def setup():
the_kennel = Kennel()
"""
BMC Brad McCaw 12/13/1982
RTH Richie Thorn 8/05/1980
DEL Dan Ellis 16/02/1984
ACR Andrew Carter 30/11/1987
"""
# ADD CODE HERE TO CREATE THE OWNERS
the_kennel.add_owner('BMC', 'Brad', 'McCaw', date(1982, 11, 12))
the_kennel.add_owner('RTH', 'Richie', 'Thorn', date(1980, 4, 8))
the_kennel.add_owner('DEL', 'Dan', 'Ellis', date(1984, 1, 16))
the_kennel.add_owner('ACR', 'Andrew', 'Carter', date(1987, 10, 30))
"""
DogOwner ID Name Breed Gender Favorite Food
BMC Speedy Pomeranian N Ekanuba
RTH Victor Beagle M Chef
RTH Killer Mastiff N Purina
DEL Ruftero Poodle F Ekanuba
DEL Sausage Dachshund F Purina
ACR Random Mastiff F Cat
"""
# ADD CODE HERE TO CREATE THE DOGS
return the_kennel
def test_g_add_dog_increases_dog_count(self):
kennel = Kennel()
owner = Owner('1', 'A', 'B', 2, kennel)
owner.add_dog('name1', 'breed1', 'gender1', 'favorite_food1')
assert len(owner.all_my_dogs) == 1
owner.add_dog('name2', 'breed2', 'gender2', 'favorite_food2')
assert len(owner.all_my_dogs) == 2
def test_d_has_one_dog_returns_false_with_2_dogs(self):
kennel = Kennel()
owner = Owner('id', 'first_name', 'last_name', 'birth_date', kennel)
owner.add_dog('name1', 'breed1', 'gender1', 'favorite_food1')
owner.add_dog('name2', 'breed2', 'gender2', 'favorite_food2')
returned = owner.has_one_dog()
assert returned == False
def test_a_owner_properties(self):
kennel = Kennel()
owner = Owner('1', 'A', 'B', 2, kennel)
assert hasattr(owner, 'id')
assert hasattr(owner, 'first_name')
assert hasattr(owner, 'last_name')
assert hasattr(owner, 'birth_date')
assert hasattr(owner, 'my_kennel')
assert hasattr(owner, 'all_my_dogs')
assert type(owner.all_my_dogs) == list
def test_e_kennel_get_those_with_one_dog_not_hard_coded(self):
kennel = Kennel()
returned = kennel.get_those_with_one_dog()
assert len(returned) == 0
def test_d_kennel_get_those_with_many_dogs_returns_string(self):
kennel = Kennel()
returned = kennel.get_those_with_one_dog()
assert isinstance(returned, str)
def test_c_kennel_get_those_with_many_dogs_exists(self):
kennel = Kennel()
assert hasattr(kennel, 'get_those_with_one_dog')
assert callable(getattr(kennel, 'get_those_with_one_dog', None))
def test_a_owner_has_one_dog_exists(self):
kennel = Kennel()
owner = Owner('id', 'first_name', 'last_name', 'birth_date', kennel)
assert hasattr(owner, 'has_one_dog')
assert callable(getattr(owner, 'has_one_dog', None))
def test_c_has_one_dog_returns_true_with_1_dog(self):
kennel = Kennel()
owner = Owner('id', 'first_name', 'last_name', 'birth_date', kennel)
owner.add_dog('name1', 'breed1', 'gender1', 'favorite_food1')
returned = owner.has_one_dog()
assert returned == True
def test_b_kennel_add_owner(self):
kennel = Kennel()
assert hasattr(kennel, 'add_owner')
assert callable(getattr(kennel, 'add_owner', None))
def set_data(self):
kennel = Kennel()
owner = Owner(1, 'A', 'B', 2, kennel)
return owner
def test_a_kennel_collection(self):
kennel = Kennel()
assert hasattr(kennel, 'all_my_owners')
assert type(kennel.all_my_owners) == list
def test_b_owner_methods(self):
kennel = Kennel()
owner = Owner('1', 'A', 'B', 2, kennel)
assert hasattr(owner, 'sort_dogs')
assert callable(getattr(owner, 'sort_dogs', None))
def test_d_kennel_sort_owners(self):
kennel = Kennel()
assert hasattr(kennel, 'sort_owners')
assert callable(getattr(kennel, 'sort_owners', None))
def test_c_kennel_find_owner(self):
kennel = Kennel()
assert hasattr(kennel, 'find_owner')
assert callable(getattr(kennel, 'find_owner', None))
def test_f_owner_add_dog_exists(self):
kennel = Kennel()
owner = Owner('1', 'A', 'B', 2, kennel)
assert hasattr(owner, 'add_dog')
assert callable(getattr(owner, 'add_dog', None))
def test_b_has_one_dog_returns_false_with_0_dogs(self):
kennel = Kennel()
owner = Owner('id', 'first_name', 'last_name', 'birth_date', kennel)
returned = owner.has_one_dog()
assert returned == False
from poodle import Poodle
from kennel import Kennel
from namegen import generate_name
from random import randint, choice
from time import sleep
patriarch = Poodle(gender='male')
matriarch = Poodle(gender='female')
doghouse = Kennel(2, [matriarch], [patriarch])
print(doghouse)
for i in range(15):
sleep(randint(2, 5))
doghouse.grow()
print('')
sleep(3)
print('')
print(doghouse.census())
print(doghouse)
def set_data(self):
kennel = Kennel()
owner = Owner('id', 'first_name', 'last_name', 'birth_date', kennel)
return owner