def get_elements(leave):
result = {}
for name, value in get_dict(source=elements, leave=leave).iteritems():
remove = remove_attributes_for_all + remove_attributes_for_element.get(name, [])
replace = {}
replace.update(replace_attributes_for_all)
replace.update(replace_attributes_for_element.get(name, {}))
rules = get_dict(attributes[name], remove=remove, append=replace)
element = Element(rules=rules, empty_element=value.empty_element, default=value.default,
optional_start=value.optional_start, optional_end=value.optional_end,
contents=value.contents, save_content=value.save_content)
result[name] = element
for name in remove_elements_with_content:
element = Element(remove_element=True, save_content=False)
result[name] = element
return result
]
allowed = [
# If we need float for image, we need it too:
'clear',
# We need it, but we must disable: 'blink'
'text-decoration',
]
text_decoration_base = List(values=[
'underline', 'overline', 'line-through',
# Disable: 'blink',
])
text_decoration = Or(rules=[
Sequence(rule=text_decoration_base, min_split=1), none, inherit,
])
replace = {
'text-decoration': text_decoration,
}
common = get_dict(source=values, leave=allowed, append=replace)
tables = get_dict(source=values, leave=allowed + for_table, append=replace)
images = get_dict(source=values, leave=allowed + for_image, append=replace)
#style_div = Style(rules={
# 'display': List(values=[
# 'none'], invalid=True, element_exception=True),
#})
