def test_topology_normalization():
"""Проверка удаления дублей в топологии"""
topology_with_dupl_links = {
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
("SW1", "Eth0/1"): ("R1", "Eth0/0"),
("SW1", "Eth0/2"): ("R2", "Eth0/0"),
("SW1", "Eth0/3"): ("R3", "Eth0/0"),
}
correct_topology = unify_topology_dict({
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
})
return_value = task_22_1.Topology(topology_with_dupl_links)
return_topology = unify_topology_dict(return_value.topology)
assert (
type(return_value.topology) == dict
), f"По заданию в переменной topology должен быть словарь, а не {type(return_value.topology).__name__}"
assert len(correct_topology) == len(
return_value.topology
), "После создания экземпляра, в переменной topology должна находиться топология без дублей"
assert (
correct_topology == return_topology
), "После создания экземпляра, в переменной topology должна находиться топология без дублей"
def test_topology_normalization():
"""Checking the removal of duplicates in a topology"""
topology_with_dupl_links = {
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
("SW1", "Eth0/1"): ("R1", "Eth0/0"),
("SW1", "Eth0/2"): ("R2", "Eth0/0"),
("SW1", "Eth0/3"): ("R3", "Eth0/0"),
}
normalized_topology_example = {
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
}
top_with_data = task_22_1.Topology(topology_with_dupl_links)
assert (
type(top_with_data.topology) == dict
), f"topology attribute should be a dictionary, not a {type(top_with_data.topology).__name__}"
assert len(top_with_data.topology) == len(
normalized_topology_example
), "After creating an instance, the topology attribute should contain a topology without duplicates"
def test_topology_normalization():
"""Проверка удаления дублей в топологии"""
topology_with_dupl_links = {
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
("SW1", "Eth0/1"): ("R1", "Eth0/0"),
("SW1", "Eth0/2"): ("R2", "Eth0/0"),
("SW1", "Eth0/3"): ("R3", "Eth0/0"),
}
normalized_topology_example = {
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
}
top_with_data = task_22_1.Topology(topology_with_dupl_links)
assert (
type(top_with_data.topology) == dict
), f"По заданию в переменной topology должен быть словарь, а не {type(top_with_data.topology).__name__}"
assert len(top_with_data.topology) == len(
normalized_topology_example
), "После создания экземпляра, в переменной topology должна находиться топология без дублей"
def test_topology_normalization():
"""Checking the removal of duplicates in a topology"""
topology_with_dupl_links = {
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
("SW1", "Eth0/1"): ("R1", "Eth0/0"),
("SW1", "Eth0/2"): ("R2", "Eth0/0"),
("SW1", "Eth0/3"): ("R3", "Eth0/0"),
}
correct_topology = unify_topology_dict({
("R1", "Eth0/0"): ("SW1", "Eth0/1"),
("R2", "Eth0/0"): ("SW1", "Eth0/2"),
("R2", "Eth0/1"): ("SW2", "Eth0/11"),
("R3", "Eth0/0"): ("SW1", "Eth0/3"),
("R3", "Eth0/1"): ("R4", "Eth0/0"),
("R3", "Eth0/2"): ("R5", "Eth0/0"),
})
return_value = task_22_1.Topology(topology_with_dupl_links)
return_topology = unify_topology_dict(return_value.topology)
assert (
type(return_value.topology) == dict
), f"topology attribute should be a dictionary, not a {type(top_with_data.topology).__name__}"
assert len(correct_topology) == len(
return_value.topology
), "After creating an instance, the topology attribute should contain a topology without duplicates"
assert (
correct_topology == return_topology
), "After creating an instance, the topology attribute should contain a topology without duplicates"
def test_attr_topology(topology_with_dupl_links):
"""Checking that the Topology object has a topology attribute"""
top_with_data = task_22_1.Topology(topology_with_dupl_links)
check_attr_or_method(top_with_data, attr="topology")
def test_attr_topology(topology_with_dupl_links):
"""Проверяем, что в объекте Topology есть атрибут topology"""
return_value = task_22_1.Topology(topology_with_dupl_links)
check_attr_or_method(return_value, attr="topology")
def test_attr_topology(topology_with_dupl_links):
"""Checking that the Topology object has a topology attribute"""
return_value = task_22_1.Topology(topology_with_dupl_links)
check_attr_or_method(return_value, attr="topology")