def sub_not_ok(self):
lift1 = Elevator(1)
lift2 = Elevator(2)
for _ in range(5):
lift2.lift()
try:
result = lift1 - lift2
print('Test not Ok', result)
except IncorrectOperation:
print('Test Ok')
def take_inv(self, base):
base: "Base"
from lift import Elevator
while not Elevator().validate_inv(self):
cur_inv = base.give_inv(self)
if cur_inv is None:
break
self.using_inv.append(cur_inv)
def lt_ok(self):
lift1 = Elevator(1)
lift2 = Elevator(2)
for _ in range(5):
lift1.lift()
for _ in range(10):
lift2.lift()
if lift1 < lift2:
print('Test Ok')
else:
print('Test not Ok')
def lift_ok(self):
lift1 = Elevator(1)
lift2 = Elevator(2)
for _ in range(10):
lift1.lift()
for _ in range(5):
lift2.lift()
if lift1.call == 10 and lift2.call == 5:
print('Test Ok')
else:
print('Test not Ok')
def total_call_ok(self):
lift1 = Elevator(1)
lift2 = Elevator(2)
for _ in range(30):
lift1.lift()
for _ in range(12):
lift2.lift()
if Elevator.total_call == 42:
print('Test Ok')
else:
print('Test not Ok')