vsctl_argv += ['# add physical device %s' % iface]
vsctl_argv += ['--', '--may-exist', 'add-port', bridge, iface]
+ vsctl_argv += set_br_external_ids(pif)
return vsctl_argv,extra_up_ports
def deconfigure_datapath(pif):
return vsctl_argv
+def set_br_external_ids(pif):
+ xs_network_uuids = []
+ for nwpif in db().get_pifs_by_device(db().get_pif_record(pif)['device']):
+ rec = db().get_pif_record(nwpif)
+
+ # When state is read from dbcache PIF.currently_attached
+ # is always assumed to be false... Err on the side of
+ # listing even detached networks for the time being.
+ #if nwpif != pif and not rec['currently_attached']:
+ # log("Network PIF %s not currently attached (%s)" % (rec['uuid'],pifrec['uuid']))
+ # continue
+ nwrec = db().get_network_record(rec['network'])
+ xs_network_uuids += [nwrec['uuid']]
+
+ vsctl_argv = []
+ vsctl_argv += ['# configure xs-network-uuids']
+ vsctl_argv += ['--', 'br-set-external-id', pif_bridge_name(pif),
+ 'xs-network-uuids', ';'.join(xs_network_uuids)]
+ return vsctl_argv
+
#
#
#
# Stack a VLAN bridge on top of it.
vsctl_argv += ['--', '--may-exist', 'add-br',
bridge, pif_bridge_name(self._dp), pifrec['VLAN']]
- xs_network_uuids = []
- for nwpif in db().get_pifs_by_device(db().get_pif_record(self._pif)['device']):
- rec = db().get_pif_record(nwpif)
-
- # When state is read from dbcache PIF.currently_attached
- # is always assumed to be false... Err on the side of
- # listing even detached networks for the time being.
- #if nwpif != pif and not rec['currently_attached']:
- # log("Network PIF %s not currently attached (%s)" % (rec['uuid'],pifrec['uuid']))
- # continue
- nwrec = db().get_network_record(rec['network'])
- xs_network_uuids += [nwrec['uuid']]
-
- vsctl_argv += ['# configure xs-network-uuids']
- vsctl_argv += ['--', 'br-set-external-id', bridge,
- 'xs-network-uuids', ';'.join(xs_network_uuids)]
+
+ vsctl_argv += set_br_external_ids(self._pif)
if ipdev != bridge:
vsctl_argv += ["# deconfigure ipdev %s" % ipdev]