def test_check_displacement():
rev1 = [
"a",
"b.1",
"b.2",
"c",
"b.3"
]
rev2 = [
"a",
"b.1",
"b.2",
"b.3",
"c"
]
revisions = [rev1, rev2]
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
assert beginning[1][3].label == "u"
assert beginning[1][4].label == "a"
def test_git_files_as_input():
bare_repo = Repo("./")
assert bare_repo
path = "Framework/orchestrator.py"
path = "Tests/GraphBuilderTests.py"
relevant_commits = list(bare_repo.iter_commits(paths=path))
revlist = (
(commit, (commit.tree / path).data_stream.read())
for commit in relevant_commits
)
revisions = []
for commit, filecontents in revlist:
str_file_contents = str(filecontents).split("\\n")
revisions.append(str_file_contents)
revisions = Reverse(revisions)
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
csv_serializer = CsvFileSerializer("Data", "actual_code.csv")
networkx_graph = NetworkxGraph(csv_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
j = 0
def test_deserialization():
rev1 = [
"a",
"b",
"c",
"d",
"e",
"fd",
"z"
]
rev2 = [
"a",
"x",
"c",
"e",
"y",
"z.1"
]
revisions = [rev1, rev2]
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
csv_serializer = CsvFileSerializer("Data", "deserizalized.csv")
networkx_graph = NetworkxGraph(csv_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
assert beginning[1][0].label == "u"
assert beginning[1][2].label == "u"
assert beginning[1][3].label == "u"
def test_graph_building_via_deserialization():
rev1 = ReadTextFromFile("Data/dummy_test_rev1.txt")
rev2 = ReadTextFromFile("Data/dummy_test_rev2.txt")
rev3 = ReadTextFromFile("Data/dummy_test_rev3.txt")
rev4 = ReadTextFromFile("Data/dummy_test_rev4.txt")
revisions = [rev1, rev2, rev3, rev4]
input_source = StubbedInputSource(revisions)
csv_serializer = CsvFileSerializer("Data", "multi_line.csv")
serializer = InMemorySerializer()
mappings = csv_serializer.deserialize(os.path.join("Data", "multi_line.csv"))
mapper = SimpleMapper(mappings)
networkx_graph = NetworkxGraph(serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
assert mapper.get_mapping(1, 1, 1) == mappings[0][1][1]
assert mapper.get_mapping(2, 2, 1) == mappings[0][2][2]
assert mapper.get_mapping(7, 7, 1) == mappings[0][7][7]
assert mapper.get_mapping(1, 1, 2) == mappings[1][1][1]
assert mapper.get_mapping(5, 4, 2) == mappings[1][5][4]
assert mapper.get_mapping(1, 1, 3) == mappings[2][1][1]
def test_multiple_files():
rev1 = ReadTextFromFile("Data/dummy_test_rev1.txt")
rev2 = ReadTextFromFile("Data/dummy_test_rev2.txt")
rev3 = ReadTextFromFile("Data/dummy_test_rev3.txt")
rev4 = ReadTextFromFile("Data/dummy_test_rev4.txt")
revisions = [rev1, rev2, rev3, rev4]
# networkx_graph = NetworkxGraph()
# simple_matcher = SimpleMatcher()
# gb_obj = gb.GraphBuilder(simple_matcher, networkx_graph)
# beginning = gb_obj.build_graph(revisions)
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
visualizer = CommandLineVisualizer()
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer, visualizer)
beginning = orchestrator.orchestrate()
print(beginning[2][4].label)
# nodes, content = orchestrator.slice(3, 5)
# print(content)
nodes, content = orchestrator.slice_updated(4, 1, 1, 4, True)
revisions = orchestrator.visualize(content)
print(sorted(content))
def test_with_actual_files():
rev1 = ReadTextFromFile("Data/Rev1")
rev2 = ReadTextFromFile("Data/Rev2")
revisions = [rev1, rev2]
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
def large_test():
revisions = [rev1, rev2, rev3, rev4, rev5]
# networkx_graph = NetworkxGraph()
# simple_matcher = SimpleMatcher()
# slicer = LineSlicing(networkx_graph)
# gb_obj = gb.GraphBuilder(simple_matcher, networkx_graph, slicer)
# beginning = gb_obj.build_graph(revisions)
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
print(beginning[1][1].content)
def test_right_addition():
rev1 = [
"a",
"b",
"c",
"d",
"e",
"",
"",
"",
"",
"",
"fd"
]
rev2 = [
"a",
"b",
"f",
"c",
"d",
"e",
"",
"",
"yz"
]
beginning = None
revisions = [rev1, rev2]
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
assert beginning[0][2].label == "a"
assert beginning[1][2].label == "a"
assert beginning[1][3].label == "u"
assert beginning[1][3].content == rev1[2]
assert beginning[1][4].label == "u"
assert beginning[1][5].label == "u"
def test_multiple_file_in_memory_deserialization():
rev1 = ReadTextFromFile("Data/dummy_test_rev1.txt")
rev2 = ReadTextFromFile("Data/dummy_test_rev2.txt")
rev3 = ReadTextFromFile("Data/dummy_test_rev3.txt")
rev4 = ReadTextFromFile("Data/dummy_test_rev4.txt")
revisions = [rev1, rev2, rev3, rev4]
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
mappings = in_memory_serializer.deserialize(None)
assert mapper.get_mapping(1, 1, 1) == mappings[0][1][1]
assert mapper.get_mapping(2, 2, 1) == mappings[0][2][2]
assert mapper.get_mapping(7, 7, 1) == mappings[0][7][7]
assert mapper.get_mapping(1, 1, 2) == mappings[1][1][1]
assert mapper.get_mapping(5, 4, 2) == mappings[1][5][4]
assert mapper.get_mapping(1, 1, 3) == mappings[2][1][1]
def test_mutation_of_lines():
rev1 = [
"from Framework.graph import Graph",
"from Framework.graph_builder import GraphBuilder",
"from Framework.input_source import InputSource",
"from Framework.mapper import Mapper",
"from Implementations.Graphs.networkx_graph import NetworkxGraph",
"self.input_source = input_source",
"self.mapper = mapper"
]
rev2 = [
"from Framework.graph import Graph",
"from Framework.graph_builder import GraphBuilder",
"from Framework.input_source import InputSource",
"from Framework.mapper import Mapper",
"from Implementations.Graphs.networkx_graph import NetworkxGraph",
"gb_obj = gb.SimpleGraphBuilder(self.mapper, self.graph)",
"self.mapper = mapper + fake_mapper"
]
beginning = None
revisions = [rev1, rev2]
input_source = StubbedInputSource(revisions)
mapper = SimpleMapper()
in_memory_serializer = InMemorySerializer()
networkx_graph = NetworkxGraph(in_memory_serializer)
slicer = LineSlicer(networkx_graph)
orchestrator = Orchestrator(input_source, mapper, networkx_graph, slicer)
beginning = orchestrator.orchestrate()
assert beginning[1][0].label == "u"
assert beginning[1][1].label == "u"
assert beginning[1][2].label == "u"
assert beginning[1][3].label == "u"
assert beginning[1][4].label == "u"
assert beginning[1][6].label == "c"