def it_raises_on_non_linear_gradient(self):
gradFill = element("a:gradFill/a:path")
grad_fill = _GradFill(gradFill)
with pytest.raises(ValueError):
grad_fill.gradient_angle
with pytest.raises(ValueError):
grad_fill.gradient_angle = 43.21
def it_raises_on_non_linear_gradient(self):
gradFill = element("a:gradFill/a:path")
grad_fill = _GradFill(gradFill)
with pytest.raises(ValueError):
grad_fill.gradient_angle
with pytest.raises(ValueError):
grad_fill.gradient_angle = 43.21
def stops_fixture(self, request, _GradientStops_, gradient_stops_):
gradFill_cxml, expected_cxml, add_gsLst = request.param
_GradientStops_.return_value = gradient_stops_
grad_fill = _GradFill(element(gradFill_cxml))
if add_gsLst:
expected_xml = xml(
expected_cxml + "/a:gsLst/(a:gs{pos=0}/a:schemeClr{val=accen"
"t1}/(a:tint{val=100000},a:shade{val=100000},a:satMod{val=13"
"0000}),a:gs{pos=100000}/a:schemeClr{val=accent1}/(a:tint{va"
"l=50000},a:shade{val=100000},a:satMod{val=350000}))")
else:
expected_xml = xml(expected_cxml)
return grad_fill, _GradientStops_, expected_xml, gradient_stops_
def stops_fixture(self, request, _GradientStops_, gradient_stops_):
gradFill_cxml, expected_cxml, add_gsLst = request.param
_GradientStops_.return_value = gradient_stops_
grad_fill = _GradFill(element(gradFill_cxml))
if add_gsLst:
expected_xml = xml(
expected_cxml + "/a:gsLst/(a:gs{pos=0}/a:schemeClr{val=accen"
"t1}/(a:tint{val=100000},a:shade{val=100000},a:satMod{val=13"
"0000}),a:gs{pos=100000}/a:schemeClr{val=accent1}/(a:tint{va"
"l=50000},a:shade{val=100000},a:satMod{val=350000}))"
)
else:
expected_xml = xml(expected_cxml)
return grad_fill, _GradientStops_, expected_xml, gradient_stops_
def fill_type_fixture(self):
xFill = element('a:gradFill')
grad_fill = _GradFill(xFill)
expected_value = MSO_FILL.GRADIENT
return grad_fill, expected_value
def angle_set_fixture(self, request):
angle, expected_cxml = request.param
grad_fill = _GradFill(element("a:gradFill/a:lin{ang=0}"))
expected_xml = xml(expected_cxml)
return grad_fill, angle, expected_xml
def angle_fixture(self, request):
cxml, expected_value = request.param
grad_fill = _GradFill(element(cxml))
return grad_fill, expected_value
def fill_type_fixture(self):
xFill = element("a:gradFill")
grad_fill = _GradFill(xFill)
expected_value = MSO_FILL.GRADIENT
return grad_fill, expected_value
def angle_set_fixture(self, request):
angle, expected_cxml = request.param
grad_fill = _GradFill(element("a:gradFill/a:lin{ang=0}"))
expected_xml = xml(expected_cxml)
return grad_fill, angle, expected_xml
def angle_fixture(self, request):
cxml, expected_value = request.param
grad_fill = _GradFill(element(cxml))
return grad_fill, expected_value
