373 lines
16 KiB
Python
373 lines
16 KiB
Python
# vim: tabstop=4 shiftwidth=4 softtabstop=4
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# Copyright 2010-2012 ????
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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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# @author: Salvatore Orlando, Citrix Systems
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import unittest
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from lxml import etree
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from webob import exc
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import quantum.api.attachments as atts
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import quantum.api.networks as nets
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import quantum.api.ports as ports
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import quantum.api.versions as versions
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from quantum.common.test_lib import test_config
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from quantum.openstack.common import jsonutils
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import quantum.tests.unit._test_api as test_api
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import quantum.tests.unit.testlib_api as testlib
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class APITestV10(test_api.BaseAPIOperationsTest):
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def assert_network(self, **kwargs):
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self.assertEqual({'id': kwargs['id'],
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'name': kwargs['name']},
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kwargs['network_data'])
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def assert_network_details(self, **kwargs):
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self.assertEqual({'id': kwargs['id'],
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'name': kwargs['name'],
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'ports': [{'id': kwargs['port_id'],
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'state': 'ACTIVE'}]},
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kwargs['network_data'])
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def assert_port(self, **kwargs):
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self.assertEqual({'id': kwargs['id'],
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'state': kwargs['state']},
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kwargs['port_data'])
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def assert_port_attachment(self, **kwargs):
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self.assertEqual({'id': kwargs['id'], 'state': kwargs['state'],
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'attachment': {'id': kwargs['interface_id']}},
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kwargs['port_data'])
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def setUp(self):
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super(APITestV10, self).setUp(
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'quantum.api.APIRouterV10',
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{
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test_api.NETS: nets.ControllerV10._serialization_metadata,
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test_api.PORTS: ports.ControllerV10._serialization_metadata,
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test_api.ATTS: atts.ControllerV10._serialization_metadata,
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}
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)
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self._successful_create_code = exc.HTTPOk.code
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self._network_not_found_code = 420
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self._network_in_use_code = 421
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self._port_not_found_code = 430
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self._port_state_invalid_code = 431
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self._port_in_use_code = 432
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self._already_attached_code = 440
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class APITestV11(test_api.BaseAPIOperationsTest):
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def assert_network(self, **kwargs):
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self.assertEqual({'id': kwargs['id'],
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'name': kwargs['name'],
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'op-status': self.net_op_status},
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kwargs['network_data'])
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def assert_network_details(self, **kwargs):
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self.assertEqual({'id': kwargs['id'],
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'name': kwargs['name'],
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'op-status': self.net_op_status,
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'ports': [{'id': kwargs['port_id'],
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'state': 'ACTIVE',
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'op-status': self.port_op_status}]},
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kwargs['network_data'])
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def assert_port(self, **kwargs):
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self.assertEqual({'id': kwargs['id'],
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'state': kwargs['state'],
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'op-status': self.port_op_status},
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kwargs['port_data'])
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def assert_port_attachment(self, **kwargs):
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self.assertEqual({'id': kwargs['id'], 'state': kwargs['state'],
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'op-status': self.port_op_status,
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'attachment': {'id': kwargs['interface_id']}},
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kwargs['port_data'])
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def setUp(self):
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self.net_op_status = test_config.get('default_net_op_status',
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'UNKNOWN')
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self.port_op_status = test_config.get('default_port_op_status',
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'UNKNOWN')
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super(APITestV11, self).setUp(
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'quantum.api.APIRouterV11',
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{
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test_api.NETS: nets.ControllerV11._serialization_metadata,
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test_api.PORTS: ports.ControllerV11._serialization_metadata,
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test_api.ATTS: atts.ControllerV11._serialization_metadata,
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}
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)
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self._successful_create_code = exc.HTTPAccepted.code
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self._network_not_found_code = exc.HTTPNotFound.code
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self._network_in_use_code = exc.HTTPConflict.code
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self._port_not_found_code = exc.HTTPNotFound.code
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self._port_state_invalid_code = exc.HTTPBadRequest.code
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self._port_in_use_code = exc.HTTPConflict.code
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self._already_attached_code = exc.HTTPConflict.code
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class APIFiltersTest(test_api.AbstractAPITest):
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""" Test case for API filters.
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Uses controller for API v1.1
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"""
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def _do_filtered_network_list_request(self, flt):
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list_network_req = testlib.network_list_request(self.tenant_id,
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self.fmt,
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query_string=flt)
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list_network_res = list_network_req.get_response(self.api)
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self.assertEqual(list_network_res.status_int, 200)
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network_data = (self._net_deserializers[self.content_type].
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deserialize(list_network_res.body)['body'])
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return network_data
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def _do_filtered_port_list_request(self, flt, network_id):
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list_port_req = testlib.port_list_request(self.tenant_id,
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network_id,
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self.fmt,
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query_string=flt)
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list_port_res = list_port_req.get_response(self.api)
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self.assertEqual(list_port_res.status_int, 200)
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port_data = (self._port_deserializers[self.content_type].
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deserialize(list_port_res.body)['body'])
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return port_data
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def setUp(self):
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super(APIFiltersTest, self).setUp(
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'quantum.api.APIRouterV11',
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{
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test_api.NETS: nets.ControllerV11._serialization_metadata,
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test_api.PORTS: ports.ControllerV11._serialization_metadata,
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test_api.ATTS: atts.ControllerV11._serialization_metadata,
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}
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)
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self._successful_create_code = exc.HTTPAccepted.code
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self.net_op_status = test_config.get('default_net_op_status',
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'UNKNOWN')
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self.port_op_status = test_config.get('default_port_op_status',
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'UNKNOWN')
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self.fmt = "xml"
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self.content_type = "application/%s" % self.fmt
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# create data for validating filters
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# Create network "test-1"
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self.net1_id = self._create_network(self.fmt, name="test-1")
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# Add 2 ports, 1 ACTIVE, 1 DOWN
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self.port11_id = self._create_port(self.net1_id, "ACTIVE", self.fmt)
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self.port12_id = self._create_port(self.net1_id, "DOWN", self.fmt)
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# Put attachment "test-1-att" in active port
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self._set_attachment(self.net1_id,
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self.port11_id,
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"test-1-att",
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self.fmt)
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# Create network "test-2"
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# Add 2 ports, 2 ACTIVE, 0 DOWN
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self.net2_id = self._create_network(self.fmt, name="test-2")
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self.port21_id = self._create_port(self.net2_id, "ACTIVE", self.fmt)
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self.port22_id = self._create_port(self.net2_id, "ACTIVE", self.fmt)
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def test_network_name_filter(self):
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flt = "name=test-1"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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self.assertEqual(network_data['networks'][0]['id'], self.net1_id)
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flt = "name=non-existent"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 0
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self.assertEqual(len(network_data['networks']), 0)
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def test_network_op_status_filter(self):
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# First filter for networks in default status
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flt = "op-status=%s" % self.net_op_status
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 2
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self.assertEqual(len(network_data['networks']), 2)
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# And then for networks in 'DOWN' status
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flt = "op-status=DOWN"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 0
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self.assertEqual(len(network_data['networks']), 0)
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def test_network_port_op_status_filter(self):
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# First filter for networks with ports in default op status
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flt = "port-op-status=%s" % self.port_op_status
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 2
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self.assertEqual(len(network_data['networks']), 2)
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def test_network_port_state_filter(self):
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# First filter for networks with ports 'ACTIVE'
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flt = "port-state=ACTIVE"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 2
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self.assertEqual(len(network_data['networks']), 2)
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# And then for networks with ports in 'DOWN' admin state
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flt = "port-state=DOWN"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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def test_network_has_attachment_filter(self):
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# First filter for networks with ports 'ACTIVE'
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flt = "has-attachment=True"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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# And then for networks with ports in 'DOWN' admin state
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flt = "has-attachment=False"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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def test_network_port_filter(self):
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flt = "port=%s" % self.port11_id
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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self.assertEqual(network_data['networks'][0]['id'], self.net1_id)
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flt = "port=%s" % self.port21_id
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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self.assertEqual(network_data['networks'][0]['id'], self.net2_id)
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def test_network_attachment_filter(self):
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flt = "attachment=test-1-att"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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self.assertEqual(network_data['networks'][0]['id'], self.net1_id)
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flt = "attachment=non-existent"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 0
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self.assertEqual(len(network_data['networks']), 0)
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def test_network_multiple_filters(self):
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# Add some data for having more fun
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another_net_id = self._create_network(self.fmt, name="test-1")
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# Add 1 ACTIVE port
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self._create_port(another_net_id, "ACTIVE", self.fmt)
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# Do the filtering
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flt = "name=test-1&port-state=ACTIVE&attachment=test-1-att"
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network_data = self._do_filtered_network_list_request(flt)
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# Check network count: should return 1
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self.assertEqual(len(network_data['networks']), 1)
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self.assertEqual(network_data['networks'][0]['id'], self.net1_id)
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def test_port_state_filter(self):
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# First filter for 'ACTIVE' ports in 1st network
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flt = "state=ACTIVE"
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port_data = self._do_filtered_port_list_request(flt, self.net1_id)
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# Check port count: should return 1
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self.assertEqual(len(port_data['ports']), 1)
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# And then in 2nd network
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port_data = self._do_filtered_port_list_request(flt, self.net2_id)
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# Check port count: should return 2
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self.assertEqual(len(port_data['ports']), 2)
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def test_port_op_status_filter(self):
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# First filter for 'UP' ports in 1st network
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flt = "op-status=%s" % self.port_op_status
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port_data = self._do_filtered_port_list_request(flt, self.net1_id)
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# Check port count: should return 2
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self.assertEqual(len(port_data['ports']), 2)
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def test_port_has_attachment_filter(self):
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# First search for ports with attachments in 1st network
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flt = "has-attachment=True"
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port_data = self._do_filtered_port_list_request(flt, self.net1_id)
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# Check port count: should return 1
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self.assertEqual(len(port_data['ports']), 1)
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self.assertEqual(port_data['ports'][0]['id'], self.port11_id)
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# And then for ports without attachment in 2nd network
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flt = "has-attachment=False"
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port_data = self._do_filtered_port_list_request(flt, self.net2_id)
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# Check port count: should return 2
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self.assertEqual(len(port_data['ports']), 2)
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def test_port_attachment_filter(self):
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# First search for ports with attachments in 1st network
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flt = "attachment=test-1-att"
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port_data = self._do_filtered_port_list_request(flt, self.net1_id)
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# Check port count: should return 1
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self.assertEqual(len(port_data['ports']), 1)
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self.assertEqual(port_data['ports'][0]['id'], self.port11_id)
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# And then for a non-existent attachment in 2nd network
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flt = "attachment=non-existent"
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port_data = self._do_filtered_port_list_request(flt, self.net2_id)
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# Check port count: should return 0
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self.assertEqual(len(port_data['ports']), 0)
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def test_port_multiple_filters(self):
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flt = "op-status=%s&state=DOWN" % self.port_op_status
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port_data = self._do_filtered_port_list_request(flt, self.net1_id)
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# Check port count: should return 1
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self.assertEqual(len(port_data['ports']), 1)
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self.assertEqual(port_data['ports'][0]['id'], self.port12_id)
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flt = "state=ACTIVE&attachment=test-1-att"
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port_data = self._do_filtered_port_list_request(flt, self.net1_id)
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# Check port count: should return 1
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self.assertEqual(len(port_data['ports']), 1)
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self.assertEqual(port_data['ports'][0]['id'], self.port11_id)
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flt = "state=ACTIVE&has-attachment=False"
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port_data = self._do_filtered_port_list_request(flt, self.net2_id)
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# Check port count: should return 2
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self.assertEqual(len(port_data['ports']), 2)
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class APIRootTest(unittest.TestCase):
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def setUp(self):
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self.app = versions.Versions()
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def _test_root_responds_with_versions(self, content_type):
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req = testlib.create_request('/', '', content_type)
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response = self.app(req)
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self.assertEquals(response.status_int, 200)
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return response.body
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def test_root_responds_with_versions_json(self):
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body = self._test_root_responds_with_versions('application/json')
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data = jsonutils.loads(body)
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self.assertEquals('versions', data.keys()[0])
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def test_root_responds_with_versions_xml(self):
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body = self._test_root_responds_with_versions('application/xml')
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root = etree.fromstring(body)
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self.assertEquals(root.tag, 'versions')
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def test_invalid_version(self):
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req = testlib.create_request('/v99.99/tenants/tenantX/networks',
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'',
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'application/json')
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response = self.app(req)
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self.assertEquals(response.status_int, 404)
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