def handle_command(command, channel):
"""
Executes bot command if the command is known.
"""
# Default response is help text for the user
default_response = "I don't know that. Pester @mmcconway to implement it!"
# Finds and executes the given command, filling in the response
response = None
if command.startswith(EXAMPLE_COMMAND):
response = command
if command.startswith("weather") or command.startswith("Weather"):
weather = Weather()
city = command[command.find(" ") + 1:]
temp = weather.getWeather(city)
response = "It is currently {} in {}.".format(temp, city)
if command.startswith("cat") or command.startswith("Cat"):
CatGetter = Cat()
response = CatGetter.getCat()
if command.startswith("whois") or command.startswith("Whois"):
who = Who()
domain = command[command.find(" ") + 1:command.rfind(" ")]
tld = command[command.find(domain) + len(domain) + 1:]
response = who.getWhois(domain, tld)
if command.startswith("check") or command.startswith("Check"):
who = Who()
domain = command[command.find(" ") + 1:command.rfind(" ")]
tld = command[command.find(domain) + len(domain) + 1:]
response = who.getRegistration(domain, tld)
# Sends the response back to the channel
slack_client.api_call("chat.postMessage",
channel=channel,
text=response or default_response)
def test_cat_fail():
c4 = Cat('leopard', 1.6, 'snake', True)
c5 = Cat('ocelot', 1.0, 'fish', False)
c6 = Cat('lynx', 1.3, 'squirrel', False)
assert 'lynx' in c6
assert c4.max_size <= c5.max_size
def test_cat_replace():
# replace() should change passed in fields
c_before = Cat('cheetah', 1.5, 'rabbit', True)
c_after = c_before._replace(roars=False)
c_expected = Cat('cheetah', 1.5, 'rabbit', False)
assert c_after == c_expected
assert c_after.roars is False
assert c_expected.max_size < 2.0
def test_asdict():
# asdict() should return a dictionary.
c_cat = Cat('tiger', 3.9, 'deer', True)
c_dict = c_cat._asdict()
expected = {
'type': 'tiger',
'max_size': 3.9,
'favourite_food': 'deer',
'roars': True
}
assert c_dict == expected
def test_cat_attributes():
c3 = Cat('lion', 2.5, 'elephant', True)
assert c3.type == 'lion'
assert c3.max_size == 2.5
assert c3.favourite_food == 'elephant'
assert c3.roars is True
assert 'leopard' not in c3
def setUp(self):
self.animal = Cat("Kitty", run_energy=5)
from cats import Cat
cat1 = Cat("Сэм", "мальчик", 2)
cat2 = Cat("Барон", "мальчик", 2)
cat_list = [cat1, cat2]
for cat in cat_list:
cat.get_list()
def test_cat_defaults():
c1 = Cat()
c2 = Cat('Unknown', 'Unknown', 'Unknown', False)
assert c1 == c2
def setUp(self):
self.name = "test_cat"
self.cat = Cat(self.name)
class TestCat(unittest.TestCase):
def setUp(self):
self.name = "test_cat"
self.cat = Cat(self.name)
def test_cat_actions(self):
self.cat.fly()
self.cat.swim()
self.assertEqual(100, self.cat.get_energy(),
"Cat energy after fly/swim should not change")
self.cat.run()
self.assertEqual(95, self.cat.get_energy(),
"Cat energy after 1 run should be 95")
for _ in range(19):
self.cat.run()
self.assertEqual(0, self.cat.get_energy(),
"Cat energy after 20 run should be 0")
for _ in range(20):
self.cat.run()
self.assertEqual(-100, self.cat.get_energy(),
"Cat energy after 40 run should be -100")
from cats import Cat
cat1 = Cat('Барон', 'мальчик', 2)
cat2 = Cat('Сэм', 'мальчик', 2)
print('Имя первого кота:', cat1.getName())
print('Пол первого кота:', cat1.getGender())
print('Возраст первого кота:', cat1.getAge())
print('Имя второго кота:', cat2.getName())
print('Пол второго кота:', cat2.getGender())
print('Возраст второго кота:', cat2.getAge())
if self.dogs.size() == 0:
return self.dequeue_cats()
elif self.cats.size() == 0:
return self.dequeue_dogs()
if self.dogs.peek().value.is_older_than(self.cats.peek().value):
return self.dequeue_dogs()
else:
return self.dequeue_cats()
def dequeue_dogs(self):
return self.dogs.remove_head()
def dequeue_cats(self):
return self.cats.remove_head()
x = AnimalQueue()
x.enqueue(Dog('Dog1'))
x.enqueue(Cat('Cat1'))
x.enqueue(Cat('Cat2'))
x.enqueue(Dog('Dog2'))
x.enqueue(Dog('Dog3'))
x.enqueue(Dog('Dog4'))
x.enqueue(Cat('Cat3'))
x.enqueue(Cat('Cat4'))
x.enqueue(Dog('Dog5'))
print(x.dequeue_cats().value.name)
print(x.dequeue().value.name)
print(x.dequeue_dogs().value.name)
from cats import Cat
#Cat с большой буквы
cat1= Cat("Баронэсса", "кот", "девочка", "японская кошка", "1.5 года", "С222222", "дом найден")
cat2= Cat("Шаляпин", "кот","мальчик","Неизвестно","1 год", "D323232", "Дом не найден")
print("Имя: ",cat1.first_name )
print("Порода кошки: ",cat1.cat_class)
print("Пол: ",cat1.gender)
print("Вид животного: ",cat1.pet_class)
print("Возраст: ",cat1.age)
print("Рег. док.: ",cat1.reg_doc)
print("Статус: ",cat1.status)
print()
print("Имя: ",cat2.first_name )
print("Порода кошки: ",cat2.cat_class)
print("Пол: ",cat2.gender)
print("Вид животного: ",cat2.pet_class)
print("Возраст: ",cat2.age)
print("Рег. док.: ",cat2.reg_doc)
print("Статус: ",cat2.status)