def test_mark_node_active():
node1 = Node(1,
adjacency_dict={2: {
'weight': 3,
'status': True
}},
status=False)
node2 = Node(2,
adjacency_dict={1: {
'weight': 3,
'status': True
}},
status=False)
test_net = Network({1: node1, 2: node2})
assert not test_net.nodes()
# test existing inactive node
test_net.mark_node_active(1)
assert node1.node_id in test_net.nodes()
assert len(test_net.nodes()) is 1
assert not node1.adjacency_dict[node2.node_id]['status']
assert node1.status
assert len(test_net.network_dict) is 2
# test existing active node
test_net.mark_node_active(1)
assert node1.node_id in test_net.nodes()
assert len(test_net.nodes()) is 1
assert not node1.adjacency_dict[node2.node_id]['status']
assert node1.status
assert len(test_net.network_dict) is 2
# test nonexistent node
test_net.mark_node_active(3)
assert node1.node_id in test_net.nodes()
assert len(test_net.nodes()) is 1
assert not node1.adjacency_dict[node2.node_id]['status']
assert node1.status
assert len(test_net.network_dict) is 2
})
print('\t---ADJACENCY LISTS MIRROR TEST---')
print(init_tester)
print('\t---MARK NODE INACTIVE TESTS---')
init_tester.mark_node_inactive(1)
init_tester.mark_node_inactive(1)
init_tester.mark_node_inactive(6)
init_tester.mark_node_inactive(6)
print(init_tester)
print('\t---MARK NODE ACTIVE TESTS---')
init_tester.mark_node_active(1)
init_tester.mark_node_active(1)
init_tester.mark_node_active(6)
print(init_tester)
print('\t---MARK EDGE INACTIVE TESTS---')
init_tester.mark_edge_inactive(1, 5)
init_tester.mark_edge_inactive(1, 5)
init_tester.mark_edge_inactive(3, 5)
init_tester.mark_edge_inactive(1, 6)
print(init_tester)
print('\t---MARK EDGE ACTIVE TESTS---')
init_tester.mark_edge_active(1, 5)
init_tester.mark_edge_active(1, 5)
init_tester.mark_node_inactive(3)
