def test_multicast_local_port(self):
fake_local_port1 = test_app_base.make_fake_local_port(
macs=['00:0b:0c:0d:0e:0f'],
ips=['10.0.0.11'],
lswitch='fake_local_switch1')
self.controller.update(fake_local_port1)
self.app.mod_flow.assert_any_call(
inst=mock.ANY,
command=self.app.ofproto.OFPFC_ADD,
table_id=const.INGRESS_DESTINATION_PORT_LOOKUP_TABLE,
priority=const.PRIORITY_HIGH,
match=mock.ANY)
self.app.mod_flow.reset_mock()
fake_local_port2 = test_app_base.make_fake_local_port(
lswitch='fake_local_switch1',
macs=['1a:0b:0c:0d:0e:0f'],
ips=['10.0.0.12'],
ofport=2)
self.controller.update(fake_local_port2)
self.app.mod_flow.assert_any_call(
inst=mock.ANY,
command=self.app.ofproto.OFPFC_MODIFY,
table_id=const.INGRESS_DESTINATION_PORT_LOOKUP_TABLE,
priority=const.PRIORITY_HIGH,
match=mock.ANY)
self.app.mod_flow.reset_mock()
def test_port_admin_state_create(self):
port = test_app_base.make_fake_local_port(id='id1', enabled=False)
port.emit_created()
_M[l2.EVENT_BIND_LOCAL].assert_not_called()
port2 = test_app_base.make_fake_local_port(id='id1', enabled=True)
port2.emit_created()
_M[l2.EVENT_BIND_LOCAL].assert_called_once_with(port2)
def test_add_remove_local_port(self):
fake_local_vlan_port1 = test_app_base.make_fake_local_port(
network_type='vlan',
name='fake_local_vlan_port1',
unique_key=3,
ofport=2,
lswitch='fake_vlan_switch1',
local_network_id=1)
self.logical_networks.add_local_port(
port_id=fake_local_vlan_port1.id,
network_id=1,
network_type='vlan')
net_1_vlan_ports = self.logical_networks.get_local_port_count(
network_id=1,
network_type='vlan')
self.assertEqual(1, net_1_vlan_ports)
fake_local_vlan_port2 = test_app_base.make_fake_local_port(
network_type='vlan',
name='fake_local_vlan_port2',
unique_key=4,
ofport=3,
lswitch='fake_vlan_switch1',
local_network_id=1)
self.logical_networks.add_local_port(
port_id=fake_local_vlan_port2.id,
network_id=1,
network_type='vlan')
net_1_vlan_ports = self.logical_networks.get_local_port_count(
network_id=1,
network_type='vlan')
self.assertEqual(2, net_1_vlan_ports)
net_2_gre_ports = self.logical_networks.get_local_port_count(
network_id=2,
network_type='gre')
self.assertEqual(0, net_2_gre_ports)
fake_local_gre_port1 = test_app_base.make_fake_local_port(
network_type='gre',
lswitch='fake_gre_switch1',
name='fake_local_gre_port1',
unique_key=5,
ofport=4,
local_network_id=2)
self.logical_networks.add_local_port(
port_id=fake_local_gre_port1.id,
network_id=2,
network_type='gre')
net_2_gre_ports = self.logical_networks.get_local_port_count(
network_id=2,
network_type='gre')
self.assertEqual(1, net_2_gre_ports)
self.logical_networks.remove_local_port(
port_id=fake_local_gre_port1.id,
network_id=2,
network_type='gre')
net_2_gre_ports = self.logical_networks.get_local_port_count(
network_id=2,
network_type='gre')
self.assertEqual(0, net_2_gre_ports)
def test_port_admin_state_update(self):
old_port = test_app_base.make_fake_local_port(id='id1', enabled=False)
old_port.emit_created()
_M[l2.EVENT_BIND_LOCAL].reset_mock()
new_port = test_app_base.make_fake_local_port(id='id1', enabled=True)
new_port.emit_updated(old_port)
_M[l2.EVENT_BIND_LOCAL].assert_called_once_with(new_port)
_M[l2.EVENT_BIND_LOCAL].reset_mock()
old_port.emit_updated(new_port)
_M[l2.EVENT_BIND_LOCAL].assert_not_called()
def test_update_bind_local(self):
old_port = test_app_base.make_fake_port(id='id1')
new_port = test_app_base.make_fake_local_port(id='id1')
old_port.emit_created()
new_port.emit_updated(old_port)
_M[l2.EVENT_BIND_LOCAL].assert_called_once_with(new_port)
_M[l2.EVENT_LOCAL_UPDATED].assert_not_called()
def _build_dhcp_test_fake_lport(self, dhcp_params=None):
fake_loprt = test_app_base.make_fake_local_port(
lswitch=test_app_base.fake_logic_switch1,
subnets=test_app_base.fake_lswitch_default_subnets,
ips=('10.0.0.1', ),
dhcp_params=dhcp_params)
return fake_loprt
def _create_dhcp_port(self):
fake_dhcp_port = test_app_base.make_fake_local_port(
lswitch=test_app_base.fake_logic_switch1,
subnets=test_app_base.fake_lswitch_default_subnets,
ips=('10.0.0.2', ),
macs=("11:22:33:44:55:66", ),
device_owner=n_const.DEVICE_OWNER_DHCP)
return fake_dhcp_port
def _get_another_local_lport(self):
fake_local_port = test_app_base.make_fake_local_port(
id='fake_port2',
topic='fake_tenant1',
name='',
unique_key=5,
version=2,
ips=[
netaddr.IPAddress('10.0.0.10'),
netaddr.IPAddress('2222:2222::2')
],
subnets=['fake_subnet1'],
macs=[netaddr.EUI('fa:16:3e:8c:2e:12')],
lswitch='fake_switch1',
security_groups=['fake_security_group_id1'],
allowed_address_pairs=[],
port_security_enabled=True,
device_owner='compute:None',
device_id='fake_device_id',
# 'binding_profile': {},
# 'binding_vnic_type': 'normal',
)
return fake_local_port
def test_update_local_port(self):
port = test_app_base.make_fake_local_port()
port.emit_created()
port.emit_updated(port)
_M[l2.EVENT_LOCAL_UPDATED].assert_called_once_with(port, port)
def test_local_port_deleted(self):
port = test_app_base.make_fake_local_port()
port.emit_created()
port.emit_deleted()
_M[l2.EVENT_UNBIND_LOCAL].assert_called_once_with(port)
