def get_engine(self):
engineAmount = Engine.does_vehicle_have_engine(self.p)
if engineAmount > 0:
print("Since this is a " + self.p + ", it contains an engine")
else:
print("Since this is a " + self.p +
", it does not contain an engine")
def test_engine_start_shutdown(self):
#create the engine
engine1 = Engine()
#test if the engine starts
self.assertEquals(engine1.start_engine(), "on")
#test if the engine raises an exception if we try to start a started engine
self.assertRaises(EngineError, engine1.start_engine)
#test if the engine shuts down
self.assertEquals(engine1.shutdown_engine(), "off")
#test if the engine raises an exception if we try to shutdown a stopped engine
self.assertRaises(EngineError, engine1.shutdown_engine)
def test_engine_start_shutdown(self):
#create the engine
engine1 = Engine()
#test if the engine starts
self.assertEquals(engine1.start_engine(), "on")
#test if the engine raises an exception if we try to start a started engine
self.assertRaises(EngineError, engine1.start_engine)
#test if the engine shuts down
self.assertEquals(engine1.shutdown_engine(), "off")
#test if the engine raises an exception if we try to shutdown a stopped engine
self.assertRaises(EngineError, engine1.shutdown_engine)
def test_start_car(self):
car1 = car.Car("Random Car", [Wheel(16.5) for i in range(4)], Engine(),
Body(16.5, 12.6))
self.assertTrue(car1.start_car())
def test_does_vehicle_have_engine(self):
print("have_engine test. ")
test = Engine()
car = "car"
if self.assertEqual(test.does_vehicle_have_engine(car), 1):
return
def get_engine(self):
return Engine()
def getEngine(self):
engine = Engine()
engine.horsepower = 4000
return engine