b993b7f4c0
New support for VPNaaS on NSX-V3 2.2 Creating a vpn service per neutron service, and ike/ipsec/dpd policies + endpoints + connection per neutron connection Change-Id: Iad3778c1d826ae67f1b602625f5be0fe2f4c8fe3
391 lines
17 KiB
Python
391 lines
17 KiB
Python
# Copyright 2013, Nachi Ueno, NTT I3, Inc.
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# All Rights Reserved.
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#
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# Licensed under the Apache License, Version 2.0 (the "License"); you may
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# not use this file except in compliance with the License. You may obtain
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# a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
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# License for the specific language governing permissions and limitations
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# under the License.
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import mock
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from neutron_lib import context as n_ctx
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from neutron_vpnaas.tests import base
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from vmware_nsx.common import exceptions as nsx_exc
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from vmware_nsx.services.vpnaas.nsxv3 import ipsec_validator
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class TestDriverValidation(base.BaseTestCase):
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def setUp(self):
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super(TestDriverValidation, self).setUp()
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self.context = n_ctx.Context('some_user', 'some_tenant')
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self.service_plugin = mock.Mock()
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driver = mock.Mock()
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driver.service_plugin = self.service_plugin
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with mock.patch("neutron_lib.plugins.directory.get_plugin"):
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self.validator = ipsec_validator.IPsecV3Validator(driver)
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self.validator._l3_plugin = mock.Mock()
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self.validator._core_plugin = mock.Mock()
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self.vpn_service = {'router_id': 'dummy_router',
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'subnet_id': 'dummy_subnet'}
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self.peer_address = '10.10.10.10'
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self.peer_cidr = '10.10.11.0/20'
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def _test_lifetime_not_in_seconds(self, validation_func):
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policy_info = {'lifetime': {'units': 'kilobytes', 'value': 1000}}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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validation_func,
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self.context, policy_info)
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def test_ike_lifetime_not_in_seconds(self):
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self._test_lifetime_not_in_seconds(
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self.validator.validate_ike_policy)
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def test_ipsec_lifetime_not_in_seconds(self):
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self._test_lifetime_not_in_seconds(
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self.validator.validate_ipsec_policy)
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def _test_lifetime_seconds_values_at_limits(self, validation_func):
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policy_info = {'lifetime': {'units': 'seconds', 'value': 90}}
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validation_func(self.context, policy_info)
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policy_info = {'lifetime': {'units': 'seconds', 'value': 86400}}
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validation_func(self.context, policy_info)
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policy_info = {'lifetime': {'units': 'seconds', 'value': 10}}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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validation_func,
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self.context, policy_info)
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def test_ike_lifetime_seconds_values_at_limits(self):
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self._test_lifetime_seconds_values_at_limits(
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self.validator.validate_ike_policy)
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def test_ipsec_lifetime_seconds_values_at_limits(self):
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self._test_lifetime_seconds_values_at_limits(
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self.validator.validate_ipsec_policy)
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def _test_auth_algorithm(self, validation_func):
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auth_algorithm = {'auth_algorithm': 'sha384'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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validation_func,
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self.context, auth_algorithm)
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auth_algorithm = {'auth_algorithm': 'sha512'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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validation_func,
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self.context, auth_algorithm)
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auth_algorithm = {'auth_algorithm': 'sha1'}
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validation_func(self.context, auth_algorithm)
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auth_algorithm = {'auth_algorithm': 'sha256'}
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validation_func(self.context, auth_algorithm)
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def test_ipsec_auth_algorithm(self):
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self._test_auth_algorithm(self.validator.validate_ipsec_policy)
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def test_ike_auth_algorithm(self):
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self._test_auth_algorithm(self.validator.validate_ike_policy)
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def _test_encryption_algorithm(self, validation_func):
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auth_algorithm = {'encryption_algorithm': 'aes-192'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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validation_func,
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self.context, auth_algorithm)
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auth_algorithm = {'encryption_algorithm': 'aes-128'}
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validation_func(self.context, auth_algorithm)
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auth_algorithm = {'encryption_algorithm': 'aes-256'}
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validation_func(self.context, auth_algorithm)
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def test_ipsec_encryption_algorithm(self):
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self._test_encryption_algorithm(self.validator.validate_ipsec_policy)
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def test_ike_encryption_algorithm(self):
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self._test_encryption_algorithm(self.validator.validate_ike_policy)
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def test_ike_negotiation_mode(self):
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policy_info = {'phase1-negotiation-mode': 'aggressive'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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self.validator.validate_ike_policy,
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self.context, policy_info)
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policy_info = {'phase1-negotiation-mode': 'main'}
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self.validator.validate_ike_policy(self.context, policy_info)
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def _test_pfs(self, validation_func):
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policy_info = {'pfs': 'group15'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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validation_func,
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self.context, policy_info)
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policy_info = {'pfs': 'group5'}
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validation_func(self.context, policy_info)
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def test_ipsec_pfs(self):
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self._test_pfs(self.validator.validate_ipsec_policy)
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def test_ike_pfs(self):
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self._test_pfs(self.validator.validate_ike_policy)
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def test_ipsec_encap_mode(self):
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policy_info = {'encapsulation_mode': 'transport'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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self.validator.validate_ipsec_policy,
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self.context, policy_info)
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policy_info = {'encapsulation_mode': 'tunnel'}
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self.validator.validate_ipsec_policy(self.context, policy_info)
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def test_ipsec_transform_protocol(self):
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policy_info = {'transform_protocol': 'ah'}
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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self.validator.validate_ipsec_policy,
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self.context, policy_info)
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policy_info = {'transform_protocol': 'esp'}
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self.validator.validate_ipsec_policy(self.context, policy_info)
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def test_vpn_service_validation_router(self):
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router = {'high_availability_mode': 'ACITVE_ACTIVE'}
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with mock.patch.object(self.validator.nsxlib.logical_router, 'get',
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return_value=router):
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self.assertRaises(nsx_exc.NsxVpnValidationError,
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self.validator.validate_vpnservice,
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self.context, self.vpn_service)
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router = {'high_availability_mode': 'ACTIVE_STANDBY'}
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with mock.patch.object(self.validator.nsxlib.logical_router, 'get',
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return_value=router):
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self.validator.validate_vpnservice(self.context, self.vpn_service)
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def _test_conn_validation(self, conn_params=None, success=True,
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connections=None, service_subnets=None,
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router_subnets=None):
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if connections is None:
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connections = []
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if router_subnets is None:
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router_subnets = []
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def mock_get_router(context, router_id):
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return {'id': router_id,
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'external_gateway_info': {
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'external_fixed_ips': [{
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'ip_address': '1.1.1.%s' % router_id}]}}
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def mock_get_routers(context, filters=None, fields=None):
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return [{'id': 'no-snat',
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'external_gateway_info': {'enable_snat': False}}]
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def mock_get_service(context, service_id):
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if service_subnets:
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# option to give the test a different subnet per service
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subnet_cidr = service_subnets[int(service_id) - 1]
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else:
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subnet_cidr = '5.5.5.0/2%s' % service_id
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return {'id': service_id,
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'router_id': service_id,
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'subnet_id': 'dummy_subnet',
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'subnet': {'id': 'dummy_subnet',
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'cidr': subnet_cidr}}
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def mock_get_connections(context, filters=None, fields=None):
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if filters and 'peer_address' in filters:
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return [conn for conn in connections
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if conn['peer_address'] == filters['peer_address'][0]]
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else:
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return connections
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with mock.patch.object(self.validator.vpn_plugin, '_get_vpnservice',
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side_effect=mock_get_service),\
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mock.patch.object(self.validator._core_plugin, 'get_router',
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side_effect=mock_get_router),\
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mock.patch.object(self.validator._core_plugin, 'get_routers',
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side_effect=mock_get_routers),\
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mock.patch.object(self.validator._core_plugin,
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'_find_router_subnets_cidrs',
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return_value=router_subnets),\
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mock.patch.object(self.validator.vpn_plugin,
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'get_ipsec_site_connections',
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side_effect=mock_get_connections):
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ipsec_sitecon = {'id': '1',
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'vpnservice_id': '1',
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'mtu': 1500,
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'peer_address': self.peer_address,
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'peer_cidrs': [self.peer_cidr]}
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if conn_params:
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ipsec_sitecon.update(conn_params)
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if success:
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self.validator.validate_ipsec_site_connection(
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self.context, ipsec_sitecon)
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else:
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self.assertRaises(
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nsx_exc.NsxVpnValidationError,
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self.validator.validate_ipsec_site_connection,
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self.context, ipsec_sitecon)
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def test_dpd_validation(self):
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params = {'dpd': {'action': 'hold',
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'timeout': 120}}
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self._test_conn_validation(conn_params=params, success=True)
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params = {'dpd': {'action': 'clear',
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'timeout': 120}}
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self._test_conn_validation(conn_params=params, success=False)
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params = {'dpd': {'action': 'hold',
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'timeout': 5}}
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self._test_conn_validation(conn_params=params, success=False)
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def test_check_unique_addresses(self):
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# this test runs with non-overlapping local subnets on
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# different routers
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subnets = ['5.5.5.0/20', '6.6.6.0/20']
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# same service/router gw & peer address - should fail
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '1',
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'peer_address': self.peer_address,
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'peer_cidrs': [self.peer_cidr]}]
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self._test_conn_validation(success=False,
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connections=connections,
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service_subnets=subnets)
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# different service/router gw - ok
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': self.peer_address,
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'peer_cidrs': ['6.6.6.6']}]
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self._test_conn_validation(success=True,
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connections=connections,
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service_subnets=subnets)
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# different peer address - ok
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '1',
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'peer_address': '7.7.7.1',
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'peer_cidrs': ['7.7.7.7']}]
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self._test_conn_validation(success=True,
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connections=connections,
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service_subnets=subnets)
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# ignoring non-active connections
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connections = [{'id': '2',
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'status': 'ERROR',
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'vpnservice_id': '1',
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'peer_address': self.peer_address,
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'peer_cidrs': [self.peer_cidr]}]
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self._test_conn_validation(success=True,
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connections=connections,
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service_subnets=subnets)
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def test_overlapping_rules(self):
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# peer-cidr overlapping with new one, same subnet - should fail
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '1',
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'peer_address': '9.9.9.9',
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'peer_cidrs': ['10.10.11.1/19']}]
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self._test_conn_validation(success=False,
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connections=connections)
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# same peer-cidr, overlapping subnets - should fail
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': '9.9.9.9',
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'peer_cidrs': [self.peer_cidr]}]
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self._test_conn_validation(success=False,
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connections=connections)
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# non overlapping peer-cidr, same subnet - ok
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '1',
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'peer_address': '7.7.7.1',
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'peer_cidrs': ['7.7.7.7']}]
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self._test_conn_validation(success=True,
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connections=connections)
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# ignoring non-active connections
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connections = [{'id': '2',
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'status': 'ERROR',
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'vpnservice_id': '1',
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'peer_address': '9.9.9.9',
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'peer_cidrs': ['10.10.11.1/19']}]
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self._test_conn_validation(success=True,
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connections=connections)
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def test_advertisment(self):
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# different routers, same subnet - should fail
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subnets = ['5.5.5.0/20', '5.5.5.0/20']
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': self.peer_address,
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'peer_cidrs': ['6.6.6.6']}]
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self._test_conn_validation(success=False,
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connections=connections,
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service_subnets=subnets)
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# different routers, overlapping subnet - should fail
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subnets = ['5.5.5.0/20', '5.5.5.0/21']
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': self.peer_address,
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'peer_cidrs': ['6.6.6.6']}]
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self._test_conn_validation(success=False,
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connections=connections,
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service_subnets=subnets)
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# different routers, non overlapping subnet - ok
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subnets = ['5.5.5.0/20', '50.5.5.0/21']
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': self.peer_address,
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'peer_cidrs': ['6.6.6.6']}]
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self._test_conn_validation(success=True,
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connections=connections,
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service_subnets=subnets)
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# no-snat router with overlapping subnet to the service subnet - fail
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subnets = ['5.5.5.0/21', '1.1.1.0/20']
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': self.peer_address,
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'peer_cidrs': ['6.6.6.6']}]
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self._test_conn_validation(success=False,
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connections=connections,
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router_subnets=subnets)
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# no-snat router with non overlapping subnet to the service subnet - ok
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service_subnets = ['5.5.5.0/20', '6.6.6.0/20']
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router_subnets = ['50.5.5.0/21', '1.1.1.0/20']
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connections = [{'id': '2',
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'status': 'ACTIVE',
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'vpnservice_id': '2',
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'peer_address': self.peer_address,
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'peer_cidrs': ['6.6.6.6']}]
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self._test_conn_validation(success=True,
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connections=connections,
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service_subnets=service_subnets,
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router_subnets=router_subnets)
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# TODO(asarfaty): add tests for the driver
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