def test_get_oldest_animal_cat_and_dogs():
dog1 = dogs.Dog('Honey', 2)
dog2 = dogs.Dog('Cody', 12)
dog3 = dogs.Dog('Katie', 12)
dog4 = dogs.Dog('Gracie', 1)
cat1 = cats.Cat('Fonzi', 15)
assert 15 == animal_functions.get_oldest_animal(
dog1, dog2, dog3, dog4, cat1
), "The get_oldest_animal function did not return the oldest animal"
def test_get_oldest_animal_float_and_int():
dog1 = dogs.Dog('Honey', 2.3)
dog2 = dogs.Dog('Cody', 12)
dog3 = dogs.Dog('Katie', 12.1)
dog4 = dogs.Dog('Gracie', 1)
cat1 = cats.Cat('Fonzi', 3.4)
assert 12.1 == animal_functions.get_oldest_animal(
dog1, dog2, dog3, dog4, cat1
), "The get_oldest_animal function had an issue with mixed floats and integers"
def getDogs():
the_dogs = [] # array of Dog objects
# the object that we'll use to iterate through the array
dgs = db.child("dogs").get()
for dog in dgs.each():
one_dog = dogs.Dog()
one_dog.setBasics(dog.val()['name'],
dog.val()['weight'],
dog.val()['breed'],
dog.val()['DOB'], dog.key())
for dep in dog.val()['internal_depar']:
if dep['name'] == 'NEXT':
dep_int_next = dep
else:
dep_int_last = dep
one_dog.setDeparInt(dep_int_last, dep_int_next)
for dep in dog.val()['external_depar']:
if dep['name'] == 'NEXT':
dep_ext_next = dep
else:
dep_ext_last = dep
one_dog.setDeparExt(dep_ext_last, dep_ext_next)
for vac in dog.val()['vaccines']:
if vac['name'] == 'NEXT':
vac_next = vac
else:
vac_last = vac
one_dog.setVaccine(vac_last, vac_next)
the_dogs.append(one_dog)
return the_dogs
import bosses
import dogs
your_dog = dogs.Dog ('Wraff') # Instantiate dog, provide sound "Wraff" to constructor
his_dog = dogs.Dog ('Howl') # Instantiate dog, provide sound "Howl" to constructor
you = bosses.NatureLover () # Create yourself
your_friend = bosses.CouchPotato () # Create your friend
you.walk (your_dog) # Interface: walk dog, implementation: going out together
your_friend.walk (his_dog) # Interface: walk dog, implementation: sending dog out
import random # One of Python's many standard modules
import bosses
import dogs
# Create a list of random bosses
humanBeings = [] # Create an emptpy list
for index in range (10): # Repeat the following 10 times, index running from 0 to 9
humanBeings.append ( # Append a random HumanBeing to the list by
random.choice ((bosses.NatureLover, bosses.CouchPotato)) () # randomly selecting its class
) # and calling its contructor
# Let them all walk a new dog with an random sound
for humanBeing in humanBeings: # Repeat the following for every humanBeing in the list
humanBeing.walk ( # Call implementation of walk method for that type of humanBeing
dogs.Dog ( # Construct a new dog as parameter to the walk method
random.choice ( # Pick a random sound
('Wraff', 'Wooff', 'Howl', 'Kaii', 'Shreek') # fom this tuple of sounds
)
)
)
def test_get_oldest_animal_one_animal_float():
dog1 = dogs.Dog('Honey', 2.1)
assert 2.1 == animal_functions.get_oldest_animal(
dog1), "The get_oldest_animal function had an issue with a float"
a=getFood()
print (a[0].name)
print (a[0].type)
print (a[0].quantity)
print (a[0].company)
'''
'''
testing the add functions
'''
# test dogs
#test dog 1
dog_test = dogs.Dog()
dog_test.setBasics("Test-dog", "30", "GermanDog Arlechin", "12/12/2016")
vaccine1_last = {"date": "12/01/2017", "name": "blabla"}
vaccine1_next = {"date": "12/09/2017", "name": "next"}
dog_test.setVaccine(vaccine1_last, vaccine1_next)
depint1_last = {"date": "12/04/2017", "name": "blabla"}
depint1_next = {"date": "12/07/2017", "name": "next"}
depext1_last = {"date": "12/09/2017", "name": "blabla"}
depext1_next = {"date": "12/10/2017", "name": "next"}
dog_test.setDeparInt(depint1_last, depint1_next)
dog_test.setDeparExt(depext1_last, depext1_next)
import dogs
import food
import alerts
''' asignam date
'''
Ino = dogs.Dog()
Isi = dogs.Dog()
Food_can = food.Food()
Food_dry = food.Food()
def set_food():
Food_can.setBasics("Hills", "ZD", "can", "1080")
Food_dry.setBasics("Hills", "ZD", "dry", "17000")
# update the quantity - if the third argument!=0 => total quantity = third argument :)
Food_can.updateQuantity(3, 360, 1080)
Food_dry.updateQuantity(1, 10000, 17000)
set_food()
dry_days, dry_estim = food.days_estimator(Food_dry)
can_days, can_estim = food.days_estimator(Food_can)
Alert_food_canned = alerts.Alert()
Alert_food_dry = alerts.Alert()
Alert_vaccine_Ino = alerts.Alert()
Alert_vaccine_Isi = alerts.Alert()