def test_list_vlans_on_base_device(self):
with dummy_device() as nic:
with vlan_device(nic, tag=999) as vlan_dev:
self.assertEqual(
[vlan_dev.devName],
list(vlan.get_vlans_on_base_device(nic)),
)
def _create_dhcp_client_server_peers(network_config, vlan_id):
with veth_pair(max_length=10) as (server, client):
if vlan_id:
with vlan_device(server, vlan_id) as vlan_iface:
_configure_iface_ip(vlan_iface, network_config)
yield vlan_iface, client
else:
_configure_iface_ip(server, network_config)
yield server, client
def _create_dhcp_client_server_peers(network_config, vlan_id):
with veth_pair(max_length=10) as (server, client):
linkSet(server, ['up'])
linkSet(client, ['up'])
if vlan_id:
with vlan_device(server, vlan_id) as vlan_iface:
vlan_iface_name = vlan_iface.devName
_configure_iface_ip(vlan_iface_name, network_config)
yield vlan_iface_name, client
else:
_configure_iface_ip(server, network_config)
yield server, client
def test_add_net_on_existing_external_vlanned_bond(self):
ADDRESS1 = '192.168.99.1'
ADDRESS2 = '192.168.99.254'
PREFIX = '29'
with dummy_devices(2) as (nic1, nic2):
with Bond(BOND_NAME, slaves=(nic1, nic2)) as bond:
bond.create()
bond.up()
with vlan_device(bond.master) as vlan:
# Make slaves dirty intentionally and check if they recover
self._set_ip_address('1.1.1.1/29', nic1)
self._set_ip_address('1.1.1.2/29', nic2)
self._set_ip_address(ADDRESS1 + '/' + PREFIX, bond.master)
self._set_ip_address(ADDRESS2 + '/' + PREFIX, vlan.devName)
NETBASE = {
NETWORK1_NAME: {
'bonding': BOND_NAME,
'bridged': True,
'ipaddr': ADDRESS1,
'prefix': PREFIX,
'switch': 'legacy',
}
}
with adapter.setupNetworks(NETBASE, {}, NOCHK):
adapter.assertNetwork(NETWORK1_NAME,
NETBASE[NETWORK1_NAME])
adapter.assertBond(
BOND_NAME,
{
'nics': [nic1, nic2],
'switch': 'legacy'
},
)
nic1_info = adapter.netinfo.nics[nic1]
nic2_info = adapter.netinfo.nics[nic2]
vlan_info = adapter.netinfo.vlans[vlan.devName]
assert nic1_info['ipv4addrs'] == []
assert nic2_info['ipv4addrs'] == []
assert vlan_info['ipv4addrs'] == [
ADDRESS2 + '/' + PREFIX
]
adapter.setupNetworks({}, {BOND_NAME: {'remove': True}}, NOCHK)
def test_add_vlan_network_on_existing_external_bond_with_used_slave(self):
with dummy_devices(2) as (nic1, nic2):
with Bond(BOND_NAME, slaves=(nic1, nic2)) as bond:
bond.create()
bond.up()
with vlan_device(nic1):
NETBASE = {NETWORK1_NAME: {'bonding': BOND_NAME,
'bridged': True,
'switch': 'legacy',
'vlan': 17}}
with pytest.raises(SetupNetworksError) as err:
with adapter.setupNetworks(NETBASE, {}, NOCHK):
pass
assert err.value.status == ne.ERR_USED_NIC
assert 'already used by' in err.value.msg
bond.destroy()
def test_add_vlan_network_on_existing_external_bond_with_used_slave(
self, adapter, bond0_with_slaves):
bond, (nic0, _) = bond0_with_slaves
with vlan_device(nic0):
NETBASE = {
NETWORK1_NAME: {
'bonding': bond,
'bridged': True,
'switch': 'legacy',
'vlan': 17,
}
}
with pytest.raises(SetupNetworksError) as err:
with adapter.setupNetworks(NETBASE, {}, NOCHK):
pass
assert err.value.status == ne.ERR_USED_NIC
assert 'Nics with multiple usages' in err.value.msg
def test_add_net_on_existing_external_vlanned_bond(self):
ADDRESS1 = '192.168.99.1'
ADDRESS2 = '192.168.99.254'
PREFIX = '29'
with dummy_devices(2) as (nic1, nic2):
with Bond(BOND_NAME, slaves=(nic1, nic2)) as bond:
bond.create()
bond.up()
with vlan_device(bond.master) as vlan:
# Make slaves dirty intentionally and check if they recover
self._set_ip_address('1.1.1.1/29', nic1)
self._set_ip_address('1.1.1.2/29', nic2)
self._set_ip_address(
ADDRESS1 + '/' + PREFIX, bond.master)
self._set_ip_address(
ADDRESS2 + '/' + PREFIX, vlan.devName)
NETBASE = {NETWORK1_NAME: {'bonding': BOND_NAME,
'bridged': True,
'ipaddr': ADDRESS1,
'prefix': PREFIX,
'switch': 'legacy'}}
with adapter.setupNetworks(NETBASE, {}, NOCHK):
adapter.assertNetwork(NETWORK1_NAME,
NETBASE[NETWORK1_NAME])
adapter.assertBond(
BOND_NAME, {'nics': [nic1, nic2],
'switch': 'legacy'
})
nic1_info = adapter.netinfo.nics[nic1]
nic2_info = adapter.netinfo.nics[nic2]
vlan_info = adapter.netinfo.vlans[vlan.devName]
assert nic1_info['ipv4addrs'] == []
assert nic2_info['ipv4addrs'] == []
assert vlan_info['ipv4addrs'] == [
ADDRESS2 + '/' + PREFIX]
adapter.setupNetworks({}, {BOND_NAME: {'remove': True}}, NOCHK)
def test_add_net_on_existing_external_vlanned_bond(self, adapter, nic0,
nic1):
ADDRESS1 = '192.168.99.1'
ADDRESS2 = '192.168.99.254'
PREFIX = '29'
bond = bond_without_remove(slaves=[nic0, nic1])
with vlan_device(bond) as vlan:
# Make slaves dirty intentionally and check if they recover
self._set_ip_address(nic0, '1.1.1.1', PREFIX)
self._set_ip_address(nic1, '1.1.1.2', PREFIX)
self._set_ip_address(bond, ADDRESS1, PREFIX)
self._set_ip_address(vlan, ADDRESS2, PREFIX)
NETBASE = {
NETWORK1_NAME: {
'bonding': bond,
'bridged': True,
'ipaddr': ADDRESS1,
'prefix': PREFIX,
'switch': 'legacy',
}
}
with adapter.setupNetworks(NETBASE, {}, NOCHK):
adapter.assertNetwork(NETWORK1_NAME, NETBASE[NETWORK1_NAME])
adapter.assertBond(bond, {
'nics': [nic0, nic1],
'switch': 'legacy'
})
nic1_info = adapter.netinfo.nics[nic0]
nic2_info = adapter.netinfo.nics[nic1]
vlan_info = adapter.netinfo.vlans[vlan]
assert nic1_info['ipv4addrs'] == []
assert nic2_info['ipv4addrs'] == []
assert vlan_info['ipv4addrs'] == [ADDRESS2 + '/' + PREFIX]
adapter.setupNetworks({}, {bond: {'remove': True}}, NOCHK)
def _vlan_device():
with nettestlib.dummy_device() as nic:
with nettestlib.vlan_device(nic, 101) as vlan:
yield vlan.devName
def vlan16(dummy):
with vlan_device(dummy, tag=16) as vlan:
yield vlan
def vlan0(bond0):
with vlan_device(bond0.master, 27) as vlan:
yield vlan
def test_identify_vlan_base_device(self):
with dummy_device() as nic:
with vlan_device(nic, tag=999):
self.assertTrue(vlan.is_base_device(nic))
def _vlan_device():
with nettestlib.dummy_device() as nic:
with nettestlib.vlan_device(nic, 101) as vlan:
yield vlan.devName
def test_identify_vlan_base_device(self):
with dummy_device() as nic:
with vlan_device(nic, tag=999):
self.assertTrue(vlan.is_base_device(nic))
def test_list_vlans_on_base_device(self):
with dummy_device() as nic:
with vlan_device(nic, tag=999) as vlan_dev:
self.assertEqual([vlan_dev.devName],
list(vlan.get_vlans_on_base_device(nic)))
def vlan17(dummy):
with vlan_device(dummy, tag=17) as vlan:
yield vlan
def vlan17(dummy):
with vlan_device(dummy, VLAN17_TAG) as vlan:
yield vlan
def vlan999(nic0):
with vlan_device(nic0, tag=999) as vlan_dev:
yield vlan_dev
def _vlan_device():
with dummy_device() as nic:
with vlan_device(nic, 101) as vlan:
yield vlan
def vlan0(bond0):
with vlan_device(bond0, 27) as vlan:
yield vlan
