def test_class():
net1 = IPv4Network('10.1.1.0/24')
assert len(net1.allocated) == 0, "По умолчанию allocated пустой кортеж"
assert len(net1.hosts()) == 254
net1.allocate('10.1.1.1')
net1.allocate('10.1.1.8')
net1.allocate('10.1.1.11')
with pytest.raises(ValueError):
net1.allocate('10.2.2.11') ###
assert len(net1.allocated) == 3
def test_class_attrs():
net1 = IPv4Network('10.1.1.0/24')
check_attr_or_method(net1, attr='address')
check_attr_or_method(net1, attr='mask')
check_attr_or_method(net1, attr='allocated')
def test_class_return_types():
net1 = IPv4Network('10.1.1.0/24')
assert type(net1.allocated) == tuple, "allocated должен быть кортежем"
assert type(net1.hosts()) == tuple, "hosts должен возвращать кортеж"
def test_class_method():
net1 = IPv4Network('10.1.1.0/24')
check_attr_or_method(net1, method='hosts')
check_attr_or_method(net1, method='allocate')
check_attr_or_method(net1, method='unassigned')
def test_class_attrs():
net1 = IPv4Network("10.1.1.0/24")
check_attr_or_method(net1, attr="address")
check_attr_or_method(net1, attr="mask")
check_attr_or_method(net1, attr="allocated")
def test_class_method():
net1 = IPv4Network("10.1.1.0/24")
check_attr_or_method(net1, method="hosts")
check_attr_or_method(net1, method="allocate")
check_attr_or_method(net1, method="unassigned")