def test_solution(self):
for i in range(1):
c = Cube()
cr = Cube()
c.shuffle(i)
cross_steps = WhiteCrossSolver(c).solution()
solution = self._test_solution(c)
# Align faces
while cr.cubies['F'].facings['F'] != c.cubies['F'].facings['F']:
c.move(Move('Y'))
for cubie in cr.cubies:
for facing in cr.cubies[cubie].facings:
# Upper cubies aren't positioned
if 'U' not in cubie:
self.assertEqual(cr.cubies[cubie].facings[facing],
c.cubies[cubie].facings[facing])
def test_solution(self):
for i in range(10):
c = Cube()
c.shuffle(i)
solution = self._test_solution(c)
self._check_solution(c, solution)