentry,
metadata=fixtures.turing_metadata)
class TestAuthorFilter(unittest.TestCase):
def test_fails_if_no_author(self):
no_doe = doe_paper.deepcopy()
no_doe.bibentry['author'] = []
self.assertTrue(not _check_author_match(no_doe, 'whatever'))
def test_match_case(self):
self.assertTrue(_check_author_match(doe_paper, 'doe'))
self.assertTrue(_check_author_match(doe_paper, 'doe',
case_sensitive=False))
def test_do_not_match_case(self):
def setUp(self):
self.p = Paper.from_bibentry(
fixtures.page_bibentry,
metadata=fixtures.page_metadata).deepcopy()
def test_pushes_paper_bibdata(self):
orig = fixtures.doe_bibentry
self.repo.push_paper(Paper.from_bibentry(orig))
retrieved = self.repo.databroker.pull_bibentry('Doe2013')
self.assertEqual(orig, retrieved)
def test_no_latex(self):
p = Paper.from_bibentry(fixtures.page_bibentry,
metadata=fixtures.page_metadata).deepcopy()
self.assertEqual(p.bibdata, p.get_unicode_bibdata())
def setUp(self):
super(TestRepo, self).setUp()
default_conf = config.load_default_conf()
self.repo = Repository(default_conf, create=True)
self.repo.push_paper(Paper.from_bibentry(fixtures.turing_bibentry))
import unittest
import dotdot
from pubs.commands.list_cmd import (_check_author_match, _check_field_match,
_check_query_block, filter_paper,
InvalidQuery)
from pubs.paper import Paper
import fixtures
doe_paper = Paper.from_bibentry(fixtures.doe_bibentry)
page_paper = Paper.from_bibentry(fixtures.page_bibentry)
turing_paper = Paper.from_bibentry(fixtures.turing_bibentry,
metadata=fixtures.turing_metadata)
class TestAuthorFilter(unittest.TestCase):
def test_fails_if_no_author(self):
no_doe = doe_paper.deepcopy()
no_doe.bibentry['author'] = []
self.assertTrue(not _check_author_match(no_doe, 'whatever'))
def test_match_case(self):
self.assertTrue(_check_author_match(doe_paper, 'doe'))
self.assertTrue(
_check_author_match(doe_paper, 'doe', case_sensitive=False))
def test_do_not_match_case(self):
self.assertFalse(_check_author_match(doe_paper, 'dOe'))
self.assertFalse(
def test_no_latex(self):
p = Paper.from_bibentry(fixtures.page_bibentry,
metadata=fixtures.page_metadata).deepcopy()
self.assertEqual(p.bibdata, p.get_unicode_bibdata())
