def execute(self, options_dict, non_option_args):
manager = self.Manager()
current_state = manager.get_state()
if len(non_option_args) < 1:
if current_state == nm.MANAGER_STATE_SLEEPING:
print "Disabled"
else:
print "Enabled"
return 0
new_state = non_option_args[0].lower()
if new_state == "on" or new_state == "enable" or new_state == "yes" or new_state == "1":
if current_state == nm.MANAGER_STATE_SLEEPING:
nmtalk.message("Enabling networking")
manager.sleep(False)
else:
nmtalk.message("Networking is already enabled")
elif new_state == "off" or new_state == "disable" or new_state == "no" or new_state == 0:
if current_state != nm.MANAGER_STATE_SLEEPING:
nmtalk.message("Disabling networking")
manager.sleep(True)
else:
nmtalk.message("Networking is already disabled")
else:
nmtalk.fatal("Invalid argument '%s'. Please use 'on' or 'off'" %
non_option_args[0])
return 0
def execute(self, options_dict, non_option_args):
manager = self.Manager()
current_state = manager.get_wireless_state()
if len(non_option_args) < 1:
if current_state:
print "Enabled"
else:
print "Disabled"
return 0
new_state = non_option_args[0].lower()
if new_state == "on" or new_state == "enable" or new_state == "yes" or new_state == "1":
if not current_state:
if not manager.get_wireless_hw_state():
nmtalk.message(
"Wireless hardware is disabled, can not enable wireless"
)
return 1
nmtalk.message("Enabling wireless")
manager.set_wireless_state(True)
else:
nmtalk.message("Wireless is already enabled")
elif new_state == "off" or new_state == "disable" or new_state == "no" or new_state == 0:
if current_state:
nmtalk.message("Disabling wireless")
manager.set_wireless_state(False)
else:
nmtalk.message("Wireless is already disabled")
else:
nmtalk.fatal("Invalid argument '%s'. Please use 'on' or 'off'" %
non_option_args[0])
return 0
def execute(self, options_dict, non_option_args):
manager = self.Manager()
current_state = manager.get_wireless_state()
if len(non_option_args) < 1:
if current_state:
print "Enabled"
else:
print "Disabled"
return 0
new_state = non_option_args[0].lower()
if new_state == "on" or new_state == "enable" or new_state == "yes" or new_state == "1":
if not current_state:
if not manager.get_wireless_hw_state():
nmtalk.message("Wireless hardware is disabled, can not enable wireless")
return 1
nmtalk.message("Enabling wireless")
manager.set_wireless_state(True)
else:
nmtalk.message("Wireless is already enabled")
elif new_state == "off" or new_state == "disable" or new_state == "no" or new_state == 0:
if current_state:
nmtalk.message("Disabling wireless")
manager.set_wireless_state(False)
else:
nmtalk.message("Wireless is already disabled")
else:
nmtalk.fatal("Invalid argument '%s'. Please use 'on' or 'off'" % non_option_args[0])
return 0
def execute(self, options_dict, non_option_args):
manager = self.Manager()
current_state = manager.get_state()
if len(non_option_args) < 1:
if current_state == nm.MANAGER_STATE_SLEEPING:
print "Disabled"
else:
print "Enabled"
return 0
new_state = non_option_args[0].lower()
if new_state == "on" or new_state == "enable" or new_state == "yes" or new_state == "1":
if current_state == nm.MANAGER_STATE_SLEEPING:
nmtalk.message("Enabling networking")
manager.sleep(False)
else:
nmtalk.message("Networking is already enabled")
elif new_state == "off" or new_state == "disable" or new_state == "no" or new_state == 0:
if current_state != nm.MANAGER_STATE_SLEEPING:
nmtalk.message("Disabling networking")
manager.sleep(True)
else:
nmtalk.message("Networking is already disabled")
else:
nmtalk.fatal("Invalid argument '%s'. Please use 'on' or 'off'" % non_option_args[0])
return 0
def execute(self, options_dict, non_option_args):
if len(non_option_args) != 1:
self.usage()
manager = self.Manager()
device_iface = non_option_args.pop(0)
device = manager.get_device_by_iface(device_iface)
if not device:
nmtalk.fatal("Invalid device %s" % device_iface)
device.deactivate()
return 0
def execute(self, options_dict, non_option_args):
if len(non_option_args) != 1:
self.usage()
manager = self.Manager()
device_iface = non_option_args.pop(0)
device = manager.get_device_by_iface(device_iface)
if not device:
nmtalk.fatal("Invalid device %s" % device_iface)
device.deactivate()
return 0
def execute(self, options_dict, non_option_args):
if len(non_option_args) != 1:
self.usage()
# Find the VPN connection
manager = nmsettings.ConnectionManager()
connection_name = non_option_args.pop(0)
if options_dict.has_key("system"):
connection = manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS, connection_name,
"vpn")
elif options_dict.has_key("user"):
connection = manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_USER_SETTINGS, connection_name, "vpn")
else:
connection = manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS, connection_name,
"vpn")
if not connection:
connection = manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_USER_SETTINGS, connection_name,
"vpn")
if not connection:
nmtalk.error("VPN connection '%s' not found." % connection_name)
return 1
manager = nm.NetworkManager()
# Find the first active device
device = None
for d in manager.get_devices():
if d.get_state() == nmdevice.DEVICE_STATE_ACTIVATED:
device = d
break
if not device:
nmtalk.fatal("Can not activate VPN, no active device found")
vpn_manager = nmvpn.VpnManager()
vpn_connection = vpn_manager.connect(connection, device)
if options_dict.has_key("dont-wait"):
return 0
loop = gobject.MainLoop()
self.exit_status = 0
def monitor(state, reason):
msg = "'%s': %s" % (connection_name,
nmvpn.vpn_connection_state_to_str(state))
if reason != nmvpn.VPN_CONNECTION_STATE_REASON_NONE:
msg += " (%s)" % nmvpn.vpn_connection_state_reason_to_str(
reason)
nmtalk.message(msg)
if state == nmvpn.VPN_CONNECTION_STATE_ACTIVATED:
loop.quit()
elif state == nmvpn.VPN_CONNECTION_STATE_FAILED or state == nmvpn.VPN_CONNECTION_STATE_DISCONNECTED:
loop.quit()
self.exit_status = 1
vpn_connection.proxy.connect_to_signal(
"StateChanged",
monitor,
dbus_interface=nmvpn.DBUS_INTERFACE_VPN_CONNECTION)
loop.run()
return self.exit_status
def execute(self, options_dict, non_option_args):
if len(non_option_args) < 2:
self.usage()
manager = self.Manager()
# Device
device_iface = non_option_args.pop(0)
device = manager.get_device_by_iface(device_iface)
if not device:
nmtalk.fatal("Invalid device %s" % device_iface)
# Connection
c_manager = nmsettings.ConnectionManager()
connection_name = non_option_args.pop(0)
if options_dict.has_key("system"):
connection = c_manager.get_connection_by_name(nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS,
connection_name)
elif options_dict.has_key("user"):
connection = c_manager.get_connection_by_name(nmsettings.DBUS_SERVICE_USER_SETTINGS,
connection_name)
else:
connection = c_manager.get_connection_by_name(nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS,
connection_name)
if not connection:
connection = c_manager.get_connection_by_name(nmsettings.DBUS_SERVICE_USER_SETTINGS,
connection_name)
if not connection:
nmtalk.fatal("Invalid connection '%s'" % connection_name)
# Specific object
if len(non_option_args) > 0:
specific_object = device.get_specific_object(non_option_args)
else:
specific_object = None
manager.activate_device(device, connection, specific_object)
if options_dict.has_key("dont-wait"):
return 0
loop = gobject.MainLoop()
self.exit_status = 0
def monitor(state):
nmtalk.message("'%s': %s" % (device_iface, nmdevice.device_state_to_str(state)))
if state == nmdevice.DEVICE_STATE_ACTIVATED:
loop.quit()
elif state == nmdevice.DEVICE_STATE_FAILED or state == nmdevice.DEVICE_STATE_DISCONNECTED or \
state == nmdevice.DEVICE_STATE_CANCELLED:
loop.quit()
self.exit_status = 1
device.proxy.connect_to_signal("StateChanged", monitor,
dbus_interface=nmdevice.DBUS_INTERFACE_DEVICE)
loop.run()
return self.exit_status
def execute(self, options_dict, non_option_args):
if len(non_option_args) != 1:
self.usage()
# Find the VPN connection
manager = nmsettings.ConnectionManager()
connection_name = non_option_args.pop(0)
if options_dict.has_key("system"):
connection = manager.get_connection_by_name(nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS,
connection_name, "vpn")
elif options_dict.has_key("user"):
connection = manager.get_connection_by_name(nmsettings.DBUS_SERVICE_USER_SETTINGS,
connection_name, "vpn")
else:
connection = manager.get_connection_by_name(nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS,
connection_name, "vpn")
if not connection:
connection = manager.get_connection_by_name(nmsettings.DBUS_SERVICE_USER_SETTINGS,
connection_name, "vpn")
if not connection:
nmtalk.error("VPN connection '%s' not found." % connection_name)
return 1
manager = nm.NetworkManager()
# Find the first active device
device = None
for d in manager.get_devices():
if d.get_state() == nmdevice.DEVICE_STATE_ACTIVATED:
device = d
break
if not device:
nmtalk.fatal("Can not activate VPN, no active device found")
vpn_manager = nmvpn.VpnManager()
vpn_connection = vpn_manager.connect(connection, device)
if options_dict.has_key("dont-wait"):
return 0
loop = gobject.MainLoop()
self.exit_status = 0
def monitor(state, reason):
msg = "'%s': %s" % (connection_name, nmvpn.vpn_connection_state_to_str(state))
if reason != nmvpn.VPN_CONNECTION_STATE_REASON_NONE:
msg += " (%s)" % nmvpn.vpn_connection_state_reason_to_str(reason)
nmtalk.message(msg)
if state == nmvpn.VPN_CONNECTION_STATE_ACTIVATED:
loop.quit()
elif state == nmvpn.VPN_CONNECTION_STATE_FAILED or state == nmvpn.VPN_CONNECTION_STATE_DISCONNECTED:
loop.quit()
self.exit_status = 1
vpn_connection.proxy.connect_to_signal("StateChanged", monitor,
dbus_interface=nmvpn.DBUS_INTERFACE_VPN_CONNECTION)
loop.run()
return self.exit_status
def execute(self, options_dict, non_option_args):
if len(non_option_args) < 2:
self.usage()
manager = self.Manager()
# Device
device_iface = non_option_args.pop(0)
device = manager.get_device_by_iface(device_iface)
if not device:
nmtalk.fatal("Invalid device %s" % device_iface)
# Connection
c_manager = nmsettings.ConnectionManager()
connection_name = non_option_args.pop(0)
if options_dict.has_key("system"):
connection = c_manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS, connection_name)
elif options_dict.has_key("user"):
connection = c_manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_USER_SETTINGS, connection_name)
else:
connection = c_manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_SYSTEM_SETTINGS, connection_name)
if not connection:
connection = c_manager.get_connection_by_name(
nmsettings.DBUS_SERVICE_USER_SETTINGS, connection_name)
if not connection:
nmtalk.fatal("Invalid connection '%s'" % connection_name)
# Specific object
if len(non_option_args) > 0:
specific_object = device.get_specific_object(non_option_args)
else:
specific_object = None
manager.activate_device(device, connection, specific_object)
if options_dict.has_key("dont-wait"):
return 0
loop = gobject.MainLoop()
self.exit_status = 0
def monitor(state):
nmtalk.message("'%s': %s" %
(device_iface, nmdevice.device_state_to_str(state)))
if state == nmdevice.DEVICE_STATE_ACTIVATED:
loop.quit()
elif state == nmdevice.DEVICE_STATE_FAILED or state == nmdevice.DEVICE_STATE_DISCONNECTED or \
state == nmdevice.DEVICE_STATE_CANCELLED:
loop.quit()
self.exit_status = 1
device.proxy.connect_to_signal(
"StateChanged",
monitor,
dbus_interface=nmdevice.DBUS_INTERFACE_DEVICE)
loop.run()
return self.exit_status