def get_iface(self):
for iface in pyw.winterfaces():
LOG.debug("iface: {}".format(iface))
for iface in pyw.winterfaces():
#if "wlan0" in iface:
if "p2p" in iface:
return iface
raise RuntimeError('No p2p interfaces are up')
def __init__(self):
"""
Setup the class with all the given arguments.
:param self: A NetworkManager object
:param jamming_argument: The jamming argument given by user
:param ap_argument: The AP argument given by user
:type self: NetworkManager
:type jamming_argument: str
:type ap_argument: str
:return: None
:rtype: None
.. seealso:: NetworkAdapter
"""
# Setup the fields
self._interfaces = {}
self.ap_iface = ""
self.jam_iface = ""
# Create, add and check compatibility for each interface
for interface in pyw.winterfaces():
try:
self._interfaces[interface] = NetworkAdapter(interface)
except pyric.error as e:
pass
def __init__(self):
"""
Setup the class with all the given arguments.
:param self: A NetworkManager object
:param jamming_argument: The jamming argument given by user
:param ap_argument: The AP argument given by user
:type self: NetworkManager
:type jamming_argument: str
:type ap_argument: str
:return: None
:rtype: None
.. seealso:: NetworkAdapter
"""
# Setup the fields
self._interfaces = {}
self.ap_iface = ""
self.jam_iface = ""
# Create, add and check compatibility for each interface
for interface in pyw.winterfaces():
try:
self._interfaces[interface] = NetworkAdapter(interface)
except pyric.error as e:
pass
def start_sniffer(self, plugins=[]):
"""
This method starts the AirScanner sniffing service.
"""
# Sniffing options
if not self.air_scanner.sniffer_running:
self.add_plugins(plugins, self.air_scanner, AirScannerPlugin)
card = NetworkCard(
self.configs["airscanner"]["sniffing_interface"])
try:
fixed_sniffing_channel = int(
self.configs["airscanner"]["fixed_sniffing_channel"])
if fixed_sniffing_channel not in card.get_available_channels():
raise
except:
print "Chosen operating channel is not supported by the Wi-Fi card.\n"
return
sniffing_interface = self.configs["airscanner"][
"sniffing_interface"]
if sniffing_interface not in winterfaces():
print "[-] sniffing_interface '{}' does not exist".format(
sniffing_interface)
return
if not self.network_manager.set_mac_and_unmanage(
sniffing_interface, card.get_mac(), retry=True):
print "[-] Unable to set mac and unmanage, resetting interface and retrying."
print "[-] Sniffer will probably crash."
self.air_scanner.start_sniffer(sniffing_interface)
else:
print "[-] Sniffer already running"
def change_interface():
menu_contents = []
interfaces = pyw.winterfaces()
for interface in interfaces:
menu_contents.append(
[interface, lambda x=interface: change_current_interface(x)])
Menu(menu_contents, i, o, "Interface change menu").activate()
def get_next_name() -> str:
name = "wlan"
for i in range(10):
if name + str(i) not in pyw.winterfaces():
return name + str(i)
else:
raise ValueError("Couldnt find a suitable interface name")
def __init__(self, jamming_argument, ap_argument):
"""
Setup the class with all the given arguments.
:param self: A NetworkManager object
:param jamming_argument: The jamming argument given by user
:param ap_argument: The AP argument given by user
:type self: NetworkManager
:type jamming_argument: str
:type ap_argument: str
:return: None
:rtype: None
.. seealso:: NetworkAdapter
"""
# Setup the fields
self._jam_argument = jamming_argument
self._ap_argument = ap_argument
self._interfaces = list()
# Get all the wireless interfaces
wireless_interfaces = pyric.winterfaces()
# Create, add and check compatibility for each interface
for interface in wireless_interfaces:
interface_object = NetworkAdapter(interface)
self._interfaces.append(interface_object)
self._check_compatibility(interface_object)
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 waitfor_network_adapters(wifi_ap_blacklist=None):
"""
Wait for at least one network adapter to be detected by the OS. Adapters that will be used for the Wifi AP will be
ignored
:param wifi_ap_blacklist: List of wifi adapters that will be ignored and not set to monitor mode
"""
keep_waiting = True
print("Waiting for wifi adapters to be detected ", end="", flush=True)
while keep_waiting:
winterfaces = pyw.winterfaces()
# Remove AP and internal interfaces for GND as well as blacklisted interfaces
for wifi_if in wifi_ap_blacklist:
try:
winterfaces.remove(wifi_if)
except ValueError:
pass
if len(winterfaces) > 0:
keep_waiting = False
print("\n")
else:
print(".", end="", flush=True)
time.sleep(1)
time.sleep(2)
def start_sniffer(self, plugins = []):
"""
This method starts the AirScanner sniffing service.
"""
# Sniffing options
if not self.air_scanner.sniffer_running:
self.add_plugins(plugins, self.air_scanner, AirScannerPlugin)
card = NetworkCard(self.configs["airscanner"]["sniffing_interface"])
try:
fixed_sniffing_channel = int(self.configs["airscanner"]["fixed_sniffing_channel"])
if fixed_sniffing_channel not in card.get_available_channels():
raise
except:
print "Chosen operating channel is not supported by the Wi-Fi card.\n"
return
sniffing_interface = self.configs["airscanner"]["sniffing_interface"]
if sniffing_interface not in winterfaces():
print "[-] sniffing_interface '{}' does not exist".format(sniffing_interface)
return
if not self.network_manager.set_mac_and_unmanage(sniffing_interface, card.get_mac(), retry = True):
print "[-] Unable to set mac and unmanage, resetting interface and retrying."
print "[-] Sniffer will probably crash."
self.air_scanner.start_sniffer(sniffing_interface)
else:
print "[-] Sniffer already running"
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 __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 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 start_sniffer(self, plugins = []):
# Sniffing options
if not self.air_scanner.sniffer_running:
self.add_plugins(plugins, self.air_scanner, AirScannerPlugin)
sniff_probes = self.configs["airscanner"]["probes"].lower() == "true"
sniff_beacons = self.configs["airscanner"]["beacons"].lower() == "true"
hop_channels = self.configs["airscanner"]["hop_channels"].lower() == "true"
try:
fixed_sniffing_channel = int(self.configs["airscanner"]["fixed_sniffing_channel"])
if fixed_sniffing_channel > 13:
raise
except:
print "Channel must be an integer and below 14\n"
return
sniffing_interface = self.configs["airscanner"]["sniffing_interface"]
if sniffing_interface not in winterfaces():
print "[-] sniffing_interface '{}' does not exist".format(sniffing_interface)
return
mac = self.configs["airhost"]["aplauncher"]["bssid"]
if not self.network_manager.set_mac_and_unmanage(sniffing_interface, mac, retry = True):
print "[-] Unable to set mac and unmanage, resetting interface and retrying."
print "[-] Sniffer will probably crash."
self.air_scanner.set_probe_sniffing(sniff_probes)
self.air_scanner.set_beacon_sniffing(sniff_beacons)
self.air_scanner.start_sniffer(sniffing_interface, hop_channels, fixed_sniffing_channel)
else:
print "[-] Sniffer already running"
def __init__(self, networkmanager_config_path='/etc/NetworkManager/NetworkManager.conf', unmanaged_interfaces = []):
self.interfaces = pyw.interfaces()
self.netcards = { interface: NetworkCard(interface) for interface in pyw.winterfaces() }
self.nm_config_file = networkmanager_config_path
self.file_handler = None
self.unmanaged_interfaces_setup(unmanaged_interfaces)
def start_deauthentication_attack(self, plugins = []):
if not self.air_deauthenticator.deauth_running:
jamming_interface = self.configs["airdeauthor"]["jamming_interface"]
if jamming_interface not in winterfaces():
print "[-] jamming_interface '{}' does not exist".format(jamming_interface)
return
burst_count = 5
targeted_only = False
for arg in self.configs["airdeauthor"].keys():
try:
val = self.configs["airdeauthor"][arg]
if arg == "burst_count": burst_count = int(val)
else: targeted_only = True if str(val).lower() == "true" else False
except ValueError:
print "[-] Burst count must be in integer form, not changing value."
except KeyError:
pass
self.add_plugins(plugins, self.air_deauthenticator, AirDeauthorPlugin)
self.air_deauthenticator.set_burst_count(int(burst_count))
self.air_deauthenticator.set_targeted(targeted_only)
self.air_deauthenticator.start_deauthentication_attack(jamming_interface)
else:
print "[-] Deauthentication attack still running"
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 __init__(self):
self.iface = pyw.winterfaces()[0]
self.ap = AccessPoint(self.iface)
self.server = None
self.ws = WebsocketClient()
self.init_events()
self.conn_monitor = None
self.conn_monitor_stop = threading.Event()
def callback():
# picking a wireless interface to go with
# needed on i.e. RPi3 to avoid the p2p-dev-wlan0 stuff
# thanks Raspbian developers, you broke a lot of decent WiFi setup tutorials
# even if by accident =(
# also needed to support proper multi-interface work for the app
global last_interface, current_interface, wifi_connect_status_cb
winterfaces = pyw.winterfaces()
if not winterfaces:
Printer("No wireless cards found, exiting", i, o, 3, skippable=True)
return
if last_interface:
# last_interface is only set when an interface was explicitly changed
if last_interface in winterfaces:
# last interface still present
current_interface = last_interface
else:
# last interface no longer present, clearing it to avoid confusion
# and picking an interface that actually exists
last_interface = None
current_interface = winterfaces[0]
else:
current_interface = winterfaces[0] # Simple, I know
# Might add some ZP-specific logic here later, so that
# i.e. the ESP-12 based WiFi is guaranteed to be the first
# clearing the connect status callback that might be left over
# after the WiFi connect wizard
wifi_connect_status_cb = None
def get_contents():
# A function for main menu to be able to dynamically update
return [["Status", status_monitor],
["Current: {}".format(current_interface), change_interface],
["Scan", scan], ["Networks", show_scan_results],
["Saved networks", saved_networks]]
# Testing if we actually can connect
try:
wpa_cli.set_active_interface(current_interface)
except OSError as e:
if e.errno == 2:
Printer("wpa_cli not found, exiting", i, o, 3, skippable=True)
return
else:
raise e
except wpa_cli.WPAException:
Printer(
"Do you have wireless cards? Is wpa_supplicant running? Exiting",
i,
o,
3,
skippable=True)
return
else:
start_monitor()
Menu([], i, o, "wpa_cli main menu",
contents_hook=get_contents).activate()
stop_monitor()
def my_wifi_module(request):
# Create module
module = wishful_module_wifi.WifiModule()
wInterfaces = pyw.winterfaces()
wInterface = wInterfaces[0]
module.interface = wInterface
module.wlan_interface = wInterface
module.phy = get_device_phyid(wInterface)
return module
def __init__(self):
self.iface = pyw.winterfaces()[0]
self.ap = AccessPoint(self.iface)
self.server = None
self.client = WebsocketClient()
self.enclosure = EnclosureAPI(self.client)
self.config = ConfigurationManager.get().get(self.NAME)
self.init_events()
self.first_setup()
def _linux_get_signals(self):
p = PointSignals()
for iface in pyw.winterfaces():
for cell in Cell.all(iface):
s = Signal(ssid=cell.ssid,
bssid=cell.address,
rssi=cell.signal)
p.add_signal(s)
return p
def CheckInterfaces(check=1):
if check == 1:
if len(pyw.winterfaces()) < 2:
return False
else:
return True
elif check == 0:
return pyw.interfaces()
else:
print("Error accessing interfaces.")
def __init__(self):
self.iface = pyw.winterfaces()[0]
self.ap = AccessPoint(self.iface)
self.server = None
self.ws = WebsocketClient()
self.enclosure = EnclosureAPI(self.ws)
self.init_events()
self.conn_monitor = None
self.conn_monitor_stop = threading.Event()
self.starting = False
def __init__(self):
self.iface = pyw.winterfaces()[0]
self.ap = AccessPoint(self.iface)
self.server = None
self.ws = WebsocketClient()
ConfigurationManager.init(self.ws)
self.enclosure = EnclosureAPI(self.ws)
self.init_events()
self.conn_monitor = None
self.conn_monitor_stop = threading.Event()
def __init__(
self,
networkmanager_config_path='/etc/NetworkManager/NetworkManager.conf'
):
self.interfaces = pyw.interfaces()
self.netcards = {
interface: NetworkCard(interface)
for interface in pyw.winterfaces()
}
self.nm_config_file = networkmanager_config_path
self.file_handler = None
def start_injection_attack(self, plugins = []):
"""Launches the AirInjector module with the specified plugins."""
if not self.air_injector.is_running():
injection_interface = self.configs["airinjector"]["injection_interface"]
if injection_interface not in winterfaces():
print "[-] Injection_interface '{}' does not exist".format(injection_interface)
return
self.add_plugins(plugins, self.air_injector, AirInjectorPlugin)
self.air_injector.start_injection_attack(injection_interface)
else:
print "[-] Injection attack still running"
def start_injection_attack(self, plugins = []):
"""Launches the AirInjector module with the specified plugins."""
if not self.air_injector.is_running():
injection_interface = self.configs["airinjector"]["injection_interface"]
if injection_interface not in winterfaces():
print "[-] Injection_interface '{}' does not exist".format(injection_interface)
return
self.add_plugins(plugins, self.air_injector, AirInjectorPlugin)
self.air_injector.start_injection_attack(injection_interface)
else:
print "[-] Injection attack still running"
def main():
interface_name_list = []
config_file = "/opt/geofrenzy/etc/gfiwscan.yaml"
parser = argparse.ArgumentParser()
# parser.add_argument("wireless_interface")
args = parser.parse_args()
with open(config_file, 'r') as f:
doc = yaml.load(f)
ignorelist = doc['ignore']
pprint.pprint(pyw.winterfaces())
for winterface in pyw.winterfaces():
print winterface
dev_dict = pyw.devinfo(winterface)
if dev_dict["mac"] in ignorelist:
print "ignoring " + winterface + " with mac " + dev_dict["mac"]
else:
interface_name_list.append(winterface)
for interface_name in interface_name_list:
p = Process(target=interface_handler, args=(interface_name, ))
p.start()
cardprocesslist.append(p)
pprint.pprint(cardprocesslist)
def get_netcard(self, interface):
netcard = None
try:
try:
netcard = self.netcards[interface]
except KeyError:
# Check if it was plugged in at runtime
self.netcards = { interface: NetworkCard(interface) for interface in pyw.winterfaces() }
netcard = self.netcards[interface]
except KeyError:
print "[-] Interface: '{}' does not exist".format(interface)
return None
return netcard
def post_start(self):
# Wait for hostapd to setup all the access points
sleep(1)
card = NetworkCard(self.ap_interface)
if card is not None:
gateway = card.get_ip()
for i in range(self.number_of_configured_nets - 1):
interface_name = "{}_{}".format(self.ap_interface, i)
if interface_name in pyw.winterfaces():
gateway = ".".join(gateway.split(".")[0:2] + [str(int(gateway.split(".")[2]) + 1)] + [gateway.split(".")[3]])
NetUtils().interface_config(interface_name, card.get_ip())
NetUtils().set_interface_mtu(interface_name, 1800)
NetUtils().accept_forwarding(interface_name)
self.dnsmasqhandler.start_dnsmasq()
def get_interface():
"""
Find a possibly working wifi interface that can be used by a DroneBridge module
:return: Name of an interface set to monitor mode
"""
interface_names = pyw.winterfaces()
for interface_name in interface_names:
if interface_name != PI3_WIFI_NIC and interface_name != HOTSPOT_NIC:
card = pyw.getcard(interface_name)
if pyw.modeget(card) == 'monitor':
return interface_name
print("ERROR: Could not find a wifi adapter in monitor mode")
exit(-1)
def interface_command(interface, verbose):
faces = pyw.winterfaces() if interface == "all" else [interface]
for face in faces:
if face not in pyw.winterfaces():
sys.exit(f"{face} is not an interface")
print(f"{Fore.GREEN}Interfaces:{Fore.YELLOW}")
for interface in faces:
face = pyw.getcard(interface)
up = Fore.YELLOW if pyw.isup(face) else Fore.RED
print(f" {up}{interface:<10} {Style.RESET_ALL}")
if verbose >= 1:
iinfo = pyw.ifinfo(face)
for i in iinfo:
print(
f"\t{i.title():<15} {Fore.CYAN}{iinfo[i]}{Style.RESET_ALL}"
)
if verbose >= 2:
dinfo = pyw.devinfo(face)
for d in dinfo:
print(
f"\t{d.title():<15} {Fore.CYAN}{dinfo[d]}{Style.RESET_ALL}"
)
if verbose >= 3:
pinfo = pyw.phyinfo(face)
for p in pinfo:
if type(pinfo[p]) == list:
print(
f"\t{p.title():<15} {Fore.CYAN}{', '.join(pinfo[p])}{Style.RESET_ALL}"
)
elif p == "bands":
print(
f"\t{p.title():<15} {Fore.CYAN}{', '.join(pinfo[p].keys())}{Style.RESET_ALL}"
)
def get_wifi_interfaces(self):
try:
self.wifi_interfaces = pyw.winterfaces()
print(self.wifi_interfaces)
if self.wifi_interfaces.__len__()>=2:
self.attack_interface = self.wifi_interfaces[1]
self.scan_interface = self.wifi_interfaces[0]
elif self.wifi_interfaces.__len__()==1:
self.attack_interface = self.wifi_interfaces[0]
self.scan_interface = self.wifi_interfaces[0]
else :
exit("No wifi interfaces available")
#print(self.scan_interface,self.attack_interface)
except pyric.error as e:
print("Error {}".format(e))
return self
def getLocation(self):
"""
Get location from Wlan and WifiAccessPoints for Mozilla Location Services
"""
postdata = {}
ifaces = []
flbmode = {"lacf": "false", "ipf": "true"}
postdata['fallbacks'] = flbmode
postdata['wifiAccessPoints'] = ifaces
wintf = pyw.winterfaces()
selectintf = wintf[0]
setwintf = 'iwlist {0} scan'.format(selectintf)
wlist = subprocess.Popen([setwintf],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
bufsize=1,
universal_newlines=True,
shell=True)
for line in wlist.stdout:
if "Address" in line:
iface = {}
key = line.split('Address: ')[1].strip()
iface['macAddress'] = key
ifaces.append(iface)
if "dBm" in line:
signal = line.split('level=')[1].strip().replace(' dBm', '')
iface['signalStrength'] = int(signal)
if "ESSID" in line:
essid = line.split(':')[1].strip().replace('"', '')
if "Frequency" in line:
frequencyStr = line.split(':')[1].split(' GHz')[0]
frequency = int(float(frequencyStr) * 1000)
#channel = int(line.split('(Channel ')[1].replace(')',''))
#iface['channel'] = channel
iface['frequency'] = frequency
postdata['wifiAccessPoints'].sort(key=lambda x: x['signalStrength'],
reverse=True)
del postdata['wifiAccessPoints'][5:]
url = 'https://location.services.mozilla.com/v1/geolocate?key=test'
r = requests.post(url, data=json.dumps(postdata))
getlocresult = json.loads(r.text)
return getlocresult
def get_netcard(self, interface):
netcard = None
try:
try:
netcard = self.netcards[interface]
except KeyError:
# Check if it was plugged in at runtime
self.netcards = {
interface: NetworkCard(interface)
for interface in pyw.winterfaces()
}
netcard = self.netcards[interface]
except KeyError:
print "[-] Interface: '{}' does not exist".format(interface)
return None
return netcard
def _update_connected_clients(self, interface):
fail_count = 0
while self.ap_running:
# Gets virtual interfaces too because their name is same as ap_interface with _<index> appended
ap_interfaces = [iface for iface in pyw.winterfaces() if interface in iface]
for ap_interface in ap_interfaces:
if not self._parse_connected_clients(ap_interface):
fail_count += 1
if fail_count > 5:
print "[-] hostapd was unable to start the access point,"
print "check configuration file or try restarting. Stopping now."
self.stop_access_point(wait = False)
print "stop airhost manually to stop other services"
break
sleep(3)
def post_start(self):
# Wait for hostapd to setup all the access points
sleep(1)
card = NetworkCard(self.ap_interface)
if card is not None:
gateway = card.get_ip()
for i in range(self.number_of_configured_nets - 1):
interface_name = "{}_{}".format(self.ap_interface, i)
if interface_name in pyw.winterfaces():
gateway = ".".join(
gateway.split(".")[0:2] +
[str(int(gateway.split(".")[2]) + 1)] +
[gateway.split(".")[3]])
NetUtils().interface_config(interface_name, card.get_ip())
NetUtils().set_interface_mtu(interface_name, 1800)
NetUtils().accept_forwarding(interface_name)
self.dnsmasqhandler.start_dnsmasq()
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 get_iface(self):
for iface in pyw.winterfaces():
if "p2p" in iface:
return iface
def test_enumwinterfaces(self):
for wnic in wnics: self.assertTrue(wnic in pyw.winterfaces())
def start_access_point(self, plugins = []):
"""This method starts the access point with hostapd while also avoiding conflicts with NetworkManager."""
# Start by getting all the info from the configuration file
try:
ap_interface = self.configs["airhost"]["ap_interface"]
internet_interface = self.configs["airhost"]["internet_interface"]
gateway = self.configs["airhost"]["dnsmasqhandler"]["gateway"]
dhcp_range = self.configs["airhost"]["dnsmasqhandler"]["dhcp_range"]
ssid = self.configs["airhost"]["aplauncher"]["ssid"]
bssid = self.configs["airhost"]["aplauncher"]["bssid"]
channel = self.configs["airhost"]["aplauncher"]["channel"]
hw_mode = self.configs["airhost"]["aplauncher"]["hw_mode"]
dns_servers = self.configs["airhost"]["dnsmasqhandler"]["dns_server"]
except KeyError as e:
print "[-] Unable to start Access Point, too few configurations"
return False
if ap_interface not in winterfaces():
print "[-] ap_interface '{}' does not exist".format(ap_interface)
return False
if internet_interface not in interfaces():
print "[-] internet_interface '{}' does not exist".format(internet_interface)
return False
necessary_interfaces = [internet_interface, ap_interface]
# Check if another service is using our interfaces.
if self.air_injector.is_running() and \
self.air_injector.injection_interface in necessary_interfaces:
print "[-] AirInjector is using a needed interface."
return False
if self.air_scanner.is_running() and \
self.air_scanner.running_interface in necessary_interfaces:
print "[-] AirScanner using a needed interface."
return False
# Add plugins
self.add_plugins(plugins, self.air_host, AirHostPlugin)
# NetworkManager setup
is_catch_all_honeypot = self.configs["airhost"]["aplauncher"]["catch_all_honeypot"].lower() == "true"
is_multiple_ssid = type(ssid) is list
nVirtInterfaces = 3 if is_catch_all_honeypot else \
len(ssid) - 1 if is_multiple_ssid else \
0
if self.network_manager.set_mac_and_unmanage( ap_interface, bssid,
retry = True,
virtInterfaces = nVirtInterfaces):
# Initial configuration
self.network_manager.configure_interface(ap_interface, gateway)
self.network_manager.iptables_redirect(ap_interface, internet_interface)
# dnsmasq and hostapd setup
try:
captive_portal_mode = self.configs["airhost"]["dnsmasqhandler"]["captive_portal_mode"].lower() == "true"
except KeyError:
captive_portal_mode = False
self.air_host.dnsmasqhandler.set_captive_portal_mode(captive_portal_mode)
self.air_host.dnsmasqhandler.write_dnsmasq_configurations( ap_interface, gateway, dhcp_range, dns_servers,
nVirtInterfaces)
try:
self.air_host.aplauncher.write_hostapd_configurations(
interface=ap_interface, ssid=ssid, bssid=bssid, channel=channel, hw_mode=hw_mode,
encryption=self.configs["airhost"]["aplauncher"]["encryption"],
auth=self.configs["airhost"]["aplauncher"]["auth"],
cipher=self.configs["airhost"]["aplauncher"]["cipher"],
password=self.configs["airhost"]["aplauncher"]["password"],
catch_all_honeypot=is_catch_all_honeypot)
except KeyError:
self.air_host.aplauncher.write_hostapd_configurations(
interface=ap_interface, ssid=ssid, bssid=bssid, channel=channel, hw_mode=hw_mode)
except Exception as e:
print e
return
# Start services
print_creds = self.configs["airhost"]["aplauncher"]["print_creds"].lower() == "true"
success = self.air_host.start_access_point( ap_interface,
print_creds)
if success:
# Configure Virtual Interfaces once hostapd has set them up
sleep(.5) # Wait for for hostapd to setup interfaces
extra_interfaces = False
for i in range(nVirtInterfaces):
interface_name = "{}_{}".format(ap_interface, i)
if interface_name in winterfaces():
gateway = ".".join(gateway.split(".")[0:2] + [str(int(gateway.split(".")[2]) + 1)] + [gateway.split(".")[3]])
self.network_manager.configure_interface(interface_name, gateway)
self.network_manager.iptables_redirect(interface_name, internet_interface)
extra_interfaces = True
# Needed for dnsmasq to work correctly with virtual interfaces once they are configured
if extra_interfaces:
self.air_host.dnsmasqhandler.start_dnsmasq()
return True
print dedent("""
[-] Errors occurred while trying to start access point,
try restarting network services and unplug your network adapter""")
return False
def test_iswinterface(self):
for wnic in pyw.winterfaces(): self.assertTrue(pyw.iswireless(wnic))
def test_inwinterfaces(self):
for wnic in pyw.winterfaces(): self.assertIn(wnic,pyw.winterfaces())
def execute(dev):
print('Setting up...')
# ensure dev is a wireless interfaces
ifaces = pyw.interfaces()
wifaces = pyw.winterfaces()
if dev not in ifaces:
print("Device {0} is not valid, use one of {1}".format(dev,ifaces))
return
elif dev not in wifaces:
print("Device {0} is not wireless, use one of {1}".format(dev,wifaces))
# get a Card & info for dev
print("Regulatory Domain currently: ", pyw.regget())
dinfo = pyw.devinfo(dev)
card = dinfo['card']
pinfo = pyw.phyinfo(card)
driver = hw.ifdriver(card.dev)
chipset = hw.ifchipset(driver)
# bring the card down and change the mac
pyw.down(card)
pyw.macset(card,'00:03:93:57:54:46')
# print details
msg = "Using {0} currently in mode: {1}\n".format(card,dinfo['mode'])
msg += "\tDriver: {0} Chipset: {1}\n".format(driver,chipset)
if dinfo['mode'] == 'managed':
msg += "\tcurrently on channel {0} width {1}\n".format(rf2ch(dinfo['RF']),
dinfo['CHW'])
msg += "\tSupports modes {0}\n".format(pinfo['modes'])
msg += "\tSupports commands {0}".format(pinfo['commands'])
msg += "\thw addr {0}".format(pyw.macget(card))
print(msg)
# prepare a virtual interface named pent0 in monitor mode
# delete all ifaces on the phy to avoid interference
# bring the card up when down
print('Preparing pent0 for monitor mode')
pdev = 'pent0'
pcard = pyw.devadd(card, pdev, 'monitor')
for iface in pyw.ifaces(card):
if iface[0].dev != pcard.dev:
print("deleting {0} in mode {1}".format(iface[0],iface[1]))
pyw.devdel(iface[0])
pyw.up(pcard)
print("Using", pcard)
print("Setting channel to 6 NOHT")
pyw.chset(pcard,6,None)
msg = "Virtual interface {0} in monitor mode on ch 6".format(pcard)
print(msg + ", using hwaddr: {0}".format(pyw.macget(pcard)))
# DO stuff here
try:
print('Now ready to do stuff')
print('For example, run wireshark to verify card is seeing all packets')
print('Hit Ctrl-C to quit and restore')
while True: time.sleep(1)
except KeyboardInterrupt:
pass
# restore original
print('Restoring', card, 'mode =', dinfo['mode'], 'mac =', dinfo['mac'])
card = pyw.devadd(pcard,card.dev,dinfo['mode'])
print('Deleting', pcard)
pyw.devdel(pcard)
pyw.macset(card,dinfo['mac'])
pyw.up(card)
print("card ", card, " restored")
def execute(dev,itype):
# ensure dev is a wireless interfaces
wifaces = pyw.winterfaces()
if dev not in wifaces:
print("Device {0} is not wireless, use one of {1}".format(dev,wifaces))
# get info dicts
dinfo = pyw.devinfo(dev)
card = dinfo['card']
pinfo = pyw.phyinfo(card)
iinfo = pyw.ifinfo(card)
if itype == 'all' or itype == 'if':
msg = "Interface {0}\n".format(card.idx)
msg += "\tDriver: {0} Chipset: {1}\n".format(iinfo['driver'],iinfo['chipset'])
msg += "\tHW Addr: {0} Manufacturer: {1}\n".format(iinfo['hwaddr'],
iinfo['manufacturer'])
msg += "\tInet: {0} Bcast: {1} Mask: {2}\n".format(iinfo['inet'],
iinfo['bcast'],
iinfo['mask'])
print(msg)
if itype == 'all' or itype == 'dev':
msg = "Device {0}\n".format(card.dev)
msg += "\tifindex: {0}\n".format(card.idx)
msg += "\twdev: {0}\n".format(dinfo['wdev'])
msg += "\taddr: {0}\n".format(dinfo['mac'])
msg += "\tmode: {0}\n".format(dinfo['mode'])
msg += "\twiphy: {0}\n".format(card.phy)
if dinfo['mode'] != 'managed': msg += "\tDevice not associated\n"
else:
msg += "\tchannel: {0} ({1} MHz), width: {2}, CF: {3} MHz\n".format(rf2ch(dinfo['RF']),
dinfo['RF'],
dinfo['CHW'],
dinfo['CF'])
print(msg)
if itype == 'all' or itype == 'phy':
msg = "Wiphy phy{0}\n".format(card.phy)
msg += "\tGeneration: {0}m Coverage Class: {1}\n".format(pinfo['generation'],
pinfo['cov_class'])
msg += "\tMax # scan SSIDs: {0}\n".format(pinfo['scan_ssids'])
msg += "\tRetry Short: {0}, Long: {1}\n".format(pinfo['retry_short'],
pinfo['retry_long'])
msg += "\tThreshold Frag: {0}, RTS: {1}\n".format(pinfo['frag_thresh'],
pinfo['rts_thresh'])
msg += "\tSupported Modes:\n"
for mode in pinfo['modes']: msg += "\t * {0}\n".format(mode)
msg += "\tSupported Commands:\n"
for cmd in pinfo['commands']: msg += "\t * {0}\n".format(cmd)
msg += "\tSupported Ciphers:\n"
for cipher in pinfo['ciphers']: msg += "\t * {0}\n".format(cipher)
for band in pinfo['bands']:
msg += "\tBand {0}: (HT: {1} VHT: {2})\n".format(band,
pinfo['bands'][band]['HT'],
pinfo['bands'][band]['VHT'])
msg += "\t Rates:\n"
for rate in pinfo['bands'][band]['rates']:
msg += "\t * {0} Mbps\n".format(rate)
msg += "\t Frequencies:\n"
for i,rf in enumerate(pinfo['bands'][band]['rfs']):
dbm = pinfo['bands'][band]['rf-data'][i]['max-tx']
msg += "\t * {0} MHz ({1} dBm)".format(rf,dbm)
if not pinfo['bands'][band]['rf-data'][i]['enabled']:
msg += " (disabled)\n"
else:
msg += "\n"
print(msg)
def skip_if_no_wifi_devices():
wInterfaces = pyw.winterfaces() # get all system wireless interfaces
if len(wInterfaces) == 0:
return True
else:
return False
argp.add_argument('-d','--dev',help="Wireless Monitor Device")
argp.add_argument('-s','--ssid',help="SSID", default="")
argp.add_argument('-v','--verbose',help="Verbose mode")
argp.add_argument('-c','--cs_timer',help="Channel switch timer in ms", default=250)
argp.add_argument('-o','--output_timer',help="Output timer for aggregated data", default=5000)
args = argp.parse_args()
if not args.dev:
argp.print_help()
exit()
########################## WiFi initalization and sanity checks ########################################################
wifaces = pyw.winterfaces()
if args.dev not in wifaces:
print "Device {0} is not wireless, use one of {1}".format(args.dev, wifaces)
exit()
dev = pyw.devinfo(args.dev)
if args.verbose:
print args
print dev
if dev['mode'] != "monitor":
print "Interface {0} is not in monitor mode".format(args.dev)
exit()
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)
