def pktH(pkt):
if pkt.haslayer(Dot11ProbeReq):
if len(pkt) > 0:
testcase = pkt.addr2 + '---' + pkt.info
if testcase not in clientprobes:
# add this to the table and the database
clientprobes.add(testcase)
print "New Client Probe: " + pkt.addr2 + ' ' + pkt.info
[clientmac, ssid] = testcase.split('---')
counter = 1
if len(ssid) > 0:
db.execute(
"INSERT OR IGNORE INTO clientprobes(clientmac, ssid, location) VALUES(?,?,?)",
(clientmac, ssid, location))
db.commit()
print colours.greentxt(
"\n---------------- Client Probes ----------------\n")
for probe in clientprobes:
[clientmac, ssid] = probe.split('---')
if counter < 10:
print colours.redtxt(
str(counter)) + ' : ' + colours.bluetxt(
clientmac) + ' --> ' + colours.yellowtxt(ssid)
else:
print colours.redtxt(
str(counter)) + ' : ' + colours.bluetxt(
clientmac) + ' --> ' + colours.yellowtxt(ssid)
counter = counter + 1
print colours.greentxt(
"\n-----------------------------------------------\n")
def pktH(pkt):
if pkt.haslayer(Dot11ProbeReq):
if len(pkt) > 0:
testcase = pkt.addr2 + '---' + pkt.info
if testcase not in clientprobes:
# add this to the table and the database
clientprobes.add(testcase)
print "New Client Probe: " + pkt.addr2 + ' ' + pkt.info
[clientmac, ssid] = testcase.split('---')
counter = 1
if len(ssid) > 0:
db.execute("INSERT OR IGNORE INTO clientprobes(clientmac, ssid, location) VALUES(?,?,?)", (clientmac, ssid, location))
db.commit()
print colours.greentxt("\n---------------- Client Probes ----------------\n")
for probe in clientprobes:
[clientmac, ssid] = probe.split('---')
if counter < 10 :
print colours.redtxt(str(counter)) + ' : ' + colours.bluetxt(clientmac) + ' --> ' + colours.yellowtxt(ssid)
else:
print colours.redtxt(str(counter)) + ' : ' + colours.bluetxt(clientmac) + ' --> ' + colours.yellowtxt(ssid)
counter = counter + 1
print colours.greentxt("\n-----------------------------------------------\n")
str(counter)) + ' : ' + colours.bluetxt(
clientmac) + ' --> ' + colours.yellowtxt(ssid)
else:
print colours.redtxt(
str(counter)) + ' : ' + colours.bluetxt(
clientmac) + ' --> ' + colours.yellowtxt(ssid)
counter = counter + 1
print colours.greentxt(
"\n-----------------------------------------------\n")
total = len(sys.argv)
if total < 3:
print banner()
print "[!] Usage : ./wifichomp.py <interface> <count>"
print "[?] Example : ./wifichomp.py mon0 10000\n"
else:
clientprobes = set()
location = raw_input(colours.greentxt("Enter the location : "))
db = sqlite3.connect('client_probes.db')
# creates set to keep track of duplicates
print colours.bluetxt("Setting up DB structure")
setupdb()
loc = location.upper()
print banner()
print colours.yellowtxt("Starting Sniffing at the location : " +
colours.redtxt(loc))
sniff(iface=sys.argv[1], count=sys.argv[2], prn=pktH)
db.close()
print colours.greentxt("\n---------------- Client Probes ----------------\n")
for probe in clientprobes:
[clientmac, ssid] = probe.split('---')
if counter < 10 :
print colours.redtxt(str(counter)) + ' : ' + colours.bluetxt(clientmac) + ' --> ' + colours.yellowtxt(ssid)
else:
print colours.redtxt(str(counter)) + ' : ' + colours.bluetxt(clientmac) + ' --> ' + colours.yellowtxt(ssid)
counter = counter + 1
print colours.greentxt("\n-----------------------------------------------\n")
total = len(sys.argv)
if total < 3:
print banner()
print "[!] Usage : ./wifichomp.py <interface> <count>"
print "[?] Example : ./wifichomp.py mon0 10000\n"
else:
clientprobes = set()
location = raw_input(colours.greentxt("Enter the location : "))
db = sqlite3.connect('client_probes.db')
# creates set to keep track of duplicates
print colours.bluetxt("Setting up DB structure")
setupdb()
loc = location.upper()
print banner()
print colours.yellowtxt("Starting Sniffing at the location : " + colours.redtxt(loc))
sniff(iface=sys.argv[1], count=sys.argv[2], prn = pktH)
db.close()
#!/usr/bin/python
# Testing colours file
import colours
print colours.redtxt("This is me printing in Red")
print colours.greentxt("This is me printing in Green")
for num in range(5):
num = colours.bluetxt(str(num))
print "This is me printing %s inside the loop as a pre-coloured variable" %num
print "This is me chaining the colours with nesting :" + colours.redtxt("This is a Red block with a " + colours.yellowtxt("Yellow ") + "block inside.")