def get_object(file_name='Account.object'):
parser = etree.XMLParser(remove_blank_text=True)
x = etree.parse(file_name).getroot()
primary_nodes = []
name = file_name.split(".", 1)[0]
obj_type = file_name.split(".", 1)[1]
meta = Metadata(name=file_name, obj_type=obj_type)
for node in x.getchildren():
node_tag = node.tag.replace(NS_FULL,"")
if node_tag not in primary_nodes:
meta.add_child(node_tag)
primary_nodes.append(node_tag)
for node in primary_nodes:
for child_node in x.xpath("sf:" + node, namespaces=NAMESPACES):
if not child_node.getchildren():
meta.add_property(child_node.tag.replace(NS_FULL, ""), child_node.text)
else:
cm = Metadata(name=child_node.tag.replace(NS_FULL, ""))
for pr in child_node.getchildren():
if not pr.getchildren():
cm.add_property(pr.tag.replace(NS_FULL, ""), pr.text)
else:
name, sub_meta = get_child_node(pr)
cm.add_child(pr.tag.replace(NS_FULL, ""), value=sub_meta)
(meta.__dict__[node]).append(cm)
return meta
def get_child_node(node):
sub_meta = []
name = ""
for pr in node.getchildren():
name = pr.tag.replace(NS_FULL, "")
sm = Metadata()
has_children = False
for check_children in pr.getchildren():
if check_children.getchildren():
has_children = True
break
if pr.getchildren() and has_children:
r_name, r_meta = get_child_node(pr)
sm.add_child(name, value=r_meta)
elif pr.getchildren and not has_children:
for sv in pr.getchildren():
sm.add_property(sv.tag.replace(NS_FULL, ""), sv.text)
else:
sm.add_property(sv.tag.replace(NS_FULL, ""), sv.text)
sub_meta.append(sm)
return name, sub_meta
