def test_simple_replace_shapes_with_paths(shape: str, expected_path: str):
actual = (SVG.fromstring(svg_string(shape))
.shapes_to_paths(inplace=True)
.tostring())
expected_result = (SVG.fromstring(svg_string(f'<path d="{expected_path}"/>'))
.tostring())
print(f'A: {actual}')
print(f'E: {expected_result}')
assert actual == expected_result
def test_path_move(path: str, move, expected_result: str):
actual = (SVG.fromstring(svg_string(path))
.shapes_to_paths())
for shape in actual.shapes():
shape.move(move.x, move.y, inplace=True)
actual = actual.tostring()
expected_result = (SVG.fromstring(svg_string(expected_result))
.tostring())
print(f'A: {actual}')
print(f'E: {expected_result}')
assert actual == expected_result
def test_iter(shape, expected_cmds):
svg_path = (SVG.fromstring(svg_string(shape))
.shapes_to_paths()
.shapes()[0])
actual_cmds = [t for t in svg_path]
print(f'A: {actual_cmds}')
print(f'E: {expected_cmds}')
assert actual_cmds == expected_cmds
def test_parse_common_attrib(shape, expected_attrib):
svg = SVG.fromstring(shape)
field_values = dataclasses.asdict(svg.shapes()[0])
for attrib, expected_value in expected_attrib.items():
assert field_values[attrib] == expected_value
