def validate_rules(self):
"""Validate Rules before scanning."""
for rule in self.scan_rules:
if not isinstance(rule, dict):
raise exceptions.InvalidRuleFormatError(
'Choice Matcher Rule format is invalid.')
if not rule.get('id'):
raise exceptions.TypeKeyMissingError(
'The rule is missing the key \'id\'')
if not rule.get('type'):
raise exceptions.PatternKeyMissingError(
'The rule is missing the key \'type\'')
if not rule.get('choice_type'):
raise exceptions.PatternKeyMissingError(
'The rule is missing the key \'choice_type\'')
if not rule.get('selection'):
raise exceptions.PatternKeyMissingError(
'The rule is missing the key \'selection\'')
if not rule.get('choice'):
raise exceptions.PatternKeyMissingError(
'The rule is missing the key \'choice\'')
def validate_rules(self):
"""Validate Rules before scanning."""
for rule in self.scan_rules:
if not isinstance(rule, dict):
raise exceptions.InvalidRuleFormatException(
'Pattern Matcher Rule format is invalid.')
if not rule.get('type'):
raise exceptions.TypeKeyMissingError(
'The rule is missing the key \'type\'')
if not rule.get('pattern'):
raise exceptions.PatternKeyMissingError(
'The rule is missing the key \'pattern\'')
all_mts = [m for m in dir(matchers) if m.startswith('R')]
pattern_name = rule['type']
if pattern_name not in all_mts:
supported = ', '.join(all_mts)
raise exceptions.MatcherNotFoundException(
f'Matcher \'{pattern_name}\' is not supported.'
f' Available matchers are {supported}', )