* Install PULSE audio control (sudo apt-get install gnome-volume-control-pulse)
* Set the Input slider in this to maximum (it is installed as gnome-volume-control-settings)
* Change the Device in gnome-sound-properties to “Playback: HDA Intel – STAC92xx Analog (PulseAudio…”
* Change the Audio Conferencing:Sound capture drop down in gnome-volume-control settings to “PulseAudio Sound Server”
* In Skype – Options:Sound Devices leave Ringing and Sound Out on “HDA Intel (hw:intel,0)”. Set Sound In to “pulse”.

Requirements: gpsd installed, KBluethooth running

1. Get the address of the BT-device:

hcitool inq

2. Change/add to /etc/bluetooth/rfcomm.conf

rfcomm4 {
#       # Automatically bind the device at startup
bind yes;
#       # Bluetooth address of the device
device 00:02:76:C6:D3:68;
#       # RFCOMM channel for the connection
channel 1;
#       # Description of the connection
comment “Nokia LD-3W”;
}

3. start gpsd with gpsd /dev/rfcomm4 (no immediate connection, you have to start an application first)

4. application to test connection: xgps

Add the following lines to /etc/rc.local before the “exit 0″ line:

setkeycodes 6f 108
setkeycodes 71 103
setkeycodes 6e 105
setkeycodes 6d 106

Create a file /usr/local/bin/rotate with the following content:

#!/usr/bin/python

import os, sys, re

  # All allowed rotations
rotations = ['normal', 'right', 'inverted', 'left']

  # Keyboard scan codes for arrow keys
scanCodes = {'up': 0x71, 'dn': 0x6f, 'lt': 0x6e, 'rt': 0x6d}

  # Keycodes to use for each rotation
  # 104 = pgup, 109 = pgdn, 105 = left, 106 = right, 103 = up, 108 = down
keyCodes = {
            'normal':   {'up': 103, 'dn': 108, 'lt': 105, 'rt': 106},
            'right':    {'up': 105, 'dn': 106, 'lt': 108, 'rt': 103},
            'inverted': {'up': 108, 'dn': 103, 'lt': 106, 'rt': 105},
            'left':     {'up': 106, 'dn': 105, 'lt': 103, 'rt': 108}
          }

  # Rotations to pick from when no specific rotation is given
preferredRotations = rotations

  # Rotation to use when switched to tablet mode
tabletMode = "right"

  # Tells the program to stay open when in tablet mode and
  # rotate using the orientation sensor
tabletAutoRotate = True

  # Rotation to use when switched to normal laptop mode
laptopMode = "normal"

## If a local xsetwacom is installed, it should probably take precedent (?)
if os.path.isfile('/usr/local/bin/xsetwacom'):
  xsetwacom = '/usr/local/bin/xsetwacom'
elif os.path.isfile('/usr/bin/xsetwacom'):
  xsetwacom = '/usr/bin/xsetwacom'
else:
  ## If it's not one of those two, just hope it's in the path somewhere.
  xsetwacom = 'xsetwacom'

xrandr = '/usr/bin/xrandr'

def main():
  setEnv()

    # list of wacom devices to be rotated
  devices = listDevices()

  if len(sys.argv) < 2:     # No rotation specified, just go to the next one in the preferred list
    cr = getCurrentRotation()
    if cr in preferredRotations:
      nextIndex = (preferredRotations.index(cr) + 1) % len(preferredRotations)
    else:
      nextIndex = 0
    next = preferredRotations[nextIndex]
  else:
    next = sys.argv[1]
    if not next in rotations:
      if next == "tablet":
        next = tabletMode
      elif next == "laptop":
        next = laptopMode
      else:
        sys.stderr.write("Rotation \"%s\" not allowed (pick from %s, tablet, laptop)\n" % (next, ', '.join(rotations)))
        sys.exit(-1)
  setRotation(next, devices)

def runCmd(cmd):
  f = os.popen(cmd)
  l = f.readlines()
  f.close()
  return l

def getCurrentRotation():
  #setEnv()
  try:
    rrv = randrVersion()
    if rrv < '1.2':
      l = [s for s in runCmd(xrandr) if re.match('Current rotation', s)]
      r = re.sub('Current rotation - ', '', l[0])
      return r.strip()
    elif rrv >= '1.2':
      l = runCmd(xrandr) #"%s | grep 'LVDS connected' | gawk '{print $4}' | sed -e 's/(//'" % xrandr)
      l = [x for x in l if re.search(r'(LVDS|default) connected', x)][0]
      l = l.split(' ')[3]
      l = re.sub(r'\(', '', l)

      return l.strip()
  except:
    sys.stderr.write("Can not determine current rotation, bailing out  ")
    sys.exit(-1)

def setRotation(o, devices):
  #setEnv()
  runCmd("%s --output LVDS --rotate %s" % (xrandr, o))
  wacomRots = {'normal': '0', 'left': '2', 'right': '1', 'inverted': '3'}
  for d in devices:
    runCmd("%s set %s Rotate %s" % (xsetwacom, d, wacomRots[o]))
  setKeymap(o)

def setEnv():
  if os.environ.has_key('DISPLAY'):
    return  # DISPLAY is already set, don't mess with it.

  if os.system('pidof kdm > /dev/null') == 0:
    kdmsts = '/var/lib/kdm/kdmsts'
    if os.access(kdmsts, os.R_OK):
      kdmdata = open(kdmsts).readlines()
      userline = [s for s in kdmdata if re.match(r':0=', s)][0]
      user = re.sub(r':0=', '', userline).strip()
      os.environ['DISPLAY'] = ':0.0'
      os.environ['XAUTHORITY'] = '/home/%s/.Xauthority' % user
  elif os.system('pidof gdm > /dev/null') == 0:
    os.environ['DISPLAY'] = ':0.0'
    os.environ['XAUTHORITY'] = '/var/lib/gdm/:0.Xauth'

def setKeymap(o):
  for sc in scanCodes.keys():
    os.system('sudo setkeycodes %x %d' % (scanCodes[sc], keyCodes[o][sc]))

def randrVersion():
  #setEnv()
  xrv = runCmd('%s -v' % xrandr)[0]
  xrv = re.sub(r'.*version ', '', xrv)
  return xrv.strip()

def listDevices():
  #setEnv()
  dev = runCmd("%s list dev | awk {'print $1'}" % xsetwacom)

  dev = map(lambda s: s.strip(), dev)
  return dev
main()

Then set permissions on this file to 755.

Run visudo and add thThen set permissions on this file to 755.

Run visudo and add the following line to the bottom:

%admin ALL=NOPASSWD: /usr/bin/setkeycodes

keycodes

installed tpfand, tpfan-admin, tpfan-profiles

but for tpfan-admin a lot of gnome packets are needed only for frontend

uninstalled tpfan-admin and -profiles and with

sudo apt-get autoremove

all unnecessary packages are removed

to configure fan-speed: /etc/tpfand.conf

here my current settings (quite conservative i guess but i have no idea which sensor stands for what)

enabled = True
override_profile = True

0. Sensor 0 = 0:0 40:1 43:2 45:3 47:255
1. Sensor 1 = 0:0 46:2 48:3 50:255
2. Sensor 2 = 0:0 46:2 48:3 50:255
3. Sensor 3 = 0:0 43:2 45:3 47:255
4. Sensor 4 = 0:0 27:255
5. Sensor 5 = 0:255
6. Sensor 6 = 0:0 27:255
7. Sensor 7 = 0:255
8. Sensor 8 = 0:0 41:3 44:255
9. Sensor 9 = 0:0 40:3 43:255
10. Sensor 10 = 0:255
11. Sensor 11 = 0:255
12. Sensor 12 = 0:255
13. Sensor 13 = 0:255
14. Sensor 14 = 0:255
15. Sensor 15 = 0:255

hysteresis = 2
interval_speed = 2
interval_duration = 500.000000
interval_delay = 5000.000000

apt-get autoremove

apt-cache search

sudo apt-file update

apt-file search filename

apt-file list packagename

To get flash 10-64 working:

1. uninstall all breviouse flash installaltions
2. get alpha release from adobe
3. copy .so-file to /usr/lib/flashplugin-nonfree/
4. for using with firefox: ln -s /usr/lib/flashplugin-nonfree//libflashplayer.so /usr/lib/firefox-<version>/plugins/

Experience: till now it works fine …

Docking station: (UltraBase X6 Tablet)

• only USB ports of docking station work whene docked
• pressing “undocking” button on Docking station causes complete freeze of linux
• docking works without problems