def testValidateRoboDirectivesList_WithInvalidActionType(self):
args = argparse.Namespace(robo_directives={'badtype:resource': 'value'})
with self.assertRaises(exceptions.InvalidArgumentException) as e:
arg_validate.ValidateRoboDirectivesList(args)
self.assertIn('robo-directives', six.text_type(e.exception))
self.assertIn('Unsupported action type [badtype]',
six.text_type(e.exception))
def testValidateRoboDirectivesList_WithIgnoreActionAndInputText(self):
args = argparse.Namespace(robo_directives={'ignore:resource': 'value'})
with self.assertRaises(exceptions.InvalidArgumentException) as e:
arg_validate.ValidateRoboDirectivesList(args)
self.assertIn('robo-directives', six.text_type(e.exception))
self.assertIn(
'Input value not allowed for click or ignore actions: [ignore:resource=value]',
six.text_type(e.exception))
def testValidateRoboDirectivesList_WithValidRoboDirectives(self):
args = argparse.Namespace(robo_directives={
'resource1': 'value1',
'text:resource2': 2,
'click:resource3': '',
'ignore:resource4': ''
})
arg_validate.ValidateRoboDirectivesList(args)
def testValidateRoboDirectivesList_WithInvalidResourceName(self):
args = argparse.Namespace(robo_directives={'text:resource:name': 'value'})
with self.assertRaises(exceptions.InvalidArgumentException) as e:
arg_validate.ValidateRoboDirectivesList(args)
self.assertIn('robo-directives', six.text_type(e.exception))
self.assertIn(
'Invalid format for key [text:resource:name]. '
'Use a colon only to separate action type and resource name.',
six.text_type(e.exception))
def testValidateRoboDirectivesList_WithDuplicateResourceNames(self):
# Default duplicate validation for maps won't catch when a directive is
# specified for the same resource_name but for different types.
args = argparse.Namespace(
robo_directives={'click:resource': '',
'text:resource': 'value'})
with self.assertRaises(exceptions.InvalidArgumentException) as e:
arg_validate.ValidateRoboDirectivesList(args)
self.assertIn('robo-directives', six.text_type(e.exception))
self.assertIn('Duplicate resource names are not allowed: [resource]',
six.text_type(e.exception))
def Prepare(self, args):
"""Load, apply defaults, and perform validation on test arguments.
Args:
args: an argparse namespace. All the arguments that were provided to this
gcloud command invocation (i.e. group and command arguments combined).
Arg values from an optional arg-file and/or arg default values may be
added to this argparse namespace.
Raises:
InvalidArgumentException: If an argument name is unknown, an argument does
not contain a valid value, or an argument is not valid when used with
the given type of test.
RequiredArgumentException: If a required arg is missing.
"""
all_test_args_set = arg_util.GetSetOfAllTestArgs(
self._typed_arg_rules, self._shared_arg_rules)
args_from_file = arg_file.GetArgsFromArgFile(args.argspec,
all_test_args_set)
arg_util.ApplyLowerPriorityArgs(args, args_from_file, True)
test_type = self.GetTestTypeOrRaise(args)
self._CheckForConflictingArgs(args)
typed_arg_defaults = self._typed_arg_rules[test_type]['defaults']
shared_arg_defaults = self._shared_arg_rules['defaults']
arg_util.ApplyLowerPriorityArgs(args, typed_arg_defaults)
arg_util.ApplyLowerPriorityArgs(args, shared_arg_defaults)
self._ApplyLegacyMatrixDimensionDefaults(args)
arg_validate.ValidateArgsForTestType(args, test_type,
self._typed_arg_rules,
self._shared_arg_rules,
all_test_args_set)
arg_validate.ValidateOsVersions(args, self._catalog_mgr)
arg_validate.ValidateDeviceList(args, self._catalog_mgr)
arg_validate.ValidateResultsBucket(args)
arg_validate.ValidateResultsDir(args)
arg_validate.NormalizeAndValidateObbFileNames(args.obb_files)
arg_validate.ValidateRoboDirectivesList(args)
arg_validate.ValidateEnvironmentVariablesList(args)
arg_validate.ValidateTestTargetsForShard(args)
arg_validate.NormalizeAndValidateDirectoriesToPullList(
args.directories_to_pull)
arg_validate.ValidateScenarioNumbers(args)
def testValidateRoboDirectivesList_WithEmptyResourceName(self):
args = argparse.Namespace(robo_directives={'text:': 'value'})
with self.assertRaises(exceptions.InvalidArgumentException) as e:
arg_validate.ValidateRoboDirectivesList(args)
self.assertIn('robo-directives', six.text_type(e.exception))
self.assertIn('Missing resource_name for key', six.text_type(e.exception))
def testValidateRoboDirectivesList_NoExceptionIfNoneSpecified(self):
arg_validate.ValidateRoboDirectivesList(
argparse.Namespace(robo_directives=None))
arg_validate.ValidateRoboDirectivesList(
argparse.Namespace(robo_directives=[]))
