PC User 2003 January/Disc 3/Amethyst.iso/live/lisa/usr/lib/LST/libLSTall

Text File | 2002-11-15 | 252.4 KB | 10,864 lines

# libLSTall global functions shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
# Copyright (C) 1998-1999 Ralf Flaxa, Caldera (Deutschland) GmbH,
#                         Erlangen, Germany
#
# $Id: libLSTall,v 3.206 1999/05/09 21:18:41 rf Exp $
#

#
# global settings (should be moved to lst.cnf)
#

# first it is in MB (for convenience)
SPARESPACE=5
# from now on its in Bytes (for granularity)
SPARESPACE="`do_calc $SPARESPACE \* 1048576`"
NUM_DOINST=0
ROOT_INITIALIZED=0
touch $FILE_VALUES_SEL

INSTALL_MODE=OpenLinux

Is_SPARC()
{
    if [ "`uname -m`" = "sparc" ]; then
        return 0
    else
        return 1
    fi
}

if Is_SPARC ; then
    RPMBINEXT=sparc
else
    RPMBINEXT=i386
    RPMBINEXT2=i486    # bug 84 - jwc
    RPMBINEXT3=i586
    RPMBINEXT4=noarch
fi

case $INSTALL_MODE in
LST)
  # LST settings
  INSTALL_MODE=LST
  CONF_INSTALL_PATH_SRC=/lst_22
  PKGEXT=rpm
  ;;
COL)
  # LST settings
  INSTALL_MODE=LST
  CONF_INSTALL_PATH_SRC=/col
  PKGEXT=rpm
  ;;
OpenLinux)
  # LST settings
  INSTALL_MODE=OpenLinux
  CONF_INSTALL_PATH_SRC=/col
  PKGEXT=rpm
  ;;
esac


#
# libAnalyse
#

Store_Detected_Info()
{
  local cd1_dev

  # we store all detected hardware infos in /etc/system.cnf as default
  sysinfo --cdrom --var > /dev/null 2> /tmp/cdrom
  if [ -s /tmp/cdrom ]; then
    cd1_dev="`cut -d':' -f 2 /tmp/cdrom | sed -n '1p'`"
    if [ -n "$cd1_dev" ]; then
      case $cd1_dev in
      /dev/sr0)
        cd1_dev=/dev/scd0
        ;;
      /dev/sr1)
        cd1_dev=/dev/scd1
        ;;
      esac
      set_val CONF_CD1_DEV "$cd1_dev"
    fi
  fi
  return 0
}

#
# libModule
#

Show_Hardware_Found()
{
  local tmpfile=/tmp/LST/ans
  local what="HARDWARE"

  if [ $# -gt 0 -a "$1" = "generic" ]; then
    what="HARDWARE_GENERIC"
  fi

  Info ":INFO_ANALYSE_RUNNING:"
  sysinfo --notitle --short > $tmpfile
  if [ ! -s $tmpfile ]; then
    Msg2 HARDWARE_NOT_FOUND || return 1
    return 0
  fi
  Browse2 $tmpfile ${what}_FOUND || return 1
  return 0
}

Warn_Autoprobe_Dangerous()
{
  Msg2 AUTOPROBE_DANGEROUS || return 1
  return 0
}

Do_Autoprobe()
{
  local what=
  local how=

  # CD probelists (sbpcd takes too much time)
  local cd_probelist_kernel="cdu31a mcd mcdx sbpcd aztcd sonycd535 gscd arcd bpcd bpmcd dscd eicd epcd kicd oicd pwcd cm206 optcd sjcd isp16"
  local cd_probelist="cdu31a mcd mcdx aztcd sonycd535 gscd arcd bpcd bpmcd dscd eicd epcd kicd oicd pwcd cm206 optcd sjcd isp16"
  local cd_probelist_cautious=""

  # SCSI probelists (g_NCR5380 hangs)
  local scsi_probelist_kernel="advansys BusLogic u14-34f ultrastor aha152x aha1542 aha1740 aic7xxx fdomain in2000 g_NCR5380 NCR53c406a qlogicfas qlogicisp pas16 seagate t128 dtc tmscsim 53c7,8xx ncr53c8xx eata_dma eata_pio wd7000 eata AM53C974 ppa gdth"
  local scsi_probelist="advansys BusLogic u14-34f ultrastor aha152x aha1542 aha1740 aic7xxx fdomain in2000 NCR53c406a qlogicfas qlogicisp pas16 seagate t128 dtc tmscsim 53c7,8xx ncr53c8xx eata_dma eata_pio wd7000 eata ppa gdth"
  local scsi_probelist_cautious="aha1542 ncr53c8xx 53c7,8xx aic7xxx"

  # net probelists
  local ether_probelist_cautious="3c59x ne2k-pci 3c509 ne"
  local ether_probelist_kernel="de4x5 dgrs eepro100 epic100 hp100 ne2k-pci pcnet32 rtl8139 3c59x tulip yellowfin ac3200 smc-ultra32 at1700 smc-ultra smc9194 wd 3c503 hp hp-plus seeq8005 e2100 ne at1500 fmv18x eth16i 3c509 3c515 znet eexpress eepro depca ewrk3 apricot 3c501 3c507 3c505 de600 de620 ni52 ni65 lance tlan"
  # the at1500 is part of the e2100 ?
  # the 3c501 is always misdetected :-(
  # the seeq8005 and znet are not modularized :-(
  local ether_probelist="de4x5 dgrs eepro100 epic100 hp100 ne2k-pci pcnet32 rtl8139 3c59x tulip yellowfin ac3200 smc-ultra32 at1700 smc-ultra smc9194 wd 3c503 hp hp-plus e2100 ne fmv18x eth16i 3c509 3c515 eexpress eepro depca ewrk3 apricot 3c507 3c505 ni52 ni65 lance tlan atp de600 de620"

  local driver=
  local modparam=
  local all=1
  local retval=
  local success=

  what="$1"
  shift 1

  case $what in
  all)
    # simulate full kernel autoprobing by load & test of all modules
    # first we probe for CDROMs, then for SCSI hosts and last for ethernet
    probelist="$cd_probelist $scsi_probelist $ether_probelist"
    probelist_cautious="$cd_probelist_cautious $scsi_probelist_cautious $ether_probelist_cautious"
    ;;
  CD)
    probelist="$cd_probelist"
    probelist_cautious="$cd_probelist_cautious"
    ;;
  SCSI)
    probelist="$scsi_probelist"
    probelist_cautious="$scsi_probelist_cautious"
    ;;
  NET)
    probelist="$ether_probelist"
    probelist_cautious="$ether_probelist_cautious"
    ;;
  esac

  if [ $# -gt 0 -a "$1" = "cautious" ]; then
    probelist="$probelist_cautious"
    all=0
  fi

  Info ":INFO_AUTOPROBE_RUNNING:"

  for driver in $probelist ; do
    modparam=
    if [ "$driver" = "ne" ]; then
      # NE2000 cards need an io parameter. 0x300 is very common.
      modparam="io=0x300"
    fi
    Debug "probing ${driver} driver:"
    Do_Load_Module_mini --silent $driver $modparam
    retval=$?
    if [ $retval -eq 0 ]; then
      success=1
    fi
  done
  if [ -n "$success" ]; then
    return 0
  else
    return 1
  fi
}

Ask_Autoprobe()
{
  local what="AUTOPROBE"

  if [ $# -gt 0 -a "$1" = "cautious" ]; then
    what="AUTOPROBE_CAUTIOUS"
  fi
  Ask bool ${what} y || return 1
  return 0
}

Ask_Hardware_Sufficient()
{
  local what="HARDWARE"
  local defval=y

  if [ $# -gt 0 -a "$1" = "generic" ]; then
    what="HARDWARE_GENERIC"
    defval=n
  fi
  Ask bool ${what}_SUFFICIENT $defval || return 1
  return 0
}

Find_Module()
{
  if [ -f $1.o ]; then return 0 ; fi
  if [ -f $1.o.gz ]; then return 0 ; fi
  if [ -f /floppy/$1.o ]; then return 0 ; fi
  if [ -f /floppy/$1.o.gz ]; then return 0 ; fi
  if [ -f /source/$1.o ]; then return 0 ; fi
  return 1
}


Build_Modules_Available()
{
  local modpath=/lib/modules/`uname -r`
  local mode="$1"
  local goal="$2"
  local driver=
  local modparam=
  local subdir=
  local list=
  local scsi_support="scsi_mod sd_mod sg sr_mod st"
  local scsi_driver="aha152x aha1542 aha1740 aic7xxx advansys AM53C974 BusLogic tmscsim dtc eata eata_dma eata_pio fdomain gdth in2000 g_NCR5380 ppa in2000 NCR53c406a 53c7,8xx ncr53c8xx pas16 qlogic qlogicfas qlogicisp seagate t128 ultrastor u14-34f wd7000"
  local cdrom_driver="aztcd cdrom gscd hitcd isp16 cm206 sbpcd mcd mcdx optcd sjcd cdu31a sonycd535 arcd bpcd bpmcd dscd eicd epcd kicd oicd pwcd"
  local net_support="8390 bsd_comp depca dlci dummy eql new_tunnel plip ppp sdla slhc slip"
  local net_driver="3c501 3c503 3c505 3c507 3c509 3c59x ac3200 apricot arcnet at1700 atp de4x5 de600 de620 depca dgrs e2100 eepro eepro100 eexpress eth16i ewrk3 fmv18x hp hp-plus hp100 ibmtr lance ne ne2k-pci ni52 ni65 pcnet32 rtl8139 smc9194 smc-ultra smc-ultra32 tlan tulip wd yellowfin"
  local fs_driver="binfmt_aout binfmt_elf binfmt_java ext ext2 hpfs isofs ncpfs nfs smbfs sysv ufs vfat xiafs"


  case $goal in
  FS)
    list="$fs_driver"
    modpath=$modpath/fs
    ;;
  CD)
    list="$cdrom_driver"
    modpath=$modpath/cdrom
    ;;
  SCSI)
    # list="$scsi_support $scsi_driver"
    list="$scsi_driver"
    modpath=$modpath/scsi
    ;;
  NET)
    # list="$net_support $net_driver"
    list="$net_driver"
    modpath=$modpath/net
    ;;
  ANY)
    echo "\"DONE\" \":MENU_BACK:\" \\"
    Build_MODULES_AVAILABLE
    return 0
    ;;
  esac

  if [ "$mode" = "box" ]; then
    # echo "\"NONE\" \":TYPE_${goal}_NONE:\" \\"
    echo "\"DONE\" \":TYPE_${goal}_DONE:\" \\"
    echo "\"AUTO\" \":TYPE_${goal}_AUTO:\" \\"
  fi
  for driver in $list ; do
    Find_Module $modpath/$driver
    if [ $? -eq 0 ]; then
      if [ "$mode" = "box" ]; then
    echo "\"$driver\" \":TYPE_${goal}_$driver:\" \\"
      else
    echo "$driver"
      fi
    fi
  done
  if [ "$mode" = "box" ]; then
    echo "\"OTHER\" \":TYPE_${goal}_OTHER:\" \\"
  fi
}


Map_LILO_2_Insmod_Param()
{
  local lilo_param="$1"
  local var1="$2"
  local var2="$3"
  local var3="$4"
  local var4="$5"
  local val1
  local val2
  local val3
  local val4

  if [ -z "`sed -n "/^$lilo_param=/p" $FILE_BOOT_PARAMS`" ]; then
    echo ""
    return 1
  fi

  case $lilo_param in
  aztcd|gscd|cm206|sonycd535|optcd)
    # for LILO and insmod the params are the same
    sed -n "/^$lilo_param=/p" $FILE_BOOT_PARAMS
    return 0
    ;;
  mcd)
    sed -n '/^mcd=/s/^mcd=\([^,]*\),\(.*\)/mcd_port=\1 mcd_irq=\2/p' $FILE_BOOT_PARAMS
    return 0
    # mcd_port
    # mcd_irq
    # mitsumi_bug_93_wait
    ;;
  aic7xxx)
    if [ -n "`sed -n '/^aic7xxx=extended,no_reset/p' $FILE_BOOT_PARAMS`" ]; then
      echo "aic7xxx_extended=1 aic7xxx_no_reset=1"
      return 0
    fi
    ;;
  cdu31a)
    sed -n '/^cdu31a=/s/^cdu31a=\([^,]*\),\(.*\)/cdu31a_port=\1 cdu31a_irq=\2/p' $FILE_BOOT_PARAMS
    return 0
    # cdu31a_port
    # cdu31a_irq
    # sony_pas_init
    ;;
  isp16)
    ;;
  sbpcd)
    ;;
  esac
  return 0
}

Do_Load_Module_mini()
{
  local silent_flag=
  local ans=/tmp/LST/ans
  local err=/tmp/LST/err
  local modpath=/lib/modules/`uname -r`
  local subpath=
  local module=
  local driver=
  local modparam=
  local modlist=/tmp/modules.initrd

  if [ $# -gt 0 -a "$1" = '--silent' ]; then
    silent_flag=true
    shift 1
  fi

  driver="$1"
  shift 1
  modparam="$@"

  if [ -z "$modparam" ]; then
    # check for LILO boot params
    case $driver in
    mcd|gscd|aztcd|cm206|cdu31a|aic7xxx|sonycd535|optcd)
      modparam="`Map_LILO_2_Insmod_Param $driver`"
      ;;
    esac
  fi

  # check whether it's already loaded
  /sbin/lsmod | sed -n "/^$driver/p" > $ans
  if [ -s $ans ]; then
    return 0
  fi

  # check whether it's available and prepare it for loading
  for subpath in block cdrom fs ipv4 misc net pcmcia scsi ; do
    mkdir -p $modpath/$subpath
    module="$modpath/$subpath/${driver}.o"
    if [ -s $module ]; then
      break
    elif [ -s $module.gz ]; then
      gunzip $module.gz
      break
    elif [ -s /source/$module ]; then
      module=/source/$module
      break
    elif [ -s /floppy/$module ]; then
      module=/floppy/$module
      break
    elif [ -s /floppy/$module.gz ]; then
      gzip -dcf /floppy/$module.gz > $module
      break
    fi
    module=
  done

  if [ -z "$module" ]; then
    if [ -z "$silent_flag" ]; then
      Msg "module ${driver}.o ; :ERR_MODULE_NOT_AVAILABLE:"
    fi
    return 1
  fi

  while [ 1 ]; do
    if [ -z "$silent_flag" ]; then
      Info "module ${driver}.o ; :INFO_MODULE_LOADING:"
      sleep 2
    fi
    Debug "trying <insmod $module $modparam> ... "
    /sbin/insmod $module $modparam >$err 2>&1 && break
    /sbin/rmmod $driver >/dev/null 2>&1
    Debug "insmod ${driver} failed."
    if [ -z "$silent_flag" ]; then
      Info "module ${driver}.o ; :ERR_MODULE_LOADING_FAILED:"
      sleep 3
    fi
    end_use $module
    return 1
  done
  Debug "insmod ${driver} succeeded."
  # FIXME: in the success case we do not compress the module any more
  # end_use $module
  if [ -z "$silent_flag" ]; then
    Msg "module ${driver}.o ; :INFO_MODULE_LOADED:"
  fi
  echo "$driver" >> $modlist
  mkdir -p /etc/modules/options
  if [ -n "$modparam" ]; then
    echo "$modparam" > /etc/modules/options/$driver
  else
    rm -f /etc/modules/options/$driver
  fi
  return 0
}

Load_Default_Modules()
{
  local driver=

  for driver in $@ ; do
    Do_Load_Module_mini --silent $driver "" || return 1
  done
  return 0
}


Choose_Module()
{
  local modpath=/lib/modules/`uname -r`
  local goal="$1"
  local driver=AUTO
  local insmod_params=
  local default_cd=""
  local default_scsi="scsi_mod sd_mod sr_mod st sg"
  local default_ether="8390"
  local default_modules=

  case $goal in
  CD)
    default_modules="$default_cd"
    ;;
  SCSI)
    default_modules="$default_scsi"
    ;;
  NET)
    default_modules="$default_ether"
    ;;
  ANY)
    MountModulesFloppy
    ;;
  esac

  Load_Default_Modules $default_modules

  while [ 1 ]; do
    Ask one MODULE_LOAD --default "$driver" Build_Modules_Available box $goal || return 1
    driver="$ANSWER"
    insmod_params=
    # if [ "$driver" = "NONE" ]; then
    if [ "$driver" = "DONE" ]; then
      return 0
    fi
    if [ "$driver" = "OTHER" ]; then
      MountModulesFloppy
      continue
    fi
    if [ "$driver" = "ne" ]; then insmod_params="io=0x300" ; fi
    if [ "$driver" = "AUTO" ]; then
      Ask_Autoprobe
      if [ "$ANSWER" != "0" ]; then
        continue
      fi
      Warn_Autoprobe_Dangerous || continue
      Do_Autoprobe $goal || return 1
      Show_Hardware_Found || continue
      return 0
    fi
    # do not offer new features for COL 1.1 installs
    if [ "`uname -r`" = "2.0.29" ]; then
      Ask string MODULE_PARAM $insmod_params || continue
    else
      Menu_Module_Param "$driver" || continue
    fi
    insmod_params="$ANSWER"
    Do_Load_Module_mini $driver $insmod_params || return 1
    Show_Hardware_Found || continue
    return 0
  done
  return 0
}


Build_Module_Analyse()
{
  cat << EOF
"BACK" ":MENU_BACK:" \\
"CHECK" ":INFO_HARDWARE_FOUND:" \\
"LOADED" ":MENU_MODULE_SHOW_LOADED:" \\
"SYSINFO" ":MENU_ANALYSE:" \\
"DMESG" ":SHOW_BOOT_MSG:" \\
"REPORT" ":DO_WRITE_ANALYSE_INFOS:" \\
EOF
}


Menu_Module_Analyse()
{
  local action=CHECK

  while [ 1 ]; do
    Ask menu MODULE_ANALYSE --default "$action" Build_Module_Analyse $action || return 1
    action="$ANSWER"

    case $action in
    BACK)
      return 0
      ;;
    CHECK)
      Show_Hardware_Found
      ;;
    LOADED)
      Menu_Module_Show_Loaded
      ;;
    SYSINFO)
      Show_Analyse_Info
      ;;
    DMESG)
      Show_Boot_Msg
      ;;
    REPORT)
      Write_Analyse_Infos
      ;;
    esac
  done
}

Build_Module_Load()
{
  local subsys=

  echo "\"BACK\" \":MENU_BACK:\" \\"
  for subsys in CD SCSI NET ANY ; do
    echo "\"$subsys\" \":MENU_MODULE_LOAD_$subsys:\" \\"
  done
}


Menu_Module_Load_mini()
{
  local action

  while [ 1 ]; do
    action=
    Ask one MODULE_LOAD --default "$action" Build_Module_Load $action || return 1
    action="$ANSWER"
    if [ "$action" = "BACK" ]; then
      return 0
    fi
    Choose_Module $action || continue
  done
}

Build_Modules_Loaded()
{
  echo "\"BACK\" \":MENU_BACK:\" \\"
  cat /proc/modules | do_quote
}

Menu_Module_Remove_mini()
{
  Ask one MODULE_REMOVE Build_Modules_Loaded || return 1
  if [ "$ANSWER" = "BACK" ]; then
    return 0
  fi
  /sbin/rmmod $ANSWER || return 1
  return 0
}

Build_Config_Modules()
{
  cat << EOF
"DONE" ":MENU_CONFIG_MODULES_DONE:" \\
"ANALYSE" ":MENU_MODULE_ANALYSE:" \\
"LOAD" ":MENU_MODULE_LOAD:" \\
"REMOVE" ":MENU_MODULE_REMOVE:" \\
EOF
}


Menu_Config_Modules()
{
  local action=CHECK

  while [ 1 ]; do
    Ask menu CONFIG_MODULES --default "$action" Build_Config_Modules $action || return 1
    action="$ANSWER"

    case $action in
    DONE)
      return 0
      ;;
    ANALYSE)
      Menu_Module_Analyse
      ;;
    LOAD)
      Menu_Module_Load_mini
      ;;
    REMOVE)
      Menu_Module_Remove_mini
      ;;
    esac
  done
}

#
# libInit
#

InitSubsystems()
{
  local subsys=
  local subsys_state=8

  # first try all subsystems
  rm -f /tmp/subsystems
  for subsys in PCMCIA SCSI NET CD ; do
    echo "$subsys" >> /tmp/subsystems
  done

  # load generic 8390 ethernet driver module
  Load_Default_Modules 8390

  # load SCSI high level protocol driver
  Load_Default_Modules scsi_mod sd_mod sr_mod st sg

  # load filesystems
  Load_Default_Modules nfs isofs

  # check and load PCMCIA subsystem
#  if Is_SPARC ; then
#    Debug "Skipping probe for PCMCIA on SPARC!"
#  else
#    InitPCMCIA
#  fi

  while [ 1 ]; do
    subsys_state="`do_calc $subsys_state - 1`"
    case $subsys_state in
    0)
      return 1
      ;;
    1)
      Msg ":ERR_BACKSTEP_NOT_POSSIBLE:"
      Ask_Bool ABORT_INSTALL y
      if [ "$ANSWER" = "0" ]; then
    Do_Reboot
      fi
      ;;
    2)
      Show_Hardware_Found generic || continue
      ;;
    3)
      Ask_Hardware_Sufficient generic || continue
      if [ "$ANSWER" = "0" ]; then
        # this lets us jump to Menu_Config_Modules
        subsys_state=20
    continue
      fi
      ;;
    4)
      Ask_Autoprobe cautious || continue
      if [ "$ANSWER" != "0" ]; then
        # this lets us jump to Menu_Config_Modules
        subsys_state=11
    continue
      fi
      ;;
    5)
      Warn_Autoprobe_Dangerous || continue
      Do_Autoprobe all cautious
      subsys_state="`do_calc $subsys_state + 1`"
      ;;
    6)
      Msg ":ERR_BACKSTEP_NOT_POSSIBLE:"
      Ask_Bool ABORT_INSTALL y
      if [ "$ANSWER" = "0" ]; then
    Do_Reboot
      fi
      ;;
    7)
      Show_Hardware_Found || continue
      ;;
    8)
      Ask_Hardware_Sufficient || continue
      if [ "$ANSWER" = "0" ]; then
        # this lets us jump to Menu_Config_Modules
        subsys_state=20
    continue
      fi
      subsys_state="`do_calc $subsys_state + 1`"
      ;;
    9)
      Msg ":ERR_BACKSTEP_NOT_POSSIBLE:"
      Ask_Bool ABORT_INSTALL y
      if [ "$ANSWER" = "0" ]; then
    Do_Reboot
      fi
      ;;
    10)
      Menu_Config_Modules || continue
      ;;
    *)
      Info ":INFO_WAIT:"
      Store_Detected_Info
      Get_BOOTP_Info
      return 0
      ;;
    esac
    subsys_state="`do_calc $subsys_state + 2`"
  done
}

#
# libPCMCIA
#

HasPCMCIA()
{
  Debug "searching for PCMCIA controllers with probe:"
  prep_use PCMCIA_PROBE
  /sbin/probe >/tmp/pcmcia 2>&1
  if [ $? -eq 0 ]; then
    Debug "probe returned with 0"
    Debug "PCMCIA chip found! Asking for PCMCIA Support!"
    Ask bool PCMCIA_SUPPORT y || return 1
    if [ "$ANSWER" != "0" ]; then return 1 ; fi
    MountModulesFloppy
  else
    Debug "probe returned with non 0"
    Debug "No supported PCMCIA chip found! Skipping PCMCIA!"
    return 1
  fi
  return 0
}

UnpackPCMCIA()
{
  mkdir -p /lib/modules/`uname -r`/pcmcia

  Debug "Memory usage before PCMCIA unpack:"
  free > /dev/tty8
  Debug "disk usage before PCMCIA unpack:"
  df > /dev/tty8

  prep_use PCMCIA

  Debug "Memory usage after PCMCIA unpack:"
  free > /dev/tty8
  Debug "disk usage after PCMCIA unpack:"
  df > /dev/tty8
  return 0
}

RemovePCMCIA()
{
  not_use PCMCIA_PROBE
  not_use PCMCIA
}

InitPCMCIA()
{
  local pcic=
  local chip=
  local modpath=
  local retval=1

  if [ -z "`fgrep -x PCMCIA /tmp/subsystems`" ]; then
    return 0
  fi

  modpath=/lib/modules/`uname -r`/pcmcia

  HasPCMCIA || return 1
  UnpackPCMCIA || return 1

  # /bin/sh /etc/rc.d/rc.pcmcia
  # this will be replaced by rc.pcmcia
  while [ 1 ]; do
    Load_Default_Modules pcmcia_core || break
    # the chip should be derived automatically from the probe command
    # see /tmp/pcmcia
    for chip in i82365 tcic ; do
      Load_Default_Modules $chip
      if [ $? -eq 0 ]; then
        pcic=$chip
        Load_Default_Modules ds
        break
      fi
    done
    if [ -z "$pcic" ]; then break ; fi
    if [ ! -s /sbin/cardmgr ]; then break ; fi
    /sbin/cardmgr || break
    pcic="ok"
    break
  done
  if [ "$pcic" != "ok" ]; then
    if [ -z "$pcic" ]; then
      Debug "No supported PCMCIA chip found! Skipping PCMCIA!"
    fi
    if [ -s /var/run/cardmgr.pid ]; then
      kill `cat /var/run/cardmgr.pid`
      sleep 1
    fi
    /sbin/rmmod ds >/dev/null 2>&1
    /sbin/rmmod tcic >/dev/null 2>&1
    /sbin/rmmod i82365 >/dev/null 2>&1
    /sbin/rmmod pcmcia_core >/dev/null 2>&1
  else
    Debug "$chip PCMCIA chip detected!"
    Debug "Ask to insert PCMCIA cards"
    Msg ":DO_INSERT_PCMCIA_CARDS:"
    retval=0
  fi
  # remove all PCMCIA modules from the ramdisk to save space
  RemovePCMCIA
  return $retval
}

Set_If_Unset()
{
    if [ -z "`get_val $1`" ]; then
        set_val $1 "$2"
    fi
}

Get_netprobe_Info()
{
  local retval
  local probes="`get_val CONF_SETUP_NETPROBE_PROBES`"
  local probe_hostname
  local probe_gateway
  local probe_nameserver
  local probe_netmask
  local probe_nisdomain
  local probe_nisserver
  local probe_string
  local bpf=/tmp/netprobe.out
  local debug_tty=/dev/tty7
  local fqhn=
  local eth0_ip=
  local eth0_mask=
  local eth0_bcast=
  local eth0_net=
  local router1_ip=
# local dns_domain=
# local dns_search=
  local dns_server1_ip=
# local dns_server2_ip=
# local dns_server3_ip=
  local nfs_server1_ip=
  local nfs_server1_path=
  local nis_domain=
  local nis_server1_ip=

  if [ "`get_val CONF_SETUP_USE_NETPROBE`" != "on" ]; then return 1 ; fi
  if [ -z "$probes" ]; then return 1 ; fi
  if [ ! -x /usr/bin/netprobe ]; then return 1 ; fi

  Info ":INFO_NETPROBE_RUNNING: ; ; :INFO_WAIT:"
  sleep 2

  # building probe_string
  echo "$probes" | fgrep netmask > /dev/null
  if [ $? -eq 0 ]; then
    probe_netmask=true
    probe_string="$probe_string -p netmask"
  fi
  echo "$probes" | fgrep nisdomain > /dev/null
  if [ $? -eq 0 ]; then
    probe_nisdomain=true
    probe_string="$probe_string -p nisdomain"
  fi
  echo "$probes" | fgrep nameserver > /dev/null
  if [ $? -eq 0 ]; then
    probe_nameserver=true
    probe_string="$probe_string -p nameserver"
  fi
  echo "$probes" | fgrep nisserver > /dev/null
  if [ $? -eq 0 ]; then
    probe_nisserver=true
    probe_string="$probe_string -p nisserver"
  fi
  echo "$probes" | fgrep hostname > /dev/null
  if [ $? -eq 0 ]; then
    probe_hostname=true
    probe_string="$probe_string -p hostname"
  fi
  echo "$probes" | fgrep gateway > /dev/null
  if [ $? -eq 0 ]; then
    probe_gateway=true
    probe_string="$probe_string -p gateway"
  fi

  # remark: lo and eth0 has to be up and running, so the IP address
  #         has to be known

  echo "running netprobe..." > $debug_tty
  /usr/bin/netprobe $probe_string > $bpf 2> $debug_tty
  retval=$?

  if [ $retval -ne 0 ]; then
    echo "netprobe returns with <$retval>" > $debug_tty
    # return 1
  fi

  if [ ! -s $bpf ]; then
    echo "netprobe returns no output" > $debug_tty
    return 1
  fi

  echo "netprobe returns:" > $debug_tty
  cat $bpf > $debug_tty

  while [ 1 ]; do
    Browse2 $bpf NETPROBE_OUTPUT || return 1
    Ask_Bool USE_NETPROBE_OUTPUT || continue
    if [ "$ANSWER" != "0" ]; then return 1 ; fi
    break
  done

  fqhn="`get_val -f $bpf HOSTNAME`"
  if [ -n "$probe_hostname" -a -n "$fqhn" ]; then
    Set_If_Unset CONF_FQ_HOSTNAME "$fqhn"
  fi

  # FIXME
  eth0_ip="`get_val CONF_eth0_IP`"
  eth0_net="`get_val CONF_eth0_NET`"

  eth0_mask="`get_val -f $bpf NETMASK`"
  eth0_bcast="`get_val -f $bpf BROADCAST`"
  if [ -n "$eth0_mask" -a -n "$eth0_ip" -a -n "$probe_netmask" ]; then
      Set_If_Unset CONF_eth0_MASK "$eth0_mask"
      Set_If_Unset CONF_eth0_BCAST "$eth0_bcast"

    # now reconfigure eth0 interface
    ifconfig eth0 down 2> $debug_tty
    ifconfig lo down 2> $debug_tty
    ifconfig lo 127.0.0.1 2> $debug_tty
    route add -net 127.0.0.0 2> $debug_tty
    ifconfig eth0 $eth0_ip netmask $eth0_mask broadcast $eth0_bcast 2> $debug_tty
    route add -net $eth0_net 2> $debug_tty
  fi

  router1_ip="`get_val -f $bpf GATEWAY`"
  if [ -n "$probe_gateway" -a -n "$router1_ip" ]; then
    Set_If_Unset CONF_ROUTER1_IP "$router1_ip"
  fi

  dns_server1_ip="`get_val -f $bpf DNSSERVER1`"
# dns_server2_ip="`get_val -f $bpf DNSSRVS`"
# dns_server3_ip="`get_val -f $bpf DNSSRVS`"
  if [ -n "$probe_nameserver" -a -n "dns_server1_ip" ]; then
    # Set_If_Unset CONF_DNS_DOMAIN "$dns_domain"
    # Set_If_Unset CONF_DNS_SEARCH "$dns_search"
    Set_If_Unset CONF_DNS_SERVER1_IP "$dns_server1_ip"
    # Set_If_Unset CONF_DNS_SERVER2_IP "$dns_server2_ip"
    # Set_If_Unset CONF_DNS_SERVER3_IP "$dns_server3_ip"
  fi

  nis_domain="`get_val -f $bpf NISDOMAIN`"
  if [ -n "$probe_nisdomain" -a -n "nis_domain" ]; then
    Set_If_Unset CONF_NIS_DOMAIN "$nis_domain"
  fi

  nis_server1_ip="`get_val -f $bpf NISSERVER1 | cut -d':' -f 1`"
  if [ -n "$probe_nisserver" -a -n "nis_server1_ip" ]; then
    Set_If_Unset CONF_NIS_SERVER1_IP "$nis_server1_ip"
  fi

# Set_If_Unset CONF_NFS_SERVER1_IP "$nfs_server1_ip"
# Set_If_Unset CONF_NFS_SERVER1_PATH "$nfs_server1_path"
}

Get_BOOTP_Info()
{
  local retval
  local bpf=/tmp/bootpc.out
  local debug_tty=/dev/tty7
  local fqhn=
  local eth0_ip=
  local eth0_mask=
  local eth0_bcast=
  local router1_ip=
# local dns_domain=
# local dns_search=
  local dns_server1_ip=
# local dns_server2_ip=
# local dns_server3_ip=
  local nfs_server1_ip=
  local nfs_server1_path=
  local nis_domain=
  local nis_server1_ip=

  if [ "`get_val CONF_SETUP_USE_BOOTP`" != "on" ]; then return 1 ; fi
  if [ ! -x /usr/bin/bootpc ]; then return 1 ; fi

  Info ":INFO_BOOTP_RUNNING: ; ; :INFO_WAIT:"
  sleep 2

  ifconfig eth0 down 2> $debug_tty
  ifconfig lo down 2> $debug_tty

  ifconfig lo 127.0.0.1 2> $debug_tty
  route add -net 127.0.0.0 2> $debug_tty
  ifconfig eth0 0.0.0.0 netmask 0.0.0.0 broadcast 0.0.0.0 2> $debug_tty
  route add -net 0.0.0.0 2> $debug_tty

  echo "running bootpc..." > $debug_tty
  /usr/bin/bootpc > $bpf 2> $debug_tty
  retval=$?

  ifconfig eth0 down 2> $debug_tty
  ifconfig lo down 2> $debug_tty

  if [ $retval -ne 0 ]; then
    echo "bootpc returns with <$retval>" > $debug_tty
    return 1
  fi

  if [ ! -s $bpf ]; then
    echo "bootpc returns no output" > $debug_tty
    return 1
  fi

  echo "bootpc returns:" > $debug_tty
  cat $bpf > $debug_tty

  while [ 1 ]; do
    Browse2 $bpf BOOTP_OUTPUT || return 1
    Ask_Bool USE_BOOTP_OUTPUT || continue
    if [ "$ANSWER" != "0" ]; then return 1 ; fi
    break
  done

  fqhn="`get_val -f $bpf HOSTNAME`"
  eth0_ip="`get_val -f $bpf IPADDR`"
  eth0_mask="`get_val -f $bpf NETMASK`"
  eth0_bcast="`get_val -f $bpf BROADCAST`"
  router1_ip="`get_val -f $bpf GATEWAYS | sed 's/ .*//'`"
  dns_server1_ip="`get_val -f $bpf DNSSRVS | sed 's/ .*//'`"
# dns_server2_ip="`get_val -f $bpf DNSSRVS`"
# dns_server3_ip="`get_val -f $bpf DNSSRVS`"

  # make life easier for us ...
  if [ -n "`echo "$fqhn" | fgrep ".lst.de"`" ]; then
    nfs_server1_ip="194.231.72.1"
    nfs_server1_path="/lst/install"
    nis_domain="LST"
    nis_server1_ip="194.231.72.1"
  # and for Caldera ...
  elif [ -n "`echo "$fqhn" | fgrep ".caldera.com"`" ]; then
    # FIXME: that is harcoded for now
    # will offer scroll menu with netprobe nfs output
    nfs_server1_ip="207.49.12.48"
    nfs_server1_path="/OpenLinux/1.2"
  fi

  set_val CONF_FQ_HOSTNAME "$fqhn"
  set_val CONF_eth0_IP "$eth0_ip"
  set_val CONF_eth0_MASK "$eth0_mask"
  set_val CONF_eth0_BCAST "$eth0_bcast"
  set_val CONF_ROUTER1_IP "$router1_ip"
  Set_If_Unset CONF_NFS_SERVER1_IP "$nfs_server1_ip"
  Set_If_Unset CONF_NFS_SERVER1_PATH "$nfs_server1_path"
# set_val CONF_DNS_DOMAIN "$dns_domain"
# set_val CONF_DNS_SEARCH "$dns_search"
  set_val CONF_DNS_SERVER1_IP "$dns_server1_ip"
# set_val CONF_DNS_SERVER2_IP "$dns_server2_ip"
# set_val CONF_DNS_SERVER3_IP "$dns_server3_ip"
  Set_If_Unset CONF_NIS_DOMAIN "$nis_domain"
  Set_If_Unset CONF_NIS_SERVER1_IP "$nis_server1_ip"
}

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

# libLSTcheck check functions shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

# check arguments for a function
#
Check_Args()
{
  if [ $# -lt 3 ]; then
    Panic "Check_Args :ERR_WRONG_NUM_OF_ARGS: ($#)"
    Panic "function Check_Args (wanted 4 args, got $# args) ; args=<$@> ; :ERR_WRONG_NUM_OF_ARGS:"
    return 1
  fi
  if [ $2 -ne $3 ]; then
    Panic "function $1 (wanted $2 args, got $3 args) ; args=<$4> ; :ERR_WRONG_NUM_OF_ARGS:"
    return 1
  fi
  return 0
}

# test a string against a valid char list
# returns 0 if all chars of string are in the valid_char_list
# returns 1 if invalid chars are found and echos invalid chars
#
Check_Chars_Valid()
{
    local f_name=Check_Chars_Valid
    local f_args=2 # (string, validchars) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    # Test for invalid chars
    dummy=`echo $1 | sed "s/[$2]//g"`
    if [ ! -z "$dummy" ]; then
        echo "$dummy"
        return 1
    else
        return 0
    fi
}

Check_Chroot()
{
    if [ "$DIR_TARGET" != "/" ]; then
        $CMD_BOX --title ":WARNING:" --msg "$1 ; :ERR_IMPOSSIBLE_WITH_CHROOT:"
        return 1
    fi
    return 0
}

Is_Expert()
{
    local f_name=Is_Expert
    local f_args=0 # MODE_USER ->

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ "$MODE_USER" = "expert" ]; then
        return 0
    else
        return 1
    fi
}

Has_File()
{
    if [ $# -lt 1 ]; then
        Panic "missing arg to Has_File"
    fi
    if [ -s $1 ]; then
        return 0
    else
        if [ -f $1 ]; then
            Debug "$f_name: $1: file is empty."
        else
            Debug "$f_name: $1: file is not installed."
            if [ $# -gt 1 ]; then
                Error "$2"
            fi
        fi
        return 1
    fi
}

# check if a file exists
#
Check_File()
{
  local f_name=Check_File
  local f_args=1 # (file) ->

  Check_Args $f_name $f_args $# "$@" || return 255
  if [ -f $1 ]; then
    return 0
  else
    return 1
  fi
}

# search for a string (exact match) in a file
#
Check_Found()
{
    local f_name=Check_Found
    local f_args=2 # (string, file) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -z "$1" ]; then
        Debug "Check_Found: arg 1 is empty"
        return 2
    fi
    if [ -z "$2" ]; then
        Debug "Check_Found: arg 2 is empty"
        return 3
    fi
    if [ ! -s $2 ]; then
        Debug "Check_Found: $2: file empty or nonexistent"
        return 4
    fi
    fgrep -x $1 $2 >/dev/null 2>&1 || return 1
    return 0
}

# checks if a path is valid and sets STATUS to the type and
# and if false ERROR to an error message
#
Check_Path_Valid()
{
    local f_name=Check_Path_Valid
    local f_args=1 # (path) -> STATUS,ERROR
    export STATUS=
    export ERROR=

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -L $1 ]; then
        STATUS="symlink"
    elif [ -d $1 ]; then
        STATUS="directory"
    elif [ -f $1 ]; then
        STATUS="file"
    else
        ERROR="$1 ; :ERR_INVALID_PATH:"
        return 1
    fi
    return 0
}

# Call action_func and depending on success the corresponding func
#
Do_Action()
{
    local f_name=Do_Action
    local f_args=3 # (action_func, success_func, error_func) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    eval $1
    if [ $? -eq 0 ]; then
        eval $2
        return 0
    else
        eval $3
        return 1
    fi
}

Do_Analyse_All()
{
    sysinfo --var > $FILE_TMP_MSG.tmp 2> $FILE_BOOT_DIAG.tmp
    sed -e 's/ sr=/ scd=/g' -e 's:/dev/sr:/dev/scd:g' < $FILE_TMP_MSG.tmp > $FILE_TMP_MSG
    sed -e 's/:sr=/:scd=/g' -e 's:/dev/sr:/dev/scd:g' < $FILE_BOOT_DIAG.tmp > $FILE_BOOT_DIAG
    rm -f $FILE_BOOT_DIAG.tmp $FILE_TMP_MSG.tmp
    sleep 2
}

Do_Backup_File()
{
  local file=$1

  if [ -f $file ]; then
    cp -a $file ${file}~
  fi
}


#
# filter right edition from libLSTall
#
Do_Filter_libLSTall()
{
  local edition=$1
  local omit=

  case $edition in
  CND)
    omit="LST"
    ;;
  *)
    omit="CND"
    ;;
  esac

  sed -e '/^#%#ifdef '$omit'/,/^#%#endif '$omit'/d' \
    -e '/^#%#/d'
}


#
# filter right language and edition from libLSTtext
#
Do_Filter_libLSTtext()
{
  local edition=$1
  local lang=$2
  sed "{
    s/^${lang}-$edition> //
    s/^${lang}-x> //
    s/^x-$edition> //
    s/^x-x> //
    /^[a-z]\{2\}-[A-Za-z]\{3,5\}> /d
        /^x-[A-Za-z]\{3,5\}> /d
    /^[a-z]\{2\}-x> /d
    }"
}

Do_Merge_libLSTtext()
{
    local floppy_lib="$1"
    local cd_lib="$2"
    local labels_new="ASK_ETHER_REMOTE_IP_TEXT ASK_ETHER_REMOTE_IP_TITLE TYPE_CD_arcd TYPE_CD_bpcd TYPE_CD_bpmcd TYPE_CD_dscd TYPE_CD_eicd TYPE_CD_epcd TYPE_CD_kicd TYPE_CD_oicd TYPE_CD_pwcd TYPE_PARALLEL_DEV_lp0 TYPE_PARALLEL_DEV_lp1 TYPE_PARALLEL_DEV_lp2 TYPE_PRINTER_PostScript"
    local label

    # the libLSTtext-mini on the floppy is more up to date
    # and also may contain labels the libLSTtext CD version
    # doesn't have.
    # The trick is to keep what's in the mini version only
    # and to append the CD version

    # if they are the same, then take the one from the CD
    if [ "`sed -n '/^# $Id/p' $floppy_lib`" = "`sed -n '/^# $Id/p' $cd_lib`" ]; then
        cp -a $cd_lib $floppy_lib
        return 0
    fi

    # otherwise take the floppy header
    sed -n '1,/^:/{
        /^:/d
        p
        }' $floppy_lib > ${floppy_lib}.new
    # add the new labels
    for label in $labels_new ; do
        sed -n "/^:$label:/,/^:/{
            /^:$label:/p
            /^:/d
            p
            }" $floppy_lib >> ${floppy_lib}.new
    done
    # and append the old CD version
    cat $cd_lib >> ${floppy_lib}.new
    mv ${floppy_lib}.new $floppy_lib
    return 0
}

# try to lookup a short filename for a given long filename
# by a 'trans.tbl' file
#
Do_Lookup_Trans_Tbl()
{
  local dir="`dirname $1`"
  local TransTblFile="$dir/trans.tbl"
  local LongName="`basename $1`"
  local PkgRegexProof="`echo "$LongName" | sed 's/\+/\\\+/g'`"
  local ShortName=

  Debug "Called Do_Lookup_Trans_Tbl $1"
  if [ ! -f $TransTblFile ]; then
    Debug "trans.tbl file $TransTblFile not found"
    return 1
  fi

  # using cut to circumvent broken sed
  ShortName="`sed -n '/[     ]'${PkgRegexProof}'$/p' $TransTblFile | cut -c 3-14`"
  Debug "ShortName=<$ShortName>"
  if [ ! -z "$ShortName" -a -r "$dir/$ShortName" ]; then
    export ANSWER="$dir/$ShortName"
    return 0
  fi
  return 1
}

Do_Clear_Screen()
{
    echo "c"
}

# Do_Config_Update ( CONFIG_FILE )
#
#    Reset config file with current values
#
Do_Config_Update()
{
    # Wipe out old configuration and prepare new
    ( sed -n "
        /^$/ {
            s/^/echo/p
            d
        }
        /^#/ {
            s/^\(.*\)/echo \'\1\'/p
            d
        }
        s/^\(.*\)=\(.*\)/echo \"\1=\$\1\"/p
    " ) < $1 > $1.$$.tmp
    if [ $? != 0 ]; then
        Panic "Do_Config_Update: error in sed call"
        return 1
    fi

    # Analyse system to get valid settings
    # Analyse_System -all

    # Erase old config file
    . $1.$$.tmp >> $1.$$.tmp2
    rm -f $1.$$.tmp
    # Requote Variables
    sed '/^[^#]/s/^\(.*\)=\(.*\)/\1=\"\2\"/' < $1.$$.tmp2 > $1
    rm -f $1.$$.tmp2
}

Do_Prompt()
{
    echo -n "press any key to continue"
    get_key > /dev/null
    echo
}

# Do_Store ( VAR VAL [CONFIG_FILE] )
#
Do_Store()
{
    local conf_file=$FILE_SYSTEM_CONF

    if [ $# -eq 3 ]; then
        conf_file=$3
    elif [ $# -ne 2 ]; then
        Panic "got $# instead of 2 or 3 args!"
    fi

    # store in config file
    set_val -f $conf_file "$1" "$2"
    echo "$1=\"$2\"" > $FILE_TMP_VAL
    . $FILE_TMP_VAL
    rm -f $FILE_TMP_VAL
}

Do_Symlink()
{
    local f_name=Do_Symlink
    local f_args=2 # (orig, symlink) ->
    local dir1
    local dir2
    local file1
    local file2

    Check_Args $f_name $f_args $# "$@" || return 255
    dir1="`dirname $1`"
    dir2="`dirname $2`"
    file1="`basename $1`"
    file2="`basename $2`"

    if [ ! -d $DIR_TARGET/$dir1 ]; then
        mkdir -p $DIR_TARGET/$dir1
    fi

    if [ ! -d $DIR_TARGET/$dir2 ]; then
        mkdir -p $DIR_TARGET/$dir2
    fi
    if [ "$dir1" = "$dir2" ]; then
        ( cd $DIR_TARGET/$dir2 ; ln -sf $file1 $file2 )
    else
        ( cd $DIR_TARGET/$dir2 ; ln -sf $1 $file2 )
    fi
}

# Do_Translate STRING [DICTIONARY]
#
Do_Translate()
{
  local my_lang="`get_val CONF_LST_LANG`"
  local dict=/usr/lib/LST/$my_lang/libLSTtext

  if [ $# -gt 1 ]; then
    dict="$2"
  fi

  $CMD_BOX -t --dictionary $dict --text "$1"
}

Get_Val()
{
    if [ $# -gt 1 ]; then
        get_val -d "$2" -f $FILE_SYSTEM_CONF "$1"
    else
        get_val -f $FILE_SYSTEM_CONF "$1"
    fi
}

Show_Analyse_Info()
{
    Do_Analyse_All
    Browse2 $FILE_TMP_MSG ANALYSE || return 1
    return 0
}


# libLSTconfig - configuration library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#


Menu_Config_CD()
{
    local cdrom=

    if [ "`get_val -f /etc/lst.cnf CONF_COL_EDITION`" = "SBA" ]; then
        ANSWER="`get_val CONF_CD1_DEV`"
        if [ -z "$ANSWER" ]; then
            Choose --none --other --menutitle ":CHOOSE_CD_DEV_MENUTITLE:" CD_DEV CONF_CD1_DEV || return 1
        fi
    else
        Choose --none --other --menutitle ":CHOOSE_CD_DEV_MENUTITLE:" CD_DEV CONF_CD1_DEV || return 1
    fi
    cdrom="$ANSWER"
    Do_Store CONF_CD1_DEV "$cdrom"
    if [ -n "$cdrom" ]; then
        Do_Symlink $cdrom /dev/cdrom
        Do_Load_Driver filesystem iso9660 || return 1
        Do_Load_Driver cdrom $cdrom || return 1
    fi
    ANSWER="$cdrom"
    return 0
}


Build_MOUSE()
{
    if Is_SPARC ; then
        cat << EOF
"Sun standard /dev/sunmouse"        ":TYPE_MOUSE_SUN:" \\
EOF
    else
        cat << EOF
"MouseMan mmseries serial"        ":TYPE_MOUSE_MOUSEMAN_SERIAL:" \\
"Microsoft microsoft serial"        ":TYPE_MOUSE_MICROSOFT_SERIAL:" \\
"Microsoft busmouse /dev/bmousems"    ":TYPE_MOUSE_MICROSOFT_BUS:" \\
"Logitech logitech serial"        ":TYPE_MOUSE_LOGITECH_SERIAL:" \\
"Logitech busmouse /dev/bmouselogitec"    ":TYPE_MOUSE_LOGITECH_BUS:" \\
"MouseSystems mousesystems serial"    ":TYPE_MOUSE_MOUSESYSTEMS_SERIAL:" \\
"PS2 ps/2 /dev/psaux"            ":TYPE_MOUSE_PS2_BUS:" \\
"ATI_XL busmouse /dev/bmouseatixl"    ":TYPE_MOUSE_ATI_BUS:" \\
EOF
    fi
    cat << EOF
""                    ":TYPE_MOUSE_NONE:" \\
EOF
}

Menu_Config_Mouse()
{
  local type=
  local xtype=
  local dev=
  local buttons=

  while [ 1 ]; do
    Choose MOUSE || return 1
    if [ -z "$ANSWER" ]; then
      buttons=
      dev=
      type=
      xtype=
    else
      read type xtype dev << EOF
$ANSWER
EOF
      if [ "$dev" = "serial" ]; then
    Choose --other --menutitle ":CHOOSE_SERIAL_DEV_MENUTITLE:" SERIAL_DEV CONF_MOUSE1_DEV || continue
    dev="$ANSWER"
    if [ "$dev" = "`Get_Val CONF_MODEM1_DEV`" ]; then
      Warn ":WARN_MOUSE_MODEM_DEV_CONFLICT:" || continue
    fi
    if [ "$dev" = "`Get_Val CONF_PRINTER1_DEV`" ]; then
      Warn ":WARN_MOUSE_PRINTER_DEV_CONFLICT:" || continue
    fi
      fi
      Do_Symlink $dev /dev/mouse
    fi
    Do_Store CONF_MOUSE1_BUTTONS "$buttons"
    Do_Store CONF_MOUSE1_DEV "$dev"
    Do_Store CONF_MOUSE1_TYPE "$type"
    Do_Store CONF_MOUSE1_X_TYPE "$xtype"
    if [ -n "$xtype" -a "$DIR_TARGET" = "/" ]; then
      Do_Setup_X
    fi
    return 0
  done
}

Build_PRINTER_DEV()
{
  List box PARALLEL_DEV
  List box SERIAL_DEV
}

Start_unconfigured_sh()
{
  local uconfsh=/etc/rc.d/unconfigured.sh

  echo '#!/bin/sh' > $DIR_TARGET/$uconfsh
  echo "echo -n \"Updating databases:\" " >> $DIR_TARGET/$uconfsh
}

Finish_unconfigured_sh()
{
    local uconfsh=/etc/rc.d/unconfigured.sh

    echo 'if [ -x /usr/bin/mandb ]; then ' >> $DIR_TARGET/$uconfsh
    echo "echo -n \" mandb\" " >> $DIR_TARGET/$uconfsh
    echo '/usr/bin/mandb -c > /tmp/mandb.log 2>&1 & ' >> $DIR_TARGET/$uconfsh
    echo 'fi' >> $DIR_TARGET/$uconfsh
    echo "echo" >> $DIR_TARGET/$uconfsh
    # append finish.sh downloaded from TFTP Server (auto install mode only)
    if [ -f /etc/rc.d/finish.sh ]; then
        cat /etc/rc.d/finish.sh >> $DIR_TARGET/$uconfsh
    fi
    echo "mv $uconfsh $uconfsh.done" >> $DIR_TARGET/$uconfsh
    chmod 755 $DIR_TARGET/$uconfsh
}

Menu_Config_Printer()
{
    local type=
    local dev=
    local speed=
    local res=
    local paper=
    local print_rm=
    local print_rp=
    local file_lpd_conf=$DIR_TARGET/etc/lpd.conf
    local print_grp_def=daemon
    local print_grp=
    local uconfsh=/etc/rc.d/unconfigured.sh
    local print_genfilter=$DIR_TARGET/usr/lib/LST/lisa/genfilter
    local print_template=$DIR_TARGET/usr/lib/LST/lisa/filter-template
    local pnum=

    if [ -f $file_lpd_conf ]; then
        # compiled-in value overwritten?
        print_grp="`get_val -f $file_lpd_conf group`"
        if [ -z "$print_grp" ]; then
            # compiled-in value mentionned?
            print_grp="`fgrep group= $file_lpd_conf | sed -n '1,1p' | cut -d'=' -f 2`"
        fi
    fi
    if [ -z "$print_grp" ]; then
        print_grp="$print_grp_def"
    fi

    while [ 1 ]; do
        # printer type
        Choose --none --other PRINTER CONF_PRINTER1_TYPE || return 1
        type="$ANSWER"
        if [ -z "$type" ]; then
            type=
            dev=
            speed=
        elif [ "$type" = "NET" ]; then
            print_rm="`Get_Val CONF_PRINTER1_HOST`"
            Ask_String PRINTER_REMOTE_HOST "$print_rm"|| return 1
            print_rm="$ANSWER"
            print_rp="`Get_Val CONF_PRINTER1_NAME`"
            if [ -z "$print_rp" -o "$MODE_QUERY" != "auto" ]; then
                print_rp="ps"
            fi
            Ask_String PRINTER_REMOTE_DEV "$print_rp" || return 1
            print_rp="$ANSWER"
            type="NET"
        else
            # printer device
            Choose --other --menutitle ":CHOOSE_PRINTER_DEV_MENUTITLE:" PRINTER_DEV CONF_PRINTER1_DEV || return 1
            dev="$ANSWER"
            if [ -n "`echo $dev | fgrep /dev/ttyS `" ]; then
                if [ "$dev" = "`Get_Val CONF_MOUSE1_DEV`" ]; then
                    Warn ":WARN_MOUSE_PRINTER_DEV_CONFLICT:" || continue
                fi
                if [ "$dev" = "`Get_Val CONF_MODEM1_DEV`" ]; then
                    Warn ":WARN_MODEM_PRINTER_DEV_CONFLICT:" || continue
                fi
                # printer serial portspeed
                Choose SERIAL_SPEED CONF_PRINTER1_SPEED || continue
                speed="$ANSWER"
            else
                speed=
            fi
            # printer resolution
            Choose PRINTER_RES CONF_PRINTER1_RES || continue
            res="$ANSWER"
            # printer paper size
            Choose PRINTER_PAPER CONF_PRINTER1_PAPER || continue
            paper="$ANSWER"
        fi
        Do_Store CONF_PRINTER1_TYPE "$type"
        Do_Store CONF_PRINTER1_DEV "$dev"
        Do_Store CONF_PRINTER1_SPEED "$speed"
        Do_Store CONF_PRINTER1_HOST "$print_rm"
        Do_Store CONF_PRINTER1_NAME "$print_rp"
        Do_Store CONF_PRINTER1_RES "$res"
        Do_Store CONF_PRINTER1_PAPER "$paper"

        if [ -n "$type" ]; then
            # we have configured a printer
            # FIXME: Uaaahhh!
            # if printcap exists we disable everything with '#'
            if [ -f $DIR_TARGET/etc/printcap ]; then
                cp -a $DIR_TARGET/etc/printcap $DIR_TARGET/etc/printcap.lisasave
                sed '/^[^#]/s/^/#/' $DIR_TARGET/etc/printcap.lisasave \
                    > $DIR_TARGET/etc/printcap
            fi
            if [ "$type" = "NET" ]; then
                # it is a network printer
                # add network entry to /etc/printcap
                cat << EOF >> $DIR_TARGET/etc/printcap
##PRINTTOOL## REMOTE
lp|ps:\\
        :sd=/var/spool/lpd/lp:\\
        :mx#0:\\
        :rm=$print_rm:\\
        :rp=$print_rp:
EOF
            else
                # it is a local printer
                if [ -n "$dev" ]; then
                    # make sure printer dev has the right settings
                    chown root.${print_grp} $DIR_TARGET/${dev}
                    chmod 660 $DIR_TARGET/${dev}
                fi
                # add local entry to /etc/printcap
                cat << EOF >> $DIR_TARGET/etc/printcap
##PRINTTOOL## LOCAL $type $res $paper {}
ps:\\
        :sd=/var/spool/lpd/ps:\\
        :mx#0:\\
        :lp=$dev:\\
        :if=/var/spool/lpd/ps/filter:\\
        :sh:
##PRINTTOOL## LOCAL
lp:\\
    :sd=/var/spool/lpd/lp:\\
    :mx#0:\\
    :lp=$dev:\\
    :sh:
EOF
                mkdir -p $DIR_TARGET/var/spool/lpd/ps
                if [ ! -f $print_genfilter ]; then
                    print_genfilter=$DIR_TARGET/usr/lib/rhs/control-panel/genfilter
                    print_template=$DIR_TARGET/usr/lib/rhs/control-panel/filter-template
                fi
                $print_genfilter $type $res $paper \
                    < $print_template \
                    > $DIR_TARGET/var/spool/lpd/ps/filter
                chmod 755 $DIR_TARGET/var/spool/lpd/ps/filter
            fi

            # FIXME: create lp devices that match in owner.group what LPRng expects
            for pnum in 0 1 2 ; do
                rm -f $DIR_TARGET/dev/lp${pnum}
                mknod -m 660 $DIR_TARGET/dev/lp${pnum} c 6 ${pnum}
                chown root.${print_grp} $DIR_TARGET/dev/lp${pnum}
            done

            # check permissions
            if [ "$DIR_TARGET" != "/" ]; then
                echo 'if [ -x /usr/sbin/checkpc ]; then ' >> $DIR_TARGET/$uconfsh
                echo "echo -n \" checkpc\" " >> $DIR_TARGET/$uconfsh
                echo '/usr/sbin/checkpc -f > /tmp/checkpc.log 2>&1 ' >> $DIR_TARGET/$uconfsh
                # simple FIX (once only) for broken checkpc in LST 2.2
                echo '  if [ -f /var/spool/lpd/ps/filter ]; then' >> $DIR_TARGET/$uconfsh
                echo '    chmod +x /var/spool/lpd/ps/filter' >> $DIR_TARGET/$uconfsh
                echo '  fi' >> $DIR_TARGET/$uconfsh
                echo 'fi' >> $DIR_TARGET/$uconfsh
            else
                if [ -x /usr/sbin/checkpc ]; then
                    /usr/sbin/checkpc -f > /tmp/checkpc.log 2>&1
                    /etc/rc.d/init.d/lpd restart > /dev/null 2>&1
                fi
            fi
        fi
        return 0
    done
}


Menu_Config_Timezone()
{
    local tz_flag="`Get_Val CONF_KERNTZ_FLAG`"
    local tz_zone="`Get_Val CONF_TIMEZONE`"

    Choose KERNTZ $tz_flag || return 1
    Debug "KERNTZ=<$ANSWER>"
    if [ "$ANSWER" = "KTZ_UTCTIME" ]; then
        Do_Store CONF_KERNTZ_FLAG "u"
    else
        Do_Store CONF_KERNTZ_FLAG ""
    fi
    Choose TIMEZONE $tz_zone || return 1
    Do_Store CONF_TIMEZONE "$ANSWER"
    Set_clock
    return 0
}

Get_Symlink()
{
  ls -l $1 | sed 's/^.* -> \(.*\)/\1/p'
}

Get_X_Server()
{
  if [ -f $DIR_TARGET/usr/X11R6/bin/X ]; then
    basename `Get_Symlink $DIR_TARGET/usr/X11R6/bin/X`
  fi
}

Do_Setup_X()
{
  local uconfsh=/etc/rc.d/unconfigured.sh
  local server="unknown"
  local label
  local tool

  if [ $# -gt 0 ]; then
    server="$1"
  else
    server="`Get_X_Server`"
  fi

  case $server in
  Xaccel)
    label=XSETUP
    tool=Xsetup
    ;;
  Xmetro)
    label=CONFIGX
    tool=configX
    ;;
  *)
    if [ -x $DIR_TARGET/usr/X11R6/bin/XF86Setup ]; then
      label=XF86SETUP
      tool=XF86Setup
    elif [ -x $DIR_TARGET/usr/X11R6/bin/xf86config ]; then
      label=XF86CONFIG
      tool=xf86config
    fi
    ;;
  esac

  # we strongly recommend to call any X config tool externally
  Ask_Bool CALL_${label} n || return 1
  if [ "$ANSWER" != "0" ]; then
    Msg2 NEED_CALL_${label} || return 1
    return 0
  fi

  if [ "$DIR_TARGET" != "/" ]; then
    # call it after we exit the initrd
    Debug "Dangerous action: Adding $tool to unconfigured.sh"
    echo "if [ -x /usr/X11R6/bin/${tool} ]; then " >> $DIR_TARGET/$uconfsh
    echo "  if [ -f /tmp/checkpoint.${tool} ]; then" >> $DIR_TARGET/$uconfsh
    echo "    echo -n \" ${tool} (skipped)\" " >> $DIR_TARGET/$uconfsh
    echo '  else' >> $DIR_TARGET/$uconfsh
    echo "    touch /tmp/checkpoint.${tool}" >> $DIR_TARGET/$uconfsh
    echo "    echo -n \" ${tool}\" " >> $DIR_TARGET/$uconfsh
    echo "    /usr/X11R6/bin/${tool}" >> $DIR_TARGET/$uconfsh
    echo "    rm -f /tmp/checkpoint.${tool}" >> $DIR_TARGET/$uconfsh
    echo '  fi' >> $DIR_TARGET/$uconfsh
    echo 'fi' >> $DIR_TARGET/$uconfsh
    Msg ":INFO_X_SETUP_DELAYED:"
  else
    Debug "Dangerous action: Calling $tool from LISA"
    sync
    /usr/X11R6/bin/${tool}
    Debug "Back in LISA: $tool returned with $?"
  fi
  return 0
}


Menu_Config_X_Server()
{
  local x_server=

  x_server=
  while [ 1 ]; do
    List X_SERVER | sed 's/ :.*$//' > $FILE_TMP_ANSWER
    if [ ! -s $FILE_TMP_ANSWER ]; then
      Error2 X_SERVER_NOT_INSTALLED
      Debug "NO X_Server found !?"
      return 1
    fi
    if [ -n "`sed '1d' $FILE_TMP_ANSWER`" ]; then
      Choose X_SERVER $x_server || return 1
      x_server="$ANSWER"
    else
      x_server="`cat $FILE_TMP_ANSWER`"
      Debug "taking '$x_server' from List X_SERVER"
    fi
    if [ -f /usr/X11R6/bin/$x_server ]; then
      break
    fi
    if [ -f $DIR_TARGET/usr/X11R6/bin/$x_server ]; then
      break
    fi
    Error2 X_SERVER_NOT_INSTALLED
  done
  Do_Store CONF_X_SERVER1_TYPE "$x_server"
  ( cd $DIR_TARGET/usr/X11R6/bin ; rm -f X ; ln -sf $x_server X )
  Do_Setup_X $x_server
  return 0
}


Do_Setup_locate()
{
  local uconfsh=/etc/rc.d/unconfigured.sh

  echo 'if [ -x /usr/bin/updatedb ]; then ' >> $DIR_TARGET/$uconfsh
  echo "echo -n \" locate\" " >> $DIR_TARGET/$uconfsh
  echo '/usr/bin/updatedb --prunepaths="/tmp /proc /mnt /var/tmp /var/spool /dev /net /auto /amd" --netuser=nobody > /dev/null 2>&1 &' >> $DIR_TARGET/$uconfsh
  echo 'fi' >> $DIR_TARGET/$uconfsh
}

Do_Setup_teTeX()
{
  local uconfsh=/etc/rc.d/unconfigured.sh

  echo 'if [ -x /usr/TeX/bin/texconfig ]; then ' >> $DIR_TARGET/$uconfsh
  echo "echo -n \" teTeX\" " >> $DIR_TARGET/$uconfsh
  echo '( cd /usr/TeX/bin ; texhash > /dev/null 2>&1 )' >> $DIR_TARGET/$uconfsh
  echo '( cd /usr/TeX/bin ; texconfig init > /dev/null 2>&1 )' >> $DIR_TARGET/$uconfsh
  echo 'fi' >> $DIR_TARGET/$uconfsh
}


# libLSTboot - boot config library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

Do_Create_Generic_LILO_Message()
{
    rm -f $FILE_LILO_MESSAGE
    touch $FILE_LILO_MESSAGE || return 1
    chmod 400 $FILE_LILO_MESSAGE || return 1
    cat << EOF >> $FILE_LILO_MESSAGE

            LILO Bootloader

      (LST Linux generic message)

Press <TAB> to see possible boot choices.

Then enter the desired choice or press <Return>"
to boot the default (first) choice."

EOF
    return 0
}

Do_Create_Generic_LILO_Conf()
{
    local target="$1"

    rm -f $DIR_TARGET/$FILE_LILO_CONF.tmp
    cat << EOF > $DIR_TARGET/$FILE_LILO_CONF.tmp
#
# general section
#
EOF
    if Is_SPARC ; then
        cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp
root = $target
partition = 1
EOF
    else
        cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp
boot = $target
install = /boot/boot.b
EOF
    fi
    cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp
message = $FILE_LILO_MESSAGE
prompt

# wait 20 seconds (200 10ths) for user to select the entry to load
timeout = 200

#
# default entry
#

EOF
    chmod 600 $DIR_TARGET/$FILE_LILO_CONF.tmp
    return 0
}

Check_LILO()
{
    rm -f /tmp/mbr
    if [ $# -gt 0 ]; then
        dd if=$1 bs=1 skip=2 count=4 of=/tmp/mbr 2> /dev/null
    else
        dd if=/dev/hda bs=1 skip=2 count=4 of=/tmp/mbr 2> /dev/null
        if [ ! -s /tmp/mbr ]; then
            dd if=/dev/sda bs=1 skip=2 count=4 of=/tmp/mbr 2> /dev/null
        fi
    fi

    if [ ! -s /tmp/mbr ]; then
        rm -f /tmp/mbr
        return 1
    else
        fgrep LILO /tmp/mbr > /dev/null
        if [ $? -eq 0 ]; then
            ANSWER="LILO"
        else
            ANSWER="unknown"
        fi
    fi
    rm -f /tmp/mbr
    return 0
}

Build_KERNEL_IMAGE()
{
    List_KERNEL_IMAGE $1 | do_quote
}

Build_LILO_ENTRY()
{
    Build_KERNEL_IMAGE $1
    Build_Other_OS
}

List_KERNEL_IMAGE()
{
  local prefix="$1"
  local prefixed_image
  local image

  for prefixed_image in $prefix/vmlinuz* $prefix/boot/vmlinuz* ; do
    if [ -f $prefixed_image ]; then
      image="`echo $prefixed_image | sed "s:^$prefix::"`"
      echo "$image (Linux Kernel Image)"
    fi
  done
}

Build_Other_OS()
{
    local i=

    # check for Linux partitions with LILO
    for i in `sysinfo --tag -C Linux --partition` ; do
        Check_LILO $i
        if [ $? -eq 0 -a "$ANSWER" = "LILO" ]; then
            sysinfo --postlabel " (LILO)" --box -P $i --partition
        fi
    done
    sysinfo --postlabel " (DOS or OS/2)" --box -C DOSC --partition
    sysinfo --postlabel " (OS/2)" --box -C Bootmanager --partition
    sysinfo --postlabel " (BSD)" --box -C BSD --partition
    sysinfo --postlabel " (Solaris?)" --box -C Solaris --partition
}

Build_LILO_ADD_ENTRY()
{
    cat << EOF
"END" ":TYPE_LILO_ADD_ENTRY_NONE:" \\
EOF
    Build_KERNEL_IMAGE $1
    Build_Other_OS
}

Build_LILO_MODE()
{
    local boot_mode=

    Is_Expert
    if [ $? -eq 0 ]; then
        # echo "\"FLOPPY\" \":TYPE_LILO_MODE_FLOPPY:\" \\"
        echo "\"LILOACTIVE\" \":TYPE_LILO_MODE_ACTIVE:\" \\"
        echo "\"LILOPASSIVE\" \":TYPE_LILO_MODE_PASSIVE:\" \\"
    else
        echo "\"LILOACTIVE\" \":TYPE_LILO_MODE_ACTIVE:\" \\"
        echo "\"ROOT\" \":TYPE_LILO_MODE_PASSIVE:\" \\"
    fi
    echo "\"MBR\" \":TYPE_LILO_MODE_MBR:\" \\"
    echo "\"NONE\" \":TYPE_LILO_MODE_NONE:\" \\"
}

Build_LILO_TARGET()
{
    local root_part="$1"
    local protect_root=

    if [ $# -gt 1 -a "$2" = "msdos" ]; then
        protect_root=true
    fi

    if [ -n "`sysinfo --tag --disk | fgrep -x /dev/hda`" ]; then
        echo "\"/dev/hda\" \":TYPE_LILO_TARGET_MBR_IDE:\" \\"
    fi
    if [ -n "`sysinfo --tag --disk | fgrep -x /dev/sda`" ]; then
        echo "\"/dev/sda\" \":TYPE_LILO_TARGET_MBR_SCSI:\" \\"
    fi
    if [ -n "`sysinfo --tag --disk | fgrep -x /dev/rd/c0d0`" ]; then
        echo "\"/dev/rd/c0d0\" \":TYPE_LILO_TARGET_MBR_SCSI: (/dev/rd/c0d0)\" \\"
    fi
    if [ -n "`sysinfo --tag --disk | fgrep -x /dev/ida/c0d0`" ]; then
        echo "\"/dev/ida/c0d0\" \":TYPE_LILO_TARGET_MBR_SCSI: (/dev/ida/c0d0)\" \\"
    fi
    if [ -z "$protect_root" ]; then
        echo "\"$root_part\" \":TYPE_LILO_TARGET_ROOT: ($root_part)\" \\"
    fi
    if [ -n "`sysinfo --expert --tag -C LILOPASSIVE --partition | fgrep -v $root_part`" ]; then
        echo "\"OTHER\" \":TYPE_LILO_TARGET_OTHER:\" \\"
    fi
        echo "\"/dev/fd0\" \":TYPE_LILO_TARGET_FLOPPY:\" \\"
    echo "\"NONE\" \":TYPE_LILO_TARGET_NONE:\" \\"

    return 0
}

Build_LILO_TARGET_OTHER()
{
    local root_part="$1"

    sysinfo --box --partition -C LILOPASSIVE | fgrep -v "\"$root_part\""
    # expert users may like to install LILO in extended partitions
    sysinfo --box --partition -C extended
}

Do_Analyse_Boot_Setup()
{
    local mbr=
    local dummy=
    local bios_boot=
    local active_partitions=
    local os2_bootmgr=
    local lilo_in_mbr=

    echo "======================================================================"
    echo "                         LISA boot analysis"
    echo "======================================================================"
    echo

    # check if there is a LILO in the MBR
    echo "Analysis of Master Boot Record (MBR)"
    echo "------------------------------------"
    mbr="`sysinfo --tag -C MBR --disk`"
    Check_LILO $mbr
    if [ $? -eq 0 -a "$ANSWER" = "LILO" ]; then
        lilo_in_mbr=true
        cat << EOF
MBR already contains a LILO Boot Manager
This LILO can be replaced now by another LILO, left alone, or (for DOS
systems) replaced by DOS's default MBR by using the DOS 'FDISK /MBR'
command
EOF
    else
        echo "No LILO found in the MBR."
    fi
    echo

    # first look for active partitions
    active_partitions="`sysinfo --tag -C active --partition`"
    echo "Active partition analysis"
    echo "-------------------------"
    if [ -z "$active_partitions" ]; then
        echo "No active partitions found!"
    else
        sysinfo --label -C active --partition
    fi

    echo
    echo "Conclusion"
    echo "----------"

    if [ -n "$lilo_in_mbr" ]; then
        echo "===> The BIOS will boot from the master boot record $mbr."
        echo
        return 0
    fi
    # the BIOS will boot from the first active partition
    bios_boot="`sysinfo --tag -C active --partition | sed -n '1p'`"
    if [ -z "$bios_boot" ]; then
        echo "===> it seems you have no valid boot setup!"
        echo "===> you have 2 choices to fix that:"
        echo "A.) install a boot loader/manager in the master boot record"
        echo "    of your first hard disk."
        echo "B.) install a boot loader/manager in a primary partition on"
        echo "    the first hard disk and activate this partition."
        echo
        return 1
    fi
    echo "===> The BIOS will boot the first active partition $bios_boot."
    Check_LILO $bios_boot
    if [ $? -eq 0 -a "$ANSWER" = "LILO" ]; then
        echo "===> $bios_boot seems to contain a LILO boot manager."
    else
        # check for DOSC
        if [ "$bios_boot" = "`sysinfo --tag -C DOSC --partition`" ]; then
            echo "===> $bios_boot seems to contain a DOS boot loader."
        # check for OS/2 Bootmanager
        elif [ "$bios_boot" = "`sysinfo --tag -C Bootmanager --partition | fgrep -x $bios_boot`" ]; then
            echo "===> $bios_boot seems to contain a OS/2 boot manager."
        # check for BSD Bootmanager
        elif [ "$bios_boot" = "`sysinfo --tag -C BSD --partition | fgrep -x $bios_boot`" ]; then
            echo "===> $bios_boot seems to contain a BSD boot manager."
        # check for Solaris Bootmanager
        elif [ "$bios_boot" = "`sysinfo --tag -C Solaris --partition | fgrep -x $bios_boot`" ]; then
            echo "===> $bios_boot seems to contain a Solaris boot manager."
        else
            echo "===> $bios_boot seems to contain no (or an unknown) boot manager."
        fi
    fi
    echo
    return 0
}

Do_Activate_Partition()
{
    local dummy=
    local hd_dev=
    local hd_part=
    local f_name=Do_Activate_Partition
    local f_args=1 # (partition) ->

    Check_Args $f_name $f_args $# "$@" || return 255

    hd_dev=`echo "$1" | cut -c 1-8`
    if [ "$hd_dev" = "/dev/rd/" ]; then
        hd_dev=`echo "$1" | cut -c 1-12`
        hd_part=`echo "$1" | cut -c 14-`
    elif [ "$hd_dev" = "/dev/ida" ]; then
        hd_dev=`echo "$1" | cut -c 1-13`
        hd_part=`echo "$1" | cut -c 15-`
    else
        hd_part=`echo "$1" | cut -c 9-`
    fi
    dummy="$hd_dev $hd_part"
    #Info ":INFO_ACTIVATING_PARTITION:"
    activate $dummy 2> $FILE_TMP_ERR
    if [ $? -eq 0 ]; then
        Msg ":INFO_ACTIVATE_SUCCESS:"
    else
        Error --file $FILE_TMP_ERR "$1 ; :ERR_ACTIVATE_PROBLEMS:"
        return 1
    fi
    return 0
}

Do_Install_LILO()
{
    local lilo_cmd

    if Is_SPARC ; then
        lilo_cmd=silo
    else
        lilo_cmd=lilo
    fi

    Info ":INFO_LILO_RUNNING:"
    if [ "$DIR_TARGET" != "/" ]; then
        ( cd $DIR_TARGET; chroot $DIR_TARGET sbin/$lilo_cmd && echo "LILO ok" ) > $DIR_TARGET/tmp/lilo.error 2>&1
        mv $DIR_TARGET/tmp/lilo.error $FILE_TMP_ERR
        # $lilo_cmd -r $DIR_TARGET > $FILE_TMP_ERR 2>&1
    else
        ( /sbin/$lilo_cmd && echo "LILO ok" ) > $FILE_TMP_ERR 2>&1
    fi
    if [ -z "`fgrep -x 'LILO ok' $FILE_TMP_ERR`" ]; then
        Error --file $FILE_TMP_ERR ":ERR_LILO_PROBLEMS:"
        return 1
    else
        $CMD_BOX --nobutton --msg ":INFO_LILO_SUCCESS:"
    fi
    return 0
}

Do_Add_LILO_Table()
{
  local table=
  local partnum=

  table="`echo $1 | cut -c 1-8`"
  if [ -n "$table" ]; then
    partnum="`echo $1 | cut -c 9-`"
    if [ $partnum -lt 5 ]; then
      echo "    table = $table" >> $DIR_TARGET/$FILE_LILO_CONF.tmp
    fi
    if ! Is_SPARC ; then
      echo "    loader = /boot/chain.b" >> $DIR_TARGET/$FILE_LILO_CONF.tmp
    fi
  fi
}

Ask_LILO_Label()
{
    local label=
    local partid=

    echo "$1" | fgrep '/dev/' > /dev/null
    if [ $? -eq 0 ]; then
        label="`echo $1 | cut -c 6-`"
        partid="`Get_Partition_Info --id $1`"
        case $partid in
        1|4|6|11|12|14)
            label="dos"
            ;;
        10)
            label="os2"
            ;;
        130)
            label="solaris"
            ;;
        131)
            label="lilo-$label"
            ;;
        165)
            label="bsd"
            ;;
        169)
            label="NetBSD"
            ;;
        esac
    else
        # propose "linux" as label if it looks like our kernel
        if [ -n "`echo $1 | sed -n '/^\/boot\/vmlinuz/p'`" ]; then
            label="linux"
        elif [ "$1" = "/vmlinuz" ]; then
            label="linux"
        fi
    fi
    sed -n '/label[ ]*=/s/^.*label[ ]*=[ ]*\(.*\)$/\1/p' $DIR_TARGET/$FILE_LILO_CONF.tmp | fgrep -x $label > /dev/null
    if [ $? -eq 0 ]; then
        label=
    fi

    while [ 1 ]; do
        Ask_String LILO_LABEL "$label" || return 1
        if [ -z "$ANSWER" ]; then
            continue
        fi
        label="$ANSWER"
        # CHECK: test whether label already exists
        sed -n '/label[ ]*=/s/^.*label[ ]*=[ ]*\(.*\)$/\1/p' $DIR_TARGET/$FILE_LILO_CONF.tmp | fgrep -x $label > /dev/null
        if [ $? -eq 0 ]; then
            Warn ":WARN_LABEL_ALREADY_USED:"
            continue
        else
            cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp
    label = $label
EOF
            return 0
        fi
    done
}

Ask_LILO_Params()
{
  local append="$1"

  Debug "append = <$append>"
  # remove quotes from any previous append string
  append="`echo $append | cut -d'\"' -f 2`"
  Debug "append = <$append>"
  Ask_String LILO_PARAMS "$append" || return 1
  if [ -n "$ANSWER" ]; then
    echo "    append = \"$ANSWER\"" >> $DIR_TARGET/$FILE_LILO_CONF.tmp
  fi
  return 0
}

Ask_LILO_Initrd()
{
  local initrd_file=/boot/initrd.gz

  if [ ! -f $DIR_TARGET/$initrd_file ]; then
    initrd_file=
    ANSWER=
    return 0
  fi

  Ask_String LILO_INITRD "$initrd_file" || return 1
  return 0
}

Ask_LILO_Entry()
{
  local build_function="$1"
  local text_label="$2"
  local root_part="$3"
  local image=
  local entry=image
  local label=
  local use_initrd=
  local append=

  Choose --build "$build_function $DIR_TARGET" $text_label || return 1
  if [ "$ANSWER" = "END" ]; then
    return 0
  fi
  image="$ANSWER"
  echo "$image" | fgrep '/dev/' > /dev/null
  if [ $? -eq 0 ]; then
    entry=other
    cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp

$entry = $image
EOF
    Ask_LILO_Label $image || continue
    Do_Add_LILO_Table $image
  else
    entry=image
    cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp

$entry = $image
EOF
    Ask_LILO_Initrd || continue
    if [ -n "$ANSWER" ]; then
      echo "    initrd = \"$ANSWER\"" >> $DIR_TARGET/$FILE_LILO_CONF.tmp
      use_initrd=true
      append="load_ramdisk=1 ramdisk_size=2880"
    else
      append=""
    fi
    Ask_LILO_Label $image || continue
    cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp
    root = $root_part
    read-only
EOF
    Ask_LILO_Params "$append"
  fi
  return 0
}

Menu_Config_LILO_HD()
{
    local default_mbr=
    local default_target=
    local lilo_in_mbr=
    local mode=
    local os2_bootmgr=
    local root_part=
    local root_part_id=
    local root_part_type=
    local target=

    Do_Analyse_Boot_Setup > $DIR_LST_TMP/bootsetup
    Browse2 $DIR_LST_TMP/bootsetup ANALYSE_BOOT_SETUP || return 1

    # -- outermost loop start --
    while [ 1 ]; do

        # -- target loop start -- (not indended)
        while [ 1 ]; do
    # get first mbr
    default_mbr="`sysinfo --tag -C MBR --disk`"
    Debug "default_mbr = <$default_mbr>"

    # get root partition
    if [ "$DIR_TARGET" != "/" ]; then
        root_part="$CONF_INSTALL_ROOT"
    else
        root_part="`rdev | cut -d' ' -f 1`"
    fi
    Debug "root_part = <$root_part>"

    # get root partition type
    root_part_id="`Get_Partition_Info --id $root_part`"
    Debug "root_part_id = <$root_part_id>"
    case $partid in
    1|4|6|11|12|14)
        root_part_type=msdos
        ;;
    131)
        root_part_type=ext2
        ;;
    esac
    Debug "root_part_type = <$root_part_type>"

    # check MBR for LILO
    Check_LILO
    if [ $? -eq 0 -a "$ANSWER" = "LILO" ]; then
        lilo_in_mbr=true
        Debug "detected LILO in $default_mbr"
    fi

    # check for OS/2 boot manager
    os2_bootmgr="`sysinfo --tag -C Bootmanager --partition | sed -n '1p'`"
    if [ -n "$os2_bootmgr" ]; then
        Debug "detected OS/2 Bootmanager in $os2_bootmgr"
    fi

    # try to offer a smart default target
    default_target="`Get_Val CONF_INSTALL_LILO`"
    if [ -z "$default_target" ]; then
        if [ -n "$lilo_in_mbr" ]; then
            # bad idea to use the MBR, but if they are used to it...
            default_target="$default_mbr"
        else
            # use root partition per default
            default_target="$root_part"
            # use other partition if root is MSDOS
            if [ "$root_part_type" = "msdos" ]; then
                default_target=OTHER
                # do not allow LILO on msdos partitions
                Msg ":INFO_NO_LILO_ON_UMSDOS:"
            else
                # check if root_part is a primary partition on 1st disk
                if [ -z "`sysinfo --tag -C LILOACTIVE --partition | fgrep -x $root_part`" ]; then
                    # without OS/2 bootmanager use the MBR
                    if [ -z "$os2_bootmgr" ]; then
                        default_target="$default_mbr"
                    fi
                fi
            fi
        fi
    fi
    Debug "default_target = <$default_target>"

    Choose --build "Build_LILO_TARGET $root_part $root_part_type" LILO_TARGET $default_target || return 1
    target="$ANSWER"

    case $target in
    /dev/hda|/dev/sda)
        mode=MBR
        ;;
    $root_part)
        mode=ROOT
        ;;
    OTHER)
        mode=OTHER
        Choose --build "Build_LILO_TARGET_OTHER $root_part" LILO_TARGET_OTHER || continue
        target="$ANSWER"
        ;;
    /dev/fd0H1440|/dev/fd0)
        mode=FLOPPY
        ;;
    NONE)
        return 0
        ;;
    esac

    # BEGIN: sanity checks

    if [ "$mode" = "MBR" -o "$mode" = "FLOPPY" ]; then
        break
    fi

    # warn if a LILO is detected in the MBR
    if [ -n "$lilo_in_mbr" ]; then
        Warn ":WARN_LILO_FOUND_IN_MBR:" || continue
    fi
    break

    # END: sanity checks

        # -- target loop end --
        done

        # -- default entry loop start --
        while [ 1 ]; do
            again=true
            Do_Create_Generic_LILO_Conf $target
            Ask_LILO_Entry Build_LILO_ENTRY LILO_DEFAULT_ENTRY $root_part || break

            again=
            break
        # -- default loop end --
        done
        if [ -n "$again" ]; then
            continue
        fi
        cat << EOF >> $DIR_TARGET/$FILE_LILO_CONF.tmp

#
# additional entries
#

EOF

        # -- alternate loop start --
        while [ 1 ]; do
            again=true
            Ask_LILO_Entry Build_LILO_ADD_ENTRY LILO_ADD_ENTRY $root_part || break
            if [ "$ANSWER" = "END" ]; then
                again=
                break
            fi
        # -- alternate loop end --
        done
        if [ -n "$again" ]; then
            continue
        fi

        Browse2 $DIR_TARGET/$FILE_LILO_CONF.tmp LILO_CONF || continue
        Ask_Bool INSTALL_LILO || continue
        if [ "$ANSWER" != "0" ]; then
            continue
        fi
        cp -a $DIR_TARGET/$FILE_LILO_CONF.tmp $DIR_TARGET/$FILE_LILO_CONF || continue
        if Is_SPARC ; then
            cp -a $DIR_TARGET/$FILE_LILO_CONF $DIR_TARGET/etc/silo.conf
        fi

        Do_Install_LILO || continue

        if [ "$mode" = "MBR" -o "$mode" = "FLOPPY" ]; then
            break
        fi

        # warn if target is no primary on 1st disk and no OS/2 Bootmanager
        if [ -z "`sysinfo --tag -C LILOACTIVE --partition | fgrep -x $target`" -a -z "$os2_bootmgr" ]; then
            Warn ":WARN_LILO_NOT_ACTIVE_AND_NO_BOOTMANAGER:" || continue
        else
            if [ -z "`sysinfo --tag -C active --partition | fgrep -x $target`" ]; then
                Ask_Bool --pretext "$target ; " ACTIVATE_PARTITION || continue
                if [ "$ANSWER" = "0" ]; then
                    Do_Activate_Partition $target || continue
                else
                    Warn ":WARN_LILO_NOT_ACTIVE:" || continue
                fi
            fi
        fi
        break
    done
    # -- outermost loop end --
    Do_Store CONF_INSTALL_LILO "$target"
    return 0
}


# libLSTbox - box call library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

# Ask what goal build_function
Ask()
{
    FUNC_NAME=Ask
    local cmd=$FILE_TMP_COMMAND
    local what="$1"
    local goal="$2"
    local ans=/tmp/LST/ans
    local prefix=
    local defval=

    echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE

    shift 2

    if [ "X$1" = "X--default" ]; then
        defval="$2"
        shift 2
    fi

    case $what in
    bool|string)
        prefix=ASK
        defval="$1"
        ;;
    one)
        prefix=CHOOSE
        ;;
    menu)
        prefix=MENU
        what=one
        ;;
    esac

    cat << EOF > $cmd
#!/bin/sh

$CMD_BOX --title ":${prefix}_${goal}_TITLE:" \\
    --help ":${prefix}_${goal}_HELP:" \\
    --default "${defval}" \\
    --${what} ":${prefix}_${goal}_TEXT:" \\
EOF

    case $what in
    one)
        $@ >> $cmd
        ;;
    esac

    echo "2> $ans" >> $cmd
    chmod 755 $cmd

    # log command if requested
    Log_Cmd

    $cmd || return 1
    export ANSWER="`cat $ans`"
    return 0
}

#
# libLSTnew
#

# Ask what goal build_function
Ask2()
{
    FUNC_NAME=Ask
    local cmd=$FILE_TMP_COMMAND
    local what="$1"
    local goal="$2"
    local ans=$FILE_TMP_ANSWER
    local prefix=
    local defval=
    local other=
    local pretext=
    local posttext=

    echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE

    shift 2

    while [ 1 ]; do
        if [ $# -eq 0 ]; then
            break
        fi
        if [ "X$1" = "X--other" ]; then
            other=true
            shift 1
        elif [ "X$1" = "X--default" ]; then
            defval="$2"
            shift 2
        elif [ "X$1" = "X--pretext" ]; then
            pretext="$2"
            shift 2
        elif [ "X$1" = "X--posttext" ]; then
            posttext="$2"
            shift 2
        else
            break
        fi
    done

    case $what in
    bool|string)
        prefix=ASK
        if [ -z "$defval" ]; then
            defval="$1"
        fi
        ;;
    one)
        prefix=CHOOSE
        ;;
    menu)
        prefix=MENU
        what=one
        ;;
    esac

    if [ "$what" = "one" ]; then
        rm -f ${cmd}.itm
        $@ > ${cmd}.itm
        if [ ! -s ${cmd}.itm ]; then
            Debug "Error: empty list: $@"
            what=string
            prefix=ASK
        fi
    fi

    cat << EOF > $cmd
#!/bin/sh

$CMD_BOX --title ":${prefix}_${goal}_TITLE:" \\
    --help ":${prefix}_${goal}_HELP:" \\
    --default "${defval}" \\
    --${what} "${pretext}:${prefix}_${goal}_TEXT:${posttext}" \\
EOF

    if [ "$what" = "one" ]; then
        if [ "$other" = "true"  ]; then
            echo "\"OTHER\" \":${prefix}_${goal}_OTHER:\" \\" >> ${cmd}
        fi
        if [ "$none" = "true"  ]; then
            echo "\"NONE\" \":${prefix}_${goal}_NONE:\" \\" >> ${cmd}
        fi
        cat ${cmd}.itm >> ${cmd}
    fi

    echo "2> $ans" >> $cmd
    chmod 755 $cmd

    # log command if requested
    Log_Cmd

    $cmd || return 1
    export ANSWER="`cat $ans`"
    return 0
}


Get_Module_Line()
{
    sed -n "/^%[^%]*%$2%/p" $1
}

Get_Module_Param_Num()
{
    Get_Module_Line $1 $2 | cut -d'%' -f $NUM_POS
}

List_Param_Of_Module()
{
    local num
    local i=0
    local pos="`do_calc $NUM_POS + 1`"

    num="`Get_Module_Param_Num $1 $2`"
    if [ -z "$num" -o "$num" = '?' ]; then
        num=unknown
        Debug 'Number of insmod parameters is unknown !'
        return 1
    elif [ "$num" = "0" ]; then
        num=none
        Debug "No insmod params."
        return 0
    fi

    while [ 1 ]; do
        i="`do_calc $i + 1`"
        if [ $i -gt $num ]; then
            break
        fi
        parm="`Get_Module_Line $1 $2 | cut -d'%' -f $pos`"
        echo "$parm"
        pos="`do_calc $pos + $NUM_PER_PARAM`"
    done
}

Build_Param_Of_Module()
{
    local params
    local val
    local i

    params="`List_Param_Of_Module $1 $2`"
    if [ $? -ne 0 ]; then
        return 1
    fi
    if [ -z "$params" ]; then
        return 0
    fi
    echo "\"DONE\" \":CHOOSE_PARAM_OF_MODULE_DONE:\" \\"
    echo "\"OTHER\" \":CHOOSE_PARAM_OF_MODULE_OTHER:\" \\"
    for i in $params ; do
        val="`get_val -f $FILE_VALUES_SEL Value_Of_Param%${2}%${i}%current`"
        echo "\"$i\" \"$i [${val}]\" \\"
    done
}

Build_Value_Of_Param()
{
    local num
    local i=0
    local pos="`do_calc $NUM_POS + 1`"
    local posvals
    local posdef
    local values
    local defval
    local val

    num="`Get_Module_Param_Num $1 $2`"
    if [ -z "$num" -o "$num" = '?' ]; then
        num=unknown
        Debug 'Number of insmod parameters is unknown !'
        return 1
    elif [ "$num" = "0" ]; then
        num=none
        Debug "No insmod params."
        return 0
    fi
    Debug "num = $num"

    while [ 1 ]; do
        i="`do_calc $i + 1`"
        if [ $i -gt $num ]; then
            Debug "param $3 not found."
            break
        fi
        parm="`Get_Module_Line $1 $2 | cut -d'%' -f $pos`"
        if [ "$parm" != "$3" ]; then
            pos="`do_calc $pos + $NUM_PER_PARAM`"
            continue
        fi
        posvals="`do_calc $pos + 2`"
        Debug "posvals = <$posvals>"
        posdef="`do_calc $pos + 3`"
        Debug "posdef = <$posdef>"
        values="`Get_Module_Line $1 $2 | cut -d'%' -f $posvals | sed 's/,/ /g'`"
        Debug "values = <$values>"
        defval="`Get_Module_Line $1 $2 | cut -d'%' -f $posdef`"
        Debug "defval = <$defval>"
        for val in $values ; do
            if [ "X$val" = "X$defval" ]; then
                echo "\"$val\" \"$val [default]\" \\"
            else
                echo "\"$val\" \"$val\" \\"
            fi
        done
        break
    done
}

Choose_Param_Of_Module()
{
    local modname="$1"
    local modparam

    shift 1
    if [ $# -gt 0 ]; then
        modparam="$1"
    else
        modparam="`get_val -f $FILE_VALUES_SEL Param_Of_Module%${modname}%current`"
    fi
    Ask2 one PARAM_OF_MODULE --pretext "module=$modname ; ; " --default "$modparam" Build_Param_Of_Module $FILE_MODULES_DATA $modname || return 1
    modparam="$ANSWER"
    set_val -f $FILE_VALUES_SEL Param_Of_Module%${modname}%current "${modparam}"
    return 0
}


Choose_Value_Of_Param()
{
    local modname="$1"
    local modparam="$2"
    local paramval

    shift 2
    if [ $# -gt 0 ]; then
        paramval="$1"
    else
        paramval="`get_val -f $FILE_VALUES_SEL Value_Of_Param%${modname}%${modparam}%current`"
    fi
    Ask2 one VALUE_OF_PARAM --other --pretext "module=$modname ; parameter=$modparam ; ; " --default "$paramval" Build_Value_Of_Param $FILE_MODULES_DATA $modname $modparam || return 1
    paramval="$ANSWER"
    if [ "$paramval" = "OTHER" ]; then
        paramval="`get_val -f $FILE_VALUES_SEL Value_Of_Param%${modname}%${modparam}%current`"
        Ask2 string MODULE_PARAM --other --pretext "module=$modname ; parameter=$modparam ; ; " --default "$paramval" || return 1
        paramval="$ANSWER"
    fi
    set_val -f $FILE_VALUES_SEL Value_Of_Param%${modname}%${modparam}%current "${paramval}"
    return 0
}

Ask_Module_Param()
{
    local modname="$1"
    local params
    local insmod_params="`get_val -f $FILE_VALUES_SEL Module_Params%${modname}%current`"

    Ask2 string MODULE_PARAM "$insmod_params" || return 1
    insmod_params="$ANSWER"
    set_val -f $FILE_VALUES_SEL Module_Params%${modname}%current "${insmod_params}"
    return 0
}

Menu_Module_Param()
{
    local modname="$1"
    local modparam
    local paramval
    local params
    local insmod_params

    params="`List_Param_Of_Module $FILE_MODULES_DATA $modname`"
    if [ -z "$params" ]; then
        Ask_Module_Param $modname || return 1
        insmod_params="$ANSWER"
    else
        while [ 1 ]; do
            Choose_Param_Of_Module "$modname" || return 1
            modparam="$ANSWER"
            if [ "$modparam" = "OTHER" ]; then
                Ask_Module_Param $modname || continue
                insmod_params="$ANSWER"
                break
            fi
            if [ "$modparam" != "DONE" ]; then
                Choose_Value_Of_Param "$modname" "$modparam" || continue
                paramval="$ANSWER"
            else
                insmod_params=
                for modparam in `List_Param_Of_Module $FILE_MODULES_DATA $modname` ; do
                    paramval="`get_val -f $FILE_VALUES_SEL Value_Of_Param%${modname}%${modparam}%current`"
                    if [ -n "$paramval" ]; then
                        insmod_params="$insmod_params $modparam=${paramval}"
                    fi
                done
                break
            fi
        done
    fi
    ANSWER="$insmod_params"
    return 0
}


# Ask_Bool ( [--pretext PRETEXT] [--prehelp PREHELP] [--help ALTERNATE_HELP] [--text ALTERNATE_TEXT] VARNAME [DEFAULTVAL] )
#
#       Just ask a yes/no question
#
Ask_Bool()
{
    FUNC_NAME=Ask_Bool
    export ANSWER=
    local retval=
    local help=
    local text=
    local prehelp=
    local pretext=

    echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE

    if [ $# -lt 1 ]; then
        Panic "got $# instead of at least 1 arg!"
    fi

    # look for pretext
    if [ $# -gt 2 ]; then
        if [ "$1" = '--pretext' ]; then
            pretext="$2"
            shift 2
        fi
    fi

    # look for prehelp
    if [ $# -gt 2 ]; then
        if [ "$1" = '--prehelp' ]; then
            prehelp="$2"
            shift 2
        fi
    fi

    # look for alternate help
    if [ $# -gt 2 ]; then
        if [ "$1" = '--help' ]; then
            help="$2"
            shift 2
        fi
    fi

    # look for alternate text
    if [ $# -gt 2 ]; then
        if [ "$1" = '--text' ]; then
            text="$2"
            shift 2
        fi
    fi

    if [ -z "$help" ]; then
        help=":ASK_$1_HELP:"
    fi

    if [ -z "$text" ]; then
        text=":ASK_$1_TEXT:"
    fi

    # build command header
    echo "$CMD_BOX --help \"${prehelp}${help}\" --title \":ASK_$1_TITLE:\" --bool \"${pretext}${text}\" \\" > $FILE_TMP_COMMAND

    # append default value if available
    if [ $# -gt 1 ]; then
        echo "--default \"$2\" \\" >> $FILE_TMP_COMMAND
    fi

    # build command trailer
    echo "2> $FILE_TMP_ANSWER" >> $FILE_TMP_COMMAND
    chmod 755 $FILE_TMP_COMMAND

    # log command if requested
    Log_Cmd

    # execute command
    sh $FILE_TMP_COMMAND
    retval=$?
    if [ $retval -eq 0 ]; then
        ANSWER="`cat $FILE_TMP_ANSWER`"
    fi
    rm -f $FILE_TMP_COMMAND
    rm -f $FILE_TMP_ANSWER
    return $retval
}

# Ask_String ( [--pretext PRETEXT] VARNAME [DEFAULTVAL] )
#
# ask for a string
#
Ask_String()
{
    FUNC_NAME=Ask_String
    export ANSWER=
    local retval=
    local text=
    local help=
    local pretext=
    local prehelp=

    echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE

    if [ $# -lt 1 ]; then
        Panic "got $# instead of at least 1 arg!"
    fi

    if [ $# -gt 2 -a "$1" = '--pretext' ]; then
        pretext="$2"
        shift 2
    fi

    if [ $# -gt 2 -a "$1" = '--prehelp' ]; then
        prehelp="$2"
        shift 2
    fi

    if [ $# -gt 2 -a "$1" = '--help' ]; then
        help="$2"
        shift 2
    else
        help=":ASK_$1_HELP:"
    fi

    text=":ASK_$1_TEXT:"

    # if [ $# -gt 1 ]; then
    #    $CMD_BOX --default "$2" --help "${prehelp}${help}" --title ":ASK_$1_TITLE:" --string "${pretext}${text}" 2> $FILE_TMP_ANSWER
    # else
    #     $CMD_BOX --help "${prehelp}${help}" --title ":ASK_$1_TITLE:" --string "${pretext}${text}" 2> $FILE_TMP_ANSWER
    # fi
    # retval=$?

    # build command header
    echo "$CMD_BOX --help \"${prehelp}${help}\" --title \":ASK_$1_TITLE:\" --string \"${pretext}${text}\" \\" > $FILE_TMP_COMMAND

    # append default value if available
    if [ $# -gt 1 ]; then
        echo "--default \"$2\" \\" >> $FILE_TMP_COMMAND
    fi

    # build command trailer
    echo "2> $FILE_TMP_ANSWER" >> $FILE_TMP_COMMAND
    chmod 755 $FILE_TMP_COMMAND

    # log command if requested
    Log_Cmd

    # execute command
    sh $FILE_TMP_COMMAND

    retval=$?
    if [ $retval -eq 0 ]; then
        ANSWER="`cat $FILE_TMP_ANSWER`"
    else
        ANSWER=""
        Debug -D "Ask_String Output (Start)"
        Debug -c cat $FILE_TMP_ANSWER
        Debug -D "Ask_String Output (End)"
    fi
    rm -f $FILE_TMP_ANSWER
    return $retval
}

# Box ( TYPE [--var VAR] [--help HELP] [--text TEXT] [--title TITLE])
#            [--build ITMEMBUILDFUNCTION] [DEFAULTVAL])
#
# Box is a box frontend, returning answer in $ANSWER
#
#    box-types (TYPE):
#
# a) input boxes
#    bool
#    num
#    ip
#    string
#    one
#    menu
#    showlist
#    menulist
#
# b) output boxes
#    info
#    msg
#    browse
#    err
#    warn
#
# --var ask & set value of variable VAR
# --help replace standard-help with HELP
# --text replace standard-text with TEXT
# --title replace standard-title with TITLE
# --build use function BUILD to create itemlist
#

Box()
{
    FUNC_NAME=Box
    export ANSWER=
    local box_type=string
    local retval=
    local variable=BOX
    local title=
    local text=
    local help=
    local build=
    local defval=
    local file=

    echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE

    # process options
    if [ $# -eq 0 ]; then
        Panic "$FUNC_NAME: panic! no box type specified!"
    fi

    # get box_type
    box_type="$1"
    shift 1

    case $box_type in
    bool)
        prefix=BOOL ;;
    num|ip|string)
        prefix=ASK ;;
    one|showlist)
        prefix=CHOOSE ;;
    menu|sumlist)
        prefix=MENU ;;
    msg|info|browse)
        prefix=INFO ;;
    err)
        box_type=browse
        prefix=ERR ;;
    warn)
        box_type=msg
        prefix=WARN ;;
    *)
        Panic "$FUNC_NAME: panic! invalid box type specified!";;
    esac

    # set standard help
    title=":${prefix}_${variable}_TITLE:"
    text=":${prefix}_${variable}_TEXT:"
    help=":${prefix}_${variable}_HELP:"

    while [ 1 ]; do
        if [ $# -eq 0 ]; then
            break
        elif [ $# -gt 1 ]; then
            # options that take arguments
            case $1 in
            --var)
                variable="$2"
                title=":${prefix}_${variable}_TITLE:"
                text=":${prefix}_${variable}_TEXT:"
                help=":${prefix}_${variable}_HELP:"
                shift 2
                continue;;
            --help)
                help="$2"
                shift 2
                continue;;
            --title)
                title="$2"
                shift 2
                continue;;
            --text)
                text="$2"
                shift 2
                continue;;
            --build)
                build="$2"
                shift 2
                continue;;
            esac
        else
            # flags that take no arguments
            if [ $# -eq 1 ]; then
                # last argument is a default value or a file to browse
                if [ "$box_type" = "browse" ]; then
                    file="$1"
                    shift 1
                    continue
                else
                    defval="$1"
                    shift 1
                    continue
                fi
            fi
        fi
        Panic "$FUNC_NAME: panic! invalid arguments $* !"
    done

    # command header
    echo -n "$CMD_BOX " > $FILE_TMP_COMMAND

    # command options
    if [ -n "$help" ]; then
        echo "--help \"$help\" \\" >> $FILE_TMP_COMMAND
    fi
    if [ -n "$title" ]; then
        echo "--title \"$title\" \\" >> $FILE_TMP_COMMAND
    fi
    if [ "$box_type" = "browse" ]; then
        echo "--text \"$text\" \\" >> $FILE_TMP_COMMAND
        echo "--browse $file \\" >> $FILE_TMP_COMMAND
    else
        echo "--$box_type \"$text\" \\" >> $FILE_TMP_COMMAND
    fi
    if [ -n "$defval" ]; then
        echo "--default \"$defval\" \\" >> $FILE_TMP_COMMAND
    fi

    # command items
    if [ -n "$build" ]; then
        # call build-function to build menu items
        $build > $FILE_TMP_MSG
        if [ -s $FILE_TMP_MSG ]; then
            cat $FILE_TMP_MSG >> $FILE_TMP_COMMAND
            rm -f $FILE_TMP_MSG
        else
            rm -f $FILE_TMP_COMMAND
            rm -f $FILE_TMP_ANSWER
            Panic "$FUNC_NAME: panic! empty list of items!"
        fi
    fi

    # command trailer
    echo "2> $FILE_TMP_ANSWER" >> $FILE_TMP_COMMAND
    chmod 755 $FILE_TMP_COMMAND

    # log command if requested
    Log_Cmd

    # execute command
    sh $FILE_TMP_COMMAND
    retval=$?
    if [ "$box_type" = "info" ]; then
        sleep 1
    fi
    if [ $retval -eq 0 ]; then
        if [ "$box_type" != "sumlist" ]; then
            ANSWER="`cat $FILE_TMP_ANSWER`"
            rm -f $FILE_TMP_ANSWER
        fi
    fi
    rm -f $FILE_TMP_COMMAND
    return $retval
}

Browse()
{
  FUNC_NAME=Browse
  echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE
  if [ $# -eq 2 ]; then
    Box browse --text "$2" $1 || return 1
    return 0
  else
    Box browse $1 || return 1
    return 0
  fi
}

Browse2()
{
  FUNC_NAME=Browse2
  echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE
  Box browse --var "$2" $1 || return 1
  return 0
}

# Choose ( [--none] [--other] [--prefix PREFIX] [--menutitle MENUTITLE] [--build MENUBUILDFUNCTION] VARNAME [CONFVARNAME] )
#
# ask for one out of many choices
#
Choose()
{
    FUNC_NAME=Choose
    export ANSWER=
    local retval=
    local box_type=one
    local one_flag=
    local other_flag=
    local none_flag=
    local menu_title=
    local build_function=
    local confval=
    local defval=
    local prefix=

    echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE

    while [ 1 ]; do
        if [ $# -gt 1 ]; then
            case $1 in
            --build)
                build_function="$2"
                shift 2
                continue;;
            --default)
                defval="$2"
                shift 2
                continue;;
            --menutitle)
                menu_title="$2"
                shift 2
                continue;;
            --prefix)
                prefix="$2"
                shift 2
                continue;;
            --none)
                none_flag=true
                shift 1
                continue;;
            --other)
                other_flag=true
                shift 1
                continue;;
            --menu)
                box_type=menu
                shift 1
                continue;;
            --multi)
                box_type=multi
                shift 1
                continue;;
            --sumlist)
                box_type=sumlist
                shift 1
                continue;;
            --onelist)
                box_type=sumlist
                one_flag='-O'
                shift 1
                continue;;
            --showlist)
                box_type=showlist
                shift 1
                continue;;
            *)
                break;;
            esac
        else
            break
        fi
    done

    if [ $# -lt 1 ]; then
        Panic "got $# instead of at least 1 args!"
    fi

    # build command header
    if [ -z "$prefix" ]; then
        case $box_type in
        one|showlist)
            prefix=CHOOSE
            ;;
        menu|sumlist|multi)
            prefix=MENU
            ;;
        esac
    fi
    echo "$CMD_BOX $one_flag --help \":${prefix}_$1_HELP:\" \\" > $FILE_TMP_COMMAND
    echo "--title \":${prefix}_$1_TITLE:\" \\" >> $FILE_TMP_COMMAND
    echo "--$box_type \":${prefix}_$1_TEXT:\" \\" >> $FILE_TMP_COMMAND

    # append default value if available
    if [ $# -gt 1 ]; then
        confval="`Get_Val $2`"
        if [ -n "$confval" ]; then
            echo "--default \"$confval\" \\" >> $FILE_TMP_COMMAND
        else
            echo "--default \"$2\" \\" >> $FILE_TMP_COMMAND
        fi
    elif [ -n "$defval" ]; then
        echo "--default \"$defval\" \\" >> $FILE_TMP_COMMAND
    fi

    if [ -n "$menu_title" ]; then
        echo "--menutitle \"$menu_title\" \\" >> $FILE_TMP_COMMAND
    fi

    rm -f $FILE_TMP_MSG
    if [ -n "$none_flag" ]; then
        Debug "NONE item allowed"
        echo "\"\" \":TYPE_$1_NONE:\" \\"  >> $FILE_TMP_MSG
    fi
    if [ -n "$other_flag" ]; then
        Debug "OTHER item allowed"
        Is_Expert && echo "\"other\" \":DEVICE_DIRECT:\" \\"  >> $FILE_TMP_MSG
    fi

    # build command header
    if [ -z "$build_function" ]; then
        build_function="List box $1"
    fi

    Debug "build item list with <$build_function>"
    # call build-function to build menu items
    $build_function >> $FILE_TMP_MSG
    if [ $? -ne 0 ]; then
        Debug "Error: return val != 0"
        Debug "Error: $ERROR"
        Error "$ERROR"
        return 1
    fi
    if [ -s $FILE_TMP_MSG ]; then
        cat $FILE_TMP_MSG >> $FILE_TMP_COMMAND
        rm -f $FILE_TMP_MSG
    else
        Debug "empty list. responsible command was"
        Debug -c cat $FILE_TMP_COMMAND
        Error ":ERR_EMPTY_SELECTLIST:"
        return 1
    fi

    # build command trailer
    echo "2> $FILE_TMP_ANSWER" >> $FILE_TMP_COMMAND
    chmod 755 $FILE_TMP_COMMAND

    # log command if requested
    Log_Cmd

    # execute command
    Debug "Executing command: 'sh $FILE_TMP_COMMAND'"
    Debug -D "----- $FILE_TMP_COMMAND"
    Debug -c cat $FILE_TMP_COMMAND
    Debug -D "----- "
    sh $FILE_TMP_COMMAND
    retval=$?
    Debug "retval is $retval"
    if [ $retval -eq 0 ]; then
        ANSWER="`cat $FILE_TMP_ANSWER`"
        case $box_type in
        one)
            if [ "$ANSWER" = "other" ]; then
                Ask_String $1 $confval
                retval=$?
                # ANSWER is set by Ask_String
            fi
            rm -f $FILE_TMP_ANSWER
            ;;
        menu|onelist|showlist)
            rm -f $FILE_TMP_ANSWER
            ;;
        sumlist|multi)
            # do not set ANSWER but keep $FILE_TMP_ANSWER
            ;;
        esac
    fi
    rm -f $FILE_TMP_COMMAND
    return $retval
}

Info()
{
  FUNC_NAME=Info
  echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE
  Box info --text "$@" || return 1
  return 0
}

Info_lite()
{
  FUNC_NAME=Info_lite
  echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE
  $CMD_BOX --info "$@" || return 1
  sleep 1
  return 0
}

List()
{
    local CD_DEV_LIST="aztcd cdu31a cdu535 cm206cd gscd mcd mcdx optcd sbpcd scd0 scd1 sjcd hda hdb hdc hdd arcd bpcd bpmcd dscd eicd epcd kicd oicd pwcd"
    local CUA_LIST="cua0 cua1 cua2 cua3"
    local FLOPPY_DEV_LIST="E2880 H1440 H720 D720 H360 D360 h1200 h720 h360 d360"
    local KERNTZ_LIST="UTCTIME LOCALTIME"
    local NIS_LIST="CLIENT SERVER"
    local PARALLEL_DEV_LIST="lp0 lp1 lp2"
    # all possibles gs devices
    # local PRINTER_LIST="apple bj10e bj200 lbp8 m8510 la50 la75 declj250 lj250 ln03 epson eps9high epsonc escp2 cdeskjet cdjcolor cdjmono deskjet djet500 djet500c cdj550 laserjet ljet2p ljet3 ljet4 ljetplus paintjet pj pjxl pjxl300 jetp3852 ibmpro necp6 oki ricoh sparc t4693d2 t4693d4 t4693d8 t4695"
    # available devices in gs 2.6.2
    # local PRINTER_LIST="bj10e bj200 cdeskjet cdjcolor cdjmono cdj550 djet500 djet500c ljet2p ljet3 ljet4 ljetplus paintjet epson escp2 necp6"
    # available devices in gs 3.33
    local PRINTER_LIST="NET PostScript bj200 bj10e lbp8 m8510 la50 la75 declj250 ln03 eps9high epsonc epson stcolor cdjcolor djet500 djet500c cdj500 cdeskjet cdj550 laserjet ljet2p ljet3 ljet4 ljetplus cdjmono pjxl300 pjtest paintjet pjxltest ibmpro necp6 sparc t4693d2 t4693d4 t4693d8"
    local PRINTER_PAPER="a3 a4 a5 letter legal ledger"
    local PRINTER_RES="75x75 150x150 180x180 180x360 300x300 360x360 400x400 600x600 720x720 800x800"
    local SERIAL_DEV_LIST="ttyS0 ttyS1 ttyS2 ttyS3"
    local SERIAL_SPEED_LIST="115200 57600 38400 19200 9600 2400 1200"
    local SHELL_LIST="sh bash ash csh tcsh pdksh zsh"
    local TAPE_DEV_LIST="st0 st1 tpqic11 tpqic24 ftape tpqic120 tpqic150"
    local TERM_LIST="linux linux-mono vt100"
    local TIMEZONE_LIST="Australia/ACT Australia/Adelaide Australia/Brisbane Australia/Broken_Hill Australia/Canberra Australia/Darwin Australia/Hobart Australia/LHI Australia/Lindeman Australia/Lord_Howe Australia/Melbourne Australia/NSW Australia/North Australia/Perth Australia/Queensland Australia/South Australia/Sydney Australia/Tasmania Australia/Victoria Australia/West Australia/Yancowinna Brazil/Acre Brazil/DeNoronha Brazil/East Brazil/West CET Canada/Atlantic Canada/Central Canada/East-Saskatchewan Canada/Eastern Canada/Mountain Canada/Newfoundland Canada/Pacific Canada/Saskatchewan Canada/Yukon Chile/Continental Chile/EasterIsland Cuba EET Egypt Factory GB Eire GMT GMT+0 GMT+1 GMT+10 GMT+11 GMT+12 GMT+13 GMT+2 GMT+3 GMT+4 GMT+5 GMT+6 GMT+7 GMT+8 GMT+9 GMT-0 GMT-1 GMT-10 GMT-11 GMT-12 GMT-2 GMT-3 GMT-4 GMT-5 GMT-6 GMT-7 GMT-8 GMT-9 GMT0 GMT1 GMT10 GMT11 GMT12 GMT13 GMT2 GMT3 GMT4 GMT5 GMT6 GMT7 GMT8 GMT9 Greenwich Hongkong Iceland Iran Israel Jamaica Japan Libya MET Mexico/BajaNorte Mexico/BajaSur Mexico/General NZ Navajo PRC Poland ROC ROK Singapore SystemV/AST4 SystemV/AST4ADT SystemV/CST6 SystemV/CST6CDT SystemV/EST5 SystemV/EST5EDT SystemV/HST10 SystemV/MST7 SystemV/MST7MDT SystemV/PST8 SystemV/PST8PDT SystemV/YST9 SystemV/YST9YDT Turkey UCT US/Alaska US/Aleutian US/Arizona US/Central US/East-Indiana US/Eastern US/Hawaii US/Michigan US/Mountain US/Pacific US/Pacific-New US/Samoa UTC Universal W-SU WET Zulu"
    local X_SERVER_LIST
    local tag_prefix=
    local label_prefix=
    local items=
    local current=
    local show_type=raw

    if Is_SPARC ; then
        X_SERVER_LIST="Xsun Xsun24 XsunMono"
    else
        X_SERVER_LIST="Xaccel XF86_Mono XF86_VGA16 XF86_SVGA XF86_S3 XF86_S3V XF86_W32 XF86_Mach64 XF86_Mach32 XF86_Mach8 XF86_AGX XF86_P9000 XF86_8514 XF86_I128 Xmetro"
    fi

    if [ $# -gt 0 -a "$1" = "box" ]; then
        show_type=box
        shift 1
    fi

    if [ $# -eq 0 ]; then
        Debug "no arg passed to List"
        Panic "List called without any arguments"
        return 1
    fi

    case $1 in
    CD_DEV)
        items="$CD_DEV_LIST"
        tag_prefix="/dev/"
        label_prefix="TYPE_CD_"
        ;;
    FLOPPY_DEV)
        items="$FLOPPY_DEV_LIST"
        tag_prefix="/dev/fd$2"
        label_prefix="TYPE_FLOPPY_"
        ;;
    KERNTZ)
        items="$KERNTZ_LIST"
        tag_prefix="KTZ_"
        label_prefix="TYPE_KERNTZ_"
        ;;
    NIS)
        items="$NIS_LIST"
        tag_prefix=""
        label_prefix="TYPE_NIS_"
        ;;
    PARALLEL_DEV)
        items="$PARALLEL_DEV_LIST"
        tag_prefix="/dev/"
        label_prefix="TYPE_PARALLEL_DEV_"
        ;;
    PRINTER)
        items="$PRINTER_LIST"
        label_prefix="TYPE_PRINTER_"
        ;;
    PRINTER_PAPER)
        items="$PRINTER_PAPER"
        label_prefix=""
        ;;
    PRINTER_RES)
        items="$PRINTER_RES"
        label_prefix=""
        ;;
    SERIAL_SPEED)
        items="$SERIAL_SPEED_LIST"
        label_prefix="TYPE_SPEED_B"
        ;;
    SERIAL_DEV)
        items="$SERIAL_DEV_LIST"
        tag_prefix="/dev/"
        label_prefix="TYPE_SERIAL_DEV_"
        ;;
    SHELL)
        items=""
        for current in $SHELL_LIST; do
            if [ -f $DIR_TARGET/bin/$current ]; then
                items="$items $current"
            fi
        done
        tag_prefix="/bin/"
        label_prefix="TYPE_SHELL_"
        ;;
    TAPE_DEV)
        items="$TAPE_DEV_LIST"
        tag_prefix="/dev/"
        label_prefix="TYPE_TAPE_"
        ;;
    TERM)
        items="$TERM_LIST"
        label_prefix="TYPE_TERM_"
        ;;
    TIMEZONE)
        items="$TIMEZONE_LIST"
        label_prefix=""
        ;;
    X_SERVER)
        items=""
        for current in $X_SERVER_LIST; do
          if [  -f /usr/X11R6/bin/$current -o \
            -f $DIR_TARGET/usr/X11R6/bin/$current ]; then
                 items="$items $current"
          fi
        done
        label_prefix="TYPE_X_SERVER_"
        ;;
    *)
        Debug "fallback: calling from List old function <Build_$1>"
        Build_$1
        return 0
        ;;
    esac
    for current in $items ; do
        if [ "$show_type" = "raw" ]; then
            echo "${tag_prefix}${current} :${label_prefix}${current}:"
        elif [ "$show_type" = "box" ]; then
            if [ -n "$label_prefix" ]; then
                # FIXME: special handling for PostScript
                if [ "$current" = "PostScript" ];  then
                    echo "\"${tag_prefix}${current}\" \"Local PostScript Printer\" \\"
                else
                    echo "\"${tag_prefix}${current}\" \":${label_prefix}${current}:\" \\"
                fi
            else
                echo "\"${tag_prefix}${current}\" \"${current}\" \\"
            fi
        else
            echo "unsupported show_type <$show_type>"
            return 1
        fi
    done
    return 0
}

Msg()
{
  FUNC_NAME=Msg
  echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE
  Box msg --text "$@" || return 1
  return 0
}

Msg2()
{
  FUNC_NAME=Msg2
  echo "$FUNC_NAME $@" >> $FILE_DEBUG_TRACE
  Box msg --var "$1" || return 1
  return 0
}

# libLSTdebug - Debug functions shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

Call_Direct()
{
    local cmd
    local retval

    echo
    echo -n "please enter name of function to call: "
    read cmd
    History "`date` Call_Direct: calling <$cmd>"
    $cmd
    retval=$?
    History "`date` Call_Direct: command <$cmd> returned with <$retval>"
    echo
    echo "command <$cmd> returned with <$retval>"
}

Debug()
{
    local screen=true
    local timestamp=true
    local command=
    local pipe=
    local disk_log=
    local permanent=$DIR_TARGET/var/adm/LST/log

    if [ "$MODE_DEBUG" != "true" ]; then
        return 0
    fi
    if [ -d $permanent ]; then
        disk_log=$permanent/debug
    fi
    if [ "X$1" = "X-d" -o "X$1" = "X--diskonly" ]; then
        screen=
        shift
    fi
    if [ "X$1" = "X-n" -o "X$1" = "X--nostamp" ]; then
        timestamp=
        shift
    fi
    if [ "X$1" = "X-D" -o "X$1" = "X--disk-nostamp" ]; then
        screen=
        timestamp=
        shift
    fi
    if [ "X$1" = "X-c" -o "X$1" = "X--command" ]; then
        screen=
        timestamp=
        shift
        command="$*"
    fi
    if [ "X$1" = "X-p" -o "X$1" = "X--pipe" ]; then
        timestamp=
        pipe=true
        shift
    fi

    if [ -n "$command" -a -n "$disk_log" ]; then
        $command >> $disk_log 2>&1
        return 0
    fi
    if [ -n "$pipe" ]; then
        if [ -n "$disk_log" ]; then
            tee -a $disk_log >> $FILE_TMP_DEBUG
        else
            cat - >> $FILE_TMP_DEBUG
        fi
        return 0
    fi
    if [ -n "$screen" ]; then
        echo "`date` debug: $@" >> $FILE_TMP_DEBUG
    fi
    if [ -z "$disk_log" ]; then
        return 0
    fi
    if [ -n "$timestamp" ]; then
        echo "`date` debug: $@" >> $disk_log
    else
        echo "$@" >> $disk_log
    fi
}

Log_Cmd()
{
    local num

    if [ -f /tmp/.log ]; then
        num="`cat /tmp/.log`"
        if [ -z "$num" ]; then
            num=0
        fi
        num="`do_calc $num + 1`"
        echo "$num" > /tmp/.log
        cp -a $FILE_TMP_COMMAND /var/adm/LST/log/cmd.$num
        echo "debug: cmd $num saved to /var/adm/LST/log/cmd.$num" > /dev/tty5
        echo "debug: calling cmd $num:" > /dev/tty5
    fi
}

Debug_Stop()
{
    local debug_ans
    echo "Debug_Stop called. Press <Enter> to continue."
    read debug_ans
}

# Do_Log ( [-d] [-n] [-f FILE] text_to_log )
#
# Log a string for logging or postponed display
# Should be usable instead of echo.
#
# Options:
# -d        delete file
# -n        do not append newline
# -f FILE    log to file FILE
#
Do_Log()
{
    local deleteflag=
    local appendflag=
    local logfile=$FILE_TMP_LOG

    # parse loop
    while [ 1 ]; do
        if [ $# -gt 1 -a "X$1" = 'X-f' ]; then
                logfile=$2
                shift 2
        elif [ $# -gt 0 ]; then
            if [ "X$1" = 'X-d' ]; then
                deleteflag=true
                shift 1
            elif [ "X$1" = 'X-n' ]; then
                appendflag=true
                shift 1
            else
                # no more options, so the rest is message
                break
            fi
        fi
    done
    Debug --nostamp "$@"
    if [ -n "$deleteflag" ]; then
        rm -f "$logfile"
    fi
    if [ -n "$appendflag" ]; then
        echo -n "$@" >> $logfile
    else
        echo "$@" >> $logfile
    fi
}

Disable_Auto_Mode()
{
    CMD_BOX="box"
    set_val -f /etc/lst.cnf CMD_BOX "box"
    MODE_QUERY="prompt"
    set_val MODE_QUERY prompt
    MODE_SPEED="normal"
    set_val MODE_SPEED normal
    return 0
}

Error()
{
    local error_help=
    local error_text=
    local error_file=

    echo -n ""
    # swvc 1
    if [ $# -gt 1 -a "$1" = '--file' ]; then
        error_file="$2"
        shift 2
    fi
    if [ $# -gt 1 -a "$1" = '--help' ]; then
        error_help="$2"
        shift 2
    else
        error_help=":HELP_ERROR:"
    fi
    if [ $# -gt 0 ]; then
        error_text=":ERR_MSG_WAS: ; ; $@ ; "
    else
        error_text=":ERR_IS_UNKNOWN:"
    fi

    History "`date` error: $error_text"
    if [ -z "$error_file" ]; then
        $CMD_BOX --title ":ERROR:" --help "$error_help" --msg "$error_text"
    else
        if [ -s $error_file ]; then
            History "error log in $error_file:"
            History "`cat $error_file`"
            $CMD_BOX --title ":ERROR:" --help "$error_help" --text "$error_text" --browse $error_file
            rm -f $error_file
        else
            $CMD_BOX --title ":ERROR:" --help "$error_help" --msg "$error_text"
        fi
    fi
    Disable_Auto_Mode
    return 0
}

Error2()
{
    echo -n ""
    # swvc 1
    echo "--------------------------------" >> $FILE_TMP_ERR
    History "`date` error: $@"
    History "`cat $FILE_TMP_ERR`"
    Disable_Auto_Mode
    Box err --var "$1" $FILE_TMP_ERR || return 1
    return 0
}

Err_Not_Available()
{
    Error --help ":HELP_NOT_AVAILABLE:" ":INFO_NOT_AVAILABLE:"
}

Err_Not_Implemented()
{
    Error --help ":HELP_NOT_IMPLEMENTED:" ":INFO_NOT_IMPLEMENTED:"
}

History()
{
    Do_Log -f $FILE_LOG_HISTORY "$@"
}

History_Install()
{
    History "`date` $LOGNAME: $PKG_NAME: $@"
}

Panic()
{
    History "`date` panic: $@"
    echo
    echo "Panic!"
    echo "$@"
    echo
    while [ 1 ]; do
        echo -n "abort (a), continue (c), show var (v), set var (s), call function (f): "
        read ans
        if [ "$ans" = "a" ]; then
            History "`date` panic: abort and exit."
            reset
            exit 1
        elif [ "$ans" = "v" ]; then
            History "`date` panic: continue with Show_Value."
            Show_Value
        elif [ "$ans" = "s" ]; then
            History "`date` panic: continue with Set_Value."
            Set_Value
        elif [ "$ans" = "f" ]; then
            History "`date` panic: continue with Call_Direct."
            Call_Direct
        elif [ "$ans" = "c" ]; then
            History "`date` panic: try to continue."
            return 0
        fi
    done
}

Set_Value()
{
    local var
    local value

    echo -n "enter name of variable to set: "
    read var
    echo -n "enter value of $var: "
    read value
    echo "export $var=\"$value\"" > /tmp/val
    . /tmp/val
    History "`date` Set_Value: value of <$var> set to <$value>"
    rm -f /tmp/val
}

Show_Value()
{
    local var

    echo -n "enter name of variable to show: "
    read var
    eval "echo \"\$$var\"" > /tmp/val
    echo "$var=<`cat /tmp/val`>"
    History "`date` Show_Value: value of <$var> is <`cat /tmp/val`>"
    rm -f /tmp/val
}

Simulate()
{
  $CMD_BOX --help ":MENU_SIMULATE_HELP:" --title ":MENU_SIMULATE_TITLE:" --msg ":MENU_SIMULATE_TEXT: ; ; $*" 2> /dev/null
}

Warn()
{
    local warn_help=
    local warn_text=
    local warn_file=

    if [ $# -gt 1 -a "$1" = '--file' ]; then
        warn_file="$2"
        shift 2
    fi
    if [ $# -gt 1 -a "$1" = '--help' ]; then
        warn_help="$2"
        shift 2
    else
        warn_help=":HELP_WARNING:"
    fi
    if [ $# -gt 0 ]; then
        warn_text=":WARNING: ! ; ; $@ ; "
    else
        warn_text=":WARNING: !"
    fi

    History "`date` warn: $warn_text"
    if [ -z "$warn_file" ]; then
        $CMD_BOX --title ":WARNING:" --help "$warn_help" --msg "$warn_text" || return 1
    else
        if [ -f $warn_file ]; then
            echo "--------------------------" >> $warn_file
            History "error log in $warn_file:"
            History "`cat $warn_file`"
            $CMD_BOX --title ":WARNING:" --help "$warn_help" --text "$warn_text" --browse $warn_file || return 1
            rm -f $warn_file
        else
            $CMD_BOX --title ":WARNING:" --help "$warn_help" --msg "$warn_text" || return 1
        fi
    fi
    return 0
}

Warn2()
{
    History "`date` warn: $1"
    Box warn --var "$1" || return 1
    return 0
}

# libLSTanalyse

Write_Analyse_Infos()
{
  local was_mounted=
  local extension=0
  local rfile=
  local i

  mount | fgrep 'on /floppy' > /dev/null && was_mounted=true
  umount /floppy >/dev/null 2>&1
  Msg ":DO_INSERT_DOS_FLOPPY:" || return 0
  mount -t msdos /dev/fd0H1440 /floppy
  if [ $? -ne 0 ]; then
    Msg ":ERR_MOUNT_FLOPPY_FAILED:"
  else
    Info ":INFO_ANALYSE_RUNNING:"
    while [ 1 ]; do
      if [ ! -f /floppy/analyse.$extension ]; then
    break
      else
    extension="`do_calc $extension + 1`"
      fi
    done
    rfile="/floppy/analyse.$extension"
    echo "=== report from `sysinfo --version` ===" > $rfile
    sysinfo >> $rfile
    for i in /proc/interrupts /proc/ioports /proc/dma /proc/pci /proc/cpuinfo /proc/modules /proc/devices /proc/net/dev /var/adm/LST/analyse/boot.params /var/adm/LST/analyse/boot.msg ; do
      if [ -f $i ]; then
    echo "=== $i ===" >> $rfile
    cat $i >> $rfile
      fi
    done
    echo "=== current dmesg output at `date` ===" >> $rfile
    dmesg >> $rfile

    if [ $? -ne 0 ]; then
      Msg ":ERR_WRITE_FAILED:"
    else
      sync
      sync
      umount /floppy >/dev/null 2>&1
      Msg "analyse.$extension ; :INFO_WRITE_SUCCEEDED:"
    fi
  fi
  while [ 1 ]; do
    umount /floppy >/dev/null 2>&1
    if [ -z "$was_mounted" ]; then return 0 ; fi
    Msg ":DO_INSERT_MODULES_FLOPPY:" || return 1
    mount -r /dev/fd0H1440 /floppy && break
    Msg ":ERR_MOUNT_FLOPPY_FAILED:" || return 1
  done
  return 0
}


Show_Boot_Msg()
{
  dmesg > $FILE_BOOT_MSG
  if [ -f $FILE_BOOT_MSG ]; then
    $CMD_BOX --title "$FILE_BOOT_MSG" --text ":SHOW_BOOT_MSG_TEXT:" --browse $FILE_BOOT_MSG
  else
    Error "$FILE_BOOT_MSG ; :ERR_FILE_NOT_FOUND:"
  fi
}


# libLSTdisk - disk handling library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

# List_PARTITION ( [TYPE] )
#
# TYPE may be DOS, Linux, Swap, Swapfile, HPFS, Bootmanager, Src, Dest,
#      the name of a partition or omitted (all partitions)
# outputs lines in raw format
#
List_PARTITION()
{
  if [ $# -eq 0 ]; then
    sysinfo --box --partition
  else
    case $1 in
    DOS|Linux|Dest|Src|HPFS|Swap|Swapfile|Bootmanager)
      sysinfo --box -C $1 --partition
      ;;
    DestSorted)
      sysinfo --box -C Linux --partition
      sysinfo --box -C DOS --partition
      ;;
    *)
      sysinfo --box -P $1 --partition
      ;;
    esac
  fi
}

# Build_PARTITION ( [--exclude FILE] [TYPE] )
#
# TYPE may be DOS, Linux, Swap, Swapfile, HPFS, Bootmanager, Src, Dest,
#      the name of a partition or omitted (all partitions)
# outputs lines in menu-item format and adds extra input possibility
#
Build_PARTITION()
{
  local exclude_file=

  if [ $# -gt 1 -a "$1" = '--exclude' ]; then
    exclude_file="$2"
    shift 2
  fi

  Debug "Building partition-list with argument <$1>"
  if [ -n "$exclude_file" -a -s "$exclude_file" ]; then
    Debug "Respecting exclude file $exclude_file:"
    Debug -c cat $exclude_file
    sed 's/$/ /' $exclude_file > $exclude_file.tmp
    List_PARTITION $1 | fgrep -vf $exclude_file.tmp
    rm -f $exclude_file.tmp
  else
    Debug "No or empty exclude file specified"
    List_PARTITION $1
  fi
  Is_Expert && echo "\"other\" \":DEVICE_DIRECT:\" \\"
  return 0
}

Build_HARDDISK_DEV()
{
  sysinfo --box --disk
}


Menu_Config_Swap()
{
  local swapdir=/swap
  local swapfile=swapfile
  local swapdev=
  local swaptype=swap
  local swapsize=
  local partid=
  local defval=

  defval="`get_val CONF_PARTITIONS_SWAP | cut -d' ' -f 1`"
  if [ -z "$defval" ]; then
      defval="`sysinfo --tag -C Swap --partition | sed -n '1p'`"
  fi

  while [ 1 ]; do
    # FIXME: enable swapfile-option
    Choose --none --menutitle ":CHOOSE_PARTITION_SWAP_MENUTITLE:" --build "Build_PARTITION Swap" SWAP $defval || return 1
    swapdev="$ANSWER"
    if [ -z "$ANSWER" ]; then return 0 ; fi
    partid="`Get_Partition_Info --id $swapdev`"
    case $partid in
    1|4|6|11|12|14)
    swaptype=umsdos
    ;;
    130)
    swaptype=swap
    swapsize="`Get_Partition_Info --size $swapdev`"
    ;;
    131)
    swaptype=ext2
    ;;
    esac
    case $swaptype in
    swap)
    swapoff $swapdev > /dev/null 2>&1
    Info ":INFO_SWAP_INITIALIZING:"
    mkswap $swapdev | Debug -p || continue
    Info ":INFO_SWAP_ACTIVATING:"
    sync
    sync
    sync
    sync
    sleep 3
    swapon $swapdev || continue
    if [ -d $DIR_TARGET/etc ]; then
      echo "$swapdev    none    swap defaults 0 0" >> $DIR_TARGET/$FILE_ETC_FSTAB
    else
      echo "$swapdev" > $FILE_SWAP_SEL
    fi
    return 0
    ;;
    umsdos|ext2)
    mkdir -p $swapdir
    Do_Mount -t $swaptype $swapdev $swapdir || continue
    if [ "$swaptype" = "umsdos" ]; then
      mkdir -p $swapdir/linux
      swapfile=linux/swapfile
    fi
    if [ -f $swapdir/$swapfile ]; then
      swapsize="`filesize $swapdir/$swapfile`"
      swapsize="`do_calc $swapsize / 1024`"
      dummy=":PARTITION: $swapdev ; :FILE: $swapfile ; :SIZE: ${swapsize}kB ; "
      Ask_Bool --pretext "$dummy" SWAP_FILE j || continue
      if [ "$ANSWER" = "1" ]; then
        rm -f $swapdir/$swapfile
      fi
    fi
    if [ ! -f $swapdir/$swapfile ]; then
      swapsize="`df /swap | fgrep $swapdev | cut -c 37-45`"
      if [ $swapsize -gt 8192 ]; then
        swapsize=8192
      elif [ $swapsize -gt 4096 ]; then
        swapsize=4096
      else
        Msg ":WARN_NO_SPACE_FOR_SWAPFILE:"
        continue
      fi
    fi
    ;;
    esac
    Info ":INFO_SWAP_INITIALIZING:"
    if [ ! -f $swapdir/$swapfile ]; then
    dd if=/dev/zero of=$swapdir/$swapfile bs=1k count=$swapsize || continue
    sync
    fi
    mkswap $swapdir/$swapfile $swapsize || continue
    Info ":INFO_SWAP_ACTIVATING:"
    sync
    sync
    sync
    sync
    sleep 3
    swapon $swapdir/$swapfile || continue
    if [ -d $DIR_TARGET/etc ]; then
      echo "$swapdir/$swapfile    none    swap defaults 0 0" >> $DIR_TARGET/$FILE_ETC_FSTAB
    fi
    # do we have less than 12 MB and no swap enabled?
    if [ `filesize /proc/kcore` -lt 12582912 -a \
    "`sysinfo --swap --var 2>&1 >/dev/null | cut -d':' -f 2`" -eq 0 ]; then
    echo "NOT_ENOUGH_RAM" >> $FILE_TMP_ERR
    Error2 NOT_ENOUGH_RAM
    # do not let them proceed as it won't work anyway
    continue
    fi
    return 0
  done
}

# test harddisk geometry
#
Check_Disk_Geometry()
{
    local f_name=Check_Disk_Geometry
    local f_args=1 # (hardisk) ->
    local harddisk=
    local diskname=
    local geometry=
    local cylinders=
    local heads=
    local sectors=
    local warning=

    Check_Args $f_name $f_args $# "$@" || return 255
    harddisk=$1
    diskname="`echo $harddisk | sed 's/^\/dev\///'`"
    geometry="`Get_Val CONF_DISK_GEO_$diskname`" 2> /dev/null
    if [ -z "$geometry" ]; then
        geometry="`sysinfo --var --disk $harddisk 2>&1 >/dev/null | cut -d: -f 3,4,5 `"
        IFS=':' read cylinders heads sectors << EOF
$geometry
EOF
    else
        read cylinders heads sectors << EOF
$geometry
EOF
    fi

    # check for invalid number of cylinders and warn if > 1024
    if [ -z "$cylinders" -o $cylinders -le 0 ]; then
        warning=INVALID_GEOMETRY
    else
        if [ $cylinders -gt 1024 ]; then
            warning=MANY_CYLINDERS
        fi
    fi

    # check for invalid number of heads
    if [ -z "$heads" -o $heads -gt 255 -o $heads -le 0 ]; then
        warning=INVALID_GEOMETRY
    fi

    # check for invalid number of sectors
    if [ -z "$sectors" -o $sectors -gt 63 -o $sectors -le 0 ]; then
        warning=INVALID_GEOMETRY
    fi
    if [ -n "$warning" ]; then
        Warn2 $warning
        return 1
    fi
    return 0
}

Check_Mount_Partition()
{
    local f_name=Check_Mount_Partition
    local f_args=1 # (partition) -> ERROR, STATUS
    local busydir=

    Check_Args $f_name $f_args $# "$@" || return 255
    Check_Partition_Valid $1 || return 1
    mount | cut -d' ' -f 1 | fgrep -x "$1" > /dev/null 2>&1
    if [ $? -ne 0 ]; then
        ERROR="$1 ; :ERR_PARTITION_NOT_MOUNTED:"
        return 1
    else
        busydir="`mount | fgrep "$1 on" | cut -d' ' -f 3`"
        if [ -n "$busydir" ]; then
            busydir="(${busydir})"
        fi
        STATUS="$1 $busydir ; :ERR_PARTITION_ALREADY_MOUNTED:"
        return 0
    fi
}

Check_Directory()
{
    local f_name=Check_Directory
    local f_args=1 # (directory) -> ERROR

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -d $1 ]; then
        return 0
    else
        ERROR="$1 ; :ERR_DIRECTORY_INVALID:"
        return 1
    fi
}

# checks if directory is mountable and if false sets STATUS to device
# and ERROR to an error message
#
Check_Directory_Busy()
{
    local f_name=Check_Directory_Busy
    local f_args=1 # (directory) -> STATUS, ERROR
    export STATUS=
    export ERROR=

    Check_Args $f_name $f_args $# "$@" || return 255
    Check_Directory $1 || return 1
    mount | cut -d' ' -f 3 | fgrep -x "$1" > /dev/null 2>&1
    if [ $? -eq 0 ]; then
        STATUS="`mount | fgrep "on $1" | cut -d' ' -f 1`"
        Debug "directory $1 is busy because $STATUS is mounted"
        ERROR="$1 ; :ERR_DIRECTORY_BUSY:"
        return  0
    fi
    Debug "directory $1 is not busy"
    return 1
}

# checks if a device is already mounted and if true sets STATUS to directory
# and ERROR to an error message
#
Check_Device_Mounted()
{
    local f_name=Check_Device_Mounted
    local f_args=1 # (device) -> STATUS, ERROR
    export STATUS=
    export ERROR=

    Check_Args $f_name $f_args $# "$@" || return 255
    # FIXME handle devices too (as NFS-Paths), not only partitions
    mount | cut -d' ' -f 1 | fgrep -x "$1" >/dev/null 2>&1
    if [ $? -eq 0 ]; then
        STATUS="`mount | fgrep "$1 on" | cut -d' ' -f 3`"
        Debug "device $1 is already mounted on $STATUS"
        ERROR="$1 ; :ERR_PARTITION_ALREADY_MOUNTED:"
        return 0
    fi
    Debug "device $1 is not mounted"
    return 1
}

# checks if a partition is a primary partition and if false sets
# ERROR to an error message
#
Check_Partiton_Primary()
{
    local f_name=Check_Partition_Primary
    local f_args=1 # (partition) -> ERROR
    export ERROR=

    Check_Args $f_name $f_args $# "$@" || return 255
    Check_Partition_Valid $1 || return 1
    if [ `echo $1 | cut -c 9-` -lt 5 ]; then
        if [ `Get_Partition_Info --id $1` -ne 5 ]; then
            return 0
        fi
    fi
    ERROR="$1 ; :ERR_NO_PRIMARY_PARTITION:"
    return 1
}

# checks if a partition is valid and if false sets ERROR to an error message
#
Check_Partition_Valid()
{
    local f_name=Check_Partition_Valid
    local f_args=1 # (partition) -> ERROR
    export ERROR=

    # Debug "Check_Partition_Valid: $@"
    Check_Args $f_name $f_args $# "$@" || return 255
    if [ ! -b $1 ]; then
        ERROR="$1 ; :ERR_INVALID_BLOCK_DEVICE:"
        return 1
    fi
    dummy="`sysinfo -P $1 --partition --var 2>&1 >/dev/null`"
    if [ -z "$dummy" ]; then
        ERROR="$1 ; :ERR_PARTITION_NOT_FOUND:"
        return 1
    fi
    return 0
}

# Smart mount frontend
#
# returns:
# 0    ok
# 1    was already mounted
# 2    could not be mounted
# 255    parameter error
#
Do_Mount()
{
    local f_name=Do_Mount
    local f_args=2 # ([--verbose] [--types TYPES] [-t TYPE] [-o OPTIONS]
            # DEVICE DIRECTORY) -> ERROR
    local verbose_mode=
    local mounttype=
    local mountopt=
    local mountdev=
    local mountdir=
    local mountline=
    local partid=
    local dummy=
    local loop=
    local mounttypealt="ext2 umsdos msdos minix iso9660 hpfs"
    export ANSWER=

    # parse options
    while [ 1 ]; do
        if [ $# -gt 1 ]; then
            case $1 in
            --types)
                mounttypealt="$2"
                shift 2
                continue;;
            -t)
                mounttype="$2"
                mounttypealt=""
                shift 2
                continue;;
            -o)
                mountopt="$2"
                shift 2
                continue;;
            esac
        fi
        if [ $# -gt 0 ]; then
            case $1 in
            --verbose)
                verbose_mode=true
                shift 1
                continue;;
            esac
        fi
        Check_Args $f_name $f_args $# "$@" || return 255
        mountdev=$1
        mountdir=$2
        shift 2
        break
    done

    if [ -z "$mounttype" ]; then
        # try to determine mounttype
        # check for nfs mount
        if [ -n "`echo $mountdev | sed -n '/:/p'`" ]; then
            mounttype=nfs
            mounttypealt=
            # shift 1
        # check for device mount
        elif [ -n "`echo $mountdev | sed -n '/^\/dev\//p'`" ]; then
            # check for iso9660 mount (dirty hack)
            if [ -n "`echo $mountdev | sed -n '/cd/p'`" ]; then
                mounttype=iso9660
                mountopt="ro"
            # check for floppy mount (dirty hack)
            elif [ -n "`echo $mountdev | sed -n '/^\/dev\/fd/p'`" ]; then
                mounttype=msdos
                mounttypealt="minix umsdos"
            # check for partition mount (dirty hack)
            elif [ -n "`echo $mountdev | sed -n '/^\/dev\/[irshx]d/p'`" ]; then
                # Get partition id
                partid="`Get_Partition_Info --id $mountdev`"
                if [ -z "$partid" ]; then
                    Error "partition-id of $mountdev could not be determined!"
                    return 1
                fi
                case $partid in
                1|4|6|11|12|14)
                    mounttype="msdos"
                    mounttypealt="umsdos"
                    ;;
                7)
                    mounttype="hpfs"
                    mounttypealt="msdos umsdos"
                    ;;
                128|129)
                    mounttype="minix"
                    mounttypealt="ext2"
                    ;;
                130)
                    mounttype="swap"
                    ;;
                131)
                    mounttype="ext2"
                    mounttypealt="minix ext xiafs"
                    ;;
                *)
                    Error "unknown partition-id $partid for $mountdev!"
                    return 2
                    ;;
                esac
            fi # no partition
        fi # no device
    fi # mounttype=""

    # mount loop
    rm -f $FILE_TMP_ERR
    for loop in $mounttype $mounttypealt ; do
        Do_Load_Driver filesystem $mounttype || continue
        Check_Device_Mounted $mountdev
        if [ $? -eq 0 ]; then
            if [ "$STATUS" = "$mountdir" ]; then
                Debug "keep it mounted. Ok"
                mount | fgrep "$mountdev on" | cut -d' ' -f 5 > $FILE_TMP_VAL
                ANSWER="`cat $FILE_TMP_VAL`"
                return 0
            else
                Debug "unmount it."
                Do_Umount $mountdev
            fi
        fi
        Check_Directory_Busy $mountdir
        if [ $? -eq 0 ]; then
            if [ "$STATUS" = "$mountdev" ]; then
                Debug "keep it mounted. Ok"
                mount | fgrep "$mountdev on" | cut -d' ' -f 5 > $FILE_TMP_VAL
                ANSWER="`cat $FILE_TMP_VAL`"
                return 0
            else
                Debug "unmount it."
                Do_Umount $mountdir
            fi
        fi
        dummy=
        if [ -n "$mountopt" ]; then
            dummy="-o $mountopt"
        fi
        rm -f /etc/mtab~
        if [ "$loop" = "nfs" ]; then
            Info ":INFO_TRYING_NFS_MOUNT:"
        fi
        Debug "Trying mount -t $loop $dummy $mountdev $mountdir"
        # Do_Clear_Screen
        # echo "trying: mount -t $loop $dummy $mountdev $mountdir"
        mount -t $loop $dummy $mountdev $mountdir > $FILE_TMP_ERR.tmp 2>&1
        retval=$?
        if [ $retval -eq 0 ]; then
            # Success
            Debug "Success!"
            # if [ -n "$verbose_mode" ]; then
                # Info ":PARTITION: = $mountdev ; :DIRECTORY: = $mountdir ; :FILESYTEM_TYPE: = $mounttype ; :INFO_MOUNT_SUCCESS:"
                # sleep 1
            # fi
            ANSWER="$loop"
            return 0
        else
            # Failure
            Debug "Failed!"
            Debug -c cat $FILE_TMP_ERR.tmp
            cat $FILE_TMP_ERR.tmp >> $FILE_TMP_ERR
        fi
    done
    # if [ -n "$verbose_mode" ]; then
        Error2 MOUNT_FAILED
    # fi
    return 2
}

Do_Umount()
{
    local f_name=Do_Umount
    local f_args=1 # (device/nfs-path/directory) ->

    Check_Args $f_name $f_args $# "$@" || return 255

    while [ 1 ]; do
        rm -f /etc/mtab~
        Debug "unmounting $1 ..."
        umount $1 >$FILE_TMP_ERR 2>&1
        if [ $? -ne 0 ]; then
            fgrep "not mounted" $FILE_TMP_ERR >/dev/null && return 0
            fgrep "not found" $FILE_TMP_ERR >/dev/null && return 0
            Error2 UMOUNT_FAILED || return 1
        else
            return 0
        fi
    done
}

Get_Filesystem_Usage()
{
  local cut="1-10,18-28,37-45,47-53,56-"

  # CHECK-ray: 'used' right-aligns with number, not '%', thus
  #   extending space between 'used' and 'mount' ...
  echo "Filesystem   size(kB) free(kB)  used  mount point"
  if [ "$1" = "--install" ]; then
    shift
    if [ "$DIR_TARGET" != "/" ]; then
      # display ONLY target devices on their future mount points
      df | cut -c $cut | \
         fgrep -v "Filesystem" | \
         fgrep '/root' | \
         sed 's: /root/linux: /:' | \
         sed 's: /root: /:' | \
         sed 's://:/:'
    else
      df -t ext2 | cut -c $cut | \
         fgrep -v "Filesystem"
    fi
  elif [ -e "$1" ]; then
    df $1 | cut -c $cut | \
       fgrep -v "Filesystem"
  else
    df | cut -c $cut | \
       fgrep -v "Filesystem"
  fi
}

# Get_Partition_Info ( { --boot, --size, --id, --type} PARTITION )
#
# return:
# 0    ok
# 1    no partition specified
# 2    partition not found
# 3    no value available
#
Get_Partition_Info()
{
    FUNC_NAME=Get_Partition_Info
    local field=

    # Debug "Get_Partition_Info: $@"
    if [ $# -gt 0 ]; then
        if [ "$1" = '--boot' ]; then
            field=3
            shift 1
        elif [ "$1" = '--size' ]; then
            field=4
            shift 1
        elif [ "$1" = '--id' ]; then
            field=5
            shift 1
        elif [ "$1" = '--type' ]; then
            field=6
            shift 1
        else
            field=
        fi
    fi

    Check_Partition_Valid $1 || return 1
    dummy="`sysinfo -P $1 --partition --var 2>&1 >/dev/null | cut -d':' -f $field`"

    if [ -z "$dummy" ]; then
        Error "no value available for field $field"
        return 3
    fi
    # Debug "Get_Partition_Info: result = <$dummy>"
    echo "$dummy"
    return 0
}


Menu_Harddisk_Parameters()
{
    local harddisk=
    local diskname=
    local cylinders=
    local heads=
    local sectors=
    local geometry=

    if [ $# -ne 1 ]; then
        Panic ":ERR_WRONG_NUM_OF_ARGS:"
    fi

    harddisk=$1
    diskname="`echo $harddisk | sed 's/^\/dev\///'`"

    geometry="`Get_Val CONF_DISK_GEOMETRY_$diskname`" 2> /dev/null
    if [ -z "$geometry" ]; then
        geometry="`sysinfo --var --disk $harddisk 2>&1 >/dev/null | cut -d: -f 3,4,5 `"
        IFS=':' read cylinders heads sectors << EOF
$geometry
EOF
    else
        read cylinders heads sectors << EOF
$geometry
EOF
    fi

    while [ 1 ]; do
        # Ask_Bool --pretext ":HARDDISK: $harddisk ; CHS=$cylinders/$heads/$sectors ; " HARDDISK_PARAMETERS || return 1
        Ask_Bool --text ":HARDDISK: $harddisk ; CHS=$cylinders/$heads/$sectors ; :ASK_HARDDISK_PARAMETERS_HELP:" HARDDISK_PARAMETERS || return 1
        case $ANSWER in
        0)
            break
            ;;
        1)
            # Cylinders
            Ask_String CYLINDERS $cylinders || return 1
            cylinders="$ANSWER"

            # Heads
            Ask_String HEADS $heads || return 1
            heads="$ANSWER"

            # Sectors
            Ask_String SECTORS $sectors || return 1
            sectors="$ANSWER"
            ;;
        esac
    done
    Do_Store CONF_DISK_GEOMETRY_$diskname "$heads $sectors $cylinders"
}

# returns 0 on mke2fs success
# returns 1 on error or abort
# returns 2 of mke2fs was skipped
#
Menu_Call_Mke2fs()
{
    local badblocks_flag=
    local reserved_flag=
    local inodes_flag=
    local partid=

    # FIXME. Set Name in text
    # test for type Linux native
    partid="`Get_Partition_Info --id $1`"
    if [ -n "$partid" -a "$partid" != "131" ]; then
        Error "Partition $1 ; :ERR_NO_LINUX_PARTITION:"
        return 1
    fi

    # test whether it's mounted
    mount | fgrep "$1 " >/dev/null 2>&1
    if [ $? -eq 0 ]; then
        Error "Partition $1 ; :ERR_PARTITION_ALREADY_MOUNTED:"
        return 1
    fi

    Ask_Bool --pretext "Partition $1 ; " CALL_MKE2FS || return 1
    if [ "$ANSWER" = "1" ]; then return 2 ; fi
    Is_Expert
    if [ $? -eq 0 ]; then
        while [ 1 ]; do
            # Ask_String MKE2FS_INODES "4096"
            Ask_String --pretext "Partition $1 ; " MKE2FS_INODES "4096" || return 1
            if [ -n "$ANSWER" ]; then
                if [ $ANSWER -gt 1023 ]; then break ; fi
            fi
            Error ":ERR_INVALID_ANSWER:" || return 1
        done
        inodes_flag="-i $ANSWER"
        while [ 1 ]; do
            # Ask_String MKE2FS_RESERVED "5"
            Ask_String --pretext "Partition $1 ; " MKE2FS_RESERVED "5" || return 1
            if [ -n "$ANSWER" ]; then
                if [ 0 -le $ANSWER -a $ANSWER -lt 100 ]; then break ; fi
            fi
            Error ":ERR_INVALID_ANSWER:"
        done
        reserved_flag="-m $ANSWER"
    fi
    badblocks_flag="-c"
    Ask_Bool --pretext "Partition $1 ; " MKE2FS_BADBLOCKS n || return 1
    if [ "$ANSWER" = "1" ]; then
        badblocks_flag=
    fi
    Do_Clear_Screen
    prep_use PREPARE || return 1
    $DO_SIMULATE mke2fs $badblocks_flag $reserved_flag $inodes_flag $1 2>&1 || return 1
    return 0
}

Menu_Call_Fdisk()
{
  local diskname
  local mbrfile
  local crc1
  local crc2
  local fdisk_retval

  if [ $# -ne 1 ]; then
    Panic ":ERR_WRONG_NUM_OF_ARGS:"
  fi

  Check_Disk_Geometry $1
  if [ $? -ne 0 ]; then
    Menu_Harddisk_Parameters $1
  fi

  diskname="`echo $1 | sed 's/^\/dev\///'`"
  mbrfile=$DIR_LST_TMP/mbr${diskname}

  # safe boot sector before calling fdisk
  dd if=$1 of=$mbrfile bs=512 count=1 >/dev/null 2>&1
  gzip -f $mbrfile

  $CMD_BOX --help ":MENU_CALL_FDISK_HELP:" \
--title ":MENU_CALL_FDISK_TITLE:" \
--bool ":MENU_CALL_FDISK_TEXT:" 2> $FILE_TMP_ANSWER || return 1
  ANSWER="`cat $FILE_TMP_ANSWER`"
  if [ "$ANSWER" != "0" ]; then return 1 ; fi
  Do_Clear_Screen
  if [ -f /usr/doc/LST/use-fdisk.gz ]; then
    zcat /usr/doc/LST/use-fdisk.gz
  fi
  fdisk "$1"
  fdisk_retval="$?"

  # safe boot sector after calling fdisk
  dd if=$1 of=$mbrfile.new bs=512 count=1 >/dev/null 2>&1
  gzip -f $mbrfile.new

  # compare by gzip CRC (no space for cmp or diff on rootdisk)
  crc1="`gzip -vl $mbrfile.gz | fgrep mbr${diskname} | cut -c 7-14`"
  crc2="`gzip -vl $mbrfile.new.gz | fgrep mbr${diskname}.new | cut -c 7-14`"
  if [ "$crc1" != "$crc2" ]; then
    Warn ":WARN_PARTITION_TABLE_MODIFIED:"
    if [ $fdisk_retval != 0 ]; then
      export NEED_TO_REBOOT=true
    else
      export NEED_TO_REBOOT=possible
    fi
  fi
  rm -f $mbrfile.gz $mbrfile.new.gz
  return 0
}


Show_Filesystem_Usage()
{
    Get_Filesystem_Usage $1 > $FILE_TMP_VAL
    Browse2 $FILE_TMP_VAL FILESYSTEM_USAGE
}


# libLSTfirst - first install library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

Recover_COL11_Strings()
{
    local my_lang="`Get_Val CONF_LST_LANG`"

    case $my_lang in
    de|us)
        ;;
    *)
        my_lang=us
        set_val CONF_LST_LANG us
        ;;
    esac

    Debug "trying to recover libLSTtext ($my_lang) from COL 1.1 CD"
    zcat /mnt/col/launch/dos/initrd.gz > /dev/ram2
    mkdir -p /ram2
    mount -t ext2 /dev/ram2 /ram2
    # filter out my_lang
    zcat /ram2/usr/lib/LST/libLSTtext.gz | sed "{
        s/^${my_lang}-x> //
        s/^x-x> //
        /^..-x> /d
        }" > /ram2/usr/lib/LST/libLSTtext
    Debug "merging with source file /ram2/usr/lib/LST/libLSTtext"
    Do_Merge_libLSTtext /usr/lib/LST/libLSTtext /ram2/usr/lib/LST/libLSTtext
    Debug "merging done"
    if [ -f /bin/freeramdisk.gz ]; then
        gunzip /bin/freeramdisk
    fi
    if [ -f /bin/freeramdisk ]; then
        freeramdisk /dev/ram2
    fi
    umount /ram2
    rm -fr /ram2
}

Do_Read_Source()
{
  local my_lang="`Get_Val CONF_LST_LANG`"

  Debug "CONF_LST_LANG=$my_lang"

  Info ":INFO_WAIT:"
  # check if we have pkg infos in the install tree
  for i in meta.db pkgs.all pkgs.db pkgs.idx pkgs.min pkgs.rec ; do
    if [ -f $DIR_DATA/$i ]; then
      Debug "using source file $DIR_DATA/$i"
      cp -a $DIR_DATA/$i /usr/lib/LST/$i
    fi
  done
  if [ -f $DIR_DATA/$my_lang/pkgs.idx ]; then
    Debug "using source file $DIR_DATA/$my_lang/pkgs.idx"
    cp -a $DIR_DATA/$my_lang/pkgs.idx /usr/lib/LST/pkgs.idx
  elif [ -f $DIR_DATA/us/pkgs.idx ]; then
    # if language specific not available use english
    Debug "using source file $DIR_DATA/us/pkgs.idx"
    cp -a $DIR_DATA/us/pkgs.idx /usr/lib/LST/pkgs.idx
  fi
  if [ "$INSTALL_MODE" = "OpenLinux" ]; then
    if [ -f $DIR_DATA/$my_lang/libLSTtext ]; then
      Debug "merging with source file $DIR_DATA/$my_lang/libLSTtext"
      Do_Merge_libLSTtext /usr/lib/LST/libLSTtext $DIR_DATA/$my_lang/libLSTtext
      Debug "merging done"
    elif [ -f $DIR_DATA/us/libLSTtext ]; then
      # if language specific not available use english
      Debug "merging with source file $DIR_DATA/us/libLSTtext"
      Do_Merge_libLSTtext /usr/lib/LST/libLSTtext $DIR_DATA/us/libLSTtext
      Debug "merging done"
    # NT does not properly handle TRANS.TBL files
    elif [ -f $DIR_DATA/$my_lang/liblstte ]; then
      Debug "merging with source file $DIR_DATA/$my_lang/liblstte"
      Do_Merge_libLSTtext /usr/lib/LST/libLSTtext $DIR_DATA/$my_lang/liblstte
      Debug "merging done"
    # NT does not properly handle TRANS.TBL files
    elif [ -f $DIR_DATA/us/liblstte ]; then
      Debug "merging with source file $DIR_DATA/us/liblstte"
      Do_Merge_libLSTtext /usr/lib/LST/libLSTtext $DIR_DATA/us/liblstte
      Debug "merging done"
    fi
  fi
  # this is to still support COL 1.1 installs as good as possible
  if [ -f /mnt/col/install/RPMS/lisa-2.3-7.i386.rpm ]; then
    Recover_COL11_Strings
  fi
  # check if we have private pkg infos in the install tree
  for i in meta.db pkgs.db pkgs.idx pkgs.sel ; do
    if [ -f $DIR_DATA/private/$i ]; then
      Debug "using source file $DIR_DATA/private/$i"
      cp -a $DIR_DATA/private/$i /usr/lib/LST/$i
    fi
  done
  for i in cpio rpm rpmextr rpmq ; do
    if [ -f $DIR_BIN/$i ]; then
      Debug "using source file $DIR_BIN/$i"
      ln -sf $DIR_BIN/$i /bin/$i
    else
      # this is to support CND 1.0 install
      # and to copy cpio, rpmextr and rpmq from floppy
      if [ ! -f /bin/$i ]; then
    if [ -f /floppy/bin/$i.gz ]; then
      cp -a /floppy/bin/$i.gz /bin/$i.gz
      gunzip /bin/$i.gz
    fi
      fi
    fi
  done
  if [ -f $DIR_BIN/rpm-3.0.3 ]; then
    Debug "switching to use rpm-3.0.3 from $DIR_BIN/rpm-3.0.3"
    rm -f /bin/rpm
    ln -sf $DIR_BIN/rpm-3.0.3 /bin/rpm
  fi
  # this is to support CND 1.0 install
  if [ ! -f /bin/rpm ]; then
    ln -s rpmq /bin/rpm
  fi
  # this is to check whether we have execute permissions
  for i in cpio rpm rpmextr ; do
    if [ ! -x /bin/$i ]; then
      chmod +x /bin/$i > /dev/null 2>&1
    fi
    if [ ! -x /bin/$i ]; then
      Msg "/bin/$i ; :ERR_MISSING_EXEC_PERMISSIONS:"
    fi
  done
  prep_use SELECT
}


# converts decimal number to it's hexadecimal representation
# on failure sets ERROR to an error message
#
Dec2Hex()
{
  # printf "%02x\n" $1
  # this would be too easy (and costs approx. 6k on floppy)...
  # so let's do it the HARD WAY(TM) !-)
  local n1=`do_calc $1 / 16`
  local t1=`do_calc $n1 \* 16`
  local n2=`do_calc $1 - $t1`
  local i=
  local r=""
  export ERROR=

  if [ "$1" -gt 255 ]; then
    ERROR="Dec2Hex: number too big ($1 > 255)"
    return 1
  fi

  if [ $n1 -eq 0 ]; then
      n1=0
  fi

  for i in $n1 $n2; do
    if [ $i -lt 10 ]; then
      r="${r}$i"
    else
      case "$i" in
        10) r="${r}a" ;;
        11) r="${r}b" ;;
        12) r="${r}c" ;;
        13) r="${r}d" ;;
        14) r="${r}e" ;;
        15) r="${r}f" ;;
    *) ERROR="Dec2Hex: illegal condition: remainder < 15"; return 1;;
      esac
    fi
  done

  echo "$r"
  return 0
}

Set_Real_Root()
{
  local root_dev=
  local driver=
  local disk=
  local base=
  local partition=
  local major=
  local minor=
  local high=
  local low=
  local bios_id=

  root_dev="`echo $1 | sed 's/^\/dev\///'`"
  driver="`echo $root_dev | cut -c 1-2`"
  if [ "$driver" = "rd" ]; then
    driver="`echo $root_dev | cut -c 1-5`"
    disk="`echo $root_dev | cut -c 7-7`"
    partition="`echo $root_dev | cut -c 9-`"
    base=8
  elif [ "$driver" = "id" ]; then
    driver="`echo $root_dev | cut -c 1-6`"
    disk="`echo $root_dev | cut -c 8-8`"
    partition="`echo $root_dev | cut -c 10-`"
    base=8
  else
    disk="`echo $root_dev | cut -c 3-3`"
    partition="`echo $root_dev | cut -c 4-`"
    base=64
  fi

  case $driver in
  hd)
    if [ "$disk" = "a" -o "$disk" = "b" ]; then major=3
    else major=22
    fi
    ;;
  ida/c0) major=72 ;;
  rd/c0) major=48 ;;
  sd)
    base=16
    major=8
    ;;
  xd) major=13 ;;
  esac

  high="`Dec2Hex $major`"

  case $disk in
  a|0) minor=0 ;;
  b|1) minor=1 ;;
  c|2)
      if [ "$driver" = "hd" ]; then
        minor=0
    else
        minor=2
    fi
    ;;
  d|3)
      if [ "$driver" = "hd" ]; then
        minor=1
    else
        minor=3
    fi
    ;;
  e|4) minor=4 ;;
  f|5) minor=5 ;;
  g|6) minor=6 ;;
  h|7) minor=7 ;;
  esac

  low="`do_calc $minor \* $base`"
  low="`do_calc $low \+ $partition`"
  low="`Dec2Hex $low`"

  bios_id="0x${high}${low}"

  Is_Expert
  if [ $? -eq 0 ]; then
    Ask_String ROOT_ID "$bios_id" || return 1
    bios_id="$ANSWER"
  fi

  if [ -n "$bios_id" ]; then
    echo "$bios_id" > /etc/rootdev
    echo "$bios_id" > /proc/sys/kernel/real-root-dev
  fi
}

Do_Reboot()
{
  Info ":INFO_REBOOTING:"
  sleep 3
  Do_Clear_Screen
  reboot
}

Menu_Config_Partitioning()
{
  local defval
  local trouble

  while [ 1 ]; do
    defval=n
    trouble=

    # do we have any target partition at all?
    if [ -z "`sysinfo -C Dest --notitle --noheader --partition`" ]; then
      trouble=NO_TARGET_AVAILABLE
      defval=y
    fi

    # do we have less than 12 MB but no swap partition?
    if [ `filesize /proc/kcore` -lt 12582912 -a \
    -z "`sysinfo -C Swap --notitle --noheader --partition`" ]; then
      trouble=NOT_ENOUGH_RAM
      defval=y
    fi

    Ask_Bool CALL_FDISK $defval || return 1
    if [ "$ANSWER" = "1" ]; then
      if [ -n "$trouble" ]; then
    echo "$trouble" >> $FILE_TMP_ERR
    Error2 $trouble
    continue
      fi
      return 0
    fi

    Do_Modify_Partitioning || continue
    break
  done
  return 0
}


Do_Modify_Partitioning()
{
  local retval=1

  while [ 1 ]; do
    while [ 1 ]; do
      # ask for hard disk
      Choose --none --other --build Build_HARDDISK_DEV HARDDISK_DEV || break
      if [ -z "$ANSWER" ]; then
        retval=0
        break
      fi
      Menu_Call_Fdisk "$ANSWER" || continue
    done
    if [ -n "$NEED_TO_REBOOT" ]; then
      Ask_Bool NEED_TO_REBOOT || continue
      if [ "$ANSWER" = "0" ]; then Do_Reboot ; fi
    fi
    break
  done
  return $retval
}

Fix_uucp()
{
  local i

  for i in /var/spool/uucp /var/spool/uucppublic ; do
    mkdir -p $DIR_TARGET${i}
    chown uucp.uucp $DIR_TARGET${i}
    chmod 1777 $DIR_TARGET${i}
  done

  i=/var/log/uucp

  touch $DIR_TARGET${i}
  chown uucp.uucp $DIR_TARGET${i}
  if [ -d $DIR_TARGET${i} ]; then
    chmod 775 $DIR_TARGET${i}
  else
    chmod 664 $DIR_TARGET${i}
  fi
}

Fix_sendmail_start()
{
  set_val -f /root/etc/sysconfig/daemons/sendmail ONBOOT yes
}

Fix_httpd_start()
{
  # this fix is for apache-1.1.1-10
  if [ -d /root/usr/doc/apache-httpd-1.1.1-10 -a \
      ! -f /root/etc/sysconfig/daemons/httpd ]; then
    cat << EOD  > /root/etc/sysconfig/daemons/httpd
IDENT=WWW
DESCRIPTIVE="WEB server"
ONBOOT=no
VARIANT=apache
EOD
  fi
  set_val -f /root/etc/sysconfig/daemons/httpd ONBOOT yes
}

Fix_passwd()
{
    local nis_magic

    # grep out root account (with password) and adjust HOME
    sed -n '/^root:/p' /etc/passwd | sed 's/:\/:/:\/root:/' > /etc/passwd.tmp

    # append normal passwd (without root account)
    sed '/^root:/d' $DIR_TARGET/etc/passwd >> /etc/passwd.tmp

    nis_magic="`sed -n '/^+/p' /etc/passwd.tmp`"
    if [ -n "$nis_magic" ]; then
        sed '/^+/d' /etc/passwd.tmp > /etc/passwd.nismagic
        mv -f /etc/passwd.nismagic /etc/passwd.tmp
    fi

    # grep out normal account (with password)
    if [ -n "$LAST_USER" ]; then
        sed -n "/^$LAST_USER:/p" /etc/passwd >> /etc/passwd.tmp
    fi
    if [ -n "$nis_magic" ]; then
        echo "$nis_magic" >> /etc/passwd.tmp
    fi

    # on COL 2.2 setup does not provide a passwd, so we have to fix ours
    sed '{
        /^install/d
        /^expert/d
        /^setup/d
        /^hilfe/d
        /^help/d
        s/Nobody:\/:/Nobody:\/:\/bin\/false/
        }' /etc/passwd.tmp > /etc/passwd.tmp2
    mv /etc/passwd.tmp2 /etc/passwd.tmp

    chown root.root /etc/passwd.tmp
    chmod 644 /etc/passwd.tmp
    mv /etc/passwd.tmp $DIR_TARGET/etc/passwd

    # if we are on a COL 1.2 install then switch to shadow passwords
    if [ "$INSTALL_MODE" = "OpenLinux" -a -x $DIR_TARGET/usr/sbin/pwconv ]; then
        Debug "calling pwconv to switch to shadow passwords"
        History_Install "calling pwconv to switch to shadow passwords"
        ( cd $DIR_TARGET; chroot $DIR_TARGET usr/sbin/pwconv ) > $DIR_TARGET/install/pwconv.error 2>&1
        # remove empty error logs
        if [ ! -s $DIR_TARGET/install/pwconv.error ]; then
            rm -f $DIR_TARGET/install/pwconv.error
        fi
    fi
    return 0
}

Menu_First_Install()
{
    export INSTALL_STATE=3
    local disk=
    local partition=
    local orig_source=
    local orig_dev=
    local orig_mode=
    local max_state_seen=-1

    History "`date` $LOGNAME: LISA: first time install (${MODE_USER}-mode)"
    # FIXME: late fix for Caldera scd
    mv $FILE_SYSTEM_CONF $FILE_SYSTEM_CONF.tmp
    sed -e 's:/dev/sr:/dev/scd:g' < $FILE_SYSTEM_CONF.tmp > $FILE_SYSTEM_CONF
    rm -f $FILE_SYSTEM_CONF.tmp

    if [ -f /var/run/cardmgr.pid ]; then
        rm -f /sbin/cardmgr
        rm -fr /etc/pcmcia
        kill -9 `cat /var/run/cardmgr.pid`
    fi

    while [ 1 ]; do
        INSTALL_STATE="`do_calc $INSTALL_STATE - 1`"
        Debug "entering install stage $INSTALL_STATE ..."
        if [ $INSTALL_STATE -gt $max_state_seen ]; then
            max_state_seen=$INSTALL_STATE
        fi
        case $INSTALL_STATE in
        0)
            # quit LISA
            end_use INSTALL
            end_use CALDERA_INSTALL
            end_use RPM_INSTALL
            end_use /usr/lib/LST/libLSTall
            return 1
            ;;
        1)
            # quit LISA
            Debug "User wanted to exit LISA. Not allowed in First_Install"
            return 1
            ;;
        2)
            # initial module management
            InitSubsystems || continue
            # exit now if we used "boot root=/dev/sdXX" at LILO prompt
            if [ -f /etc/install.skip ]; then
                sync
                Do_Clear_Screen
                exit 0
            fi
            ;;
        3)
            # allow repartitioning as soon as possible
            Debug "Before Menu_Config_Partitioning"
            Menu_Config_Partitioning || continue
            Debug "After Menu_Config_Partitioning"
            ;;
        4)
            # enable swapspace as soon as possible
            # FIXME: omit this question if swapspace was already set up
            Menu_Config_Swap || continue
            # FIXME: check if we have less than 12 MB but no swap enabled?
            ;;
        5)
            # choose install source (floppy, hard disk, CDROM, network, ...)
            Choose_Install_Source || continue
            # do read files from source
            Do_Read_Source
            ;;
        6)
            # select target partition(s)
            prep_use PREPARE
            Choose_Install_Target || continue
            end_use PREPARE
            # do init target partition(s)
            Do_Init_Target
            ;;
        7)
            # choose packages
            prep_use SELECT
            Menu_Pkg_Select || continue
            ;;
        8)
            # install packages
            prep_use INSTALL
            Do_Pkg_Install || continue
            end_use SELECT
            end_use INSTALL
            Do_Fixes_After_Pkg_Install
            Do_Save_Package_Selection
            INSTALL_STATE="`do_calc $INSTALL_STATE + 1`"
            ;;
        9)
            # FIXME: issue a warning that backsptep means reinstall or reboot
            Error ":ERR_BACKSTEP_NOT_POSSIBLE:"
            Ask_Bool ABORT_INSTALL y
            if [ "$ANSWER" = "0" ]; then
                Do_Reboot
            fi
            ;;
        10)
            # initial system configuration (to be replaced by COAS)
            Menu_First_Config || continue
            Do_Fixes_After_First_Config
            # umount the second mount of /proc
            umount /root/proc
            ;;
        11)
            History "`date` $LOGNAME: primary installation completed"
            History "==============================================================="
            # this file is used as a marker to show that the install is complete
            touch /etc/install.done
            umount /mnt >/dev/null 2>&1
            rmmod smbfs >/dev/null 2>&1
            if [ "`get_val -f /etc/lst.cnf CONF_COL_EDITION`" != "SBA" ]; then
                Msg2 GRATULATIONS || continue
            fi
            # FIXME: need better method to find initrd
            if [ "`uname -r`" != "1.2.13" ]; then
                sync
                Do_Clear_Screen
                exit 0
            else
                Do_Reboot_System
            fi
            ;;
        esac
        INSTALL_STATE="`do_calc $INSTALL_STATE + 2`"
    done
}

Do_Set_Password()
{
    local username=$1

    prep_use /bin/passwd
    reset 2>&1
    Do_Clear_Screen
    # small passwd wrapper
    while [ 1 ]; do
        touch /tmp/.passwd
        echo "Setting password for $username:"
              if [ "$MODE_QUERY" = "auto" ]; then
            sleep 1 # sleep a second to make sure file is older
            sed "s/^$username:[^:]*:/$username:*notset*:/" /etc/passwd > /etc/passwd.tmp
            chown root.root /etc/passwd.tmp
            chmod 644 /etc/passwd.tmp
            mv /etc/passwd.tmp /etc/passwd
        else
            passwd $username 2>&1
        fi
        if [ /etc/passwd -nt /tmp/.passwd ]; then
            break
        fi
    done
    return 0
}

Do_Set_Root_Password()
{
    Msg2 SET_ROOT_PASSWD || return 1
    Do_Set_Password root
    return 0
}

Do_Create_First_User()
{
    Msg2 CREATE_FIRST_USER || return 1
    Menu_User_Add --first
}

Menu_Config_Network()
{
    local s=2

    while [ 1 ]; do
        s="`do_calc $s - 1`"
        Debug "entering net config stage $s ..."
        case $s in
        0)
            return 1
            ;;
        1)
            Menu_Config_FQ_Name || continue
            Do_Ifcfg lo up
            ;;
        2)
            Menu_Config_Ether || continue
            if [ "`Get_Val CONF_eth0_STAT`" != "up" -a \
            "`Get_Val CONF_tr0_STAT`" != "up" ]; then
                # disable router, DNS and NIS
                # (this is dumb but prevents from trouble)
                # jump over the next steps
                CONF_ROUTER1_IP=""
                CONF_DNS_DOMAIN=""
                CONF_DNS_SEARCH=""
                CONF_DNS_SERVER1_IP=""
                CONF_DNS_SERVER2_IP=""
                CONF_DNS_SERVER3_IP=""
                CONF_NIS_DOMAIN=""
                CONF_NIS_SERVER1_IP=""
                CONF_NIS_SERVER2_IP=""
                CONF_NIS_SERVER3_IP=""
                s=99
            fi
            ;;
        3)
            Menu_Config_Router first || continue
            ;;
        4)
            Menu_Config_DNS || continue
            ;;
        5)
            if [ -x $DIR_TARGET/usr/sbin/ypbind ]; then
                Menu_Config_NIS || continue
            fi
            ;;
        *)
            return 0
            ;;
        esac
        s="`do_calc $s + 2`"
    done
}

Build_Daemons()
{
    local i
    local daemon
    local ghostdaemon
    local variant
    local descriptive
    local onboot
    local ident
    local desc
    local preset
    local have_mta=false

    for i in $DIR_TARGET/etc/sysconfig/daemons/* ; do
        if [ ! -f $i ]; then continue ; fi
        daemon="`basename $i`"
        if [ "$daemon" = "mta" ]; then
            have_mta=true
        fi

        # filter out wrong (old) sendmail/smail files if mta exists
        if [ "$daemon" = "sendmail" -a "$have_mta" = "true" ]; then
            continue
        fi
        if [ "$daemon" = "smail" -a "$have_mta" = "true" ]; then
            continue
        fi

        # filter out .rpmsave and .rpmorig files
        ghostdaemon="`basename $i .rpmsave`"
        if [ "$daemon" != "$ghostdaemon" ]; then continue ; fi
        ghostdaemon="`basename $i .rpmorig`"
        if [ "$daemon" != "$ghostdaemon" ]; then continue ; fi

        hack="$daemon"
        onboot="`get_val -f $i ONBOOT`"
        ident="`get_val -f $i IDENT`"
        case $ident in
        DOSEmu)
            hack="DOS Emulation"
            ;;
        lpd)
            hack="Print Server"
            ;;
        news-system)
            hack="News Server"
            ;;
        nis-server)
            hack="NIS Server"
            ;;
        MTA)
            hack="Mail Server"
            ;;
        NFS)
            hack="NFS Server"
            ;;
        SAMBA)
            hack="SMB Server"
            ;;
        WWW)
            hack="WEB server"
            ;;
        esac
        descriptive="`get_val -f $i DESCRIPTIVE`"
        if [ -n "$descriptive" ]; then
            hack="$descriptive"
        fi
        variant="`get_val -f $i VARIANT`"
        desc=
        if [ -n "$variant" ]; then
            desc="$variant"
        fi
        if [ -n "$desc" ]; then
            desc=" (${desc})"
        fi
        preset=S
        case $onboot in
        no|NO|No)
            preset=U
            ;;
        esac
        # FIXME12: syslog does not respect the syntax.
        # set_val can not handle it.
        if [ "$daemon" = "syslog" ]; then
            preset=F
        fi
        echo "\"$daemon\" \"${hack}${desc}\" \"$preset\" \\"
    done
}

# Do_Setup_Daemon DAEMON {yes,no}
#
Do_Setup_Daemon()
{
    local dir_daemons=$DIR_TARGET/etc/sysconfig/daemons

    # FIXME12: syslog does not respect syntax. set_val can not handle it.
    if [ "$1" = "syslog" ]; then
        return 0
    fi
    if [ -f ${dir_daemons}/$1 ]; then
        set_val -f ${dir_daemons}/$1 ONBOOT $2
    else
        echo "ONBOOT=$2" > ${dir_daemons}/$1
    fi
}

Do_Setup_Daemons()
{
    local i
    local daemon
    local daemon_list="$1"

    # Do the necessary enable/disable modifications
    for i in $DIR_TARGET/etc/sysconfig/daemons/* ; do
        if [ ! -f $i ]; then continue ; fi
        daemon="`basename $i`"
        if [ -n "`echo "$daemon_list" | fgrep ":${daemon}:"`" ]; then
            Do_Setup_Daemon $daemon yes
        else
            Do_Setup_Daemon $daemon no
        fi
    done

    # Save ':'-separated list of daemons to be autostarted
    Do_Store CONF_DAEMON_SERVICES "$daemon_list"
}

Menu_Config_Daemons()
{
    local daemon
    local daemon_list

    Choose --multi --build Build_Daemons CONFIG_DAEMONS || return 1

    # The list of selected daemons for autostart is now in $FILE_TMP_ANSWER
    # and we store it as a ':'-separated list in the CONF_DAEMON_SERVICES
    # variable in /etc/system.cnf
    for daemon in `cat $FILE_TMP_ANSWER` ; do
        daemon_list="${daemon_list}:${daemon}"
    done
    if [ -n "$daemon_list" ]; then
        daemon_list="${daemon_list}:"
    fi

    Do_Setup_Daemons "$daemon_list"
    return 0
}

Get_MBR_dev()
{
    sysinfo --tag -C MBR --disk
}

Replace_MBR()
{
    local src=/boot/virgin.mbr
    local tgt=$1

    if [ ! -f $src ]; then
        Debug "could not find $src to replace $tgt"
        return 1
    fi
    dd if=$src of=$tgt bs=446 count=1 && {
        dd if=$src skip=510 bs=1 count=2 of=$tgt seek=510 && {
            Debug "sucessfully replaced $tgt with $src"
            return 0
        }
    }
    Debug "problems replacing $tgt"
    return 1
}

Do_Fix_MBR()
{
    local boot_sig_crc="b016f118"
    local real_sig_crc=
    local mbr_dev=

    mbr_dev="`Get_MBR_dev`"
    if [ -z "$mbr_dev" ]; then
        Debug "Get_MBR_dev returned nothing"
        return 1
    fi
    dd if=$mbr_dev bs=1 skip=510 count=2 of=/tmp/sig.mbr
    gzip -9 /tmp/sig.mbr
    real_sig_crc="`gzip -lv /tmp/sig.mbr.gz | fgrep -v method | cut -d' ' -f 2`"
    Debug "real_sig_crc was <$real_sig_crc>"
    if [ -z "$real_sig_crc" ]; then
        Debug "real_sig_crc was empty"
        return 1
    fi
    if [ "$real_sig_crc" = "$boot_sig_crc" ]; then
        # for now be happy with that (simplified approach)
        return 0
    fi
    Debug "real_sig_crc != boot_sig_crc ==> replacing MBR"
    Replace_MBR $mbr_dev || return 1
    return 0
}

Menu_First_Config()
{
    local s

    if [ "`get_val -f /etc/lst.cnf CONF_COL_EDITION`" = "SBA" ]; then
        s=102
    else
        s=2
    fi

    Start_unconfigured_sh

    while [ 1 ]; do
        s="`do_calc $s - 1`"
        Debug "entering config stage $s ..."
        case $s in
        0|100)
            return 1
            ;;
        1)
            Menu_Config_Network || continue
            ;;
        101)
              Do_Setup_FQ_Name
            Do_Ifcfg lo up
            Do_Setup_Hosts
            if [ -z "`fgrep eth0 /proc/net/dev`" ]; then
                Error "$dev ; :ERR_NO_DEVICE_AND_NO_MODULE:"
                Do_Store CONF_eth0_STAT down
            else
                Do_Store CONF_eth0_STAT up
                Do_Store CONF_eth0_DEV "eth0"
                Do_Store CONF_eth0_NAME "sba.local"
                Do_Store CONF_eth0_IP "192.168.1.1"
                Do_Store CONF_eth0_MASK "255.255.255.0"
                Do_Store CONF_eth0_NET "192.168.1.0"
                Do_Store CONF_eth0_BCAST "192.168.1.255"
                Do_Store CONF_ROUTER1_IP "192.168.1.1"
                Do_Setup_Hosts
                Set_network
                Set_ifcfg eth0
                Do_Ifcfg eth0 up > $FILE_TMP_ERR 2>&1
                  Do_Ifcfg default up
            fi
              Do_Store CONF_DNS_SERVER1_IP "192.168.1.1"
            Do_Setup_DNS
            ;;
        2|102)
            Menu_Config_Timezone || continue
            ;;
        3)
            Menu_Config_Mouse || continue
            ;;
        4|103)
            Menu_Config_Printer || continue
            ;;
        5|104)
            Do_Set_Root_Password || continue
            ;;
        6|105)
            Do_Create_First_User || continue
            Fix_passwd
            ;;
        7)
            # omit this question if install source was CD
            if [ "`Get_Val CONF_INSTALL_MEDIUM`" != "cdrom" ]; then
                Menu_Config_CD || continue
            fi
            ;;
        8|106)
            prep_use LILO
            while [ 1 ]; do
                Menu_Config_LILO_HD && break
                Msg ":ERR_BACKSTEP_NOT_POSSIBLE:"
            done
            Do_Fix_MBR
            ;;
        9)
            # configure daemons during first install
            Menu_Config_Daemons || continue
            ;;
        10)
            # configure X during first install
            if [ -f $DIR_TARGET/usr/X11R6/bin/startx ]; then
                while [ 1 ]; do
                    Menu_Config_X_Server && break
                    Msg ":ERR_BACKSTEP_NOT_POSSIBLE:"
                done
            fi
            ;;
        11)
            # store LISA configuration on floppy
            while [ 1 ]; do
                Menu_Store_LISA_Config && break
                Msg ":ERR_BACKSTEP_NOT_POSSIBLE:"
            done
            ;;
        12|107)
            # first configuration finished
            return 0
            ;;
        *)
            Panic "Menu_First_Config: should never get here."
            return 1
            ;;
        esac
        s="`do_calc $s + 2`"
    done
}

Do_Save_Package_Selection()
{
    if [ -f $FILE_PKGS_SEL ]; then
        cp -a $FILE_PKGS_SEL $DIR_TARGET/usr/lib/LST/pkgs.sel
    fi
}

Do_Store_LISA_Config()
{
  local was_mounted=
  local happy
  local i

  while [ 1 ]; do
      happy=true
      mount | fgrep 'on /floppy' > /dev/null && was_mounted=true
      umount /floppy >/dev/null 2>&1
    if [ $? -ne 0 ]; then
        echo "could not unmount" >> /dev/tty8
    fi
      Msg ":DO_INSERT_DOS_FLOPPY:" || return 1
      mount -t msdos /dev/fd0H1440 /floppy
      if [ $? -ne 0 ]; then
          Msg ":ERR_MOUNT_FLOPPY_FAILED:"
        return 1
      else
        touch /floppy/writable
        if [ $? -ne 0 ]; then
            # floppy write protected
            # FIXME
              # Msg ":ERR_MOUNT_FLOPPY_FAILED:"
              Msg "Write failed. The floppy is write protected."
            continue
        else
            rm -f /floppy/writable
        fi
    fi
    Info ":INFO_WAIT:"
    mkdir -p /floppy/etc
    mkdir -p /floppy/usr/lib/LST
    for i in /etc/lst.cnf /etc/system.cnf /usr/lib/LST/pkgs.sel ; do
        if [ -f $i ]; then
            cp -a $i /floppy/$i
            if [ $? -ne 0 ]; then
                Debug "problems while copying $i"
                happy=false
            fi
        else
            Debug "$i can not be copied: file not found"
            happy=false
        fi
    done
    sync
    sync
    umount /floppy >/dev/null 2>&1
    if [ "$happy" = "true" ]; then
        # FIXME
        # Msg ":INFO_WRITE_SUCCEEDED:" || continue
        Msg "The configuration has been saved successfully." || continue
        return 0
    fi
    Msg ":ERR_WRITE_FAILED:" || return 1
  done
  return 0
}

Menu_Store_LISA_Config()
{
    local defval

    if [ "$MODE_QUERY" = "auto" ]; then
        defval=n
    else
        defval=y
    fi

    while [ 1 ]; do
        Ask_Bool WRITE_CURRENT_CONFIG $defval || return 1
        case $ANSWER in
        0)
            Do_Store_LISA_Config || continue
            ;;
        esac
        return 0
    done
}

Set_LISA_CONF()
{
  mkdir -p $DIR_TARGET/etc

  # save lst setup
  cp -a /etc/lst.cnf $DIR_TARGET/etc

  # save system setup
  cp -a /etc/system.cnf $DIR_TARGET/etc

  # reset target and auto mode
  set_val -f $DIR_TARGET/etc/system.cnf DIR_TARGET "/"
  set_val -f $DIR_TARGET/etc/system.cnf MODE_QUERY "prompt"
}

Transfer_dev_symlinks()
{
  local i

  # save mouse/modem/cdrom symlinks
  for i in mouse modem cdrom ; do
    if [ -L /dev/$i ]; then
      rm -f $DIR_TARGET/dev/$i
      cp -a /dev/$i $DIR_TARGET/dev
    fi
  done
}

Set_message()
{
    conf_file=/boot/message

    # copy boot message
    if [ ! -f $DIR_TARGET$conf_file ]; then
        cp -a $conf_file $DIR_TARGET$conf_file
    fi
}

# make sure /opt/bin exists and /opt has enough disk space
Fix_opt()
{
  local root_dev
  local opt_dev
  local usr_dev

  mkdir -p $DIR_TARGET/opt/bin

  # determine target "/" device
  root_dev="`df /root | fgrep '%' | cut -c 1-10`"

  # determine target "/opt" device
  opt_dev="`df /root/opt | fgrep '%' | cut -c 1-10`"

  # determine target "/usr" device
  usr_dev="`df /root/usr | fgrep '%' | cut -c 1-10`"

  # if /opt is a separate partition nothing has to be done
  if [ -n "$opt_dev" ]; then
    if [ "$opt_dev" != "$root_dev" ]; then return 0 ; fi
  fi

  # if /usr is a separate partition we create a symlink /opt -> /usr/opt
  if [ "$usr_dev" != "$root_dev" ]; then
    mkdir -p $DIR_TARGET/usr/opt
    if [ -n "`ls $DIR_TARGET/opt`" ]; then
        cp -aR $DIR_TARGET/opt/* $DIR_TARGET/usr/opt
    fi
    rm -fr $DIR_TARGET/opt
    ln -s usr/opt $DIR_TARGET/opt
  # otherwise we create a directory
  else
    mkdir -p $DIR_TARGET/opt
  fi
}

# FIXME: we have to rely that the linux symlink is there, otherwise
#        we are running into a chicken and egg problem to determine
#        the future value of 'uname -r' and 'uname -v'. Now use
#     the value of the running kernel as fallback
Get_uname_r()
{
    local uname_r

    if [ -f $DIR_TARGET/usr/src/linux/include/linux/version.h ]; then
        fgrep UTS_RELEASE $DIR_TARGET/usr/src/linux/include/linux/version.h | cut -d'"' -f 2 > $FILE_TMP_VAL
        uname_r="`cat $FILE_TMP_VAL`"
    else
        uname_r="`uname -r`"
    fi
    Debug "Get_uname_r returns $uname_r"
    echo "$uname_r"
}

Get_uname_v()
{
    local uname_v

    if [ -f $DIR_TARGET/usr/src/linux/include/linux/compile.h ]; then
        fgrep UTS_VERSION $DIR_TARGET/usr/src/linux/include/linux/compile.h | cut -d'"' -f 2 > $FILE_TMP_VAL
        uname_v="`cat $FILE_TMP_VAL`"
    else
        uname_v="`uname -v`"
    fi
    Debug "Get_uname_v returns $uname_v"
    echo "$uname_v"
}

#
# prepare a valid initrd (all relative to PWD)
#
Prepare_Initrd()
{
  # FIXME12uname: because of the rebuild uname -v causes problems
  local uname_r="`Get_uname_r`"
  local uname_v="`Get_uname_v`"
  local mod_file="/etc/modules/${uname_r}/${uname_v}.rootfs"
  local driver
  local moddir
  local module
  local ans

  # create minimal directories
  mkdir -p bin dev etc/rc.d etc/modules/${uname_r} etc/modules/options lib/modules/${uname_r} sbin

  # create minimal devices
  mknod -m 644 dev/tty0 c 4 0
  mknod -m 644 dev/tty1 c 4 1
  ln -s tty0 dev/console

  # copy minimal libraries
  cp -a /lib/libc* lib
  cp -a /lib/ld.so* lib
  cp -a /etc/ld.so.conf etc

  # copy minimal binaries
  cp -a /bin/sh bin
  cp -a /sbin/insmod sbin
  cp -a /bin/uname bin
  cp -a /bin/cat bin

  for moddir in block cdrom fs ipv4 misc net pcmcia scsi sound ; do
    mkdir -p ./lib/modules/${uname_r}/$moddir
  done

  # copy rootfs module list and corresponding modules and params files
  if [ -f "$DIR_TARGET/$mod_file" ]; then
    cp -a "$DIR_TARGET/$mod_file" ./"$mod_file"
    # copy necessary modules
    for driver in `cat "$DIR_TARGET/$mod_file"` ; do
      for moddir in block cdrom fs ipv4 misc net pcmcia scsi sound ; do
        module=/lib/modules/${uname_r}/$moddir/${driver}.o
    # we use the modules from the target system
    if [ -f $DIR_TARGET/$module ]; then
      mkdir -p /lib/modules/${uname_r}/$moddir
      cp -a $DIR_TARGET/$module ./$module
      Debug "$module copied to initrd from target system"
    else
      Debug "did not find module $DIR_TARGET/$module to be copied to initrd"
    fi
      done
      if [ -s /etc/modules/options/$driver ]; then
        cp -a /etc/modules/options/$driver etc/modules/options
    Debug "/etc/modules/options/$driver copied to initrd"
      fi
    done
  else
    Debug "<$mod_file> not found"
  fi

  # copy module autoload routine
  cp -a /etc/rc.d/rc.rootfs etc/rc.d

  # this is used to trigger a initrd umount and freeramdisk in rc.boot
  touch free_initrd

  # create a very simple linuxrc
  echo '#!/bin/sh' > linuxrc
  echo "/bin/sh /etc/rc.d/rc.rootfs" >> linuxrc
  echo "exit 0" >> linuxrc
  chmod 755 linuxrc
}

#
# create compressed initrd image using the loop mount
#
Create_Initrd()
{
  local LoopFile=$DIR_TARGET/tmp/loopfile
  local LoopFileSize=2880
  local LoopMountPoint=$DIR_TARGET/mnt
  local InitrdImage=$DIR_TARGET/boot/initrd.gz

  Do_Clear_Screen
  echo "Preparing initrd..."
  echo

  prep_use LOOP
  prep_use PREPARE

  # load loop support
  Do_Load_Module --silent loop block

  # clear loopfile
  dd if=/dev/zero of=$LoopFile bs=1k count=$LoopFileSize

  # create loop device if necessary
  if [ ! -b /dev/loop0 ]; then
    mknod -m 666 /dev/loop0 b 7 0
  fi

  # prepare loop file for mount
  losetup /dev/loop0 $LoopFile

  # create filesystem on loopfile
  mke2fs /dev/loop0 $LoopFileSize

  echo
  echo "Please wait..."

  # mount loopfile as block device (needs mount >= 2.5k)
  mount -t ext2 /dev/loop0 $LoopMountPoint

  # create a minimal initrd for this system
  ( cd $LoopMountPoint ; Prepare_Initrd )

  # unmount it
  umount /dev/loop0

  # create compressed initrd from it
  dd if=/dev/loop0 bs=1k count=$LoopFileSize | gzip -9 > $InitrdImage

  # detach it
  losetup -d /dev/loop0

  # remove loopfile
  rm -f $LoopFile

  # unload loop support
  rmmod loop

  # FIXME: add it as default LILO entry
  # currently we trigger if a $DIR_TARGET/boot/initrd.gz is present

  end_use LOOP
  end_use PREPARE

  sleep 3
}

Is_SCSI_Root()
{
  local root_dev="`Get_Val CONF_INSTALL_ROOT`"

  echo "$root_dev" | fgrep "/dev/sd" > /dev/null && return 0
  return 1
}

# check if we use an ethercard
Is_Etherhost()
{
  cat /proc/net/dev | fgrep eth0 > /dev/null && return 0
  return 1
}

Set_initrd()
{
  local need_initrd=

  Is_SCSI_Root && need_initrd=true
  # Is_Etherhost && need_initrd=true
  if [ -n "$need_initrd" ]; then
    # we need a initrd
    Create_Initrd
  else
    # we don't need a initrd
    rm -fr $DIR_TARGET/initrd/*
  fi
  return 0
}

Set_modules_autoload()
{
  local uname_r="`Get_uname_r`"
  local uname_v="`Get_uname_v`"
  local confpath="/etc/modules/${uname_r}"
  local driver
  local mod_file
  local param_file

  # modules loaded by LISA were stored in this file
  local lisa_modules_file=/tmp/modules.initrd
  touch $lisa_modules_file

  # modules already handled will be stored in this file
  local handled_modules_file=$DIR_TARGET/tmp/modules.handled
  mkdir -p $DIR_TARGET/tmp
  rm -f $handled_modules_file
  touch $handled_modules_file

  # modules needed for the rootfs will be stored in this file
  # FIXME12uname: because of the rebuild uname -v causes problems
  local rootfs_modules_file="$DIR_TARGET$confpath/${uname_v}.rootfs"
  rm -f "$rootfs_modules_file"
  touch "$rootfs_modules_file"

  # modules needed for everything but the rootfs will be stored in this file
  # FIXME12uname: because of the rebuild uname -v causes problems
  local non_rootfs_modules_file="$DIR_TARGET$confpath/${uname_v}.default"
  mkdir -p $DIR_TARGET/etc/modules/options
  mkdir -p $DIR_TARGET$confpath
  rm -f "$non_rootfs_modules_file"
  touch "$non_rootfs_modules_file"

  # The list of modules to be autoloaded consists of 3 parts:
  # 1. modules loaded by LISA (during autoprobing and on user's request)
  local lisa_modules="`cat $lisa_modules_file`"
  # 2. modules that are loaded now (that we don't miss manually loaded modules)
  local loaded_modules="`cat /proc/modules | cut -d' ' -f 1`"
  # 3. modules that we want always to be loaded
  local default_modules="sunrpc lockd fat msdos umsdos vfat parport parport_pc parport_probe soundcore soundlow 8390 scsi_mod sd_mod sr_mod st sg nfs isofs lp slhc slip ppp ipx"

  # The modules may be autoloaded in 2 steps:
  # 1. modules required to load the root filesystem thus loaded in the initrd
  #    (this is only necessary if ethercard used or rootfs on a SCSI device)
  local need_initrd=
  # 2. other modules

  # check if rootfs on SCSI
  Is_SCSI_Root && need_initrd=true

  # check if we use an ethercard
  # FIXME: we don't support NFS mounted root at the moment
  # Is_Etherhost && need_initrd=true

  # store modules and their params in the appropriate autoload files
  for driver in $lisa_modules $loaded_modules $default_modules ; do
    if [ -n "`fgrep -x $driver "$handled_modules_file"`" ]; then
      Debug "'$driver' is already handled"
      continue
    fi
    echo "$driver" >> "$handled_modules_file"
    Debug "added '$driver' to '$handled_modules_file'"
    mod_file="$non_rootfs_modules_file"
    param_file="$DIR_TARGET/etc/modules/options/$driver"
    if [ -n "$need_initrd" ]; then
      # FIXME: this is a dumb check for scsi driver (should be done by sysinfo)
      if [ -f /lib/modules/`uname -r`/scsi/$driver.o ]; then
        mod_file="$rootfs_modules_file"
      fi
      # FIXME: this is a dumb check for ether driver (should be done by sysinfo)
      # FIXME: we don't support NFS mounted root at the moment
      #if [ -f /lib/modules/${uname_r}/net/$driver.o ]; then
      #  mod_file="$rootfs_modules_file"
      #fi
    fi
    echo "$driver" >> "$mod_file"
    Debug "added '$driver' to '$mod_file'"
    if [ -s /etc/modules/options/$driver ]; then
      Debug "added '`cat /etc/modules/$driver`' to '$param_file'"
      cp -a /etc/modules/options/$driver $param_file
    fi
  done
}

Set_etc_HOSTNAME()
{
    local conf_file=$DIR_TARGET/etc/HOSTNAME
    mkdir -p $DIR_TARGET/etc
    echo "`Get_Val CONF_FQ_HOSTNAME`" > $conf_file
}

Set_keyboard()
{
    local conf_file=$DIR_TARGET/etc/sysconfig/keyboard

    echo "KEYTABLE=/usr/lib/kbd/keytables/`Get_Val CONF_KEYBOARD_MAP`" > $conf_file
}

Set_clock()
{
    local conf_file=$DIR_TARGET/etc/sysconfig/clock
    local timezone="`Get_Val CONF_TIMEZONE`"
    local zoneinfo_dir=/usr/share/zoneinfo

    mkdir -p $DIR_TARGET/etc/sysconfig
    if [ "`Get_Val CONF_KERNTZ_FLAG`" = "u" ]; then
        echo "CLOCKMODE=GMT" > $conf_file
    else
        echo "CLOCKMODE=LOCAL" > $conf_file
    fi

    if [ -z "$timezone" ]; then
        timezone=GMT
    fi
    if [ ! -d $DIR_TARGET$zoneinfo_dir ]; then
        zoneinfo_dir=/usr/lib/zoneinfo
    fi
    # fix symlink only if it's NOT pointing relative to /etc/localtime
    if [ -z "`ls -l ${DIR_TARGET}${zoneinfo_dir}/localtime | fgrep ' ../../../etc/localtime'`" ]; then
        ln -sf ../../../etc/localtime ${DIR_TARGET}${zoneinfo_dir}/localtime
    fi
    rm -f $DIR_TARGET/etc/localtime
    mkdir -p $DIR_TARGET/etc
    ln -sf ..${zoneinfo_dir}/$timezone $DIR_TARGET/etc/localtime
}

Set_pcmcia()
{
  local conf_file=$DIR_TARGET/etc/sysconfig/pcmcia

  # check if we used pcmcia during install
  # (in this case some modules were loaded from rc.S)
  if [ -n "`fgrep pcmcia_core /proc/modules`" ]; then
    echo "PCMCIA=yes" > $conf_file
    if [ -n "`fgrep i82365 /proc/modules`" ]; then
      echo "PCIC=i82365" >> $conf_file
    elif [ -n "`fgrep tcic /proc/modules`" ]; then
      echo "PCIC=tcic" >> $conf_file
    else
      # ??? shouldn't happpen
      echo "PCIC=" >> $conf_file
    fi
  else
    echo "PCMCIA=no" > $conf_file
    echo "PCIC=" >> $conf_file
  fi
  echo "OPTS=\"poll_interval=300\"" >> $conf_file
}

Set_network()
{
  local conf_file=$DIR_TARGET/etc/sysconfig/network

  mkdir -p $DIR_TARGET/etc/sysconfig
  echo "NETWORKING=yes" > $conf_file
  echo "HOSTNAME=`Get_Val CONF_FQ_HOSTNAME`" >> $conf_file
  echo "IF_LIST='lo eth tr sl ppp'" >> $conf_file
}

Set_ifcfg()
{
    local dev=$1
    local val=
    local conf_file=$DIR_TARGET/etc/sysconfig/network-scripts/ifcfg-${dev}

    mkdir -p $DIR_TARGET/etc/sysconfig/network-scripts
    echo '#!/bin/sh' > $conf_file
    case $dev in
    eth0|eth1)
        echo '#>>>Device type: ethernet' >> $conf_file
        ;;
    tr0)
        echo '#>>>Device type: token ring' >> $conf_file
        ;;
    plip0|plip1|plip2)
        echo '#>>>Device type: parallel line IP' >> $conf_file
        ;;
    esac
    echo '#>>>Variable declarations:' >> $conf_file
    echo "DEVICE=`Get_Val CONF_${dev}_DEV`" >> $conf_file
    echo "IPADDR=`Get_Val CONF_${dev}_IP`" >> $conf_file
    if [ -n "`Get_Val CONF_${dev}_REMOTE_IP`" ]; then
        echo "PTPADDR=`Get_Val CONF_${dev}_REMOTE_IP`" >> $conf_file
        if [ "`echo $dev | cut -c1-4`" = "plip" ]; then
            cat << EOF >> $conf_file
# for communication with DOS boxes turn activate
#IFOPTIONS="arp"
EOF
        fi
    fi
    echo "NETMASK=`Get_Val CONF_${dev}_MASK`" >> $conf_file
    echo "NETWORK=`Get_Val CONF_${dev}_NET`" >> $conf_file
    echo "BROADCAST=`Get_Val CONF_${dev}_BCAST`" >> $conf_file
    if [ "$dev" = "eth0" -o "`echo $dev | cut -c1-4`" = "plip" ]; then
        if [ -z "`Get_Val CONF_ROUTER1_IP`" ]; then
            echo "GATEWAY=none" >> $conf_file
        else
            echo "GATEWAY=`Get_Val CONF_ROUTER1_IP`" >> $conf_file
        fi
    else
        echo "GATEWAY=none" >> $conf_file
    fi
    if [ "`Get_Val CONF_${dev}_STAT`" = "up" ]; then
        echo "ONBOOT=yes" >> $conf_file
    else
        echo "ONBOOT=no" >> $conf_file
    fi
    echo '#>>>End variable declarations' >> $conf_file
    chmod 755 $conf_file
}

Fix_basename()
{
  # FIXME: (ugly) overwrite the a.out binary with the ELF version
  if [ -f $DIR_TARGET/usr/bin/basename ]; then
    cp -af $DIR_TARGET/usr/bin/basename $DIR_TARGET/bin/basename
  else
    if [ ! -f $DIR_TARGET/bin/basename ]; then
      if [ -f /bin/basename ]; then
        cp -af /bin/basename $DIR_TARGET/bin/basename
      fi
    fi
  fi
}

Fix_Obsolete_Progs()
{
  local i

  Fix_basename

  # remove obsolete progies from /root
  for i in floppy README bin/rpmq ; do
    rm -fr $DIR_TARGET/$i
  done
  # remove obsolete libs from /root
  rm -f $DIR_TARGET/lib/libc.so.4
  rm -f $DIR_TARGET/lib/libc.so.4.5.24
}

Fix_conf_getty()
{
  local conf_file=/etc/conf.getty

  # disable getty's clear-screen behaviour
  if [ ! -f $DIR_TARGET$conf_file ]; then
    echo "CLEAR=NO" > $DIR_TARGET$conf_file
    chmod 644 $DIR_TARGET$conf_file
  fi
}

Fix_rc_sysinit()
{
  local conf_file=/etc/rc.d/rc.sysinit

  # autoload the default modules
  if [ -z "`fgrep rc.modules $DIR_TARGET$conf_file`" ]; then
    cat << 'EOF' >> $DIR_TARGET$conf_file

# Autoload the default modules
if [ -f /etc/rc.d/rc.modules ]; then
    /etc/rc.d/rc.modules
fi

EOF
  fi
}


# try to detect broken insmod by gzip's CRC and replace it.
#
Fix_Broken_Insmod()
{
  local badcsum

  if [ -f $DIR_TARGET/sbin/insmod ]; then
    cp -a $DIR_TARGET/sbin/insmod $DIR_TARGET/tmp/insmod
    gzip -9f $DIR_TARGET/tmp/insmod
    badcsum="`gzip -lv $DIR_TARGET/tmp/insmod.gz | fgrep insmod | cut -c 7-14`"
    if [ "$badcsum" = "51763471" -o "$badcsum" = "2eca023d" ]; then
      Debug "broken insmod detected and replaced"
      cp -a /sbin/insmod $DIR_TARGET/sbin/insmod
    else
      Debug "CRC of insmod doesn't match broken one"
    fi
    rm -f $DIR_TARGET/tmp/insmod.gz
  else
    Debug "no insmod found"
  fi
}

# fix /etc/fstab
#
Fix_etc_fstab()
{
  local conf_file=$DIR_TARGET/etc/fstab
  local cd_dev="`Get_Val CONF_CD1_DEV`"

  # add floppy and cdrom entries in fstab
  mkdir -p $DIR_TARGET/mnt/floppy
  mkdir -p $DIR_TARGET/mnt/cdrom
  cat << 'EOF' >> $conf_file
#
/dev/fd0 /mnt/floppy msdos defaults,user,noauto 0 0
#
EOF
  if [ -n "$cd_dev" ]; then
    echo "$cd_dev /mnt/cdrom iso9660 ro,user,noauto 0 0" >> $conf_file
  fi
}

Fix_ldconfig()
{
  export PATH="/bin:/sbin:/usr/bin:/usr/sbin:/usr/X11R6/bin"

  if [ ! -f /sbin/ldconfig ]; then
    ln -s $DIR_TARGET/sbin/ldconfig /sbin/ldconfig
    Debug "creating symlink for /sbin/ldconfig"
  fi
  #Debug "running 'chroot $DIR_TARGET ldconfig -X'"
  #chroot $DIR_TARGET ldconfig -X
  Debug "running 'chroot $DIR_TARGET sbin/ldconfig'"
  ( cd $DIR_TARGET; chroot $DIR_TARGET sbin/ldconfig ) > $DIR_TARGET/tmp/ldconfig.out 2>&1
}

Fix_lilo()
{
    local i

    prep_use LILO

    for i in /sbin/lilo /sbin/activate /boot/boot.b /boot/message /boot/any_b.b /boot/any_d.b /boot/os2_d.b /boot/chain.b /etc/lilo.conf.in ; do
        if [ -f $i.gz ]; then
            gzip -df $i
        fi
        if [ "$CND10_MODE" = "true" ]; then
            if [ -f $i ]; then
                cp -a $i $DIR_TARGET$i
            fi
        fi
    done
}

Fix_procps()
{
  local i

  for i in /bin/ps /bin/kill ; do
    if [ -f $i ]; then
      cp -a $i $DIR_TARGET$i
    fi
  done
}

Set_Resolver()
{
  local i

  for i in $FILE_ETC_HOSTS $FILE_ETC_RESOLV_CONF ; do
    if [ -f $i ]; then
      cp -a $i $DIR_TARGET$i
    fi
  done
}

Fix_freeramdisk()
{
  if [ "$CND10_MODE" = "true" ]; then
    # make sure the initrd will be saved and freeramdisk called
    if [ -f /etc/rc.d/rc.free ]; then
      cp -a /etc/rc.d/rc.free $DIR_TARGET/etc/rc.d/rc.free
      cat << EOF >> $DIR_TARGET/etc/rc.d/rc.local
if [ -x /etc/rc.d/rc.free ]; then
/etc/rc.d/rc.free
fi
EOF
    fi
    if [ ! -f /root/bin/freeramdisk ]; then
      if [ -f /bin/freeramdisk.gz ]; then
    cp -a /bin/freeramdisk.gz /root/bin
    gzip -df /root/bin/freeramdisk.gz
      fi
    fi
  fi
}

Fix_Missing_Root()
{
  mkdir -p $DIR_TARGET/root
}

# FIXME: obsolete now?
Fix_faked_lib_versions()
{
  if [ ! -f $DIR_TARGET/usr/lib/libdb.so.2 ]; then
    ln -s libdb.so.1 $DIR_TARGET/usr/lib/libdb.so.2
    Debug "Fixing libdb symlink"
  fi
}

Fix_news()
{
  echo "IDENT=news-system" > $DIR_TARGET/etc/sysconfig/daemons/news
  echo "ONBOOT=no" >> $DIR_TARGET/etc/sysconfig/daemons/news
  chmod 644 $DIR_TARGET/etc/sysconfig/daemons/news
}

# FIXME: is now in skeleton.cgz but still necessary for LST 2.2 install
Fix_daemons()
{
  mkdir -p $DIR_TARGET/etc/sysconfig/daemons
}


Fix_3c59x()
{
  if [ -f /lib/modules/2.0.21/net/3c59x.o.gz ]; then
    gzip -df /lib/modules/2.0.21/net/3c59x.o.gz
  fi
  if [ -f /lib/modules/2.0.21/net/3c59x.o ]; then
    cp -af /lib/modules/2.0.21/net/3c59x.o $DIR_TARGET/lib/modules/2.0.21/net
  fi
}

Fix_DEV()
{
    if [ ! -b $DIR_TARGET/dev/cdu31a ]; then
        if [ -b $DIR_TARGET/dev/sonycd ]; then
            cp -a $DIR_TARGET/dev/sonycd $DIR_TARGET/dev/cdu31a
        fi
    fi
}

Fix_runlevel()
{
    # With COL 2.2 the default runlevel is 5, but with the lisa install
    # X is not configured yet, so we must set the default runlevel to 3
    sed 's/^id:5:initdefault:/id:3:initdefault:/' $DIR_TARGET/etc/inittab > $DIR_TARGET/etc/inittab.tmp
    mv $DIR_TARGET/etc/inittab.tmp $DIR_TARGET/etc/inittab
    chmod 644 $DIR_TARGET/etc/inittab
}

Fix_shadow22()
{
    sed 's/:0::7:7::/:0:365:7:7::/' $DIR_TARGET/etc/shadow > $DIR_TARGET/etc/shadow.tmp
    mv $DIR_TARGET/etc/shadow.tmp $DIR_TARGET/etc/shadow
    chmod 600 $DIR_TARGET/etc/shadow
}

Do_Fixes_After_First_Config()
{
    Info ":INFO_COPYING_FILES_TO_TARGET:"
    Set_LISA_CONF
    Transfer_dev_symlinks
    Fix_Missing_Root
    Fix_Broken_Insmod
    mkdir -p /etc/sysconfig
    mkdir -p /etc/sysconfig/network-scripts
    mkdir -p /etc/rc.d/init.d
    Set_etc_HOSTNAME
    Set_keyboard
    Set_pcmcia
    Set_network
    Set_ifcfg eth0
    Set_ifcfg tr0
    # Fix_conf_getty
    Fix_etc_fstab
    Set_Resolver
    Fix_faked_lib_versions
    Fix_Obsolete_Progs
    Fix_ldconfig
    if [ "$CND10_MODE" = "true" ]; then
        Fix_freeramdisk
        Fix_rc_sysinit
        Fix_procps
    fi
    Fix_news
    Fix_3c59x
    Fix_DEV
    Do_Setup_teTeX
    Do_Setup_locate
    Fix_tmp_area
    Fix_uucp
    Fix_runlevel
    Fix_shadow22
    Finish_unconfigured_sh
}


Fix_tmp_area()
{
  mkdir -p $DIR_TARGET/tmp
  chmod 1777 $DIR_TARGET/tmp
  Debug "Fixing mode of tmp area"
}

Create_fsstnd()
{
  # FIXME: should be created by a fsstnd pkg
  mkdir -p $DIR_TARGET/tmp
  chmod 1777 $DIR_TARGET/tmp
  mkdir -p $DIR_TARGET/boot
  mkdir -p $DIR_TARGET/etc
  mkdir -p $DIR_TARGET/mnt
  mkdir -p $DIR_TARGET/usr
  ( cd $DIR_TARGET/usr ; ln -sf ../var/spool spool )
  mkdir -p $DIR_TARGET/var/spool/lpd
  mkdir -p $DIR_TARGET/var/spool/mail
  mkdir -p $DIR_TARGET/var/spool/news
  mkdir -p $DIR_TARGET/var/spool/uucp
}

Transfer_LISA()
{
  local i
  local binaries_from_floppy

  if [ "$CND10_MODE" = "true" ]; then
    binaries_from_floppy="box build_menu db_printf do_calc do_echo do_netcalc do_quote filesize get_info get_key get_val hilfe lisa prep_use set_val sysinfo rpmq"
  else
    binaries_from_floppy="filesize hilfe lisa prep_use"
  fi


  # init LISA tmp area
  mkdir -p $DIR_TARGET/tmp/LST
  chmod 1777 $DIR_TARGET/tmp

  # init LISA install area
  # be backward compatible to old LST install directory
  mkdir -p $DIR_TARGET/var/lib/LST
  mkdir -p $DIR_TARGET/var/lib/LST/log
  mkdir -p $DIR_TARGET/var/lib/LST/analyse
  rm -fr $DIR_TARGET/install
  ln -sf var/lib/LST $DIR_TARGET/install
  echo "$CONF_LST_VERSION" > $DIR_TARGET/install/BASEVERSION
  if [ -d /var/lib/LST ]; then
    cp -aR /var/lib/LST $DIR_TARGET/var/lib
  fi

  # copy LISA doc area
  mkdir -p $DIR_TARGET/usr/doc/LST
  cp -aR /floppy/usr/doc/LST/* /usr/doc/LST/* /source/doc/LST/* $DIR_TARGET/usr/doc/LST
  gzip -df $DIR_TARGET/usr/doc/LST/*.gz
  if [ "$INSTALL_MODE" = "LST" ]; then
    # to make sure they are read ;-)
    for i in COPYING CREDITS README.1st ; do
      if [ -f $DIR_TARGET/usr/doc/LST/$i ]; then
        ln -s usr/doc/LST/$i $DIR_TARGET/$i
      fi
    done
  fi

  # copy LISA lib area
  mkdir -p $DIR_TARGET/usr/lib/LST
  cp -a /usr/lib/LST/smarties $DIR_TARGET/usr/lib/LST
  cp -a /usr/lib/LST/IDENTIFY $DIR_TARGET/usr/lib/LST/IDENTIFY.root
  if [ -f /floppy/IDENTIFY ]; then
    cp -a /floppy/IDENTIFY $DIR_TARGET/usr/lib/LST/IDENTIFY.boot
  fi
  echo "`uname -a`" > $DIR_TARGET/usr/lib/LST/IDENTIFY.kernel
  for i in libLSTall meta.db pkgs.db pkgs.idx ; do
    if [ -f /usr/lib/LST/$i.gz ]; then
      cp -a /usr/lib/LST/$i.gz $DIR_TARGET/usr/lib/LST/$i.gz
      gzip -df $DIR_TARGET/usr/lib/LST/$i.gz
    elif [ -f /usr/lib/LST/$i ]; then
      cp -a /usr/lib/LST/$i $DIR_TARGET/usr/lib/LST/$i
    fi
  done
  cp -a /usr/lib/LST/libLSTtext $DIR_TARGET/usr/lib/LST/libLSTtext

  # copy LISA binary files from floppy to target
  mkdir -p $DIR_TARGET/bin
  # FIXME: no binaries at all should be copied from the install floppy
  for i in $binaries_from_floppy ; do
    if [ -f /bin/$i.gz ]; then
      cp -a /bin/$i.gz $DIR_TARGET/bin
      gzip -df $DIR_TARGET/bin/$i.gz
    elif [ -f /bin/$i ]; then
      cp -a /bin/$i $DIR_TARGET/bin
    fi
  done
  ( cd $DIR_TARGET/bin ; ln -sf prep_use end_use )
  ( cd $DIR_TARGET/bin ; ln -sf prep_use not_use )
  ( cd $DIR_TARGET/bin ; ln -sf prep_use show_use )
  ( cd $DIR_TARGET/bin ; ln -sf lisa sysinstall )
  ( cd $DIR_TARGET/bin ; ln -sf lisa syssetup )
  ( cd $DIR_TARGET/bin ; ln -sf lisa netsetup )

  # copy LISA config files
  Set_LISA_CONF
}

Transfer_RPM()
{
  # init RPM area
  mkdir -p $DIR_TARGET/var/lib/rpm
  mkdir -p /var/lib
  ln -sf $DIR_TARGET/var/lib/rpm /var/lib/rpm
}

Transfer_kernel()
{
  local i
  local kernel

  # copy kernel
  for i in $DIR_TARGET/floppy/vmlinuz* ; do
    if [ -f $i ]; then
      kernel=`basename $i`
      ln -f $i $DIR_TARGET/$kernel
    fi
  done
  # copy WHATSIN files
  mkdir -p $DIR_TARGET/boot
  for i in $DIR_TARGET/floppy/boot/WHATSIN* ; do
    if [ -f $i ]; then
      kernel=`basename $i`
      ln -f $i $DIR_TARGET/boot/$kernel
    fi
  done
}

Transfer_modules()
{
  local i

  # copy modules
  mkdir -p $DIR_TARGET/lib/modules
  cp -aR /floppy/lib/modules/* /lib/modules/* $DIR_TARGET/lib/modules
  for i in $DIR_TARGET/lib/modules/`uname -r`/*/*.o.gz ; do
    if [ -f $i ]; then
      gzip -df $i
    fi
  done
}

Delete_unused_modules()
{
    local i
    local modpath=/lib/modules/`uname -r`

    for i in $modpath/*/*.gz ; do
        rm -f $i
    done
}

Do_Switch_Log_Area()
{
    Do_Log -f $FILE_LOG_HISTORY "`date` $LOGNAME: Moving log area to $DIR_TARGET"
    mkdir -p $DIR_TARGET/var/adm
    cp -aR /var/adm/LST $DIR_TARGET/var/adm
    rm -fr /var/adm/LST
    ln -s $DIR_TARGET/var/adm/LST /var/adm/LST
}

Transfer_root_floppy()
{
    local i
    local kernel=
    local prefix=

    # copy LILO files
    mkdir -p $DIR_TARGET/floppy/boot
    for i in any_b.b any_d.b boot.b chain.b message os2_d.b ; do
        if [ -f /boot/$i ]; then
            cp -a /boot/$i $DIR_TARGET/floppy/boot
        fi
        if [ -f /floppy/boot/$i ]; then
            cp -a /floppy/boot/$i $DIR_TARGET/floppy/boot
        fi
    done

    mkdir -p $DIR_TARGET/floppy/sbin
    for i in activate lilo sysinstall mkfs.minix ; do
        if [ -f /sbin/$i.gz ]; then
            cp -a /sbin/$i.gz $DIR_TARGET/floppy/sbin
            gunzip -f $DIR_TARGET/floppy/sbin/$i.gz
        fi
    done

    mkdir -p $DIR_TARGET/floppy/etc
    if [ -f /etc/lilo.conf.in ]; then
        cp -a /etc/lilo.conf.in $DIR_TARGET/floppy/etc/lilo.conf
    fi

    # copy kernel
    for i in /vmlinuz* /floppy/vmlinuz* ; do
        if [ -f $i ]; then
            kernel=`basename $i`
            cp -a $i $DIR_TARGET/floppy/$kernel
            rdev $DIR_TARGET/floppy/$kernel $CONF_INSTALL_ROOT
            rdev -r $DIR_TARGET/floppy/$kernel 0
            rdev -R $DIR_TARGET/floppy/$kernel 1
            if [ "$DIR_TARGET" = "/root/linux" ]; then
                rdev -R $DIR_TARGET/floppy/$kernel 0
            fi
        fi
    done

    if [ -f /boot/WHATSIN* ]; then
        cp -a /boot/WHATSIN* $DIR_TARGET/floppy/boot
    fi
    if [ -f /floppy/boot/WHATSIN* ]; then
        cp -a /floppy/boot/WHATSIN* $DIR_TARGET/floppy/boot
    fi

    # creating device files
    mkdir -p $DIR_TARGET/floppy/dev
    prefix=$DIR_TARGET/floppy/dev/
    mknod -m 644 ${prefix}fd0 b 2 0
    mknod -m 644 ${prefix}fd0h1200 b 2 8
    mknod -m 644 ${prefix}fd0H1440 b 2 28
    mknod -m 644 ${prefix}fd1 b 2 1
    mknod -m 644 ${prefix}fd1h1200 b 2 9
    mknod -m 644 ${prefix}fd1H1440 b 2 29
    # chgrp root.disk ${prefix}fd*
}

Fix_apache()
{
    # apache-httpd version 1.1.1-10 is broken and needs symlinks
    if [ -n "`fgrep apache-httpd $FILE_PKGS_DATA | fgrep '1.1.1-10'`" ]; then
        Debug "fixing broken apache-httpd-1.1.1-10 package..."
        mkdir -p $DIR_TARGET/home/httpd
        ln -s apache/html $DIR_TARGET/home/httpd/html
        ln -s apache/cgi-bin $DIR_TARGET/home/httpd/cgi-bin
        ln -s apache/icons $DIR_TARGET/home/httpd/icons
    fi
}

Fix_useradd()
{
    # lisa-2.2-3 contains a broken useradd (creates "*" passwd entries)
    if [ -n "`fgrep lisa $FILE_PKGS_DATA | fgrep '2.2-3'`" ]; then
        if [ -r /usr/sbin/useradd.ELF.gz ]; then
            Debug "fixing broken lisa-2.2-3 package..."
            cp -af /usr/sbin/useradd.ELF.gz $DIR_TARGET/usr/sbin/useradd.gz
            gzip -df $DIR_TARGET/usr/sbin/useradd.gz
            chmod 755 $DIR_TARGET/usr/sbin/useradd
        fi
    fi
}

Fix_log_permissions()
{
    touch $DIR_TARGET/var/log/messages
    chmod 600 $DIR_TARGET/var/log/messages
    touch $DIR_TARGET/var/log/secure
    chmod 600 $DIR_TARGET/var/log/secure
}

Fix_rc_modules()
{
    sed '/^    insmod/s/\"//g' < $DIR_TARGET/etc/rc.d/rc.modules > $DIR_TARGET/etc/rc.d/rc.modules.tmp
    chmod 755 $DIR_TARGET/etc/rc.d/rc.modules.tmp
    mv $DIR_TARGET/etc/rc.d/rc.modules.tmp $DIR_TARGET/etc/rc.d/rc.modules
}

Do_Init_Target()
{
    local i
    local kernel=
    local prefix=

    Info ":INFO_COPYING_FILES_TO_TARGET:"
    Create_fsstnd
    Transfer_LISA
    Transfer_RPM
    Transfer_root_floppy
    Transfer_kernel
    Transfer_modules
    Set_modules_autoload
    Fix_12_Alpha target_mounted
    Set_initrd
    # FIXME: for debugging only
    # trigger a copy of the initrd we used for install under /var/tmp/initrd
    # touch /save_initrd
    # trigger a initrd umount and freeramdisk in rc.boot
    touch /free_initrd
    Set_message
    Fix_lilo
    Fix_daemons
    Fix_apache
    # FIXME: need better method to find initrd
    if [ "`uname -r`" != "1.2.13" ]; then
        mkdir -p $DIR_TARGET/initrd
        Set_Real_Root $CONF_INSTALL_ROOT
    fi
    # this is to support RPM 2.2.x
    mkdir -p $DIR_TARGET/etc
    if [ "$DIR_TARGET" != "/" ]; then
        cp -a /etc/passwd $DIR_TARGET/etc/passwd
        cp -a /etc/group $DIR_TARGET/etc/group
        # we bring a rpmrc for 2.2 with us on the floppy
        # check if we have for newer ones
        if [ -f /source/lib/rpmrc-2.5 ]; then
            ln -s /source/lib/rpmrc-2.5 /usr/lib/rpmrc-2.5
        elif [ -f /source/lib/rpmrc-2.4 ]; then
            ln -s /source/lib/rpmrc-2.4 /usr/lib/rpmrc-2.4
        fi
    fi
    ROOT_INITIALIZED=1
    return 0
}

Fix_i386_RPMS()
{
    if [ "$INSTALL_MODE" != "OpenLinux" ]; then
        mkdir -p $DIR_TARGET/usr/src/redhat/RPMS/i386
    fi
}

Fix_SuperProbe()
{
    # security fix
    chmod -s $DIR_TARGET/usr/X11R6/bin/SuperProbe
}

Fix_root_dotfiles()
{
    mkdir -p $DIR_TARGET/root
    cp -aR $DIR_TARGET/etc/skel/.??* $DIR_TARGET/root
}

Fix_etc_login_defs()
{
    if [ -f $DIR_TARGET/etc/login.defs ]; then
        sed 's/^HOME        \/home/HOME        \/home\/%s/' $DIR_TARGET/etc/login.defs > $DIR_TARGET/etc/login.defs.tmp
        mv $DIR_TARGET/etc/login.defs.tmp $DIR_TARGET/etc/login.defs
        chmod 640 $DIR_TARGET/etc/login.defs
    fi
}

Fix_usr_info_dir_gz()
{
    # this file is not necessary and makes xeamcs really unhappy, so remove it
    if [ -f $DIR_TARGET/usr/info/dir.gz ]; then
        rm -f $DIR_TARGET/usr/info/dir.gz
    fi
}

Do_Fixes_After_Pkg_Install()
{
    Fix_sendmail_start
    Fix_httpd_start
    Fix_i386_RPMS
    Fix_SuperProbe
    Fix_rc_modules
    Fix_useradd
    Fix_log_permissions
    Fix_root_dotfiles
    Fix_etc_login_defs
    Fix_usr_info_dir_gz
}

# libLSTmodule - module handling library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#


List_MODULES_LOADED()
{
    lsmod | fgrep -v "#pages"
}

Build_MODULES_LOADED()
{
    List_MODULES_LOADED | do_quote
}

List_MODULES_AVAILABLE()
{
    local module=

    for module in /floppy/lib/modules/`uname -r`/*/*.o ; do
        if [ -f $module ]; then
            echo "`basename $module .o`"
        fi
    done
    for module in /floppy/lib/modules/`uname -r`/*/*.o.gz ; do
        if [ -f $module ]; then
            echo "`basename $module .o.gz`"
        fi
    done
    for module in /lib/modules/`uname -r`/*/*.o ; do
        if [ -f $module ]; then
            echo "`basename $module .o`"
        fi
    done
    for module in /lib/modules/`uname -r`/*/*.o.gz ; do
        if [ -f $module ]; then
            echo "`basename $module .o.gz`"
        fi
    done
}

Build_MODULES_AVAILABLE()
{
    List_MODULES_AVAILABLE | do_quote
}

Menu_Module_Load()
{
    Choose --menutitle ":INFO_MODULES_LOADED_MENUTITLE:" --build Build_MODULES_AVAILABLE MODULE_LOAD || return 1
    if [ -z "$ANSWER" ]; then
        Error "no module specified"
        return 1
    fi
    Do_Load_Module "$ANSWER" || return 1
    return 0
}

Menu_Module_Remove()
{
    Choose --menutitle ":INFO_MODULES_LOADED_MENUTITLE:" --build Build_MODULES_LOADED MODULE_REMOVE || return 1
    if [ -z "$ANSWER" ]; then
        Error "no module specified"
        return 1
    fi
    rmmod $ANSWER || return 1
    return 0
}

Menu_Module_Show_Loaded()
{
    List_MODULES_LOADED > $FILE_TMP_MSG 2> $FILE_TMP_ERR
    if [ -s $FILE_TMP_ERR ]; then
        Error --file $FILE_TMP_ERR
        return 1
    fi
    if [ ! -s $FILE_TMP_MSG ]; then
        Msg ":INFO_NO_MODULES_LOADED:"
    else
        $CMD_BOX --help ":HELP_MODULES:" \
--title ":INFO_MODULES_LOADED_TITLE:" \
--menutitle ":INFO_MODULES_LOADED_MENUTITLE:" \
--text ":INFO_MODULES_LOADED_TEXT:" --browse $FILE_TMP_MSG
    fi
}

Menu_Module_Show_Available()
{
    List_MODULES_AVAILABLE > $FILE_TMP_MSG 2> $FILE_TMP_ERR
    if [ -s $FILE_TMP_ERR ]; then
        Error --file $FILE_TMP_ERR
        return 1
    fi
    if [ ! -s $FILE_TMP_MSG ]; then
        Msg ":INFO_NO_MODULES_AVAILABLE:"
    else
        $CMD_BOX --help ":HELP_MODULES:" \
--title ":INFO_MODULES_AVAILABLE_TITLE:" \
--text ":INFO_MODULES_AVAILABLE_TEXT:" --browse $FILE_TMP_MSG
    fi
}

Do_Load_Driver()
{
    local present=0
    local test_only=
    local silent_flag=
    local module_name=
    local module_type=

    if [ $# -gt 0 -a "$1" = '--test' ]; then
        test_only=true
        shift 1
    fi

    if [ $# -ne 2 ]; then
        Panic ":ERR_WRONG_NUM_OF_ARGS: ($#)" || return 1
    fi

    case $1 in
    # filesystems
    filesystem)
        module_type=fs
        silent_flag='--silent'
        sysinfo --var --kernel 2>&1 >/dev/null | fgrep "INFO_FILESYSTEMS" > $FILE_TMP_MSG
        fgrep ":$2:" $FILE_TMP_MSG >/dev/null && return 0
        case $2 in
        nfs|hpfs|msdos|umsdos)
            module_name="$2"
            ;;
        iso9660)
            module_name="isofs"
            ;;
        esac
        ;;
    # CDROMs
    cdrom)
        module_type=misc
        sysinfo >/dev/null --var --cdrom 2> $FILE_TMP_MSG
        sed 's:/dev/sr:/dev/scd:' < $FILE_TMP_MSG |
            fgrep ":$2:" >/dev/null
        if [ $? -eq 0 ]; then
            return 0
        fi
        case $2 in
        /dev/arcd)
            module_name="arcd"
            ;;
        /dev/aztcd)
            module_name="aztcd"
            ;;
        /dev/bpcd)
            module_name="bpcd"
            ;;
        /dev/bpmcd)
            module_name="bpmcd"
            ;;
        /dev/cdu31a)
            module_name="cdu31a"
            ;;
        /dev/cdu535)
            module_name="sonycd535"
            ;;
        /dev/cm206cd)
            module_name="cm206"
            ;;
        /dev/dscd)
            module_name="dscd"
            ;;
        /dev/epcd)
            module_name="epcd"
            ;;
        /dev/gscd)
            module_name="gscd"
            ;;
        /dev/kicd)
            module_name="kicd"
            ;;
        /dev/oicd)
            module_name="oicd"
            ;;
        /dev/optcd)
            module_name="optcd"
            ;;
        /dev/mcd)
            module_name="mcd"
            ;;
        /dev/mcdx)
            module_name="mcdx"
            ;;
        /dev/pwcd)
            module_name="pwcd"
            ;;
        /dev/sbpcd)
            module_name="sbpcd"
            ;;
        /dev/sbpcd0)
            module_name="sbpcd"
            ;;
        /dev/sjcd)
            module_name="sjcd"
            ;;
        /dev/sonycd)
            module_name="cdu31a"
            ;;
        *)
            module_name=""
            ;;
        esac
        ;;
    ether)
        module_type=net
        silent_flag='--silent'
        sysinfo >/dev/null --var --ether 2> $FILE_TMP_MSG
        fgrep ":$2:" $FILE_TMP_MSG >/dev/null && return 0
        return 1
        ;;
    esac
    if [ -n "$test_only" ]; then
        return 1
    fi

    if [ -z "$module_name" ]; then
        if [ "$1" = "cdrom" ]; then
            echo "$2" | fgrep /dev/hd >/dev/null 2>&1
            if [ $? -eq 0 ]; then
                # has to be an ATAPI CDROM...
                return 0
            fi
        fi
        $CMD_BOX --msg "$2 ; :ERR_NO_DEVICE_AND_NO_MODULE:"
        return 1
    else
        Do_Load_Module $silent_flag $module_name $module_type
        retval=$?
        end_use /lib/modules/`uname -r`/$module_type/$module_name.o
    fi
    return $retval
}

Do_Load_Module()
{
  local silent_flag=
  local modpath=
  local subpath=
  local module=
  local modparam=
  local param=

  if [ $# -gt 0 -a "$1" = '--silent' ]; then
    silent_flag=true
    shift 1
  fi
  if [ $# -gt 1 -a "$1" = '--param' ]; then
    param="$2"
    shift 2
  fi

  if [ $# -lt 1 ]; then Panic ":ERR_INVALID_PARAMS:" ; fi

  # check whether it's already loaded
  lsmod | sed -n "/^$1/p" > $FILE_TMP_ANSWER
  if [ -s $FILE_TMP_ANSWER ]; then
    Debug "Module $1 seems to be loaded..."
    return 0
  else
    Debug "Module $1 is not loaded..."
  fi

  if [ -n "$param" ]; then
    modparam="$param"
  else
    # initialize with boot params
    if [ -s $FILE_BOOT_PARAMS ]; then
      Debug "Search for boot param <$1> in <$FILE_BOOT_PARAMS>..."
      sed -n "/^$1=/p" $FILE_BOOT_PARAMS > $FILE_TMP_ANSWER
      modparam="`cat $FILE_TMP_ANSWER`"
      Debug "found boot param <$modparam>"
    fi
  fi

  # check whether it's available
  modpath=/lib/modules/`uname -r`
  for subpath in $2 block cdrom fs ipv4 misc net pcmcia scsi ; do
    module="$modpath/$subpath/$1.o"
    if [ -s $module ]; then
      break
    elif [ -s ${module}.gz ]; then
      gzip -df ${module}.gz && break
    elif [ -s /source${module} ]; then
      ln -sf /source${module} $module && break
    elif [ -s /floppy${module}.gz ]; then
      gzip -dc /floppy${module}.gz > $module && break
    fi
    module=
  done

  if [ -z "$module" ]; then
    $CMD_BOX --msg "module $1.o ; :ERR_MODULE_NOT_AVAILABLE:"
    return 1
  fi

  while [ 1 ]; do
    # dirty hack to adjust symbol names used for modules
    echo $modparam | sed '{
    s/^cm206=/cm206_base=/
    s/^gscd=/gscd_port=/
    s/^sonycd535=/sony535_cd_base_io=/
    }' > $FILE_TMP_ANSWER
    modparam="`cat $FILE_TMP_ANSWER`"
    if [ -z "$silent_flag" ]; then
      Info "module $1.o ; :INFO_MODULE_LOADING:"
    fi
    insmod $module $modparam >$FILE_TMP_ERR 2>&1 && break
    $CMD_BOX --msg "module $1.o ; :ERR_MODULE_LOADING_FAILED:"
    rmmod $1 >/dev/null 2>&1
    Ask_String BOOT_PARAM $modparam || return 1
    modparam="$ANSWER"
    if [ -z "$modparam" ]; then return 1 ; fi
  done
  echo "$1" >> /tmp/modules
  mkdir -p /etc/modules/options
  if [ -n "$modparam" ]; then
    echo "$modparam" > /etc/modules/options/$1
  else
    rm -f /etc/modules/options/$1
  fi
  return 0
}

Do_Unload_Module()
{
  local f_name=Do_Unload_Module
  local f_args=1 # (modulename) ->

  Check_Args $f_name $f_args $# "$@" || return 255
  Debug "unloading module $1 ..."
  Info "module $1.o ; :INFO_MODULE_UNLOADING:"
  rmmod $1 && return 0
  return 1
}

# libLSTnet - network handling library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

Do_Ifcfg()
{
    local interface="$1"
    local action="$2"

    Debug "Do_Ifcfg called with <$1> <$2>"
    case $interface in
    lo)
        Do_Ifcfg_lo $action
        ;;
    eth0)
        Do_Ifcfg_eth 0 $action
        ;;
    eth1)
        Do_Ifcfg_eth 1 $action
        ;;
    tr0)
        Do_Ifcfg_tr 0 $action
        ;;
    plip0)
        Do_Ifcfg_plip 0 $action
        ;;
    plip1)
        Do_Ifcfg_plip 1 $action
        ;;
    plip2)
        Do_Ifcfg_plip 2 $action
        ;;
    default)
        Do_Ifcfg_default $action
        ;;
    esac
}

Do_Ifcfg_default()
{
    local router="`Get_Val CONF_ROUTER1_IP`"

    # route del default
    if [ "$1" = "up" ]; then
        if [ -n "$router" ]; then
            Debug "route add default gw $router"
            route add default gw $router
        fi
    fi
}

Do_Ifcfg_plip()
{
    local num="$1"
    local plipx="plip${num}"
    local ip="`Get_Val CONF_${plipx}_IP`"
    local remote_ip="`Get_Val CONF_${plipx}_REMOTE_IP`"

    Debug "Debug: Do_Ifcfg_plip $1 $2"
    Debug "Debug: net = <$net>"
    # ifconfig $plipx down
    # route del -net $net
    if [ "$2" = "up" ]; then
        Debug "bringing up interface"
        Debug "ifconfig $plipx $ip pointopoint $remote_ip"
        ifconfig $plipx $ip pointopoint $remote_ip
        Debug "route add -host $remote_ip gw $ip"
        route add -host $remote_ip gw $ip
    fi
}

Do_Ifcfg_tr()
{
    local num="$1"
    local trx="tr${num}"
    local ip="`Get_Val CONF_${trx}_IP`"
    local net="`Get_Val CONF_${trx}_NET`"
    local mask="`Get_Val CONF_${trx}_MASK`"
    local bcast="`Get_Val CONF_${trx}_BCAST`"

    Debug "Debug: Do_Ifcfg_tr $1 $2"
    Debug "Debug: net = <$net>"
    # ifconfig $trx down
    # route del -net $net
    if [ "$2" = "up" ]; then
        Debug "bringing up interface $trx"
        Debug "ifconfig $trx $ip netmask $mask broadcast $bcast"
        ifconfig $trx $ip netmask $mask broadcast $bcast
        Debug "route add -net $net"
        route add -net $net
    fi
}

Do_Ifcfg_eth()
{
    local num="$1"
    local ethx="eth${num}"
    local ip="`Get_Val CONF_${ethx}_IP`"
    local net="`Get_Val CONF_${ethx}_NET`"
    local mask="`Get_Val CONF_${ethx}_MASK`"
    local bcast="`Get_Val CONF_${ethx}_BCAST`"

    Debug "Debug: Do_Ifcfg_eth $1 $2"
    Debug "Debug: net = <$net>"
    # ifconfig $ethx down
    # route del -net $net
    if [ "$2" = "up" ]; then
        Debug "bringing up interface $ethx"
        Debug "ifconfig $ethx $ip netmask $mask broadcast $bcast"
        ifconfig $ethx $ip netmask $mask broadcast $bcast
        Debug "route add -net $net"
        route add -net $net
    fi
}

Do_Ifcfg_lo()
{
    # ifconfig lo down
    # route del -net 127.0.0.0
    if [ "$1" = "up" ]; then
        Debug "ifconfig lo 127.0.0.1"
        ifconfig lo 127.0.0.1
        Debug "route add -net 127.0.0.0"
        route add -net 127.0.0.0
    fi
}

Menu_Config_Nethost()
{
    Menu_Config_FQ_Name || return 1
    Do_Ifcfg lo up
    Menu_Config_Netdev || return 1
    Get_netprobe_Info
    Menu_Config_Router $1
    Do_Ifcfg default up
}

# Ask_HOSTNAME ( {FQ,ETHER,ROUTER,NFS_SERVER,DNS_SERVER,MAIL_SERVER}, [default] )
#
Ask_HOSTNAME()
{
  while [ 1 ]; do
    # Ask_String --prehelp ":HELP_HOSTNAME:" $1_NAME $2 || return 1
    Ask_String $1_NAME $2 || return 1
    # Fixme Check_Hostname_Valid "$ANSWER" && return 0
    return 0
  done
}

# Ask_IP ( [--none] [--pretext PRETEXT ] [--help HELPTEXT] [--num NO] VARNAME [default] )
#
Ask_IP()
{
  local num=
  local help=":HELP_IP:"
  local pretext=""
  local var=
  local defval=
  local none_flag=
  local ipaddr=

  if [ $# -gt 0 -a "$1" = '--none' ]; then
    none_flag=true
    shift 1
  fi
  if [ $# -gt 1 -a "$1" = "--pretext" ]; then
    pretext="$2"
    shift 2
  fi
  if [ $# -gt 1 -a "$1" = "--help" ]; then
    help="$2"
    shift 2
  fi
  if [ $# -gt 1 -a "$1" = "--num" ]; then
    num="$2"
    shift 2
  fi
  if [ $# -gt 0 ]; then
    if [ $# -gt 1 ]; then
      defval="$2"
    fi
    if [ -z "$defval" ]; then
      defval="`Get_Val CONF_$1${num}_IP`"
    fi
    var="$1_IP"
  fi
  if [ -z "$var" ]; then
    var="IP"
  fi

  while [ 1 ]; do
    Ask_String --pretext "$pretext" --help "$help" $var $defval || return 1
    if [ -z "$ANSWER" ]; then
      if [ -n "$none_flag" ]; then return 0 ; fi
    fi
    Check_IP_Addr_Valid "$ANSWER" || continue
    echo "new ANSWER = $ANSWER" >> /dev/tty4
    return 0
  done
}

Check_Host_Known()
{
  local f_name=Check_Host_Known
  local f_args=1 # (hostname) -> "$FILE_ETC_HOSTS entry"

  Check_Args $f_name $f_args $# "$@" || return 255
  sed -n "/ $1/p" $FILE_ETC_HOSTS
}

Check_IP_Addr_Known()
{
  local f_name=Check_IP_Addr_Known
  local f_args=1 # (ipaddr) -> "$FILE_ETC_HOSTS entry"

  Check_Args $f_name $f_args $# "$@" || return 255
  sed -n "/^$1/p" $FILE_ETC_HOSTS
}

# Verify IP address and set ANSWER to an octal clean value and
# set ANSWER2 to the corresponding netmask
#
Check_IP_Addr_Valid()
{
    local f_name=Check_IP_Addr_Valid
    local f_args=1 # (ipaddr) -> ANSWER2
    local field=
    local field1=
    local field2=
    local field3=
    local field4=
    local good=
    local octfree=
    export ANSWER2=

    Check_Args $f_name $f_args $# "$@" || return 255
    # Test for invalid chars
    if [ -n "`Check_Chars_Valid "$1" "0123456789\."`" ]; then
        Error ":ERR_INVALID_IP_ADDR:"
        return 1
    fi

    # Test for 3 dots
    if [ "`echo $1 | sed 's/[^\.]//g'`" != '...' ]; then
        Error ":ERR_INVALID_IP_ADDR:"
        return 1
    fi

    IFS='.' read field1 field2 field3 field4 << EOF
$1
EOF
    for field in $field1 $field2 $field3 $field4 ; do
        if [ $field -gt 255 -o 0 -gt $field ]; then
            Error ":ERR_INVALID_IP_ADDR:"
            return 1
        fi
        # make sure IP address is octal clean to make do_netcalc happy
        good="$field"
        if [ $field -gt 0 ]; then
            # cut off heading zeros
            good="`echo $field | sed 's/^[0]*//'`"
        fi
        if [ -z "$octfree" ]; then
            octfree="${good}"
        else
            octfree="${octfree}.${good}"
        fi
    done
    # overwrite ANSWER (global) with octal free value
    echo "old ANSWER = $ANSWER" >> /dev/tty4
    echo "octfree = $octfree" >> /dev/tty4
    ANSWER="$octfree"
    ANSWER2="`do_netcalc -m $ANSWER`"
    return 0
}

# Verify netmask for an IP addr and set ANSWER2 to corresponding broadcast
# and ANSWER3 to corresponding net
#
Check_Netmask_Valid()
{
    local f_name=Check_IP_Addr_Valid
    local f_args=2 # (netmask, ipaddr) -> ANSWER2, ANSWER3
    local i
    local field
    export ANSWER2
    export ANSWER3

    Check_Args $f_name $f_args $# "$@" || return 255
    Check_IP_Addr_Valid $2 || return 1

    ANSWER2=
    ANSWER3=

    # Test for invalid chars
    if [ -n "`Check_Chars_Valid "$1" "0123456789\."`" ]; then
        Error ":ERR_INVALID_NETMASK:"
        return 1
    fi

    # Test for 3 dots
    if [ "`echo $1 | sed 's/[^\.]//g'`" != '...' ]; then
        Error ":ERR_INVALID_NETMASK:"
        return 1
    fi

    for i in 1 2 3 4 ; do
        field="`echo $1 | cut -d. -f $i`"
        if [ $field -gt 255 -o 0 -gt $field ]; then
            Error ":ERR_INVALID_NETMASK:"
            return 1
        fi
    done
    ANSWER="$1"
    ANSWER2="`do_netcalc -b $2 $1`"
    ANSWER3="`do_netcalc -n $2 $1`"
    return 0
}


Do_Setup_Mail()
{
    local fqhn=
    local shortname=
    local domainname=

    fqhn="`Get_Val CONF_FQ_HOSTNAME $CONF_FQ_HOSTNAME`"
    shortname="`echo $CONF_FQ_HOSTNAME | cut -d'.' -f 1`"
    domainname="`echo $CONF_FQ_HOSTNAME | cut -d'.' -f 2-`"

    #
    # smail konfigurieren
    #
    if [ -f $FILE_SMAIL_CONFIG.sample ]; then
        sed "{
                s/HOSTNAME/$shortname/g
                s/DOMAINNAME/$domainname/g
                }" $FILE_SMAIL_CONFIG.sample > $FILE_SMAIL_CONFIG
        chmod 644 $FILE_SMAIL_CONFIG
        if [ -f /usr/lib/smail/tools.linux/mkconfig ]; then
            # Msg ":INFO_PLEASE_CONFIGURE_SMAIL:"
            ( cd /usr/lib/smail ; tools.linux/mkconfig )
        fi
    fi

    #
    # elm konfigurieren
    #
    if [ -f $FILE_ELM_RC.sample ]; then
        sed "{
                s/DOMAINNAME/$domainname/g
                s/HOSTNAME/$shortname/g
                }" $FILE_ELM_RC.sample > $FILE_ELM_RC
        chmod 644 $FILE_ELM_RC
    fi
}

Do_Setup_FQ_Name()
{
  local fqhn=
  local shortname=
  local domainname=

  fqhn="`Get_Val CONF_FQ_HOSTNAME`"
  shortname="`echo $fqhn | cut -d'.' -f 1`"
  domainname="`echo $fqhn | cut -d'.' -f 2-`"
  if [ -n "$shortname" ]; then
    hostname $shortname
    Do_Store CONF_NODENAME "$shortname"
    mkdir -p $DIR_TARGET/etc/sysconfig
    touch $DIR_TARGET/etc/sysconfig/network
    set_val -f $DIR_TARGET/etc/sysconfig/network HOSTNAME $fqhn
  fi
  Set_etc_HOSTNAME
  Do_Setup_DNS
}

Menu_Config_FQ_Name()
{
  local fqhn=
  local shortname=
  local domainname=
  local eth0name=

  fqhn="`Get_Val CONF_FQ_HOSTNAME`"
  Ask_HOSTNAME FQ $fqhn || return 1
  if [ -z "$ANSWER" ]; then return 1 ; fi
  fqhn="$ANSWER"
  Do_Store CONF_FQ_HOSTNAME "$fqhn"
  Do_Setup_FQ_Name
  eth0name="`Get_Val CONF_eth0_NAME`"
  if [ -n "$eth0name" ]; then
      Do_Store CONF_eth0_NAME "$fqhn"
  fi
  Do_Setup_Hosts
  return 0
}


Do_Setup_DNS()
{
    local fqhn="`Get_Val CONF_FQ_HOSTNAME`"
    local domainname="`echo $fqhn | cut -d'.' -f 2-`"
    local domain="`Get_Val CONF_DNS_DOMAIN`"
    local search="`Get_Val CONF_DNS_SEARCH`"
    local server1="`Get_Val CONF_DNS_SERVER1_IP`"
    local server2="`Get_Val CONF_DNS_SERVER2_IP`"
    local server3="`Get_Val CONF_DNS_SERVER3_IP`"

    local DomainLine=
    local SearchLine=
    local Server1Line=
    local Server2Line=
    local Server3Line=

    if [ -n "$domain" ]; then
        DomainLine="domain $domain"
    else
        if [ -n "$domainname" ]; then
            domain="$domainname"
            Do_Store CONF_DNS_DOMAIN "$domain"
            DomainLine="domain $domain"
        fi
    fi
    if [ -n "$search" ]; then
        SearchLine="search $search"
    else
        if [ -n "$domain" ]; then
            search="$domain"
            Do_Store CONF_DNS_SEARCH "$search"
            SearchLine="search $search"
        fi
    fi
    if [ -n "$server1" ]; then
        Server1Line="nameserver $server1"
    fi
    if [ -n "$server2" ]; then
        Server2Line="nameserver $server2"
    fi
    if [ -n "$server3" ]; then
        Server3Line="nameserver $server3"
    fi

    # we don't prefix it with $DIR_TARGET as we copy it later

    cat << EOF > $FILE_ETC_RESOLV_CONF
# $FILE_ETC_RESOLV_CONF - DNS setup file
#
# possible entries are:
#
#    domain <domain>            Local domain name. If not present, the
#                    gethostbyname syscall is used to
#                    determine the local domain name.
#
#    search <list_of_domains>    Search list for hostname lookup.
#                    The search list is normally determined
#                    from the local domain name but it
#                    can be set to a list of domains.
#
#    nameserver <ip_addr>        Define which server to contact
#                                       for DNS lookups. If there are
#                    multiple nameserver lines (Max=3),
#                    they are queried in the listed order.
#
# !!! Automatically generated by LISA from /etc/system.cnf. Do not edit !!!
#
$DomainLine
$SearchLine
$Server1Line
$Server2Line
$Server3Line
EOF
    chmod 644 $FILE_ETC_RESOLV_CONF
}

Menu_Config_DNS()
{
    local server1="`Get_Val CONF_DNS_SERVER1_IP`"
    local server2="`Get_Val CONF_DNS_SERVER2_IP`"
    local server3="`Get_Val CONF_DNS_SERVER3_IP`"
    local dnssetup=NONE

    local num
    local retry
    local none_flag

    while [ 1 ]; do
        retry=
        none_flag=
        Ask_Bool DNS_SERVER || return 1
        if [ "$ANSWER" = "0" ]; then
            dnssetup=CLIENT
        else
            dnssetup=SERVER
        fi

        case $dnssetup in
        SERVER)
            # Ask_Bool DNS_SERVER_LOCAL n || return 1
            ANSWER=1
            case $ANSWER in
            0)
                # setup localhost as nameserver
                server1="127.0.0.1"
                server2=
                server3=
                Err_Not_Implemented
                ;;
            1)
                # then we just use $FILE_ETC_HOSTS
                server1=
                server2=
                server3=
                ;;
            esac
            ;;
        CLIENT)
            # We are a DNS client. Ask for IP addr of DNS servers.
            for num in 1 2 3 ; do
                if [ $num -gt 1 ]; then none_flag='--none' ; fi
                none_flag='--none'
                Ask_IP $none_flag --pretext "DNS server $num ; " --help ":HELP_IP:" --num $num DNS_SERVER
                if [ $? -ne 0 ]; then retry=true ; break ; fi
                if [ -z "$ANSWER" ]; then break ; fi
                eval "`echo \"server$num=$ANSWER\"`"
            done
            ;;
        esac
        if [ -n "$retry" ]; then continue ; fi
        break
    done
    Do_Store CONF_DNS_SERVER1_IP "$server1"
    Do_Store CONF_DNS_SERVER2_IP "$server2"
    Do_Store CONF_DNS_SERVER3_IP "$server3"
    Do_Setup_DNS
}

Menu_Config_Netdev()
{
    export ANSWER=
    local supported_netdevs="eth0 eth1 tr0 plip0 plip1 plip2"
    local dev=
    local ip=
    local remote_ip=
    local mask=
    local bcast=
    local net=
    local name=
    local trydev=

    # FIXME: supports all network devices, not only a limited list
    for trydev in $supported_netdevs ; do
        if [ -n "`fgrep $trydev /proc/net/dev`" ]; then
            dev="$trydev"
            break
        fi
    done

    # FIXME: A list of available devices should be created dynamically
    Ask_String ETHER_DEV $dev || return 1
    dev="$ANSWER"
    if [ -z "`fgrep $dev /proc/net/dev`" ]; then
        Error "$dev ; :ERR_NO_DEVICE_AND_NO_MODULE:"
        # FIXME: this should fall back to module loading...
        return 1
    fi

    case $dev in
    lo|eth0|eth1|plip0|plip1|plip2|tr0)
        ;;
    *)
        Err_Not_Implemented
        return 1
        ;;
    esac

    while [ 1 ]; do
        # interface device
        Do_Store CONF_${dev}_DEV "$dev"

        # interface ip
        ip="`Get_Val CONF_${dev}_IP`"
        if [ -z "$ip" ]; then
            ip=192.168.0.1
        fi
        Ask_IP ETHER $ip || continue
        ip="$ANSWER"
        Do_Store CONF_${dev}_IP "$ip"

        if [ "$dev" = "plip0" -o "$dev" = "plip1" ]; then
            # remote (pointopoint) ip
            remote_ip="`Get_Val CONF_${dev}_REMOTE_IP`"
            if [ -z "$remote_ip" ]; then
                remote_ip=192.168.0.2
            fi
            Ask_IP ETHER_REMOTE $remote_ip || continue
            remote_ip="$ANSWER"
            Do_Store CONF_${dev}_REMOTE_IP "$remote_ip"
        else
            # interface netmask, broadcast and netroute
            if [ -z "$ANSWER2" ]; then
                ANSWER2="255.255.255.0"
            fi

            mask="`Get_Val CONF_${dev}_MASK`"
            if [ -z "$mask" ]; then
                mask="$ANSWER2"
            fi
            Ask_String NETMASK $mask || continue
            mask="$ANSWER"
            Check_Netmask_Valid "$mask" $ip || continue
            bcast="$ANSWER2"
            net="$ANSWER3"

            Ask_String BROADCAST $bcast || continue
            bcast="$ANSWER"

            Do_Store CONF_${dev}_MASK "$mask"
            Do_Store CONF_${dev}_BCAST "$bcast"
            Do_Store CONF_${dev}_NET "$net"
        fi
        break
    done

    # assumption: interface name = hostname
    name="`Get_Val CONF_FQ_HOSTNAME`"
    Do_Store CONF_${dev}_NAME "$name"
    Do_Setup_Hosts
    Set_network
    Do_Ifcfg $dev up > $FILE_TMP_ERR 2>&1
    Do_Store CONF_${dev}_STAT up
    Set_ifcfg ${dev}
    ANSWER="${dev}"
    return 0
}

Menu_Config_Ether()
{
    export ANSWER=
    local first_install=
    local shortname=
    local fqhn=
    local dev=eth0
    local ip=
    local pointopoint=
    local mask=
    local bcast=
    local net=
    local name=

    if [ $# -gt 0 -a "$1" = "first" ]; then
        first_install=true
        shift 1
    fi

    if [ $# -gt 0 -a "$1" = "eth1" ]; then
        dev=eth1
        shift 1
    fi

    while [ 1 ]; do
        if [ -n "$first_install" ]; then
            Do_Store CONF_${dev}_STAT up
        else
            Ask_Bool ETHER || return 1
            case $ANSWER in
            0)
                Do_Store CONF_${dev}_STAT up
                prep_use NETCONF
                ;;
            1)
                Do_Store CONF_${dev}_STAT down
                return 0
                ;;
            esac
        fi

        # interface device
        Debug "Calling Get_Val"
        dev="`Get_Val CONF_${dev}_DEV`"
        if [ -z "$dev" ]; then
            dev="eth0"
        fi
        Ask_String ETHER_DEV $dev || return 1
        dev="$ANSWER"
        if [ -z "`fgrep $dev /proc/net/dev`" ]; then
            Error "$dev ; :ERR_NO_DEVICE_AND_NO_MODULE:"
            # FIXME: this should fall back to module loading...
            return 1
        fi
        Do_Store CONF_${dev}_DEV "$dev"

        # interface ip
        ip="`Get_Val CONF_${dev}_IP`"
        Ask_IP ETHER $ip || continue
        ip="$ANSWER"
        Do_Store CONF_${dev}_IP "$ip"

        # interface netmask, broadcast and netroute
        if [ -z "$ANSWER2" ]; then
            ANSWER2="255.255.255.0"
        fi

        mask="`Get_Val CONF_${dev}_MASK`"
        if [ -z "$mask" ]; then
            mask="$ANSWER2"
        fi
        Ask_String NETMASK $mask || continue
        Check_Netmask_Valid "$ANSWER" $ip || continue
        mask="$ANSWER"
        bcast="$ANSWER2"
        net="$ANSWER3"

        Ask_String BROADCAST $bcast || continue
        bcast="$ANSWER"

        Do_Store CONF_${dev}_MASK "$mask"
        Do_Store CONF_${dev}_BCAST "$bcast"
        Do_Store CONF_${dev}_NET "$net"
        break
    done

    # assumption: interface name = hostname
    fqhn="`Get_Val CONF_FQ_HOSTNAME`"
    name="$fqhn"
    Do_Store CONF_${dev}_NAME "$name"
    Do_Setup_Hosts
    Set_network
    Do_Ifcfg $dev up > $FILE_TMP_ERR 2>&1
    Set_ifcfg ${dev}
    return 0
}

Do_Setup_Hosts()
{
    local fqhn="`Get_Val CONF_FQ_HOSTNAME`"
    local nodename="`echo $fqhn | cut -d'.' -f 1`"
    local eth0name="`Get_Val CONF_eth0_NAME`"
    local eth1name="`Get_Val CONF_eth1_NAME`"
    local tr0name="`Get_Val CONF_tr0_NAME`"

    local LocalhostLine=
    local eth0Line=
    local eth1Line=
    local tr0Line=
    local shortname=

    if [ -n "$eth0name" ]; then
        shortname="`echo $eth0name | cut -d'.' -f 1`"
        eth0Line="`Get_Val CONF_eth0_IP` $eth0name $shortname"
    fi
    if [ -n "$eth1name" ]; then
        shortname="`echo $eth1name | cut -d'.' -f 1`"
        eth1Line="`Get_Val CONF_eth1_IP` $eth1name $shortname"
    fi
    if [ -n "$tr0name" ]; then
        shortname="`echo $tr0name | cut -d'.' -f 1`"
        tr0Line="`Get_Val CONF_tr0_IP` $tr0name $shortname"
    fi
    if [ "$fqhn" != "$nodename" ]; then
        shortname="$nodename"
    fi
    if [ -z "${eth0name}${eth1name}${tr0name}" ]; then
        LocalhostLine="127.0.0.1 $fqhn $shortname localhost"
    else
        LocalhostLine="127.0.0.1 localhost"
    fi

    # we don't prefix it with $DIR_TARGET as we copy it later

    Do_Backup_File $FILE_ETC_HOSTS

    cat << EOF > $FILE_ETC_HOSTS
# $FILE_ETC_HOSTS -  hostname_to_address mappings for the resolver library
#
# The format is:
#
# ipaddr fully_qualified_hostname list_of_nicknames
#
# We strongly recommend to use a fully qualified hostname for your machine
# if it is connected to any type of network. You can add short nicknames as
# you like, but the official canonical name is the name that follows the
# IP address and should always be a fully qualified hostname.
#
# If you don't have any network interfaces, you should put your hostname
# in the line of your loopback device, which has the address 127.0.0.1.
#
# LISA will automatically put the hostname in the right line for you.
#
#
# !!! Automatically generated by LISA from /etc/system.cnf. Do not edit !!!
#
# The loopback device. It should always be available.
#
$LocalhostLine
#
# Your first IP interface (if you are connected to any kind of network)
#
$eth0Line
$tr0Line
#
# Your second IP interface (normally for routers only)
#
$eth1Line
#
# If you have a nameserver we recommend to use it instead of putting many
# hosts in this file. If you don't have a nameserver though, you can add
# hostnames and their IP addresses below this line.
#
#===========================================================================
EOF
    chmod 644 $FILE_ETC_HOSTS
    if [ -f ${FILE_ETC_HOSTS}~ ]; then
        sed -n '/^#====/,${
            /^#====/d
            p
        }' ${FILE_ETC_HOSTS}~ >> $FILE_ETC_HOSTS
    fi
}



Do_Setup_NIS_glibc()
{
    local domain="`Get_Val CONF_NIS_DOMAIN`"
    local server1="`Get_Val CONF_NIS_SERVER1_IP`"
    local server2="`Get_Val CONF_NIS_SERVER2_IP`"
    local server3="`Get_Val CONF_NIS_SERVER3_IP`"

    local DomainLine=
    local Server1Line=
    local Server2Line=
    local Server3Line=

    if [ -n "$domain" ]; then
        DomainLine="domain $domain"
        domainname $domain
    fi
    if [ -n "$server1" ]; then
        Server1Line="$DomainLine server $server1"
    else
        Server1Line="$DomainLine broadcast"
    fi
    if [ -n "$server2" ]; then
        Server2Line="ypserver $server2"
    fi
    if [ -n "$server3" ]; then
        Server3Line="ypserver $server3"
    fi

    cat << EOF > $DIR_TARGET$FILE_NIS_CONF
# $FILE_NIS_CONF - NIS setup file
#
# possible entries are:
#
#    domain <domain> broadcast    This is the default NIS domain;
#                    Broadcasts are used to find an
#                    eligible server (insecure).
#        alternatively
#
#    domain <domain> server <ip>    Additionally specify which host
#                    to contact for NIS service.
#
#    ypserver <ip>            Fall-Back servers for NIS can
#                    be added this way for the case
#                    that the primary server is down.
#
# !!! This file may be automatically regenerated by LISA from
# /etc/system.cnf. Edit at your own risk !!!
#
$Server1Line
$Server2Line
$Server3Line
EOF
    chmod 644 $DIR_TARGET$FILE_NIS_CONF
    # filter out NIS lines from passwd and group
    sed '/^\+/d' $DIR_TARGET$FILE_ETC_PASSWD > $DIR_TARGET$FILE_ETC_PASSWD.tmp
    sed '/^\+/d' $DIR_TARGET$FILE_ETC_GROUP > $DIR_TARGET$FILE_ETC_GROUP.tmp
    if [ -n "$domain" ]; then
        # add NIS lines to passwd and group if NIS domain set
        echo "+::::::"     >> $DIR_TARGET$FILE_ETC_PASSWD.tmp
        echo "+:::"     >> $DIR_TARGET$FILE_ETC_GROUP.tmp
    fi
    chmod 644 $DIR_TARGET$FILE_ETC_PASSWD.tmp
    chmod 644 $DIR_TARGET$FILE_ETC_GROUP.tmp
    mv $DIR_TARGET$FILE_ETC_PASSWD.tmp $DIR_TARGET$FILE_ETC_PASSWD
    mv $DIR_TARGET$FILE_ETC_GROUP.tmp $DIR_TARGET$FILE_ETC_GROUP
}

Menu_Config_NIS()
{
    local dir_daemons=$DIR_TARGET/etc/sysconfig/daemons
    local num
    local retry
    local none_flag
    local nisdomain="`Get_Val CONF_NIS_DOMAIN`"
    local server1="`Get_Val CONF_NIS_SERVER1_IP`"
    local server2="`Get_Val CONF_NIS_SERVER2_IP`"
    local server3="`Get_Val CONF_NIS_SERVER3_IP`"
    local nissetup

    # try to find a good default value
    if [ -n "$nisdomain" ]; then
        if [ -n "$server1$server2$server3" ]; then
            nissetup=CLIENT
        else
            nissetup=SERVER
        fi
    else
        nissetup=NONE
    fi

    while [ 1 ]; do
        retry=
        none_flag=
        Choose --none NIS $nissetup || return 1
        nissetup="$ANSWER"
        if [ -z "$nissetup" ]; then
            nisdomain=
            server1=
            server2=
            server3=
            # disable nis server autostart
            Do_Setup_Daemon nis-server no
            break
        fi
        Ask_String NIS_DOMAIN $nisdomain || continue
        nisdomain="$ANSWER"

        case $nissetup in
        SERVER)
            # we are NIS server and client.
            server1=127.0.0.1
            # enable nis server autostart
            Do_Setup_Daemon nis-server yes
            ;;
        CLIENT)
            # We are a NIS client. Ask for IP addr of NIS servers.
            for num in 1 2 3 ; do
                if [ $num -gt 1 ]; then none_flag='--none' ; fi
                none_flag='--none'
                Ask_IP $none_flag --pretext "NIS server $num ; " --help ":HELP_NIS_SERVER: :HELP_IP:" --num $num NIS_SERVER
                if [ $? -ne 0 ]; then retry=true ; break ; fi
                if [ -z "$ANSWER" ]; then break ; fi
                eval "`echo \"server$num=$ANSWER\"`"
            done
            # disable nis server autostart
            Do_Setup_Daemon nis-server no
            if [ -f $dir_daemons/nis-client ]; then
                Do_Setup_Daemon nis-client yes
            fi
            ;;
        esac
        if [ -n "$retry" ]; then continue ; fi
        break
    done
    Do_Store CONF_NIS_DOMAIN "$nisdomain"
    Do_Store CONF_NIS_SERVER1_IP "$server1"
    Do_Store CONF_NIS_SERVER2_IP "$server2"
    Do_Store CONF_NIS_SERVER3_IP "$server3"
    Do_Setup_NIS_glibc
    return 0
}

Menu_Config_Router()
{
    local first_install=
    local defval=
    local v=CONF_ROUTER1_IP
    local r_ip="`Get_Val $v`"
    local my_net="`Get_Val CONF_eth0_NET`"
    local prefix=
    local suffix=

    if [ $# -gt 0 -a "$1" = "first" ]; then
        first_install=true
        shift 1
    fi

    if [ -n "$r_ip" -o -n "$first_install" ]; then
        defval=j
    else
        defval=n
    fi

    Ask_Bool ROUTER $defval
    if [ "$ANSWER" = "1" ]; then
        Do_Store $v ""
        return 0
    fi

    if [ -z "$r_ip" ]; then
        # try to make a good suggestion for the Router IP
        if [ -n "$my_net" ]; then
            prefix="`echo $my_net | cut -d'.' -f 1-3`"
            suffix="`echo $my_net | cut -d'.' -f 4`"
            suffix="`do_calc $suffix + 1`"
            r_ip="${prefix}.${suffix}"
        fi
    fi

    Ask_IP ROUTER $r_ip || return 1
    r_ip="$ANSWER"

    Do_Store $v "$r_ip"
    Set_ifcfg eth0
    if [ -n "$r_ip" ]; then
        Do_Ifcfg default up
    fi
    return 0
}

Ask_HOST()
{
    local num=
    if [ $# -gt 1 -a "$1" = "--num" ]; then
        num="--num $2"
        shift 2
    fi
    Ask_IP $num $1 || return 1
    return 0
}




Prepare_SMB_Install()
{
    Info "Switching to SMB install mode (BETA)"
    sleep 5
    MountModulesFloppy || return 1
    while [ 1 ]; do
        Do_Load_Module_mini --silent smbfs "" || break
        if [ ! -f /floppy/usr/bin/smbmount.gz ]; then break ; fi
        cp -a /floppy/usr/bin/smbmount.gz /usr/bin || break
        gunzip /usr/bin/smbmount.gz || break
        return 0
    done
    umount /floppy
    Msg "Problems with smbfs or smbmount. SMB install not possible."
    return 1
}

Menu_Mount_NFS()
{
  local nfsserver="$1"
  local mountdir="$2"
  local nfspath="$3"
  local smbuser="Administrator"
  local netbiosname=""

  export ANSWER=
  while [ 1 ]; do
    Ask_String INSTALL_PATH_SRC $nfspath || return 1
    nfspath="$ANSWER"
    if [ -z "$mountdir" ]; then
      Ask_String MOUNT_TARGET_DIR || continue
    fi
    if [ "`echo $nfspath | cut -c1,2`" = '//' ]; then
    # Dirty hack to support SMB installs
    Prepare_SMB_Install
    netbiosname="`echo $nfspath | cut -d'/' -f 3`"
    $CMD_BOX --string "SMB login name" --default "$smbuser" 2> $FILE_TMP_ANSWER || continue
    smbuser="`cat $FILE_TMP_ANSWER`"
    echo "$nfsserver $netbiosname" >> /etc/hosts
    if [ -n "$smbuser" ]; then
        reset 2>&1
        Do_Clear_Screen
        echo "smbmount $nfspath /mnt -I $nfsserver -U $smbuser"
        smbmount $nfspath /mnt -I $nfsserver -U $smbuser 2>&1
        if [ $? -eq 0 ]; then break ; fi
    else
        smbmount $nfspath /mnt -I $nfsserver -n && break
    fi
    echo -n "smbmount failed. press <return> to continue."
    read ans
    # cleanup /etc/hosts if the mount failed
    sed "/^${nfsserver} ${netbiosname}$/d" /etc/hosts > /etc/hosts.tmp
    mv /etc/hosts.tmp /etc/hosts
    else
        Do_Mount -o ro "${nfsserver}:${nfspath}" $mountdir && break
    fi
  done
  export ANSWER="${nfspath}"
  return 0
}


# libLSTpkg - package handling library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#

Build_SERIES()
{
  Do_Calc_Freespace $DIR_TARGET

  touch $FILE_PKGS_SEL
  build_menu -U $FREESPACE -f -t $FILE_PKGS_SEL -d $FILE_PKGS_DATA
}

Get_Dependend_Pkgs()
{
  local preset=$1

  Debug "add dependend pkgs for $preset"

  # add pcmcia where necessary
  case $preset in
  min|minx|small)
    if [ -n "`sed -n '/^pcmcia_core/p' /proc/modules`" ]; then
      echo "pcmcia-cs"
    fi
    ;;
  esac
}

Get_Preset_Pkgs()
{
  local preset=$1
  local preset_file=/floppy/usr/lib/LST/pkgs.$preset.gz
  local series

  Debug "generate preset pkgs for $preset"

  if [ "$CND10_MODE" = "true" ]; then
    # use fixed preset file
    if [ -r $preset_file ]; then
      gzip -dfcv < $preset_file | sed '/^#/d'
    else
      Debug "preset file $preset not found. Use all."
      build_menu -n -p ":1:" -d $FILE_PKGS_DATA
    fi
  else
    case $preset in
    min)
      # only default packages of series basis and network
      for series in basis network ; do
    build_menu -n -c 1 -s $series -m ":2:j:" -p ":1:" -d $FILE_PKGS_DATA
      done
      ;;
    minx)
      # only default packages of series basis, network, xbasis and xappl
      for series in basis network xbasis xappl ; do
    build_menu -n -c 1 -s $series -m ":2:j:" -p ":1:" -d $FILE_PKGS_DATA
      done
      ;;
    small)
      # only default of all series
      for series in basis develop doku network tex text xappl xbasis xdevelo xemacs xextra xview ; do
    build_menu -n -c 1 -s $series -m ":2:j:" -p ":1:" -d $FILE_PKGS_DATA
      done
      ;;
    rec)
      # all pkgs of series basis
      for series in basis ; do
    build_menu -n -s $series -p ":1:" -d $FILE_PKGS_DATA
      done

      # all pkgs of series xbasis but no X servers
      sed '/^XSERV:/d' $FILE_PKGS_DATA | build_menu -n -s xbasis -p ":1:"

      # rec pkgs of series text,doku,develop,misc,network,tex,xappl,xemacs,xview
      for series in develop doku misc network text tex xappl xemacs xview ; do
    build_menu -n -c 2 -s $series -m ":2:j:" -p ":1:" -d $FILE_PKGS_DATA
      done
      ;;
    all)
      # all pkgs
      build_menu -n -p ":1:" -d $FILE_PKGS_DATA
      ;;
    sel)
      # expert's private choice ;-)
      build_menu -t /usr/lib/LST/pkgs.sel -n -p ":1:" -d $FILE_PKGS_DATA
      ;;
    esac
    Get_Dependend_Pkgs $preset
  fi
}

Get_Preset_Size()
{
  local preset=$1
  # we have an overhead of about 20% for inodes, administrative data etc.
  # current algorithm is (x MB + 2 MB) * 1.20
  local fudge_factor=20
  local approx_usage=
  local preset_file=/floppy/usr/lib/LST/pkgs.$preset.gz

  if [ "$CND10_MODE" = "true" ]; then
    if [ -r $preset_file ]; then
      # grep precalculated from preset file
      gzip -dfcv < $preset_file |
        sed -n 's/^#% NEEDSPACE: ([0-9][0-9]*) MB.*/\1/p'
    else
      echo "?"
    fi
  else
    # generate selection list depending on the preset type
    Get_Preset_Pkgs $preset > $FILE_PKGS_SEL
    Do_Calc_Needspace $FILE_PKGS_SEL
    approx_usage="`do_calc $NEEDSPACE \* $fudge_factor`"
    approx_usage="`do_calc $approx_usage / 100`"
    approx_usage="`do_calc $approx_usage \+ $NEEDSPACE`"
    do_calc $approx_usage / 1048576
  fi
}

Build_PKG_SELECT()
{
  local Size_REC=
  local Size_MIN=
  local Size_MINX=
  local Size_SMALL=
  local Size_ALL=
  local Size_SEL=
  local Size_SPARE=

  if [ -f /usr/lib/LST/pkgs.sel ]; then
    Size_SEL="`Get_Preset_Size sel`"
    cat << EOF
"Menu_Pkg_Select_Preset sel" ":MENU_PKG_SELECT_PRESET_SEL: (min. $Size_SEL MB)" \\
EOF
  fi
  if [ "$DIR_TARGET" = "/" ]; then
    cat << EOF
"Menu_Pkg_Select_Pkgs" ":MENU_PKG_SELECT_PKGS:" \\
"Menu_Pkg_Select_Series" ":MENU_PKG_SELECT_SERIES:" \\
EOF
  else
    Size_REC="`Get_Preset_Size rec`"
    Size_MIN="`Get_Preset_Size min`"
    Size_MINX="`Get_Preset_Size minx`"
    Size_SMALL="`Get_Preset_Size small`"
    Size_ALL="`Get_Preset_Size all`"
    # SPARESPACE is in Bytes; we need MB
    Size_SPARE="`do_calc $SPARESPACE / 1048576`"
    Size_REC="`do_calc $Size_REC + $Size_SPARE`"
    Size_MIN="`do_calc $Size_MIN + $Size_SPARE`"
    Size_MINX="`do_calc $Size_MINX + $Size_SPARE`"
    Size_SMALL="`do_calc $Size_SMALL + $Size_SPARE`"
    Size_ALL="`do_calc $Size_ALL + $Size_SPARE`"
    cat << EOF
"Menu_Pkg_Select_Preset min" ":MENU_PKG_SELECT_PRESET_MIN: (min. $Size_MIN MB)" \\
EOF
    if [ "$CND10_MODE" != "true" ]; then
      cat << EOF
"Menu_Pkg_Select_Preset minx" ":MENU_PKG_SELECT_PRESET_MINX: (min. $Size_MINX MB)" \\
"Menu_Pkg_Select_Preset small" ":MENU_PKG_SELECT_PRESET_SMALL: (min. $Size_SMALL MB)" \\
EOF
    fi
    cat << EOF
"Menu_Pkg_Select_Preset rec" ":MENU_PKG_SELECT_PRESET_REC: (min. $Size_REC MB)" \\
"Menu_Pkg_Select_Preset all" ":MENU_PKG_SELECT_PRESET_ALL: (min. $Size_ALL MB)" \\
EOF
    if [ "$CND10_MODE" != "true" ]; then
      cat << EOF
"Menu_Pkg_Select_Services" ":MENU_PKG_SELECT_SERVICES:" \\
"Menu_Pkg_Select_Series" ":MENU_PKG_SELECT_SERIES:" \\
EOF
    fi
    # offer customizable selection in expert mode
    Is_Expert
    if [ $? -eq 0 ]; then
      cat << EOF
"Menu_Pkg_Select_Pkgs" ":MENU_PKG_SELECT_PKGS:" \\
EOF
    fi
  fi
}

Build_SELECT_PRIO()
{
  local statistics=
  local dummy=
  local pkgnum=
  local summin=
  local sumrec=
  local sumall=
  local sumsel=

  # Get statistics
  touch $FILE_PKGS_SEL
  touch $DIR_LST_TMP/$1.sel
  statistics="`build_menu -S -s $1 -T $DIR_LST_TMP/$1.sel -d $FILE_PKGS_DATA`"

  Debug "statistics for SERIES <$1> is <$statistics>"

  if [ -z "$statistics" ]; then
    cat << EOF
"1" ":TYPE_SEL_MIN:" \\
"2" ":TYPE_SEL_REC:" \\
"3" ":TYPE_SEL_ALL:" \\
"0" ":TYPE_SEL_NOT:" \\
EOF
  else
    IFS=':' read dummy dummy pkgnum summin sumrec sumall sumsel dummy << EOF
$statistics
EOF
    cat << EOF
--menutitle ":CHOOSE_SELECT_PRIO_MENUTITLE: $1 ($pkgnum :PKGS:)" \\
EOF
    if [ -s $DIR_LST_TMP/$SERIES.sel -a "$sumsel" != "0" ]; then
      echo "\"4\" \":TYPE_SEL_LAST:\" \\"
    fi
    cat << EOF
"1" ":TYPE_SEL_MIN: ($summin kB)" \\
"2" ":TYPE_SEL_REC: ($sumrec kB)" \\
"3" ":TYPE_SEL_ALL: ($sumall kB)" \\
EOF
    echo "\"0\" \":TYPE_SEL_NOT:\" \\"
  fi
}

Build_INSTALL_MEDIUM()
{
  # "tape" ":TYPE_INSTALL_MEDIUM_TAPE:"
  # "slip" ":TYPE_INSTALL_MEDIUM_SLIP:"
  if [ "$DIR_TARGET" = "/" ]; then
    cat << EOF
"path" ":TYPE_INSTALL_MEDIUM_PATH:" \\
EOF
  fi
  cat << EOF
"cdrom" ":TYPE_INSTALL_MEDIUM_CDROM:" \\
"harddisk" ":TYPE_INSTALL_MEDIUM_HARDDISK:" \\
"network" ":TYPE_INSTALL_MEDIUM_NETWORK:" \\
EOF
}

Build_PKG()
{
  touch /tmp/LST/HOPE
  cat /tmp/LST/HOPE
  rm -f /tmp/LST/HOPE
}

Build_PKG_Info()
{
  build_menu -f -d $FILE_PKGS_DATA
}

Build_PKG_Installed()
{
  build_menu -f -d $FILE_PKGS_DATA
}

Check_Pkg_Database()
{
  if [ -z "$FILE_PKGS_DATA" ]; then
    Msg ":ERR_MISSING_PKG_DATABASE_FILE_NAME:"
    return 1
  fi
  if [ ! -f "$FILE_PKGS_DATA" ]; then
    Msg ":ERR_MISSING_PKG_DATABASE:"
    return 1
  fi
  return 0
}

Check_Pkg_Index()
{
  if [ -z "$FILE_PKGS_INDEX" ]; then
    Msg ":ERR_MISSING_PKG_INDEX_FILE_NAME:"
    return 1
  fi
  if [ ! -f "$FILE_PKGS_INDEX" ]; then
    Msg ":ERR_MISSING_PKG_INDEX:"
    return 1
  fi
  return 0
}

Choose_Install_Source()
{
    while [ 1 ]; do
        rm -f /source
        if [ -n "`mount | fgrep /mnt/install | fgrep ':'`" ]; then
            ANSWER="network"
        else
            ANSWER="cdrom"
        fi
        CONF_INSTALL_MEDIUM="$ANSWER"
        Debug "CONF_INSTALL_MEDIUM=<$CONF_INSTALL_MEDIUM>"
        Do_Store CONF_INSTALL_MEDIUM "$CONF_INSTALL_MEDIUM"
        case $CONF_INSTALL_MEDIUM in
        network)
            CONF_INSTALL_DEV="`mount | fgrep /mnt/install | cut -d':' -f 1`"
            Is_Known_Source /mnt/install || continue
            ;;
        cdrom)
            CONF_INSTALL_DEV="`mount | fgrep /mnt/install | cut -d' ' -f 1`"
            ln -sf $CONF_INSTALL_DEV /dev/cdrom
            Is_Known_Source /mnt/install || continue
            ;;
        esac
        ln -sf $DIR_SOURCE /source
        break
    done
    Do_Store CONF_INSTALL_DEV "$CONF_INSTALL_DEV"
    Do_Store CONF_INSTALL_PATH_SRC "$CONF_INSTALL_PATH_SRC"
    Do_Store DIR_SOURCE "$DIR_SOURCE"
    Do_Store DIR_PKGS "$DIR_PKGS"
    return 0
}

Do_Reverse()
{
    local rev_string=""
    local i

    if [ $# -eq 0 ]; then
        echo ""
        return 0
    fi
    for i in $@ ; do
        rev_string="$i $rev_string"
    done
    echo $rev_string
    return 0
}

Choose_Install_Target()
{
    local partition
    local mountpoint
    local dummy
    local root_mounted
    local root_last
    local root_conf
    local try_root
    local mke2fs_retval
    local devs_under_root=""
    local devs_under_root_rev=""
    local auto_target="`Get_Val CONF_INSTALL_ROOT`"
    local i

        rm -f $FILE_TARGETS_SEL
    while [ 1 ]; do
    partition=
    mountpoint=/root
    dummy=
    root_mounted=
    root_last=
    root_conf=
    try_root=

    Debug "Choose_Install_Target called."
    if [ -f /tmp/root.fix ]; then
        CONF_INSTALL_ROOT="`cat /tmp/root.fix`"
        DIR_TARGET="`Get_Val DIR_TARGET`"
    else
        # start of not indended area...

    # check whether we have any target partition at all
    if [ -z "`sysinfo -C Dest --notitle --noheader --partition`" ]; then
        Error2 NO_TARGET_AVAILABLE
        ANSWER="new"
        return 0
    fi

    # check whether there is something mounted on $mountpoint
    Check_Directory_Busy $mountpoint || root_mounted="$STATUS"

    CONF_INSTALL_ROOT=
    rm -f $FILE_ROOT_SEL.not
    touch $FILE_ROOT_SEL.not
    for i in $root_mounted $root_last $root_conf ; do
        cat $FILE_ROOT_SEL.not | fgrep -x "$i" >/dev/null && continue
        # ask whether we want to use this
        # FIXME: hardcoded strings
        $CMD_BOX --default "j" --bool "The partition $i ; :ASK_USE_AS_ROOT_PARTITION:" 2> $FILE_TMP_ANSWER || return 1
        if [ "`cat $FILE_TMP_ANSWER`" = "0" ]; then
            try_root="$i"
            break
        else
            echo "$i" >> $FILE_ROOT_SEL.not
        fi
    done
    rm -f $FILE_ROOT_SEL.not

    # first unmount any partitions below /root in reverse order
    devs_under_root="`mount | sed -n '/on \/root\//p' | cut -d' ' -f 1`"
    if [ -n "$devs_under_root" ]; then
        devs_under_root_rev="`Do_Reverse "$devs_under_root"`"
        if [ -n "$devs_under_root_rev" ]; then
            for i in $devs_under_root_rev ; do
                Do_Umount $i
            done
        fi
    fi

    # unmount old partitions
    touch $FILE_TARGETS_SEL
    for i in `cat $FILE_TARGETS_SEL` ; do
        # do not unmount new root partition
        if [ "$i" = "$CONF_INSTALL_ROOT" ]; then
            continue
        fi
        # do not unmount source device
        if [ "$i" = "$CONF_INSTALL_DEV" ]; then
            continue
        fi
        # do not unmount swap partitions
        if [ -f $FILE_SWAP_SEL ]; then
            fgrep -x "$i" $FILE_SWAP_SEL >/dev/null
            if [ $? -eq 0 ]; then
                continue
            fi
        fi
        Do_Umount $i
    done

    # ask for target root partition
    while [ 1 ]; do
        CONF_INSTALL_ROOT=
        if [ -n "$try_root" ]; then
            CONF_INSTALL_ROOT="$try_root"
            try_root=
            fs_type="`mount | sed -n '/on \/root /s/.*type \([^ ]*\) .*/\1/p'`"
            break
        else
            # umsdos source and target IMPOSSIBLE!
            Debug "FTS: appended '$CONF_INSTALL_DEV'"
            echo "$CONF_INSTALL_DEV" >> $FILE_TARGETS_SEL
            Choose --menutitle ":CHOOSE_PARTITION_MENUTITLE:" --build "Build_PARTITION --exclude $FILE_TARGETS_SEL DestSorted" PARTITION_ROOT $auto_target || return 1
            if [ -z "$ANSWER" ]; then
                Error "no partition specified!"
                continue
            else
                CONF_INSTALL_ROOT="$ANSWER"
            fi
        fi
        partid="`Get_Partition_Info --id $CONF_INSTALL_ROOT`"
        if [ "$partid" = "1" -o "$partid" = "4" -o "$partid" = "6" ]; then
            Warn "Partition $CONF_INSTALL_ROOT ; :WARN_USE_UMSDOS:" || continue
            Do_Mount -t umsdos $CONF_INSTALL_ROOT /root || continue
            fs_type="$ANSWER"
            if [ "$fs_type" = "umsdos" ]; then
                if [ -d /root/linux ]; then
                    Ask_Bool --pretext "Partition $CONF_INSTALL_ROOT ; " DELETE_LINUX_SUBDIR || return 1
                    if [ "$ANSWER" = "0" ]; then
                        rm -fr /root/linux
                    else
                        Warn "Partition $CONF_INSTALL_ROOT ; :WARN_NOT_USABLE_AS_ROOT:"
                        return 1
                    fi
                fi
                mkdir -p /root/linux/etc
                touch /root/linux/etc/rc
                prep_use UMSDOS
                umssync -r99 -v- /root/linux >>$FILE_LOG_HISTORY 2>&1
                end_use UMSDOS
                DIR_TARGET=/root/linux
                mkdir -p $DIR_TARGET/var/adm/LST/log
                PATH=${PATH}:$DIR_TARGET/bin:$DIR_TARGET/usr/bin:$DIR_TARGET/sbin:$DIR_TARGET/usr/sbin
                export PATH
                break
            else
                Error "DOS Partition was not mounted as type umsdos but as type $fs_type"
                Do_Umount /root
                continue
            fi
        elif [ "$partid" = "131" ]; then
            # do not format partitions that contain a swap file
            ROOT_INITIALIZED=0
            Check_Found "$CONF_INSTALL_ROOT" "$FILE_SWAP_SEL"
            if [ $? -ne 0 ]; then
                # otherwise force format for root partition
                Do_Umount $CONF_INSTALL_ROOT || continue
                Do_Umount /root || continue
                Menu_Call_Mke2fs "$CONF_INSTALL_ROOT" || continue
            fi
            Do_Mount -t ext2 $CONF_INSTALL_ROOT /root || continue
            fs_type="$ANSWER"
            DIR_TARGET=/root
            mkdir -p $DIR_TARGET/var/adm/LST/log
            break
        else
            Error "a partition with type <$partid> can not be used as root-partition!"
            continue
        fi
    done
    Debug "FTS: appending '$CONF_INSTALL_ROOT'"
    echo "$CONF_INSTALL_ROOT" >> $FILE_TARGETS_SEL
    echo "$CONF_INSTALL_ROOT" > $FILE_ROOT_SEL
    # we don't need to ask for a mount point here as it's implicit for root
    mkdir -p $DIR_TARGET/proc
    mkdir -p $DIR_TARGET/etc
    echo "$CONF_INSTALL_ROOT / $fs_type defaults 0 1" > $DIR_TARGET/etc/fstab
    echo "/proc /proc proc defaults 0 0" >> $DIR_TARGET/etc/fstab
    if [ -s $FILE_SWAP_SEL ]; then
        if [ -s /tmp/fstab.tmp ]; then
            cat /tmp/fstab.tmp >> $DIR_TARGET/etc/fstab
        else
            echo "`cat $FILE_SWAP_SEL` none swap defaults 0 0" >> $DIR_TARGET/etc/fstab
        fi
        Debug "FTS: appending '$FILE_SWAP_SEL'"
        cat $FILE_SWAP_SEL >> $FILE_TARGETS_SEL
    fi
    chmod 644 $DIR_TARGET/etc/fstab

        # end of not indended area
    fi
    Do_Store CONF_INSTALL_ROOT "$CONF_INSTALL_ROOT"
    Do_Store DIR_TARGET "$DIR_TARGET"

    # ask for additional target partitions
    while [ 1 ]; do
        if [ -z "`Build_PARTITION --exclude $FILE_TARGETS_SEL Linux`" ];then
            Debug --diskonly "No ADDITIONAL partitions available"
            return 0
        fi
        Ask_Bool MORE_TARGET_PARTITIONS n || break
        if [ "$ANSWER" = "1" ]; then
            return 0
        fi
        Choose --menutitle ":CHOOSE_PARTITION_MENUTITLE:" --build "Build_PARTITION --exclude $FILE_TARGETS_SEL Linux" PARTITION_OTHER
        if [ -z "$ANSWER" ]; then
            Error "no partition specified!"
            continue
        elif [ "$ANSWER" = "new" ]; then
            return 0
        else
            partition="$ANSWER"
        fi
        while [ 1 ]; do
            Ask_String MOUNTPOINT || continue
            if [ -n "$ANSWER" ]; then
                # make PATH absolute
                echo "$ANSWER" | cut -c 1 | fgrep '/' >/dev/null || ANSWER="/$ANSWER"
                break
            else
                Error "no mount point specified"
            fi
        done
        mountpoint="$ANSWER"

        partid="`Get_Partition_Info --id $partition`"
        if [ "$partid" = "131" ]; then
            Menu_Call_Mke2fs "$partition"
            mke2fs_retval=$?
            if [ $mke2fs_retval -eq 2 ] ; then
                # we did not want to format it
                # can we mount it?
                mkdir -p /tmp/mnt
                mount -r -t ext2 $partition /tmp/mnt >/dev/null 2>&1
                if [ $? -eq 0 ]; then
                    umount /tmp/mnt >/dev/null 2>&1
                    Ask_Bool --pretext "Partition $partition ; " MOUNT_INSTEAD_FORMAT || continue
                    if [ "$ANSWER" = "0" ]; then
                        Warn ":WARN_PARTITION_NOT_FORMATED:" || continue
                    else
                        continue
                    fi
                fi
            else
                if [ $mke2fs_retval -ne 0 ] ; then continue ; fi
            fi
        fi
        mkdir -p ${DIR_TARGET}$mountpoint
        Do_Mount "$partition" ${DIR_TARGET}$mountpoint || continue
        fs_type="$ANSWER"
        echo "$partition" > $FILE_TARGETS_SEL.tmp
        if [ ! -f $FILE_TARGETS_SEL ]; then
            Panic "no root partition specified!"
            return 1
        fi
        cat $FILE_TARGETS_SEL >> $FILE_TARGETS_SEL.tmp
        mv $FILE_TARGETS_SEL.tmp $FILE_TARGETS_SEL
        Debug "FTS: setting '`cat $FILE_TARGETS_SEL`'"
        echo "$partition $mountpoint $fs_type defaults 0 2" >> $DIR_TARGET/etc/fstab
        mkdir -p $DIR_TARGET/var/adm/LST/log
      done # other choose loop
    done # target choose loop
    return 0
}

# checks if CD is valid and writes version to Debug
#
Do_Analyse_CD()
{
  local cd_label=
  local smarties_retval=

  if [ -x /usr/lib/LST/smarties ]; then
    /usr/lib/LST/smarties $CONF_INSTALL_DEV > /tmp/.version
    smarties_retval=$?
    cd_label="`cat /tmp/.version`"

    # continue if smarties has internal problems (driver errors on seek/read)
    if [ $smarties_retval -eq 3 ]; then
      return 0
    fi

    # abort if unknown CD was detected
    if [ -z "$cd_label" ]; then
      Debug "CDROM is unknown"
      #Do_Umount /mnt
      Error2 NO_ORIG_CD
      #Ask_Bool CONTINUE_INSTALL n
      #if [ "$ANSWER" = "0" ]; then
    return 0
      #fi
      #return 1
    else
      Debug "CDROM is <$cd_label>"
      if [ "`get_val -f /etc/lst.cnf CONF_COL_EDITION`" != "SBA" ]; then
        Msg ":INFO_KNOWN_CD_DETECTED: ; ; $cd_label"
        if [ "$cd_label" = "Toolbox Linux Sonderheft 1997" ]; then
          Msg ":INFO_TOOLBOX_CD:"
        fi
      fi
    fi

    # abort if a non install CD was inserted
    if [ $smarties_retval -ne 0 ]; then
      Debug "wrong CD inserted"
      Do_Umount /mnt
      Error2 NO_INSTALL_CD
      return 1
    else
      return 0
    fi
  fi
}

MountModulesFloppy()
{
  local modpath="/lib/modules"
  local success=

  mount /floppy >/dev/null 2>&1
  while [ 1 ]; do
    if [ -d /floppy/$modpath ]; then
      success=true
      break
    else
      umount /floppy >/dev/null 2>&1
      Msg ":DO_INSERT_MODULES_FLOPPY:" || break
      mount /floppy >/dev/null 2>&1
    fi
  done
  if [ -n "$success" ]; then
    return 0
  else
    return 1
  fi
}

# checks if source path is valid and sets
# CONF_INSTALL_PATH_SRC
# DIR_BIN
# DIR_DATA
# DIR_SOURCE
# DIR_PKGS
#
Is_Known_Source()
{
  local prefix="/mnt" # during install the source is mounted under /mnt
  local suffix="install/basis1/basis1.idx"

  if [ $# -gt 0 ]; then
    prefix="$1" # later we may specify a different path
  fi

  while [ 1 ]; do
    export DIR_BIN=
    export DIR_DATA=
    export DIR_PKGS=

    if [ -d $prefix/install -a -d $prefix/bin -a -d $prefix/data ]; then
      Debug "found Caldera OpenLinux / LST Power Linux"
      CONF_INSTALL_PATH_SRC=""
      DIR_SOURCE="$prefix"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/col/data/cd1 ]; then
      Debug "found Caldera OpenLinux 1.2 CD 1"
      CONF_INSTALL_PATH_SRC="col"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      if [ -f $DIR_DATA/pkgs.db ]; then
        cp -a $DIR_DATA/pkgs.db $FILE_PKGS_DATA
      fi
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/col/data/cd2 ]; then
      Debug "found Caldera OpenLinux 1.2 CD 2"
      CONF_INSTALL_PATH_SRC="col"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      if [ -f $DIR_DATA/pkgs.db ]; then
        cp -a $DIR_DATA/pkgs.db $FILE_PKGS_DATA
      fi
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -d $prefix/col/lib ]; then
      Debug "found Caldera OpenLinux 1.2"
      CONF_INSTALL_PATH_SRC="col"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/col/$suffix ]; then
      Debug "found Caldera OpenLinux 1.1"
      INSTALL_MODE=LST
      CONF_INSTALL_PATH_SRC="col"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/col_10/$suffix ]; then
      Debug "found Caldera OpenLinux 1.0"
      CONF_INSTALL_PATH_SRC="col_10"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/col_10b/$suffix ]; then
      Debug "found Caldera OpenLinux 1.0 Beta Preview"
      CONF_INSTALL_PATH_SRC="col_10b"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/lst_22/$suffix ]; then
      Debug "found LST 2.2 Power Linux"
      CONF_INSTALL_PATH_SRC="lst_22"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_BIN="$DIR_SOURCE/bin"
      DIR_PKGS="$DIR_SOURCE/install"
      return 0
    elif [ -f $prefix/lst_22b/$suffix ]; then
      Debug "found LST 2.2 Beta Preview"
      CONF_INSTALL_PATH_SRC="lst_22b"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE/data"
      DIR_PKGS=$DIR_SOURCE
      return 0
    elif [ -f $prefix/lst_21/$suffix ]; then
      Debug "found LST 2.1 Power Linux"
      CONF_INSTALL_PATH_SRC="lst_21"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_DATA="$DIR_SOURCE"
      DIR_PKGS=$DIR_SOURCE
      return 0
    elif [ -f $prefix/Packages/RPMS/calderize-1.0-1.i386.rpm ]; then
      Debug "found Caldera Network Desktop 1.0"
      CONF_INSTALL_PATH_SRC="Packages"
      DIR_SOURCE="$prefix/$CONF_INSTALL_PATH_SRC"
      DIR_PKGS=$DIR_SOURCE
      export CND10_MODE=true
      Msg ":INFO_CND10_WILL_REQUIRE_MODULES_FLOPPY:"
      MountModulesFloppy
      return 0
    else
      Debug "no known Distribution found under <$prefix>"
      Error "<$prefix> ; :ERR_INVALID_SOURCE_PATH:"
      Ask_String DIR_SOURCE "$prefix" || return 1
      prefix="$ANSWER"
    fi
  done
}

Do_Calc_Freespace()
{
    local i=
    local PathRegexProof
    local master_mntpoint
    local sub_mntpoints

    FREESPACE=0
    rm -f $FILE_TMP_VAL

    if [ $# -eq 0 ]; then
        PathRegexProof="\/"
    else
        PathRegexProof="`echo "$1" | sed 's/\//\\\\\//'`"
    fi

    Debug "PathRegexProof=<$PathRegexProof>"

    # get list of mountpoints for the specified path
    master_mntpoint="`mount | sed -n '/on '${PathRegexProof}' /p' | cut -d' ' -f 3`"
    Debug "master_mntpoint=<$master_mntpoint>"
    if [ -n "$master_mntpoint" ]; then
        df $master_mntpoint | fgrep '%' | cut -c 37-45 > $FILE_TMP_VAL
    else
        # specified path is not a directory. use simple df on its fs
        df $1 | fgrep '%' | cut -c 37-45 > $FILE_TMP_VAL
    fi

    sub_mntpoints="`mount | sed -n '/on '${PathRegexProof}'\//p' | cut -d' ' -f 3`"
    Debug "sub_mntpoints=<$sub_mntpoints>"
    if [ -n "$sub_mntpoints" ]; then
        for i in $sub_mntpoints ; do
            df $i | fgrep '%' | cut -c 37-45 >> $FILE_TMP_VAL
        done
    fi

    touch $FILE_TMP_VAL
    for i in `cat $FILE_TMP_VAL` ; do
        FREESPACE="`do_calc $FREESPACE + $i`"
    done
    FREESPACE="`do_calc $FREESPACE \* 1024`"
    if [ -z "$FREESPACE" ]; then
        FREESPACE=0
    fi
    Debug "summarized FREESPACE=<$FREESPACE>"

    export FREESPACE
    return 0
}

# calculate space requirements for a given list of packages
Do_Calc_Needspace()
{
  export NEEDSPACE=0
  local sellist=$1

  NEEDSPACE="`build_menu -t $sellist -d $FILE_PKGS_DATA -S | cut -d':' -f 7`"
  NEEDSPACE="`do_calc $NEEDSPACE \* 1024`"
  Debug "NEEDSPACE => <$NEEDSPACE>"
}

Do_Find_File_To_Pkg()
{
  local f_name=Do_Find_File_To_Pkg
  local f_args=1 # (pkg) -> PKG_FILE
  local tmpfile=/tmp/pkginfo.$$
  local pkg="$1"
  local vers
  local subdir
  local pkgpath="$DIR_PKGS/RPMS"
  export PKG_FILE=unknown

  Check_Args $f_name $f_args $# "$@" || return 255

  # get version from pkgs.db
  db_printf -n -m ":1:$pkg:" -p ":-8:" -f $FILE_PKGS_DATA | sed 's/[     ]*//g' > $tmpfile
  if [ -s $tmpfile ]; then
    read vers < $tmpfile
  fi
  rm -f $tmpfile

  Debug "Do_Find_File_To_Pkg $1 -> $pkgpath/$pkg-$vers.${RPMBINEXT}.rpm"
  if [ -f $pkgpath/$pkg-$vers.${RPMBINEXT}.rpm ]; then
    # first we look for rpm files
    PKG_FILE="$pkgpath/$pkg-$vers.${RPMBINEXT}.rpm"
    Debug "found PKG_FILE=$PKG_FILE (rpm case)"
    return 0
  elif [ -f $pkgpath/$pkg-$vers.${RPMBINEXT2}.rpm ]; then # bug 84 - jwc
    # first we look for rpm files
    PKG_FILE="$pkgpath/$pkg-$vers.${RPMBINEXT2}.rpm"
    Debug "found PKG_FILE=$PKG_FILE (rpm case)"
    return 0
  elif [ -f $pkgpath/$pkg-$vers.${RPMBINEXT3}.rpm ]; then
    # first we look for rpm files
    PKG_FILE="$pkgpath/$pkg-$vers.${RPMBINEXT3}.rpm"
    Debug "found PKG_FILE=$PKG_FILE (rpm case)"
    return 0
  elif [ -f $pkgpath/$pkg-$vers.${RPMBINEXT4}.rpm ]; then
    # first we look for rpm files
    PKG_FILE="$pkgpath/$pkg-$vers.${RPMBINEXT4}.rpm"
    Debug "found PKG_FILE=$PKG_FILE (rpm case)"
    return 0
  else
    # support harddisk installs from msdos partitions
    # get subdir from pkgs.db
    db_printf -n -m ":1:$pkg:" -p ":-6:" -f $FILE_PKGS_DATA | sed 's/[     ]*//g' > $tmpfile
    if [ -s $tmpfile ]; then
      read subdir < $tmpfile
    fi
    rm -f $tmpfile
    Debug "Trying trans.tbl lookup for $pkgpath/$pkg-$vers.${RPMBINEXT}.rpm"
    Do_Lookup_Trans_Tbl $pkgpath/$pkg-$vers.${RPMBINEXT}.rpm
    if [ $? -eq 0 ]; then
      PKG_FILE="$ANSWER"
    else
      if [ -d $DIR_PKGS/$subdir ]; then
        pkgpath=$DIR_PKGS/$subdir
      fi
      Debug "Trying trans.tbl lookup for $pkgpath/$pkg-$vers.${RPMBINEXT}.rpm"
      Do_Lookup_Trans_Tbl $pkgpath/$pkg-$vers.${RPMBINEXT}.rpm
      if [ $? -eq 0 ]; then
        PKG_FILE="$ANSWER"
      else
        Error "$pkgpath/$pkg-$vers.${RPMBINEXT}.rpm ; :ERR_FILE_NOT_FOUND:"
        echo "$pkgpath/$pkg-$vers.${RPMBINEXT}.rpm not found" >> /root/tmp/LST/install_error
        Ask_Bool ABORT_INSTALL y
        if [ "$ANSWER" = "0" ]; then
      Do_Reboot
        fi
        Is_Expert
        if [ $? -eq 0 ]; then
          echo "Enter Path"
          read PKG_FILE
          export PKG_FILE
        fi
      fi
    fi
    return 1
  fi
}

Do_Find_Pkg_To_File()
{
    local f_name=Do_Find_Pkg_To_File
    local f_args=1 # (file) -> PKG_NAME
    local file="$1"

    Get_Pkg_Type $file || return 1
    case $PKG_TYPE in
    rpm)
        # rpm package
        if [ "$CND10_MODE" = "true" ]; then
            # old rpmextr version
            rpmextr --shell $file | fgrep PKG_NAME > $FILE_TMP_VAL
            . $FILE_TMP_VAL
        else
            # new rpmextr version
            PKG_NAME="`rpmextr --tag=name $file`"
        fi
        ;;
    esac
    export PKG_NAME
    Debug "Do_Find_Pkg_To_File $1 -> $PKG_NAME"
    return 0
}

# FIXME: this is a really bad hack. We need dependencies...
Do_Sort_Pkgs()
{
    local i
    local first_pkgs="DEV MAKEDEV dev grep sed ld.so glibc libc aout-libs bash lisa fileutils sh-utils textutils util-linux make"

    # resort pkglist to make sure essential packages are installed first
    Debug "resorting selected packages"
    rm -f $FILE_PKGS_SEL.tmp
    touch $FILE_PKGS_SEL
    touch $FILE_PKGS_SEL.tmp
    for i in $first_pkgs `cat $FILE_PKGS_SEL` ; do
        fgrep -x $i $FILE_PKGS_SEL > /dev/null
        if [ $? -eq 0 ]; then
            fgrep -x $i $FILE_PKGS_SEL.tmp > /dev/null
            if [ $? -ne 0 ]; then
                echo "$i" >> $FILE_PKGS_SEL.tmp
            fi
        fi
    done
    mv $FILE_PKGS_SEL.tmp $FILE_PKGS_SEL
}


Do_Sort_Series()
{
    local i

    # resort serieslist to make sure basis and xbasis are installed first
    mv $FILE_SERIES_SEL $FILE_SERIES_SEL.tmp
    touch $FILE_SERIES_SEL
    for i in $LST_SERIES ; do
        fgrep $i $FILE_SERIES_SEL.tmp > /dev/null
        if [ $? -eq 0 ]; then
            echo "$i" >> $FILE_SERIES_SEL
        fi
    done
    rm -f $FILE_SERIES_SEL.tmp
}

Do_Transfer_Minimum()
{
    local i

    mkdir -p $DIR_TARGET/bin
    cp -a /bin/cat /bin/mkdir /bin/basename $DIR_TARGET/bin

    mkdir -p $DIR_TARGET/lib
    cp -a /lib/libc.so.4.5.24 $DIR_TARGET/lib
    ln -sf libc.so.4.5.24 $DIR_TARGET/lib/libc.so.4

    mkdir -p $DIR_TARGET/etc/rc.d
    for i in rc0.d rc1.d rc2.d rc3.d rc4.d rc5.d rc6.d ; do
        mkdir -p $DIR_TARGET/etc/rc.d/$i
    done
}

Do_Pkg_Install()
{
    local myseries=
    local mydisk=
    local pkgname=
    local pkgfile=

    Debug "Do_Pkg_Install <$@>"
    Has_Source || return 1
    Has_Target_Path || return 1
    Has_Selections || return 1

    prep_use INSTALL || return 1
    prep_use RPM_INSTALL || return 1

    Do_Sort_Pkgs
    Do_Sort_Series
    build_menu -t $FILE_PKGS_SEL -d $FILE_PKGS_DATA -n -p ":5:" > $FILE_DISKS_SEL

    if [ "`get_val -f /etc/lst.cnf CONF_COL_EDITION`" != "SBA" ]; then
        Msg2 PKG_INSTALL || continue
    fi

    Info ":INFO_WAIT:"

    # After this point there is no way to stop the installation
    # and to step back so we can safely delete and move some things
    # to avoid running out of ramdisk space

    # Copy minimal files from ramdisk to root
    Do_Transfer_Minimum

    # Delete the unused modules from the ramdisk
    Delete_unused_modules

    # switch the log area
    Do_Switch_Log_Area

    # mount /proc additionally under $DIR_TARGET to make sure
    # the /dev/core symlink points to something usefull
    mkdir -p $DIR_TARGET/proc
    mount -t proc /proc $DIR_TARGET/proc

    export DIR_LOG_PKGS=$DIR_TARGET/install
    export DIR_LOG_INSTALLED=$DIR_LOG_PKGS/installed
    export DIR_LOG_CATALOG=$DIR_LOG_PKGS/catalog
    export DIR_LOG_CONTENTS=$DIR_LOG_PKGS/contents
    export DIR_LOG_CONFLICTS=$DIR_LOG_PKGS/conflicts
    export DIR_LOG_SCRIPTS=$DIR_LOG_PKGS/scripts
    export DIR_LOG_DISKS=$DIR_LOG_PKGS/disks
    export DIR_LOG_SAVED=$DIR_LOG_PKGS/saved
    export DIR_LOG_REPLACED=$DIR_LOG_PKGS/replaced
    export DIR_LOG_DELETED=$DIR_LOG_PKGS/deleted
    export DIR_LOG_ERRORS=$DIR_LOG_PKGS/errors
    for logdir in $DIR_LOG_ANALYSE $DIR_LOG_LOG $DIR_LOG_INSTALLED $DIR_LOG_SCRIPTS $DIR_LOG_DISKS $DIR_LOG_CATALOG $DIR_LOG_CONTENTS $DIR_LOG_CONFLICTS $DIR_LOG_SAVED $DIR_LOG_REPLACED $DIR_LOG_DELETED $DIR_LOG_ERRORS ; do
        mkdir -p $logdir
    done

    Get_Install_Stat

    # first look for base directory (COL, LST 2.2, CND 1.0, RedHat 3.0.3)
    if [ -d $DIR_PKGS/base ]; then
        Debug "directory $DIR_PKGS/base found"
        Debug "using cpio install mode"
        # raw cpio packages
        for pkgfile in $DIR_PKGS/base/fsstnd.cgz $DIR_PKGS/base/skeleton.cgz ; do
            Do_Uncpio $pkgfile
        done
        # remove directories to prevent moves to .save
        rm -fr $DIR_TARGET/root
        rm -fr $DIR_TARGET/etc/skel
        # adjust opt symlink if necessary
        Fix_opt
        # adjust library symlinks
        Fix_ldconfig
    fi

    # prefer install driven by pkgs.sel (COL 1.0, CND 1.0, RedHat 3.0.3)
    if [ -d $DIR_PKGS/RPMS ]; then
        Debug "file $DIR_PKGS/RPMS found"
        Debug "using RPMS install mode"
        for pkgname in `cat $FILE_PKGS_SEL` ; do
            Do_Find_File_To_Pkg $pkgname
            pkgfile="$PKG_FILE"
            Debug "Install $pkgname ($pkgfile)"
            Do_Raw_rpm_Install $pkgfile $pkgname
        done
        if [ "$INSTALL_MODE" = "OpenLinux" ]; then
            Fix_12_Alpha before_postin
            Do_All_Postin
            Fix_12_Alpha after_postin
        fi
        return 0
    else
        Debug "no idea how to install $DIR_PKGS"
        return 1
    fi
    return 0
}


Do_Uncpio()
{
    local retval=

    mkdir -p $DIR_TARGET/tmp/LST
    echo "#!/bin/sh" > /tmp/LST/do_uncpio
    echo "cd $DIR_TARGET || exit 42" >> /tmp/LST/do_uncpio
    echo 'cat $1 | gzip -d | cpio -ivumd && exit 0' >> /tmp/LST/do_uncpio
    chmod 755 /tmp/LST/do_uncpio

    sync
    /tmp/LST/do_uncpio $1 2> $DIR_LOG_INSTALLED/`basename $1 .cgz` && return 0
    History_Install "do_uncpio $1 exited with error code <$?> (bad package ?)"
    Debug_Stop
    return 1
}

Do_4_Digit()
{
  local was="$1"
  local now=

  was="`echo $was | sed 's/^[0]*//'`"

  if [ $was -gt 999 ]; then
    now="$was"
  elif [ $was -gt 99 ]; then
    now="0$was"
  elif [ $was -gt 9 ]; then
    now="00$was"
  else
    now="000$was"
  fi
  echo "$now"
  return 0
}

Do_Unrpm()
{
  local retval=
  local num=
  local num4digit=

  mkdir -p $DIR_TARGET/tmp/LST
  echo "#!/bin/sh" > /tmp/LST/do_unrpm
  if [ "$DIR_TARGET" = '/' ]; then
    echo "rpm -i --nodeps $1 2> $FILE_TMP_ERR && exit 0" >> /tmp/LST/do_unrpm
  else
    if [ "$INSTALL_MODE" = "OpenLinux" ]; then
      if [ -f /source/data/use-force ]; then
        echo "rpm -i --force --nodeps --noscripts --root $DIR_TARGET $1 2> $FILE_TMP_ERR && exit 0" >> /tmp/LST/do_unrpm
      else
        echo "rpm -i --nodeps --noscripts --root $DIR_TARGET $1 2> $FILE_TMP_ERR && exit 0" >> /tmp/LST/do_unrpm
      fi
    else
      if [ "$CND10_MODE" = "true" ]; then
        echo "cd $DIR_TARGET || exit 1" >> /tmp/LST/do_unrpm
        echo "rpmq -i $1 2> $FILE_TMP_ERR && exit 0" >> /tmp/LST/do_unrpm
      else
        echo "rpm -i --force --root $DIR_TARGET $1 2> $FILE_TMP_ERR && exit 0" >> /tmp/LST/do_unrpm
      fi
    fi
  fi
  echo "exit 1" >> /tmp/LST/do_unrpm

  chmod 755 /tmp/LST/do_unrpm
  cat /tmp/LST/do_unrpm > /dev/tty4

  sync
  /tmp/LST/do_unrpm $1 2> $DIR_LOG_ERRORS/$PKG_NAME
  retval=$?
  # remove empty error logs
  if [ ! -s $DIR_LOG_ERRORS/$PKG_NAME ]; then
    rm -f $DIR_LOG_ERRORS/$PKG_NAME
  fi
  if [ $retval -ne 0 ]; then
    History_Install "do_unrpm $1 exited with error code <$retval> (bad package ?)"
    # Debug_Stop
    Error --file $FILE_TMP_ERR "rpm install of $1 failed"
    return $retval
  else
    rm -f $FILE_TMP_ERR
  fi

  # extract post install script
  rpmextr --post $1 > $DIR_TARGET/install/doinst.sh
  if [ ! -s $DIR_TARGET/install/doinst.sh ]; then
    rm -f $DIR_TARGET/install/doinst.sh
  else
    chmod 755 $DIR_TARGET/install/doinst.sh
    cp -a $DIR_TARGET/install/doinst.sh $DIR_TARGET/install/scripts/$PKG_NAME.postin
    if [ "$DIR_TARGET" != '/' ]; then
      if [ "$INSTALL_MODE" = "OpenLinux" ]; then
        mkdir -p $DIR_TARGET/install/postin
        num="`do_calc $PKG_NUM_DONE + 1 `"
        num4digit="`Do_4_Digit $num`"
        cp -a $DIR_TARGET/install/doinst.sh $DIR_TARGET/install/postin/${num4digit}.${PKG_NAME}
      fi
    fi
  fi
  if [ "$CND10_MODE" != "true" ]; then
    rm -f $DIR_TARGET/install/doinst.sh
    # extract short and long listings
    rpm -ql $PKG_NAME > $DIR_TARGET/install/installed/$PKG_NAME
    rpm -qlv $PKG_NAME > $DIR_TARGET/install/contents/$PKG_NAME
  fi
  return 0
}


Fix_col22()
{
    # remove postin scripts that currently hang
    rm -f $DIR_TARGET/install/postin/*.kpilot
    mkdir -p $DIR_TARGET/var/run
    mkdir -p $DIR_TARGET/var/lock
    mkdir -p $DIR_TARGET/var/log
}

# FIXME12: this whole function should disappear
Fix_12_Alpha()
{
    local uname_r
    local uname_v

    if [ "$1" = "target_mounted" ]; then
        # create linux symlink if not there
        mkdir -p $DIR_TARGET/usr/src
        if [ ! -L $DIR_TARGET/usr/src/linux ]; then
            ln -s linux-"`uname -r`" $DIR_TARGET/usr/src/linux
        fi
    elif [ "$1" = "before_postin" ]; then
        if [ -f /source/data/use-mini-lisa ]; then
            # use mini-lisa because new one is under construction
            cp -a $DIR_TARGET/bin/lisa $DIR_TARGET/bin/lisa.big
            cp -a $DIR_BIN/mini-lisa $DIR_TARGET/bin/lisa
        fi
        Fix_ldconfig
        Fix_col22
    elif [ "$1" = "after_postin" ]; then
        if [ -f /source/data/use-mini-lisa ]; then
            # install new lisa
            mv $DIR_TARGET/bin/lisa $DIR_TARGET/bin/mini-lisa
            mv $DIR_TARGET/bin/lisa.big $DIR_TARGET/bin/lisa
        fi

        # override old lisa-2.4.0 that was still in lisa-3.0-1 RPM
        if [ "`get_val -f $DIR_TARGET/bin/lisa SCRIPT_VERSION`" = "2.4.0" ]; then
            cp -a /bin/lisa $DIR_TARGET/bin/lisa
        fi

        # try to adjust the modules load files again
        uname_r="`Get_uname_r`"
        uname_v="`Get_uname_v`"
        # create modules load files again if kernels differ
        if [ "$uname_v" != "`uname -v`" ]; then
            if [ -f $DIR_TARGET/etc/modules/`uname -r`/"`uname -v`".default ]; then
                mkdir -p $DIR_TARGET/etc/modules/${uname_r}
                cp -a $DIR_TARGET/etc/modules/`uname -r`/"`uname -v`".default $DIR_TARGET/etc/modules/${uname_r}/"${uname_v}".default
            fi
            if [ -f $DIR_TARGET/etc/modules/`uname -r`/"`uname -v`".rootfs ]; then
                mkdir -p $DIR_TARGET/etc/modules/${uname_r}
                cp -a $DIR_TARGET/etc/modules/`uname -r`/"`uname -v`".rootfs $DIR_TARGET/etc/modules/${uname_r}/"$uname_v".rootfs
            fi
            # adjust the initrd again
            Set_modules_autoload
            Set_initrd
        fi
    fi
}

Do_All_Postin()
{
    local script
    local short
    local postin_retval
    local pkg
    local num_done=0
    local num_all=0
    local percent=0
    local label_header="`Do_Translate \":INFO_RPM_INSTALL_TITLE:\"` (postin)"

    mkdir $DIR_TARGET/install/postin.errors
    # calc number of postin scripts to execute
    num_all="`ls -l $DIR_TARGET/install/postin/* | get_info -l`"
    num_all="`do_calc $num_all - 1`"
    for script in $DIR_TARGET/install/postin/* ; do
        short="`basename $script`"
        if [ -f $script ]; then
            pkg="`echo $short | cut -c 6- `"
            # calc percentage done
            percent="`do_calc 100 \* $num_done`"
            percent="`do_calc $percent / $num_all`"
            # this would be the simple solution
            # Info "Processing postin scripts ($num_done/$num_all) ;  ;  Next script is from $pkg ; ; :INFO_WAIT:"
            $CMD_BOX --nobutton -P "$percent" --height 8 --width 60 -r --title "$label_header" --info "$pkg ($num_done/$num_all)"
            Debug "calling $script script"
            History_Install "calling $script ..."
            ( cd $DIR_TARGET; chroot $DIR_TARGET sh -c install/postin/$short ) > $DIR_TARGET/install/postin.errors/$short 2>&1
            postin_retval=$?
            if [ $postin_retval -ne 0 ]; then
                    echo "`date` $DIR_TARGET/install/postin/$short failed ($postin_retval)" >> $DIR_TARGET/var/adm/LST/log/postin.failed
                    # Error "rpm postin of $short failed"
            fi
            # remove empty error logs
            if [ ! -s $DIR_TARGET/install/postin.errors/$short ]; then
                rm -f $DIR_TARGET/install/postin.errors/$short
            fi
            num_done="`do_calc $num_done + 1`"
        fi
    done
    echo "`date` ======== initial install done ========" >> $DIR_TARGET/var/adm/LST/log/postin.failed
    echo "`date` ======== initial install done ========" >> $DIR_TARGET/var/adm/LST/log/install.failed
    echo "`date` ======== initial install done ========" >> $DIR_TARGET/var/adm/LST/log/install.success
    return 0
}


# raw installation of rpm pkgs
#

Do_Raw_rpm_Install()
{
  local my_lang="`get_val CONF_LST_LANG`"
  local dir=`dirname $1`
  local file=`basename $1`
  local full=$1
  local pkg=$2
  local script=
  local size=
  local dummy
  local rpmextr_info
  local pkg_info
  local pkg_size
  local label_header="`Do_Translate \":INFO_RPM_INSTALL_TITLE:\"`"
  local label_file="`Do_Translate \":LABEL_FILE:\"`"
  local label_info="`Do_Translate \":LABEL_INFO:\"`"
  local label_installed="`Do_Translate \":LABEL_INSTALLED:\"`"
  local rpm_retval=0
  local postin_retval=0

  Debug "processing package $file start"
  Debug -d "params: <$*>"

  Get_Pkg_Info $full
  pkg_size="`do_calc $PKG_SIZE / 1024`"

  sum_installed="$PKG_NUM_DONE/$PKG_NUM_ALL ($PKG_KB_DONE/$PKG_KB_ALL kB)"
  if [ "$PKG_KB_DONE" -gt 0 -a "$PKG_KB_ALL" -gt 0 ]; then
    percent="`do_calc 100 \* $PKG_KB_DONE`"
    percent="`do_calc $percent / $PKG_KB_ALL`"
  elif [ "$PKG_NUM_ALL" -gt 0 -a "$PKG_KB_ALL" -gt 0 ]; then
    percent="`do_calc 100 \* $PKG_NUM_DONE`"
    percent="`do_calc $percent / $PKG_NUM_ALL`"
  else
    percent=0
    sum_installed="$PKG_NUM_DONE ($PKG_KB_DONE kB)"
  fi
  # fix rounding bug if using kB instead of packages
  if [ "$percent" = "100" ]; then
      percent=99
  fi

  Get_Filesystem_Usage --install > $FILE_TMP_MSG

  if [ "$my_lang" = "de" ]; then
    menutitle="Dateisystem Gr÷▀e(kB) frei(kB) benutzt Mountpunkt"
  else
    menutitle="Filesystem   size(kB) free(kB)  used  mount point"
  fi

  # the rest is to be browsed...
  sed -e '1d' $FILE_TMP_MSG > $FILE_TMP_VAL
  Debug -D "FILE_TMP_VAL:"
  Debug -c cat $FILE_TMP_VAL

  $CMD_BOX --nobutton -P "$percent" -r --title "$label_header" --menutitle "$menutitle" --text "$label_file $file ($pkg_size kB) ; $label_installed $sum_installed ; ; $label_info $PKG_INFO" --browse $FILE_TMP_VAL

  History_Install "start installing ..."
  # FIXME: Do_Save_Conflicts should happen here
  Debug "extracting $full"
  Do_Unrpm $full
  rpm_retval=$?

  for script in doinst.sh doafter.sh ; do
    if [ -f $DIR_TARGET/install/$script ]; then
      Debug "calling $script script"
      History_Install "calling $script ..."
      if [ "$INSTALL_MODE" != "OpenLinux" ]; then
        ( cd $DIR_TARGET; chroot $DIR_TARGET sh -c install/$script ) 2>&1 | Debug -p
        postin_retval=$?
      fi
      mv $DIR_TARGET/install/$script $DIR_LOG_SCRIPTS/$PKG_NAME.$script
    fi
  done
  PKG_NUM_DONE=`do_calc $PKG_NUM_DONE + 1 `
  size="` do_calc $PKG_SIZE / 1024 `"
  PKG_KB_DONE=`do_calc $PKG_KB_DONE + $size `
  Debug "processing package $file done"

  if [ "$rpm_retval" != 0 -o "$postin_retval" != 0 ]; then
    History_Install "installation of $file failed ($rpm_retval/$postin_retval)"
    echo "`date` installation of $file failed ($rpm_retval/$postin_retval)" >> $DIR_TARGET/var/adm/LST/log/install.failed
    return 1
  else
    History_Install "installation sucessfully completed"
    echo "`date` installation of $file was ok ($rpm_retval/$postin_retval)" >> $DIR_TARGET/var/adm/LST/log/install.success
    return 0
  fi
}

Get_Install_Stat()
{
  if [ -s $FILE_PKGS_SEL ]; then
    export PKG_NUM_ALL="`get_info -lf $FILE_PKGS_SEL`"
    Debug "PKG_NUM_ALL=<$PKG_NUM_ALL>"
  else
    export PKG_NUM_ALL=0
  fi
  if [ -s $FILE_PKGS_SEL -a -s $FILE_PKGS_DATA ]; then
    if [ -z "$NEEDSPACE" ]; then
      NEEDSPACE=0
    fi
    if [ "$NEEDSPACE" -eq "0" ]; then
      Info ":INFO_CALCULATING_PKG_SIZES:"
      build_menu -t $FILE_PKGS_SEL -d $FILE_PKGS_DATA -S | cut -d':' -f 7 > /tmp/val
    else
      do_calc $NEEDSPACE / 1024 > /tmp/val
    fi
    export PKG_KB_ALL="`cat /tmp/val`"
    Debug "PKG_KB_ALL=<$PKG_KB_ALL>"
  else
    export PKG_KB_ALL=0
  fi
  export PKG_NUM_DONE=0
  export PKG_KB_DONE=0
}

Get_Pkg_Info()
{
  local f_name=Get_Pkg_Info
  local f_args=1 # (pkg_name/pkg_file) ->
  local tmpfile=/tmp/pkginfo.$$
  local my_lang="`get_val CONF_LST_LANG`"
  local pkg_dict=$FILE_PKGS_INDEX
  export PKG_SERVICE="unknown"
  export PKG_NAME="unknown"
  export PKG_SEL="unknown"
  export PKG_PRIO="unknown"
  export PKG_PRIORITY="unknown"
  export PKG_SIZE="unknown"
  export PKG_DISK="unknown"
  export PKG_USAGE="unknown"
  export PKG_VERS="unknown"
  export PKG_RELEASE="unknown"
  export PKG_GROUP="unknown"
  export PKG_SERVICE="unknown"
  export PKG_SERIES="unknown"
  export PKG_INFO="unknown"
  export PKG_COPYRIGHT="unknown"
  export PKG_SRC="unknown"
  export PKG_VENDOR="unknown"
  export PKG_DISTRIBUTION="unknown"

  Check_Args $f_name $f_args $# "$@" || return 255

  if [ -f /usr/lib/LST/$my_lang/pkgs.idx ]; then
    pkg_dict=/usr/lib/LST/$my_lang/pkgs.idx
  fi

  PKG_FILE="$1"
  Check_File $PKG_FILE
  if [ $? -eq 0 ]; then
    # arg was a file name
    Do_Find_Pkg_To_File $PKG_FILE || return 1
  else
    # arg probably was a pkg name
    PKG_NAME="$1"
    Do_Find_File_To_Pkg $PKG_NAME || return 1
  fi

  # Get specific pkg info
  case $PKG_TYPE in
  rpm)
    # get data from rpm header
    rpmextr --shell $PKG_FILE > $tmpfile
    . $tmpfile
    rm -f $tmpfile
    # get data from pkgs.db
    db_printf -n -m ":1:$PKG_NAME:" -p ":3:4:5:-6:7:" -f $FILE_PKGS_DATA > $tmpfile
    if [ -s $tmpfile ]; then
      read PKG_SEL PKG_PRIO PKG_SIZE PKG_DISK PKG_USAGE < $tmpfile
    fi
    rm -f $tmpfile
    ;;
  esac

  # get package description (multilingual)
  PKG_INFO="`Do_Translate \":$PKG_NAME:\" $pkg_dict`"
  if [ "$PKG_INFO" = ":$PKG_NAME:" ]; then
    PKG_INFO="`rpmextr --tag=info $file`"
    if [ -z "$PKG_INFO" ]; then
      PKG_INFO="unknown"
    fi
  fi

  # selected if it is in the selection list
  if [ -n "$FILE_PKGS_SEL" ]; then
    if [ -s $FILE_PKGS_SEL ]; then
      Check_Found "$PKG_NAME" "$FILE_PKGS_SEL"
      if [ $? -eq 0 ]; then
        PKG_SEL=j
      else
        PKG_SEL=n
      fi
    else
      PKG_SEL=
    fi
  fi

  # get real pkg usage
  if [ -z "$PKG_SIZE" ]; then
    PKG_SIZE="`gzip -l $PKG_FILE | fgrep '%' | cut -c 10-20`"
  fi

  # get real file size
  if [ -n "$PKG_FILE" ]; then
    PKG_USAGE="`filesize $PKG_FILE`"
  fi

  if [ -n "$PKG_PRIO" -a "$PKG_PRIO" != "unknown" ]; then
    PKG_PRIORITY="`Do_Translate \":TYPE_PRIO_$PKG_PRIO:\"`"
    if [ "$PKG_PRIORITY" = ":TYPE_PRIO_$PKG_PRIO:" ]; then
      PKG_PRIORITY="unknown"
    fi
  fi

  if [ -n "$PKG_DISK" -a "$PKG_DISK" != "unknown" ]; then
    PKG_SERIES="`echo $PKG_DISK | sed 's/[0-9]*$//'`"
  fi
}

# Get_Pkg_Type FILE
#
Get_Pkg_Type()
{
  local f_name=Get_Pkg_Type
  local f_args=1 # (file) -> PKG_TYPE, PKGEXT
  local pkgtype
  local pkgext
  export PKG_TYPE=unknown
  export PKGEXT=unknown

  Check_Args $f_name $f_args $# "$@" || return 255

  for pkgtype in rpm ; do
    case $pkgtype in
    rpm)
      if [ "`basename $1 .$pkgtype`" != "`basename $1`" ]; then
        PKGEXT="$pkgtype"
        PKG_TYPE="$pkgtype"
        return 0
      fi
      ;;
    esac
  done
# FIXME: fallback for trans.tbl mode -> assume rpm
  PKGEXT="rpm"
  PKG_TYPE="rpm"
  return 0
  Error "$1 ; :ERR_UNKNOWN_PKGTYPE:"
  return 1
}

Has_Selections()
{
  Check_File $FILE_PKGS_SEL && return 0
  Msg ":ERR_MISSING_SELECTIONS:"
  return 1
}

Has_Source()
{
  if [ -z "$DIR_SOURCE" ]; then
    Error ":ERR_MISSING_SOURCE:"
    return 1
  fi
  return 0
}

Has_Pkgs()
{
  if [ -z "$DIR_PKGS" ]; then
    Error ":ERR_MISSING_SOURCE:"
    return 1
  fi
  if [ ! -d "$DIR_PKGS/RPMS" ]; then
    return 1
  fi
  return 0
}

# checks if target path is valid
#
Has_Target_Path()
{
  local f_name=Has_Target_Path
  local f_args=0 # DIR_TARGET ->

  Check_Args $f_name $f_args $# "$@" || return 255
  if [ -z "$DIR_TARGET" ]; then
    Error ":ERR_MISSING_TARGET_PATH:"
    return 1
  fi
  if [ ! -d "$DIR_TARGET" ]; then
    Error "$DIR_TARGET ; :ERR_INVALID_TARGET_PATH:"
    return 1
  fi
  return 0
}


Do_Check_Freespace()
{
  local TOTALSPACE=
  local need_MB=
  local free_MB=

  # calculate the needed space
  Do_Calc_Needspace $FILE_PKGS_SEL
  Debug "NEEDSPACE='$NEEDSPACE'"

  # calculate the free space
  Do_Calc_Freespace $DIR_TARGET

  # to get on the save side, we require an additional SPARESPACE
  TOTALSPACE=`do_calc $NEEDSPACE + $SPARESPACE`
  Debug "TOTALSPACE='$TOTALSPACE', FREESPACE='$FREESPACE'"
  free_MB="`do_calc $FREESPACE / 1048576`"
  need_MB="`do_calc $TOTALSPACE / 1048576`"
  if [ "$free_MB" = "$need_MB" ]; then
    need_MB="`do_calc $need_MB + 1`"
  fi
  if [ $need_MB -gt $free_MB ]; then
    if [ $free_MB -gt 0 ]; then
      Warn "($need_MB MB > $free_MB MB) ; :ERR_USR_TOO_SMALL:" || return 1
    else
      Debug "Warning free_MB is negative ($free_MB) Integer overflow?"
    fi
  fi
  return 0
}

Menu_Pkg_Select()
{
  prep_use INSTALL || return 1
  prep_use RPM_INSTALL || return 1
  Has_Source || return 1
  Has_Target_Path || return 1
  Check_Pkg_Database || return 1
  Check_Pkg_Index || return 1

  Info ":INFO_WAIT:"

  while [ 1 ]; do
    if [ "`get_val -f /etc/lst.cnf CONF_COL_EDITION`" = "SBA" ]; then
      build_menu -n -p ":1:" -d $FILE_PKGS_DATA > /usr/lib/LST/pkgs.sel
      ANSWER="Menu_Pkg_Select_Preset sel"
    else
      if [ -f /usr/lib/LST/pkgs.sel ]; then
        Choose --prefix "MENU" --default "Menu_Pkg_Select_Preset sel" --build "Build_PKG_SELECT" PKG_SELECT || return 1
      else
        Choose --prefix "MENU" --default "Menu_Pkg_Select_Preset rec" --build "Build_PKG_SELECT" PKG_SELECT || return 1
      fi
    fi
    COMMAND="$ANSWER"
    $COMMAND || continue

    Do_Check_Freespace || continue

    break
  done
  # save final package selection
  if [ -f $FILE_PKGS_SEL ]; then
      cp -a $FILE_PKGS_SEL > /usr/lib/LST/pkgs.sel
  fi
  return 0
}

Menu_Pkg_Select_Pkgs()
{
  rm -f $FILE_SERIES_SEL
  rm -f $FILE_PKGS_SEL
  Info_lite ":INFO_BUILDING_PKGLIST: :INFO_WAIT:"
  touch $FILE_PKGS_SEL

  # generate pkglist from pkgs.db
  build_menu -s basis -c 2 -f -d $FILE_PKGS_DATA > /tmp/LST/HOPE
  Choose --menutitle ":MENU_SHOW_PKGS_MENUTITLE:" --sumlist --build "Build_PKG" PKG_SELECT_PKGS || return 1
  mv $FILE_TMP_ANSWER $FILE_PKGS_SEL

  # generate serieslist from pkglist
  Info_lite ":INFO_UPDATING_SELECTIONS:"
  build_menu -U 0 -t $FILE_PKGS_SEL -d $FILE_PKGS_DATA | db_printf -p ":-2:-3:" | fgrep -v ':0' | db_printf -p ":1:" > $FILE_SERIES_SEL

  return 0
}

Menu_Pkg_Select_Preset()
{
  local preset=$1

  # initially NEEDSPACE is in MB
  export NEEDSPACE=0

  # generate selection list depending on the preset type
  Get_Preset_Pkgs $preset > $FILE_PKGS_SEL

  # generate serieslist from pkglist
  Info_lite ":INFO_UPDATING_SELECTIONS:"
  build_menu -U 0 -t $FILE_PKGS_SEL -d $FILE_PKGS_DATA | db_printf -p ":-2:-3:" | fgrep -v ':0' | db_printf -p ":1:" > $FILE_SERIES_SEL

  # ask for X Server if recommended pkgs
  if [ "$preset" = "minx" -o "$preset" = "small" -o "$preset" = "rec" ]; then
    while [ 1 ]; do
      Choose --sumlist --build "build_menu -f -u XSERV -d $FILE_PKGS_DATA" PKG_SELECT_SERVICES_XSERVER || return 1
      if [ ! -s $FILE_TMP_ANSWER ]; then
    Error ":ERR_NEED_AT_LEAST_ONE_XSERVER:"
    continue
      fi
      cat $FILE_TMP_ANSWER >> $FILE_PKGS_SEL
      break
    done
  fi

  return 0
}

Menu_Pkg_Select_Series()
{
  local series=
  local choice=
  local retval=

  # reset all selections
  Info_lite ":INFO_BUILDING_SERIESLIST:"
  rm -f $FILE_PKGS_SEL
  rm -f $FILE_SERIES_SEL
  for i in $LST_SERIES ; do
    rm -f $DIR_LST_TMP/$i.sel
  done

  # loop for all series
  while [ 1 ]; do
    Choose --menutitle ":MENU_SHOW_SERIES_MENUTITLE:" --menu --build Build_SERIES PKG_SELECT_SERIES
    retval=$?
    if [ $retval -eq 255 ]; then
      return 255
    fi
    if [ $retval -ne 0 ]; then
      # workaround for unclear continue/abort
      if [ -f $FILE_PKGS_SEL ]; then
        ANSWER=ENDE
      else
        return 1
      fi
    fi
    SERIES="$ANSWER"
    if [ "$ANSWER" = "USAGE" ]; then
      Show_Filesystem_Usage $DIR_TARGET
      continue
    fi
    if [ "$ANSWER" = "ENDE" ]; then
      if [ "$DIR_TARGET" = "/" ]; then
    return 0
      fi
      if [ -s $FILE_SERIES_SEL ]; then
    fgrep -x "basis" $FILE_SERIES_SEL >/dev/null
    if [ $? -eq 0 ]; then
      return 0
    fi
      fi
      Msg ":ERR_NO_BASIS_SELECTED:"
      continue
    fi
    Choose --build "Build_SELECT_PRIO $SERIES" SELECT_PRIO || continue
    CHOICE="$ANSWER"
    if [ "$CHOICE" = "0" ]; then
      if [ -s $DIR_LST_TMP/$SERIES.sel -a -s $FILE_PKGS_SEL ]; then
    fgrep -vxf $DIR_LST_TMP/$SERIES.sel $FILE_PKGS_SEL > $FILE_PKGS_SEL.tmp
    mv $FILE_PKGS_SEL.tmp $FILE_PKGS_SEL
      fi
      rm -f $DIR_LST_TMP/$SERIES.sel
      if [ -s $FILE_SERIES_SEL -a -n "$SERIES" ]; then
    fgrep -vx "$SERIES" $FILE_SERIES_SEL > $FILE_SERIES_SEL.tmp
    mv $FILE_SERIES_SEL.tmp $FILE_SERIES_SEL
      fi
      continue
    fi

    Info_lite ":INFO_BUILDING_PKGLIST: :INFO_WAIT:"
    touch $FILE_PKGS_SEL
    if [ "$CHOICE" = "4" ]; then
      build_menu -T $FILE_PKGS_SEL -d $FILE_PKGS_DATA | build_menu -N -s $SERIES -T $DIR_LST_TMP/$SERIES.sel -f > /tmp/LST/HOPE
    else
      build_menu -T $FILE_PKGS_SEL -d $FILE_PKGS_DATA | build_menu -N -s $SERIES -c $CHOICE -f > /tmp/LST/HOPE
    fi
    Choose --menutitle ":MENU_SHOW_PKGS_MENUTITLE:" --sumlist --build "Build_PKG" PKG_SELECT_PKGS || continue

    Info_lite ":INFO_UPDATING_SELECTIONS:"
    # update selectlist
    mv $FILE_TMP_ANSWER $DIR_LST_TMP/$SERIES.sel
    rm -f $FILE_PKGS_SEL
    for i in $LST_SERIES ; do
      if [ -s $DIR_LST_TMP/$i.sel ]; then
    cat $DIR_LST_TMP/$i.sel >> $FILE_PKGS_SEL
      else
    rm -f $DIR_LST_TMP/$i.sel
      fi
    done
    # update serieslist
    touch $FILE_SERIES_SEL
    if [ -z "`fgrep -x $SERIES $FILE_SERIES_SEL`" ]; then
      if [ "$SERIES" = "basis" ]; then
    echo "$SERIES" > $FILE_SERIES_SEL.tmp
    cat $FILE_SERIES_SEL >> $FILE_SERIES_SEL.tmp
    mv $FILE_SERIES_SEL.tmp $FILE_SERIES_SEL
      else
    echo "$SERIES" >> $FILE_SERIES_SEL
      fi
    fi
  done

  return 0
}


Menu_Pkg_Select_Services()
{
  local i=
  local servok=0

  local shadsel=0
  local xsel=0
  local docsel=0
  local textsel=0
  local gamessel=0
  local develsel=0
  local netsel=0
  local servsel=0
  local develdocsel=0
  local netshadsel=0
  local netdocsel=0
  local netservsel=0
  local xshadsel=0
  local xtextsel=0
  local xgamessel=0
  local xnetsel=0
  local xdevelsel=0
  local xdeveldocsel=0

  while [ 1 ]; do
    # reset all selections
    rm -f $FILE_PKGS_SEL
    i=
    shadsel=0
    xsel=0
    docsel=0
    textsel=0
    gamessel=0
    develsel=0
    netsel=0
    servsel=0
    develdocsel=0
    netshadsel=0
    netdocsel=0
    netservsel=0
    xshadsel=0
    xtextsel=0
    xgamessel=0
    xnetsel=0
    xdevelsel=0
    xdeveldocsel=0

    # offer all MAIN choices
    echo "MAIN" > $FILE_META_SEL

    # for now we need SHADOW by default
    echo "SHAD" >> $FILE_META_SEL
    shadsel=1

    # ask for additional services (meta level)
    $CMD_BOX --multi ":CHOOSE_SERVICES:" \
--help ":CHOOSE_SERVICES_HELP:" \
"X" ":TYPE_SERVICE_X:" S \
"DOC" ":TYPE_SERVICE_DOC:" S \
"TEXT" ":TYPE_SERVICE_TEXT:" S \
"GAMES" ":TYPE_SERVICE_GAMES:" U \
"DEVEL" ":TYPE_SERVICE_DEVEL:" U \
"NET" ":TYPE_SERVICE_NET:" U \
"SERV" ":TYPE_SERVICE_SERV:" U 2>> $FILE_META_SEL || return 1

    servok=
    # reset all selections
    rm -f $FILE_PKGS_SEL

    fgrep -x X $FILE_META_SEL > /dev/null
    if [ $? -eq 0 ]; then
      while [ 1 ]; do
    # ask for X Server
    Choose --sumlist --build "build_menu -f -u XSERV -d $FILE_PKGS_DATA" PKG_SELECT_SERVICES_XSERVER || return 1
    if [ ! -s $FILE_TMP_ANSWER ]; then
      Error ":ERR_NEED_AT_LEAST_ONE_XSERVER:"
      continue
    fi
    cat $FILE_TMP_ANSWER >> $FILE_PKGS_SEL
    servok=1
    break
      done
    else
      servok=1
    fi

    Info_lite ":INFO_BUILDING_SERVICELIST:"

    # analyse selections
    fgrep -x X $FILE_META_SEL > /dev/null && xsel=1
    fgrep -x DOC $FILE_META_SEL > /dev/null && docsel=1
    fgrep -x TEXT $FILE_META_SEL > /dev/null && textsel=1
    fgrep -x GAMES $FILE_META_SEL > /dev/null && gamessel=1
    fgrep -x DEVEL $FILE_META_SEL > /dev/null && develsel=1
    fgrep -x NET $FILE_META_SEL > /dev/null && netsel=1
    fgrep -x SERV $FILE_META_SEL > /dev/null && servsel=1

    # hardcoded rules ;-)

    # devel rules
    if [ $develsel -eq 1 -a $docsel -eq 1 ]; then
      develdocsel=1
      echo "DEVELDOC" >> $FILE_META_SEL
    fi

    #
    # net rules
    #
    if [ $netsel -eq 1 -a $shadsel -eq 1 ]; then
      netshadsel=1
      echo "NETSHAD" >> $FILE_META_SEL
    fi
    if [ $netsel -eq 1 -a $docsel -eq 1 ]; then
      netdocsel=1
      echo "NETDOC" >> $FILE_META_SEL
    fi
    if [ $netsel -eq 1 -a $servsel -eq 1 ]; then
      netservsel=1
      echo "NETSERV" >> $FILE_META_SEL
    fi

    #
    # X rules
    #
    if [ $xsel -eq 1 -a $shadsel -eq 1 ]; then
      xshadsel=1
      echo "XSHAD" >> $FILE_META_SEL
    fi
    if [ $xsel -eq 1 -a $textsel -eq 1 ]; then
      xtextsel=1
      echo "XTEXT" >> $FILE_META_SEL
    fi
    if [ $xsel -eq 1 -a $gamessel -eq 1 ]; then
      xgamessel=1
      echo "XGAMES" >> $FILE_META_SEL
    fi
    if [ $xsel -eq 1 -a $netsel -eq 1 ]; then
      xnetsel=1
      echo "XNET" >> $FILE_META_SEL
    fi
    if [ $xsel -eq 1 -a $develsel -eq 1 ]; then
      xdevelsel=1
      echo "XDEVEL" >> $FILE_META_SEL
    fi
    if [ $xsel -eq 1 -a $develdocsel -eq 1 ]; then
      xdeveldocsel=1
      echo "XDEVELDOC" >> $FILE_META_SEL
    fi

    # generate servicelist
    rm -f $FILE_SERVICES_SEL
    for i in `cat $FILE_META_SEL` ; do
      fgrep ":$i:" $FILE_META_DATA | cut -d':' -f 3 >> $FILE_SERVICES_SEL
    done

    echo "$CMD_BOX -a --help \":MENU_PKG_SELECT_SERVICES_HELP:\" \\" > $FILE_TMP_COMMAND
    echo "--sumlist \":MENU_PKG_SELECT_SERVICES_TEXT:\" \\" >> $FILE_TMP_COMMAND
    for i in `cat $FILE_SERVICES_SEL` ; do
      Debug "# build_menu -S -f -u $i -d $FILE_PKGS_DATA"
      build_menu -S -f -u $i -d $FILE_PKGS_DATA >> $FILE_TMP_COMMAND
    done
    rm -f $FILE_SERVICES_SEL
    echo "2> $FILE_TMP_MSG" >> $FILE_TMP_COMMAND
    chmod 755 $FILE_TMP_COMMAND

    # choose services
    sh $FILE_TMP_COMMAND && break
  done

  Info_lite ":INFO_BUILDING_SERVICELIST:"

  # generate pkglist
  mv $FILE_TMP_MSG $FILE_SERVICES_SEL
  for i in `cat $FILE_SERVICES_SEL` ; do
    build_menu -u $i -n -p ":1:" -d $FILE_PKGS_DATA >> $FILE_PKGS_SEL
  done

  # generate serieslist from pkglist
  Info_lite ":INFO_UPDATING_SELECTIONS:"
  build_menu -U 0 -t $FILE_PKGS_SEL -d $FILE_PKGS_DATA | db_printf -p ":-2:-3:" | fgrep -v ':0' | db_printf -p ":1:" > $FILE_SERIES_SEL

  return 0
}


# libLSTuser - user administration library shared between several scripts
#
# Copyright (C) 1993-1997 Ralf Flaxa, LST Software GmbH, Erlangen, Germany
#


List_GROUP()
{
    db_printf -n -p ":-1:3:4:" -f $FILE_ETC_GROUP
}

Build_GROUP()
{
    List_GROUP | do_quote
}

Check_GID_Known()
{
    local f_name=Check_GID_Known
    local f_args=1 # (gid) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -n "`cut -d':' -f 3 $FILE_ETC_GROUP | sed -n "/^$1$/p"`" ]
    then return 0
    else return 1
    fi
}

Check_Group_Known()
{
    local f_name=Check_Group_Known
    local f_args=1 # (groupname) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -n "`sed -n "/^$1:/p" $FILE_ETC_GROUP`" ]
    then return 0
    else return 1
    fi
}

Check_UID_Known()
{
    local f_name=Check_UID_Known
    local f_args=1 # (uid) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -n "`cut -d':' -f 3 $FILE_ETC_PASSWD | sed -n "/^$1$/p"`" ]; then
         return 0
    else
        return 1
    fi
}

Check_User_Known()
{
    local f_name=Check_User_Known
    local f_args=1 # (username) ->

    Check_Args $f_name $f_args $# "$@" || return 255
    if [ -n "`sed -n "/^$1:/p" $FILE_ETC_PASSWD`" ]; then
        return 0
    else
        return 1
    fi
}

Get_Next_UID()
{
    local start_uid=100
    local stop_uid=65534
    local curr_uid=$start_uid

    while [ 1 ]; do
        if Check_UID_Known $curr_uid ; then
            curr_uid="`do_calc $curr_uid + 1`"
        else
            break
        fi
        # stop searching at user nobody
        if [ $curr_uid -eq $stop_uid ]; then
            echo ""
            return 1
        fi
    done
    echo "$curr_uid"
    return 0
}

Menu_User_Add()
{
    local newusername=
    local newuseruid=
    local newusergroup=
    local newusergid=
    local newuserhome=
    local newusershell=
    local newusergecos=
    local homeprefix=
    local skipall=

    if [ $# -gt 0 -a "X$1" = 'X--first' ]; then
        newusername=col
        newuseruid=100
        newusergroup=users
        newusergid=100
        newuserhome=/home/col
        newusershell=/bin/bash
        newusergecos="Caldera OpenLinux User"
        homeprefix=/home
        #skipall=true
    fi

    # ask logname
    while [ 1 ]; do
        if [ "$skipall" = "true" ]; then
            break
        fi
        while [ 1 ]; do
            while [ 1 ]; do
                Ask_String LOGNAME_USER $newusername || return 1
                newusername="$ANSWER"
                if [ "$newusername" != "`echo $newusername | sed 's/ //'`" ]; then
                    Error "<$newusername> ; a username may not contain any spaces."
                    continue
                fi
                if [ -n "$newusername" ]; then
                    break
                fi
            done
            if Check_User_Known $newusername ; then
                Error "$newusername ; :ERR_LOGNAME_EXISTS:"
                continue
            else
                break
            fi
        done

        # ask UID
        while [ 1 ]; do
            if [ -z "$newuseruid" ]; then
                newuseruid="`Get_Next_UID`"
            fi
            Ask_String UID_USER $newuseruid || return 1
            newuseruid="$ANSWER"
            if [ -z "$newuseruid" ]; then
                continue
            fi
            if Check_UID_Known $newuseruid ; then
                Error "$newuserid ; :ERR_UID_EXISTS:"
                continue
            else
                break
            fi
        done

        # ask group
        newusergroup="`Get_Val CONF_GROUP_DEFAULT`"
        Choose --build Build_GROUP GROUP_USER $newusergroup || return 1
        newusergroup="$ANSWER"
        newusergid="`sed -n "/^$newusergroup:/p" $FILE_ETC_GROUP | cut -d':' -f 3`"

        # ask home
        newuserhome="`Get_Val CONF_HOME_DEFAULT`"
        if [ -z "$newuserhome" ]; then
            newuserhome=/home
        fi
        newuserhome="$newuserhome/$newusername"
        Ask_String HOME_USER $newuserhome || return 1
        newuserhome="$ANSWER"
        homeprefix="`echo $newuserhome | sed 's,^\(.*\)/[^/]*,\1,'`"

        # ask shell
        newusershell="`Get_Val CONF_SHELL_DEFAULT`"
        Choose --build "List box SHELL" SHELL_USER $newusershell || return 1
        newusershell="$ANSWER"

        # ask comment field
        Ask_String COMMENT_USER "$newusergecos" || return 1
        newusergecos="$ANSWER"
        if [ -n "$newusergecos" ]; then
            gecos="-c \"$newusergecos\""
        fi
        break
    done

    # Note: expire date is still set statically to 31th Dec 1999 (-e 10956)
    # Ask_String EXPIRE_DATE $CONF_ACCOUNT_EXPIRE_DATE
    # expire_date="$ANSWER"
    expire_date="10956"

    prep_use /usr/sbin/useradd
    mkdir -p $homeprefix

    if [ -n "$newusergecos" ]; then
        useradd -g "$newusergid" -u "$newuseruid" -c "$newusergecos" -d "$newuserhome" -s "$newusershell" -m "$newusername" || continue
    else
        useradd -g "$newusergid" -u "$newuseruid" -d "$newuserhome" -s "$newusershell" -m "$newusername" || continue
    fi

    chmod 644 $DIR_TARGET/etc/passwd

    mkdir -p $DIR_TARGET/$newuserhome
    if [ -d $DIR_TARGET/etc/skel ]; then
        cp -a $DIR_TARGET/etc/skel/. $DIR_TARGET/$newuserhome
    fi
    chown -R $newuseruid.$newusergid $DIR_TARGET/$newuserhome

    LAST_USER="$newusername"

    Do_Set_Password $newusername
    return 0
}