def test_serialization_networkx_graph():
p1 = to_canonical_address("0x5522070585a1a275631ba69c444ac0451AA9Fe4C")
p2 = to_canonical_address("0x5522070585a1a275631ba69c444ac0451AA9Fe4D")
p3 = to_canonical_address("0x5522070585a1a275631ba69c444ac0451AA9Fe4E")
p4 = to_canonical_address("0x5522070585a1a275631ba69c444ac0451AA9Fe4F")
e = [(p1, p2), (p2, p3), (p3, p4)]
graph = Graph(e)
data = serialization.serialize_networkx_graph(graph)
restored_graph = serialization.deserialize_networkx_graph(data)
assert graph.edges == restored_graph.edges
def test_serialization_networkx_graph():
p1 = to_canonical_address('0x5522070585a1a275631ba69c444ac0451AA9Fe4C')
p2 = to_canonical_address('0x5522070585a1a275631ba69c444ac0451AA9Fe4D')
p3 = to_canonical_address('0x5522070585a1a275631ba69c444ac0451AA9Fe4E')
p4 = to_canonical_address('0x5522070585a1a275631ba69c444ac0451AA9Fe4F')
e = [(p1, p2), (p2, p3), (p3, p4)]
graph = Graph(e)
data = serialization.serialize_networkx_graph(graph)
restored_graph = serialization.deserialize_networkx_graph(data)
assert graph.edges == restored_graph.edges