def load_general_settings(self, general_settings_dict):
polkit_support_switch = general_settings_dict["polkit_support_switch"]
sudo_info_tooltip = general_settings_dict["sudo_info_tooltip"]
setter = 0
tooltip_msg = "Could not find PolKit installed on your system. For more information, please visit: \nhttps://github.com/ProtonVPN/linux-gui"
username = get_config_value("USER", "username")
tier = int(get_config_value("USER", "tier"))
# Populate username
general_settings_dict["username"].set_text(username)
# Set tier
general_settings_dict["pvpn_plan_combobox"].set_active(tier)
polkit_support_switch.set_property('sensitive', False)
if is_polkit_installed():
if self.settings_service.polkit == 1:
polkit_support_switch.set_state(True)
polkit_support_switch.set_property('sensitive', True)
use_cases = "\n-Update username and password (root protected file)\n-Enable/disable autoconnect (create/remove .service file)\n-Connect/disconnect to/from VPN (run CLI commands)"
tooltip_msg = "Displays a window to enter sudo password, which is needed for the following cases:{}\n\nIt is recommended to enabled this if you don't want to use the GUI via the terminal.".format(
use_cases)
sudo_info_tooltip.set_tooltip_text(tooltip_msg)
def split_tunneling_switch_changed(self, switch, state):
killswitch_protection = int(get_config_value("USER", "killswitch"))
try:
split_tunnel = int(get_config_value("USER", "split_tunnel"))
except KeyError:
gui_logger.debug("[!] Split tunneling has not been configured.")
split_tunnel = 0
if split_tunnel == 0:
update_to = 1
else:
update_to = 0
if state:
self.split_tunnel_grid.show()
else:
self.split_tunnel_grid.hide()
if (state and split_tunnel == 0) or (not state and split_tunnel != 0):
if update_to == 1 and killswitch_protection >= 0:
self.killswitch_switch.set_property('sensitive', False)
else:
self.killswitch_switch.set_property('sensitive', True)
thread = Thread(
target=self.settings_presenter.update_split_tunneling_status,
args=[update_to])
thread.daemon = True
thread.start()
def last_connect_button_clicked(self, button):
"""Button/Event handler to reconnect to previously connected server
"""
try:
servername = get_config_value("metadata", "connected_server")
protocol = get_config_value("metadata", "connected_proto")
except KeyError:
self.queue.put(
dict(
action="display_dialog",
label=
"You have not previously connected to any server, please do first connect to a server before attempting to reconnect."
))
gui_logger.debug(
"[!] Attempted to connect to previously connected server without having made any previous connections."
)
return
self.queue.put(
dict(
action="display_dialog",
label=
"Connecting to previously connected server <b>{0}</b> with <b>{1}</b>."
.format(servername, protocol.upper()),
spinner=True,
hide_close_button=True))
gui_logger.debug(">>> Starting \"last_connect\" thread.")
thread = Thread(target=self.dashboard_presenter.on_last_connect,
kwargs=dict(connection_labels=self.connection_labels))
thread.daemon = True
thread.start()
def load_advanced_settings(interface):
# User values
dns_leak_protection = get_config_value("USER", "dns_leak_protection")
custom_dns = get_config_value("USER", "custom_dns")
killswitch = get_config_value("USER", "killswitch")
split_tunnel = 0
try:
split_tunnel = get_config_value("USER", "split_tunnel")
except KeyError:
pass
# Object
dns_leak_switch = interface.get_object("update_dns_leak_switch")
killswitch_switch = interface.get_object("update_killswitch_switch")
split_tunneling_switch = interface.get_object("split_tunneling_switch")
split_tunneling_list = interface.get_object("split_tunneling_textview")
# Set DNS Protection
if dns_leak_protection == '1':
# if dns_leak_protection == '1' or (dns_leak_protection != '1' and custom_dns.lower() != "none"):
dns_leak_switch.set_state(True)
else:
dns_leak_switch.set_state(False)
# Set Kill Switch
if killswitch != '0':
killswitch_switch.set_state(True)
else:
killswitch_switch.set_state(False)
# Populate Split Tunelling
# Check if killswtich is != 0, if it is then disable split tunneling Function
if killswitch != '0':
killswitch_switch.set_state(True)
else:
killswitch_switch.set_state(False)
if split_tunnel != '0':
split_tunneling_switch.set_state(True)
if killswitch != '0':
split_tunneling_list.set_property('sensitive', False)
interface.get_object("update_split_tunneling_button").set_property('sensitive', False)
split_tunneling_buffer = split_tunneling_list.get_buffer()
content = ""
try:
with open(SPLIT_TUNNEL_FILE) as f:
lines = f.readlines()
for line in lines:
content = content + line
split_tunneling_buffer.set_text(content)
except FileNotFoundError:
split_tunneling_buffer.set_text(content)
else:
split_tunneling_switch.set_state(False)
def load_general_settings(interface):
username_field = interface.get_object("update_username_input")
pvpn_plan_combobox = interface.get_object("update_tier_combobox")
username = get_config_value("USER", "username")
tier = int(get_config_value("USER", "tier"))
# Populate username
username_field.set_text(username)
# Set tier
pvpn_plan_combobox.set_active(tier)
def random_connect(interface, messagedialog_label, messagedialog_spinner):
"""Function that connects to a random server.
"""
protocol = get_config_value("USER", "default_protocol")
gui_logger.debug(">>> Running \"reconnect\"")
update_labels_dict = {
"interface": interface,
"servers": False,
"disconnecting": False,
"conn_info": False
}
result = subprocess.run(["protonvpn", "connect", "--random", "-p", protocol], stdout=subprocess.PIPE, stderr=subprocess.PIPE)
server_protocol = get_server_protocol_from_cli(result, return_protocol=True)
display_message = result.stdout.decode()
if server_protocol:
display_message = "You are connect to <b>{}</b> via <b>{}</b>!".format(server_protocol[0], server_protocol[1].upper())
messagedialog_label.set_markup(display_message)
messagedialog_spinner.hide()
gui_logger.debug(">>> Result: \"{0}\"".format(result))
update_labels_status(update_labels_dict)
gui_logger.debug(">>> Ended tasks in \"random_c\" thread.")
def update_tier_combobox_changed(self, object):
tier = int(get_config_value("USER", "tier"))
tree_iter = object.get_active_iter()
if tree_iter is not None:
model = object.get_model()
selected_tier, tier_display = model[tree_iter][:2]
if selected_tier != tier:
self.messagedialog_sub_label.hide()
self.messagedialog_label.set_markup("Updating ProtoVPN plan...")
self.messagedialog_spinner.show()
gui_logger.debug(">>> Starting \"update_tier_combobox_changed\" thread.")
thread = Thread(target=update_pvpn_plan, args=[
self.interface,
self.messagedialog_label,
self.messagedialog_spinner,
int(selected_tier+1),
tier_display])
thread.daemon = True
thread.start()
self.messagedialog_window.show()
def split_tunneling_switch_changed(self, object, state):
split_tunnel_grid = self.interface.get_object("split_tunneling_grid")
split_tunnel = get_config_value("USER", "split_tunnel")
if split_tunnel == "0":
update_to = "1"
else:
update_to = "0"
if state:
split_tunnel_grid.show()
else:
split_tunnel_grid.hide()
if (state and split_tunnel == "0") or (not state and split_tunnel != "0"):
self.messagedialog_sub_label.hide()
self.messagedialog_label.set_markup("Updating split tunneling settings...")
self.messagedialog_spinner.show()
thread = Thread(target=update_split_tunneling_status, args=[
self.messagedialog_label,
self.messagedialog_spinner,
update_to])
thread.daemon = True
thread.start()
self.messagedialog_window.show()
def load_connection_settings(interface):
# Set Autoconnect on boot combobox
server_list = populate_autoconnect_list(interface, return_list=True)
# Get objects
update_autoconnect_combobox = interface.get_object(
"update_autoconnect_combobox")
update_quick_connect_combobox = interface.get_object(
"update_quick_connect_combobox")
update_protocol_combobox = interface.get_object("update_protocol_combobox")
#Get values
try:
autoconnect_setting = get_gui_config("conn_tab", "autoconnect")
except (KeyError, IndexError):
autoconnect_setting = 0
try:
quick_connect_setting = get_gui_config("conn_tab", "quick_connect")
except (KeyError, IndexError):
quick_connect = 0
default_protocol = get_config_value("USER", "default_protocol")
# Get indexes
autoconnect_index = list(server_list.keys()).index(autoconnect_setting)
quick_connect_index = list(server_list.keys()).index(quick_connect_setting)
# Set values
update_autoconnect_combobox.set_active(autoconnect_index)
update_quick_connect_combobox.set_active(quick_connect_index)
if default_protocol == "tcp":
update_protocol_combobox.set_active(0)
else:
update_protocol_combobox.set_active(1)
def quick_connect(*args):
"""Function that connects to the quickest server.
"""
protocol = get_config_value("USER", "default_protocol")
display_message = ""
gui_logger.debug(">>> Running \"fastest\".")
result = subprocess.run(
["protonvpn", "connect", "--fastest", "-p", protocol],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
update_labels_dict = {
"interface": args[0]["interface"],
"servers": False,
"disconnecting": False,
"conn_info": False
}
server_protocol = get_server_protocol_from_cli(result)
display_message = result.stdout.decode()
if server_protocol:
display_message = "You are connect to <b>{}</b> via <b>{}</b>!".format(
server_protocol, protocol.upper())
args[0]["messagedialog_label"].set_markup(display_message)
args[0]["messagedialog_spinner"].hide()
gui_logger.debug(">>> Result: \"{0}\"".format(result))
update_labels_status(update_labels_dict)
gui_logger.debug(">>> Ended tasks in \"fastest\" thread.")
def __init__(self, interface):
self.interface = interface
self.messagedialog_window = self.interface.get_object("MessageDialog")
self.messagedialog_label = self.interface.get_object("message_dialog_label")
self.messagedialog_sub_label = self.interface.get_object("message_dialog_sub_label")
self.messagedialog_spinner = self.interface.get_object("message_dialog_spinner")
self.conn_disc_button_label = self.interface.get_object("main_conn_disc_button_label")
self.messagedialog_sub_label.hide()
self.main_initial_tab = 0
self.settings_initial_tab = 0
try:
self.onload_dns_protection = get_config_value("USER", "dns_leak_protection")
self.onload_dns_custom = get_config_value("USER", "custom_dns")
except:
self.onload_dns_protection = 0
self.onload_dns_custom = "none"
def fastest_sc_by_country(self, country, protocol=None):
"""Connect to the fastest Secure Core server in a specific country."""
pvpncli_logger.logger.debug("Starting fastest SC country connect")
if not protocol:
protocol = pvpncli_utils.get_config_value("USER",
"default_protocol")
country_code = self.get_country_code(country)
self.exec_cmd('protonvpn d')
pvpncli_utils.pull_server_data(force=True)
servers = pvpncli_utils.get_servers()
# ProtonVPN Features: 1: SECURE-CORE, 2: TOR, 4: P2P
server_pool = []
for server in servers:
if server["Features"] == 1 \
and server["ExitCountry"] == country_code:
server_pool.append(server)
fastest_server = pvpncli_utils.get_fastest_server(server_pool)
cmd = f'protonvpn c {fastest_server} -p {protocol}'
Clock.schedule_once(partial(self.exec_cmd, cmd), 0.1)
def update_serverload(self, _):
"""Updates server load.
"""
gui_logger.debug("TRAY >>> Updating server load in update_serverload.")
connected_server = False
load = False
try:
connected_server = get_config_value("metadata", "connected_server")
except KeyError:
gui_logger.debug("[!] Could not find specified key: ".format(KeyError))
return True
# force_pull servers
try:
pull_server_data(force=True)
except:
gui_logger.debug("[!] Could not pull from servers, possible due to unstable connection.")
return True
# get_servers
servers = get_servers()
# get server load
try:
load = get_server_value(connected_server, "Load", servers)
except:
gui_logger.debug("[!] Unable to get server load.")
return True
self.serverload_msg = "Load: {}%".format(load)
return True
def initialize_application(self, *dt):
"""Initialize app's main screen and subsequent functionality."""
# Indicator that app was just initialized.
self.app_newly_initialized = True
# Get default protocol (TCP or UDP) and User's account tier-level.
self.default_protocol = pvpncli_utils.get_config_value(
"USER",
"default_protocol",
)
self.tier = int(pvpncli_utils.get_config_value(
"USER",
"tier",
))
# Set Secure Core disabled based on Tier
self.secure_core = self.ids.main_screen.ids.secure_core_switch
# 0: Free, 1: Basic, 2: Plus/Visionary
if self.tier < 2:
self.secure_core.disabled = True
# State of Secure Core Notification Popup
self.sc_notification_open = False
# Schedule check for connection change and trigger update if found.
self.cnxn_check = Clock.schedule_interval(self.check_current_cnxn, 1)
# Schedule refresh of data trans/recvd.
self.data_trans = Clock.schedule_interval(self.get_data_up_down, 1)
# Schedule refresh of connection time
self.cnxn_time = Clock.schedule_interval(self.get_connection_time, 1)
# Current connection status
self.vpn_connected = self.is_connected()
# Used for detecting connection changes
self.last_known_connection = None
# Schedule update of server tree every 5 min
self.update_server_tree = (Clock.schedule_interval(
self.update_server_tree_info, 300))
# Set initial connection window button image based on connection status
self.cnxn_wndw_btn = self.ids.main_screen.ids.connection_window_button
if self.vpn_connected:
self.cnxn_wndw_btn.normal_img = './images/disconnect.png'
self.cnxn_wndw_btn.hover_img = './images/disconnect_hover.png'
self.cnxn_wndw_btn.source = './images/disconnect.png'
else:
self.cnxn_wndw_btn.normal_img = './images/quick_connect.png'
self.cnxn_wndw_btn.hover_img = './images/quick_connect_hover.png'
self.cnxn_wndw_btn.source = './images/quick_connect.png'
# Update current connection info in connection window.
self.update_current_connection()
# Initialize server tree.
self.build_server_tree()
def check_split_tunneling(self):
try:
is_splitunn_enabled = True if get_config_value("USER", "split_tunnel") == "1" else False
except (KeyError, IndexError) as e:
gui_logger.debug(e)
return False
return is_splitunn_enabled
def get_diagnose_settings(self):
# Check if there is internet connection
# Depending on next questions, some actions might be suggested.
has_internet = check_internet_conn(request_bool=True)
# Check if killswitch is enabled
# Advice to restore IP tables manually and restart netowrk manager.
is_killswitch_enabled = True if get_config_value("USER", "killswitch") == 1 else False
# Check if VPN is running
# If there is a OpenVPN process running in the background, kill it.
is_ovpnprocess_running = is_connected()
# Check if custom DNS is enabled
# If there is no VPN connection and also no internet, then it is a DNS issue.
is_dns_protection_enabled = False if get_config_value("USER", "dns_leak_protection") == "0" or (not get_config_value("USER", "custom_dns") is None and get_config_value("USER", "dns_leak_protection") == "0") else True
return has_internet, is_killswitch_enabled, is_ovpnprocess_running, is_dns_protection_enabled
def custom_quick_connect(*args):
"""Make a custom quick connection
"""
quick_conn_pref = get_gui_config("conn_tab", "quick_connect")
protocol = get_config_value("USER", "default_protocol")
display_message = ""
command = "--fastest"
country = False
if quick_conn_pref == "fast":
command = "-f"
elif quick_conn_pref == "rand":
command = "-r"
elif quick_conn_pref == "p2p":
command = "--p2p"
elif quick_conn_pref == "sc":
command = "--sc"
elif quick_conn_pref == "tor":
command = "--tor"
else:
command = "--cc"
country = quick_conn_pref.upper()
command_list = ["protonvpn", "connect", command, "-p", protocol]
if country:
command_list = [
"protonvpn", "connect", command, country, "-p", protocol
]
result = subprocess.run(command_list,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
update_labels_dict = {
"interface": args[0]["interface"],
"servers": False,
"disconnecting": False,
"conn_info": False
}
server_protocol = get_server_protocol_from_cli(result)
display_message = result.stdout.decode()
if server_protocol:
display_message = "You are connect to <b>{}</b> via <b>{}</b>!".format(
server_protocol, protocol.upper())
args[0]["messagedialog_label"].set_markup(display_message)
args[0]["messagedialog_spinner"].hide()
gui_logger.debug(">>> Result: \"{0}\"".format(result))
update_labels_status(update_labels_dict)
gui_logger.debug(">>> Ended tasks in \"custom_quick_connect\" thread.")
def update_killswitch_switch_changed(self, object, state):
killswitch_protection = get_config_value("USER", "killswitch")
if killswitch_protection == "0":
update_to = "1"
else:
update_to = "0"
if (state and killswitch_protection == "0") or (not state and killswitch_protection != "0"):
thread = Thread(target=update_killswitch, args=[update_to])
thread.daemon = True
thread.start()
def update_dns_leak_switch_changed(self, object, state):
dns_protection = get_config_value("USER", "dns_leak_protection")
if dns_protection == "0":
update_to = "1"
elif dns_protection != "0":
update_to = "0"
if (state and dns_protection == "0") or (not state and dns_protection != "0"):
thread = Thread(target=update_dns, args=[update_to])
thread.daemon = True
thread.start()
def connection_changed(self, *dt):
"""Compare current connection to last known; True = change."""
# Gather details of current connected server.
current_connection = pvpncli_utils.get_config_value(
"metadata",
"connected_server",
)
# Compare curren connection to last known connection.
if current_connection != self.last_known_connection:
return True
else:
return False
def get_current_values(self):
"""Get current VPN Settings values from pvpn-cli.cfg."""
# Username
self.username_val = pvpncli_utils.get_config_value("USER", "username")
# Password
cmd = f'/bin/cat {pvpncli_constants.PASSFILE}'
user_passwd = subprocess.check_output(cmd, shell=True).decode()
self.usr_val, self.passwd_val = user_passwd.split()
# ProtonVPN Plan/Tier
self.tier_val = int(pvpncli_utils.get_config_value("USER", "tier"))
for opt, val in self.plan_options.items():
if val == self.tier_val:
self.tier_val = opt
# Default Protocol
self.prot_val = pvpncli_utils.get_config_value("USER",
"default_protocol")
self.prot_val = self.prot_val.upper()
# DNS Management
# Check for custom_dns values.
self.dns_ip_val = pvpncli_utils.get_config_value("USER", "custom_dns")
# Determine selection for dns_leak_protection
self.dns_val = int(
pvpncli_utils.get_config_value("USER", "dns_leak_protection"))
# If config dns_leak_protection is 0, determine if there's a
# custom_dns value or not. If yes, set to 'Custom DNS Server'
# else, set to "None".
if self.dns_val == 0:
if self.dns_ip_val != 'None':
self.dns_val = 'Custom DNS Servers'
else:
self.dns_val = 'None'
else:
self.dns_val = 'Enable Leak Protection'
# Kill Switch
self.kill_switch_val = int(
pvpncli_utils.get_config_value("USER", "killswitch"))
for opt, val in self.kill_switch_options.items():
if val == self.kill_switch_val:
self.kill_switch_val = opt
# Split Tunneling
self.split_tunl_val = int(
pvpncli_utils.get_config_value("USER", "split_tunnel"))
for opt, val in self.split_tunnel_options.items():
if val == self.split_tunl_val:
self.split_tunl_val = opt
self.split_tunnel_ips = ''
if os.path.isfile(pvpncli_constants.SPLIT_TUNNEL_FILE):
with open(pvpncli_constants.SPLIT_TUNNEL_FILE, "r") as f:
content = f.readlines()
for line in content:
line = line.rstrip("\n")
self.split_tunnel_ips += line
self.split_tunneling_ip_list.text = self.split_tunnel_ips
def update_split_tunneling(self, **kwargs):
"""Function that updates split tunneling configurations.
"""
gui_logger.debug(">>> Running \"set_split_tunnel\".")
return_val = False
split_tunneling_content = kwargs.get("split_tunneling_content")
result = "Split tunneling configurations <b>updated</b>!\n"
disabled_ks = False
invalid_ip = False
ip_list = self.settings_service.reformat_ip_list(
split_tunneling_content)
valid_ips = self.settings_service.check_valid_ips(ip_list)
if not type(
valid_ips) == bool and len(valid_ips) > 1 and not valid_ips[0]:
result = "<b>{0}</b> is not valid!\nNone of the IP's were added, please try again with a different IP.".format(
valid_ips[1])
gui_logger.debug("[!] Invalid IP \"{0}\".".format(valid_ips[1]))
invalid_ip = True
if not invalid_ip:
if len(ip_list) == 0:
result = "unable to disable Split Tunneling !\n\n"
if self.settings_service.set_split_tunneling(0):
result = "Split tunneling <b>disabled</b>!\n\n"
return_val = True
else:
result = result + "The following servers were added:\n\n{}".format(
[ip for ip in ip_list])
return_val = True
if int(get_config_value("USER", "killswitch")):
result = "Split Tunneling <b>can't</b> be used with Kill Switch.\nKill Switch could not be disabled, cancelling update!"
if self.settings_service.set_killswitch(0):
result = result + "Split Tunneling <b>can't</b> be used with Kill Switch.\nKill Switch has been <b>disabled</b>!\n\n"
disabled_ks = True
if not disabled_ks and not self.settings_service.set_split_tunneling_ips(
ip_list):
result = "Unable to add IPs to Split Tunneling file!"
return_val = False
self.queue.put(dict(action="update_dialog", label=result))
gui_logger.debug(
">>> Ended tasks in \"set_split_tunnel\" thread. Result: \"{0}\"".
format(result))
return return_val
def time_connected(self):
"""Gets and returns the connection time length.
"""
try:
connected_time = get_config_value("metadata", "connected_time")
connection_time = time.time() - int(connected_time)
connection_time = str(datetime.timedelta(seconds=connection_time)).split(".")[0]
except (KeyError, IndexError):
connection_time = False
connection_time = connection_time if connection_time else ""
return connection_time
def connect_to_selected_server(*args):
"""Function that either connects by selected server or selected country.
"""
protocol = get_config_value("USER", "default_protocol")
gui_logger.debug(">>> Running \"openvpn_connect\".")
# Check if it should connect to country or server
if "#" in args[0]["user_selected_server"]:
result = subprocess.run([
"protonvpn", "connect", args[0]["user_selected_server"], "-p",
protocol
],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
gui_logger.debug(
">>> Log during connection to specific server: {}".format(result))
else:
for k, v in country_codes.items():
if v == args[0]["user_selected_server"]:
selected_country = k
break
result = subprocess.run(
["protonvpn", "connect", "--cc", selected_country, "-p", protocol],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
gui_logger.debug(
">>> Log during connection to country: {}".format(result))
server_protocol = get_server_protocol_from_cli(result)
display_message = result.stdout.decode()
if server_protocol:
display_message = "You are connect to <b>{}</b> via <b>{}</b>!".format(
server_protocol, protocol.upper())
args[0]["messagedialog_label"].set_markup(display_message)
args[0]["messagedialog_spinner"].hide()
update_labels_dict = {
"interface": args[0]["interface"],
"servers": False,
"disconnecting": False,
"conn_info": False
}
update_labels_status(update_labels_dict)
gui_logger.debug(">>> Ended tasks in \"openvpn_connect\" thread.")
def update_protocol_combobox_changed(self, object):
"""Button/Event handler to update OpenVP Protocol
"""
autoconnect_setting = get_config_value("USER", "default_protocol")
tree_iter = object.get_active_iter()
if tree_iter is not None:
model = object.get_model()
index, protocol = model[tree_iter][:2]
protocol = protocol.lower()
if protocol.lower() != autoconnect_setting.lower():
gui_logger.debug(">>> Starting \"update_protocol_combobox_changed\" thread.")
thread = Thread(target=update_def_protocol, args=[protocol])
thread.daemon = True
thread.start()
def last_connect_button_clicked(self, button):
"""Button/Event handler to reconnect to previously connected server
"""
self.messagedialog_sub_label.hide()
try:
servername = get_config_value("metadata", "connected_server")
protocol = get_config_value("metadata", "connected_proto")
except:
self.messagedialog_label.set_markup("You have not previously connected to any server, please do that connect to a server first before attempting to reconnect.")
self.messagedialog_spinner.hide()
self.messagedialog_window.show()
gui_logger.debug("[!] Attempted to connect to previously connected server without having made any previous connections.")
return
self.messagedialog_label.set_markup("Connecting to previously connected server <b>{0}</b> with <b>{1}</b>.".format(servername, protocol.upper()))
self.messagedialog_spinner.show()
gui_logger.debug(">>> Starting \"last_connect\" thread.")
thread = Thread(target=last_connect, args=[self.interface, self.messagedialog_label, self.messagedialog_spinner])
thread.daemon = True
thread.start()
self.messagedialog_window.show()
def update_connection_time(dict_data):
connection_time = False
if dict_data["is_connected"]:
try:
connected_time = get_config_value("metadata", "connected_time")
connection_time = time.time() - int(connected_time)
connection_time = str(datetime.timedelta(seconds=connection_time)).split(".")[0]
except KeyError:
connection_time = False
connection_time = connection_time if connection_time else ""
dict_data["label"].set_markup('<span>{0}</span>'.format(connection_time))
return True
def load_connection_settings(self, object_dict):
# Set Autoconnect on boot combobox
autoconnect_liststore = object_dict["autoconnect_liststore"]
update_autoconnect_combobox = object_dict[
"update_autoconnect_combobox"]
update_quick_connect_combobox = object_dict[
"update_quick_connect_combobox"]
update_protocol_combobox = object_dict["update_protocol_combobox"]
server_list = self.populate_autoconnect_list(autoconnect_liststore,
return_list=True)
#Get values
try:
autoconnect_setting = get_gui_config("conn_tab", "autoconnect")
except (KeyError, IndexError):
autoconnect_setting = 0
try:
quick_connect_setting = get_gui_config("conn_tab", "quick_connect")
except (KeyError, IndexError):
quick_connect = 0
default_protocol = get_config_value("USER", "default_protocol")
# Get indexes
try:
autoconnect_index = list(
server_list.keys()).index(autoconnect_setting)
except ValueError:
autoconnect_index = 0
try:
quick_connect_index = list(
server_list.keys()).index(quick_connect_setting)
except ValueError:
quick_connect_index = 0
# Set values
update_autoconnect_combobox.set_active(autoconnect_index)
update_quick_connect_combobox.set_active(quick_connect_index)
if default_protocol == "tcp":
update_protocol_combobox.set_active(0)
else:
update_protocol_combobox.set_active(1)
def update_labels_status(update_labels_dict):
"""Function prepares data to update labels.
"""
gui_logger.debug(">>> Running \"update_labels_status\" getting servers, is_connected and connected_server.")
if not update_labels_dict["servers"]:
servers = get_servers()
else:
servers = update_labels_dict["servers"]
protonvpn_conn_check = is_connected()
is_vpn_connected = True if protonvpn_conn_check else False
try:
connected_server = get_config_value("metadata", "connected_server")
except:
connected_server = False
update_labels(update_labels_dict["interface"], servers, is_vpn_connected, connected_server, update_labels_dict["disconnecting"], conn_info=update_labels_dict["conn_info"])
def update_split_tunneling_status(update_to):
if update_to == "1":
result = "Split tunneling has been <b>enabled</b>!\n"
else:
if os.path.isfile(SPLIT_TUNNEL_FILE):
os.remove(SPLIT_TUNNEL_FILE)
result = "Split tunneling has been <b>disabled</b>!\n"
if int(get_config_value("USER", "killswitch")):
set_config_value("USER", "killswitch", 0)
result = result + "Split Tunneling <b>can't</b> be used with Kill Switch, Kill Switch has been <b>disabled</b>!\n\n"
time.sleep(1)
set_config_value("USER", "split_tunnel", update_to)
gui_logger.debug(">>> Result: \"{0}\"".format(result))
gui_logger.debug(">>> Ended tasks in \"set_split_tunnel\" thread.")
