def test_count_with_query_kwarg_containing_boolean_value(self):
self._make_entry(name='one', foo=True)
self._make_entry(name='two', foo=True)
self._make_entry(name='three', foo=False)
h.clean_and_reindex_solr()
count = logic.entry.count(foo=True)
h.assert_equal(count, 2)
def test_facets_with_query_kwarg_containing_boolean_value(self):
self._make_entry(name='one', foo=True)
self._make_entry(name='two', foo=True)
self._make_entry(name='three', foo=False)
h.clean_and_reindex_solr()
facets = logic.entry.facets_for_fields(['name'], foo=True)
h.assert_equal(facets, {u'name': {u'one': 1,
u'two': 1}})
def test_count_with_query(self):
self._make_entry(name='one', region="A")
self._make_entry(name='two', region="A")
self._make_entry(name='three', region="B")
self._make_entry(name='four')
h.clean_and_reindex_solr()
count = logic.entry.count(region="A")
h.assert_equal(count, 2)
def test_facets_with_query_kwarg(self):
self._make_entry(name='one', region="RegionA")
self._make_entry(name='two', region="RegionA")
self._make_entry(name='three', region="Region B")
h.clean_and_reindex_solr()
facets = logic.entry.facets_for_fields(['name'], region=u'RegionA')
h.assert_equal(facets, {u'name': {u'one': 1,
u'two': 1}})
def test_count_with_dataset_name(self):
self._make_entry(name='one')
self._make_entry(name='two')
other_dataset = self._make_dataset('other_dataset')
self._make_entry(name='three', dataset=other_dataset)
self._make_entry(name='four', dataset=other_dataset)
h.clean_and_reindex_solr()
count = logic.entry.count(dataset_name='other_dataset')
h.assert_equal(count, 2)
def test_facets(self):
self._make_entry(name='one', region="Region A")
self._make_entry(name='two', region="Region A")
self._make_entry(name='three', region="Region B")
h.clean_and_reindex_solr()
facets = logic.entry.facets_for_fields(['name', 'region'])
h.assert_equal(facets, {u'name': {u'one': 1,
u'two': 1,
u'three': 1},
u'region': {'Region A': 2,
'Region B': 1}})
def test_facets_with_query_kwarg_and_space(self):
self._make_entry(name='one', region="Region A")
self._make_entry(name='two', region="Region A")
self._make_entry(name='three', region="Region B")
h.clean_and_reindex_solr()
facets = logic.entry.facets_for_fields(['name'], region='Region A')
h.skip("This test has been failing for a long time, commented out. "\
"Skipping to register known failure that needs fixing eventually.")
h.assert_equal(facets, {u'name': {u'one': 1,
u'two': 1}})
def test_facets_fail_for_solr_textgen_fields(self):
# facets for a solr field return facets for the tokens stored
# in the field. Depending on the type this may mean that
# it's not the string stored in the field, but tokens after
# splitting, stemming or lowercasing
self._make_entry(name='one', description="Description One")
self._make_entry(name='two', description="Description Two")
h.clean_and_reindex_solr()
facets = logic.entry.facets_for_fields(['description'])
# The result is not ["Description One", "Description Two"]
h.assert_equal(facets, {u'description': {u'description': 2,
u'two': 1,
u'one': 1}})
def test_facets_by_dataset(self):
self._make_entry(name='one')
self._make_entry(name='two')
other_dataset = self._make_dataset('other_dataset')
self._make_entry(name='three', dataset=other_dataset)
self._make_entry(name='four', dataset=other_dataset)
h.clean_and_reindex_solr()
# without a dataset_name it returns the distincts across all datasets
facets = logic.entry.facets_for_fields(['name'])
h.assert_equal(facets, {u'name': {u'one': 1,
u'two': 1,
u'three': 1,
u'four': 1}})
# we can limit it with dataset_name
facets = logic.entry.facets_for_fields(['name'],
dataset_name='other_dataset')
h.assert_equal(facets, {u'name': {u'three': 1,
u'four': 1}})
