def pingIPSort(listIPs, myCount=1):
# Setup dictionaries
#
pingResult = {}
invalidIPs = []
sortedIPs = {}
# We now have a list of IPs. We sort them by fastest ping
#
for destIP in listIPs:
# We now have a list of IPs. We sort them by fastest ping
#
avgTime = ping.quiet_ping(destIP, count=myCount)
# Check to see if quient_ping return valid results
#
if (isinstance(avgTime, bool) == True) or avgTime[2] == 0:
invalidIPs.append(destIP)
# We skip adding this IP to the dictionary
#
continue
# We add the avgTime to a list containing average IPs
#
pingResult[destIP] = avgTime[2]
# Compute the sorted dictionary if we have valid IPs
#
sortedIPs = OrderedDict(sorted(pingResult.items()))
return list(sortedIPs.keys()), str(invalidIPs)
def pingOne(destIP, myCount=1):
# Ping the machine passed
#
avgTime = ping.quiet_ping(destIP, count=myCount)
# Check to see if quient_ping return valid results
#
if (isinstance(avgTime, bool) == True) or avgTime[2] == 0:
return None
# If we have a valid IP then return it
#
return avgTime[2]
def packetloss(server):
return ping.quiet_ping(server, count=config.ping_count(), timeout=config.ping_timeout())[0]
