def load_list(self, network_object):
'''
will add hasattr part for network_object
'''
log.info("sidebar start load list")
self.network_object = network_object
self.connections = self.network_object.get_connections()
#print self.connections, "load_list"
connections = []
for connection in self.connections:
if isinstance(connection, NMRemoteConnection):
connection.init_settings_prop_dict()
connections.append(connection)
self.connections = connections
self.connection_tree = EntryTreeView()
self.connection_tree.set_expand_column(1)
self.__init_tree(self.connections)
if hasattr(self.network_object, "add_new_connection"):
self.new_connection = self.network_object.add_new_connection
#self.add_button.change_add_setting(self.network_object.add_new_connection)
if hasattr(self.network_object, "delete_request_redraw"):
self.request_redraw = self.network_object.delete_request_redraw
self.init_select(network_object.spec_connection)
# FIXME: COME ON, why check the connections count?!
#if self.connections !=[]:
crumb_name = network_object.crumb_name
if crumb_name == "":
crumb_name = _("Hidden network")
Dispatcher.send_submodule_crumb(2, crumb_name)
Dispatcher.slide_to_page("setting", "none")
def load_list(self, network_object):
'''
will add hasattr part for network_object
'''
log.info("sidebar start load list")
self.network_object = network_object
self.connections = self.network_object.get_connections()
#print self.connections, "load_list"
connections = []
for connection in self.connections:
if isinstance(connection, NMRemoteConnection):
connection.init_settings_prop_dict()
connections.append(connection)
self.connections = connections
self.connection_tree = EntryTreeView()
self.connection_tree.set_expand_column(1)
self.__init_tree(self.connections)
if hasattr(self.network_object, "add_new_connection"):
self.new_connection = self.network_object.add_new_connection
#self.add_button.change_add_setting(self.network_object.add_new_connection)
if hasattr(self.network_object, "delete_request_redraw"):
self.request_redraw = self.network_object.delete_request_redraw
self.init_select(network_object.spec_connection)
# FIXME: COME ON, why check the connections count?!
#if self.connections !=[]:
crumb_name = network_object.crumb_name
if crumb_name == "":
crumb_name = _("Hidden network")
Dispatcher.send_submodule_crumb(2, crumb_name)
Dispatcher.slide_to_page("setting", "none")
class SideBar(gtk.VBox):
def __init__(self, connections):
gtk.VBox.__init__(self, False)
self.connections = connections
self.new_connection_list = {'cdma': [], "gsm": []}
self.__init_widget()
def __init_widget(self):
self.buttonbox = gtk.VBox()
self.pack_start(self.buttonbox, False, False)
style.add_separator(self)
#self.connection_tree = EntryTreeView()
self.add_button = AddSettingItem(_("New Connection"),
self.add_new_connection)
add_setting_tree = TreeView([self.add_button])
add_setting_tree.set_expand_column(1)
self.pack_start(add_setting_tree, False, False)
self.set_size_request(160, -1)
self.show_all()
self.__init_signals()
def __init_signals(self):
Dispatcher.connect("connection-delete", self.delete_item_cb)
Dispatcher.connect("connection-replace", self.replace_connection)
# This one just for mobile setting
Dispatcher.connect("region-back", self.append_new_connection)
#event_manager.add_callback("nmconnection-delete-finish", self.nmconnection_delete_finish)
def load_list(self, network_object):
'''
will add hasattr part for network_object
'''
log.info("sidebar start load list")
self.network_object = network_object
self.connections = self.network_object.get_connections()
#print self.connections, "load_list"
connections = []
for connection in self.connections:
if isinstance(connection, NMRemoteConnection):
connection.init_settings_prop_dict()
connections.append(connection)
self.connections = connections
self.connection_tree = EntryTreeView()
self.connection_tree.set_expand_column(1)
self.__init_tree(self.connections)
if hasattr(self.network_object, "add_new_connection"):
self.new_connection = self.network_object.add_new_connection
#self.add_button.change_add_setting(self.network_object.add_new_connection)
if hasattr(self.network_object, "delete_request_redraw"):
self.request_redraw = self.network_object.delete_request_redraw
self.init_select(network_object.spec_connection)
# FIXME: COME ON, why check the connections count?!
#if self.connections !=[]:
crumb_name = network_object.crumb_name
if crumb_name == "":
crumb_name = _("Hidden network")
Dispatcher.send_submodule_crumb(2, crumb_name)
Dispatcher.slide_to_page("setting", "none")
def __init_tree(self, items_list, insert_pos=None):
if items_list and items_list != [None, -1]:
container_remove_all(self.buttonbox)
self.connection_tree.add_items(map(lambda c: SettingItem(c, None),
items_list),
insert_pos=insert_pos)
self.buttonbox.pack_start(self.connection_tree, False, False)
self.resize_tree()
def delete_item_cb(self, widget, connection):
'''docstring for delete_item_cb'''
self.connection_tree.delete_select_items()
if isinstance(connection, NMRemoteConnection):
connection.delete()
#log.debug(connection)
else:
index = self.connections.index(connection)
self.connections.pop(index)
# focus on last item
if self.connection_tree.visible_items != []:
self.connection_tree.select_last_item()
else:
Dispatcher.to_main_page()
return
self.resize_tree()
def resize_tree(self):
if self.connection_tree.visible_items != []:
self.connection_tree.set_size_request(
-1,
len(self.connection_tree.visible_items) *
self.connection_tree.visible_items[0].get_height() + 1)
else:
container_remove_all(self.buttonbox)
def get_active(self):
return self.connection_tree.select_rows[0]
def set_active(self, connection):
index = self.connections.index(connection)
con = self.connection_tree.visible_items[index]
self.connection_tree.select_items([con])
def add_new_connection(self):
"new connection format (connection, index)"
new_connection, index = self.new_connection()
if new_connection == None:
return
if index is -1:
self.connections.append(new_connection)
self.__init_tree([new_connection])
else:
self.connections.insert(index, new_connection)
self.__init_tree([new_connection], index)
connect = self.connection_tree.visible_items[index]
self.connection_tree.select_items([connect])
def append_new_connection(self, widget, connection, prop_dict, type):
if isinstance(connection, NMRemoteConnection):
index = self.connections.index(connection)
conn = self.connection_tree.visible_items[index]
self.connection_tree.select_items([conn])
else:
self.__init_tree([connection])
self.connections.append(connection)
conn = self.connection_tree.visible_items[-1]
self.connection_tree.select_items([conn])
broadband = self.network_object.get_broadband(connection)
broadband.set_new_values(prop_dict, type)
def init_select(self, spec_connection=None):
if spec_connection:
self.set_active(spec_connection)
else:
try:
self.connection_tree.select_first_item()
except:
print "no connections found"
def replace_connection(self, widget, connection):
'''
This is a method used to solve fake connection save thing,
'''
print "replace connections"
index = self.get_active()
self.connections[index] = connection
self.connection_tree.delete_item_by_index(index)
self.__init_tree([connection], index)
self.set_active(connection)
class SideBar(gtk.VBox):
def __init__(self, connections):
gtk.VBox.__init__(self, False)
self.connections = connections
self.new_connection_list = {'cdma':[], "gsm":[]}
self.__init_widget()
def __init_widget(self):
self.buttonbox = gtk.VBox()
self.pack_start(self.buttonbox, False, False)
style.add_separator(self)
#self.connection_tree = EntryTreeView()
self.add_button = AddSettingItem(_("New Connection") ,self.add_new_connection)
add_setting_tree = TreeView([self.add_button])
add_setting_tree.set_expand_column(1)
self.pack_start(add_setting_tree, False, False)
self.set_size_request(160, -1)
self.show_all()
self.__init_signals()
def __init_signals(self):
Dispatcher.connect("connection-delete", self.delete_item_cb)
Dispatcher.connect("connection-replace", self.replace_connection)
# This one just for mobile setting
Dispatcher.connect("region-back", self.append_new_connection)
#event_manager.add_callback("nmconnection-delete-finish", self.nmconnection_delete_finish)
def load_list(self, network_object):
'''
will add hasattr part for network_object
'''
log.info("sidebar start load list")
self.network_object = network_object
self.connections = self.network_object.get_connections()
#print self.connections, "load_list"
connections = []
for connection in self.connections:
if isinstance(connection, NMRemoteConnection):
connection.init_settings_prop_dict()
connections.append(connection)
self.connections = connections
self.connection_tree = EntryTreeView()
self.connection_tree.set_expand_column(1)
self.__init_tree(self.connections)
if hasattr(self.network_object, "add_new_connection"):
self.new_connection = self.network_object.add_new_connection
#self.add_button.change_add_setting(self.network_object.add_new_connection)
if hasattr(self.network_object, "delete_request_redraw"):
self.request_redraw = self.network_object.delete_request_redraw
self.init_select(network_object.spec_connection)
# FIXME: COME ON, why check the connections count?!
#if self.connections !=[]:
crumb_name = network_object.crumb_name
if crumb_name == "":
crumb_name = _("Hidden network")
Dispatcher.send_submodule_crumb(2, crumb_name)
Dispatcher.slide_to_page("setting", "none")
def __init_tree(self, items_list, insert_pos=None):
if items_list and items_list != [None, -1]:
container_remove_all(self.buttonbox)
self.connection_tree.add_items(map(lambda c: SettingItem(c, None), items_list), insert_pos=insert_pos)
self.buttonbox.pack_start(self.connection_tree, False, False)
self.resize_tree()
def delete_item_cb(self, widget, connection):
'''docstring for delete_item_cb'''
self.connection_tree.delete_select_items()
if isinstance(connection, NMRemoteConnection):
connection.delete()
#log.debug(connection)
else:
index = self.connections.index(connection)
self.connections.pop(index)
# focus on last item
if self.connection_tree.visible_items != []:
self.connection_tree.select_last_item()
else:
Dispatcher.to_main_page()
return
self.resize_tree()
def resize_tree(self):
if self.connection_tree.visible_items != []:
self.connection_tree.set_size_request(-1,len(self.connection_tree.visible_items) * self.connection_tree.visible_items[0].get_height() + 1)
else:
container_remove_all(self.buttonbox)
def get_active(self):
return self.connection_tree.select_rows[0]
def set_active(self, connection):
index = self.connections.index(connection)
con = self.connection_tree.visible_items[index]
self.connection_tree.select_items([con])
def add_new_connection(self):
"new connection format (connection, index)"
new_connection, index = self.new_connection()
if new_connection == None:
return
if index is -1:
self.connections.append(new_connection)
self.__init_tree([new_connection])
else:
self.connections.insert(index, new_connection)
self.__init_tree([new_connection], index)
connect = self.connection_tree.visible_items[index]
self.connection_tree.select_items([connect])
def append_new_connection(self, widget, connection, prop_dict, type):
if isinstance(connection, NMRemoteConnection):
index = self.connections.index(connection)
conn = self.connection_tree.visible_items[index]
self.connection_tree.select_items([conn])
else:
self.__init_tree([connection])
self.connections.append(connection)
conn = self.connection_tree.visible_items[-1]
self.connection_tree.select_items([conn])
broadband = self.network_object.get_broadband(connection)
broadband.set_new_values(prop_dict, type)
def init_select(self, spec_connection=None):
if spec_connection:
self.set_active(spec_connection)
else:
try:
self.connection_tree.select_first_item()
except:
print "no connections found"
def replace_connection(self, widget, connection):
'''
This is a method used to solve fake connection save thing,
'''
print "replace connections"
index = self.get_active()
self.connections[index] = connection
self.connection_tree.delete_item_by_index(index)
self.__init_tree([connection], index)
self.set_active(connection)
