def test_interpret_parameter_relative(self):
inputs = [('3,2,0', 0, 0, ['5'], []), ('203,2,0', 0, 0, ['5'], [])]
outputs = [(['3', '2', '5'], 2, 0, [], []),
(['203', '2', '5'], 2, 0, [], [])]
for j, i in enumerate(inputs):
next_state = evolve_state(i)
for k, f in enumerate(next_state):
self.assertEqual(f, outputs[j][k])
def test_inputs_outputs(self):
inputs = [('3,2,0', 0, ['5'], []), ('4,2,5', 0, [], []),
('104,2,5', 0, [], [])]
outputs = [(['3', '2', '5'], 2, [], []), (['4', '2',
'5'], 2, [], ['5']),
(['104', '2', '5'], 2, [], ['2'])]
for j, i in enumerate(inputs):
next_state = evolve_state(i)
for k, f in enumerate(next_state):
self.assertEqual(f, outputs[j][k])
def test_evolve_state(self):
inputs = [
'10001,0,0,0,99', '02,3,0,3,99', '10002,4,4,5,99,0',
'1101,100,-1,4,0', '1002,4,3,4,33'
]
outputs = [
'20002,0,0,0,99', '02,3,0,6,99', '10002,4,4,5,99,9801',
'1101,100,-1,4,99', '1002,4,3,4,99'
]
for j, i in enumerate(inputs):
next_state = evolve_state((i.split(','), 0, [], []))
self.assertEqual(','.join([str(i) for i in next_state[0]]),
outputs[j])
def test_evolve_state(self):
inputs = ['1,0,0,0,99', '2,3,0,3,99', '2,4,4,5,99,0']
outputs = ['2,0,0,0,99', '2,3,0,6,99', '2,4,4,5,99,9801']
for j,i in enumerate(inputs):
self.assertEqual(','.join([str(i) for i in evolve_state(i)]), outputs[j])