def test_lion_full_creation(self):
try:
lion = l.Lion(s.full)
self.assertEqual(s.full, lion.state, 'Wrong state of created lion')
self.assertEqual(None, lion.action, 'Wrong action of created lion')
except ValueError:
self.fail("Exception during lion creation")
def test_input_objects_on_full_lion(self):
lion = l.Lion(s.full)
objects = [o.antelope, o.hunter, o.hunter, o.antelope, o.tree, o.antelope, o.antelope]
try:
for ob in objects:
lion.meet(ob)
except:
self.fail('Exception on correct input')
def main(self):
WillieWolf = Wolf(FeedWithFear)
WhinnyWolf = Wolf(FeedWithFear)
CarlCat = Cat()
CindyCat = Cat()
DougDog = Dog(FeedWithCare)
DippyDog = Dog(FeedWithCare)
EllyElephant = Elephant()
EarlElephant = Elephant()
HarryHippo = Hippo()
HenryHippo = Hippo()
LillyLion = Lion()
LarryLion = Lion()
RyanRhino = Rhino()
RandyRhino = Rhino()
TonyTiger = Tiger()
TimmyTiger = Tiger()
ZaneZooKeeper = ZooKeeper()
ZaneZooKeeper.Add(WillieWolf)
ZaneZooKeeper.Add(WhinnyWolf)
ZaneZooKeeper.Add(CarlCat)
ZaneZooKeeper.Add(CindyCat)
ZaneZooKeeper.Add(DougDog)
ZaneZooKeeper.Add(DippyDog)
ZaneZooKeeper.Add(EllyElephant)
ZaneZooKeeper.Add(EarlElephant)
ZaneZooKeeper.Add(HarryHippo)
ZaneZooKeeper.Add(HenryHippo)
ZaneZooKeeper.Add(LillyLion)
ZaneZooKeeper.Add(LarryLion)
ZaneZooKeeper.Add(RyanRhino)
ZaneZooKeeper.Add(RandyRhino)
ZaneZooKeeper.Add(TonyTiger)
ZaneZooKeeper.Add(TimmyTiger)
ZaneZooKeeper.WakeUp()
ZaneZooKeeper.RollCall()
ZaneZooKeeper.Roam()
ZaneZooKeeper.Eat()
ZaneZooKeeper.Sleep()
## setting with stragey pattern
WillieWolf = Wolf(FeedWithFear())
WhinnyWolf = Wolf(FeedWithFear())
CarlCat = Cat()
CindyCat = Cat()
## setting with stragey pattern
DougDog = Dog(FeedWithCare())
DippyDog = Dog(FeedWithCare())
EllyElephant = Elephant()
EarlElephant = Elephant()
HarryHippo = Hippo()
HenryHippo = Hippo()
LillyLion = Lion()
LarryLion = Lion()
RyanRhino = Rhino()
RandyRhino = Rhino()
TonyTiger = Tiger()
TimmyTiger = Tiger()
ZaneZooKeeper = ZooKeeper()
WakeObserver = ObserverWakeUp()
ZaneZooKeeper.attach(WakeObserver)
RollCallObserver = ObserverRollCall()
ZaneZooKeeper.attach(RollCallObserver)
RoamCallObserver = ObserverRoam()
class Zookeeper:
# list of Animals is kept as an attribute of Zookeeper class
animalsList = [
Cat('Carl'),
Cat('Candy'),
Dog('Doris'),
Dog('Dan'),
Elephant('Eric'),
Elephant('Earl'),
Hippo('Harry'),
Hippo('Humphrey'),
Lion('Leopold'),
Lion('Larry'),
Rhino('Rory'),
Rhino('Rodger'),
Tiger('Terrance'),
Tiger('Time'),
Wolf('Wallace'),
Wolf('Wendy')
]
def main(self):
if not os._exists(
'out'): # if out folder doesn't exist, then create one
os.mkdir('out')
sys.stdout = open(os.path.join('out', 'dayAtTheZoo.out'),
'w') # write all print statements to a file
# call wakeAnimals(), rollCallAnimals(), feedAnimals(), letAnimalsRoam(), putAnimalsToBed() in the same order
print("The Zookeeper is waking up the animals:\n---")
self.wakeAnimals()
print("\nThe Zookeeper is doing roll call:\n---")
self.rollCallAnimals()
print("\nThe Zookeeper is feeding the animals:\n---")
self.feedAnimals()
print("\nThe Zookeeper is letting the animals roam about:\n---")
self.letAnimalsRoam()
print("\nThe Zookeeper is putting the animals to bed:\n---")
self.putAnimalsToBed()
return
def wakeAnimals(self):
'''
:return: wakeUp() list of Animals one at a time
'''
for animal in self.animalsList:
animal.wakeUp()
return
def feedAnimals(self):
'''
:return: feedAnimals() list of Animals one at a time
'''
for animal in self.animalsList:
animal.eat()
return
def letAnimalsRoam(self):
'''
:return: lets list of Animals roam one at a time
'''
for animal in self.animalsList:
animal.roam()
return
def rollCallAnimals(self):
'''
:return: allows roll call list of Animals one at a time.
'''
for animal in self.animalsList:
animal.makeNoise()
return
def putAnimalsToBed(self):
'''
:return: allows list of Animals put to bed one at a time.
'''
for animal in self.animalsList:
animal.sleep()
return
class Zookeeper:
zoo_announcers = []
animalsList = [
Cat('Carl'),
Cat('Candy'),
Dog('Doris'),
Dog('Dan'),
Elephant('Eric'),
Elephant('Earl'),
Hippo('Harry'),
Hippo('Humphrey'),
Lion('Leopold'),
Lion('Larry'),
Rhino('Rory'),
Rhino('Rodger'),
Tiger('Terrance'),
Tiger('Time'),
Wolf('Wallace'),
Wolf('Wendy')
]
def add_observer(self, zoo_announcer: 'ZooAnnouncer'):
self.zoo_announcers.append(zoo_announcer)
def notify_observers(self, task: Task):
for announcer in self.zoo_announcers:
announcer.update(task)
def remove_observer(self, zoo_announcer: 'ZooAnnouncer'):
self.zoo_announcers.remove(zoo_announcer)
def wakeAnimals(self):
self.notify_observers(Task.WAKEUP)
for animal in self.animalsList:
animal.wakeUp()
return
def feedAnimals(self):
self.notify_observers(Task.FEED)
for animal in self.animalsList:
animal.eat()
return
def letAnimalsRoam(self):
self.notify_observers(Task.LETROAM)
for animal in self.animalsList:
animal.roam()
return
def rollCallAnimals(self):
self.notify_observers(Task.ROLLCALL)
for animal in self.animalsList:
animal.makeNoise()
return
def putAnimalsToBed(self):
self.notify_observers(Task.PUTTOBED)
for animal in self.animalsList:
animal.sleep()
return
def test_actions(self):
for state, input_object in automate:
lion = l.Lion(state)
lion.meet(input_object)
none, true_action = automate[(state, input_object)]
self.assertEqual(true_action, lion.action, 'Wrong lion state')
def test_states(self):
for state, input_object in automate:
lion = l.Lion(state)
lion.meet(input_object)
true_state, none = automate[(state, input_object)]
self.assertEqual(true_state, lion.state, 'Wrong lion state')
def test_input_wrong_objects(self):
objects = [None, 55, a.eat, object]
lion = l.Lion(s.hungry)
for i in objects:
self.assertRaises(ValueError, lion.meet, i)
from ZooKeeperInterface import *
if __name__ == "__main__":
Cody = Cat("Cody")
Code = Cat("Code")
Code.setStatus()
Donald = Dog("Donald")
Dash = Dog("Dash")
Dash.setStatus()
Eric = Elephant("Eric")
Edward = Elephant("Edward")
Edward.setStatus()
Heman = Hippo("Heman")
Heather = Hippo("Heather")
Heather.setStatus()
Luke = Lion("Luke")
Lisa = Lion("Lisa")
Lisa.setStatus()
Rosy = Rhino("Rosy")
Rambo = Rhino("Rambo")
Rambo.setStatus()
Todd = Tiger("Todd")
Toby = Tiger("Toby")
Toby.setStatus()
William = Wolf("William")
Watson = Wolf("Watson")
Watson.setStatus()
list1 = []
# Adding the list of all the animals to a list
list1.append(Cody)
list1.append(Code)
import pygame
pygame.init()
from Tapir import *
from Lion import *
screen_info = pygame.display.Info()
print(screen_info)
w = pygame.display.set_mode((800, 600))
c = pygame.time.Clock()
color = (0, 255, 0)
Player1 = Tapir((20, 300))
Player2 = Lion((780, 300))
def main():
while True:
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_RIGHT:
Player1.speed[0] = 10
if event.key == pygame.K_DOWN:
Player1.speed[1] = 10
if event.key == pygame.K_UP:
Player1.speed[1] = -10
if event.key == pygame.K_LEFT:
Player1.speed[0] = -10
if event.key == pygame.K_d:
Player2.speed[0] = 10
if event.key == pygame.K_s: