def park_test_five():
park_unpark.park("compact_car", True)
time.sleep(3)
amnt = park_unpark.unpark((1,2,5))
print "****** Unpark (1,2,5) ******"
print "Total Amount: ",amnt
park_unpark.printlevel()
time.sleep(3)
space = park_unpark.park("compact_car", True)
print "****** Park",space,"******"
park_unpark.printlevel()
def test_valid_park_unpark_output(self):
print "\n\n\nTest: park unpark output"
print "*" * 145
# park return None
park_unpark.init()
for n in range(0, 220):
location = park_unpark.park('compact_car', True)
self.assertEqual(park_unpark.park('compact_car', True), None)
# park return Tuple
park_unpark.init()
self.assertEqual(
isinstance(park_unpark.park('compact_car', True), tuple), True)
# park return float
park_unpark.init()
p = park_unpark.park('compact_car', True)
self.assertEqual(isinstance(park_unpark.unpark(p), float), True)
def test_first_park_unpark(self):
print "\n\n\nTest: basic park unpark"
print "*" * 145
park_unpark.init()
first_handicap_location = park_unpark.park('compact_car', True)
first_handicap_rate = park_unpark.unpark(first_handicap_location)
self.assertEqual(first_handicap_location, (1, 1, 1))
self.assertEqual(first_handicap_rate, first_handicap_rate)
first_compact_nonhandicap_location = park_unpark.park(
'compact_car', False)
first_compact_nonhandicap_rate = park_unpark.unpark(
first_compact_nonhandicap_location)
self.assertEqual(first_compact_nonhandicap_location, (2, 1, 1))
self.assertEqual(first_compact_nonhandicap_rate, 5)
first_large_location = park_unpark.park('large_car', False)
first_large_rate = park_unpark.unpark(first_large_location)
self.assertEqual(first_large_location, (2, 5, 1))
self.assertEqual(first_large_rate, 7.5)
def test_best_spot(self):
print "\n\n\nTest: best spot"
print "*" * 145
# mixture of parking
park_unpark.init()
for n in range(0, 19):
park_unpark.park('compact_car', True)
park_unpark.park('compact_car', False)
park_unpark.park('large_car', False)
best_handicap_t = (
park_unpark.parking_complex.best_spots[0].location.level,
park_unpark.parking_complex.best_spots[0].location.row,
park_unpark.parking_complex.best_spots[0].location.space)
self.assertEqual(best_handicap_t, (1, 2, 10))
best_compact_t = (
park_unpark.parking_complex.best_spots[1].location.level,
park_unpark.parking_complex.best_spots[1].location.row,
park_unpark.parking_complex.best_spots[1].location.space)
self.assertEqual(best_compact_t, (3, 1, 3))
best_large_t = (
park_unpark.parking_complex.best_spots[2].location.level,
park_unpark.parking_complex.best_spots[2].location.row,
park_unpark.parking_complex.best_spots[2].location.space)
self.assertEqual(best_large_t, (2, 8, 2))
def test_valid_rate_chargeing(self):
print "\n\n\nTest: valid rate chargeing"
print "*" * 145
# handicap minmum
park_unpark.init()
p = park_unpark.park('compact_car', True)
park_unpark.unpark(p)
self.assertEqual(park_unpark.parking_complex.tickets[0].charge, 5)
# compact minmum
park_unpark.init()
p = park_unpark.park('compact_car', False)
park_unpark.unpark(p)
self.assertEqual(park_unpark.parking_complex.tickets[0].charge, 5)
# large minmum
park_unpark.init()
p = park_unpark.park('large_car', False)
park_unpark.unpark(p)
self.assertEqual(park_unpark.parking_complex.tickets[0].charge, 7.5)
# compact in large
park_unpark.init()
for n in range(0, 121):
p = park_unpark.park('compact_car', False)
park_unpark.parking_complex.tickets[120].close()
self.assertEqual(park_unpark.parking_complex.tickets[120].charge, 7.5)
# handicap in large
park_unpark.init()
for n in range(0, 21):
p = park_unpark.park('large_car', True)
park_unpark.parking_complex.tickets[20].close()
self.assertEqual(park_unpark.parking_complex.tickets[20].charge, 5)
# handicap day charge
park_unpark.init()
p = park_unpark.park('large_car', True)
future_date = park_unpark.parking_complex.tickets[0].start_t
future_date += datetime.timedelta(days=1)
park_unpark.parking_complex.tickets[0].end_t = future_date
park_unpark.parking_complex.tickets[0].set_charge()
self.assertEqual(park_unpark.parking_complex.tickets[0].charge, 480)
# large non handicap day charge
park_unpark.init()
p = park_unpark.park('large_car', False)
future_date = park_unpark.parking_complex.tickets[0].start_t
future_date += datetime.timedelta(days=1)
park_unpark.parking_complex.tickets[0].end_t = future_date
park_unpark.parking_complex.tickets[0].set_charge()
self.assertEqual(park_unpark.parking_complex.tickets[0].charge, 720)
def test_spot_availble(self):
print "\n\n\nTest: spot available"
print "*" * 145
# full complex
park_unpark.init()
for n in range(0, 220):
location = park_unpark.park('compact_car', True)
self.assertEqual(
park_unpark.parking_complex.spot_available("compact_car", True),
False)
# test handicap and large
park_unpark.init()
for n in range(0, 20):
location = park_unpark.park('large_car', True)
for n in range(0, 80):
location = park_unpark.park('large_car', False)
self.assertEqual(
park_unpark.parking_complex.spot_available("large_car", True),
False)
# test compact non-handicap
park_unpark.init()
for n in range(0, 200):
location = park_unpark.park('compact_car', False)
self.assertEqual(
park_unpark.parking_complex.spot_available("compact_car", False),
False)
# test large non-handicap
park_unpark.init()
for n in range(0, 80):
location = park_unpark.park('large_car', False)
self.assertEqual(
park_unpark.parking_complex.spot_available("large_car", False),
False)
def park_test_two():
park_unpark.park("compact_car", False)
def park_test_one():
park_unpark.park("compact_car",True)
def park_test_four():
for i in range(1,21):
park_unpark.park("large_car", True)