def main():
'''
The main program.
'''
# variables
pets = ([None] * N_PETS) # list of pets
options = (list(range(1, N_PETS)) + [0]) # list of options
callbacks = ((pet_menu, ) * N_PETS) # list of callback
# functions of pets
# stringify the options
slew.stringify_in(N_PETS, options)
options = tuple(options)
# populate the list with pets
for k in range(0, N_PETS):
pets[k] = pet.Pet()
# placeholder name before proper naming
pets[k].set_name('Pet #' + str(k + 1))
# end for k
pets = tuple(pets)
# main option menu
slew.option_menu_apply(N_PETS, slew.create_legend('Pets:'), '',\
options, get_pet_name, 'Choose a pet to manage. [default STOP]',\
callbacks, pets, '\n> ', 'Invalid pet chosen.'\
)
# finish
print('Done.')
def main():
tapio = student.Student("Tapio", "Koskinen", 1800509)
musti = pet.Pet("Dog", "Musti", "Tapio")
mimosa = pet.Pet("Cat", "mimosa", "Tapio")
print("Test with empty")
tapio.print_pets()
tapio.add_pets(musti)
print("After musti")
print(tapio.print_pets())
tapio.add_pets(mimosa)
print("After mimosa")
print(tapio.print_pets())
print("Here is", tapio.get_first_name(), "and his pet(s):")
print(tapio)
def main():
name = input("Enter the name of the pet: ") # retrieves the name of the pet
animalType = input("Enter the type of animal: ") # retrieves the type of pet
age = int(input("Enter the age of the pet: ")) # retrieves the age of the pet
Pet1 = pet.Pet(name, animalType, age) # creates a pet object
printOutput(Pet1) # prints the data of the pet
return # ends program
def testTeach(self):
p1 = pet.pets[0]
p2 = pet.Pet("rufus")
self.assertEqual(len(p1.words), 2)
self.assertEqual(len(p2.words), 2)
p1.teach("hello")
self.assertEqual(len(p1.words), 3)
self.assertEqual(len(p2.words), 2)
def get_me():
user_id = oauth.check_auth(request)
#user_id = 0
if user_id is None:
return '', 401
answer = owner.Owner(user_id).json()[0]
pets = pet.Pet.db()(owner_id = user_id)
for item in pets:
answer += pet.Pet(item['__id__']).json()[0]
return answer
def main():
name = input('Кличка животного: ')
type_pet = input('Кто это, собака, кошка...: ')
age = int(input('Возраст: '))
my_pet = pet.Pet(name, type_pet, age)
print()
print('Вот что Вы вводили:')
print('Кличка -', my_pet.get_name())
print('Тип животного -', my_pet.get_animal_type())
print('Ему лет -', my_pet.get_age())
def main():
name = raw_input("Enter the name of the pet: ")
animal_type = raw_input("Enter the Type of the animal: ")
age = raw_input("Enter the age of the pet: ")
print
pets = pet.Pet(name, animal_type, age)
print "Here is the data you have entered"
print
print "Name:", pets.get_name()
print "Type of Animal:", pets.get_animal_type()
print "Animal's Age:", pets.get_age()
def main():
# Create new Pet object
newpet = pet.Pet()
# Get pet info from user input
newpet.set_name(input('What\'s your pet\'s name? '))
newpet.set_animal_type(input('What kind of animal is your pet? '))
newpet.set_age(int(input('How old is your animal? ')))
# Output information recieved from user
print('Your pet\'s name is ', newpet.get_name())
print('Your pet is a ', newpet.get_animal_type())
print('Your pet\'s age is ', newpet.get_age())
def create_objects(self,):
import pet as _pet
import controller as _controller
import user_manager as _user_manager
import scheduler as _scheduler
import settings as _settings
self.pet = _pet.Pet()
self.controller = _controller.Controller()
self.user_manager = _user_manager.UserManager()
self.scheduler = _scheduler.Scheduler()
self.settings = _settings.Settings()
def main():
print("\nWelcome To the Pet Program!")
pet_name = ""
pet_type = ""
pet_age = 0
pet_name = input('Enter the nme of the pet: ')
pet_type = input('Enter the type of animal: ')
pet_age = int(input('Enter the age of the pet: '))
mypet = pet.Pet(pet_name, pet_type, pet_age)
print('Here is the data that you entered: ')
print('Pet name: ', mypet.get_name())
print('Animal type: ', mypet.get_animal_type())
print('Age of pet: ', mypet.get_age())
def main():
pet_name = ''
pet_type = ''
pet_age = ''
mypet = pet.Pet(pet_name, pet_type, pet_age)
pet_name = input("Enter your pet's name: ")
pet_type = input("Enter your pet type: ")
pet_age = input("Enter your pet's age: ")
mypet.set_name(pet_name)
mypet.set_animal_type(pet_type)
mypet.set_age(pet_age)
print("Your pet's name is", mypet.get_name(pet_name))
print("Your pet's type is", mypet.get_animal_type(pet_type))
print("Your pet's age is", mypet.get_age(pet_age))
def main():
#Ask user for pet's attributes
pName = input("What is your pet's name?\t--> ")
pType = input("What type of pet is this?\t--> ")
pAge = input("What is your pet's age?\t\t--> ")
#Create a Pet object
petClass = pet.Pet(pName, pType, pAge)
#Saves the inputs
petClass.set_name(pName)
petClass.set_animal_type(pType)
petClass.set_age(pAge)
#Outputs pet's attributes
print("\nYour pet's name is:\t", petClass.get_name(), sep="")
print("Your pet is a:\t\t", petClass.get_animal_type(), sep="")
print("Your pet's age is:\t", petClass.get_age(), sep="")
def main():
# local varibles
pet_name = ""
pet_type = ""
pet_age = ""
# get pet data
pet_name = input("Enter the name of the pet: ")
pet_type = input("Enter the type of the pet: ")
pet_age = int(input("Enter the age of the pet: "))
# Create an insance of the pet class and assign it to an object
mypet = pet.Pet(pet_name, pet_type, pet_age)
# display the datat that was entered
print("here is the data that you entered")
print("pet name: ", mypet.get_name())
print("pet type: ", mypet.get_animal_type())
print("pet type: ", mypet.get_age())
def main():
name = input("Enter your pet's name: ")
print(name)
animal_type = input('Enter animal type: ')
print(animal_type)
age = float(input('Enter the age of your animal: '))
print(age)
#creating an object of pet clas
my_Pet = pet.Pet(animal_type, age, name)
print("Your pet's name is: ", my_Pet.get_name())
print("The type of animal you have is: ", my_Pet.get_animal_type())
print("Your pet's age: ", my_Pet.get_age())
def main():
# create a list for pet info
animal = []
# ask user how many pets they have
num = int(input("How many pets do you have? "))
# loop for creating data for pet class
for var in range(1, num+1):
name = input("What is the name of your " + str(var) + " pet? ")
animal_type = input("What type of pet is it? ")
age = int(input("How old is your pet? "))
# sends data to pet class
pets = pet.Pet(name, animal_type, age)
# append the pet list
animal.append(pets)
# displays data from pet
for item in animal:
print()
print(str(item))
import pet
p1 = pet.pets[0]
p2 = pet.Pet("Polly", ["cracker", "scurvy dog"])
# print(p1.speak()) # you have to use a method for your object to *do* anything. in this case, speak()
# print(p2.speak())
pet.teach_random(p1, 2)
pet.teach_random(p2, 3)
# print(p1.speak())
# print(p2.speak())
# pet_owner.py
# 이 도전을 해결하는 방법은 여러가지가 있습니다. 이 방법은 그 중 하나입니다.
import pet
# 2개의 동물을 만듭니다.
romeo = pet.Pet("타란툴라")
juliet = pet.Pet("피라냐")
# 거미와 놀아줍니다.
romeo.eat()
romeo.sleep()
# 물고기와 놀아줍니다.
juliet.eat()
juliet.sleep()
def main():
name = input("Enter your pet's name: ")
animal_type = input("Enter animal_type: ")
age = int(input("Enter your pet's age: "))
my_pet = pet.Pet(name, animal_type, age)
print(my_pet)
import pet
# Get the pet's name, type, and age
name = input("What is your pet's name? ")
animal_type = input("What type of animal is that? ")
age = input("How old is your pet?")
# Create an instance of the Pet class.
my_pet = pet.Pet(name, animal_type, age)
print("Here is the information you entered:")
print("Pet name:", my_pet.get_name())
print("Animal type:", my_pet.get_animal_type())
print("Age:", my_pet.get_age())
#!/usr/bin/env python3
import pet
if __name__ == "__main__":
p = pet.Pet("Michael")
print(p)
if p.getName() != "Michael":
print("Oops")
else:
print("Welcome, {}".format(p.getName()))
def main():
userChoice = 0
while (userChoice != 4):
userChoice = int(input("Enter a question to run: "))
if (userChoice == 1):
print("Enter information about your pet.")
name = str(input("Enter its name: "))
aType = str(input("Enter what type of animal it is: "))
age = int(input("Enter its age: "))
info = pet.Pet(name, aType, age)
info.set_name()
info.set_animal_type()
info.set_age()
print("name = ", info.get_name())
print("type = ", info.get_animal_type())
print("age = ", info.get_age())
elif (userChoice == 2):
print("This section will compare two energy values.")
results = compare()
print("Energy 1: ", format(results[0], '.2f'))
print("Energy 2: ", format(results[1], '.2f'))
print("Winner: ", results[2])
elif (userChoice == 3):
print("Let's play Rock, Paper, Scissors~!")
gameplay = rockpaperscissor.RockPaperScissor()
computerWins = 0
userWins = 0
ties = 0
for n in range(1, 6):
print("Game ", n, ":")
user = str(
input(
"Pick your choice[type 'rock','paper', or 'scissors']: "
))
gameplay.set_rpsValue()
computer = gameplay.get_rpsValue()
print("Computer plays: ", computer)
if (user == 'rock' and computer == 'paper'):
print("Computer wins this round!")
computerWins += 1
elif (user == 'rock' and computer == 'scissors'):
print("You win this round!")
userWins += 1
elif (user == 'paper' and computer == 'rock'):
print("You win this round!")
userWins += 1
elif (user == 'paper' and computer == 'scissors'):
print("Computer wins this round!")
computerWins += 1
elif (user == 'scissors' and computer == 'rock'):
print("Computer wins this round!")
computerWins += 1
elif (user == 'scissors' and computer == 'paper'):
print("You win this round!")
userWins += 1
elif (user == computer):
print("It's a tie!")
ties += 1
else:
print("That is not a valid answer. Enter again.")
print("Final Score")
print("You: ", userWins)
print("Computer: ", computerWins)
print("Ties: ", ties)
if (userWins > computerWins):
print("You win!")
elif (computerWins > userWins):
print("Computer wins!")
else:
print("It's a tie!")
def testSpeak(self):
p1 = pet.pets[0]
p2 = pet.Pet("Polly", ["cracker", "scurvy dog"])
self.assertEqual(p1.speak(), "I can say hi bye")
self.assertEqual(p2.speak(), "I can say cracker scurvy dog")
# set_name (This method assigns a value to the __name field.)
# set_animal_type (This method assigns a value to the __animal_type field.)
# set_age (This method assigns a value to the __age field.)
# get_name (This method returns the value of the __name field.)
# get_animal_type (This method returns the value of the __animal_type field.)
# get_age (This method returns the value of the __age field.)
#
# Once you have written the class, write a program that creates an object of the class
# and prompts the user to enter the name, type, and age of his or her pet. This data
# should be stored as the object's attributes. Use the object's accessor methods to
# retrieve the pet's name, type, and age and display the data on the screen.
import pet
# Create an instance of the class.
my_pet = pet.Pet("", "", 0)
# Get pet data from user input.
name = input("What is your pet's name? ")
animal_type = input("What type of animal is that? ")
age = input("How old is your pet? ")
# Assign values based on input.
my_pet.set_name(name)
my_pet.set_animal_type(animal_type)
my_pet.set_age(age)
# Output the pet data.
print("Here is the information we have on file for your pet:")
print("Pet name:", my_pet.get_name())
print("Animal type:", my_pet.get_animal_type())
def testConstructor(self):
p1 = pet.Pet("fido")
p2 = pet.Pet("rufus", ["bark", "woof"])
self.assertEqual(p1.name, "fido")
self.assertEqual(p2.name, "rufus")
self.assertEqual(p2.words[0], "bark")