def parse_interface(self, interface):
if interface in pyw.interfaces() and pyw.modeget(interface) == "monitor":
self.interface = interface
else:
print(c.F + " [-] Non Monitor card selected.")
exit(0)
return
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.interfaces():
try:
self._interfaces[interface] = NetworkAdapter(interface)
except pyric.error as e:
pass
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 __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 parse_name(self, name):
if str(name) not in pyw.interfaces() or self.interface == name:
self.name = name
else:
print(c.FAIL+" [-] "+c.WHITE+" Address already in use.")
exit(0)
return
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 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 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 parse_interface(self, interface):
"""
Parse Interface Argument *REQUIRED*
"""
if interface in pyw.interfaces() and pyw.modeget(
interface) == "monitor":
self.__FACE__ = interface
else:
sys.exit()
return
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 DebuggingInterface(iface):
interfaces = pyw.interfaces()
print(interfaces)
print(("Is %s an interface? %s" % (iface, pyw.isinterface(iface))))
print(("Is %s a wireless device? %s" % (iface, pyw.iswireless(iface))))
w0 = pyw.getcard(iface)
print(("Is %s active? %s" % (iface, pyw.isup(w0))))
print(("Is %s blocked? %s" % (iface, pyw.isblocked(w0))))
iinfo = pyw.ifinfo(w0)
print(iinfo)
pinfo = pyw.phyinfo(w0)
print((pinfo['bands']))
def parse_interface(self, interface):
if interface in pyw.interfaces():
print(c.OKGREEN + " [+] " + c.WHITE + "Valid Card Selected.")
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 monitor_interfaces(self):
"""Get a list of interfaces that support monitor mode"""
# Get a list of all the interfaces.
ret = []
for iface in pyw.interfaces():
# Check if this card support monitor mode
try:
card = pyw.getcard(iface)
if 'monitor' in pyw.devmodes(card) and 'mon0' != card.dev:
# Add the card to the list
ret.append(iface)
except pyric.error as e:
pass
# Return the collected list
return ret
def __enter__(self):
LOG.info("starting monitor mode on {}".format(self.adapter))
cmd = '{airmon} start {adapter}'.format(**self.args)
exec_cmd(cmd)
time.sleep(2)
for iface in pyw.interfaces():
try:
c = pyw.getcard(iface)
except Exception:
LOG.exception("error getting interface: {}".format(iface))
continue
if c.phy == self.phy:
LOG.info("Found monitor adapter: {}".format(c.dev))
self.mon_adapter = c.dev
self.args['mon_adapter'] = self.mon_adapter
break
if not self.mon_adapter:
raise Exception("Error, could not determin monitoring adapter")
return self
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_interfaces(self):
# request list of interfaces from pyric
all_interfaces = pyw.interfaces()
#walk all interfaces
for interface in all_interfaces:
# check if the interface is loopback or virtual
if get_mac_address(
interface) != "00:00:00:00:00" and interface != "lo":
# check if it's wireless or not
if pyw.iswireless(interface):
self.wireless_interfaces.append(interface)
else:
self.wired_interfaces.append(interface)
# append a placeholder interaface for the empty lists
if len(self.wireless_interfaces) == 0:
self.wireless_interfaces.append("None")
if len(self.wired_interfaces) == 0:
self.wired_interfaces.append("None")
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 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
import os, re
import pyric.pyw as pyw
ROOT = os.geteuid() == 0
MWINTERFACES = [x for x in pyw.winterfaces() if pyw.modeget(x) == "monitor"]
INTERFACES = [x for x in pyw.interfaces()]
BAD_MAC = [
"ff:ff:ff:ff:ff:ff",
"00:00:00:00:00:00", # Multicast
"01:80:c2:00:00:00", # Multicast
"01:00:5e", # Multicast
"01:80:c2", # Multicast
"33:33", # Multicast
]
MACFILTER = "[0-9a-f]{2}([-:])[0-9a-f]{2}(\\1[0-9a-f]{2}){4}$"
WPS_QUERY = {
b"\x00\x10\x18": "Broadcom", # Broadcom */
b"\x00\x03\x7f": "AtherosC", # Atheros Communications */
b"\x00\x0c\x43": "RalinkTe", # Ralink Technology, Corp. */
b"\x00\x17\xa5": "RalinkTe", # Ralink Technology Corp */
b"\x00\xe0\x4c": "RealtekS", # Realtek Semiconductor Corp. */
b"\x00\x0a\x00": "Mediatek", # Mediatek Corp. */
b"\x00\x0c\xe7": "Mediatek", # Mediatek MediaTek Inc. */
b"\x00\x1c\x51": "CelenoCo", # Celeno Communications */
b"\x00\x50\x43": "MarvellS", # Marvell Semiconductor, Inc. */
b"\x00\x26\x86": "Quantenn", # Quantenna */
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 read_network_interfaces(self):
import pyric.pyw as pyw
network_info = ''
try:
network_info = pyw.interfaces()
except:
pass
self.available_share = [_('none'),'auto']
unavailable_net = ['wlan9','lo']
if self.bridge.GetValue():
unavailable_net.append('eth0')
for i in network_info:
if not 'can' in i and not 'canable' in i and not i in unavailable_net: self.available_share.append(i)
self.share.Clear()
for i in self.available_share:
self.share.Append(i)
type=''
phy=''
AP=-1
GHz=-1
self.available_ap_device = []
self.available_ap_device.append([_('none'),'',-1,-1,'none'])
for i in pyw.winterfaces():
if 'wlan' in i:
try:
wlan = 'wlan9' #AP allways on wlan9
w0 = pyw.getcard(i)
mac = subprocess.check_output(('cat /sys/class/net/'+i+'/address').split()).decode()[:-1]
AP = -1
if 'AP' in pyw.phyinfo(w0)['modes']:AP = 0
GHz = -1
if 'a' in pyw.devstds(w0): GHz = 1
if b'usb' in subprocess.check_output(('ls -l /sys/class/net/'+i).split()):
type = 'usb'
if AP > -1:
self.available_ap_device.append([mac+' '+type, mac, type, GHz, wlan])
else:
type = 'on board'
do_exist = False
for j in self.available_ap_device:
if j[1] == mac: do_exist = True
if not do_exist:
self.available_ap_device.append([mac+' '+type, mac, type, GHz, wlan])
except: pass
if not ('Raspberry Pi 2' in self.rpimodel) and len(self.available_ap_device) == 2:
for i in self.available_ap_device:
if 'on board' == i[2]:
type = 'AP and Station'
wlan = 'uap'
self.available_ap_device.append([i[1]+' '+type, i[1], type, i[3], wlan])
self.available_ap_device2 = []
for i in self.available_ap_device:
self.available_ap_device2.append(i[0])
self.ap_device.Clear()
for i in self.available_ap_device2:
self.ap_device.Append(i)
def test_ininterfaces(self):
for nic in nics:
self.assertIn(nic, pyw.interfaces())
def parse_args():
parser = argparse.ArgumentParser()
parser.add_argument('--version',
action='version',
version="{0}{1}".format(c.G, "Version: 1.0.0"))
parser.add_argument("-i",
"--interface",
action="store",
dest="interface",
help="select an interface",
required=True)
parser.add_argument("-f",
"--frequency",
action="store",
default=2,
dest="freq",
type=int,
help="select a frequency (2/5)",
choices=[2, 5])
parser.add_argument("-c",
"--channel",
action="store",
default=None,
dest="channel",
type=int,
help="select a channel")
parser.add_argument("-k",
"--kill",
action="store_true",
dest="kill",
help="sudo kill interfering processes.")
parser.add_argument("-u",
"--unassociated",
action="store_true",
dest="unassociated",
help="Whether to show unassociated clients.")
parser.add_argument("-a",
"--accesspoint",
action="store",
default=None,
dest="access_mac",
help="Command for a specific mac addr.")
results = parser.parse_args()
interface = results.interface
channel = results.channel
frequency = results.freq
kill = results.kill
mfilter = results.access_mac
unassociated = results.unassociated
if interface not in pyw.interfaces(
) or pyw.modeget(interface) != "monitor":
print(c.F + " [-] Non Monitor card selected.")
exit(0)
if channel == None:
if frequency == 2:
hop = True
elif frequency == 5:
hop = True
else:
print(c.F + " [-] Channel Setting incorrect.")
exit(0)
elif channel != None:
if frequency == 2 and channel in xrange(1, 12):
hop = False
elif frequency == "5" and channel in [
36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 132,
136, 140, 149, 153, 157, 161, 165
]:
hop = False
else:
print(c.F + " [-] Channel Setting incorrect." + c.E)
exit(0)
if kill != False:
commandlist = [
"service avahi-daemon stop", "service network-manager stop",
"pkill wpa_supplicant", "pkill dhclient"
]
for item in commandlist:
try:
system("sudo %s" % (item))
except:
pass
return [interface, channel, hop, frequency, kill, mfilter, unassociated]
def create_options(self):
self.options_frame = Frame(self.master, bg=c.TITLE_BACKGROUND, width=900, height=50);
self.options_frame.pack(fill=BOTH);
self.flag_frame = Frame(self.master, bg=c.TITLE_BACKGROUND, width=900, height=50);
self.flag_frame.pack(fill=BOTH);
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.interface_label = Label(self.options_frame, text="Face: ", bg=c.TITLE_BACKGROUND, fg="white", font="14");
self.interface_label.pack(padx=(25,0), pady=(15,0), anchor=NW, side=LEFT);
self.interface_options = apply(OptionMenu, (self.options_frame, self.INTERFACE) + tuple(self.inter_options));
self.interface_options.pack(padx=(0, 5), pady=(11, 0), anchor=NW, side=LEFT);
self.frequency_label = Label(self.options_frame, text="Freq: ", bg=c.TITLE_BACKGROUND, fg="white", font="14");
self.frequency_label.pack(padx=(7, 0), pady=(15,0), anchor=NW, side=LEFT);
self.frequency_options = apply(OptionMenu, (self.options_frame, self.FREQUENCY) + tuple(self.freq_options));
self.frequency_options.pack(padx=(0, 5), pady=(11, 0), anchor=NW, side=LEFT);
self.channel_label = Label(self.options_frame, text="Ch: ", bg=c.TITLE_BACKGROUND, fg="white", font="14");
self.channel_label.pack(padx=(7, 0), pady=(15,0), anchor=NW, side=LEFT);
self.ch_options = apply(OptionMenu, (self.options_frame, self.CHANNEL) + tuple(self.channel_options));
self.ch_options.pack(padx=(0, 5), pady=(11, 0), anchor=NW);
self.INTERFACE.trace('w', self.update_freq_options);
self.FREQUENCY.trace('w', self.update_channel_options);
########## FLAGS ################
self.KILL = StringVar();
self.UNASSOCIATED = StringVar();
self.MACFILTER = StringVar();
self.kill = Checkbutton(
self.flag_frame, text="Kill blocking tasks",
fg="white", selectcolor=c.TITLE_BACKGROUND,
activeforeground="white", activebackground=c.TITLE_BACKGROUND,
variable=self.KILL, highlightthickness = 0,
bd = 0, relief=FLAT, font="10",
bg=c.TITLE_BACKGROUND
);
self.kill.pack(padx=(25, 0), pady=(10, 0), anchor=W, side=LEFT);
self.filter_label = Label(self.flag_frame, text="AP Filter: ", bg=c.TITLE_BACKGROUND, fg="white", font="14");
self.filter_label.pack(padx=(12, 0), pady=(10, 0), anchor=W, side=LEFT);
self.filter_entry = Entry(self.flag_frame, exportselection=0, state=DISABLED, takefocus=True, textvariable=self.MACFILTER);
self.filter_entry.pack(padx=(5, 0), pady=(11, 0), anchor=W);
self.filter_entry.config(state=NORMAL);
return;
def test_isinterface(self):
for nic in pyw.interfaces(): self.assertTrue(pyw.isinterface(nic))
def test_ininterfaces(self):
for nic in nics: self.assertIn(nic,pyw.interfaces())
def test_interfaces_two_interfaces():
"""Test the interfaces function when two interfaces are available."""
assert interfaces() == ["enp12s0", "lo"]
def start_access_point(self, plugins = []):
'''
This method is responsible for starting the access point with hostapd
while also avoiding conflicts with NetworkManager.
It replaces the original NetworkManager.conf file
and adding some lines that tell it to ignore managing the interface
that we are going to use as AP then it restarts the service
'''
# 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
# 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) 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"
self.air_host.start_access_point( ap_interface,
print_creds)
# 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-1):
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 main():
# list of all channels in 5ghz spectrum
fspectrum = [
36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 132, 136, 140,
149, 153, 157, 161, 165
]
# Get all arguments from terminal
results = parseArgs()
# Check if interface exists.
if results['interface'] not in pyw.interfaces():
printf("Interface is not valid.")
exit(1)
# Check if interface in monitor mode.
if pyw.modeget(results['interface']) != "monitor":
printf("Non monitor interface selected.")
exit(1)
# Check if channel specified
if results['channel']:
# Check if channel is valid.
if results['freq'] == 2 and results['channel'] not in range(1, 12):
printf("Channel selected is invalid")
exit(1)
# Check if channel is valid.
elif results['freq'] == 5 and results['channel'] not in fspectrum:
printf("Channel selected is invalid")
exit(1)
# Check if mac is of valid length.
if results['mac'] and len(results['mac']) != 17:
printf("Invalid mac option selected.")
exit(1)
# Check if task kill flag is set.
if results['kill']:
killBlockingTasks()
# Check if target mac is of valid length.
if results['target'] and len(results['target']) != 17:
printf("Invalid Target Selected.")
exit(1)
# Set ctrl+c interceptor.
signal.signal(signal.SIGINT, signal_handler)
# Check values at start up: OS and UID.
startupChecks()
# Create directory for captured handshakes.
createPcapDirectory()
# Create Sniffer object
sniffer = Sniffer(results)
# If channel isnt set then create channel hopping thread.
if not results['channel']:
# Create hopper thread.
hop_thread = Thread(target=sniffer.hopper)
# Set thread object as a daemon.
hop_thread.daemon = True
# Start thread.
hop_thread.start()
# If channel is set.
else:
# set channel and continue.
pyw.chset(pyw.getcard(results['interface']), results['channel'], None)
printer_thread = Thread(target=sniffer.printer)
printer_thread.daemon = True
printer_thread.start()
try:
sniffer.run()
except AttributeError:
printf("AttributeError: Disregard This Error.")
def test_interfaces_no_interface():
"""Test interfaces function when no interfaces are available."""
assert interfaces() == []
def test_isinterface(self):
for nic in pyw.interfaces():
self.assertTrue(pyw.isinterface(nic))
def test_enuminterfaces(self):
for nic in nics:
self.assertTrue(nic in pyw.interfaces())
self.data['wtx'] = _linkinfo['tx']
except:
self.data['wtx'] = None
try:
self.data['wrx'] = _linkinfo['rx']
except:
self.data['wrx'] = None
def runall(self):
pass
#If we're being called as a command, instantiate and report
if __name__ == '__main__':
try:
ifs = pyw.interfaces()
except pyric.error as e:
print "Error running netinfo, pyric not available"
sys.exit(1)
print "netinfo_present=yes"
with open("/etc/hostname", "r") as etc_hostname:
data = etc_hostname.readlines()
if data:
print "netinfo_etchostname=" + str(data[0].rstrip())
print "netinfo_interfaces=" + ",".join(ifs)
for _if in ifs:
_netinfo = Netinfo(_if)
_netinfo.getinfo()
for key, val in sorted(_netinfo.data.items()):
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 = None
# 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 = 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 == 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])
perfect_card, is_single_perfect_phy = get_perfect_card(phy_to_vifs,
vif_score_tuples)
return perfect_card, is_single_perfect_phy
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 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
try:
self.data['wtx'] = _linkinfo['tx']
except:
self.data['wtx'] = None
try:
self.data['wrx'] = _linkinfo['rx']
except:
self.data['wrx'] = None
def runall(self):
pass
#If we're being called as a command, instantiate and report
if __name__ == '__main__':
try:
ifs = pyw.interfaces()
except pyric.error as e:
print("Error running netinfo, pyric not available")
sys.exit(1)
print("netinfo_present=yes")
with open ("/etc/hostname", "r") as etc_hostname:
data=etc_hostname.readlines()
if data:
print("netinfo_etchostname="+str(data[0].rstrip()))
print("netinfo_interfaces="+",".join(ifs))
for _if in ifs:
_netinfo = Netinfo(_if)
_netinfo.getinfo()
for key,val in sorted(_netinfo.data.items()):
def test_enuminterfaces(self):
for nic in nics: self.assertTrue(nic in pyw.interfaces())
def is_internet_there():
internet = pyw.interfaces()
internet = internet[0]
return pyw.isinterface(internet)
