def _write_one(self):
""" Writes the loaded config file to disk. """
for section in self.sections():
print("_write_one", to_unicode(section))
if not to_unicode(section):
self.remove_section(to_unicode(section))
configfile = open(self.config_file, 'w')
RawConfigParser.write(self, configfile)
configfile.close()
def get_option(self, section, option, default="__None__"):
""" Wrapper around ConfigParser.get.
Automatically adds any missing sections, adds the ability
to write a default value, and if one is provided prints if
the default or a previously saved value is returned.
"""
if not self.has_section(section):
if default != "__None__":
self.add_section(section)
else:
return None
if self.has_option(section, option):
ret = RawConfigParser.get(self, section, option)
if (isinstance(ret, str) and ret.startswith(self.mrk_ws)
and ret.endswith(self.mrk_ws)):
ret = ret[3:-3]
ret = to_unicode(ret)
if default:
if self.debug:
# mask out sensitive information
if option in [
'apsk', 'password', 'identity', 'private_key',
'private_key_passwd', 'key', 'passphrase'
]:
print(''.join(
['found ', option, ' in configuration *****']))
else:
print(''.join(
['found ', option, ' in configuration ',
str(ret)]))
else:
if default != "__None__":
print('did not find {0} in configuration, setting default {1}'.
format(option, str(default)))
self.set(section, option, str(default), write=True)
ret = default
else:
ret = None
# Try to intelligently handle the type of the return value.
try:
if not ret.startswith('0') or len(ret) == 1:
ret = int(ret)
except (ValueError, TypeError, AttributeError):
ret = Noneify(ret)
# This is a workaround for a python-dbus issue on 64-bit systems.
if isinstance(ret, (int, )):
try:
Int32(ret)
except OverflowError:
ret = str(ret)
return to_unicode(ret)
def get_option(self, section, option, default="__None__"):
""" Wrapper around ConfigParser.get.
Automatically adds any missing sections, adds the ability
to write a default value, and if one is provided prints if
the default or a previously saved value is returned.
"""
if not self.has_section(section):
if default != "__None__":
self.add_section(section)
else:
return None
if self.has_option(section, option):
ret = RawConfigParser.get(self, section, option)
if (isinstance(ret, basestring) and ret.startswith(self.mrk_ws)
and ret.endswith(self.mrk_ws)):
ret = ret[3:-3]
ret = to_unicode(ret)
if default:
if self.debug:
# mask out sensitive information
if option in ['apsk', 'password', 'identity', \
'private_key', 'private_key_passwd', \
'key', 'passphrase']:
print ''.join(['found ', option, \
' in configuration *****'])
else:
print ''.join(['found ', option, ' in configuration ',
str(ret)])
else:
if default != "__None__":
print 'did not find %s in configuration, setting default %s' \
% (option, str(default))
self.set(section, option, str(default), write=True)
ret = default
else:
ret = None
# Try to intelligently handle the type of the return value.
try:
if not ret.startswith('0') or len(ret) == 1:
ret = int(ret)
except (ValueError, TypeError, AttributeError):
ret = Noneify(ret)
# This is a workaround for a python-dbus issue on 64-bit systems.
if isinstance(ret, (int, long)):
try:
Int32(ret)
except OverflowError:
ret = str(ret)
return to_unicode(ret)
def _ParseAccessPoint(self, cell, ralink_info):
""" Parse a single cell from the output of iwlist.
Keyword arguments:
cell -- string containing the cell information
ralink_info -- string contating network information needed
for ralink cards.
Returns:
A dictionary containing the cell networks properties.
"""
ap = {}
ap['essid'] = misc.RunRegex(essid_pattern, cell)
try:
ap['essid'] = misc.to_unicode(ap['essid'])
except (UnicodeDecodeError, UnicodeEncodeError):
print 'Unicode problem with current network essid, ignoring!!'
return None
if ap['essid'] in ['<hidden>', ""]:
ap['essid'] = '<hidden>'
ap['hidden'] = True
else:
ap['hidden'] = False
ap['channel'] = misc.RunRegex(channel_pattern, cell)
if ap['channel'] == None:
freq = misc.RunRegex(freq_pattern, cell)
ap['channel'] = self._FreqToChannel(freq)
ap['bssid'] = misc.RunRegex(ap_mac_pattern, cell)
ap['mode'] = misc.RunRegex(mode_pattern, cell)
if self.wpa_driver == RALINK_DRIVER:
ap = self._ParseRalinkAccessPoint(ap, ralink_info, cell)
elif misc.RunRegex(wep_pattern, cell) == 'on':
ap['encryption'] = True
ap['encryption_method'] = 'WEP'
if misc.RunRegex(wpa1_pattern, cell) == 'WPA Version 1':
ap['encryption_method'] = 'WPA'
if misc.RunRegex(altwpa_pattern, cell) == 'wpa_ie':
ap['encryption_method'] = 'WPA'
if misc.RunRegex(wpa2_pattern, cell) == 'WPA2':
ap['encryption_method'] = 'WPA2'
else:
ap['encryption'] = False
if (strength_pattern.match(cell)):
[(strength, max_strength)] = strength_pattern.findall(cell)
if max_strength:
if int(max_strength) != 0:
ap["quality"] = 100 * int(strength) // int(max_strength)
else:
ap['quality'] = int(strength)
else:
ap["quality"] = int(strength)
elif misc.RunRegex(altstrength_pattern,cell):
ap['quality'] = misc.RunRegex(altstrength_pattern, cell)
else:
ap['quality'] = -1
if misc.RunRegex(signaldbm_pattern, cell):
ap['strength'] = misc.RunRegex(signaldbm_pattern, cell)
elif self.wpa_driver != RALINK_DRIVER:
ap['strength'] = -1
return ap
def check_for_wireless(iwconfig, wireless_ip, set_status):
""" Determine if wireless is active, and if yes, set the status. """
if not wireless_ip:
return False
network = wireless.GetCurrentNetwork(iwconfig)
if not network:
return False
network = misc.to_unicode(network)
if daemon.GetSignalDisplayType() == 0:
strength = wireless.GetCurrentSignalStrength(iwconfig)
else:
strength = wireless.GetCurrentDBMStrength(iwconfig)
if strength is None:
return False
strength = misc.to_unicode(daemon.FormatSignalForPrinting(strength))
ip = misc.to_unicode(wireless_ip)
set_status(_("Connected to $A at $B (IP: $C)").replace("$A", network).replace("$B", strength).replace("$C", ip))
return True
def _parse_ap(self, cell):
"""Parse a single cell from the python-iwscan list."""
ap = {}
try:
ap['essid'] = misc.to_unicode(cell['essid'])
except UnicodeError:
print('Unicode problem with the current network essid, ignoring!!')
return None
if ap['essid'] in ["", '<hidden>']:
ap['essid'] = '<hidden>'
ap['hidden'] = True
else:
ap['hidden'] = False
if cell["channel"]:
ap["channel"] = cell["channel"]
else:
ap["channel"] = self._FreqToChannel(cell["frequency"])
ap["bssid"] = cell["bssid"]
ap["mode"] = cell["mode"]
ap["bitrates"] = cell["bitrate"]
if cell["enc"]:
ap["encryption"] = True
if cell["ie"] and cell["ie"].get('type'):
if "WPA2" in cell['ie']['type'].upper():
ap['encryption_method'] = 'WPA2'
elif "WPA" in cell['ie']['type'].upper():
ap['encryption_method'] = 'WPA'
else:
ap['encryption_method'] = 'WEP'
else:
ap["encryption"] = False
# Link Quality
ap['qual_found'] = True
ap['quality'] = self._get_link_quality(cell['stats'])
if ap['quality'] is None:
ap['qual_found'] = False
ap['quality'] = -1
# Signal Strength (only used if user doesn't want link
# quality displayed or it isn't found)
if misc.RunRegex(signaldbm_pattern, cell["stats"]):
ap['strength'] = misc.RunRegex(signaldbm_pattern, cell["stats"])
# This is already set for ralink
elif self.wpa_driver != RALINK_DRIVER:
ap['strength'] = -1
return ap
def _parse_ap(self, cell):
""" Parse a single cell from the python-iwscan list. """
ap = {}
try:
ap['essid'] = misc.to_unicode(cell['essid'])
except UnicodeError:
print('Unicode problem with the current network essid, ignoring!!')
return None
if ap['essid'] in [ "", '<hidden>']:
ap['essid'] = '<hidden>'
ap['hidden'] = True
else:
ap['hidden'] = False
if cell["channel"]:
ap["channel"] = cell["channel"]
else:
ap["channel"] = self._FreqToChannel(cell["frequency"])
ap["bssid"] = cell["bssid"]
ap["mode"] = cell["mode"]
ap["bitrates"] = cell["bitrate"]
if cell["enc"]:
ap["encryption"] = True
if cell["ie"] and cell["ie"].get('type'):
if "WPA2" in cell['ie']['type'].upper():
ap['encryption_method'] = 'WPA2'
elif "WPA" in cell['ie']['type'].upper():
ap['encryption_method'] = 'WPA'
else:
ap['encryption_method'] = 'WEP'
else:
ap["encryption"] = False
# Link Quality
ap['qual_found'] = True
ap['quality'] = self._get_link_quality(cell['stats'])
if ap['quality'] is None:
ap['qual_found'] = False
ap['quality'] = -1
# Signal Strength (only used if user doesn't want link
# quality displayed or it isn't found)
if misc.RunRegex(signaldbm_pattern, cell["stats"]):
ap['strength'] = misc.RunRegex(signaldbm_pattern, cell["stats"])
elif self.wpa_driver != RALINK_DRIVER: # This is already set for ralink
ap['strength'] = -1
return ap
def CheckForWireless(self,iwconfig,wireless_ip,set_status):
if not wireless_ip:
return False
network = self._Wireless.GetCurrentNetwork(iwconfig)
if not network:
return False
network = misc.to_unicode(network)
if daemon.GetSignalDisplayType() == 0:
strength = self._Wireless.GetCurrentSignalStrength(iwconfig)
else:
strength = self._Wireless.GetCurrentDBMStrength(iwconfig)
if strength is None:
return False
strength = misc.to_unicode(self._Daemon.FormatSignalForPrinting(strength))
ip = misc.to_unicode(wireless_ip)
print(_('Connected to $A at $B (IP: $C)').replace
('$A', network).replace
('$B', strength).replace
('$C', ip))
return True
def check_for_wireless(iwconfig, wireless_ip, set_status):
""" Determine if wireless is active, and if yes, set the status. """
if not wireless_ip:
return False
network = wireless.GetCurrentNetwork(iwconfig)
if not network:
return False
network = misc.to_unicode(network)
if daemon.GetSignalDisplayType() == 0:
strength = wireless.GetCurrentSignalStrength(iwconfig)
else:
strength = wireless.GetCurrentDBMStrength(iwconfig)
if strength is None:
return False
strength = misc.to_unicode(daemon.FormatSignalForPrinting(strength))
ip = misc.to_unicode(wireless_ip)
set_status(
_('Connected to $A at $B (IP: $C)').replace('$A', network).replace(
'$B', strength).replace('$C', ip))
return True
def GetCurrentNetwork(self, iwconfig=None):
""" Get the essid of the current network.
Returns:
The current network essid.
"""
if not iwconfig:
cmd = 'iwconfig ' + self.iface
if self.verbose: print cmd
output = misc.Run(cmd)
else:
output = iwconfig
network = misc.RunRegex(re.compile('.*ESSID:"(.*?)"', re.I | re.M | re.S), output)
if network:
network = misc.to_unicode(network)
return network
def _parse_ap(self, cell):
""" Parse a single cell from the python-iwscan list. """
ap = {}
try:
ap['essid'] = misc.to_unicode(cell['essid'])
except UnicodeError:
print 'Unicode problem with the current network essid, ignoring!!'
return None
if ap['essid'] in [ "", '<hidden>']:
ap['essid'] = 'Hidden'
ap['hidden'] = True
else:
ap['hidden'] = False
ap["channel"] = True and cell["channel"] or \
self._FreqToChannel(cell["frequency"])
ap["bssid"] = cell["bssid"]
ap["mode"] = cell["mode"]
if cell["enc"]:
ap["encryption"] = True
if cell["ie"]:
if "WPA2" in cell['ie']['type'].upper():
ap['encryption_method'] = 'WPA2'
elif "WPA" in cell['ie']['type'].upper():
ap['encryption_method'] = 'WPA'
else:
ap['encryption_method'] = 'WEP'
else:
ap["encryption"] = False
ap['qual_found'] = True
try:
[(strength, max_strength)] = strength_pattern.findall(cell["stats"])
if max_strength:
ap["quality"] = 100 * int(strength) // int(max_strength)
else:
ap["quality"] = int(strength)
except ValueError:
ap['quality'] = misc.RunRegex(altstrength_pattern,cell["stats"])
if not ap['quality']:
ap['qual_found'] = False
ap['quality'] = -1
if misc.RunRegex(signaldbm_pattern, cell["stats"]):
ap['strength'] = misc.RunRegex(signaldbm_pattern, cell["stats"])
elif self.wpa_driver != RALINK_DRIVER:
ap['strength'] = -1
return ap
def set_option(self, section, option, value, write=False):
""" Wrapper around ConfigParser.set
Adds the option to write the config file change right away.
Also forces all the values being written to type str, and
adds the section the option should be written to if it
doesn't exist already.
"""
if not self.has_section(section):
self.add_section(section)
if isinstance(value, str):
value = to_unicode(value)
if value.startswith(' ') or value.endswith(' '):
value = "%(ws)s%(value)s%(ws)s" % {"value" : value,
"ws" : self.mrk_ws}
RawConfigParser.set(self, section, str(option), value)
if write:
self.write()
def set_option(self, section, option, value, write=False):
""" Wrapper around ConfigParser.set
Adds the option to write the config file change right away.
Also forces all the values being written to type str, and
adds the section the option should be written to if it
doesn't exist already.
"""
if not self.has_section(section):
self.add_section(section)
if isinstance(value, basestring):
value = to_unicode(value)
if value.startswith(' ') or value.endswith(' '):
value = "%(ws)s%(value)s%(ws)s" % {"value" : value,
"ws" : self.mrk_ws}
RawConfigParser.set(self, section, str(option), value)
if write:
self.write()
def write(self, fp=None):
""" Writes the loaded config file to disk. """
in_this_file = []
sec_r = [to_unicode(s) for s in self.sections()]
for sname in sorted(sec_r):
fname = self.get_option(sname, '_filename_')
if fname and fname != self.config_file:
# Write sections from other files
section = self._copy_section(sname)
section._write_one()
else:
# Save names of local sections
in_this_file.append(sname)
print("in_this_file", in_this_file)
# Make an instance with only these sections
p = ConfigManager("", self.debug, self.mrk_ws)
p.config_file = self.config_file
for sname in in_this_file:
p.add_section(sname)
for (iname, value) in self.items(sname):
p.set(sname, iname, value)
p.remove_option(sname, '_filename_')
p._write_one()
def _ParseAccessPoint(self, cell, ralink_info):
""" Parse a single cell from the output of iwlist.
Keyword arguments:
cell -- string containing the cell information
ralink_info -- string contating network information needed
for ralink cards.
Returns:
A dictionary containing the cell networks properties.
"""
ap = {}
ap['essid'] = misc.RunRegex(essid_pattern, cell)
try:
ap['essid'] = misc.to_unicode(ap['essid'])
except (UnicodeDecodeError, UnicodeEncodeError):
print 'Unicode problem with current network essid, ignoring!!'
return None
if ap['essid'] in ['<hidden>', ""]:
ap['essid'] = 'Hidden'
ap['hidden'] = True
else:
ap['hidden'] = False
ap['channel'] = misc.RunRegex(channel_pattern, cell)
if ap['channel'] == None:
freq = misc.RunRegex(freq_pattern, cell)
ap['channel'] = self._FreqToChannel(freq)
ap['bssid'] = misc.RunRegex(ap_mac_pattern, cell)
ap['mode'] = misc.RunRegex(mode_pattern, cell)
if self.wpa_driver == RALINK_DRIVER:
ap = self._ParseRalinkAccessPoint(ap, ralink_info, cell)
elif misc.RunRegex(wep_pattern, cell) == 'on':
ap['encryption'] = True
ap['encryption_method'] = 'WEP'
if misc.RunRegex(wpa1_pattern, cell) == 'WPA Version 1':
ap['encryption_method'] = 'WPA'
if misc.RunRegex(altwpa_pattern, cell) == 'wpa_ie':
ap['encryption_method'] = 'WPA'
if misc.RunRegex(wpa2_pattern, cell) == 'WPA2':
ap['encryption_method'] = 'WPA2'
else:
ap['encryption'] = False
if (strength_pattern.match(cell)):
[(strength, max_strength)] = strength_pattern.findall(cell)
if max_strength:
ap["quality"] = 100 * int(strength) // int(max_strength)
else:
ap["quality"] = int(strength)
elif misc.RunRegex(altstrength_pattern,cell):
ap['quality'] = misc.RunRegex(altstrength_pattern, cell)
else:
ap['quality'] = -1
if misc.RunRegex(signaldbm_pattern, cell):
ap['strength'] = misc.RunRegex(signaldbm_pattern, cell)
elif self.wpa_driver != RALINK_DRIVER:
ap['strength'] = -1
return ap
def ValidateAuthentication(self, auth_time):
""" Validate WPA authentication.
Validate that the wpa_supplicant authentication
process was successful.
NOTE: It's possible this could return False,
though in reality wpa_supplicant just isn't
finished yet.
Keyword arguments:
auth_time -- The time at which authentication began.
Returns:
True if wpa_supplicant authenticated succesfully,
False otherwise.
"""
if self.wpa_driver == RALINK_DRIVER or not self.WPA_CLI_FOUND:
return True
MAX_TIME = 15
MAX_DISCONNECTED_TIME = 3
while (time.time() - auth_time) < MAX_TIME:
cmd = 'wpa_cli -i ' + self.iface + ' status'
output = misc.Run(cmd)
result = misc.RunRegex(auth_pattern, output)
if self.verbose:
print 'WPA_CLI RESULT IS', result
if not result:
return False
if result == "COMPLETED":
return True
elif result == "DISCONNECTED" and \
(time.time() - auth_time) > MAX_DISCONNECTED_TIME:
self._ForceSupplicantScan()
MAX_TIME += 5
time.sleep(1)
print 'wpa_supplicant authentication may have failed.'
return False
def _ForceSupplicantScan(self):
""" Force wpa_supplicant to rescan available networks.
This function forces wpa_supplicant to rescan.
This works around authentication validation sometimes failing for
wpa_supplicant because it remains in a DISCONNECTED state for
quite a while, after which a rescan is required, and then
attempting to authenticate. This whole process takes a long
time, so we manually speed it up if we see it happening.
"""
print 'wpa_supplicant rescan forced...'
cmd = 'wpa_cli -i' + self.iface + ' scan'
misc.Run(cmd)
def GetBSSID(self, iwconfig=None):
""" Get the MAC address for the interface. """
if not iwconfig:
cmd = 'iwconfig ' + self.iface
if self.verbose: print cmd
output = misc.Run(cmd)
else:
output = iwconfig
bssid = misc.RunRegex(bssid_pattern, output)
return bssid
def GetSignalStrength(self, iwconfig=None):
""" Get the signal strength of the current network.
Returns:
The signal strength.
"""
if not iwconfig:
cmd = 'iwconfig ' + self.iface
if self.verbose: print cmd
output = misc.Run(cmd)
else:
output = iwconfig
[(strength, max_strength)] = strength_pattern.findall(output)
if max_strength and strength:
return 100 * int(strength) // int(max_strength)
if strength is None:
strength = misc.RunRegex(altstrength_pattern, output)
return strength
def GetDBMStrength(self, iwconfig=None):
""" Get the dBm signal strength of the current network.
Returns:
The dBm signal strength.
"""
if not iwconfig:
cmd = 'iwconfig ' + self.iface
if self.verbose: print cmd
output = misc.Run(cmd)
else:
output = iwconfig
dbm_strength = misc.RunRegex(signaldbm_pattern, output)
return dbm_strength
def GetCurrentNetwork(self, iwconfig=None):
""" Get the essid of the current network.
Returns:
The current network essid.
"""
if not iwconfig:
cmd = 'iwconfig ' + self.iface
if self.verbose: print cmd
output = misc.Run(cmd)
else:
output = iwconfig
network = misc.RunRegex(re.compile('.*ESSID:"(.*?)"', re.I | re.M | re.S), output)
if network:
network = misc.to_unicode(network)
return network
def test_to_unicode_1(self):
self.assertEquals(misc.to_unicode('邪悪'), '邪悪')
def test_to_unicode_6(self):
self.assertEquals(misc.to_unicode('berk\xe5k'), "berkåk")
def test_to_unicode_5(self):
self.assertEquals(misc.to_unicode("berkåk"), "berkåk")
def test_to_unicode_4(self):
self.assertEquals(type(misc.to_unicode('abcdef'.encode('latin-1'))), str)
def test_to_unicode_3(self):
self.assertEquals(misc.to_unicode(u'abcdef'), 'abcdef')
def test_to_unicode_6(self):
self.assertEqual(misc.to_unicode('berk\xe5k'), "berkåk")
def test_to_unicode_5(self):
self.assertEqual(misc.to_unicode("berkåk"), "berkåk")
def test_to_unicode_4(self):
self.assertEqual(type(misc.to_unicode('abcdef'.encode('latin-1'))), bytes)
def test_to_unicode_3(self):
self.assertEqual(misc.to_unicode('abcdef'), 'abcdef')
def test_to_unicode_2(self):
self.assertEqual(misc.to_unicode('邪悪'), '邪悪')