Ejemplo n.º 1
0
 def start(self):
     # Spawn the thread
     # Pass the Que as last argument so that in case of exception, the
     # daemon can exit gracefully. fixme(padkrish)
     thr_q = utils.EventProcessingThread("VDP_Mgr", self, 'process_queue')
     thr_q.start()
     task_err_proc = utils.PeriodicTask(constants.ERR_PROC_INTERVAL,
                                        self.process_err_queue)
     task_err_proc.run()
     task_uplink = utils.PeriodicTask(constants.UPLINK_DET_INTERVAL,
                                      self.vdp_uplink_proc_top)
     task_uplink.run()
Ejemplo n.º 2
0
    def __init__(self,
                 port_name,
                 phy_uplink,
                 root_helper,
                 is_ncb=True,
                 is_nb=False):
        """Initialize Routine.

        param port_name: Port where LLDP/EVB needs to be cfgd
        param phy_uplink: Physical Interface
        param root_helper: utility to use when running shell cmds.
        param is_ncb: Should LLDP be cfgd on Nearest Customer Bridge
        param is_nb: Should LLDP be cfgd on Nearest Bridge
        """
        # Re-enable this once support becomes available in lldpad.
        # fixme(padkrish)
        # cfg.CONF.register_opts(OPTS)
        self.port_name = port_name
        self.phy_uplink = phy_uplink
        self.is_ncb = is_ncb
        self.is_nb = is_nb
        self.root_helper = root_helper
        self.mutex_lock = sys_utils.lock()
        self.read_vdp_cfg()
        self.vdp_vif_map = {}
        self.oui_vif_map = {}
        self.enable_lldp()
        sync_timeout_val = int(self.vdp_opts['vdp_sync_timeout'])
        vdp_periodic_task = sys_utils.PeriodicTask(sync_timeout_val,
                                                   self._vdp_refrsh_hndlr)
        self.vdp_periodic_task = vdp_periodic_task
        vdp_periodic_task.run()
Ejemplo n.º 3
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 def __init__(self, uplink, integ_br, ext_br, root_helper,
              vdp_vlan_cb, vdp_mode=constants.VDP_SEGMENT_MODE):
     # self.root_helper = 'sudo'
     self.root_helper = root_helper
     self.uplink = uplink
     self.integ_br = integ_br
     self.ext_br = ext_br
     self.vdp_mode = vdp_mode
     self.local_vlan_map = {}
     self.lldpad_info = {}
     self.lldp_local_veth_port = None
     self.lldp_ovs_veth_port = None
     self.ovs_vdp_lock = sys_utils.lock()
     self.phy_peer_port_num = cconstants.INVALID_OFPORT
     self.int_peer_port_num = cconstants.INVALID_OFPORT
     self.int_peer_port = None
     self.phy_peer_port = None
     self.ext_br_obj = None
     self.integ_br_obj = None
     self.vdp_vlan_cb = vdp_vlan_cb
     self.uplink_fail_reason = ""
     self.setup_lldpad = self.setup_lldpad_ports()
     if not self.setup_lldpad:
         return
     flow_check_periodic_task = sys_utils.PeriodicTask(
         cconstants.FLOW_CHECK_INTERVAL, self._flow_check_handler)
     self.flow_check_periodic_task = flow_check_periodic_task
     flow_check_periodic_task.run()
Ejemplo n.º 4
0
    def __init__(self, cb, root_helper, intf_list=None, all_intf=True):
        """Initialization routine, to configure interface.

        Also create the periodic task.
        cb => Callback in case any of the interface TLV changes.
        intf_list => List of interfaces to be LLDP enabled and monitored.
        all_intf => Boolean that signifies if all physical interfaces are to
        be monitored. intf_list will be None, if this variable is True.
        """
        self.pub_lldp = pub_lldp.LldpApi(root_helper)
        self._init_cfg_interfaces(cb, intf_list, all_intf)
        per_task = utils.PeriodicTask(constants.PERIODIC_TASK_INTERVAL,
                                      self.periodic_discovery_task)
        per_task.run()