# common function script for the configuration of linux diskless clients
# (included by init, hwautocfg, servconfig, ... within OpenSLX initial
# ramfs)
#
# Dirk von Suchodoletz <dvs@OpenSLX.com>, 13-10-2006
# Felix Endres, 30-04-2006
# <mj0@uni-freiburg.de> (xenbr), 27-09-2006
# Tobias Maier
#
# (c) 2006 - RZ Universitaet Freiburg
# (c) 2006 - OpenSLX.ORG Project
#######################################################################
# set of empty dummy functions (loaded before real functions in the
# distro specific files - to have no undeclared function in init, serv-
# config, hwautocfg, ...
# distro specific funtion called at the beginning of init script
preinit () {
:
}
# distro specific funtion called at the end of init script
postinit () {
:
}
# distro specific general function called from servconfig script
config_distro () {
:
}
# udev/hotplug - auto device discovery service
udev_hotplug () {
:
}
#######################################################################
# generate events with the sysfs trigger
trigger_device_events () {
list=$(echo /sys/bus/*/devices/*/uevent)
list="$list $(echo /sys/class/*/*/uevent)"
list="$list $(echo /sys/block/*/uevent /sys/block/*/*/uevent)"
for i in $list; do
case "$i" in
*/device/uevent|*\**)
continue
;;
*/class/mem/*|*/class/tty/*)
first="$first $i"
;;
*/block/md*)
last="$last $i"
;;
*/*)
default="$default $i"
;;
esac
done
# trigger the sorted events
for i in $first $default $last; do
echo "add" > "$i"
done
}
#######################################################################
# produce error message and if $2 is empty run (debug) shell
error () {
local e_msg="$1"
# check if LOGFILE is really writeable
if [ -n "${LOGFILE}" ] ; then
[ "${LOGFILE}" != "/dev/null" ] && \
[ -w /mnt/${LOGFILE} ] || LOGFILE="/dev/null"
else LOGFILE="/dev/null"
fi
# if nonfatal error else fatal error message and shell
if [ -n "$2" ] ; then
[ "$DEBUGLEVEL" -ge 1 -a "$DEBUGLEVEL" != 8 ] && \
echo -e "${error_msg}${e_msg}${error_nfe}" >> ${LOGFILE}
[ "$DEBUGLEVEL" -gt 1 -a "$DEBUGLEVEL" != 8 ] && \
echo -e "${error_msg}${e_msg}${error_nfe}"
[ "$DEBUGLEVEL" -gt 2 -a "$DEBUGLEVEL" != 8 ] && usleep 20
else
echo -e "${error_msg}${e_msg}${error_shell}"
# load usb modules to have keyboard enabled - they might have to be
# copied into initramfs with mkdxsinitramfs ...
modprobe -a usbcore uhci-hcd ohci-hcd usbhid >/dev/null 2>&1
/bin/sh
echo -n "Reboot now? [y]"
read input
# [ -z "$input" -o "$input" = "y" -o "$input" = "Y" ] && {
# usleep 100
# [ -f /proc/sysrq-trigger ] || mount -t proc none /proc
# echo "b" > /proc/sysrq-trigger
# }
fi
}
#######################################################################
# system uptime for performance analysis
sysup () {
uptime=$(sed -e "s, .*,," /proc/uptime)
echo "${uptime} s."
# if start times are kept, a summary of runtimes would be possible too
}
#######################################################################
# micro sleep - either busybox command or simply loop and delete 1 from
# the first argument gotten until zero
usleep () {
if [ -x /bin/usleep ]; then
/bin/usleep `expr $1 \* 60000`
else
local count=`expr $1 \* 10`
while [ $count -gt 0 ] ; do count=`expr $count \- 1` ; done
fi
return 0
}
#######################################################################
# (re)generate dynamic linked libraries cache from /etc/ld.so.conf
ldcfg () {
[ -z "${NOLDSC}" ] && echo "$init_ldcfg" && ldconfig /tmp/ld.so.cache &
}
#######################################################################
# URI interpreter $1 variable to interprete, $2 type of token to return
# prot: tftp, http, nbd, ... server: IP or FQDN
uri_token () {
local var=$1
# first check if URI starts with prot:// - URI scheme
if strinstr "://" "$1" ; then
prot=${var%://*}
rest=${var#*://}
else
rest="$var"
prot=""
fi
# get the server IP or name and port - URI authority
# you get the path or other token without leading "/" - add it later if
# needed (fixme: port might be broken)
if strinstr ":" "$rest" ; then
server="${rest%:*}"
rest="${rest#*:}"
path="${rest#*/}"
port="${rest%/$path}"
else
tmpval=$rest
rest="${rest#*/}"
path="${tmpval#*/}"
server="${tmpval%/$path}"
port=""
fi
# get path and query components - URI path, query
query=""
if strinstr "\?" "$rest" ; then
path="${path%\?*}"
query="${rest#*\?}"
fi
# return the requested token
case "$2" in
prot) echo "$prot" ;;
server) echo "$server" ;;
path) echo "$path" ;;
port) echo "$port" ;;
query) echo "$query" ;;
esac
}
#######################################################################
# load a certain module - name of module with path in argument one, the
# error message in second argument
loadmod () {
local modpath=$1
local module=`echo $modpath|sed -e "s,.*/,,"`
local msg=$2
if [ -f $modpath ] ; then
module=${module%.*}
modprobe ${MODPRV} ${module#*.} || \
echo "$error_modload '$module'. $msg"
fi
}
#######################################################################
# compute prefix bit number from netmask
nm2pref () {
set `IFS="."; echo $1`
local n=0
for i in $1 $2 $3 $4 ; do
case $i in
0) break ;;
128) n=`expr $n + 1` ; break ;;
192) n=`expr $n + 2` ; break ;;
224) n=`expr $n + 3` ; break ;;
240) n=`expr $n + 4` ; break ;;
252) n=`expr $n + 6` ; break ;;
254) n=`expr $n + 7` ; break ;;
255) n=`expr $n + 8` ; continue ;;
esac
done
echo $n
}
#######################################################################
# configure Xen bridge xenbr0
xenbr_config () {
modprobe netloop
local vifnum="0"
local bridge="xenbr${vifnum}"
local netdev="eth${vifnum}"
local pdev="p${netdev}"
local vdev="veth${vifnum}"
local vif0="vif0.${vifnum}"
local mac=$(ip link show ${netdev} | sed -n '/^.*link\/ether/p' \
| sed -e 's/.*ether \(..:..:..:..:..:..\).*/\1/')
brctl addbr ${bridge}
brctl stp ${bridge} off
brctl setfd ${bridge} 0
brctl addif ${bridge} ${vif0}
ip link set ${netdev} name ${pdev}
ip link set ${vdev} name ${netdev}
ip link set ${pdev} down arp off
ip link set ${pdev} addr fe:ff:ff:ff:ff:ff
ip link set ${netdev} addr ${mac} arp on
ip link set ${bridge} up
ip link set ${vif0} up
ip link set ${pdev} up
brctl addif ${bridge} ${pdev}
}
#######################################################################
# configure IP address statically - first argument the ip address,
# second the netmask, then gateway and broadcast address and last
# interface. All arguments have to be given.
ipsetup () {
local ip=$1
local nm=$2
local gw=$3
local bc=$4
local if=$5
for ipcfg in ip ipconfig ifconfig none; do
test -x /bin/$ipcfg && break;
done
case $ipcfg in
# the standard linux ip configuration tool
ip)
ip link set dev $if up 2>/dev/null
ip addr add $ip/`nm2pref $nm` broadcast $bc dev $if 2>/dev/null
if [ "$gw" != "0.0.0.0" ] ; then
ip route add default via $gw 2>/dev/null
fi
MAC=$(ip link show dev $if|sed -n "/ether [0-9e-f]\{2\}:.*/p" \
| sed -e "s/.*ether //;s/ .*//")
# if multicast is required for dnbd
[ -n "$nbdhost" ] && [ `echo $nbdhost|sed "s,\..*,,"` -ge 224 ] && \
ip route add 224.0.0.0/4 dev eth0
;;
# the klibc ip configuration / dhcp client tool
ipconfig)
# fixme: to be checked
ipconfig $ip::$gw:$nm:$if:none
MAC=""
;;
# traditional ifconfig/route - if a distro does not provide ip
ifconfig)
if [ "$ip" = "0.0.0.0" ]; then
ifconfig $if up
else
ifconfig $if $ip netmask $nm broadcast $bc
fi
[ "$gw" != "0.0.0.0" ] && route add default gw $gw
MAC=$(ifconfig $if|sed -n "/HWaddr [0-9A-F]\{2\}:.*/p" \
| sed -e "s/.*HWaddr //;y/ABCDEF/abcdef/")
# if multicast is required for dnbd
[ -n "$nbdhost" ] && [ `echo $nbdhost|sed "s,\..*,,"` -ge 224 ] && \
route add -net 224.0.0.0 netmask 240.0.0.0 dev eth0
;;
none)
error "$error_iptool"
;;
esac
}
#######################################################################
# replace @@@serverip@@@ with real serverip
checkip ()
{
if [ "@@@serverip@@@" = "$1" -a -n "$serverip" ] ; then
echo $serverip
else
echo $1
fi
}
#######################################################################
# nfs mounter for root filesystem and other sources
nfsmnt ()
{
local nfsroot=$1
local dest=$2
local ret=0
[ -z "$dest" ] && dest="/mnt"
for mnt in nfsmount mount none; do
test -x /bin/$mnt && break;
done
# often nfs is just a module and not compiled directly into the kernel
[ -f /lib/modules/@@@KERNVER@@@/kernel/fs/nfs/nfs.ko ] && \
loadmod /lib/modules/@@@KERNVER@@@/kernel/fs/nfs/nfs.ko "$error_modnfs"
case $mnt in
# the klibc nfs mount tool (includes portmap)
nfsmount)
nfsmount -o ro $nfsroot $dest || ret=1
;;
# the standard mount; portmap is needed ...
mount)
portmap || { echo "$error_portm"; ret=1; }
# fixme: busybox mount uses nfs ...
mount -n -t nfs -o ro,nolock $nfsroot $dest || ret=1
killall -9 portmap
;;
none)
error "$error_mntt"
;;
esac
return $ret
}
#######################################################################
# create configuration file for dhclient
mkdhclconf () {
local vci=$1
# provide dhclient with proper configuration
echo -e "option bootlocal-script code 221\t= string;\n\
option language code 222\t\t= string;\n\
option start-x code 223\t\t\t= string;\n\
option start-snmp code 224\t\t= string;\n\
option start-sshd code 225\t\t= string;\n\
option start-xdmcp code 226\t\t= string;\n\
option start-cron code 227\t\t= string;\n\
option crontab-entries code 228\t\t= string;\n\
option start-rwhod code 229\t\t= string;\n\
option start-printdaemon code 230\t= string;\n\
option desktop-session code 231\t\t= string;\n\
option tex-enable code 232\t\t= string;\n\
option netbios-workgroup code 233\t= string;\n\
option vmware code 234\t\t\t= string;\n\
option hw-mouse code 252\t\t= string;\n\
option hw-graphic code 253\t\t= string;\n\
option hw-monitor code 254\t\t= string;\n\n\
send dhcp-lease-time 86400;\nsend dhcp-max-message-size 1400;\n\
request;\nscript \"/bin/dhclient-script\";" >> /etc/dhclient.conf
if [ -n "$vci" ] ; then
echo "send vendor-class-identifier \"$vci\";" >> /etc/dhclient.conf
fi
}
#######################################################################
# dhcp client
rundhcp ()
{
local vci="$1"
for dhcp in dhclient dhcpcd pump ipconfig udhcpc none; do
test -e /bin/$dhcp && break;
done
if [ "$dhcp" = "none" ] ; then
error "$error_nodhcp" nonfatal
else
# ensure the interface is up - might produce conflicts - nbd could
# fail!!
# ipsetup 0.0.0.0 255.255.255.255 0.0.0.0 255.255.255.255 eth0 &
[ -f /lib/modules/@@@KERNVER@@@/kernel/net/packet/af_packet.ko ] && \
loadmod /lib/modules/@@@KERNVER@@@/kernel/net/packet/af_packet.ko \
"needed for dhcp";
echo "Starting $dhcp for configuration"
mkdir /var/lib/dhcp >/dev/null 2>&1
fi
export client="$dhcp"
case $dhcp in
dhclient)
mkdhclconf $vci
ln -s /bin/dhcpmkconfig /bin/dhclient-script
dhclient -cf /etc/dhclient.conf -lf /var/lib/dhcp/dhclient.leases \
-q eth0 >/dev/null 2>&1 || error "$error_dhclient"
;;
dhcpcd)
[ -n $vci ] && vci="-i $vci"
ln -s /bin/dhcpmkconfig /bin/dhcpcd.exe
dhcpcd $vci -L /var/lib/dhcp -c /bin/dhcpcd.exe -T -t 30 eth0 \
>/dev/null 2>&1 || error "$error_dhcpcd"
;;
pump)
error "$error_pump"
;;
ipconfig)
[ $DEBUGLEVEL -gt 1 -a "$DEBUGLEVEL" != 8 ] && \
echo -e "# You are using ipconfig as dhcp \
client. With this tool you only get the\n# basic IP settings from the \
server. No vendor specific, self defined\n# dhcp options are possible this \
way. use dhclient instead or get them via\n# tftp (to be enabled via kernel \
command line)." >> /etc/machine-setup
error "$error_ipconf"
;;
# udhcpc is part of busybox
udhcpc)
[ -n $vci ] && vci="-V $vci"
ln -s /bin/dhcpmkconfig /bin/udhcpc.script
udhcpc -b -q $vci -s /bin/udhcpc.script -i eth0
;;
*)
;;
esac
echo "dhcp finished" > /tmp/dhcp-done
}
#######################################################################
# function for retrieving configuration file (machine-setup) via tftp
# from a predefined server or given source (file=tftp-server:/path via
# kernel command line)
# tftpget is helper function for fileget
tftpgetunpack () {
# $1 is config file name to get, $2 IP of server to get file from
for tftp in /bin/atftp /bin/tftp ; do
test -x $tftp && break
done
echo -e "tftp\t69/tcp\ntftp\t69/udp" > /etc/services
local dst=/tmp/$(basename $1)
# tftp get part
case "$tftp" in
*/atftp)
atftp -g -r $1 -l $dst $2 >/dev/null 2>&1
;;
*/tftp)
# distinguish between busybox tftp and standalone (in.tftp) client
if [ -x /bin/busybox ] ; then
tftp -g -r $1 -l $dst $2 2>/dev/null
else
echo "get $1 $dst" | tftp $2 >/dev/null 2>&1
fi
;;
esac
# unpack part (only gzip is supported, bzip binary not present in
# initramfs)
if [ -s $dst ] ; then
tar -xpzf $dst 2>/dev/null
[ "$DEBUGLEVEL" -le 2 -o "$DEBUGLEVEL" -eq 8 ] && rm $dst
return 0
else
return 1
fi
}
fileget () {
# get type of tftp available, alternatively use wget for ftp or http
# (fixme: rewrite of fileget needed!!)
# analyze file soure (URI) in $FILESRC
if [ -n "$FILESRC" ] ; then
srvproto=$(uri_token $FILESRC prot)
cfgfile="/$(uri_token $FILESRC path)"
tftpserver=$(uri_token $FILESRC server)
tftpgetunpack $tftp $cfgfile $tftpserver
else
# usually the tftp-server serves relative to $SLX_TFTPBOOT_PATH, however,
# some tftp-servers aren't setup to do that but serve from / instead.
# In order to remedy, we evaluate $SLX_USE_ABSOLUTE_TFTP_PATH in order
# to find out if we should use the absolute path when accessing files
# via tftp:
#if [ "${SLX_USE_ABSOLUTE_TFTP_PATH}" -ge 1 ]; then
# local cfgdir="${SLX_TFTPBOOT_PATH}/client-config"
#else
local cfgdir="client-config"
#fi
local tftpserver=$serverip
# try to get configuration files successively; start with distro client
# and try last distro default ...
echo -e "\n## Configuration via fileget: Hierarchy is distro client \
and as last\n# distro/default" >> /tmp/confviafile
mac=$(echo $MAC|sed "s/:/-/g")
for cfgfile in $cfgdir/$DISTRO/01-$mac.tgz $cfgdir/$DISTRO/default.tgz \
$cfgdir/01-$mac.tgz $cfgdir/default.tgz ; do
tftpgetunpack $cfgfile $tftpserver && break
done
fi
test -f /initramfs/machine-setup && \
cat /initramfs/machine-setup >> /tmp/confviafile
echo "fileget via $srvproto finished" > /tmp/file-done
}
#######################################################################
# function for creating directories after testing of their existance
# avoids to recreate directories in union mounts
testmkd () {
test -d $1 || mkdir -p $1 >/dev/null 2>&1
}
#######################################################################
# simple basename replacement
basename () {
local b=${1##*/}
echo ${b%$2}
}
#######################################################################
# simple string in string search
strinstr (){
case "$2" in *$1*) return 0;; esac
return 1
}
#######################################################################
# simple string in file search
strinfile (){
case "$(cat $2)" in *$1*) return 0;; esac
return 1
}
#######################################################################
# check boot commandline for specified option
inkernelcmdline (){
strinstr " $1" "${KCMDLINE}"
return "$?"
}
#######################################################################
# wait for a file to appear and stop after maxwait counts
waitfor () {
local file=$1
local maxwait=$2
local count=0
while [ ! -e $file ] ; do
echo "waiting ........." > /dev/null
count=`expr $count + 1`
[ $count -gt $maxwait ] && return 1
done
return 0
}
#######################################################################
# ldconfig is needed if rootfilesystem is composed of several parts.
# search for ldconfig and execute it
# check that /mnt/etc/ld.so.conf is never lost
ldconfig () {
local cachefile="$1"
for ldcfg in /mnt/sbin/ldconfig \
/mnt/bin/ldconfig \
/mnt/usr/sbin/ldconfig; do
test -x $ldcfg && {
$ldcfg -r /mnt -C $cachefile; break; }
done
#/mnt/sbin/ldconfig -r /mnt -C $cachefile
echo "finished" > /tmp/ldcfg
}
#######################################################################
# base passwd/shadow, the standard user present in every system. All
# other system users should be generated within the service function
basepasswd () {
# strip every line with userid between 500 and 99999 from the passwd
# file
sed '/^[a-zA-Z0-9]*:[a-zA-Z0-9]*:[1-9][0-9]\{3,4\}:/d;/^+:*/d;/^+$/d;
/^[a-zA-Z0-9]*:[a-zA-Z0-9]*:[5-9][0-9]\{2\}:/d' /mnt/etc/passwd \
> /tmp/newpasswd
# and add user nobody again (is there a more elegant way?)
sed -n -e '/nobody/p' /mnt/etc/passwd >> /tmp/newpasswd
cp /tmp/newpasswd /mnt/etc/passwd
# create the shadow from passwd file
echo -e "root:"$root_pw":12958:0:10000::::" > /mnt/etc/shadow
sed 's/:.*/:!:13078:0:99999:7:::/;/^root.*/d' /tmp/newpasswd \
>> /mnt/etc/shadow
}
#######################################################################
# wait for the completion of configuration file (machine-setup). It is
# composed from different sources
cfgcomplete () {
waitfor /tmp/dhcp-done 10000 || error "$error_errdcfg" nonfatal
waitfor /tmp/file-done 10000 || error "$error_errfcfg" nonfatal
waitfor /tmp/ldap-done 10000 || error "$error_errlcfg" nonfatal
# concat the different files now into the central config file, order
# matters - ldap data has highest priority
if ! test -f /tmp/cfgcomplete ; then
for config in /tmp/confviadhcp /tmp/confviafile /tmp/confvialdap
do test -f $config && cat $config >> /etc/machine-setup
done
# check if serverip is set as variable @@@serverip@@@
sed "s,@@@serverip@@@,$serverip," -i /etc/machine-setup
echo "config completed" > /tmp/cfgcomplete
fi
}
#######################################################################
# localization simply derived from $language variable set in
# machine-setup or other sources - mostly taken from knoppix
localization () {
country="$1"
CONSOLE_FONT="lat9w-16.psfu"
case "$country" in
# German version
de*)
COUNTRY="de"
LANG="de_DE.UTF8"
KEYTABLE="de-latin1-nodeadkeys"
XKEYBOARD="de"
KDEKEYBOARD="de"
CHARSET="utf8"
KDEKEYBOARDS="us,fr"
TZ="Europe/Berlin"
;;
# Belgian version
be*)
COUNTRY="be"
LANG="C"
KEYTABLE="be2-latin1"
XKEYBOARD="be"
KDEKEYBOARD="be"
CHARSET="iso8859-15"
KDEKEYBOARDS="us,de,fr"
TZ="Europe/Brussels"
;;
# Bulgarian version
bg*)
COUNTRY="bg"
LANG="bg_BG"
KEYTABLE="bg"
XKEYBOARD="bg"
KDEKEYBOARD="bg"
CHARSET="microsoft-cp1251"
KDEKEYBOARDS="us,de,fr"
TZ="Europe/Sofia"
;;
# Switzerland (basically de with some modifications)
ch)
LANGUAGE="de"
COUNTRY="ch"
LANG="de_CH"
KEYTABLE="sg-latin1"
XKEYBOARD="de_CH"
KDEKEYBOARD="de_CH"
CHARSET="iso8859-15"
KDEKEYBOARDS="de,us,fr"
TZ="Europe/Zurich"
;;
# Simplified Chinese
cn)
COUNTRY="cn"
LANG="zh_CN.GB2312"
KEYTABLE="us"
XKEYBOARD="us"
KDEKEYBOARD="us"
CHARSET="gb2312.1980-0"
KDEKEYBOARDS="us,de,fr"
XMODIFIERS="@im=Chinput"
TZ="Asia/Shanghai"
;;
# Czechoslovakia
cs|cz)
LANGUAGE="cs"
COUNTRY="cs"
LANG="cs_CZ"
KEYTABLE="cz-lat2"
XKEYBOARD="cs"
KDEKEYBOARD="cz"
CHARSET="iso8859-2"
KDEKEYBOARDS="us,de,fr"
TZ="Europe/Prague"
CONSOLE_FONT="iso02g"
;;
# Denmark
dk|da)
COUNTRY="dk"
LANG="da_DK"
# Workaround: "dk" broken in gettext, use da:da_DK
LANGUAGE="da:da_DK"
KEYTABLE="dk"
XKEYBOARD="dk"
KDEKEYBOARD="dk"
CHARSET="iso8859-15"
KDEKEYBOARDS="dk,de,us,fr"
TZ="Europe/Copenhagen"
;;
es)
# Spain
COUNTRY="es"
LANG="es_ES@euro"
KEYTABLE="es"
XKEYBOARD="es"
KDEKEYBOARD="es"
CHARSET="iso8859-15"
KDEKEYBOARDS="de,us,fr"
TZ="Europe/Madrid"
;;
# Finland
fi)
COUNTRY="fi"
LANG="fi_FI@euro"
KEYTABLE="fi"
XKEYBOARD="fi"
KDEKEYBOARD="fi"
CHARSET="iso8859-15"
KDEKEYBOARDS="us"
TZ="Europe/Helsinki"
;;
# France
fr*)
COUNTRY="fr"
LANG="fr_FR@euro"
KEYTABLE="fr"
XKEYBOARD="fr"
KDEKEYBOARD="fr"
CHARSET="iso8859-15"
KDEKEYBOARDS="de,us"
TZ="Europe/Paris"
;;
he|il)
# Hebrew version
LANGUAGE="he"
COUNTRY="il"
LANG="he_IL"
KEYTABLE="us"
XKEYBOARD="us"
KDEKEYBOARD="il"
CHARSET="iso8859-8"
KDEKEYBOARDS="us,fr,de"
TZ="Asia/Jerusalem"
;;
# Ireland
ie)
COUNTRY="ie"
LANG="en_IE@euro"
KEYTABLE="uk"
XKEYBOARD="uk"
KDEKEYBOARD="gb"
CHARSET="iso8859-15"
KDEKEYBOARDS="us,de,es,fr,it"
TZ="Europe/Dublin"
;;
# Italy
it)
COUNTRY="it"
LANG="it_IT@euro"
KEYTABLE="it"
XKEYBOARD="it"
KDEKEYBOARD="it"
CHARSET="iso8859-15"
KDEKEYBOARDS="fr,us,de"
TZ="Europe/Rome"
;;
# Japan
ja)
COUNTRY="jp"
LANG="ja_JP"
LANGUAGE="ja"
KEYTABLE="us"
XKEYBOARD="us"
KDEKEYBOARD="us"
CHARSET="iso8859-15"
KDEKEYBOARDS="fr,us,de"
TZ="Asia/Tokyo"
;;
# The Netherlands
nl)
COUNTRY="nl"
LANG="nl_NL@euro"
KEYTABLE="us"
XKEYBOARD="us"
KDEKEYBOARD="en_US"
CHARSET="iso8859-15"
KDEKEYBOARDS="nl,de,fr"
TZ="Europe/Amsterdam"
;;
# Poland
pl)
COUNTRY="pl"
LANG="pl_PL"
KEYTABLE="pl"
XKEYBOARD="pl"
KDEKEYBOARD="pl"
CHARSET="iso8859-2"
KDEKEYBOARDS="de,us,fr"
TZ="Europe/Warsaw"
CONSOLE_FONT="iso02g"
;;
# Russia
ru)
COUNTRY="ru"
LANG="ru_RU.KOI8-R"
KEYTABLE="ru"
XKEYBOARD="ru"
KDEKEYBOARD="ru"
CHARSET="koi8-r"
CONSOLE_FONT="Cyr_a8x16"
KDEKEYBOARDS="de,us,fr"
TZ="Europe/Moscow"
;;
# Slovakia
sk)
COUNTRY="sk"
LANG="sk"
KEYTABLE="sk-qwerty"
XKEYBOARD="sk"
KDEKEYBOARD="sk"
CHARSET="iso8859-2"
KDEKEYBOARDS="us,de"
TZ="Europe/Bratislava"
CONSOLE_FONT="iso02g"
;;
# Slovenia
sl)
LANGUAGE="sl"
COUNTRY="si"
LANG="sl_SI"
KEYTABLE="slovene"
XKEYBOARD="sl"
KDEKEYBOARD="si"
CHARSET="iso8859-2"
KDEKEYBOARDS="us,de"
TZ="Europe/Ljubljana"
CONSOLE_FONT="iso02g"
;;
tr)
# Turkish version (guessed)
COUNTRY="tr"
LANG="tr_TR"
KEYTABLE="tr_q-latin5"
XKEYBOARD="tr"
KDEKEYBOARD="tr"
CHARSET="iso8859-9"
KDEKEYBOARDS="us,de,fr"
TZ="Europe/Istanbul"
;;
# Taiwan - Traditional Chinese version (thanks to Chung-Yen Chang)
tw)
COUNTRY="tw"
LANG="zh_TW.Big5"
LANGUAGE="zh_TW.Big5"
KEYTABLE="us"
XKEYBOARD="us"
KDEKEYBOARD="us"
CHARSET="iso8859-1"
KDEKEYBOARDS="us"
XMODIFIERS="@im=xcin"
TZ="Asia/Taipei"
;;
# Great Britian
uk)
COUNTRY="uk"
LANG="en_GB"
LANGUAGE="en"
KEYTABLE="uk"
XKEYBOARD="uk"
KDEKEYBOARD="gb"
CHARSET="iso8859-1"
KDEKEYBOARDS="us"
TZ="Europe/London"
;;
# US and default configuration
*)
LANGUAGE="us"
COUNTRY="us"
LANG="C"
KEYTABLE="us"
XKEYBOARD="us"
KDEKEYBOARD="us"
CHARSET="iso8859-1"
KDEKEYBOARDS="de,fr"
TZ="America/New_York"
;;
esac
}
#######################################################################
# setup initial boot scripts (for most standard distributions, gentoo
# is to be handled differently)
initial_boot () {
for i in ${D_RCDIRS} ${D_INITBOOTD} ; do
rm -f /mnt/etc/$i/*
done
count=10
# boot.ld is a special runlevel script generated within initial ramdisk
# which should be executed before the rest
for i in boot.ld ${D_INITSCRIPTS}; do
count=`expr $count + 1`
revcnt=`expr 41 - $count`
ln -sf /etc${D_INITDIR}/$i /mnt/etc/${D_INITBOOTD}/S${count}$i
ln -sf /etc${D_INITDIR}/$i /mnt/etc/${D_INITBOOTD}/K${revcnt}$i
done
}
#######################################################################
# find out if prerequisites for special X server modules are met
# incomplete
check_glx () {
case "${XMODULE}" in
radeon)
# check ${XDESC}/ hwsetup.info device string in Cards file and then
# for needed components
test -f /mnt/lib/modules/${KERNEL}/kernel/drivers/char/drm/fglrx.ko \
&& test -f /mnt/usr/X11R6/lib/modules/drivers/fglrx_drv.* && \
XMODULE=fglrx
# there seems no problem, if no TV is connected
#TVOUT='\tOption\t\t"TVFormat" "PAL-B"\n
#\tOption\t\t"DesktopSetup" "horizontal"'
;;
nv)
#
# test -f /mnt/usr/X11R6/lib/modules/drivers/nvidia_drv.*
;;
esac
}
#######################################################################
# dummy functions - avoid undefined functions in servconfig (functions
# are normally overwritten by settings within distro-functions - a file
# generated by mkdxsconfig from <distro>/functions-default & ~-version
# overwrite xorg configuration set by hwautocfg
displayvars (){
:
}
# function for ntp configuration
config_ntp () {
:
}
# function for afs
config_afs () {
:
}
# function for atd
config_atd () {
:
}
# function for configuration of cron services
config_cron () {
:
}
# syslog service
config_syslog () {
:
}
# secure shell service
config_sshd () {
:
}
# snmp agent for remote monitoring
config_snmp () {
:
}
# consolefont
consolefont () {
:
}
# acpi and powersave
config_acpi () {
:
}
# configure xdm as display manager
config_xdm () {
:
}
# configure gdm as display manager
config_gdm () {
:
}
# configure hal, dbus, resmgr and services like that
config_dreshal () {
:
}
# configure automounter
config_automount () {
:
}
# configure bluetooth services
config_bt () {
:
}
# create a compliant runlevel script, needed for boot.ld and vmware-prep
d_mkrlscript () {
:
}
# start name service caching daemon
config_nscd () {
:
}
# prepare virtual machine environment (vmware, vmplayer)
config_vmware () {
:
}
# configure automounter
config_automount () {
:
}
# start portmapper (needed at least for nfs and nis services)
config_portmap () {
:
}
# start NIS (fixmee - does the service is really named ypbind??)
config_nis () {
:
}