def parsing_reg_rules(self, rule_list: list, args: dict):
"""
Parse the configuration list, and then verify the validity of the input parameters
the format of rule list:
[argument key] [mapping key] [regular expression]
@Args:
* [ruleList] list
* [args] dict, data contained with key and value
@Returns:
* [dict(str:obj)] dict type
"""
# parse the file
for line in rule_list:
# split token from spaces
seps = line.split(' ')
# check size
if len(seps) != 3:
raise Exceptions.InvalidArithException(
"regular line: {} is broken, [argument key] [mapping key] [regular expression]"
.format(line))
# append regular token to list
self.tokens.append(RegularToken(seps[0], seps[1], seps[2]))
# After parsing the file, first extract the dictionary consisting of {old key-regular match} from the file,
# and then perform regular filtering on the parameters
filtered_args = self.use_args_regular_check(args)
return filtered_args
def parsing_reg_file(self, rule_file: str, args: dict):
"""
Parse the configuration file, and then verify the validity of the input parameters
@Args:
* [ruleFile] str, path of file
* [args] dict, data contained with key and value
@Returns:
* [dict(str:obj)] dict type
"""
if not FileUtils.exists(rule_file):
raise Exceptions.NoAvailableResourcesFoundException(
"file: {} not found".format(rule_file))
# parse the file
for line in open(rule_file, "rt"):
# trim tailor
line = self.trim_tailer_from_text(line)
# split token from spaces
seps = line.split(' ')
# check size
if len(seps) != 3:
raise Exceptions.InvalidArithException(
"regular line: {} is broken, [argument key] [mapping key] ["
"regular expression]".format(line))
# append regular token to list
self.tokens.append(
RegularToken(seps[0], seps[1], R"{}".format(seps[2])))
# After parsing the file, first extract the dictionary consisting of {old key-regular match} from the file,
# and then perform regular filtering on the parameters
filtered_args = self.use_args_regular_check(args)
return filtered_args