def __init__(self):
QMainWindow.__init__(self)
global tipus
self.avisa = True # avisa la sortida
self.ui_cadi = Ui_Form()
self.ui_cadi.setupUi(self)
self.ui_cadi.label_3.setVisible(False)
self.ui_cadi.label_11.setVisible(False)
self.ui_cadi.b_root.setVisible(False)
#############
#### PC INFO
#############
# Get PC info & put on info labels
kernel = funcions_k.versiokernel()
versiokademar = funcions_k.versiokademar()
tipuskademar = funcions_k.tipuskademar()
cpu = getoutput(""" grep 'cpu MHz' /proc/cpuinfo | awk '{ print $4 }' """)
cpuinfo = getoutput(" cat /proc/cpuinfo | grep 'model name' ")
ram = getoutput(""" grep 'MemTotal' /proc/meminfo | awk '{ print $2 }' """)
hostname = getoutput("hostname -f")
logedusers = getoutput("users")
numlogedusers = len(logedusers.split(" "))
self.ui_cadi.l_kdm.setText("kademar")
self.ui_cadi.l_kern.setText(kernel)
self.ui_cadi.l_ver.setText(versiokademar)
self.ui_cadi.l_tipu.setText(tipuskademar)
self.ui_cadi.l_cpu.setText(cpu.split("\n")[0] + " Mhz")
self.ui_cadi.l_cpuinfo.setText(cpuinfo)
self.ui_cadi.l_ram.setText(ram + " Mb")
self.ui_cadi.l_host.setText(hostname)
if not funcions_k.instalat():
for i in [self.ui_cadi.b_users, self.ui_cadi.b_language]:
i.setVisible(0)
#############
#### END PC INFO
#############
# Ponemos el splash
self.ui_cadi.pages.setCurrentWidget(self.ui_cadi.tab_principal)
self.path = "/usr/share/kademar/utils/cadi"
##### Signals & Slots #####
self.connect(self.ui_cadi.b_sortir, SIGNAL("clicked()"), self.close)
self.connect(self.ui_cadi.b_root, SIGNAL("clicked()"), self.boto_root)
# Software
self.connect(self.ui_cadi.b_software, SIGNAL("clicked()"), self.boto_software)
# Hardware
self.connect(self.ui_cadi.b_hardware, SIGNAL("clicked()"), self.boto_hardware)
# Xarxa
self.connect(self.ui_cadi.b_xarxa, SIGNAL("clicked()"), self.boto_xarxa)
# Sistema
self.connect(self.ui_cadi.b_sistema, SIGNAL("clicked()"), self.boto_sistema)
# SOFTWARE
# Boto Preferencies del sistema
self.connect(self.ui_cadi.b_preferencies_sistema, SIGNAL("clicked()"), self.boto_preferencies)
##Synaptic
self.connect(self.ui_cadi.b_synaptic, SIGNAL("clicked()"), self.boto_synaptic)
# HARDWARE
# Impressores
self.connect(self.ui_cadi.b_impressores, SIGNAL("clicked()"), self.boto_impressores)
# Bluetooth
self.connect(self.ui_cadi.b_bluetooth, SIGNAL("clicked()"), self.boto_bluetooth)
# Teclats Multimedia
self.connect(self.ui_cadi.b_teclats_multimedia, SIGNAL("clicked()"), self.boto_teclats_multimedia)
# Kinfocenter
self.connect(self.ui_cadi.b_kinfocenter, SIGNAL("clicked()"), self.boto_kinfocenter)
# Ndiswrapper
self.connect(self.ui_cadi.b_ndiswrapper, SIGNAL("clicked()"), self.boto_ndiswrapper)
# XARXA
# Internet & Conectivity Module
self.connect(self.ui_cadi.b_internet, SIGNAL("clicked()"), self.boto_internet)
# Modem
self.connect(self.ui_cadi.b_modem, SIGNAL("clicked()"), self.boto_modem)
# ADSL/PPPoE
self.connect(self.ui_cadi.b_pppoe, SIGNAL("clicked()"), self.boto_pppoe)
# GPRS
self.connect(self.ui_cadi.b_gprs, SIGNAL("clicked()"), self.boto_gprs)
# SYSTEM
# Display
self.connect(self.ui_cadi.b_display_configuration, SIGNAL("clicked()"), self.boto_display_configuration)
# Users
self.connect(self.ui_cadi.b_users, SIGNAL("clicked()"), self.boto_users)
# Services
self.connect(self.ui_cadi.b_services, SIGNAL("clicked()"), self.boto_services)
# Language
self.connect(self.ui_cadi.b_language, SIGNAL("clicked()"), self.boto_language)
# Grub
self.connect(self.ui_cadi.b_grub, SIGNAL("clicked()"), self.boto_grub)
#### END Signals & Slots ####
self.modules = [
("preferences", self.boto_preferencies),
("synaptic", self.boto_synaptic),
("printer", self.boto_impressores),
("bluetooth", self.boto_bluetooth),
("kboardmmedia", self.boto_teclats_multimedia),
("kinfocenter", self.boto_kinfocenter),
("ndiswrapper", self.boto_ndiswrapper),
("internet", self.boto_internet),
("modem", self.boto_modem),
("pppoe", self.boto_pppoe),
("gprs", self.boto_gprs),
("display", self.boto_display_configuration),
("users", self.boto_users),
("services", self.boto_services),
("language", self.boto_language),
("grub", self.boto_grub),
]
self.tabs = [
("software", self.boto_software),
("hardware", self.boto_hardware),
("net", self.boto_xarxa),
("system", self.boto_sistema),
]
a = b = ""
# Open a module if you have passed as a parameter
for i in sys.argv[1:]:
if i.find("--module=") <> -1: # --module=wifi
module = i.split("=")[1] # get only wifi
for i in self.modules: # search and open it
if i[0].find(module) <> -1:
i[1]()
elif i.find("--tab=") <> -1: # --tab=hadware
tab = i.split("=")[1] # get only hardware
for i in self.tabs: # search and open it
if i[0].find(tab) <> -1:
i[1]()
elif i.find("--help") <> -1:
print
print
print "CADI: The configurator tool"
print "---------------------------"
print
print "* To open a tab, call with --tab=xxx param"
print " - Tabs Availables:"
for i in self.tabs:
b = b + " " + i[0]
print b
print
print "* To open a module, call with --module=xxx param"
print " - Modules Availables:"
for i in self.modules:
a = a + " " + i[0]
print a
print
def __init__(self):
QWidget.__init__(self)
#Carrega el Gui
self.ui = uikademarcenter()
self.ui.setupUi(self)
self.usbtrayclosed=True
####
# SOUND CONFIGURATION
####
self.play="paplay" #Play Program
self.soundconnect="/usr/share/sounds/KDE_Dialog_Appear.wav" #Sound USB connect
self.sounddisconnect="/usr/share/sounds/KDE_Dialog_Disappear.wav"
####
# END SOUND CONFIGURATION
####
self.connect(self.ui.b_settings, SIGNAL("clicked()"), self.showsettings)
global notifier
#Load configuration files
self.load_kademarcenter_config()
#### UsbTray Module ####
self.usbtray = UsbTray()
self.connect(self.usbtray, SIGNAL("showmsg"), self.showmsg)
##########################
#### IvMan Work ####
self.HardwareDetect = HardwareDetect()
self.connect(self.HardwareDetect, SIGNAL("showmsg"), self.showmsg)
self.connect(self.HardwareDetect, SIGNAL("regeneraformusbtray"), self.regeneraformusbtray)
self.connect(self.HardwareDetect, SIGNAL("showusbtray"), self.showusbtray)
self.HardwareDetect.start()
######################
#############
#### TRAY MODULE & ACTIONS
#############
#### TRAY ####
self.tray = QSystemTrayIcon(self)
self.trayMenu = QMenu()
#Definicio de items del menu (solament el que son, icona i descripcio)
#self.action_quit = QAction(QIcon("/usr/share/kademar/icons/convertir.png"), self.tr('Quit'), self)
self.action_mainwindow = QAction(QIcon("/usr/share/kademar/icons/endavant.png"), self.tr("Open kademar Center"), self)
self.action_settings = QAction(QIcon("/usr/share/kademar/icons/configure.png"), self.tr("Configure"), self)
#Afegit opcions de dalt, en el menu del context
self.trayMenu.addAction(self.action_mainwindow)
self.trayMenu.addAction(self.action_settings)
#self.trayMenu.addAction(self.action_quit)
#Connectar Accions al fer click a un del menu, la function que executa
self.connect(self.action_mainwindow, SIGNAL("triggered()"), self.mainwindow)
self.connect(self.action_settings, SIGNAL("triggered()"), self.showsettings)
#self.connect(self.action_quit, SIGNAL("triggered()"), self.quitusbtray)
#Quan fas clic al tray executa eventsdeltray (function)
self.tray.connect( self.tray, SIGNAL( "activated(QSystemTrayIcon::ActivationReason)" ), self.eventsdeltray )
self.trayIcon = QIcon("/usr/share/kademar/utils/kademarcenter/img/kademar.png")
self.tray.setContextMenu(self.trayMenu)
self.tray.setIcon(self.trayIcon)
self.tray.setToolTip("kademar Center")
self.tray.show()
#############
#### END TRAY MODULE & ACTIONS
#############
#### INITIAL Services Start ####
#Initial start of services
system(scripts.initial_service_start)
#################################
#### INITIAL DEVICE MOUNT ####
#Initial mount of already plugged devices
for udi in getoutput(scripts.initial_mount).split():
print udi
print "INITIAL DEVICE"
system("touch /tmp/kademarcenter-inicial")
self.HardwareDetect.processa_udi(udi, "add")
system("rm -f /tmp/kademarcenter-inicial")
##############################
#############
#### PC INFO
#############
#Get PC info & put on info labels
kernel=funcions_k.versiokernel()
versiokademar=funcions_k.versiokademar()
tipuskademar=funcions_k.tipuskademar()
cpu=getoutput(""" grep 'cpu MHz' /proc/cpuinfo | awk '{ print $4 }' """)
cpuinfo=getoutput(" cat /proc/cpuinfo | grep 'model name' ")
ram=getoutput(""" grep 'MemTotal' /proc/meminfo | awk '{ print $2 }' """)
hostname=getoutput("hostname -f")
logedusers=getoutput("users")
numlogedusers=len(logedusers.split(" "))
self.ui.l_kdm.setText("kademar")
self.ui.l_kern.setText(kernel)
self.ui.l_ver.setText(versiokademar)
self.ui.l_tipu.setText(tipuskademar)
self.ui.l_cpu.setText(cpu.split("\n")[0]+" Mhz")
self.ui.l_cpuinfo.setText(cpuinfo)
self.ui.l_ram.setText(ram+" Mb")
self.ui.l_host.setText(hostname)
self.kademarstart()
#if live-cd check if executing 32bit kademar on 64bit Machine
global kademarstartconfig
if not funcions_k.instalat() and kademarstartconfig.arch_warning:
if getoutput("arch") != "x86_64": #if system kernel ISN'T 64bit
#check if machine can support 64 bit system
check64bit=getoutput(""" for i in `grep cache_alignment /proc/cpuinfo | cut -d: -f2`; do echo $i; break; done """).strip()
checkSse3=getoutput(""" grep -i sse3 /proc/cpuinfo 2>/dev/null """)
checkSse4=getoutput(""" grep -i sse4 /proc/cpuinfo 2>/dev/null """)
if checkSse3 or checkSse4: #if have sse3 or 4
if int(check64bit) >= 64:
#warn if it's a machine 64bit capable with a 32bit system
QMessageBox.critical(self, self.tr('Executing 32bit kademar on a 64bit Machine'), self.tr("Your computer is a 64bit capable, but you are executing a 32bit kademar.\nThis can cause performance issues and kademar experience could be reduced.\n\nFor live-cd use there's no problem, but if you want to install kademar on this machine, would be better if you download 64bit version from www.kademar.org"))
#############
#### END PC INFO
#############
#Comprueba dispositivos USB y muestralo si eso
self.regeneraformusbtray()