def test_can_generate_correct_querystrings_using_q_objects_and_negations(self):
# Setup
query = Query(self.search)
# Run & check
self.assertEqual(
query.filter(Q(foo='bar') | ~Q(foo='test'), xyz='xyz')._qs,
'((*:*) AND ((foo:bar) OR ((*:* -foo:test)))) AND (xyz:xyz)')
def test_can_generate_correct_querystrings_using_simple_parameters(self):
# Setup
query = Query(self.search)
# Run & check
self.assertTrue(
query.filter(foo='bar', xyz='test')._qs in
['(*:*) AND (foo:bar AND xyz:test)', '(*:*) AND (xyz:test AND foo:bar)'])
def test_can_use_filters_mapping(self):
# Setup
class NewSearch(Search):
filters_mapping = {
'author': '(Auteur_tri:*{author}* OR Auteur_fac:*{author}*)',
}
search = NewSearch(self.client)
query = Query(search)
# Run & check
self.assertEqual(
query.filter(author='test')._qs,
'(*:*) AND ((Auteur_tri:*test* OR Auteur_fac:*test*))')
def test_can_generate_correct_querystrings_using_q_objects(self):
# Setup
query = Query(self.search)
# Run & check
self.assertEqual(
query.filter(Q(foo='bar'))._qs,
'(*:*) AND (foo:bar)')
self.assertEqual(
query.filter(Q(foo='bar') | Q(foo='test'))._qs,
'(*:*) AND ((foo:bar) OR (foo:test))')
self.assertEqual(
query.filter(Q(foo='bar') & Q(foo='test'))._qs,
'(*:*) AND ((foo:bar) AND (foo:test))')
self.assertEqual(
query.filter((Q(foo='bar') | Q(foo='test')) & Q(xyz='xyz'))._qs,
'(*:*) AND (((foo:bar) OR (foo:test)) AND (xyz:xyz))')