# -*- coding: utf-8 -*-
# mainwindow.py
# Copyright (C) 2013, 2014 LEAP
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
"""
Main window for Bitmask.
"""
import logging
import time
from datetime import datetime
import psutil
from PySide import QtCore, QtGui
from leap.bitmask import __version__ as VERSION
from leap.bitmask import __version_hash__ as VERSION_HASH
# TODO: we should use a more granular signaling instead of passing error/ok as
# a result.
from leap.bitmask.backend.leapbackend import ERROR_KEY, PASSED_KEY
from leap.bitmask.config import flags
from leap.bitmask.config.leapsettings import LeapSettings
from leap.bitmask.gui.advanced_key_management import AdvancedKeyManagement
from leap.bitmask.gui.eip_preferenceswindow import EIPPreferencesWindow
from leap.bitmask.gui.eip_status import EIPStatusWidget
from leap.bitmask.gui.loggerwindow import LoggerWindow
from leap.bitmask.gui.login import LoginWidget
from leap.bitmask.gui.mail_status import MailStatusWidget
from leap.bitmask.gui.preferenceswindow import PreferencesWindow
from leap.bitmask.gui.systray import SysTray
from leap.bitmask.gui.wizard import Wizard
from leap.bitmask.platform_init import IS_WIN, IS_MAC, IS_LINUX
from leap.bitmask.platform_init.initializers import init_platform
from leap.bitmask.platform_init.initializers import init_signals
from leap.bitmask.backend.backend_proxy import BackendProxy
from leap.bitmask.backend.leapsignaler import LeapSignaler
from leap.bitmask.services.eip import conductor as eip_conductor
from leap.bitmask.services.mail import conductor as mail_conductor
from leap.bitmask.services import EIP_SERVICE, MX_SERVICE
from leap.bitmask.util import autostart, make_address
from leap.bitmask.util.keyring_helpers import has_keyring
from leap.bitmask.logs.leap_log_handler import LeapLogHandler
if IS_WIN:
from leap.bitmask.platform_init.locks import WindowsLock
from leap.bitmask.platform_init.locks import raise_window_ack
from leap.common.events import register
from leap.common.events import events_pb2 as proto
from leap.mail.imap.service.imap import IMAP_PORT
from ui_mainwindow import Ui_MainWindow
QtDelayedCall = QtCore.QTimer.singleShot
logger = logging.getLogger(__name__)
class MainWindow(QtGui.QMainWindow):
"""
Main window for login and presenting status updates to the user
"""
# Signals
eip_needs_login = QtCore.Signal([])
offline_mode_bypass_login = QtCore.Signal([])
new_updates = QtCore.Signal(object)
raise_window = QtCore.Signal([])
soledad_ready = QtCore.Signal([])
logout = QtCore.Signal([])
all_services_stopped = QtCore.Signal()
# We use this flag to detect abnormal terminations
user_stopped_eip = False
# We give EIP some time to come up before starting soledad anyway
EIP_START_TIMEOUT = 60000 # in milliseconds
# We give the services some time to a halt before forcing quit.
SERVICES_STOP_TIMEOUT = 3000 # in milliseconds
def __init__(self, start_hidden=False, backend_pid=None):
"""
Constructor for the client main window
:param start_hidden: Set to true if the app should not show the window
but just the tray.
:type start_hidden: bool
"""
QtGui.QMainWindow.__init__(self)
autostart.set_autostart(True)
# register leap events ########################################
register(signal=proto.UPDATER_NEW_UPDATES,
callback=self._new_updates_available,
reqcbk=lambda req, resp: None) # make rpc call async
register(signal=proto.RAISE_WINDOW,
callback=self._on_raise_window_event,
reqcbk=lambda req, resp: None) # make rpc call async
# end register leap events ####################################
self._updates_content = ""
# setup UI
self.ui = Ui_MainWindow()
self.ui.setupUi(self)
self.menuBar().setNativeMenuBar(not IS_LINUX)
self._backend = BackendProxy()
# periodically check if the backend is alive
self._backend_checker = QtCore.QTimer(self)
self._backend_checker.timeout.connect(self._check_backend_status)
self._backend_checker.start(2000)
self._leap_signaler = LeapSignaler()
self._leap_signaler.start()
self._settings = LeapSettings()
# gateway = self._settings.get_selected_gateway(provider)
# self._backend.settings_set_selected_gateway(provider, gateway)
# Login Widget
self._login_widget = LoginWidget(self._settings, self)
self.ui.loginLayout.addWidget(self._login_widget)
# Mail Widget
self._mail_status = MailStatusWidget(self)
self.ui.mailLayout.addWidget(self._mail_status)
# Qt Signal Connections #####################################
# TODO separate logic from ui signals.
self._login_widget.login.connect(self._login)
self._login_widget.cancel_login.connect(self._cancel_login)
self._login_widget.show_wizard.connect(self._launch_wizard)
self._login_widget.logout.connect(self._logout)
# EIP Control redux #########################################
self._eip_conductor = eip_conductor.EIPConductor(
self._settings, self._backend, self._leap_signaler)
self._eip_status = EIPStatusWidget(self, self._eip_conductor,
self._leap_signaler)
init_signals.eip_missing_helpers.connect(
self._disable_eip_missing_helpers)
self.ui.eipLayout.addWidget(self._eip_status)
# XXX we should get rid of the circular refs
# conductor <-> status, right now keeping state on the widget ifself.
self._eip_conductor.add_eip_widget(self._eip_status)
self._eip_conductor.connect_signals()
self._eip_conductor.qtsigs.connected_signal.connect(
self._on_eip_connection_connected)
self._eip_conductor.qtsigs.connected_signal.connect(
self._maybe_run_soledad_setup_checks)
self.offline_mode_bypass_login.connect(
self._maybe_run_soledad_setup_checks)
self.eip_needs_login.connect(self._eip_status.disable_eip_start)
self.eip_needs_login.connect(self._disable_eip_start_action)
# XXX all this info about state should move to eip conductor too
self._already_started_eip = False
self._trying_to_start_eip = False
self._already_started_eip = False
self._soledad_started = False
# This is created once we have a valid provider config
self._srp_auth = None
self._logged_user = None
self._logged_in_offline = False
# Set used to track the services being stopped and need wait.
self._services_being_stopped = {}
# used to know if we are in the final steps of quitting
self._quitting = False
self._finally_quitting = False
self._system_quit = False
self._backend_connected_signals = []
self._backend_connect()
self.ui.action_preferences.triggered.connect(self._show_preferences)
self.ui.action_eip_preferences.triggered.connect(
self._show_eip_preferences)
self.ui.action_about_leap.triggered.connect(self._about)
self.ui.action_quit.triggered.connect(self.quit)
self.ui.action_wizard.triggered.connect(self._launch_wizard)
self.ui.action_show_logs.triggered.connect(self._show_logger_window)
self.ui.action_help.triggered.connect(self._help)
self.ui.action_create_new_account.triggered.connect(
self._launch_wizard)
self.ui.action_advanced_key_management.triggered.connect(
self._show_AKM)
if IS_MAC:
self.ui.menuFile.menuAction().setText(self.tr("File"))
self.raise_window.connect(self._do_raise_mainwindow)
# Used to differentiate between real quits and close to tray
self._really_quit = False
self._systray = None
# XXX separate actions into a different module.
self._action_mail_status = QtGui.QAction(self.tr("Mail is OFF"), self)
self._mail_status.set_action_mail_status(self._action_mail_status)
self._action_eip_startstop = QtGui.QAction("", self)
self._eip_status.set_action_eip_startstop(self._action_eip_startstop)
self._action_visible = QtGui.QAction(self.tr("Hide Main Window"), self)
self._action_visible.triggered.connect(self._toggle_visible)
# disable buttons for now, may come back later.
# self.ui.btnPreferences.clicked.connect(self._show_preferences)
# self.ui.btnEIPPreferences.clicked.connect(self._show_eip_preferences)
self._enabled_services = []
self._ui_mx_visible = True
self._ui_eip_visible = True
self._provider_details = None
# last minute UI manipulations
self._center_window()
self.ui.lblNewUpdates.setVisible(False)
self.ui.btnMore.setVisible(False)
#########################################
# We hide this in height temporarily too
self.ui.lblNewUpdates.resize(0, 0)
self.ui.btnMore.resize(0, 0)
#########################################
self.ui.btnMore.clicked.connect(self._updates_details)
if flags.OFFLINE is True:
self._set_label_offline()
# Services signals/slots connection
self.new_updates.connect(self._react_to_new_updates)
# XXX should connect to mail_conductor.start_mail_service instead
self.soledad_ready.connect(self._start_smtp_bootstrapping)
self.soledad_ready.connect(self._start_imap_service)
# ################################ end Qt Signals connection ########
init_platform()
self._wizard = None
self._wizard_firstrun = False
self._start_hidden = start_hidden
self._backend_pid = backend_pid
self._mail_conductor = mail_conductor.MailConductor(self._backend)
self._mail_conductor.connect_mail_signals(self._mail_status)
self.logout.connect(self._mail_conductor.stop_mail_services)
# start event machines from within the eip and mail conductors
# TODO should encapsulate all actions into one object
self._eip_conductor.start_eip_machine(
action=self._action_eip_startstop)
self._mail_conductor.start_mail_machine()
if self._first_run():
self._wizard_firstrun = True
self._disconnect_and_untrack()
self._wizard = Wizard(backend=self._backend,
leap_signaler=self._leap_signaler)
# Give this window time to finish init and then show the wizard
QtDelayedCall(1, self._launch_wizard)
self._wizard.accepted.connect(self._finish_init)
self._wizard.rejected.connect(self._rejected_wizard)
else:
# during finish_init, we disable the eip start button
# so this has to be done after eip_machine is started
self._finish_init()
def _not_logged_in_error(self):
"""
Handle the 'not logged in' backend error if we try to do an operation
that requires to be logged in.
"""
logger.critical("You are trying to do an operation that requires "
"log in first.")
QtGui.QMessageBox.critical(
self, self.tr("Application error"),
self.tr("You are trying to do an operation "
"that requires logging in first."))
def _connect_and_track(self, signal, method):
"""
Helper to connect signals and keep track of them.
:param signal: the signal to connect to.
:type signal: QtCore.Signal
:param method: the method to call when the signal is triggered.
:type method: callable, Slot or Signal
"""
self._backend_connected_signals.append((signal, method))
signal.connect(method)
def _backend_bad_call(self, data):
"""
Callback for debugging bad backend calls
:param data: data from the backend about the problem
:type data: str
"""
logger.error("Bad call to the backend:")
logger.error(data)
@QtCore.Slot()
def _check_backend_status(self):
"""
TRIGGERS:
self._backend_checker.timeout
Check that the backend is running. Otherwise show an error to the user.
"""
online = self._backend.online
if not online:
logger.critical("Backend is not online.")
QtGui.QMessageBox.critical(
self, self.tr("Application error"),
self.tr("There is a problem contacting the backend, please "
"restart Bitmask."))
self._backend_checker.stop()
def _backend_connect(self, only_tracked=False):
"""
Connect to backend signals.
We track some signals in order to disconnect them on demand.
For instance, in the wizard we need to connect to some signals that are
already connected in the mainwindow, so to avoid conflicts we do:
- disconnect signals needed in wizard (`_disconnect_and_untrack`)
- use wizard
- reconnect disconnected signals (we use the `only_tracked` param)
:param only_tracked: whether or not we should connect only the signals
that we are tracking to disconnect later.
:type only_tracked: bool
"""
sig = self._leap_signaler
conntrack = self._connect_and_track
auth_err = self._authentication_error
conntrack(sig.prov_name_resolution, self._intermediate_stage)
conntrack(sig.prov_https_connection, self._intermediate_stage)
conntrack(sig.prov_download_ca_cert, self._intermediate_stage)
conntrack(sig.prov_download_provider_info, self._load_provider_config)
conntrack(sig.prov_check_api_certificate, self._provider_config_loaded)
conntrack(sig.prov_check_api_certificate, self._get_provider_details)
conntrack(sig.prov_problem_with_provider, self._login_problem_provider)
conntrack(sig.prov_cancelled_setup, self._set_login_cancelled)
conntrack(sig.prov_get_details, self._provider_get_details)
# Login signals
conntrack(sig.srp_auth_ok, self._authentication_finished)
auth_error = lambda: auth_err(self.tr("Unknown error."))
conntrack(sig.srp_auth_error, auth_error)
auth_server_error = lambda: auth_err(self.tr(
"There was a server problem with authentication."))
conntrack(sig.srp_auth_server_error, auth_server_error)
auth_connection_error = lambda: auth_err(self.tr(
"Could not establish a connection."))
conntrack(sig.srp_auth_connection_error, auth_connection_error)
auth_bad_user_or_password = lambda: auth_err(self.tr(
"Invalid username or password."))
conntrack(sig.srp_auth_bad_user_or_password, auth_bad_user_or_password)
# Logout signals
conntrack(sig.srp_logout_ok, self._logout_ok)
conntrack(sig.srp_logout_error, self._logout_error)
conntrack(sig.srp_not_logged_in_error, self._not_logged_in_error)
# EIP bootstrap signals
conntrack(sig.eip_config_ready, self._eip_intermediate_stage)
conntrack(sig.eip_client_certificate_ready, self._finish_eip_bootstrap)
###################################################
# Add tracked signals above this, untracked below!
###################################################
if only_tracked:
return
# We don't want to disconnect some signals so don't track them:
sig.backend_bad_call.connect(self._backend_bad_call)
sig.prov_unsupported_client.connect(self._needs_update)
sig.prov_unsupported_api.connect(self._incompatible_api)
sig.prov_get_all_services.connect(self._provider_get_all_services)
# EIP start signals ==============================================
self._eip_conductor.connect_backend_signals()
sig.eip_can_start.connect(self._backend_can_start_eip)
sig.eip_cannot_start.connect(self._backend_cannot_start_eip)
sig.eip_dns_error.connect(self._eip_dns_error)
sig.eip_get_gateway_country_code.connect(self._set_eip_provider)
sig.eip_no_gateway.connect(self._set_eip_provider)
# ==================================================================
# Soledad signals
# TODO delegate connection to soledad bootstrapper
sig.soledad_bootstrap_failed.connect(
self._mail_status.set_soledad_failed)
sig.soledad_bootstrap_finished.connect(self._on_soledad_ready)
sig.soledad_offline_failed.connect(
self._mail_status.set_soledad_failed)
sig.soledad_offline_finished.connect(self._on_soledad_ready)
sig.soledad_invalid_auth_token.connect(
self._mail_status.set_soledad_invalid_auth_token)
# TODO: connect this with something
# sig.soledad_cancelled_bootstrap.connect()
def _disconnect_and_untrack(self):
"""
Helper to disconnect the tracked signals.
Some signals are emitted from the wizard, and we want to
ignore those.
"""
for signal, method in self._backend_connected_signals:
try:
signal.disconnect(method)
except RuntimeError:
pass # Signal was not connected
self._backend_connected_signals = []
@QtCore.Slot()
def _rejected_wizard(self):
"""
TRIGGERS:
self._wizard.rejected
Called if the wizard has been cancelled or closed before
finishing.
This is executed for the first run wizard only. Any other execution of
the wizard won't reach this point.
"""
providers = self._settings.get_configured_providers()
has_provider_on_disk = len(providers) != 0
if not has_provider_on_disk:
# if we don't have any provider configured (included a pinned
# one) we can't use the application, so quit.
self.quit()
else:
# This happens if the user finishes the provider
# setup but does not register
self._wizard = None
self._backend_connect(only_tracked=True)
if self._wizard_firstrun:
self._finish_init()
@QtCore.Slot()
def _launch_wizard(self):
"""
TRIGGERS:
self._login_widget.show_wizard
self.ui.action_wizard.triggered
Also called in first run.
Launches the wizard, creating the object itself if not already
there.
"""
if self._wizard is None:
self._disconnect_and_untrack()
self._wizard = Wizard(backend=self._backend,
leap_signaler=self._leap_signaler)
self._wizard.accepted.connect(self._finish_init)
self._wizard.rejected.connect(self._rejected_wizard)
self.setVisible(False)
# Do NOT use exec_, it will use a child event loop!
# Refer to http://www.themacaque.com/?p=1067 for funny details.
self._wizard.show()
if IS_MAC:
self._wizard.raise_()
self._wizard.finished.connect(self._wizard_finished)
self._settings.set_skip_first_run(True)
@QtCore.Slot()
def _wizard_finished(self):
"""
TRIGGERS:
self._wizard.finished
Called when the wizard has finished.
"""
self.setVisible(True)
def _get_leap_logging_handler(self):
"""
Gets the leap handler from the top level logger
:return: a logging handler or None
:rtype: LeapLogHandler or None
"""
# TODO this can be a function, does not need
# to be a method.
leap_logger = logging.getLogger('leap')
for h in leap_logger.handlers:
if isinstance(h, LeapLogHandler):
return h
return None
@QtCore.Slot()
def _show_logger_window(self):
"""
TRIGGERS:
self.ui.action_show_logs.triggered
Display the window with the history of messages logged until now
and displays the new ones on arrival.
"""
leap_log_handler = self._get_leap_logging_handler()
if leap_log_handler is None:
logger.error('Leap logger handler not found')
return
else:
lw = LoggerWindow(self, handler=leap_log_handler)
lw.show()
@QtCore.Slot()
def _show_AKM(self):
"""
TRIGGERS:
self.ui.action_advanced_key_management.triggered
Display the Advanced Key Management dialog.
"""
domain = self._login_widget.get_selected_provider()
logged_user = "{0}@{1}".format(self._logged_user, domain)
details = self._provider_details
mx_provided = False
if details is not None:
mx_provided = MX_SERVICE in details['services']
# XXX: handle differently not logged in user?
akm = AdvancedKeyManagement(self, mx_provided, logged_user,
self._backend, self._soledad_started)
akm.show()
@QtCore.Slot()
def _show_preferences(self):
"""
TRIGGERS:
self.ui.btnPreferences.clicked (disabled for now)
self.ui.action_preferences
Display the preferences window.
"""
user = self._logged_user
domain = self._login_widget.get_selected_provider()
mx_provided = False
if self._provider_details is not None:
mx_provided = MX_SERVICE in self._provider_details['services']
preferences = PreferencesWindow(self, user, domain, self._backend,
self._soledad_started, mx_provided,
self._leap_signaler)
self.soledad_ready.connect(preferences.set_soledad_ready)
preferences.show()
preferences.preferences_saved.connect(self._update_eip_enabled_status)
@QtCore.Slot()
def _update_eip_enabled_status(self):
"""
TRIGGER:
PreferencesWindow.preferences_saved
Enable or disable the EIP start/stop actions and stop EIP if the user
disabled that service.
:returns: if the eip actions were enabled or disabled
:rtype: bool
"""
settings = self._settings
default_provider = settings.get_defaultprovider()
if default_provider is None:
logger.warning("Trying to update eip enabled status but there's no"
" default provider. Disabling EIP for the time"
" being...")
self._backend_cannot_start_eip()
return
self._trying_to_start_eip = settings.get_autostart_eip()
self._backend.eip_can_start(domain=default_provider)
# If we don't want to start eip, we leave everything
# initialized to quickly start it
if not self._trying_to_start_eip:
self._backend.eip_setup(provider=default_provider,
skip_network=True)
def _backend_can_start_eip(self):
"""
TRIGGER:
self._backend.signaler.eip_can_start
If EIP can be started right away, and the client is configured
to do so, start it. Otherwise it leaves everything in place
for the user to click Turn ON.
"""
settings = self._settings
default_provider = settings.get_defaultprovider()
enabled_services = []
if default_provider is not None:
enabled_services = settings.get_enabled_services(default_provider)
eip_enabled = False
if EIP_SERVICE in enabled_services:
eip_enabled = True
if default_provider is not None:
self._eip_status.enable_eip_start()
self._eip_status.set_eip_status("")
else:
# we don't have an usable provider
# so the user needs to log in first
self._eip_status.disable_eip_start()
else:
self._eip_status.disable_eip_start()
self._eip_status.set_eip_status(self.tr("Disabled"))
if eip_enabled and self._trying_to_start_eip:
self._trying_to_start_eip = False
self._try_autostart_eip()
def _backend_cannot_start_eip(self):
"""
TRIGGER:
self._backend.signaler.eip_cannot_start
If EIP can't be started right away, get the UI to what it
needs to look like and waits for a proper login/eip bootstrap.
"""
settings = self._settings
default_provider = settings.get_defaultprovider()
enabled_services = []
if default_provider is not None:
enabled_services = settings.get_enabled_services(default_provider)
if EIP_SERVICE in enabled_services:
# we don't have a usable provider
# so the user needs to log in first
self._eip_status.disable_eip_start()
else:
self._eip_status.disable_eip_start()
self._eip_status.set_eip_status(self.tr("Disabled"))
@QtCore.Slot()
def _disable_eip_missing_helpers(self):
"""
TRIGGERS:
init_signals.missing_helpers
Set the missing_helpers flag, so we can disable EIP.
"""
self._eip_status.missing_helpers = True
@QtCore.Slot()
def _show_eip_preferences(self):
"""
TRIGGERS:
self.ui.btnEIPPreferences.clicked
self.ui.action_eip_preferences (disabled for now)
Display the EIP preferences window.
"""
domain = self._login_widget.get_selected_provider()
pref = EIPPreferencesWindow(self, domain,
self._backend, self._leap_signaler)
pref.show()
#
# updates
#
def _new_updates_available(self, req):
"""
Callback for the new updates event
:param req: Request type
:type req: leap.common.events.events_pb2.SignalRequest
"""
self.new_updates.emit(req)
@QtCore.Slot(object)
def _react_to_new_updates(self, req):
"""
TRIGGERS:
self.new_updates
Display the new updates label and sets the updates_content
:param req: Request type
:type req: leap.common.events.events_pb2.SignalRequest
"""
self.moveToThread(QtCore.QCoreApplication.instance().thread())
self.ui.lblNewUpdates.setVisible(True)
self.ui.btnMore.setVisible(True)
self._updates_content = req.content
@QtCore.Slot()
def _updates_details(self):
"""
TRIGGERS:
self.ui.btnMore.clicked
Parses and displays the updates details
"""
msg = self.tr("The Bitmask app is ready to update, please"
" restart the application.")
# We assume that if there is nothing in the contents, then
# the Bitmask bundle is what needs updating.
if len(self._updates_content) > 0:
files = self._updates_content.split(", ")
files_str = ""
for f in files:
final_name = f.replace("/data/", "")
final_name = final_name.replace(".thp", "")
files_str += final_name
files_str += "\n"
msg += self.tr(" The following components will be updated:\n%s") \
% (files_str,)
QtGui.QMessageBox.information(self,
self.tr("Updates available"),
msg)
@QtCore.Slot()
def _finish_init(self):
"""
TRIGGERS:
self._wizard.accepted
Also called at the end of the constructor if not first run.
Implements the behavior after either constructing the
mainwindow object, loading the saved user/password, or after
the wizard has been executed.
"""
# XXX: May be this can be divided into two methods?
providers = self._settings.get_configured_providers()
self._login_widget.set_providers(providers)
self._show_systray()
if not self._start_hidden:
self.show()
if IS_MAC:
self.raise_()
self._show_hide_unsupported_services()
if self._wizard:
possible_username = self._wizard.get_username()
possible_password = self._wizard.get_password()
# select the configured provider in the combo box
domain = self._wizard.get_domain()
self._login_widget.select_provider_by_name(domain)
self._login_widget.set_remember(self._wizard.get_remember())
self._enabled_services = list(self._wizard.get_services())
self._settings.set_enabled_services(
self._login_widget.get_selected_provider(),
self._enabled_services)
if possible_username is not None:
self._login_widget.set_user(possible_username)
if possible_password is not None:
self._login_widget.set_password(possible_password)
self._login()
else:
self.eip_needs_login.emit()
self._wizard = None
self._backend_connect(only_tracked=True)
else:
self._update_eip_enabled_status()
domain = self._settings.get_provider()
if domain is not None:
self._login_widget.select_provider_by_name(domain)
if not self._settings.get_remember():
# nothing to do here
return
saved_user = self._settings.get_user()
if saved_user is not None and has_keyring():
if self._login_widget.load_user_from_keyring(saved_user):
self._login()
def _show_hide_unsupported_services(self):
"""
Given a set of configured providers, it creates a set of
available services among all of them and displays the service
widgets of only those.
This means, for example, that with just one provider with EIP
only, the mail widget won't be displayed.
"""
providers = self._settings.get_configured_providers()
self._backend.provider_get_all_services(providers=providers)
def _provider_get_all_services(self, services):
self._set_eip_visible(EIP_SERVICE in services)
self._set_mx_visible(MX_SERVICE in services)
def _set_mx_visible(self, visible):
"""
Change the visibility of MX_SERVICE related UI components.
:param visible: whether the components should be visible or not.
:type visible: bool
"""
# only update visibility if it is something to change
if self._ui_mx_visible ^ visible:
self.ui.mailWidget.setVisible(visible)
self.ui.lineUnderEmail.setVisible(visible)
self._action_mail_status.setVisible(visible)
self._ui_mx_visible = visible
def _set_eip_visible(self, visible):
"""
Change the visibility of EIP_SERVICE related UI components.
:param visible: whether the components should be visible or not.
:type visible: bool
"""
# NOTE: we use xor to avoid the code being run if the visibility hasn't
# changed. This is meant to avoid the eip menu being displayed floating
# around at start because the systray isn't rendered yet.
if self._ui_eip_visible ^ visible:
self.ui.eipWidget.setVisible(visible)
self.ui.lineUnderEIP.setVisible(visible)
self._eip_menu.setVisible(visible)
self._ui_eip_visible = visible
def _set_label_offline(self):
"""
Set the login label to reflect offline status.
"""
provider = ""
if not self._logged_in_offline:
provider = self.ui.lblLoginProvider.text()
self.ui.lblLoginProvider.setText(provider + self.tr(" (offline mode)"))
#
# systray
#
def _show_systray(self):
"""
Sets up the systray icon
"""
if self._systray is not None:
self._systray.setVisible(True)
return
# Placeholder action
# It is temporary to display the tray as designed
help_action = QtGui.QAction(self.tr("Help"), self)
help_action.setEnabled(False)
systrayMenu = QtGui.QMenu(self)
systrayMenu.addAction(self._action_visible)
systrayMenu.addSeparator()
eip_status_label = "{0}: {1}".format(
self._eip_conductor.eip_name, self.tr("OFF"))
self._eip_menu = eip_menu = systrayMenu.addMenu(eip_status_label)
eip_menu.addAction(self._action_eip_startstop)
self._eip_status.set_eip_status_menu(eip_menu)
systrayMenu.addSeparator()
systrayMenu.addAction(self._action_mail_status)
systrayMenu.addSeparator()
systrayMenu.addAction(self.ui.action_quit)
self._systray = SysTray(self)
self._systray.setContextMenu(systrayMenu)
self._systray.setIcon(self._eip_status.ERROR_ICON_TRAY)
self._systray.setVisible(True)
self._systray.activated.connect(self._tray_activated)
self._mail_status.set_systray(self._systray)
self._eip_status.set_systray(self._systray)
if self._start_hidden:
hello = lambda: self._systray.showMessage(
self.tr('Hello!'),
self.tr('Bitmask has started in the tray.'))
# we wait for the systray to be ready
QtDelayedCall(1000, hello)
@QtCore.Slot(int)
def _tray_activated(self, reason=None):
"""
TRIGGERS:
self._systray.activated
:param reason: the reason why the tray got activated.
:type reason: int
Display the context menu from the tray icon
"""
self._update_hideshow_menu()
context_menu = self._systray.contextMenu()
if not IS_MAC:
# for some reason, context_menu.show()
# is failing in a way beyond my understanding.
# (not working the first time it's clicked).
# this works however.
context_menu.exec_(self._systray.geometry().center())
def _update_hideshow_menu(self):
"""
Update the Hide/Show main window menu text based on the
visibility of the window.
"""
get_action = lambda visible: (
self.tr("Show Main Window"),
self.tr("Hide Main Window"))[int(visible)]
# set labels
visible = self.isVisible() and self.isActiveWindow()
self._action_visible.setText(get_action(visible))
@QtCore.Slot()
def _toggle_visible(self):
"""
TRIGGERS:
self._action_visible.triggered
Toggle the window visibility
"""
visible = self.isVisible() and self.isActiveWindow()
if not visible:
QtGui.QApplication.setQuitOnLastWindowClosed(True)
self.show()
if IS_LINUX:
# On ubuntu, activateWindow doesn't work reliably, so
# we do the following as a workaround. See
# https://bugreports.qt-project.org/browse/QTBUG-24932
# for more details
QtGui.QX11Info.setAppUserTime(0)
self.activateWindow()
self.raise_()
else:
# We set this in order to avoid dialogs shutting down the
# app on close, as they will be the only visible window.
# e.g.: PreferencesWindow, LoggerWindow
QtGui.QApplication.setQuitOnLastWindowClosed(False)
self.hide()
# Wait a bit until the window visibility has changed so
# the menu is set with the correct value.
QtDelayedCall(500, self._update_hideshow_menu)
def _center_window(self):
"""
Center the main window based on the desktop geometry
"""
geometry = self._settings.get_geometry()
state = self._settings.get_windowstate()
if geometry is None:
app = QtGui.QApplication.instance()
width = app.desktop().width()
height = app.desktop().height()
window_width = self.size().width()
window_height = self.size().height()
x = (width / 2.0) - (window_width / 2.0)
y = (height / 2.0) - (window_height / 2.0)
self.move(x, y)
else:
self.restoreGeometry(geometry)
if state is not None:
self.restoreState(state)
@QtCore.Slot()
def _about(self):
"""
TRIGGERS:
self.ui.action_about_leap.triggered
Display the About Bitmask dialog
"""
today = datetime.now().date()
greet = ("Happy New 1984!... or not ;)
"
if today.month == 1 and today.day < 15 else "")
QtGui.QMessageBox.about(
self, self.tr("About Bitmask - %s") % (VERSION,),
self.tr("Version: %s (%s)
"
"
%s"
"Bitmask is the Desktop client application for "
"the LEAP platform, supporting encrypted internet "
"proxy, secure email, and secure chat (coming soon).
"
"
"
"LEAP is a non-profit dedicated to giving "
"all internet users access to secure "
"communication. Our focus is on adapting "
"encryption technology to make it easy to use "
"and widely available.
"
"
"
"More about LEAP"
"") % (VERSION, VERSION_HASH[:10], greet))
@QtCore.Slot()
def _help(self):
"""
TRIGGERS:
self.ui.action_help.triggered
Display the Bitmask help dialog.
"""
# TODO: don't hardcode!
smtp_port = 2013
url = ("bitmask addon")
msg = self.tr(
"Instructions to use mail:
"
"If you use Thunderbird you can use the Bitmask extension helper. "
"Search for 'Bitmask' in the add-on manager or download it "
"from: {0}.
"
"You can configure Bitmask manually with these options:
"
""
" Incoming -> IMAP, port: {1}
"
" Outgoing -> SMTP, port: {2}
"
" Username -> your bitmask username.
"
" Password -> does not matter, use any text. "
" Just don't leave it empty and don't use your account's password."
"").format(url, IMAP_PORT, smtp_port)
QtGui.QMessageBox.about(self, self.tr("Bitmask Help"), msg)
def _needs_update(self):
"""
Display a warning dialog to inform the user that the app needs update.
"""
url = "https://dl.bitmask.net/"
msg = self.tr(
"The current client version is not supported "
"by this provider.
"
"Please update to latest version.
"
"You can get the latest version from "
"{1}").format(url, url)
QtGui.QMessageBox.warning(self, self.tr("Update Needed"), msg)
def _incompatible_api(self):
"""
Display a warning dialog to inform the user that the provider has an
incompatible API.
"""
msg = self.tr(
"This provider is not compatible with the client.
"
"Error: API version incompatible.")
QtGui.QMessageBox.warning(self, self.tr("Incompatible Provider"), msg)
def changeEvent(self, e):
"""
Reimplementation of changeEvent method to minimize to tray
"""
if not IS_MAC and \
QtGui.QSystemTrayIcon.isSystemTrayAvailable() and \
e.type() == QtCore.QEvent.WindowStateChange and \
self.isMinimized():
self._toggle_visible()
e.accept()
return
QtGui.QMainWindow.changeEvent(self, e)
def closeEvent(self, e):
"""
Reimplementation of closeEvent to close to tray
"""
if not e.spontaneous():
# if the system requested the `close` then we should quit.
self._system_quit = True
self.quit()
return
if QtGui.QSystemTrayIcon.isSystemTrayAvailable() and \
not self._really_quit:
self._toggle_visible()
e.ignore()
return
self._settings.set_geometry(self.saveGeometry())
self._settings.set_windowstate(self.saveState())
QtGui.QMainWindow.closeEvent(self, e)
def _first_run(self):
"""
Return True if there are no configured providers. False otherwise
:rtype: bool
"""
providers = self._settings.get_configured_providers()
has_provider_on_disk = len(providers) != 0
skip_first_run = self._settings.get_skip_first_run()
return not (has_provider_on_disk and skip_first_run)
@QtCore.Slot()
def _download_provider_config(self):
"""
Start the bootstrapping sequence. It will download the
provider configuration if it's not present, otherwise will
emit the corresponding signals inmediately
"""
self._disconnect_scheduled_login()
domain = self._login_widget.get_selected_provider()
self._backend.provider_setup(provider=domain)
@QtCore.Slot(dict)
def _load_provider_config(self, data):
"""
TRIGGERS:
self._backend.signaler.prov_download_provider_info
Once the provider config has been downloaded, start the second
part of the bootstrapping sequence.
:param data: result from the last stage of the
backend.provider_setup()
:type data: dict
"""
if data[PASSED_KEY]:
selected_provider = self._login_widget.get_selected_provider()
self._backend.provider_bootstrap(provider=selected_provider)
else:
logger.error(data[ERROR_KEY])
self._login_problem_provider()
@QtCore.Slot()
def _login_problem_provider(self):
"""
Warn the user about a problem with the provider during login.
"""
# XXX triggers?
self._login_widget.set_status(
self.tr("Unable to login: Problem with provider"))
self._login_widget.set_enabled(True)
def _schedule_login(self):
"""
Schedule the login sequence to go after the EIP started.
The login sequence is connected to all finishing status of EIP
(connected, disconnected, aborted or died) to continue with the login
after EIP.
"""
logger.debug('Login scheduled when eip_connected is triggered')
eip_sigs = self._eip_conductor.qtsigs
eip_sigs.connected_signal.connect(self._download_provider_config)
eip_sigs.disconnected_signal.connect(self._download_provider_config)
eip_sigs.connection_aborted_signal.connect(self._download_provider_config)
eip_sigs.connection_died_signal.connect(self._download_provider_config)
def _disconnect_scheduled_login(self):
"""
Disconnect scheduled login signals if exists
"""
try:
eip_sigs = self._eip_conductor.qtsigs
eip_sigs.connected_signal.disconnect(
self._download_provider_config)
eip_sigs.disconnected_signal.disconnect(
self._download_provider_config)
eip_sigs.connection_aborted_signal.disconnect(
self._download_provider_config)
eip_sigs.connection_died_signal.disconnect(
self._download_provider_config)
except Exception:
# signal not connected
pass
@QtCore.Slot()
def _login(self):
"""
TRIGGERS:
self._login_widget.login
Start the login sequence. Which involves bootstrapping the
selected provider if the selection is valid (not empty), then
start the SRP authentication, and as the last step
bootstrapping the EIP service
"""
# TODO most of this could ve handled by the login widget,
# but we'd have to move lblLoginProvider into the widget itself,
# instead of having it as a top-level attribute.
if flags.OFFLINE is True:
logger.debug("OFFLINE mode! bypassing remote login")
# TODO reminder, we're not handling logout for offline
# mode.
self._login_widget.logged_in()
self._logged_in_offline = True
self._set_label_offline()
self.offline_mode_bypass_login.emit()
else:
self.ui.action_create_new_account.setEnabled(False)
if self._login_widget.start_login():
if self._trying_to_start_eip:
self._schedule_login()
else:
self._download_provider_config()
@QtCore.Slot(unicode)
def _authentication_error(self, msg):
"""
TRIGGERS:
Signaler.srp_auth_error
Signaler.srp_auth_server_error
Signaler.srp_auth_connection_error
Signaler.srp_auth_bad_user_or_password
Handle the authentication errors.
:param msg: the message to show to the user.
:type msg: unicode
"""
self._login_widget.set_status(msg)
self._login_widget.set_enabled(True)
self.ui.action_create_new_account.setEnabled(True)
@QtCore.Slot()
def _cancel_login(self):
"""
TRIGGERS:
self._login_widget.cancel_login
Stop the login sequence.
"""
logger.debug("Cancelling log in.")
self._disconnect_scheduled_login()
self._cancel_ongoing_defers()
# Needed in case of EIP starting and login deferer never set
self._set_login_cancelled()
def _cancel_ongoing_defers(self):
"""
Cancel the running defers to avoid app blocking.
"""
# XXX: Should we stop all the backend defers?
self._backend.provider_cancel_setup()
self._backend.user_cancel_login()
self._backend.soledad_cancel_bootstrap()
self._backend.soledad_close()
self._soledad_started = False
@QtCore.Slot()
def _set_login_cancelled(self):
"""
TRIGGERS:
Signaler.prov_cancelled_setup fired by
self._backend.provider_cancel_setup()
Re-enable the login widget and display a message for
the cancelled operation.
"""
self._login_widget.set_status(self.tr("Log in cancelled by the user."))
self._login_widget.set_enabled(True)
@QtCore.Slot(dict)
def _provider_config_loaded(self, data):
"""
TRIGGERS:
self._backend.signaler.prov_check_api_certificate
Once the provider configuration is loaded, this starts the SRP
authentication
"""
if data[PASSED_KEY]:
username = self._login_widget.get_user()
password = self._login_widget.get_password()
self._show_hide_unsupported_services()
domain = self._login_widget.get_selected_provider()
self._backend.user_login(provider=domain,
username=username, password=password)
else:
logger.error(data[ERROR_KEY])
self._login_problem_provider()
@QtCore.Slot()
def _authentication_finished(self):
"""
TRIGGERS:
self._srp_auth.authentication_finished
Once the user is properly authenticated, try starting the EIP
service
"""
self._login_widget.set_status(self.tr("Succeeded"), error=False)
self._logged_user = self._login_widget.get_user()
user = self._logged_user
domain = self._login_widget.get_selected_provider()
full_user_id = make_address(user, domain)
self._mail_conductor.userid = full_user_id
self._start_eip_bootstrap()
self.ui.action_create_new_account.setEnabled(True)
# if soledad/mail is enabled:
if MX_SERVICE in self._enabled_services:
btn_enabled = self._login_widget.set_logout_btn_enabled
btn_enabled(False)
sig = self._leap_signaler
sig.soledad_bootstrap_failed.connect(lambda: btn_enabled(True))
sig.soledad_bootstrap_finished.connect(lambda: btn_enabled(True))
if MX_SERVICE not in self._provider_details['services']:
self._set_mx_visible(False)
def _start_eip_bootstrap(self):
"""
Change the stackedWidget index to the EIP status one and
triggers the eip bootstrapping.
"""
self._login_widget.logged_in()
domain = self._login_widget.get_selected_provider()
self.ui.lblLoginProvider.setText(domain)
self._enabled_services = self._settings.get_enabled_services(domain)
# TODO separate UI from logic.
if self._provides_mx_and_enabled():
self._mail_status.about_to_start()
else:
self._mail_status.set_disabled()
self._maybe_start_eip()
@QtCore.Slot()
def _get_provider_details(self):
"""
TRIGGERS:
prov_check_api_certificate
Set the attributes to know if the EIP and MX services are supported
and enabled.
This is triggered right after the provider has been set up.
"""
domain = self._login_widget.get_selected_provider()
lang = QtCore.QLocale.system().name()
self._backend.provider_get_details(domain=domain, lang=lang)
@QtCore.Slot()
def _provider_get_details(self, details):
"""
Set the details for the just downloaded provider.
:param details: the details of the provider.
:type details: dict
"""
self._provider_details = details
def _provides_mx_and_enabled(self):
"""
Define if the current provider provides mx and if we have it enabled.
:returns: True if provides and is enabled, False otherwise
:rtype: bool
"""
domain = self._login_widget.get_selected_provider()
enabled_services = self._settings.get_enabled_services(domain)
mx_enabled = MX_SERVICE in enabled_services
mx_provided = False
if self._provider_details is not None:
mx_provided = MX_SERVICE in self._provider_details['services']
return mx_enabled and mx_provided
def _provides_eip_and_enabled(self):
"""
Define if the current provider provides eip and if we have it enabled.
:returns: True if provides and is enabled, False otherwise
:rtype: bool
"""
domain = self._login_widget.get_selected_provider()
enabled_services = self._settings.get_enabled_services(domain)
eip_enabled = EIP_SERVICE in enabled_services
eip_provided = False
if self._provider_details is not None:
eip_provided = EIP_SERVICE in self._provider_details['services']
return eip_enabled and eip_provided
def _maybe_run_soledad_setup_checks(self):
"""
Conditionally start Soledad.
"""
# TODO split.
if not self._provides_mx_and_enabled() and not flags.OFFLINE:
logger.debug("Provider does not offer MX, but it is enabled.")
return
username = self._login_widget.get_user()
password = unicode(self._login_widget.get_password())
provider_domain = self._login_widget.get_selected_provider()
if flags.OFFLINE:
full_user_id = make_address(username, provider_domain)
uuid = self._settings.get_uuid(full_user_id)
self._mail_conductor.userid = full_user_id
if uuid is None:
# We don't need more visibility at the moment,
# this is mostly for internal use/debug for now.
logger.warning("Sorry! Log-in at least one time.")
return
self._backend.soledad_load_offline(username=full_user_id,
password=password, uuid=uuid)
else:
if self._logged_user is not None:
domain = self._login_widget.get_selected_provider()
self._backend.soledad_bootstrap(username=username,
domain=domain,
password=password)
###################################################################
# Service control methods: soledad
@QtCore.Slot()
def _on_soledad_ready(self):
"""
TRIGGERS:
Signaler.soledad_bootstrap_finished
Actions to take when Soledad is ready.
"""
logger.debug("Done bootstrapping Soledad")
self._soledad_started = True
self.soledad_ready.emit()
###################################################################
# Service control methods: smtp
@QtCore.Slot()
def _start_smtp_bootstrapping(self):
"""
TRIGGERS:
self.soledad_ready
"""
if flags.OFFLINE is True:
logger.debug("not starting smtp in offline mode")
return
if self._provides_mx_and_enabled():
self._mail_conductor.start_smtp_service(download_if_needed=True)
###################################################################
# Service control methods: imap
@QtCore.Slot()
def _start_imap_service(self):
"""
TRIGGERS:
self.soledad_ready
"""
# TODO in the OFFLINE mode we should also modify the rules
# in the mail state machine so it shows that imap is active
# (but not smtp since it's not yet ready for offline use)
if self._provides_mx_and_enabled() or flags.OFFLINE:
self._mail_conductor.start_imap_service()
# end service control methods (imap)
###################################################################
# Service control methods: eip
@QtCore.Slot()
def _disable_eip_start_action(self):
"""
Disable the EIP start action in the systray menu.
"""
self._action_eip_startstop.setEnabled(False)
@QtCore.Slot()
def _enable_eip_start_action(self):
"""
Enable the EIP start action in the systray menu.
"""
self._action_eip_startstop.setEnabled(True)
self._eip_status.enable_eip_start()
@QtCore.Slot()
def _on_eip_connection_connected(self):
"""
TRIGGERS:
self._eip_conductor.qtsigs.connected_signal
This is a little workaround for connecting the vpn-connected
signal that currently is beeing processed under status_panel.
After the refactor to EIPConductor this should not be necessary.
"""
self._already_started_eip = True
domain = self._login_widget.get_selected_provider()
self._settings.set_defaultprovider(domain)
self._backend.eip_get_gateway_country_code(domain=domain)
# check for connectivity
self._backend.eip_check_dns(domain=domain)
@QtCore.Slot()
def _set_eip_provider(self, country_code=None):
"""
TRIGGERS:
Signaler.eip_get_gateway_country_code
Signaler.eip_no_gateway
Set the current provider and country code in the eip status widget.
"""
domain = self._login_widget.get_selected_provider()
self._eip_status.set_provider(domain, country_code)
@QtCore.Slot()
def _eip_dns_error(self):
"""
Trigger this if we don't have a working DNS resolver.
"""
domain = self._login_widget.get_selected_provider()
msg = self.tr(
"The server at {0} can't be found, because the DNS lookup "
"failed. DNS is the network service that translates a "
"website's name to its Internet address. Either your computer "
"is having trouble connecting to the network, or you are "
"missing some helper files that are needed to securely use "
"DNS while {1} is active. To install these helper files, quit "
"this application and start it again."
).format(domain, self._eip_conductor.eip_name)
QtGui.QMessageBox.critical(self, self.tr("Connection Error"), msg)
def _try_autostart_eip(self):
"""
Try to autostart EIP.
"""
settings = self._settings
default_provider = settings.get_defaultprovider()
self._enabled_services = settings.get_enabled_services(
default_provider)
if settings.get_autostart_eip():
self._maybe_start_eip(autostart=True)
# eip boostrapping, config etc...
def _maybe_start_eip(self, autostart=False):
"""
Start the EIP bootstrapping sequence if the client is configured to
do so.
:param autostart: we are autostarting EIP when this is True
:type autostart: bool
"""
# XXX should move to EIP conductor.
# during autostart we assume that the provider provides EIP
if autostart:
should_start = EIP_SERVICE in self._enabled_services
else:
should_start = self._provides_eip_and_enabled()
missing_helpers = self._eip_status.missing_helpers
already_started = self._already_started_eip
can_start = (should_start
and not already_started
and not missing_helpers)
if can_start:
if self._eip_status.is_cold_start:
self._backend.tear_fw_down()
# XXX this should be handled by the state machine.
self._enable_eip_start_action()
self._eip_status.set_eip_status(
self.tr("Starting..."))
self._eip_status.show_eip_cancel_button()
# We were disabling the button, but now that we have
# a cancel button we just hide it. It will be visible
# when the connection is completed successfully.
self._eip_status.eip_button.hide()
self._eip_status.eip_button.setEnabled(False)
domain = self._login_widget.get_selected_provider()
self._backend.eip_setup(provider=domain)
self._already_started_eip = True
# we want to start soledad anyway after a certain timeout if eip
# fails to come up
QtDelayedCall(self.EIP_START_TIMEOUT,
self._maybe_run_soledad_setup_checks)
else:
if not self._already_started_eip:
if EIP_SERVICE in self._enabled_services:
if missing_helpers:
msg = self.tr(
"Disabled: missing helper files")
else:
msg = self.tr("Not supported"),
self._eip_status.set_eip_status(msg, error=True)
else:
msg = self.tr("Disabled")
self._eip_status.disable_eip_start()
self._eip_status.set_eip_status(msg)
# eip will not start, so we start soledad anyway
self._maybe_run_soledad_setup_checks()
@QtCore.Slot(dict)
def _finish_eip_bootstrap(self, data):
"""
TRIGGERS:
self._backend.signaler.eip_client_certificate_ready
Start the VPN thread if the eip configuration is properly
loaded.
"""
passed = data[PASSED_KEY]
if not passed:
error_msg = self.tr("There was a problem with the provider")
self._eip_status.set_eip_status(error_msg, error=True)
logger.error(data[ERROR_KEY])
self._already_started_eip = False
return
# DO START EIP Connection!
self._eip_conductor.do_connect()
@QtCore.Slot(dict)
def _eip_intermediate_stage(self, data):
# TODO missing param documentation
"""
TRIGGERS:
self._backend.signaler.eip_config_ready
If there was a problem, displays it, otherwise it does nothing.
This is used for intermediate bootstrapping stages, in case
they fail.
"""
passed = data[PASSED_KEY]
if not passed:
self._eip_status.set_eip_status(
self.tr("Unable to connect: Problem with provider"),
error=True)
logger.error(data[ERROR_KEY])
self._already_started_eip = False
self._eip_status.aborted()
# end of EIP methods ---------------------------------------------
@QtCore.Slot()
def _logout(self):
"""
TRIGGERS:
self._login_widget.logout
Start the logout sequence
"""
self._cancel_ongoing_defers()
# XXX: If other defers are doing authenticated stuff, this
# might conflict with those. CHECK!
self._backend.user_logout()
self.logout.emit()
@QtCore.Slot()
def _logout_error(self):
"""
TRIGGER:
self._srp_auth.logout_error
Inform the user about a logout error.
"""
self._login_widget.done_logout()
self.ui.lblLoginProvider.setText(self.tr("Login"))
self._login_widget.set_status(
self.tr("Something went wrong with the logout."))
@QtCore.Slot()
def _logout_ok(self):
"""
TRIGGER:
self._srp_auth.logout_ok
Switch the stackedWidget back to the login stage after
logging out
"""
self._login_widget.done_logout()
self.ui.lblLoginProvider.setText(self.tr("Login"))
self._logged_user = None
self._login_widget.logged_out()
self._mail_status.mail_state_disabled()
self._show_hide_unsupported_services()
@QtCore.Slot(dict)
def _intermediate_stage(self, data):
# TODO this method name is confusing as hell.
"""
TRIGGERS:
self._backend.signaler.prov_name_resolution
self._backend.signaler.prov_https_connection
self._backend.signaler.prov_download_ca_cert
If there was a problem, display it, otherwise it does nothing.
This is used for intermediate bootstrapping stages, in case
they fail.
"""
passed = data[PASSED_KEY]
if not passed:
logger.error(data[ERROR_KEY])
self._login_problem_provider()
#
# window handling methods
#
def _on_raise_window_event(self, req):
"""
Callback for the raise window event
"""
if IS_WIN:
raise_window_ack()
self.raise_window.emit()
@QtCore.Slot()
def _do_raise_mainwindow(self):
"""
TRIGGERS:
self._on_raise_window_event
Triggered when we receive a RAISE_WINDOW event.
"""
TOPFLAG = QtCore.Qt.WindowStaysOnTopHint
self.setWindowFlags(self.windowFlags() | TOPFLAG)
self.show()
self.setWindowFlags(self.windowFlags() & ~TOPFLAG)
self.show()
if IS_MAC:
self.raise_()
#
# cleanup and quit methods
#
def _stop_services(self):
"""
Stop services and cancel ongoing actions (if any).
"""
logger.debug('About to quit, doing cleanup.')
self._cancel_ongoing_defers()
self._services_being_stopped = set(('imap', 'eip'))
imap_stopped = lambda: self._remove_service('imap')
self._leap_signaler.imap_stopped.connect(imap_stopped)
# XXX change name, already used in conductor.
eip_stopped = lambda: self._remove_service('eip')
self._leap_signaler.eip_stopped.connect(eip_stopped)
logger.debug('Stopping mail services')
self._backend.imap_stop_service()
self._backend.smtp_stop_service()
if self._logged_user is not None:
logger.debug("Doing logout")
self._backend.user_logout()
logger.debug('Terminating vpn')
self._backend.eip_stop(shutdown=True)
def quit(self):
"""
Start the quit sequence and wait for services to finish.
Cleanup and close the main window before quitting.
"""
if self._quitting:
return
autostart.set_autostart(False)
self._quitting = True
# first thing to do quitting, hide the mainwindow and show tooltip.
self.hide()
if not self._system_quit and self._systray is not None:
self._systray.showMessage(
self.tr('Quitting...'),
self.tr('Bitmask is quitting, please wait.'))
# explicitly process events to display tooltip immediately
QtCore.QCoreApplication.processEvents(0, 10)
# Close other windows if any.
if self._wizard:
self._wizard.close()
# Set this in case that the app is hidden
QtGui.QApplication.setQuitOnLastWindowClosed(True)
self._really_quit = True
if not self._backend.online:
self.final_quit()
return
# call final quit when all the services are stopped
self.all_services_stopped.connect(self.final_quit)
self._stop_services()
# we wait and call manually since during the system's logout the
# backend process can be killed and we won't get a response.
# XXX: also, for some reason the services stop timeout does not work.
if self._system_quit:
time.sleep(0.5)
self.final_quit()
# or if we reach the timeout
QtDelayedCall(self.SERVICES_STOP_TIMEOUT, self.final_quit)
def _backend_kill(self):
"""
Send a kill signal to the backend process.
This is called if the backend does not respond to requests.
"""
if self._backend_pid is not None:
logger.debug("Killing backend")
psutil.Process(self._backend_pid).kill()
@QtCore.Slot()
def _remove_service(self, service):
"""
Remove the given service from the waiting list and check if we have
running services that we need to wait until we quit.
Emit self.all_services_stopped signal if we don't need to keep waiting.
:param service: the service that we want to remove
:type service: str
"""
logger.debug("Removing service: {0}".format(service))
self._services_being_stopped.discard(service)
if not self._services_being_stopped:
logger.debug("All services stopped.")
self.all_services_stopped.emit()
@QtCore.Slot()
def final_quit(self):
"""
Final steps to quit the app, starting from here we don't care about
running services or user interaction, just quitting.
"""
# We can reach here because all the services are stopped or because a
# timeout was triggered. Since we want to run this only once, we exit
# if this is called twice.
if self._finally_quitting:
return
logger.debug('Final quit...')
self._finally_quitting = True
if self._backend.online:
logger.debug('Closing soledad...')
self._backend.soledad_close()
self._leap_signaler.stop()
self._backend.stop()
time.sleep(0.05) # give the thread a little time to finish.
if self._system_quit or not self._backend.online:
logger.debug("Killing the backend")
self._backend_kill()
# Remove lockfiles on a clean shutdown.
logger.debug('Cleaning pidfiles')
if IS_WIN:
WindowsLock.release_all_locks()
self.close()