def each(pid, el, res):
abuf = base64.b64decode(res['abuf'])
rr = dnslib.DNSRecord.parse(abuf)
if len(rr.rr) < 2 or not rr.rr[1].rdata: return fail()
ip = str(rr.rr[1].rdata)
asn, name = libgeoip.lookup(ip)
return "%.1f,%s,%d,%s" % (res['rt'], common.safe(ip), asn, name)
def each(pid, el, res):
abuf = base64.b64decode(res['abuf'])
rr = dnslib.DNSRecord.parse(abuf)
if len(rr.rr) < 1 or not rr.rr[0].rdata: return fail()
j = json.loads(str(rr.rr[0].rdata)[1:-1])
ip = j['ip']
asn, name = libgeoip.lookup(ip)
return "%.1f,%s,%d,%s" % (res['rt'], ip, asn, name)
def each(pid, el, res):
abuf = base64.b64decode(res['abuf'])
rr = dnslib.DNSRecord.parse(abuf)
ip = str(rr.a.rdata)
asn, name = libgeoip.lookup(ip)
return "%.1f,%d,%d,%d,%s,%d,%s" % (res['rt'], res['size'],
rr.header.bitmap, rr.header.rcode,
common.safe(ip), asn, name)
def each(pid, el, res):
# for tracking
hops = []
aspath = []
hopcount = 0
lastx = False
# go through all hops
for hop in res:
if "result" not in hop: continue
# find the min rtt hop details
mrtt = -1.0
mip = None
for mes in hop["result"]:
if "rtt" not in mes:
if mrtt >= 0.0: continue
if "from" in mes:
mip = mes["from"]
else:
mip = "*"
elif mrtt < 0 or mes["rtt"] < mrtt:
mrtt = mes["rtt"]
mip = mes["from"]
# not found? go to next hop
if not mip: continue
# * again?
if mip == "*":
if lastx: continue
lastx = True
# private addr?
if mip.startswith(private_ips): continue
# add to hops[]
hops.append((mrtt, mip))
# convert hops to aspath
last_org = "?"
last_rtt = -1
for hop in hops:
rtt, ip = hop
if ip == "*": continue
asn, name = libgeoip.lookup(ip)
# add?
if last_org != name:
aspath.append((rtt, ip, asn, name))
last_org = name
last_rtt = rtt
elif name != "?" and last_rtt < rtt:
aspath.pop()
aspath.append((rtt, ip, asn, name))
last_rtt = rtt
# hop count
if len(hops) == 0:
hopcount = -1
elif hops[-1][1] == "*":
hopcount = -1
else:
hopcount = len(hops)
# aspath len
if len(aspath) == 0:
aslen = -1
elif aspath[-1][2] == -1:
aslen = -1
else:
aslen = len(aspath)
# last known asnum, name, and rtt
ntl_rtt, ntl_ip, ntl_asn, ntl_name = -1, "", -1, "?"
for i in range(2, len(aspath) + 1):
ntl_rtt, ntl_ip, ntl_asn, ntl_name = aspath[-i]
if ntl_asn != -1: break
return "%d,%d,%.1f,%d,%s" % (hopcount, aslen, ntl_rtt, ntl_asn, ntl_name)
def each(pid, el, res): ip = el["from"] if "from" in el else "?" asn, name = libgeoip.lookup(ip) return "%.1f,%s,%d,%s" % (el["min"], ip, asn, name)