def __get_network_id(self, ip):
networks = self.info['networks']
subnet = get_subnet(ip)
for net in networks.keys():
if re.search(subnet, networks[net]['ip']):
return net
return None
def __get_network_id (self, ip):
networks = self.info['networks']
subnet = get_subnet(ip)
for net in networks.keys():
if re.search(subnet, networks[net]['ip']):
return net
return None
def get_vm_qrouters(info, vm):
vms = info['vms']
if not vms.has_key(vm):
return 'unknown'
# Get IP of any of the VM's interfaces
for ip in vms[vm]['interfaces'].keys():
break
routers = []
subnet = get_subnet(ip)
namespaces = info['namespaces']
for nms in namespaces.keys():
if re.search('^qrouter-', nms):
if not namespaces[nms].has_key('interfaces'):
continue
for intf in namespaces[nms]['interfaces'].keys():
ip = namespaces[nms]['interfaces'][intf]
if re.search(subnet, ip):
routers.append(nms)
return routers
def get_vm_qrouters (info, vm):
vms = info['vms']
if not vms.has_key(vm):
return 'unknown'
# Get IP of any of the VM's interfaces
for ip in vms[vm]['interfaces'].keys():
break
routers = []
subnet = get_subnet(ip)
namespaces = info['namespaces']
for nms in namespaces.keys():
if re.search('^qrouter-', nms):
if not namespaces[nms].has_key('interfaces'):
continue
for intf in namespaces[nms]['interfaces'].keys():
ip = namespaces[nms]['interfaces'][intf]
if re.search(subnet, ip):
routers.append(nms)
return routers