def main():
unreliable = UnreliableCar("Bad", 500, 50)
print(unreliable.drive(80))
print(unreliable.drive(100))
print(unreliable.drive(150))
print(unreliable.drive(20))
def main():
car1 = UnreliableCar("UR.Car",100,90)
print(car1)
print("The current distance driven is {}".format(car1.drive(80)))
print(car1)
print("The current distance driven is {}".format(car1.drive(10)))
print(car1)
def main():
"""A Car, but less reliable."""
bad_car = UnreliableCar("Crash-Test dummy", 100)
print(f"Driving {DISTANCE}km...")
bad_car.drive(DISTANCE)
if bad_car.odometer > 0:
print(f"Distance travelled: {bad_car.odometer}km")
print(f"Current stats: {bad_car.__str__()}")
def main():
car = UnreliableCar("Car", 100, 50)
for i in range(1, 11):
print("Attempting to drive {}km:".format(i))
print("{} drove {}km".format(car.name, car.drive(i)))
print(car)
def main():
"""Test if the unreliableCar works."""
"""set reliability to 23.55, name 'limo', fuel 100"""
limo = UnreliableCar(23.55, 'limo', 100)
"""Drive 50km"""
limo.drive(60)
"""Print detail"""
print(limo.fuel)
print(limo)
def main():
good_car = UnreliableCar("Mostly Good", 100, 90)
bad_car = UnreliableCar("Dodgy", 100, 9)
for x in range(1, 12):
print("Attempting to drive {}km:".format(x))
print(f"{bad_car.name:12} drove {good_car.drive(x):2}km")
print(f"{bad_car.name:12} drove {bad_car.drive(x):2}km")
print(good_car)
print(bad_car)
def main():
print("Testing")
new_unreliable_car = UnreliableCar("Prius 1", 100, 55)
new_unreliable_car.drive(40)
print(new_unreliable_car)
new_unreliable_car.drive(5)
print(new_unreliable_car)
new_unreliable_car.drive(52)
print(new_unreliable_car)
new_unreliable_car.drive(100)
print(new_unreliable_car)
def main():
okay_car = UnreliableCar("Okay Car", 200, 50)
print(okay_car)
drive_count = 0
while okay_car.fuel != 0:
okay_car.drive(50)
print(okay_car)
drive_count += 1
print("Times driven: {}".format(drive_count))
def main():
car_one = UnreliableCar(name="Boom tube", fuel=100)
assert car_one.name == "Boom tube", "Name is not set as 'Boom tube'"
assert car_one.fuel == 100, "Fuel is not set as 100"
print(car_one)
car_one.drive(30)
print(car_one)
car_one.drive(40)
print(car_one)
car_one.drive(10)
print(car_one)
car_one.drive(5)
print(car_one)
def main():
"""Testing unreliable cars"""
good_car = UnreliableCar("Usually reliable", 100, 85)
bad_car = ("Not reliable", 100, 12)
# Attempt to simulate driving cars, distance driven is random
for i in range(1, 12):
print("Attempting to drive {}km".format(i))
print("{:12} drove {:2}km".format(good_car.name, good_car.drive(i)))
print("{:12} drove {:2}km".format(bad_car.name, bad_car.drive(i)))
print(good_car)
print(bad_car)
def main():
name = "The Bomb"
fuel = 100
reliability = 20
unreliable_1 = UnreliableCar(name, fuel, reliability)
print(unreliable_1)
unreliable_2 = UnreliableCar("Trusty", 100, 90)
print(unreliable_2)
print("Initial Test Drive")
print("{} drove {}km".format(unreliable_1.name, unreliable_1.drive(20)))
print(unreliable_1)
print("{} drove {}km".format(unreliable_2.name, unreliable_2.drive(20)))
print(unreliable_2)
print("Multiple Drive Test")
for index in range(1, 10):
print("{} drove {}km".format(unreliable_1.name,
unreliable_1.drive(index)))
print("{} drove {}km".format(unreliable_2.name,
unreliable_2.drive(index)))
print(unreliable_2)
print(unreliable_1)
def main():
""""run the test code"""
my_car_a = UnreliableCar("Bigfoot", 100, 99)
my_car_b = UnreliableCar("LittleFoot", 100, 50)
my_car_a.drive(40)
my_car_b.drive(40)
print(str(my_car_a))
print(str(my_car_b))
def main():
new_car = UnreliableCar("Ford Falcon", 150, 90)
print(new_car)
new_car.drive(100)
print(new_car)
new_car.add_fuel(50)
new_car.drive(50)
print(new_car)
def main():
"""Test code for UnreliableCar class"""
car = UnreliableCar("A useless Car", 200, 50)
car.drive(50)
print(car)
another_car = UnreliableCar("Another useless car", 100, 30)
another_car.drive(50)
print(another_car)
def main():
great_car = UnreliableCar("Very Good", 100, 96)
good_car = UnreliableCar("Somewhat Good", 100, 69)
terrible_car = UnreliableCar("Trash", 100, 5)
for i in range(1, 20):
print("Will attempt to drive {}km: ".format(i))
print("{:14} drove {:3}km.".format(great_car.name, great_car.drive(i)))
print("{:14} drove {:3}km.".format(good_car.name, good_car.drive(i)))
print("{:14} drove {:3}km.".format(terrible_car.name,
terrible_car.drive(i)))
print(great_car)
print(good_car)
print(terrible_car)
def main():
first_car = UnreliableCar("Bunny", 100, 82)
second_car = UnreliableCar("Breadsticks", 100, 7)
third_car = UnreliableCar("PURIN", 100, 56)
for i in range(1, 10):
print("Attempting to drive {}km:".format(i))
print("{:12} drove {:2}km".format(first_car.name, first_car.drive(i)))
print("{:12} drove {:2}km".format(second_car.name,
second_car.drive(i)))
print("{:12} drove {:2}km".format(third_car.name, third_car.drive(i)))
print(first_car)
print(second_car)
print(third_car)
def main():
"""Test car reliability class with car instances."""
honda = UnreliableCar('Honda', 200, 20)
toyota = UnreliableCar('Toyota', 250, 90)
honda_distance = honda.drive(random.randint(MINIMUM_DRIVE, MAXIMUM_DRIVE))
toyota_distance = toyota.drive(random.randint(MINIMUM_DRIVE,
MAXIMUM_DRIVE))
if honda_distance == 0:
print("Honda was a piece of junk and couldn't drive", end="")
honda_drove = False
else:
print("Honda managed to drive {} kms".format(honda_distance), end="")
honda_drove = True
if toyota_distance == 0:
if not honda_drove:
print(", and the Toyota didn't make it anywhere either.")
else:
print(", but the Toyota didn't move anywhere.")
else:
if not honda_drove:
print(" but the Toyota managed to drive {} kms.".format(
toyota_distance),
end="")
else:
print(" and the Toyota also managed to drive {} kms.".format(
toyota_distance))
def main():
unreliable_car = UnreliableCar('Mazda', 100, 0)
print(unreliable_car)
reliable_car = UnreliableCar('Ute', 100, 100)
print(reliable_car)
# car is completely unreliable and should not drive so odometer will equal 0
unreliable_car.drive(20)
print(unreliable_car)
# car is reliable and should drive so odometer will equal 20
reliable_car.drive(20)
print(reliable_car)
def main():
taxis.append(Taxi("Normal Taxi", 100))
taxis.append(SilverServiceTaxi("Silver Taxi", 100, 2))
taxis.append(UnreliableCar("Unreliable Taxi", 100, 40))
user_bill = 0
show_taxis()
user_input = input("Enter a Taxi 'number' 'comma' and distance' eg. 1, 45"
"or Q to quit")
while user_input.upper() != "Q":
show_taxis()
user_input = input("Enter a Taxi 'number' 'comma' and distance' eg. 1, 45"
"or Q to quit")
def main():
nice_car = UnreliableCar("Nice", 100, 90)
bad_car = UnreliableCar("Not reliable", 100, 9)
for i in range(1, 12):
print("drive {}km:".format(i))
print("{:10} drove {:2}km".format(nice_car.name, nice_car.drive(i)))
print("{:10} drove {:2}km".format(bad_car.name, bad_car.drive(i)))
print(nice_car)
print(bad_car)
def main():
"""Test some UnreliableCars."""
# create cars with different reliabilities
good_car = UnreliableCar("Mostly Good", 100, 95)
average_car = UnreliableCar("Average", 100, 50)
bad_car = UnreliableCar("Dodgy", 100, 9)
# attempt to drive the cars many times
# output what distance they drove
for i in range(1, 12):
print("Attempting to drive {}km:".format(i))
print("{:12} drove {:2}km".format(good_car.name, good_car.drive(i)))
print("{:12} drove {:2}km".format(average_car.name,
average_car.drive(i)))
print("{:12} drove {:2}km".format(bad_car.name, bad_car.drive(i)))
# print the final states of the cars
print(good_car)
print(average_car)
print(bad_car)
def main():
good_car = UnreliableCar("Cars good", 100, 90)
bad_car = UnreliableCar("Cars bad", 100, 9)
for i in range(1, 12):
print("attempting to drive{}km:".format(i))
print("{:12} drove {:2}km".format(good_car.name, good_car.drive(i)))
print("{:12} drove {:2}km".format(bad_car.name, bad_car.drive(i)))
print(good_car)
print(bad_car)
def main():
first_car = UnreliableCar("Ferrari", 100, 95)
second_car = UnreliableCar("Lamborghini", 100, 20)
for i in range(0, 5):
print("{} drives {}km".format(first_car.name, first_car.drive(i)))
print("{} drives {}km".format(second_car.name, second_car.drive(i)))
print(first_car)
print(second_car)
def main():
first_car = UnreliableCar("Car 1", 100, 100)
second_car = UnreliableCar("Car 2", 100, 10)
for i in range(1, 5):
print("Drive {} km:".format(i))
print("{} drove {} km".format(first_car.name, first_car.drive(i)))
print("{} drove {} km".format(second_car.name, second_car.drive(i)))
print(first_car)
print(second_car)
def main():
good_car = UnreliableCar("Mostly Good", 100, 90)
bad_car = UnreliableCar("Dodgy", 100, 9)
for i in range(1, 12):
print("Attempting to drive {:3}km:".format(i))
print("{:13} drove {:3}km".format(good_car.name, good_car.drive(i)))
print("{:13} drove {:3}km".format(bad_car.name, bad_car.drive(i)))
print(good_car)
print(bad_car)
def main():
reliable_car = UnreliableCar("Good Car", 100, 90)
unreliable_car = UnreliableCar("Bad Car", 100, 9)
for i in range(1, 14):
print("Attempting to drive {}km:".format(i))
print("{} went {}km.".format(reliable_car.name, reliable_car.drive(i)))
print("{} went {}km. \n".format(unreliable_car.name, unreliable_car.drive(i)))
print(reliable_car)
print(unreliable_car)
def main():
new_car = UnreliableCar(100, "Reliable", 90)
old_car = UnreliableCar(100, "Unreliable", 9)
for i in range(1, 12):
print("Attempting to drive car {}km".format(i))
print("{} drove {}km".format(new_car.name, new_car.drive(i)))
print("{} drove {}km".format(old_car.name, old_car.drive(i)))
print(new_car)
print(old_car)
def main():
reliable_car = UnreliableCar("Reliable", 100, 90)
unreliable_car = UnreliableCar("Unreliable", 100, 9)
for i in range(1, 12):
print("Attempting to drive {}km:".format(i))
print("{:12} drove {:2}km".format(reliable_car.name,
reliable_car.drive(i)))
print("{:12} drove {:2}km".format(unreliable_car.name,
unreliable_car.drive(i)))
print(reliable_car)
print(unreliable_car)
def main():
reliable_car = UnreliableCar("Good", 80, 60)
unreliable_car = UnreliableCar("dodgy", 80, 6)
for i in range(1, 12):
print("{:10} drove {:2}Km".format(reliable_car.name,
reliable_car.drive(i)))
print("{:10} drove {:2}Km".format(unreliable_car.name,
unreliable_car.drive(i)))
print(reliable_car)
print(unreliable_car)
def main():
"""Test class UnreliableCar"""
good_car = UnreliableCar("Good", 100, 90)
bad_car = UnreliableCar("Bad", 100, 9)
for i in range(1, 10):
print("Attempting to drive {}km:".format(i))
print("{:12} drove {:2}km".format(good_car.name, good_car.drive(i)))
print("{:12} drove {:2}km".format(bad_car.name, bad_car.drive(i)))
print(good_car)
print(bad_car)
