def test(self):
n0, n1, n2, n3 = Node(), Node(), Node(), Node()
n0.relate([n1, n2, n3], 'CONTAINS')
n0.relate([n1, n2], 'RELATED')
# Get all relationships from n0
rels = n0.rels()
nodes = rels.nodes()
# Gets distinct set of end nodes of rels
self.assertCountEqual(nodes, [n1, n2, n3])
def test_rels(self):
s = Node()
e = Node()
o = Node()
r0 = s.relate(e, 'R')
r1 = s.relate(e, 'A', direction=-1)
r2 = s.relate(o, 'R')
self.assertCountEqual(s.rels(e), [r0, r1])
self.assertCountEqual(s.rels(e, direction=1), [r0])
self.assertCountEqual(s.rels(e, direction=-1), [r1])
self.assertCountEqual(s.rels(type='R'), [r0, r2])
self.assertCountEqual(s.rels(type='R', direction=1), [r0, r2])
self.assertCountEqual(s.rels(type='A', direction=-1), [r1])
self.assertCountEqual(s.rels(e, type='R'), [r0])
self.assertCountEqual(s.rels(e, type='R', direction=1), [r0])
self.assertCountEqual(s.rels(e, type='A', direction=-1), [r1])
self.assertCountEqual(s.rels(), [r0, r1, r2])
self.assertCountEqual(s.rels(direction=1), [r0, r2])
self.assertCountEqual(s.rels(direction=-1), [r1])