def load(self,filename):
# cpe_tree=ElementTree()
# cpe_list=cpe_tree.parse(filename)
cpe_list=minidom_parse(filename)
# print(cpe_list)
for ci in cpe_list.getElementsByTagName('cpe-item'):
# print('found item')
ci_title_elem=ci.getElementsByTagName('title')[0]
self.data[ci.getAttribute("name")]=ci_title_elem.firstChild.nodeValue
def load(self, filename):
# cpe_tree=ElementTree()
# cpe_list=cpe_tree.parse(filename)
cpe_list = minidom_parse(filename)
# print(cpe_list)
for ci in cpe_list.getElementsByTagName('cpe-item'):
# print('found item')
ci_title_elem = ci.getElementsByTagName('title')[0]
self.data[ci.getAttribute(
"name")] = ci_title_elem.firstChild.nodeValue
def generate_points(self):
"""Called by the Mobject abstract base class. Responsible for generating
the SVGMobject's points from XML tags, populating self.mobjects, and
any submobjects within self.mobjects.
"""
doc = minidom_parse(self.file_path)
for svg in doc.getElementsByTagName("svg"):
mobjects = self.get_mobjects_from(svg, {})
if self.unpack_groups:
self.add(*mobjects)
else:
self.add(*mobjects[0].submobjects)
doc.unlink()
def generate_points(self):
"""Called by the Mobject abstract base class. Responsible for generating
the SVGMobject's points from XML tags, populating self.mobjects, and
any submobjects within self.mobjects.
"""
doc = minidom_parse(str(self.file_path))
for node in doc.childNodes:
if not isinstance(node, MinidomElement) or node.tagName != "svg":
continue
mobjects = self._get_mobjects_from(node, self._initial_svg_style)
if self.unpack_groups:
self.add(*mobjects)
else:
self.add(*mobjects[0].submobjects)
doc.unlink()