def testWaiterOK(self):
iterations = "27 9"
numbers = "27 17 60 38 67 90 4 43 74 17 25 16 26 51 78 23 58 63 84 41 3 73 12 50 66 60 33 57 27 35 73 59 34 69 \
31 88 19 12 70 46 18 32 75 89 63 28 77 47 20 44 47 17 32 2 88 5 30 66 83 77 2 51 80 34 37 68 77 90 80 64 41 35 \
86 70 86 17 39 55 22 42 76 39 7 51 56"
waiter = Waiter(iterations, numbers)
piles = waiter.stackPiles()
expectedResult = "60 38 90 4 74 16 26 78 58 84 12 50 66 60 34 88 12 70 46 18 32 28 20 44 32 2 88 30 66 2 80 34 \
68 90 80 64 86 70 86 22 42 76 56 51 39 39 51 63 75 69 27 57 33 3 63 51 27 25 35 5 35 55 7 77 77 77 17 17 17 17 \
19 23 67 43 41 73 73 59 31 89 47 47 83 37 41"
platesResult = list(map(int, expectedResult.split())) # Convert the expected result in a list of integers
counterPlate = 0 # Counter for iterate the expected values list
for pile in piles:
for plate in pile:
self.assertEqual(plate, platesResult[counterPlate])
counterPlate += 1
def testWaiterNumberInvalidLower(self):
iterations = "10 2"
numbers = "1 3 55 22 42 76 39 7 51 56"
waiter = Waiter(iterations, numbers)
piles = waiter.stackPiles()
self.assertEqual(-1, piles)
def testWaiterQInvalidUpper(self):
iterations = "10 1201"
numbers = "27 3 55 22 42 76 39 7 51 56"
waiter = Waiter(iterations, numbers)
piles = waiter.stackPiles()
self.assertEqual(-1, piles)
def testWaiterSecondArgumentNotOK(self):
iterations = "10 9"
numbers = "27 error 55 22 42 76 39 7 51 56"
waiter = Waiter(iterations, numbers)
piles = waiter.stackPiles()
self.assertEqual(-1, piles)
def testWaiterFirstArgumentNotOK(self):
iterations = "10 e"
numbers = "27 17 60 38 67 86 70 86 17 39"
waiter = Waiter(iterations, numbers)
piles = waiter.stackPiles()
self.assertEqual(-1, piles)
