def main():
while True:
choice = get_user_choice(main_menu)
if choice == 1:
pet_name = input("What would you like to name your pet?\n")
print("Please choose the type of pet:")
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
pets.append(Pet(pet_name))
print("You now hae %s pets" % len(pets))
if choice == 2:
for pet in pets:
pet.get_love()
if choice == 3:
for pet in pets:
pet.eat_food()
if choice == 4:
for pet in pets:
print(pet)
if choice == 5:
for pet in pets:
pet.get_toy(Toy())
if choice == 6:
for pet in pets:
pet.be_alive()
if choice == 7:
print("Thanks for playing!!!")
break
def test_pet_has_details():
d1 = {"age": 3, "sex": "female"}
p1 = Pet(**d1)
assert p1.name == "molly"
assert p1.species == "dog"
d2 = {"name": "frank", "species": "spider"}
p2 = Pet(**d2)
assert p2.name == "frank"
assert p2.species == "spider"
def main():
while True:
choice = get_user_choice(main_menu)
#allowing user to adopt a pet
if choice == 1:
pet_name = input("What would you like to name your pet? ")
print("Please choose the type of pet:")
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
print("You now have %d pets" % len(pets))
if choice == 2:
for pet in pets:
pet.get_love()
if choice == 3:
for pet in pets:
pet.eat_food()
#View pet status
if choice == 4:
for pet in pets:
print(pet)
if choice == 5:
for pet in pets:
pet.get_toy(Toy())
if choice == 6:
# Pet levels naturally lower.
for pet in pets:
pet.be_alive()
def test_pet_has_age_and_sex():
d = {"age": 7, "sex": "male"}
p = Pet(**d)
assert p.name == "molly"
assert p.species == "dog"
assert p.age == 7
assert p.sex == "male"
def test_updatePet():
pet = Pet(201, 202, 'sparrow', 'available')
put_Res = update_pet_name_and_status(pet)
print(put_Res.status_code)
print(put_Res.json())
assert put_Res.json()['name'] == 'sparrow'
assert put_Res.json()['status'] == 'available'
def main():
while True:
clear()
choice = get_user_choice(main_menu)
if choice == 1:
pet_name = input("What would you like to name your pet? ")
print("Please choose the type of pet:")
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
print("You now have %d pets" % len(pets))
if choice == 2:
for pet in pets:
pet.get_love()
if choice == 3:
for pet in pets:
pet.eat_food()
if choice == 4:
for pet in pets:
pet.get_toy(Toy())
if choice == 5:
for pet in pets:
print(pet)
input("")
if choice == 6:
for pet in pets:
pet.be_alive()
if choice == 7:
clear()
print("Thanks for adopting and taking care of your pet.")
return False
def test___str__(self, mock_get_complex_object, mock_get_age,
mock_get_species):
mock_get_complex_object.return_value = Random()
mock_get_age.return_value = 12
mock_get_species.return_value = 'Dog'
pet_instance = Pet('Clifford', 'Dog', 12)
self.assertEqual(pet_instance.__str__(),
'Random Clifford is a dog aged 12')
def test_exercise():
os.chdir('src')
from pet import Pet
from person import Person
lucky = Pet("Lucky", "collie")
james = Person("James", lucky)
assert str(james) == "James, has a friend called Lucky (collie)"
def play():
animals = []
option = ""
base_prompt = """
Quit
Adopt <petname_with_no_spaces_please>
Greet <petname>
Teach <petname> <word>
Feed <petname>
Choice: """
feedback = ""
while True:
action = input(feedback + "\n" + base_prompt)
feedback = ""
words = action.split()
if len(words) > 0:
command = words[0]
else:
command = None
if command == "Quit":
print("Exiting...")
return
elif command == "Adopt" and len(words) > 1:
if whichone(animals, words[1]):
feedback += "You already have a pet with that name\n"
else:
animals.append(Pet(words[1]))
elif command == "Greet" and len(words) > 1:
pet = whichone(animals, words[1])
if not pet:
feedback += "I didn't recognize that pet name. Please try again.\n"
print()
else:
pet.hi()
elif command == "Teach" and len(words) > 2:
pet = whichone(animals, words[1])
if not pet:
feedback += "I didn't recognize that pet name. Please try again."
else:
pet.teach(words[2])
elif command == "Feed" and len(words) > 1:
pet = whichone(animals, words[1])
if not pet:
feedback += "I didn't recognize that pet name. Please try again."
else:
pet.feed()
else:
feedback += "I didn't understand that. Please try again."
for pet in animals:
pet.clock_tick()
feedback += "\n" + pet.__str__()
def load_petData():
with open(pet_file, 'r', newline='') as csvfile:
reader = list(csv.reader(csvfile))
#skip first row because of labels
first = True
for row in reader:
if first:
first = False
else:
list_pet.append(
Pet(row[0], row[1], row[2], row[3], row[4], row[5], row[6],
row[7], row[8], row[9], row[10]))
def enter():
global cookie, stage, pet, game_timer, gameinfo, hp_time
game_timer = get_time()
hp_time = get_time()
cookie = Cookie()
gameinfo = GameInfo()
stage = Stage()
pet = Pet()
game_world.objects = [[], [], [], []]
game_world.add_object(stage, 0)
game_world.add_object(cookie, 1)
game_world.add_object(pet, 2)
game_world.add_object(gameinfo, 3)
def main():
while True:
choice = get_user_choice(main_menu)
if choice == 1:
pet_name = input(
u"\n\u001b[32;1m Please enter the name of your new pet: \u001b[0m\n"
)
print(
u"\u001b[35;1m\n What type of pet would you like to adopt? \u001b[0m\n"
)
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(PlayfulPet(pet_name))
print(u"\n\u001b[35;1m Extra playful!! \u001b[0m\n")
print("You now have %d new pet(s) \n" % len(pets))
if choice == 2:
for pet in pets:
pet.get_love()
print(u"\u001b[32;1m This is fun! Let's play all day\u001b[0m")
if choice == 3:
print(
u"\n\u001b[32;1m What kind of treat would you like to give your pet? \u001b[0m\n"
)
for pet in pets:
type_treat = get_pet_treat(treat_list)
my_treat = treat_list[type_treat]
print(my_treat.message)
results = my_treat.give_treat()
pet.happiness += results[1]
pet.hunger -= results[0]
if choice == 4:
for pet in pets:
pet.eat_food()
print(u"\u001b[32;1m YUM! That hit the spot! \u001b[0m")
if choice == 5:
for pet in pets:
pet.nap_time()
print(u"\u001b[32;1m Nap time!...I'm sleepy. \u001b[0m")
if choice == 6:
for pet in pets:
print(pet)
if choice == 7:
for pet in pets:
pet.get_toy(Toy())
if choice == 8:
for pet in pets:
pet.life()
if choice == 9:
exit(print(u"\u001b[42m Please, come back soon! \u001b[0m\n"))
def main():
again = 'y'
while again.lower() == 'y':
pet_name = input('Pet name: ')
pet_type = input('Pet type: ')
pet_age = input('Pet age: ')
the_pet = Pet(pet_name, pet_type, pet_age)
print()
print(the_pet)
again = input('Again? (y/n): ')
def on_receive(j):
window.requestAnimationFrame(step)
for pid, owner, name, dna in j:
if pid not in pets_by_id:
pet = Pet()
pet.pid = pid
pet.owner = owner if owner else 0
pet.name = name if name else "boss"
pets_by_id[pet.pid] = pet
pets.append(pet)
else:
pet = pets_by_id[pid]
pet.from_json(dna)
pet.make_balls()
def main():
print("\033c")
while True:
choice = get_user_choice(main_menu)
if choice == 1:
pet_name = input("What would you like to name your pet? ")
print("Please choose the type of pet: ")
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
print("You now have %d pets" % len(pets))
transition()
if choice == 2:
for pet in pets:
pet.get_love()
print("All your pets are now a little happier!\n")
transition()
if choice == 3:
for pet in pets:
pet.eat_food()
print("All your pets are now a little more full!\n")
transition()
if choice == 4:
if pets != []:
for pet in pets:
print(pet)
else:
print("You don't have any pets right now.\n")
transition()
if choice == 5:
for pet in pets:
pet.get_toy(Toy())
print("You gave all your pets a toy!\n")
transition()
if choice == 6:
for pet in pets:
pet.be_alive()
transition()
def __init__(self):
self.pos: Tuple = 150, get_canvas_height() // 2
self.delta: Tuple = 0, 0
self.pet = Pet(*self.pos, self)
gfw.world.add(gfw.layer.player, self.pet)
self.state = None
self.set_state(RunningState)
self.bb_idx = 0
self.score = 0
# each meso's score
self.ea_score = 0
self.invincible = 0
self.life_gauge = LifeGauge(10, 10)
gfw.world.add(gfw.layer.ui, self.life_gauge)
def main(): #copied and pasted
while True:
choice = get_user_choice(main_menu)
if choice == 1:
pet_name = input("What would you like to name your pet? ")
print("Please choose the type of pet:")
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(
Pet(pet_name)
) #still not sure why error ***had incorrect vlaues for methods FIXED
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
print("You now have %d pets" % len(pets))
if choice == 4:
for pet in pets:
print(pet)
def main():
main = Menu("Please choose an option:", main_menu)
type = Menu("Please choose the type of pet:", adoption_menu)
treat = Menu("Please choose the type of treat:", treat_menu)
while True:
choice = main.get_choice()
if choice == 1:
pet_name = input("What would you like to name your pet? ")
type_choice = type.get_user_choice()
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
print("You now have %d pets" % len(pets))
if choice == 2:
for pet in pets:
pet.get_love()
print("Pets have been loved!")
if choice == 3:
for pet in pets:
pet.eat_food()
print("Pets have been fed!")
if choice == 4:
for pet in pets:
print(pet)
if choice == 5:
for pet in pets:
pet.get_toy(Toy())
print("Pets got a toy!")
if choice == 6:
treat_choice = treat.get_user_choice()
if treat_choice == 1:
treat_type = ColdPizza()
if treat_choice == 2:
treat_type = Bacon()
if treat_choice == 3:
treat_type = VeganSnack
for pet in pets:
pet.get_treat(treat_type)
print("Pets got a treat!")
if choice == 7:
for pet in pets:
pet.be_alive()
print("Pets did nothing!")
def main():
app = Menu("Please choose an option", main_menu)
types = Menu("Please choose a type of pet", adoption_menu)
treats = Menu("please choose a type of treat", treat_menu)
while True:
choice = app.get_user_choice()
if choice == 1:
pet_name = input("What would you like the pet name to be?")
type_choice = types.get_user_choice()
if type_choice == 1:
pets.append(Pet(pet_name))
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
num_pets = len(pets)
print(f"You now have {num_pets} pets")
elif choice == 2:
for pet in pets:
pet.get_love()
elif choice == 3:
for pet in pets:
pet.eat_food()
elif choice == 4:
for pet in pets:
print(pet)
elif choice == 5:
for pet in pets:
pet.get_toy(Toy())
elif choice == 6:
for pet in pets:
pet.be_alive()
elif choice == 7:
print("Please choose your type of treat:")
treat_choice = treats.get_user_choice
if treat_choice == 1:
for pet in pets:
pet.eat_treat(ColdPizza())
elif treat_choice == 2:
for pet in pets:
pet.eat_treat(Bacon())
elif treat_choice == 3:
for pet in pets:
pet.eat_treat(VeganSnack())
def __init__(self,
name="unknown",
surname="unknown",
year=0,
iq=0,
pet="unknown",
mother='unknown',
father='unknown',
schedule=None):
self.__name = name
self.__surname = surname
self.__year = int(year)
if 0 <= iq <= 100:
self.__iq = iq
self.__pet = Pet(pet)
self.__mother = Human(mother)
self.__father = Human(father)
if schedule is None:
schedule = []
else:
self.__schedule = list(schedule)
def main():
app = Menu('Please choose an Option: ', main_menu)
types = Menu('Please choose a Pet Option: ', adoption_menu)
treats = Menu('Please choose a Treat Option: ', menu_menu)
while True:
choice = app.get_choice()
if choice == 1:
pet_name = input('What do you want to name your pet?')
type_choice = types.get_choice()
if (type_choice == 1):
pets.append(Pet(pet_name))
elif (type_choice == 2):
pets.append(CuddlyPet(pet_name))
print(f'\n\nYou now have {len(pets)} pets')
elif choice == 2:
for pet in pets: pet.get_love()
elif choice == 3:
treat_choice = treats.get_choice()
food_to_feed = 0
if(treat_choice == 1):
food_to_feed = ColdPizza()
elif(treat_choice == 2):
food_to_feed = Bacon()
elif(treat_choice == 3):
food_to_feed = VeganSnack()
for pet in pets: pet.eat_food(food_to_feed)
elif choice == 4:
for pet in pets:
print(pet)
elif choice == 5:
for pet in pets:
pet.get_toy(Toy())
elif choice == 6:
for pet in pets:
pet.be_alive()
print(pet)
from pet import Pet from dog import Dog # Pet myPet = Pet() myPet.petName = input() myPet.petAge = int(input()) myPet.printInfo() # Dog myDog = Dog() myDog.petName = input() myDog.petAge = input() myDog.dogBreed = input() myDog.printInfo()
from pet import Pet
pets = list() #an empty list that will store all the pets in the shops
#initialize and describe Spot the Dog.
spot = Pet('Spot')
spot.set_animal('dog')
spot.set_description('Short legged, white fur with a single black spot')
''' spot.set_noise('Woof!') '''
pets.append(spot)
#initialize and describe Shadow the Cat.
shadow = Pet('Shadow')
shadow.set_animal('cat')
shadow.set_description(
'Shy, with all dark fur. She likes to hide behind furniture.')
''' shadow.set_noise('Meow!') '''
pets.append(shadow)
''' Add your own pet(s) here '''
#Customer Interaction with the Pets
print('Welcome to My Pet Shop!')
current_pet = pets[0]
while True:
print('\n')
print('Choose the pet that you would like to meet.')
for index, pet_name in enumerate(pets): #prints a list of pets
print(index, pet_name.get_name())
from pet import Pet
mypet = Pet('ian', 2)
print(mypet)
print(mypet.get_name())
print(mypet.get_age())
from dog import Dog
from pet import Pet
pupper = Dog("Border Collie")
doggo = Pet("Doggo", pupper)
doggo.assign_owner("Cole")
print(doggo)
def main():
while True:
choice = get_user_choice(main_menu)
if choice == 1:
pet_name = input("What would you like to name your pet? ")
print("Please choose the type of pet:")
type_choice = get_user_choice(adoption_menu)
if type_choice == 1:
pets.append(Pet(pet_name))
print(
"Good choice, these pets are great to start your journey as pet owner.\n"
)
elif type_choice == 2:
pets.append(CuddlyPet(pet_name))
print(
"Great choice, these pets are great for one's mental health and great anxiety reducers. But they do require lots of attention.\n"
)
print("You now have %d pets.\n" % len(pets))
### first part of the main menu
#### when a choice is made it starts the loop of choices
elif choice == 2:
for pet in pets:
pet.get_love()
if pet.happiness >= 8 and pet.happiness < 10:
print(
f"{pet_name}, is very happy, may want rest a bit. \n")
elif pet.happiness >= 10:
print(f"{pet_name} is very tired and needs to rest. \n")
elif choice == 3:
for pet in pets:
pet.eat_food()
if pet.fullness >= 8 and pet.fullness < 10:
print(
f"{pet_name}, is statisfied, you can stop feeding it. \n"
)
elif pet.fullness >= 10:
print(
f"{pet_name} has over eatten, and now needs to sleep. \n"
)
elif choice == 4:
for pet in pets:
print(pet)
elif choice == 5:
for pet in pets:
pet.get_toy(Toy())
elif choice == 6:
# Pet levels naturally lower.
for pet in pets:
pet.be_alive()
if pet.happiness <= 3 and pet.happiness > 0:
print(
f"{pet_name} is sad, you may want to play with your pet.\n"
)
elif pet.fullness <= 3 and pet.fullness > 0:
print(
f"{pet_name} is hungry, you may want to feed your pet.\n"
)
elif pet.fullness <= 0:
print(
f"{pet_name}, has died of hunger. Expect a call from the authorities!!!\n"
)
break
elif pet.happiness <= 0:
print(
f"{pet_name}, has run away, you may want to reflect of your life choices!\n"
)
break
### when this choice is made, depending on the level pet is already, parameter is set to notify the user of pets health and happiness.
elif choice == 7:
print("Thanks for playing, tell your friends! \n")
break
c = conn.cursor()
sql = "INSERT INTO pets (name, species, age, sex) values ('{}', '{}', {}, '{}')".format(
pet.name, pet.species, pet.age, pet.sex)
c.execute(sql)
conn.commit()
conn.close()
while True:
response = input("(e)nter a pet, open a (f)ile, or (q)uit: ")
print(response)
if response == 'q':
break
if response == 'e':
name = input("name: ")
species = input("species: ")
age = input("age: ")
sex = input("sex: ")
p = Pet(name, species, age, sex)
print('pet:', p)
db_insert(p) # adds pet to database using function above
if response == 'f':
file = input("filename: ")
with open(file) as f:
for line in f:
name, species, age, sex = line.strip().split(',')
p = Pet(name, species, age, sex)
print("p: ", p)
db_insert(p) # adds pet to database using function above
def test_get_name(self):
pet_instance = Pet('Clifford', 'Dog', 12)
self.assertEqual(pet_instance.get_name(), 'Clifford')
def main():
pet = Pet()
print(pet)
def test_pet_has_name():
p = Pet("fido")
assert p.name == "fido"