def test_combinator_or(self):
qa = Q(a=1)
qb = Q(b=1)
qc = Q(c=1)
# Simple OR
ands = search._apply_combinator('OR', [qa, qb, qc])
self.assertEqual(self.destructure_query_set(ands),
self.destructure_query_set(qa | qb | qc))
def test_combinator_or(self):
qa = Q(a=1)
qb = Q(b=1)
qc = Q(c=1)
# Simple OR
ands = search._apply_combinator('OR', [qa, qb, qc])
self.assertEqual(self.destructure_query_set(ands),
self.destructure_query_set(qa | qb | qc))
def test_combinator_and(self):
qa = Q(a=1)
qb = Q(b=1)
qc = Q(c=1)
# Simple AND
ands = search._apply_combinator('AND', [qa, qb, qc])
self.assertEqual(self.destructure_query_set(ands),
self.destructure_query_set(qa & qb & qc))
def test_combinator_and(self):
qa = Q(a=1)
qb = Q(b=1)
qc = Q(c=1)
# Simple AND
ands = search._apply_combinator('AND', [qa, qb, qc])
self.assertEqual(self.destructure_query_set(ands),
self.destructure_query_set(qa & qb & qc))
