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#!/usr/bin/python
## Copyright (C) 2001-2006 Red Hat, Inc.
## Copyright (C) 2001-2006 Harald Hoyer <harald@redhat.com>
## This program is free software; you can redistribute it and/or modify
## it under the terms of the GNU General Public License as published by
## the Free Software Foundation; either version 2 of the License, or
## (at your option) any later version.
## This program is distributed in the hope that it will be useful,
## but WITHOUT ANY WARRANTY; without even the implied warranty of
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
## GNU General Public License for more details.
## You should have received a copy of the GNU General Public License
## along with this program; if not, write to the Free Software
## Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
import gtk.glade
import signal
import os
import string
import re
from netconfpkg import NCHardwareList
from netconfpkg import NC_functions
from rhpl import ethtool
from netconfpkg.gui import GUI_functions
from netconfpkg.gui.GUI_functions import load_icon
from netconfpkg.gui.GUI_functions import xml_signal_autoconnect
from editadress import editAdressDialog
from netconfpkg import *
import sys, traceback
###
### DHCP
###
DHCP=0
BOOTP=1
DIALUP=2
# FIXME: [183338] use SEARCH not resolv.conf
def on_ipBootProto_toggled(widget, xml):
if widget.name == "ipAutomaticRadio":
active = widget.get_active()
else:
active = not widget.get_active()
xml.get_widget('ipProtocolOmenu').set_sensitive(active)
xml.get_widget('dhcpSettingFrame').set_sensitive(active)
xml.get_widget('ipSettingFrame').set_sensitive(not active)
def dhcp_init (xml, device):
xml_signal_autoconnect(xml, {\
"on_ipAutomaticRadio_toggled" : (on_ipBootProto_toggled, xml),
"on_ipStaticRadio_toggled" : (on_ipBootProto_toggled, xml),
})
on_ipBootProto_toggled(xml.get_widget('ipAutomaticRadio'), xml)
def dhcp_hydrate (xml, device):
if not device.DeviceId:
return
try:
device_type = device.BootProto
except:
if device.Type == "ISDN" or device.Type == "Modem" or \
device.Type == "xDSL":
device_type = 'dialup'
else:
device_type = 'dhcp'
if device.Hostname:
xml.get_widget('hostnameEntry').set_text(device.Hostname)
else:
xml.get_widget('hostnameEntry').set_text('')
if device.IP:
xml.get_widget('ipAddressEntry').set_text(device.IP)
else:
xml.get_widget('ipAddressEntry').set_text('')
if device.Netmask:
xml.get_widget('ipNetmaskEntry').set_text(device.Netmask)
else:
xml.get_widget('ipNetmaskEntry').set_text('')
if device.Gateway:
xml.get_widget('ipGatewayEntry').set_text(device.Gateway)
else:
xml.get_widget('ipGatewayEntry').set_text('')
if device_type == 'dialup':
xml.get_widget("ipProtocolOmenu").set_history(DIALUP)
elif device_type == 'bootp':
xml.get_widget("ipProtocolOmenu").set_history(BOOTP)
else:
xml.get_widget("ipProtocolOmenu").set_history(DHCP)
# PEERDNS is true, if unset!!
xml.get_widget('dnsSettingCB').set_active(device.AutoDNS != False)
if device.Alias != None:
device.BootProto = "none"
xml.get_widget('ipAutomaticRadio').set_active(False)
xml.get_widget('ipStaticRadio').set_active(True)
on_ipBootProto_toggled(xml.get_widget('ipAutomaticRadio'), xml)
xml.get_widget('ipAutomaticRadio').set_sensitive(False)
if device.Alias != None:
device.BootProto = "none"
xml.get_widget('ipAutomaticRadio').set_active(False)
xml.get_widget('ipStaticRadio').set_active(True)
on_ipBootProto_toggled(xml.get_widget('ipAutomaticRadio'), xml)
xml.get_widget('ipAutomaticRadio').set_sensitive(False)
if device.BootProto == "static" or device.BootProto == "none":
xml.get_widget('ipAutomaticRadio').set_active(False)
xml.get_widget('ipStaticRadio').set_active(True)
on_ipBootProto_toggled(xml.get_widget('ipAutomaticRadio'), xml)
else:
xml.get_widget('ipAutomaticRadio').set_active(True)
xml.get_widget('ipStaticRadio').set_active(False)
on_ipBootProto_toggled(xml.get_widget('ipStaticRadio'), xml)
if device.Mtu != None and xml.get_widget('mtuCB'):
xml.get_widget('mtuSpin').set_value(device.Mtu)
xml.get_widget('mtuCB').set_active(True)
if device.Mru != None and xml.get_widget('mruCB'):
xml.get_widget('mruSpin').set_value(device.Mru)
xml.get_widget('mruCB').set_active(True)
def dhcp_dehydrate (xml, device):
if xml.get_widget('ipAutomaticRadio').get_active():
if GUI_functions.get_history (xml.get_widget ('ipProtocolOmenu')) == DHCP:
device.BootProto = 'dhcp'
elif GUI_functions.get_history (xml.get_widget ('ipProtocolOmenu')) == BOOTP:
device.BootProto = 'bootp'
elif GUI_functions.get_history (xml.get_widget ('ipProtocolOmenu')) == DIALUP:
device.BootProto = 'dialup'
else:
device.BootProto = 'none'
else:
device.BootProto = 'none'
device.AutoDNS = xml.get_widget('dnsSettingCB').get_active()
device.IP = string.strip(xml.get_widget('ipAddressEntry').get_text())
device.Netmask = string.strip(xml.get_widget('ipNetmaskEntry').get_text())
device.Gateway = string.strip(xml.get_widget('ipGatewayEntry').get_text())
# FIXED: [169819] Trailing space in host name causes crash
hname = string.strip(xml.get_widget('hostnameEntry').get_text())
if hname != None and hname != '':
device.Hostname = hname
if xml.get_widget('mtuCB').get_active():
device.Mtu = int(xml.get_widget('mtuSpin').get_value())
else:
device.Mtu = None
if xml.get_widget('mruCB').get_active():
device.Mru = int(xml.get_widget('mruSpin').get_value())
else:
device.Mru = None
###
### ROUTES
###
def route_update(xml, device):
clist = xml.get_widget('networkRouteList')
clist.clear()
if device.StaticRoutes != None:
for route in device.StaticRoutes:
clist.append([route.Address, route.Netmask or "", route.Gateway or ""])
else:
device.createStaticRoutes()
def on_routeEditButton_clicked(button, xml, device, parent_dialog):
routes = device.StaticRoutes
clist = xml.get_widget("networkRouteList")
if len(clist.selection) == 0:
return
route = routes[clist.selection[0]]
dialog = editAdressDialog(route)
dl = dialog.xml.get_widget ("Dialog")
if parent_dialog:
dl.set_transient_for(parent_dialog)
dl.set_position (gtk.WIN_POS_CENTER_ON_PARENT)
else:
dl.set_position (gtk.WIN_POS_CENTER)
if dl.run() != gtk.RESPONSE_OK:
dl.destroy()
return
dl.destroy()
route_update(xml, device)
def on_routeDeleteButton_clicked(button, xml, device):
if not device.StaticRoutes:
device.createStaticRoutes()
routes = device.StaticRoutes
clist = xml.get_widget("networkRouteList")
if len(clist.selection) == 0:
return
del routes[clist.selection[0]]
route_update(xml, device)
def on_routeUpButton_clicked(button, xml, device):
routes = device.StaticRoutes
clist = xml.get_widget("networkRouteList")
if len(clist.selection) == 0 or clist.selection[0] == 0:
return
select_row = clist.selection[0]
dest = clist.get_text(select_row, 0)
prefix = clist.get_text(select_row, 1)
gateway = clist.get_text(select_row, 2)
rcurrent = routes[select_row]
rnew = routes[select_row-1]
routes[select_row] = rnew
routes[select_row-1] = rcurrent
route_update(xml, device)
clist.select_row(select_row-1, 0)
def on_routeDownButton_clicked(button, xml, device):
routes = device.StaticRoutes
clist = xml.get_widget("networkRouteList")
if len(clist.selection) == 0 or clist.selection[0] == len(routes)-1:
return
select_row = clist.selection[0]
dest = clist.get_text(select_row, 0)
prefix = clist.get_text(select_row, 1)
gateway = clist.get_text(select_row, 2)
rcurrent = routes[select_row]
rnew = routes[select_row+1]
routes[select_row] = rnew
routes[select_row+1] = rcurrent
route_update(xml, device)
clist.select_row(select_row+1, 0)
def on_routeAddButton_clicked(button, xml, device, parent_dialog):
if device.StaticRoutes == None:
device.createStaticRoutes()
routes = device.StaticRoutes
route = Route()
dialog = editAdressDialog(route)
dl = dialog.xml.get_widget ("Dialog")
if parent_dialog:
dl.set_transient_for(parent_dialog)
dl.set_position (gtk.WIN_POS_CENTER_ON_PARENT)
else:
dl.set_position (gtk.WIN_POS_CENTER)
button = dl.run()
dl.destroy()
if button != gtk.RESPONSE_OK:
return
i = routes.addRoute()
routes[i].apply(route)
#routes[i].commit()
route_update(xml, device)
def route_init(xml, device, dialog = None):
xml_signal_autoconnect(xml, { \
"on_routeAddButton_clicked" : (on_routeAddButton_clicked,
xml, device, dialog),
"on_routeEditButton_clicked" : (on_routeEditButton_clicked,
xml, device, dialog),
"on_routeDeleteButton_clicked" : (on_routeDeleteButton_clicked,
xml, device),
})
route_update(xml, device)
def route_hydrate(xml, device):
pass
def route_dehydrate(xml, device):
pass
###
### Hardware (ethernet)
###
def on_hardwareAliasesToggle_toggled(widget, xml, device):
xml.get_widget("hardwareAliasesSpin").set_sensitive (widget.get_active())
if widget.get_active():
device.Alias = 0
else:
device.Alias = None
def on_hardwareMACToggle_toggled(widget, xml, device):
xml.get_widget("hardwareMACEntry").set_sensitive (widget.get_active())
xml.get_widget("hardwareProbeButton").set_sensitive (widget.get_active())
def on_hardwareProbeButton_clicked(widget, xml, device):
omenu = xml.get_widget("hwdvOmenu")
hw = omenu.get_children()[0].get()
device = string.split(hw)[0]
try: hwaddr = ethtool.get_hwaddr(device)
except IOError, err:
error_str = str (err)
GUI_functions.gui_error_dialog(error_str, omenu.get_toplevel())
else:
xml.get_widget("hardwareMACEntry").set_text(hwaddr)
def on_hardwareConfigureButton_clicked(widget, xml, device):
pass
def hardware_init(xml, device):
xml_signal_autoconnect(xml, {\
"on_hardwareAliasesToggle_toggled" : \
(on_hardwareAliasesToggle_toggled, xml, device),
"on_hardwareMACToggle_toggled" : \
(on_hardwareMACToggle_toggled, xml, device),
"on_hardwareProbeButton_clicked" : \
(on_hardwareProbeButton_clicked, xml, device),
"on_hardwareConfigureButton_clicked" : \
(on_hardwareConfigureButton_clicked, xml, device)
})
xml.get_widget("hardwareSeparator").show()
xml.get_widget("hardwareTable").show()
def hardware_hydrate(xml, device):
hwlist = getHardwareList()
(hwcurr, hwdesc) = NC_functions.create_generic_combo(hwlist, device.Device, type = device.Type)
omenu = xml.get_widget("hwdvOmenu")
omenu.remove_menu()
menu = gtk.Menu()
history = 0
for i in range (0, len (hwdesc)):
item = gtk.MenuItem (hwdesc[i])
item.show()
menu.append (item)
if hwdesc[i] == hwcurr:
history = i
omenu.set_menu (menu)
omenu.show_all()
omenu.set_history (history)
omenu.show_all()
if device.Alias != None:
xml.get_widget("hardwareAliasesToggle").set_active(False)
xml.get_widget("hardwareAliasesToggle").set_active(True)
xml.get_widget("hardwareAliasesSpin").set_value(device.Alias)
else:
xml.get_widget("hardwareAliasesToggle").set_active(True)
xml.get_widget("hardwareAliasesToggle").set_active(False)
if device.HardwareAddress != None:
xml.get_widget("hardwareMACToggle").set_active(False)
xml.get_widget("hardwareMACToggle").set_active(True)
xml.get_widget("hardwareMACEntry").set_text(device.HardwareAddress)
xml.get_widget("hardwareMACEntry").set_sensitive(True)
xml.get_widget("hardwareProbeButton").set_sensitive(True)
else:
xml.get_widget("hardwareMACToggle").set_active(True)
xml.get_widget("hardwareMACToggle").set_active(False)
xml.get_widget("hardwareMACEntry").set_text('')
xml.get_widget("hardwareMACEntry").set_sensitive(False)
xml.get_widget("hardwareProbeButton").set_sensitive(False)
def hardware_dehydrate(xml, device):
omenu = xml.get_widget("hwdvOmenu")
hw = omenu.get_child().get_label()
device.Device = string.split(hw)[0]
if xml.get_widget("hardwareAliasesToggle").get_active():
device.Alias = xml.get_widget("hardwareAliasesSpin").get_value_as_int()
else:
device.Alias = None
if xml.get_widget("hardwareMACToggle").get_active():
device.HardwareAddress = xml.get_widget("hardwareMACEntry").get_text()
else:
device.HardwareAddress = None
def dsl_hardware_init(xml, device):
pass
def dsl_hardware_hydrate(xml, device):
hwlist = getHardwareList()
(hwcurr, hwdesc) = NC_functions.create_ethernet_combo(hwlist, device.Dialup.EthDevice)
omenu = xml.get_widget("hwdvOmenu")
omenu.remove_menu()
menu = gtk.Menu()
history = 0
for i in range (0, len (hwdesc)):
item = gtk.MenuItem (hwdesc[i])
item.show()
menu.append (item)
if hwdesc[i] == hwcurr:
history = i
omenu.set_menu (menu)
omenu.show_all()
omenu.set_history (history)
omenu.show_all()
def dsl_hardware_dehydrate(xml, device):
omenu = xml.get_widget("hwdvOmenu")
hw = omenu.get_child().get_label()
device.Dialup.EthDevice = string.split(hw)[0]
if __name__ == '__main__':
signal.signal (signal.SIGINT, signal.SIG_DFL)
xml = gtk.glade.XML('sharedtcpip.glade', None, domain=GUI_functions.PROGNAME)
dhcp_init (xml, None)
gtk.main ()
__author__ = "Harald Hoyer <harald@redhat.com>"
__date__ = "$Date: 2006/08/02 12:59:44 $"
__version__ = "$Revision: 1.40 $"
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