You might provide wth significant part
of the code you have written.
Colin W.
oops. guess that's important, here's part of it
#Get local node network view data from RIB using SNMP over Ethernet
mynodeID = snmpget(RIB_HOST, MYNODE_ID)
# print '[netge module] MYnode ID =',mynodeID
netdict = snmpwalk(RIB_HOST,MIB_BASE)
netdict[MYNODE_ID] = mynodeID
print '[netge module] MyNode ID = ',netdict[MYNODE_ID]
sorted_keys = sorted(netdict)
# for key in sorted_keys: print '%s\t\t%s' % (key,netdict[key])
for c in netdict[NODE_LIST][1:]: print '[netge module] NbrNode
%d'% ord(c)
#Create heart beat data packet for multicast xfer
# gpsdata.append(time.ctime())
print '[netge module] mynode location =
',netdict[MYNODE_LOCATION]
# netdict[MYNODE_LOCATION] = ' '.join(gpsdata)
netdict[MYNODE_LOCATION] = gpsdata
print '[netge module] mynode location =
',netdict[MYNODE_LOCATION]
heartbeat = ' '.join(netdict[MYNODE_LOCATION])
print '[netge module] heartbeat=',heartbeat
#Send mulitcast heart beat packet of local node view of
network
sock.sendto(heartbeat,(MULTICAST_IP_ADDR, MULTICAST_PORT))
print '[netge module] multicast send'
#Receive mulitcast heart beat data
#ReceiveHB()
print '[netge module] multicast receive=',sock.recv(1024)
#Create KMZ file for local node view of network
# CreateKMZfile(netdict)
node = []
latitude = []
longitude = []
altitude = []
kml_nodes = ''
kml_links = ''
MAX_NUM = int(netdict[NUMBEROFNODES])
# MAX_NUM = len(netdict[NODE_LIST])
# print MAX_NUM