def test_read_withFileContainingPointsSegmentsPolygons_shouldReturnListOfElements(self):
expected_points = reader.read_points("data/test/geocomp/common/io/only_points_expected.txt")
expected_segments = reader.read_segments("data/test/geocomp/common/io/only_segments_expected.txt")
expected_polygons = reader.read_polygons("data/test/geocomp/common/io/only_polygons_expected.txt")
actual = read("data/test/geocomp/common/io/pt_seg_poly.txt")
for e in actual:
if type(e) is Point:
self.assertIn(e, expected_points)
if type(e) is Segment:
self.assertIn(e, expected_segments)
if type(e) is Polygon:
self.assertIn(e, expected_polygons)
def open_file(self, event=None):
"abre um arquivo de entrada"
#if self.in_algorithm: return
selection = os.path.join(self.filelist.directory,
self.selected_file.get())
if os.path.isdir(selection):
self.update_files(selection)
return
self.input = io.read(selection)
geocomp.plot_input(self.input)
self.current_filename = self.selected_file.get()
self.reset_labels()
self.current_algorithm = None
def test_read_withFileContainingOnlyPolygons_shouldReturnListOfPolygons(self):
expected = reader.read_polygons("data/test/geocomp/common/io/only_polygons_expected.txt")
self.assertCountEqual(expected, read("data/test/geocomp/common/io/only_polygons.txt"))
def test_read_withFileContainingOnlyCommentaries_shouldReturnEmptyList(self):
self.assertEqual([], read("data/test/geocomp/common/io/only_commentaries.txt"))
def test_read_withEmptyFile_shouldReturnEmptyList(self):
self.assertEqual([], read("data/test/geocomp/common/io/empty_file.txt"))
def test_read_withFileContainingInvalidInput_shouldRaiseValueError(self):
with self.assertRaises(ValueError):
read("data/test/geocomp/common/io/error_file.txt")
def test_read_withNonexistentFile_shouldRaiseFileNotFoundError(self):
with self.assertRaises(FileNotFoundError):
read("nonexistent")
def test_read_withNoneTypeArgument_shouldRaiseTypeError(self):
with self.assertRaises(TypeError):
read(None)
