def netinfo(vdsmnets=None, compatibility=None):
# TODO: Version requests by engine to ease handling of compatibility.
_netinfo = netinfo_get(vdsmnets, compatibility)
if _is_ovs_service_running():
try:
ovs_netinfo = ovs_info.get_netinfo()
except ne.OvsDBConnectionError:
_is_ovs_service_running.invalidate()
raise
running_networks = RunningConfig().networks
bridgeless_ovs_nets = [
net
for net, attrs in six.iteritems(running_networks)
if attrs['switch'] == 'ovs' and not attrs['bridged']
]
ovs_info.fake_bridgeless(ovs_netinfo, _netinfo, bridgeless_ovs_nets)
for type, entries in six.iteritems(ovs_netinfo):
_netinfo[type].update(entries)
_set_bond_type_by_usage(_netinfo)
return _netinfo
def netinfo(vdsmnets=None, compatibility=None):
# TODO: Version requests by engine to ease handling of compatibility.
_netinfo = netinfo_get(vdsmnets, compatibility)
if _is_ovs_service_running():
try:
ovs_netinfo = ovs_info.get_netinfo()
except ne.OvsDBConnectionError:
_is_ovs_service_running.invalidate()
raise
running_networks = RunningConfig().networks
bridgeless_ovs_nets = [
net for net, attrs in six.iteritems(running_networks)
if attrs['switch'] == 'ovs' and not attrs['bridged']]
ovs_info.fake_bridgeless(
ovs_netinfo, _netinfo, bridgeless_ovs_nets)
for type, entries in six.iteritems(ovs_netinfo):
_netinfo[type].update(entries)
_set_bond_type_by_usage(_netinfo)
return _netinfo
def test_ovs_netinfo(self):
obtained_netinfo = info.get_netinfo()
self.assertEqual(obtained_netinfo, self.TEST_OVS_NETINFO)
