# $1 = mount dir name / media name
# $2 = recognition file
# $3 = variable to have the device path
- # $4 = directory before /mnt, like NEW_ROOT
+ # $4 = actual mount dir path (full path)
# args remaining are possible devices
- local media=$1 recon=$2 vrbl=$3
- local mntdir="${4}/mnt/${media}"
+ local media=$1 recon=$2 vrbl=$3 mntdir=$4
shift 4
good_msg "Looking for the ${media}" ${CRYPT_SILENT}
# don't skip device mapper devices. Even the craziest scenario
# deserves a fair chance.
#
- for part in `ls /sys/block/${bsn}/${bsn}[0-9]* 2>/dev/null`
+ for part in `ls /sys/block/${bsn}/${bsn}*[0-9]* 2>/dev/null`
do
skip=1
break;
then
continue
fi
- good_msg "Attempting to mount media:- ${x}" ${CRYPT_SILENT}
+ good_msg "Attempting to mount media: ${x}" ${CRYPT_SILENT}
-# if [ "${media}" = "cdrom" ]; then
-# mount -r -t iso9660 ${x} ${mntdir} &>/dev/null
-# else
-# mount -r -t auto ${x} ${mntdir} &>/dev/null
-# fi
mount -r -t ${CDROOT_TYPE} ${x} ${mntcddir} >/dev/null 2>&1
if [ "$?" = '0' ]
then
DEVICES="$DEVICES /dev/sd*"
# IDE devices
DEVICES="$DEVICES /dev/hd*"
+ # virtio devices
+ DEVICES="$DEVICES /dev/vd*"
# USB using the USB Block Driver
DEVICES="$DEVICES /dev/ubd* /dev/ubd/*"
# iSeries devices
DEVICES="$DEVICES /dev/iseries/vcd*"
+ # builtin mmc/sd card reader devices
+ DEVICES="$DEVICES /dev/mmcblk* /dev/mmcblk*/*"
+ # fallback scanning, this might scan something twice, but it's better than
+ # failing to boot.
+ [ -e /proc/partitions ] && DEVICES="${DEVICES} $(awk '/([0-9]+[[:space:]]+)/{print "/dev/" $4}' /proc/partitions)"
echo ${DEVICES}
}
# a bunch of extra devices
[ -n "${CDROOT_DEV}" ] && DEVICES="${CDROOT_DEV}"
- findmediamount "cdrom" "${SUBDIR}/livecd" "REAL_ROOT" "${NEW_ROOT}" ${DEVICES}
+ findmediamount "cdrom" "${SUBDIR}/livecd" "REAL_ROOT" "${CDROOT_PATH}" ${DEVICES}
}
bootstrapKey() {
local KEYDEVS=`devicelist`
eval local keyloc='"${CRYPT_'${1}'_KEY}"'
- findmediamount "key" "${keyloc}" "CRYPT_${1}_KEYDEV" "" ${KEYDEVS}
+ findmediamount "key" "${keyloc}" "CRYPT_${1}_KEYDEV" "/mnt/key" ${KEYDEVS}
}
cache_cd_contents() {
good_msg "Copying loop file for caching..."
# Verify that the needed directory exists
mkdir -p "$(dirname ${NEW_ROOT}/mnt/${LOOP})"
- cp -a ${NEW_ROOT}/mnt/cdrom/${LOOP} ${NEW_ROOT}/mnt/${LOOP}
+ cp -a ${CDROOT_PATH}/${LOOP} ${NEW_ROOT}/mnt/${LOOP}
if [ $? -ne 0 ]
then
- bad_msg "Failed to cache the loop file! Lack of space?"
+ warn_msg "Failed to cache the loop file! Lack of RAM?"
+ rm -rf ${NEW_ROOT}/mnt/${LOOP} 2>/dev/null
rm -rf ${NEW_ROOT}/mnt/livecd.* 2>/dev/null
rm -rf ${NEW_ROOT}/mnt/image.* 2>/dev/null
rm -rf ${NEW_ROOT}/mnt/zisofs 2>/dev/null
- else
- LOOPEXT='../'
fi
fi
fi
if [ "${CDROOT}" != '0' ]
then
good_msg "Attempting to mount NFS CD image on ${NFSROOT} with options ${NFSOPTIONS}"
- mount -t nfs -o ${NFSOPTIONS} ${NFSROOT} ${NEW_ROOT}/mnt/cdrom
+ mount -t nfs -o ${NFSOPTIONS} ${NFSROOT} ${CDROOT_PATH}
if [ "$?" = '0' ]
then
REAL_ROOT="/dev/nfs"
}
check_loop() {
- if [ "${LOOP}" = '' -o ! -e "mnt/cdrom/${LOOP}" ]
+ if [ "${LOOP}" = '' -o ! -e "${CDROOT_PATH}/${LOOP}" ]
then
bad_msg "Invalid loop location: ${LOOP}"
/bin/ash
}
-runmdev() {
+mount_devfs () {
# Use devtmpfs if enabled in kernel,
# else tmpfs. Always run mdev just in case
devfs=tmpfs
fi
# Options copied from /etc/init.d/udev-mount, should probably be kept in sync
- mount -t $devfs -o "exec,nosuid,mode=0755,size=10M" udev /dev \
- || bad_msg "Failed to mount /dev as ${devfs}"
+ if awk 'BEGIN{m=0;} /devtmpfs/{if($3 == "devtmpfs") {m=1;} } END { exit m;}' /proc/mounts; then
+ mount -t $devfs -o "exec,nosuid,mode=0755,size=10M" udev /dev \
+ || bad_msg "Failed to mount /dev as ${devfs}"
+ fi
# http://git.busybox.net/busybox/plain/docs/mdev.txt
- mkdir -m 0755 /dev/pts
- mount -t devpts -o gid=5,mode=0620 devpts /dev/pts || bad_msg "Failed to mount /dev/pts"
- mdev -s || bad_msg "Failed to receive dynamic updates from mdev"
+ if awk 'BEGIN{m=0;} /devpts/{if($3 == "devpts") {m=1;} } END { exit m;}' /proc/mounts; then
+ mkdir -m 0755 /dev/pts
+ mount -t devpts -o gid=5,mode=0620 devpts /dev/pts || bad_msg "Failed to mount /dev/pts"
+ fi
}
test_success() {
else
splash 'verbose' > /dev/null &
eval $1
- if [ $? -eq 0 ]
+ res=$?
+ if [ ${res} -eq 0 ]
then
splash set_msg 'Disk unlocked.'
fi
+ return ${res}
fi
}
esac
}
-setup_hotplug() {
- if [ "${KV_2_6_OR_GREATER}" ]
- then
- echo /sbin/mdev > /proc/sys/kernel/hotplug
- fi
-}
-
setup_slowusb() {
# This function removes unset DO_slowusb if there is no usb-storage attached.
# If noslowusb is set, skip this function
done
}
-start_dev_mgr() {
- if [ "${KV_2_6_OR_GREATER}" ]
- then
- cd /sys
- good_msg 'Activating mdev'
- runmdev
- cd /
- fi
-}
-
cmdline_hwopts() {
# Scan CMDLINE for any "doscsi" or "noscsi"-type arguments
local FOUND
40|uk) keymap=uk ;;
41|us) keymap=us ;;
42|wangbe) keymap=wangbe ;;
+ 43|sf|ch*) keymap=sf ;;
esac
fi
if [ -e /lib/keymaps/${keymap}.map ]
# echo ${keymap} | egrep -e "[0-9]+" >/dev/null 2>&1
# if [ $? -eq 0 ]
# then
-# xkeymap=`tail -n 7 /lib/keymaps/keymapList | grep ${keymap} | sed -r "s/.*\s+${keymap}\s+([a-z-]+).*/\1/g" | egrep -v 1`
+# xkeymap=`tail -n 8 /lib/keymaps/keymapList | grep ${keymap} | sed -r "s/.*\s+${keymap}\s+([a-z-]+).*/\1/g" | egrep -v 1`
# fi
mkdir -p /etc/sysconfig
# echo "XKEYBOARD=${xkeymap}" > /etc/sysconfig/keyboard
if [ "${USE_MDADM}" = '1' ]
then
- /sbin/mdadm --assemble --scan
+ if [ -e '/sbin/mdadm' ]
+ then
+ /sbin/mdadm --assemble --scan
+ else
+ bad_msg "mdadm not found: skipping mdadm raid assembly!"
+ fi
fi
if [ "${USE_DMRAID_NORMAL}" = '1' ]
# To activate volumegroups on all devices in the cache
lvm_commands="${lvm_commands} \nvgchange -ay --sysinit"
+
+ # To create symlinks so users can use real_root=/dev/vg/root
+ # This needs to run after vgchange, using vgchange --mknodes is too
+ # early.
+ lvm_commands="${lvm_commands} \nvgmknodes --ignorelockingfailure"
# And finally execute it all (/proc/... needed if lvm is compiled without readline)
good_msg "Scanning for and activating Volume Groups"
bad_msg "vgscan or vgchange not found: skipping LVM volume group activation!"
fi
fi
+
+ if [ "${USE_ZFS}" = '1' ]
+ then
+ if [ -z "${ZFS_POOL}" ]
+ then
+ good_msg "Importing ZFS pools"
+
+ /sbin/zpool import -N -a "${ZPOOL_FORCE}"
+
+ if [ "$?" = '0' ]
+ then
+ good_msg "Importing ZFS pools succeeded"
+ else
+ bad_msg "Imported ZFS pools failed"
+ fi
+ else
+
+ if [ "$(zpool list -H -o name ${ZFS_POOL} 2>&1)" = "$ZFS_POOL" ]
+ then
+ good_msg "ZFS pool ${ZFS_POOL} already imported."
+
+ if [ -n "${CRYPT_ROOT}" -o -n "${CRYPT_SWAP}" ]
+ then
+ good_msg "LUKS detected. Reimporting ${ZFS_POOL}"
+ /sbin/zpool export -f "${ZFS_POOL}"
+ /sbin/zpool import -N "${ZPOOL_FORCE}" "${ZFS_POOL}"
+ fi
+ else
+ good_msg "Importing ZFS pool ${ZFS_POOL}"
+
+ /sbin/zpool import -N "${ZPOOL_FORCE}" "${ZFS_POOL}"
+
+ if [ "$?" = '0' ]
+ then
+ good_msg "Importing ${ZFS_POOL} succeeded"
+ else
+ bad_msg "Importing ${ZFS_POOL} failed"
+ fi
+ fi
+ fi
+ fi
}
startiscsi() {
;;
esac
- eval local LUKS_DEVICE='"${CRYPT_'${TYPE}'}"' LUKS_NAME="$1" LUKS_KEY='"${CRYPT_'${TYPE}'_KEY}"' LUKS_KEYDEV='"${CRYPT_'${TYPE}'_KEYDEV}"'
+ eval local LUKS_DEVICE='"${CRYPT_'${TYPE}'}"' LUKS_NAME="$1" LUKS_KEY='"${CRYPT_'${TYPE}'_KEY}"' LUKS_KEYDEV='"${CRYPT_'${TYPE}'_KEYDEV}"' LUKS_TRIM='"${CRYPT_'${TYPE}'_TRIM}"'
local DEV_ERROR=0 KEY_ERROR=0 KEYDEV_ERROR=0
local mntkey="/mnt/key/" cryptsetup_options=''
fi
if [ "${retval}" -ne 0 ]; then
- REAL_LUKS=`blkid -l -t "${LUKS_DEVICE}" | cut -d ":" -f 1 2>/dev/null`
+ REAL_LUKS=`blkid -o device -l -t "${LUKS_DEVICE}"`
retval=$?
fi
continue
else
# Handle keys
+ if [ "x${LUKS_TRIM}" = "xyes" ]
+ then
+ good_msg "Enabling TRIM support for ${LUKS_NAME}." ${CRYPT_SILENT}
+ cryptsetup_options="${cryptsetup_options} --allow-discards"
+ fi
+
if [ -n "${LUKS_KEY}" ]
then
if [ ! -e "${mntkey}${LUKS_KEY}" ]
fi
# At this point, keyfile or not, we're ready!
crypt_filter "${gpg_cmd}cryptsetup ${cryptsetup_options} luksOpen ${LUKS_DEVICE} ${LUKS_NAME}"
- if [ $? -eq 0 ]
+ crypt_filter_ret=$?
+
+ [ -e /dev/tty.org ] \
+ && rm -f /dev/tty \
+ && mv /dev/tty.org /dev/tty
+
+ if [ ${crypt_filter_ret} -eq 0 ]
then
good_msg "LUKS device ${LUKS_DEVICE} opened" ${CRYPT_SILENT}
break
cdupdate() {
if [ "${CDROOT}" = '1' ]
then
- if [ -x /${NEW_ROOT}/mnt/cdrom/cdupdate.sh ]
+ if [ -x /${CDROOT_PATH}/cdupdate.sh ]
then
good_msg "Running cdupdate.sh"
- ${NEW_ROOT}/mnt/cdrom/cdupdate.sh
+ ${CDROOT_PATH}/cdupdate.sh
if [ "$?" != '0' ]
then
bad_msg "Executing cdupdate.sh failed!"
fi
}
+do_rundebugshell() {
+ good_msg 'Type "exit" to continue with normal bootup.'
+ [ -x /bin/sh ] && /bin/sh || /bin/ash
+}
+
rundebugshell() {
if [ -n "$DEBUG" ]
then
good_msg 'Starting debug shell as requested by "debug" option.'
- good_msg 'Type "exit" to continue with normal bootup.'
- [ -x /bin/sh ] && /bin/sh || /bin/ash
+ do_rundebugshell
fi
}
}
find_loop() {
- CDROM="${NEW_ROOT}/mnt/cdrom"
for loop in ${LOOPS}
do
- if [ -e "${CDROM}""${loop}" ]
+ if [ -e "${CDROOT_PATH}""${loop}" ]
then
LOOP="${loop}"
fi
good_msg "Loading aufs"
modprobe aufs > /dev/null 2>&1
- cd "${NEW_ROOT}"
- mount -t squashfs -o loop,ro "mnt/cdrom${LOOPEXT}${LOOP}" "${static}"
+ mount -t squashfs -o loop,ro "${CDROOT_PATH}/${LOOPEXT}${LOOP}" "${static}"
mount -t tmpfs none "${overlay}"
mount -t aufs -o br:${overlay}:${static} aufs "${NEW_ROOT}"
echo "aufs / aufs defaults 0 0" > "${NEW_ROOT}"/etc/fstab
for i in "${overlay}" "${static}"; do mount --move "${i}" "${NEW_ROOT}${i}"; done
- # have handy /mnt/cdrom as well
- [ ! -d "${NEW_ROOT}/mnt/cdrom" ] && mkdir -p "${NEW_ROOT}/mnt/cdrom"
- mount --bind mnt/cdrom "${NEW_ROOT}/mnt/cdrom"
+ # have handy /mnt/cdrom (CDROOT_PATH) as well
+ local new_cdroot="${NEW_ROOT}${CDROOT_PATH}"
+ [ ! -d "${new_cdroot}" ] && mkdir -p "${new_cdroot}"
+ mount --bind "${CDROOT_PATH}" "${new_cdroot}"
)
}
bad_msg "Can't setup union mount!"
USE_UNIONFS_NORMAL=0
fi
+ [ ! -d "${NEW_ROOT}${CDROOT_PATH}" ] && mkdir -p "${NEW_ROOT}${CDROOT_PATH}"
+ mount --bind "${CDROOT_PATH}" "${NEW_ROOT}${CDROOT_PATH}"
else
USE_UNIONFS_NORMAL=0
fi
}
+
+get_mounts_list()
+{
+ awk '
+ /^[[:blank:]]*#/ { next }
+ { print $1 }
+ ' ${NEW_ROOT}/etc/initramfs.mounts
+}
+
+get_mount_fstype()
+{
+ [ -e "${NEW_ROOT}"/etc/fstab ] || return 1
+ awk -v fs="$1" '
+ /^[[:blank:]]*#/ { next }
+ $2 == fs { print $3 }
+ ' ${NEW_ROOT}/etc/fstab
+}
+
+get_mount_options()
+{
+ [ -e "${NEW_ROOT}"/etc/fstab ] || return 1
+ awk -v fs="$1" '
+ /^[[:blank:]]*#/ { next }
+ $2 == fs { print $4 }
+ ' ${NEW_ROOT}/etc/fstab
+}
+
+get_mount_device()
+{
+ [ -e "${NEW_ROOT}"/etc/fstab ] || return 1
+ awk -v fs="$1" '
+ /^[[:blank:]]*#/ { next }
+ $2 == fs { print $1 }
+ ' ${NEW_ROOT}/etc/fstab
+}
+
+# If the kernel is handed a mount option is does not recognize, it WILL fail to
+# mount. util-linux handles auto/noauto, but busybox passes it straight to the kernel
+# which then rejects the mount.
+# To make like a little easier, busybox mount does not care about leading,
+# trailing or duplicate commas.
+strip_mount_options()
+{
+ sed -r 's/(,|^)(no)?auto(,|$)/,/g'
+}
projects / genkernel.git / blobdiff