class GsmSettings(Gtk.Dialog):
def __init__(self, bd_address: str) -> None:
super().__init__()
self.set_name("GsmSettings")
self.device = bd_address
builder = Builder("gsm-settings.ui")
gsm_grid = builder.get_widget("gsm_grid", Gtk.Grid)
self.config = Config("org.blueman.gsmsetting",
f"/org/blueman/gsmsettings/{bd_address}/")
self.props.icon_name = "network-wireless"
self.props.title = _("GSM Settings")
self.props.resizable = False
a = self.get_content_area()
a.pack_start(gsm_grid, True, True, 0)
gsm_grid.show()
self.e_apn = builder.get_widget("e_apn", Gtk.Entry)
self.e_number = builder.get_widget("e_number", Gtk.Entry)
self.config.bind_to_widget("apn", self.e_apn, "text")
self.config.bind_to_widget("number", self.e_number, "text")
self.add_button("_Close", Gtk.ResponseType.CLOSE)
class GsmSettings(Gtk.Dialog):
def __init__(self, bd_address):
GObject.GObject.__init__(self)
self.device = bd_address
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
self.Builder.add_from_file(UI_PATH + "/gsm-settings.ui")
vbox = self.Builder.get_object("vbox1")
self.config = Config("org.blueman.gsmsetting",
"/org/blueman/gsmsettings/%s/" % bd_address)
self.props.icon_name = "network-wireless"
self.props.title = _("GSM Settings")
self.props.resizable = False
a = self.get_content_area()
a.pack_start(vbox, True, True, 0)
vbox.show()
self.e_apn = self.Builder.get_object("e_apn")
self.e_number = self.Builder.get_object("e_number")
self.config.bind_to_widget("apn", self.e_apn, "text")
self.config.bind_to_widget("number", self.e_number, "text")
self.add_button("_Close", Gtk.ResponseType.CLOSE)
class GsmSettings(Gtk.Dialog):
def __init__(self, bd_address):
super(GsmSettings, self).__init__()
self.set_name("GsmSettings")
self.device = bd_address
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/gsm-settings.ui")
gsm_grid = self.Builder.get_object("gsm_grid")
self.config = Config("org.blueman.gsmsetting", "/org/blueman/gsmsettings/%s/" % bd_address)
self.props.icon_name = "network-wireless"
self.props.title = _("GSM Settings")
self.props.resizable = False
a = self.get_content_area()
a.pack_start(gsm_grid, True, True, 0)
gsm_grid.show()
self.e_apn = self.Builder.get_object("e_apn")
self.e_number = self.Builder.get_object("e_number")
self.config.bind_to_widget("apn", self.e_apn, "text")
self.config.bind_to_widget("number", self.e_number, "text")
self.add_button("_Close", Gtk.ResponseType.CLOSE)
class Blueman(Gtk.Window):
def __init__(self):
super().__init__(title=_("Bluetooth Devices"))
self._applet_sig = None
self.Config = Config("org.blueman.general")
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
# bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/manager-main.ui")
grid = self.Builder.get_object("grid")
self.add(grid)
self.set_name("BluemanManager")
self.Plugins = PluginManager(ManagerPlugin, blueman.plugins.manager,
self)
self.Plugins.load_plugin()
area = MessageArea()
grid.attach(area, 0, 3, 1, 1)
# Add margin for resize grip or it will overlap
if self.get_has_resize_grip():
statusbar = self.Builder.get_object("statusbar")
margin_right = statusbar.get_margin_right()
statusbar.set_margin_right(margin_right + 10)
def do_present(time):
if self.props.visible:
self.present_with_time(time)
check_single_instance("blueman-manager", do_present)
def on_window_delete(window, event):
w, h = self.get_size()
x, y = self.get_position()
self.Config["window-properties"] = [w, h, x, y]
Gtk.main_quit()
def bt_status_changed(status):
if not status:
self.hide()
check_bluetooth_status(
_("Bluetooth needs to be turned on for the device manager to function"
), lambda: Gtk.main_quit())
else:
self.show()
def on_applet_signal(_proxy, _sender, signal_name, params):
if signal_name == 'BluetoothStatusChanged':
status = params.unpack()
bt_status_changed(status)
def on_dbus_name_vanished(_connection, name):
logging.info(name)
if self._applet_sig is not None:
self.Applet.disconnect(self._applet_sig)
self._applet_sig = None
self.hide()
d = ErrorDialog(
_("Connection to BlueZ failed"),
_("Bluez daemon is not running, blueman-manager cannot continue.\n"
"This probably means that there were no Bluetooth adapters detected "
"or Bluetooth daemon was not started."),
icon_name="blueman")
d.run()
d.destroy()
# FIXME ui can handle BlueZ start/stop but we should inform user
Gtk.main_quit()
def on_dbus_name_appeared(_connection, name, owner):
logging.info("%s %s" % (name, owner))
setup_icon_path()
try:
self.Applet = AppletService()
except DBusProxyFailed:
print("Blueman applet needs to be running")
exit()
check_bluetooth_status(
_("Bluetooth needs to be turned on for the device manager to function"
), lambda: Gtk.main_quit())
manager = bluez.Manager()
try:
manager.get_adapter(self.Config['last-adapter'])
except bluez.errors.DBusNoSuchAdapterError:
logging.error(
'Default adapter not found, trying first available.')
try:
manager.get_adapter(None)
except bluez.errors.DBusNoSuchAdapterError:
logging.error('No adapter(s) found, exiting')
exit(1)
self._applet_sig = self.Applet.connect('g-signal',
on_applet_signal)
self.connect("delete-event", on_window_delete)
self.props.icon_name = "blueman"
w, h, x, y = self.Config["window-properties"]
if w and h:
self.resize(w, h)
if x and y:
self.move(x, y)
sw = self.Builder.get_object("scrollview")
# Disable overlay scrolling
if Gtk.get_minor_version() >= 16:
sw.props.overlay_scrolling = False
self.List = ManagerDeviceList(adapter=self.Config["last-adapter"],
inst=self)
self.List.show()
sw.add(self.List)
self.Toolbar = ManagerToolbar(self)
self.Menu = ManagerMenu(self)
self.Stats = ManagerStats(self)
if self.List.is_valid_adapter():
self.List.display_known_devices(autoselect=True)
self.List.connect("adapter-changed", self.on_adapter_changed)
toolbar = self.Builder.get_object("toolbar")
statusbar = self.Builder.get_object("statusbar")
self.Config.bind_to_widget("show-toolbar", toolbar, "visible")
self.Config.bind_to_widget("show-statusbar", statusbar, "visible")
self.show()
bluez.Manager.watch_name_owner(on_dbus_name_appeared,
on_dbus_name_vanished)
def on_adapter_changed(self, lst, adapter):
if adapter is not None:
self.List.display_known_devices(autoselect=True)
def inquiry(self):
def prop_changed(lst, adapter, key_value):
key, value = key_value
if key == "Discovering" and not value:
prog.finalize()
self.List.disconnect(s1)
self.List.disconnect(s2)
def on_progress(lst, frac):
if abs(1.0 - frac) <= 0.00001:
if not prog.started():
prog.start()
else:
prog.fraction(frac)
prog = ManagerProgressbar(self, text=_("Searching"))
prog.connect("cancelled", lambda x: self.List.stop_discovery())
try:
self.List.discover_devices()
except Exception as e:
prog.finalize()
MessageArea.show_message(*e_(e))
s1 = self.List.connect("discovery-progress", on_progress)
s2 = self.List.connect("adapter-property-changed", prop_changed)
def setup(self, device):
command = "blueman-assistant --device=%s" % device['Address']
launch(command, None, False, "blueman", _("Bluetooth Assistant"))
def bond(self, device):
def error_handler(e):
logging.exception(e)
message = 'Pairing failed for:\n%s (%s)' % (device['Alias'],
device['Address'])
Notification('Bluetooth', message, icon_name="blueman").show()
device.pair(error_handler=error_handler)
def adapter_properties(self):
launch("blueman-adapters", None, False, "blueman",
_("Adapter Preferences"))
def toggle_trust(self, device):
device['Trusted'] = not device['Trusted']
def send(self, device, f=None):
adapter = self.List.Adapter
command = "blueman-sendto --source=%s --device=%s" % (
adapter["Address"], device['Address'])
launch(command, None, False, "blueman", _("File Sender"))
def remove(self, device):
self.List.Adapter.remove_device(device)
class Network(ServicePlugin):
__plugin_info__ = (_("Network"), "network-workgroup")
def on_load(self, container):
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/services-network.ui")
self.widget = self.Builder.get_object("network_frame")
container.pack_start(self.widget, True, True, 0)
self.interfaces = []
for iface in get_net_interfaces():
if iface != "lo" and iface != "pan1":
print(iface)
ip = inet_aton(get_net_address(iface))
mask = inet_aton(get_net_netmask(iface))
self.interfaces.append((iface, ip, mask, mask_ip4_address(ip, mask)))
self.setup_network()
try:
self.ip_check()
except:
pass
return (_("Network"), "network-workgroup")
def on_enter(self):
self.widget.props.visible = True
def on_leave(self):
self.widget.props.visible = False
def on_apply(self):
if self.on_query_apply_state():
dprint("network apply")
m = Mechanism()
nap_enable = self.Builder.get_object("nap-enable")
if nap_enable.props.active:
if self.Builder.get_object("r_dhcpd").props.active:
stype = "DhcpdHandler"
elif self.Builder.get_object("r_dnsmasq").props.active:
stype = "DnsMasqHandler"
elif self.Builder.get_object("r_udhcpd").props.active:
stype = "UdhcpdHandler"
net_ip = self.Builder.get_object("net_ip")
try:
m.EnableNetwork('(ayays)', inet_aton(net_ip.props.text), inet_aton("255.255.255.0"), stype)
if not self.Config["nap-enable"]:
self.Config["nap-enable"] = True
except Exception as e:
d = NetworkErrorDialog(e, parent=self.widget.get_toplevel())
d.run()
d.destroy()
return
else:
self.Config["nap-enable"] = False
m.DisableNetwork()
self.clear_options()
def ip_check(self):
e = self.Builder.get_object("net_ip")
address = e.props.text
try:
if address.count(".") != 3:
raise Exception
a = inet_aton(address)
except:
e.props.secondary_icon_name = "dialog-error"
e.props.secondary_icon_tooltip_text = _("Invalid IP address")
raise
a_netmask = inet_aton("255.255.255.0")
a_masked = mask_ip4_address(a, a_netmask)
for iface, ip, netmask, masked in self.interfaces:
# print mask_ip4_address(a, netmask).encode("hex_codec"), masked.encode("hex_codec")
if a == ip:
e.props.secondary_icon_name = "dialog-error"
e.props.secondary_icon_tooltip_text = _("IP address conflicts with interface %s which has the same address" % iface)
raise Exception
elif mask_ip4_address(a, netmask) == masked:
e.props.secondary_icon_name = "dialog-warning"
e.props.secondary_icon_tooltip_text = _("IP address overlaps with subnet of interface"
" %s, which has the following configuration %s/%s\nThis may cause incorrect network behavior" % (iface, inet_ntoa(ip), inet_ntoa(netmask)))
return
e.props.secondary_icon_name = None
def on_query_apply_state(self):
changed = False
opts = self.get_options()
if not opts:
return False
else:
if "ip" in opts:
try:
self.ip_check()
except Exception as e:
print(e)
return -1
return True
def setup_network(self):
self.Config = Config("org.blueman.network")
nap_enable = self.Builder.get_object("nap-enable")
r_dnsmasq = self.Builder.get_object("r_dnsmasq")
r_dhcpd = self.Builder.get_object("r_dhcpd")
r_udhcpd = self.Builder.get_object("r_udhcpd")
net_ip = self.Builder.get_object("net_ip")
rb_nm = self.Builder.get_object("rb_nm")
rb_blueman = self.Builder.get_object("rb_blueman")
rb_dun_nm = self.Builder.get_object("rb_dun_nm")
rb_dun_blueman = self.Builder.get_object("rb_dun_blueman")
nap_frame = self.Builder.get_object("nap_frame")
warning = self.Builder.get_object("warning")
rb_blueman.props.active = self.Config["dhcp-client"]
if not self.Config["nap-enable"]:
nap_frame.props.sensitive = False
nc = NetConf.get_default()
if nc.ip4_address is not None:
net_ip.props.text = inet_ntoa(nc.ip4_address)
nap_enable.props.active = True
else:
net_ip.props.text = "10.%d.%d.1" % (randint(0, 255), randint(0, 255))
if nc.get_dhcp_handler() is None:
nap_frame.props.sensitive = False
nap_enable.props.active = False
r_dnsmasq.props.active = True
self.Config["nap-enable"] = False
if nc.get_dhcp_handler() == DnsMasqHandler:
r_dnsmasq.props.active = True
elif nc.get_dhcp_handler() == DhcpdHandler:
r_dhcpd.props.active = True
elif nc.get_dhcp_handler() == UdhcpdHandler:
r_udhcpd.props.active = True
if not have("dnsmasq") and not have("dhcpd3") and not have("dhcpd") and not have("udhcpd"):
nap_frame.props.sensitive = False
warning.props.visible = True
warning.props.sensitive = True
nap_enable.props.sensitive = False
self.Config["nap-enable"] = False
if not have("dnsmasq"):
r_dnsmasq.props.sensitive = False
r_dnsmasq.props.active = False
if not have("dhcpd3") and not have("dhcpd"):
r_dhcpd.props.sensitive = False
r_dhcpd.props.active = False
if not have("udhcpd"):
r_udhcpd.props.sensitive = False
r_udhcpd.props.active = False
r_dnsmasq.connect("toggled", lambda x: self.option_changed_notify("dnsmasq"))
r_udhcpd.connect("toggled", lambda x: self.option_changed_notify("udhcpd"))
net_ip.connect("changed", lambda x: self.option_changed_notify("ip", False))
nap_enable.connect("toggled", lambda x: self.option_changed_notify("nap_enable"))
self.Config.bind_to_widget("nap-enable", nap_enable, "active", Gio.SettingsBindFlags.GET)
nap_enable.bind_property("active", nap_frame, "sensitive", 0)
applet = AppletService()
avail_plugins = applet.QueryAvailablePlugins()
active_plugins = applet.QueryPlugins()
def dun_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "PPPSupport", False)
applet.SetPluginConfig('(sb)', "NMDUNSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMDUNSupport", False)
applet.SetPluginConfig('(sb)', "PPPSupport", True)
def pan_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "DhcpClient", False)
applet.SetPluginConfig('(sb)', "NMPANSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMPANSupport", False)
applet.SetPluginConfig('(sb)', "DhcpClient", True)
if "PPPSupport" in active_plugins:
rb_dun_blueman.props.active = True
if "NMDUNSupport" in avail_plugins:
rb_dun_nm.props.sensitive = True
else:
rb_dun_nm.props.sensitive = False
rb_dun_nm.props.tooltip_text = _("Not currently supported with this setup")
if "NMPANSupport" in avail_plugins:
rb_nm.props.sensitive = True
else:
rb_nm.props.sensitive = False
rb_nm.props.tooltip_text = _("Not currently supported with this setup")
if "NMPANSupport" in active_plugins:
rb_nm.props.active = True
if "NMDUNSupport" in active_plugins:
rb_dun_nm.props.active = True
rb_nm.connect("toggled", pan_support_toggled, "nm")
rb_blueman.connect("toggled", pan_support_toggled, "blueman")
rb_dun_nm.connect("toggled", dun_support_toggled, "nm")
rb_dun_blueman.connect("toggled", dun_support_toggled, "blueman")
class Network(ServicePlugin):
__plugin_info__ = (_("Network"), "network-workgroup")
def on_load(self, container):
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/services-network.ui")
self.widget = self.Builder.get_object("network_frame")
container.pack_start(self.widget, True, True, 0)
self.interfaces = []
for iface in get_net_interfaces():
if iface != "lo" and iface != "pan1":
logging.info(iface)
ip = inet_aton(get_net_address(iface))
mask = inet_aton(get_net_netmask(iface))
self.interfaces.append((iface, ip, mask, mask_ip4_address(ip, mask)))
self.setup_network()
try:
self.ip_check()
except (ValueError, ipaddress.AddressValueError) as e:
logging.exception(e)
return _("Network"), "network-workgroup"
def on_enter(self):
self.widget.props.visible = True
def on_leave(self):
self.widget.props.visible = False
def on_apply(self):
if self.on_query_apply_state():
logging.info("network apply")
m = Mechanism()
nap_enable = self.Builder.get_object("nap-enable")
if nap_enable.props.active:
if self.Builder.get_object("r_dhcpd").props.active:
stype = "DhcpdHandler"
elif self.Builder.get_object("r_dnsmasq").props.active:
stype = "DnsMasqHandler"
elif self.Builder.get_object("r_udhcpd").props.active:
stype = "UdhcpdHandler"
net_ip = self.Builder.get_object("net_ip")
try:
m.EnableNetwork('(ayays)', inet_aton(net_ip.props.text), inet_aton("255.255.255.0"), stype)
if not self.Config["nap-enable"]:
self.Config["nap-enable"] = True
except Exception as e:
d = ErrorDialog("<b>Failed to apply network settings</b>",
excp=e, parent=self.widget.get_toplevel())
d.run()
d.destroy()
return
else:
self.Config["nap-enable"] = False
m.DisableNetwork()
self.clear_options()
def ip_check(self):
entry = self.Builder.get_object("net_ip")
try:
ipaddr = ipaddress.IPv4Address(entry.props.text)
a = inet_aton(str(ipaddr))
except ipaddress.AddressValueError:
entry.props.secondary_icon_name = "dialog-error"
entry.props.secondary_icon_tooltip_text = _("Invalid IP address")
raise
for iface, ip, netmask, masked in self.interfaces:
if a == ip:
error_message = _("IP address conflicts with interface %s which has the same address" % iface)
tooltip_text = error_message
entry.props.secondary_icon_name = "dialog-error"
entry.props.secondary_icon_tooltip_text = tooltip_text
raise ValueError(error_message)
elif mask_ip4_address(a, netmask) == masked:
tooltip_text = _(
"IP address overlaps with subnet of interface %s, which has the following configuration %s/%s\n"
"This may cause incorrect network behavior" % (iface, inet_ntoa(ip), inet_ntoa(netmask)))
entry.props.secondary_icon_name = "dialog-warning"
entry.props.secondary_icon_tooltip_text = tooltip_text
return
entry.props.secondary_icon_name = None
def on_query_apply_state(self):
opts = self.get_options()
if not opts:
return False
if "ip" in opts:
try:
self.ip_check()
except (ValueError, ipaddress.AddressValueError) as e:
logging.exception(e)
return -1
return True
def setup_network(self):
self.Config = Config("org.blueman.network")
nap_enable = self.Builder.get_object("nap-enable")
r_dnsmasq = self.Builder.get_object("r_dnsmasq")
r_dhcpd = self.Builder.get_object("r_dhcpd")
r_udhcpd = self.Builder.get_object("r_udhcpd")
net_ip = self.Builder.get_object("net_ip")
rb_nm = self.Builder.get_object("rb_nm")
rb_blueman = self.Builder.get_object("rb_blueman")
rb_dun_nm = self.Builder.get_object("rb_dun_nm")
rb_dun_blueman = self.Builder.get_object("rb_dun_blueman")
nap_frame = self.Builder.get_object("nap_frame")
warning = self.Builder.get_object("warning")
if not self.Config["nap-enable"]:
nap_frame.props.sensitive = False
nc = NetConf.get_default()
if nc.ip4_address is not None:
net_ip.props.text = inet_ntoa(nc.ip4_address)
nap_enable.props.active = True
else:
net_ip.props.text = "10.%d.%d.1" % (randint(0, 255), randint(0, 255))
if nc.get_dhcp_handler() is None:
nap_frame.props.sensitive = False
nap_enable.props.active = False
r_dnsmasq.props.active = True
self.Config["nap-enable"] = False
have_dhcpd = have("dhcpd3") or have("dhcpd")
have_dnsmasq = have("dnsmasq")
have_udhcpd = have("udhcpd")
if nc.get_dhcp_handler() == DnsMasqHandler and have_dnsmasq:
r_dnsmasq.props.active = True
elif nc.get_dhcp_handler() == DhcpdHandler and have_dhcpd:
r_dhcpd.props.active = True
elif nc.get_dhcp_handler() == UdhcpdHandler and have_udhcpd:
r_udhcpd.props.active = True
else:
r_dnsmasq.props.active = True
if not have_dnsmasq and not have_dhcpd and not have_udhcpd:
nap_frame.props.sensitive = False
warning.props.visible = True
warning.props.sensitive = True
nap_enable.props.sensitive = False
self.Config["nap-enable"] = False
if not have_dnsmasq:
r_dnsmasq.props.sensitive = False
r_dnsmasq.props.active = False
if not have_dhcpd:
r_dhcpd.props.sensitive = False
r_dhcpd.props.active = False
if not have_udhcpd:
r_udhcpd.props.sensitive = False
r_udhcpd.props.active = False
r_dnsmasq.connect("toggled", lambda x: self.option_changed_notify("dnsmasq"))
r_dhcpd.connect("toggled", lambda x: self.option_changed_notify("dhcpd"))
r_udhcpd.connect("toggled", lambda x: self.option_changed_notify("udhcpd"))
net_ip.connect("changed", lambda x: self.option_changed_notify("ip", False))
nap_enable.connect("toggled", lambda x: self.option_changed_notify("nap_enable"))
self.Config.bind_to_widget("nap-enable", nap_enable, "active", Gio.SettingsBindFlags.GET)
nap_enable.bind_property("active", nap_frame, "sensitive", 0)
applet = AppletService()
avail_plugins = applet.QueryAvailablePlugins()
active_plugins = applet.QueryPlugins()
def dun_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "PPPSupport", False)
applet.SetPluginConfig('(sb)', "NMDUNSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMDUNSupport", False)
applet.SetPluginConfig('(sb)', "PPPSupport", True)
def pan_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "DhcpClient", False)
applet.SetPluginConfig('(sb)', "NMPANSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMPANSupport", False)
applet.SetPluginConfig('(sb)', "DhcpClient", True)
if "PPPSupport" in active_plugins:
rb_dun_blueman.props.active = True
if "NMDUNSupport" in avail_plugins:
rb_dun_nm.props.sensitive = True
else:
rb_dun_nm.props.sensitive = False
rb_dun_nm.props.tooltip_text = _("Not currently supported with this setup")
if "DhcpClient" in active_plugins:
rb_blueman.props.active = True
if "NMPANSupport" in avail_plugins:
rb_nm.props.sensitive = True
else:
rb_nm.props.sensitive = False
rb_nm.props.tooltip_text = _("Not currently supported with this setup")
if "NMPANSupport" in active_plugins:
rb_nm.props.active = True
if "NMDUNSupport" in active_plugins:
rb_dun_nm.props.active = True
rb_nm.connect("toggled", pan_support_toggled, "nm")
rb_blueman.connect("toggled", pan_support_toggled, "blueman")
rb_dun_nm.connect("toggled", dun_support_toggled, "nm")
rb_dun_blueman.connect("toggled", dun_support_toggled, "blueman")
class Blueman(Gtk.Window):
def __init__(self):
super(Blueman, self).__init__(title=_("Bluetooth Devices"))
self._applet_sig = None
self.Config = Config("org.blueman.general")
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/manager-main.ui")
grid = self.Builder.get_object("grid")
self.add(grid)
self.set_name("BluemanManager")
self.Plugins = PluginManager(ManagerPlugin, blueman.plugins.manager, self)
self.Plugins.load_plugin()
area = MessageArea()
grid.attach(area, 0, 3, 1, 1)
# Add margin for resize grip or it will overlap
if self.get_has_resize_grip():
statusbar = self.Builder.get_object("statusbar")
margin_right = statusbar.get_margin_right()
statusbar.set_margin_right(margin_right + 10)
def do_present(time):
if self.props.visible:
self.present_with_time(time)
check_single_instance("blueman-manager", do_present)
def on_window_delete(window, event):
w, h = self.get_size()
x, y = self.get_position()
self.Config["window-properties"] = [w, h, x, y]
Gtk.main_quit()
def bt_status_changed(status):
if not status:
self.hide()
check_bluetooth_status(_("Bluetooth needs to be turned on for the device manager to function"),
lambda: Gtk.main_quit())
else:
self.show()
def on_applet_signal(_proxy, _sender, signal_name, params):
if signal_name == 'BluetoothStatusChanged':
status = params.unpack()
bt_status_changed(status)
def on_dbus_name_vanished(_connection, name):
logging.info(name)
if self._applet_sig is not None:
self.Applet.disconnect(self._applet_sig)
self._applet_sig = None
self.hide()
d = ErrorDialog(
_("Connection to BlueZ failed"),
_("Bluez daemon is not running, blueman-manager cannot continue.\n"
"This probably means that there were no Bluetooth adapters detected "
"or Bluetooth daemon was not started."),
icon_name="blueman")
d.run()
d.destroy()
# FIXME ui can handle BlueZ start/stop but we should inform user
Gtk.main_quit()
def on_dbus_name_appeared(_connection, name, owner):
logging.info("%s %s" % (name, owner))
setup_icon_path()
try:
self.Applet = AppletService()
except DBusProxyFailed:
print("Blueman applet needs to be running")
exit()
if 'PowerManager' in self.Applet.QueryPlugins():
if not self.Applet.get_bluetooth_status():
bt_status_changed(False)
self._applet_sig = self.Applet.connect('g-signal', on_applet_signal)
self.connect("delete-event", on_window_delete)
self.props.icon_name = "blueman"
w, h, x, y = self.Config["window-properties"]
if w and h:
self.resize(w, h)
if x and y:
self.move(x, y)
sw = self.Builder.get_object("scrollview")
# Disable overlay scrolling
if Gtk.get_minor_version() >= 16:
sw.props.overlay_scrolling = False
self.List = ManagerDeviceList(adapter=self.Config["last-adapter"], inst=self)
self.List.show()
sw.add(self.List)
self.Toolbar = ManagerToolbar(self)
self.Menu = ManagerMenu(self)
self.Stats = ManagerStats(self)
if self.List.is_valid_adapter():
self.List.display_known_devices(autoselect=True)
self.List.connect("adapter-changed", self.on_adapter_changed)
toolbar = self.Builder.get_object("toolbar")
statusbar = self.Builder.get_object("statusbar")
self.Config.bind_to_widget("show-toolbar", toolbar, "visible")
self.Config.bind_to_widget("show-statusbar", statusbar, "visible")
self.show()
bluez.Manager.watch_name_owner(on_dbus_name_appeared, on_dbus_name_vanished)
def on_adapter_changed(self, lst, adapter):
if adapter is not None:
self.List.display_known_devices(autoselect=True)
def inquiry(self):
def prop_changed(lst, adapter, key_value):
key, value = key_value
if key == "Discovering" and not value:
prog.finalize()
self.List.disconnect(s1)
self.List.disconnect(s2)
def on_progress(lst, frac):
if abs(1.0 - frac) <= 0.00001:
if not prog.started():
prog.start()
else:
prog.fraction(frac)
prog = ManagerProgressbar(self, text=_("Searching"))
prog.connect("cancelled", lambda x: self.List.stop_discovery())
try:
self.List.discover_devices()
except Exception as e:
prog.finalize()
MessageArea.show_message(*e_(e))
s1 = self.List.connect("discovery-progress", on_progress)
s2 = self.List.connect("adapter-property-changed", prop_changed)
def setup(self, device):
command = "blueman-assistant --device=%s" % device['Address']
launch(command, None, False, "blueman", _("Bluetooth Assistant"))
def bond(self, device):
def error_handler(e):
logging.exception(e)
message = 'Pairing failed for:\n%s (%s)' % (device['Alias'], device['Address'])
Notification('Bluetooth', message, icon_name="blueman").show()
device.pair(error_handler=error_handler)
def adapter_properties(self):
launch("blueman-adapters", None, False, "blueman", _("Adapter Preferences"))
def toggle_trust(self, device):
device['Trusted'] = not device['Trusted']
def send(self, device, f=None):
adapter = self.List.Adapter
command = "blueman-sendto --source=%s --device=%s" % (adapter["Address"], device['Address'])
launch(command, None, False, "blueman", _("File Sender"))
def remove(self, device):
self.List.Adapter.remove_device(device)
class Blueman(Gtk.Application):
def __init__(self) -> None:
super().__init__(application_id="org.blueman.Manager")
def do_quit(_: object) -> bool:
self.quit()
return False
s = GLib.unix_signal_source_new(signal.SIGINT)
s.set_callback(do_quit)
s.attach()
window: Optional[Gtk.ApplicationWindow]
def do_startup(self) -> None:
def doquit(_a: Gio.SimpleAction, _param: None) -> None:
self.quit()
Gtk.Application.do_startup(self)
self.window = None
self.Config = Config("org.blueman.general")
quit_action = Gio.SimpleAction.new("Quit", None)
quit_action.connect("activate", doquit)
self.set_accels_for_action("app.Quit", ["<Ctrl>q", "<Ctrl>w"])
self.add_action(quit_action)
def do_activate(self) -> None:
if not self.window:
self.window = Gtk.ApplicationWindow(application=self,
name="BluemanManager",
icon_name="blueman",
title=_("Bluetooth Devices"))
w, h, x, y = self.Config["window-properties"]
if w and h:
self.window.resize(w, h)
if x and y:
self.window.move(x, y)
# Connect to configure event to store new window position and size
self.window.connect("configure-event", self._on_configure)
self.builder = Builder("manager-main.ui")
box = self.builder.get_widget("box", Gtk.Box)
self.window.add(box)
grid = self.builder.get_widget("grid", Gtk.Grid)
toolbar = self.builder.get_widget("toolbar", Gtk.Toolbar)
statusbar = self.builder.get_widget("statusbar", Gtk.Box)
self.Plugins = PluginManager(ManagerPlugin,
blueman.plugins.manager, self)
self.Plugins.load_plugin()
area = MessageArea()
grid.attach(area, 0, 1, 1, 1)
self._applethandlerid: Optional[int] = None
# Add margin for resize grip or it will overlap
if self.window.get_has_resize_grip():
margin_right = statusbar.get_margin_right()
statusbar.set_margin_right(margin_right + 10)
def bt_status_changed(status: bool) -> None:
assert self.window is not None
if not status:
self.window.hide()
check_bluetooth_status(
_("Bluetooth needs to be turned on for the device manager to function"
), self.quit)
else:
self.window.show()
def on_applet_signal(_proxy: AppletService, _sender: str,
signal_name: str,
params: GLib.Variant) -> None:
if signal_name == 'BluetoothStatusChanged':
status = params.unpack()
bt_status_changed(status)
def on_dbus_name_vanished(_connection: Gio.DBusConnection,
name: str) -> None:
logging.info(name)
if self._applethandlerid:
self.Applet.disconnect(self._applethandlerid)
self._applethandlerid = None
if self.window is not None:
self.window.hide()
d = ErrorDialog(
_("Connection to BlueZ failed"),
_("Bluez daemon is not running, blueman-manager cannot continue.\n"
"This probably means that there were no Bluetooth adapters detected "
"or Bluetooth daemon was not started."),
icon_name="blueman")
d.run()
d.destroy()
# FIXME ui can handle BlueZ start/stop but we should inform user
self.quit()
def on_dbus_name_appeared(_connection: Gio.DBusConnection,
name: str, owner: str) -> None:
logging.info(f"{name} {owner}")
setup_icon_path()
try:
self.Applet = AppletService()
except DBusProxyFailed:
print("Blueman applet needs to be running")
bmexit()
check_bluetooth_status(
_("Bluetooth needs to be turned on for the device manager to function"
), lambda: self.quit())
manager = Manager()
try:
manager.get_adapter(self.Config['last-adapter'])
except DBusNoSuchAdapterError:
logging.error(
'Default adapter not found, trying first available.')
try:
manager.get_adapter(None)
except DBusNoSuchAdapterError:
logging.error('No adapter(s) found, exiting')
bmexit()
self._applethandlerid = self.Applet.connect(
'g-signal', on_applet_signal)
sw = self.builder.get_widget("scrollview", Gtk.ScrolledWindow)
# Disable overlay scrolling
if Gtk.get_minor_version() >= 16:
sw.props.overlay_scrolling = False
self.List = ManagerDeviceList(
adapter=self.Config["last-adapter"], inst=self)
self.List.show()
sw.add(self.List)
self.Toolbar = ManagerToolbar(self)
self.Menu = ManagerMenu(self)
self.Stats = ManagerStats(self)
if self.List.is_valid_adapter():
self.List.populate_devices()
self.List.connect("adapter-changed", self.on_adapter_changed)
self.Config.bind_to_widget("show-toolbar", toolbar, "visible")
self.Config.bind_to_widget("show-statusbar", statusbar,
"visible")
Manager.watch_name_owner(on_dbus_name_appeared,
on_dbus_name_vanished)
self.window.present_with_time(Gtk.get_current_event_time())
def _on_configure(self, _window: Gtk.ApplicationWindow,
event: Gdk.EventConfigure) -> bool:
width, height, x, y = self.Config["window-properties"]
if event.x != x or event.y != y or event.width != width or event.height != height:
self.Config["window-properties"] = [
event.width, event.height, event.x, event.y
]
return False
def on_adapter_changed(self, lst: ManagerDeviceList, adapter: str) -> None:
if adapter is not None:
self.List.populate_devices()
def inquiry(self) -> None:
def prop_changed(_lst: ManagerDeviceList, _adapter: Adapter,
key_value: Tuple[str, Any]) -> None:
key, value = key_value
if key == "Discovering" and not value:
prog.finalize()
self.List.disconnect(s1)
self.List.disconnect(s2)
def on_progress(_lst: ManagerDeviceList, frac: float) -> None:
if abs(1.0 - frac) <= 0.00001:
if not prog.started():
prog.start()
else:
prog.fraction(frac)
prog = ManagerProgressbar(self, text=_("Searching"))
prog.connect("cancelled", lambda x: self.List.stop_discovery())
def on_error(e: Exception) -> None:
prog.finalize()
MessageArea.show_message(*e_(e))
self.List.discover_devices(error_handler=on_error)
s1 = self.List.connect("discovery-progress", on_progress)
s2 = self.List.connect("adapter-property-changed", prop_changed)
@staticmethod
def bond(device: Device) -> None:
def error_handler(e: Exception) -> None:
logging.exception(e)
message = f"Pairing failed for:\n{device['Alias']} ({device['Address']})"
Notification('Bluetooth', message, icon_name="blueman").show()
device.pair(error_handler=error_handler)
@staticmethod
def adapter_properties() -> None:
launch("blueman-adapters", name=_("Adapter Preferences"))
@staticmethod
def toggle_trust(device: Device) -> None:
device['Trusted'] = not device['Trusted']
@staticmethod
def toggle_blocked(device: Device) -> None:
device['Blocked'] = not device['Blocked']
def send(self, device: Device) -> None:
adapter = self.List.Adapter
assert adapter
command = f"blueman-sendto --source={adapter['Address']} --device={device['Address']}"
launch(command, name=_("File Sender"))
def remove(self, device: Device) -> None:
assert self.List.Adapter
self.List.Adapter.remove_device(device)
class Blueman(Gtk.Window):
def __init__(self):
super().__init__(title=_("Bluetooth Devices"))
self.Config = Config("org.blueman.general")
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/manager-main.ui")
grid = self.Builder.get_object("grid")
self.add(grid)
self.set_name("BluemanManager")
self.Plugins = PluginManager(ManagerPlugin, blueman.plugins.manager,
self)
self.Plugins.load_plugin()
area = MessageArea()
grid.attach(area, 0, 3, 1, 1)
self._applethandlerid: Optional[int] = None
# Add margin for resize grip or it will overlap
if self.get_has_resize_grip():
statusbar = self.Builder.get_object("statusbar")
margin_right = statusbar.get_margin_right()
statusbar.set_margin_right(margin_right + 10)
def do_present(time):
if self.props.visible:
self.present_with_time(time)
check_single_instance("blueman-manager", do_present)
def on_window_delete(window, event):
w, h = self.get_size()
x, y = self.get_position()
self.Config["window-properties"] = [w, h, x, y]
Gtk.main_quit()
setup_icon_path()
try:
self.Applet = AppletService()
except DBusProxyFailed:
print("Blueman applet needs to be running")
exit()
manager = Manager()
try:
manager.get_adapter(self.Config['last-adapter'])
except DBusNoSuchAdapterError:
logging.error('Default adapter not found, trying first available.')
try:
manager.get_adapter(None)
except DBusNoSuchAdapterError:
logging.error('No adapter(s) found')
self.connect("delete-event", on_window_delete)
self.props.icon_name = "blueman"
w, h, x, y = self.Config["window-properties"]
if w and h:
self.resize(w, h)
if x and y:
self.move(x, y)
sw = self.Builder.get_object("scrollview")
# Disable overlay scrolling
if Gtk.get_minor_version() >= 16:
sw.props.overlay_scrolling = False
self.List = ManagerDeviceList(adapter=self.Config["last-adapter"],
inst=self)
self.List.show()
sw.add(self.List)
self.Toolbar = ManagerToolbar(self)
self.Menu = ManagerMenu(self)
self.Stats = ManagerStats(self)
if self.List.is_valid_adapter():
self.List.display_known_devices(autoselect=True)
self.List.connect("adapter-changed", self.on_adapter_changed)
toolbar = self.Builder.get_object("toolbar")
statusbar = self.Builder.get_object("statusbar")
self.Config.bind_to_widget("show-toolbar", toolbar, "visible")
self.Config.bind_to_widget("show-statusbar", statusbar, "visible")
self.show()
def on_adapter_changed(self, lst, adapter):
if adapter is not None:
self.List.display_known_devices(autoselect=True)
def inquiry(self):
def prop_changed(lst, adapter, key_value):
key, value = key_value
if key == "Discovering" and not value:
prog.finalize()
# FIXME for some reason the signal handler is None
if proghandler is not None:
prog.disconnect(proghandler)
self.List.disconnect(s1)
self.List.disconnect(s2)
def on_progress(lst, frac):
if abs(1.0 - frac) <= 0.00001:
if not prog.started():
prog.start()
else:
prog.fraction(frac)
prog = ManagerProgressbar(self, text=_("Searching"))
proghandler = prog.connect("cancelled",
lambda x: self.List.stop_discovery())
try:
self.List.discover_devices()
except Exception as e:
prog.finalize()
MessageArea.show_message(*e_(e))
s1 = self.List.connect("discovery-progress", on_progress)
s2 = self.List.connect("adapter-property-changed", prop_changed)
@staticmethod
def setup(device):
command = "blueman-assistant --device=%s" % device['Address']
launch(command, None, False, "blueman", _("Bluetooth Assistant"))
@staticmethod
def bond(device):
def error_handler(e):
logging.exception(e)
message = 'Pairing failed for:\n%s (%s)' % (device['Alias'],
device['Address'])
Notification('Bluetooth', message, icon_name="blueman").show()
device.pair(error_handler=error_handler)
@staticmethod
def adapter_properties():
launch("blueman-adapters", None, False, "blueman",
_("Adapter Preferences"))
@staticmethod
def toggle_trust(device):
device['Trusted'] = not device['Trusted']
def send(self, device, f=None):
adapter = self.List.Adapter
assert adapter
command = "blueman-sendto --source=%s --device=%s" % (
adapter["Address"], device['Address'])
launch(command, None, False, "blueman", _("File Sender"))
def remove(self, device):
assert self.List.Adapter
self.List.Adapter.remove_device(device)
class Network(ServicePlugin):
__plugin_info__ = (_("Network"), "network-workgroup")
def on_load(self, container):
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
self.Builder.add_from_file(UI_PATH + "/services-network.ui")
self.widget = self.Builder.get_object("network")
container.pack_start(self.widget, True, True, 0)
self.interfaces = []
for iface in get_net_interfaces():
if iface != "lo" and iface != "pan1":
print(iface)
ip = inet_aton(get_net_address(iface))
mask = inet_aton(get_net_netmask(iface))
self.interfaces.append(
(iface, ip, mask, mask_ip4_address(ip, mask)))
self.setup_network()
try:
self.ip_check()
except:
pass
return (_("Network"), "network-workgroup")
def on_enter(self):
self.widget.props.visible = True
def on_leave(self):
self.widget.props.visible = False
def on_apply(self):
if self.on_query_apply_state() == True:
dprint("network apply")
m = Mechanism()
nap_enable = self.Builder.get_object("nap-enable")
if nap_enable.props.active:
r_dnsmasq = self.Builder.get_object("r_dnsmasq")
if r_dnsmasq.props.active:
stype = "DnsMasqHandler"
else:
stype = "DhcpdHandler"
net_ip = self.Builder.get_object("net_ip")
net_nat = self.Builder.get_object("net_nat")
try:
m.EnableNetwork(inet_aton(net_ip.props.text),
inet_aton("255.255.255.0"), stype)
except Exception as e:
d = NetworkErrorDialog(e)
d.run()
d.destroy()
return
else:
m.DisableNetwork()
self.clear_options()
def ip_check(self):
e = self.Builder.get_object("net_ip")
address = e.props.text
try:
if address.count(".") != 3:
raise Exception
a = inet_aton(address)
except:
e.props.secondary_icon_name = "dialog-error"
e.props.secondary_icon_tooltip_text = _("Invalid IP address")
raise
a_netmask = inet_aton("255.255.255.0")
a_masked = mask_ip4_address(a, a_netmask)
for iface, ip, netmask, masked in self.interfaces:
# print mask_ip4_address(a, netmask).encode("hex_codec"), masked.encode("hex_codec")
if a == ip:
e.props.secondary_icon_name = "dialog-error"
e.props.secondary_icon_tooltip_text = _(
"IP address conflicts with interface %s which has the same address"
% iface)
raise Exception
elif mask_ip4_address(a, netmask) == masked:
e.props.secondary_icon_name = "dialog-warning"
e.props.secondary_icon_tooltip_text = _(
"IP address overlaps with subnet of interface"
" %s, which has the following configuration %s/%s\nThis may cause incorrect network behavior"
% (iface, inet_ntoa(ip), inet_ntoa(netmask)))
return
e.props.secondary_icon_name = None
def on_query_apply_state(self):
changed = False
opts = self.get_options()
if opts == []:
return False
else:
if "ip" in opts:
try:
self.ip_check()
except Exception as e:
print(e)
return -1
return True
def setup_network(self):
self.Config = Config("org.blueman.network")
gn_enable = self.Builder.get_object("gn-enable")
# latest bluez does not support GN, apparently
gn_enable.props.visible = False
nap_enable = self.Builder.get_object("nap-enable")
r_dnsmasq = self.Builder.get_object("r_dnsmasq")
r_dhcpd = self.Builder.get_object("r_dhcpd")
net_ip = self.Builder.get_object("net_ip")
net_nat = self.Builder.get_object("net_nat")
rb_nm = self.Builder.get_object("rb_nm")
rb_blueman = self.Builder.get_object("rb_blueman")
rb_dun_nm = self.Builder.get_object("rb_dun_nm")
rb_dun_blueman = self.Builder.get_object("rb_dun_blueman")
nap_frame = self.Builder.get_object("nap_frame")
warning = self.Builder.get_object("warning")
rb_blueman.props.active = self.Config["dhcp-client"]
if not self.Config["nap-enable"]:
nap_frame.props.sensitive = False
nc = NetConf.get_default()
if nc.ip4_address != None:
net_ip.props.text = inet_ntoa(nc.ip4_address)
else:
net_ip.props.text = "10.%d.%d.1" % (randint(0, 255), randint(
0, 255))
#if ns["masq"] != 0:
# net_nat.props.active = ns["masq"]
if nc.get_dhcp_handler() == None:
nap_frame.props.sensitive = False
nap_enable.props.active = False
else:
if nc.get_dhcp_handler() == DnsMasqHandler:
r_dnsmasq.props.active = True
else:
r_dhcpd.props.active = True
if not have("dnsmasq") and not have("dhcpd3") and not have("dhcpd"):
nap_frame.props.sensitive = False
warning.props.visible = True
warning.props.sensitive = True
nap_enable.props.sensitive = False
if not have("dnsmasq"):
r_dnsmasq.props.sensitive = False
r_dnsmasq.props.active = False
r_dhcpd.props.active = True
if not have("dhcpd3") and not have("dhcpd"):
r_dhcpd.props.sensitive = False
r_dhcpd.props.active = False
r_dnsmasq.props.active = True
r_dnsmasq.connect("toggled",
lambda x: self.option_changed_notify("dnsmasq"))
net_ip.connect("changed",
lambda x: self.option_changed_notify("ip", False))
self.Config.bind_to_widget("nat", net_nat, "active")
self.Config.bind_to_widget("gn-enable", gn_enable, "active")
self.Config.bind_to_widget("nap-enable", nap_frame, "sensitive")
self.Config.bind_to_widget("nap-enable", nap_enable, "active")
applet = AppletService()
avail_plugins = applet.QueryAvailablePlugins()
active_plugins = applet.QueryPlugins()
def dun_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig("PPPSupport", False)
applet.SetPluginConfig("NMDUNSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig("NMDUNSupport", False)
applet.SetPluginConfig("PPPSupport", True)
def pan_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig("DhcpClient", False)
applet.SetPluginConfig("NMPANSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig("NMPANSupport", False)
applet.SetPluginConfig("DhcpClient", True)
if "PPPSupport" in active_plugins:
rb_dun_blueman.props.active = True
if "NMDUNSupport" in avail_plugins:
rb_dun_nm.props.sensitive = True
else:
rb_dun_nm.props.sensitive = False
rb_dun_nm.props.tooltip_text = _(
"Not currently supported with this setup")
if "NMPANSupport" in avail_plugins:
rb_nm.props.sensitive = True
else:
rb_nm.props.sensitive = False
rb_nm.props.tooltip_text = _(
"Not currently supported with this setup")
if "NMPANSupport" in active_plugins:
rb_nm.props.active = True
if "NMDUNSupport" in active_plugins:
rb_dun_nm.props.active = True
rb_nm.connect("toggled", pan_support_toggled, "nm")
rb_blueman.connect("toggled", pan_support_toggled, "blueman")
rb_dun_nm.connect("toggled", dun_support_toggled, "nm")
rb_dun_blueman.connect("toggled", dun_support_toggled, "blueman")
class Network(ServicePlugin):
__plugin_info__ = (_("Network"), "network-workgroup")
def on_load(self, container: Gtk.Box) -> None:
self._builder = Builder("services-network.ui")
self.widget = self._builder.get_widget("network_frame", Gtk.Widget)
container.pack_start(self.widget, True, True, 0)
self.interfaces: List[Tuple[str, Union[ipaddress.IPv4Interface,
ipaddress.IPv6Interface]]] = []
netifs = get_local_interfaces()
for iface in netifs:
if iface != "lo" and iface != "pan1":
logging.info(iface)
ipiface = ipaddress.ip_interface('/'.join(
cast(Tuple[str, str], netifs[iface])))
self.interfaces.append((iface, ipiface))
self.setup_network()
try:
self.ip_check()
except (ValueError, ipaddress.AddressValueError) as e:
logging.exception(e)
def on_enter(self) -> None:
self.widget.props.visible = True
def on_leave(self) -> None:
self.widget.props.visible = False
def on_apply(self) -> None:
if self.on_query_apply_state():
logging.info("network apply")
m = Mechanism()
nap_enable = self._builder.get_widget("nap-enable",
Gtk.CheckButton)
if nap_enable.props.active:
if self._builder.get_widget("r_dhcpd",
Gtk.RadioButton).props.active:
stype = "DhcpdHandler"
elif self._builder.get_widget("r_dnsmasq",
Gtk.RadioButton).props.active:
stype = "DnsMasqHandler"
elif self._builder.get_widget("r_udhcpd",
Gtk.RadioButton).props.active:
stype = "UdhcpdHandler"
net_ip = self._builder.get_widget("net_ip", Gtk.Entry)
try:
m.EnableNetwork('(sss)', net_ip.props.text,
"255.255.255.0", stype)
if not self.Config["nap-enable"]:
self.Config["nap-enable"] = True
except Exception as e:
parent = self.widget.get_toplevel()
assert isinstance(parent, Gtk.Container)
d = ErrorDialog("<b>Failed to apply network settings</b>",
excp=e,
parent=parent)
d.run()
d.destroy()
return
else:
self.Config["nap-enable"] = False
m.DisableNetwork()
self.clear_options()
def ip_check(self) -> None:
entry = self._builder.get_widget("net_ip", Gtk.Entry)
try:
nap_ipiface = ipaddress.ip_interface('/'.join(
(entry.props.text, '255.255.255.0')))
except (ValueError, ipaddress.AddressValueError):
entry.props.secondary_icon_name = "dialog-error"
entry.props.secondary_icon_tooltip_text = _("Invalid IP address")
raise
for iface, ipiface in self.interfaces:
if nap_ipiface.ip == ipiface.ip:
error_message = _(
"IP address conflicts with interface %s which has the same address"
% iface)
tooltip_text = error_message
entry.props.secondary_icon_name = "dialog-error"
entry.props.secondary_icon_tooltip_text = tooltip_text
raise ValueError(error_message)
elif nap_ipiface.network == ipiface.network:
tooltip_text = _(
"IP address overlaps with subnet of interface %s, which has the following configuration %s/%s\n"
"This may cause incorrect network behavior" %
(iface, ipiface.ip, ipiface.netmask))
entry.props.secondary_icon_name = "dialog-warning"
entry.props.secondary_icon_tooltip_text = tooltip_text
return
entry.props.secondary_icon_name = None
def on_query_apply_state(self) -> Union[bool, "Literal[-1]"]:
opts = self.get_options()
if not opts:
return False
if "ip" in opts:
try:
self.ip_check()
except (ValueError, ipaddress.AddressValueError) as e:
logging.exception(e)
return -1
return True
def setup_network(self) -> None:
self.Config = Config("org.blueman.network")
nap_enable = self._builder.get_widget("nap-enable", Gtk.CheckButton)
r_dnsmasq = self._builder.get_widget("r_dnsmasq", Gtk.RadioButton)
r_dhcpd = self._builder.get_widget("r_dhcpd", Gtk.RadioButton)
r_udhcpd = self._builder.get_widget("r_udhcpd", Gtk.RadioButton)
net_ip = self._builder.get_widget("net_ip", Gtk.Entry)
rb_nm = self._builder.get_widget("rb_nm", Gtk.RadioButton)
rb_blueman = self._builder.get_widget("rb_blueman", Gtk.RadioButton)
rb_dun_nm = self._builder.get_widget("rb_dun_nm", Gtk.RadioButton)
rb_dun_blueman = self._builder.get_widget("rb_dun_blueman",
Gtk.RadioButton)
nap_frame = self._builder.get_widget("nap_frame", Gtk.Frame)
warning = self._builder.get_widget("warning", Gtk.Box)
if not self.Config["nap-enable"]:
nap_frame.props.sensitive = False
nc = NetConf.get_default()
if nc.ip4_address is not None:
# previously we stored a bytearray, ipaddress module reads both
net_ip.props.text = str(ipaddress.ip_address(nc.ip4_address))
nap_enable.props.active = True
else:
net_ip.props.text = "10.%d.%d.1" % (randint(0, 255), randint(
0, 255))
if nc.get_dhcp_handler() is None:
nap_frame.props.sensitive = False
nap_enable.props.active = False
r_dnsmasq.props.active = True
self.Config["nap-enable"] = False
have_dhcpd = have("dhcpd3") or have("dhcpd")
have_dnsmasq = have("dnsmasq")
have_udhcpd = have("udhcpd")
if nc.get_dhcp_handler() == DnsMasqHandler and have_dnsmasq:
r_dnsmasq.props.active = True
elif nc.get_dhcp_handler() == DhcpdHandler and have_dhcpd:
r_dhcpd.props.active = True
elif nc.get_dhcp_handler() == UdhcpdHandler and have_udhcpd:
r_udhcpd.props.active = True
else:
r_dnsmasq.props.active = True
if not have_dnsmasq and not have_dhcpd and not have_udhcpd:
nap_frame.props.sensitive = False
warning.props.visible = True
warning.props.sensitive = True
nap_enable.props.sensitive = False
self.Config["nap-enable"] = False
if not have_dnsmasq:
r_dnsmasq.props.sensitive = False
r_dnsmasq.props.active = False
if not have_dhcpd:
r_dhcpd.props.sensitive = False
r_dhcpd.props.active = False
if not have_udhcpd:
r_udhcpd.props.sensitive = False
r_udhcpd.props.active = False
r_dnsmasq.connect("toggled",
lambda x: self.option_changed_notify("dnsmasq"))
r_dhcpd.connect("toggled",
lambda x: self.option_changed_notify("dhcpd"))
r_udhcpd.connect("toggled",
lambda x: self.option_changed_notify("udhcpd"))
net_ip.connect("changed",
lambda x: self.option_changed_notify("ip", False))
nap_enable.connect("toggled",
lambda x: self.option_changed_notify("nap_enable"))
self.Config.bind_to_widget("nap-enable", nap_enable, "active",
Gio.SettingsBindFlags.GET)
nap_enable.bind_property("active", nap_frame, "sensitive",
GObject.BindingFlags.DEFAULT)
applet = AppletService()
avail_plugins = applet.QueryAvailablePlugins()
active_plugins = applet.QueryPlugins()
def dun_support_toggled(rb: Gtk.RadioButton, x: str) -> None:
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "PPPSupport", False)
applet.SetPluginConfig('(sb)', "NMDUNSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMDUNSupport", False)
applet.SetPluginConfig('(sb)', "PPPSupport", True)
def pan_support_toggled(rb: Gtk.RadioButton, x: str) -> None:
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "DhcpClient", False)
applet.SetPluginConfig('(sb)', "NMPANSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMPANSupport", False)
applet.SetPluginConfig('(sb)', "DhcpClient", True)
if "PPPSupport" in active_plugins:
rb_dun_blueman.props.active = True
if "NMDUNSupport" in avail_plugins:
rb_dun_nm.props.sensitive = True
else:
rb_dun_nm.props.sensitive = False
rb_dun_nm.props.tooltip_text = _(
"Not currently supported with this setup")
if "DhcpClient" in active_plugins:
rb_blueman.props.active = True
if "NMPANSupport" in avail_plugins:
rb_nm.props.sensitive = True
else:
rb_nm.props.sensitive = False
rb_nm.props.tooltip_text = _(
"Not currently supported with this setup")
if "NMPANSupport" in active_plugins:
rb_nm.props.active = True
if "NMDUNSupport" in active_plugins:
rb_dun_nm.props.active = True
rb_nm.connect("toggled", pan_support_toggled, "nm")
rb_blueman.connect("toggled", pan_support_toggled, "blueman")
rb_dun_nm.connect("toggled", dun_support_toggled, "nm")
rb_dun_blueman.connect("toggled", dun_support_toggled, "blueman")
class Network(ServicePlugin):
__plugin_info__ = (_("Network"), "network-workgroup")
def on_load(self, container):
self.Builder = Gtk.Builder()
self.Builder.set_translation_domain("blueman")
bind_textdomain_codeset("blueman", "UTF-8")
self.Builder.add_from_file(UI_PATH + "/services-network.ui")
self.widget = self.Builder.get_object("network_frame")
container.pack_start(self.widget, True, True, 0)
self.interfaces = []
for iface in get_net_interfaces():
if iface != "lo" and iface != "pan1":
logging.info(iface)
ipiface = ipaddress.ip_interface('/'.join((get_net_address(iface), get_net_netmask(iface))))
self.interfaces.append((iface, ipiface))
self.setup_network()
try:
self.ip_check()
except (ValueError, ipaddress.AddressValueError) as e:
logging.exception(e)
return _("Network"), "network-workgroup"
def on_enter(self):
self.widget.props.visible = True
def on_leave(self):
self.widget.props.visible = False
def on_apply(self):
if self.on_query_apply_state():
logging.info("network apply")
m = Mechanism()
nap_enable = self.Builder.get_object("nap-enable")
if nap_enable.props.active:
if self.Builder.get_object("r_dhcpd").props.active:
stype = "DhcpdHandler"
elif self.Builder.get_object("r_dnsmasq").props.active:
stype = "DnsMasqHandler"
elif self.Builder.get_object("r_udhcpd").props.active:
stype = "UdhcpdHandler"
net_ip = self.Builder.get_object("net_ip")
try:
m.EnableNetwork('(sss)', net_ip.props.text, "255.255.255.0", stype)
if not self.Config["nap-enable"]:
self.Config["nap-enable"] = True
except Exception as e:
d = ErrorDialog("<b>Failed to apply network settings</b>",
excp=e, parent=self.widget.get_toplevel())
d.run()
d.destroy()
return
else:
self.Config["nap-enable"] = False
m.DisableNetwork()
self.clear_options()
def ip_check(self):
entry = self.Builder.get_object("net_ip")
try:
nap_ipiface = ipaddress.ip_interface('/'.join((entry.props.text, '255.255.255.0')))
except (ValueError, ipaddress.AddressValueError):
entry.props.secondary_icon_name = "dialog-error"
entry.props.secondary_icon_tooltip_text = _("Invalid IP address")
raise
for iface, ipiface in self.interfaces:
if nap_ipiface.ip == ipiface.ip:
error_message = _("IP address conflicts with interface %s which has the same address" % iface)
tooltip_text = error_message
entry.props.secondary_icon_name = "dialog-error"
entry.props.secondary_icon_tooltip_text = tooltip_text
raise ValueError(error_message)
elif nap_ipiface.network == ipiface.network:
tooltip_text = _(
"IP address overlaps with subnet of interface %s, which has the following configuration %s/%s\n"
"This may cause incorrect network behavior" % (iface, ipiface.ip, ipiface.netmask))
entry.props.secondary_icon_name = "dialog-warning"
entry.props.secondary_icon_tooltip_text = tooltip_text
return
entry.props.secondary_icon_name = None
def on_query_apply_state(self):
opts = self.get_options()
if not opts:
return False
if "ip" in opts:
try:
self.ip_check()
except (ValueError, ipaddress.AddressValueError) as e:
logging.exception(e)
return -1
return True
def setup_network(self):
self.Config = Config("org.blueman.network")
nap_enable = self.Builder.get_object("nap-enable")
r_dnsmasq = self.Builder.get_object("r_dnsmasq")
r_dhcpd = self.Builder.get_object("r_dhcpd")
r_udhcpd = self.Builder.get_object("r_udhcpd")
net_ip = self.Builder.get_object("net_ip")
rb_nm = self.Builder.get_object("rb_nm")
rb_blueman = self.Builder.get_object("rb_blueman")
rb_dun_nm = self.Builder.get_object("rb_dun_nm")
rb_dun_blueman = self.Builder.get_object("rb_dun_blueman")
nap_frame = self.Builder.get_object("nap_frame")
warning = self.Builder.get_object("warning")
if not self.Config["nap-enable"]:
nap_frame.props.sensitive = False
nc = NetConf.get_default()
if nc.ip4_address is not None:
# previously we stored a bytearray, ipaddress module reads both
net_ip.props.text = str(ipaddress.ip_address(nc.ip4_address))
nap_enable.props.active = True
else:
net_ip.props.text = "10.%d.%d.1" % (randint(0, 255), randint(0, 255))
if nc.get_dhcp_handler() is None:
nap_frame.props.sensitive = False
nap_enable.props.active = False
r_dnsmasq.props.active = True
self.Config["nap-enable"] = False
have_dhcpd = have("dhcpd3") or have("dhcpd")
have_dnsmasq = have("dnsmasq")
have_udhcpd = have("udhcpd")
if nc.get_dhcp_handler() == DnsMasqHandler and have_dnsmasq:
r_dnsmasq.props.active = True
elif nc.get_dhcp_handler() == DhcpdHandler and have_dhcpd:
r_dhcpd.props.active = True
elif nc.get_dhcp_handler() == UdhcpdHandler and have_udhcpd:
r_udhcpd.props.active = True
else:
r_dnsmasq.props.active = True
if not have_dnsmasq and not have_dhcpd and not have_udhcpd:
nap_frame.props.sensitive = False
warning.props.visible = True
warning.props.sensitive = True
nap_enable.props.sensitive = False
self.Config["nap-enable"] = False
if not have_dnsmasq:
r_dnsmasq.props.sensitive = False
r_dnsmasq.props.active = False
if not have_dhcpd:
r_dhcpd.props.sensitive = False
r_dhcpd.props.active = False
if not have_udhcpd:
r_udhcpd.props.sensitive = False
r_udhcpd.props.active = False
r_dnsmasq.connect("toggled", lambda x: self.option_changed_notify("dnsmasq"))
r_dhcpd.connect("toggled", lambda x: self.option_changed_notify("dhcpd"))
r_udhcpd.connect("toggled", lambda x: self.option_changed_notify("udhcpd"))
net_ip.connect("changed", lambda x: self.option_changed_notify("ip", False))
nap_enable.connect("toggled", lambda x: self.option_changed_notify("nap_enable"))
self.Config.bind_to_widget("nap-enable", nap_enable, "active", Gio.SettingsBindFlags.GET)
nap_enable.bind_property("active", nap_frame, "sensitive", 0)
applet = AppletService()
avail_plugins = applet.QueryAvailablePlugins()
active_plugins = applet.QueryPlugins()
def dun_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "PPPSupport", False)
applet.SetPluginConfig('(sb)', "NMDUNSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMDUNSupport", False)
applet.SetPluginConfig('(sb)', "PPPSupport", True)
def pan_support_toggled(rb, x):
if rb.props.active and x == "nm":
applet.SetPluginConfig('(sb)', "DhcpClient", False)
applet.SetPluginConfig('(sb)', "NMPANSupport", True)
elif rb.props.active and x == "blueman":
applet.SetPluginConfig('(sb)', "NMPANSupport", False)
applet.SetPluginConfig('(sb)', "DhcpClient", True)
if "PPPSupport" in active_plugins:
rb_dun_blueman.props.active = True
if "NMDUNSupport" in avail_plugins:
rb_dun_nm.props.sensitive = True
else:
rb_dun_nm.props.sensitive = False
rb_dun_nm.props.tooltip_text = _("Not currently supported with this setup")
if "DhcpClient" in active_plugins:
rb_blueman.props.active = True
if "NMPANSupport" in avail_plugins:
rb_nm.props.sensitive = True
else:
rb_nm.props.sensitive = False
rb_nm.props.tooltip_text = _("Not currently supported with this setup")
if "NMPANSupport" in active_plugins:
rb_nm.props.active = True
if "NMDUNSupport" in active_plugins:
rb_dun_nm.props.active = True
rb_nm.connect("toggled", pan_support_toggled, "nm")
rb_blueman.connect("toggled", pan_support_toggled, "blueman")
rb_dun_nm.connect("toggled", dun_support_toggled, "nm")
rb_dun_blueman.connect("toggled", dun_support_toggled, "blueman")
