/usr/bin/tcos-devices-ng is in tcosmonitor 0.2.43.
This file is owned by root:root, with mode 0o755.
The actual contents of the file can be viewed below.
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# -*- coding: UTF-8 -*-
# TcosMonitor version 0.2.43
#
# Copyright (c) 2006-2011 Mario Izquierdo <mariodebian@gmail.com>
#
# This package 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 package 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
import os, sys
import gobject
import getopt
from gettext import gettext as _
import time
import socket
CONF_FILE="~/.tcos-devices-ng.conf"
ALL_CONF_FILE="/etc/tcos/tcos-devices-ng.conf"
import pygtk
pygtk.require('2.0')
import gtk
from tcosmonitor import shared
# check for local DISPLAY
remotehost=display=""
if "DISPLAY" in os.environ and os.environ['DISPLAY'] != '':
remotehost=str(shared.parseIPAddress(os.environ["DISPLAY"]))
action = ""
if remotehost == "":
print ("tcos-devices-ng: Not allowed to run in local DISPLAY")
sys.exit(0)
# load conf file and exit if not active
if not shared.test_start("tcos-devices-ng") :
print ("tcos-devices-ng disabled at %s" % (shared.module_conf_file))
sys.exit(1)
from tcosmonitor.TcosTrayIcon2 import TcosTrayIcon
import threading
import pynotify
import pwd
# tell gtk we use threads
gtk.gdk.threads_init()
def usage():
print ("tcos-devices-ng help:")
print ("")
print (" tcos-devices-ng -d [--debug] (write debug data to stdout)")
print (" tcos-devices-ng -h [--help] (this help)")
try:
opts, args = getopt.getopt(sys.argv[1:], ":hd", ["help", "debug" ])
except getopt.error, msg:
print (msg)
print ("for command line options use tcos-devices-ng --help")
sys.exit(2)
# process options
for o, a in opts:
if o in ("-d", "--debug"):
shared.debug = True
if o in ("-h", "--help"):
usage()
sys.exit()
def log( message ):
print ( "%d %s" % (os.getpid(), message) )
def print_debug(txt):
if shared.debug:
print >>sys.stderr, "%d %s::%s" % (os.getpid(), "tcos-devices-ng", txt)
#print("%d %s::%s" % (os.getpid(), "tcos-devices-ng", txt), file=sys.stderr)
class TcosDevicesNG:
def __init__(self):
self.host=None
self.hostname=None
self.name="TcosDevicesNG"
self.mounted={}
self.mntconf={}
self.username=None
self.loadconf(CONF_FILE)
self.loadconf(ALL_CONF_FILE)
######## Create icon #############
disable_quit=self.mntconf.has_key("disable_quit") and self.mntconf['disable_quit'] == "1"
enable_reboot_and_poweroff=self.mntconf.has_key("enable_reboot_poweroff") and self.mntconf['enable_reboot_poweroff'] == "1"
self.systray=TcosTrayIcon(disable_quit=disable_quit, allow_reboot_poweroff=enable_reboot_and_poweroff)
self.systray.status=True
self.initremote()
self.desktop=self.get_desktop()
######## read floppys #############
if self.mntconf.has_key("disable_floppy") and self.mntconf['disable_floppy'] == "1" :
print_debug("__init__() floppy disabled from CONF_FILE")
else:
self.getremote_floppy()
######## read cdroms #############
if self.mntconf.has_key("disable_cdroms") and self.mntconf['disable_cdroms'] == "1" :
print_debug("__init__() cdroms disabled from CONF_FILE")
else:
self.getremote_cdroms()
######## read hard disk #############
if self.mntconf.has_key("disable_hdd") and self.mntconf['disable_hdd'] == "1" :
print_debug("__init__() hdd disabled from CONF_FILE")
else:
self.getremote_hdd()
self.quitting=False
# register quit event
if not disable_quit:
self.systray.register_action("quit", lambda w: self.exit() )
# register reboot and poweroff
if enable_reboot_and_poweroff:
self.systray.register_action("reboot", self.menu_remote_reboot_poweroff, 'reboot' )
self.systray.register_action("poweroff", self.menu_remote_reboot_poweroff, 'poweroff' )
self.udev_events={
"insert": {"ID_BUS": "usb", "ACTION":"add"},
"remove": {"ID_BUS": "usb", "ACTION":"remove"},
"insert-firewire":{"ID_BUS": "ieee1394", "ACTION":"add"},
"remove-firewire":{"ID_BUS": "ieee1394", "ACTION":"remove"},
"mount-floppy": {"DEVPATH": "/block/fd0", "ACTION":"mount"},
"umount-floppy": {"DEVPATH": "/block/fd0", "ACTION":"umount"},
"mount-cdrom": {"DEVPATH": "/block/hd*", "ACTION":"mount"},
"umount-cdrom": {"DEVPATH": "/block/hd*", "ACTION":"umount"},
"mount-flash": {"DEVPATH": "/block/sd*", "ACTION":"mount"},
"umount-flash": {"DEVPATH": "/block/sd*", "ACTION":"umount"},
"newcdrom": {"ID_FS_TYPE":"iso9660", "ACTION":"add"}
}
def menu_remote_reboot_poweroff(self, *args):
try:
action=args[0][0]
except Exception, err:
print_debug("menu_remote_reboot_poweroff() Exception, error=%s"%err)
return
remote_hostname=self.xauth.get_hostname()
xauth_cookie=self.xauth.get_cookie()
if self.mntconf.has_key("reboot_poweroff_timeout"):
timeout=self.mntconf['reboot_poweroff_timeout']
else:
timeout="5"
if action == "reboot":
self.show_notification( _("Rebooting in %s seconds") %(timeout) )
elif action == "poweroff":
self.show_notification( _("Shutting down in %s seconds") %(timeout) )
else:
# unknow signal
return
print_debug("remote_reboot_poweroff() action=%s, remote_hostname=%s, xauth_cookie=%s"%(action, remote_hostname, xauth_cookie))
cmd=threading.Thread(target=self.remote_reboot_poweroff, args=[action, timeout, xauth_cookie, remote_hostname] )
cmd.start()
return
def remote_reboot_poweroff(self, action, timeout, xauth_cookie, remote_hostname):
print_debug("remote_reboot_poweroff() waiting %s seconds"%timeout)
#time.sleep(int(timeout))
try:
result=self.xmlrpc.tc.tcos.rebootpoweroff( action, timeout, xauth_cookie, remote_hostname)
print_debug("remote_reboot_poweroff() result=%s"%result.strip())
if result.startswith("error"):
self.show_notification( _("ERROR during action %(action)s:\n%(errortxt)s") %{"action":action, "errortxt":result.replace('error: ','')} )
except Exception, err:
print_debug("remote_reboot_poweroff() Exception: %s"%err)
self.show_notification( _("ERROR during action %(action)s:\n%(errortxt)s") %{"action":action, "errortxt":err} )
return
def loadconf(self, conffile):
print_debug ( "loadconf() __init__ conffile=%s" %conffile )
conf=os.path.expanduser(conffile)
if os.path.isfile(conf):
print_debug ("loadconf() found conf file %s" %conf)
f=open(conf, "r")
data=f.readlines()
f.close()
for line in data:
if line == '\n': continue
if line.find('#') == 0: continue
line=line.replace('\n', '')
if "=" in line:
try:
self.mntconf["%s"%line.split('=')[0]] = line.split('=')[1]
except Exception, err:
print_debug("loadconf() Exception, error=%s"%err)
pass
print_debug( "loadconf mntconf=%s" %self.mntconf )
return
def show_notification(self, msg, urgency=pynotify.URGENCY_CRITICAL, timeout=20000):
pynotify.init("tcos-devices-ng")
if os.path.isfile("/usr/share/pixmaps/tcos-icon-32x32-custom.png"):
image_uri="file://usr/share/pixmaps/tcos-icon-32x32-custom.png"
else:
image_uri="file://" + os.path.abspath(shared.IMG_DIR) + "/tcos-devices-32x32.png"
n = pynotify.Notification( _("Tcos device daemon") , msg, image_uri )
n.set_urgency(urgency)
# don't attach to status icon with multiple notifications
#if hasattr(pynotify.Notification, 'attach_to_status_icon'):
# n.attach_to_status_icon(self.systray.statusIcon)
n.set_category("device")
n.set_timeout(timeout) # 15 sec
if not n.show():
print_debug ("show_notification() Failed to send notification")
def initremote(self):
# get all devices
import tcosmonitor.TcosXmlRpc
import tcosmonitor.TcosConf
import tcosmonitor.TcosCommon
import tcosmonitor.TcosXauth
self.xauth=tcosmonitor.TcosXauth.TcosXauth(self)
self.xauth.init_standalone()
self.common=tcosmonitor.TcosCommon.TcosCommon(self)
print_debug ( "loading config class..." )
self.config=tcosmonitor.TcosConf.TcosConf(self, openfile=False)
self.xmlrpc=tcosmonitor.TcosXmlRpc.TcosXmlRpc(self)
self.username=self.common.get_username()
self.host=self.common.get_display(ip_mode=True)
self.hostname=self.common.get_display(ip_mode=False)
print_debug("initremote() username=%s host=%s hostname=%s"%(self.username, self.host, self.hostname))
if not self.common.user_in_group("fuse"):
print ("tcos-devices-ng: ERROR: User not in group fuse")
shared.error_msg(_("TCOS_DEVICES: Your user is not in group fuse and you can not use USB devices. Please contact with your administrator."))
sys.exit(1)
nossl=True
# make a test and exit if no cookie match
if not self.xauth.test_auth(nossl):
print ("tcos-devices-ng: ERROR: Xauth cookie don't match")
sys.exit(1)
self.xmlrpc.newhost(self.host, nossl)
if not self.xmlrpc.connected:
print ( _("Error connecting with TcosXmlRpc in %s.") %(self.host) )
sys.exit(1)
# check for enabled devices
disable_usb=self.xmlrpc.IsEnabled("TCOS_DISABLE_USB")
disable_ide=self.xmlrpc.IsEnabled("TCOS_DISABLE_IDE")
if disable_usb or disable_ide:
print ("tcos-devices-ng: TCOS_DISABLE_USB or TCOS_DISABLE_IDE enabled, exiting...")
sys.exit(0)
def get_desktop_path(self):
try:
desktop=self.common.exe_cmd("/usr/lib/tcos/get-xdg-desktop", verbose=1, background=False, lines=0, cthreads=0)
except:
desktop=os.path.expanduser("~/")
if not os.path.isdir(desktop):
desktop=os.path.expanduser("~/")
return desktop
def getremote_cdroms(self):
self.cdrom_devices=self.xmlrpc.GetDevicesInfo(device="", mode="--getcdrom").split('|')
self.cdrom_devices=self.cdrom_devices[0:-1]
print_debug ( "get_data() cdroms=%s" %(self.cdrom_devices) )
for cdrom in self.cdrom_devices:
# get device status
cdrom_status= self.xmlrpc.GetDevicesInfo(device="/dev/%s" %cdrom, mode="--getstatus")
if cdrom_status == "0":
mount=True
umount=False
else:
mount=False
umount=True
cdrom_desc = self.xmlrpc.GetDevicesInfo(device="/dev/%s" %cdrom, mode="--getid")
self.systray.register_device("cdrom_%s"%cdrom,
_("Cdrom device %s" ) %cdrom,
"cdrom.png", True,
{
"cdrom_%s_mount" %cdrom: [ _("Mount Cdrom"), "cdrom_mount.png", mount, None, "/dev/%s"%cdrom],
"cdrom_%s_umount"%cdrom: [ _("Umount Cdrom"), "cdrom_umount.png", umount, None, "/dev/%s"%cdrom]
},
"/dev/%s"%(cdrom),
cdrom_desc)
self.systray.register_action("cdrom_%s_mount" %cdrom, self.cdrom, "mount", cdrom )
self.systray.register_action("cdrom_%s_umount" %cdrom, self.cdrom, "umount", cdrom )
def getremote_hdd(self):
self.hdd_devices=self.xmlrpc.GetDevicesInfo(device="", mode="--gethdd").split('|')
self.hdd_devices=self.hdd_devices[0:-1]
print_debug ( "getremote_hdd() hdd=%s" %(self.hdd_devices) )
for hdd in self.hdd_devices:
# get device status
hdd_status= self.xmlrpc.GetDevicesInfo(device="/dev/%s" %hdd, mode="--getstatus")
if hdd_status == "0":
mount=True
umount=False
else:
mount=False
umount=True
hdd_desc = self.xmlrpc.GetDevicesInfo(device="/dev/%s" %hdd[0:3], mode="--getid")
self.systray.register_device("hdd_%s"%hdd,
_("Disk partition %s") %hdd,
"hdd_mount.png", True,
{
"hdd_%s_mount" %hdd: [ _("Mount disk partition"), "hdd_mount.png", mount, None, "/dev/%s"%hdd],
"hdd_%s_umount"%hdd: [ _("Umount disk partition"), "hdd_umount.png", umount, None, "/dev/%s"%hdd]
},
"/dev/%s"%(hdd),
hdd_desc)
self.systray.register_action("hdd_%s_mount" %hdd, self.hdd, "mount", hdd )
self.systray.register_action("hdd_%s_umount" %hdd, self.hdd, "umount", hdd )
def getremote_floppy(self):
have_floppy=self.xmlrpc.GetDevicesInfo(device="/dev/fd0", mode="--exists")
if have_floppy == "0":
print_debug ( _("No floppy detected") )
return
floppy_status=self.xmlrpc.GetDevicesInfo(device="/dev/fd0", mode="--getstatus")
if floppy_status == "0":
mount=True
n=1
self.systray.status=False
else:
mount=False
n=2
self.systray.status=True
self.systray.register_device("floppy",
_("Floppy"),
"floppy%s.png"%n, True,
{
"floppy_mount": [ _("Mount Floppy"), "floppy_mount.png", mount, None, "/dev/fd0"],
"floppy_umount": [ _("Umount Floppy"), "floppy_umount.png", not mount, None, "/dev/fd0"]
},
"/dev/fd0")
self.systray.register_action("floppy_mount" , self.floppy, "mount" )
self.systray.register_action("floppy_umount" , self.floppy, "umount" )
return
def update_floppy(self, *args):
if len(args) > 0:
if args[0] == "mount":
self.show_notification ( _("Floppy mounted. Ready for use.") )
elif args[0] == "umount":
self.show_notification ( _("Floppy umounted. You can extract it.") )
floppy_status=self.xmlrpc.GetDevicesInfo(device="/dev/fd0", mode="--getstatus")
if floppy_status == "0":
ismounted=False
n=1
else:
ismounted=True
n=2
print_debug ("update_floppy() floppy ismounted=%s" %ismounted)
self.systray.items["floppy"][1]="floppy%s.png"%n
self.systray.update_status("floppy", "floppy_mount", not ismounted)
self.systray.update_status("floppy", "floppy_umount", ismounted)
def update_hdd(self, *args):
if len(args) > 0:
if args[0] == "mount":
self.show_notification ( _("Hard disk partition mounted. Ready for use.") )
return
elif args[0] == "umount":
self.show_notification ( _("Hard disk partition umounted.") )
return
else:
dev=args[0]
hdd_status=self.xmlrpc.GetDevicesInfo(device="/dev/%s"%dev, mode="--getstatus")
if hdd_status == "0":
ismounted=False
n=1
else:
ismounted=True
n=2
print_debug ("update_hdd() hdd ismounted=%s" %ismounted)
self.systray.update_status("hdd_%s"%dev, "hdd_%s_mount"%dev, not ismounted)
self.systray.update_status("hdd_%s"%dev, "hdd_%s_umount"%dev, ismounted)
def update_cdrom(self, dev, action=None):
if action == "mount" or action == "umount":
devtype=self.xmlrpc.GetDevicesInfo(device=dev, mode="--cdaudio")
if action == "mount":
if devtype == "1":
self.show_notification ( _("Audio cdrom mounted., you can listen music opening wav files.") )
else:
self.show_notification ( _("Cdrom mounted. Ready for use.") )
return
elif action == "umount":
self.show_notification ( _("Cdrom umounted. You can extract it.") )
return
cdrom_status=self.xmlrpc.GetDevicesInfo(device="/dev/%s"%dev, mode="--getstatus")
if cdrom_status == "0":
ismounted=False
n=1
else:
ismounted=True
n=2
print_debug ("update_cdrom() cdrom ismounted=%s" %ismounted)
self.systray.update_status("cdrom_%s"%dev, "cdrom_%s_mount"%dev, not ismounted)
self.systray.update_status("cdrom_%s"%dev, "cdrom_%s_umount"%dev, ismounted)
def udev_daemon(self):
start1=time.time()
print_debug ("udev_daemon() starting...")
udev=self.xmlrpc.GetDevicesInfo(device="", mode="--getudev").split('|')
print_debug("udev_daemon GetDevicesInfo time=%f" %(time.time() - start1) )
if "error" in " ".join(udev): return
udev=udev[:-1]
if len(udev) < 1 or udev[0] == "unknow": return
udev=self.remove_dupes(udev)
for line in udev:
data={}
tmp=line.split('#')
for i in tmp:
if '=' in i:
data[i.split("=")[0]]=i.split("=")[1]
for event in self.udev_events:
action_found=False
#print_debug ( " UDEV=> checking for event %s" %event )
# check for all events
for udev_var in self.udev_events[event]:
#print_debug ( " UDEV=> checking for udev_var %s value=%s" %(udev_var, self.udev_events[event]["%s"%udev_var]) )
if not data.has_key(udev_var):
action_found=False
break
if "*" in self.udev_events["%s"%event]["%s"%udev_var]:
even=self.udev_events["%s"%event]["%s"%udev_var].replace('*','')
if even in data["%s"%udev_var]:
action_found=True
else:
action_found=False
break
else:
if self.udev_events["%s"%event]["%s"%udev_var] == data["%s"%udev_var]:
action_found=True
else:
action_found=False
break
if action_found:
self.worker_running=False
worker=shared.Workers(self, target=self.do_udev_event, args=[data], dog=False)
worker.start()
print_debug("end of udev_daemon time=%f" %(time.time() - start1) )
return
def do_udev_event(self, *args):
data=args[0]
#print_debug ("do_udev_event() data=%s" %data)
if data.has_key("ID_FS_TYPE") and data['ID_FS_TYPE'] == "iso9660":
# newcdrom ADD (mount it)
if data['ACTION'] == "add":
self.cdrom( ('mount', data["DEVPATH"].split("/")[2]), )
else:
if data['ACTION'] == "mount":
# check if CDROM is automonted before
if self.xmlrpc.GetDevicesInfo(device=data["DEVPATH"], mode="--getstatus") == "1":
return
self.cdrom( (data['ACTION'], data["DEVPATH"].split("/")[2]), )
if data.has_key("ID_BUS") and data["ID_BUS"] == "usb":
if data.has_key("DEVPATH") and "/block/sr" in data["DEVPATH"]:
self.cdrom_usb(data)
else:
self.usb(data)
if data.has_key("ID_BUS") and data["ID_BUS"] == "ieee1394":
self.firewire(data)
if data.has_key("DEVPATH") and "/block/hd" in data["DEVPATH"]:
if len(data["DEVPATH"].split('/')) > 3:
# we have a hdd
self.update_hdd(data["ACTION"])
else:
# we have a cdrom
self.update_cdrom("/dev/" + data["DEVPATH"].split("/")[2], action=data["ACTION"])
if data.has_key("DEVPATH") and "/block/fd" in data["DEVPATH"]:
self.update_floppy(data["ACTION"])
if data.has_key("DEVPATH") and data["ID_BUS"] == "ieee1394" and "/block/sd" in data["DEVPATH"]:
# FIXME SATA devices not detected as HDD
self.update_firewire(data)
elif data.has_key("DEVPATH") and "/block/sd" in data["DEVPATH"]:
self.update_usb(data)
def mounter_remote(self, device, fstype, mode="--mount"):
print_debug ( "mounter_remote() device=%s fstype=%s" %(device, fstype) )
if device == None:
return False
mnt_point="/mnt/%s" %(device[5:])
if mode == "--mount":
# send notification
self.show_notification( _("Mounting device %s\nPlease wait..." ) %(device), urgency=pynotify.URGENCY_NORMAL )
print_debug ( "mount_remote() mounting device=%s fstype=%s mnt_point=%s" %(device, fstype, mnt_point) )
elif mode == "--umount":
print_debug ( "mount_remote() umounting device=%s fstype=%s mnt_point=%s" %(device, fstype, mnt_point) )
# set socket timeout bigger (floppy can take some time)
socket.setdefaulttimeout(15)
if fstype != "vfat":
# if we know that device is vfat dont try to get type again
dtype=self.xmlrpc.GetDevicesInfo(device=device, mode="--gettype")
if dtype == "ntfs-3g" and mode == "--mount":
print_debug ( "mounter_remote() Ummm mounting a NTFS-3G, creating a thread" )
# create a thread
try:
ntfs_3g=threading.Thread(target=self.xmlrpc.GetDevicesInfo, args=(device,mode) )
ntfs_3g.start()
return True
except Exception, err:
print_debug("ntfs-3g thread Exception, error=%s"%err)
return True
# set socket timeout bigger (floppy can take some time)
socket.setdefaulttimeout(15)
mount=self.xmlrpc.GetDevicesInfo(device=device, mode=mode)
if mount != mnt_point:
print_debug ( "mounter_remote() mount failed, retry with filesystem")
print_debug ( "mounter_remote() FIRST ERROR mount='%s' mnt_point='%s'" %(mount, mnt_point))
return False
"""
# try to mount with filesystem
mount=self.xmlrpc.GetDevicesInfo(device="%s %s" %(device, fstype), mode=mode)
if mount != mnt_point:
print_debug ("mounter_remote() SECOND ERROR mount='%s' mnt_point='%s'" %(mount, mnt_point))
return False
"""
print_debug("mounter_remote(device=%s fstype=%s) mount OK"%(device, fstype))
return True
def mounter_local(self, local_mount_point, remote_mnt, device="", label="", mode="mount"):
if mode == "mount":
if not os.path.isdir(local_mount_point):
os.mkdir (local_mount_point)
# wait until appear in desktop icon folder
time.sleep(2)
output=self.common.exe_cmd("ltspfs %s:%s %s 2>&1" %(self.host, remote_mnt, local_mount_point), verbose=1, background=False, lines=0, cthreads=0)
if "ERROR" in output:
self.show_notification( _("Error mounting LTSPFS, check versions of LTSPFS packages"), urgency=pynotify.URGENCY_CRITICAL)
return False
"""
# DISABLED: too late to show notification better in mounter_remote
# send notification
self.show_notification(
_("Mounting device %(device)s in \n%(mnt_point)s\nPlease wait..." )\
%{"device":device, "mnt_point":local_mount_point}, urgency=pynotify.URGENCY_NORMAL )
"""
if mode == "umount":
if os.path.isdir(local_mount_point):
print_debug ( "mounter_local() umounting %s" %(local_mount_point) )
self.common.exe_cmd("fusermount -u %s" %(local_mount_point), verbose=1, background=False, lines=0, cthreads=0 )
self.common.exe_cmd("fusermount -uz %s 2>/dev/null" %(local_mount_point), verbose=1, background=False, lines=0, cthreads=0 )
print_debug ( "mounter_local() removing dir %s" %(local_mount_point) )
try:
os.rmdir(local_mount_point)
except Exception, err:
print_debug("mounter_local(umount %s) Exception, error %s"%(local_mount_point, err))
mydevice=""
for dev in self.mounted:
if local_mount_point == self.mounted[dev]:
mydevice=device
self.show_notification( _("Umounting device %s.\nPlease wait..." ) %(mydevice)\
, urgency=pynotify.URGENCY_NORMAL )
return True
def get_local_mountpoint(self, data):
desktop=self.get_desktop_path()
#fslabel=self.get_value(data, "ID_FS_LABEL")
#fsvendor=self.get_value(data, "ID_VENDOR")
if data.has_key("ID_FS_LABEL"):
fslabel=data['ID_FS_LABEL']
else:
fslabel=""
if data.has_key("ID_VENDOR"):
fsvendor=data['ID_VENDOR']
else:
fsvendor=""
counter=1
if fslabel != "":
print_debug ( "get_local_mountpoint() have label...." )
if not os.path.isdir(desktop + "/" + fslabel):
print_debug ( "get_local_mountpoint() %s dir not exists, returning..." %(desktop + "/" + fslabel) )
return desktop + "/" + fslabel
else:
print_debug ( "get_local_mountpoint() %s dir exists, searching for numbered dirs..." %(desktop + "/" + fslabel) )
while True:
if not os.path.isdir(desktop + "/" + fslabel + "-" + str(counter) ):
print_debug ( "get_local_mountpoint() %s dir not exists, returning..." %(desktop + "/" + fslabel + "-" + str(counter)) )
return desktop + "/" + fslabel + "-" + str(counter)
counter+=1
if fsvendor != "":
print_debug ( "get_local_mountpoint() have vendor not label...." )
if not os.path.isdir(desktop + "/" + fsvendor):
print_debug ( "get_local_mountpoint() %s dir not exists, returning..." %(desktop + "/" + fsvendor) )
return desktop + "/" + fsvendor
else:
print_debug ( "get_local_mountpoint() %s dir exists, searching for numbered dirs..." %(desktop + "/" + fsvendor) )
while True:
if not os.path.isdir(desktop + "/" + fsvendor + "-" + str(counter) ):
print_debug ( "get_local_mountpoint() %s dir not exists, returning..." %(desktop + "/" + fsvendor + "-" + str(counter)) )
return desktop + "/" + fsvendor + "-" + str(counter)
counter+=1
else:
if data.has_key("ID_BUS") and data["ID_BUS"] == "usb":
mnt=_("usbdisk")
else:
mnt=_("firewiredisk")
print_debug ( "get_local_mountpoint() don't have label or vendor" )
if not os.path.isdir(desktop + "/" + mnt):
print_debug ( "get_local_mountpoint() %s dir not exists, returning..." %(desktop + "/" + mnt) )
return desktop + "/" + mnt
else:
print_debug ( "get_local_mountpoint() %s dir exists, searching for numbered dirs..." %(desktop + "/" + mnt) )
while True:
if not os.path.isdir(desktop + "/" + mnt + "-" + str(counter) ):
print_debug ( "get_local_mountpoint() %s dir not exists, returning..." %(desktop + "/" + mnt + "-" + str(counter)) )
return desktop + "/" + mnt + "-" + str(counter)
counter+=1
def floppy(self, action):
action=action[0]
print_debug("floppy call %s" %action)
desktop=self.get_desktop_path()
if self.mntconf.has_key("fd0"):
local_mount_point=os.path.join(desktop, self.mntconf['fd0'] )
else:
local_mount_point=os.path.join(desktop, _("Floppy") )
if action == "mount":
if not self.mounter_remote("/dev/fd0", "", mode="--mount"):
self.show_notification ( _("Can't mount floppy") )
return
if not self.mounter_local(local_mount_point, "/mnt/fd0", device="/dev/fd0", label=_("Floppy"), mode="mount"):
return
self.launch_desktop_filemanager(local_mount_point)
self.update_floppy()
return
if action == "umount":
self.mounter_local(local_mount_point, "/mnt/fd0", device="/dev/fd0", label=_("Floppy"), mode="umount")
if not self.mounter_remote("/dev/fd0", "", mode="--umount"):
self.show_notification ( _("Can't umount floppy") )
return
self.update_floppy()
def cdrom(self, *args):
action=args[0][0]
cdrom_device=args[0][1]
desktop=self.get_desktop_path()
if self.mntconf.has_key(cdrom_device):
local_mount_point=os.path.join(desktop, self.mntconf[cdrom_device] )
else:
local_mount_point=os.path.join(desktop, _("Cdrom_%s") %cdrom_device )
absdev="/dev/%s"%cdrom_device
if action == "mount":
print_debug ( "cdrom() remote_mnt=%s device=%s" %("/mnt/%s"%cdrom_device, cdrom_device) )
if not self.mounter_remote(absdev, "", mode="--mount"):
self.show_notification ( _("Can't mount cdrom") )
return
if not self.mounter_local(local_mount_point, "/mnt/%s"%cdrom_device, device=absdev, label=_("Cdrom_%s") %cdrom_device, mode="mount"):
return
# change status
self.update_cdrom(cdrom_device)
self.launch_desktop_filemanager(local_mount_point)
return
if action == "umount":
print_debug ( "cdrom() remote_mnt=%s device=%s" %("/mnt/%s"%cdrom_device, cdrom_device) )
self.mounter_local(local_mount_point, "/mnt/%s"%cdrom_device, device=absdev, label=_("Cdrom_%s") %cdrom_device, mode="umount")
if not self.mounter_remote(absdev, "", mode="--umount"):
self.show_notification ( _("Can't umount cdrom") )
return
# change status
self.update_cdrom(cdrom_device)
# eject CDROM
self.xmlrpc.GetDevicesInfo(device=cdrom_device, mode="--eject")
return
def hdd(self, *args):
action=args[0][0]
hdd_device=args[0][1]
desktop=self.get_desktop_path()
if self.mntconf.has_key(hdd_device):
local_mount_point=os.path.join(desktop, self.mntconf[hdd_device] )
else:
local_mount_point=os.path.join(desktop, _("Disk_%s") %hdd_device )
absdev="/dev/%s"%hdd_device
if action == "mount":
print_debug ( "hdd() remote_mnt=%s device=%s" %("/mnt/%s"%hdd_device, hdd_device) )
if not self.mounter_remote(absdev, "", mode="--mount"):
self.show_notification ( _("Can't mount hard disk partition") )
return
if not self.mounter_local(local_mount_point, "/mnt/%s"%hdd_device, device=absdev, label=_("Disk_%s") %hdd_device, mode="mount"):
return
# change status
self.update_hdd(hdd_device)
self.launch_desktop_filemanager(local_mount_point)
return
if action == "umount":
print_debug ( "hdd() remote_mnt=%s device=%s" %("/mnt/%s"%hdd_device, hdd_device) )
self.mounter_local(local_mount_point, "/mnt/%s"%hdd_device, device=absdev, label=_("Disk_%s") %hdd_device, mode="umount")
if not self.mounter_remote(absdev, "", mode="--umount"):
self.show_notification ( _("Can't umount hard disk partition") )
return
# change status
self.update_hdd(hdd_device)
return
def cdrom_usb(self, *args):
data=args[0]
if isinstance(data, tuple): data=args[0][0]
print_debug("cdrom_usb() data=%s" %data)
if data.has_key('DEVPATH'):
device="/dev/"+data["DEVPATH"].split('/')[2]
else:
device=data['DEVNAME']
action=data['ACTION']
devid=device.split('/')[2]
remote_mnt="/mnt/%s" %(devid)
usb_status=self.xmlrpc.GetDevicesInfo(device=device, mode="--getstatus")
if usb_status == "0":
mount=True
n=1
else:
mount=False
n=2
if action == "add":
if not data.has_key('ID_VENDOR'):
vendor=""
else:
vendor=data['ID_VENDOR']
if not data.has_key('ID_MODEL'):
model=""
else:
model=data['ID_MODEL']
if not data.has_key('ID_FS_TYPE'):
fstype=""
else:
fstype=data['ID_FS_TYPE']
self.show_notification( _("From terminal %(host)s.\nConnected CDROM USB device %(device)s\n%(vendor)s %(model)s" ) \
%{"host":self.hostname, "device":device, "vendor":vendor, "model":model } )
########### add USB CDROM device ############
self.systray.register_device("usb_%s"%devid,
_("CDROM USB device %s") %devid,
"usb%s.png"%n, True,
{
"usb_%s_mount" %devid: [ _("Mount CDROM USB device %s") %(devid), "usb_mount.png", mount, None, device],
"usb_%s_umount" %devid: [ _("Umount CDROM USB device %s") %(devid), "usb_umount.png", not mount, None, device]
},
device,
"%s %s"%(vendor, model))
self.systray.register_action("usb_%s_mount" %devid , self.cdrom_usb, {
"DEVNAME": device, "ACTION": "mount", "ID_FS_TYPE": fstype, "FORCE_MOUNT":True
}
)
self.systray.register_action("usb_%s_umount" %devid , self.cdrom_usb, {
"DEVNAME": device, "ACTION": "umount", "ID_FS_TYPE": fstype, "FORCE_MOUNT":True
}
)
###############################################
# We can have only a cdrom connected without cd inserted
if fstype != "":
desktop=self.get_desktop_path()
if self.mntconf.has_key(devid):
local_mount_point=os.path.join(desktop, self.mntconf[devid] )
else:
local_mount_point=os.path.join(desktop, _("Cdrom_%s") %devid )
print_debug ( "cdrom_usb() remote_mnt=%s device=%s" %(remote_mnt, devid) )
if not self.mounter_remote(device, fstype, mode="--mount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
if device in self.mounted:
data['ID_FS_LABEL']=os.path.basename(self.mounted[device])
data['ID_VENDOR']=os.path.basename(self.mounted[device])
# remote device is mounted, mount_local and launch filemanager
if not self.mounter_local(local_mount_point, remote_mnt, device=device, label=_("Cdrom_%s") %devid, mode="mount"):
return
self.launch_desktop_filemanager(local_mount_point)
self.mounted[device]=local_mount_point
# change status
self.update_cdrom_usb(devid, action)
return
elif action == "mount":
if not data.has_key('ID_FS_TYPE'):
fstype=""
else:
fstype=data['ID_FS_TYPE']
desktop=self.get_desktop_path()
if self.mntconf.has_key(devid):
local_mount_point=os.path.join(desktop, self.mntconf[devid] )
else:
local_mount_point=os.path.join(desktop, _("Cdrom_%s") %devid )
print_debug ( "cdrom_usb() remote_mnt=%s device=%s" %(remote_mnt, devid) )
if not self.mounter_remote(device, fstype, mode="--mount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
if device in self.mounted:
data['ID_FS_LABEL']=os.path.basename(self.mounted[device])
data['ID_VENDOR']=os.path.basename(self.mounted[device])
# remote device is mounted, mount_local and launch filemanager
if not self.mounter_local(local_mount_point, remote_mnt, device=device, label=_("Cdrom_%s") %devid, mode="mount"):
return
# change status
self.update_cdrom_usb(devid, action)
self.launch_desktop_filemanager(local_mount_point)
self.mounted[device]=local_mount_point
return
elif action == "remove" or action == "umount":
if action == "remove":
if not data.has_key('ID_VENDOR'):
vendor=""
else:
vendor=data['ID_VENDOR']
if not data.has_key('ID_MODEL'):
model=""
else:
model=data['ID_MODEL']
self.show_notification( _("From terminal %(host)s.\nDisconnected CDROM USB device %(device)s\n%(vendor)s %(model)s" ) \
%{"host":self.hostname, "device":device, "vendor":vendor, "model":model } )
print_debug ("cdrom_usb() UNREGISTER SERVICE")
self.systray.unregister_device("usb_%s"%devid)
if device in self.mounted:
local_mount_point=self.mounted[device]
else:
print_debug ( "remove_cdrom_usb() device %s not found in self.mounted" %(device) )
return
# umount local fuse
# check if fuse is mounted
status=self.common.exe_cmd("mount |grep -c %s" %(local_mount_point), verbose=1, background=False, lines=0, cthreads=0 )
if int(status) != 0:
self.mounter_local(local_mount_point, remote_mnt, device=device, label=_("Cdrom_%s") %devid, mode="umount")
# umount remote device
# check if remote is mounted (user can umount before from desktop icon)
print_debug("cdrom_usb() GETSTATUS device=%s"%device)
status=self.xmlrpc.GetDevicesInfo(device=device, mode="--getstatus")
try:
status=int(status)
if status == 0:
print_debug ( "remove_cdrom_usb() device=%s seems not mounted" %(device) )
self.systray.update_status("usb_%s"%devid, "usb_%s_mount"%devid, True)
self.systray.update_status("usb_%s"%devid, "usb_%s_umount"%devid, False)
else:
if not self.mounter_remote(device, "", mode="--umount"):
self.show_notification ( _("Can't umount cdrom usb %s") %(device) )
return
self.update_cdrom_usb(devid, action)
except Exception, err:
print_debug ( "cdrom_usb() Exception error %s"%err )
def usb(self, *args):
data=args[0]
if isinstance(data, tuple): data=args[0][0]
print_debug("usb() data=%s" %data)
device=data['DEVNAME']
action=data['ACTION']
if not data.has_key('ID_FS_TYPE'):
# we don't have a filesystem only a full device (ex: /dev/sda)
if not data.has_key('ID_VENDOR'):
vendor=""
else:
vendor=data['ID_VENDOR']
if not data.has_key('ID_MODEL'):
model=""
else:
model=data['ID_MODEL']
if action == "add":
self.show_notification( _("From terminal %(host)s.\nConnected USB device %(device)s\n%(vendor)s %(model)s" ) \
%{"host":self.hostname, "device":device, "vendor":vendor, "model":model } )
if action == "remove":
self.show_notification( _("From terminal %(host)s.\nDisconnected USB device %(device)s\n%(vendor)s %(model)s" ) \
%{"host":self.hostname, "device":device, "vendor":vendor, "model":model } )
return
else:
# we have a filesystem ex: /dev/sda1
if not data.has_key('ID_FS_TYPE'):
fstype=""
else:
fstype=data['ID_FS_TYPE']
if fstype == "swap" or fstype == "extended": return
usb_status=self.xmlrpc.GetDevicesInfo(device=device, mode="--getstatus")
if usb_status == "0":
mount=True
n=1
else:
mount=False
n=2
# add to menu
devid=device.split('/')[2]
remote_mnt="/mnt/%s" %(devid)
if action == "add" or action == "mount":
if action == "add":
########### add USB device ############
self.systray.register_device("usb_%s"%devid,
_("USB device %s") %devid,
"usb%s.png"%n, True,
{
"usb_%s_mount" %devid: [ _("Mount USB device %s") %(devid), "usb_mount.png", mount, None, device],
"usb_%s_umount" %devid: [ _("Umount USB device %s") %(devid), "usb_umount.png", not mount, None, device]
},
device)
self.systray.register_action("usb_%s_mount" %devid , self.usb, {
"DEVNAME": device, "ACTION": "mount", "ID_FS_TYPE": fstype, "FORCE_MOUNT":True
}
)
self.systray.register_action("usb_%s_umount" %devid , self.usb, {
"DEVNAME": device, "ACTION": "umount", "ID_FS_TYPE": fstype, "FORCE_MOUNT":True
}
)
###############################################
if not self.mounter_remote(device, fstype, "--mount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
if device in self.mounted:
data['ID_FS_LABEL']=os.path.basename(self.mounted[device])
data['ID_VENDOR']=os.path.basename(self.mounted[device])
if action == "mount":
# mount from menu and wait for udev mount event
if data.has_key("FORCE_MOUNT") and data["FORCE_MOUNT"]:
if not self.mounter_remote(device, fstype, "--mount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
# remote device is mounted, mount_local and launch filemanager
local_mount_point = self.get_local_mountpoint(data)
label = os.path.basename(local_mount_point)
# mount with fuse and ltspfs
if not self.mounter_local(local_mount_point, remote_mnt, device=device, label=label, mode="mount"):
return
# launch desktop filemanager
self.launch_desktop_filemanager(local_mount_point)
self.mounted[device]=local_mount_point
##########################################
elif action == "remove" or action == "umount":
if action == "remove":
print_debug ("usb() UNREGISTER SERVICE")
self.systray.unregister_device("usb_%s"%devid)
if device in self.mounted:
local_mount_point=self.mounted[device]
label = os.path.basename(local_mount_point)
else:
print_debug ( "remove_usb() device %s not found in self.mounted" %(device) )
return
# umount local fuse
# check if fuse is mounted
status=self.common.exe_cmd("mount |grep -c %s" %(local_mount_point), verbose=1, background=False, lines=0, cthreads=0 )
if int(status) != 0:
self.mounter_local(local_mount_point, remote_mnt, device=device, label=label, mode="umount")
# umount remote device
# check if remote is mounted (user can umount before from desktop icon)
print_debug("usb() GETSTATUS device =%s"%device)
status=self.xmlrpc.GetDevicesInfo(device=device, mode="--getstatus")
try:
status=int(status)
if status == 0:
print_debug ( "remove_usb() device=%s seems not mounted" %(device) )
self.systray.update_status("usb_%s"%devid, "usb_%s_mount"%devid, True)
self.systray.update_status("usb_%s"%devid, "usb_%s_umount"%devid, False)
else:
if not self.mounter_remote(device, fstype, "--umount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
except Exception, err:
print_debug ( "usb() Exception error %s"%err )
#if device in self.mounted:
# del self.mounted[device]
#else:
# print_debug ( "remove_usb() devive=%s not in self.mounted dictionary" )
def firewire(self, *args):
data=args[0]
if isinstance(data, tuple): data=args[0][0]
print_debug("firewire() data=%s" %data)
device=data['DEVNAME']
action=data['ACTION']
if not data.has_key('ID_FS_TYPE'):
# we don't have a filesystem only a full device (ex: /dev/sda)
if not data.has_key('ID_VENDOR'):
vendor=""
else:
vendor=data['ID_VENDOR']
if not data.has_key('ID_MODEL'):
model=""
else:
model=data['ID_MODEL']
if action == "add":
self.show_notification( _("From terminal %(host)s.\nConnected Firewire device %(device)s\n%(vendor)s %(model)s" ) \
%{"host":self.hostname, "device":device, "vendor":vendor, "model":model } )
if action == "remove":
self.show_notification( _("From terminal %(host)s.\nDisconnected Firewire device %(device)s\n%(vendor)s %(model)s" ) \
%{"host":self.hostname, "device":device, "vendor":vendor, "model":model } )
return
else:
# we have a filesystem ex: /dev/sda1
if not data.has_key('ID_FS_TYPE'):
fstype=""
else:
fstype=data['ID_FS_TYPE']
if fstype == "swap" or fstype == "extended": return
usb_status=self.xmlrpc.GetDevicesInfo(device=device, mode="--getstatus")
if usb_status == "0":
mount=True
n=1
else:
mount=False
n=2
# add to menu
devid=device.split('/')[2]
remote_mnt="/mnt/%s" %(devid)
if action == "add" or action == "mount":
if action == "add":
########### add Firewire device ############
self.systray.register_device("usb_%s"%devid,
_("Firewire device %s") %devid,
"usb%s.png"%n, True,
{
"usb_%s_mount" %devid: [ _("Mount Firewire device %s") %(devid), "usb_mount.png", mount, None, device],
"usb_%s_umount" %devid: [ _("Umount Firewire device %s") %(devid), "usb_umount.png", not mount, None, device]
},
device)
self.systray.register_action("usb_%s_mount" %devid , self.firewire, {
"DEVNAME": device, "ACTION": "mount", "ID_FS_TYPE": fstype, "FORCE_MOUNT":True
}
)
self.systray.register_action("usb_%s_umount" %devid , self.firewire, {
"DEVNAME": device, "ACTION": "umount", "ID_FS_TYPE": fstype, "FORCE_MOUNT":True
}
)
###############################################
if not self.mounter_remote(device, fstype, "--mount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
if device in self.mounted:
data['ID_FS_LABEL']=os.path.basename(self.mounted[device])
data['ID_VENDOR']=os.path.basename(self.mounted[device])
if action == "mount":
# mount from menu and wait for udev mount event
if data.has_key("FORCE_MOUNT") and data["FORCE_MOUNT"]:
if not self.mounter_remote(device, fstype, "--mount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
# remote device is mounted, mount_local and launch filemanager
local_mount_point = self.get_local_mountpoint(data)
label = os.path.basename(local_mount_point)
# mount with fuse and ltspfs
if not self.mounter_local(local_mount_point, remote_mnt, device=device, label=label, mode="mount"):
return
# launch desktop filemanager
self.launch_desktop_filemanager(local_mount_point)
self.mounted[device]=local_mount_point
##########################################
elif action == "remove" or action == "umount":
if action == "remove":
print_debug ("firewire() UNREGISTER SERVICE")
self.systray.unregister_device("usb_%s"%devid)
if device in self.mounted:
local_mount_point=self.mounted[device]
label = os.path.basename(local_mount_point)
else:
print_debug ( "remove_firewire() device %s not found in self.mounted" %(device) )
return
# umount local fuse
# check if fuse is mounted
status=self.common.exe_cmd("mount |grep -c %s" %(local_mount_point), verbose=1, background=False, lines=0, cthreads=0 )
if int(status) != 0:
self.mounter_local(local_mount_point, remote_mnt, device=device, label=label, mode="umount")
# umount remote device
# check if remote is mounted (user can umount before from desktop icon)
print_debug("firewire() GETSTATUS device =%s"%device)
status=self.xmlrpc.GetDevicesInfo(device=device, mode="--getstatus")
try:
status=int(status)
if status == 0:
print_debug ( "remove_firewire() device=%s seems not mounted" %(device) )
self.systray.update_status("usb_%s"%devid, "usb_%s_mount"%devid, True)
self.systray.update_status("usb_%s"%devid, "usb_%s_umount"%devid, False)
else:
if not self.mounter_remote(device, fstype, "--umount"):
self.show_notification ( _("Error, can't mount device %s") %(device) )
return
except Exception, err:
print_debug ( "firewire() Exception error %s"%err )
def update_cdrom_usb(self, devid, action=None):
#print_debug ("update_cdrom_usb()")
device="/dev/%s" %devid
if action == "umount":
self.show_notification ( _("CDROM USB device %s umounted. You can extract it.") %(devid) )
if action == "mount" or action == "add":
self.show_notification ( _("CDROM USB device %s mounted. Ready for use.") %(devid) )
print_debug("update_cdrom_usb() GETSTATUS device=%s action=%s"%(device, action) )
usb_status=self.xmlrpc.GetDevicesInfo(device, mode="--getstatus")
if usb_status == "0":
ismounted=False
n=1
else:
ismounted=True
n=2
print_debug ("update_cdrom_usb() usb devid=%s ismounted=%s" %(devid, ismounted) )
#self.systray.items["usb_"%devid][1]="usb%s.png"%n
self.systray.update_status("usb_%s"%devid, "usb_%s_mount"%devid, not ismounted)
self.systray.update_status("usb_%s"%devid, "usb_%s_umount"%devid, ismounted)
def update_usb(self, *args):
#print_debug ("update_usb()")
data=args[0]
action=data['ACTION']
if not data.has_key("ID_FS_TYPE"):
# don't update if we have disk (only partititions)
return
if data["ID_FS_TYPE"] == "" or data["ID_FS_TYPE"] == "swap" or data["ID_FS_TYPE"] == "extended":
# don't update if fstype is empty (devicesctl.sh and udev put FILESYSTEM always)
return
device="/dev/%s" %data['DEVPATH'].split('/')[2]
if( len( data['DEVPATH'].split('/') ) ) > 3:
devid=data['DEVPATH'].split('/')[3]
else:
devid=data['DEVPATH'].split('/')[2]
if action == "umount":
self.show_notification ( _("USB device %s umounted. You can extract it.") %(devid) )
if action == "mount":
self.show_notification ( _("USB device %s mounted. Ready for use.") %(devid) )
print_debug("update_usb() GETSTATUS device=%s data=%s"%(device, data) )
usb_status=self.xmlrpc.GetDevicesInfo(data['DEVNAME'], mode="--getstatus")
if usb_status == "0":
ismounted=False
n=1
else:
ismounted=True
n=2
print_debug ("update_usb() usb devid=%s ismounted=%s" %(devid, ismounted) )
#self.systray.items["usb_"%devid][1]="usb%s.png"%n
self.systray.update_status("usb_%s"%devid, "usb_%s_mount"%devid, not ismounted)
self.systray.update_status("usb_%s"%devid, "usb_%s_umount"%devid, ismounted)
def update_firewire(self, *args):
#print_debug ("update_firewire()")
data=args[0]
action=data['ACTION']
if not data.has_key("ID_FS_TYPE"):
# don't update if we have disk (only partititions)
return
if data["ID_FS_TYPE"] == "" or data["ID_FS_TYPE"] == "swap" or data["ID_FS_TYPE"] == "extended":
# don't update if fstype is empty (devicesctl.sh and udev put FILESYSTEM always)
return
device="/dev/%s" %data['DEVPATH'].split('/')[2]
if( len( data['DEVPATH'].split('/') ) ) > 3:
devid=data['DEVPATH'].split('/')[3]
else:
devid=data['DEVPATH'].split('/')[2]
if action == "umount":
self.show_notification ( _("Firewire device %s umounted. You can extract it.") %(devid) )
if action == "mount":
self.show_notification ( _("Firewire device %s mounted. Ready for use.") %(devid) )
print_debug("update_firewire() GETSTATUS device=%s data=%s"%(device, data) )
usb_status=self.xmlrpc.GetDevicesInfo(data['DEVNAME'], mode="--getstatus")
if usb_status == "0":
ismounted=False
n=1
else:
ismounted=True
n=2
print_debug ("update_firewire() usb devid=%s ismounted=%s" %(devid, ismounted) )
#self.systray.items["usb_"%devid][1]="usb%s.png"%n
self.systray.update_status("usb_%s"%devid, "usb_%s_mount"%devid, not ismounted)
self.systray.update_status("usb_%s"%devid, "usb_%s_umount"%devid, ismounted)
def remove_dupes(self, mylist):
"""
check for duplicate events,
kernel create 3-4 umount events before mounting a device
the events are created and diff at max 1 second
"""
if len(mylist) != 1:
have_umount=False
have_mount=False
umount_index=None
nodupes=[]
nodupes=[ u for u in mylist if u not in locals()['_[1]'] ]
# if have ACTION=umount and ACTION=mount and
# DEVPATH is the same remove ACTION=umount
for event in nodupes:
action=self.get_value(event.split('#'), "ACTION")
if action == "umount":
have_umount=True
umount_index=event
if action == "mount": have_mount=True
if have_mount and have_umount:
for i in range(len(nodupes)):
if self.get_value(nodupes[i].split('#'), "ACTION") == "umount":
#print_debug ( "remove_dupes() Deleting umount ACTION: %s" %nodupes[i] )
del nodupes[i]
break
mylist=nodupes
return mylist
def get_value(self, data, key=None):
"""
returns value of given key, example:
data=["ID_BUS=usb", "DEVICE=/dev/sda", "FSTYPE=vfat"]
if key="DEVICE"
returns "/dev/sda"
udev current avalaible keys:
"ID_BUS" "DEVNAME" "ACTION" "ID_FS_LABEL" "ID_FS_TYPE" "ID_VENDOR" "ID_MODEL" "DEVPATH"
"""
#print_debug ( "::==> get_value() searching for \"%s\"" %key )
for uvar in data:
if uvar.split('=')[0] == key:
print_debug ( "::==> get_value() FOUND key=%s value=%s" %(key, uvar.split('=')[1]) )
return uvar.split('=')[1]
# return empty string if not found
return ""
def get_desktop(self):
is_gnome=self.common.exe_cmd("ps ux |grep gnome-panel |grep -c -v grep", verbose=1, background=False, lines=0, cthreads=0 )
is_kde = self.common.exe_cmd("ps ux |grep -e startkde -e kwin |grep -c -v grep", verbose=1, background=False, lines=0, cthreads=0 )
is_xfce= self.common.exe_cmd("ps ux |grep xfce4-panel |grep -c -v grep", verbose=1, background=False, lines=0, cthreads=0 )
try:
if int(is_gnome) > 0:
return "gnome"
elif int(is_kde) > 0:
return "kde"
elif int(is_xfce) > 0:
return "xfce4"
except Exception, e:
print_debug("Can't read desktop type, error: %s"%e)
return ""
def launch_desktop_filemanager(self, path=""):
if self.desktop == "gnome":
cmd="nautilus %s" %(path)
elif self.desktop == "kde":
if os.path.isfile("/usr/bin/dolphin"):
cmd="dolphin %s" %(path)
else:
cmd="konqueror %s" %(path)
elif self.desktop == "xfce4":
cmd="Thunar %s" %(path)
else:
print_debug ( "launch_desktop_filemanager() unknow desktop, not launching filemanager" )
return
# exe filemanager in a new thread to not freeze status icon
filemanager=threading.Thread(target=self.exec_filemanager, args=[cmd] )
filemanager.start()
return
def exec_filemanager(self, *args):
print_debug("exec_filemanager() args='%s'" %(args[0]) )
self.common.exe_cmd(args[0], verbose=1, background=False, lines=0, cthreads=0 )
def umount_all(self):
mounted=self.common.exe_cmd("grep ^ltspfs /proc/mounts |grep -e \"user_id=%s\" -e \"user=%s\" | awk '{print $2}'" %(os.getuid(), pwd.getpwuid(os.getuid())[0]), verbose=1, background=False, lines=0, cthreads=0 )
if isinstance(mounted, str):
mounted=[mounted]
for mount in mounted:
print_debug( "umount_all() umounting %s..." %mount )
self.common.exe_cmd("fusermount -u %s 2>&1" %mount, verbose=1, background=False, lines=0, cthreads=0)
self.common.exe_cmd("fusermount -uz %s 2>/dev/null" %mount, verbose=1, background=False, lines=0, cthreads=0)
# delete dir
try:
os.rmdir(mount)
except Exception, err:
print_debug("umount_all() Exception, error %s"%err)
def exit(self):
# say udev_daemon loop to quit
self.quitting=True
self.umount_all()
self.mainloop.quit()
def run (self):
self.mainloop = gobject.MainLoop()
try:
self.mainloop.run()
except KeyboardInterrupt: # listen Ctrl+C
self.exit()
if __name__ == "__main__":
# init app
app=TcosDevicesNG()
# start gui in a thread
tcosdevices=threading.Thread(target=app.run )
tcosdevices.start()
# start udev loop
while True:
try:
if app.quitting: break
if app.desktop == "": app.desktop=app.get_desktop()
app.udev_daemon()
time.sleep(3)
except KeyboardInterrupt:
print ("Get KeyboardInterrupt (udev loop), existing...")
app.quitting=True
app.mainloop.quit()
break
# join gui thread
tcosdevices.join()
sys.exit(0)
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