def process_annotations( args ):
args.saved_data.Clear()
for node in args.annotated_nodes:
if node.Node:
if args.parameters.ContainsKey("use_path") and args.Parameters["use_path"] == "true":
path = path_utils.get_path(node.Node, node.Root)
else:
path = path_utils.get_prototype_id_path(node.Node)
data = args.saved_data[path]
if not data:
data = args.saved_data.CreateItem()
key = node.Data['key'].ToString()
val = node.Data['value']
data['keys'].Add( key )
data[key] = val
data[ key + '-id' ] = node.Data['id']
data[ key + '-lib' ] = node.Data['lib']
args.saved_data[path] = data
def interpret_helper(node, root, args):
if args.parameters.ContainsKey("use_path") and args.Parameters["use_path"] == "true":
path = path_utils.get_path(node, root)
else:
path = path_utils.get_prototype_id_path(node)
if path in args.saved_data:
keys = args.saved_data[path]['keys']
for key in keys:
key = key.ToString()
val = args.saved_data[path][key].ToString()
args.set_attribute( node, key, val)
keyid = args.saved_data[path][key + '-id' ].ToString()
args.set_attribute(node, key + '-id', keyid)
srclib = args.saved_data[path][key + '-lib'].ToString()
args.set_attribute(node, key + '-lib', srclib)
children = node.GetChildren()
for child in children:
interpret_helper( child, root, args)
