def run_tests():
bus = Car("Datsun", 180)
bus.drive(30)
print("fuel =", bus.fuel)
print("odo =", bus.odometer)
bus.drive(55)
print("fuel =", bus.fuel)
print("odo = ", bus.odometer)
print(bus)
distance = int(input("Drive how far? "))
while distance > 0:
travelled = bus.drive(distance)
print("{} travelled {}".format(str(bus), travelled))
distance = int(input("Drive how far? "))
new_taxi = Taxi("Prius 1", 100)
print(new_taxi)
new_taxi.drive(25)
print(new_taxi, new_taxi.get_fare())
new_taxi.start_fare()
new_taxi.drive(40)
print(new_taxi, new_taxi.get_fare())
new_silver_service_taxi = SilverServiceTaxi("Limo", 100, 2)
print(new_silver_service_taxi, new_silver_service_taxi.get_fare())
new_silver_service_taxi.drive(10)
print(new_silver_service_taxi, new_silver_service_taxi.get_fare())
def run_tests():
"""Run tests to show workings of Car and Taxi classes."""
bus = Car("Datsun", 180)
bus.drive(30)
print("fuel =", bus.fuel)
print("odo =", bus.odometer)
bus.drive(55)
print("fuel =", bus.fuel)
print("odo = ", bus.odometer)
print(bus)
# drive bus (input/loop is oblivious to fuel)
distance = int(input("Drive how far? "))
while distance > 0:
travelled = bus.drive(distance)
print("{} travelled {}".format(str(bus), travelled))
distance = int(input("Drive how far? "))
t = Taxi("Prius 1", 100)
print(t)
t.drive(25)
print(t, t.get_fare())
t.start_fare()
t.drive(40)
print(t, t.get_fare())
sst = SilverServiceTaxi("Limo", 100, 2)
print(sst, sst.get_fare())
sst.drive(10)
print(sst, sst.get_fare())
def tests():
car = Car("Datsun", 180)
car.drive(30)
print("fuel =", car.fuel)
print("odo =", car.odometer)
car.drive(55)
print("fuel =", car.fuel)
print("odo = ", car.odometer)
print(car)
distance = int(input("Drive how far? "))
while distance > 0:
travel = car.drive(distance)
print("{} travelled {}".format(str(car), travel))
distance = int(input("Drive how far? "))
taxis = Taxi("Prius 1", 100)
taxis.drive(25)
print(taxis)
print(taxis, taxis.get_fare())
taxis.start_fare()
taxis.drive(40)
print(taxis, taxis.get_fare())
silver_service_taxi = SilverServiceTaxi("Limo", 100, 2)
print(silver_service_taxi, silver_service_taxi.get_fare())
silver_service_taxi.drive(10)
print(silver_service_taxi, silver_service_taxi.get_fare())
def drive(self, distance):
"""Similar to parent Car, but pass in reliability attribute."""
if random.uniform(1, 100) < self.reliability:
distance_driven = Car.drive(self, distance)
else:
distance_driven = 0
return distance_driven
def main():
"""Demo test code to show how to use car class."""
my_car = Car("Car", 180)
my_car.drive(30)
print("fuel =", my_car.fuel)
print("odo =", my_car.odometer)
print(my_car)
print("Car {}, {}".format(my_car.fuel, my_car.odometer))
print("Car {self.fuel}, {self.odometer}".format(self=my_car))
limo = Car("Limo", 100)
limo.add_fuel(20)
print("fuel =", limo.fuel)
limo.drive(115)
print("odo =", limo.odometer)
print(str(limo))
def run_tests():
"""Test the Car and Taxi class to show they're working."""
# Test Car Class
ferrari = Car("Ferrari", 1000)
ferrari.drive(333)
print("Ferrari fuel:{}".format(ferrari.fuel))
print("Ferrari odometer:{}".format(ferrari.odometer))
ferrari.drive(200)
print("Ferrari fuel after driving another 200km:{}".format(ferrari.fuel))
print("Ferrari odo after driving another 200km:{}".format(ferrari.odometer))
print(ferrari)
# Test Taxi Class
truck = Taxi("Hyundai", 500)
truck.start_fare()
truck.drive(333)
print("Current fare distance of truck is{}".format(truck.current_fare_distance))
print("Fare of Taxi Hyundai after driving 333 is {}".format(truck.get_fare()))
# Test SilverServiceClass
truck = SilverServiceTaxi("Hyundai", 500, 1)
truck.start_fare()
truck.drive(333)
print("Fare of SilverServiceTaxi Hyundai after driving 333 is {}".format(truck.get_fare()))
def drive(self, distance):
start = random.randint(0, 100)
if start < self.reliability:
Car.drive(self, distance)
else:
print("Car didn't start")