def iter_fixture(self, part_prop_, part_):
sldLayoutIdLst = element(
'p:sldLayoutIdLst/(p:sldLayoutId{r:id=a},p:sldLayoutId{r:id=b})')
slide_layouts = SlideLayouts(sldLayoutIdLst, None)
_slide_layouts = [
SlideLayout(element('p:sldLayout'), None),
SlideLayout(element('p:sldLayout'), None),
]
related_slide_layout_ = part_.related_slide_layout
related_slide_layout_.side_effect = _slide_layouts
calls = [call('a'), call('b')]
return slide_layouts, related_slide_layout_, calls, _slide_layouts
def it_can_iterate_its_slide_layouts(self, part_prop_, slide_master_part_):
sldLayoutIdLst = element(
"p:sldLayoutIdLst/(p:sldLayoutId{r:id=a},p:sldLayoutId{r:id=b})")
_slide_layouts = [
SlideLayout(element("p:sldLayout"), None),
SlideLayout(element("p:sldLayout"), None),
]
part_prop_.return_value = slide_master_part_
related_slide_layout_ = slide_master_part_.related_slide_layout
related_slide_layout_.side_effect = _slide_layouts
slide_layouts = SlideLayouts(sldLayoutIdLst, None)
slide_layout_lst = [sl for sl in slide_layouts]
assert related_slide_layout_.call_args_list == [call("a"), call("b")]
assert slide_layout_lst == _slide_layouts
def it_provides_access_to_its_slide_master(self, slide_master_, part_prop_):
part_prop_.return_value.slide_master = slide_master_
slide_layout = SlideLayout(None, None)
slide_master = slide_layout.slide_master
assert slide_master is slide_master_
def it_provides_access_to_its_shapes(self, LayoutShapes_, shapes_):
sldLayout = element("p:sldLayout/p:cSld/p:spTree")
spTree = sldLayout.xpath("//p:spTree")[0]
slide_layout = SlideLayout(sldLayout, None)
shapes = slide_layout.shapes
LayoutShapes_.assert_called_once_with(spTree, slide_layout)
assert shapes is shapes_
def used_by_fixture(self, request, presentation_, slide_, slide_2_):
used_by_idxs = request.param
slides = (slide_, slide_2_)
slide_layout = SlideLayout(None, None)
for idx, s in enumerate(slides):
s.slide_layout = slide_layout if idx in used_by_idxs else None
presentation_.slides = slides
expected_value = tuple(s for i, s in enumerate(slides) if i in used_by_idxs)
return presentation_, slide_layout, expected_value
def it_provides_access_to_its_placeholders(self, LayoutPlaceholders_,
placeholders_):
sldLayout = element("p:sldLayout/p:cSld/p:spTree")
spTree = sldLayout.xpath("//p:spTree")[0]
slide_layout = SlideLayout(sldLayout, None)
placeholders = slide_layout.placeholders
LayoutPlaceholders_.assert_called_once_with(spTree, slide_layout)
assert placeholders is placeholders_
def cloneable_fixture(
self, request, placeholders_prop_, placeholder_, placeholder_2_
):
ph_types, expected_indices = request.param
slide_layout = SlideLayout(None, None)
placeholder_.element.ph_type = ph_types[0]
placeholder_2_.element.ph_type = ph_types[1]
_placeholders = (placeholder_, placeholder_2_)
expected_placeholders = [_placeholders[idx] for idx in expected_indices]
placeholders_prop_.return_value = _placeholders
return slide_layout, expected_placeholders
def slide_layout(self):
"""
The |SlideLayout| object representing this part.
"""
return SlideLayout(self._element, self)
def it_is_a_BaseSlide_subclass(self):
slide_layout = SlideLayout(None, None)
assert isinstance(slide_layout, _BaseSlide)
def subclass_fixture(self):
return SlideLayout(None, None)
def shapes_fixture(self, LayoutShapes_, shapes_):
sldLayout = element('p:sldLayout/p:cSld/p:spTree')
slide_layout = SlideLayout(sldLayout, None)
spTree = sldLayout.xpath('//p:spTree')[0]
return slide_layout, LayoutShapes_, spTree, shapes_
def placeholders_fixture(self, LayoutPlaceholders_, placeholders_):
sldLayout = element('p:sldLayout/p:cSld/p:spTree')
slide_layout = SlideLayout(sldLayout, None)
spTree = sldLayout.xpath('//p:spTree')[0]
return slide_layout, LayoutPlaceholders_, spTree, placeholders_
def master_fixture(self, slide_master_, part_prop_):
slide_layout = SlideLayout(None, None)
part_prop_.return_value.slide_master = slide_master_
return slide_layout, slide_master_
