def __get_mo_obj(self, class_id):
"""
Internal methods to create managed object from class_id
"""
import inspect
mo_class = ucscoreutils.load_class(class_id)
mo_class_params = inspect.getargspec(mo_class.__init__)[0][2:]
mo_class_param_dict = {}
for param in mo_class_params:
mo_param = mo_class.prop_meta[param].xml_attribute
if mo_param not in self.__properties:
if 'rn' in self.__properties:
rn_str = self.__properties['rn']
elif 'dn' in self.__properties:
rn_str = os.path.basename(self.__properties['dn'])
rn_pattern = mo_class.mo_meta.rn
np_dict = ucscoreutils.get_naming_props(rn_str, rn_pattern)
if param not in np_dict:
mo_class_param_dict[param] = ""
else:
mo_class_param_dict[param] = np_dict[param]
else:
mo_class_param_dict[param] = self.__properties[mo_param]
p_dn = ""
if 'topRoot' in mo_class.mo_meta.parents:
mo_obj = mo_class(**mo_class_param_dict)
else:
mo_obj = mo_class(parent_mo_or_dn=p_dn, **mo_class_param_dict)
return mo_obj
def parse_filter_obj(sstr, loc, toks):
"""
Supporting class to parse filter expression.
"""
# print toks[0] #logger
prop_ = toks[0]["prop"]
value_ = toks[0]["value"]
type_ = "re"
if "type_exp" in toks[0]:
type_ = toks[0]["type_exp"]["types"]
flag_ = "C"
if "flag_exp" in toks[0]:
flag_ = toks[0]["flag_exp"]["flags"]
# print prop_, value_, type_, flag_ #logger
if flag_ == "I":
value_ = re.sub(r"[a-zA-Z]", lambda x: "[" + x.group().upper() + x.group().lower() + "]", value_)
if ParseFilter.is_meta_classid:
class_obj = ucscoreutils.load_class(ParseFilter.class_id)
prop_mo_meta = class_obj.prop_meta[prop_]
if prop_mo_meta:
prop_ = prop_mo_meta.xml_attribute
sub_filter = create_basic_filter(types[type_],
class_=ucsgenutils.word_l(
ParseFilter.class_id),
property=prop_,
value=value_)
return sub_filter