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from gtk import *
from iw import *
from thread import *
import isys
from gui import _
import gui
from fdisk import *
import isys
import iutil
class ConfirmPartitionWindow (InstallWindow):
def __init__ (self, ics):
InstallWindow.__init__ (self, ics)
self.todo = ics.getToDo ()
ics.setTitle (_("Confirm Partitioning Selection"))
ics.readHTML ("partition")
ics.setNextEnabled (TRUE)
def getScreen (self):
return self.window
def getPrev (self):
return PartitionWindow
class PartitionWindow (InstallWindow):
swapon = 0
def __init__ (self, ics):
InstallWindow.__init__ (self, ics)
self.todo = ics.getToDo ()
ics.setTitle (_("Disk Druid"))
ics.readHTML ("partition")
ics.setNextEnabled (FALSE)
self.skippedScreen = 0
self.swapon = 0
def checkSwap (self):
if PartitionWindow.swapon or (iutil.memInstalled() > 34000):
return 1
threads_leave ()
message = gui.MessageWindow(_("Low Memory"),
_("As you don't have much memory in this machine, we "
"need to turn on swap space immediately. To do this "
"we'll have to write your new partition table to the "
"disk immediately. Is that okay?"), "okcancel")
if (message.getrc () == 1):
threads_enter ()
return 0
self.todo.ddruid.save ()
self.fstab.turnOnSwap(self.intf.waitWindow)
self.todo.ddruidAlreadySaved = 1
PartitionWindow.swapon = 1
threads_enter ()
return 1
def getNext (self):
self.todo.fstab.runDruidFinished()
# FIXME
#if not self.skippedScreen:
#win = self.todo.ddruid.getConfirm ()
#if win:
#bin = GtkFrame (None, _obj = win)
#bin.set_shadow_type (SHADOW_NONE)
#window = ConfirmPartitionWindow
#window.window = bin
#return window
bootPartition = None
rootPartition = None
if not self.checkSwap ():
return PartitionWindow
return None
def enableCallback (self, value):
self.ics.setNextEnabled (value)
def getScreen (self):
if 0 and self.todo.getSkipPartitioning():
self.skippedScreen = 1
fstab = self.todo.ddruid.getFstab ()
self.todo.resetMounts()
for (partition, mount, fsystem, size) in fstab:
self.todo.addMount(partition, mount, fsystem)
if mount == "/":
rootPartition = partition
elif mount == "/boot":
bootPartition = partition
if not self.checkSwap ():
return AutoPartitionWindow
return None
return self.todo.fstab.runDruid(self.enableCallback)
return self.bin
class AutoPartitionWindow(InstallWindow):
def __init__ (self, ics):
InstallWindow.__init__ (self, ics)
self.todo = ics.getToDo ()
ics.setTitle (_("Automatic Partitioning"))
ics.setNextEnabled (TRUE)
self.ics = ics
def getNext(self):
from gnomepyfsedit import fsedit
if (self.__dict__.has_key("manuallyPartition") and
self.manuallyPartition.get_active()):
self.todo.manuallyPartition()
return None
def getScreen (self):
from gnomepyfsedit import fsedit
from installpath import InstallPathWindow
return None
if (InstallPathWindow.fdisk and
InstallPathWindow.fdisk.get_active ()):
self.todo.manuallyPartition()
return None
# XXX hack
if self.todo.instClass.clearType:
self.ics.readHTML (self.todo.instClass.clearType)
todo = self.todo
self.fstab = []
for mntpoint, (dev, fstype, reformat) in todo.mounts.items ():
self.fstab.append ((dev, mntpoint))
if not todo.ddruid:
drives = todo.drives.available ().keys ()
drives.sort (isys.compareDrives)
todo.ddruid = fsedit(0, drives, self.fstab, self.todo.zeroMbr,
self.todo.ddruidReadOnly)
if not todo.instClass.finishPartitioning(todo.ddruid):
self.todo.log ("Autopartitioning FAILED\n")
if not todo.getPartitionWarningText():
return None
label = \
GtkLabel(_("%s\n\nIf you don't want to do this, you can continue with "
"this install by partitioning manually, or you can go back "
"and perform a fully customized installation.") %
(_(todo.getPartitionWarningText()), ))
label.set_line_wrap(TRUE)
label.set_alignment(0.0, 0.0)
label.set_usize(400, -1)
box = GtkVBox (FALSE)
box.pack_start(label, FALSE)
box.set_border_width (5)
radioBox = GtkVBox (FALSE)
self.continueChoice = GtkRadioButton (None, _("Remove data"))
radioBox.pack_start(self.continueChoice, FALSE)
self.manuallyPartition = GtkRadioButton(
self.continueChoice, _("Manually partition"))
radioBox.pack_start(self.manuallyPartition, FALSE)
align = GtkAlignment()
align.add(radioBox)
align.set(0.5, 0.5, 0.0, 0.0)
box.pack_start(align, TRUE, TRUE)
box.set_border_width (5)
return box
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