def __is_imsi_allowed(self, device, status=None):
# By default every IMSI is allowed to use TGCM
is_allowed = True
# sim-locks is a whitelist of IMSI numbers allowed to connect to
# a WWAN network using TGCM
sim_whitelist = self._config.get_sim_locks()
if status is None:
status = device.get_card_status()
if status == CARD_STATUS_READY:
try:
imsi = device.get_imsi()
# Some countries have a whitelist of allowed IMSI numbers
# to connect to a WWAN network using TGCM. If a IMSI is not listed
# TGCM won't allow the user to connect to the network
if (len(sim_whitelist) > 0) and (imsi is not None) and (len(imsi) > 0):
is_allowed = False
for sim in sim_whitelist:
if imsi.startswith(sim):
is_allowed = True
break
except DeviceHasNotCapability:
pass
if not is_allowed:
msg = _("The Mobile Internet Device does not have a valid SIM card.\nPlease check to see that the device contains a SIM of your network operator.")
markup = _('<b>Invalid SIM</b>')
error_dialog(msg, markup)
device.turn_off()
return is_allowed
def _unlock_device(self, unlock_code):
try:
self.device.unlock_operator(unlock_code)
title = _('Unlocking succeeded')
markup = '<b>%s</b>' % title
message = _('You succeed in unlocking your device network lock.')
info_dialog(message, title=title, markup=markup, parent=self)
return True
# Incorrect password case
except DeviceIncorrectPassword:
title = _('Error unlocking network PIN')
markup = '<b>%s</b>' % title
message = _(
'The network PIN code entered is incorrect. Please try again.')
error_dialog(message, title=title, markup=markup, parent=self)
# Unknown case, e.g. device locked
except:
title = _('Error unlocking network PIN')
markup = '<b>%s</b>' % title
message = _(
'It is not possible to unlock the device. Please contact your operator.'
)
error_dialog(message, title=title, markup=markup, parent=self)
return False
def __on_settings_closing(self, settings):
try:
number = self.cell_number_entry.get_text()
if len(number) != 0:
number = Validate.Spain.mobile_phone(number)
except ValidationError, err:
error_dialog(str(err), markup = _('Services - User details'), parent = self._parent)
return True
def connect_to_bus(self):
success = self._connection_manager.connect_to_bus(self)
if not success:
tgcm.error("No se ha encontrado el ppp manager")
error_dialog(markup=MSG_CONN_MANAGER_NO_PPP_MANAGER_TITLE, \
msg=MSG_CONN_MANAGER_NO_PPP_MANAGER)
return False
else:
return True
def connect_to_bus (self):
success = self._connection_manager.connect_to_bus(self)
if not success:
tgcm.error("No se ha encontrado el ppp manager")
error_dialog(markup=MSG_CONN_MANAGER_NO_PPP_MANAGER_TITLE, \
msg=MSG_CONN_MANAGER_NO_PPP_MANAGER)
return False
else:
return True
def __show_request_error(self, msg=None):
'''
DeviceModem.sms_send() Error handler: BAM SMS could not be delivered, the user must be
informed about that.
'''
if msg is None:
markup = _('Unexpected error')
msg = _('We\'re sorry, but it was not possible to query your Broadband Mobile Number. Please try again later.')
error_dialog(msg, markup = markup, parent = self.__parent)
def __on_settings_closing(self, settings):
try:
number = self.cell_number_entry.get_text()
if len(number) != 0:
number = Validate.Spain.mobile_phone(number)
except ValidationError, err:
error_dialog(str(err),
markup=_('Services - User details'),
parent=self._parent)
return True
def close_app(self):
_close = True
main_modem = tgcm.core.MainModem.MainModem()
if main_modem.is_connected():
app_name = self._conf.get_app_name()
response = warning_dialog( \
msg=MSG_CONN_MANAGER_APP_CLOSE % (app_name, app_name), \
title=MSG_CONN_MANAGER_APP_CLOSE_TITLE, \
buttons=gtk.BUTTONS_OK_CANCEL)
# -- If the user responds with OK we will close the application
# -- even some failures are detected. This is the behavior under
# -- windows too.
if response == gtk.RESPONSE_OK:
# -- Avoid the automatic reconnection as we are going to exit
self.reconnect_on_disconnect = False
# -- Get the reference to the NM object for disconnecting correctly
nm_dev = main_modem.current_device().nm_dev
nm_dev.Disconnect()
# -- Wait until the modem is off but use a timeout for the worst case!
time_start = time.time()
timeout = 10 # -- Arbitrary timeout value
time_end = (time_start + timeout)
while (time_end > time.time()) and (main_modem.is_connected()):
while gtk.events_pending():
gtk.main_iteration()
# -- If the modem is still connected we have a problem. In that
# -- case show an error message but go ahead closing
# -- the Tgcm so that the user disconnects the modem manually
if main_modem.is_connected():
if tgcm.country_support == 'de':
msgInfo = _(
"Please try removing the Mobile Internet Device for assuring\nthat the WWAN connection is down."
)
else:
msgInfo = _(
"Please try removing the Mobile Internet Device for assuring\nthat the 2G/3G/4G connection is down."
)
error_dialog(markup=_("Unexpected disconnection failure"), \
msg=msgInfo)
else:
main_modem.turn_off()
_close = True
else:
_close = False
else:
main_modem.turn_off()
_close = True
return _close
def __send_email_button_wait_proc(self, proc, widget):
proc.wait()
if proc.returncode != 0:
msg = _('A client application for sending email can not be found.')
mark = _('Error starting email client')
error_dialog(msg, markup = mark, parent = self.dialog)
else:
# -- Give the application some time before enabling the button
gtk_sleep(1.0)
widget.set_sensitive(True)
def __check_destiny_country(self, filepath, parent=None):
try:
if self.importer.get_destiny_country(filepath) != tgcm.country_support:
destiny_country = self.importer.get_destiny_country(filepath)
markup = _("The selected file cannot be imported in your country.")
msg = _("The selected file must be installed in \"%s\".") % destiny_country
error_dialog(markup=markup, msg=msg, parent=parent)
return False
else:
return True
except:
error_dialog(_("Malformed file, the profile cannot be imported."), parent=parent)
return False
def close_app(self):
_close = True
main_modem = tgcm.core.MainModem.MainModem()
if main_modem.is_connected():
app_name = self._conf.get_app_name()
response = warning_dialog( \
msg=MSG_CONN_MANAGER_APP_CLOSE % (app_name, app_name), \
title=MSG_CONN_MANAGER_APP_CLOSE_TITLE, \
buttons=gtk.BUTTONS_OK_CANCEL)
# -- If the user responds with OK we will close the application
# -- even some failures are detected. This is the behavior under
# -- windows too.
if response == gtk.RESPONSE_OK:
# -- Avoid the automatic reconnection as we are going to exit
self.reconnect_on_disconnect = False
# -- Get the reference to the NM object for disconnecting correctly
nm_dev = main_modem.current_device().nm_dev
nm_dev.Disconnect()
# -- Wait until the modem is off but use a timeout for the worst case!
time_start = time.time()
timeout = 10 # -- Arbitrary timeout value
time_end = (time_start + timeout)
while (time_end > time.time()) and (main_modem.is_connected()):
while gtk.events_pending():
gtk.main_iteration()
# -- If the modem is still connected we have a problem. In that
# -- case show an error message but go ahead closing
# -- the Tgcm so that the user disconnects the modem manually
if main_modem.is_connected():
if tgcm.country_support == 'de':
msgInfo=_("Please try removing the Mobile Internet Device for assuring\nthat the WWAN connection is down.")
else:
msgInfo=_("Please try removing the Mobile Internet Device for assuring\nthat the 2G/3G/4G connection is down.")
error_dialog(markup=_("Unexpected disconnection failure"), \
msg=msgInfo)
else:
main_modem.turn_off()
_close = True
else:
_close = False
else:
main_modem.turn_off()
_close = True
return _close
def __on_dialog_close(self, *args):
# Request the phone query area to validate its contents and save them
try:
self.__phonequery_area.do_save()
# Only hide the dialog if the dialog fields are correct and have
# been saved successfully
self.__dialog.hide()
# Seems there was a problem saving the BAM phone query area, warn the
# user about the problem
except RecargaSaldoSaveError, err:
self.__phonequery_area.grab_focus()
error_dialog(err.details, markup = err.msg, parent = self.__dialog)
def __on_settings_is_closing(self, settings):
is_ok = False
# Request the phone query area to validate its contents and save them
try:
self.__phonequery_area.do_save()
is_ok = True # Everything went all right
# Seems there was a problem saving the BAM phone query area, change
# the displayed tab in settings to 'My Details' and warn the user
# about the problem
except tgcm.ui.windows.RecargaSaldoSaveError, err:
self.__settings.show_section('General>1')
self.__phonequery_area.grab_focus()
error_dialog(err.details, markup = err.msg, parent = self.__settings.get_dialog())
def __check_destiny_country(self, filepath, parent=None):
try:
if self.importer.get_destiny_country(
filepath) != tgcm.country_support:
destiny_country = self.importer.get_destiny_country(filepath)
markup = _(
"The selected file cannot be imported in your country.")
msg = _("The selected file must be installed in \"%s\"."
) % destiny_country
error_dialog(markup=markup, msg=msg, parent=parent)
return False
else:
return True
except:
error_dialog(_("Malformed file, the profile cannot be imported."),
parent=parent)
return False
def __on_settings_is_closing(self, settings):
is_ok = False
# Request the phone query area to validate its contents and save them
try:
self.__phonequery_area.do_save()
is_ok = True # Everything went all right
# Seems there was a problem saving the BAM phone query area, change
# the displayed tab in settings to 'My Details' and warn the user
# about the problem
except tgcm.ui.windows.RecargaSaldoSaveError, err:
self.__settings.show_section('General>1')
self.__phonequery_area.grab_focus()
error_dialog(err.details,
markup=err.msg,
parent=self.__settings.get_dialog())
def __import_bookmark(self, bookmark, filepath, parent=None):
if bookmark["url"] == None:
markup = _("This favourite cannot be imported")
msg = _(
"Error when importing the favourite. Probably the associated file does not exist in your system."
)
error_dialog(markup=markup, msg=msg)
if not self.conf.exists_bookmark(bookmark["name"]):
self.import_conditions = "BOOKMARK_NOT_EXISTS"
self.import_filename_label.set_markup("%s" %
os.path.basename(filepath))
self.import_bookmark_label.set_markup(
_("<b>Favourite: '%s'</b>") % bookmark["name"])
self.__show_parts_of_import_dialog(book_label=True)
self.import_dialog.show()
self.__check_import_conditions()
self.import_dialog.set_transient_for(parent)
ret = self.import_dialog.run()
self.import_dialog.hide()
if ret != gtk.RESPONSE_OK:
return False
self.importer.import_bookmark_from_file(filepath)
else:
self.import_conditions = "OW_BOOKMARK"
self.import_filename_label.set_markup("%s" %
os.path.basename(filepath))
self.import_bookmark_label.set_markup(
_("<b>Favourite: '%s'</b>") % bookmark["name"])
self.__show_parts_of_import_dialog(book_label=True, book_ow=True)
self.import_dialog.show()
self.__check_import_conditions()
self.import_dialog.set_transient_for(parent)
ret = self.import_dialog.run()
self.import_dialog.hide()
if ret != gtk.RESPONSE_OK:
return
self.importer.import_bookmark_from_file(filepath, overwrite=True)
def __is_imsi_allowed(self, device, status=None):
# By default every IMSI is allowed to use TGCM
is_allowed = True
# sim-locks is a whitelist of IMSI numbers allowed to connect to
# a WWAN network using TGCM
sim_whitelist = self._config.get_sim_locks()
if status is None:
status = device.get_card_status()
if status == CARD_STATUS_READY:
try:
imsi = device.get_imsi()
# Some countries have a whitelist of allowed IMSI numbers
# to connect to a WWAN network using TGCM. If a IMSI is not listed
# TGCM won't allow the user to connect to the network
if (len(sim_whitelist) >
0) and (imsi is not None) and (len(imsi) > 0):
is_allowed = False
for sim in sim_whitelist:
if imsi.startswith(sim):
is_allowed = True
break
except DeviceHasNotCapability:
pass
if not is_allowed:
msg = _(
"The Mobile Internet Device does not have a valid SIM card.\nPlease check to see that the device contains a SIM of your network operator."
)
markup = _('<b>Invalid SIM</b>')
error_dialog(msg, markup)
device.turn_off()
return is_allowed
def __import_bookmark(self, bookmark, filepath, parent=None):
if bookmark["url"] == None:
markup = _("This favourite cannot be imported")
msg = _("Error when importing the favourite. Probably the associated file does not exist in your system.")
error_dialog(markup=markup, msg=msg)
if not self.conf.exists_bookmark(bookmark["name"]) :
self.import_conditions = "BOOKMARK_NOT_EXISTS"
self.import_filename_label.set_markup("%s" % os.path.basename (filepath))
self.import_bookmark_label.set_markup(_("<b>Favourite: '%s'</b>") % bookmark["name"])
self.__show_parts_of_import_dialog(book_label=True)
self.import_dialog.show()
self.__check_import_conditions()
self.import_dialog.set_transient_for(parent)
ret = self.import_dialog.run()
self.import_dialog.hide()
if ret != gtk.RESPONSE_OK:
return False
self.importer.import_bookmark_from_file (filepath)
else:
self.import_conditions = "OW_BOOKMARK"
self.import_filename_label.set_markup("%s" % os.path.basename (filepath))
self.import_bookmark_label.set_markup(_("<b>Favourite: '%s'</b>") % bookmark["name"])
self.__show_parts_of_import_dialog(book_label=True, book_ow=True)
self.import_dialog.show()
self.__check_import_conditions()
self.import_dialog.set_transient_for(parent)
ret = self.import_dialog.run()
self.import_dialog.hide()
if ret != gtk.RESPONSE_OK:
return
self.importer.import_bookmark_from_file (filepath, overwrite=True)
def _unlock_device(self, unlock_code):
try:
self.device.unlock_operator(unlock_code)
title = _("Unlocking succeeded")
markup = "<b>%s</b>" % title
message = _("You succeed in unlocking your device network lock.")
info_dialog(message, title=title, markup=markup, parent=self)
return True
# Incorrect password case
except DeviceIncorrectPassword:
title = _("Error unlocking network PIN")
markup = "<b>%s</b>" % title
message = _("The network PIN code entered is incorrect. Please try again.")
error_dialog(message, title=title, markup=markup, parent=self)
# Unknown case, e.g. device locked
except:
title = _("Error unlocking network PIN")
markup = "<b>%s</b>" % title
message = _("It is not possible to unlock the device. Please contact your operator.")
error_dialog(message, title=title, markup=markup, parent=self)
return False
def __error_dialog(self, title, msg, parent, focus_widget=None):
error_dialog(msg, parent=parent, title=title)
if focus_widget is not None:
focus_widget.set_can_focus(True)
focus_widget.grab_focus()
def __active_device_card_status_changed(self, mcontroller, status):
device = self._device_manager.get_main_device()
if status == CARD_STATUS_DETECTED:
pass
elif status == CARD_STATUS_CONFIGURED:
pass
elif (status == CARD_STATUS_NO_SIM) or (status == CARD_STATUS_ERROR):
self._connection_logger.register_invalid_imsi()
self._is_on_startup = False
self.startup_time = 0
if self.is_showing_no_sim_dialog == True:
return
self.is_showing_no_sim_dialog = True
# -- Turn the device off before opening the error dialog otherwise the device checker remains triggering
# -- AT commands to the Mobile Manager
if device is not None:
device.turn_off()
msg = _(
"The Internet Mobile Device does not have a valid SIM card. Please, check that the SIM card is correctly inserted in the Internet Mobile Device."
)
markup = _("<b>SIM not found</b>")
error_dialog(msg, markup)
self.is_showing_no_sim_dialog = False
elif status == CARD_STATUS_PIN_REQUIRED:
if (time.time() - self.startup_time) < STARTUP_SECS:
self._is_on_startup = True
rstatus = device.pin_status()
device.stop_checker()
self._device_manager.emit("active-dev-pin-act-status-changed",
True)
if rstatus != PIN_STATUS_WAITING_PIN:
tgcm.info("PIN REQUIRED ... not")
return
pin_dialog = tgcm.ui.windows.AskPinDialog()
pin_dialog.run()
elif status == CARD_STATUS_PUK_REQUIRED:
if (time.time() - self.startup_time) < STARTUP_SECS:
self._is_on_startup = True
tgcm.info("PUK REQUIRED")
if device.is_on() == False:
return
rstatus = device.pin_status()
device.stop_checker()
if rstatus != PIN_STATUS_WAITING_PUK:
tgcm.info("PUK REQUIRED ... not")
return
self._device_manager.emit("active-dev-pin-act-status-changed",
True)
ask_puk = tgcm.ui.windows.PukDialog()
ask_puk.request()
elif status == CARD_STATUS_OFF:
self._is_on_startup = False
self.startup_time = 0
elif status == CARD_STATUS_ATTACHING:
# Check if device is not network locked for this card
if device.is_operator_locked():
# Prompt the user to remove the network lock
self.__ask_network_pin_code(device)
elif status == CARD_STATUS_READY:
# Register the device in the connection log
self._connection_logger.register_new_device(device)
try:
self._device_manager.emit("active-dev-roaming-status-changed",
device.is_roaming())
self._device_manager.emit("active-dev-pin-act-status-changed",
device.is_pin_active())
# Check if the IMSI has been blacklisted
is_imsi_allowed = self.__is_imsi_allowed(device)
# NOTE:
# Originally the following code was used to ensure that the device was registered
# in the network with the values established by the operator in the file
# 'regional-info.xml':
#
# if dev.has_domain_preferred:
# gobject.timeout_add(3000, self.__set_current_mode_domain)
#
# Unfortunately we don't know the reason why the function '__set_current_mode_domain'
# was being called with a delay of 3 seconds. Calling it directly seems to work
# well.
if is_imsi_allowed:
# Attempt to establish the correct device mode and domain
self.__set_current_mode_domain(device)
# Unknown connection procedure
if ((time.time() - self.startup_time) < STARTUP_SECS) \
or self._is_on_startup:
self._is_on_startup = False
self.startup_time = 0
self._connect_on_startup()
except DeviceHasNotCapability:
pass
elif status == CARD_STATUS_PH_NET_PIN_REQUIRED:
self.__ask_network_pin_code(device)
elif status == CARD_STATUS_PH_NET_PUK_REQUIRED:
pass
def __active_device_card_status_changed(self, mcontroller, status):
device = self._device_manager.get_main_device()
if status == CARD_STATUS_DETECTED:
pass
elif status == CARD_STATUS_CONFIGURED:
pass
elif (status == CARD_STATUS_NO_SIM) or (status == CARD_STATUS_ERROR):
self._connection_logger.register_invalid_imsi()
self._is_on_startup = False
self.startup_time = 0
if self.is_showing_no_sim_dialog == True:
return
self.is_showing_no_sim_dialog = True
# -- Turn the device off before opening the error dialog otherwise the device checker remains triggering
# -- AT commands to the Mobile Manager
if device is not None:
device.turn_off()
msg = _("The Internet Mobile Device does not have a valid SIM card. Please, check that the SIM card is correctly inserted in the Internet Mobile Device.")
markup = _("<b>SIM not found</b>")
error_dialog(msg, markup)
self.is_showing_no_sim_dialog = False
elif status == CARD_STATUS_PIN_REQUIRED:
if (time.time() - self.startup_time) < STARTUP_SECS:
self._is_on_startup = True
rstatus = device.pin_status()
device.stop_checker()
self._device_manager.emit("active-dev-pin-act-status-changed",True)
if rstatus != PIN_STATUS_WAITING_PIN:
tgcm.info("PIN REQUIRED ... not")
return
pin_dialog = tgcm.ui.windows.AskPinDialog()
pin_dialog.run()
elif status == CARD_STATUS_PUK_REQUIRED:
if (time.time() - self.startup_time) < STARTUP_SECS:
self._is_on_startup = True
tgcm.info("PUK REQUIRED")
if device.is_on() == False:
return
rstatus = device.pin_status()
device.stop_checker()
if rstatus != PIN_STATUS_WAITING_PUK:
tgcm.info("PUK REQUIRED ... not")
return
self._device_manager.emit("active-dev-pin-act-status-changed", True)
ask_puk = tgcm.ui.windows.PukDialog()
ask_puk.request()
elif status == CARD_STATUS_OFF:
self._is_on_startup = False
self.startup_time = 0
elif status == CARD_STATUS_ATTACHING:
# Check if device is not network locked for this card
if device.is_operator_locked():
# Prompt the user to remove the network lock
self.__ask_network_pin_code(device)
elif status == CARD_STATUS_READY:
# Register the device in the connection log
self._connection_logger.register_new_device(device)
try:
self._device_manager.emit("active-dev-roaming-status-changed", device.is_roaming())
self._device_manager.emit("active-dev-pin-act-status-changed", device.is_pin_active())
# Check if the IMSI has been blacklisted
is_imsi_allowed = self.__is_imsi_allowed(device)
# NOTE:
# Originally the following code was used to ensure that the device was registered
# in the network with the values established by the operator in the file
# 'regional-info.xml':
#
# if dev.has_domain_preferred:
# gobject.timeout_add(3000, self.__set_current_mode_domain)
#
# Unfortunately we don't know the reason why the function '__set_current_mode_domain'
# was being called with a delay of 3 seconds. Calling it directly seems to work
# well.
if is_imsi_allowed:
# Attempt to establish the correct device mode and domain
self.__set_current_mode_domain(device)
# Unknown connection procedure
if ((time.time() - self.startup_time) < STARTUP_SECS) \
or self._is_on_startup:
self._is_on_startup = False
self.startup_time = 0
self._connect_on_startup()
except DeviceHasNotCapability:
pass
elif status == CARD_STATUS_PH_NET_PIN_REQUIRED:
self.__ask_network_pin_code(device)
elif status == CARD_STATUS_PH_NET_PUK_REQUIRED:
pass
def _check_values(self):
is_error = False
title = None
message = None
# Name check
name = self.connection_name_entry.get_text()
if (not is_error) and (len(name) == 0):
is_error = True
title = MSG_NO_CONNECTION_NAME_TITLE
message = MSG_NO_CONNECTION_NAME
# Username check
username = self.username_entry.get_text()
if (not is_error) and (len(username) == 0):
is_error = True
title = MSG_NO_CONNECTION_USER_TITLE
message = MSG_NO_CONNECTION_USER
# APN check
apn_name = self.apn_entry.get_text()
if (not is_error) and (len(apn_name) == 0):
is_error = True
title = MSG_NO_CONNECTION_APN_TITLE
message = MSG_NO_CONNECTION_APN
# Only perform proxy checks if proxy support is enabled
is_proxy_server = self.use_proxy_radiobutton.get_active()
if is_proxy_server:
# Proxy address check
proxy_address = self.proxy_address_entry.get_text()
if (not is_error) and (len(proxy_address) == 0):
is_error = True
title = MSG_NO_CONNECTION_PROXY_IP_TITLE
message = MSG_NO_CONNECTION_PROXY_IP
# Proxy port check
proxy_port = self.proxy_port_entry.get_value()
if (not is_error) and (proxy_port < 0):
is_error = True
title = MSG_NO_CONNECTION_PROXY_PORT_TITLE
message = MSG_NO_CONNECTION_PROXY_PORT
# Only perform DNS checks if custom DNS support is enabled
is_custom_dns = self.dns_user_radiobutton.get_active()
if (not is_error) and is_custom_dns:
# Check primary DNS is not empty and correctly formatted
primary_dns = self.primary_dns_entry.get_text()
try:
socket.inet_aton(primary_dns)
except:
is_error = True
title = MSG_NO_CONNECTION_DNS_TITLE
message = MSG_NO_CONNECTION_DNS
# Check secondary DNS is correctly formatted
secondary_dns = self.secondary_dns_entry.get_text()
if len(secondary_dns) > 0:
try:
socket.inet_aton(secondary_dns)
except:
is_error = True
title = MSG_NO_CONNECTION_DNS_TITLE
message = MSG_NO_CONNECTION_DNS
# Show an error message if an error has been detected
if is_error:
error_dialog(parent=self, markup=title, msg=message)
return not is_error
def show_no_available_device_error(self):
error_dialog(markup=MSG_CONN_MANAGER_NO_CARDMANAGER_TITLE, \
msg=MSG_CONN_MANAGER_NO_CARDMANAGER)
def error_on_connection(self):
self.reconnect_on_disconnect = False
error_dialog(markup=MSG_CONN_MANAGER_CONNECTION_ERROR_TITLE, \
msg=MSG_CONN_MANAGER_CONNECTION_ERROR)
def connect_to_connection(self, connection_settings = None, force_connection = False, \
action = None, bookmark_info = None, url = None, smart_connector = False):
self.abort_now_flag = False
self.smart_connector=smart_connector
device_type=connection_settings["deviceType"]
connection_name=connection_settings["name"]
tgcm.info("Trying to connect to %s" % connection_name)
if self.connect_to_bus() != True:
return -1
network_connection_status = self._connection_manager.ppp_manager.nmConnectionState()
if (device_type==tgcm.core.FreeDesktop.DEVICE_WLAN or device_type==tgcm.core.FreeDesktop.DEVICE_WLAN_PROFILE):
odev = self.mcontroller.get_wifi_device()
if odev == None:
return -1
if self._connection_settings_manager.is_wifi_ap_available(connection_settings)==False:
return -1
if (device_type==tgcm.core.FreeDesktop.DEVICE_WIRED):
odev = self.mcontroller.get_wired_device()
if odev == None:
return -1
elif (device_type==tgcm.core.FreeDesktop.DEVICE_MODEM):
if self._connection_manager.is_device_selected() == False:
return -1
odev = self.mcontroller.get_main_device()
if odev.get_card_status() is not CARD_STATUS_READY:
return -1
if odev == None or odev.get_type() != tgcm.core.DeviceManager.DEVICE_MODEM:
self.show_no_available_device_error()
return -1
if odev.is_roaming() and bool(self._conf.check_policy('show-roaming-warning')):
if tgcm.country_support == "es":
message = _("You are about to connect you in roaming and your customary data fares do not apply for the traffic that consummate abroad. Inform yourself of your roaming data fares in the 22119 (free call cost in the European Union; from other countries applicable price to calls with destination Spain according to roaming fare of the line). To control your bill you can define alerts in Escritorio Movistar and will receive notifications when reaching a certain amount of data spent.")
else:
message = _("You're about to connect while abroad. Network operators have different charges for data usage and costs can soon mount up. To set up alerts so you know approximately how much data you have used go to Settings / Alerts.")
title = _("Roaming alert")
response = warning_dialog(msg=message, title=title)
if response != gtk.RESPONSE_OK:
return -2
if not odev.has_capability(MOBILE_MANAGER_DEVICE_STATE_INTERFACE_URI) :
self.cardmanager = None
else:
self.cardmanager = odev
if network_connection_status == PPP_STATUS_DISCONNECTED:
if self.cardmanager.get_card_status() != CARD_STATUS_READY:
if smart_connector == False:
error_dialog(markup=MSG_CONN_MANAGER_NO_CARDMANAGER_TITLE, \
msg=MSG_CONN_MANAGER_NO_CARDMANAGER)
return -1
if action != None:
self.action = action
if bookmark_info != None:
self.bookmark_info = bookmark_info
if url != None:
self.url = url
if network_connection_status == NetworkManager.State.CONNECTED :
if self.actual_connection is not None and connection_settings["uuid"]==self.actual_connection["uuid"]:
self.launch_service()
return 0
if force_connection == False:
ret = self.__detect_active_connection_dialog(connection_name, action, bookmark_info)
else:
ret = 3
if ret == 1 or ret < 0:
return 0 #Cancelled by the user
elif ret == 2 :
self.launch_service()
return 0
elif ret == 3:
self._connection_manager.ppp_manager.stop()
gtk_sleep(0.1);
self.waiting_connection = connection_settings
self.reconnect_on_disconnect=None
password=None
if connection_settings["ask_password"] == True:
password = self._ask_password (connection_name)
if password is None:
return 0 #Cancelled by the user
#Reload connection info from gconf based on SIM characteristics
try:
if (connection_settings["origin"]!="networkmanager" or connection_settings["ask_password"]==True):
connection_settings=self._connection_settings_manager.get_connection_info_dict_from_gconf(connection_settings['gconf_path'])
self._connection_settings_manager.add_wwan_connection(connection_settings,write_gconf_if_required=False,update_if_possible=True,password=password)
gtk_sleep(1.5);
#time.sleep(1) #We must give some time to update the connection
except (RuntimeError, TypeError, NameError):
tgcm.error("Error in update")
pass
self._conf.set_proxy(connection_settings)
ret=self._connection_manager.ppp_manager.start(connection_settings,odev)
if ret!=0:
self.action = None
self.bookmark_info =None
return ret
def __show_error_dialog(self, message, markup):
error_dialog(message, markup=markup, parent=self.dialog)
def __main_modem_fatal_error(self, device_manager):
title = _("Mobile Internet Device connection failed")
markup = _("Please remove the Mobile Internet Device and connect again")
msg = _("The connection with the Mobile Internet Device has failed. It is not possible to establish a new connection until the device is removed and inserted again.")
error_dialog(msg, markup='<b>%s</b>' % markup, title=title)
def connect_to_connection(self, connection_settings = None, force_connection = False, \
action = None, bookmark_info = None, url = None, smart_connector = False):
self.abort_now_flag = False
self.smart_connector = smart_connector
device_type = connection_settings["deviceType"]
connection_name = connection_settings["name"]
tgcm.info("Trying to connect to %s" % connection_name)
if self.connect_to_bus() != True:
return -1
network_connection_status = self._connection_manager.ppp_manager.nmConnectionState(
)
if (device_type == tgcm.core.FreeDesktop.DEVICE_WLAN
or device_type == tgcm.core.FreeDesktop.DEVICE_WLAN_PROFILE):
odev = self.mcontroller.get_wifi_device()
if odev == None:
return -1
if self._connection_settings_manager.is_wifi_ap_available(
connection_settings) == False:
return -1
if (device_type == tgcm.core.FreeDesktop.DEVICE_WIRED):
odev = self.mcontroller.get_wired_device()
if odev == None:
return -1
elif (device_type == tgcm.core.FreeDesktop.DEVICE_MODEM):
if self._connection_manager.is_device_selected() == False:
return -1
odev = self.mcontroller.get_main_device()
if odev.get_card_status() is not CARD_STATUS_READY:
return -1
if odev == None or odev.get_type(
) != tgcm.core.DeviceManager.DEVICE_MODEM:
self.show_no_available_device_error()
return -1
if odev.is_roaming() and bool(
self._conf.check_policy('show-roaming-warning')):
if tgcm.country_support == "es":
message = _(
"You are about to connect you in roaming and your customary data fares do not apply for the traffic that consummate abroad. Inform yourself of your roaming data fares in the 22119 (free call cost in the European Union; from other countries applicable price to calls with destination Spain according to roaming fare of the line). To control your bill you can define alerts in Escritorio Movistar and will receive notifications when reaching a certain amount of data spent."
)
else:
message = _(
"You're about to connect while abroad. Network operators have different charges for data usage and costs can soon mount up. To set up alerts so you know approximately how much data you have used go to Settings / Alerts."
)
title = _("Roaming alert")
response = warning_dialog(msg=message, title=title)
if response != gtk.RESPONSE_OK:
return -2
if not odev.has_capability(
MOBILE_MANAGER_DEVICE_STATE_INTERFACE_URI):
self.cardmanager = None
else:
self.cardmanager = odev
if network_connection_status == PPP_STATUS_DISCONNECTED:
if self.cardmanager.get_card_status() != CARD_STATUS_READY:
if smart_connector == False:
error_dialog(markup=MSG_CONN_MANAGER_NO_CARDMANAGER_TITLE, \
msg=MSG_CONN_MANAGER_NO_CARDMANAGER)
return -1
if action != None:
self.action = action
if bookmark_info != None:
self.bookmark_info = bookmark_info
if url != None:
self.url = url
if network_connection_status == NetworkManager.State.CONNECTED:
if self.actual_connection is not None and connection_settings[
"uuid"] == self.actual_connection["uuid"]:
self.launch_service()
return 0
if force_connection == False:
ret = self.__detect_active_connection_dialog(
connection_name, action, bookmark_info)
else:
ret = 3
if ret == 1 or ret < 0:
return 0 #Cancelled by the user
elif ret == 2:
self.launch_service()
return 0
elif ret == 3:
self._connection_manager.ppp_manager.stop()
gtk_sleep(0.1)
self.waiting_connection = connection_settings
self.reconnect_on_disconnect = None
password = None
if connection_settings["ask_password"] == True:
password = self._ask_password(connection_name)
if password is None:
return 0 #Cancelled by the user
#Reload connection info from gconf based on SIM characteristics
try:
if (connection_settings["origin"] != "networkmanager"
or connection_settings["ask_password"] == True):
connection_settings = self._connection_settings_manager.get_connection_info_dict_from_gconf(
connection_settings['gconf_path'])
self._connection_settings_manager.add_wwan_connection(
connection_settings,
write_gconf_if_required=False,
update_if_possible=True,
password=password)
gtk_sleep(1.5)
#time.sleep(1) #We must give some time to update the connection
except (RuntimeError, TypeError, NameError):
tgcm.error("Error in update")
pass
self._conf.set_proxy(connection_settings)
ret = self._connection_manager.ppp_manager.start(
connection_settings, odev)
if ret != 0:
self.action = None
self.bookmark_info = None
return ret
def __show_error_dialog(self, message, markup):
error_dialog(message, markup=markup, parent=self.dialog)
def show_no_available_device_error(self):
error_dialog(markup=MSG_CONN_MANAGER_NO_CARDMANAGER_TITLE, \
msg=MSG_CONN_MANAGER_NO_CARDMANAGER)
def error_on_connection(self):
self.reconnect_on_disconnect = False
error_dialog(markup=MSG_CONN_MANAGER_CONNECTION_ERROR_TITLE, \
msg=MSG_CONN_MANAGER_CONNECTION_ERROR)
class HotSpotsService(gobject.GObject):
__metaclass__ = Singleton.Singleton
__gsignals__ = {
'hotspots-updated': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE, ()),
}
VALUE_ALL = _('All')
class _InitCheck():
def __init__(self, retval):
self.__retval = retval
def __call__(self, func):
default_return_value = self.__retval
def newf(self, *args, **kwargs):
if self.hotspots_db is None:
return default_return_value
return func(self, *args, **kwargs)
return newf
def __init__(self):
gobject.GObject.__init__(self)
self.hotspots_db = None
self.hotspots_db_file = os.path.join(
tgcm.config_dir, "hotspot-%s.db" % tgcm.country_support)
if os.path.exists(self.hotspots_db_file):
self.hotspots_db = sqlite3.connect(self.hotspots_db_file)
self.hotspots_db.create_function("regexp", 2, regexp)
else:
regional_hotspot_file = os.path.join(tgcm.regional_info_dir,
tgcm.country_support,
"hotspot-list.xml")
if os.path.exists(regional_hotspot_file):
self.register_new_hotspot_file(regional_hotspot_file,
self.hotspots_db_file)
self.hotspots_db = sqlite3.connect(self.hotspots_db_file)
self.hotspots_db.create_function("regexp", 2, regexp)
def register_new_hotspot_file(self, in_file, out_file=None):
out_file = self.hotspots_db_file if (out_file is None) else out_file
try:
tree = ElementTree()
tree.parse(in_file)
except (xml.etree.ElementTree.ParseError,
sqlite3.OperationalError), err:
# -- This failure appears when importing an empty file. In that case ignore the failure
# -- but don't forget to create the database!
tgcm.warning("@WARNING: Importing hotspots file '%s', %s" %
(in_file, err))
return False
except Exception, err:
config = Config.Config()
srv_name = config.get_wifi_service_name()
error_dialog(_("The hotspots list of %s will not be available due an import error.") % srv_name, \
markup = _("Unexpected error reading hotspots"), \
threaded = False)
return False
def _check_values(self):
is_error = False
title = None
message = None
# Name check
name = self.connection_name_entry.get_text()
if (not is_error) and (len(name) == 0):
is_error = True
title = MSG_NO_CONNECTION_NAME_TITLE
message = MSG_NO_CONNECTION_NAME
# Username check
username = self.username_entry.get_text()
if (not is_error) and (len(username) == 0):
is_error = True
title = MSG_NO_CONNECTION_USER_TITLE
message = MSG_NO_CONNECTION_USER
# APN check
apn_name = self.apn_entry.get_text()
if (not is_error) and (len(apn_name) == 0):
is_error = True
title = MSG_NO_CONNECTION_APN_TITLE
message = MSG_NO_CONNECTION_APN
# Only perform proxy checks if proxy support is enabled
is_proxy_server = self.use_proxy_radiobutton.get_active()
if is_proxy_server:
# Proxy address check
proxy_address = self.proxy_address_entry.get_text()
if (not is_error) and (len(proxy_address) == 0):
is_error = True
title = MSG_NO_CONNECTION_PROXY_IP_TITLE
message = MSG_NO_CONNECTION_PROXY_IP
# Proxy port check
proxy_port = self.proxy_port_entry.get_value()
if (not is_error) and (proxy_port < 0):
is_error = True
title = MSG_NO_CONNECTION_PROXY_PORT_TITLE
message = MSG_NO_CONNECTION_PROXY_PORT
# Only perform DNS checks if custom DNS support is enabled
is_custom_dns = self.dns_user_radiobutton.get_active()
if (not is_error) and is_custom_dns:
# Check primary DNS is not empty and correctly formatted
primary_dns = self.primary_dns_entry.get_text()
try:
socket.inet_aton(primary_dns)
except:
is_error = True
title = MSG_NO_CONNECTION_DNS_TITLE
message = MSG_NO_CONNECTION_DNS
# Check secondary DNS is correctly formatted
secondary_dns = self.secondary_dns_entry.get_text()
if len(secondary_dns) > 0:
try:
socket.inet_aton(secondary_dns)
except:
is_error = True
title = MSG_NO_CONNECTION_DNS_TITLE
message = MSG_NO_CONNECTION_DNS
# Show an error message if an error has been detected
if is_error:
error_dialog(parent=self, markup=title, msg=message)
return not is_error
