def test_write_dendrogram_no_stats(self, caplog, tmp_dir):
res = wrapper.Output(target_root_name)
res.extract_results()
res.aggregate_input_data()
res.write_dendrogram()
statfile = res.root_out_name + "_stats.tsv"
assert "Cannot find {}".format(statfile) in caplog.text
def test_write_cdt(self, caplog, tmp_dir):
res = wrapper.Output(target_root_name)
res.extract_results()
res.aggregate_input_data()
res.write_cdt()
assert os.path.isfile(res.root_out_name + ".cdt")
ref_file = target_root_path + "_out.cdt"
assert filecmp.cmp(ref_file, res.root_out_name + ".cdt", shallow=False)
def test_aggregate_input_data(self, caplog, tmp_dir):
res = wrapper.Output(target_root_name)
res.extract_results()
res.aggregate_input_data()
assert "Aggregating input data" in caplog.text
assert os.path.isfile(res.root_out_name + ".tsv")
ref_file = target_root_path + "_out.tsv"
assert filecmp.cmp(ref_file, res.root_out_name + ".tsv", shallow=False)
def test_init(self):
res = wrapper.Output()
assert res.root_in_name == "autoclass"
assert res.root_out_name == "autoclass_out"
assert res.tolerate_error == False
assert res.case_number == 0
assert res.class_number == 0
assert res.df == None
assert res.stats == None
assert res.experiment_names == []
def test_extract_results(self, caplog, tmp_dir):
res = wrapper.Output(target_root_name)
res.extract_results()
assert "Found 600 cases classified in 3 classes" in caplog.text
assert res.stats["main-class"].nunique() == 3
assert res.stats.shape == (600, 5)
def test_write_dendrogram(self, caplog, tmp_dir):
res = wrapper.Output(target_root_name)
res.extract_results()
res.aggregate_input_data()
res.write_dendrogram()
assert os.path.isfile(res.root_out_name + "_dendrogram.png")
