def assert_rule_valid(self, rule, exp_updated_rule=None,
exclude_keys=None):
"""Asserts that a rule passes validation.
:param rule: Rule to validate.
:param exp_updated_rule: Expected canonical version of the rule, after
validation.
:param exclude_keys: Set of keys to exclude from negation.
"""
if exp_updated_rule is None:
exp_updated_rule = copy.deepcopy(rule)
rule = self.add_neg_pfx(rule, exclude_keys=exclude_keys)
exp_updated_rule = self.add_neg_pfx(exp_updated_rule,
exclude_keys=exclude_keys)
rule_copy = copy.deepcopy(rule)
issues = []
common._validate_rules({"inbound_rules": [rule_copy],
"outbound_rules": []}, issues)
self.assertFalse(issues, "Rule should have no issues, got %s" % issues)
self.assertEqual(rule_copy, exp_updated_rule)
rule_copy = copy.deepcopy(rule)
common._validate_rules({"inbound_rules": [],
"outbound_rules": [rule_copy]}, issues)
self.assertFalse(issues, "Rule should have no issues (outbound), "
"got %s" % issues)
self.assertEqual(rule_copy, exp_updated_rule)
def assert_rule_issue(self, rule, exp_issue_re, exclude_keys=None):
"""Asserts that a rule fails validation with an issue matching
the regex.
:param rule: The rule to validate.
:param str exp_issue_re: Regex to match the issues against.
:param exclude_keys: set of keys to exclude from negation.
"""
rule = self.add_neg_pfx(rule, exclude_keys=exclude_keys)
issues = []
common._validate_rules({"inbound_rules": [rule],
"outbound_rules": []}, issues)
self.assertTrue(issues, "Rule should have had issues")
for issue in issues:
if re.match(exp_issue_re, issue):
break
else:
self.fail("No issue in %s matched regex %s" %
(issues, exp_issue_re))
def assert_rule_issue(self, rule, exp_issue_re, exclude_keys=None):
"""Asserts that a rule fails validation with an issue matching
the regex.
:param rule: The rule to validate.
:param str exp_issue_re: Regex to match the issues against.
:param exclude_keys: set of keys to exclude from negation.
"""
rule = self.add_neg_pfx(rule, exclude_keys=exclude_keys)
issues = []
common._validate_rules({
"inbound_rules": [rule],
"outbound_rules": []
}, issues)
self.assertTrue(issues, "Rule should have had issues")
for issue in issues:
if re.match(exp_issue_re, issue):
break
else:
self.fail("No issue in %s matched regex %s" %
(issues, exp_issue_re))
def assert_rule_valid(self,
rule,
exp_updated_rule=None,
exclude_keys=None):
"""Asserts that a rule passes validation.
:param rule: Rule to validate.
:param exp_updated_rule: Expected canonical version of the rule, after
validation.
:param exclude_keys: Set of keys to exclude from negation.
"""
if exp_updated_rule is None:
exp_updated_rule = copy.deepcopy(rule)
rule = self.add_neg_pfx(rule, exclude_keys=exclude_keys)
exp_updated_rule = self.add_neg_pfx(exp_updated_rule,
exclude_keys=exclude_keys)
rule_copy = copy.deepcopy(rule)
issues = []
common._validate_rules(
{
"inbound_rules": [rule_copy],
"outbound_rules": []
}, issues)
self.assertFalse(issues, "Rule should have no issues, got %s" % issues)
self.assertEqual(rule_copy, exp_updated_rule)
rule_copy = copy.deepcopy(rule)
common._validate_rules(
{
"inbound_rules": [],
"outbound_rules": [rule_copy]
}, issues)
self.assertFalse(
issues, "Rule should have no issues (outbound), "
"got %s" % issues)
self.assertEqual(rule_copy, exp_updated_rule)
