def connect_wpa(self, supplicant_conf_path, do_execute=True):
'''
Connect to the network whose configuration is stored in supplicant_conf_path.
This function return the list of commands that would have been executed
(useful for testing) in the second position of a tuple.
If do_execute is not True, it builds the list of commands without actually
running them
Types:
* If configured in router as: WPA2-PSK[AES]
is reported in scan as: IEEE 802.11i/WPA2 Version 1
* If configured in router as: WPA-PSK [TKIP] + WPA2-PSK [AES]
is reported in scan as: IEEE 802.11i/WPA2 Version 1
WPA Version 1
* If configured in router as: WPA/WPA2 Enterprise, WPA [TKIP]
is reported in scan as: WPA Version 1
* More options with Enterprise require radius management, this is a @TODO
'''
logger = logging.getLogger(Conf.LOGGER_NAME)
connect_commands = self.connect_common_pre()
supplicant_command = cp_builder.build_supplicant_command(self.config,
supplicant_conf_path)
connect_commands.append((supplicant_command, None))
post = self.connect_common_post()
connect_commands += post
success = True
if do_execute:
return_values = cp_builder.execute(connect_commands, True)
commands_output = reduce(lambda x,y:x or y, return_values)
if commands_output == 1:
success = False
return success, connect_commands
def generate_supplicant_file(self, net_o, passw=None):
"""
This function reuses or try to generate new configuration file for wpa_supplicant
Returns a tuple containing a boolean for success and the path for the supplicant file
"""
logger = logging.getLogger(Conf.LOGGER_NAME)
valid_conf_created = False
passphrase = ''
supplicant_conf_path = ''
if passw is None or not type(passw) == str:
passphrase = util.ask_for_password(net_o)
else:
passphrase = passw
if not passphrase is None:
supplicant_conf_path = self.get_network_conf_file(net_o)
wpapass_command = cp_builder.build_wpapass_command(self.config, net_o, passphrase)
wpa_commands = [(wpapass_command, supplicant_conf_path)]
wpa_return_values = cp_builder.execute(wpa_commands, True)
if wpa_return_values[0] == 0:
valid_conf_created = True
else:
print('Error creating configuration file for network {0}'.format(net_o.essid))
return valid_conf_created,supplicant_conf_path
def disconnect(self):
'''
disconnect from all possible forms of connection and shut down wireless networking
'''
logger = logging.getLogger(Conf.LOGGER_NAME)
supplicant_command = cp_builder.build_supplicant_kill_command(self.config)
ifconfig_command = cp_builder.build_ifconfig_command(self.config,
Conf.IFCONFIG_ACTION_DOWN)
rfkill_command = cp_builder.build_rfkill_command(self.config,
Conf.RFKILL_VAL_BLOCK,
Conf.RFKILL_VAL_WIFI)
disconnect_commands = [(supplicant_command, None), (ifconfig_command, None),
(rfkill_command, None)]
disconnect_return_values = cp_builder.execute(disconnect_commands, False)
def start(self):
"""This function scans for wifi networks and outputs to a temporary file"""
from conf import Conf
import logging
logger = logging.getLogger(Conf.LOGGER_NAME)
import subprocess
self.error = 0
import os, parser, cp_builder
self.tmp_scan = cp_builder.build_tmp_scan_path(self.config)
if Conf.DISABLE_SCAN:
if Conf.DEBUG_MODE:
logger.info('Scan disabled, we try to read networks from {}'.format(self.tmp_scan))
if not os.path.exists(self.tmp_scan):
self.error = 1
logger.error('Modo debug pero el archivo de redes escaneadas {} no existe'.
format(self.tmp_scan))
else:
try:
os.remove(self.config.conf_files[Conf.PATH_TMP_SCAN_FILE])
if Conf.DEBUG_MODE:
logger.info("Previous scan deleted")
except OSError:
pass
rfkill_command = cp_builder.build_rfkill_command(self.config,
Conf.RFKILL_VAL_UNBLOCK,
Conf.RFKILL_VAL_WIFI)
ifconfig_command = cp_builder.build_ifconfig_command(self.config,
Conf.IFCONFIG_ACTION_UP)
scan_command = cp_builder.build_scan_command(self.config)
scan_commands = [(rfkill_command, None), (ifconfig_command, None),
(scan_command, self.tmp_scan)]
scan_return_values = cp_builder.execute(scan_commands, True)
if Conf.DEBUG_MODE:
logger.info('Commands returned: ' + scan_return_values.__repr__())
def connect_key(self,key_conf_path, net_o, do_execute=True):
'''
Connect to a network with non specified encryption. A network that reports encryption
on but with no specified algorithms
This function return the list of commands that would have been executed
(useful for testing) in the second position of a tuple.
If do_execute is not True, it builds the list of commands without actually
running them
'''
logger = logging.getLogger(Conf.LOGGER_NAME)
success = True
connect_commands = self.connect_common_pre()
#get the key
key = None
try:
with open(key_conf_path, 'rb') as f:
key = pickle.load(f)
if Conf.DEBUG_MODE:
logger.info("Found key for network")
except IOError:
key = None
if not key is None:
iwconfig_command = cp_builder.build_iwconfig_command(self.config, net_o, key)
connect_commands.append((iwconfig_command, None))
post = self.connect_common_post()
connect_commands += post
if do_execute:
return_values = cp_builder.execute(connect_commands, True)
commands_output = reduce(lambda x,y:x or y, return_values)
if commands_output == 1:
success = False
else:
success = False
logger.error("Error trying to read wireless key from {}".format(key_conf_path))
return success, connect_commands
def connect_open(self, open_conf_path, net_o, do_execute=True):
'''
Connects to ann open network (encryption off) whose configuration is stored
in open_conf_path.
This function return the list of commands that would have been executed
(useful for testing) in the second position of a tuple.
If do_execute is not True, it builds the list of commands without actually
running them
'''
logger = logging.getLogger(Conf.LOGGER_NAME)
success = True
connect_commands = self.connect_common_pre()
iwconfig_command = cp_builder.build_iwconfig_command(self.config, net_o, None)
connect_commands.append((iwconfig_command, None))
post = self.connect_common_post()
connect_commands += post
if do_execute:
return_values = cp_builder.execute(connect_commands, True)
commands_output = reduce(lambda x,y:x or y, return_values)
if commands_output == 1:
success = False
return success, connect_commands