source: MondoRescue/branches/2.2.10/mindi/mindi@ 2816

#!/bin/bash

# $Id: mindi 2816 2011-04-29 13:42:55Z bruno $
#
#-----------------------------------------------------------------------------
# mindi - mini-Linux distro based on the user's filesystem & distribution
#
# Mindi can create a multi-image boot/root kit. The first image is the boot
# disk: it contains a kernel, a ramdisk etc. The second disk is data disk #1;
# the third disk is data disk #2; and so it goes.
#
# See http://www.mondorescue.org for details.
#-----------------------------------------------------------------------------

### Which arch are we on (useful for ia64 port)
ARCH=`/bin/uname -m`
KERVERRUN=`/bin/uname -r`
# By default we use the running kernel as a reference
KERVER=$KERVERRUN

# In case of problem with udev you can try to add udevdebug
MINDI_ADDITIONAL_BOOT_PARAMS="devfs=nomount noresume selinux=0 barrier=off udevtimeout=10"

MINDI_REV=PBREV
MINDI_VER=PBVER

MINDI_VERSION=${MINDI_VER}-r$MINDI_REV
MINDI_PREFIX=XXX
MINDI_CONF=YYY
MINDI_SBIN=${MINDI_PREFIX}/sbin
MINDI_DATA=LLL
MINDI_CACHE=CCC

# Temporary directory for mindi
TMPDIR=/tmp

EXTRA_SPACE=80152       # increase if you run out of ramdisk space
BOOT_SIZE=32768         # size of the boot disk

PROMPT_MAKE_CD_IMAGE="yes"
    # Ask if you want to make a CD Image to be written?
    # if this is set to 'no', then the image will be created automatically

PROMPT_MAKE_USB_IMAGE="yes"
    # Ask if you want to make a USB Image to be written?
    # if this is set to 'no', then the image will be created automatically

USE_OWN_KERNEL="yes"
    # If set to "no", you will be prompted for whether or not
    # you want to use your own kernel, or the supplied default.
    # If "yes" mindi will automatically use your own kernel.

KERNEL_IS_XEN="no"
    # If set to "no", the kernel is not a Xen kernel
    # If "yes", mindi will modify isolinux.cfg for the Xen kernel.
 
MY_FSTAB=/etc/fstab
TAPE_MODS="ht st osst ide-tape ide_tape"
SCSI_MODS="3w-xxxx 3w_xxxx 3w_9xxx 3w-9xxx 53c7,8xx a100u2w a320raid aacraid adpahci advansys aha152x aha1542 aha1740 aic79xx aic79xx_mod aic7xxx aic7xxx_mod aic7xxx_old AM53C974 atp870u BusLogic cciss cpqfc hpsa dmx3191d dpt_i2o dtc eata eata_dma eata_pio fdomain gdth g_NCR5380 i2o_block i2o_core ide-scsi ieee1394 imm in2000 initio ips iscsi iscsi_tcp libiscsi scsi_transport_iscsi libiscsi_tcp isp megaraid megaraid_mm megaraid_mbox megaraid_sas mega_sr mptbase mptscsih mptsas mptspi mptfc mptscsi mptctl NCR53c406a ncr53c8xx nsp32 pas16 pci2000 pci2220i pcmcia ppa psi240i qla1280 qla2200 qla2300 qla2400 qla2xxx qla2xxx_conf qlogicfas qlogicfc qlogicisp qlogicfas qlogicfas408 raw1394 scsi_mod scsi_transport_sas scsi_transport_spi scsi_transport_fc sd_mod crc_t10dif crc-t10dif seagate sg sim710 sr_mod sym53c416 sym53c8xx sym53c8xx_2 t128 tmscsim u14-34f ultrastor wd7000 vmhgfs intermodule scsi_dh scsi_tgt emcpdm emcpgpx emcpmpx emcp dc395x diskdumplib scsi_dump_register"

# ide-probe-mod
IDE_MODS="ide ide-floppy floppy ide-generic ide-detect ide-mod ide-disk ide_disk ide-cd ide_cd ide_cd_mod ide-cd_mod ide-cs ide-core ide_core ide-gd_mod ide_gd_mod edd paride ata_generic ide_pci_generic ata_piix libata dock via82cxxx generic nvidia ahci libahci sata_nv cmd64x pata_amd pata_marvell pata_serverworks pata_sis pata_sil680 pata_jmicron amd74xx sis5513 jmicron sata_promise sata_via serverworks sata_svw blkbk virtio"
PCMCIA_MODS="pcmcia_core ds yenta_socket"
USB_MODS="usb-storage usb-ohci usb-uhci usbcore usb_storage input hid uhci_hcd ehci_hcd uhci-hcd ehci-hcd ohci-hcd ohci_hcd xhci usbkbd usbhid keybdev mousedev libusual scsi_mod ff-memless ums_cypress ums-cypress cp210x usbserial"
NET_MODS="auth_rpcgss sunrpc nfs nfs_acl lockd fscache loop mii 3c59x e100 bcm5700 bnx2 bnx2x mdio e1000 e1000e igb dca eepro100 ne2k-pci tg3 libphy pcnet32 8139cp 8139too 8390 forcedeth vmxnet vmxnet3 vmnet exportfs fuse libcrc32c crc32c netbk xenblktap r8169"
CDROM_MODS="$TAPE_MODS $IDE_MODS $USB_MODS $PCMCIA_MODS $SCSI_MODS $NET_MODS af_packet cdrom isocd isofs inflate_fs nls_iso8859-1 nls_base nls_cp437 nls_utf8 sg sr_mod zlib_inflate iso9660"
# Those modules will only go on the backup media, not the boot media.
EXTRA_MODS="$CDROM_MODS vfat fat loop md-mod linear raid0 raid1 xor raid10 raid5 raid456 raid6_pq async_pq xor async_tx async_memcpy async_xor lvm-mod dm-mod dm_mod dm-snapshot dm_snapshot dm-zero dm_zero dm-mirror dm_mirror dm-multipath dm-round-robin dm-emc dm-hp-sw dm-rdac dm-region-hash dm-snapshot dm-log multipath jfs xfs xfs_support pagebuf reiserfs ext2 ext3 minix nfs nfs_acl nfsd lockd sunrpc jbd mbcache ext4 jbd2 crc16 ocfs2 ocfs2_dlm ocfs2_nodemanager configfs"
# Replace with that line for HP OCMP e.g.
#DENY_MODS="MPS_Driver_Mapper mps octtldrv tscttl streams kqemu fdomain"
DENY_MODS="kqemu"
# Force some modules to be included
FORCE_MODS=""

LOGFILE=/var/log/mindi.log
BOOT_MEDIA_MESSAGE="\
To format and restore all files automatically, type 'nuke' <enter>.\n\
To restore some/all files interactively, type 'interactive' <enter>.\n\
To compare the archives with your filesystem, type 'compare' <enter>.\n\
To boot to a command-line prompt (expert mode), type 'expert' <enter>.\n\
You may add one or more of the following parameters as well:-\n\n\
        donteject - mondorestore will not eject the CD; this is useful if, for\n\
                    instance, your PC's case has a concealed CD-ROM drive\n\
        noresize  - your mountlist will not be adjusted to use your unallocated\n\
                    hard disk space\n\
        textonly  - do not call any Newt library routines; this is unattractive\n\
                    but valuable if you find your Newt library has bugs in it\n\n\
e.g. Type 'nuke donteject textonly' if you have an unstable Newt library and \n\
a PC whose CD-ROM drive tray would be damaged if it unexpectedly ejected.\n\
"
FDISK=$MINDI_SBIN/parted2fdisk

# Using a config file allow to overwrite some values
MINDI_CONFIG="$MINDI_CONF/mindi.conf"
if [ -f $MINDI_CONFIG ]; then
    . $MINDI_CONFIG
fi
DEPLIST_FILE="$MINDI_CONF/deplist.conf"
DEPLIST_FILE_MIN="$MINDI_CONF/deplist-minimal.conf"
DEPLIST_DIR="$MINDI_CONF/deplist.d"

ISO_CMD="/usr/bin/mkisofs"
ISO_OPT="-J -r -v -p Mindi -publisher http://www.mondorescue.org -A Mindi"

# Mandriva system e.g. use cdrkit, which uses genisoimage instead of mkisofs.
# However, they use exactly the same command line parameters, so just
# use genisoimage if it's available.
if [ ! -x $ISO_CMD ]; then
    ISO_CMD=/usr/bin/genisoimage
fi

# Last function called before exiting
# Parameter is exit code value
# Should be declared here as used immediately below potentialy
MindiExit() {
    LogFile "Mindi $MINDI_VERSION is exiting" 
    LogFile "End date : `date`" 
    if [ _"$MONDO_SHARE" != _"" ] ; then
        echo "------------- mindi logfile included -------------------------" >> /var/log/mondoarchive.log
        cat $LOGFILE >> /var/log/mondoarchive.log
        echo "--------------------------------------------------------------">> /var/log/mondoarchive.log
    fi

    cd /
    sync&

    # Clean temporary files only when standalone mindi
    if [ _"$MINDI_TMP" != _"$MONDO_TMP" ]; then
        rm -Rf $MINDI_TMP
    fi
    exit $1
}

LogIt() {
    if [ -e /dev/stderr ] ; then
        echo -e "$1" >> /dev/stderr
    elif [ -e /usr/bin/logger ] ; then
        /usr/bin/logger -s $1
    fi
    echo -e "$1" >> $LOGFILE
    if [ _"$2" != _"" ]; then
        grep -Ev "tar: Removing \`/\'" "$2" >> $LOGFILE
    fi
    rm -f "$2"
}


Die() {
    local i
    if [ "$1" = "" ] ; then
        LogAll "FATAL ERROR"
    else
        LogAll "FATAL ERROR. $1"
    fi
    if [ _"$2" != _"" ]; then
        grep -Ev "tar: Removing \`/\'" "$2" >> $LOGFILE
    fi
    rm -f "$2"

    LogAll "Please e-mail a copy of $LOGFILE to the mailing list."
    LogAll "See http://www.mondorescue.org for more information."
    LogAll "WE CANNOT HELP unless you enclose that file.\n"
    MindiExit -1
}

# Now we can create what we need
MINDI_TMP=`mktemp -d $TMPDIR/mindi.XXXXXXXXXX`
if [ $? -ne 0 ]; then
    df $TMPDIR
    Die "Unable to create a temporary directory ! Check space on $TMPDIR"
fi
if [ _"$MINDI_TMP" = _"" ]; then
    Die "MINDI_TMP is empty, aborting"
fi
if [ _"$MINDI_TMP" = _"/" ]; then
    Die "MINDI_TMP is /, aborting"
fi
export MINDI_TMP

# ----------------------------------------------------------------------------


AbortHere() {
    [ "$mountpoint" ] && umount $mountpoint 2>> $LOGFILE
    Die "Program is terminating in response to signal received from OS/user"
}


Aborted() {
    trap SIGHUP SIGTERM SIGTRAP SIGINT
    [ "$MINDI_CACHE" != "" ] && rm -f $MINDI_CACHE/mindi*img $MINDI_CACHE/*gz $MINDI_CACHE/mindi.iso
    [ "$minidir_root" != "" ] && rm -Rf $minidir_root/*
    Die "User abort."
}


AddFileToCfgIfExists() {
    [ -e "$1" ] && echo -en "$2 `cat $1`\n" >> $3
}


AddKeyboardMappingFile() {
    local mappath r included_list included_item i res ii sss
    mappath=$1
    KBDEPTH=$(($KBDEPTH+1))
    [ "$KBDEPTH" -gt "128" ] && Die "Edit $MINDI_SBIN/mindi and disable FindAndAddUserKeyboardMappingFile (line 2160, approx.)"
    if [ -e "$bigdir/$mappath" ] ; then
        LogFile "$mappath already added" 
        return
    elif [ -d "$bigdir/$mappath" ] ; then
        echo "Cannot add $mappath: it's a directory. Sorry."
        return
    fi
    LogFile "Added kbd map $mappath" 
    if [ ! -e "$mappath" ] ; then
        mappath=`grep "i[3-8]86" $MINDI_TMP/keymaps.find | grep "$locale[^r][^/]" | grep -vx " *#.*"`
        if [ ! -e "$mappath" ] ; then
            LogAll "Cannot add $mappath: kbd map file not found"
            return
        fi
    fi

    mkdir -p $bigdir/etc
    tar cf - -C / $mappath 2>> $MINDI_TMP/$$.log | (cd "$bigdir" ; tar xf -) || LogAll "AKMF -- Could not copy $mappath to $bigdir" $MINDI_TMP/$$.log
    if [ "`echo $mappath | grep -F ".gz"`" ] ; then
        included_list=`gzip -dc $mappath | grep -Fi include | sed s/'"'// | sed s/'"'// | cut -d' ' -f2`
    else
        included_list=`grep -Fi include $mappath | sed s/'"'// | sed s/'"'// | cut -d' ' -f2`
    fi
    for included_item in $included_list ; do
        if [ ! -e "$included_item" ] ; then
                sss=`grep -F "${included_item}.inc" $MINDI_TMP/keymaps.find`
            [ "$sss" = "" ] && sss=`grep -F "$included_item" $MINDI_TMP/keymaps.find`
            for ii in $sss ; do
                [ -e "$ii" ] && AddKeyboardMappingFile $ii
            done
        else
            AddKeyboardMappingFile $included_item
        fi
    done
}


CopyDependenciesToDirectory() {
    local outdir incoming fname counter d found
    outdir=$1
    noof_lines=$2
    mkdir -p $outdir
    incoming=`ReadLine`
    progress=0
    while [ "$incoming" != "" ] ; do
        # Non absolute file names should not arrive till here => skipped
        if [ `echo "$incoming" | cut -c1` != '/' ]; then
            LogAll "Unable to handle $incoming"
            incoming=`ReadLine`
            continue
        fi
        # no parent directory of incoming should be a link, copy is not possible in that case
        d=`dirname "$incoming"`
        found="false"
        while [ $d != "/" -a $found = "false" ]; do
            [ -h "$d" ] && found="true"
            d=`dirname "$d"`
        done
        if [ -d "$incoming" ] && [ ! -h "$incoming" ]; then
            find $incoming/* -maxdepth 0 2> /dev/null | CopyDependenciesToDirectory $outdir 0
        elif [ -e "$incoming" ] && [ $found = "false" ]; then
            tar cf - -C / $incoming 2>> $MINDI_TMP/$$.log | (cd "$outdir" ; tar xf -) || Die "Cannot copy $incoming to $outdir - did you run out of disk space?" $MINDI_TMP/$$.log

            # Only uncompress modules if not using udevd
            if [ "`echo "$incoming" | grep "lib/modules/.*\..*o\.gz"`" != "" ] && [ "`ps auxww | grep -v grep | grep -qw udevd`" != "" ]; then
                gunzip -f $outdir/$incoming || LogAll "Cannot gunzip $outdir/$incoming"
            fi
            [ -x "$outdir" ] && StripExecutable $outdir "-$filename-"
            progress=$(($progress+1))
            LogProgress $progress $noof_lines
        fi
        incoming=`ReadLine`
    done
}


CountItemsIn() {
    local r
    r=0
    for q in $1 ; do
        r=$(($r+1))
    done
    echo $r
}



DropOptimizedLibraries() {
    local outdir filelist list_of_optimized_libraries optimized_lib_name vanilla_lib_name reason msg resolved res progress
    filelist=$1
    outdir=$2

    progress=0
    list_of_optimized_libraries=`grep "lib/i[5-7]86/" $filelist`
    if [ "$list_of_optimized_libraries" = "" ] ; then
        return 0
    else
        noof_lines=`echo $list_of_optimized_libraries | tr ' ' '\n' | wc -l`
    fi
    echo -en "Dropping i686-optimized libraries if appropriate"
    for optimized_lib_name in $list_of_optimized_libraries ; do
        reason=""
        vanilla_lib_name=`echo "$optimized_lib_name" | sed -e 's/i[5-7]86//' -e 's/cmov//' -e 's/nosegneg//' | tr -s '/' '/'`
        echo "$vanilla_lib_name" >> $filelist
        LogFile "Adding $vanilla_lib_name to filelist" 
        mkdir -p $outdir$optimized_lib_name > /dev/null 2> /dev/null
        rmdir $outdir$optimized_lib_name > /dev/null 2> /dev/null

        # This may return multiple files
        for resolved in `ReadAllLink $vanilla_lib_name`; do
            LogFile "Adding as deps $resolved to filelist" 
            vanilla_resolved_name=`echo "$resolved" | sed -e 's/i[5-7]86//' -e 's/cmov//' -e 's/nosegneg//' | tr -s '/' '/'`
            if [ "$vanilla_resolved_name" != "$resolved" ]; then
                mkdir -p $outdir$resolved> /dev/null 2> /dev/null
                rmdir $outdir$resolved > /dev/null 2> /dev/null
                ln -sf $vanilla_resolved_name $outdir$resolved
                LogFile "Excluding deps $resolved" 
                grep -Fvx "$resolved" "$filelist" > $filelist.tmp
                LogFile "Replacing it with $vanilla_resolved_name" 
                echo "$vanilla_resolved_name" >> $filelist.tmp
                mv -f $filelist.tmp $filelist
            fi
        done
        progress=$(($progress+1))
        LogProgress $progress $noof_lines
    done
    $AWK '{ print $1; }' $filelist | sort -u > $filelist.tmp
    mv -f $filelist.tmp $filelist
    echo -e "$DONE"
}


FindAndAddUserKeyboardMappingFile() {
    local r res mapfile mappath included_item included_list keyfile mp locale
    LogFile "Analyzing your keyboard's configuration."
    KEYDIR=/lib/kbd
    [ ! -e "$KEYDIR" ] && KEYDIR=/usr/share/kbd     # Slackware
    [ ! -e "$KEYDIR" ] && KEYDIR=/usr/lib/kbd
    [ ! -e "$KEYDIR" ] && KEYDIR=/usr/share
    [ ! -e "$KEYDIR" ] && KEYDIR=/etc/condole
    [ ! -e "$KEYDIR" ] && KEYDIR=/etc/condole-setup
    if [ ! -e "$KEYDIR" ] ; then
        LogAll "Keyboard mapping directory not found. I shall use default map at boot-time."
        return 0
    fi
    LogFile "Adding the following keyboard mapping tables: "
    if [ -e "/etc/sysconfig/keyboard" ] ; then
        LogFile "Red Hat-style config detected." 
        keyfile=/etc/sysconfig/keyboard
    elif [ -e "/etc/rc.d/rc.keymap" ] ; then
        LogFile "Slackware-style config detected." 
        keyfile=/etc/rc.d/rc.keymap
    elif [ -e "/etc/rc.config" ] ; then
        LogFile "Debian-style config detected." 
        keyfile=/etc/rc.config
    elif [ -e "/etc/console/boottime.kmap.gz" ] ; then
        LogFile "Debian-style config detected." 
        mkdir -p $bigdir/tmp
        echo "/etc/console/boottime.kmap.gz" > $MINDI_CACHE/KEYMAP-LIVES-HERE
        KBDEPTH=0
        mkdir -p $bigdir/etc/console
        cp /etc/console/boottime.kmap.gz $bigdir/etc/console 2>> $LOGFILE
        echo -e "$DONE"
        return 0
    elif [ -e "/etc/console-setup/boottime.kmap.gz" ] ; then
        LogFile "Ubuntu-style config detected." 
        mkdir -p $bigdir/tmp
        echo "/etc/console-setup/boottime.kmap.gz" > $MINDI_CACHE/KEYMAP-LIVES-HERE
        KBDEPTH=0
        mkdir -p $bigdir/etc/console-setup
        cp /etc/console-setup/boottime.kmap.gz $bigdir/etc/console-setup 2>> $LOGFILE
        echo -e "$DONE"
        return 0
    elif [ -e "/etc/rc.conf" ] ; then
        echo "ArchLinux config detected." >> $LOGFILE
        keyfile=/etc/rc.conf
    elif [ -e "/etc/conf.d/keymaps" ] ; then
        LogFile "Gentoo-style config detected." 
        keyfile=/etc/conf.d/keymaps
    else
        LogAll "Searching for rc.config ..."
        keyfile=`find /etc -name rc.config | head -n1`
        if [ "$keyfile" = "" ] || [ ! -e "$keyfile" ] ; then
            LogAll "Unknown config detected. Default keyboard map will be used."
            return
        else
            LogFile "Found $keyfile" 
        fi
    fi
    if [ ! -e "$KEYDIR/keymaps" ] ; then
        LogAll "Keyboard mapping directory not found. Default keyboard map will be used."
        return
    fi
    LogFile "keyfile=$keyfile" 
    locale=`grep -F KEYTABLE "$keyfile" | tr -d '"' |cut -d'=' -f2`
    [ ! "$locale" ] && locale=`grep '.map$' "$keyfile" | sed 's/^.* //'`        # Slackware
    [ ! "$locale" ] && locale=`grep -E '^KEYMAP=' "$keyfile" | tr -d '"' |cut -d'=' -f2`        # Gentoo & ArchLinux
    LogFile "locale=$locale" 
    #
    # Process the keymaps dir once for all
    # AddKeyboardMappingFile will use it recursively
    #
    find $KEYDIR/keymaps > $MINDI_TMP/keymaps.find
    mp=`grep "i[3-8]86" $MINDI_TMP/keymaps.find | grep -F "/${locale}." | grep -vx " *#.*"`
    [ ! "$mp" ] && mp=`grep "i[3-8]86" $MINDI_TMP/keymaps.find | grep "$locale[^r][^/]" | grep -vx " *#.*"`
    # If we have multiple keymaps then log it !!
    echo "$mp" | grep -q " " >> $LOGFILE
    if [ $? -eq 0 ]; then
        LogAll "WARNING: Multiple keymaps found: $mp" 
        LogFile "The following one will be used" 
    fi
    for i in $mp ; do
        mappath=$i
        [ -e "$i" ] && [ ! -d "$i" ] && break
    done
    if [ ! -e "$mappath" ] || [ -d "$mappath" ] ; then
            mappath=$(find / -name "*/kbd/keymaps/*/$locale")
    fi
    LogFile "mappath = $mappath" 
    if [ ! -e "$mappath" ] || [ -d "$mappath" ] ; then
        LogAll "Keyboard mapping file not found. Default keyboard map will be used."
        return
    fi
    mkdir -p $bigdir/tmp
    echo "$mappath" > $MINDI_CACHE/KEYMAP-LIVES-HERE
    KBDEPTH=0
    AddKeyboardMappingFile $mappath
    echo -e "$DONE"
    rm -f $MINDI_TMP/keymaps.find
    return 0
}


FindMboot32Binary() {
    MBOOTC32=/usr/lib/syslinux/mboot.c32
    [ ! -e "$MBOOTC32" ] && MBOOTC32=/usr/lib/syslinux/mboot.c32
    [ ! -e "$MBOOTC32" ] && MBOOTC32=/usr/lib64/syslinux/mboot.c32
    [ ! -e "$MBOOTC32" ] && MBOOTC32=/usr/share/syslinux/mboot.c32
    [ ! -e "$MBOOTC32" ] && MBOOTC32=/usr/share/lib/syslinux/mboot.c32
    [ ! -e "$MBOOTC32" ] && MBOOTC32=/usr/share/lib64/syslinux/mboot.c32
    [ ! -e "$MBOOTC32" ] && MBOOTC32=`find / -name mboot.c32 | grep -x "/.*/mboot.c32"`
    [ ! -e "$MBOOTC32" ] && Die "Please install mboot.c32 first. If your syslinux RPM doesn't include mboot.c32, you may download an isolinux RPM from Mondo's website - go to http://www.mondorescue.com and click on 'Download'"
    LogFile "Found mboot.c32 at $MBOOTC32"
}

FindIsolinuxBinary() {
    ISOLINUX=/usr/lib/isolinux.bin
    [ ! -e "$ISOLINUX" ] && ISOLINUX=/usr/lib/syslinux/isolinux.bin
    [ ! -e "$ISOLINUX" ] && ISOLINUX=/usr/lib64/syslinux/isolinux.bin
    [ ! -e "$ISOLINUX" ] && ISOLINUX=/usr/share/syslinux/isolinux.bin
    [ ! -e "$ISOLINUX" ] && ISOLINUX=/usr/share/lib/syslinux/isolinux.bin
    [ ! -e "$ISOLINUX" ] && ISOLINUX=/usr/share/lib64/syslinux/isolinux.bin
    [ ! -e "$ISOLINUX" ] && ISOLINUX=`find / -name isolinux.bin | grep -x "/.*/isolinux.bin"`
    [ ! -e "$ISOLINUX" ] && Die "Please install isolinux first. If your syslinux RPM doesn't include isolinux, you may download an isolinux RPM from Mondo's website - go to http://www.mondorescue.com and click on 'Download'"
    LogFile "Found isolinux.bin at $ISOLINUX" 
}


FindSpecificModuleInPath() {
    local modpaths line

    if [ ! -e "$1" ] ; then
        LogAll "WARNING - cannot search specific path '$1'"
        return 1
    fi
    # Find all files and links (required for some VMWare VMs)
    modpaths=`find "$1" -name $2.*o -o -name $2.o.gz -o -name $2.ko.gz -o -name $2 -type f -o -type l`
    echo "$modpaths"
}


GenerateGiantDependencyList() {
    local incoming loc fname list_of_files i tempfile outfile progress filelist res r mapfile mappath included_list included_item old_pwd tempdepfile modres noof_lines lvmversion lvmresolved

    echo -en "Analyzing dependency requirements"
    outfile=$1
    tempfile=$MINDI_TMP/$$.txt
    incoming=`ReadLine`

    > $tempfile
    progress=0
    res=0
    noof_lines=$2
    while [ "$incoming" != "" ] ; do
        if echo "$incoming" | grep -x " *#.*" &> /dev/null ; then
            incoming=`ReadLine`
            continue
        fi
        if [ "$incoming" = "LVMFILES:" ] ; then
            break
        fi
        filelist=`GenerateListForFile "$incoming"`
        r=$?
        [ "$r" -ne "0" ] && LogAll "$incoming not found"
        res=$(($res+$r))
#       LogFile "'$incoming' generates filelist '$filelist'"
        for fname in $filelist ; do
            [ "$fname" != "" ] && echo "$fname" >> $tempfile
        done
        progress=$(($progress+1))
        LogProgress $progress $noof_lines
        incoming=`ReadLine`
    done
    if  [ "$incoming" = "LVMFILES:" ] ; then
        incoming=`ReadLine`
        lvmversion=""
        while [ "$incoming" != "" ] ; do
            if echo "$incoming" | grep -x " *#.*" &> /dev/null ; then
                incoming=`ReadLine`
                continue
            fi
            filelist=`GenerateListForFile "$incoming"`
            for tool in $filelist ; do
                lvmresolved=`readlink -f $tool`
                if [ "$tool" = "$lvmresolved" ]; then
                    echo "$tool" >> $tempfile
                elif echo "$lvmresolved" | grep "lvmiopversion" &> /dev/null ; then
                    if [ "$lvmversion" = "" ] ; then
                        lvmversion=`$lvmresolved`
                        echo "$lvmresolved" >> $tempfile
                    fi
                    toolstripped=`echo $tool | $AWK -F / '{print $NF;}'`
                    if [ "$lvmversion" = "200" ]; then
                        # pvdata and lvmcreate_initrd don't exist in LVM2
                        case "$toolstripped" in
                        "pvdata")
                            continue
                            ;;
                        "lvmcreate_initrd")
                            continue
                            ;;
                        esac
                    fi
                    toolpath="/sbin/lvm-"$lvmversion"/"$toolstripped
                    if [ -e "$toolpath" ] ; then
                        echo "$toolpath" >> $tempfile
                        echo "$tool" >> $tempfile
                    else
                        toolpath="/lib/lvm-"$lvmversion"/"$toolstripped
                    fi
                    if [ -e "$toolpath" ] ; then
                        echo "$toolpath" >> $tempfile
                        echo "$tool" >> $tempfile
                    else
                        echo "Where are your LVM-Tools? Couldn't find $tool"
                    fi
                else
                    echo "$tool" >> $tempfile
                fi
            done
            progress=$(($progress+1))
            LogProgress $progress $noof_lines
            incoming=`ReadLine`
        done
    fi
    echo -en "$DONE\nMaking complete dependency list"

    tr -s '/' '/' < $tempfile | sort -u > $tempfile.new
    mv -f $tempfile.new $tempfile
    > $outfile.pre
    progress=0
    noof_lines=`cat $tempfile | wc -l`
    LogFile "---------------------------------" 
    LogFile "List of dependencies:             " 
    LogFile "---------------------------------" 
    for fname in `cat $tempfile` ; do
        echo "$fname" | tee -a $LOGFILE >> $outfile.pre
        LocateDeps $fname | tee -a $LOGFILE >> $outfile.pre
        progress=$(($progress+1))
        LogProgress $progress $noof_lines
    done
    if [ _"$MONDO_SHARE" != _"" ]; then
        mkdir -p $bigdir/tmp
        mkdir -p $bigdir/sbin
        mkdir -p $bigdir/bin
        if [ -e "$MINDI_TMP/post-nuke.tgz" ] ; then
            LogAll "\nIncorporating post-nuke tarball"
            old_pwd=`pwd`
            cd "$bigdir"
            tar -zxf $MINDI_TMP/post-nuke.tgz 2>> $MINDI_TMP/$$.log || LogAll "Error occurred when untarring post-nuke tarball" $MINDI_TMP/$$.log
            cd "$old_pwd"
        fi
        cp -f $MINDI_TMP/BOOTLOADER.* $bigdir 2>> $LOGFILE || LogAll "\nMondo v1.2x defaults to LILO as the bootloader, BTW."
        if [ -e "$MINDI_TMP/NETFS-DEV" ] ; then
            LogAll "\nIncorporating NFS-related settings"
            for r in NETFS-* ; do
                cp -f $MINDI_TMP/$r $bigdir/tmp 2>> $LOGFILE || Die "Cannot copy $r - did you run out of disk space?"
                LogFile "Copying $r to ramdisk" 
            done
        fi
    fi
    tr ' ' '\n' < $outfile.pre | tr -s '/' '/' | grep -Fvx "" | sort -u | grep -Ev "/libX11|/libXext|/libXi|/libgtk|/libgdk" > $outfile
    rm -f $tempfile $outfile.pre
    [ "$res" -eq "0" ] && echo -e "\r\t\t\t\t\t\t\t\t$DONE" || echo "\nFailed."
    return $res
}


GenerateListForFile() {
    local files_found loc fname incoming i res
    incoming="$1"
    files_found=""
    res=0

    for fname in $incoming ; do
        files_found="$files_found `LocateFile $fname`"
    done

    echo "$files_found" | tr ' ' '\n' | sort -u | tr '\n' ' '
}


# Returns all disk devices which are part of a raid array
GetAllRaidMembers() {
    $AWK "/^[[:space:]]*#/ {next} /^[[:space:]]*device/ if(\$2) {print \$2}" < /etc/raidtab
}


GetFileSizeList() {
    local i
    for i in `find $1 -type d -o -print` ; do
        du -sk $i
    done
}


# Check kernel filesystem capabilites for accessing initrd image
# Could be ext2 FS (old mode) or initramfs (new mode)
#
# Interface definition:
# param #1: absolute path to kernel image
GetInitrdFilesystemToUse() {

    # interface test: make sure we have one parameter
    if [ $# -ne 1 ]; then
        Die "GetInitrdFilesystemToUse(): Expected 1 parameter, got $#."
    fi

    # interface parameters
    local lvKernelImage=$1

    # local constants (filesystem magic strings)
    local lcMagicCramfs="<3>cramfs: wrong magic"
    local lcMagicExt2fs="EXT2-fs: blocksize too small for device."
    local lcMagicExt3fs="<3>EXT3-fs: blocksize too small for journal device."
    local lcMagicInitfs="<6>checking if image is initramfs...|<6>Unpacking initramfs...|<6>Trying to unpack rootfs image as
initramfs"

    # local variables
    local lvOffset
    local lvScanRes
    local lvUseFilesystem

    # say where we are.
    LogFile "  GetInitrdFilesystemToUse(): called with parameter: $lvKernelImage" 

    # verify that file exists
    [ ! -f $lvKernelImage ] && Die "File $lvKernelImage not found. Terminating."

    # Kernel may be gzip compressed
    file $lvKernelImage 2>&1 | grep -q gzip
    if [ $? -eq 0 ]; then
        lvScanRes=`gzip -cd $lvKernelImage | strings | grep -E "$lcMagicCramfs|$lcMagicExt2fs|$lcMagicExt3fs|$lcMagicInitfs"`

        # determine which filesystem to use for initrd image: ext2|3fs, gzip'ed cpio (initramfs) or cramfs
        if [ `echo $lvScanRes | grep -Ec "$lcMagicExt2fs"` -eq 1 ]; then
            lvUseFilesystem="ext2fs"
        elif [ `echo $lvScanRes | grep -Ec "$lcMagicExt3fs"` -eq 1 ]; then
            lvUseFilesystem="ext3fs"
        elif [ `echo $lvScanRes | grep -Ec "$lcMagicInitfs"` -eq 1 ]; then
            lvUseFilesystem="initramfs"
        elif [ `echo $lvScanRes | grep -Ec "$lcMagicCramfs"` -eq 1 ]; then
            lvUseFilesystem="cramfs"
        else
            lvUseFilesystem="UNSUPPORTED"
        fi

    else
        # In that case, we are after 2.6.30 and use the supported initramfs 
        lvUseFilesystem="initramfs"
    fi
    # say what we are using
    LogFile "  GetInitrdFilesystemToUse(): Filesytem to use for initial ramdisk is $lvUseFilesystem." 

    # return file system to use
    echo "$lvUseFilesystem"

}

# Searches members of raid device
# $1: raid device (/dev/md...)
GetRaidDevMembers() {
    $AWK "/^[[:space:]]*#/ {next} /^[[:space:]]*raiddev/ {if(dev) exit; if(\$2 == \"$1\") dev=\$2} /^[[:space:]]*device/ {if(dev) {print \$2}}" < /etc/raidtab
}


ListAllPartitions() {
    local res currline partition all_partitions ap_orig remaining i j

    grep -Evx " *#.*| *none.*" $MY_FSTAB | $AWK '/^\/dev\/[imhs]d||^LABEL=\/|^UUID=/ && !/\/fdd|\/cdr|\/zip|\/floppy/ {print $1}'
    [ -e "/etc/raidtab" ] && $AWK '/^ *device/ {print $2}' /etc/raidtab
    if [ -e "/vmfs/volumes" ]; then
        # For VMWare ESX 3 get the device names of these volumes
        vdf -P | grep -E '/vmfs/volumes' | $AWK '{print $1}'
    fi
    return
}


ListImagesForUser() {
    local path fname
    path=$MINDI_CACHE
    echo -en "In the directory '$path' you will find the images:-\n"
    for fname in `ls $path | grep -F mindi-` ; do
        printf "%19s " $fname
    done
    echo " "
}


ListKernelModulePaths() {
    local module_list module fname r kern
    outfile=$1
    echo -en "Analyzing modules requirements"
    module_list="$MODULES"
    # Remove unwanted modules from list
    for i in $DENY_MODS; do
        module_list=`echo ${module_list} | tr ' ' '\n' | grep -Ev "^${i}$" | tr '\n' ' '`
        EXTRA_MODS=`echo ${EXTRA_MODS} | tr ' ' '\n' | grep -Ev "^${i}$" | tr '\n' ' '`
    done
###
### Sq-Modification ... Use kernelname for module search path if specified
###
    if [ "${kernelname}" != "" ]
    then
        kern=${kernelname}
    else
        kern="$KERVERRUN"
    fi
    export KERVER=$kern
###
### Sq-Mod End
###
    noof_lines=0
    # Get rid of duplicates, so that if a live kernel module also appears
    # in $EXTRA_MODS that it won't get reported as "live module file not found" twice.
    for module in `echo $module_list $EXTRA_MODS | tr ' ' '\n' | sort -u` ; do
        noof_lines=$(($noof_lines+1))
    done
    progress=0
    for module in `echo $module_list $EXTRA_MODS | tr ' ' '\n' | sort -u` ; do
        r=`find /lib/modules/$kern -type f | grep "/${module}\..*o" | tail -n1`
        if [ -z "$r" ]; then
            echo "$MODULES" | grep -wq $module
            if [ $? -ne 0 ]; then
                r="[live module file not found]"
            else
                r="[extra module file not found]"
            fi
        else
            [ -f "$r" ] && echo "$r" >> $outfile
        fi
        LogFile "module $module --> $r" 
        [ -f "$r" ] && echo "$r" >> $outfile
        progress=$(($progress+1))
        LogProgress $progress $noof_lines
    done
    find /lib/modules/$kern/modules.* -type f 2> /dev/null >> $outfile
}

#
# Critical function which computes all dependencies (dyn. lib.) 
# for a list of binaries
#
LocateDeps() {
    local incoming fname deps
    incoming="$*"
    for fname in $incoming ; do
        if [ ! -e "$fname" ] ; then
            LogFile "WARNING - $fname does not exist; cannot be LDD'd." 
            if echo $fname | grep lvm &> /dev/null ; then
                LogFile "This warning only affects you if you are using LVM." 
                if echo "$MODULES" | grep lvm &> /dev/null ; then
                    LogFile "I think you are, so please take heed!" 
                else
                    LogFile "I don't think you are, so don't worry about it." 
                fi
            fi
        elif [ -h "$fname" ] && [ -x "$fname" ] ; then
            LogFile "$fname is softlink" 
        else
            ldd $fname 2> /dev/null | ProcessLDD
        fi
    done
}


# Give all symlinks recursively of a full path name
ReadAllLink() {

    incoming="$*"

    for file in $incoming ; do
        if [ ! -f $file ]; then
            continue
        fi
        echo "$file"
        if [ ! -h $file ]; then
            continue
        fi
    
        link=`readlink $file`
        d=`dirname $file`
        fchar=`echo $link | cut -c1`
        # If mother dir is a link print it
        if [ -h "$d" ]; then
            echo "$d"
            d=`readlink $d`
        fi
        if [ "$fchar" != "/" ]; then
            # Relative or local link
            ReadAllLink "$d/$link" 
        else
            # Absolute path
            ReadAllLink $link 
        fi
    done
}


LocateFile() {
    local i path fname_to_find location output resolved tmp stub cache_id loclist
    fname_to_find="$1"
    # It's an absolute path
    if echo "$fname_to_find" | grep -x "/.*" ; then
        output="$fname_to_find"
        if [ -h "$output" ] ; then
            output="`ReadAllLink $output` $output"
        fi
        echo "$output"
        return 0
    fi
    # It's not an absolute path
    output=""
    for path in /etc /usr /usr/bin /usr/sbin /bin /usr/X11R6/bin /sbin /usr/local/bin /usr/local/sbin `find /usr/lib /lib /usr/local/lib /usr/X11R6/lib /usr/lib64 /lib64 /usr/local/lib64 /usr/X11R6/lib64 -type d -maxdepth 1 2> /dev/null` ; do
    #for path in /etc /usr /usr/bin /usr/sbin /bin /usr/X11R6/bin /sbin /usr/local/bin /usr/local/sbin /usr/lib /usr/lib64 /usr/lib64/* /lib /lib64 /lib64/* /usr/local/lib /usr/local/lib64 /usr/local/lib64/* /usr/X11R6/lib /usr/X11R6/lib64 /usr/X11R6/lib64/* ; do
        [ -h "$path" ] && continue
        [ ! -e "$path/$fname_to_find" ] && continue
        output="$path/$fname_to_find $output"
        if [ -h "$path/$fname_to_find" ] ; then
            output="`ReadAllLink $path/$fname_to_find` $output"
        fi
    done
    if [ "$output" = "" ] ; then
        return 1
    fi
    echo "$output"
    return 0
}

LogProgress() {
    local i progress modres noof_lines
 
    progress=$1
    noof_lines=$2

    echo -en "\r\t\t\t\t\t\t\t\t"
    i=$(($progress*100))
    i=$(($i/$noof_lines))
    echo -en "$i"
    echo -en "%"
    modres=$(($progress%4))
    [ "$modres" -eq "0" ] && echo -en "\t/"
    [ "$modres" -eq "1" ] && echo -en "\t-"
    [ "$modres" -eq "2" ] && echo -en "\t\\"
    [ "$modres" -eq "3" ] && echo -en "\t|"
}

# Function to log on screen only
LogScreen() {
    if [ -e /dev/stderr ] ; then
        echo -e "$1" >> /dev/stderr
    elif [ -e /usr/bin/logger ] ; then
        /usr/bin/logger -s $1
    fi
}

# Function to log in log file only
LogFile() {

    echo -e "$1" >> $LOGFILE
    if [ _"$2" != _"" ]; then
        grep -Ev "tar: Removing \`/\'" "$2" >> $LOGFILE
    fi
    rm -f "$2"
}

# Function to log in both screen and logfile
LogAll() {
    LogScreen "$1"
    LogFile "$1" "$2"
}

# Called by TurnTgzIntoRdz, to make mondorestore.cfg
MakeMondoConfigFile() {
    local outfile use_lzo use_comp use_star
    outfile=$1
    > $outfile
    [ "$BACKUP_MEDIA_TYPE" ]        && echo "backup-media-type $BACKUP_MEDIA_TYPE" >> $outfile
    [ "$TAPESIZE" ]     && echo "media-size $TAPESIZE" >> $outfile
    [ "$TAPEDEV" ]          && echo "media-dev $TAPEDEV" >> $outfile
    [ "$USBDEVICE" ]            && echo "usb-dev $USBDEVICE" >> $outfile
    [ "$FILES_IN_FILELIST" ]    && echo "files-in-filelist $FILES_IN_FILELIST" >> $outfile
    [ "$LAST_FILELIST_NUMBER" ] && echo "last-filelist-number $LAST_FILELIST_NUMBER" >> $outfile
    [ "$INTERNAL_TAPE_BLOCK_SIZE" ] && echo "internal-tape-block-size $INTERNAL_TAPE_BLOCK_SIZE" >> $outfile
    use_lzo=$USE_LZO; [ "$use_lzo" = "" ] && use_lzo="no"
    use_gzip=$USE_GZIP; [ "$use_gzip" = "" ] && use_gzip="no"
    use_lzma=$USE_LZMA; [ "$use_lzma" = "" ] && use_lzma="no"
    use_comp=$USE_COMP; [ "$use_comp" = "" ] && use_comp="yes"
    use_star=$USE_STAR; [ "$use_star" = "" ] && use_star="no"
    use_udev=$USE_UDEV; [ "$use_udev" = "" ] && use_udev="no"
    echo "use-lzo $use_lzo" >> $outfile
    echo "use-lzma $use_lzma" >> $outfile
    echo "use-star $use_star" >> $outfile
    echo "use-comp $use_comp" >> $outfile
    echo "use-udev $use_udev" >> $outfile
    echo "datestamp `date`" >> $outfile
    [ "$ESTIMATED_TOTAL_NOOF_SLICES" ] && echo "total-slices $ESTIMATED_TOTAL_NOOF_SLICES" >> $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-SERVER-MOUNT  netfs-server-mount  $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-SERVER-PATH   netfs-server-path   $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-DEV           netfs-dev           $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-CLIENT-IPADDR netfs-client-ipaddr $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-CLIENT-NETMASK netfs-client-netmask $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-CLIENT-BROADCAST netfs-client-broadcast $outfile
    AddFileToCfgIfExists $MINDI_TMP/NETFS-CLIENT-DEFGW  netfs-client-defgw  $outfile
    AddFileToCfgIfExists $MINDI_TMP/BOOTLOADER.DEVICE bootloader.device $outfile
    AddFileToCfgIfExists $MINDI_TMP/BOOTLOADER.NAME   bootloader.name   $outfile
    AddFileToCfgIfExists $MINDI_TMP/TAPEDEV-HAS-DATA-DISKS tapedev-has-data-disks $outfile
}

# Get PV's for an LV
GetPVsForLV() {
  if [ -n "$1" ]; then
    vg=`$LVMCMD lvdisplay $1 2>/dev/null |awk '/VG Name/{print $NF;exit}'`
    if [ -z "$vg" ]; then
      return
    fi
    $LVMCMD vgdisplay -v $vg 2>/dev/null | awk '/PV Name/{print $NF}'
  fi
}


MakeMountlist() {
    local scratchdir mountlist all_partitions current_partition \
partition_size partition_format outstring partition_number \
partition_mountpt c_p lwm_info psz lvm_dev unofficial_outstring \
absolute_partition old_partition_fmt current_lvolume uname skip

    LogFile "------------------------------------" 
    LogFile "Your raw fstab file looks like this:" 
    LogFile "------------------------------------" 
    cat $MY_FSTAB >> $LOGFILE
    LogAll "-----------------------------------" 
    LogAll "Your mountlist will look like this:" 
    LogAll "-----------------------------------" 

# scratchdir, mountlist(OUT)
    scratchdir=$MINDI_TMP
    mountlist=$1

# NB: partition = device
# NB: mountpt = where the device is mounted

    [ -e "$MY_FSTAB" ] || Die "Cannot find your fstab file ($MY_FSTAB)"

    [ "$mountlist" != "" ] && rm -Rf $mountlist
    > $mountlist
    all_partitions=""
    
    if [ $LVM != "false" ]; then
        LogFile "Analyzing LVM..."
        $MINDI_DATA/analyze-my-lvm > $MINDI_TMP/lvm.res
        if [ $? -ne 0 ]; then
            LVM="false"
        fi
        # Excluded LVs and GVs are not reported here
        all_partitions=`cat $MINDI_TMP/lvm.res | grep -F ">>>" | cut -d' ' -f2-`
    fi
    all_partitions="$all_partitions `ListAllPartitions 2> /dev/null`"
    for i in $IMAGE_DEVS ; do
        mount | grep -F "$i " > /dev/null 2> /dev/null && Die "Sorry, $i is already mounted! CANNOT DO IMAGEDEV on it if it's mounted."
    done
    [ "$IMAGE_DEVS" != "" ] && all_partitions="`echo "$all_partitions $IMAGE_DEVS" | tr ' ' '\n' | sort -u | tr '\n ' ' '`"
    printf "%-15s %-15s %-15s %-15s %s\n" DEVICE MOUNTPOINT FORMAT "SIZE MB" LABEL/UUID | tee -a $LOGFILE
    printf "%-15s %-15s %-15s %-15s %s\n" ------ ---------- ------  -------  ---------- | tee -a $LOGFILE
    useless_dev="/dev/floppy /dev/fd0h1440 /dev/fd0H1440 /dev/cdrom /dev/cdrom/cdrom /dev/cdrom/cdrom1 /dev/cdrom/cdrom2 /dev/cdrom0 /dev/cdrom1 /dev/cdrom2 /dev/cdrom3 /dev/cdrw /dev/scd /dev/ram :/ /dev/sr0 /dev/sr1 /dev/cdrom1"
    for c_p in $all_partitions ; do
        # Skip evices, network FS, cisf
        [ "`echo "$useless_dev" | grep -F "$c_p"`" != "" ] || [ "`echo "$c_p" | grep ":"`" != "" ] || [ "`echo "$c_p" | grep -E "^//"`" != "" ]&& continue
        [ "`echo "$c_p" | grep -x "/dev/cdroms.*"`" ] && continue
        if [ -h "$c_p" ] && [ "`echo "$c_p" | grep -F "/dev/hd"`" = "" ] && [ "`echo "$c_p" | grep -F "/dev/sd"`" = "" ] && [ "`echo "$c_p" | grep -F "/dev/md"`" = "" ] ; then
            current_partition=`readlink -f $c_p`
            [ "`echo "$current_partition" | grep -F "/dev/mapper"`" != "" ] && current_partition="$c_p"
            [ "`echo "$useless_dev" | grep -F "$current_partition"`" ] && continue
        else
            current_partition="$c_p"
        fi
        [ "$c_p" = "none" ] && continue
        # Debian 5 does that
        [ "$c_p" = "proc" ] && continue
        redhat_label=""
        label=""
        uuid=""
        absolute_partition=`readlink -f $c_p`
        partition_mountpt=`tr -s '\t' ' ' < $MY_FSTAB | /bin/grep -w "$current_partition" | /bin/grep -vx " *#.*" | $AWK '{print $2}' | head -n1`

        # Detects noauto partitions not mounted and exclude them
        partition_option=`tr -s '\t' ' ' < $MY_FSTAB | /bin/grep -w "$current_partition" | /bin/grep -vx " *#.*" | $AWK '{print $4}' | head -n1`
        if [ "`echo "$partition_option" | grep -i noauto`" != "" ] && [ "`mount | grep -w "$partition_mountpt"`" =  "" ] ; then
            continue
        fi

        # set default in case we dont't find it
        str_to_find_fmt_with=$current_partition

        # This part tries to retrieve the correct device from a LABEL line in /etc/fstab
        # current_partition contains only first column of /etc/fstab
        if [ "`echo "$current_partition" | /bin/grep -i "LABEL="`" != "" ]; then
            redhat_label=`echo "$current_partition" | cut -d'=' -f2`
            actual_dev=""

            # 1st try, findfs - the RHEL way of finding labels and their partitions
            if [ -x "/sbin/findfs" ]; then
                actual_dev=`/sbin/findfs LABEL=${redhat_label} 2> /dev/null`
            fi
    
            # 2nd try : blkid, the good way for all LABEL except swap
            if [ "x$actual_dev" = "x" -a -x "/sbin/blkid" ]; then
                actual_dev=`/sbin/blkid | /bin/grep "$redhat_label" | grep LABEL= | cut -d':' -f1`
                # For LVM FS it will give a /dev/dm-# which should then be converted
                if [ $LVM = "v2" ] && [ "`echo $actual_dev | grep '/dev/dm'`" ]; then
                    major=`/bin/ls -l $actual_dev | $AWK '{print $5}'`
                    minor=`/bin/ls -l $actual_dev | $AWK '{print $6}'`
                    for dev in `ls /dev/mapper/*`; do
                        major1=`/bin/ls -l $dev | $AWK '{print $5}'`
                        minor1=`/bin/ls -l $dev | $AWK '{print $6}'`
                        if [ $major1 = $major ] && [ $minor1 = $minor ]; then
                            actual_dev=`/bin/ls -l $dev | $AWK '{print $10}'`
                            break
                        fi
                    done
                fi
            fi
    
            # 3rd try, which works on a standard partition (ext2/3), but not on swap
            # For LVM gives a /dev/mapper entry 
            if [ "x$actual_dev" = "x" ]; then
                actual_dev=`/bin/mount -l | /bin/grep "\[$redhat_label\]" | cut -d' ' -f1`
            fi
    
            # 4th try, with vol_id 
            # SWAP only
            if [ "x$actual_dev" = "x" -a -x "/sbin/vol_id" ]; then
                list_swaps=`cat /proc/swaps | /bin/grep "/dev/" | $AWK '{ print $1 }' `
                for dev_swap in $list_swaps ; do
                    dev_exists=`/sbin/vol_id $dev_swap | /bin/grep "$redhat_label"`
                    if [ "x$dev_exists" != "x" ]; then
                        actual_dev=$dev_swap
                        break;
                    fi
                done
            fi

            # 5th try : pre-formated LABEL. Format is : LABEL=SWAP-mydevice or SW-mydevice. e.g. : LABEL=SWAP-hda5
            # LABEL=SW-cciss/c0d0p3 (RDP)
            # or could be a string that isn't a complete device name (eg. LABEL =SWAP-cciss/c0d0p)
            # SWAP only
            if [ "x$actual_dev" = "x" -a  _"`echo $current_partition | /bin/grep -iE 'LABEL=SWAP|LABEL=SW-'`" != _"" ]; then
                    skip=""
                    uname=$KERVERRUN
                    [ "`echo $uname | grep "2.4.[0-9]"`" != "" ] && skip=16
                    # 2.6.12 needs 16 (FC3)
                    [ "`echo $uname | grep "2.6.[0-1]"`" != "" ] && skip=16
                    # 2.6.19 and upper needs 1052
                    [ "`echo $uname | grep "2.6.19"`" != "" ] && skip=1052
                    [ "`echo $uname | grep "2.6.[2-9]"`" != "" ] && skip=1052
                    if [ $skip = "" ]; then
                        Die "Your kernel is too old. I don't know how to support labelled swap spaces with it"
                    fi
                    for try_dev in `tail +2 /proc/swaps | cut -d' ' -f1`
                    do
                        # Location of the swap label for kernel 2.6
                        try_dev_label=`dd bs=1 count=16 skip=$skip if=$try_dev 2> /dev/null`
                        if [ "x$try_dev_label" = "x$redhat_label" ]; then
                            actual_dev=$try_dev
                        fi
                    done
            fi

            # Check if one of all those tries has known success
            if [ "x$actual_dev" != "x" ]; then
                current_partition=$actual_dev
            else
                Die "Your system uses a LABEL partition ($current_partition), but you lack the tool to support it.\nPlease replace labels with their correct devices in $MY_FSTAB or install findfs|blkid|vol_id"
            fi
        # This part tries to retrieve the correct device from a UUID line in /etc/fstab
        # current_partition contains only first column of /etc/fstab
        elif [ "`echo "$current_partition" | /bin/grep -i "UUID="`" != "" ]; then
            uuid=`echo "$current_partition" | cut -d'=' -f2`
            actual_dev=""

            # 1st try, findfs - the RHEL way of finding labels and their partitions
            if [ -x "/sbin/findfs" ]; then
                actual_dev=`/sbin/findfs UUID=${uuid} 2> /dev/null`
            fi
    
            # 2nd try : blkid, the good way for all UUID except swap
            if [ "x$actual_dev" = "x" -a -x "/sbin/blkid" ]; then
                actual_dev=`/sbin/blkid | /bin/grep "$uuid" | grep UUID= | cut -d':' -f1`
                # For LVM FS it will give a /dev/dm-# which should then be converted
                if [ $LVM = "v2" ] && [ "`echo $actual_dev | grep '/dev/dm'`" ]; then
                    major=`/bin/ls -l $actual_dev | $AWK '{print $5}'`
                    minor=`/bin/ls -l $actual_dev | $AWK '{print $6}'`
                    for dev in `ls /dev/mapper/*`; do
                        major1=`/bin/ls -l $dev | $AWK '{print $5}'`
                        minor1=`/bin/ls -l $dev | $AWK '{print $6}'`
                        if [ $major1 = $major ] && [ $minor1 = $minor ]; then
                            actual_dev=`/bin/ls -l $dev | $AWK '{print $10}'`
                            break
                        fi
                    done
                fi
            fi
    
            # 3th try, with vol_id 
            if [ "x$actual_dev" = "x" -a -x "/sbin/vol_id" ]; then
                list_dev=`mount | /bin/grep -E '^/' | $AWK '{ print $1 }' `
                for dev in $list_dev ; do
                    dev_exists=`/sbin/vol_id $dev | /bin/grep "$uuid"`
                    if [ "x$dev_exists" != "x" ]; then
                        actual_dev=$dev
                        break;
                    fi
                done
            fi

            # 4th try, with dumpuuid (VMWare only ?) for swap
            if [ "x$actual_dev" = "x" -a -x "/sbin/dumpuuid" ]; then
                list_dev=`cat /proc/swaps | /bin/grep -E '^/' | $AWK '{ print $1 }' `
                for dev in $list_dev ; do
                    dev_exists=`/sbin/dumpuuid $dev | /bin/grep "$uuid"`
                    if [ "x$dev_exists" != "x" ]; then
                        actual_dev=$dev
                        break;
                    fi
                done
            fi

            # Check if one of all those tries has known success
            if [ "x$actual_dev" != "x" ]; then
                current_partition=$actual_dev
            else
                Die "Your system uses a UUID partition ($current_partition),\nbut you lack the tool to support it.\nPlease replace labels with their correct devices in $MY_FSTAB or\ninstall findfs|blkid|vol_id or\nrelabel the partition with the correct UUID if it's a swap partition."
            fi
        else
            # Needs to handle the recent OpenSUSE fancy way of dealing with fstab :-(
            # they use symlinks in fstab unrelated to what is shown in mount !
            if [ _"$partition_mountpt" = _"" ]; then
                # set default in case we dont't find it
                for tmpp in `tr -s '\t' ' ' < $MY_FSTAB | /bin/grep -Ev "^#" | $AWK '{print $1}'`; do
                        if [ _"`readlink -f $tmpp`" = _"$current_partition" ]; then
                            str_to_find_fmt_with=$tmpp
                            partition_mountpt=`tr -s '\t' ' ' < $MY_FSTAB | /bin/grep -w "$tmpp" | /bin/grep -vx " *#.*" | $AWK '{print $2}' | head -n1`
                            break;
                        fi
                done
            fi
        fi

        # Look for devices which have to be excluded
        skip=0
        if [ "$MINDI_EXCLUDE_DEVS" ] ; then
            l=""
            list_of_devices="`ReadAllLink $current_partition`"
            for d in $list_of_devices; do
                l="$l `$MINDI_LIB/analyze-my-lvm --givemapperofdm $d`"
            done

            # Remove PVs from LVs excluded
            l="$l `GetPVsForLV $current_partition`"

            # We want a single unique list
            list_of_devices="`echo $l | sort -u`"

            for d in $MINDI_EXCLUDE_DEVS ; do
                if  [ "`echo " $list_of_devices " | grep " $d"`" != "" ]; then
                    echo "Excluding $current_partition from mountlist (due to excluded device $d)" >> $LOGFILE
                    skip=1
                    continue
                fi
            done
        fi
        if [ $skip -eq 1 ]; then
            continue
        fi

        partition_format=`$AWK '$1 == "'"$str_to_find_fmt_with"'" {print $3}' $MY_FSTAB`
        # Some distributions such as Debian do not put /dev/<VG>/<LV> in fstab
        # for LVM partitions but use /dev/mapper/<VG>-<LV> instead. Fortunately,
        # the former is then a link to the latter, so we test whether
        # $current_partition is actually such a link or not and set
        # $current_lvolume accordingly. On Debian you may find more than one answer 
        # so we remove the one corresponding to /dev/.static
        # On RedHat even if the device name is different (/dev/mapper/<VG><LV>), the
        # principle is the same and we need to find the link to it as well.
        # Note that $current_lvolume may well be an
        # ordinary device. It is just to make sure that we feed the right value
        # into any of the LVM tools if possible.

        current_lvolume="$current_partition"
        if [ $LVM = "v2" ] && [ "`echo $current_partition | grep -E '^/dev/mapper/'`" ]; then
            # .static dir are a Debian specificity
            current_lvolume="`find /dev -lname "$current_partition" | grep -Ev '^/dev/\.static/'`"
            echo $current_lvolume | grep -q ' '
            if [ $? -eq 0 ]; then
                LogFile "WARNING: Multiple Logical Volumes found. Report to dev team" 
            fi
            # if it's not found, it may well be a real device such as a multipath one
            # /dev/mapper/mpath... Thus we revert the situation so that next test succeed
            if [ _"$current_lvolume" = _"" ]; then
                current_lvolume="$current_partition"
            fi
        fi
        # 
        # End of LVM device style variation code (other than $current_lvolume).

        if [ $LVM != "false" ] && [ "`$LVMCMD lvdisplay $current_lvolume 2> /dev/null`" ]; then
            # Size computed via LVM not directly
            partition_size="lvm"
        else
            partition_size=`SizeOfPartition $current_partition`
            [ "`echo "$current_partition" | grep "[0-9]"`" = "" ] && continue
            [ "`echo "$current_partition" | grep -c "^/"`" -ne "1" ] && continue
            if [ "$partition_format" = "swap" ] || [ "$partition_mountpt" = "swap" ] ; then
                partition_size=`grep -Fv "Priority" /proc/swaps | tr -s '\t' ' ' | grep -F "$current_partition" | $AWK '{print $3}'`
                [ "$partition_mountpt" != "swap" ] && partition_mountpt="swap"
                [ "$partition_format" != "swap" ] && partition_format="swap"
                if [ "$partition_size" = "" ] ; then
                    totalsize=0
                    items=0
                    for i in `tr -s ' ' '\t' < /proc/swaps | grep -Fv "Filename" | cut -f3` ; do
                        totalsize=$(($totalsize+$i))
                        items=$(($items+1))
                    done
                    [ "$items" -gt "0" ] && partition_size=$(($totalsize/$items)) || partition_size=0
                    [ "$partition_size" -lt "125000" ] && partition_size=125000
                    LogFile "I'm guessing $c_p is $(($partition_size/1024))MB" 
                fi
            fi
        fi
        [ "$partition_mountpt" = "swap" ] && partition_format="swap"
        [ "$partition_format" = "swap" ] && partition_mountpt="swap"
        if [ "$partition_mountpt" = "" ] ; then
            if [ "`$LVMCMD pvdisplay $current_lvolume 2> /dev/null`" != "" ] ; then
                if  [ "`grep -F device /etc/raidtab 2> /dev/null | grep -w $current_partition`" ] ; then
                    partition_mountpt="raid"
                    partition_format="raid"
                else
                    partition_mountpt="lvm"
                    partition_format="lvm"
                fi
            fi
        fi
        psz=$partition_size
        LogFile "Examining $current_partition (mount=$partition_mountpt fmt=$partition_format psz=$psz)" 
        [ "$psz" != "lvm" ] && psz=$(($psz/1024))
        if [ "`echo " $IMAGE_DEVS " | grep -F " $current_partition "`" != "" ] ; then
            partition_mountpt="image"
            old_partition_fmt=$partition_format
            partition_format="`$FDISK -l 2>> $LOGFILE | tr '*' ' ' | tr '+' ' ' | tr -s ' ' '\t' | grep -w "$absolute_partition" | cut -f5`"
            partition_size=$(($partition_size+1)); # just in case
            if [ "$partition_format" = "Linux" ] ; then
                LogFile "Are you imaging a mounted swap partition? Silly..." 
                LogFile "Reverting format from $old_partition_fmt to $partition_format" 
                partition_format=$old_partition_fmt
            fi
        fi

        if [ ! "$partition_mountpt" ] ; then
            LogFile "------- $FDISK -l $qq log ------------" 
            for qq in "" `find /dev/ida/c*d* ! -name '*p*' 2> /dev/null`; do
                partition_format=`$FDISK -l $qq 2>> $LOGFILE | grep -w "$c_p" | sed 's/12/|/' | tr -s '\t' ' ' | cut -d'|' -f2 | cut -d' ' -f2-9`
                [ "$partition_format" ] && break
            done
            LogFile "------- $FDISK log end ------------" 
            if [ "$partition_format" = "Compaq diagnostics" ] ; then
                partition_format="compaq"
            elif [ ! "`grep -F device /etc/raidtab 2> /dev/null | grep -w $current_partition`" ] ; then
                LogAll "Unable to find mountpoint of $current_partition - ignoring"
                continue
            fi
        fi
        if [ "$redhat_label" ]; then
            label="$redhat_label"
        elif [ "$uuid" ]; then
            label="$uuid"
        fi
        partition_format="`echo "$partition_format" | cut -d',' -f1`"; # in case user has ext3,ext2 or something dumb like that
        [ "$partition_format" = "auto" ] && partition_format="`mount | grep -w $current_partition | $AWK '{print$5;}'`"; # in case user uses 'auto' (dumb!)
        unofficial_outstring=`printf "%-15s %-15s %-15s %7s %-15s\n" $current_partition $partition_mountpt $partition_format $psz "$label"`
        if [ "$current_partition" = "" ] ; then
            LogFile "Unknown partition (outstring = $unofficial_outstring)" 
        elif [ "$partition_mountpt" = "" ] && [ -f "/etc/raidtab" ] ; then
            if [ "`grep -F device /etc/raidtab 2>/dev/null | grep -F $current_partition`" ] ; then
                partition_mountpt=raid
                partition_format=raid
                printf "%-15s %-15s %-15s %7s %15s\n" $current_partition $partition_mountpt $partition_format $psz "$label" | tee -a $LOGFILE
                printf "%s %s %s %s %s %s\n" $current_partition $partition_mountpt $partition_format $partition_size "$label" >> $mountlist
            else
                LogFile "Unknown mountpoint (outstring = $unofficial_outstring)" 
            fi
        elif [ "$partition_format" = "" ] ; then
            LogFile "Unknown format (outstring = $unofficial_outstring)" 
        elif [ "$partition_size" = "" ] ; then
            LogFile "Unknown partition size (outstring = $unofficial_outstring)" 
        elif [ "$partition_mountpt" = "/proc" ] || [ "$partition_mountpt" = "/dev/pts" ] ; then
            continue
        else
            if [ "$partition_format" = "dos" ] || [ "$partition_format" = "msdos" ] ; then
                LogFile "vfat should be used instead of dos/msdos as a partition format"
                partition_format="vfat"
            fi
            printf "%-15s %-15s %-15s %7s %-15s\n" $current_partition $partition_mountpt $partition_format $psz "$label" | tee -a $LOGFILE
            printf "%s %s %s %s %s\n" $current_partition $partition_mountpt $partition_format $partition_size "$label" >> $mountlist
        fi
    done
    LogAll "-----------------------------------" 
}

CheckMountlist() {
    local file=$1
    # Coherency verification
    ML01=`cat $file | wc -l`
    ML02=`grep -v ' lvm ' $file | wc -l`
    ML1=`$AWK '{print $1}' $file | sort -u | wc -l`
    ML2=`grep -v ' lvm ' $file | $AWK '{print $2}' | sort -u | wc -l`
    if [ "$ML01" -ne "$ML1" ]; then
        LogFile "--------------------------------------------"
        echo "WARNING: Duplicate device entry in mountlist" | tee -a $LOGFILE
        LogFile "--------------------------------------------"
    fi
    if [ "$ML02" -ne "$ML2" ]; then
        LogFile "--------------------------------------------"
        echo "WARNING: Duplicate mountpoint entry in mountlist" | tee -a $LOGFILE
        LogFile "------------------------------------------------"
    fi
}

OfferToMakeBootableISO() {
    local i old_pwd
    if [ -z "$ISO_CMD" ]; then
        LogFile "Neither mkisofs nor genisoimage found, unable to make CD image"
        return
    fi
    if [ "$PROMPT_MAKE_CD_IMAGE" = "yes" ] && [ _"$MONDO_SHARE" = _"" ]; then
        echo -en "Shall I make a bootable CD image? (y/[n]) "
        read i
        [ "$i" != "y" ] && [ "$i" != "Y" ] && return 0
    fi
    rm -Rf $MINDI_TMP/iso
    mkdir -p $MINDI_TMP/iso/{images,archives}
    cp -f $MINDI_CACHE/{*.gz,*.img} $MINDI_TMP/iso/images 2>> $LOGFILE || LogAll "OfferToMakeBootableISO: Cannot copy $MINDI_CACHE/*.gz to $MINDI_TMP/iso/images"
    LogFile "mindi_lib = $MINDI_DATA" 
    for i in memdisk memtest.bin memtest.img ; do
        j=$MINDI_DATA/$i
        k=$MINDI_TMP/iso
        if [ -e "$j" ] ; then
            LogAll "Copying $j to $k"
            cp -f $j $k 2>> $LOGFILE || Die "Failed to copy $j to $k"
            cp -f $j $MINDI_TMP 2>> $LOGFILE || Die "Failed to copy $j to $MINDI_TMP"
            if [ _"$MONDO_SHARE" != _"" ]; then 
                cp -f $j $MONDO_CACHE 2>> $LOGFILE || Die "Failed to copy $j to $MONDO_CACHE"
            fi
        fi
    done
    MakeMessageFile > $MINDI_TMP/iso/message.txt
    if [ $KERNEL_IS_XEN = "yes" ]; then
        cp $xenkernelpath $MINDI_TMP/iso/xen.gz 2>> $LOGFILE || Die "Cannot copy xen.gz ($xenkernelpath) to mindi tmp ($MINDI_TMP/iso/xen.gz). Did you run out of disk space?"
        cp $MBOOTC32 $MINDI_TMP/iso/mboot.c32  2>> $LOGFILE || Die "Cannot copy mboot.c32 ($MBOOTC32) to mindi tmp ($MINDI_TMP/iso/mboot.c32). Did you run out of disk space?"
    fi
    cp $kernelpath $MINDI_TMP/iso/vmlinuz 2>> $LOGFILE || Die "Cannot copy vmlinuz ($kernelpath) to mindi tmp ($MINDI_TMP/iso/vmlinuz). Did you run out of disk space?"
    cp $MINDI_TMP/initrd.img $MINDI_TMP/iso/initrd.img 2>> $LOGFILE || Die "Cannot copy initrd.img ($MINDI_TMP/initrd.img) to $MINDI_TMP/iso/initrd.img. Did you run out of disk space?"

    if [ _"$MONDO_SHARE" != _"" ]; then 
        if [ $KERNEL_IS_XEN = "yes" ]; then
            cp $xenkernelpath $MONDO_CACHE/xen.gz 2>> $LOGFILE || Die "Cannot copy xen.gz ($xenkernelpath) to mindi tmp ($MINDI_TMP/iso/xen.gz). Did you run out of disk space?"
            cp $MBOOTC32 $MONDO_CACHE/mboot.c32  2>> $LOGFILE || Die "Cannot copy mboot.c32 ($MBOOTC32) to mindi tmp ($MINDI_TMP/iso/mboot.c32). Did you run out of disk space?"
        fi
        cp $kernelpath $MONDO_CACHE/vmlinuz 2>> $LOGFILE || Die "Cannot copy vmlinuz ($kernelpath) to mondo root ($MONDO_CACHE/vmlinuz). Did you run out of disk space?"
        cp $MINDI_TMP/initrd.img $MONDO_CACHE/initrd.img 2>> $LOGFILE || Die "Cannot copy initrd.img ($MINDI_TMP/initrd.img) to $MONDO_CACHE/initrd.img. Did you run out of disk space?"
    fi
    MakeBootConfFile isolinux > $MINDI_TMP/iso/isolinux.cfg
    if [ "$ARCH" != "ia64" ] ; then
        cp $ISOLINUX $MINDI_TMP/iso/isolinux.bin 2>> $LOGFILE || Die "Cannot copy isolinux.bin ($ISOLINUX) to $MINDI_TMP/iso - did you run out of disk space?"
    fi
    old_pwd=`pwd`
    cd "$MINDI_TMP/iso"
    LogFile "-------------------"
    LogFile "Content of the ISO:"
    LogFile "-------------------"
    ls -Rla >> $LOGFILE
    LogFile "-------------------"

    if [ "$ARCH" != "ia64" ] ; then
        if [ _"$MONDO_SHARE" != _"" ]; then 
            cp -f $MINDI_TMP/iso/{isolinux.cfg,initrd.img,vmlinuz,isolinux.bin,message.txt} $MONDO_CACHE 2>> $LOGFILE || Die "Cannot copy core files to ramdisk for boot disk (under $MONDO_CACHE). Did you run out of disk space?"
            if [ $KERNEL_IS_XEN = "yes" ]; then
                cp -f $MINDI_TMP/iso/{mboot.c32,xen.gz} $MONDO_CACHE 2>> $LOGFILE || Die "Cannot copy Xen core files to ramdisk for boot disk (under $MONDO_CACHE). Did you run out of disk space?"
            fi
            cp -f $MONDO_SHARE/autorun $MINDI_TMP/iso 2>> $LOGFILE
        fi
        $ISO_CMD -U $ISO_OPT -V Mindi_Image -o $MINDI_CACHE/mindi.iso -b isolinux.bin -c boot.cat -no-emul-boot -boot-load-size 4 -boot-info-table . > /dev/null 2> $MINDI_TMP/mkisofs.log
    else
        $ISO_CMD $ISO_OPT -V Mindi_Image -o $MINDI_CACHE/mindi.iso -b images/mindi-bootroot.$BOOT_SIZE.img -c images/boot.cat -no-emul-boot . > /dev/null 2> $MINDI_TMP/mkisofs.log
    fi
    if [ "$?" -ne "0" ] ; then
        LogFile "----------- $ISO_CMD's errors --------------" 
        cat $MINDI_TMP/mkisofs.log >> $LOGFILE
        echo "$ISO_CMD returned the following errors:-"
        cat $MINDI_TMP/mkisofs.log
        LogAll "Failed to create ISO image."
    else
        LogAll "Created bootable ISO image at $MINDI_CACHE/mindi.iso" 
    fi
    rm -f $MINDI_TMP/mkisofs.log
    cd "$old_pwd"
}


OfferToMakeBootableUSB() {
    local i
    if [ "$PROMPT_MAKE_USB_IMAGE" = "yes" ] && [ _"$MONDO_SHARE" = _"" ]; then
        echo -n "Shall I make a bootable USB device ? (y/[n]) "
        read i
        [ "$i" != "y" ] && [ "$i" != "Y" ] && return 0
        if [ "$USBDEVICE" = "" ]; then
            echo -en "Please enter the device name of your USB device (e.g. /dev/sda) : "
            read dev
            USBDEVICE=$dev
        fi
        echo "WARNING: This will erase all content on $USBDEVICE"
        echo -en "Are you sure you want to use $USBDEVICE (y/[n]) "
        read i
        [ "$i" != "y" ] && [ "$i" != "Y" ] && return 0
    fi
    rm -Rf $MINDI_TMP/usb
    mkdir -p $MINDI_TMP/usb
    USBPART="${USBDEVICE}1"

    echo -en "Transforming $USBDEVICE in a Bootable device " 
    echo -en "."
    LogFile "Transforming $USBDEVICE in a Bootable device"  
    LogFile "Checking $USBDEVICE" 
    $FDISK -l $USBDEVICE 2>> $LOGFILE 1>> $LOGFILE
    if [ $? -ne 0 ]; then
        LogAll "Unable to access $USBDEVICE" 
        LogAll "Make sure your USB device is pluged in" 
        exit -1
    fi
    echo -en "."
    # Some distro do auto mount at that point (Ubuntu)
    LogFile "Unmounting $USBPART just in case"
    umount $USBPART 2>> $LOGFILE 1>> $LOGFILE
    # If your key has no MBR it may cause an issue
    # Use dd if=mbr.bin of=$USBDEVICE or ms-sys -s $USBDEVICE
    LogFile "Preparing $USBDEVICE" 
    $FDISK $USBDEVICE 2>> $LOGFILE 1>> $LOGFILE << EOF
d
d
d
d
n
p
1


t
b
a
1
w
EOF
    if [ $? -ne 0 ]; then
        LogAll "Unable to create a vfat Filesystem on $USBDEVICE" 
        LogAll "Make sure your USB device is pluged in" 
        $FDISK -l $USBDEVICE 2>&1 | tee -a $LOGFILE
        MindiExit -1
    fi
    LogFile "The USB device $USBDEVICE now looks like this:" 
    $FDISK -l $USBDEVICE 2>&1 | tee -a $LOGFILE
    echo -en "."
    # Some distro do auto mount at that point (Ubuntu)
    LogFile "Unmounting $USBPART just in case again"
    umount $USBPART 2>> $LOGFILE 1>> $LOGFILE
    echo -en "."
    LogFile "Creating a vfat filesystem on $USBPART" 
    mkdosfs -F 32 $USBPART 2>&1 >> $LOGFILE
    if [ $? -ne 0 ]; then
        LogAll "Unable to create a vfat filesystem on $USBPART" 
        LogAll "Make sure your USB device is pluged in and partitioned ($USBPART must exist on it)" 
        $FDISK -l $USBDEVICE 2>&1 | tee -a $LOGFILE
        MindiExit -1
    fi
    echo -en "."
    LogFile "Mounting $USBPART on $MINDI_TMP/usb" 
    mount $USBPART $MINDI_TMP/usb 2>> $LOGFILE
    if [ $? -ne 0 ]; then
        LogAll "Unable to mount $USBPART on $MINDI_TMP/usb" 
        LogAll "Make sure your USB device is pluged in, partitioned and formated ($USBPART must exist on it)" 
        $FDISK -l $USBDEVICE 2>&1 | tee -a $LOGFILE
        MindiExit -1
    fi
    echo -en "."
    mkdir -p $MINDI_TMP/usb/images
    cp -f $MINDI_CACHE/*.img $MINDI_CACHE/*.gz $MINDI_TMP/usb/images 2>> $LOGFILE || LogAll "OfferToMakeBootableUSB: Cannot copy $i to $MINDI_TMP/usb/images"
    echo -en "."
    LogFile "mindi_lib = $MINDI_DATA" 
    for i in memdisk memtest.bin memtest.img ; do
        j=$MINDI_DATA/$i
        k=$MINDI_TMP/usb
        if [ -e "$j" ] ; then
            LogAll "Copying $j to $k"
            cp -f $j $k 2>> $LOGFILE || Die "Failed to copy $j to $k"
            cp -f $j $MINDI_TMP 2>> $LOGFILE || Die "Failed to copy $j to $MINDI_TMP"
        fi
    done
    echo -en "."
    MakeMessageFile > $MINDI_TMP/usb/message.txt
    echo -en "."
    cp $kernelpath $MINDI_TMP/usb/vmlinuz 2>> $LOGFILE || Die "Cannot copy vmlinuz ($kernelpath) to mindi tmp ($MINDI_TMP/usb/vmlinuz). Did you run out of disk space?"
    echo -en "."
    cp $MINDI_TMP/initrd.img $MINDI_TMP/usb/initrd.img 2>> $LOGFILE
    echo -en "."
    MakeBootConfFile syslinux > $MINDI_TMP/usb/syslinux.cfg
    echo -en "."
    LogAll "----------- syslinux's conf --------------"
    cat $MINDI_TMP/usb/syslinux.cfg |tee -a $LOGFILE
    LogAll "------------------------------------------"
    LogFile "--------------------------"
    LogFile "Content of the USB device:"
    LogFile "--------------------------"
    (cd $MINDI_TMP/usb ; ls -Rla) >> $LOGFILE
    LogFile "--------------------------"

    umount $MINDI_TMP/usb
    if [ "$ARCH" != "ia64" ] ; then
        syslinux -s $USBPART 2>> $MINDI_TMP/syslinux.log
        if [ "$?" -ne "0" ] ; then
            LogAll "----------- syslinux's errors --------------"
            cat $MINDI_TMP/syslinux.log |tee -a $LOGFILE
            echo "------------------------------------------"
            LogAll "Failed to create USB image."
        else
            echo -e "$DONE"
            LogFile "Created bootable USB image on $USBDEVICE" 
        fi
        rm -f $MINDI_TMP/syslinux.log
    else
        echo "No USB boot support for ia64" 
        MindiExit -1
    fi
}


MakeMessageFile() {
    
    if [ -x "/bin/lsb_release" ]; then
        DESC=`/bin/lsb_release -d | cut -d: -f2 | sed "s/[ \t]*//"`
    elif [ -r /etc/arch-release ]; then  # this code must be written before /etc/issue test to avoid errors                             
        DESC="Arch Linux"                                                                                                           
        if [ -r /var/log/pacman.log ]; then                                                                                         
            # there are no releases but we can get the last system upgrade                                                      
            # Output example:   Arch Linux [2011-03-03 01:39]                                                                   
            DESC="$DESC $(tac /var/log/pacman.log | grep -m1 'full system upgrade' | cut -d']' -f1)]"                           
        fi
    elif [ -r /etc/issue.net ]; then
        DESC=`head -1 /etc/issue.net`
    elif [ -r /etc/issue ]; then
        DESC=`head -1 /etc/issue`
    elif [ -x "/usr/bin/pbdistrocheck" ]; then
        # For pb >= 0.9.8
        DESC=`/usr/bin/pbdistrocheck -s | cut -d, -f1-4`
    else
        DESC="Unknown desc"
    fi
    sed "s/ZZZZZ/$MINDI_VERSION/" $MINDI_DATA/msg-txt | sed "s/KKKKK/Kernel $KERVER/" | sed "s/AAAAA/on a $ARCH architecture/" | sed "s/TTTTT/`LC_TIME=C date`/" | sed "s/MMMMM/`hostname`/" | sed "s/DDDDD/$DESC/"
    if [ _"$MONDO_SHARE" != _"" ]; then
        if [ "$CDRECOVERY" != "yes" ] ; then
            if [ -e "$MINDI_TMP/NETFS-DEV" ] ; then
                echo -en "Press <enter> to continue.\n"
            elif [ ! "$MINDI_TMP" ] ; then
                echo -en "FYI, this is _not_ a Mondo Rescue CD.\n"
                if [ -e "$MINDI_DATA/memtest.img" ] ; then
                 echo -en "Type 'memtest' <Enter> to test your PC's memory intensively.\nJust press <Enter> to go to the main test menu.\n"
                fi
            else
                echo -en "$BOOT_MEDIA_MESSAGE"
            fi
        else
            echo -en "\
To restore your disk to factory defaults, type 'RESTORE' <enter>.\n\
CAUTION: THIS WILL ERASE YOUR WHOLE DISK !!!\n"
        fi
    fi
    echo -en "\n\n\n"
}


MakeBootConfFile() {
    local options i ooo
    options=""
    # Type of boot file (elilo or syslinux/isolinux)
    type=$1
    if [ "$type" = "elilo" ]; then
        sep="="
    else
        sep=" "
    fi

    # Generic header for conf file
    if [ "$type" != "elilo" ] ; then
        echo -en "prompt 1\ndisplay message.txt\n"
    else
        echo -en "prompt\n"
    fi

    # Compute which default option to boot from
    if [ "$CDRECOVERY" = "yes" ] ; then
        echo -en "default${sep}RESTORE\n"
    # In case it's mondoarchive
    elif [ _"$MONDO_SHARE" != _"" ]; then
        if [ -e "$MINDI_TMP/NETFS-DEV" ] ; then
            echo -en "default${sep}iso\n"
        else
            echo -en "default${sep}interactive\n"
        fi
    else
        echo -en "default${sep}expert\n"
    fi

    # Handle timeout
    if [ "$CDRECOVERY" != "yes" ] ; then
        echo -en "timeout${sep}300\n"
    else
        echo -en "timeout${sep}10000\n"
    fi
    echo -en "\n"

    # prepare which labels will be generated
    if [ "$CDRECOVERY" = "yes" ] ; then
        options="RESTORE expert"
    else
        if [ _"$MONDO_SHARE" != _"" ]; then
            options="interactive expert compare iso nuke isonuke"
        else
            options="expert"
        fi
    fi

    # Generate rest of conf file
    for i in $options ; do
        ooo=$i
        [ "$ooo" = "RESTORE" ] && ooo="nuke"
        if [ "$type" = "elilo" ]; then
            outstr="image=/vmlinuz\n\tlabel=$i\n\tinitrd=/initrd.img\n\troot=/dev/ram0 append=\" rw ramdisk_size=$ramdisk_size $ooo $MINDI_ADDITIONAL_BOOT_PARAMS \"\n"
        else
            ps="/"
            if [ "$type" = "syslinux" ]; then
                ps=""
            fi
            if [ $KERNEL_IS_XEN = "no" ]; then
                outstr="label $i\n\tkernel ${ps}vmlinuz\n\tappend initrd=${ps}initrd.img root=/dev/ram0 rw ramdisk_size=$ramdisk_size ${ooo} $MINDI_ADDITIONAL_BOOT_PARAMS\n"
            else
                outstr="label $i\n\tkernel ${ps}mboot.c32\n\tappend ${ps}xen.gz --- ${ps}vmlinuz root=/dev/ram0 rw ramdisk_size=$ramdisk_size  ${ooo} $MINDI_ADDITIONAL_BOOT_PARAMS --- ${ps}initrd.img\n"
            fi
        fi
        echo -en "$outstr"
    done
    if [ -e "$MINDI_DATA/memtest.img" ] ; then
        if [ "$type" = "elilo" ]; then
            echo -en "image=/memtest.bin\n\tlabel=memtest\n"
            echo -en "image=/memdisk\n\tlabel=memdisk\nappend=\"initrd=memtest.img\"\n"
        else
            ps="/"
            if [ "$type" = "syslinux" ]; then
                ps=""
            fi
            echo -en "label memtest\n\tkernel ${ps}memtest.bin\n"
            echo -en "label memdisk\n\tkernel ${ps}memdisk\nappend initrd=${ps}memtest.img\n"
        fi
    fi
}



PrepareBootDiskImage() {
    local imagesdir dev imagefile mountpoint fname i kernelpath cfg_file testpath options retval outstr old_pwd ooo max_kernel_size bootimage liloconf mountefi
    imagesdir=$MINDI_CACHE
    kernelpath=$1
    do_boot_root_thingy=""
    retval=0

    [ ! -e "$kernelpath" ] && Die "PBDI lilo - cannot find $kernelpath kernel"
    echo -en "Making "$BOOT_SIZE"KB boot disk..."
    TurnTgzIntoRdz $MINDI_DATA/rootfs $MINDI_TMP/initrd.img `du -sk $kernelpath | cut -f1` || Die "Could not turn rootfs into initrd.img; are you SURE your kernel supports loopfs?"
    echo -en "..."
    imagefile=$MINDI_CACHE/mindi-bootroot.$BOOT_SIZE.img
    mountpoint=$MINDI_TMP/mountpoint.$$
    mkdir -p $mountpoint
    dd if=/dev/zero of=$imagefile bs=1k count=$BOOT_SIZE &> /dev/null || Die "Cannot dd blank file"
    LogFile "Creating vfat filesystem on $imagefile" 
    mkdosfs $imagefile >> $LOGFILE 2>> $LOGFILE
    if [ "$ARCH" != "ia64" ] ; then
        # syslinux should be run on a local file (doen't work through NFS Cf: #297)
        # Ensure that $MINDI_CACHE is not on NFS (it shouldn't)
        syslinux $imagefile >> $LOGFILE 2>> $LOGFILE
    fi

    mount -t vfat -o loop $imagefile $mountpoint || LogAll "Cannot mount (PBDI)"

    # copy Mindi's skeleton fs & lilo/syslinux/whatever stuff into it
    mkdir -p $mountpoint/etc
    liloconf=$mountpoint/elilo.conf

    MakeMessageFile > $mountpoint/message.txt

    if [ "$ARCH" != "ia64" ] ; then
        MakeBootConfFile isolinux > $mountpoint/syslinux.cfg
    else
        MakeBootConfFile elilo > $liloconf
        # Copy it so that CD-ROM menu entry is satisfied
        mountefi=0
        df -T | grep /boot/efi | grep -q vfat
        if [ $? -ne 0 ]; then
            mount /boot/efi
            if [ $? -ne 0 ]; then
                echo "You have to mount your EFI partition when using mindi"
                MindiExit -1
            fi
            mountefi=1
        fi
        el=`find /boot/efi -name elilo.efi`
        cp $el $mountpoint
        cp $liloconf $mountpoint
        if [ $mountefi -eq 1 ]; then
            umount /boot/efi 2>&1 > /dev/null
        fi
    fi

    LogFile "Copying $MINDI_TMP/initrd.img to $mountpoint/initrd.img..." 
    cp -f $MINDI_TMP/initrd.img $mountpoint/initrd.img 2>> $LOGFILE
    if [ "$?" -ne "0" ] ; then
        LogAll "Failed to copy $MINDI_TMP/initrd.img to $mountpoint"
        cat $MINDI_TMP/mtpt.$$ >> $LOGFILE
        LogAll "Please unload some of your modules and try again."
        rm -f $MINDI_TMP/mtpt.$$
        LogAll "Cannot incorporate initrd.img in bootdisk (kernel / modules too big?). Try to increase EXTRA_SPACE and BOOT_SIZE in $MINDI_CONFIG"
        retval=$(($retval+1))
    fi

    # copy the kernel across
    [ "$mountpoint" != "" ] && rm -Rf $mountpoint/lost+found
    dd if=/dev/zero of=$mountpoint/zero bs=1k count=16 &> /dev/null
    free_space=`df -k -P $mountpoint | tail -n1 | tr -s ' ' '\t' | cut -f4`
         
    retval=0
    cp -f $kernelpath $mountpoint/vmlinuz &> /dev/null
    retval=$?
    if [ $KERNEL_IS_XEN = "yes" ]; then
        cp -f $xenkernelpath $mountpoint/xenkernel &> /dev/null
        let retval+=$?
    fi
 
    if [ "$retval" -ne "0" ] ; then
        LogFile "Files at mountpoint ($mountpoint) :-" 
        du -sk $mountpoint/* >> $LOGFILE
        LogFile "--- end of list of files ---" 
        echo -en "Kernel size = `du -sk $kernelpath | cut -f1` K\nRamdisk free = $free_space K\n" >> $LOGFILE
        [ "$mountpoint" != "" ] && rm -f $mountpoint/vmlinuz
        cd "$old_pwd"
        umount $mountpoint || Die "Cannot unmount mountpoint ($mountpoint)"
        rmdir $mountpoint || LogAll "Cannot rmdir (PBDI)"

        rm -f $imagefile
        return 0
    fi
    max_kernel_size=$(($free_space+`du -sk $kernelpath | cut -f1`))
    LogFile "Free space left on image = $free_space KB" 
    LogFile "Max kernel size on $BOOT_SIZE KB image (est'd) = $max_kernel_size K" 

    # make it bootable
    [ "$mountpoint" != "" ] && rm -f $mountpoint/zero
    [ -e "$MINDI_DATA/memdisk" ] && cp -f $MINDI_DATA/memdisk $mountpoint 2>> $LOGFILE

    if [ "$ARCH" = "ia64" ] ; then
        cp `dirname $kernelpath`/*.efi $mountpoint 2>> $LOGFILE
    fi
    umount $mountpoint || Die "Cannot unmount mountpoint ($mountpoint)"
    echo -en "..."
    rmdir $mountpoint || LogAll "Cannot rmdir (PBDI)"

    if [ "$retval" -eq "0" ] ; then
        echo -en "...$DONE\n"
        LogAll "$BOOT_SIZE KB boot disk was created OK\n"
    else
        echo -en "...failed\n"
        LogAll "$BOOT_SIZE KB boot disk was NOT created\n"
        rm -f $imagefile
    fi
    [ "$retval" -ne "0" ] && LogAll "PrepareBootDiskImage() is returning nonzero"
    return $retval
}


ParseModprobeForIncludes() {
local MODPROBE_CONF mpincfile includes include

MODPROBE_CONF=/etc/modprobe.conf
mpincfile=$1
touch $mpincfile
if [ -a $MODPROBE_CONF ]; then
    includes=$($AWK '/^[ \t]*include[ \t]+/ {if(NF>=2){print $2}}' $MODPROBE_CONF|sort -u)
    if [ -n "$includes" ]; then
        for include in $includes
        do
            if [ -a "$include" ]; then
                echo $include >> $mpincfile
            fi
        done
    fi
fi
}


PrepareDataDiskImages() {
    local needlist bigdir diskdir imagesdir res i j k old_pwd lines lfiles includefile

    imagesdir=$MINDI_CACHE
    rm -f $imagesdir/mindi.iso
    needlist=$MINDI_TMP/what-we-need.txt
    bigdir=$MINDI_TMP/bigdir
    mkdir -p $bigdir/usr/bin
    mkdir -p $bigdir/usr/sbin
    includefile=$MINDI_TMP/$$.includefile.txt

    lfiles=`ls $DEPLIST_DIR/* | grep -v /minimal`
    if [ -e "$DEPLIST_FILE" ]; then
        lfiles="$DEPLIST_FILE $lfiles"
    fi
    lines=`grep -vx " *#.*" $lfiles | grep -vx "" | wc -l`
    ParseModprobeForIncludes $includefile
    lines=$(($lines+`cat $includefile | wc -l`))
    cat $lfiles $includefile | GenerateGiantDependencyList $needlist $lines
    res=$?
    rm -f $includefile
    # This function appends to the file passed in param
    ListKernelModulePaths $needlist
    if [ "$res" -ne "0" ] ; then
        Die "You have $res files present in dependency list\nbut absent from filesystem."
    fi
    FindAndAddUserKeyboardMappingFile 
    mkdir -p $bigdir/tmp
    [ -d "/mnt/.boot.d" ] && echo "Oh Jebus" > $bigdir/tmp/DUMBASS-GENTOO
    DropOptimizedLibraries $needlist $bigdir
    echo -en "Assembling dependency files"

    CopyDependenciesToDirectory < $needlist $bigdir `wc -l $needlist`

    # also copy io.sys and msdos.sys, if we can find them
    for i in `mount | cut -d' ' -f3` ; do
        for j in io.sys msdos.sys ; do
            [ -e "$i/$j" ] && cp -f $i/$j $bigdir 2>> $LOGFILE
        done
    done

    # master boot record, too
    i=`cat $MINDI_TMP/BOOTLOADER.DEVICE 2> /dev/null`
    if [ "$i" ] ; then
        LogAll "Backing up $i's MBR"
        dd if=$i of=$bigdir/BOOTLOADER.MBR bs=446 count=1 >> $LOGFILE 2>> $LOGFILE
        sleep 1
        sync
        j=$i
        [ -h "$j" ] && j=`readlink -f $j`
        LogAll "Creating /dev/boot_device ($j)"
        mkdir -p $bigdir/dev
        cp -pRdf $j $bigdir/dev/boot_device 2>> $LOGFILE || Die "Unable to create /dev/boot_device on ramdisk"
    fi

    old_pwd=`pwd`
    cd "$bigdir"

    # Get terminfo content
    ti="usr/share/terminfo/l"
    if [ -d /$ti ]; then
        mkdir -p $ti
        cp -Rdf /$ti/* $ti 2>> $LOGFILE || LogAll "WARNING - error occurred while copying terminfo"
    fi
    if [ -e "$MONDO_SHARE/restore-scripts" ]; then
        cp -Rdf $MONDO_SHARE/restore-scripts/* . 2>> $LOGFILE
        [ "$?" -ne "0" ] && [ _"$MONDO_SHARE" != _"" ] && Die "Cannot find/install $MONDO_SHARE/restore-scripts"
    fi
    if [ -d "/lib/dev-state" ]; then 
        tar cf - -C / ./lib/dev-state 2>> $MINDI_TMP/$$.log | tar xf - || LogAll "Unable to handle /lib/dev-state" $MINDI_TMP/$$.log
    fi
    cd "$old_pwd"
    echo -e "$DONE"
    TOTAL_BIGDIR_SIZE=`du -sk $bigdir | cut -f1`
    mkdir -p $bigdir/tmp
    if [ $LVM != "false" ]; then
        mkdir -p $bigdir$MINDI_CACHE
        $MINDI_DATA/analyze-my-lvm > $bigdir$MINDI_CACHE/i-want-my-lvm 
        if [ "$?" -ne "0" ]; then
            LVM="false"
            rm -f $bigdir$MINDI_CACHE/i-want-my-lvm
        else
            LogFile "Your i-want-my-lvm file content is:"
            LogFile "-----------------------------------"
            cat  $bigdir$MINDI_CACHE/i-want-my-lvm >> $LOGFILE
            LogFile "-----------------------------------"
        fi
    fi

    echo -en "Tarring and zipping the data content..."
    size_of_all_tools=`du -sk $bigdir | cut -f1`
    (cd "$bigdir" ; tar -b 4096 -cf - . 2>> $MINDI_TMP/$$.log | gzip -9 > $imagesdir/all.tar.gz || LogAll "Problem creating all.tar.gz" $MINDI_TMP/$$.log)
    LogFile "Size of the data content"
    LogFile "------------------------"
    du -sk $imagesdir/*gz >> $LOGFILE
    LogFile "------------------------"
    echo -e "$DONE"

    FRIENDLY_OUTSTRING="Boot and data disk images were created."
    rm -rf $bigdir
    rm -f $needlist
}


ProcessLDD() {
    local incoming f d nd bd bnd
    read incoming
    while [ "$incoming" != "" ]; do
        # We take the full path name of the dyn. lib. we want
        incoming=`echo "$incoming" | $AWK '{if (match($1,/\//)) {print $1} else {if (match($3,/\//)) print $3} fi}'`
        for f in $incoming ; do
            # echo modified file name if one of the parent dir is a link
            # by replacing the original dirname by the destination of the link
            d="`dirname $f`"
            found="false"
            while [ "$d" != "/" ]; do
                if [ -h "$d" ]; then
                    nd=`readlink -f $d`
                    bd=`basename $d`
                    bnd=`basename $nd`
                    f=`echo $f | sed "s~/$bd/~/$bnd/~"`
                    echo $d
                fi
                d="`dirname $d`"
            done

            echo "$f"
            echo "`ReadAllLink $f`"
        done
        read incoming
    done
}


Prompt() {
    echo -en "$1"
    read line
}


ReadLine() {
    local i incoming
    read incoming
    i=0
    while [ "$i" -le "32" ] && [ "$incoming" = "" ] ; do
        i=$(($i+1))
        read incoming
    done
    echo "$incoming"
}


SizeOfPartition() {
    local devpath drive res stub
    device=$1
    if [ "`echo "$device" | grep -F "/dev/md"`" != "" ] ; then
        res=`SizeOfRaidPartition $device`
        [ "$res" = "" ] && Die "Cannot find $device's size - is your /etc/raidtab sane?"
        echo "$res"
        return 0
    fi
    # patch from Bill <bill@iwizard.biz> - 2003/08/25
    res=`$FDISK -s $device 2>> $LOGFILE`
    # end patch
    # take only the first in case of multiple mount (cifs, nfs, ...)
    [ "$res" = "" ] && res=`df -k -P -x supermount | tr -s '\t' ' ' | grep -F "$device " | cut -d' ' -f2 | head -1`
    [ "$res" = "" ] && res="-1"
    echo $res
    return 0
}


SizeOfRaidPartition() {
    local real_dev smallest_size silly tmp

    silly=999999999
    smallest_size=$silly

    for real_dev in `GetRaidDevMembers $1` ; do
        tmp=`SizeOfPartition $real_dev`
        [ "$tmp" -lt "$smallest_size" ] && smallest_size=$tmp
    done

    if [ "$smallest_size" = "$silly" ] ; then
        echo "-1"
        return 1
    else
        echo "$smallest_size"
        return 0
    fi
}


StripExecutable()
{
    local tmpfile

    tmpfile=$MINDI_TMP/stripped.$$.dat
    [ -d "$1" ] || [ -h "$1" ] && return
    cp -f $1 $tmpfile 2>> $LOGFILE
    strip $tmpfile 2> /dev/null
    if [ "$?" -eq "0" ] ; then
        cp -f $tmpfile $1 2>> $LOGFILE
        LogFile "Stripped binary $2" 
    fi
    rm -f $tmpfile
}

KernelVer() {
        local fkern_ver fname

        fname=$1
        file $fname | grep -q gzip
        if [ "$?" -eq "0" ] ; then
            # Used by ia64
            fkern_ver=`gzip -cd $fname | strings 2> /dev/null | grep "[2-9]+*[.][0-9]+*[.][0-9]+*[^\@]*@"`
        else
            fkern_ver=`strings $fname 2> /dev/null | grep "[2-9]+*[.][0-9]+*[.][0-9]+*[^\@]*@"`
        fi
        echo "$fkern_ver"
}


TryToFindKernelPath() {
    local fname incoming res fkern_ver we_want_version possible_kernels noof_kernels kernelpath kdate duff_kernels

    we_want_version=$KERVERRUN
    possible_kernels=""
    duff_kernels=""
   
    if [ "$ARCH" = "ia64" ] ; then
       root="/boot/efi/efi"
    else
       root="/"
    fi
    # See if we're booted from a Xen kernel
    if [ -d /proc/sys/xen ]; then
        # It's a Xen kernel
        KERNEL_IS_XEN="yes"
        LogIt "It's a Xen kernel..."
    fi

    for fname in `find $root -maxdepth 2 -type f | grep -Ei 'lin|kern|xen' | grep -Ev '^/proc/|^/net/'` ; do
        [ ! -e "$fname" ] && continue
        [ "$fname" = "/boot/vmlinuz.shipped" ] && [ -f "/boot/vmlinuz" ] && continue; # ignore SuSE's extra kernel
        fkern_ver=`KernelVer $fname`
        [ "$fkern_ver" = "" ] && continue
        [ "`echo "$fkern_ver" |grep -F "$we_want_version "`" = "" ] && continue
        [ -f "$fname" ] || continue
        [ -h "$fname" ] && continue
        kdate=`uname -v | $AWK '{for(i=1;i<NF;i++){if(index($i,":")){print $i;};};}' | $AWK '{print $NF;}'`
        file $fname | grep -q gzip
        if [ "$?" -eq "0" ] ; then
            # Used by ia64
            if [ "`gzip -cd $fname | strings 2> /dev/null | grep -F "$kdate"`" = "" ] ; then
                LogAll "Have you recompiled your kernel \"$fname\" w/o rebooting? Naughty but I'll allow it..."
                duff_kernels="$fname $duff_kernels"
            else
                [ "`echo "$fname" | grep -F "vmlinux"`" ] && continue
                possible_kernels="$fname $possible_kernels"
            fi
        else
            if [ "`strings $fname 2> /dev/null | grep -F "$kdate"`" = "" ] ; then
                LogAll "Have you recompiled your kernel \"$fname\" w/o rebooting?\n Naughty but I'll allow it..."
                duff_kernels="$fname $duff_kernels"
            else
                [ "`echo "$fname" | grep -F "vmlinux"`" ] && continue
                possible_kernels="$fname $possible_kernels"
            fi
        fi
    done
    if [ ! "$possible_kernels" ] && uname -a | grep Knoppix > /dev/null ; then
        possible_kernels=`find /boot/vmlinuz-2.* | tail -n1`
    fi
    if [ ! "$possible_kernels" ] ; then
        LogAll "No kernel matches exactly. Are there any duff kernels?"
        possible_kernels="$duff_kernels"
        if [ ! "$possible_kernels" ] ; then
            LogAll "Sorry, no duff kernels either"
        else
            LogAll "I bet you're running Debian or Gentoo, aren't you?"
            LogAll "Your kernel doesn't have a sane builddate. Oh well..."
        fi
    fi
    possible_kernels=`echo "$possible_kernels" | tr -s ' ' '\n' | grep -vi "xen" | sort -u | tr '\n' ' '`
    noof_kernels=`CountItemsIn "$possible_kernels"`
    if [ $KERNEL_IS_XEN = "yes" ]; then
        possible_xenkernels=`echo "$possible_kernels" | tr -s ' ' '\n' | grep -i "xen" | sort -u | tr '\n' ' '`
        noof_xenkernels=`CountItemsIn "$possible_xenkernels"`
        FindMboot32Binary 
    fi
    if [ "$noof_kernels" -eq "0" ] ; then
        LogAll "Could not find your kernel."
        if [ -e "/boot/vmlinuz" ] ; then
            LogAll "Using /boot/vmlinuz as a last resort."
            output=/boot/vmlinuz
        else
            output=""
        fi
    elif [ "$noof_kernels" -eq "1" ] ; then
        kernelpath=`echo "$possible_kernels" | sed s/' '//`
        LogFile "Your kernel is $kernelpath (v$KERVERRUN)" 
        output="$kernelpath"
    else
        for i in $possible_kernels ; do
            if echo $i | grep "$KERVERRUN" ; then
                LogAll "OK, I used my initiative and found that "
                LogAll "$i is probably your kernel. "
                output="$i"
            fi
        done
        if [ -n "$output" ]; then
            if echo " $possible_kernels " | grep -F "/boot/vmlinuz " &> /dev/null ; then
                output=/boot/vmlinuz
                echo "Schlomo, this one's for you." >> $LOGFILE
            else
                LogIt "Two or more possible kernels found. You may specify any one of them and the "
                LogIt "boot disks will still work, probably. If one does not work, try another."
                LogIt "$possible_kernels"
                echo ""
            fi
        fi
    fi
    if [ $KERNEL_IS_XEN = "yes" ]; then
        if [ "$noof_xenkernels" -eq "0" ]; then
            xenkernelpath=""
        elif [ "$noof_xenkernels" -eq "1" ]; then
            xenkernelpath=`echo "$possible_xenkernels" | sed s/' '//`
            echo "Your Xen kernel is $xenkernelpath (v$KERVERRUN)" >> $LOGFILE
        else
            for i in $possible_xenkernels ; do
                if echo $i | grep "$KERVERRUN" ; then
                    LogIt "OK, I used my initiative and found that "
                    LogIt "$i is probably your Xen kernel. "
                    xenkernelpath="$i"
                fi
            done
            if [ -n "$xenkernelpath" ]; then
                new_possible_xenkernels=`echo "$possible_xenkernels" | tr -s ' ' '\n' | grep -E "^/boot" | sort -u | tr '\n' ' '`
                if [ ! -n "$new_possible_xenkernels" ]; then
                    xenkernelpath=`echo $new_possible_xenkernels | tr -s ' ' '\n' | head -1`
                    LogIt "Using $xenkernelpath"
                else
                    LogIt "Two or more possible Xen kernels found. You may specify any one of them and the "
                    LogIt "boot disks will still work, probably. If one does not work, try another."
                    LogIt "$possible_xenkernels"
                    echo ""
                    xenkernelpath=`echo $possible_xenkernels | tr -s ' ' '\n' | head -1`
                    LogIt "Using $xenkernelpath"
                fi
            fi
        fi
        xenkernelname=`basename $xenkernelpath`
        if [[ -z "$xenkernelpath" || ! -f "$xenkernelpath" ]]; then
            Die "Cannot find Xen kernel $xenkernelpath, aborting"
        fi
    fi
    echo "$output"
}


TurnTgzIntoRdz() {
    local tgz_dir_fname rdz_fname tempfile mountpoint old_pwd nodes kernelsize res currsize not_copied j k s w needed_modules_path

    tgz_dir_fname=$1
    rdz_fname=$2
    kernelsize=$3
    # Compute the list of all that should be copied/created on the final mountpoint under MINDI_TMP
    # mkdir.lis will contain the list of directries to create
    # cp.lis will contain the list of files/dirs to copy
    # ln.lis will contain the list of files to link to existing files
    # rm.lis will contain the list of files to remove after the copies

    # Get kbd conf from data disk preparation
    echo $MINDI_CACHE/KEYMAP-LIVES-HERE >> $MINDI_TMP/cp.lis
    # AL04Oct08: Check whether /lib64 is a link and if so explicitly create one in rootfs
    if [ -h "/lib64" ]; then
        echo lib  >> $MINDI_TMP/mkdir.lis
        echo ln -s lib lib64  >> $MINDI_TMP/ln.lis
    fi

    # We need a minimal conf in the initial ramdisk
    mountlis=`grep -v "^#.*" $DEPLIST_FILE_MIN $DEPLIST_DIR/minimal*.conf | cut -d: -f2 | sort -u`
    ReadAllLink $mountlis >> $MINDI_TMP/mnt.lis
    LocateDeps `cat $MINDI_TMP/mnt.lis` >> $MINDI_TMP/deps.lis
    # Special for libs
    ReadAllLink `grep -E "/lib" $DEPLIST_FILE_MIN $DEPLIST_DIR/minimal*.conf | grep -v "^#.*" | cut -d: -f2` >> $MINDI_TMP/deps.lis

    echo `cat $MINDI_TMP/mnt.lis` `sort -u $MINDI_TMP/deps.lis` >> $MINDI_TMP/cp.lis
    rm -f $MINDI_TMP/deps.lis $MINDI_TMP/mnt.lis

    # Copy of files mandatory for ld.so
    echo /etc/ld.so.c* >> $MINDI_TMP/cp.lis

    # Avoid an issue on some distro (RHEL5)
    echo ./etc/ld.so.conf.d/kernelcap* >> $MINDI_TMP/rm.lis

    # Need for a tmp dir
    echo tmp >> $MINDI_TMP/mkdir.lis

    # Management of udev (which includes modprobe in rules)
    USE_UDEV=""
    ps auxww | grep -v grep | grep -qw udevd
    if [ $? -eq 0 ]; then
        USE_UDEV="yes"
        LogFile "udev device manager found"
        echo /etc/udev /lib*/udev >> $MINDI_TMP/cp.lis
        # This avoids NIC remapping if on another machine at restore time on Debian at least
        echo ./etc/udev/rules.d/z[0-9][0-9]_persistent-net.rules >> $MINDI_TMP/rm.lis
        # This avoids NIC remapping if on another machine at restore time on Ubuntu at least
        echo ./etc/udev/rules.d/[0-9][0-9]-persistent-net.rules >> $MINDI_TMP/rm.lis
        if [ -x /sbin/udevd ]; then
            # Get only the files which exist in the udev.files list
            # and potentially their symlink structure and their deps
            mountlis=`grep -Ev "^#" $MINDI_CONF/udev.files`
            ReadAllLink $mountlis | sort -u >> $MINDI_TMP/udev.lis
            LocateDeps `cat $MINDI_TMP/udev.lis` | sort -u >> $MINDI_TMP/cp.lis
            cat $MINDI_TMP/udev.lis >> $MINDI_TMP/cp.lis
            rm -f $MINDI_TMP/udev.lis
        else
            LogAll "udevd daemon not in standard place (/sbin)"
            LogAll "mindi will use static devices which may cause problems"
        fi
    fi

    # Management of potential HW info (Proliant only at the moment)
    rm -rf $MINDI_CACHE/bkphw
    mindi-bkphw $MINDI_CACHE $MINDI_CONF | tee -a $LOGFILE
    if [ -d $MINDI_CACHE/bkphw ]; then
        LogAll "Hardware Information found and saved ..."
        echo $MINDI_CACHE/bkphw >> $MIDNDI_TMP/cp.lis
        if [ -f $MINDI_CACHE/tools.files ]; then
            lis=`grep -Ev '^#' $MINDI_CACHE/tools.files` 
            LocateDeps $lis > $MINDI_TMP/tools.lis
            echo $lis `sort -u $MINDI_TMP/tools.lis` >> $MINDI_TMP/cp.lis
        fi
        if [ -f $MINDI_CACHE/mindi-rsthw ]; then
            chmod 755 $MINDI_CACHE/mindi-rsthw
            echo $MINDI_CACHE/mindi-rsthw >> $MINDI_TMP/cp.lis
        fi
        rm -f $MINDI_TMP/tools.lis $MINDI_CACHE/tools.files
    fi

    # Management of perl scripts delivered needed at restore time
    mindi-get-perl-modules `cat $MINDI_CONF/perl-scripts` >> $MINDI_TMP/cp.lis

    echo mnt/cdrom >> $MINDI_TMP/mkdir.lis

    ls /dev/fd0*[1,2][4,7,8]* >> $MINDI_TMP/cp.lis 2> /dev/null

    if [ "${kernelname}" != "" ]
    then
        needed_modules_path=/lib/modules/${kernelname}
    else
        needed_modules_path=/lib/modules/$KERVERRUN
    fi

    needed_modules=""
    list_of_groovy_mods="$CDROM_MODS $FORCE_MODS"

    if [ -e "$MINDI_TMP/NETFS-DEV" ] ; then
        # For PXE boot
        list_of_groovy_mods="$list_of_groovy_mods $NET_MODS"
    fi
    if [ "$PROMPT_MAKE_USB_IMAGE" = "yes" ] && [ "$USBDEVICE" != "" ]; then
        list_of_groovy_mods="$list_of_groovy_mods $EXTRA_MODS"
    fi
    for i in $DENY_MODS; do
        LogFile "Removing $i from the list of modules to load" 
        list_of_groovy_mods=`echo ${list_of_groovy_mods} | tr ' ' '\n' | grep -Ev "^${i}$" | tr '\n' ' '`
    done

    [ -e "$needed_modules_path" ] || LogAll "path $needed_modules_path does not exist.\n If you're not using a modular kernel then you're NUTS."
    for i in $list_of_groovy_mods ; do
        needed_modules="$needed_modules `FindSpecificModuleInPath $needed_modules_path $i`"
    done

    for i in `echo $needed_modules  | tr ' ' '\n' | sort -u`; do
        grep -qE '^$i$' $MINDI_TMP/cp.lis
        if [ $? != 0 ]; then
            [ -e "$i" ] && s=`du -sk $i | cut -f1` || s=""
            LogFile "Adding $i ($s KB) to the rootfs" 
            echo $i >> $MINDI_TMP/cp.lis
        fi
    done

    # Also copy modules.dep in case of udev so that normal modprobe works
    echo $needed_modules_path/modules.dep >> $MINDI_TMP/cp.lis

    # Manages mountlit.txt
    MakeMountlist $MINDI_CACHE/mountlist.txt
    CheckMountlist $MINDI_CACHE/mountlist.txt
    echo $MINDI_CACHE/mountlist.txt >> $MINDI_TMP/cp.lis
    cat $MINDI_CACHE/mountlist.txt >> $LOGFILE
    LogFile "-----------------------------------"

    # Copy FW in case some drivers needs it
    if [ -d "/lib/firmware" ]; then
        echo "lib/firmware" >> $MINDI_TMP/mkdir.lis 
        echo "/lib/firmware" >> $MINDI_TMP/cp.lis 
    fi

    cd "$old_pwd"
    if [ _"$MONDO_SHARE" != _"" ]; then
        MakeMondoConfigFile $MINDI_CACHE/mondorestore.cfg
        echo $MINDI_CACHE/mondorestore.cfg >> $MINDI_TMP/cp.lis
        LogFile "-----------------------------------"
        LogFile "Content of mondorestore.cfg:       "
        LogFile "-----------------------------------"
        cat $MINDI_CACHE/mondorestore.cfg >> $LOGFILE
        LogFile "-----------------------------------"
    fi
    echo proc >> $MINDI_TMP/mkdir.lis

    # Copy of files mandatory for ssh to automate mount if sshfs is used
    echo .ssh >> $MINDI_TMP/mkdir.lis

    # Now create the container and do the job
    tempfile=$MINDI_TMP/temp.rd
    mountpoint=$MINDI_TMP/mnt1
    res=0
    echo -en "..."
    dd if=/dev/zero of=$tempfile bs=1k count=$ramdisk_size &> /dev/null || Die "Not enough room for temporary ramdisk ($tempfile)"
    echo -en "..."
    LogFile "Creating ext2 filesystem on $tempfile" 
    mke2fs -b 1024 -m 0 -i 2048 -F $tempfile >> $LOGFILE 2>> $LOGFILE || Die "Unable to create an ext2 file system on $tempfile"
    echo -en "..."
    mkdir -p $mountpoint
    mount -t ext2 -o loop $tempfile $mountpoint || Die "Cannot loopmount $tempfile to $mountpoint! The reason may be missing support for loopfs or ext2 (or both) in the running kernel."
    echo -en "..."
    old_pwd=`pwd`

    # First create dirs
    for d in `cat $MINDI_TMP/mkdir.lis`; do
        mkdir -p $mountpoint/$d 2>&1 >> $LOGFILE
    done

    # Then copy files needed
    LANGUAGE=C tar cf - `cat $MINDI_TMP/cp.lis` 2> /dev/null | (cd $mountpoint ; tar xf - ) 2>&1 | grep -Ev "tar: Removing.*/\'" >> $LOGFILE 

    # Then handle links
    if [ -f $MINDI_TMP/ln.lis ]; then
        (cd $mountpoint ; bash $MINDI_TMP/ln.lis) 2>&1 >> $LOGFILE
    fi

    # Finally remove useless stff
    (cd $mountpoint ; rm -f `cat $MINDI_TMP/rm.lis`) 2>&1 >> $LOGFILE 

    # Copy of files mandatory for ssh to automate mount if sshfs is used
    cp -rp ~root/.ssh/*.pub ~root/.ssh/config ~root/.ssh/known* $mountpoint/.ssh 2> /dev/null
    cat > $mountpoint/bin/myssh << EOF
ssh -o StrictHostKeyChecking=no $*
EOF
    chmod 755 $mountpoint/bin/myssh

    # Finally integrate what we provide statically as part of mindi
    (cd $tgz_dir_fname ; LANGUAGE=C tar cf - . ) | (cd $mountpoint ; tar xf - ) 2>&1 | grep -Ev "tar: Removing.*/\'" >> $LOGFILE 

    # Extracting devices
    (cd $mountpoint/dev ; tar -zxf dev-entries.tgz) || Die "Cannot untar dev-entries.tgz"
    rm -f $mountpoint/dev/dev-entries.tgz

    LogFile "---------------------------"
    LogFile "Content of initial ramdisk:"
    LogFile "---------------------------"
    (cd "$mountpoint" ; ls -Rla ) >> $LOGFILE
    LogFile "---------------------------"

    # Determine what filesystem to use for initrd image
    LogFile "Call GetInitrdFilesystemToUse() with parameter ${kernelpath} to get filesystem to use for initrd." 
    gvFileSystem=`GetInitrdFilesystemToUse ${kernelpath}`
    [ -z  gvFileSystem ] && Die "GetFilesystemToUse() failed. Terminating."
    if [ "$gvFileSystem" = "ext2fs" ] || [ "$gvFileSystem" = "ext3fs" ]; then
        # say what will be used
        LogFile "Creating an $gvFileSystem initrd image..."
        # kernel expects linuxrc in ext2 filesystem
        ( cd "$mountpoint" && ln -sf sbin/init linuxrc )
        # unmount loop filesystem and create image file using the standard approach
        umount $mountpoint || Die "Cannot unmount $tempfile"
        dd if=$tempfile bs=1k 2> /dev/null > ${rdz_fname}.tmp 2> /dev/null
        bs=`tune2fs -l ${rdz_fname}.tmp | grep -E '^Block size:' | cut -d: -f2 | sed 's/^ *//'`
        MINDI_ADDITIONAL_BOOT_PARAMS="$MINDI_ADDITIONAL_BOOT_PARAMS ramdisk_blocksize=$bs"
        gzip -c9 ${rdz_fname}.tmp > $rdz_fname
        rm -f ${rdz_fname}.tmp
        # log that we are done
        LogFile "...done." 
    elif [ "$gvFileSystem" = "initramfs" ]; then
        # say what will be used
        LogFile "Creating a gzip'ed cpio (AKA initramfs) initrd image..." 
        # make sure that cpio is there
        which cpio &> /dev/null; [ $? -eq 0 ] || Die "cpio not found. Please install package cpio and try again."
        # go into filesystem
        cd "$mountpoint"
        # kernel expects init in cpio filesystem
        ln -sf sbin/init init
        # create cpio image file and unmount loop filesystem
        find . -print | cpio -o -H newc | gzip -9 > $rdz_fname 2> /dev/null
        cd "$old_pwd"
        umount $mountpoint || Die "Cannot unmount $tempfile"
        # log that we are done
        LogFile "...done." 
    else
        Die "Filesystem $gvFileSystem not supported for initrd image. Terminating."
    fi
    ls -al $MINDI_TMP/initrd.img > /tmp/initrd.log

    if [ "$res" -eq "0" ] ; then
        echo -en "..."
    else
        echo -en "\rMade an rdz WITH ERRORS.           \n"
    fi
    return 0
}


##############################################################################
#----------------------------------- Main -----------------------------------#
##############################################################################

# Now we can create what we need
mkdir -p $MINDI_TMP

# Purge from potential old run
if [ _"$MINDI_CACHE" = _"" ]; then
    Die "MINDI_CACHE undefined"
fi

if [ "$1" = "--printvar" ] ; then
    shift
    if [ _"$1" != _"" ] ; then
        set | grep -Ew "^$1" | cut -d= -f2
    fi
    exit 0
fi

> $LOGFILE
LogFile "mindi v$MINDI_VERSION" 
LogFile "$ARCH architecture detected" 
LogFile "mindi called with the following arguments:" 
LogFile "$*"
LogFile "Start date : `date`" 
LogFile "-----------------------------" 

# Log some capital variables
[ "$MINDI_PREFIX" = "XXX" ] && Die "Mindi has not been installed correctly."
[ "$MINDI_CONF" = "YYY" ] && Die "Mindi has not been installed correctly."
LogFile "MONDO_SHARE = $MONDO_SHARE" 
LogFile "MINDI_DATA = $MINDI_DATA" 
LogFile "MINDI_SBIN = $MINDI_SBIN" 
LogFile "MINDI_CONF = $MINDI_CONF" 
if [ -f $MINDI_CONFIG ]; then
    LogFile "-----------------------------" 
    LogFile " Mindi configuration file    " 
    LogFile "-----------------------------" 
    grep -Ev '^#' $MINDI_CONFIG >> $LOGFILE
    LogFile "-----------------------------" 
fi


trap AbortHere SIGTERM SIGHUP SIGQUIT SIGKILL SIGABRT SIGINT

# Sanity checks
which which > /dev/null 2> /dev/null || Die "Please install 'which'."
which strings > /dev/null 2> /dev/null || Die "Please install binutils and libbinutils; you have no 'strings' executable."
which gawk > /dev/null 2> /dev/null || Die "Gawk is missing from your computer. Please install gawk. You may find the package on Debian's website. How did I know you're running Debian? Because only Debian would be stupid enough not to include gawk in your distribution."
which gawk > /dev/null 2> /dev/null && AWK=`which gawk 2>/dev/null` || AWK="`which awk 2>/dev/null`"
if which awk &> /dev/null ; then
    if ! which gawk &> /dev/null ; then
        LogAll "You have awk but not gawk.\nPlease note that mindi works fine with a _sane_ awk binary.\nIf your awk binary misbehaves then please contact your vendor\nor distribution's mailing list for technical support.\n"
    fi
fi
which mke2fs > /dev/null 2> /dev/null || Die "Please put mke2fs in system path"
[ ! -e "$FDISK" ] && Die "Cannot find $FDISK"

[ "`echo $KERVERRUN | grep "2.4.[0-6]" | grep -v "2.4.[0-9][0-9]"`" != "" ] &&  echo "WARNING! Your kernel may have buggy loopfs code. Consider upgrading to 2.4.7"

# Update the PATH variable if incomplete
if [ -e "/sbin/mkfs" ] && ! which mkfs &> /dev/null ; then
    PATH=$PATH:/sbin:/usr/sbin
    export PATH
    LogFile "Your PATH did not include /sbin or /usr/sbin. I have fixed that, temporarily." 
    LogFile "However, you may wish to ask your vendor to provide a permanent fix..." 
    LogFile " Or you might like to call 'su -' instead of 'su', for example." 
fi

if ! which mkfs.vfat 1> /dev/null 2> /dev/null ; then
    Die "mkfs.vfat missing from your filesystem - please install your dosfstools RPM or DEB package. Perhaps your PATH environmental variable is broken, too?"
fi

### TODO
### Fix as it's not mandatory on ia64
if [ "$ARCH" = "ia64" ] ; then
    if which elilo &> /dev/null ; then
        LILO_EXE=elilo
    else
        LILO_EXE=`which false 2> /dev/null`
    fi
else
    FindIsolinuxBinary
fi
trap "Aborted" SIGTERM
DONE="\r\t\t\t\t\t\t\t\tDone.         "
kernelpath=""

if [ -d "/proc/lvm" ]; then
    # LVM v1
    LVMCMD=""
    LVM="v1"
elif [ -d "/dev/mapper" ]; then
    # LVM v2
    LVMCMD="lvm"
    LVM="v2"
else
    LVM="false"
fi

if [ -e "/proc/cmdline" ]; then
    CMDLINE="/proc/cmdline"
elif [ -e "/tmp/cmdline" ]; then
    CMDLINE="/tmp/cmdline"
else
    CMDLINE="/dev/null"
fi

LogFile "LVM set to $LVM" 
LogFile "----------" 
LogFile "mount result:" 
LogFile "-------------" 
mount >> $LOGFILE
LogFile "-------------" 
if [ -e /etc/raidtab ]; then
    LogFile "-------------" 
    LogFile "/etc/raidtab content:" 
    LogFile "-------------" 
    cat /etc/raidtab >> $LOGFILE
fi
LogFile "-------------" 
LogFile "cat $CMDLINE" 
LogFile "-------------" 
cat $CMDLINE >> $LOGFILE
LogFile "-------------" 
LogFile "cat /proc/swaps:" 
LogFile "-------------" 
cat /proc/swaps >> $LOGFILE
LogFile "-------------" 
LogFile "cat /proc/partitions:" 
LogFile "-------------" 
cat /proc/partitions >> $LOGFILE
LogFile "-------------" 
LogFile "cat /proc/filesystems:" 
LogFile "-------------" 
cat /proc/filesystems >> $LOGFILE
LogFile "-------------" 
LogFile "lsmod result:" 
LogFile "-------------" 
lsmod >> $LOGFILE
MODULES="`cat /proc/modules | $AWK '{print $1}'`"
if [ -x /usr/sbin/esxcfg-module ]; then
    LogFile "-------------" 
    LogFile "VMWare ESX server detected - Enabling dedicated support" 
    LogFile "-------------" 
    LogFile "VMWare modules" 
    LogFile "-------------" 
    /usr/sbin/esxcfg-module -l >> $LOGFILE
    MODULES="$MODULES `/usr/sbin/esxcfg-module -l | $AWK '{print $1}'`"
fi
LogFile "FORCE_MODS:" 
LogFile "-------------" 
LogFile $FORCE_MODS 
LogFile "-------------" 
LogFile "DENY_MODS:" 
LogFile "-------------" 
LogFile $DENY_MODS 
LogFile "-------------" 
LogFile "df result:" 
LogFile "----------" 
df -T >> $LOGFILE
LogFile "-------------" 
LogFile "Liste of extra modules is:" 
LogFile "-------------" 
LogFile "$EXTRA_MODS" 
LogFile "-------------" 

# Compute libata version
laver=`modinfo libata 2> /dev/null | grep -Ei '^Version:' | cut -d: -f2 | cut -d. -f1 | sed 's/  *//g' 2> /dev/null`
# If libata v2 is used then remove ide-generic as it will perturbate boot
if [ "`echo $MODULES | grep libata`" ]; then
    if [ "$laver" = "2" ]; then
        DENY_MODS="$DENY_MODS ide-generic"
        LogFile "ide-generic removed from module list as your system uses libata v2+" 
        LogFile "-------------" 
    fi
fi

# Check for ISO_CMD command
if [ ! -x $ISO_CMD ]; then
    echo "NOTE: No CD image (ISO file) utility found" >> $LOGFILE
fi

FLOPPY_WAS_MOUNTED=""
for mtpt in /media/floppy /mnt/floppy /floppy ; do
    if mount | grep -w $mtpt &> /dev/null ; then
        FLOPPY_WAS_MOUNTED="$FLOPPY_WAS_MOUNTED $mtpt"
        umount $mtpt
    fi
done

#
# If we have a USB device we need to store info 
# and remove it from the parameters line
#
if [ "$#" -ne "0" ] ; then
    if [ "$1" = "--usb" ] ; then
        shift
        USBDEVICE=$1
        if [ _"$USBDEVICE" = _"" ]; then
            Die "No USB device specified"
        fi
        shift
    fi
fi

if [ "$#" -ne "0" ] ; then
    if [ "$1" = "--findkernel" ] ; then
        res=`TryToFindKernelPath`
        # Avoids logfile content for mondo
        export MONDO_SHARE=""
        if [ "$res" = "" ] ; then
            MindiExit -1
        else
            echo "$res"
            MindiExit 0
        fi
    elif [ "$1" = "--locatedeps" ] ; then
        [ ! "$2" ] && Die "Please specify the binary to look at"
        LocateDeps $*
        # Avoids logfile content for mondo
        export MONDO_SHARE=""
        MindiExit $?
    elif [ "$1" = "--readalllink" ] ; then
        [ ! "$2" ] && Die "Please specify the binary to look at"
        shift
        ReadAllLink $*
        # Avoids logfile content for mondo
        export MONDO_SHARE=""
        MindiExit $?
    elif [ "$1" = "--makemessage" ] ; then
        MakeMessageFile
        MindiExit 0
    elif [ "$1" = "--makemountlist" ] ; then
        [ ! "$2" ] && Die "Please specify the output file"
        MakeMountlist $2
        CheckMountlist $2
        # Avoids logfile content for mondo
        export MONDO_SHARE=""
        MindiExit $?
    elif [ "$1" = "-V" ] || [ "$1" = "-v" ] || [ "$1" = "--version" ] || [ "$1" = "-version" ] ; then
        echo "Mindi v$MINDI_VERSION"
        # Avoids logfile content for mondo
        export MONDO_SHARE=""
        MindiExit 0
    elif [ "$#" -ge "9" ] && [ "$1" = "--custom" ] ; then
        MONDO_TMP=$2
        # Change MINDI_TMP for the one provided by mondo 
        # So that it can get back the built files
        if [ _"$MONDO_TMP" = _"" ]; then
            Die "MONDO_TMP is empty, aborting"
        fi
        if [ _"$MONDO_TMP" = _"/" ]; then
            Die "MONDO_TMP is /, aborting"
        fi
        rmdir $MINDI_TMP
        export MINDI_TMP=$MONDO_TMP
        mkdir -p $MINDI_TMP

        # This is the scratch dir in mondo - subdir images 
        # Now useless
        #MINDI_CACHE=$3

        kernelpath=$4; [ "$kernelpath" = "(null)" ] && kernelpath=""
        [ "$kernelpath" = "" ] && kernelpath=`TryToFindKernelPath`
        
###
### Sq-Modification...
### Attempt to locate kernel specific module path
### if module path is found then use it other wise use uname -r to set it...
###
        if [ $KERNEL_IS_XEN = "yes" ]; then
            LogAll "xenkernelpath = $xenkernelpath"
            LogAll "xenkernelname = $xenkernelname"
        fi
        kernelname=`echo $kernelpath | cut -d'-' -f2- | sed 's/.[bg]z[2]*$//'`
        if [ ! -d "/lib/modules/$kernelname" ]
        then
           LogAll "Module path for ${kernelpath} not found..."
           LogAll "using running kernel\'s modules."
           kernelname=$KERVERRUN
        else
           LogAll "Using modules for kernel: ${kernelname}"
        fi
        LogAll "kernelname = $kernelname"
        LogAll "kernelpath = $kernelpath"
###
### end of Sq-Modification
###
        TAPEDEV=$5
        TAPESIZE=$6
        FILES_IN_FILELIST=$7
        USE_LZO=$8
        CDRECOVERY=$9
        if [ "${10}" = "(null)" ] || [ "${10}" = "" ] ; then
            IMAGE_DEVS=""
        else
            IMAGE_DEVS="`echo "${10}" | tr '|' ' '`"
        fi
        if [ "${11}" ] ; then
            LILO_OPTIONS=""
    #       LogAll "LILO will use conservative settings, to be compatible with older BIOSes."
        fi
        ESTIMATED_TOTAL_NOOF_SLICES=${12}
        export MINDI_EXCLUDE_DEVS="${13}"
        USE_COMP="${14}"
        USE_LILO="${15}"
        USE_STAR="${16}"
        INTERNAL_TAPE_BLOCK_SIZE="${17}"
        DIFFERENTIAL="${18}"
        USE_GZIP="${19}"
        USE_LZMA="${20}"
        BACKUP_MEDIA_TYPE="${21}"
        [ "$USE_COMP" = "" ] && USE_COMP=yes
        [ "$USE_GZIP" = "" ] && USE_GZIP=no
        [ "$USE_LZMA" = "" ] && USE_LZMA=no
        [ "$TAPEDEV" ] && LogAll "This is a tape-based backup. Fine."

        MONDO_CACHE=/var/cache/mondo
        mkdir -p $MONDO_CACHE
    else
        LogScreen "Syntax: mindi (--custom ....)"
        MindiExit -1
    fi
fi

if [ _"$MINDI_CACHE" != _"" ]; then
    rm -rf $MINDI_CACHE/* 2> /dev/null
    mkdir -p $MINDI_CACHE
fi

[ "$CDRECOVERY" = "yes" ] || CDRECOVERY=no

LogAll "Mindi Linux mini-distro generator v$MINDI_VERSION"
LogAll "Latest Mindi is available from http://www.mondorescue.org"
LogAll "------------------------------------------------------------------------------"
LogFile "DIFFERENTIAL = $DIFFERENTIAL" 
LogFile "INTERNAL TAPE BLOCK SIZE = $INTERNAL_TAPE_BLOCK_SIZE" 

if [ "$PROMPT_MAKE_USB_IMAGE" = "yes" ] && [ "$USBDEVICE" != "" ]; then
    LogAll "Including the generation of a Bootable USB device on $USBDEVICE"
fi

if [ "$kernelpath" = "" ] ; then
    [ _"$MONDO_SHARE" != _"" ] && Die "Please use -k <path> to specify kernel."
    echo -en "Do you want to use your own kernel to build the boot disk ([y]/n) ?"
    read ch
    if [ "$ch" != "n" ] && [ "$ch" != "N" ] ; then
        USE_OWN_KERNEL="yes"
    else
        USE_OWN_KERNEL="no"
    fi
    if [ "$USE_OWN_KERNEL" = "yes" ]; then
        kernelpath=`TryToFindKernelPath`
        if [ "$kernelpath" = "" ] ; then
            echo -n "Please enter kernel path : "
            read kernelpath
        fi
    fi
fi
LogFile "Mindi's temp dir=$MINDI_TMP"
LogFile "Mindi's output dir=$MINDI_CACHE" 
[ "$(($RANDOM%64))" -eq "0" ] && LogAll "Dude, I've looked inside your computer and it's really dusty..."

PrepareDataDiskImages

export ramdisk_size=$(($size_of_all_tools+$EXTRA_SPACE))

LogFile "Ramdisk will be $ramdisk_size KB" 
PrepareBootDiskImage $kernelpath || Die "Failed to create $ramdisk_size MB disk image."

[ -e "$MINDI_DATA/memtest.img" ] && BOOT_MEDIA_MESSAGE="$BOOT_MEDIA_MESSAGE\n\
...Or type 'memtest' to test your PC's RAM thoroughly.\n"

if [ _"$MONDO_SHARE" = _"" ]; then
    ListImagesForUser
    OfferToMakeBootableISO
    if [ "$PROMPT_MAKE_USB_IMAGE" = "yes" ]; then
        OfferToMakeBootableUSB
    fi
    LogAll "Finished."
elif [ "$TAPEDEV" ] ; then
    if [ "$ARCH" != "ia64" ] ; then
        # We need to keep the img file as boot file for ia64 platform
        rm -f $MINDI_CACHE/{*img,*iso}
    else
        rm -f $MINDI_CACHE/*iso
    fi
    if [ "$PROMPT_MAKE_USB_IMAGE" = "yes" ] && [ "$USBDEVICE" != "" ]; then
        OfferToMakeBootableUSB
    fi
    OfferToMakeBootableISO
    if [ -e "$MINDI_CACHE/all.tar.gz" ] ; then
        cp -f $MINDI_CACHE/all.tar.gz $MINDI_TMP/ 2>> $LOGFILE
    else
        Die "Cannot find all.tar.gz, to be written to tape"
    fi
elif [ "$PROMPT_MAKE_USB_IMAGE" = "yes" ] && [ "$USBDEVICE" != "" ]; then
    OfferToMakeBootableUSB
else
    OfferToMakeBootableISO
fi
# cleanup
LogAll "$FRIENDLY_OUTSTRING"
for mtpt in $FLOPPY_WAS_MOUNTED ; do
    mount $mtpt
done
MindiExit 0