def test_pub_has_no_dependents(pub_dep_mocks):
pub = Publisher()
has = pub.has_dependents()
assert has is False
# Check calls on this test case because it should hit all of them.
for m in list(pub_dep_mocks.values()):
m.return_value.exists.assert_called_once_with()
def test_update_cached_counts_none(f_mock):
p = Publisher()
p.update_cached_counts({})
assert p.brand_count == 0
assert p.indicia_publisher_count == 0
assert p.series_count == 0
assert p.issue_count == 0
def test_update_cached_counts_none(f_mock):
p = Publisher()
p.update_cached_counts({})
assert p.brand_count == 0
assert p.indicia_publisher_count == 0
assert p.series_count == 0
assert p.issue_count == 0
def test_pub_has_no_dependents(pub_dep_mocks):
pub = Publisher()
has = pub.has_dependents()
assert has is False
# Check calls on this test case because it should hit all of them.
for m in pub_dep_mocks.values():
m.return_value.exists.assert_called_once_with()
def test_update_cached_counts_subtract(f_mock):
p = Publisher()
p.update_cached_counts(DELTAS, negate=True)
assert p.brand_count == BRAND_COUNT - DELTAS['brands']
assert p.indicia_publisher_count == (IPUB_COUNT -
DELTAS['indicia publishers'])
assert p.series_count == SERIES_COUNT - DELTAS['series']
assert p.issue_count == ISSUE_COUNT - DELTAS['issues']
def test_update_cached_counts_subtract(f_mock):
p = Publisher()
p.update_cached_counts(DELTAS, negate=True)
assert p.brand_count == BRAND_COUNT - DELTAS['brands']
assert p.indicia_publisher_count == (IPUB_COUNT -
DELTAS['indicia publishers'])
assert p.series_count == SERIES_COUNT - DELTAS['series']
assert p.issue_count == ISSUE_COUNT - DELTAS['issues']
def test_brand_use_active_issues():
with mock.patch('%s.BrandUse.emblem' % PATH) as em_mock:
mock_qs = mock.MagicMock(query.QuerySet)
em_mock.issue_set.exclude.return_value.filter.return_value = mock_qs
bu = BrandUse(publisher=Publisher())
ai = bu.active_issues()
assert ai is mock_qs
em_mock.issue_set.exclude.assert_called_once_with(deleted=True)
em_mock.issue_set.exclude.return_value.filter.assert_called_once_with(
issue__series__publisher=bu.publisher)
def test_publisher_stat_counts(pub_child_set_mocks):
counts = Publisher().stat_counts()
assert counts == {'publishers': 1}
def test_pub_has_non_dependents_nonzero_counts(pub_dep_mocks, which_count):
pub = Publisher(**{'%s_count' % which_count: 1})
has = pub.has_dependents()
assert has is False
def test_pub_has_dependents_revs_exist(pub_dep_mocks, which_exists):
pub_dep_mocks[which_exists].return_value.exists.return_value = True
pub = Publisher()
has = pub.has_dependents()
assert has is True
def test_pub_has_non_dependents_nonzero_counts(pub_dep_mocks, which_count):
pub = Publisher(**{'%s_count' % which_count: 1})
has = pub.has_dependents()
assert has is False
def test_pub_has_dependents_revs_exist(pub_dep_mocks, which_exists):
pub_dep_mocks[which_exists].return_value.exists.return_value = True
pub = Publisher()
has = pub.has_dependents()
assert has is True
