def test_validate_net(self):
validator = common.Validator()
validator.ip('10.10.0.0')
validator.cidr('10.10.0.0/24')
validator.subnet_cidr('10.10.0.0/24')
validator.vpc_cidr('10.10.0.0/24')
def check_raise_invalid_parameter(cidr):
self.assertRaises(exception.InvalidParameterValue,
validator.cidr, cidr)
check_raise_invalid_parameter('fake')
check_raise_invalid_parameter('10.10/24')
check_raise_invalid_parameter('10.10.0.0.0/24')
check_raise_invalid_parameter('10.10.0.0')
check_raise_invalid_parameter(' 10.10.0.0/24')
check_raise_invalid_parameter('10.10.0.0/24 ')
check_raise_invalid_parameter('.10.10.0.0/24 ')
check_raise_invalid_parameter('-1.10.0.0/24')
check_raise_invalid_parameter('10.256.0.0/24')
check_raise_invalid_parameter('10.10.0.0/33')
check_raise_invalid_parameter('10.10.0.0/-1')
self.assertRaises(exception.InvalidParameterValue,
validator.ip, '10.256.0.0')
self.assertRaises(exception.InvalidSubnetRange,
validator.subnet_cidr, '10.10.0.0/15')
self.assertRaises(exception.InvalidVpcRange,
validator.vpc_cidr, '10.10.0.0/29')
def test_validate_security_group(self):
validator = common.Validator(params={})
validator.security_group_str('name')
validator.security_group_str('aa #^% -=99')
validator = common.Validator(params={'vpc_id': 'vpc_id'})
validator.security_group_str('name')
def check_raise_validation_error(value):
self.assertRaises(exception.ValidationError,
validator.security_group_str, value)
validator = common.Validator(params={})
check_raise_validation_error('aa \t\x01\x02\x7f')
check_raise_validation_error('x' * 256)
validator = common.Validator(params={'vpc_id': 'vpc_id'})
check_raise_validation_error('aa #^% -=99')
check_raise_validation_error('x' * 256)
def test_validate_vpn_connection_type(self):
validator = common.Validator()
validator.vpn_connection_type('ipsec.1')
invalid_ids = ['1234', 'a-1111', '', 'vpc-1111', 'vpc-rrr', 'foobar',
'ipsec1', 'openvpn', 'pptp', 'l2tp', 'freelan']
for id in invalid_ids:
self.assertRaises(exception.InvalidParameterValue,
validator.vpn_connection_type, id)
def test_validate_id(self):
validator = common.Validator()
validator.ec2_id('i-00000001')
validator.i_id('i-00000001')
validator.ami_id('ami-00000001')
validator.eni_id('eni-00000001')
validator.sg_id('sg-00000001')
validator.subnet_id('subnet-00000001')
validator.igw_id('igw-00000001')
validator.rtb_id('rtb-00000001')
validator.vpc_id('vpc-00000001')
validator.vol_id('vol-00000001')
validator.snap_id('snap-00000001')
validator.dopt_id('dopt-00000001')
validator.eni_attach_id('eni-attach-00000001')
validator.eipalloc_id('eipalloc-00000001')
validator.eipassoc_id('eipassoc-00000001')
validator.rtbassoc_id('rtbassoc-00000001')
validator.vgw_id('vgw-00000001')
validator.cgw_id('cgw-00000001')
invalid_ids = ['1234', 'a-1111', '', 'i-1111', 'i-rrr', 'foobar']
def check_raise_invalid_parameters(func):
for id in invalid_ids:
self.assertRaises(exception.InvalidParameterValue, func, id)
check_raise_invalid_parameters(validator.ami_id)
check_raise_invalid_parameters(validator.eni_id)
check_raise_invalid_parameters(validator.sg_id)
check_raise_invalid_parameters(validator.subnet_id)
check_raise_invalid_parameters(validator.igw_id)
check_raise_invalid_parameters(validator.rtb_id)
check_raise_invalid_parameters(validator.vpc_id)
check_raise_invalid_parameters(validator.vol_id)
check_raise_invalid_parameters(validator.snap_id)
check_raise_invalid_parameters(validator.dopt_id)
check_raise_invalid_parameters(validator.eni_attach_id)
check_raise_invalid_parameters(validator.eipalloc_id)
check_raise_invalid_parameters(validator.eipassoc_id)
check_raise_invalid_parameters(validator.rtbassoc_id)
check_raise_invalid_parameters(validator.vgw_id)
check_raise_invalid_parameters(validator.cgw_id)
invalid_ids = ['1234', 'a-1111', '', 'vpc-1111', 'vpc-rrr', 'foobar']
check_raise_invalid_parameters(validator.i_id)
invalid_ids = ['1234', '', 'foobar']
check_raise_invalid_parameters(validator.ec2_id)
def test_validate_multi(self):
validator = common.Validator()
result_sum = {'value': 0}
list_to_sum = [1, 2, 3, 4]
def sum(value):
# NOTE(Alex) Because nonlocal is only in python 3.0
result_sum['value'] += value
validator.multi(list_to_sum, sum)
self.assertEqual(result_sum['value'], 10)
self.assertRaises(exception.InvalidParameterValue,
validator.multi, 'not a list', sum)
def test_validate_primitive(self):
validator = common.Validator()
validator.int(5)
validator.bool(True)
validator.str('str')
validator.str64('str')
validator.str255('str')
def check_raise_validation_error(value, func):
self.assertRaises(exception.ValidationError, func, value)
check_raise_validation_error('str', validator.int)
check_raise_validation_error('str', validator.bool)
check_raise_validation_error(5, validator.str)
check_raise_validation_error('x' * 65, validator.str64)
check_raise_validation_error('x' * 256, validator.str255)
