def refine_model(cls):
model = get_pyxml_model(cls)
for child_name in children_names:
type = get_parameter_type(child_name, cls)
child = PyXmlChild(child_name, type)
model.children.append(child)
return cls
def refine_model(cls):
model = get_pyxml_model(cls)
for attribute_name in attribute_names:
type = get_parameter_type(attribute_name, cls)
attribute = PyXmlAttribute(attribute_name, type)
model.attrib.append(attribute)
return cls
def serialize(obj: object) -> etree.Element:
model = get_pyxml_model(obj)
element = etree.Element(model.name)
if model.text is not None:
value = getattr(obj, model.text.name)
element.text = str(value)
attrib = PyXmlSerializer.build_attrib(model, obj)
PyXmlSerializer.serialize_children(element, model, obj)
PyXmlSerializer.serialize_children_lists(element, model, obj)
element.attrib.update(attrib)
return element
def parse_lists(element, model, object_attr):
for sublist in model.lists:
new_list = list()
if sublist.parent is None:
parent = element
else:
parent = find(sublist.parent, element, model)
for item_element in find_all(sublist.items_tag, parent, model):
sublist_items_model = get_pyxml_model(sublist.items_type)
if sublist_items_model is not None:
sublist_item = PyXmlParser.parse_element(item_element, sublist_items_model)
else:
sublist_item = sublist.items_type(item_element.text)
new_list.append(sublist_item)
object_attr[sublist.name] = new_list
def parse(file: str, cls: object):
model = get_pyxml_model(cls)
tree = etree.parse(file).getroot()
return PyXmlParser.parse_element(tree, model)
def refine_model(cls):
model = get_pyxml_model(cls)
model.namespace = namespace
return cls
def refine_model(cls):
model = get_pyxml_model(cls)
child_list = PyXmlList(name, items_type, items_tag, parent)
model.lists.append(child_list)
return cls
def refine_model(cls):
model = get_pyxml_model(cls)
type = get_parameter_type(text_name, cls)
model.text = PyXmlText(text_name, type)
return cls
def refine_model(cls):
model = get_pyxml_model(cls)
model.name = node_name
return cls
