def time_register(self, _rpc_caller, radar_id, netid):
"""save each node's rtt"""
if radar_id != self.radar_id:
# drop. It isn't a reply to our current bouquet
return
ip = str_to_ip(_rpc_caller.ip)
net_device = _rpc_caller.dev
# this is the rtt
time_elapsed = int((self.xtime.time() - self.bcast_send_time) / 2)
# let's store it in the bcast_arrival_time table
if ip in self.bcast_arrival_time:
if net_device in self.bcast_arrival_time[ip]:
self.bcast_arrival_time[ip][net_device].append(time_elapsed)
else:
self.bcast_arrival_time[ip][net_device] = [time_elapsed]
else:
self.bcast_arrival_time[ip] = {}
self.bcast_arrival_time[ip][net_device] = [time_elapsed]
logging.info("Radar: new IP %s detected", ip_to_str(ip))
self.neigh.netid_table[ip] = netid
def time_register(self, _rpc_caller, radar_id, netid):
"""save each node's rtt"""
if radar_id != self.radar_id:
# drop. It isn't a reply to our current bouquet
return
ip = str_to_ip(_rpc_caller.ip)
net_device = _rpc_caller.dev
# this is the rtt
time_elapsed = int((self.xtime.time() - self.bcast_send_time) / 2)
# let's store it in the bcast_arrival_time table
if ip in self.bcast_arrival_time:
if net_device in self.bcast_arrival_time[ip]:
self.bcast_arrival_time[ip][net_device].append(time_elapsed)
else:
self.bcast_arrival_time[ip][net_device] = [time_elapsed]
else:
self.bcast_arrival_time[ip] = {}
self.bcast_arrival_time[ip][net_device] = [time_elapsed]
logging.info("Radar: new IP %s detected", ip_to_str(ip))
self.neigh.netid_table[ip] = netid
def testStrToIP(self):
''' Test conversion str --> ip '''
self.assertEqual(inet.str_to_ip(self.ps), 16909060)
def testStrToIP(self):
''' Test conversion str --> ip '''
self.assertEqual(inet.str_to_ip(self.ps), 16909060)
def _get_net_node(self, addr):
addr = str_to_ip(addr)
if not self.net.node_is_alive(addr):
raise error, (ENETUNREACH, os.strerror(ENETUNREACH))
return self.net.node_get(addr)