Index: trunk/minix/tools/Makefile
===================================================================
--- trunk/minix/tools/Makefile	(revision 9)
+++ 	(revision )
@@ -1,100 +1,0 @@
-# Makefile for the kernel image.
-
-u=/usr
-CC=	exec cc
-CFLAGS=	-O -D_MINIX -D_POSIX_SOURCE
-MDEC=	/usr/mdec
-
-# Specify the programs that are part of the system image.
-PROGRAMS=	../kernel/kernel \
-	../servers/pm/pm \
-	../servers/fs/fs \
-	../servers/rs/rs \
-	../servers/ds/ds \
-	../drivers/tty/tty \
-	../drivers/memory/memory \
-	../drivers/log/log \
-	../servers/init/init
-
-usage:	
-	@echo " " >&2
-	@echo "Master Makefile to create new MINIX configuration." >& 2
-	@echo "Root privileges are required." >&2
-	@echo " " >&2
-	@echo "Usage:" >&2
-	@echo "	make includes   # Install include files" >&2
-	@echo "	make depend     # Generate dependency files" >&2
-	@echo "	make libraries  # Make system libraries" >&2
-	@echo "	make services   # Compile and install all services" >&2
-	@echo "	make fresh      # Make clean, libraries, and services" >&2
-	@echo "	make image      # Make needed services and create boot image" >&2
-	@echo "	make install    # Make image, and install to hard disk" >&2
-	@echo "	make hdboot     # Make image, and install to hard disk" >&2
-	@echo "	make fdboot     # Make image, and install to floppy disk" >&2
-	@echo "	make bootable   # Make hard disk bootable" >&2
-	@echo "	make clean      # Remove all compiler results, except libs" >&2
-	@echo " " >&2
-	@echo "To create a fresh MINIX configuration, try:" >&2
-	@echo "	make clean install      # new boot image" >&2
-	@echo "	make fresh install      # new everything" >&2
-	@echo " " >&2
-
-# create a fresh configuration or system image
-fresh: 
-	cd ../lib && $(MAKE) clean
-	$(MAKE) clean 
-	$(MAKE) libraries services
-
-all: services image
-
-image:  includes
-	cd ../kernel && $(MAKE) 
-	cd ../servers && $(MAKE) image
-	cd ../drivers && $(MAKE) image
-	installboot -image $@ $(PROGRAMS)
-
-image_small:  includes
-	cd ../kernel && $(MAKE) 
-	cd ../servers && $(MAKE) EXTRA_OPTS=-D_MINIX_SMALL=1 image
-	cd ../drivers && $(MAKE) EXTRA_OPTS=$(EXTRA_OPTS) image
-	installboot -image $@ $(PROGRAMS)
-
-# rebuild the program or system libraries
-includes:
-	cd ../include && $(MAKE) install
-
-depend: includes
-	cd ../ && $(MAKE) depend
-
-services: includes 
-	cd ../kernel && $(MAKE) 
-	cd ../servers && $(MAKE) install
-	cd ../drivers && $(MAKE) install
-
-libraries: includes
-	cd ../lib && $(MAKE) clean
-	cd ../lib && $(MAKE) all
-	cd ../lib && $(MAKE) install
-
-
-# make bootable and place system images
-bootable:
-	exec su root mkboot bootable
-
-hdboot:	image
-	exec sh mkboot $@
-	@sync
-
-fdboot:	image
-	exec su root mkboot $@
-	@sync
-
-install: includes services hdboot
-
-# clean up compile results
-clean:
-	cd ../kernel && $(MAKE) $@
-	cd ../servers && $(MAKE) $@
-	cd ../drivers && $(MAKE) $@
-	rm -rf *.bak image image_small *.iso *.iso.gz cdfdimage rootimage src
-
Index: trunk/minix/tools/chrootmake.sh
===================================================================
--- trunk/minix/tools/chrootmake.sh	(revision 9)
+++ 	(revision )
@@ -1,26 +1,0 @@
-#!/bin/sh
-set -e
-export PATH=/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin
-export SHELL=/bin/sh
-cd /usr/src 
-make etcfiles
-su bin -c 'make world install' 
-cd tools 
-rm revision
-rm /boot/image/*
-make install 
-cp /boot/image/* /boot/image_big  # Make big image accessible by this name
-cp ../boot/boot /boot/boot 
-make clean
-make image_small 
-cp image_small /boot 
-cd /usr/src 
-make clean
-# Let man find the manpages
-su bin -c 'makewhatis /usr/man'
-su bin -c 'makewhatis /usr/gnu/man'
-su bin -c 'makewhatis /usr/local/man'
-mv /usr/src/commands /usr/src.commands
-binsizes normal
-exit 0
-
Index: trunk/minix/tools/fdbootparams
===================================================================
--- trunk/minix/tools/fdbootparams	(revision 9)
+++ 	(revision )
@@ -1,1 +1,0 @@
-rootdev=c0d0p0s0; ramimagedev=c0d0p0s0; save
Index: trunk/minix/tools/issue.install
===================================================================
--- trunk/minix/tools/issue.install	(revision 9)
+++ 	(revision )
@@ -1,17 +1,0 @@
-
-Welcome to MINIX 3.1.2. The system is now running and many commands work
-normally.  To use MINIX 3.1.2 in a serious way, you need to install it
-to your hard disk, which you can do by typing 'setup' while logged in as
-root.  Then just follow the on-screen directions.
-
-After setup is complete, type 'shutdown' and when the boot monitor
-starts, boot your new system by following the instructions at the end of
-setup.  Keep the CD-ROM in the drive, login as root and type 'packman'
-to begin installing the many software packages available.  After you
-have installed the packages, type 'xdm' to start X Windows if you have
-installed it.
-
-It is strongly recommended that you print and read the 'setup.pdf' file
-on the CD-ROM before staring the installation. The file is also
-available at www.minix3.org/doc under the 'Installation' heading.
-
Index: trunk/minix/tools/mkboot
===================================================================
--- trunk/minix/tools/mkboot	(revision 9)
+++ 	(revision )
@@ -1,196 +1,0 @@
-#!/bin/sh
-#
-#	mkboot 2.0 - make boot floppy, make root device bootable, etc.
-#							Author: Kees J. Bot
-
-trap 'e=$?; rm -f /tmp/mkb.$$; exit $e' 0 2
-
-mdec=/usr/mdec	# bootstraps
-
-# Check arguments.
-case "$#:$1" in
-1:bootable | 1:hdboot | [12]:fdboot | [12]:cdfdboot )
-	action=$1 dev=$2
-	;;
-*)	echo "Usage: $0 [bootable | hdboot | cdfdboot | fdboot [device]] | cdfdboot [device]" >&2
-	exit 1
-esac
-
-# Get the device table.
-. /etc/fstab
-
-# The real root device may be the RAM disk.
-realroot=`printroot -r`
-
-# If it's an initial fstab, pretend root is real root
-if [ $root = "/dev/ROOT" ]
-then	root=$realroot
-fi
-
-case $action in
-bootable | hdboot)
-	# We need the root device.
-
-	if [ $realroot = $root ]
-	then
-		rootdir=
-	else
-		umount $root 2>/dev/null
-		mount $root /mnt || exit
-		rootdir=/mnt
-	fi
-esac
-
-case $action in
-bootable)
-	# Install the boot monitor on the root device and make it bootable.
-	install -cs -m 644 $mdec/boot $rootdir/boot/boot || exit
-	sync
-	installboot -device $root $mdec/bootblock /boot/boot || exit
-	test $realroot != $root && umount $root
-	;;
-hdboot)
-	# Install a new image on the root device.
-	if [ ! -d $rootdir/boot/image ]
-	then
-		 /boot/image is not yet a directory!  Fix it.
-		su root -c \
-		    "exec mv $rootdir/boot/image /M"
-		install -d $rootdir/boot/image
-		su root -c \
-		    "exec mv $rootdir/M $rootdir/boot/image/`uname -r`.`uname -v`"
-	fi
-
-	sh tell_config OS_RELEASE . OS_VERSION >/tmp/mkb.$$
-	version=`sed 's/[" 	]//g;/^$/d' </tmp/mkb.$$`
-
-	revision=`cat revision 2>/dev/null`
-
-	if [ -z "$revision" ]
-	then	rrevision=""
-	else	rrevision=r$revision
-	fi
-
-	oldrev=$revision
-
-	target="${version}r${revision}"
-
-	if [ -z "$revision" ]
-	then
-		revision=0
-		rrevision=""
-	elif [ -f $rootdir/boot/image/$target ]
-	then
-		if [ $rootdir/boot/image/$target -newer image ]
-		then
-			echo "$root:/boot/image/$target is up to date"
-			test $realroot != $root && umount $root
-			exit 0
-		fi
-		revision=`expr $revision + 1`
-		rrevision=r$revision
-	fi
-	target="${version}${rrevision}"
-
-	set -- `ls -t $rootdir/boot/image`
-
-	case $# in
-	0|1|2|3)
-		# Not much there, do not remove a thing.
-		;;
-	*)
-		# Remove the third-newest image in /boot/image, but
-		# only if there's an older one (which is kept). 
-		echo "rm $root:/boot/image/$3"
-		rm -f "$rootdir/boot/image/$3"
-	esac
-
-	# Install the new image.
-	echo "install image $root:/boot/image/$target"
-	install -o root -m 600 image $rootdir/boot/image/$target || exit
-
-	# Save the revision number.
-	test "$revision" != "$oldrev" && echo $revision >revision
-
-	test $realroot != $root && umount $root
-	echo "Done."
-	;;
-fdboot)
-	# fdboot: Make a boot floppy.
-
-	if [ -z "$dev" ]
-	then
-		echo -n \
-"Finish the name of the floppy device to write (by default 'fd0'): /dev/";
-		read dev
-		case "$dev" in
-		'')	dev=/dev/fd0
-			;;
-		/dev/*)
-			;;
-		*)	dev=/dev/$dev
-		esac
-	fi
-
-	# Make a file system.
-	umount $dev 2>/dev/null
-	if mkfs -B 1024 -i 512 $dev
-	then	:
-	else
-		echo "mkfs of $dev failed."
-		exit 1;
-	fi
-
-	# Install /dev, /boot/boot and /boot/image.
-	mount $dev /mnt || exit
-	mkdir -p /mnt/boot/image || exit
-	cpdir /dev /mnt/dev || exit
-	cp -p $mdec/boot /mnt/boot/boot || exit
-	cp -p image /mnt/boot/image/ || exit
-	umount $dev || exit
-
-	# Make bootable and copy the boot parameters.
-	installboot -d $dev $mdec/bootblock /boot/boot || exit
-	pfile=fdbootparams
-	if [ -f $pfile ]
-	then	echo "Using floppy boot parameters from file $pfile."
-		edparams $dev "`cat $pfile`" || exit
-	else	echo "Copying floppy boot parameters from $root."
-		dd if=$root of=$dev skip=1 seek=1 count=1 conv=silent || exit
-	fi
-	edparams $dev 'main(){delay 2000;boot}; save' || exit
-	echo "Test kernel installed on $dev"
-	;;
-
-cdfdboot)
-	# cdfdboot: Make a boot floppy image to go on a CD for booting from.
-	if [ -z "$dev" ]
-	then
-		ramdisk `expr 1440 \* 1024` 2>/dev/null
-		dev=/dev/ram
-	fi
-	umount $dev 2>/dev/null
-	if mkfs -B 1024 -b 1440 -i 512 $dev || exit 1
-	then :
-	else
-		echo "mkfs of $dev failed."
-		exit 1;
-	fi
-
-	# Install /dev, /boot
-	mount $dev /mnt || exit 1
-	mkdir /mnt/dev
-	mkdir /mnt/boot
-	mkdir /mnt/boot/image
-	( cd /mnt/dev && sh /usr/src/commands/scripts/MAKEDEV.sh std )
-	cp -p image image_* /mnt/boot/image || exit 1
-	cp -p ../boot/boot /mnt/boot/boot || exit 1
-	umount $dev || exit 1
-	installboot -d $dev ../boot/bootblock boot/boot || exit 1
-	edparams $dev 'unset bootopts; unset servers; disable=inet; image=/boot/image/image; bootbig(1, Regular MINIX 3 (requires at least 16 MB RAM)) { image=/boot/image/image ; boot } bootsmall(2, Small MINIX 3 (intended for 8 MB systems)) { image=/boot/image/image_small ; boot } cdproberoot=1; unset rootdev; unset leader; leader() { echo \n--- Welcome to MINIX 3. This is the boot monitor. ---\n\nChoose an option from the menu or press ESC if you need to do anything special.\nOtherwise I will boot with my defaults in 10 seconds.\n\n }; bootcd=1; main(){trap 10000 boot; menu; }; save' || exit
-
-	# copy image
-	dd if=$dev of=cdfdimage bs=8192 count=180
-esac
-sync
-exit 0
Index: trunk/minix/tools/release.sh
===================================================================
--- trunk/minix/tools/release.sh	(revision 9)
+++ 	(revision )
@@ -1,391 +1,0 @@
-#!/bin/sh
-
-set -e
-
-PACKAGEDIR=/usr/bigports/Packages
-PACKAGESOURCEDIR=/usr/bigports/Sources
-secs=`expr 32 '*' 64`
-export SHELL=/bin/sh
-
-make_hdimage()
-{
-	dd if=$TMPDISK of=usrimage bs=$BS count=$USRBLOCKS
-
-	rootsize=`stat -size rootimage`
-	usrsize=`stat -size usrimage`
-
-	rootsects=`expr $rootsize / 512`
-	usrsects=`expr $usrsize / 512`
-
-	# installboot -m needs at least 1KB 
-	dd < /dev/zero >tmpimage count=2
-	partition -fm tmpimage 2 81:$rootsects* 0:0 81:$usrsects
-	installboot -m tmpimage /usr/mdec/masterboot
-	dd < tmpimage > subpart count=1
-
-	primsects=`expr 1 + $rootsects + $usrsects`
-	cyl=`expr '(' $primsects ')' / $secs + 1`
-	padsects=`expr $cyl \* $secs - 1 - $primsects`
-
-	{ dd < /dev/zero count=1
-		cat subpart
-		cat rootimage
-		cat usrimage
-		dd < /dev/zero count=$padsects
-	} > hdimage
-	partition -m hdimage 81:`expr $primsects + $padsects`*
-	installboot -m hdimage /usr/mdec/masterboot
-}
-
-hdemu_root_changes()
-{
-	$RELEASEDIR/usr/bin/installboot -d $TMPDISK3 \
-		$RELEASEDIR/usr/mdec/bootblock boot/boot
-	echo \
-'bootcd=2
-disable=inet
-bios_wini=yes
-bios_remap_first=1
-ramimagedev=c0d7p0s0
-bootbig(1, Regular MINIX 3) { image=/boot/image_big; boot }
-bootsmall(2, Small MINIX 3 (<16MB)) {image=/boot/image_small; boot }
-main() { trap 10000 boot ; menu; }
-save'	| $RELEASEDIR/usr/bin/edparams $TMPDISK3
-
-	echo \
-'root=/dev/c0d7p0s0
-usr=/dev/c0d7p0s2
-usr_roflag="-r"' > $RELEASEDIR/etc/fstab
-}
-
-usb_root_changes()
-{
-	$RELEASEDIR/usr/bin/installboot -d $TMPDISK3 \
-		$RELEASEDIR/usr/mdec/bootblock boot/boot
-	echo \
-'bios_wini=yes
-bios_remap_first=1
-rootdev=c0d7p0s0
-save'	| $RELEASEDIR/usr/bin/edparams $TMPDISK3
-
-	echo \
-'root=/dev/c0d7p0s0
-usr=/dev/c0d7p0s2
-' > $RELEASEDIR/etc/fstab
-}
-
-COPYITEMS="usr/bin bin usr/lib"
-RELEASEDIR=/usr/r
-RELEASEPACKAGE=${RELEASEDIR}/usr/install/packages
-RELEASEPACKAGESOURCES=${RELEASEDIR}/usr/install/package-sources
-IMAGE=cdfdimage
-ROOTIMAGE=rootimage
-CDFILES=/usr/tmp/cdreleasefiles
-sh tell_config OS_RELEASE . OS_VERSION >/tmp/rel.$$
-version_pretty=`sed 's/["      ]//g;/^$/d' </tmp/rel.$$`
-version=`sed 's/["      ]//g;/^$/d' </tmp/rel.$$ | tr . _`
-subfn="subreleaseno.$version"
-if [ -f "$subfn" ]
-then	sub="`cat $subfn`"
-else	sub=0
-fi
-echo "`expr $sub + 1`" >$subfn
-IMG_BASE=minix${version}_ide_build$sub
-BS=4096
-
-HDEMU=0
-COPY=0
-CVSTAG=HEAD
-PACKAGES=1
-
-while getopts "pchu?r:" c
-do
-	case "$c" in
-	\?)
-		echo "Usage: $0 [-p] [-c] [-h] [-r <tag>] [-u]" >&2
-		exit 1
-	;;
-	h)
-		echo " * Making HD image"
-		IMG_BASE=minix${version}_bios_build$sub
-		HDEMU=1
-		;;
-	c)
-		echo " * Copying, not CVS"
-		COPY=1
-		;;
-	p)
-		PACKAGES=0
-		;;
-	r)	
-		CVSTAG=$OPTARG
-		;;
-	u)
-		echo " * Making live USB-stick image"
-		IMG_BASE=minix${version}_usb_build$sub
-		HDEMU=1
-		USB=1
-		;;
-	esac
-done
-
-if [ "$USB" -ne 0 ]; then
-	IMG=${IMG_BASE}.img
-else
-	IMG=${IMG_BASE}.iso
-fi
-IMGBZ=${IMG}.bz2
-echo "Making $IMGBZ"
-
-USRMB=400
-
-USRBLOCKS="`expr $USRMB \* 1024 \* 1024 / $BS`"
-USRSECTS="`expr $USRMB \* 1024 \* 2`"
-ROOTKB=4096
-ROOTSECTS="`expr $ROOTKB \* 2`"
-ROOTBLOCKS="`expr $ROOTKB \* 1024 / $BS`"
-
-if [ "$COPY" -ne 1 ]
-then
-	echo "Note: this script wants to do cvs operations, so it's necessary"
-	echo "to have \$CVSROOT set and cvs login done."
-	echo ""
-fi
-
-TD1=.td1
-TD2=.td2
-TD3=.td3
-
-
-if [ -f $TD1 ]
-then    TMPDISK="`cat $TD1`"
-	echo " * Warning: I'm going to overwrite $TMPDISK!"
-else
-        echo "Temporary (sub)partition to use to make the /usr FS image? "
-        echo "I need $USRMB MB. It will be mkfsed!"
-        echo -n "Device: /dev/"
-        read dev || exit 1
-        TMPDISK=/dev/$dev
-fi
-
-if [ -b $TMPDISK ]
-then :
-else	echo "$TMPDISK is not a block device.."
-	exit 1
-fi
-
-echo $TMPDISK >$TD1
-
-if [ -f $TD2 ]
-then    TMPDISK2="`cat $TD2`"
-	echo " * Warning: I'm going to overwrite $TMPDISK2!"
-else
-        echo "Temporary (sub)partition to use for /tmp? "
-        echo "It will be mkfsed!"
-        echo -n "Device: /dev/"
-        read dev || exit 1
-        TMPDISK2=/dev/$dev
-fi
-
-if [ -b $TMPDISK2 ]
-then :
-else	echo "$TMPDISK2 is not a block device.."
-	exit 1
-fi
-
-echo $TMPDISK2 >$TD2
-
-if [ -f $TD3 ]
-then    TMPDISK3="`cat $TD3`"
-	echo " * Warning: I'm going to overwrite $TMPDISK3!"
-else
-        echo "It has to be at least $ROOTKB KB."
-        echo ""
-        echo "Temporary (sub)partition to use to make the root FS image? "
-        echo "It will be mkfsed!"
-        echo -n "Device: /dev/"
-        read dev || exit 1
-        TMPDISK3=/dev/$dev
-fi
-
-if [ -b $TMPDISK3 ]
-then :
-else	echo "$TMPDISK3 is not a block device.."
-	exit 1
-fi
-
-echo $TMPDISK3 >$TD3
-
-umount $TMPDISK || true
-umount $TMPDISK2 || true
-umount $TMPDISK3 || true
-
-if [ $TMPDISK = $TMPDISK2  -o $TMPDISK = $TMPDISK3 -o $TMPDISK2 = $TMPDISK3 ]
-then
-	echo "Temporary devices can't be equal."
-	exit
-fi
-
-echo " * Cleanup old files"
-rm -rf $RELEASEDIR $IMG $IMAGE $ROOTIMAGE $IMGBZ $CDFILES image*
-mkdir -p $CDFILES || exit
-mkdir -p $RELEASEDIR
-mkfs -B $BS -b $ROOTBLOCKS $TMPDISK3 || exit
-mkfs $TMPDISK2 || exit
-echo " * mounting $TMPDISK3 as $RELEASEDIR"
-mount $TMPDISK3 $RELEASEDIR || exit
-mkdir -m 755 $RELEASEDIR/usr
-mkdir -m 1777 $RELEASEDIR/tmp
-mount $TMPDISK2 $RELEASEDIR/tmp
-
-mkfs -B $BS -b $USRBLOCKS $TMPDISK || exit
-echo " * Mounting $TMPDISK as $RELEASEDIR/usr"
-mount $TMPDISK $RELEASEDIR/usr || exit
-mkdir -p $RELEASEDIR/tmp
-mkdir -p $RELEASEDIR/usr/tmp
-mkdir -p $RELEASEPACKAGE
-mkdir -p $RELEASEPACKAGESOURCES
-
-echo " * Transfering $COPYITEMS to $RELEASEDIR"
-( cd / && tar cf - $COPYITEMS ) | ( cd $RELEASEDIR && tar xf - ) || exit 1
-
-if [ -d $PACKAGEDIR -a -d $PACKAGESOURCEDIR -a $PACKAGES -ne 0 ]
-then	echo " * Indexing packages"
-	bintotal=0
-	( cd $PACKAGEDIR
-	  for p in *.tar.bz2
-	  do	echo $p >&2
-		p="`echo $p | sed 's/.tar.bz2//'`"
-		descr="../$p/.descr"
-		if [ -f "$descr" ]
-		then	echo "$p|`cat $descr`"
-		fi
-	  done >List
-	)
-	for d in $PACKAGEDIR $PACKAGESOURCEDIR
-	do	echo Counting size of $d
-		f=$d/SizeMB
-		if [ ! -f $f ]
-		then
-			b="`bzip2 -dc $d/*.bz2 | wc -c`"
-			echo "`expr 1 + $b / 1024 / 1024`" >$f
-		fi
-		echo "`cat $f` MB."
-	done
-	echo " * Transfering $PACKAGEDIR to $RELEASEPACKAGE"
-	cp $PACKAGEDIR/* $RELEASEPACKAGE/
-	echo " * Transfering $PACKAGESOURCEDIR to $RELEASEPACKAGESOURCES"
-	cp $PACKAGESOURCEDIR/* $RELEASEPACKAGESOURCES/ || true
-
-fi
-
-# Make sure compilers and libraries are bin-owned
-chown -R bin $RELEASEDIR/usr/lib
-chmod -R u+w $RELEASEDIR/usr/lib
-
-if [ "$COPY" -ne 1 ]
-then
-	echo " * Doing new cvs export"
-	( cd $RELEASEDIR/usr && mkdir src && cvs export -r$CVSTAG src )
-else
-	( cd .. && make depend && make clean )
-	srcdir=/usr/src
-	( cd $srcdir && tar cf - . ) | ( cd $RELEASEDIR/usr && mkdir src && cd src && tar xf - )
-fi
-
-echo " * Fixups for owners and modes of dirs and files"
-chown -R bin $RELEASEDIR/usr/src 
-chmod -R u+w $RELEASEDIR/usr/src 
-find $RELEASEDIR/usr/src -type d | xargs chmod 755
-find $RELEASEDIR/usr/src -type f | xargs chmod 644
-find $RELEASEDIR/usr/src -name configure | xargs chmod 755
-find $RELEASEDIR/usr/src/commands -name build | xargs chmod 755
-# Bug tracking system not for on cd
-rm -rf $RELEASEDIR/usr/src/doc/bugs
-
-# Make sure the CD knows it's a CD, unless it's not
-if [ "$USB" -eq 0 ]
-then	date >$RELEASEDIR/CD
-fi
-echo " * Chroot build"
-chroot $RELEASEDIR "/bin/sh -x /usr/src/tools/chrootmake.sh" || exit 1
-echo " * Chroot build done"
-# The build process leaves some file in src as root.
-chown -R bin $RELEASEDIR/usr/src*
-cp issue.install $RELEASEDIR/etc/issue
-
-if [ "$USB" -ne 0 ]
-then
-	usb_root_changes
-elif [ "$HDEMU" -ne 0 ]
-then
-	hdemu_root_changes
-fi
-
-echo $version_pretty >$RELEASEDIR/etc/version
-echo " * Counting files"
-extrakb=`du -s $RELEASEDIR/usr/install | awk '{ print $1 }'`
-expr `df $TMPDISK | tail -1 | awk '{ print $4 }'` - $extrakb >$RELEASEDIR/.usrkb
-du -s $RELEASEDIR/usr/src.* | awk '{ t += $1 } END { print t }' >$RELEASEDIR/.extrasrckb
-( for d in $RELEASEDIR/usr/src.*; do find $d; done) | wc -l >$RELEASEDIR/.extrasrcfiles
-find $RELEASEDIR/usr | fgrep -v /install/ | wc -l >$RELEASEDIR/.usrfiles
-find $RELEASEDIR -xdev | wc -l >$RELEASEDIR/.rootfiles
-echo " * Zeroing remainder of temporary areas"
-df $TMPDISK
-df $TMPDISK3
-cp /dev/zero $RELEASEDIR/usr/.x 2>/dev/null || true
-rm $RELEASEDIR/usr/.x
-cp /dev/zero $RELEASEDIR/.x 2>/dev/null || true
-rm $RELEASEDIR/.x
-
-umount $TMPDISK || exit
-umount $TMPDISK2 || exit
-umount $TMPDISK3 || exit
-(cd ../boot && make)
-(cd .. && make depend)
-make clean
-make image || exit 1
-mv image image_big
-make clean
-make image_small || exit 1
-dd if=$TMPDISK3 of=$ROOTIMAGE bs=$BS count=$ROOTBLOCKS
-# Prepare image and image_small for cdfdboot
-mv image_big image
-sh mkboot cdfdboot $TMPDISK3
-cp $IMAGE $CDFILES/bootflop.img
-cp release/cd/* $CDFILES || true
-echo "This is Minix version $version_pretty prepared `date`." >$CDFILES/VERSION.TXT
-
-h_opt=
-bootimage=$IMAGE
-if [ "$HDEMU" -ne 0 ]; then
-	make_hdimage
-	h_opt='-h'
-	bootimage=hdimage
-fi
-
-if [ "$USB" -ne 0 ]; then
-	mv $bootimage $IMG
-else
-	writeisofs -l MINIX -b $bootimage $h_opt $CDFILES $IMG || exit 1
-
-	if [ "$HDEMU" -eq 0 ]
-	then
-		echo "Appending Minix root and usr filesystem"
-		# Pad ISO out to cylinder boundary
-		isobytes=`stat -size $IMG`
-		isosects=`expr $isobytes / 512`
-		isopad=`expr $secs - '(' $isosects % $secs ')'`
-		dd if=/dev/zero count=$isopad >>$IMG
-		# number of sectors
-		isosects=`expr $isosects + $isopad`
-		( cat $IMG $ROOTIMAGE ;
-			dd if=$TMPDISK bs=$BS count=$USRBLOCKS ) >m
-		mv m $IMG
-		# Make CD partition table
-		installboot -m $IMG /usr/mdec/masterboot
-		# Make sure there is no hole..! Otherwise the ISO format is
-		# unreadable.
-		partition -m $IMG 0 81:$isosects 81:$ROOTSECTS 81:$USRSECTS
-	fi
-fi
Index: trunk/minix/tools/release/cd/README.TXT
===================================================================
--- trunk/minix/tools/release/cd/README.TXT	(revision 9)
+++ 	(revision )
@@ -1,65 +1,0 @@
-Welcome to MINIX 3.
-
-MINIX 3 Copyright 2006, 1997, 1987 Vrije Universiteit
-All rights reserved.
-
-------------------------------------------------------------------------
-
-SYSTEM REQUIREMENTS:
-
-Below is a list of minimum system requirements to install the software on this CD.
-
-HARDWARE
-*MINIX 3 OS requires the following hardware:
-	- PC with a Pentium or compatible processor
-	- at least 8 MB of RAM
-	- at least 200 MB of free disk space
-	- IDE CD-ROM drive
-	- IDE hard disk
-	- NOT SUPPORTED: USB and SCSI disks; Some Serial ATA disks work.
-	- For alternative configurations, visit http://www.minix3.org
-
-SOFTWARE
-* This is a live CD-ROM. You can insert it into your computer and boot from it.
-MINIX 3 will start automatically and you can log in as root. It does NOT require
-Windows, Linux, or any other operating system as it is self contained. However,
-to use it effectively, you must install it on your hard disk. Detailed instal-
-lation instructions are given in the SETUP.PDF file. To read this file, you need
-the Adobe Acrobat Reader, available for free at http://www.adobe.com/acrobat.
-The SETUP.PS file contains the same content in PostScript. Please be sure to
-read one of these files before attempting to install MINIX 3 as you must
-partition your hard disk before starting and this subject is discussed in the
-SETUP files. Disk partitioning must be done very carefully to prevent data loss.
-These SETUP files are also available on the MINIX 3 Website: 
-http://www.minix3.org/doc. Please have a printed copy of the SETUP file available
-while you are doing the installation, as it will be very helpful to you then.
-
-WARNING
-* MINIX 3 is an operating system and will overwrite all the data in the
-partition in which it is installed. Be sure to back up all your files
-before installing it.
-
-------------------------------------------------------------------------
-
-CD CONTENTS:
-
-This CD contains:
-
-   - README.TXT      This file
-   - SETUP.PS:       setup guide in PostScript
-   - SETUP.PDF:      setup guide in PDF (requires Adobe Acrobat reader)
-   - PRESZ134.ZIP    Windows utility to resize FAT partitions
-   - BOOTFLOP.IMG    If you cannot boot from CD-ROMs, insert the CD-ROM
-                     anyway, then copy this floppy image raw to a floppy
-                     using RawWrite (ask Google) and boot from the floppy
-
-There are also many invisible files used for installing MINIX 3.
-
-------------------------------------------------------------------------
-
-PRODUCT SUPPORT:
-
-For further technical information about the MINIX software on this CD,
-visit the official MINIX website at
-
-	http://www.minix3.org
Index: trunk/minix/tools/revision
===================================================================
--- trunk/minix/tools/revision	(revision 9)
+++ 	(revision )
@@ -1,1 +1,0 @@
-0
Index: trunk/minix/tools/tell_config
===================================================================
--- trunk/minix/tools/tell_config	(revision 9)
+++ 	(revision )
@@ -1,13 +1,0 @@
-#!/bin/sh
-#
-#	tellconfig - Tell the value of a <minix/config.h> parameter
-#						Author: Kees J. Bot
-
-echo "
-#include <minix/config.h>
-$*
-" >/tmp/tell.$$
-exec </tmp/tell.$$
-rm /tmp/tell.$$
-
-exec cc -P -E -