class ListenHTTP(threading.Thread):
def __init__(self):
super(ListenHTTP, self).__init__()
self.assembler = IPReassembler()
def run(self):
print("start of listen HTTP")
s = BlockingSniffer("en0", read_timeout=5000, snapshot_length=65000)
s.filter = "tcp and port 3128"
#s.sniff_and_store(queue)
s.sniff_callback(self.callbackHTTP)
def callbackHTTP(self, sec, usec, caplen, length, mview):
ethernet_pdu = self.assembler.feed(EthernetII.from_buffer(mview))
if ethernet_pdu is not None:
ip = ethernet_pdu.rfind_pdu(IP)
if ip is not None:
#print(ip.src_addr, ip.dst_addr)
raw = ip.rfind_pdu(RAW)
if raw:
#print ("total", raw.size)
if raw.size < 10:
#print('payload', type(ip.ref_inner_pdu()), raw.payload)
pass
class ListenHTTP(threading.Thread):
def __init__(self):
super(ListenHTTP, self).__init__()
self.assembler = IPReassembler()
def run(self):
print("start of listen HTTP")
s = BlockingSniffer("en0", read_timeout=5000, snapshot_length=65000)
s.filter = "tcp and port 3128"
#s.sniff_and_store(queue)
s.sniff_callback(self.callbackHTTP)
def callbackHTTP(self, sec, usec, caplen, length, mview):
ethernet_pdu = self.assembler.feed(EthernetII.from_buffer(mview))
if ethernet_pdu is not None:
ip = ethernet_pdu.rfind_pdu(IP)
if ip is not None:
#print(ip.src_addr, ip.dst_addr)
raw = ip.rfind_pdu(RAW)
if raw:
#print ("total", raw.size)
if raw.size < 10:
#print('payload', type(ip.ref_inner_pdu()), raw.payload)
pass
def __init__(self):
super(ListenHTTP, self).__init__()
self.assembler = IPReassembler()
def __init__(self):
super(ListenHTTP, self).__init__()
self.assembler = IPReassembler()