def _generate_inner_nodes(elem, tag, parent_dn, parent_tag, parent_verb):
class_id = ucsgenutils.word_u(elem.tag)
if not ucscoreutils.is_valid_class_id(class_id):
return
node = Node(elem, tag, parent_dn, parent_tag, parent_verb)
ret_obj = _process_child_elem(elem, tag, node, 1)
return ret_obj["node"]
def _generate_inner_nodes(elem, tag, parent_dn, parent_tag, parent_verb):
class_id = ucsgenutils.word_u(elem.tag)
if not ucscoreutils.is_valid_class_id(class_id):
return
node = Node(elem, tag, parent_dn, parent_tag, parent_verb)
ret_obj = _process_child_elem(elem, tag, node, 1)
return ret_obj["node"]
def __init__(self, elem, tag,
parent_dn=None, parent_tag=None, parent_verb=None):
self.elem = elem
self.tag = tag
self.parent_dn = parent_dn
self.parent_tag = parent_tag
self.parent_verb = parent_verb
self.class_id = ucsgenutils.word_u(elem.tag)
self.class_ref = ucscoreutils.load_class(self.class_id)
self.mo_meta = self.class_ref.mo_meta
self.prop_meta = self.class_ref.prop_meta
self.prop_map = self.class_ref.prop_map
self.dn = self._make_dn()
self.verb = self._get_verb()
self.child = []
def __init__(self,
elem,
tag,
parent_dn=None,
parent_tag=None,
parent_verb=None):
self.elem = elem
self.tag = tag
self.parent_dn = parent_dn
self.parent_tag = parent_tag
self.parent_verb = parent_verb
self.class_id = ucsgenutils.word_u(elem.tag)
self.class_ref = ucscoreutils.load_class(self.class_id)
self.mo_meta = self.class_ref.mo_meta
self.prop_meta = self.class_ref.prop_meta
self.prop_map = self.class_ref.prop_map
self.dn = self._make_dn()
self.verb = self._get_verb()
self.child = []
def _generate_outer_nodes(elem):
top_nodes = []
if elem.tag != "topRoot":
return top_nodes
for child in elem.getchildren():
class_id = ucsgenutils.word_u(child.tag)
if not ucscoreutils.is_valid_class_id(class_id) \
or class_id not in classid_dn_map:
continue
parent_nodes = []
for sub_child in child.getchildren():
if _ignore_elem(sub_child):
continue
parent_node = Node(elem=child,
tag="obj",
parent_dn=None,
parent_tag=None,
parent_verb=None)
parent_node.verb = "Get"
parent_node.dn = classid_dn_map[class_id]
child_node = _generate_inner_nodes(
elem=sub_child,
tag="mo",
parent_dn=parent_node.dn,
parent_tag=parent_node.tag,
parent_verb=parent_node.verb)
parent_node.child.append(child_node)
parent_nodes.append(parent_node)
top_nodes.append(parent_nodes)
return top_nodes
def _generate_outer_nodes(elem):
top_nodes = []
if elem.tag != "topRoot":
return top_nodes
for child in elem.getchildren():
class_id = ucsgenutils.word_u(child.tag)
if not ucscoreutils.is_valid_class_id(class_id) \
or class_id not in classid_dn_map:
continue
parent_nodes = []
for sub_child in child.getchildren():
if _ignore_elem(sub_child):
continue
parent_node = Node(elem=child,
tag="obj",
parent_dn=None,
parent_tag=None,
parent_verb=None)
parent_node.verb = "Get"
parent_node.dn = classid_dn_map[class_id]
child_node = _generate_inner_nodes(elem=sub_child,
tag="mo",
parent_dn=parent_node.dn,
parent_tag=parent_node.tag,
parent_verb=parent_node.verb)
parent_node.child.append(child_node)
parent_nodes.append(parent_node)
top_nodes.append(parent_nodes)
return top_nodes
