def write_results(self, output_dir):
self._logger.info("Writing output to %s", str(output_dir))
writer.write_cycles_to_txt(
os.path.join(output_dir, "bundle_cycles.txt"), self._cycles)
writer.write_dataframe_to_xls(self._analysis_result, "bundles.xls",
output_dir, "Bundles")
writer.write_graphml(os.path.join(output_dir, "dependencies.graphml"),
self._graph)
def write_results(self, output_dir):
writer.write_dataframe_to_xls(
self._analysis_result,
"cognitive_complexity_per_package.xls",
output_dir,
"Package Complexity",
)
self._plot_treemaps(output_dir)
def test_write_dataframe_to_xls_saves_xls(self, mock_writer_factory):
mock_data = Mock()
mock_writer = Mock()
mock_writer_factory.return_value = mock_writer
sut.write_dataframe_to_xls(mock_data, "", "", "")
self.assertTrue(mock_writer.save.called)
def test_write_dataframe_to_xls_writes_to_given_path(
self, mock_writer_factory):
mock_data = Mock()
exp_filename = "dummyFileName"
exp_out_dir = os.path.join("dummy", "path")
exp_path = os.path.join(exp_out_dir, exp_filename)
sut.write_dataframe_to_xls(mock_data, exp_filename, exp_out_dir, "")
mock_writer_factory.assert_called_with(exp_path)
def test_write_dataframe_to_xls_writes_expected_data(
self, mock_writer_factory):
mock_data = Mock()
mock_writer = Mock()
exp_sheetname = "My Dummy Sheet"
mock_writer_factory.return_value = mock_writer
sut.write_dataframe_to_xls(mock_data, "", "", exp_sheetname)
mock_data.to_excel.assert_called_with(mock_writer,
exp_sheetname,
index=False)
def write_results(self, output_dir):
writer.write_dataframe_to_xls(
self._analysis_result,
"cognitive_complexity_per_method.xls",
output_dir,
"Method Complexity",
)
methods_with_comp_greater_zero = self._create_barchart_data()
plot.plot_barchart(
methods_with_comp_greater_zero,
"Cognitive complexity",
"Methods with highest cognitive complexity",
output_dir,
"most_complex_methods.pdf",
)
def write_results(self, output_dir):
writer.write_dataframe_to_xls(
self._analysis_result,
"cognitive_complexity_per_class.xls",
output_dir,
"Class Complexity",
)
batchart_data = self._create_barchart_data()
plot.plot_barchart(
batchart_data,
"Cognitive complexity",
"Classes with highest cognitive complexity",
output_dir,
"most_complex_classes.pdf",
)
def write_results(self, output_dir):
writer.write_dataframe_to_xls(
self._analysis_result,
"changed_lines_per_package.xls",
output_dir,
"Changes since " + self._workspace.since,
)
tm_data = self._create_tm_data()
plot.plot_treemap(
tm_data,
"Number of changed lines per packag since " +
self._workspace.since,
output_dir,
"changed_lines_per_package.pdf",
"changes:",
)
def write_results(self, output_dir):
writer.write_dataframe_to_xls(
self._analysis_result,
"changed_lines_per_file.xls",
output_dir,
"Changes since " + self._workspace.since,
)
barchart_data = self._create_barchart_data()
plot.plot_stacked_barchart(
barchart_data,
"Number of changed lines",
"Number of changed lines for most changed files since " +
self._workspace.since,
output_dir,
"most_changed_files.pdf",
)
def write_results(self, output_dir):
writer.write_dataframe_to_xls(
self._analysis_result,
"cognitive_complexity_per_project.xls",
output_dir,
"Project Complexity",
)
tm_data = self._analysis_result.drop(columns=["Path"])
tm_data = tm_data[tm_data["Complexity"] > 0]
plot.plot_treemap(
tm_data,
"Cognitive complexity per project",
output_dir,
"cognitive_complexity_per_project.pdf",
"complexity:",
)
