def table_set_sensitive(self, table, sensitive):
items = table.shared
for item in items:
if item[1] != None:
map(lambda i: i.set_sensitive(sensitive), item)
else:
log.debug("radio button", item)
def wired_device_deactive(self, widget, new_state, old_state, reason):
log.debug(new_state, old_state, reason, widget)
if reason == 36:
print "in fact there's device removed"
########################
net_manager.init_devices()
self.wired_devices = net_manager.wired_devices
self._init_signals()
self.tree.delete_all_items()
item_list = self.get_list()
if item_list:
item_list[-1].is_last = True
self.tree.add_items(item_list, 0, True)
self.tree.set_size_request(-1,
len(self.tree.visible_items) * 30)
for i, d in enumerate(self.wired_devices):
if d.get_state() == 100:
self.tree.visible_items[i].set_net_state(2)
elif d.get_state() <= 30:
self.tree.visible_items[i].set_net_state(0)
if not any([
d.get_state() == 100
for d in net_manager.device_manager.wired_devices
]):
self.wire.set_active(False)
def save_changes(self, widget):
log.debug(self.manual_radio.get_active())
#self.proxysetting.set_proxy_mode("none")
if self.manual_radio.get_active():
http_host = self.http_entry.get_text()
http_port = self.http_spin.get_value()
https_host = self.https_entry.get_text()
https_port = self.https_spin.get_value()
ftp_host = self.ftp_entry.get_text()
ftp_port = self.ftp_spin.get_value()
socks_host = self.socks_entry.get_text()
socks_port = self.socks_spin.get_value()
mode = "manual"
self.proxysetting.set_proxy_mode(mode)
self.proxysetting.set_http_host(http_host)
self.proxysetting.set_http_port(http_port)
self.proxysetting.set_https_host(https_host)
self.proxysetting.set_https_port(https_port)
self.proxysetting.set_ftp_host(ftp_host)
self.proxysetting.set_ftp_port(ftp_port)
self.proxysetting.set_socks_host(socks_host)
self.proxysetting.set_socks_port(socks_port)
else:
conf_url = self.conf_entry.get_text()
self.proxysetting.set_proxy_mode("auto")
self.proxysetting.set_proxy_autoconfig_url(conf_url)
Dispatcher.to_main_page()
def wireless_activate_start(self, widget, new_state, old_state, reason):
log.debug(new_state, old_state, reason)
if widget not in net_manager.device_manager.wireless_devices:
return
#if old_state == 120 or self.dialog_toggled_flag:
#wifi = nm_module.cache.get_spec_object(widget.object_path)
#wifi.device_wifi_disconnect()
#return
#try:
#items = self.get_item_by_connection(widget.get_real_active_connection())
#self.try_hardly_item = items[0]
#log.debug(self.try_hardly_item)
#except:
#pass
if not self.wireless.get_active():
self.wireless.set_active(True)
if self._get_active_item():
for item in self._get_active_item():
tray_log.debug(item, "set net state 0")
item.set_net_state(0)
if self.selected_item:
self.selected_item.set_net_state(1)
else:
index = self.get_actives(self.ap_list)
if index and self.tree.visible_items:
for i, s in index:
self.tree.visible_items[i].set_net_state(1)
def wireless_device_deactive(self, widget, new_state, old_state, reason):
log.info(widget, new_state, old_state, reason)
if widget not in net_manager.device_manager.wireless_devices:
return
#self.wireless.set_sensitive(True)
if reason == 36:
log.info("some device removed")
net_manager.init_devices()
self.remove_switcher()
return
if old_state == 120:
if self.selected_item:
log.debug("try disconnect")
wifi = nm_module.cache.get_spec_object(widget.object_path)
wifi.device_wifi_disconnect()
if old_state == 50:
if self._get_active_item():
for item in self._get_active_item():
item.set_net_state(0)
return
if reason == 39:
if any([
d.get_state() == 100
for d in net_manager.device_manager.wireless_devices
]):
return
else:
self.wireless.set_active(False)
return
if self._get_active_item():
for item in self._get_active_item():
item.set_net_state(0)
def __init__(self,
connection,
set_button,
need_ssid=False,
settings_obj=None):
gtk.Alignment.__init__(self, 0, 0, 0, 0)
self.set_padding(35, 0, 20, 0)
self.connection = connection
self.set_button = set_button
# 新增settings_obj变量，用于访问shared_methods.Settings对象
self.settings_obj = settings_obj
if isinstance(connection, NMRemoteConnection):
net_manager.set_primary_wireless(settings_obj.ap, connection)
self.main_box = gtk.VBox()
self.tab_name = ""
basic = SettingSection(_("Basic"))
log.debug("start section")
if need_ssid:
security = Security(connection,
set_button,
need_ssid,
settings_obj=settings_obj)
else:
security = Security(connection,
set_button,
settings_obj=settings_obj)
security.button.connect("clicked", self.show_more_options)
basic.load([security])
self.main_box.pack_start(basic, False, False)
self.add(self.main_box)
def set_ip_address(self, widget, content, index):
# if you really want no gateway, just put a 0.0.0.0
names = ["ip4", "netmask", "gw"]
verbose_name = [_("IPv4"), _("Subnet Mask"), _("Gateway")]
self.ip[index] = content
if self.check_valid(names[index]):
setattr(self, names[index] + "_flag", True)
Dispatcher.set_tip(_("Valid %s address.") % verbose_name[index])
else:
setattr(self, names[index] + "_flag", False)
Dispatcher.set_tip(_("Invalid %s address.") % verbose_name[index])
############
# 检查ip、子网掩码、网关是否正确
log.debug(widget, content, index)
is_valid = True
for n in names:
if not getattr(self, "%s_flag" % n):
is_valid = False
break
if is_valid:
if self.setting.addresses:
self.setting.clear_addresses()
self.setting.add_address(self.ip)
if self.settings_obj:
self.settings_obj.ipv4_ip_is_valid = is_valid
self.settings_obj.set_button("save", is_valid)
def wireless_device_deactive(self, widget, new_state, old_state, reason):
log.info(widget, new_state, old_state, reason)
if widget not in net_manager.device_manager.wireless_devices:
return
#self.wireless.set_sensitive(True)
if reason == 36:
log.info("some device removed")
net_manager.init_devices()
self.remove_switcher()
return
if old_state == 120:
if self.selected_item:
log.debug("try disconnect")
wifi = nm_module.cache.get_spec_object(widget.object_path)
wifi.device_wifi_disconnect()
if old_state == 50:
if self._get_active_item():
for item in self._get_active_item():
item.set_net_state(0)
return
if reason == 39:
if any([d.get_state() == 100 for d in net_manager.device_manager.wireless_devices]):
return
else:
self.wireless.set_active(False)
return
if self._get_active_item():
for item in self._get_active_item():
item.set_net_state(0)
def wireless_activate_start(self, widget, new_state, old_state, reason):
log.debug(new_state, old_state, reason)
if widget not in net_manager.device_manager.wireless_devices:
return
#if old_state == 120 or self.dialog_toggled_flag:
#wifi = nm_module.cache.get_spec_object(widget.object_path)
#wifi.device_wifi_disconnect()
#return
#try:
#items = self.get_item_by_connection(widget.get_real_active_connection())
#self.try_hardly_item = items[0]
#log.debug(self.try_hardly_item)
#except:
#pass
if not self.wireless.get_active():
self.wireless.set_active(True)
if self._get_active_item():
for item in self._get_active_item():
tray_log.debug(item, "set net state 0")
item.set_net_state(0)
if self.selected_item:
self.selected_item.set_net_state(1)
else:
index = self.get_actives(self.ap_list)
if index and self.tree.visible_items:
for i,s in index:
self.tree.visible_items[i].set_net_state(1)
def set_ip_address(self, widget, content, index):
# if you really want no gateway, just put a 0.0.0.0
names = ["ip4", "netmask", "gw"]
verbose_name = [_("IPv4"), _("Subnet Mask"), _("Gateway")]
self.ip[index] = content
if self.check_valid(names[index]):
setattr(self, names[index] + "_flag", True)
Dispatcher.set_tip(_("Valid %s address.")%verbose_name[index])
else:
setattr(self, names[index] + "_flag", False)
Dispatcher.set_tip(_("Invalid %s address.")%verbose_name[index])
############
# 检查ip、子网掩码、网关是否正确
log.debug(widget, content, index)
is_valid = True
for n in names:
if not getattr(self, "%s_flag"%n):
is_valid = False
break
if is_valid:
if self.setting.addresses:
self.setting.clear_addresses()
self.setting.add_address(self.ip)
if self.settings_obj:
self.settings_obj.ipv4_ip_is_valid = is_valid
self.settings_obj.set_button("save", is_valid)
def table_set_sensitive(self, table, sensitive):
items = table.shared
for item in items:
if item[1] != None:
map(lambda i: i.set_sensitive(sensitive), item)
else:
log.debug("radio button", item)
def save_changes(self, widget):
log.debug(self.manual_radio.get_active())
#self.proxysetting.set_proxy_mode("none")
if self.manual_radio.get_active():
http_host = self.http_entry.get_text()
http_port = self.http_spin.get_value()
https_host = self.https_entry.get_text()
https_port = self.https_spin.get_value()
ftp_host = self.ftp_entry.get_text()
ftp_port = self.ftp_spin.get_value()
socks_host = self.socks_entry.get_text()
socks_port = self.socks_spin.get_value()
mode = "manual"
self.proxysetting.set_proxy_mode(mode)
self.proxysetting.set_http_host(http_host)
self.proxysetting.set_http_port(http_port)
self.proxysetting.set_https_host(https_host)
self.proxysetting.set_https_port(https_port)
self.proxysetting.set_ftp_host(ftp_host)
self.proxysetting.set_ftp_port(ftp_port)
self.proxysetting.set_socks_host(socks_host)
self.proxysetting.set_socks_port(socks_port)
else:
conf_url = self.conf_entry.get_text()
self.proxysetting.set_proxy_mode("auto")
self.proxysetting.set_proxy_autoconfig_url(conf_url)
Dispatcher.to_main_page()
def __init__(self, connection, set_button, need_ssid=False, settings_obj=None):
gtk.Alignment.__init__(self, 0, 0 ,0, 0)
self.set_padding(35, 0, 20, 0)
self.connection = connection
self.set_button = set_button
# 新增settings_obj变量，用于访问shared_methods.Settings对象
self.settings_obj = settings_obj
if isinstance(connection, NMRemoteConnection):
net_manager.set_primary_wireless(settings_obj.ap, connection)
self.main_box = gtk.VBox()
self.tab_name = ""
basic = SettingSection(_("Basic"))
log.debug("start section")
if need_ssid:
security = Security(connection, set_button, need_ssid, settings_obj=settings_obj)
else:
security = Security(connection, set_button, settings_obj=settings_obj)
security.button.connect("clicked", self.show_more_options)
basic.load([security])
self.main_box.pack_start(basic, False, False)
self.add(self.main_box)
def wired_activate_failed(self, widget, new_state, old_state, reason):
#pass
log.debug(reason)
index = self.wired_devices.index(widget)
if self.tree.visible_items != []:
print "device activate failed,set state 0"
self.tree.visible_items[index].set_net_state(0)
self.tree.queue_draw()
def wired_device_active(self, widget, new_state, old_state, reason):
index = net_manager.device_manager.wired_devices.index(widget)
if self.tree.visible_items != []:
log.debug()
self.tree.visible_items[index].set_net_state(2)
self.tree.queue_draw()
self.wire.set_active(True)
def wired_activate_failed(self, widget, new_state, old_state, reason):
#pass
log.debug(reason)
index = self.wired_devices.index(widget)
if self.tree.visible_items != []:
print "device activate failed,set state 0"
self.tree.visible_items[index].set_net_state(0)
self.tree.queue_draw()
def __remove_all_items(self):
if not self.get_children():
log.debug("not items", self)
return
for c in self.get_children():
log.debug(c)
container_remove_all(c)
container_remove_all(self)
def wired_device_active(self, widget, new_state, old_state, reason):
index = net_manager.device_manager.wired_devices.index(widget)
if self.tree.visible_items != []:
log.debug()
self.tree.visible_items[index].set_net_state(2)
self.tree.queue_draw()
self.wire.set_active(True)
def __remove_all_items(self):
if not self.get_children():
log.debug("not items", self)
return
for c in self.get_children():
log.debug(c)
container_remove_all(c)
container_remove_all(self)
def vpn_disconnected(self, name, event, data):
log.debug(data)
if self.this_setting == None:
map(lambda i: i.set_net_state(0), self.tree.visible_items)
return
items = filter(lambda p: p.connection.object_path == self.this_setting, self.tree.visible_items)
map(lambda i: i.set_net_state(0), items)
self.this_setting = None
self.vpn_path = None
def toggle_on_after(self):
log.debug()
indexs = self.get_actives(self.ap_list)
if indexs:
map(lambda (i, s): self.tree.visible_items[i].set_net_state(s), indexs)
else:
for d in self.wireless_devices:
log.debug("try auto start")
wifi = nm_module.cache.get_spec_object(d.object_path)
wifi.auto_connect()
def toggle_on_after(self):
log.debug()
indexs = self.get_actives(self.ap_list)
if indexs:
map(lambda (i, s): self.tree.visible_items[i].set_net_state(s),
indexs)
else:
for d in self.wireless_devices:
log.debug("try auto start")
wifi = nm_module.cache.get_spec_object(d.object_path)
wifi.auto_connect()
def vpn_disconnected(self, name, event, data):
log.debug(data)
if self.this_setting == None:
map(lambda i: i.set_net_state(0), self.tree.visible_items)
return
items = filter(lambda p: p.connection.object_path == self.this_setting,
self.tree.visible_items)
map(lambda i: i.set_net_state(0), items)
self.this_setting = None
self.vpn_path = None
def on_vpn_connecting(self, name, event, data):
if not self.vpn.get_active():
self.vpn.set_active(True)
return
log.debug("vpn start connect", data)
self.vpn_path = data
try:
self.this_setting = nm_module.cache.getobject(data).get_connection().object_path
except Exception, e:
log.error(e)
self.this_setting = None
def single_click(self, column, x, y):
if column == 0 and self.network_state > 0:
log.debug(self.device)
net_manager.disactive_wired_device([self.device])
#self.device.nm_device_disconnect()
if column == 2:
from lan_config import WiredSetting
Dispatcher.to_setting_page(WiredSetting(self.device, net_manager.get_primary_wire(self.device)), False)
else:
device_ethernet = nm_module.cache.get_spec_object(self.device.object_path)
device_ethernet.auto_connect()
self.redraw()
def on_vpn_connecting(self, name, event, data):
if not self.vpn.get_active():
self.vpn.set_active(True)
return
log.debug("vpn start connect", data)
self.vpn_path = data
try:
self.this_setting = nm_module.cache.getobject(
data).get_connection().object_path
except Exception, e:
log.error(e)
self.this_setting = None
def single_click(self, column, x, y):
if column == 0 and self.network_state > 0:
log.debug(self.device)
net_manager.disactive_wired_device([self.device])
#self.device.nm_device_disconnect()
if column == 2:
from lan_config import WiredSetting
Dispatcher.to_setting_page(
WiredSetting(self.device,
net_manager.get_primary_wire(self.device)), False)
else:
device_ethernet = nm_module.cache.get_spec_object(
self.device.object_path)
device_ethernet.auto_connect()
self.redraw()
def reset(self, connection):
self.setting = connection.get_setting("ipv4")
if "ipv4" not in connection.settings_dict.iterkeys():
log.debug("ipv4 not in settings dict, will create one")
self.setting.method = "auto"
connection.settings_dict["ipv4"] = self.setting.prop_dict
if self.setting.method == 'link-local':
self.link_section.switch.set_active(True)
else:
if self.setting.method == "auto":
self.ip_section.set_active(True)
else:
log.debug("get addresses", self.setting.addresses)
self.ip_section.set_active(False)
#self.set_group_sensitive("ip", True)
if not self.setting.addresses == []:
#print self.setting.addresses[0][0]
addr, mask, gate = self.setting.addresses[0]
#self.ip_section.set_active(True)
self.addr_row[1].set_address(addr)
self.mask_row[1].set_address(mask)
self.gate_row[1].set_address(gate)
self.ip = self.setting.addresses[0]
if self.setting.dns == []:
self.dns_section.set_active(True)
else:
self.dns_section.set_active(False)
if len(self.setting.dns) == 1:
self.dns = self.setting.dns + [""]
else:
self.dns = self.setting.dns
self.master_row[1].set_address(self.dns[0])
if self.dns[1]:
self.slave_row[1].set_address(self.dns[1])
self.reset_table()
def reset(self, connection):
self.setting = connection.get_setting("ipv4")
if "ipv4" not in connection.settings_dict.iterkeys():
log.debug("ipv4 not in settings dict, will create one")
self.setting.method = "auto"
connection.settings_dict["ipv4"] = self.setting.prop_dict
if self.setting.method == 'link-local':
self.link_section.switch.set_active(True)
else:
if self.setting.method == "auto":
self.ip_section.set_active(True)
else:
log.debug("get addresses", self.setting.addresses)
self.ip_section.set_active(False)
#self.set_group_sensitive("ip", True)
if not self.setting.addresses == []:
#print self.setting.addresses[0][0]
addr, mask, gate = self.setting.addresses[0]
#self.ip_section.set_active(True)
self.addr_row[1].set_address(addr)
self.mask_row[1].set_address(mask)
self.gate_row[1].set_address(gate)
self.ip = self.setting.addresses[0]
if self.setting.dns == []:
self.dns_section.set_active(True)
else:
self.dns_section.set_active(False)
if len(self.setting.dns) == 1:
self.dns = self.setting.dns + [""]
else:
self.dns = self.setting.dns
self.master_row[1].set_address(self.dns[0])
if self.dns[1]:
self.slave_row[1].set_address(self.dns[1])
self.reset_table()
def wired_device_deactive(self, widget, new_state, old_state, reason):
log.debug(new_state, old_state, reason, widget)
if reason == 36:
print "in fact there's device removed"
########################
net_manager.init_devices()
self.wired_devices = net_manager.wired_devices
self._init_signals()
self.tree.delete_all_items()
item_list = self.get_list()
if item_list:
item_list[-1].is_last = True
self.tree.add_items(item_list, 0, True)
self.tree.set_size_request(-1, len(self.tree.visible_items)*30)
for i, d in enumerate(self.wired_devices):
if d.get_state() == 100:
self.tree.visible_items[i].set_net_state(2)
elif d.get_state() <= 30:
self.tree.visible_items[i].set_net_state(0)
if not any([d.get_state() == 100 for d in net_manager.device_manager.wired_devices]):
self.wire.set_active(False)
def save_settings(self, widget, content, types):
#value = None
if types:
setattr(self.ethernet, types, content)
if self.settings_obj is None:
return
# check mac address whether is valid
if types == "mac_address":
mac_address = content
cloned_mac_address = self.clone_entry.get_address()
elif types == "cloned_mac_address":
mac_address = self.mac_entry.get_address()
cloned_mac_address = content
else:
mac_address = self.mac_entry.get_address()
cloned_mac_address = self.clone_entry.get_address()
if (mac_address == ":::::") or \
(mac_address == "") or \
(TypeConvert.is_valid_mac_address(mac_address)):
mac_address_is_valid = True
else:
mac_address_is_valid = False
if (cloned_mac_address == ":::::") or \
(cloned_mac_address == "") or \
(TypeConvert.is_valid_mac_address(cloned_mac_address)):
cloned_mac_address_is_valid = True
else:
cloned_mac_address_is_valid = False
if mac_address_is_valid and cloned_mac_address_is_valid:
self.settings_obj.mac_is_valid = True
else:
self.settings_obj.mac_is_valid = False
# 统一调用shared_methods.Settings的set_button
log.debug('set_button True')
self.settings_obj.set_button("save", True)
"""
def reset(self, connection):
self.setting = connection.get_setting("ipv6")
if "ipv6" not in connection.settings_dict.iterkeys():
log.debug("ipv6 not in settings dict, will create one")
self.setting.method = "auto"
connection.settings_dict["ipv6"] = self.setting.prop_dict
# FIXME: ipv6 method刚开始为None并且还会记住上次操作,应该每次开始时为auto。
if self.setting.method == 'link-local':
self.link_section.switch.set_active(True)
else:
if self.setting.method == "auto" or self.setting.method is None:
self.ip_section.set_active(True)
self.set_group_sensitive("ip", False)
else:
self.ip_section.set_active(False)
self.set_group_sensitive("ip", True)
if not self.setting.addresses == []:
addr, mask, gate = self.setting.addresses[0]
self.addr_row[1].set_text(addr)
self.mask_row[1].set_text(mask)
self.gate_row[1].set_text(gate)
self.ip = self.setting.addresses
if self.setting.dns == []:
self.dns_section.set_active(True)
self.set_group_sensitive("dns", False)
else:
#self.manual_dns.set_active(True)
self.set_group_sensitive("dns", True)
self.master_row[1].set_text(self.setting.dns[0])
self.dns = self.setting_dns + [""]
if len(self.setting.dns) > 1:
self.slave_row[1].set_text(self.setting.dns[1])
self.dns = self.setting.dns
self.reset_table()
def reset(self, connection):
self.setting = connection.get_setting("ipv6")
if "ipv6" not in connection.settings_dict.iterkeys():
log.debug("ipv6 not in settings dict, will create one")
self.setting.method = "auto"
connection.settings_dict["ipv6"] = self.setting.prop_dict
# FIXME: ipv6 method刚开始为None并且还会记住上次操作,应该每次开始时为auto。
if self.setting.method == 'link-local':
self.link_section.switch.set_active(True)
else:
if self.setting.method == "auto" or self.setting.method is None:
self.ip_section.set_active(True)
self.set_group_sensitive("ip", False)
else:
self.ip_section.set_active(False)
self.set_group_sensitive("ip", True)
if not self.setting.addresses == []:
addr, mask, gate = self.setting.addresses[0]
self.addr_row[1].set_text(addr)
self.mask_row[1].set_text(mask)
self.gate_row[1].set_text(gate)
self.ip = self.setting.addresses
if self.setting.dns == []:
self.dns_section.set_active(True)
self.set_group_sensitive("dns", False)
else:
#self.manual_dns.set_active(True)
self.set_group_sensitive("dns", True)
self.master_row[1].set_text(self.setting.dns[0])
self.dns = self.setting_dns +[""]
if len(self.setting.dns) > 1:
self.slave_row[1].set_text(self.setting.dns[1])
self.dns = self.setting.dns
self.reset_table()
def wireless_redraw(self, widget):
log.debug()
if self.wireless.get_active():
self.wireless.set_active(True, emit=True)
self.show_all()
def set_selected_item(self, widget, item, column, x, y):
log.debug(item)
self.selected_item = item
def wireless_redraw(self, widget):
log.debug()
if self.wireless.get_active():
self.wireless.set_active(True, emit=True)
self.show_all()
def use_default_setting(self):
log.debug()
self.bssid_entry.set_address("")
self.mac_entry.set_address("")
self.clone_entry.set_address("")
self.mtu_spin.set_value(0)
def user_toggle_off_vpn_tray(self, name, event, data):
log.debug("toggle off vpn from tray")
self.vpn.set_active(False)
def get_list(self):
self.connections = nm_module.nm_remote_settings.get_pppoe_connections()
log.debug(self.connections)
return map(lambda c: DSLItem(c, None), self.connections)
def reset(self, security=True):
## Add security
container_remove_all(self.table)
if self.need_ssid:
self.table.attach(self.ssid_label_align, 0, 1, 0, 1)
self.table.attach(self.ssid_entry_align, 1, 4, 0, 1)
self.table.resize(2, 4)
self.table.attach(self.security_label_align, 0, 1, 1, 2)
self.table.attach(self.security_combo_align, 1, 4, 1, 2)
if not security:
self.presave_index = self.security_combo.get_select_index()
return
keys = [None, "none", "none","wpa-psk"]
self.key_mgmt = self.setting.key_mgmt
if self.key_mgmt == "none":
key_type = self.setting.wep_key_type
self.security_combo.set_select_index(key_type)
else:
self.security_combo.set_select_index(keys.index(self.key_mgmt))
if not self.security_combo.get_current_item()[1] == None:
try:
(setting_name, method) = self.connection.guess_secret_info()
secret = nm_module.secret_agent.agent_get_secrets(self.connection.object_path,
setting_name,
method)
if secret == None:
secret = ''
log.debug("get secret", setting_name, method, "secret")
except Exception, e:
log.error("get secret error", e)
secret = ""
if self.security_combo.get_current_item()[1] == "wpa-psk":
self.table.resize(4, 4)
self.table.attach(self.password_label_align, 0, 1, 2, 3)
self.table.attach(self.password_entry_align, 1, 4, 2, 3)
self.table.attach(self.show_key_check_align, 1, 4, 3, 4)
self.password_entry.entry.set_text(secret)
if secret:
#Dispatcher.set_button("save", True)
###########
self.settings_obj.wlan_encry_is_valid = True
self.settings_obj.set_button("save", True)
self.setting.psk = secret
elif self.security_combo.get_current_item()[1] == "none":
self.table.resize(6, 4)
# Add Key
self.table.attach(self.key_label_align, 0, 1, 2, 3)
self.table.attach(self.key_entry_align, 1, 4, 2, 3)
self.table.attach(self.show_key_check_align, 1, 4, 3, 4)
# Add wep index
self.table.attach(self.wep_index_label_align, 0, 1, 4, 5)
self.table.attach(self.wep_index_spin_align, 1, 4, 4, 5)
# Add Auth
self.table.attach(self.auth_label_align, 0, 1, 5, 6)
self.table.attach(self.auth_combo_align, 1, 4, 5, 6)
# Retrieve wep properties
try:
index = self.setting.wep_tx_keyidx
auth = self.setting.auth_alg
log.debug(auth, index)
self.auth_combo.set_select_index(["shared", "open"].index(auth))
except Exception, e:
log.error(e)
index = 0
auth = "shared"
# must convert long int to int
index = int(index)
#init_key = True
#if isinstance(self.connection, NMRemoteConnection):
#init_setting = self.connection.get_setting("802-11-wireless-security")
#if init_setting.wep_key_type != self.setting.wep_key_type:
#init_key = False
#if init_key:
self.key_entry.entry.set_text(secret)
self.setting.set_wep_key(index, secret)
self.wep_index_spin.set_value(index + 1)
self.auth_combo.set_select_index(["shared", "open"].index(auth))
def get_list(self):
self.connections = nm_module.nm_remote_settings.get_pppoe_connections()
log.debug(self.connections)
return map(lambda c: DSLItem(c, None), self.connections)
def wired_activate_start(self, widget, new_state, old_state, reason):
index = self.wired_devices.index(widget)
log.debug(index)
if self.tree.visible_items != []:
self.tree.visible_items[index].set_net_state(1)
self.tree.queue_draw()
def set_tab_content(self, connection):
log.debug("set tab content", connection)
setting = self.setting_group.init_items(connection)
self.hbox.add(setting)
self.hbox.show_all()
self.foot_box.set_lock(False)
def set_selected_item(self, widget, item, column, x, y):
log.debug(item)
self.selected_item = item
def reset(self, security=True):
## Add security
container_remove_all(self.table)
if self.need_ssid:
self.table.attach(self.ssid_label_align, 0, 1, 0, 1)
self.table.attach(self.ssid_entry_align, 1, 4, 0, 1)
self.table.resize(2, 4)
self.table.attach(self.security_label_align, 0, 1, 1, 2)
self.table.attach(self.security_combo_align, 1, 4, 1, 2)
if not security:
self.presave_index = self.security_combo.get_select_index()
return
keys = [None, "none", "none", "wpa-psk"]
self.key_mgmt = self.setting.key_mgmt
if self.key_mgmt == "none":
key_type = self.setting.wep_key_type
self.security_combo.set_select_index(key_type)
else:
self.security_combo.set_select_index(keys.index(self.key_mgmt))
if not self.security_combo.get_current_item()[1] == None:
try:
(setting_name, method) = self.connection.guess_secret_info()
secret = nm_module.secret_agent.agent_get_secrets(
self.connection.object_path, setting_name, method)
if secret == None:
secret = ''
log.debug("get secret", setting_name, method, "secret")
except Exception, e:
log.error("get secret error", e)
secret = ""
if self.security_combo.get_current_item()[1] == "wpa-psk":
self.table.resize(4, 4)
self.table.attach(self.password_label_align, 0, 1, 2, 3)
self.table.attach(self.password_entry_align, 1, 4, 2, 3)
self.table.attach(self.show_key_check_align, 1, 4, 3, 4)
self.password_entry.entry.set_text(secret)
if secret:
#Dispatcher.set_button("save", True)
###########
self.settings_obj.wlan_encry_is_valid = True
self.settings_obj.set_button("save", True)
self.setting.psk = secret
elif self.security_combo.get_current_item()[1] == "none":
self.table.resize(6, 4)
# Add Key
self.table.attach(self.key_label_align, 0, 1, 2, 3)
self.table.attach(self.key_entry_align, 1, 4, 2, 3)
self.table.attach(self.show_key_check_align, 1, 4, 3, 4)
# Add wep index
self.table.attach(self.wep_index_label_align, 0, 1, 4, 5)
self.table.attach(self.wep_index_spin_align, 1, 4, 4, 5)
# Add Auth
self.table.attach(self.auth_label_align, 0, 1, 5, 6)
self.table.attach(self.auth_combo_align, 1, 4, 5, 6)
# Retrieve wep properties
try:
index = self.setting.wep_tx_keyidx
auth = self.setting.auth_alg
log.debug(auth, index)
self.auth_combo.set_select_index(["shared",
"open"].index(auth))
except Exception, e:
log.error(e)
index = 0
auth = "shared"
# must convert long int to int
index = int(index)
#init_key = True
#if isinstance(self.connection, NMRemoteConnection):
#init_setting = self.connection.get_setting("802-11-wireless-security")
#if init_setting.wep_key_type != self.setting.wep_key_type:
#init_key = False
#if init_key:
self.key_entry.entry.set_text(secret)
self.setting.set_wep_key(index, secret)
self.wep_index_spin.set_value(index + 1)
self.auth_combo.set_select_index(["shared",
"open"].index(auth))
def vpn_start_cb(self, widget, path):
log.debug("vpn start by tray")
vpn_active = nm_module.cache.get_spec_object(path)
if vpn_active.get_vpnstate() < 5:
self.vpn_path = path
self.on_vpn_connecting(None, None, path)
def use_default_setting(self):
log.debug()
self.bssid_entry.set_address("")
self.mac_entry.set_address("")
self.clone_entry.set_address("")
self.mtu_spin.set_value(0)
def set_connection_name(self, text):
self.connection.get_setting("connection").id = text
log.debug(text)
if hasattr(self.connection, "settings_obj"):
self.connection.settings_obj.set_button("save", True)
def user_toggle_off_vpn_tray(self, name, event, data):
log.debug("toggle off vpn from tray")
self.vpn.set_active(False)
def dsl_redraw(self, name, event, data):
if self.dsl.get_active():
log.debug("dsl redraw action")
self.dsl.set_active(True, emit=True)
def auto_radio_selected_cb(self, widget):
log.debug("")
sensitive = widget.get_active()
self.table_set_sensitive(self.auto_table, sensitive)
def vpn_connected(self, name, event, data):
log.debug(data)
items = filter(lambda p: p.connection.object_path == self.this_setting,
self.tree.visible_items)
map(lambda i: i.set_net_state(2), items)
def toggle_off(self):
log.debug()
self.ap_list = []
self.selected_item = None
for wireless_device in self.wireless_devices:
wireless_device.nm_device_disconnect()
def toggle_off(self):
log.debug()
self.ap_list = []
self.selected_item = None
for wireless_device in self.wireless_devices:
wireless_device.nm_device_disconnect()
def dsl_redraw(self, name, event, data):
if self.dsl.get_active():
log.debug("dsl redraw action")
self.dsl.set_active(True, emit=True)
def vpn_start_cb(self, widget, path):
log.debug("vpn start by tray")
vpn_active = nm_module.cache.get_spec_object(path)
if vpn_active.get_vpnstate() < 5:
self.vpn_path = path
self.on_vpn_connecting(None, None, path)
def __init_paned(self, widget):
log.debug("")
self.hpaned.saved_position = 160
self.hpaned.set_position(1)
self.hpaned.animation_position_frames = [0]
self.hpaned.update_position()
def toggle_off(self):
log.debug()
for wired_device in self.wired_devices:
wired_device.nm_device_disconnect()