akittstein
19.09.02, 08:37
Hallöchen,
ich habe einen Suse 7.1 Server als Router für ein kleines Privates Netzwerk am Laufen.
An der Maschine ist keine Tastatur und auch kein Monitor angeschlossen.
Mag sein dass die Festplatte nicht in Ordnung ist, aber mal unabhängig davon:
Wie konfiguriere ich es bzw. was muss ich im Script /etc/init.d/boot
ändern damit beim auftreten von Fehlern die Platte bzw. die Partition automatisch
repariert wird.
Das System wird über Webmin bzw. SSH wieder heruntergefahren wenn nötig.
Dabei ist es schon hin und wieder passiert das die Maschine eben nicht korrekt
bzw. vollständig heruntergefahren ist.
Ich will nicht immer den Monitor und die Tastatur umstöpseln wenn die Kiste
nicht bootet.
Die andere Lösung wäre eine neue Platte für /dev/hda1 einzubauen, aber da
weiss ich nicht was zu beachten ist damit nach dem Austausch der Platte das
System wieder problemlos bootet bzw. läuft.
Bin für jede Anregung dankbar!
Anbei noch das script /etc/init.d/boot
kittstein.de
#! /bin/sh
#
# Copyright (c) 1996 SuSE GmbH Nuernberg, Germany. All rights reserved.
#
# Author: Ruediger Oertel <ro@suse.de>, 1996-2000
# Werner Fink <werner@suse.de>, 1996-2000
# Burchard Steinbild <bs@suse.de>, 1996-2000
# Florian La Roche <florian@suse.de>, 1996
#
# /etc/init.d/boot
#
# first script to be executed from init on system startup
#
. /etc/rc.status
. /etc/rc.config
echo "Running $0"
rc_reset
echo -n "Mounting /proc device"
mount -n -t proc proc /proc
rc_status -v -r
echo -n "Mounting /dev/pts"
optpts="-o mode=0620,gid=5"
mount -n -t devpts $optpts devpts /dev/pts
rc_status -v1 -r
#
# Start blogd, requires /proc and /dev/pts
#
REDIRECT="`showconsole 2>/dev/null`"
test -x /sbin/blogd && /sbin/blogd $REDIRECT
#
# possibly there are file systems on devices, which need a kernel
# module to be loaded. So start kerneld as early as possible.
#
if test "$START_KERNELD" = yes -a \
-x /sbin/kerneld -a ! -e /proc/sys/kernel/modprobe ; then
echo -n "Starting kerneld:"
/sbin/kerneld > /dev/null 2>&1
rc_status -v -r
fi
#
# check if sysrq should be enabled
#
if test -e /proc/sys/kernel/sysrq ; then
if test "$ENABLE_SYSRQ" = yes ; then
echo "1" > /proc/sys/kernel/sysrq
else
echo "0" > /proc/sys/kernel/sysrq
fi
fi
#
# check if STOP-A should be enabled
#
if test -e /proc/sys/kernel/stop-a ; then
if test "$ENABLE_STOP_A" = yes ; then
echo "1" > /proc/sys/kernel/stop-a
else
echo "0" > /proc/sys/kernel/stop-a
fi
fi
# Disable ECN if required.
if test "$DISABLE_ECN" = "yes" -a -f /proc/sys/net/ipv4/tcp_ecn; then
echo "0" >/proc/sys/net/ipv4/tcp_ecn
fi
#
# maybe we use "Multiple devices". So initialize MD.
#
if test -f /etc/raidtab -a -x /sbin/raid0run ; then
echo "Initializing Multiple Devices..."
/sbin/raid0run -a
elif test -f /etc/mdtab -a -x /sbin/mdadd ; then
echo "Initializing Multiple Devices..."
/sbin/mdadd -ar && MDADD_RETURN=0 || MDADD_RETURN=1
if test $MDADD_RETURN -ne 0 ; then
if test -x /sbin/ckraid ; then
echo "Initializing Multiple Devices failed. Trying to recover it..."
/sbin/mdstop -a
for i in /etc/raid?.conf ; do
/sbin/ckraid --fix $i
done
/sbin/mdadd -ar
rc_status -v1 -r
else
rc_status -v1 -r
fi
fi
fi
#
# s390 is 'like' serial console(better: no console ttys at all)
# and we don't have access to the HW Clock
#
if test "$HOSTTYPE" = "s390" ; then
SERIAL_CONSOLE=yes
HWCLOCK_ACCESS=no
fi
#
# If we use a serial console, don't use the fsck progress bar
#
if test -z "$SERIAL_CONSOLE"; then
FSCK_PROGRESSBAR="-C"
else
FSCK_PROGRESSBAR=""
fi
#
# Find and activate volume groups (HM 1/1/1999)
#
if test -d /etc/lvmtab.d/ -a -x /sbin/vgscan -a -x /sbin/vgchange ; then
echo "Run file system check on root for LVM activation"
while read des fs type rest; do
case "$fs" in
/) break ;;
*) ;;
esac
done < /etc/fstab
FSCK_RETURN=0
# on first startup of a system with a lvm root device lvm /dev entries
# may not exist at this time, so skip fsck in this case
# skip fsck also for reiserfs case
if [ -f "$des" -a "$type" != "reiserfs" ]
then
fsck $FSCK_PROGRESSBAR -a -t $type /
FSCK_RETURN=$?
fi
# A return code of 1 indicates that file system errors
# were corrected, but that the boot may proceed.
# A return code of 2 or larger indicates failure.
if test $FSCK_RETURN -gt 1 ; then
# Stop blogd since we reboot after sulogin
killproc -QUIT /sbin/blogd
if test -x /etc/init.d/kbd ; then
/etc/init.d/kbd start
fi
echo
echo "fsck for root file system (/) failed."
echo "Please repair it manually and reboot."
echo "The root file system is currently mounted read-only."
echo
echo "Attention: Only CONTROL-D will reboot the system in this"
echo "maintanance mode. shutdown or reboot will not work."
echo
PS1="(repair filesystem) # "
export PS1
/sbin/sulogin /dev/console
# if the user has mounted something rw, this should be umounted
echo "Unmounting file systems (ignore error messages)"
umount -avn
# on umsdos fs this would lead to an error message. so direct
# errors to /dev/null
mount -no remount,ro / 2> /dev/null
sync
reboot -f
else
echo "Remounting root file system (/) read/write for vgscan..."
mount -n -o remount,rw /
echo "Scanning for LVM volume groups..."
/sbin/vgscan
mount -n -o remount,ro /
echo "Activating LVM volume groups..."
/sbin/vgchange -a y
fi
fi
#
# fsck can need a huge amount of memory, so make sure, it is there.
#
echo "Activating swap-devices in /etc/fstab..."
swapon -a &> /dev/null
rc_status -v1 -r
case `uname -r` in
0.*|1.*|2.[01].*|2.2.?|2.2.10)
echo -n "Running update (bdflush) daemon"
/sbin/update
rc_status -v -r
;;
esac
#
# do fsck and start sulogin, if it fails.
#
FSCK_RETURN=0
if test ! -f /fastboot -a -z "$fastboot" ; then
FSCK_FORCE=""
test -f /forcefsck && FSCK_FORCE="-f"
# on an umsdos root fs this mount will fail, so direct error messages
# to /dev/null.
# this seems to be ugly, but should not really be a problem.
mount -n -o remount,ro / 2> /dev/null
if test $? = 0; then
echo "Checking file systems..."
fsck $FSCK_PROGRESSBAR -A -a $FSCK_FORCE
# A return code of 1 indicates that file system errors
# were corrected, but that the boot may proceed.
# A return code of 2 or larger indicates failure.
FSCK_RETURN=$?
test $FSCK_RETURN -lt 2
rc_status -v1 -r
if test $FSCK_RETURN -gt 1; then
# Stop blogd since we reboot after sulogin
killproc -QUIT /sbin/blogd
if test -x /etc/init.d/kbd ; then
/etc/init.d/kbd start
fi
echo
echo "fsck failed. Please repair manually and reboot. The root"
echo "file system is currently mounted read-only. To remount it"
echo "read-write do:"
echo
echo " bash# mount -n -o remount,rw /"
echo
echo "Attention: Only CONTROL-D will reboot the system in this"
echo "maintanance mode. shutdown or reboot will not work."
echo
PS1="(repair filesystem) # "
export PS1
/sbin/sulogin /dev/console
# if the user has mounted something rw, this should be umounted
echo "Unmounting file systems (ignore error messages)"
umount -avn
# on umsdos fs this would lead to an error message. so direct
# errors to /dev/null
mount -no remount,ro / 2> /dev/null
sync
reboot -f
fi
sync
mount -n -o remount,rw /
else
mounts=/etc/mtab
test -r /proc/mounts && mounts=/proc/mounts
while read des fs type rest; do
case "$fs" in
/) break ;;
*) ;;
esac
done < $mounts
if test "$type" != "umsdos" ; then
echo
echo "*** ERROR! Cannot fsck because root is not read-only!"
echo
fi
fi
else
echo "File systems are NOT being checked."
mount -n -o remount,rw /
fi
#
# clean up
#
rm -f /etc/mtab* /etc/nologin /nologin /fastboot
#
# initialize database for kerneld. This should be done earlier, but
# could cause a lot of trouble with damaged file systems.
# restart of kerneld will be done by /etc/init.d/kerneld
#
MODULES_DIR=/lib/modules/`uname -r`
if test -x /sbin/depmod -a -d $MODULES_DIR ; then
for i in $MODULES_DIR/* $MODULES_DIR/*/* /etc/modules.conf ; do
test -e $i || continue
if test $i -nt $MODULES_DIR/modules.dep ; then
rm -f $MODULES_DIR/modules.dep
break
fi
done
if test ! -e $MODULES_DIR/modules.dep ; then
echo -n Setting up $MODULES_DIR
/sbin/depmod -a > /dev/null 2>&1
rc_status -v -r
fi
fi
#
# Mount local filesystems in '/etc/fstab' (and create an entry
# for / and /proc).
#
echo "Mounting local file systems..."
mount -fv -t proc proc /proc
rc_status
mount -fv -t devpts $optpts devpts /dev/pts
rc_status
mount -av -t nonfs,noproc,nodevpts
rc_status -v1 -r
# set and adjust the CMOS clock
if test "$HWCLOCK_ACCESS" != "no" ; then
echo -n Setting up the CMOS clock
CLOCKCMD=hwclock
while read line; do
case "$line" in
# *MacRISC*) CLOCKCMD=clock ;;
*MTX\ Plus*) CLOCKCMD="hwclock --mtxplus --directisa" ;;
*PReP\ Dual\ MTX*) CLOCKCMD="hwclock --mtxplus --directisa" ;;
esac
done < /proc/cpuinfo
test "$GMT" != "YAST_ASK" && $CLOCKCMD --hctosys $GMT
rc_status
test -f /etc/adjtime || echo "0.0 0 0.0" > /etc/adjtime
if test "$GMT" != "YAST_ASK" -a "$START_XNTPD" != "yes" ; then
$CLOCKCMD --adjust $GMT
rc_status
fi
rc_status -v -r
fi
#
# reinit quota, if fsck has returned value != 0
#
if test $FSCK_RETURN -gt 0 -a -n "$START_QUOTA" -a "$START_QUOTA"="yes" ; then
# Check quota and then turn quota on.
if test -x /sbin/quotacheck ; then
echo "Checking quotas. This may take some time."
/sbin/quotacheck -avug
rc_status -v1 -r
fi
fi
# Let ld.so rebuild its cache.
# But do some tests before if it is really needed (bs@suse.de 01/2000)
LDCONFIG_NEEDED=false
test -s /etc/ld.so.cache || LDCONFIG_NEEDED=true
test "$run_ldconfig" = true && LDCONFIG_NEEDED=true
test -x /usr/bin/find -a "$LDCONFIG_NEEDED" = false && {
for DUMMY in `/usr/bin/find /etc/ld.so.cache -mtime +30` ; do
LDCONFIG_NEEDED=true
done
}
LIBDIRS="/lib /usr/lib /usr/local/lib"
test -s /etc/ld.so.conf && {
for DIR in `cat /etc/ld.so.conf` ; do
case $DIR in
/*)
test -d "$DIR" && LIBDIRS="$LIBDIRS $DIR"
;;
esac
done
}
for DIR in $LIBDIRS ; do
test $DIR -nt /etc/ld.so.cache && {
LDCONFIG_NEEDED=true
break
}
done
test -x /sbin/ldconfig -a "$LDCONFIG_NEEDED" = true && {
echo -n "Starting ldconfig (setting up /etc/ld.so.cache)"
{ /sbin/ldconfig -X 2>/dev/null || \
{ echo ; echo -e "ldconfig $rc_failed" ; } ; } &
rc_status -v -r
}
#
# Let zic set timezone - if present.
#
if test -n "$TIMEZONE" -a "$TIMEZONE" != "YAST_ASK" -a -x /usr/sbin/zic ; then
echo -n Setting up timezone data
/usr/sbin/zic -l $TIMEZONE
rc_status -v -r
fi
#
# initialize loopback device
#
if test "$START_LOOPBACK" = yes; then
echo -n Setting up loopback device
ifconfig lo 127.0.0.1 netmask 255.0.0.0 up
rc_status
case `uname -r` in
0.*|1.*|2.[012].*)
route add -net 127.0.0.0 netmask 255.0.0.0 dev lo
rc_status
;;
esac
rc_status -v -r
fi
#
# set hostname and domainname
#
test -n "$FQHOSTNAME" && {
echo -n Setting up hostname
hostname ${FQHOSTNAME%%.*}
rc_status -v -r
}
test -n "$YP_DOMAINNAME" && {
echo -n Setting up YP domainname
domainname $YP_DOMAINNAME
rc_status -v -r
} || domainname ""
#
# clean up
#
rm -f /var/lock/* /var/lock/*/* /tmp/.X*lock \
/var/run/* /var/run/*/* /var/spool/uucp/LCK* 2>/dev/null
rm -rf /tmp/screens 2>/dev/null
rm -f /var/run/utmp
echo -n > /var/run/utmp
chmod 664 /var/run/utmp
chown root.tty /var/run/utmp
#
# there could be a new kernel version. reinit /etc/psdevtab, to be sure.
#
rm -f /etc/psdevtab
test -x /bin/ps && /bin/ps > /dev/null 2> /dev/null
#
# mount shmfs is necessary (2.4 kernels)
#
unset HAVE_SHM
while read dev type; do
test "$type" = "shm" && HAVE_SHM=1
done < /proc/filesystems
if test ! -z "$HAVE_SHM"; then
ECHO_RETURN=$rc_done
test -d /dev/shm || mkdir /dev/shm
echo -n "Mount SHM FS on /dev/shm"
mount -t shm shmfs /dev/shm || ECHO_RETURN=$rc_failed
echo -e $ECHO_RETURN
fi
#unset HAVE_SHM
#
# start bootup client scripts.
#
if test -d /etc/init.d/boot.d/ ; then
for i in /etc/init.d/boot.d/S*; do
test -f $i || continue
if test -x "$i" ; then
# Active boot scripts, should have their own messages
$i start
else
# Old boot scripts, may not have any message
echo Running $i
/bin/sh $i b
rc_status -v1 -r
fi
done
fi
#
# setup PNP if config file is present
#
if test -r /etc/isapnp.conf -a -x /sbin/isapnp -a "$START_ISAPNP" = yes ; then
echo "Initializing PnP devices"
/sbin/isapnp /etc/isapnp.conf
rc_status -v1 -r
fi
#
# start user defined bootup script.
#
if test -f /etc/init.d/boot.local ; then
echo "Running /etc/init.d/boot.local"
/bin/sh /etc/init.d/boot.local
rc_status -v1 -r
fi
# Read all kernel messages generated until now and put them in one file.
test -s /var/log/boot.msg && mv -f /var/log/boot.msg /var/log/boot.omsg
if test -x /sbin/klogd ; then
echo Creating /var/log/boot.msg
/sbin/klogd -s -o -n -f /var/log/boot.msg
/bin/sleep 1
test -s /var/log/boot.msg
rc_status -v1 -r
elif test -x /bin/dmesg ; then
echo Creating /var/log/boot.msg
/bin/dmesg -s16384 > /var/log/boot.msg
/bin/sleep 1
test -s /var/log/boot.msg
rc_status -v1 -r
fi
if test -x /usr/sbin/klogconsole ; then
if test -z "$SERIAL_CONSOLE" ; then
( test -c /dev/tty10 && > /dev/tty10 ) > /dev/null 2>&1 && /usr/sbin/klogconsole -r10
else
/usr/sbin/klogconsole -l 7 -r 0
fi
fi
#
# Say blogd that I/O is possible now
#
killproc -IO /sbin/blogd
#
# enable DEXE binary format
#
if test -d /proc/sys/fs/binfmt_misc -a -x /usr/bin/dosexec; then
echo -n "Registering DEXE for binfmt"
echo :DEXE:M::\\x0eDEXE::/usr/bin/dosexec: > \
/proc/sys/fs/binfmt_misc/register
rc_status -v -r
fi
#
# Enable "dynamic IP patch"
#
if test -n "$IP_DYNIP" -a "$IP_DYNIP" != no -a \
-e /proc/sys/net/ipv4/ip_dynaddr ; then
echo -n "Enabling dynamic IP patch"
case "$IP_DYNIP" in
yes) echo 7 ; ECHO_RETURN=$rc_done ;;
[1-9]) echo $IP_DYNIP ; ECHO_RETURN=$rc_done ;;
*) ECHO_RETURN=" invalid IP_DYNIP=$IP_DYNIP $rc_skipped" ;;
esac > /proc/sys/net/ipv4/ip_dynaddr || ECHO_RETURN=$rc_failed
echo -e "$ECHO_RETURN"
fi
#
# Enable syn flood protection
#
if test -n "$IP_TCP_SYNCOOKIES" -a "$IP_TCP_SYNCOOKIES" != no -a \
-e /proc/sys/net/ipv4/tcp_syncookies ; then
echo -n "Enabling syn flood protection"
case "$IP_TCP_SYNCOOKIES" in
yes) echo 1 ; ECHO_RETURN=$rc_done ;;
*) ECHO_RETURN=" invalid IP_TCP_SYNCOOKIES=$IP_TCP_SYNCOOKIES $rc_skipped" ;;
esac > /proc/sys/net/ipv4/tcp_syncookies || ECHO_RETURN=$rc_failed
echo -e "$ECHO_RETURN"
fi
#
# Enable IP forwarding ?
#
if test -e /proc/sys/net/ipv4/ip_forward -a -n "$IP_FORWARD" ; then
case $IP_FORWARD in
yes)
echo -n "Enabling IP forwarding"
echo "1" > /proc/sys/net/ipv4/ip_forward
;;
*)
echo -n "Disabling IP forwarding"
echo "0" > /proc/sys/net/ipv4/ip_forward
;;
esac
rc_status -v -r
fi
#
# insert memstat module for xosview
#
if test "$LOAD_MEMSTAT_MODULE" = yes ; then
if test -f $MODULES_DIR/misc/memstat.o ; then
echo Loading memstat module
insmod $MODULES_DIR/misc/memstat.o
rc_status -v1 -r
fi
fi
#
# Stop blogd
#
killproc -QUIT /sbin/blogd
#
# look for stuff to do for first bootup.
#
if test -e /var/adm/setup/setup.newinst -o -e /usr/lib/YaST/.configured2 ; then
if test -w / -a "$NO_AUTO_SETUP" != true ; then
exec 0<> $REDIRECT 1>&0 2>&0
if test -e /usr/lib/YaST/.configured2 ; then
echo
echo It seems, that last installation setup has not been finished...
echo To be sure, it will be started again.
echo
sleep 2
rm -f /usr/lib/YaST/.configured2
fi
/lib/YaST/bootsetup
#
# maybe YaST has started gpm. This can lead into trouble with
# setserial. Since it is started again, when entering into
# runlevel 2, we can kill it here.
#
test -x /usr/sbin/gpm && \
killproc -TERM /usr/sbin/gpm > /dev/null 2> /dev/null
fi
fi
#
# Let YaST2 finish its installation, if you installed with YaST2
#
if test -f /var/lib/YaST2/runme_at_boot ; then
exec 0<> $REDIRECT 1>&0 2>&0
test -x /lib/YaST2/bin/YaST2.firstboot && /lib/YaST2/bin/YaST2.firstboot
test -x /usr/lib/YaST2/bin/YaST2.firstboot && /usr/lib/YaST2/bin/YaST2.firstboot
fi
rc_reset
exit 0
ich habe einen Suse 7.1 Server als Router für ein kleines Privates Netzwerk am Laufen.
An der Maschine ist keine Tastatur und auch kein Monitor angeschlossen.
Mag sein dass die Festplatte nicht in Ordnung ist, aber mal unabhängig davon:
Wie konfiguriere ich es bzw. was muss ich im Script /etc/init.d/boot
ändern damit beim auftreten von Fehlern die Platte bzw. die Partition automatisch
repariert wird.
Das System wird über Webmin bzw. SSH wieder heruntergefahren wenn nötig.
Dabei ist es schon hin und wieder passiert das die Maschine eben nicht korrekt
bzw. vollständig heruntergefahren ist.
Ich will nicht immer den Monitor und die Tastatur umstöpseln wenn die Kiste
nicht bootet.
Die andere Lösung wäre eine neue Platte für /dev/hda1 einzubauen, aber da
weiss ich nicht was zu beachten ist damit nach dem Austausch der Platte das
System wieder problemlos bootet bzw. läuft.
Bin für jede Anregung dankbar!
Anbei noch das script /etc/init.d/boot
kittstein.de
#! /bin/sh
#
# Copyright (c) 1996 SuSE GmbH Nuernberg, Germany. All rights reserved.
#
# Author: Ruediger Oertel <ro@suse.de>, 1996-2000
# Werner Fink <werner@suse.de>, 1996-2000
# Burchard Steinbild <bs@suse.de>, 1996-2000
# Florian La Roche <florian@suse.de>, 1996
#
# /etc/init.d/boot
#
# first script to be executed from init on system startup
#
. /etc/rc.status
. /etc/rc.config
echo "Running $0"
rc_reset
echo -n "Mounting /proc device"
mount -n -t proc proc /proc
rc_status -v -r
echo -n "Mounting /dev/pts"
optpts="-o mode=0620,gid=5"
mount -n -t devpts $optpts devpts /dev/pts
rc_status -v1 -r
#
# Start blogd, requires /proc and /dev/pts
#
REDIRECT="`showconsole 2>/dev/null`"
test -x /sbin/blogd && /sbin/blogd $REDIRECT
#
# possibly there are file systems on devices, which need a kernel
# module to be loaded. So start kerneld as early as possible.
#
if test "$START_KERNELD" = yes -a \
-x /sbin/kerneld -a ! -e /proc/sys/kernel/modprobe ; then
echo -n "Starting kerneld:"
/sbin/kerneld > /dev/null 2>&1
rc_status -v -r
fi
#
# check if sysrq should be enabled
#
if test -e /proc/sys/kernel/sysrq ; then
if test "$ENABLE_SYSRQ" = yes ; then
echo "1" > /proc/sys/kernel/sysrq
else
echo "0" > /proc/sys/kernel/sysrq
fi
fi
#
# check if STOP-A should be enabled
#
if test -e /proc/sys/kernel/stop-a ; then
if test "$ENABLE_STOP_A" = yes ; then
echo "1" > /proc/sys/kernel/stop-a
else
echo "0" > /proc/sys/kernel/stop-a
fi
fi
# Disable ECN if required.
if test "$DISABLE_ECN" = "yes" -a -f /proc/sys/net/ipv4/tcp_ecn; then
echo "0" >/proc/sys/net/ipv4/tcp_ecn
fi
#
# maybe we use "Multiple devices". So initialize MD.
#
if test -f /etc/raidtab -a -x /sbin/raid0run ; then
echo "Initializing Multiple Devices..."
/sbin/raid0run -a
elif test -f /etc/mdtab -a -x /sbin/mdadd ; then
echo "Initializing Multiple Devices..."
/sbin/mdadd -ar && MDADD_RETURN=0 || MDADD_RETURN=1
if test $MDADD_RETURN -ne 0 ; then
if test -x /sbin/ckraid ; then
echo "Initializing Multiple Devices failed. Trying to recover it..."
/sbin/mdstop -a
for i in /etc/raid?.conf ; do
/sbin/ckraid --fix $i
done
/sbin/mdadd -ar
rc_status -v1 -r
else
rc_status -v1 -r
fi
fi
fi
#
# s390 is 'like' serial console(better: no console ttys at all)
# and we don't have access to the HW Clock
#
if test "$HOSTTYPE" = "s390" ; then
SERIAL_CONSOLE=yes
HWCLOCK_ACCESS=no
fi
#
# If we use a serial console, don't use the fsck progress bar
#
if test -z "$SERIAL_CONSOLE"; then
FSCK_PROGRESSBAR="-C"
else
FSCK_PROGRESSBAR=""
fi
#
# Find and activate volume groups (HM 1/1/1999)
#
if test -d /etc/lvmtab.d/ -a -x /sbin/vgscan -a -x /sbin/vgchange ; then
echo "Run file system check on root for LVM activation"
while read des fs type rest; do
case "$fs" in
/) break ;;
*) ;;
esac
done < /etc/fstab
FSCK_RETURN=0
# on first startup of a system with a lvm root device lvm /dev entries
# may not exist at this time, so skip fsck in this case
# skip fsck also for reiserfs case
if [ -f "$des" -a "$type" != "reiserfs" ]
then
fsck $FSCK_PROGRESSBAR -a -t $type /
FSCK_RETURN=$?
fi
# A return code of 1 indicates that file system errors
# were corrected, but that the boot may proceed.
# A return code of 2 or larger indicates failure.
if test $FSCK_RETURN -gt 1 ; then
# Stop blogd since we reboot after sulogin
killproc -QUIT /sbin/blogd
if test -x /etc/init.d/kbd ; then
/etc/init.d/kbd start
fi
echo
echo "fsck for root file system (/) failed."
echo "Please repair it manually and reboot."
echo "The root file system is currently mounted read-only."
echo
echo "Attention: Only CONTROL-D will reboot the system in this"
echo "maintanance mode. shutdown or reboot will not work."
echo
PS1="(repair filesystem) # "
export PS1
/sbin/sulogin /dev/console
# if the user has mounted something rw, this should be umounted
echo "Unmounting file systems (ignore error messages)"
umount -avn
# on umsdos fs this would lead to an error message. so direct
# errors to /dev/null
mount -no remount,ro / 2> /dev/null
sync
reboot -f
else
echo "Remounting root file system (/) read/write for vgscan..."
mount -n -o remount,rw /
echo "Scanning for LVM volume groups..."
/sbin/vgscan
mount -n -o remount,ro /
echo "Activating LVM volume groups..."
/sbin/vgchange -a y
fi
fi
#
# fsck can need a huge amount of memory, so make sure, it is there.
#
echo "Activating swap-devices in /etc/fstab..."
swapon -a &> /dev/null
rc_status -v1 -r
case `uname -r` in
0.*|1.*|2.[01].*|2.2.?|2.2.10)
echo -n "Running update (bdflush) daemon"
/sbin/update
rc_status -v -r
;;
esac
#
# do fsck and start sulogin, if it fails.
#
FSCK_RETURN=0
if test ! -f /fastboot -a -z "$fastboot" ; then
FSCK_FORCE=""
test -f /forcefsck && FSCK_FORCE="-f"
# on an umsdos root fs this mount will fail, so direct error messages
# to /dev/null.
# this seems to be ugly, but should not really be a problem.
mount -n -o remount,ro / 2> /dev/null
if test $? = 0; then
echo "Checking file systems..."
fsck $FSCK_PROGRESSBAR -A -a $FSCK_FORCE
# A return code of 1 indicates that file system errors
# were corrected, but that the boot may proceed.
# A return code of 2 or larger indicates failure.
FSCK_RETURN=$?
test $FSCK_RETURN -lt 2
rc_status -v1 -r
if test $FSCK_RETURN -gt 1; then
# Stop blogd since we reboot after sulogin
killproc -QUIT /sbin/blogd
if test -x /etc/init.d/kbd ; then
/etc/init.d/kbd start
fi
echo
echo "fsck failed. Please repair manually and reboot. The root"
echo "file system is currently mounted read-only. To remount it"
echo "read-write do:"
echo
echo " bash# mount -n -o remount,rw /"
echo
echo "Attention: Only CONTROL-D will reboot the system in this"
echo "maintanance mode. shutdown or reboot will not work."
echo
PS1="(repair filesystem) # "
export PS1
/sbin/sulogin /dev/console
# if the user has mounted something rw, this should be umounted
echo "Unmounting file systems (ignore error messages)"
umount -avn
# on umsdos fs this would lead to an error message. so direct
# errors to /dev/null
mount -no remount,ro / 2> /dev/null
sync
reboot -f
fi
sync
mount -n -o remount,rw /
else
mounts=/etc/mtab
test -r /proc/mounts && mounts=/proc/mounts
while read des fs type rest; do
case "$fs" in
/) break ;;
*) ;;
esac
done < $mounts
if test "$type" != "umsdos" ; then
echo
echo "*** ERROR! Cannot fsck because root is not read-only!"
echo
fi
fi
else
echo "File systems are NOT being checked."
mount -n -o remount,rw /
fi
#
# clean up
#
rm -f /etc/mtab* /etc/nologin /nologin /fastboot
#
# initialize database for kerneld. This should be done earlier, but
# could cause a lot of trouble with damaged file systems.
# restart of kerneld will be done by /etc/init.d/kerneld
#
MODULES_DIR=/lib/modules/`uname -r`
if test -x /sbin/depmod -a -d $MODULES_DIR ; then
for i in $MODULES_DIR/* $MODULES_DIR/*/* /etc/modules.conf ; do
test -e $i || continue
if test $i -nt $MODULES_DIR/modules.dep ; then
rm -f $MODULES_DIR/modules.dep
break
fi
done
if test ! -e $MODULES_DIR/modules.dep ; then
echo -n Setting up $MODULES_DIR
/sbin/depmod -a > /dev/null 2>&1
rc_status -v -r
fi
fi
#
# Mount local filesystems in '/etc/fstab' (and create an entry
# for / and /proc).
#
echo "Mounting local file systems..."
mount -fv -t proc proc /proc
rc_status
mount -fv -t devpts $optpts devpts /dev/pts
rc_status
mount -av -t nonfs,noproc,nodevpts
rc_status -v1 -r
# set and adjust the CMOS clock
if test "$HWCLOCK_ACCESS" != "no" ; then
echo -n Setting up the CMOS clock
CLOCKCMD=hwclock
while read line; do
case "$line" in
# *MacRISC*) CLOCKCMD=clock ;;
*MTX\ Plus*) CLOCKCMD="hwclock --mtxplus --directisa" ;;
*PReP\ Dual\ MTX*) CLOCKCMD="hwclock --mtxplus --directisa" ;;
esac
done < /proc/cpuinfo
test "$GMT" != "YAST_ASK" && $CLOCKCMD --hctosys $GMT
rc_status
test -f /etc/adjtime || echo "0.0 0 0.0" > /etc/adjtime
if test "$GMT" != "YAST_ASK" -a "$START_XNTPD" != "yes" ; then
$CLOCKCMD --adjust $GMT
rc_status
fi
rc_status -v -r
fi
#
# reinit quota, if fsck has returned value != 0
#
if test $FSCK_RETURN -gt 0 -a -n "$START_QUOTA" -a "$START_QUOTA"="yes" ; then
# Check quota and then turn quota on.
if test -x /sbin/quotacheck ; then
echo "Checking quotas. This may take some time."
/sbin/quotacheck -avug
rc_status -v1 -r
fi
fi
# Let ld.so rebuild its cache.
# But do some tests before if it is really needed (bs@suse.de 01/2000)
LDCONFIG_NEEDED=false
test -s /etc/ld.so.cache || LDCONFIG_NEEDED=true
test "$run_ldconfig" = true && LDCONFIG_NEEDED=true
test -x /usr/bin/find -a "$LDCONFIG_NEEDED" = false && {
for DUMMY in `/usr/bin/find /etc/ld.so.cache -mtime +30` ; do
LDCONFIG_NEEDED=true
done
}
LIBDIRS="/lib /usr/lib /usr/local/lib"
test -s /etc/ld.so.conf && {
for DIR in `cat /etc/ld.so.conf` ; do
case $DIR in
/*)
test -d "$DIR" && LIBDIRS="$LIBDIRS $DIR"
;;
esac
done
}
for DIR in $LIBDIRS ; do
test $DIR -nt /etc/ld.so.cache && {
LDCONFIG_NEEDED=true
break
}
done
test -x /sbin/ldconfig -a "$LDCONFIG_NEEDED" = true && {
echo -n "Starting ldconfig (setting up /etc/ld.so.cache)"
{ /sbin/ldconfig -X 2>/dev/null || \
{ echo ; echo -e "ldconfig $rc_failed" ; } ; } &
rc_status -v -r
}
#
# Let zic set timezone - if present.
#
if test -n "$TIMEZONE" -a "$TIMEZONE" != "YAST_ASK" -a -x /usr/sbin/zic ; then
echo -n Setting up timezone data
/usr/sbin/zic -l $TIMEZONE
rc_status -v -r
fi
#
# initialize loopback device
#
if test "$START_LOOPBACK" = yes; then
echo -n Setting up loopback device
ifconfig lo 127.0.0.1 netmask 255.0.0.0 up
rc_status
case `uname -r` in
0.*|1.*|2.[012].*)
route add -net 127.0.0.0 netmask 255.0.0.0 dev lo
rc_status
;;
esac
rc_status -v -r
fi
#
# set hostname and domainname
#
test -n "$FQHOSTNAME" && {
echo -n Setting up hostname
hostname ${FQHOSTNAME%%.*}
rc_status -v -r
}
test -n "$YP_DOMAINNAME" && {
echo -n Setting up YP domainname
domainname $YP_DOMAINNAME
rc_status -v -r
} || domainname ""
#
# clean up
#
rm -f /var/lock/* /var/lock/*/* /tmp/.X*lock \
/var/run/* /var/run/*/* /var/spool/uucp/LCK* 2>/dev/null
rm -rf /tmp/screens 2>/dev/null
rm -f /var/run/utmp
echo -n > /var/run/utmp
chmod 664 /var/run/utmp
chown root.tty /var/run/utmp
#
# there could be a new kernel version. reinit /etc/psdevtab, to be sure.
#
rm -f /etc/psdevtab
test -x /bin/ps && /bin/ps > /dev/null 2> /dev/null
#
# mount shmfs is necessary (2.4 kernels)
#
unset HAVE_SHM
while read dev type; do
test "$type" = "shm" && HAVE_SHM=1
done < /proc/filesystems
if test ! -z "$HAVE_SHM"; then
ECHO_RETURN=$rc_done
test -d /dev/shm || mkdir /dev/shm
echo -n "Mount SHM FS on /dev/shm"
mount -t shm shmfs /dev/shm || ECHO_RETURN=$rc_failed
echo -e $ECHO_RETURN
fi
#unset HAVE_SHM
#
# start bootup client scripts.
#
if test -d /etc/init.d/boot.d/ ; then
for i in /etc/init.d/boot.d/S*; do
test -f $i || continue
if test -x "$i" ; then
# Active boot scripts, should have their own messages
$i start
else
# Old boot scripts, may not have any message
echo Running $i
/bin/sh $i b
rc_status -v1 -r
fi
done
fi
#
# setup PNP if config file is present
#
if test -r /etc/isapnp.conf -a -x /sbin/isapnp -a "$START_ISAPNP" = yes ; then
echo "Initializing PnP devices"
/sbin/isapnp /etc/isapnp.conf
rc_status -v1 -r
fi
#
# start user defined bootup script.
#
if test -f /etc/init.d/boot.local ; then
echo "Running /etc/init.d/boot.local"
/bin/sh /etc/init.d/boot.local
rc_status -v1 -r
fi
# Read all kernel messages generated until now and put them in one file.
test -s /var/log/boot.msg && mv -f /var/log/boot.msg /var/log/boot.omsg
if test -x /sbin/klogd ; then
echo Creating /var/log/boot.msg
/sbin/klogd -s -o -n -f /var/log/boot.msg
/bin/sleep 1
test -s /var/log/boot.msg
rc_status -v1 -r
elif test -x /bin/dmesg ; then
echo Creating /var/log/boot.msg
/bin/dmesg -s16384 > /var/log/boot.msg
/bin/sleep 1
test -s /var/log/boot.msg
rc_status -v1 -r
fi
if test -x /usr/sbin/klogconsole ; then
if test -z "$SERIAL_CONSOLE" ; then
( test -c /dev/tty10 && > /dev/tty10 ) > /dev/null 2>&1 && /usr/sbin/klogconsole -r10
else
/usr/sbin/klogconsole -l 7 -r 0
fi
fi
#
# Say blogd that I/O is possible now
#
killproc -IO /sbin/blogd
#
# enable DEXE binary format
#
if test -d /proc/sys/fs/binfmt_misc -a -x /usr/bin/dosexec; then
echo -n "Registering DEXE for binfmt"
echo :DEXE:M::\\x0eDEXE::/usr/bin/dosexec: > \
/proc/sys/fs/binfmt_misc/register
rc_status -v -r
fi
#
# Enable "dynamic IP patch"
#
if test -n "$IP_DYNIP" -a "$IP_DYNIP" != no -a \
-e /proc/sys/net/ipv4/ip_dynaddr ; then
echo -n "Enabling dynamic IP patch"
case "$IP_DYNIP" in
yes) echo 7 ; ECHO_RETURN=$rc_done ;;
[1-9]) echo $IP_DYNIP ; ECHO_RETURN=$rc_done ;;
*) ECHO_RETURN=" invalid IP_DYNIP=$IP_DYNIP $rc_skipped" ;;
esac > /proc/sys/net/ipv4/ip_dynaddr || ECHO_RETURN=$rc_failed
echo -e "$ECHO_RETURN"
fi
#
# Enable syn flood protection
#
if test -n "$IP_TCP_SYNCOOKIES" -a "$IP_TCP_SYNCOOKIES" != no -a \
-e /proc/sys/net/ipv4/tcp_syncookies ; then
echo -n "Enabling syn flood protection"
case "$IP_TCP_SYNCOOKIES" in
yes) echo 1 ; ECHO_RETURN=$rc_done ;;
*) ECHO_RETURN=" invalid IP_TCP_SYNCOOKIES=$IP_TCP_SYNCOOKIES $rc_skipped" ;;
esac > /proc/sys/net/ipv4/tcp_syncookies || ECHO_RETURN=$rc_failed
echo -e "$ECHO_RETURN"
fi
#
# Enable IP forwarding ?
#
if test -e /proc/sys/net/ipv4/ip_forward -a -n "$IP_FORWARD" ; then
case $IP_FORWARD in
yes)
echo -n "Enabling IP forwarding"
echo "1" > /proc/sys/net/ipv4/ip_forward
;;
*)
echo -n "Disabling IP forwarding"
echo "0" > /proc/sys/net/ipv4/ip_forward
;;
esac
rc_status -v -r
fi
#
# insert memstat module for xosview
#
if test "$LOAD_MEMSTAT_MODULE" = yes ; then
if test -f $MODULES_DIR/misc/memstat.o ; then
echo Loading memstat module
insmod $MODULES_DIR/misc/memstat.o
rc_status -v1 -r
fi
fi
#
# Stop blogd
#
killproc -QUIT /sbin/blogd
#
# look for stuff to do for first bootup.
#
if test -e /var/adm/setup/setup.newinst -o -e /usr/lib/YaST/.configured2 ; then
if test -w / -a "$NO_AUTO_SETUP" != true ; then
exec 0<> $REDIRECT 1>&0 2>&0
if test -e /usr/lib/YaST/.configured2 ; then
echo
echo It seems, that last installation setup has not been finished...
echo To be sure, it will be started again.
echo
sleep 2
rm -f /usr/lib/YaST/.configured2
fi
/lib/YaST/bootsetup
#
# maybe YaST has started gpm. This can lead into trouble with
# setserial. Since it is started again, when entering into
# runlevel 2, we can kill it here.
#
test -x /usr/sbin/gpm && \
killproc -TERM /usr/sbin/gpm > /dev/null 2> /dev/null
fi
fi
#
# Let YaST2 finish its installation, if you installed with YaST2
#
if test -f /var/lib/YaST2/runme_at_boot ; then
exec 0<> $REDIRECT 1>&0 2>&0
test -x /lib/YaST2/bin/YaST2.firstboot && /lib/YaST2/bin/YaST2.firstboot
test -x /usr/lib/YaST2/bin/YaST2.firstboot && /usr/lib/YaST2/bin/YaST2.firstboot
fi
rc_reset
exit 0