NVRAM mit Gigabyte GA-8SGXL(gelöst)

################################################
##  Mainboard autodetection information:
##
##    - Mainboard vendor:   "Gigabyte Technology Co., Ltd."
##    - Mainboard type:     "GA-8SGXLFS"
##    - Mainboard revision: ""
##    - BIOS vendor:        "Award Software International, Inc."
##    - BIOS version:       "F6"
##    - BIOS release:       "12/12/2003"


addr_stat        = 0x32
addr_day         = 0x33
addr_hour        = 0x34
addr_min         = 0x35
addr_sec         = 0x36
addr_stat        = 0x70   # but differs somewhere else
rtc_day          = 0x70   # but differs somewhere else
reset_day        = ON
rtc_sec          = 0x73
rtc_min          = 0x75
rtc_hour         = 0x77
addr_chk_h       = 0x6E
addr_chk_l       = 0x6F

VDR:/usr/local/bin# cd /root/guess-directisa
VDR:~/guess-directisa# dir       
01.00.00.00-  11.12.13.14+  cat_nvram.log    guess-helper.conf
01.00.00.00+  31.23.59.59+  guess-error.log  nvram-wakeup.conf
VDR:~/guess-directisa# nano guess-error.log
VDR:~/guess-directisa# tail -f -n 100 guess-error.log
$Id: guess.c,v 1.22 2004/03/04 08:38:14 bistr-o-math Exp $
Opened file 31.23.59.59+ readonly...
Opened file 11.12.13.14+ readonly...
Opened file 01.00.00.00+ readonly...
Opened file 01.00.00.00- readonly...
Couldn't read byte 0x80 from 31.23.59.59+
Assuming size of files 128 bytes
guess: Opening /dev/mem in O_RDONLY mode...
guess: _DMI_ table found: base: 0xF0120, size: 0x47B, count: 38
guess: data block   1 at offset 0x000: type   0, size 0x014 ( 20)
guess: found string "Award Software International, Inc."
guess: found string "F6"
guess: found string "12/12/2003"
guess: data block   2 at offset 0x046: type   1, size 0x019 ( 25)
guess: data block   3 at offset 0x07D: type   2, size 0x008 (  8)
guess: found string "Gigabyte Technology Co., Ltd."
guess: found string "GA-8SGXLFS"
guess: found string ""
guess: data block   4 at offset 0x0B3: type   3, size 0x011 ( 17)
guess: data block   5 at offset 0x0CD: type   4, size 0x023 ( 35)
guess: data block   6 at offset 0x11E: type   4, size 0x023 ( 35)
guess: data block   7 at offset 0x16F: type   5, size 0x016 ( 22)
guess: data block   8 at offset 0x188: type   6, size 0x00C ( 12)
guess: data block   9 at offset 0x198: type   6, size 0x00C ( 12)
guess: data block  10 at offset 0x1A8: type   6, size 0x00C ( 12)
guess: data block  11 at offset 0x1B8: type   7, size 0x013 ( 19)
guess: data block  12 at offset 0x1DB: type   7, size 0x013 ( 19)
guess: data block  13 at offset 0x1FE: type   8, size 0x009 (  9)
guess: data block  14 at offset 0x216: type   8, size 0x009 (  9)
guess: data block  15 at offset 0x230: type   8, size 0x009 (  9)
guess: data block  16 at offset 0x240: type   8, size 0x009 (  9)
guess: data block  17 at offset 0x251: type   8, size 0x009 (  9)
guess: data block  18 at offset 0x262: type   8, size 0x009 (  9)
guess: data block  19 at offset 0x273: type   8, size 0x009 (  9)
guess: data block  20 at offset 0x288: type   8, size 0x009 (  9)
guess: data block  21 at offset 0x2A6: type   9, size 0x00D ( 13)
guess: data block  22 at offset 0x2B8: type   9, size 0x00D ( 13)
guess: data block  23 at offset 0x2CA: type   9, size 0x00D ( 13)
guess: data block  24 at offset 0x2DC: type   9, size 0x00D ( 13)
guess: data block  25 at offset 0x2EE: type   9, size 0x00D ( 13)
guess: data block  26 at offset 0x300: type   9, size 0x00D ( 13)
guess: data block  27 at offset 0x312: type   8, size 0x009 (  9)
guess: data block  28 at offset 0x322: type  13, size 0x016 ( 22)
guess: data block  29 at offset 0x373: type  16, size 0x00F ( 15)
guess: data block  30 at offset 0x385: type  17, size 0x01B ( 27)
guess: data block  31 at offset 0x3B4: type  17, size 0x01B ( 27)
guess: data block  32 at offset 0x3E3: type  17, size 0x01B ( 27)
guess: data block  33 at offset 0x412: type  19, size 0x00F ( 15)
guess: data block  34 at offset 0x424: type  20, size 0x013 ( 19)
guess: data block  35 at offset 0x43A: type  20, size 0x013 ( 19)
guess: data block  36 at offset 0x450: type  20, size 0x013 ( 19)
guess: data block  37 at offset 0x466: type  32, size 0x00B ( 11)
guess: data block  38 at offset 0x474: type 127, size 0x004 (  4)
guess: Following DMI entries found:
guess:  - Mainboard vendor:   "Gigabyte Technology Co., Ltd."
guess:  - Mainboard type:     "GA-8SGXLFS"
guess:  - Mainboard revision: ""
guess:  - BIOS vendor:        "Award Software International, Inc."
guess:  - BIOS version:       "F6"
guess:  - BIOS release:       "12/12/2003"
    checking 0x32: 0x09 0x09 0x09 0x08
    checking 0x33: 0x1F 0x0B 0x01 0x01
    checking 0x34: 0x17 0x0C 0x00 0x00
    checking 0x35: 0x3B 0x0D 0x00 0x00
    checking 0x36: 0x3B 0x0E 0x00 0x00
    checking 0x6E: 0x08 0x07 0x07 0x07
    checking 0x6F: 0x22 0xA8 0x77 0x76
    checking 0x70: 0x31 0x11 0x01 0xC0
    checking 0x73: 0x59 0x14 0x00 0x00
    checking 0x75: 0x59 0x13 0x00 0x00
    checking 0x77: 0x23 0x12 0x00 0x00

Apr  9 18:35:52 VDR vdr[1663]: executing command '/usr/share/vdrdevel/vdrshutdow
n'
Apr  9 18:35:52 VDR nvram-wakeup[2627]:  
Apr  9 18:35:52 VDR nvram-wakeup[2627]: Usage: nvram-wakeup [OPTIONS] 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -s, --settime     Set the given wakeup
 date/time (given as a time_t value). 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -d, --disable     Disable WakeUp. Equi
valent to --settime=0. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -C, --configfile  Read board configura
tion from specified configuration file. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -I, --iwname      Specify the IW (info
writer) name. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -A, --directisa   Use direct ISA acces
s to read/write nvram instead of /dev/nvram. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -N, --nowrite     Don't write any valu
es (in /dev/nvram or /dev/rtc). For testing. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -D, --debug       Enable printing debu
g messages. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -l, --syslog      Log all output via s
yslogd instead of stdout/stderr. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -v, --version     Print version inform
ation. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   -h, --help        Print this message (
always to stderr, regardless of --syslog). 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:  
Apr  9 18:35:52 VDR nvram-wakeup[2627]:   All specified wakeup times are times a
t which the PC should be up and running. 
Apr  9 18:35:52 VDR nvram-wakeup[2627]:

#!/bin/bash
# $Id: vdrshutdown,v 1.21 2004/08/23 01:22:35 bistr-o-math Exp $


NVRAMCMD=/usr/sbin/nvram-wakeup
SVDRPCMD=/usr/lib/vdrdevel/svdrpsend.pl
LOGGER=/usr/bin/logger
#CHECKSCRIPT=/usr/local/bin/checkscript.sh
#################
##  if the script $CHECKSCRIPT thinks that we should     shutdown,
##     it must not print anything on stdout.
##  if it                      thinks that we should NOT shutdown,
##     it must print a one-line message on stdout describing the reason.
##
##  note that all parameters passed to vdrshutdown will also be passed to $CHECK
SCRIPT
##  so it might use them (e.g. $5 -eq 0 below)
##
##  it might look like this:
##  --------------------------
##    #!/bin/bash
##  
##    pgrep 2divx >/dev/null 2>&1       && { echo Divx-Conversion is still runni
ng;  exit; }
##
##    test -a /some/file                && { echo /some/file exists;            
     exit; }
##
##    USERCOUNT=`who | wc -l`;
##    test $5 -eq 0 -a $USERCOUNT -gt 0 && { echo "$USERCOUNT users are logged i
n."; exit; }
##
##  --------------------------
##
##  now if $CHECKSCRIPT exists and is executable, the message will be passed thr
ough
##  SVDRP to the tv screen.
##


test -x $CHECKSCRIPT && {
     msg=`$CHECKSCRIPT "$@"` 
     test "$msg" != "" && {
          $SVDRPCMD MESG $msg &
          $LOGGER -t `basename $0` "shutdown aborted: $msg"
          exit 1
     }
}


#################


# Add here needed options like --configfile=...
# (read 'man nvram-wakeup' and 'man nvram-wakeup.conf' for more details)
$LOGGER -t `basename $0` "$NVRAMCMD --syslog --settime $1"  
$NVRAMCMD --syslog --settime $1 
$LOGGER -t `basename $0` "$*"
# if you are going to use the set_timer script instead of nvram-wakeup,
# comment out the line above and uncomment the following line.
# (read the comments inside the script for more details)
# $PATH_TO_SET_TIMER/set_timer $1 $2




case $PIPESTATUS in
     0) # all went ok - new date and time set
        shutdown -h now
        EXITSTATUS=0
        ;;
     1) # all went ok - new date and time set.
        #
        # *** but we need to reboot. ***
        #
        # for some boards this is needed after every change.
        #
        # for some other boards, we only need this after changing the
        # status flag, i.e. from enabled to disabled or the other way.


        # For plan A - (Plan A is not supported anymore---see README)
        #
        # For plan B - (don't forget to install the modified kernel image first)
        #

        lilo -R PowerOff

        shutdown -r now
        EXITSTATUS=0
        ;;
     2) # something went wrong
        # don't do anything - just exit with status 1
        EXITSTATUS=1
        ;;
esac


# exit with 0 if everything went ok.
# exit with 1 if something went wrong.
exit $EXITSTATUS

################################################
##  Mainboard autodetection information:
##
##    - Mainboard vendor:   "Gigabyte Technology Co., Ltd."
##    - Mainboard type:     "GA-8SGXLFS"
##    - Mainboard revision: ""
##    - BIOS vendor:        "Award Software International, Inc."
##    - BIOS version:       "F6"
##    - BIOS release:       "12/12/2003"
need_reboot = ON_ANY_CHANGE
addr_stat        = 0x32
addr_day         = 0x33
addr_hour        = 0x34
addr_min         = 0x35
addr_sec         = 0x36
rtc_day          = 0x70   # but differs somewhere else
reset_day        = ON
addr_chk_h       = 0x6E
addr_chk_l       = 0x6F