def test_several_rooms():
bedroom1 = Room('child bedroom', 10)
bedroom2 = Room('master bedroom', 15)
bedroom3 = Room('guest bedroom', 8)
assert sum([one_room.size
for one_room in [bedroom1, bedroom2, bedroom3]]) == 33
def test_mixed_neighborhood():
Neighborhood.total_size = 0
n = Neighborhood()
houses = []
for house_type in [Apartment, TownHouse, SingleFamilyHouse]:
h = house_type()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h.add_rooms(bedroom, kitchen, bathroom)
houses.append(h)
assert str(h) == f'''{house_type.__name__}:
bedroom, 10m
kitchen, 9m
bathroom, 3m'''
n.add_houses(*houses)
assert n.size() == Neighborhood.total_size
assert dict(**n.house_types()) == {
'Apartment': 1,
'TownHouse': 1,
'SingleFamilyHouse': 1
}
def test_large_single_family_house_tax():
h = SingleFamilyHouse(300)
bedroom = Room('bedroom', 100)
kitchen = Room('kitchen', 90)
bathroom = Room('bathroom', 30)
h.add_rooms(bedroom, kitchen, bathroom)
assert h.calculate_tax() == 28500
def test_small_single_family_house_tax():
h = SingleFamilyHouse()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h.add_rooms(bedroom, kitchen, bathroom)
assert h.calculate_tax() == 2640
def test_townhouse_tax():
h = TownHouse()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h.add_rooms(bedroom, kitchen, bathroom)
assert h.calculate_tax() == 2200
def test_apartment_tax():
h = Apartment()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h.add_rooms(bedroom, kitchen, bathroom)
assert h.calculate_tax() == 1650
def test_small_house():
h = House()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h.add_rooms(bedroom, kitchen, bathroom)
assert h.size() == 22
assert len(h.rooms) == 3
assert str(h) == '''House:
def test_small_house_add_equal_then_more():
h = House(15)
assert h.available_space == 15
bedroom = Room('bedroom', 15)
h.add_rooms(bedroom)
assert h.size() == 15
assert h.available_space == 15
tiny_room = Room('very small closet', 0.01)
with pytest.raises(NotEnoughSpaceError):
h.add_rooms(tiny_room)
def test_small_house_with_plus():
h = House()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h += bedroom
h += kitchen
h += bathroom
assert h.size() == 22
assert len(h.rooms) == 3
assert str(h) == '''House:
def test_palace():
h = House(175)
for i in range(10):
h.add_rooms(Room(f'bedroom {i}', 15))
for i in range(5):
h.add_rooms(Room(f'bathroom {i}', 3))
for i in range(3):
h.add_rooms(Room(f'kitchen {i}', 3))
assert h.size() == 174
assert len(h.rooms) == 18
def test_one_neighborhood():
Neighborhood.total_size = 0
n = Neighborhood()
houses = []
for i in range(3):
h = House()
bedroom = Room('bedroom', 10)
kitchen = Room('kitchen', 9)
bathroom = Room('bathroom', 3)
h.add_rooms(bedroom, kitchen, bathroom)
houses.append(h)
n.add_houses(*houses)
assert n.size() == Neighborhood.total_size
def test_zero_size_house_add_room():
h = House(0)
assert h.available_space == 0
bedroom = Room('bedroom', 10)
with pytest.raises(NotEnoughSpaceError):
h.add_rooms(bedroom)
def test_str():
my_office = Room('office', 10)
assert str(my_office) == 'office, 10m'
def test_simple():
my_office = Room('office', 10)
assert my_office.name == 'office'
assert my_office.size == 10
