def up(self):
try:
card = pyw.getcard(self.iface)
except:
wpa(self.wiface, 'p2p_group_add', 'persistent=0')
self.iface = self.get_iface()
self.password = wpa(self.iface, 'p2p_get_passphrase')
card = pyw.getcard(self.iface)
pyw.inetset(card, self.ip)
copyfile('/etc/dnsmasq.conf', '/tmp/dnsmasq-bk.conf')
self.save()
sysctrl('restart', 'dnsmasq.service')
def up(self):
try:
card = pyw.getcard(self.iface)
except:
wpa(self.wiface, 'p2p_group_add', 'persistent=0')
self.iface = self.get_iface()
self.password = wpa(self.iface, 'p2p_get_passphrase')
card = pyw.getcard(self.iface)
pyw.inetset(card, self.ip)
copyfile('/etc/dnsmasq.conf', '/tmp/dnsmasq-bk.conf')
self.save()
sysctrl('restart', 'dnsmasq.service')
def parse_channel(self, channel):
five_ghz = [
36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 132, 136,
140, 149, 153, 157, 161, 165
]
if channel == None:
self.channel = None
return
elif 0 < int(channel) < 12:
print(c.OKGREEN + " [+] " + c.WHITE + "Channel in range: 2GHz")
self.frequency = "2GHz"
if self.frequency in pyw.phyinfo(pyw.getcard(
self.interface))['bands'].keys():
print(c.OKGREEN + " [+] " + c.WHITE +
"Valid Channel selected.")
self.channel = channel
return
else:
print(c.FAIL + " [-] " + c.WHITE +
" Invalid Channel selected.")
exit(0)
elif int(channel) in five_ghz:
print(" [+] Channel in range: 5GHz")
self.frequency = "5GHz"
if self.frequency in pyw.phyinfo(pyw.getcard(
self.interface))['bands'].keys():
print(c.OKGREEN + " [+] " + c.WHITE +
"Valid Channel selected.")
self.channel = channel
return
else:
print(c.FAIL + " [-] " + c.WHITE +
" Invalid Channel selected.")
exit(0)
else:
print(c.FAIL + " [-] " + c.WHITE +
" Channel is invalid in either frequency")
exit(0)
return
def _wifi_scanner(self):
# reset the known access points
self.access_points = []
# walk through all known wireless interfaces to get complete coverage
for interface in self.wireless_interfaces:
# create a card instance to work with
card = pyw.getcard(interface)
# check if the card is still valid
if pyw.validcard(card):
# skip the card if it is hard blocked
if pyw.isblocked(card)[1]:
continue
else:
# try to unblock a softblock, put the card up and disable the powersave mode
try:
pyw.unblock(card)
pyw.up(card)
pyw.pwrsaveset(card, False)
except:
# ignore failures
pass
# start scanning
wifi_scanner = get_scanner(interface)
# extend the access point list
self.access_points.extend(wifi_scanner.get_access_points())
# the first scan has been completed
self.first_scan_complete = True
def _get_my_ifaces(self):
myWInterfaces = []
for ifName in pyw.winterfaces():
card = pyw.getcard(ifName)
if card.phy == self.phyIndex:
myWInterfaces.append(ifName)
return myWInterfaces
def deauth(packets, channel, ap_bssid, client_bssid, iface):
""" Sends deauth packets to the AP
Arguments:
packets -- no of deauth packets to send.
channel -- channel on which to send the packets.
ap_bssid -- bssid of the AP .
client_bssid -- bssid of the client.
iface -- interface to be used.
"""
# change channel.
mon = pyw.getcard(str(iface))
pyw.chset(mon, channel, None)
# disconnect client from the ap.
if client_bssid:
# disconnects the given client from the ap.
aireplay_deauth = sb.call([
"aireplay-ng", "--deauth",
str(packets), "-a", ap_bssid, "-c", client_bssid, iface
],
stdout=DN,
stderr=DN)
else:
# disconnects all clients from the ap.
aireplay_deauth = sb.call([
"aireplay-ng", "--deauth",
str(packets), "-a", ap_bssid, iface
],
stdout=DN,
stderr=DN)
def start(self, args):
"""
Start the network manager
:param self: A NetworkManager object
:type self: NetworkManager
:param args: An argparse.Namespace object
:type args: argparse.Namespace
:return: None
:rtype: None
"""
# populate our dictionary with all the available interfaces on the system
for interface in pyw.interfaces():
try:
card = pyw.getcard(interface)
mac_address = pyw.macget(card)
adapter = NetworkAdapter(interface, card, mac_address)
self._name_to_object[interface] = adapter
interface_property_detector(adapter)
# ignore devices that are not supported(93) and no such device(19)
except pyric.error as error:
if error.args[0] in (93, 19):
pass
elif interface == args.internetinterface:
return False
else:
raise error
def rename_interface(orig_interface_name):
"""
Changes the name of the interface to its mac address
:param orig_interface_name: The interface that you want to rename
"""
if pyw.isinterface(orig_interface_name):
wifi_card = pyw.getcard(orig_interface_name)
pyw.down(wifi_card)
new_name = pyw.macget(wifi_card).replace(':', '')
print(f"\trenaming {orig_interface_name} to {new_name}")
subprocess.run(['ip link set ' + orig_interface_name + ' name ' + new_name], shell=True)
wifi_card = pyw.getcard(new_name)
pyw.up(wifi_card)
else:
print("Error: Interface " + str(orig_interface_name) + " does not exist. Cannot rename")
def _parse_connected_clients(self, interface):
try:
if not pyw.modeget(pyw.getcard(interface)) == 'AP':
print "[-] '{}' is not on AP mode".format(interface)
return False
except Exception:
return False
client_dump = check_output("iw dev {} station dump".format(interface).split()).split('Station')
client_dump = [ map(str.strip, client.split("\n")) for client in client_dump if interface in client ]
temp_clients = []
# At this point a client is a list of arguments to be parsed
for client in client_dump:
client_mac = client[0].split()[0].strip()
client_name, client_ip = self._get_ip_from_mac(interface, client_mac)
inactivity_time = client[1].split(":")[1].strip()
rx_packets = client[3].split(":")[1].strip()
tx_packets = client[5].split(":")[1].strip()
signal = client[8].split(":")[1].strip()
tx_bitrate = client[10].split(":")[1].strip()
rx_bitrate = client[11].split(":")[1].strip()
id = len(temp_clients)
client = Client(id, client_name, client_mac, client_ip, inactivity_time,
rx_packets, tx_packets, rx_bitrate, tx_bitrate, signal)
if client not in self.connected_clients:
print "[+] New connected client with -> ip: {ip}, mac: {mac} ({vendor})".format(ip=client_ip,
mac=client_mac,
vendor=client.vendor)
temp_clients.append(client)
self.connected_clients = temp_clients
return True
def hopper(self):
interface = pyw.getcard(self.mface)
timeout = 1.0
if self.mfreq == 2:
__FREQS__ = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
elif self.mfreq == 5:
__FREQS__ = [
36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 132,
136, 140, 149, 153, 157, 161, 165
]
while True:
if not self.mfilter_channel:
channel = choice(__FREQS__)
pyw.chset(interface, channel, None)
self.mchannel = channel
else:
channel = self.mfilter_channel
pyw.chset(interface, channel, None)
self.mchannel = self.mfilter_channel
break
while timeout < 3:
timeout += .05
sleep(timeout)
return
def getInfo(card_name):
""" Returns the dict containing info regarding the wireless card.
Dict : {name, channel, ipv4, mac, status}
Arguments :
card_name -- name of the wireless card
"""
c = pyw.getcard(card_name)
channel = Wireless.getChannel(card_name)
status = ""
if pyw.isup(c):
status = "up"
else:
status = "down"
# one of this function disables during root so autload whichever available.
ipv4 = None
if "inetget" in dir(pyw):
ipv4 = pyw.inetget(c)[0]
elif "ifaddrget" in dir(pyw):
ipv4 = pyw.ifaddrget(c)[0]
mac = pyw.macget(c)
return {
"name": str(card_name),
"channel": str(channel),
"ipv4": str(ipv4),
"mac": str(mac),
"status": str(status)
}
def mode_command(interface, mode):
card = pyw.getcard(interface)
newcard = None
if mode == "monitor":
if pyw.modeget(card) == "monitor":
sys.exit(
f"{Fore.YELLOW}Card is already in monitor mode{Style.RESET_ALL}"
)
newcard = pyw.devset(card, get_next_name() + "mon")
pyw.modeset(newcard, "monitor")
pyw.up(newcard)
else:
if pyw.modeget(card) == "managed":
sys.exit(
f"{Fore.YELLOW}Card is already in managed mode{Style.RESET_ALL}"
)
newcard = pyw.devset(card, card.dev[:-3])
pyw.modeset(newcard, "managed")
pyw.up(newcard)
print(
f"{Fore.GREEN}New interface created: {Style.RESET_ALL}{newcard.dev} - {pyw.modeget(newcard)}"
)
return newcard
def listInterfaces(mode="managed", prefix_str="", postfix_str=""):
""" Returns the list of wireless interface.
Arguments :
mode -- list only those interfaces which have the given mode(default:manage)
prefix_str -- list only those interfaces which starts with the following prefix.
postfix_str -- list only those interfaces which ends with the following prefix.
"""
# check if its a wireless interface
wifaces = pyw.winterfaces()
# list to store the result
result = []
# iterate through all interfaces
for wi in wifaces:
# create there card object
w_card = pyw.getcard(wi)
# check modes and prefix if specifed
if (mode in pyw.devmodes(w_card)) and (w_card.dev.startswith(
prefix_str)) and w_card.dev.endswith(postfix_str):
result.append(wi)
# return a list of strings containing the names of the interfaces.
return result
def updatesourceinfo(win,iws,c):
"""
writes current state to info window
:param win: the info window
:param iws: the info window output dict should at minimum the keys
'dev','Driver','Mode','MAC','Manuf','Connected',
:param c: the current config should be in the form
config = {'SSID':None, 'dev':None, 'connect':None}
"""
# set defaults then check the conf dict for a device
dev = c['dev'] if c['dev'] else '-'*_DEVLEN_
driver = mode = manuf = '-'*_FIXLEN_
hwaddr = '-'*_MACLEN_
conn = '-'
color = CPS[WHITE]
if c['dev']:
try:
card = pyw.getcard(dev)
ifinfo = pyw.ifinfo(card)
driver = ifinfo['driver'][:_FIXLEN_] # trim excess
hwaddr = ifinfo['hwaddr'].upper()
manuf = ifinfo['manufacturer'][:_FIXLEN_] # trim excess
mode = pyw.modeget(card)
conn = 'Y' if pyw.isconnected(card) else 'N'
color = CPS[GREEN]
except pyric.error as _e:
raise error("ERRNO {0}. {1}".format(_e.errno,_e.strerror))
win.addstr(iws['dev'][0],iws['dev'][1],dev,color)
win.addstr(iws['Driver'][0],iws['Driver'][1],driver,color)
win.addstr(iws['Mode'][0],iws['Mode'][1],mode,color)
win.addstr(iws['MAC'][0],iws['MAC'][1],hwaddr,color)
win.addstr(iws['Manuf'][0],iws['Manuf'][1],manuf,color)
win.addstr(iws['Connected'][0],iws['Connected'][1],conn,color)
def __init__(
self,
interface : str,
frequencies : list = [2],
channels : list = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13] + FIVEHERTZ
):
if not root():
raise OSError(f"User must be root to use this functionality")
if interface not in [x for x in pyw.winterfaces() if pyw.modeget(x) == "monitor"]:
raise ValueError(f"Invalid interface: {interface}")
self.logger = logging.getLogger(__name__)
logging.basicConfig(level=logging.ERROR,
format='%(name)-12s:%(levelname)-8s | %(funcName)-12s:%(lineno)-4d | %(message)s')
self.interface = pyw.getcard(interface)
self.channels = []
if 2 in frequencies:
[self.channels.append(x) for x in channels if x in range(12)]
if 5 in frequencies:
[self.channels.append(x) for x in channels if x in FIVEHERTZ]
def setup_card(interface_name, frequency, data_rate=2):
print("Settings up " + interface_name)
wifi_card = pyw.getcard(interface_name)
driver_name = iwhw.ifdriver(interface_name)
if driver_name in EXPERIMENTAL_DRIVERS:
print("Warning: Using WiFi adapter with experimental support!")
print("Setting " + wifi_card.dev + " " + driver_name + " " + str(frequency) + " MHz" +
" bitrate: " + get_bit_rate(data_rate) + " Mbps")
if not pyw.isup(wifi_card):
print("\tup...")
pyw.up(wifi_card)
if is_atheros_card(driver_name):
# for all other cards the transmission rate is set via the radiotap header
set_bitrate(interface_name, data_rate)
if pyw.isup(wifi_card):
print("\tdown...")
pyw.down(wifi_card)
print("\tmonitor...")
pyw.modeset(wifi_card, 'monitor')
if is_realtek_card(driver_name):
# Other cards power settings are set via e.g. 'txpower_atheros 58' or 'txpower_ralink 0' (defaults)
pyw.txset(wifi_card, 'fixed', 3000)
if not pyw.isup(wifi_card):
print("\tup...")
pyw.up(wifi_card)
print("\tfrequency...")
pyw.freqset(wifi_card, frequency)
print("\tMTU...")
if is_realtek_card(driver_name):
subprocess.run(['ip link set dev ' + interface_name + ' mtu 1500'], shell=True)
else:
subprocess.run(['ip link set dev ' + interface_name + ' mtu 2304'], shell=True)
pyw.regset('DE') # to allow channel 12 and 13 for hotspot
rename_interface(interface_name)
def __init__(self, name):
"""
Setup the class with all the given arguments.
:param self: A NetworkAdapter object
:param name: Name of the interface
:type self: NetworkAdapter
:type name: str
:return: None
:rtype: None
.. note: the availability of monitor mode and AP mode is set to False
by default
"""
# Setup the fields
self._name = name
self._support_ap_mode = False
self._support_monitor_mode = False
self.being_used = False
# Set monitor and AP mode if card supports it
card = pyw.getcard(name)
modes = pyw.devmodes(card)
if "monitor" in modes:
self._support_monitor_mode = True
if "AP" in modes:
self._support_ap_mode = True
def __init__(self, file_prefix='capture'):
self.orig_dir = os.getcwd()
self.dest_dir = state.PCAP_DIR
self.cracked = state.CRACKED_FILE
self.hs_dir = os.path.join(*[self.dest_dir, 'hs'])
if not os.path.isdir(self.dest_dir):
LOG.warn("path {} not detected, creating!".format(self.dest_dir))
os.mkdir(self.dest_dir)
self.file_prefix = os.path.join(*[self.dest_dir, file_prefix])
self.state = STATE
self.adapter = self.state.scan_adapter.encode('ascii')
self.mon_adapter = None
self.card = pyw.getcard(self.adapter)
self.phy = self.card.phy
self.bssid = self.state.bssid
wordlist = self.state.wordlist
if not os.path.exists(wordlist):
raise IOError("Could not find file: {}".format(wordlist))
self.wordlist = os.path.abspath(wordlist)
self.channel = STATE.channel
self.args = {
'bssid': self.bssid,
'adapter': self.adapter,
'channel': self.channel if self.channel else '',
'airdump': binaries.airodump_ng,
'airmon': binaries.airmon_ng,
'aircrack': binaries.aircrack_ng,
'wifite': binaries.wifite,
'wordlist': self.wordlist,
}
def create_menu(self, master):
interfaces = pyw.interfaces();
self.inter_options = [];
self.freq_options = [];
self.channel_options = [];
for interface in interfaces:
try:
if pyw.modeget(interface) == "monitor":
self.inter_options.append(interface);
except:
pass;
self.INTERFACE = StringVar();
self.FREQUENCY = StringVar();
self.CHANNEL = StringVar();
try:
self.INTERFACE.set(self.inter_options[0]);
interface = pyw.getcard(self.inter_options[0]);
pinfo = pyw.phyinfo(interface)['bands'];
self.freq_options = pinfo.keys();
self.FREQUENCY.set(self.freq_options[0]);
if self.FREQUENCY.get() == "2GHz":
self.channel_options = ["all", 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11];
else:
self.channel_options = ["all", 36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 132, 136, 140, 149, 153, 157, 161, 165];
self.CHANNEL.set(self.channel_options[0]);
except:
print("No Valid Monitor Interfaces.")
sys.exit(0);
self.header_frame = Frame(master, height=50, bg=Color.BACKGROUND);
self.header_frame.pack(fill=X);
self.interface_label = Label(self.header_frame, text="Face: ", bg=Color.BACKGROUND, fg="black", font="14");
self.interface_label.pack(padx=(15,0), pady=(10,0), anchor=NW, side=LEFT);
self.interface_options = apply(OptionMenu, (self.header_frame, self.INTERFACE) + tuple(self.inter_options));
self.interface_options.pack(padx=(5, 0), pady=(7, 0), anchor=NW, side=LEFT);
self.frequency_label = Label(self.header_frame, text="Freq: ", bg=Color.BACKGROUND, fg="black", font="14");
self.frequency_label.pack(padx=(5,0), pady=(10,0), anchor=NW, side=LEFT);
self.frequency_options = apply(OptionMenu, (self.header_frame, self.FREQUENCY) + tuple(self.freq_options));
self.frequency_options.pack(padx=(5, 0), pady=(7, 0), anchor=NW, side=LEFT);
self.channel_label = Label(self.header_frame, text="Ch: ", bg=Color.BACKGROUND, fg="black", font="14");
self.channel_label.pack(padx=(5,0), pady=(10,0), anchor=NW, side=LEFT);
self.ch_options = apply(OptionMenu, (self.header_frame, self.CHANNEL) + tuple(self.channel_options));
self.ch_options.pack(padx=(5, 0), pady=(7, 0), anchor=NW);
self.INTERFACE.trace('w', self.update_freq_options);
self.FREQUENCY.trace('w', self.update_channel_options);
return;
def set_interface_mode(self, interface, mode):
"""
Set the desired mode to the network interface.
:param self: A NetworkManager object
:param interface: A NetworkAdapter object
:param mode: The mode the interface should be set to
:type self: NetworkManager
:type interface: NetworkAdapter
:type mode: str
:return: None
:rtype: None
:raises IfconfigCmdError: if an error is produced after executing
ifconfig command
.. note:: available modes are ad-hoc, managed, master, monitor,
repeater, secondary
.. seealso:: _ifconfig_cmd
"""
# Get the card
card = pyw.getcard(interface.get_name())
# Turn off, set the mode and turn on the interface
pyw.down(card)
pyw.modeset(card, mode)
pyw.up(card)
def is_wifi_present():
wlan = pyw.winterfaces()
if len(wlan) >= 1:
interface = wlan[0]
if pyw.isinterface(interface):
card = pyw.getcard(interface)
info = pyw.ifinfo(card)
if pyw.isup(card) is not True:
print("Turn On wifi Actual estate:", pyw.isup(card))
wifi_info = {'wifi': interface,
'card': pyw.isup(card),
'mac': pyw.macget(card),
'driver': info.get('driver'),
'chip': info.get('chipset'),
'man': info.get('manufacturer'),
'con': to_json(get_all_info())}
print(texto.safe_substitute(wifi_info))
else:
wifi_info = {'wifi': interface,
'card': pyw.isup(card),
'mac': pyw.macget(card),
'driver': info.get('driver'),
'chip': info.get('chipset'),
'man': info.get('manufacturer'),
'con': to_json(get_all_info())}
print(texto.safe_substitute(wifi_info))
else:
print('wifi no encobtrado')
def __init__(self, name):
"""
Setup the class with all the given arguments.
:param self: A NetworkAdapter object
:param name: Name of the interface
:type self: NetworkAdapter
:type name: str
:return: None
:rtype: None
.. note: the availability of monitor mode and AP mode is set to False
by default
"""
# Setup the fields
self._name = name
self._support_ap_mode = False
self._support_monitor_mode = False
self.being_used = False
# Set monitor and AP mode if card supports it
card = pyw.getcard(name)
modes = pyw.devmodes(card)
if "monitor" in modes:
self._support_monitor_mode = True
if "AP" in modes:
self._support_ap_mode = True
def set_interface_mode(self, interface, mode):
"""
Set the desired mode to the network interface.
:param self: A NetworkManager object
:param interface: A NetworkAdapter object
:param mode: The mode the interface should be set to
:type self: NetworkManager
:type interface: NetworkAdapter
:type mode: str
:return: None
:rtype: None
:raises IfconfigCmdError: if an error is produced after executing
ifconfig command
.. note:: available modes are ad-hoc, managed, master, monitor,
repeater, secondary
.. seealso:: _ifconfig_cmd
"""
# Get the card
card = pyw.getcard(interface.get_name())
# Turn off, set the mode and turn on the interface
pyw.down(card)
pyw.modeset(card, mode)
pyw.up(card)
def setup_ap(self):
if 'mon0' in pyw.winterfaces():
mon0 = pyw.getcard('mon0')
if pyw.modeget(mon0) == 'monitor':
try:
pyw.up(mon0)
pyw.chset(mon0, 1, None)
success = True
except Exception as e:
success = False
else:
try:
pyw.down(mon0)
pyw.modeset(mon0, 'monitor')
pyw.up(mon0)
pyw.chset(mon0, 1, None)
success = True
except Exception as e:
success = False
else:
card_name = ''
for interface in pyw.winterfaces():
if interface.startswith('wlx7'):
card_name = interface
break
c0 = pyw.getcard(card_name)
if 'monitor' in pyw.devmodes(c0):
try:
pyw.down(c0)
pyw.modeset(c0, 'monitor')
pyw.up(c0)
mon0 = pyw.devset(c0, 'mon0')
pyw.up(mon0)
pyw.chset(mon0, 1, None)
success = True
except Exception as e:
success = False
else:
success = False
if success:
print('Successfully Setup Monitoring Device')
self.request.sendall('0'.encode())
else:
print('Error Setting up Monitoring Device')
self.request.sendall('1'.encode())
def hopper(self):
interface = pyw.getcard(self.interface)
while True:
channel = random.choice(TWOHERTZ)
# print("channel", channel)
set_channel(interface, channel)
self.channel = channel
time.sleep(4.5)
def __init__(self, iface_name):
super().__init__()
self._HANDLER = self._make_handler()
self._abort = False
self._observers = []
self._monitor = None
self._iface_name = iface_name
self._iface = pyw.getcard(iface_name)
self._timeout = 0
def packetHandler(pkt) :
try:
global cfg
#Collect data
if pkt.haslayer(Dot11) and ( pkt.type == 0 and pkt.subtype == 8) : #Check if beacon & get data
channel = hex2int(dot11EltInfoFromId(pkt, 3))
ssid = pkt.info
if not channel in cfg.chan_ap:
cfg.chan_ap[channel] = [ssid]
else:
if ssid not in cfg.chan_ap[channel]:
cfg.chan_ap[channel].append(ssid)
if ssid == cfg.ssid:
cfg.track_channel = channel
#Time to switch channel ?
if (time_ms() - cfg.elapsed_time_channel) > cfg.channel_timer:
if cfg.if_channel == 13:
cfg.if_channel = 1
else:
cfg.if_channel += 1
try:
if cfg.verbose:
sys.stderr.write("Change to channel " + str(cfg.if_channel) + " for " + cfg.card.dev)
pyw.chset(pyw.getcard(cfg.card.dev), cfg.if_channel, None)
except:
if cfg.verbose:
sys.stderr.write("Change to channel "+str(cfg.if_channel)+" failed for " + cfg.card.dev)
cfg.elapsed_time_channel = time_ms()
#Time to consumme data ? Aggregate data every cfg.ouput_timer ms
if (time_ms() - cfg.elapsed_time_ouput) > cfg.output_timer:
if cfg.ssid:
output = [time.strftime("%H:%M:%S"), cfg.track_channel]
else:
output = [time.strftime("%H:%M:%S")]
for i in range(1,14):
if cfg.chan_ap.has_key(i):
output.append(str(len(cfg.chan_ap[i])))
else:
output.append(0)
print ",".join(str(x) for x in output)
cfg.chan_ap.clear()
cfg.elapsed_time_ouput = time_ms()
except:
raise
def findap():
for interface in pyw.interfaces():
try:
w0 = pyw.getcard(interface)
except:
pass
else:
pinfo = pyw.devinfo(w0)
if pinfo["mode"] == "AP":
return w0.dev
def __init__(self, iface_name):
Thread.__init__(self)
Observable.__init__(self)
self._HANDLER = self._make_handler()
self._abort = False
self._monitor = None
self._iface_name = iface_name
self._iface = pyw.getcard(iface_name)
self._timeout = 0
def switch_channel_loop(self, capture):
mon0 = pyw.getcard('mon0')
channel_range = [1, 3, 5, 7, 9, 11, 13]
i = 0
while capture[0]:
s = 'Listening on channel {}'.format(channel_range[i])
print('\033[1A{}\033[K'.format(s))
pyw.chset(mon0, channel_range[i], None)
time.sleep(0.25)
i = (i + 1) % len(channel_range)
def __init__(self, interface):
self.interface = interface
self.card = pyw.getcard(interface)
self.modes = pyw.devmodes(self.card)
self.original_mac = pyw.macget(self.card)
# Important capabilities
self._ap_mode_support = "AP" in self.modes
self._monitor_mode_support = "monitor" in self.modes
def setup_capture_card(wireless_interface):
procedure_logger.info("Loading card handle from interface name..")
card = pyw.getcard(wireless_interface)
if pyw.modeget(card) == 'monitor':
procedure_logger.info("Wireless card already in monitor mode.")
else:
procedure_logger.info("Setting wireless card to monitor mode.")
pyw.down(card)
pyw.modeset(card, 'monitor')
pyw.up(card)
return card
def parse_interface(self, interface):
if interface in pyw.interfaces():
print(c.OKGREEN+" [+] "+c.WHITE+"Valid Card Selected.")
info = pyw.ifinfo(pyw.getcard(interface))
print(" '-> Driver: "+info["driver"])
print(" '-> Hardware Address: "+info["hwaddr"])
print(" '-> manufacturer: "+info["manufacturer"])
if pyw.modeget(pyw.getcard(interface)) == "monitor":
self.monitor = True
else:
self.monitor = False
self.interface = interface
return
print(c.FAIL+" [+] Invalid Card Selected.")
exit(0)
return
def get_wifi_chard(self, iface):
'''
Get WiFi chard
'''
if not self._check_if_my_iface(iface):
self.log.error('check_if_my_iface failed')
raise exceptions.FunctionExecutionFailed(
func_name=inspect.currentframe().f_code.co_name,
err_msg='No such interface: ' + iface)
return pyw.getcard(iface) # get a card for interface
def __init__(self, interface):
self.interface = interface
self.card = None
self.modes = None
self.original_mac = None
self._ap_mode_support = None
self._monitor_mode_support = None
try:
self.card = pyw.getcard(interface)
self.modes = pyw.devmodes(self.card)
self.original_mac = pyw.macget(self.card)
# Important capabilities
self._ap_mode_support = "AP" in self.modes
self._monitor_mode_support = "monitor" in self.modes
except: pass
self._number_of_supported_aps = None
self._is_managed = False
def __init__(self, batch_size, sending_interval, wireless_interface, data_store):
"""
Initialize an aDTN instance and its respective key manager and message store, as well as a sending message pool
from which the next sending batch gets generated.
Define aDTNInnerPacket to be the payload of aDTNPacket. Define aDTNPacket to be the payload of Ethernet frames
of type 0xcafe.
Set up a scheduler to handle message sending.
Define a thread to handle received messages.
The wireless interface should be previously set to ad-hoc mode and its ESSID should be the same in other devices
running aDTN.
:param batch_size: number of packets to transmit at each sending operation
:param sending_interval: number of seconds between two sending operations
:param wireless_interface: wireless interface to send and receive packets
"""
self._batch_size = batch_size
self._sending_freq = sending_interval
self._wireless_interface = wireless_interface
self._km = KeyManager()
self.data_store = DataStore(data_store)
self._sending_pool = []
self._scheduler = sched.scheduler(time, sleep)
self._sending = None
self._sniffing = None
self._thread_send = None
self._thread_receive = None
self._sent_pkt_counter = None
self._received_pkt_counter = None
self._decrypted_pkt_counter = None
self._start_time = None
self._mac_address = macget(getcard(wireless_interface))
self._sending_socket = L2Socket(iface=self._wireless_interface)
bind_layers(aDTNPacket, aDTNInnerPacket)
bind_layers(Ether, aDTNPacket, type=ETHERTYPE)
log_debug("MAC address in use: {}".format(self._mac_address))
self._stats_file_name = '{}_{}.stats'.format(batch_size, sending_interval)
def start(self):
"""
Start the network manager
:param self: A NetworkManager object
:type self: NetworkManager
:return: None
:rtype: None
"""
# populate our dictionary with all the available interfaces on the system
for interface in pyw.interfaces():
try:
card = pyw.getcard(interface)
mac_address = pyw.macget(card)
adapter = NetworkAdapter(interface, card, mac_address)
self._name_to_object[interface] = adapter
interface_property_detector(adapter)
# ignore devices that are not supported(93) and no such device(19)
except pyric.error as error:
if error[0] == 93 or error[0] == 19:
pass
else:
raise error
def getinfo(self):
try:
self.data['macaddress'] = netifaces.ifaddresses(self._if)[netifaces.AF_LINK][0]['addr']
except:
self.data['macaddress'] = None
try:
self.data['ipaddress'] = netifaces.ifaddresses(self._if)[netifaces.AF_INET][0]['addr']
except:
self.data['ipaddress'] = None
try:
self.data['vendorstr'] = self.udevnet.data[self._if+"_id_vendor_from_database"]
except:
self.data['vendorstr'] = None
try:
self.data['vendoroui'] = self.udevnet.data[self._if+"_id_oui_from_database"]
except:
self.data['vendoroui'] = None
try:
self.data['vendor'] = self.udevnet.data[self._if+"_id_vendor"]
except:
self.data['vendor'] = None
# Hack for onboard raspberry devices
if type(self.data['vendoroui']) is str:
if re.search("^Raspberry", self.data['vendoroui']):
self.data['vendor'] = "RaspberryPi"
try:
self.data['driver'] = self.udevnet.data[self._if+"_id_net_driver"]
except:
try:
self.data['driver'] = self.udevnet.data[self._if+"_id_usb_driver"]
except:
self.data['driver'] = None
try:
self.data['model'] = self.udevnet.data[self._if+"_id_model_id"]
except:
self.data['model'] = None
try:
self.data['modelstr'] = self.udevnet.data[self._if+"_id_model_from_database"]
except:
self.data['modelstr'] = None
try:
self.data['netname'] = self.udevnet.data[self._if+"_id_net_name_from_database"]
except:
try:
self.data['netname'] = self.udevnet.data[self._if+"_id_net_name_onboard"]
except:
try:
self.data['netname'] = self.udevnet.data[self._if+"_id_net_name_slot"]
except:
try:
self.data['netname'] = self.udevnet.data[self._if+"_id_net_name_path"]
except:
try:
self.data['netname'] = self.udevnet.data[self._if+"_id_net_name_mac"]
except:
self.data['netname'] = None
try:
self.data['type'] = self.udevnet.data[self._if+"_devtype"]
if self.data['type'] == "wlan": self.data['type'] = "Wireless"
except:
try:
if re.search("^en", self.data['netname']):
self.data['type'] = "Ethernet"
elif re.search("^wl", self.data['netname']):
self.data['type'] = "Wireless"
else:
self.data['type'] = None
except:
self.data['type'] = None
# Stop here if we don't have a wireless card
if self.data['type'] != "Wireless":
return
# Retrieve wireless info
try:
_ifobj = pyw.getcard(self._if)
_ifinfo = pyw.ifinfo(_ifobj)
_devinfo = pyw.devinfo(_ifobj)
_physinfo = pyw.phyinfo(_ifobj)
_linkinfo = pyw.link(_ifobj)
except:
pass
try:
self.data['isup'] = pyw.isup(_ifobj)
except:
self.data['isup'] = None
try:
self.data['blocked'] = pyw.isblocked(_ifobj)
except:
self.data['blocked'] = None
try:
self.data['mode'] = _devinfo['mode']
except:
self.data['mode'] = None
try:
self.data['modes'] = _physinfo['modes']
except:
self.data['modes'] = None
try:
self.data['bands'] = _physinfo['bands']
except:
self.data['bands'] = None
try:
self.data['standards'] = pyw.devstds(_ifobj)
except:
self.data['standards'] = None
try:
self.data['freqs'] = pyw.devfreqs(_ifobj)
except:
self.data['freqs'] = None
try:
self.data['txpower'] = pyw.txget(_ifobj)
except:
self.data['txpower'] = None
try:
self.data['chans'] = pyw.devchs(_ifobj)
except:
self.data['chans'] = None
try:
self.data['reg'] = pyw.regget(_ifobj)
except:
self.data['reg'] = None
try:
self.data['chipset'] = _ifinfo['chipset']
except:
self.data['chipset'] = None
try:
self.data['state'] = _linkinfo['stat']
except:
self.data['state'] = None
try:
self.data['ssid'] = _linkinfo['ssid']
except:
self.data['ssid'] = None
try:
self.data['chw'] = _devinfo['CHW']
except:
self.data['chw'] = None
try:
self.data['frequency'] = _devinfo['RF']
except:
self.data['frequency'] = None
try:
self.data['rss'] = _linkinfo['rss']
except:
self.data['rss'] = None
try:
self.data['wtx'] = _linkinfo['tx']
except:
self.data['wtx'] = None
try:
self.data['wrx'] = _linkinfo['rx']
except:
self.data['wrx'] = None
def test_validcard(self):
for wnic in wnics: self.assertTrue(pyw.validcard(pyw.getcard(wnic)))
def is_add_vif_required(args):
"""
Return the card if only that card support both monitor and ap
:param args: Arguemnt from pywifiphisher
:type args: parse.args
:return: tuple of card and is_frequency_hop_allowed
:rtype: tuple
"""
def get_perfect_card(phy_map_vifs, vif_score_tups):
"""
Get the perfect card that both supports ap and monitor when we
have only one phy interface can do that
:param phy_map_vifs: phy number maps to the virtual interfaces
:param vif_score_tups: list of tuple containing card and score
:type phy_map_vifs: dict
:type vif_score_tups: list
:return tuple of card and single_perfect_phy_case
:rtype: tuple
"""
# case 1 : one phy maps to one virtual interface
if len(phy_map_vifs) == 1 and len(phy_map_vifs.values()[0]) == 1:
# only take the first tuple
vif_score_tuple = vif_score_tups[0]
card = vif_score_tuple[0]
score = vif_score_tuple[1]
# if this card support both monitor and AP mode
if score == 2:
return card, True
# case 2 : one phy maps to multiple virtual interfaces
# we don't need to create one more virtual interface in this case
elif len(phy_map_vifs) == 1 and len(phy_map_vifs.values()[0]) > 1:
return None, True
# case 3 : we have multiple phy interfaces but only
# one card support both monitor and AP and the other
# ones just support the managed mode only
elif len(phy_map_vifs) > 1:
if vif_score_tups[0][1] == 2 and vif_score_tups[1][1] == 0:
return vif_score_tups[0][0], True
return None, False
# map the phy interface to virtual interfaces
# i.e. phy0 to wlan0
phy_to_vifs = defaultdict(list)
# store the phy number for the internet access
invalid_phy_number = list()
# record the invalid_phy_number when it is wireless card
if args.internetinterface and pyw.iswireless(args.internetinterface):
card = pyw.getcard(args.internetinterface)
invalid_phy_number.append(card.phy)
if args.wpspbc_assoc_interface:
card = pyw.getcard(args.wpspbc_assoc_interface)
invalid_phy_number.append(card.phy)
# map the phy# to the virtual interface tuples
for vif in [vif for vif in pyw.interfaces() if pyw.iswireless(vif)]:
# excluding the card that used for internet accessing
# setup basic card information
score = 0
card = pyw.getcard(vif)
phy_number = card.phy
if phy_number in invalid_phy_number:
continue
supported_modes = pyw.devmodes(card)
if "monitor" in supported_modes:
score += 1
if "AP" in supported_modes:
score += 1
phy_to_vifs[phy_number].append((card, score))
# each phy number map to a sublist containing (card, score)
vif_score_tuples = [sublist[0] for sublist in phy_to_vifs.values()]
# sort with score
vif_score_tuples = sorted(vif_score_tuples, key=lambda tup: -tup[1])
use_one_phy = False
if args.interface:
card = pyw.getcard(args.interface)
phy_number = card.phy
if phy_to_vifs[card.phy][0][1] == 2:
perfect_card = card
use_one_phy = True
else:
perfect_card, use_one_phy = get_perfect_card(
phy_to_vifs, vif_score_tuples)
return perfect_card, use_one_phy
def set_channel(self, channel):
card = pyw.getcard(self._name)
pyw.chset(card, channel, None)
def configure(win,conf):
"""
shows options to configure captiv8 for running
:param win: the main window
:param conf: current state of configuration dict
"""
# create our on/off for radio buttons
BON = curses.ACS_DIAMOND
BOFF = '_'
# create an inputs dict to hold the begin locations of inputs
ins = {} # input -> (start_y,start_x,endx)
# create a copy of conf to manipulate
newconf = {}
for c in conf: newconf[c] = conf[c]
# create new window (new window will cover the main window)
# get sizes for coord translation
nr,nc = win.getmaxyx() # size of the main window
ny,nx = 15,50 # size of new window
zy,zx = (nr-ny)/2,(nc-nx)/2 # 0,0 (top left corner) of new window
confwin = curses.newwin(ny,nx,zy,zx)
# draw a blue border and write title
confwin.attron(CPS[BLUE])
confwin.border(0)
confwin.attron(CPS[BLUE])
confwin.addstr(1,1,"Configure Options",CPS[BLUE])
# ssid option, add if present add a clear button to the right
confwin.addstr(2,1,"SSID: " + '_'*_SSIDLEN_,CPS[WHITE])
ins['SSID'] = (2+zy,len("SSID: ")+zx+1,len("SSID: ")+zx+_SSIDLEN_)
if newconf['SSID']:
for i,s in enumerate(newconf['SSID']):
confwin.addch(ins['SSID'][0]-zy,ins['SSID'][1]-zx+i,s,CPS[GREEN])
# allow for up to 6 devices to choose in rows of 2 x 3
confwin.addstr(3,1,"Select dev:",CPS[WHITE]) # the sub title
i = 4 # current row
j = 0 # current dev
devs = pyw.winterfaces()[:8]
if not newconf['dev'] in devs: newconf['dev'] = None
for dev in devs:
stds = ""
monitor = True
nl80211 = True
try:
card = pyw.getcard(dev)
stds = pyw.devstds(card)
monitor = 'monitor' in pyw.devmodes(card)
except pyric.error:
# assume just related to current dev
nl80211 = False
devopt = "{0}. (_) {1}".format(j+1,dev)
if stds: devopt += " IEEE 802.11{0}".format(''.join(stds))
if monitor and nl80211:
confwin.addstr(i,2,devopt,CPS[WHITE])
ins[j] = (i+zy,len("n. (")+zx+2,len("n. (")+zx+3)
if newconf['dev'] == dev:
confwin.addch(ins[j][0]-zy,ins[j][1]-zx,BON,CPS[GREEN])
else:
# make it gray
errmsg = ""
if not monitor: errmsg = "No monitor mode"
elif not nl80211: errmsg = "No nl80211"
confwin.addstr(i,2,devopt,CPS[GRAY])
confwin.addstr(i,3,'X',CPS[GRAY])
confwin.addstr(i,len(devopt)+3,errmsg,CPS[GRAY])
i += 1
j += 1
# connect option, select current if present
confwin.addstr(i,1,"Connect: (_) auto (_) manual",CPS[WHITE])
ins['auto'] = (i+zy,len("Connect: (")+zx+1,len("Connect: (")+zx+2)
ins['manual'] = (i+zy,
len("Connect: (_) auto (")+zx+1,
len("Connect: (_) auto (")+zx+2)
if newconf['connect']:
confwin.addch(ins[newconf['connect']][0]-zy,
ins[newconf['connect']][1]-zx,
BON,CPS[GREEN])
# we want two buttons Set and Cancel. Make these buttons centered. Underline
# the first character
btn1 = "Set"
btn2 = "Cancel"
btnlen = len(btn1) + len(btn2) + 1 # add a space
btncen = (nx-btnlen) / 2 # center point for both
# btn 1 -> underline first character
y,x = ny-2,btncen-(len(btn1)-1)
confwin.addstr(y,x,btn1[0],CPS[BUTTON]|curses.A_UNDERLINE)
confwin.addstr(y,x+1,btn1[1:],CPS[BUTTON])
ins['set'] = (y+zy,x+zx,x+zx+len(btn1)-1)
# btn 2 -> underline first character
y,x = ny-2,btncen+2
confwin.addstr(y,x,btn2[0],CPS[BUTTON]|curses.A_UNDERLINE)
confwin.addstr(y,x+1,btn2[1:],CPS[BUTTON])
ins['cancel'] = (y+zy,x+zx,x+zx+len(btn2)-1)
confwin.refresh()
# capture the focus and run our execution loop
confwin.keypad(1) # enable IOT read mouse events
store = False
while True:
_ev = confwin.getch()
if _ev == curses.KEY_MOUSE:
# handle mouse, determine if we should check/uncheck etc
try:
_,mx,my,_,b = curses.getmouse()
except curses.error:
continue
if b == curses.BUTTON1_CLICKED:
# determine if we're inside a option area
if my == ins['set'][0]:
if ins['set'][1] <= mx <= ins['set'][2]:
store = True
break
elif ins['cancel'][1] <= mx <= ins['cancel'][2]:
break
elif my == ins['SSID'][0]:
if ins['SSID'][1] <= mx <= ins['SSID'][2]:
# move the cursor to the first entry char & turn on
curs = ins['SSID'][0],ins['SSID'][1]
confwin.move(curs[0]-zy,curs[1]-zx)
curses.curs_set(1)
# loop until we get <ENTER>
while True:
# get the next char
_ev = confwin.getch()
if _ev == ascii.NL or _ev == curses.KEY_ENTER: break
elif _ev == ascii.BS or _ev == curses.KEY_BACKSPACE:
if curs[1] == ins['SSID'][1]: continue
# delete (write over with '-') prev char, then move back
curs = curs[0],curs[1]-1
confwin.addch(curs[0]-zy,
curs[1]-zx,
BOFF,
CPS[WHITE])
confwin.move(curs[0]-zy,curs[1]-zx)
else:
if curs[1] > ins['SSID'][2]:
curses.flash()
continue
# add the character, (cursor moves on its own)
# update our pointer for the next entry
try:
confwin.addstr(curs[0]-zy,
curs[1]-zx,
chr(_ev),
CPS[GREEN])
curs = curs[0],curs[1]+1
except ValueError:
# put this back on and see if the outer
# loop can do something with it
curses.ungetch(_ev)
break
curses.curs_set(0) # turn off the cursor
elif my == ins['auto'][0]:
if ins['auto'][1] <= mx <= ins['auto'][2]:
if newconf['connect'] == 'manual':
# turn off manual
confwin.addch(ins['manual'][0]-zy,
ins['manual'][1]-zx,
BOFF,CPS[WHITE])
newconf['connect'] = 'auto'
confwin.addch(my-zy,mx-zx,BON,CPS[GREEN])
confwin.refresh()
elif ins['manual'][1] <= mx <= ins['manual'][2]:
if newconf['connect'] == 'auto':
# turn off auto
confwin.addch(ins['auto'][0]-zy,
ins['auto'][1]-zx,
BOFF,CPS[WHITE])
newconf['connect'] = 'manual'
confwin.addch(my-zy,mx-zx,BON,CPS[GREEN])
confwin.refresh()
else:
# check for each listed device
for d in range(j):
if my == ins[d][0] and ins[d][1] <= mx <= ins[d][2]:
# check the selected dev
confwin.addch(my-zy,mx-zx,BON,CPS[GREEN])
# determine if a previously selected needs to be unchecked
if newconf['dev'] is None: pass
elif newconf['dev'] != devs[d]:
i = devs.index(newconf['dev'])
confwin.addch(ins[i][0]-zy,
ins[i][1]-zx,
BOFF,
CPS[WHITE])
newconf['dev'] = devs[d]
confwin.refresh()
break # exit the for loop
else:
try:
_ch = chr(_ev).upper()
except ValueError:
continue
if _ch == 'S':
store = True
break
elif _ch == 'C': break
elif _ch == 'L':
pass
# only 'radio buttons' are kept, check if a SSID was entered and add if so
if store:
ssid = confwin.instr(ins['SSID'][0]-zy,ins['SSID'][1]-zx,_SSIDLEN_)
ssid = ssid.strip('_').strip() # remove training lines, & spaces
if ssid: newconf['SSID'] = ssid
# delete this window and return
del confwin # remove the window
return newconf if store else None
def up_ifaces(self, ifaces):
for i in ifaces:
card = pyw.getcard(i.get_name())
pyw.up(card)
def setUp(self): self.card = pyw.getcard(pri['dev']) def tearDown(self): pass
def test_getcard(self):
for wnic in wnics: self.assertIsNotNone(pyw.getcard(wnic))
def _get_ssid_from_mac(self, mac_address):
for iface in pyw.winterfaces():
if pyw.macget(pyw.getcard(iface)) == mac_address:
return NetUtils().get_ssid_from_interface(iface)
