def test_validate_vcs_device_info_valid(self):
interface = utils.convert_interface_to_data_model(INTERFACE_CONF)
device1_network_map = data_models.DeviceNetworkMap(vcs_device_id=1,
ethernet_interfaces=[interface])
device2_network_map = data_models.DeviceNetworkMap(vcs_device_id=2,
mgmt_ip_address="10.0.0.2",
ethernet_interfaces=[interface])
device_network_map = []
self.assertEqual(utils.validate_vcs_device_info(device_network_map), None)
device_network_map = [device1_network_map]
self.assertEqual(utils.validate_vcs_device_info(device_network_map), None)
device1_network_map.mgmt_ip_address = "10.0.0.1"
self.assertEqual(utils.validate_vcs_device_info(device_network_map), None)
device_network_map = [device1_network_map, device2_network_map]
self.assertEqual(utils.validate_vcs_device_info(device_network_map), None)
def test_TagInterfaceForLB_create_trunk_vlan_ve_with_static_ip(self):
intf = a10_utils.convert_interface_to_data_model(TRUNK_INTERFACE)
device1_network_map = a10_data_models.DeviceNetworkMap(
vcs_device_id=1, trunk_interfaces=[intf])
mock_thunder = copy.deepcopy(VTHUNDER)
mock_thunder.device_network_map = [device1_network_map]
lb = self._mock_lb()
mock_task = task.TagInterfaceForLB()
self._mock_tag_task(mock_task)
mock_task.get_vlan_id.return_value = VE_IP_VLAN_ID
mock_task._subnet_ip = VE_IP_SUBNET_MASK[0]
mock_task._subnet_mask = VE_IP_SUBNET_MASK[1]
mock_task._subnet.cidr = VE_IP_SUBNET_MASK[2]
self.client_mock.interface.ethernet.get.return_value = ETH_DATA
self.client_mock.vlan.exists.return_value = False
mock_task._network_driver.neutron_client.create_port = mock.Mock()
mock_task._network_driver.get_network = mock.Mock()
mock_task._network_driver.get_network.return_value = NETWORK_12
mock_task._network_driver.list_networks = mock.Mock()
mock_task._network_driver.list_networks.return_value = [NETWORK_12]
mock_task.execute(lb, mock_thunder)
self.client_mock.vlan.create.assert_called_with(
VE_IP_VLAN_ID, tagged_trunks=[TAG_TRUNK_INTERFACE], veth=True)
self.client_mock.interface.ve.create.assert_called_with(
VE_IP_VLAN_ID,
ip_address=STATIC_VE_IP,
ip_netmask="255.255.255.0",
enable=True)
def test_TagInterfaceForLB_create_vlan_ve_with_dhcp(self):
intf = a10_utils.convert_interface_to_data_model(ETHERNET_INTERFACE)
device1_network_map = a10_data_models.DeviceNetworkMap(
vcs_device_id=1, ethernet_interfaces=[intf])
mock_thunder = copy.deepcopy(VTHUNDER)
mock_thunder.device_network_map = [device1_network_map]
lb = self._mock_lb()
mock_task = task.TagInterfaceForLB()
self._mock_tag_task(mock_task)
self.client_mock.interface.ethernet.get.return_value = ETH_DATA
self.client_mock.vlan.exists.return_value = False
mock_task._network_driver.neutron_client.create_port = mock.Mock()
utils.convert_port_dict_to_model = mock.Mock()
mock_task._network_driver.get_network = mock.Mock()
mock_task._network_driver.get_network.return_value = NETWORK_11
mock_task._network_driver.list_networks = mock.Mock()
mock_task._network_driver.list_networks.return_value = [NETWORK_11]
mock_task.execute(lb, mock_thunder)
self.client_mock.vlan.create.assert_called_with(
VLAN_ID, tagged_eths=[TAG_INTERFACE], veth=True)
args, kwargs = mock_task._network_driver.neutron_client.create_port.call_args
self.assertIn('port', args[0])
port = args[0]['port']
fixed_ip = port['fixed_ips'][0]
self.assertEqual(VE_IP, fixed_ip['ip_address'])
def test_TagInterfaceForLB_create_vlan_ve_with_axapi_exception(self):
intf = a10_utils.convert_interface_to_data_model(ETHERNET_INTERFACE)
device1_network_map = a10_data_models.DeviceNetworkMap(
vcs_device_id=1, ethernet_interfaces=[intf])
mock_thunder = copy.deepcopy(VTHUNDER)
mock_thunder.device_network_map = [device1_network_map]
lb = self._mock_lb()
mock_task = task.TagInterfaceForLB()
self._mock_tag_task(mock_task)
self.client_mock.interface.ethernet.get.return_value = ETH_DATA
self.client_mock.vlan.exists.side_effect = Exception
self.assertRaises(Exception,
lambda: mock_task.execute(lb, mock_thunder))
def test_validate_vcs_device_info_invalid(self):
interface = utils.convert_interface_to_data_model(INTERFACE_CONF)
device1_network_map = data_models.DeviceNetworkMap(
mgmt_ip_address="10.0.0.1", ethernet_interfaces=[interface])
device2_network_map = data_models.DeviceNetworkMap(
mgmt_ip_address="10.0.0.2", ethernet_interfaces=[interface])
device1_network_map.vcs_device_id = 3
device_network_map = [device1_network_map]
self.assertRaises(exceptions.InvalidVcsDeviceIdConfigError,
utils.validate_vcs_device_info, device_network_map)
device1_network_map.vcs_device_id = 0
device_network_map = [device1_network_map]
self.assertRaises(exceptions.InvalidVcsDeviceIdConfigError,
utils.validate_vcs_device_info, device_network_map)
device1_network_map.vcs_device_id = 1
device2_network_map.vcs_device_id = 3
device_network_map = [device1_network_map, device2_network_map]
self.assertRaises(exceptions.InvalidVcsDeviceIdConfigError,
utils.validate_vcs_device_info, device_network_map)
device1_network_map.vcs_device_id = 0
device2_network_map.vcs_device_id = 2
device_network_map = [device1_network_map, device2_network_map]
self.assertRaises(exceptions.InvalidVcsDeviceIdConfigError,
utils.validate_vcs_device_info, device_network_map)
device1_network_map.vcs_device_id = 1
device2_network_map.vcs_device_id = None
device_network_map = [device1_network_map, device2_network_map]
self.assertRaises(exceptions.InvalidVcsDeviceIdConfigError,
utils.validate_vcs_device_info, device_network_map)
device_network_map = [
device1_network_map, device2_network_map, device2_network_map
]
self.assertRaises(exceptions.VcsDevicesNumberExceedsConfigError,
utils.validate_vcs_device_info, device_network_map)
device2_network_map.vcs_device_id = 2
device2_network_map.mgmt_ip_address = None
device_network_map = [device1_network_map, device2_network_map]
self.assertRaises(exceptions.MissingMgmtIpConfigError,
utils.validate_vcs_device_info, device_network_map)
def test_TagInterfaceForMember_create_vlan_ve_with_neutron_exception(self):
intf = a10_utils.convert_interface_to_data_model(ETHERNET_INTERFACE)
device1_network_map = a10_data_models.DeviceNetworkMap(
vcs_device_id=1, ethernet_interfaces=[intf])
mock_thunder = copy.deepcopy(VTHUNDER)
mock_thunder.device_network_map = [device1_network_map]
member = self._mock_member()
mock_task = task.TagInterfaceForMember()
self._mock_tag_task(mock_task)
self.client_mock.interface.ethernet.get.return_value = ETH_DATA
self.client_mock.vlan.exists.return_value = False
mock_task._network_driver.neutron_client.create_port = mock.Mock()
mock_task._network_driver.neutron_client.create_port.side_effect = Exception
self.assertRaises(Exception,
lambda: mock_task.execute(member, mock_thunder))
def test_DeleteInterfaceTagIfNotInUseForMember_execute_delete_vlan(self):
intf = a10_utils.convert_interface_to_data_model(ETHERNET_INTERFACE)
device1_network_map = a10_data_models.DeviceNetworkMap(
vcs_device_id=1, ethernet_interfaces=[intf])
mock_thunder = copy.deepcopy(VTHUNDER)
mock_thunder.device_network_map = [device1_network_map]
member = self._mock_member()
mock_task = task.DeleteInterfaceTagIfNotInUseForMember()
self._mock_tag_task(mock_task)
mock_task.axapi_client.slb.virtual_server.get.return_value = DEL_VS_LIST
mock_task.axapi_client.slb.server.get.return_value = DEL_SERVER_LIST
mock_task._network_driver.get_port_id_from_ip = mock.Mock()
mock_task._network_driver.neutron_client.delete_port = mock.Mock()
mock_task._network_driver.get_port_id_from_ip.return_value = DEL_PORT_ID
mock_task.execute(member, mock_thunder)
self.client_mock.vlan.delete.assert_called_with(VLAN_ID)
mock_task._network_driver.neutron_client.delete_port.assert_called_with(
DEL_PORT_ID)
def validate_interface_vlan_map(hardware_device):
device_network_map = []
for device_id, device_obj in hardware_device.get(
'interface_vlan_map').items():
device_map = data_models.DeviceNetworkMap(
device_obj.get('vcs_device_id'))
if device_obj.get('ethernet_interfaces'):
for eth in device_obj.get('ethernet_interfaces'):
device_map.ethernet_interfaces.append(
convert_interface_to_data_model(eth))
if device_obj.get('trunk_interfaces'):
for trunk in device_obj.get('trunk_interfaces'):
device_map.trunk_interfaces.append(
convert_interface_to_data_model(trunk))
if device_obj.get('mgmt_ip_address'):
device_map.mgmt_ip_address = device_obj.get('mgmt_ip_address')
device_network_map.append(device_map)
validate_vcs_device_info(device_network_map)
return device_network_map
DEVICE_FLAVOR_KEY = '[dev]rack_thunder_3'
RESULT_HMT_HARDWARE_DEVICE_LIST = {
DEVICE_FLAVOR_KEY: VTHUNDER_3_DEV,
a10constants.MOCK_CHILD_PROJECT_ID: VTHUNDER_3
}
INTERFACE_CONF = {"interface_num": 1,
"vlan_map": [
{"vlan_id": 11, "ve_ip": "10.20"},
{"vlan_id": 12, "use_dhcp": "True"},
{"vlan_id": 13, "ve_ip": "10.30"}]
}
INTERFACE = data_models.Interface(interface_num=1, tags=[11, 12, 13], ve_ips=[
"10.20", "dhcp", "10.30"])
DEVICE_NETWORK_MAP = [data_models.DeviceNetworkMap(
vcs_device_id=1, ethernet_interfaces=[INTERFACE])]
HARDWARE_VLAN_INFO = {
"interface_vlan_map": {
"device_1": {
"vcs_device_id": 1,
"ethernet_interfaces": [INTERFACE_CONF]
}
}
}
NAT_FLAVOR = {"pool_name": "p1", "start_address": "1.1.1.1", "end_address": "1.1.1.3"}
class FakeProject(object):
def __init__(self, parent_id='default'):
self.parent_id = parent_id
"vlan_map": [{
"vlan_id": 11,
"ve_ip": "10.20"
}, {
"vlan_id": 12,
"use_dhcp": "True"
}, {
"vlan_id": 13,
"ve_ip": "10.30"
}]
}
INTERFACE = data_models.Interface(interface_num=1,
tags=[11, 12, 13],
ve_ips=["10.20", "dhcp", "10.30"])
DEVICE_NETWORK_MAP = [
data_models.DeviceNetworkMap(vcs_device_id=1,
ethernet_interfaces=[INTERFACE])
]
HARDWARE_VLAN_INFO = {
"interface_vlan_map": {
"device_1": {
"vcs_device_id": 1,
"ethernet_interfaces": [INTERFACE_CONF]
}
}
}
class FakeProject(object):
def __init__(self, parent_id='default'):
self.parent_id = parent_id