def test_graph_deserialize_unordered_adjacency(self):
test_base = {
"A1": ["B1", "B2"],
"B1": ["C1", "C2"],
"B2": ["C3", "C2"],
"C1": [],
"C2": [],
"C3": [],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
packed_graph = graph.pack_graph(test_graph)
reversed_adjacency = tuple(reversed(packed_graph.adjacency))
packed_graph = graph.PackedGraph(packed_graph.nodes,
reversed_adjacency)
with self.assertRaisesRegex(exception.InvalidInput, "adjacency list"):
graph.unpack_graph(packed_graph)
def test_graph_deserialize_unordered_adjacency(self):
test_base = {
"A1": ["B1", "B2"],
"B1": ["C1", "C2"],
"B2": ["C3", "C2"],
"C1": [],
"C2": [],
"C3": [],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
packed_graph = graph.pack_graph(test_graph)
reversed_adjacency = tuple(reversed(packed_graph.adjacency))
packed_graph = graph.PackedGraph(packed_graph.nodes,
reversed_adjacency)
with self.assertRaisesRegex(exception.InvalidInput, "adjacency list"):
graph.unpack_graph(packed_graph)
def test_graph_pack_unpack(self):
test_base = {
"A1": ["B1", "B2"],
"B1": ["C1", "C2"],
"B2": ["C3", "C2"],
"C1": [],
"C2": [],
"C3": [],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
packed_graph = graph.pack_graph(test_graph)
unpacked_graph = graph.unpack_graph(packed_graph)
self.assertEqual(test_graph, unpacked_graph)
def test_graph_pack_unpack(self):
test_base = {
"A1": ["B1", "B2"],
"B1": ["C1", "C2"],
"B2": ["C3", "C2"],
"C1": [],
"C2": [],
"C3": [],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
packed_graph = graph.pack_graph(test_graph)
unpacked_graph = graph.unpack_graph(packed_graph)
self.assertEqual(test_graph, unpacked_graph)
def test_pack_unpack_graph(self):
test_base = {
"A1": ["B1", "B2", "B3", "B4"],
"B1": [],
"B2": [],
"B3": ["B1"],
"B4": ["B2"],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
packed_graph = graph.pack_graph(test_graph)
unpacked_graph = graph.unpack_graph(packed_graph)
self.assertEqual(len(test_graph), len(unpacked_graph))
for start_node in test_graph:
self.assertIn(start_node, unpacked_graph)
def test_pack_unpack_graph(self):
test_base = {
"A1": ["B1", "B2", "B3", "B4"],
"B1": [],
"B2": [],
"B3": ["B1"],
"B4": ["B2"],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
packed_graph = graph.pack_graph(test_graph)
unpacked_graph = graph.unpack_graph(packed_graph)
self.assertEqual(len(test_graph), len(unpacked_graph))
for start_node in test_graph:
self.assertIn(start_node, unpacked_graph)
def test_graph_serialize_deserialize(self):
Format = namedtuple('Format', ['loads', 'dumps'])
formats = [
Format(jsonutils.loads, jsonutils.dumps),
Format(msgpackutils.loads, msgpackutils.dumps),
]
test_base = {
"A1": ["B1", "B2"],
"B1": ["C1", "C2"],
"B2": ["C3", "C2"],
"C1": [],
"C2": [],
"C3": [],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
for fmt in formats:
serialized = fmt.dumps(graph.pack_graph(test_graph))
unserialized = graph.unpack_graph(fmt.loads(serialized))
self.assertEqual(test_graph, unserialized)
def test_graph_serialize_deserialize(self):
Format = namedtuple('Format', ['loads', 'dumps'])
formats = [
Format(jsonutils.loads, jsonutils.dumps),
Format(msgpackutils.loads, msgpackutils.dumps),
]
test_base = {
"A1": ["B1", "B2"],
"B1": ["C1", "C2"],
"B2": ["C3", "C2"],
"C1": [],
"C2": [],
"C3": [],
}
test_graph = graph.build_graph(test_base.keys(), test_base.__getitem__)
for fmt in formats:
serialized = fmt.dumps(graph.pack_graph(test_graph))
unserialized = graph.unpack_graph(fmt.loads(serialized))
self.assertEqual(test_graph, unserialized)