def removeTheme(self):
self.threadAction = _("remove")
self.threadPackage = self.plymouth.getRemovablePackageName(self.selectedRemoveTheme)
if self.threadPackage:
dialog = QuestionDialog(_("Remove theme"), _("Continue removing theme:\n%(theme)s") % { "theme": self.threadPackage }, self.window)
go = dialog.show()
if (go):
self.toggleGuiElements(True)
# Start apt in a separate thread
self.log.write(_("Start removing theme: %(theme)s") % { "theme": self.threadPackage }, 'dpm.removeTheme', 'info')
cmd = 'apt-get purge -y %s %s' % (self.force, self.threadPackage)
t = ExecuteApt(self.log, cmd, self.queue)
t.daemon = True
t.start()
self.queue.join()
#self.log.write("Check every 250 miliseconds if thread is still active", 'dpm.removeTheme')
GObject.timeout_add(250, self.checkAptThread)
else:
self.log.write(_("User cancel remove theme: %(theme)s") % { "theme": self.threadPackage }, 'dpm.removeTheme', 'info')
else:
title = _("%(act1)s%(act2)s theme") % { "act1": self.threadAction[0].capitalize(), "act2": self.threadAction[1:] }
msg = _("The package cannot be removed: %(pck)s\nIt is part of a meta package.\nTry apt instead") % { "pck": self.selectedRemoveTheme }
self.log.write(msg, 'dpm.removeTheme')
MessageDialogSafe(title, msg, Gtk.MessageType.INFO, self.window).show()
def on_btnRemove_clicked(self, widget):
selected = self.tvHandlerDistros.getToggledValues(toggleColNr=0, valueColNr=2)
for path in selected:
qd = QuestionDialog(self.btnRemove.get_label(), _("Are you sure you want to remove the selected distribution from the list?\n" \
"(This will not remove the directory and its data)"), self.window)
answer = qd.show()
if answer:
self.saveDistroFile(distroPath=path, addDistro=False)
self.fillTreeViewDistros()
def on_btnRemove_clicked(self, widget):
selected = self.tvHandlerDistros.getToggledValues(toggleColNr=0,
valueColNr=2)
for path in selected:
qd = QuestionDialog(self.btnRemove.get_label(), _("Are you sure you want to remove the selected distribution from the list?\n" \
"(This will not remove the directory and its data)"), self.window)
answer = qd.show()
if answer:
self.saveDistroFile(distroPath=path, addDistro=False)
self.fillTreeViewDistros()
def on_btnRemove_clicked(self, widget):
# TODO: remove selected share
title = _("Remove share")
qd = QuestionDialog(
title,
_("Are you sure you want to remove the following share:\n\n'%(share)s'"
) % {"share": self.shareName}, self.window)
answer = qd.show()
if answer:
ret = self.us.removeShare(self.shareName)
self.showUserFeedback(ret, title, "remove", self.window)
self.refreshShares()
def on_btnSave_clicked(self, widget):
self.iso = ""
if self.chkFromIso.get_active():
self.iso = self.txtIso.get_text()
self.dir = self.txtDir.get_text()
title = _("Save existing working directory")
if self.iso != "":
title = _("Unpack ISO and save")
if not exists(self.dir):
makedirs(self.dir)
if not exists(self.dir):
self.showError(
title,
_("Could not create directory %(dir)s: exiting" %
{"dir": self.dir}), self.window)
else:
self.windowAddDistro.hide()
if self.iso != "":
if not exists(self.iso):
self.showInfo(
self.btnSave.get_label(),
_("The path to the ISO file does not exist:\n{}".
format(self.iso)), self.window)
return
if listdir(self.dir):
qd = QuestionDialog(
self.btnSave.get_label(),
_("The destination directory is not empty.\n"
"Are you sure you want to overwrite all data in {}?".
format(self.dir)), self.window)
answer = qd.show()
if not answer:
return
self.showOutput("Start unpacking the ISO...")
self.toggleGuiElements(True)
t = IsoUnpack(self.mountDir, self.iso, self.dir, self.queue)
t.start()
self.queue.join()
GObject.timeout_add(1000, self.checkThread, True)
else:
self.saveDistroFile(self.dir, True)
self.fillTreeViewDistros()
self.showOutput(_("Existing working directory added"))
def on_btnGroupRemove_clicked(self, widget):
# Remove group
if self.selectedGroup is not None:
title = _("Remove group")
if self.selectedGroup != self.loggedinUserPrimaryGroup:
qd = QuestionDialog(title, _("Are you sure you want to remove the following group:\n\n'%(group)s'") % { "group": self.selectedGroup }, self.windowGroup)
answer = qd.show()
if answer:
ret = self.usr.deleteGroup(self.selectedGroup)
if ret == "":
self.showInfo(title, _("Group successfully removed: %(group)s") % {"group": self.selectedGroup}, self.windowGroup)
self.refreshData()
else:
retMsg = "\n\n%s" % ret
self.showError(title, _("Could not remove group: %(group)s %(retmsg)s") % {"group": self.selectedGroup, "retmsg": retMsg}, self.windowGroup)
else:
self.showError(title, _("You cannot remove the currently logged in user's primary group"), self.windowGroup)
def on_btnUserRemove_clicked(self, widget):
# Remove user
if self.selectedUser is not None:
title = _("Remove user")
if self.selectedUser != self.loggedinUser:
qd = QuestionDialog(title, _("Are you sure you want to remove the following user:\n\n'%(user)s'") % { "user": self.selectedUser }, self.window)
answer = qd.show()
if answer:
# TODO
ret = self.usr.deleteUser(self.selectedUser)
if ret == "":
self.showInfo(title, _("User successfully removed: %(user)s") % {"user": self.selectedUser}, self.window)
self.refreshData()
else:
retMsg = "\n\n%s" % ret
self.showError(title, _("Could not remove user: %(user)s %(retmsg)s") % {"user": self.selectedUser, "retmsg": retMsg}, self.window)
else:
self.showError(title, _("You cannot remove the currently logged in user"), self.window)
def removeTheme(self):
self.threadAction = _("remove")
self.threadPackage = self.plymouth.getRemovablePackageName(
self.selectedRemoveTheme)
if self.threadPackage:
dialog = QuestionDialog(
_("Remove theme"),
_("Continue removing theme:\n%(theme)s") %
{"theme": self.threadPackage}, self.window)
go = dialog.show()
if (go):
self.toggleGuiElements(True)
# Start apt in a separate thread
self.log.write(
_("Start removing theme: %(theme)s") %
{"theme": self.threadPackage}, 'dpm.removeTheme', 'info')
cmd = 'apt-get purge -y %s %s' % (self.force,
self.threadPackage)
t = ExecuteApt(self.log, cmd, self.queue)
t.daemon = True
t.start()
self.queue.join()
#self.log.write("Check every 250 miliseconds if thread is still active", 'dpm.removeTheme')
GObject.timeout_add(250, self.checkAptThread)
else:
self.log.write(
_("User cancel remove theme: %(theme)s") %
{"theme": self.threadPackage}, 'dpm.removeTheme', 'info')
else:
title = _("%(act1)s%(act2)s theme") % {
"act1": self.threadAction[0].capitalize(),
"act2": self.threadAction[1:]
}
msg = _(
"The package cannot be removed: %(pck)s\nIt is part of a meta package.\nTry apt instead"
) % {
"pck": self.selectedRemoveTheme
}
self.log.write(msg, 'dpm.removeTheme')
MessageDialogSafe(title, msg, Gtk.MessageType.INFO,
self.window).show()
def on_btnSave_clicked(self, widget):
self.iso = ""
if self.chkFromIso.get_active():
self.iso = self.txtIso.get_text()
self.dir = self.txtDir.get_text()
title = _("Save existing working directory")
if self.iso != "":
title = _("Unpack ISO and save")
if not exists(self.dir):
makedirs(self.dir)
if not exists(self.dir):
self.showError(title, _("Could not create directory %(dir)s: exiting" % {"dir": self.dir}), self.window)
else:
self.windowAddDistro.hide()
if self.iso != "":
if not exists(self.iso):
self.showInfo(self.btnSave.get_label(), _("The path to the ISO file does not exist:\n{}".format(self.iso)), self.window)
return
if listdir(self.dir):
qd = QuestionDialog(self.btnSave.get_label(),
_("The destination directory is not empty.\n"
"Are you sure you want to overwrite all data in {}?".format(self.dir)),
self.window)
answer = qd.show()
if not answer:
return
self.showOutput("Start unpacking the ISO...")
self.toggleGuiElements(True)
t = IsoUnpack(self.mountDir, self.iso, self.dir, self.queue)
t.start()
self.queue.join()
GObject.timeout_add(1000, self.checkThread, True)
else:
self.saveDistroFile(self.dir, True)
self.fillTreeViewDistros()
self.showOutput(_("Existing working directory added"))
def on_chk_encryption_toggled(self, widget):
if self.loading: return
if widget.get_active():
# Show warning message
mount_as = self.cmb_mount_point_handler.getValue()
if mount_as == '/':
encrypt = QuestionDialog(
_("Encryption"),
_("You chose to encrypt the root partition.\n\n"
"You will need to mount /boot on a separate non-encrypted partition (500 MB).\n"
"Without a non-encrypted /boot partition your system will be unbootable.\n\n"
"Encryption will erase all data from {}\n\n"
"Are you sure you want to continue?").format(
self.partition.path))
else:
encrypt = QuestionDialog(
_("Encryption"),
_("Encryption will erase all data from {}\n\n"
"Are you sure you want to continue?").format(
self.partition.path))
if encrypt:
format_as = self.cmb_use_as_handler.getValue()
if not format_as:
self.cmb_use_as_handler.selectValue('ext4')
self.go("frm_partition_encryption").set_sensitive(True)
self.go("entry_encpass1").set_text(
self.partition.enc_passphrase)
self.go("entry_encpass2").set_text(
self.partition.enc_passphrase)
self.go("entry_encpass1").grab_focus()
else:
widget.set_active(False)
self.go("frm_partition_encryption").set_sensitive(False)
self.go("entry_encpass1").set_text("")
self.go("entry_encpass2").set_text("")
else:
self.go("frm_partition_encryption").set_sensitive(False)
self.go("entry_encpass1").set_text("")
self.go("entry_encpass2").set_text("")
def on_btnDelete_clicked(self, widget):
selected_isos = self.tvUsbIsosHandler.getToggledValues(toggleColNr=0,
valueColNr=2)
if selected_isos:
msg = _(
"Are you sure you want to remove the selected ISO from the device?"
)
answer = QuestionDialog(self.btnDelete.get_label(), msg)
if answer:
for iso in selected_isos:
iso_path = join(self.device["mount"], iso)
if exists(iso_path):
os.remove(iso_path)
self.log.write("Remove ISO: {}".format(iso_path))
shell_exec("usb-creator -d {} -g".format(self.device["path"]))
self.on_btnRefresh_clicked()
self.fill_treeview_usbcreator(self.device["mount"])
ec = ExecCmd()
scriptDir = os.path.dirname(os.path.realpath(__file__))
dist = functions.getDistroName()
luaDir = os.path.join(home, '.lua/scripts')
lua = os.path.join(luaDir, 'clock_rings.lua')
conkyrc = os.path.join(home, '.conkyrc')
conkyStart = os.path.join(home, '.conky-start')
autostartDir = os.path.join(home, '.config/autostart')
desktop = os.path.join(autostartDir, 'conky.desktop')
title = "SolydXK Conky"
if 'solydx' in dist.lower():
qd = QuestionDialog(title, "Make sure compositing is enabled.\nGo to: Settings > Window Manager Tweaks > Tab: Compositor > check: Enable display compositing\n\nContinue installing SolydXK Conky?")
answer = qd.show()
if not answer:
sys.exit(2)
qd = QuestionDialog(title, "Show temperatures in Celsius?\n\nSelect 'No' to show temperatures in Fahrenheit.")
answer = qd.show()
if not answer:
tmpUnit = '°F'
sensors = ec.run('sensors -f', False, False)
else:
tmpUnit = '°C'
sensors = ec.run('sensors', False, False)
functions.log('=============================================', True)
functions.log(title)
def on_btnSave_clicked(self, widget):
saved = False
saveHideUsers = False
saveAutoUser = False
saveFaces = False
saveBackground = False
saveTheme = False
if self.chkHideUsers.get_active() != self.curHideUsers:
saveHideUsers = True
if self.curAutoUser != self.newAutoUser:
saveAutoUser = True
if self.newFaces:
saveFaces = True
if self.curBgPath != self.newbgImg:
saveBackground = True
self.newTheme = self.cmbHandlerThemes.getValue()
if self.curTheme != self.newTheme:
saveTheme = True
if saveHideUsers or saveAutoUser or saveFaces or saveBackground or saveTheme:
qd = QuestionDialog(
_("LightDM settings"),
_("Settings have changed\n\nDo you want to save the new settings?"
), self.window)
answer = qd.show()
if answer:
if saveAutoUser:
if self.newAutoUser is not None:
# Save the auto-login user
self.cfgLightdm.setValue('SeatDefaults',
'autologin-user',
self.newAutoUser)
self.cfgLightdm.setValue('SeatDefaults',
'autologin-user-timeout', '0')
self.curAutoUser = self.newAutoUser
self.log.write(
"New auto-login user: %(usr)s" %
{"usr": self.curAutoUser},
'LightDMManager.saveSettings', 'debug')
else:
self.cfgLightdm.removeOption('SeatDefaults',
'autologin-user')
self.cfgLightdm.removeOption('SeatDefaults',
'autologin-user-timeout')
self.curAutoUser = None
self.log.write("Auto-login disabled",
'LightDMManager.saveSettings', 'debug')
if saveHideUsers:
hideUsers = str(self.chkHideUsers.get_active()).lower()
self.cfgLightdm.setValue('SeatDefaults',
'greeter-hide-users', hideUsers)
self.log.write(
"Hide users saved: %(users)s" % {"users": hideUsers},
'LightDMManager.saveSettings', 'debug')
if saveFaces:
for face in self.newFaces:
if exists(face[0]):
copy(face[0], face[1])
if exists(face[1]):
os.system(
"chown %(owner)s:%(group)s %(path)s" % {
"owner": face[2],
"group": face[3],
"path": face[1]
})
self.log.write("User icons saved",
'LightDMManager.saveSettings', 'debug')
if saveTheme:
self.cfgGreeter.setValue('greeter', 'theme-name',
self.newTheme)
self.curTheme = self.newTheme
self.log.write(
"Theme saved: %(theme)s" % {"theme": self.curTheme},
'LightDMManager.saveSettings', 'debug')
if saveBackground:
if os.path.exists(self.newbgImg):
self.cfgGreeter.setValue('greeter', 'background',
self.newbgImg)
self.curBgPath = self.newbgImg
self.log.write(
"Background saved: %(background)s" %
{"background": self.curBgPath},
'LightDMManager.saveSettings', 'debug')
saved = True
else:
if os.path.exists(self.curBgPath):
self.setBackground(self.curBgPath)
self.log.write(
"Current background: %(background)s" %
{"background": self.curBgPath},
'LightDMManager.saveSettings', 'debug')
else:
self.imgBackground.set_from_file(
join(self.scriptDir,
'../../share/lightdm-manager/select.png'))
self.log.write("No background set",
'LightDMManager.saveSettings', 'debug')
self.fillUsers()
if saved:
self.curHideUsers = self.chkHideUsers.get_active()
self.curAutoUser = self.newAutoUser
self.newFaces = []
self.curBgPath = self.newbgImg
self.curTheme = self.newTheme
MessageDialogSafe(_("Saved"),
_("LightDM settings saved successfully."),
Gtk.MessageType.INFO, self.window).show()
def on_btnSave_clicked(self, widget):
saved = False
saveHideUsers = False
saveAutoUser = False
saveFaces = False
saveBackground = False
saveTheme = False
if self.chkHideUsers.get_active() != self.curHideUsers:
saveHideUsers = True
if self.curAutoUser != self.newAutoUser:
saveAutoUser = True
if self.newFaces:
saveFaces = True
if self.curBgPath != self.newbgImg:
saveBackground = True
self.newTheme = self.cmbHandlerThemes.getValue()
if self.curTheme != self.newTheme:
saveTheme = True
if saveHideUsers or saveAutoUser or saveFaces or saveBackground or saveTheme:
qd = QuestionDialog(_("LightDM settings"), _("Settings have changed\n\nDo you want to save the new settings?"), self.window)
answer = qd.show()
if answer:
if saveAutoUser:
if self.newAutoUser is not None:
# Save the auto-login user
self.cfgLightdm.setValue('SeatDefaults', 'autologin-user', self.newAutoUser)
self.cfgLightdm.setValue('SeatDefaults', 'autologin-user-timeout', '0')
self.curAutoUser = self.newAutoUser
self.log.write("New auto-login user: %(usr)s" % { "usr": self.curAutoUser }, 'LightDMManager.saveSettings', 'debug')
else:
self.cfgLightdm.removeOption('SeatDefaults', 'autologin-user')
self.cfgLightdm.removeOption('SeatDefaults', 'autologin-user-timeout')
self.curAutoUser = None
self.log.write("Auto-login disabled", 'LightDMManager.saveSettings', 'debug')
if saveHideUsers:
hideUsers = str(self.chkHideUsers.get_active()).lower()
self.cfgLightdm.setValue('SeatDefaults', 'greeter-hide-users', hideUsers)
self.log.write("Hide users saved: %(users)s" % {"users": hideUsers}, 'LightDMManager.saveSettings', 'debug')
if saveFaces:
for face in self.newFaces:
if exists(face[0]):
copy(face[0], face[1])
if exists(face[1]):
os.system("chown %(owner)s:%(group)s %(path)s" % {"owner": face[2], "group": face[3], "path": face[1]})
self.log.write("User icons saved", 'LightDMManager.saveSettings', 'debug')
if saveTheme:
self.cfgGreeter.setValue('greeter', 'theme-name', self.newTheme)
self.curTheme = self.newTheme
self.log.write("Theme saved: %(theme)s" % { "theme": self.curTheme }, 'LightDMManager.saveSettings', 'debug')
if saveBackground:
if os.path.exists(self.newbgImg):
self.cfgGreeter.setValue('greeter', 'background', self.newbgImg)
self.curBgPath = self.newbgImg
self.log.write("Background saved: %(background)s" % { "background": self.curBgPath }, 'LightDMManager.saveSettings', 'debug')
saved = True
else:
if os.path.exists(self.curBgPath):
self.setBackground(self.curBgPath)
self.log.write("Current background: %(background)s" % { "background": self.curBgPath }, 'LightDMManager.saveSettings', 'debug')
else:
self.imgBackground.set_from_file(join(self.scriptDir, '../../share/lightdm-manager/select.png'))
self.log.write("No background set", 'LightDMManager.saveSettings', 'debug')
self.fillUsers()
if saved:
self.curHideUsers = self.chkHideUsers.get_active()
self.curAutoUser = self.newAutoUser
self.newFaces = []
self.curBgPath = self.newbgImg
self.curTheme = self.newTheme
MessageDialogSafe(_("Saved"), _("LightDM settings saved successfully."), Gtk.MessageType.INFO, self.window).show()
def __init__(self):
super(PartitionSetup, self).__init__(
str, # path
bool, # grub
str, # type (fs)
str, # volume label
str, # mount point
str, # format to
bool, # encrypt
str, # encryption passphrase
str, # size
str, # free space
str, # disk type (msdos or gpt)
object, # partition object
str) # disk device path
installer.setup.partitions = []
installer.setup.partition_setup = self
self.html_disks, self.html_chunks = {}, defaultdict(list)
self.full_disk_format_runonce = False
def _get_attached_disks():
disks = []
exclude_devices = [
'/dev/sr0', '/dev/sr1', '/dev/cdrom', '/dev/dvd'
]
live_device = getoutput(
"findmnt -n -o source /lib/live/mount/findiso").split('\n')[0]
live_device = re.sub(
'[0-9]+$', '', live_device) # remove partition numbers if any
if live_device is not None and live_device.startswith('/dev/'):
exclude_devices.append(live_device)
print("Excluding %s (detected as the live device)" %
live_device)
lsblk = getoutput(
'LC_ALL=en_US.UTF-8 lsblk -rindo TYPE,NAME,RM,SIZE,MODEL | sort -k3,2'
)
for line in lsblk:
try:
type, dev, removable, size, model = line.split(" ", 4)
device = "/dev/" + dev
if type == "disk" and device not in exclude_devices:
# convert size to manufacturer's size for show, e.g. in GB, not GiB!
size = str(
int(
float(size[:-1]) * (1024 / 1000)**
'BkMGTPEZY'.index(size[-1]))) + size[-1]
model = model.replace("\\x20", " ")
description = '{} ({}B)'.format(model.strip(), size)
if int(removable):
description = _('Removable:') + ' ' + description
# Is this device a SSD or pen drive?
ssd = is_ssd(device)
detachable = is_detachable(device)
disks.append((device, description, ssd, detachable))
except:
pass
return disks
shell_exec('mkdir -p ' + TMP_MOUNTPOINT)
installer.setup.gptonefi = is_efi_supported()
installer.setup.disks = _get_attached_disks()
print(('Disks: ', installer.setup.disks))
already_done_full_disk_format = False
for disk_path, disk_description, ssd, detachable in installer.setup.disks:
try:
# VMWare returns non-existing /dev/fd0
disk_device = parted.getDevice(disk_path)
except:
# Try next disk
continue
try:
disk = parted.Disk(disk_device)
except Exception:
dialog = QuestionDialog(
_("Installation Tool"),
_("No partition table was found on the hard drive: %s.\n\n"
"Do you want the installer to create a set of partitions for you?\n\n"
"Note: This will ERASE ALL DATA present on this disk.") %
disk_description, None, installer.window)
if not dialog:
continue # the user said No, skip this disk
if not already_done_full_disk_format:
assign_mount_format = self.full_disk_format(disk_device)
already_done_full_disk_format = True
else:
self.full_disk_format(
disk_device) # Format but don't assign mount points
disk = parted.Disk(disk_device)
partitions = []
parted_partitions = list(disk.getFreeSpacePartitions()) + \
list(disk.getPrimaryPartitions()) + \
list(disk.getLogicalPartitions()) + \
list(disk.getRaidPartitions()) + \
list(disk.getLVMPartitions())
for partition in parted_partitions:
if partition.getLength('MB') > 5:
partitions.append(Partition(partition))
try: # assign mount_as and format_as if disk was just auto-formatted
for partition, (mount_as,
format_as) in zip(partitions,
assign_mount_format):
partition.mount_as = mount_as
partition.format_as = format_as
del assign_mount_format
except NameError:
pass
disk_iter = self.append(
None, ("{} ({})".format(disk_path, disk_description), False,
'', '', '', '', False, '', '', '', '', None, disk_path))
# Needed to fix the 1% minimum Partition.size_percent
sum_size_percent = sum(
p.size_percent for p in partitions) + .5 # .5 for good measure
for partition in partitions:
# Set root and home partition if not multi-boot
if installer.setup.root_partition != '':
if partition.path == installer.setup.root_partition:
partition.mount_as = ROOT_MOUNT_POINT
if not installer.setup.oem_setup:
partition.format_as = partition.type
if partition.path == installer.setup.home_partition:
partition.mount_as = HOME_MOUNT_POINT
# Save disk type (used later to decide if boot flag is allowed)
partition.disk_type = disk.type
# Check partition for Grub
if installer.setup.grub_device is None:
if has_grub(partition.path):
partition.grub = True
installer.setup.grub_device = partition.path
partition.size_percent = round(
partition.size_percent / sum_size_percent * 100, 1)
installer.setup.partitions.append(partition)
self.append(
disk_iter,
(partition.name, partition.grub,
'<span foreground="{}">{}</span>'.format(
partition.color, partition.type), partition.label,
partition.mount_as, partition.format_as,
partition.encrypt, partition.enc_passphrase,
partition.size, partition.free_space, partition.disk_type,
partition, disk_path))
self.html_disks[disk_path] = DISK_TEMPLATE.format(
PARTITIONS_HTML=''.join(
PARTITION_TEMPLATE.format(p) for p in partitions))
# If no Grub was found on any partition, check disks now
# There might be an installed Grub from another distribution
if installer.setup.grub_device is None:
i = 0
for disk_path, disk_description, ssd, detachable in installer.setup.disks:
# Check if grub is installed on this disk
if has_grub(disk_path):
installer.setup.grub_device = disk_path
self[i][1] = True
break
i += 1
# If no Grub was found anywhere: select first disk
if installer.setup.grub_device is None \
and len(installer.setup.disks) > 0 \
and len(self) > 0:
installer.setup.grub_device = installer.setup.disks[0][0]
self[0][1] = True
def on_btnSave_clicked(self, widget):
# Save selected hardware
arguments = []
model = self.tvDDM.get_model()
itr = model.get_iter_first()
while itr is not None:
action = 'no change'
selected = model.get_value(itr, 0)
device = model.get_value(itr, 2)
manufacturerId = ''
# Check currently selected state with initial state
# This decides whether we should install or purge the drivers
for hw in self.hardware:
self.log.write("Device = {} in {}".format(device, hw[2]),
'on_btnSave_clicked')
if device in hw[2]:
manufacturerId = hw[4]
if hw[0] and not selected:
action = 'purge'
elif not hw[0] and selected:
action = 'install'
break
self.log.write(
"{}: {} ({})".format(action, device, manufacturerId),
'on_btnSave_clicked')
# Install/purge selected driver
option = ""
if action == 'install':
option = "-i"
elif action == 'purge':
option = "-p"
if option:
driver = ''
# Run the manufacturer specific bash script
if manufacturerId == '1002':
driver = 'ati'
elif manufacturerId == '10de':
driver = 'nvidia '
elif manufacturerId == '14e4':
driver = 'broadcom '
elif 'pae' in manufacturerId:
driver = 'pae '
if driver:
arguments.append("{} {}".format(option, driver))
# Get the next in line
itr = model.iter_next(itr)
# Execute the command
if arguments:
if '-i' in arguments and not hasInternetConnection():
title = _("No internet connection")
msg = _(
"You need an internet connection to install the additional software.\n"
"Please, connect to the internet and try again.")
WarningDialog(title, msg)
else:
# Warn for use of Backports
if self.chkBackports.get_active():
answer = QuestionDialog(
self.chkBackports.get_label(),
_("You have selected to install drivers from the backports repository whenever they are available.\n\n"
"Although you can run more up to date software using the backports repository,\n"
"you introduce a greater risk of breakage doing so.\n\n"
"Are you sure you want to continue?"))
if not answer:
self.chkBackports.set_active(False)
return True
arguments.append("-b")
# Testing
if self.test:
arguments.append("-t")
command = "ddm {}".format(" ".join(arguments))
self.log.write("Command to execute: {}".format(command),
'on_btnSave_clicked')
self.exec_command(command)
def executeMaintenance(self):
blnCleanCache = self.radCleanCache.get_active()
blnDowngradable = self.radDowngradable.get_active()
blnNotNeeded = self.radUnneeded.get_active()
downgradeString = ""
deleteString = ""
updateGrub = False
cmd = ""
self.enableMaintenance(False)
if blnCleanCache:
safe = False
msg = _(
"Do you want to completely clean the apt cache?\n\n"
"When No, only unavailable installation packages are removed.")
answer = QuestionDialog(self.radCleanCache.get_label(), msg)
if answer:
safe = True
self.apt.cleanCache(safe)
msg = _("Apt cache has been cleaned.")
MessageDialog(self.radCleanCache.get_label(), msg)
else:
# Get user selected packages
model = self.tvMaintenance.get_model()
itr = model.get_iter_first()
while itr is not None:
sel = model.get_value(itr, 0)
if sel:
pck = model.get_value(itr, 1)
avVer = model.get_value(itr, 3)
if blnDowngradable:
downgradeString += " %(pck)s=%(avVer)s" % {
"pck": pck,
"avVer": avVer
}
else:
deleteString += " %s" % pck
if "linux-image" in pck:
updateGrub = True
itr = model.iter_next(itr)
if downgradeString != "":
cmd = "%s install %s" % (
self.umglobal.settings['apt-get-string'], downgradeString)
elif deleteString != "":
cmd = "%s purge %s" % (
self.umglobal.settings['apt-get-string'], deleteString)
if cmd != "":
self.apt.createPackageLists(cmd)
msg = self.getDistUpgradeInfo()
answer = True
if msg != "":
contMsg = _("Execute maintenance changes?")
answer = self.showConfirmationDlg(contMsg, msg)
if answer:
if updateGrub:
cmd += "; update-grub"
if blnNotNeeded:
cmd += "; %s purge $(COLUMNS=132 dpkg -l | grep ^rc | awk '{ print $2 }')" % self.umglobal.settings[
'apt-get-string']
self.showOutput()
nid = 'ummaintenance'
self.prepForCommand(nid)
self.terminal.executeCommand(cmd, nid)
self.log.write("Execute command: %s (%s)" % (cmd, nid),
"UM.executeMaintenance", "debug")
self.enableMaintenance(True)
