Suspend2 and Linuxrc question

[billydv]

I have just used the 2.6.20-gentoo-r6 gentoo-sources that I patched with the suspend2 patch sucessfully, to build a kernel. What Im wondering is whether or not I still have to change or ad anything to linuxrc as is recommended in the suspend2 howto. I am using genkernel 3.4.6. If its still necessary please tell me if its something that has to be changed in /usr/share/genkernel/generic/linuxrc? or if its somewhere else.

Heres the linuxrc from the above mentioned file

notice it mentions suspend and suspend2


#!/bin/sh
# Copyright 2003-2006 Gentoo Foundation
# Distributed under the terms of the GNU General Public License v2

. /etc/initrd.defaults
. /etc/initrd.scripts

splash() {
return 0
}

[ -e /etc/initrd.splash ] && . /etc/initrd.splash

# Clean input/output
exec >${CONSOLE} <${CONSOLE} 2>&1

if [ "$$" != '1' ]
then
echo '/linuxrc has to be run as the init process as the one'
echo 'with a PID of 1. Try adding init="/linuxrc" to the'
echo 'kernel command line or running "exec /linuxrc".'
exit 1
fi

mount -t proc proc /proc >/dev/null 2>&1
mount -o remount,rw / >/dev/null 2>&1

# Set up symlinks
if [ "$0" = '/init' ]
then
/bin/busybox --install -s

[ -e /linuxrc ] && rm /linuxrc

if [ -e /bin/lvm ]
then
ln -s /bin/lvm /bin/vgscan
ln -s /bin/lvm /bin/vgchange
fi
fi

quiet_kmsg

CMDLINE="`cat /proc/cmdline`"
# Scan CMDLINE for any specified real_root= or cdroot arguments
REAL_ROOT=''
FAKE_ROOT=''
REAL_ROOTFLAGS=''
for x in ${CMDLINE}
do
case "${x}" in
real_root\=*)
REAL_ROOT=`parse_opt "${x}"`
;;
root\=*)
FAKE_ROOT=`parse_opt "${x}"`
;;
subdir\=*)
SUBDIR=`parse_opt "${x}"`
;;
real_init\=*)
REAL_INIT=`parse_opt "${x}"`
;;
init_opts\=*)
INIT_OPTS=`parse_opt "${x}"`
;;
# Livecd options
cdroot)
CDROOT=1
;;
cdroot\=*)
CDROOT=1
CDROOT_DEV=`parse_opt "${x}"`
;;
# Start livecd loop and looptype options
loop\=*)
LOOP=`parse_opt "${x}"`
;;
looptype\=*)
LOOPTYPE=`parse_opt "${x}"`
;;
# Start Device Manager options
devfs)
USE_DEVFS_NORMAL=1
USE_UDEV_NORMAL=0
;;
udev)
USE_DEVFS_NORMAL=0
USE_UDEV_NORMAL=1
;;
unionfs)
if [ ! -x /sbin/unionctl ]
then
USE_UNIONFS_NORMAL=0
bad_msg 'Unionctl not found: aborting use of unionfs!'
else
USE_UNIONFS_NORMAL=1
fi
;;
unionfs\=*)
if [ ! -x /sbin/unionctl ]
then
USE_UNIONFS_NORMAL=0
bad_msg 'Unionctl not found: aborting use of unionfs!'
else
USE_UNIONFS_NORMAL=1
CMD_UNIONFS=`parse_opt "${x}"`
echo ${CMD_UNIONFS}|grep , >/dev/null 2>&1
if [ "$?" -eq '0' ]
then
UID=`echo ${CMD_UNIONFS#*,}`
UNIONFS=`echo ${CMD_UNIONFS%,*}`
else
UNIONFS=${CMD_UNIONFS}
fi
fi
;;
# Start Volume manager options
dolvm2)
USE_LVM2_NORMAL=1
;;
dodmraid)
USE_DMRAID_NORMAL=1
;;
dodmraid\=*)
DMRAID_OPTS=`parse_opt "${x}"`
USE_DMRAID_NORMAL=1
;;
doevms2)
USE_EVMS2_NORMAL=1
;;
# Debug Options
debug)
DEBUG='yes'
;;
# Scan delay options
scandelay\=*)
SDELAY=`parse_opt "${x}"`
;;
scandelay)
SDELAY=10
;;
# Module no-loads
doload\=*)
MDOLIST=`parse_opt "${x}"`
MDOLIST="`echo ${MDOLIST} | sed -e \"s/,/ /g\"`"
;;
nodetect)
NODETECT=1
;;
noload\=*)
MLIST=`parse_opt "${x}"`
MLIST="`echo ${MLIST} | sed -e \"s/,/ /g\"`"
export MLIST
;;
# Redirect output to a specific tty
CONSOLE\=*)
CONSOLE=`parse_opt "${x}"`
exec >${CONSOLE} <${CONSOLE} 2>&1
;;
# /dev/md
lvmraid\=*)
RAID_DEVICES="`parse_opt ${x}`"
RAID_DEVICES="`echo ${RAID_DEVICES} | sed -e 's/,/ /g'`"
;;
part\=*)
MDPART=`parse_opt "${x}"`
;;
# NFS
ip\=*)
IP=`parse_opt "${x}"`
;;
nfsroot\=*)
NFSROOT=`parse_opt "${x}"`
;;
crypt_root\=*)
LUKS_ROOT=`parse_opt "${x}"`
;;
crypt_swap\=*)
LUKS_SWAP=`parse_opt "${x}"`
;;
real_rootflags\=*)
REAL_ROOTFLAGS=`parse_opt "${x}"`
;;
esac
done

if [ -z "${REAL_ROOT}" -a \( "${CDROOT}" -eq 0 \) -a \( "${FAKE_ROOT}" != "/dev/ram0" \) ]
then
REAL_ROOT="${FAKE_ROOT}"
fi

splash 'init'

detect_sbp2_devices
cmdline_hwopts

# Load modules listed in MY_HWOPTS if /lib/modules exists
if [ -d '/lib/modules' ]
then
good_msg 'Loading modules'
# Load appropriate kernel modules
if [ "${NODETECT}" -ne '1' ]
then
for modules in $MY_HWOPTS
do
modules_scan $modules
eval DO_`echo $modules | sed 's/-//'`=1
done
fi
# Always eval doload=...
modules_load $MDOLIST
else
for modules in $MY_HWOPTS
do
eval DO_`echo $modules | sed 's/-//'`=1
done
good_msg 'Skipping module load; no modules in the initrd!'
fi

# Mount sysfs
mount_sysfs

# Delay if needed for USB hardware
sdelay

# Start udev/devfs
start_dev_mgr

# Setup md device nodes if they dont exist
setup_md_device

# Scan volumes
startVolumes

# Initialize LUKS root device
startLUKS

# Set up unionfs
mkdir -p ${NEW_ROOT}
setup_unionfs

if [ "${USE_UNIONFS_NORMAL}" -eq '1' ]
then
CHROOT=${UNION}
else
CHROOT=${NEW_ROOT}
fi

# Run debug shell if requested
rundebugshell

suspend_resume
suspend2_resume

if [ "${CDROOT}" -eq '1' ]
then
if [ ! "${USE_UNIONFS_NORMAL}" -eq '1' ]
then
good_msg "Making tmpfs for ${NEW_ROOT}"
mount -t tmpfs tmpfs ${NEW_ROOT}
fi

for i in dev mnt mnt/cdrom mnt/livecd tmp tmp/.initrd mnt/gentoo sys
do
mkdir -p ${NEW_ROOT}/$i
chmod 755 ${NEW_ROOT}/$i
done
[ ! -e ${NEW_ROOT}/dev/null ] && mknod ${NEW_ROOT}/dev/null c 1 3
[ ! -e ${NEW_ROOT}/dev/console ] && mknod ${NEW_ROOT}/dev/console c 5 1

# For SGI LiveCDs ...
if [ "${LOOPTYPE}" = "sgimips" ]
then
[ ! -e ${NEW_ROOT}/dev/sr0 ] && mknod ${NEW_ROOT}/dev/sr0 b 11 0
[ ! -e ${NEW_ROOT}/dev/loop0 ] && mknod ${NEW_ROOT}/dev/loop0 b 7 0
fi

# Required for gensplash to work. Not an issue with the initrd as this
# device isnt created there and is not needed.
if [ -e /dev/tty1 ]
then
[ ! -e ${NEW_ROOT}/dev/tty1 ] && mknod ${NEW_ROOT}/dev/tty1 c 4 1
fi

if [ "${REAL_ROOT}" != "/dev/nfs" ] && [ "${LOOPTYPE}" != "sgimips" ]
then
bootstrapCD
fi

if [ "${REAL_ROOT}" = '' ]
then
echo -n -e "${WARN}>>${NORMAL}${BOLD} No bootable medium found. Waiting for new devices"

COUNTER=0
while [ $COUNTER -lt 3 ]; do
sleep 3
echo -n '.'
let COUNTER=$COUNTER+1
done

sleep 1
echo -e "${NORMAL}"
bootstrapCD
fi

if [ "${REAL_ROOT}" = '' ]
then
# Undo stuff
umount ${NEW_ROOT}/dev 2>/dev/null
umount ${NEW_ROOT}/sys 2>/dev/null
umount /sys 2>/dev/null

umount ${NEW_ROOT}
rm -rf ${NEW_ROOT}/*

bad_msg 'Could not find CD to boot, something else needed!'
CDROOT=0
fi
fi

setup_keymap

# Determine root device
good_msg 'Determining root device...'
while true
do
while [ "${got_good_root}" != '1' ]
do
case "${REAL_ROOT}" in
LABEL\=*|UUID\=*)

ROOT_DEV=""
retval=1

if [ "${retval}" -ne '0' ]; then
ROOT_DEV=`findfs "${REAL_ROOT}" 2>/dev/null`
retval=$?
fi

if [ "$retval" -ne '0' ]; then
ROOT_DEV=`busybox findfs "${REAL_ROOT}" 2>/dev/null`
retval=$?
fi

if [ "${retval}" -ne '0' ]; then
ROOT_DEV=`blkid -t "${REAL_ROOT}" | cut -d ":" -f 1 2>/dev/null`
retval=$?
fi

if [ "${retval}" -eq '0' ] && [ -n "${ROOT_DEV}" ]; then
good_msg "Detected real_root=${ROOT_DEV}"
REAL_ROOT="${ROOT_DEV}"
else
bad_msg "Could not find root block device: ${REAL_ROOT}"
echo ' Please specify a device to boot, or "shell" for a shell...'
echo -n 'boot() :: '
read REAL_ROOT
got_good_root=0
continue
fi
;;
esac

if [ "${REAL_ROOT}" = 'shell' ]
then
run_shell

REAL_ROOT=''
got_good_root=0
continue

elif [ "${REAL_ROOT}" = '' ]
then
# No REAL_ROOT determined/specified. Prompt user for root block device.
bad_msg "The root block device is unspecified or not detected."
echo ' Please specify a device to boot, or "shell" for a shell...'
echo -n 'boot() :: '
read REAL_ROOT
got_good_root=0

# Check for a block device or /dev/nfs
elif [ -b "${REAL_ROOT}" ] || [ "${REAL_ROOT}" = "/dev/nfs" ]
then
got_good_root=1

else
bad_msg "Block device ${REAL_ROOT} is not a valid root device..."
REAL_ROOT=""
got_good_root=0
fi
done


if [ "${CDROOT}" -eq '1' -a "${got_good_root}" = '1' -a "${REAL_ROOT}" != "/dev/nfs" ]
then
# CD already mounted; no further checks necessary
break
elif [ "${LOOPTYPE}" = "sgimips" ]
then
# sgimips mounts the livecd root partition directly
# there is no isofs filesystem to worry about
break
else
good_msg "Mounting root..."

# Try to mount the device as ${NEW_ROOT}
if [ "${REAL_ROOT}" = '/dev/nfs' ]; then
findnfsmount
else
# mount ro so fsck doesn't barf later
# REAL_ROOT_TYPE=`vol_id -t ${REAL_ROOT}`
# mount -t ${REAL_ROOT_TYPE} -o ro ${REAL_ROOT} ${NEW_ROOT}
if [ "${REAL_ROOTFLAGS}" = '' ]; then
mount -o ro ${REAL_ROOT} ${NEW_ROOT}
else
good_msg "Using mount -o ro,${REAL_ROOTFLAGS}"
mount -o ro,${REAL_ROOTFLAGS} ${REAL_ROOT} ${NEW_ROOT}
fi
fi

# If mount is successful break out of the loop
# else not a good root and start over.

if [ "$?" = '0' ]
then
break
else
bad_msg "Could not mount specified ROOT, try again"
got_good_root=0
REAL_ROOT=''
fi
fi
done
# End determine root device

#verbose_kmsg

# If cdroot is set determine the looptype to boot
if [ "${CDROOT}" = '1' ]
then
good_msg 'Determining looptype ...'
cd ${NEW_ROOT}

# Find loop and looptype if we have NFS-mounted a livecd
if [ "${LOOP}" = '' ] && [ "${REAL_ROOT}" = '/dev/nfs' ]
then
if [ -e "${NEW_ROOT}/mnt/cdrom/livecd.loop" ]; then
LOOP='/livecd.loop'
LOOPTYPE='normal'
elif [ -e "${NEW_ROOT}/mnt/cdrom/zisofs" ]; then
LOOP='/zisofs'
LOOPTYPE='zisofs'
elif [ -e "${NEW_ROOT}/mnt/cdrom/livecd.squashfs" ]; then
LOOP='/livecd.squashfs'
LOOPTYPE='squashfs'
elif [ -e "${NEW_ROOT}/mnt/cdrom/image.squashfs" ]; then
LOOP='/image.squashfs'
LOOPTYPE='squashfs'
elif [ -e "${NEW_ROOT}/mnt/cdrom/livecd.gcloop" ]; then
LOOP='/livecd.gcloop'
LOOPTYPE='gcloop'
else
LOOPTYPE='noloop'
fi
fi

# Failsafe the loop type wasn't set
if [ "${LOOPTYPE}" = '' ]
then
warn_msg 'Warning: loop type unspecified!'
if [ "${LOOP}" = '/livecd.loop' ]
then
LOOPTYPE='normal'
elif [ "${LOOP}" = '/zisofs' ]
then
LOOPTYPE='zisofs'
elif [ "${LOOP}" = '/livecd.squashfs' ]
then
LOOPTYPE='squashfs'
elif [ "${LOOP}" = '/image.squashfs' ]
then
LOOPTYPE='squashfs'
elif [ "${LOOP}" = '/livecd.gcloop' ]
then
LOOPTYPE='gcloop'
else
LOOPTYPE='noloop'
fi
fi

cache_cd_contents
# Setup the loopback mounts

if [ "${LOOPTYPE}" = 'normal' ]
then
good_msg 'Mounting loop filesystem'
mount -t ext2 -o loop,ro ${NEW_ROOT}/mnt/cdrom/${LOOPEXT}${LOOP} ${NEW_ROOT}/mnt/livecd
test_success 'Mount filesystem'
FS_LOCATION='mnt/livecd'


elif [ "${LOOPTYPE}" = 'squashfs' ]
then
good_msg 'Mounting squashfs filesystem'
mount -t squashfs -o loop,ro ${NEW_ROOT}/mnt/cdrom/${LOOPEXT}${LOOP} ${NEW_ROOT}/mnt/livecd

test_success 'Mount filesystem'
FS_LOCATION='mnt/livecd'

elif [ "${LOOPTYPE}" = 'gcloop' ]
then
good_msg 'Mounting gcloop filesystem'
echo ' ' | losetup -E 19 -e ucl-0 -p0 ${NEW_ROOT}/dev/loop0 ${NEW_ROOT}/mnt/cdrom/${LOOPEXT}${LOOP}
test_success 'losetup the loop device'

mount -t ext2 -o ro ${NEW_ROOT}/dev/loop0 ${NEW_ROOT}/mnt/livecd
test_success 'Mount the losetup loop device'
FS_LOCATION='mnt/livecd'

elif [ "${LOOPTYPE}" = 'zisofs' ]
then
FS_LOCATION="mnt/cdrom/${LOOPEXT}${LOOP}"

elif [ "${LOOPTYPE}" = 'noloop' ]
then
FS_LOCATION='mnt/cdrom'

elif [ "${LOOPTYPE}" = 'sgimips' ]
then
# getdvhoff finds the starting offset (in bytes) of the squashfs
# partition on the cdrom and returns this offset for losetup
#
# All currently supported SGI Systems use SCSI CD-ROMs, so
# so we know that the CD-ROM is usually going to be /dev/sr0.
#
# We use the value given to losetup to set /dev/loop0 to point
# to the liveCD root partition, and then mount /dev/loop0 as
# the LiveCD rootfs
good_msg 'Locating the SGI LiveCD Root Partition'
echo ' ' | \
losetup -o $(/bin/getdvhoff ${NEW_ROOT}${REAL_ROOT} 0) \
${NEW_ROOT}${CDROOT_DEV} \
${NEW_ROOT}${REAL_ROOT}
test_success 'losetup /dev/sr0 /dev/loop0'

good_msg 'Mounting the Root Partition'
mount -t squashfs -o ro ${NEW_ROOT}${CDROOT_DEV} ${NEW_ROOT}/mnt/livecd
test_success 'mount /dev/loop0 /'
FS_LOCATION='mnt/livecd'
fi

#
# End cdrom looptype determination and mounting if necessary
#

if [ "${USE_UNIONFS_NORMAL}" -eq '1' ]
then
union_insert_dir ${UNION} ${NEW_ROOT}/${FS_LOCATION}

# Make sure fstab notes livecd is mounted ro. Makes system skip remount which fails on unionfs dirs.
sed -e 's|\(.*\s/\s*tmpfs\s*\)defaults\(.*\)|\1defaults,ro\2|' /${UNION}/etc/fstab > /${UNION}/etc/fstab.new
mv /${UNION}/etc/fstab.new /${UNION}/etc/fstab
fi

# Unpacking additional packages from NFS mount
# This is useful for adding kernel modules to /lib
# We do this now, so that additional packages can add whereever they want.
if [ "${REAL_ROOT}" = '/dev/nfs' ]
then
if [ -e "${CHROOT}/mnt/cdrom/add" ]
then
for targz in `ls ${CHROOT}/mnt/cdrom/add/*.tar.gz`
do
tarname=`basename ${targz}`
good_msg "Adding additional package ${tarname}"
(cd ${CHROOT} ; /bin/tar -xzf ${targz})
done
fi
fi


if [ ! "${USE_UNIONFS_NORMAL}" -eq '1' ]
then
good_msg "Copying read-write image contents to tmpfs"
# Copy over stuff that should be writable
(cd ${NEW_ROOT}/${FS_LOCATION}; cp -a ${ROOT_TREES} ${NEW_ROOT})

# Now we do the links.
for x in ${ROOT_LINKS}
do
if [ -L "${NEW_ROOT}/${FS_LOCATION}/${x}" ]
then
ln -s "`readlink ${NEW_ROOT}/${FS_LOCATION}/${x}`" "${x}" 2>/dev/null
else
# List all subdirectories of x
for directory in `find "${NEW_ROOT}/${FS_LOCATION}/${x}" -type d 2>/dev/null`
do
## Strip the prefix of the FS_LOCATION
directory=${directory#${NEW_ROOT}/${FS_LOCATION}/}

## Skip this directory if we already linked a parent directory
if [ "${curent_parrent}" != '' ]; then
var=`echo "${directory}" | grep "^${curent_parrent}"`
if [ "${var}" != '' ]; then
continue
fi
fi
## Test if the directory exists already
if [ -e "/${NEW_ROOT}/${directory}" ]
then
# It does exist, link all the individual files
for file in `ls /${NEW_ROOT}/${FS_LOCATION}/${directory}`
do
if [ ! -d "/${NEW_ROOT}/${FS_LOCATION}/${directory}/${file}" ] && [ ! -e "${NEW_ROOT}/${directory}/${file}" ]; then
ln -s "/${FS_LOCATION}/${directory}/${file}" "${directory}/${file}" 2> /dev/null
fi
done
else
# It does not exist, make a link to the livecd
ln -s "/${FS_LOCATION}/${directory}" "${directory}" 2>/dev/null
current_parent=${directory}
fi
done
fi
done

[ "${DO_slowusb}" ] && sleep 10
mkdir initrd proc tmp sys 2>/dev/null
chmod 1777 tmp
fi

#UML=`cat /proc/cpuinfo|grep UML|sed -e 's|model name.*: ||'`
#if [ "${UML}" = 'UML' ]
#then
# # UML Fixes
# good_msg 'Updating for uml system'
#fi

# Let Init scripts know that we booted from CD
export CDBOOT
CDBOOT=1
[ "${DO_slowusb}" ] && sleep 10
else
if [ "${USE_UNIONFS_NORMAL}" -eq '1' ]
then
union_insert_dir ${UNION} ${NEW_ROOT}
mkdir -p ${UNION}/tmp/.initrd
fi
fi

# Execute script on the cdrom just before boot to update things if necessary
cdupdate

if [ "${SUBDIR}" != '' -a -e "${CHROOT}/${SUBDIR}" ]
then
good_msg "Entering ${SUBDIR} to boot"
CHROOT=${CHROOT}/${SUBDIR}
fi

verbose_kmsg

# Move the /memory mount point to what will be the system root so that
# init scripts will be able to unmount it properly at next reboot
#
# Eventually, all "unions over /" mounts should go in that /.unions/
if [ "${USE_UNIONFS_NORMAL}" -eq '1' ]
then
mkdir -p /${CHROOT}/.unions/memory 2>/dev/null
mount -o move /memory /${CHROOT}/.unions/memory || echo '*: Failed to move unionfs /memory into the system root!'
fi

if [ "$0" = '/linuxrc' ] || [ "$0" = 'linuxrc' ]
then
[ ! -e ${CHROOT}/dev/console ] && mknod ${CHROOT}/dev/console c 5 1
echo -ne "${GOOD}>>${NORMAL}${BOLD} Booting"

cd ${CHROOT}
mkdir ${CHROOT}/proc ${CHROOT}/sys 2>/dev/null
pivot_root . tmp/.initrd
[ "${DO_slowusb}" ] && sleep 10
echo -n '.'

if /tmp/.initrd/bin/[ "${USE_DEVFS_NORMAL}" -eq '1' -a "${CDROOT}" -eq '0' ]
then
umount /tmp/.initrd/proc || echo '*: Failed to unmount the initrd /proc!'
mount -n --move /tmp/.initrd/dev dev || echo '*: Failed to move over the /dev tree!'
rm -rf /tmp/.initrd/dev || echo '*: Failed to remove the initrd /dev!'
elif /tmp/.initrd/bin/[ "${USE_UDEV_NORMAL}" -eq '1' ]
then
/tmp/.initrd/bin/[ -e /tmp/.initrd/dev/fd ] && rm /tmp/.initrd/dev/fd
/tmp/.initrd/bin/[ -e /tmp/.initrd/dev/stdin ] && rm /tmp/.initrd/dev/stdin
/tmp/.initrd/bin/[ -e /tmp/.initrd/dev/stdout ] && rm /tmp/.initrd/dev/stdout
/tmp/.initrd/bin/[ -e /tmp/.initrd/dev/stderr ] && rm /tmp/.initrd/dev/stderr
/tmp/.initrd/bin/[ -e /tmp/.initrd/dev/core ] && rm /tmp/.initrd/dev/core
umount /tmp/.initrd/dev || echo '*: Failed to unmount the initrd /dev!'
umount /tmp/.initrd/proc || echo '*: Failed to unmount the initrd /proc!'
umount /tmp/.initrd/sys || echo '*: Failed to unmount the initrd /sys!'
elif /tmp/.initrd/bin/[ "${CDROOT}" -eq '1' ]
then
umount /tmp/.initrd/proc || echo "*: Failed to unmount the initrd /proc!"
umount /dev 2>/dev/null
mount -n --move /tmp/.initrd/dev dev 2>/dev/null
rm -rf /tmp/.initrd/dev || echo '*: Failed to remove the initrd /dev!'

umount /sys 2>/dev/null
umount /tmp/.initrd/sys 2>/dev/null
fi
echo -n '.'

# /usr/src/linux/Documentation/initrd.txt:
# exec chroot . /sbin/init </dev/console >/dev/console 2>&1

exec <dev/console >dev/console 2>&1
echo '.'
exec chroot . /bin/sh <<- EOF
umount /tmp/.initrd || echo "*: Failed to unmount the initrd!"
/sbin/blockdev --flushbufs /dev/ram0 >/dev/null 2>&1
exec ${REAL_INIT:-/sbin/init} ${INIT_OPTS}
EOF
elif [ "$0" = '/init' ]
then
[ ! -e ${CHROOT}/dev/console ] && mknod ${CHROOT}/dev/console c 5 1
[ ! -e ${CHROOT}/dev/tty1 ] && mknod ${CHROOT}/dev/tty1 c 4 1
echo -ne "${GOOD}>>${NORMAL}${BOLD} Booting (initramfs)"

cd ${CHROOT}
mkdir ${CHROOT}/proc ${CHROOT}/sys 2>/dev/null
echo -n '.'
umount /sys || echo '*: Failed to unmount the initrd /sys!'
umount /proc || echo '*: Failed to unmount the initrd /proc!'
echo -n '.'

exec switch_root -c "/dev/console" "${CHROOT}" /sbin/init ${REAL_INIT}
fi

splash 'verbose'

echo 'A fatal error has probably occured since /sbin/init did not'
echo 'boot correctly. Trying to open a shell...'
echo
exec /bin/bash
exec /bin/sh
exec /bin/ash
exec sh
_________________
Billy DeVincentis