def write(self,
message,
loggerName='log',
logLevel='debug',
showErrorDialog=True):
message = str(message).strip()
if message != '':
logLevel = logLevel.lower()
myLogger = logging.getLogger(loggerName)
if logLevel == 'debug':
myLogger.debug(message)
elif logLevel == 'info':
myLogger.info(message)
self.rtobjectWrite(message)
elif logLevel == 'warning':
myLogger.warning(message)
self.rtobjectWrite(message)
elif logLevel == 'error':
myLogger.error(message)
self.rtobjectWrite(message)
if showErrorDialog:
MessageDialog('Error', message, Gtk.MessageType.ERROR,
self.parent).show()
elif logLevel == 'critical':
myLogger.critical(message)
self.rtobjectWrite(message)
if showErrorDialog:
MessageDialog('Critical', message, Gtk.MessageType.ERROR,
self.parent).show()
elif logLevel == 'exception':
myLogger.exception(message)
self.rtobjectWrite(message)
if showErrorDialog:
MessageDialog('Exception', message, Gtk.MessageType.ERROR,
self.parent).show()
def onShowStats(self):
stats = self.data.get_stats()
stats_str = ""
for key, val in stats:
key = '_'.join(key) if type(key) is list else key
stats_str += f"{key} = {val}\n"
dlg = MessageDialog('Label stats', stats_str)
dlg.exec_()
def launchSaveChanges(self):
if not self.changesSaved:
saveDialog = MessageDialog(
'Not saved changes!',
'Some labeled images were not saved, do you want to save the changes?'
)
if saveDialog.exec_():
# save csv
self.data.save()
def add_reservation(self, reservation=None):
if not self.database.get_resources():
self.error = MessageDialog("Please add atleast one resource.")
self.error.show()
elif not self.database.get_services():
self.error = MessageDialog("Please add atleast one service.")
self.error.show()
else:
self.reservation_dialog = ReservationDialog(
self, reservation=reservation)
self.reservation_dialog.show()
def on_start_button(self, start_button):
handler.send_message(event=handler.EVENT_CHECK_STATUS)
if not Globals.icabthread.isAlive():
dlg = MessageDialog()
dlg.message_label.text = "Bot Thread is dead something went wrong!!"
dlg.open()
if start_button.text == "Start":
show_toast("Scanning Started", 2)
start_button.text = "Stop"
else:
show_toast("Scanning Stopped", 2)
start_button.text = "Start"
def on_radUnneeded_toggled(self, widget):
if widget.get_active():
message = _("You might need to run this several times.\n\n%s" %
self.lblMaintenanceHelp.get_label().replace("\n", " "))
MessageDialog(self.btnMaintenance.get_label(), message,
Gtk.MessageType.WARNING, self.window)
self.fillTreeViewMaintenance()
def on_radDowngradable_toggled(self, widget):
if widget.get_active():
message = _("Downgrading packages may break your system!\n\n%s" %
self.lblMaintenanceHelp.get_label().replace("\n", " "))
MessageDialog(self.btnMaintenance.get_label(), message,
Gtk.MessageType.WARNING, self.window)
self.fillTreeViewMaintenance()
def handleHardware(self, actionString):
hwSelected = False
selHw = []
selHwString = ''
chkList = functions.getColumnValues(self.tvHardware, 0)
statList = functions.getColumnValues(self.tvHardware, 5)
hwList = functions.getColumnValues(self.tvHardware, 4)
for i in range(len(chkList)):
if chkList[i]:
self.log.write(actionString + ' hardware code: ' + hwList[i],
'ddm.handleHardware', 'info')
selHw.append([hwList[i], statList[i]])
hwSelected = True
if hwSelected:
# Install selected drivers
self.toggleGuiElements(True)
# Start saving in a separate thread
self.log.write('Start driver ' + actionString + ' thread',
'ddm.handleHardware', 'info')
if actionString == 'install':
t = DriverInstall(selHw, self.log)
else:
t = DriverRemove(selHw, self.log)
t.start()
# Run spinner as long as the thread is alive
self.log.write('Check every 5 seconds if thread is still active',
'ddm.installHardware', 'debug')
glib.timeout_add(5, self.checkThread, actionString)
else:
msg = 'Select a driver to install.'
MessageDialog('Driver install', msg, gtk.MESSAGE_INFO,
self.window.get_icon()).show()
def saveGeneralSettings(self):
lst = []
for tab in self.umglobal.settings["hide-tabs"]:
if tab != "maintenance":
lst.append(tab)
if self.chkHideMaintenance.get_active():
lst.append("maintenance")
if lst:
self.umglobal.saveSettings('misc', 'hide-tabs', ",".join(lst))
else:
self.umglobal.saveSettings('misc', 'hide-tabs', "")
# Automatically start updatemanager on boot
autostart = self.chkAutostart.get_active()
self.umglobal.settings["autostart"] = autostart
if autostart:
if exists(self.umglobal.autostartSourceFile) and \
exists(self.umglobal.autostartDir):
copy(self.umglobal.autostartSourceFile,
self.umglobal.autostartDir)
elif exists(self.umglobal.autostartDestFile):
remove(self.umglobal.autostartDestFile)
msg = _("The new settings will take effect after UM restart.")
MessageDialog(self.lblGeneral.get_label(), msg)
def fill_treeview_ddm(self):
# Fill a list with supported hardware
self.get_supported_hardware()
# columns: checkbox, image (logo), device, driver
columnTypes = ['bool', 'GdkPixbuf.Pixbuf', 'str']
# Keep some info from the user
showHw = []
for hw in self.hardware:
showHw.append([hw[0], hw[1], hw[2]])
# Fill treeview
self.tvDDMHandler.fillTreeview(contentList=showHw,
columnTypesList=columnTypes,
firstItemIsColName=True,
fontSize=12000)
# Show message if nothing is found or hardware is not supported
title = _("Hardware scan")
if self.notSupported:
if len(self.hardware) < 2:
self.set_buttons_state(False)
msg = _("There are no available drivers for your hardware:")
msg = "{}\n\n{}".format(msg, '\n'.join(self.notSupported))
self.log.write(msg, 'fill_treeview_ddm')
WarningDialog(title, msg)
elif len(self.hardware) < 2:
self.set_buttons_state(False)
msg = _("DDM did not find any supported hardware.")
self.log.write(msg, 'fill_treeview_ddm')
MessageDialog(title, msg)
def on_radOldKernel_toggled(self, widget):
if widget.get_active():
message = _(
"Once removed you will not be able to boot these kernels!\n\n%s"
% self.lblMaintenanceHelp.get_label().replace("\n", " "))
MessageDialog(self.btnMaintenance.get_label(), message,
Gtk.MessageType.WARNING, self.window)
self.fillTreeViewMaintenance()
def quit_tray(self, widget):
if self.umglobal.isUpgrading():
MessageDialog(self.quitText, _("Cannot quit: upgrade in progress"))
else:
self.umglobal.killScriptProcess("updatemanager.py")
self.umglobal.killScriptProcess("updatemanagerpref.py")
self.notifier.quit()
Gtk.main_quit()
def show_message(self, cmdOutput):
try:
self.log.write("Command output: {}".format(cmdOutput),
'show_message')
ret = int(cmdOutput)
if ret > 1 and ret != 255:
if ret == 1:
ErrorDialog(
self.btnExecute.get_label(),
_("Run this application with root permission."))
elif ret == 2:
ErrorDialog(
self.btnExecute.get_label(),
_("Wrong arguments were passed to usb-creator."))
elif ret == 3:
ErrorDialog(
self.btnExecute.get_label(),
_("The device was not found or no device was given."))
elif ret == 4:
ErrorDialog(self.btnExecute.get_label(),
_("Given ISO path was not found."))
elif ret == 5:
ErrorDialog(self.btnExecute.get_label(),
_("Device is in use by another application."))
elif ret == 6:
ErrorDialog(self.btnExecute.get_label(),
_("Unable to mount the device."))
elif ret == 7:
ErrorDialog(self.btnExecute.get_label(),
_("Hash mismatch."))
elif ret == 8:
ErrorDialog(self.btnExecute.get_label(),
_("The device has no fat32 partition."))
elif ret == 9:
ErrorDialog(self.btnExecute.get_label(),
_("The device has no bootloader installed."))
elif ret == 10:
ErrorDialog(
self.btnExecute.get_label(),
_("There is not enough space available on the device.")
)
elif ret == 11:
ErrorDialog(
self.btnExecute.get_label(),
_("Unable to guess distribution from ISO name.\n"
"Make sure you have the distribution name in the ISO name."
))
else:
msg = _(
"An unknown error accured.\n"
"Please, visit our forum for support: http://forums.solydxk.com"
)
ErrorDialog(self.window.get_title(), msg)
else:
msg = _("The USB was successfully written.")
MessageDialog(self.window.get_title(), msg)
except:
ErrorDialog(self.btnExecute.get_label(), cmdOutput)
def on_btnUnmount_clicked(self, widget):
unmount_text = _("Unmount")
device = self.device["path"]
self.unmount_device(device)
self.on_btnRefresh_clicked()
if device in self.devices:
msg = _("Could not unmount the device.\n"
"Please unmount the device manually.")
else:
msg = _("You can now safely remove the device.")
MessageDialog(unmount_text, msg)
def onCreateCsv(self, s):
main_folder = str(
QFileDialog.getExistingDirectory(self, "Choose dataset directory"))
# if there is no folder, do nothing
if not os.path.isdir(main_folder):
return False
optDialog = CsvNameDialog()
# get desired filename and if images are organized from user
if optDialog.exec_() == CsvNameDialog.Accepted:
filename, have_labels = optDialog.getValues()
else:
# if cancel, do nothing
return False
# reset if was labeling
if self.isLabeling:
self.stopLabeling()
# initialize data handler
self.data = DataHandler(os.path.join(main_folder, filename))
self.data.create(have_labels)
if len(self.data) > 0:
message = "{} images found, save to file?".format(len(self.data))
title = "Images found"
else:
message = "No image were found!"
title = "No images in folder"
dlg = MessageDialog(title, message)
if dlg.exec_():
# save csv
self.data.save()
# start labeling
self.startLabeling()
else:
self.data = None
def on_btnUnmount_clicked(self, widget):
unmount_text = _("Unmount")
device = self.device["path"]
try:
self.udisks2.unmount_drive(device)
self.on_btnRefresh_clicked()
msg = _("You can now safely remove the device.")
except Exception as e:
msg = _("Could not unmount the device.\n"
"Please unmount the device manually.")
self.log.write("ERROR: %s" % str(e))
MessageDialog(unmount_text, msg)
def refresh(self):
# Refresh server info
print((self.umglobal.hasInternet))
self.umglobal.getServerInfo()
print((self.umglobal.hasInternet))
# Check of programs locking apt
prog = self.apt.getAptCacheLockedProgram(
self.umglobal.settings["apt-packages"])
if prog is not None:
msg = _("Another program is locking the apt cache\n\n"
"Please, close the program before refreshing:\n"
"* %s" % prog)
MessageDialog(self.btnRefresh.get_label(), msg)
self.log.write("%s is locking the apt cache" % prog, "UM.refresh",
"warning")
elif self.umglobal.hasInternet:
if not self.quickUpdate:
# Update the apt cache
self.btnPreferences.set_sensitive(True)
self.btnOutput.set_sensitive(True)
self.btnRefresh.set_sensitive(False)
self.btnInstall.set_sensitive(False)
self.btnMaintenance.set_sensitive(False)
self.btnPackages.set_sensitive(True)
self.showOutput()
cmd = "dpkg --configure -a; %s -f install; apt-get update" % self.umglobal.settings[
'apt-get-string']
nid = 'umrefresh'
self.prepForCommand(nid)
if self.quickUpdate:
self.ec.run(cmd)
else:
self.terminal.executeCommand(cmd, nid)
self.apt.initAptShowVersions()
self.log.write("Execute command: %s (%s)" % (cmd, nid),
"UM.refresh", "debug")
else:
if not self.quickUpdate:
# No internet connection
self.btnInstall.set_sensitive(True)
self.btnRefresh.set_sensitive(True)
self.btnPackages.set_sensitive(True)
self.btnMaintenance.set_sensitive(True)
self.btnInfo.set_sensitive(True)
self.btnOutput.set_sensitive(True)
self.btnPreferences.set_sensitive(True)
self.loadInfo()
self.showInfo()
def show_message(self, cmdOutput):
try:
self.log.write("Command output: {}".format(cmdOutput),
'show_message')
ret = int(cmdOutput)
if ret > 1 and ret != 255:
if ret == 1:
ErrorDialog(self.btnSave.get_label(), _("Run as root."))
elif ret == 2:
ErrorDialog(self.btnSave.get_label(),
_("Wrong arguments passed to ddm."))
elif ret == 3:
ErrorDialog(self.btnSave.get_label(),
_("There are no driver available."))
elif ret == 4:
ErrorDialog(self.btnSave.get_label(),
_("The driver cannot be found in repository."))
elif ret == 5:
ErrorDialog(
self.btnSave.get_label(),
_("Download error.\nCheck your internet connection."))
elif ret == 6:
ErrorDialog(self.btnSave.get_label(),
_("DDM cannot purge the driver."))
elif ret == 7:
ErrorDialog(self.btnSave.get_label(),
_("This card is not supported."))
else:
msg = _(
"There was an error during the installation.\n"
"Please, run 'sudo apt-get -f install' in a terminal.\n"
"Visit our forum for support: http://forums.solydxk.com"
)
ErrorDialog(self.btnSave.get_label(), msg)
else:
msg = _("The software has been successfully installed.")
msg_restart = _("You will need to restart your system.")
MessageDialog(self.btnSave.get_label(),
"{}\n\n{}".format(msg, msg_restart))
except:
ErrorDialog(self.btnSave.get_label(), cmdOutput)
def showInfoDlg(self, title, message):
MessageDialog(title, message, parent=self.window)
def saveSettings(self):
self.log.write("Save settings...", 'conky.saveSettings', 'info')
# Reset colors
self.dayClockColor = self.dayClockColorDefault
self.dateTitleColor = self.dateTitleColorDefault
self.systemInfoColor = self.systemInfoColorDefault
# Kill Conky, and remove all files
self.removeConky()
# conkyrc
if exists(self.conkyrc_template):
if not exists(self.conkyrc):
self.log.write("Copy %(template)s to %(conkyrc)s" % {"template": self.conkyrc_template, "conkyrc" :self.conkyrc}, 'conky.saveSettings', 'debug')
shutil.copy2(self.conkyrc_template, self.conkyrc)
functions.chownCurUsr(self.conkyrc)
else:
self.log.write("Conkyrc template not found %(template)s" % {"template": self.conkyrc_template}, 'conky.saveSettings', 'error')
# lua
if exists(self.lua_template):
if not exists(self.lua):
if not exists(self.luaDir):
os.makedirs(self.luaDir)
self.log.write("Copy %(template)s to %(lua)s" % {"template": self.lua_template, "lua" :self.lua}, 'conky.saveSettings', 'debug')
shutil.copy2(self.lua_template, self.lua)
functions.chownCurUsr(self.lua)
else:
self.log.write("Lua template not found %(template)s" % {"template": self.lua_template}, 'conky.saveSettings', 'error')
# start script
template = join(self.scriptDir, 'cfg/conky-start')
if os.path.exists(template):
if not exists(self.conkyStart):
self.log.write("Copy %(template)s to %(conkyStart)s" % {"template": template, "conkyStart" :self.conkyStart}, 'conky.saveSettings', 'debug')
shutil.copy2(template, self.conkyStart)
else:
self.log.write("Start script not found %(template)s" % {"template": template}, 'conky.saveSettings', 'error')
# Download and upload speed
dl = self.txtNetwDownSpeed.get_text()
functions.replaceStringInFile('\[DSPEED\]', str(dl), self.lua)
self.log.write("Save download speed: %(dl)s" % {'dl': dl}, 'conky.saveSettings', 'debug')
ul = self.txtNetwUpSpeed.get_text()
functions.replaceStringInFile('\[USPEED\]', str(ul), self.lua)
self.log.write("Save upload speed: %(ul)s" % {'ul': ul}, 'conky.saveSettings', 'debug')
# Get selecte temperature unit, and get sensor data accordingly
tempUnit = self.getActiveComboValue(self.cmbSysTempUnit)[1][0:1].lower()
tempUnitStr = '°C'
if tempUnit == 'c':
# Celsius
self.log.write("Temperature unit: Celsius", 'conky.saveSettings', 'debug')
sensorsCommand = 'sensors'
else:
# Fahrenheit
self.log.write("Temperature unit: Fahrenheit", 'conky.saveSettings', 'debug')
tempUnitStr = '°F'
sensorsCommand = 'sensors -f'
sensors = self.ec.run(sensorsCommand, False, False)
# Localization
functions.replaceStringInFile('\[CPU\]', _("CPU"), self.conkyrc)
functions.replaceStringInFile('\[RAM\]', _("RAM"), self.conkyrc)
functions.replaceStringInFile('\[DISK\]', _("Disk"), self.conkyrc)
functions.replaceStringInFile('\[NET\]', _("Net"), self.conkyrc)
# Core temperature
if self.chkSysCores.get_active():
self.commandCore = self.commandCore.replace('[TEMPUNIT]', tempUnitStr)
self.commandCore = self.commandCore.replace("[CORELABEL]", self.corelbl)
self.commandCore = self.commandCore.replace("[SENSORSTR]", sensorsCommand)
functions.replaceStringInFile('#\s*\[CORE\]', self.commandCore, self.conkyrc)
self.log.write("Core command added", 'conky.saveSettings', 'debug')
# CPU fan speed
if self.chkSysCpuFan.get_active():
cpufan = functions.findRegExpInString('cpu\s{0,}fan.*\:', sensors)
self.log.write("Cpu fan value = %(cpufan)s" % {'cpufan' :str(cpufan)}, 'conky.saveSettings', 'debug')
if cpufan:
self.commandCpu = self.commandCpu.replace("[CPULABEL]", self.cpulbl)
self.commandCpu = self.commandCpu.replace('[CPUSTR]', cpufan)
functions.replaceStringInFile('#\s*\[CPUFAN\]', self.commandCpu, self.conkyrc)
# Chassis fan speed
if self.chkSysChassisFan.get_active():
chafan = functions.findRegExpInString('chassis\s{0,}fan.*\:', sensors)
self.log.write("Chassis fan value = %(chafan)s" % {'chafan' :str(chafan)}, 'conky.saveSettings', 'debug')
if chafan:
self.commandChassis = self.commandChassis.replace("[CHASSISLABEL]", self.chassislbl)
self.commandChassis = self.commandChassis.replace('[CHASTR]', chafan)
functions.replaceStringInFile('#\s*\[CHAFAN\]', self.commandChassis, self.conkyrc)
# HD temperature unit
if self.chkSysHd.get_active():
self.log.write("Add HDD temperature to .conkyrc", 'conky.saveSettings', 'debug')
self.commandHdd = self.commandHdd.replace('[TEMPUNIT]', tempUnitStr)
self.commandHdd = self.commandHdd.replace('[HDLABEL]', self.hdlbl)
hddCommand = 'hddtemp -n'
if tempUnit == 'f':
hddCommand = 'hddtemp -n -u f'
self.commandHdd = self.commandHdd.replace('[HDDSTR]', hddCommand)
functions.replaceStringInFile('#\s*\[HDDTEMP\]', self.commandHdd, self.conkyrc)
# LAN IP
if self.chkNetwLanIP.get_active():
self.log.write("Add LAN IP to .conkyrc", 'conky.saveSettings', 'debug')
self.commandLanIp = self.commandLanIp.replace("[LANLABEL]", self.lanlbl)
functions.replaceStringInFile('#\s*\[LANIP\]', self.commandLanIp, self.conkyrc)
# IP
if self.chkNetwIP.get_active():
self.log.write("Add IP to .conkyrc", 'conky.saveSettings', 'debug')
self.commandIp = self.commandIp.replace("[IPLABEL]", self.iplbl)
functions.replaceStringInFile('#\s*\[IP\]', self.commandIp, self.conkyrc)
# Kernel
if self.chkSysKernel.get_active():
self.log.write("Add Kernel to .conkyrc", 'conky.saveSettings', 'debug')
self.commandKernel = self.commandKernel.replace("[KERNELLABEL]", self.kernellbl)
functions.replaceStringInFile('#\s*\[KERNEL\]', self.commandKernel, self.conkyrc)
# Conky desktop alignment
alignment = self.getActiveComboValue(self.cmbPrefAlign)
self.log.write("Conky alignment = %(alignment)s" % {'alignment': alignment[1]}, 'conky.saveSettings', 'debug')
if alignment[0] > 0:
functions.replaceStringInFile('alignment\s+tr', 'alignment tl', self.conkyrc)
# Write sleep before conky start
sleepNr = functions.strToNumber(self.getActiveComboValue(self.cmbPrefSleep)[1], True)
self.log.write("Conky sleep before start = %(sleep)d seconds" % {'sleep': sleepNr}, 'conky.saveSettings', 'debug')
if sleepNr != 20:
functions.replaceStringInFile('20', str(sleepNr), self.conkyStart)
# Network interface
eth = self.txtNetwInterface.get_text()
self.log.write("Save network interface: %(interface)s" % {'interface': eth}, 'conky.saveSettings', 'debug')
functions.replaceStringInFile('\[ETH\]', eth, self.conkyrc)
functions.replaceStringInFile('\[ETH\]', eth, self.lua)
# Write colors
if self.dayClockColorNew == self.dayClockColor:
self.dayClockColorNew = None
if self.dateTitleColorNew == self.dateTitleColor:
self.dateTitleColorNew = None
if self.systemInfoColorNew == self.systemInfoColor:
self.systemInfoColorNew = None
if self.dateTitleColorNew is not None:
functions.replaceStringInFile(self.dateTitleColor, self.dateTitleColorNew, self.conkyrc)
self.log.write("Replace Date and Title color %s with %s" % (self.dateTitleColor, self.dateTitleColorNew), 'conky.saveSettings', 'info')
self.dateTitleColor = self.dateTitleColorNew
if self.dayClockColorNew is not None:
functions.replaceStringInFile(self.dayClockColor, self.dayClockColorNew, self.conkyrc)
functions.replaceStringInFile(self.dayClockColor, self.dayClockColorNew, self.lua)
self.log.write("Replace Day and Clock color %s with %s" % (self.dayClockColor, self.dayClockColorNew), 'conky.saveSettings', 'info')
self.dayClockColor = self.dayClockColorNew
if self.systemInfoColorNew is not None:
functions.replaceStringInFile(self.systemInfoColor, self.systemInfoColorNew, self.conkyrc)
functions.replaceStringInFile(self.systemInfoColor, self.systemInfoColorNew, self.lua)
self.log.write("Replace System Info color %s with %s" % (self.systemInfoColor, self.systemInfoColorNew), 'conky.saveSettings', 'info')
self.systemInfoColor = self.systemInfoColorNew
# Automatically start Conky when the user logs in
if self.chkPrefAutostart.get_active() and not exists(self.desktop):
self.log.write("Write autostart file: %(desktop)s" % {'desktop': self.desktop}, 'conky.saveSettings', 'debug')
if not exists(self.autostartDir):
os.makedirs(self.autostartDir)
desktopCont = '[Desktop Entry]\nComment=SolydXK Conky\nExec=[CONKYSTART]\nIcon=/usr/share/solydxk/logo.png\nStartupNotify=true\nTerminal=false\nType=Application\nName=SolydXK Conky\nGenericName=SolydXK Conky'
f = open(self.desktop, 'w')
f.write(desktopCont.replace('[CONKYSTART]', self.conkyStart))
f.close()
functions.makeExecutable(self.desktop)
msg = "SolydXK Conky configuration has finished.\n\nWill now start Conky with the new configuration."
MessageDialog(self.window.get_title(), msg)
self.log.write("Save settings done", 'conky.saveSettings', 'info')
# Restart Conky
functions.makeExecutable(self.conkyStart)
self.startConky()
def saveMirrors(self):
# Safe mirror settings
replaceRepos = []
# Get user selected mirrors
model = self.tvMirrors.get_model()
itr = model.get_iter_first()
while itr is not None:
sel = model.get_value(itr, 0)
if sel:
repo = model.get_value(itr, 2)
url = model.get_value(itr, 3)
not_changed = ''
# Get currently selected data
for mirror in self.mirrors:
if mirror[0] and mirror[2] == repo:
if mirror[3] != url:
# Currently selected mirror
replaceRepos.append([mirror[3], url])
else:
not_changed = url
break
if url not in replaceRepos and url not in not_changed:
# Append the repositoriy to the sources file
replaceRepos.append(['', url])
itr = model.iter_next(itr)
if not replaceRepos:
# Check for dead mirrors
model = self.tvMirrors.get_model()
itr = model.get_iter_first()
while itr is not None:
sel = model.get_value(itr, 0)
if sel:
repo = model.get_value(itr, 2)
url = model.get_value(itr, 3)
# Get currently selected data
for mirror in self.deadMirrors:
if mirror[1] == repo and mirror[2] != url:
# Currently selected mirror
replaceRepos.append([mirror[2], url])
break
itr = model.iter_next(itr)
if replaceRepos:
self.btnSaveMirrors.set_sensitive(False)
self.btnCheckMirrorsSpeed.set_sensitive(False)
m = Mirror()
ret = m.save(replaceRepos, self.excludeMirrors)
if ret == '':
self.ec.run(cmd="apt-get update",
outputTreeView=self.tvMirrors)
self.umglobal.getLocalInfo()
self.mirrors = self.getMirrors()
self.fillTreeViewMirrors()
else:
self.log.write(ret, "UMPref.saveMirrors", "exception")
self.btnSaveMirrors.set_sensitive(True)
self.btnCheckMirrorsSpeed.set_sensitive(True)
else:
msg = _("There are no repositories to save.")
MessageDialog(self.lblMirrors.get_label(), msg)
def fillTreeViewMaintenance(self):
blnCleanCache = self.radCleanCache.get_active()
blnUnneeded = self.radUnneeded.get_active()
blnDowngradable = self.radDowngradable.get_active()
blnNotavailable = self.radNotavailable.get_active()
blnOldKernels = self.radOldKernel.get_active()
self.enableMaintenance(False)
columnTypesList = ['bool', 'str', 'str', 'str']
packages = [["", _("Package"), _("Installed"), _("Available")]]
# Clear the treeview first
self.tvMaintenanceHandler.fillTreeview(packages, columnTypesList, 0,
400, True)
msg = ""
if blnCleanCache:
msg = _("Hit the Execute button to clean the cache.")
columnTypesList = ['str']
packages.append([msg])
elif blnUnneeded:
msg = self.radUnneeded.get_label()
self.apt.createPackageLists("apt-get autoremove")
for pck in self.apt.removedPackages:
packages.append([False, pck[0], pck[1], pck[2]])
self.apt.createPackageLists()
# Add orphaned files
self.apt.fillOrphanedPackages()
for pck in self.apt.orphanedPackages:
packages.append([False, pck[0], pck[1], pck[2]])
elif blnNotavailable:
msg = self.radNotavailable.get_label()
self.apt.fillNotAvailablePackages()
for pck in self.apt.notavailablePackages:
if pck[0][0:6] != "linux-":
packages.append([False, pck[0], pck[1], ""])
elif blnOldKernels:
msg = self.radOldKernel.get_label()
self.apt.fillKernelPackages()
for pck in self.apt.kernelPackages:
if "headers-486" not in pck[0] \
and "headers-586" not in pck[0] \
and "headers-686" not in pck[0] \
and "headers-amd64" not in pck[0] \
and "image-486" not in pck[0] \
and "image-586" not in pck[0] \
and "image-686" not in pck[0] \
and "image-amd64" not in pck[0]:
checkVersion = self.kernelVersion
if "kbuild" in pck[0]:
indMinus = self.kernelVersion.index("-")
indZero = self.kernelVersion.index("0")
if indZero > 0 and indZero < indMinus:
ind = indZero - 1
else:
ind = indMinus
if ind > 0:
checkVersion = self.kernelVersion[0:ind]
if checkVersion not in pck[0]:
packages.append([False, pck[0], pck[1], ""])
elif blnDowngradable:
msg = self.radDowngradable.get_label()
self.apt.fillDowngradablePackages()
for pck in self.apt.downgradablePackages:
packages.append([False, pck[0], pck[1], pck[2]])
if len(packages) > 1:
self.tvMaintenanceHandler.fillTreeview(packages, columnTypesList,
0, 400, True)
else:
if not blnCleanCache:
msg = _("\"%s\"\n did not return any results.") % msg
MessageDialog(self.btnMaintenance.get_label(), msg)
self.enableMaintenance(True)
def run_upgrade(self):
nid = ""
aptHasErrors = self.apt.aptHasErrors()
if aptHasErrors is not None:
MessageDialog(self.aptErrorText, aptHasErrors)
elif self.upgradables:
if self.apt.upgradablePackages:
self.log.write(
"=================== upgradable pacages ====================",
"UM.run_upgrade", "debug")
self.log.write(
self.createLogString(self.apt.upgradablePackages),
"UM.run_upgrade", "debug")
if self.apt.removedPackages:
self.log.write(
"==================== removed packages =====================",
"UM.run_upgrade", "debug")
self.log.write(self.createLogString(self.apt.removedPackages),
"UM.run_upgrade", "debug")
if self.apt.newPackages:
self.log.write(
"======================= new packages =======================",
"UM.run_upgrade", "debug")
self.log.write(self.createLogString(self.apt.newPackages),
"UM.run_upgrade", "debug")
if self.apt.heldbackPackages:
self.log.write(
"=================== kept back packages =====================",
"UM.run_upgrade", "debug")
self.log.write(self.createLogString(self.apt.heldbackPackages),
"UM.run_upgrade", "debug")
if not self.quickUpdate:
self.showOutput()
contMsg = _("Continue installation?")
if self.upgradableUM:
cmd = "%s install updatemanager" % self.umglobal.settings[
'apt-get-string']
cmd += "; %s install %s" % (
self.umglobal.settings['apt-get-string'], " ".join(
self.apt.getPackageDependencies('updatemanager')))
nid = 'uminstallum'
self.prepForCommand(nid)
if self.quickUpdate:
self.ec.run(cmd)
else:
self.terminal.executeCommand(cmd, nid)
self.log.write("Execute command: %s (%s)" % (cmd, nid),
"UM.on_btnInstall_clicked", "debug")
else:
msg = self.getDistUpgradeInfo()
answer = True
if msg != "":
answer = self.showConfirmationDlg(contMsg, msg)
if answer:
cmd = "%s dist-upgrade" % self.umglobal.settings[
'apt-get-string']
#if self.umglobal.newUpd:
pre = join(
self.umglobal.filesDir,
self.umglobal.settings['pre-upd'].replace(
"[VERSION]", self.umglobal.serverUpdVersion))
post = join(
self.umglobal.filesDir,
self.umglobal.settings['post-upd'].replace(
"[VERSION]", self.umglobal.serverUpdVersion))
if exists(pre):
cmd = "/bin/bash %(pre)s; %(cmd)s" % {
"pre": pre,
"cmd": cmd
}
if exists(post):
cmd = "%(cmd)s; /bin/bash %(post)s" % {
"cmd": cmd,
"post": post
}
nid = 'umupd'
self.prepForCommand(nid)
if self.quickUpdate:
self.ec.run(cmd)
else:
self.terminal.executeCommand(cmd, nid)
self.log.write("Execute command: %s (%s)" % (cmd, nid),
"UM.on_btnInstall_clicked", "debug")
else:
if not self.quickUpdate:
MessageDialog(self.btnInstall.get_label(), self.uptodateText)
return nid
def showInfo(self, title, message, parent):
MessageDialog(title, message, parent=parent)
class GUI(QtWidgets.QMainWindow):
'''
The class GUI handles the drawing of a RobotWorld and allows user to
interact with it.
'''
def __init__(self, database):
super().__init__()
self.screen = QtWidgets.QDesktopWidget().screenGeometry()
self.database = database
self.setCentralWidget(QtWidgets.QWidget(
)) # QMainWindown must have a centralWidget to be able to add layouts
self.horizontal = QtWidgets.QHBoxLayout() # Horizontal main layout
self.centralWidget().setLayout(self.horizontal)
self.init_window()
self.init_buttons()
self.add_reservation_view()
def init_buttons(self):
'''
Adds buttons to the window and connects them to their respective functions
See: QPushButton at http://doc.qt.io/qt-5/qpushbutton.html
'''
self.buttons = QtWidgets.QGroupBox()
layout = QtWidgets.QVBoxLayout()
self.buttons.setLayout(layout)
self.reservation = QtWidgets.QPushButton("Add reservation")
self.reservation.clicked.connect(self.add_reservation)
layout.addWidget(self.reservation)
self.reservation_manage = QtWidgets.QPushButton("Manage reservations")
self.reservation_manage.clicked.connect(self.manage_reservations)
layout.addWidget(self.reservation_manage)
self.resource_manage = QtWidgets.QPushButton("Manage resources")
self.resource_manage.clicked.connect(self.manage_resources)
layout.addWidget(self.resource_manage)
self.service_manage = QtWidgets.QPushButton("Manage services")
self.service_manage.clicked.connect(self.manage_services)
layout.addWidget(self.service_manage)
self.customer_manage = QtWidgets.QPushButton("Manage customers")
self.customer_manage.clicked.connect(self.manage_customers)
layout.addWidget(self.customer_manage)
self.calendar = MyCalendar(self.database)
self.calendar.selectionChanged.connect(self.add_reservation_view)
layout.addWidget(self.calendar)
layout.setAlignment(QtCore.Qt.AlignTop | QtCore.Qt.AlignRight)
self.buttons.setMaximumWidth(self.screen.width() * 0.2)
self.horizontal.addWidget(self.buttons)
def init_window(self):
'''
Sets up the window.
'''
self.setGeometry(self.screen)
self.setWindowTitle('Varausjärjestelmä')
self.show()
# Add a scene for drawing 2d objects
self.scene = QtWidgets.QGraphicsScene()
# Add a view for showing the scene
self.view = MyView(self.scene, self)
self.view.setAlignment(QtCore.Qt.AlignTop | QtCore.Qt.AlignLeft)
self.view.show()
self.horizontal.addWidget(self.view)
def draw_hour_lines(self, width, height, offset, number_of_lines):
for i in range(number_of_lines):
line = QtWidgets.QGraphicsLineItem(0, i * height + offset, width,
i * height + offset)
self.scene.addItem(line)
def add_reservation_view(self):
self.scene.clear()
date = self.calendar.selectedDate()
reservations = self.database.get_reservations(date=date)
if reservations:
self.view.setAlignment(QtCore.Qt.AlignTop | QtCore.Qt.AlignLeft)
(start, end) = self.database.get_start_and_end(date)
number_of_lines = end - start
resources = self.database.resources.get_all()
offset = 30
width = (self.screen.width() - offset) / 5
height = self.screen.height() / 5
hours = HourRowGraphicsItem(offset - 15, height * number_of_lines,
offset, start, end)
headers = ColumnHeaderGraphicsItem(width * len(resources),
offset - 5, resources, offset)
self.draw_hour_lines(width * len(resources) + 30, height, offset,
number_of_lines)
for reservation in reservations:
item = ReservationGraphicsItem(self, self.database,
reservation, width, height,
offset, date, start)
self.scene.addItem(item)
self.scene.addItem(hours)
self.scene.addItem(headers)
else:
self.view.setAlignment(QtCore.Qt.AlignCenter)
text = QtWidgets.QGraphicsSimpleTextItem(
"No reservations for selected date")
self.scene.addItem(text)
self.scene.setSceneRect(self.scene.itemsBoundingRect())
def add_reservation(self, reservation=None):
if not self.database.get_resources():
self.error = MessageDialog("Please add atleast one resource.")
self.error.show()
elif not self.database.get_services():
self.error = MessageDialog("Please add atleast one service.")
self.error.show()
else:
self.reservation_dialog = ReservationDialog(
self, reservation=reservation)
self.reservation_dialog.show()
def manage_reservations(self):
self.reservation_manage_dialog = ReservationManageDialog(self)
self.reservation_manage_dialog.show()
def manage_resources(self):
self.resource_manage_dialog = ResourceManageDialog(self)
self.resource_manage_dialog.show()
def manage_services(self):
self.service_manage_dialog = ServiceManageDialog(self)
self.service_manage_dialog.show()
def manage_customers(self):
self.customer_manage_dialog = CustomerManageDialog(self)
self.customer_manage_dialog.show()
def update(self):
self.add_reservation_view()
def on_release(self):
handler.send_message(event=handler.EVENT_MESSAGE, id=self.id)
Globals.message_dialog = MessageDialog()
Globals.message_dialog.open()
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)
def on_command_done(self, terminal, pid, nid):
if nid != "init":
self.log.write("Command finished (pid=%s, nid=%s)" % (pid, nid),
"UM.on_command_done", "info")
if nid == "uminstallum":
# Reload UM
self.log.write(
"Updating UM: kill process of updatemanagerpref.py",
"UM.on_command_done", "debug")
self.umglobal.killScriptProcess("updatemanagerpref.py")
# Reload tray as user
self.log.write(
"Updating UM: kill process of updatemanagertray.py",
"UM.on_command_done", "debug")
self.umglobal.killScriptProcess("updatemanagertray.py")
cmd = "sudo -u {} updatemanager -t -r".format(self.user)
os.system(cmd)
self.log.write(
"UM updated: reload tray as user {}".format(self.user),
"UM.on_command_done", "debug")
# Reload UM window
cmd = join(self.umglobal.scriptDir, "updatemanager.py")
if self.quickUpdate:
cmd = join(self.umglobal.scriptDir, "updatemanager.py -q")
self.umglobal.reloadWindow(cmd, self.user)
self.log.write(
"UM updated: reload {0} as user {1}".format(
cmd, self.user), "UM.on_command_done", "debug")
elif nid == "umrefresh":
# Build installed packages info list
self.apt.createPackagesInfoList()
# Run post update when needed
self.postUpdate()
elif nid == "ummaintenance":
self.enableMaintenance(True)
self.fillTreeViewMaintenance()
self.btnInstall.set_sensitive(True)
self.btnRefresh.set_sensitive(True)
self.btnPackages.set_sensitive(True)
self.btnMaintenance.set_sensitive(True)
self.showMaintenance()
elif nid == 'umupd':
# Save update version in hist file
self.umglobal.saveHistVersion("upd",
self.umglobal.serverUpdVersion)
self.log.write(
"Save history upd=%s" % self.umglobal.serverUpdVersion,
"UM.on_command_done", "debug")
self.deleteScripts()
# Refresh data after install or update
self.umglobal.collectData()
self.apt.createPackageLists()
self.fillTreeView()
# Enable the buttons and load the info page
self.log.write(
"Re-initiate window after terminal command: %s" %
str(not self.quickUpdate), "UM.on_command_done", "debug")
if not self.quickUpdate:
self.btnInstall.set_sensitive(True)
self.btnRefresh.set_sensitive(True)
self.btnPackages.set_sensitive(True)
self.btnMaintenance.set_sensitive(True)
self.btnInfo.set_sensitive(True)
self.loadInfo()
if self.umglobal.newUpd:
self.showInfo()
else:
# This throws a lock file error in Plasma5
#aptHasErrors = self.apt.aptHasErrors()
#if aptHasErrors is not None:
#MessageDialog(self.aptErrorText, aptHasErrors)
#el
if self.upgradables:
self.showPackages()
else:
self.showInfo()
MessageDialog(self.btnInfo.get_label(),
self.uptodateText)
self.log.write("Re-initiate window complete",
"UM.on_command_done", "debug")
# Cleanup name file(s)
for fle in glob(join(self.umglobal.filesDir, '.um*')):
remove(fle)
def showInfoDlg(self, title, message):
MessageDialog(title, message)
def isRunningLive():
if force:
return False
liveDirs = ['/live', '/lib/live/mount', '/rofs']
for ld in liveDirs:
if os.path.exists(ld):
return True
return False
# Do not run in live environment
if isRunningLive():
msg = _("Device Driver Manager cannot be started in a live environment\n"
"You can use the --force argument to start DDM in a live environment")
MessageDialog(title, msg, None, None, True, 'ddm')
sys.exit()
def uncaught_excepthook(*args):
sys.__excepthook__(*args)
if __debug__:
from pprint import pprint
from types import BuiltinFunctionType, ClassType, ModuleType, TypeType
tb = sys.last_traceback
while tb.tb_next: tb = tb.tb_next
print(('\nDumping locals() ...'))
pprint({k:v for k,v in tb.tb_frame.f_locals.items()
if not k.startswith('_') and
not isinstance(v, (BuiltinFunctionType,
ClassType, ModuleType, TypeType))})
