path: root/scripts/mk-images

#!/bin/bash

PATH=$PATH:/sbin:/usr/sbin
IMAGEUUID=$(date +%Y%m%d%H%M)

usage () {
	echo "usage: mk-images <pkgsrc> <toplevel> <template> <imgdir> <buildarch> <productname> <version> [<productpath>]"
    exit 0
}

DEBUG=""
if [ "$1" == "--debug" ]; then
    DEBUG="--debug"
fi

if [ -z "$1" -o -z "$2" -o -z "$3" -o -z "$4" -o -z "$5" -o -z "$6" -o -z "$7" ]; then usage; fi

PRODUCT=$6
VERSION=$7
if [ -z "$8" ]; then
    PRODUCTPATH="RedHat"
else
    PRODUCTPATH=$8
fi

TOPDIR=$(echo $0 | sed "s,/[^/]*$,,")
if [ $TOPDIR = $0 ]; then
    $TOPDIR="."
fi

TOPDIR=$(cd $TOPDIR; pwd)

# Set, verify, and create paths
    KERNELPATH=$1
    TOPDESTPATH=$2
    IMAGEPATH=$TOPDESTPATH/images
    FULLMODPATH=/tmp/instimagemods.$$
    FINALFULLMODPATH=$4/modules
    INSTIMGPATH=$TOPDESTPATH/$PRODUCTPATH/base
    INSTIMGTEMPLATE=$3
    IMGPATH=$4
    KERNELBASE=/tmp/updboot.kernel.$$
    MODDEPS=$KERNELBASE/moddeps
    MODMAPS=$KERNELBASE/modules.pcimap
    BUILDARCH=$5

    if [ "$BUILDARCH" = "ppc" -o "$BUILDARCH" = "ppc64" ]; then
	KERNELNAME=vmlinux
    else
	KERNELNAME=vmlinuz
    fi

    if [ "$BUILDARCH" = "ia64" ]; then
	KERNELDIR="/boot/efi/EFI/redhat"
    else
	KERNELDIR="/boot"
    fi
    
    if [ "$BUILDARCH" = "sparc64" ]; then
	BASEARCH=sparc
    else
	BASEARCH=$BUILDARCH
    fi

    # explicit block size setting for some arches (FIXME: we compose 
    # ppc64-ish trees as ppc, so we have to set the "wrong" block size)
    if [ "$BUILDARCH" = "sparc64" ]; then
	CRAMBS="--blocksize 8192"
    elif [ "$BUILDARCH" = "sparc" ]; then
	CRAMBS="--blocksize 4096"
    else
	CRAMBS=""
    fi

    if [ ! -d "$1" ]; then
	LATEST="rsh porkchop latest --arch $BUILDARCH"
    else
	LATEST=findPackage
    fi

    rm -rf $IMAGEPATH
    rm -rf $FULLMODPATH
    rm -rf $FINALFULLMODPATH
    rm -rf $KERNELBASE
    mkdir -p $IMAGEPATH
    mkdir -p $FULLMODPATH
    mkdir -p $FINALFULLMODPATH
    mkdir -p $KERNELBASE
    mkdir -p $INSTIMGPATH

# Stuff that we need
    TRIMPCITABLE=$IMGPATH/usr/lib/anaconda-runtime/trimpcitable
    TRIMMODMAP=$IMGPATH/usr/lib/anaconda-runtime/trimmodmap
    GETKEYMAPS=$IMGPATH/usr/lib/anaconda-runtime/getkeymaps
    KEYMAPS=/tmp/keymaps-$BUILDARCH.$$
    SCREENFONT=$IMGPATH/usr/lib/anaconda-runtime/screenfont-${BASEARCH}.gz
    GETMODDEPS=$IMGPATH/usr/lib/anaconda-runtime/moddeps
    MODLIST=$IMGPATH/usr/lib/anaconda-runtime/modlist
    MODINFO=$IMGPATH/usr/lib/anaconda-runtime/loader/module-info
    FILTERMODDEPS=$IMGPATH/usr/lib/anaconda-runtime/filtermoddeps
    LOADERBINDIR=$IMGPATH/usr/lib/anaconda-runtime/loader
    BOOTDISKDIR=$IMGPATH/usr/lib/anaconda-runtime/boot
    LANGTABLE=$IMGPATH/usr/lib/anaconda/lang-table
    PCITABLE=$IMGPATH/usr/share/hwdata/pcitable
    CACHE=$KERNELBASE/.cache
    MODULESUSED=$KERNELBASE/modules-used

    touch $MODULESUSED

    REQUIREMENTS="$TRIMPCITABLE $TRIMMODMAP $PCITABLE $GETMODDEPS $MODINFO
		  $FILTERMODDEPS $LANGTABLE $GETKEYMAPS"

    dieLater=
    for n in $REQUIREMENTS; do
	if [ ! -f $n ]; then
	    echo "$n doesn't exist"
	    dieLater=1
	fi
    done

    for n in $BOOTDISKDIR; do
	if [ ! -d $n ]; then
	    echo "$n doesn't exist"
	    dieLater=1
	fi
    done

    if [ -n "$dieLater" ]; then exit 1; fi

    if [ "$BUILDARCH" != "s390" -a "$BUILDARCH" != "s390x" ]; then
       # go ahead and create the keymaps so we only have to do it once
       if [ -f $IMGPATH/usr/lib/anaconda-runtime/keymaps-override-$BUILDARCH ]; then
	   echo "Found keymap override, using it"
	   cp $IMGPATH/usr/lib/anaconda-runtime/keymaps-override-$BUILDARCH $KEYMAPS
       else
	   echo "Running: $GETKEYMAPS $BUILDARCH $KEYMAPS $IMGPATH"
	   $GETKEYMAPS $BUILDARCH $KEYMAPS $IMGPATH
	   if [ $? != 0 ]; then
	       echo "Unable to create keymaps and thus can't create initrd."
	       exit 1
	   fi
       fi
    fi
 
findPackage() {
    dir=$1
    name=$2
    
    for n in $dir/$name*{${KERNELARCH},noarch}.rpm; do
	thisName=$(rpm --nodigest --nosignature --qf '%{NAME}' -qp $n)
	if [ -z "$thisName" ]; then
	    continue
	fi
	if [ $thisName = $name ]; then
	    echo $n
	    return
	fi
    done

    echo "cannot find package $name in path $dir" >&2
}

findmodule () {
    if [ ! -f $CACHE ]; then
        find $KERNELROOT/lib/modules/ > $CACHE
    fi
    
    grep "/$1\.o" $CACHE
}

rundepmod () {
    what=$1
    final=$2

    exclpattern="tc90x|FPT|BusLogic|Pci2000|Pci2220i"

    $FAKEARCH /sbin/depmod -e -F $KERNELROOT/boot/System.map-$version \
	    $what > $final.foo 2>&1 | 
	    egrep -v "modprobe: (${exclpattern}) multiply defined"
    $FAKEARCH /sbin/depmod -a -F $KERNELROOT/boot/System.map-$version \
            -b $KERNELROOT $version
    mv $KERNELROOT/lib/modules/$version/modules.pcimap $MODMAPS

    # For paride we need to change this:
    # aten: paride
    # ...
    # paride: parport
    # imm: parport
    # ppa: parport
    # parport_pc: parport
    # pcd: paride
    #
    # into this:
    # aten: paride
    # ...
    # paride: parport_pc
    # imm: parport_pc
    # ppa: parport_pc
    # parport_pc: parport
    # pcd: aten ...
    #
    # So we use an ugly hack. :-(

    PARIDE="aten bpck bpck6 comm dstr epat epia fit2 fit3 friq frpw kbic ktti on20 on26"
    cat $final.foo | $FILTERMODDEPS | sed -e 's/\.o//g' \
	  -e 's/: parport$/: parport_pc/g' \
	  -e 's/^\(parport_pc: parport\)_pc$/\1/' \
	  -e "s/^pcd:.*/pcd: $PARIDE/" > $final 
    rm -f $final.foo
}

getmoddeps () {
    what=$1
    final=$2

    for mod in $what ; do
	mod=$(echo $mod | sed 's/\.o  */|^/g;s/\.o$//;s/.*\///')
	egrep $mod $MODDEPS >> $final.foo
    done
    mv $final.foo $final
}

padfile () {
    PS_FILE=$1
    PS_SIZE=$2

    size=`cat $PS_FILE | wc -c`
    filler=`expr $PS_SIZE "*" 1024 - $size`
    dd if=/dev/zero bs=$filler count=1 >> $PS_FILE 2> /dev/null
}

intcopymodules () {
    dir=$2

    for n in $1; do
	m=$(findmodule $n)
	if [ -z "$m" ]; then
            [ -n "$DEBUG" ] && echo "Module $n not found in kernel rpm" >&2
        else 
	    echo $n >> $MODULESUSED
	    for o in $m ; do 
		echo $n
		ver=$(echo $o |cut -d / -f 7)
		myarch=$(echo $o |cut -d / -f 4)
		if ! [ -d $dir/$ver/$myarch ] ; then mkdir -p $dir/$ver/$myarch ; fi
		if ! cp $o $dir/$ver/$myarch; then
		    echo "Failed to copy $o to $dir/$ver/$myarch (for module $n)" >&2
		fi
	    done
        fi
    done
}

# This loops to make sure it resolves dependencies of dependencies of...
resdeps () {
    items="$*"

    before=1
    after=2

    while [ $before != $after ]; do
	before=`echo $items | wc -c`

	if [ $? != "0" ] ; then
	    kill -9 $$
	fi	
	list=`$GETMODDEPS -m $MODDEPS $items`
	items=$(for n in $items $list; do echo $n; done | sort -u)
	after=`echo $items | wc -c`
    done

    echo $items
}

expandModuleSet() {
    SET=""
    for name in $1; do
	char=$(echo $name | cut -c1)
        if [ $char = '=' ]; then
	    NAME=$(echo $name | cut -c2-)
	    SET="$SET $($MODLIST --modinfo-file $MODINFO $NAME)"
	elif [ $char = '+' ]; then
	    NAME=$(echo $name | cut -c2-)

	    # all of the modules of this type
	    $MODLIST --modinfo-file $MODINFO $NAME > /tmp/emsAll.$$
	    # the modules used that are of this type
	    sort -u $MODULESUSED | cat - /tmp/emsAll.$$ | sort | 
		    uniq -d > /tmp/emsUsed.$$
	    # the modules that are of this type, but not used
	    SET="$SET $(cat /tmp/emsAll.$$ /tmp/emsUsed.$$ | sort | uniq -u)"

	    rm -f /tmp/emsAll.$$ /tmp/emsUsed.$$
	else
	    SET="$SET $name"
	fi
    done

    echo $SET
}

makemoduleball() {
    unset MMB_DD
    MMB_MODINFO="module-info"
    MMB_NAME="modules.cgz"

    while [ x$(echo $1 | cut -c1-2) = x"--" ]; do
	if [ "$1" = "--dd" ]; then
	    MMB_DD="$2"
	    shift; shift
	    MMB_MODINFO="modinfo"
	    continue
	elif [ "$1" = "--name" ]; then
	    MMB_NAME="$2"
	    shift; shift
	    continue
	fi
	echo "unknown option passed to $0"
	exit 1
    done

    MMB_DIR=$1
    MMB_MODULESET=$(resdeps $2)

    rm -rf $MMB_DIR/modules $MMB_DIR/$MMB_NAME $MMB_DIR/modules.dep \
	   $MMB_DIR/modules.pcimap $MMB_DIR/pcitable $MMB_DIR/$MMB_MODINFO
    mkdir -p $MMB_DIR/modules

    MMB_MODULESET=$(intcopymodules "$MMB_MODULESET" $MMB_DIR/modules)

    pushd $MMB_DIR/modules > /dev/null

    GZIPPED=$(find . -name '*.o.gz')
    if [ -n "$GZIPPED" ]; then
	echo $GZIPPED | xargs gunzip
    fi

    $MODLIST --modinfo-file $MODINFO --ignore-missing --modinfo \
	$MMB_MODULESET > ../$MMB_MODINFO

    getmoddeps "$(find . -name *.o)" ../modules.dep

    # create the pcitable
    $TRIMPCITABLE $(find . -name *.o -exec basename {} \;) < $PCITABLE > ../pcitable
    
    # create the modules.pcimap
    $TRIMMODMAP $PCITABLE $(find . -name *.o -exec basename {} \;) < $MODMAPS > ../modules.pcimap

    if [ -n "$MMB_DD" ]; then
	echo $MMB_DD > $MMB_DIR/rhdd
    fi

    find . -type f | cpio --quiet -H crc -o | gzip -9 > ../$MMB_NAME
    cd ..
    rm -rf modules
    chmod 644 *
    popd  > /dev/null
}

makemainmodules() {
    modlist=`expandModuleSet "$1"`

    if [ -n "$2" ]; then
	extraargs="--name $2"
    fi

    rm -rf $FULLMODPATH
    rm -rf $FINALFULLMODPATH

    if [ "$BUILDARCH" = "s390" -o "$BUILDARCH" = "s390x" ]; then
       mkdir -p $KERNELROOT/lib/modules/misc
       find $KERNELROOT/lib/modules/*/kernel/drivers/s390/ -name "*.o" \
          -exec cp -f {} $KERNELROOT/lib/modules/misc \;
    fi
    makemoduleball $extraargs $FULLMODPATH "$modlist"
    cp -ar $FULLMODPATH $FINALFULLMODPATH
    rm -rf $FULLMODPATH
}

makeproductfile() {
    root=$1

    rm -f $root/.buildstamp
    echo $IMAGEUUID > $root/.buildstamp
    echo $PRODUCT >> $root/.buildstamp
    echo $VERSION >> $root/.buildstamp
    echo $PRODUCTPATH >> $root/.buildstamp
}

makeinitrd() {
    EXTRAINITRDPATH=""
    PCMCIA=""
    INITRDSIZE=""
    KEEP=""
    PADSIZE=""
    LOADERBIN=""
    INITRDMODULES=""
    MODULEBALLNAME="modules.cgz"
    MYLANGTABLE=$LANGTABLE
    MYLOADERTR=loader.tr
    BOGL=yes
    while [ x$(echo $1 | cut -c1-2) = x"--" ]; do
	if [ $1 = "--initrdto" ]; then
	    EXTRAINITRDPATH=$2
	    shift; shift
	    continue
	elif [ $1 = "--pcmcia" ]; then
	    PCMCIA=yes
	    shift
	    continue
	elif [ $1 = "--keep" ]; then
	    KEEP=yes
	    shift
	    continue
	elif [ $1 = "--initrdsize" ]; then
	    INITRDSIZE=$2
	    shift; shift
	    continue
	elif [ $1 = "--padsize" ]; then
	    PADSIZE=$2
	    shift; shift
	    continue
	elif [ $1 = "--loaderbin" ]; then
	    LOADERBIN=$2
	    shift; shift
	    continue
	elif [ $1 = "--modules" ]; then
	    INITRDMODULES=$2
	    shift; shift
	    continue
	elif [ $1 = "--moduleballname" ]; then
	    MODULEBALLNAME=$2
	    shift; shift
	    continue
	elif [ $1 = "--nobogl" ]; then
	    BOGL=""
	    shift
	    continue
	fi
	echo "Unknown option passed to makeinitrd"
	exit 1
    done
    if [ -z "$LOADERBIN" ]; then
	echo "no loader binary specified!" >&2
	exit 1
    fi
    if [ -z "$INITRDMODULES" ]; then
	echo "warning: no loader modules specified!" >&2
    fi
    if [ -z "$INITRDSIZE" ]; then
	echo "I don't know how big to make the initrd image!" >&2
	exit 1
    fi

    MBD_DIR=/tmp/makebootdisk.dir.$$
    MBD_FSIMAGE=/tmp/makebootdisk.initrdimage.$$
    MBD_MNTPOINT=/tmp/makebootdisk.mount.$$
    MBD_TMPIMAGE=/tmp/makebootdisk.image.$$
    MBD_BOOTTREE=/tmp/makebootdisk.tree.$$
    INITBIN=init

    rm -rf $MBD_DIR MBD_FSIMAGE
    mkdir -p $MBD_DIR/modules
    mkdir -p $MBD_DIR/sbin
    mkdir -p $MBD_DIR/dev/pts
    mkdir -p $MBD_DIR/dev/input
    mkdir -p $MBD_DIR/etc
    mkdir -p $MBD_DIR/proc
    mkdir -p $MBD_DIR/tmp
    mkdir -p $MBD_DIR/etc/terminfo/l
    mkdir -p $MBD_DIR/etc/terminfo/x
    mkdir -p $MBD_DIR/etc/terminfo/v
    mkdir -p $MBD_DIR/var/state
    mkdir -p $MBD_DIR/var/run
    ln -s /tmp $MBD_DIR/var/state/xkb

    if [ "$BUILDARCH" = "ppc" -o "$BUILDARCH" = "ppc64" ]; then
	mkdir -p $MBD_DIR/dev/iseries
    fi

    if [ -n "$INITRDMODULES" ]; then
	MODSET=`expandModuleSet "$INITRDMODULES"`
        makemoduleball --name $MODULEBALLNAME $MBD_DIR/modules "$MODSET"
    fi

    cat > $MBD_DIR/etc/passwd << EOF
    root::0:0:root:/:/bin/bash
EOF

    # set up the arch bits
    echo $arch > $MBD_DIR/etc/arch

    install -s -m 755 $LOADERBINDIR/$LOADERBIN $MBD_DIR/sbin/loader
    install -s -m 755 $LOADERBINDIR/$INITBIN $MBD_DIR/sbin
    if [ "$BUILDARCH" != "s390" -a "$BUILDARCH" != "s390x" ]; then
       install -m 644 $KEYMAPS $MBD_DIR/etc/keymaps.gz
       install -m 644 $SCREENFONT $MBD_DIR/etc/screenfont.gz
    fi
    install -m 644 $MYLANGTABLE $MBD_DIR/etc/lang-table
    
    install -m 644 $LOADERBINDIR/$MYLOADERTR $MBD_DIR/etc/loader.tr
    install -m 644 $IMGPATH/usr/share/terminfo/l/linux $MBD_DIR/etc/terminfo/l/linux
    install -m 644 $IMGPATH/usr/share/terminfo/x/xterm $MBD_DIR/etc/terminfo/x/xterm
    install -m 644 $IMGPATH/usr/share/terminfo/v/vt100 $MBD_DIR/etc/terminfo/v/vt100
    install -m 644 $IMGPATH/usr/share/terminfo/v/vt100-nav $MBD_DIR/etc/terminfo/v/vt100-nav
    makeproductfile $MBD_DIR

    mkdir -p $MBD_DIR/etc/terminfo/b
    install -m 644 $IMGPATH/usr/share/terminfo/b/bterm $MBD_DIR/etc/terminfo/b/bterm
    if [ -n "$BOGL" ]; then
	install -m 644 $LOADERBINDIR/font.bgf.gz $MBD_DIR/etc
    fi

    if [ -n "$PCMCIA" ]; then
	mkdir -p $MBD_BOOTTREE/etc
	cp -a $KERNELROOT/etc/pcmcia $MBD_DIR/etc
    fi

    for n in insmod rmmod modprobe; do
	ln -s loader $MBD_DIR/sbin/$n
    done

    ln -s /usr/bin/sh $MBD_DIR/sbin/sh
    ln -s /sbin/init $MBD_DIR/linuxrc
    ln -s /proc/mounts $MBD_DIR/etc/mtab
    ln -s sbin $MBD_DIR/bin

    awk '{ printf("mknod %s/dev/%s %s %s %s\n", $1, $2, $3, $4, $5);
	   printf("chmod %s %s/dev/%s\n", $6, $1, $2);
	   printf("chown %s %s/dev/%s\n", $7, $1, $2); 
	 }' <<EOF | sh
	$MBD_DIR console c 5 1 600 root:root
	$MBD_DIR ttyS0 c 4 64 600 root:root
	$MBD_DIR ttyS1 c 4 65 600 root:root
	$MBD_DIR ttyS2 c 4 66 600 root:root
	$MBD_DIR ttyS3 c 4 67 600 root:root
	$MBD_DIR psaux c 10 1 644 root:root
	$MBD_DIR null c 1 3 666 root:root
	$MBD_DIR zero c 1 5 666 root:root
	$MBD_DIR md0 b 9 0 644 root:root
	$MBD_DIR mem c 1 1 600 root:root
	$MBD_DIR ram b 1 1 640 root:root
	$MBD_DIR ptmx c 5 2 666 root:root
	$MBD_DIR tty  c 5 0 666 root:root
	$MBD_DIR tty0 c 4 0 600 root:tty
	$MBD_DIR tty1 c 4 1 600 root:tty
	$MBD_DIR tty2 c 4 2 600 root:tty
	$MBD_DIR tty3 c 4 3 600 root:tty
	$MBD_DIR tty4 c 4 4 600 root:tty
	$MBD_DIR tty5 c 4 5 600 root:tty
	$MBD_DIR tty6 c 4 6 600 root:tty
	$MBD_DIR tty7 c 4 7 600 root:tty
	$MBD_DIR tty8 c 4 8 600 root:tty
	$MBD_DIR tty9 c 4 9 600 root:tty
	$MBD_DIR fb0 c 29 0 600 root:tty
	$MBD_DIR fb1 c 29 32 600 root:tty
	$MBD_DIR fb2 c 29 64 600 root:tty
	$MBD_DIR fb3 c 29 96 600 root:tty
	$MBD_DIR fb4 c 29 128 600 root:tty
	$MBD_DIR fb5 c 29 160 600 root:tty
	$MBD_DIR fb6 c 29 192 600 root:tty
	$MBD_DIR fb7 c 29 224 600 root:tty
	$MBD_DIR openprom c 10 139 644 root:root
	$MBD_DIR sunmouse c 10 6 644 root:root
	$MBD_DIR kbd c 11 0 644 root:root
	$MBD_DIR ptyp0 c 2 0 644 root:root
	$MBD_DIR ttyp0 c 3 0 644 root:root
	$MBD_DIR agpgart c 10 175 664 root:root
	$MBD_DIR input/mice c 13 63 664 root:root
	$MBD_DIR fd0 b 2 0 644 root:root
	$MBD_DIR fd1 b 2 1 644 root:root
	$MBD_DIR sg0 c 21 0 666 root:root
	$MBD_DIR st0 c 9 0 666 root:root
	$MBD_DIR nst0 c 9 128 666 root:root
	$MBD_DIR random c 1 8 644 root:root
	$MBD_DIR urandom c 1 9 644 root:root
	$MBD_DIR nvram c 10 144 644 root:root
	$MBD_DIR adb c 56 0 644 root:root
        $MBD_DIR rtc c 10 135 644 root:root
EOF
    ln -s fb0 $MBD_DIR/dev/fb

    dd if=/dev/zero of=$MBD_DIR/etc/ramfs.img.big bs=1k count=16000 2>/dev/null
    mke2fs -F -q $MBD_DIR/etc/ramfs.img.big
    tune2fs -c0 -i0 $MBD_DIR/etc/ramfs.img.big
    gzip -9 < $MBD_DIR/etc/ramfs.img.big > $MBD_DIR/etc/ramfs.img
    rm -f $MBD_DIR/etc/ramfs.img.big

cat > $MBD_DIR/.profile <<EOF
PATH=/bin:/usr/bin:/usr/sbin:/usr/X11R6/bin:/mnt/sysimage/sbin:/mnt/sysimage/usr/sbin:/mnt/sysimage/bin:/mnt/sysimage/usr/bin
export PATH
EOF

    rm -f $MBD_FSIMAGE
    dd if=/dev/zero of=$MBD_FSIMAGE bs=1k count=$INITRDSIZE 2> /dev/null
    /sbin/mke2fs -F -i 1024 -q $MBD_FSIMAGE $INITRDSIZE > /dev/null 2>/dev/null
    /sbin/tune2fs -c0 -i0 $MBD_FSIMAGE

    rm -rf $MBD_MNTPOINT
    mkdir $MBD_MNTPOINT
    mount -o loop -t ext2 $MBD_FSIMAGE $MBD_MNTPOINT
    (cd $MBD_DIR; find . | cpio --quiet -p $MBD_MNTPOINT)

    left=$(df $MBD_MNTPOINT | tail +2)
    left=$(echo $left | awk '{print $4'})

    umount $MBD_MNTPOINT

    mv -f $MBD_FSIMAGE $MBD_FSIMAGE.uncompressed
    gzip -9 < $MBD_FSIMAGE.uncompressed > $MBD_FSIMAGE
    rm -rf $MBD_FSIMAGE.uncompressed $MBD_DIR

    size=$(du $MBD_FSIMAGE | awk '{ print $1 }')

    echo "Wrote $MBD_BOOTTREE (${size}k compressed, ${left}k free)"

    rm -rf $MBD_TMPIMAGE $MBD_BOOTTREE

    if [ -n "$PADSIZE" ]; then
	padfile $MBD_FSIMAGE $PADSIZE
    fi

    if [ -n "$EXTRAINITRDPATH" ]; then
	mkdir -p `dirname $EXTRAINITRDPATH`
	cp -a $MBD_FSIMAGE $EXTRAINITRDPATH
    fi

    if [ -z "$KEEP" ]; then
	rm -rf $MBD_TMPIMAGE $MBD_FSIMAGE $MBD_MNTPOINT $MBD_BOOTTREE
    fi
}

makebootdisk() {
    BOOTDISKSIZE=""
    EXTRAKERNELPATH=""
    INITRDFLAGS=""
    MBD_FILENAME=""
    INITRDFILE=""
    while [ x$(echo $1 | cut -c1-2) = x"--" ]; do
	if [ $1 = "--bootdisksize" ]; then
	     BOOTDISKSIZE=$2
	     shift; shift
	     continue
	elif [ $1 = "--kernelto" ]; then
	    EXTRAKERNELPATH=$2
	    shift; shift
	    continue
	elif [ $1 = "--initrdflags" ]; then
	    INITRDFLAGS=$2
	    shift; shift
	    continue
	elif [ $1 = "--initrd" ]; then
	    INITRDFILE=$2
	    shift; shift
	    continue
	elif [ $1 = "--imagename" ]; then
	    MBD_FILENAME=$IMAGEPATH/$2
	    shift; shift
	    continue
	fi
	echo "Unknown option passed to makebootdisk"
	exit 1
    done

    if [ -z "$MBD_FILENAME" ]; then
	echo "No imagename passed"
	exit 1
    fi

    if [ -n "$INITRDFILE" ]; then
	MBD_FSIMAGE="$INITRDFILE"
    elif [ -n "$INITRDFLAGS" ]; then
	eval makeinitrd --keep $INITRDFLAGS
    fi

    mkdir -p $MBD_BOOTTREE

    # provided by the mk-image.$ARCH file
    prepareBootImage

    left=$(df $MBD_BOOTTREE | tail +2)
    left=$(echo $left | awk '{print $4'})

    umount $MBD_BOOTTREE

    if [ -n "$EXTRAKERNELPATH" ]; then
	mkdir -p `dirname $EXTRAKERNELPATH`
	cp -f $KERNELROOT/$KERNELDIR/${KERNELNAME}-* $EXTRAKERNELPATH
    fi

    mkdir -p `dirname $MBD_FILENAME`
    rm -f $MBD_FILENAME
    mv -f $MBD_TMPIMAGE $MBD_FILENAME
    rm -rf $MBD_TMPIMAGE $MBD_MNTPOINT $MBD_BOOTTREE
    if [ -z "$INITRDFILE" ]; then
	rm -f $MBD_FSIMAGE
    fi

    echo "Wrote $MBD_FILENAME (${left}k free)"
}

makeImage () {
    MI_FROM=$1
    MI_SIZE=$2
    MI_TO=$3
    MI_TMPIMAGE=/tmp/makeimage.img.$$
    MI_MNTPOINT=/tmp/makeimage.mnt.$$

    mkdir -p $MI_MNTPOINT

    dd if=/dev/zero of=$MI_TMPIMAGE bs=1k count=$MI_SIZE 2>/dev/null
    /sbin/mke2fs -q -F -i 4096 $MI_TMPIMAGE  > /dev/null 2>/dev/null
    /sbin/tune2fs -c0 -i0 $MI_TMPIMAGE
    mount -o loop $MI_TMPIMAGE $MI_MNTPOINT
    (cd $MI_FROM; find . | cpio --quiet -p $MI_MNTPOINT)

    left=$(df $MI_MNTPOINT | tail +2)
    left=$(echo $left | awk '{print $4'})

    umount $MI_MNTPOINT
    rmdir $MI_MNTPOINT

    gzip -9 < $MI_TMPIMAGE > $MI_TO
    chmod 644 $MI_TO

    echo "Wrote $MI_TO (${left}k of ${MI_SIZE}k free)"
    rm -f $MI_TMPIMAGE
}

makeinstimage () {
    imagename=$1
    modlist=$(expandModuleSet "$2")
    tmpdir=/tmp/instimage.dir.$$

    rm -rf $tmpimage $tmpdir
    mkdir -p $mntpoint $tmpdir

    mkdir -p $tmpdir
    (cd $INSTIMGTEMPLATE; find . | cpio --quiet -p $tmpdir)
    if [ "$BUILDARCH" = "s390" -o "$BUILDARCH" = "s390x" ]; then
       mkdir -p $KERNELROOT/lib/modules/misc
       find $KERNELROOT/lib/modules/*/kernel/drivers/s390/ -name "*.o" \
         -exec cp -f {} $KERNELROOT/lib/modules/misc \;
    fi
    makemoduleball $tmpdir/modules "$modlist"
    makeproductfile $tmpdir

    echo "Running mkcramfs $CRAMBS $tmpdir $INSTIMGPATH/${imagename}2.img"
    mkcramfs $CRAMBS $tmpdir /tmp/${imagename}2.img.$$
    cp /tmp/${imagename}2.img.$$ $INSTIMGPATH/${imagename}2.img
    size=$(ls -l $INSTIMGPATH/${imagename}2.img | awk '{print $5}')
    size=$(expr $size / 1024)
    echo "Wrote $INSTIMGPATH/${imagename}2.img (${size}k)..."
    rm -rf $tmpdir
}

findloopdevice () {
    if [ -z "$1" ]; then
	echo "usage: findloopdevice image"
	exit 1
    fi

    for devnum in 0 1 2 3 4 5 6 7 8; do
        if losetup /dev/loop$devnum $1 2>/dev/null ; then break; fi
    done
    echo /dev/loop$devnum
}

makemainimage () {
    imagename=$1
    type=$2
    mmi_tmpimage=/tmp/instimage.img.$$
    mmi_mntpoint=/tmp/instimage.mnt.$$
    
    rm -rf $mmi_tmpimage $mmi_mntpoint
    mkdir $mmi_mntpoint

    if [ $type = "ext2" ]; then
        SIZE=$(du -sk $IMGPATH | awk '{ print int($1 * 1.1) }')
        if [ -d $IMGPATH/usr/lib/anaconda-runtime ]; then
	    ERROR=$(du -sk $IMGPATH/usr/lib/anaconda-runtime | awk '{ print $1 }')
	    SIZE=$(expr $SIZE - $ERROR)
        fi
        dd if=/dev/zero bs=1k count=${SIZE} of=$mmi_tmpimage 2>/dev/null
        mke2fs -q -F $mmi_tmpimage > /dev/null 
	tune2fs -c0 -i0 $mmi_tmpimage
        mount -o loop $mmi_tmpimage $mmi_mntpoint

        (cd $IMGPATH; find . | fgrep -v "./usr/lib/anaconda-runtime" |
	        cpio -H crc -o) | (cd $mmi_mntpoint; cpio -iumd)
        makeproductfile $mmi_mntpoint
        umount $mmi_mntpoint
        rmdir $mmi_mntpoint
    elif [ $type = "cramfs" ]; then
        makeproductfile $IMGPATH
        echo "Running mkcramfs $CRAMBS $IMGPATH $mmi_tmpimage"
        mkcramfs $CRAMBS $IMGPATH $mmi_tmpimage
        SIZE=$(expr `cat $mmi_tmpimage | wc -c` / 1024)
    fi
    
    cp $mmi_tmpimage $INSTIMGPATH/${imagename}.img
    chmod 644 $INSTIMGPATH/${imagename}.img

    echo "Wrote $INSTIMGPATH/${imagename}.img (${SIZE}k)"
    
    rm $mmi_tmpimage
}

makedriverdisk () {
    PADSIZE=""

    while [ x$(echo $1 | cut -c1-2) = x"--" ]; do
	if [ $1 = "--padsize" ]; then
	    PADSIZE=$2
	    shift; shift
	    continue
	fi

	echo "Unknown option passed to makedriverdisk"
	exit 1
    done

    modlabel=$1
    diskname=$2
    modlist=$(expandModuleSet "$3")
    diskpath=/tmp/makedriverdisk.$$

    rm -rf $diskpath
    mkdir -p $diskpath

    makemoduleball --dd "$modlabel" $diskpath "$modlist"

    size=$(expr 60 + $(du -sk $diskpath | awk '{print $1}'))
    if [ $size -lt 57 ]; then
	size=64
    fi

    dd if=/dev/zero of=/tmp/$diskname.img bs=1k count=$size 2> /dev/null
    /sbin/mke2fs -q -F -i 4096 /tmp/$diskname.img  > /dev/null 2>/dev/null
    /sbin/tune2fs -c0 -i0 /tmp/$diskname.img
    mkdir -p /tmp/mkdd.$$
    mount -t ext2 -o loop /tmp/$diskname.img /tmp/mkdd.$$
    rmdir /tmp/mkdd.$$/lost+found
    (cd $diskpath; tar cSpf - .) | (cd /tmp/mkdd.$$; tar xSpf -)
    DIE=""
    diff -upr $diskpath /tmp/mkdd.$$ > /dev/null 2>&1
    if [ $? != 0 ]; then
	echo copy to disk image failed
	ls -l /tmp/mkdd.$$
	echo "disk size: $size"
	ls -l $diskpath
	DIE=1
    fi
    umount /tmp/mkdd.$$
    rm -rf /tmp/mkdd.$$

    if [ -n "$DIE" ]; then
	kill -9 $$
    fi

    cp /tmp/${diskname}.img $IMAGEPATH/${diskname}.img
    rm /tmp/${diskname}.img
    rm -rf $diskpath

    size=$(ls -l $IMAGEPATH/${diskname}.img | awk '{ print $5 }')
    size=$(expr $size / 1024)

    echo "Wrote $IMAGEPATH/${diskname}.img (${size}k)"
    echo "${diskname}.img - ${modlabel}" >> $IMAGEPATH/README

    if [ -n "$PADSIZE" ]; then
	padfile $IMAGEPATH/${diskname}.img $PADSIZE
    fi
}

# source the architecture specific mk-images file so we can call functions
# in it
if [ ${BUILDARCH} = s390x ]; then
    # FIXME: this is a bad hack for s390, but better than copying for now
    source $TOPDIR/mk-images.s390
else
    source $TOPDIR/mk-images.${BUILDARCH}
fi

# Find the kernel, unpack it, and verify it
vertag="BOOT"
if [ "$BUILDARCH" = "ppc" -o "$BUILDARCH" = "ppc64" ]; then
    arches="ppc64pseries ppc64iseries ppc"
elif [ "$BUILDARCH" = "i386" ]; then
    arches="i386 i586"
else
    arches="$BUILDARCH"
fi
foundakernel=""
for KERNELARCH in $arches; do
  for kernelvers in $vertag; do
    KERNELROOT=$KERNELBASE/$KERNELARCH
    kpackage=$($LATEST $KERNELPATH kernel-$kernelvers)
    mkdir -p $KERNELROOT/lib/modules/misc
    if [ ! -f "$kpackage" ]; then
	echo "kernel-$kernelvers does not exist for $KERNELARCH -- using kernel package"
	kpackage=$($LATEST $KERNELPATH kernel)
	kernelvers=""
    fi

    if [ ! -f "$kpackage" ]; then
	echo "kernel doesn't exist for $KERNELARCH.  skipping arch"
	continue
    fi

    foundakernel="yes"

    ppackage=$($LATEST $KERNELPATH hwdata)
    if [ ! -f "$ppackage" ]; then
	ppackage=""
    fi

    version=$(rpm --nodigest --nosignature --qf '%{VERSION}-%{RELEASE}' -qp $kpackage)${kernelvers}
    arch=$(rpm --nodigest --nosignature --qf '%{ARCH}\n' -qp $kpackage)
    echo "unpacking $kpackage.$arch"

    rpm2cpio $kpackage | (cd $KERNELROOT; cpio --quiet -iumd)
    if [ ! -z $ppackage ]; then 
	rpm2cpio $ppackage | (cd $KERNELROOT; cpio --quiet -iumd etc/pcmcia/* ./etc/pcmcia/*)
    fi

    if [ ! -d "$KERNELROOT/lib/modules/$version" ]; then
	echo "$KERNELROOT/lib/modules/$version is not a valid modules directory" 2>&1
	usage
    fi

    if [ ! -f "$KERNELROOT/$KERNELDIR/${KERNELNAME}-$version" ]; then
	echo "$KERNELROOT/$KERNELDIR/${KERNELNAME}-$version does not exist"
	usage
    fi

    if [ -f $KERNELROOT/etc/pcmcia/config ]; then
	# This gets everything mentioned in /etc/pcmcia/config.  We probably
	# want to do some module-info stuff here too
	PCMCIAMODULES=$((perl -e 'while (<>) { s/^.*class.*(network|scsi|ide).*module +"// || next; s/[" ]//g; s/,/\n/g; print }' $KERNELROOT/etc/pcmcia/config | sed 's/\.o//g') | sort -u)
    fi

    GZIPPED=$(find $KERNELROOT/lib/modules/$version -name "*.o.gz")
    if [ -n "$GZIPPED" ]; then
	echo $GZIPPED |xargs gunzip
    fi
    allmods=$(find $KERNELROOT/lib/modules/$version -name *.o)

    rundepmod "$allmods" $MODDEPS
    rm -f $MODDEPS.foo
    find $KERNELROOT/lib/modules/$version > $CACHE

    # make the boot images
    makeBootImages
  done
done

if [ -n "$foundakernel"]; then
  # make the second stage
  find $KERNELBASE/*/lib/modules/ > $CACHE
  makeSecondStage
  rm -rf $KERNELBASE
fi

cd $TOPDIR