def run(self):
Thread.__init__(self)
def getInterface(expression):
ifs = findalldevs()
input = int(
expression) # turns into an integer for the function to accept
return ifs[input] # returns the inputted interface
def recv_pkts(hdr, data):
try:
currentInt = getInterface(self.expression)
if str(parser.learn_mode) == str(False):
eth = EthDecoder().decode(data)
ethChild = eth.child()
ethChild2 = ethChild.child()
if ethChild2.get_type() == 134:
parser.sniffSlaac(data, currentInt)
elif ethChild2.get_type() == 135:
parser.sniffSlaac(data, currentInt)
elif ethChild2.get_type() == 136:
parser.sniffSlaac(data, currentInt)
elif str(parser.learn_mode) == str(True):
parser.activateLearningMode(data)
except:
pass
pcapy.findalldevs()
max_bytes = 1024
promiscuous = False
read_timeout = 100
parser = DataParse.Dataparse(self.mode)
pc = pcapy.open_live(getInterface(self.expression), max_bytes,
promiscuous, read_timeout)
pc.setfilter('icmp6')
while self.isRunning is True:
pc.loop(1,
recv_pkts) # capture packets while the thread is running
def run(self):
Thread.__init__(self)
def getInterface(expression):
ifs = findalldevs()
if 0 == len(ifs):
print "You don't have enough permissions to open any interface on this system."
sys.exit(1)
# Only one interface available, use it.
elif 1 == len(ifs):
print 'Only one interface present, defaulting to it.'
return ifs[0]
input = int(
expression) # turns into an integer for the function to accept
return ifs[input] # returns the inputted interface
def recv_pkts(hdr, data):
try:
currentInt = getInterface(self.expression)
#print "parser.mode is "+ str(parser.learn_mode)
if str(parser.learn_mode) == str(False):
eth = EthDecoder().decode(data)
ethChild = eth.child()
ethChild2 = ethChild.child()
if ethChild2.get_type() == 134:
# ------------Time Start------------
#test_open = open("../TestFiles/realtime_test1_sniff", 'a')
#test_start = datetime.now()
#sum = Decimal(test_start.strftime(("%s"))) + Decimal(test_start.strftime(("%f"))) / 1000000
#test_open.write(str(sum))
#test_open.write('\n')
#test_open.close()
# -----------------------------------
parser.sniffSlaac(data, currentInt)
# ------------Time Start------------
#test_open = open("../TestFiles/realtime_test1_detect", 'a')
#test_start = datetime.now()
#sum = Decimal(test_start.strftime(("%s"))) + Decimal(test_start.strftime(("%f"))) / 1000000
#test_open.write(str(sum))
#test_open.write('\n')
#test_open.close()
# -----------------------------------
# print "Hello"
elif ethChild2.get_type() == 135:
# ------------Time Start------------
#test_open = open("../TestFiles/realtime_test1_sniff", 'a')
#test_start = datetime.now()
#sum = Decimal(test_start.strftime(("%s"))) + Decimal(test_start.strftime(("%f"))) / 1000000
#test_open.write(str(sum))
#test_open.write('\n')
#test_open.close()
# -----------------------------------
parser.sniffSlaac(data, currentInt)
#------------Time Start------------
#test_open = open("../TestFiles/realtime_test1_detect", 'a')
#test_start = datetime.now()
#sum = Decimal(test_start.strftime(("%s"))) + Decimal(test_start.strftime(("%f"))) / 1000000
#test_open.write(str(sum))
#test_open.write('\n')
#test_open.close()
# -----------------------------------
#print "Hello"
elif ethChild2.get_type() == 136:
# ------------Time Start------------
#test_open = open("../TestFiles/realtime_test1_sniff", 'a')
#test_start = datetime.now()
#sum = Decimal(test_start.strftime(("%s"))) + Decimal(test_start.strftime(("%f"))) / 1000000
#test_open.write(str(sum))
#test_open.write('\n')
#test_open.close()
# ----------0-------------------------
parser.sniffSlaac(data, currentInt)
#------------Time Start------------
#test_open = open("../TestFiles/realtime_test1_detect", 'a')
#test_start = datetime.now()
#sum = Decimal(test_start.strftime(("%s"))) + Decimal(test_start.strftime(("%f"))) / 1000000
#test_open.write(str(sum))
#test_open.write('\n')
#test_open.close()
# -----------------------------------
#print "Hello"
elif str(parser.learn_mode) == str(True):
#print "activating learning mode"
parser.activateLearningMode(data)
except:
x = 1
print "error"
pcapy.findalldevs()
max_bytes = 1024
promiscuous = False
read_timeout = 100 # in milliseconds
#print "self.mode " + str(self.mode)
parser = DataParse.Dataparse(self.mode)
# callback for received packets
#print "---------------"
#print self.expression
pc = pcapy.open_live(getInterface(self.expression), max_bytes,
promiscuous, read_timeout)
pc.setfilter('icmp6')
# list all the network devices
while self.isRunning is True:
pc.loop(1,
recv_pkts) # capture packets while the thread is running
