def test_eq_fTestSequence(self):
for fileName in self.fTestSequence1:
lg1 = lifegame.LifeGame(fileName)
lg2 = lifegame.LifeGame(fileName)
self.assertEqual(
lg1, lg2, "File: {}\n{}\n\n".format(
fileName, lifegame.LifeGame.sideBySide(lg1, lg2)))
def test_ne_constant_fTestSequence(self):
lg1 = lifegame.LifeGame(self.fTestSequence1[0])
for fileName in self.fTestSequence1[1:]:
lg2 = lifegame.LifeGame(fileName)
self.assertNotEqual(
lg1, lg2, "File: {}\n{}\n\n".format(
fileName, lifegame.LifeGame.sideBySide(lg1, lg2)))
def test_init_SeatCountInvariant_fTestSequence(self):
lg = lifegame.LifeGame(self.fTest1a)
seatCount = str(lg).count('L') + str(lg).count('#')
self.assertEqual(seatCount, len(lg.seatsUnresolved))
for fileName in self.fTestSequence1:
lg2 = lifegame.LifeGame(fileName)
self.assertEqual(
seatCount, len(lg.seatsUnresolved), "File: {}\n{}\n\n".format(
fileName, lifegame.LifeGame.sideBySide(lg, lg2)))
def test_generations_fTestSequence1(self):
lg = lifegame.LifeGame(self.fTestSequence1[0])
gen = 0
for fileName in self.fTestSequence1:
lgExpected = lifegame.LifeGame(fileName)
self.assertEqual(
lgExpected.seatingPlan, lg.seatingPlan,
"Gen {}: {}\n{}\n\n".format(
gen, fileName,
lifegame.LifeGame.sideBySide(lgExpected, lg)))
lg.calculateNextGen()
lg.iterateGen()
print(lifegame.LifeGame.sideBySide(lgExpected, lg), end='\n\n')
gen += 1
def test_generations_fTestSequence2(self):
lg = lifegame.LifeGame(self.fTestSequence2[0],
immediateAdjacency=False,
threshold=5)
gen = 0
for fileName in self.fTestSequence2:
lgExpected = lifegame.LifeGame(fileName)
self.assertEqual(
lgExpected.seatingPlan, lg.seatingPlan,
"Gen {}: {}\n{}\n\n".format(
gen, fileName,
lifegame.LifeGame.sideBySide(lgExpected, lg)))
print(lifegame.LifeGame.sideBySide(lgExpected, lg), end='\n\n')
lg.calculateNextGen()
lg.iterateGen()
gen += 1
def test_ne_varying_fTestSequence(self):
lg1 = lifegame.LifeGame(self.fTestSequence1[0])
for fileName in self.fTestSequence1[1:]:
lg2 = lifegame.LifeGame(fileName)
self.assertNotEqual(lg1, lg2, fileName)
lg1 = lifegame.LifeGame(fileName)
def test_str_equal_fTestSequence(self):
for fileName in self.fTestSequence1:
lg1 = str(lifegame.LifeGame(fileName))
lg2 = str(lifegame.LifeGame(fileName))
self.assertEqual(lg1, lg2)
def test_init_neighbourCheck_fTest1a(self):
lg = lifegame.LifeGame(self.fTest1a)
seatCount = str(lg).count('L') + str(lg).count('#')
self.assertEqual(seatCount, len(lg.seatsUnresolved))
def test_init_dimsCorrect_fTest1a(self):
lg = lifegame.LifeGame(self.fTest1a)
seatCount = str(lg).count('L') + str(lg).count('#')
self.assertEqual(10, len(lg.seatingPlan), "Row count.")
self.assertEqual(10, len(lg.seatingPlan[0]), "Column count.")