def test_view_box():
svg = Svg(viewBox=(0, mm(1), 10, 11))
assert svg.viewBox.ox == 0
assert svg.viewBox.oy == mm(1)
assert svg.viewBox.width == 10
assert svg.viewBox.height == 11
assert str(svg.viewBox) == '0 1mm 10 11'
def test_path():
p = Path(d=(M(0, 0), l(1, 0), l(0, mm(1)), z))
assert p.d[0].x == 0
assert p.d[0].rel is False
assert p.d[2].y == mm(1)
assert p.d[2].rel is True
assert p.d[3] is z
assert str(p.d) == 'M 0 0 l 1 0 l 0 1mm Z'
def test_div():
result = pt(8) / 2
assert result == px(5)
assert isinstance(result, pt)
result = mm(30) / cm(3)
assert result == 1
assert isinstance(result, user)
with raises(TypeError):
3 / mm(30)
def test_mul():
for a, b in [(1.5, mm(30)), (mm(30), 1.5)]:
result = a * b
assert result == mm(45)
assert isinstance(result, mm)
with raises(TypeError):
mm(30) * mm(12)
with raises(TypeError):
'hello' * mm(30)
def test_neg():
assert -mm(30) == mm(-30)
def test_str():
assert str(mm(42)) == '42mm'
assert str(user(42)) == '42'
def test_add_same_type():
result = mm(23) + mm(19)
assert result == mm(42)
assert isinstance(result, mm)
def test_neq():
assert mm(10) != px(10)
def test_eq():
assert in_(1) == 90
assert px(42) == user(42)
assert mm(10) == cm(1)
def test_text():
t = Text(dx=(1, 2, mm(3), 4))
assert t.dx[0] == 1
assert str(t.dx) == '1 2 3mm 4'