#!/bin/bash
#
# /etc/rc.d/rc.sysinit - run once at boot time
#
# Taken in part from Miquel van Smoorenburg's bcheckrc.
#
# Rerun ourselves through initlog
if [ -z "$IN_INITLOG" -a -x /sbin/initlog ]; then
exec /sbin/initlog -r /etc/rc.d/rc.sysinit
fi
# If we're using devfs, start devfsd now - we need the old device names
[ -e /dev/.devfsd -a -x /sbin/devfsd ] && /sbin/devfsd /dev
HOSTNAME=`/bin/hostname`
if [ -f /etc/sysconfig/network ]; then
. /etc/sysconfig/network
fi
if [ -z "$HOSTNAME" -o "$HOSTNAME" = "(none)" ]; then
HOSTNAME=localhost
fi
# Mount /proc (done here so volume labels can work with fsck)
mount -n -t proc /proc /proc
. /etc/init.d/functions
HOSTTYPE=`uname -m`
if [ "$HOSTTYPE" != "s390" -a "$HOSTTYPE" != "s390x" ]; then
last=0
for i in `LC_ALL=C grep '^[0-9].*respawn:/sbin/mingetty' /etc/inittab | sed 's/^.* tty\([0-9][0-9]*\).*/\1/g'`; do
> /dev/tty$i
last=$i
done
if [ $last -gt 0 ]; then
> /dev/tty$((last+1))
> /dev/tty$((last+2))
fi
fi
if [ "$CONSOLETYPE" = "vt" -a -x /sbin/setsysfont ]; then
echo -n "Setting default font ($SYSFONT): "
/sbin/setsysfont
if [ $? -eq 0 ]; then
success
else
failure
fi
echo ; echo
fi
# Print a text banner.
echo -en $"\t\tWelcome to "
if LC_ALL=C grep -q "Red Hat" /etc/redhat-release ; then
[ "$BOOTUP" = "color" ] && echo -en "\\033[0;31m"
echo -en "Red Hat"
[ "$BOOTUP" = "color" ] && echo -en "\\033[0;39m"
PRODUCT=`sed "s/Red Hat \(.*\) release.*/\1/" /etc/redhat-release`
echo " $PRODUCT"
else
PRODUCT=`sed "s/ release.*//g" /etc/redhat-release`
echo "$PRODUCT"
fi
if [ "$PROMPT" != "no" ]; then
echo -en $"\t\tPress 'I' to enter interactive startup."
echo
fi
# Fix console loglevel
if [ -n "$LOGLEVEL" ]; then
/bin/dmesg -n $LOGLEVEL
fi
# Start the graphical boot, if necessary; /usr may not be mounted yet, so we
# may have to do this again after mounting
RHGB_STARTED=0
mount -n -t devpts /dev/pts /dev/pts
if fgrep rhgb /proc/cmdline > /dev/null 2>&1 && [ "$BOOTUP" = "color" -a "$GRAPHICAL" = "yes" -a -x /usr/bin/rhgb ]; then
/usr/bin/rhgb
RHGB_STARTED=1
fi
# Unmount the initrd, if necessary
if LC_ALL=C grep -q /initrd /proc/mounts && ! LC_ALL=C grep -q /initrd/loopfs /proc/mounts ; then
if [ -e /initrd/dev/.devfsd ]; then
umount /initrd/dev
fi
action $"Unmounting initrd: " umount /initrd
/sbin/blockdev --flushbufs /dev/ram0 >/dev/null 2>&1
fi
# Configure kernel parameters
update_boot_stage RCkernelparam
action $"Configuring kernel parameters: " sysctl -e -p /etc/sysctl.conf
# Set the system clock.
update_boot_stage RCclock
ARC=0
SRM=0
UTC=0
if [ -f /etc/sysconfig/clock ]; then
. /etc/sysconfig/clock
# convert old style clock config to new values
if [ "${CLOCKMODE}" = "GMT" ]; then
UTC=true
elif [ "${CLOCKMODE}" = "ARC" ]; then
ARC=true
fi
fi
CLOCKDEF=""
CLOCKFLAGS="$CLOCKFLAGS --hctosys"
case "$UTC" in
yes|true) CLOCKFLAGS="$CLOCKFLAGS --utc"
CLOCKDEF="$CLOCKDEF (utc)" ;;
no|false) CLOCKFLAGS="$CLOCKFLAGS --localtime"
CLOCKDEF="$CLOCKDEF (localtime)" ;;
esac
case "$ARC" in
yes|true) CLOCKFLAGS="$CLOCKFLAGS --arc"
CLOCKDEF="$CLOCKDEF (arc)" ;;
esac
case "$SRM" in
yes|true) CLOCKFLAGS="$CLOCKFLAGS --srm"
CLOCKDEF="$CLOCKDEF (srm)" ;;
esac
/sbin/hwclock $CLOCKFLAGS
action $"Setting clock $CLOCKDEF: `date`" date
if [ "$CONSOLETYPE" = "vt" -a -x /bin/loadkeys ]; then
KEYTABLE=
KEYMAP=
if [ -f /etc/sysconfig/console/default.kmap ]; then
KEYMAP=/etc/sysconfig/console/default.kmap
else
if [ -f /etc/sysconfig/keyboard ]; then
. /etc/sysconfig/keyboard
fi
if [ -n "$KEYTABLE" -a -d "/lib/kbd/keymaps" ]; then
KEYMAP=$KEYTABLE
fi
fi
if [ -n "$KEYMAP" ]; then
# Since this takes in/output from stdin/out, we can't use initlog
if [ -n "$KEYTABLE" ]; then
echo -n $"Loading default keymap ($KEYTABLE): "
else
echo -n $"Loading default keymap: "
fi
loadkeys $KEYMAP < /dev/tty0 > /dev/tty0 2>/dev/null && \
success $"Loading default keymap" || failure $"Loading default keymap"
echo
fi
fi
# Set the hostname.
update_boot_stage RChostname
action $"Setting hostname ${HOSTNAME}: " hostname ${HOSTNAME}
# Only read this once.
cmdline=$(cat /proc/cmdline)
# Initialiaze ACPI bits
if [ -d /proc/acpi ]; then
for module in /lib/modules/`uname -r`/kernel/drivers/acpi/* ; do
insmod $module
done
fi
# Initialize USB controller and HID devices
update_boot_stage RCusb
usb=0
if ! strstr "$cmdline" nousb ; then
if ! LC_ALL=C grep -q "usb" /proc/devices 2>/dev/null ; then
aliases=`/sbin/modprobe -c | awk '/^alias usb-controller/ { print $3 }'`
if [ -n "$aliases" -a "$aliases" != "off" ]; then
modprobe usbcore
for alias in $aliases ; do
[ "$alias" = "off" ] && continue
action $"Initializing USB controller ($alias): " modprobe $alias
done
[ $? -eq 0 -a -n "$aliases" ] && usb=1
fi
fi
if LC_ALL=C grep -q "usb" /proc/devices 2>/dev/null ; then
usb=1
fi
fi
if [ $usb = 1 -a ! -f /proc/bus/usb/devices ]; then
action $"Mounting USB filesystem: " mount -t usbdevfs usbdevfs /proc/bus/usb
fi
needusbstorage=
if [ $usb = "1" ]; then
needusbstorage=`LC_ALL=C grep -e "^I.*Cls=08" /proc/bus/usb/devices 2>/dev/null`
LC_ALL=C grep 'hid' /proc/bus/usb/drivers || action $"Initializing USB HID interface: " modprobe hid 2> /dev/null
action $"Initializing USB keyboard: " modprobe keybdev 2> /dev/null
action $"Initializing USB mouse: " modprobe mousedev 2> /dev/null
fi
if [ -f /fastboot ] || strstr "$cmdline" fastboot ; then
fastboot=yes
fi
if [ -f /fsckoptions ]; then
fsckoptions=`cat /fsckoptions`
fi
if [ -f /forcefsck ] || strstr "$cmdline" forcefsck ; then
fsckoptions="-f $fsckoptions"
elif [ -f /.autofsck ]; then
echo $"Your system appears to have shut down uncleanly"
AUTOFSCK_TIMEOUT=5
[ -f /etc/sysconfig/autofsck ] && . /etc/sysconfig/autofsck
if [ "$AUTOFSCK_DEF_CHECK" = "yes" ]; then
AUTOFSCK_OPT=-f
fi
if [ "$PROMPT" != "no" ]; then
if [ "$AUTOFSCK_DEF_CHECK" = "yes" ]; then
if /sbin/getkey -c $AUTOFSCK_TIMEOUT -m $"Press N within %d seconds to not force file system integrity check..." n ; then
AUTOFSCK_OPT=
fi
else
if /sbin/getkey -c $AUTOFSCK_TIMEOUT -m $"Press Y within %d seconds to force file system integrity check..." y ; then
AUTOFSCK_OPT=-f
fi
fi
echo
else
# PROMPT not allowed
if [ "$AUTOFSCK_DEF_CHECK" = "yes" ]; then
echo $"Forcing file system integrity check due to default setting"
else
echo $"Not forcing file system integrity check due to default setting"
fi
fi
fsckoptions="$AUTOFSCK_OPT $fsckoptions"
fi
if [ "$BOOTUP" = "color" ]; then
fsckoptions="-C $fsckoptions"
else
fsckoptions="-V $fsckoptions"
fi
_RUN_QUOTACHECK=0
ROOTFSTYPE=`awk '/ \/ / && ($3 !~ /rootfs/) { print $3 }' /proc/mounts`
if [ -z "$fastboot" -a "X$ROOTFSTYPE" != "Xnfs" ]; then
STRING=$"Checking root filesystem"
echo $STRING
initlog -c "fsck -T -a / $fsckoptions"
rc=$?
if [ "$rc" = "0" ]; then
success "$STRING"
echo
elif [ "$rc" = "1" ]; then
passed "$STRING"
echo
fi
# A return of 2 or higher means there were serious problems.
if [ $rc -gt 1 ]; then
if [ -x /usr/bin/rhgb-client ] && /usr/bin/rhgb-client --ping ; then
chvt 1
fi
failure "$STRING"
echo
echo
echo $"*** An error occurred during the file system check."
echo $"*** Dropping you to a shell; the system will reboot"
echo $"*** when you leave the shell."
str=$"(Repair filesystem)"
PS1="$str \# # "; export PS1
sulogin
echo $"Unmounting file systems"
umount -a
mount -n -o remount,ro /
echo $"Automatic reboot in progress."
reboot -f
elif [ "$rc" = "1" ]; then
_RUN_QUOTACHECK=1
fi
fi
# Possibly update quotas if fsck was run on /.
LC_ALL=C grep -E '[[:space:]]+/[[:space:]]+' /etc/fstab | \
awk '{ print $4 }' | \
LC_ALL=C grep -q quota
_ROOT_HAS_QUOTA=$?
if [ X"$_RUN_QUOTACHECK" = X1 -a \
"$_ROOT_HAS_QUOTA" = "0" -a \
-x /sbin/quotacheck ]; then
if [ -x /sbin/convertquota ]; then
if [ -f /quota.user ]; then
action $"Converting old user quota files: " \
/sbin/convertquota -u / && rm -f /quota.user
fi
if [ -f /quota.group ]; then
action $"Converting old group quota files: " \
/sbin/convertquota -g / && rm -f /quota.group
fi
fi
action $"Checking root filesystem quotas: " /sbin/quotacheck -nug /
fi
if [ -x /sbin/isapnp -a -f /etc/isapnp.conf -a ! -f /proc/isapnp ]; then
# check for arguments passed from kernel
if ! strstr "$cmdline" nopnp ; then
PNP=yes
fi
if [ -n "$PNP" ]; then
action $"Setting up ISA PNP devices: " /sbin/isapnp /etc/isapnp.conf
else
action $"Skipping ISA PNP configuration at users request: " /bin/true
fi
fi
# Remount the root filesystem read-write.
update_boot_stage RCmountfs
state=`awk '/ \/ / && ($3 !~ /rootfs/) { print $4 }' /proc/mounts`
[ "$state" != "rw" ] && \
action $"Remounting root filesystem in read-write mode: " mount -n -o remount,rw /
# LVM initialization
if [ -f /etc/lvmtab ]; then
[ -e /proc/lvm ] || modprobe lvm-mod > /dev/null 2>&1
if [ -e /proc/lvm -a -x /sbin/vgchange ]; then
action $"Setting up Logical Volume Management:" /sbin/vgscan && /sbin/vgchange -a y
fi
fi
# Start up swapping.
update_boot_stage RCswap
action $"Activating swap partitions: " swapon -a -e
# Clear mtab
> /etc/mtab
# Remove stale backups
rm -f /etc/mtab~ /etc/mtab~~
# Enter root, /proc and (potentially) /proc/bus/usb and devfs into mtab.
mount -f /
mount -f /proc
mount -f /dev/pts
[ -f /proc/bus/usb/devices ] && mount -f -t usbdevfs usbdevfs /proc/bus/usb
[ -e /dev/.devfsd ] && mount -f -t devfs devfs /dev
# The root filesystem is now read-write, so we can now log
# via syslog() directly..
if [ -n "$IN_INITLOG" ]; then
IN_INITLOG=
fi
if ! strstr "$cmdline" nomodules && [ -f /proc/modules ] ; then
USEMODULES=y
fi
unamer=`uname -r`
# Our modutils don't support it anymore, so we might as well remove
# the preferred link.
rm -f /lib/modules/preferred /lib/modules/default
if [ -x /sbin/depmod -a -n "$USEMODULES" ]; then
# If they aren't using a recent sane kernel, make a link for them
if ! strstr $unamer - ; then
ktag="`cat /proc/version`"
mtag=`LC_ALL=C grep -l "$ktag" /lib/modules/*/.rhkmvtag 2> /dev/null`
if [ -n "$mtag" ]; then
mver=`echo $mtag | sed -e 's,/lib/modules/,,' -e 's,/.rhkmvtag,,' -e 's,[ ].*$,,'`
fi
if [ -n "$mver" ]; then
ln -sf /lib/modules/$mver /lib/modules/default
fi
fi
if [ -L /lib/modules/default ]; then
INITLOG_ARGS= action $"Finding module dependencies: " depmod -A default
else
INITLOG_ARGS= action $"Finding module dependencies: " depmod -A
fi
fi
# tweak isapnp settings if needed.
if [ -n "$PNP" -a -f /proc/isapnp -a -x /sbin/sndconfig ]; then
/sbin/sndconfig --mungepnp >/dev/null 2>&1
fi
# Load sound modules if and only if they need persistent DMA buffers
if LC_ALL=C grep -q "options sound dmabuf=1" /etc/modules.conf 2>/dev/null ; then
alias=`/sbin/modprobe -c | awk '/^alias sound / { print $3 }'`
if [ -n "$alias" -a "$alias" != "off" ]; then
action $"Loading sound module ($alias): " modprobe sound
fi
alias=`/sbin/modprobe -c | awk '/^alias sound-slot-0 / { print $3 }'`
if [ -n "$alias" -a "$alias" != "off" ]; then
action $"Loading sound module ($alias): " modprobe sound-slot-0
fi
fi
if [ -f /proc/sys/kernel/modprobe ]; then
if [ -n "$USEMODULES" ]; then
sysctl -w kernel.modprobe="/sbin/modprobe" >/dev/null 2>&1
sysctl -w kernel.hotplug="/sbin/hotplug" >/dev/null 2>&1
else
# We used to set this to NULL, but that causes 'failed to exec' messages"
sysctl -w kernel.modprobe="/bin/true" >/dev/null 2>&1
sysctl -w kernel.hotplug="/bin/true" >/dev/null 2>&1
fi
fi
# Load modules (for backward compatibility with VARs)
if [ -f /etc/rc.modules ]; then
/etc/rc.modules
fi
update_boot_stage RCraid
if [ -f /etc/raidtab ]; then
# Add raid devices
[ -f /proc/mdstat ] || modprobe md >/dev/null 2>&1
if [ -f /proc/mdstat ]; then
echo -n $"Starting up RAID devices: "
rc=0
for i in `awk '{if ($1=="raiddev") print $2}' /etc/raidtab`
do
RAIDDEV=`basename $i`
RAIDSTAT=`LC_ALL=C grep "^$RAIDDEV : active" /proc/mdstat`
if [ -z "$RAIDSTAT" ]; then
# First scan the /etc/fstab for the "noauto"-flag
# for this device. If found, skip the initialization
# for it to avoid dropping to a shell on errors.
# If not, try raidstart...if that fails then
# fall back to raidadd, raidrun. If that
# also fails, then we drop to a shell
RESULT=1
INFSTAB=`LC_ALL=C grep -c "^$i" /etc/fstab`
if [ $INFSTAB -eq 0 ] ; then
RESULT=0
RAIDDEV="$RAIDDEV(skipped)"
fi
NOAUTO=`LC_ALL=C grep "^$i" /etc/fstab | LC_ALL=C grep -c "noauto"`
if [ $NOAUTO -gt 0 ]; then
RESULT=0
RAIDDEV="$RAIDDEV(skipped)"
fi
if [ $RESULT -gt 0 -a -x /sbin/raidstart ]; then
/sbin/raidstart $i
RESULT=$?
fi
if [ $RESULT -gt 0 -a -x /sbin/raid0run ]; then
/sbin/raid0run $i
RESULT=$?
fi
if [ $RESULT -gt 0 -a -x /sbin/raidadd -a -x /sbin/raidrun ]; then
/sbin/raidadd $i
/sbin/raidrun $i
RESULT=$?
fi
if [ $RESULT -gt 0 ]; then
rc=1
fi
echo -n "$RAIDDEV "
else
echo -n "$RAIDDEV "
fi
done
echo
# A non-zero return means there were problems.
if [ $rc -gt 0 ]; then
echo
echo
echo $"*** An error occurred during the RAID startup"
echo $"*** Dropping you to a shell; the system will reboot"
echo $"*** when you leave the shell."
str=$"(RAID Repair)"
PS1="$str \# # "; export PS1
sulogin
echo $"Unmounting file systems"
umount -a
mount -n -o remount,ro /
echo $"Automatic reboot in progress."
reboot -f
fi
# LVM initialization, take 2 (it could be on top of RAID)
if [ -e /proc/lvm -a -x /sbin/vgchange -a -f /etc/lvmtab ]; then
action $"Setting up Logical Volume Management:" /sbin/vgscan && /sbin/vgchange -a y
fi
fi
fi
if [ -x /sbin/devlabel ]; then
/sbin/devlabel restart
fi
_RUN_QUOTACHECK=0
# Check filesystems
if [ -z "$fastboot" ]; then
STRING=$"Checking filesystems"
echo $STRING
initlog -c "fsck -T -R -A -a $fsckoptions"
rc=$?
if [ "$rc" = "0" ]; then
success "$STRING"
echo
elif [ "$rc" = "1" ]; then
passed "$STRING"
echo
fi
# A return of 2 or higher means there were serious problems.
if [ $rc -gt 1 ]; then
if [ -x /usr/bin/rhgb-client ] && /usr/bin/rhgb-client --ping ; then
chvt 1
fi
failure "$STRING"
echo
echo
echo $"*** An error occurred during the file system check."
echo $"*** Dropping you to a shell; the system will reboot"
echo $"*** when you leave the shell."
str=$"(Repair filesystem)"
PS1="$str \# # "; export PS1
sulogin
echo $"Unmounting file systems"
umount -a
mount -n -o remount,ro /
echo $"Automatic reboot in progress."
reboot -f
elif [ "$rc" = "1" -a -x /sbin/quotacheck ]; then
_RUN_QUOTACHECK=1
fi
fi
# Mount all other filesystems (except for NFS and /proc, which is already
# mounted). Contrary to standard usage,
# filesystems are NOT unmounted in single user mode.
action $"Mounting local filesystems: " mount -a -t nonfs,smbfs,ncpfs -O no_netdev
# Start the graphical boot, if necessary and not done yet.
if fgrep rhgb /proc/cmdline > /dev/null 2>&1 && [ "$RHGB_STARTED" -eq 0 -a "$BOOTUP" = "color" -a "$GRAPHICAL" = "yes" -a -x /usr/bin/rhgb ]; then
/usr/bin/rhgb
RHGB_STARTED=1
fi
# check remaining quotas other than root
if [ X"$_RUN_QUOTACHECK" = X1 -a -x /sbin/quotacheck ]; then
if [ -x /sbin/convertquota ]; then
# try to convert old quotas
for mountpt in `awk '$4 ~ /quota/{print $2}' /etc/mtab` ; do
if [ -f "$mountpt/quota.user" ]; then
action $"Converting old user quota files: " \
/sbin/convertquota -u $mountpt && \
rm -f $mountpt/quota.user
fi
if [ -f "$mountpt/quota.group" ]; then
action $"Converting old group quota files: " \
/sbin/convertquota -g $mountpt && \
rm -f $mountpt/quota.group
fi
done
fi
action $"Checking local filesystem quotas: " /sbin/quotacheck -aRnug
fi
if [ -x /sbin/quotaon ]; then
action $"Enabling local filesystem quotas: " /sbin/quotaon -aug
fi
# Configure machine if necessary.
if [ -f /.unconfigured ]; then
if [ -x /usr/bin/rhgb-client ] && /usr/bin/rhgb-client --ping ; then
chvt 1
fi
if [ -x /usr/sbin/kbdconfig ]; then
/usr/sbin/kbdconfig
fi
if [ -x /usr/bin/passwd ]; then
/usr/bin/passwd root
fi
if [ -x /usr/sbin/netconfig ]; then
/usr/sbin/netconfig
fi
if [ -x /usr/sbin/timeconfig ]; then
/usr/sbin/timeconfig
fi
if [ -x /usr/sbin/authconfig ]; then
/usr/sbin/authconfig --nostart
fi
if [ -x /usr/sbin/ntsysv ]; then
/usr/sbin/ntsysv --level 35
fi
# Reread in network configuration data.
if [ -f /etc/sysconfig/network ]; then
. /etc/sysconfig/network
# Reset the hostname.
action $"Resetting hostname ${HOSTNAME}: " hostname ${HOSTNAME}
fi
rm -f /.unconfigured
fi
# Clean out /.
rm -f /fastboot /fsckoptions /forcefsck /.autofsck /halt /poweroff
# Do we need (w|u)tmpx files? We don't set them up, but the sysadmin might...
_NEED_XFILES=
[ -f /var/run/utmpx -o -f /var/log/wtmpx ] && _NEED_XFILES=1
# Clean up /var. I'd use find, but /usr may not be mounted.
for afile in /var/lock/* /var/run/* ; do
if [ -d "$afile" ]; then
case "$afile" in
*/news|*/mon) ;;
*/sudo|*/vmware) rm -f $afile/*/* ;;
*) rm -f $afile/* ;;
esac
else
rm -f $afile
fi
done
rm -f /var/lib/rpm/__db*
# Reset pam_console permissions
[ -x /sbin/pam_console_apply ] && /sbin/pam_console_apply -r
{
# Clean up utmp/wtmp
> /var/run/utmp
touch /var/log/wtmp
chgrp utmp /var/run/utmp /var/log/wtmp
chmod 0664 /var/run/utmp /var/log/wtmp
if [ -n "$_NEED_XFILES" ]; then
> /var/run/utmpx
touch /var/log/wtmpx
chgrp utmp /var/run/utmpx /var/log/wtmpx
chmod 0664 /var/run/utmpx /var/log/wtmpx
fi
# Delete X locks
rm -f /tmp/.X*-lock
# Delete VNC & X locks
rm -rf /tmp/.X*-unix
# Delete ICE locks
rm -rf /tmp/.ICE-unix
# Delete Postgres sockets
rm -f /tmp/.s.PGSQL.*
# Now turn on swap in case we swap to files.
swapon -a
action $"Enabling swap space: " /bin/true
# Initialize the serial ports.
if [ -f /etc/rc.serial ]; then
. /etc/rc.serial
fi
# If a SCSI tape has been detected, load the st module unconditionally
# since many SCSI tapes don't deal well with st being loaded and unloaded
if [ -f /proc/scsi/scsi -a -n "$USEMODULES" ]; then
if LC_ALL=C grep -q 'Type: Sequential-Access' /proc/scsi/scsi 2>/dev/null ; then
if LC_ALL=C grep -qv ' 9 st' /proc/devices ; then
modprobe st >/dev/null 2>&1
fi
fi
fi
# Load usb storage here, to match most other things
if [ -n "$needusbstorage" ]; then
modprobe usb-storage >/dev/null 2>&1
fi
# Ooh, firewire too.
if ! strstr "$cmdline" nofirewire ; then
aliases=`/sbin/modprobe -c | awk '/^alias ieee1394-controller/ { print $3 }'`
if [ -n "$aliases" -a "$aliases" != "off" ]; then
for alias in $aliases ; do
[ "$alias" = "off" ] && continue
action $"Initializing firewire controller ($alias): " modprobe $alias
done
LC_ALL=C grep -q "SBP2" /proc/bus/ieee1394/devices 2>/dev/null && \
modprobe sbp2 >/dev/null 2>&1
fi
fi
# If they asked for ide-scsi, load it
if strstr "$cmdline" ide-scsi ; then
modprobe ide-cd >/dev/null 2>&1
modprobe ide-scsi >/dev/null 2>&1
fi
# Turn on harddisk optimization
# There is only one file /etc/sysconfig/harddisks for all disks
# after installing the hdparm-RPM. If you need different hdparm parameters
# for each of your disks, copy /etc/sysconfig/harddisks to
# /etc/sysconfig/harddiskhda (hdb, hdc...) and modify it.
# Each disk which has no special parameters will use the defaults.
# Each non-disk which has no special parameters will be ignored.
#
disk[0]=s;
disk[1]=hda; disk[2]=hdb; disk[3]=hdc; disk[4]=hdd;
disk[5]=hde; disk[6]=hdf; disk[7]=hdg; disk[8]=hdh;
disk[9]=hdi; disk[10]=hdj; disk[11]=hdk; disk[12]=hdl;
disk[13]=hdm; disk[14]=hdn; disk[15]=hdo; disk[16]=hdp;
disk[17]=hdq; disk[18]=hdr; disk[19]=hds; disk[20]=hdt;
if [ -x /sbin/hdparm ]; then
for device in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20; do
unset MULTIPLE_IO USE_DMA EIDE_32BIT LOOKAHEAD EXTRA_PARAMS
if [ -f /etc/sysconfig/harddisk${disk[$device]} ]; then
. /etc/sysconfig/harddisk${disk[$device]}
HDFLAGS[$device]=
if [ -n "$MULTIPLE_IO" ]; then
HDFLAGS[$device]="-q -m$MULTIPLE_IO"
fi
if [ -n "$USE_DMA" ]; then
HDFLAGS[$device]="${HDFLAGS[$device]} -q -d$USE_DMA"
fi
if [ -n "$EIDE_32BIT" ]; then
HDFLAGS[$device]="${HDFLAGS[$device]} -q -c$EIDE_32BIT"
fi
if [ -n "$LOOKAHEAD" ]; then
HDFLAGS[$device]="${HDFLAGS[$device]} -q -A$LOOKAHEAD"
fi
if [ -n "$EXTRA_PARAMS" ]; then
HDFLAGS[$device]="${HDFLAGS[$device]} $EXTRA_PARAMS"
fi
else
HDFLAGS[$device]="${HDFLAGS[0]}"
fi
if [ -e "/proc/ide/${disk[$device]}/media" ]; then
hdmedia=`cat /proc/ide/${disk[$device]}/media`
if [ "$hdmedia" = "disk" -o -f "/etc/sysconfig/harddisk${disk[$device]}" ]; then
if [ -n "${HDFLAGS[$device]}" ]; then
action $"Setting hard drive parameters for ${disk[$device]}: " /sbin/hdparm ${HDFLAGS[$device]} /dev/${disk[$device]}
fi
fi
fi
done
fi
# Boot time profiles. Yes, this should be somewhere else.
if [ -x /usr/sbin/redhat-config-network-cmd ]; then
if strstr "$cmdline" netprofile= ; then
for arg in $cmdline ; do
if [ "${arg##netprofile=}" != "${arg}" ]; then
/usr/sbin/redhat-config-network-cmd --profile ${arg##netprofile=}
fi
done
fi
fi
# Generate a header that defines the boot kernel.
/sbin/mkkerneldoth
# Adjust symlinks as necessary in /boot to keep system services from
# spewing messages about mismatched System maps and so on.
if [ -L /boot/System.map -a -r /boot/System.map-$unamer -a \
! /boot/System.map -ef /boot/System.map-$unamer ]; then
ln -s -f System.map-$unamer /boot/System.map
fi
if [ ! -e /boot/System.map -a -r /boot/System.map-$unamer ]; then
ln -s -f System.map-$unamer /boot/System.map
fi
# The special Red Hat kernel library symlink must point to the right library
# We need to deal with cases where there is no library, and we need to
# deal with any version numbers that show up.
shopt -s nullglob
for library in /lib/kernel/$unamer/libredhat-kernel.so* ; do
ln -f $library /lib/
ldconfig -n /lib/
done
shopt -u nullglob
# Now that we have all of our basic modules loaded and the kernel going,
# let's dump the syslog ring somewhere so we can find it later
dmesg -s 131072 > /var/log/dmesg
# Also keep kernel symbols around in case we need them for debugging
i=5
while [ $i -ge 0 ]; do
if [ -f /var/log/ksyms.$i ]; then
chmod 0600 /var/log/ksyms.$i
mv /var/log/ksyms.$i /var/log/ksyms.$(($i+1))
fi
i=$(($i-1))
done
{ date
uname -a
cat /proc/cpuinfo
[ -r /proc/modules ] && cat /proc/modules
[ -r /proc/ksyms ] && cat /proc/ksyms
} > /var/log/ksyms.0
chmod 600 /var/log/ksyms.0
# create the crash indicator flag to warn on crashes, offer fsck with timeout
touch /.autofsck
kill -TERM `/sbin/pidof getkey` >/dev/null 2>&1
} &
if strstr "$cmdline" confirm ; then
touch /var/run/confirm
fi
if [ "$PROMPT" != "no" ]; then
/sbin/getkey i && touch /var/run/confirm
fi
wait
# Let rhgb know that we're leaving rc.sysinit
if [ -x /usr/bin/rhgb-client ] && /usr/bin/rhgb-client --ping ; then
/usr/bin/rhgb-client --sysinit
fi
om a given environment" do
env = mock 'module'
env.expects(:module).with("mymod").returns "yep"
Puppet::Node::Environment.expects(:new).with("myenv").returns env
Puppet::Module.find("mymod", "myenv").should == "yep"
end
it "should return nil if asked for a named module that doesn't exist" do
env = mock 'module'
env.expects(:module).with("mymod").returns nil
Puppet::Node::Environment.expects(:new).with("myenv").returns env
Puppet::Module.find("mymod", "myenv").should be_nil
end
it "should support a 'version' attribute" do
mod = Puppet::Module.new("mymod")
mod.version = 1.09
mod.version.should == 1.09
end
it "should support a 'source' attribute" do
mod = Puppet::Module.new("mymod")
mod.source = "http://foo/bar"
mod.source.should == "http://foo/bar"
end
it "should support a 'project_page' attribute" do
mod = Puppet::Module.new("mymod")
mod.project_page = "http://foo/bar"
mod.project_page.should == "http://foo/bar"
end
it "should support an 'author' attribute" do
mod = Puppet::Module.new("mymod")
mod.author = "Luke Kanies <luke@madstop.com>"
mod.author.should == "Luke Kanies <luke@madstop.com>"
end
it "should support a 'license' attribute" do
mod = Puppet::Module.new("mymod")
mod.license = "GPL2"
mod.license.should == "GPL2"
end
it "should support a 'summary' attribute" do
mod = Puppet::Module.new("mymod")
mod.summary = "GPL2"
mod.summary.should == "GPL2"
end
it "should support a 'description' attribute" do
mod = Puppet::Module.new("mymod")
mod.description = "GPL2"
mod.description.should == "GPL2"
end
it "should support specifying a compatible puppet version" do
mod = Puppet::Module.new("mymod")
mod.puppetversion = "0.25"
mod.puppetversion.should == "0.25"
end
it "should validate that the puppet version is compatible" do
mod = Puppet::Module.new("mymod")
mod.puppetversion = "0.25"
Puppet.expects(:version).returns "0.25"
mod.validate_puppet_version
end
it "should fail if the specified puppet version is not compatible" do
mod = Puppet::Module.new("mymod")
mod.puppetversion = "0.25"
Puppet.stubs(:version).returns "0.24"
lambda { mod.validate_puppet_version }.should raise_error(Puppet::Module::IncompatibleModule)
end
describe "when specifying required modules" do
it "should support specifying a required module" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar"
end
it "should support specifying multiple required modules" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar"
mod.requires "baz"
end
it "should support specifying a required module and version" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar", 1.0
end
it "should fail when required modules are missing" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar"
mod.environment.expects(:module).with("foobar").returns nil
lambda { mod.validate_dependencies }.should raise_error(Puppet::Module::MissingModule)
end
it "should fail when required modules are present but of the wrong version" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar", 1.0
foobar = Puppet::Module.new("foobar")
foobar.version = 2.0
mod.environment.expects(:module).with("foobar").returns foobar
lambda { mod.validate_dependencies }.should raise_error(Puppet::Module::IncompatibleModule)
end
it "should have valid dependencies when no dependencies have been specified" do
mod = Puppet::Module.new("mymod")
lambda { mod.validate_dependencies }.should_not raise_error
end
it "should fail when some dependencies are present but others aren't" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar"
mod.requires "baz"
mod.environment.expects(:module).with("foobar").returns Puppet::Module.new("foobar")
mod.environment.expects(:module).with("baz").returns nil
lambda { mod.validate_dependencies }.should raise_error(Puppet::Module::MissingModule)
end
it "should have valid dependencies when all dependencies are met" do
mod = Puppet::Module.new("mymod")
mod.requires "foobar", 1.0
mod.requires "baz"
foobar = Puppet::Module.new("foobar")
foobar.version = 1.0
baz = Puppet::Module.new("baz")
mod.environment.expects(:module).with("foobar").returns foobar
mod.environment.expects(:module).with("baz").returns baz
lambda { mod.validate_dependencies }.should_not raise_error
end
it "should validate its dependendencies on initialization" do
Puppet::Module.any_instance.expects(:validate_dependencies)
Puppet::Module.new("mymod")
end
end
describe "when managing supported platforms" do
it "should support specifying a supported platform" do
mod = Puppet::Module.new("mymod")
mod.supports "solaris"
end
it "should support specifying a supported platform and version" do
mod = Puppet::Module.new("mymod")
mod.supports "solaris", 1.0
end
it "should fail when not running on a supported platform" do
pending "Not sure how to send client platform to the module"
mod = Puppet::Module.new("mymod")
Facter.expects(:value).with("operatingsystem").returns "Solaris"
mod.supports "hpux"
lambda { mod.validate_supported_platform }.should raise_error(Puppet::Module::UnsupportedPlatform)
end
it "should fail when supported platforms are present but of the wrong version" do
pending "Not sure how to send client platform to the module"
mod = Puppet::Module.new("mymod")
Facter.expects(:value).with("operatingsystem").returns "Solaris"
Facter.expects(:value).with("operatingsystemrelease").returns 2.0
mod.supports "Solaris", 1.0
lambda { mod.validate_supported_platform }.should raise_error(Puppet::Module::IncompatiblePlatform)
end
it "should be considered supported when no supported platforms have been specified" do
pending "Not sure how to send client platform to the module"
mod = Puppet::Module.new("mymod")
lambda { mod.validate_supported_platform }.should_not raise_error
end
it "should be considered supported when running on a supported platform" do
pending "Not sure how to send client platform to the module"
mod = Puppet::Module.new("mymod")
Facter.expects(:value).with("operatingsystem").returns "Solaris"
Facter.expects(:value).with("operatingsystemrelease").returns 2.0
mod.supports "Solaris", 1.0
lambda { mod.validate_supported_platform }.should raise_error(Puppet::Module::IncompatiblePlatform)
end
it "should be considered supported when running on any of multiple supported platforms" do
pending "Not sure how to send client platform to the module"
end
it "should validate its platform support on initialization" do
pending "Not sure how to send client platform to the module"
end
end
it "should return nil if asked for a module whose name is 'nil'" do
Puppet::Module.find(nil, "myenv").should be_nil
end
it "should provide support for logging" do
Puppet::Module.ancestors.should be_include(Puppet::Util::Logging)
end
it "should be able to be converted to a string" do
Puppet::Module.new("foo").to_s.should == "Module foo"
end
it "should add the path to its string form if the module is found" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a"
mod.to_s.should == "Module foo(/a)"
end
it "should fail if its name is not alphanumeric" do
lambda { Puppet::Module.new(".something") }.should raise_error(Puppet::Module::InvalidName)
end
it "should require a name at initialization" do
lambda { Puppet::Module.new }.should raise_error(ArgumentError)
end
it "should convert an environment name into an Environment instance" do
Puppet::Module.new("foo", "prod").environment.should be_instance_of(Puppet::Node::Environment)
end
it "should accept an environment at initialization" do
Puppet::Module.new("foo", :prod).environment.name.should == :prod
end
it "should use the default environment if none is provided" do
env = Puppet::Node::Environment.new
Puppet::Module.new("foo").environment.should equal(env)
end
it "should use any provided Environment instance" do
env = Puppet::Node::Environment.new
Puppet::Module.new("foo", env).environment.should equal(env)
end
it "should return the path to the first found instance in its environment's module paths as its path" do
dir = tmpdir("deep_path")
first = File.join(dir, "first")
second = File.join(dir, "second")
FileUtils.mkdir_p(first)
FileUtils.mkdir_p(second)
Puppet[:modulepath] = "#{first}:#{second}"
modpath = File.join(first, "foo")
FileUtils.mkdir_p(modpath)
# Make a second one, which we shouldn't find
FileUtils.mkdir_p(File.join(second, "foo"))
mod = Puppet::Module.new("foo")
mod.path.should == modpath
end
it "should be able to find itself in a directory other than the first directory in the module path" do
dir = tmpdir("deep_path")
first = File.join(dir, "first")
second = File.join(dir, "second")
FileUtils.mkdir_p(first)
FileUtils.mkdir_p(second)
Puppet[:modulepath] = "#{first}:#{second}"
modpath = File.join(second, "foo")
FileUtils.mkdir_p(modpath)
mod = Puppet::Module.new("foo")
mod.should be_exist
mod.path.should == modpath
end
it "should be considered existent if it exists in at least one module path" do
mod = Puppet::Module.new("foo")
mod.expects(:path).returns "/a/foo"
mod.should be_exist
end
it "should be considered nonexistent if it does not exist in any of the module paths" do
mod = Puppet::Module.new("foo")
mod.expects(:path).returns nil
mod.should_not be_exist
end
[:plugins, :templates, :files, :manifests].each do |filetype|
dirname = filetype == :plugins ? "lib" : filetype.to_s
it "should be able to return individual #{filetype}" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
path = File.join("/a/foo", dirname, "my/file")
FileTest.expects(:exist?).with(path).returns true
mod.send(filetype.to_s.sub(/s$/, ''), "my/file").should == path
end
it "should consider #{filetype} to be present if their base directory exists" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
path = File.join("/a/foo", dirname)
FileTest.expects(:exist?).with(path).returns true
mod.send(filetype.to_s + "?").should be_true
end
it "should consider #{filetype} to be absent if their base directory does not exist" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
path = File.join("/a/foo", dirname)
FileTest.expects(:exist?).with(path).returns false
mod.send(filetype.to_s + "?").should be_false
end
it "should consider #{filetype} to be absent if the module base directory does not exist" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns nil
mod.send(filetype.to_s + "?").should be_false
end
it "should return nil if asked to return individual #{filetype} that don't exist" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
path = File.join("/a/foo", dirname, "my/file")
FileTest.expects(:exist?).with(path).returns false
mod.send(filetype.to_s.sub(/s$/, ''), "my/file").should be_nil
end
it "should return nil when asked for individual #{filetype} if the module does not exist" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns nil
mod.send(filetype.to_s.sub(/s$/, ''), "my/file").should be_nil
end
it "should return the base directory if asked for a nil path" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
base = File.join("/a/foo", dirname)
FileTest.expects(:exist?).with(base).returns true
mod.send(filetype.to_s.sub(/s$/, ''), nil).should == base
end
end
%w{plugins files}.each do |filetype|
short = filetype.sub(/s$/, '')
dirname = filetype == "plugins" ? "lib" : filetype.to_s
it "should be able to return the #{short} directory" do
Puppet::Module.new("foo").should respond_to(short + "_directory")
end
it "should return the path to the #{short} directory" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
mod.send(short + "_directory").should == "/a/foo/#{dirname}"
end
end
it "should throw a warning if plugins are in a 'plugins' directory rather than a 'lib' directory" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
FileTest.expects(:exist?).with("/a/foo/plugins").returns true
mod.plugin_directory.should == "/a/foo/plugins"
@logs.first.message.should == "using the deprecated 'plugins' directory for ruby extensions; please move to 'lib'"
@logs.first.level.should == :warning
end
it "should default to 'lib' for the plugins directory" do
mod = Puppet::Module.new("foo")
mod.stubs(:path).returns "/a/foo"
mod.plugin_directory.should == "/a/foo/lib"
end
end
describe Puppet::Module, " when building its search path" do