def action(networkid):
from CloudscalerLibcloud.utils.libvirtutil import LibvirtUtil
connection = LibvirtUtil()
networks = connection.connection.listNetworks()
from JumpScale.lib import ovsnetconfig
vxnet = j.system.ovsnetconfig.ensureVXNet(networkid, 'vxbackend')
bridgename = vxnet.bridge.name
networkinformation = {'networkname': bridgename}
if bridgename not in networks:
#create the bridge if it does not exist
connection.createNetwork(bridgename, bridgename)
return networkinformation
def action(vlan):
from CloudscalerLibcloud.utils.libvirtutil import LibvirtUtil
connection = LibvirtUtil()
if vlan is None or vlan == 0:
bridgename = 'public'
else:
bridgename = 'ext-%04x' % vlan
nics = j.system.net.getNics()
if bridgename not in nics:
extbridge = 'ext-bridge'
if extbridge not in nics:
extbridge = 'backplane1'
j.system.ovsnetconfig.newVlanBridge(bridgename, extbridge, vlan)
if not connection.checkNetwork(bridgename):
connection.createNetwork(bridgename, bridgename)
return bridgename
def action(name, networkId):
networkname = 'space_%s' % networkId
from CloudscalerLibcloud.utils.libvirtutil import LibvirtUtil
connection = LibvirtUtil()
networks = connection.connection.listNetworks()
if networkname not in networks:
#create the bridge if it does not exist
from JumpScale.lib import ovsnetconfig
vxnet = j.system.ovsnetconfig.ensureVXNet(networkId, 'vxbackend')
bridgename = vxnet.bridge.name
connection.createNetwork(networkname, bridgename)
import libvirt
con = libvirt.open()
try:
dom = con.lookupByName(name)
state = dom.state()[0]
if state != libvirt.VIR_DOMAIN_RUNNING:
dom.create()
finally:
con.close()