rename packages/ to recipes/ per earlier agreement

See links below for more details:
http://thread.gmane.org/gmane.comp.handhelds.openembedded/21326
http://thread.gmane.org/gmane.comp.handhelds.openembedded/21816

Signed-off-by: Denys Dmytriyenko <denis@denix.org>
Acked-by: Mike Westerhof <mwester@dls.net>
Acked-by: Philip Balister <philip@balister.org>
Acked-by: Khem Raj <raj.khem@gmail.com>
Acked-by: Marcin Juszkiewicz <hrw@openembedded.org>
Acked-by: Koen Kooi <koen@openembedded.org>
Acked-by: Frans Meulenbroeks <fransmeulenbroeks@gmail.com>

1 files changed, 0 insertions, 965 deletions

diff --git a/packages/slugos-init/files/turnup b/packages/slugos-init/files/turnup
deleted file mode 100644
index 118a57d808..0000000000
--- a/packages/slugos-init/files/turnup
+++ /dev/null
@@ -1,965 +0,0 @@
-#!/bin/sh
-# turnup
-# See the help block at the end for documentation.
-#
-. /etc/default/functions
-
-#
-# configuration
-#  The following variables control which directories in /var end
-#  up on the rootfs and which end up in a temporary file system.
-INRAM_MEMSTICK="\
-### SlugOS from-memory-stick boot.
-d root root 0755 /var/backups none
-d root root 0755 /var/volatile/cache none
-l root root 0755 /var/cache /var/volatile/cache
-d root root 0755 /var/lib none
-d root root 2755 /var/local none
-d root root 1777 /var/volatile/lock none
-l root root 1777 /var/lock /var/volatile/lock
-d root root 0755 /var/volatile/log none
-l root root 0755 /var/log /var/volatile/log
-d root root 0755 /var/volatile/run none
-l root root 0755 /var/run /var/volatile/run
-d root root 0755 /var/spool none
-d root root 1777 /var/volatile/tmp none
-l root root 1777 /var/tmp /var/volatile/tmp
-d root root 0755 /var/lock/subsys none
-d root root 0755 /var/lib/dropbear none
-d root root 0755 /var/lib/misc none
-f root root 0664 /var/log/wtmp none
-f root root 0664 /var/log/lastlog none
-f root root 0664 /var/run/utmp none"
-
-INRAM_NFS="\
-### SlugOS from-NFS boot.
-d root root 0755 /var/backups none
-d root root 0755 /var/volatile/cache none
-l root root 0755 /var/cache /var/volatile/cache
-d root root 0755 /var/lib none
-d root root 2755 /var/local none
-d root root 1777 /var/volatile/lock none
-l root root 1777 /var/lock /var/volatile/lock
-d root root 0755 /var/log none
-d root root 0755 /var/volatile/run none
-l root root 0755 /var/run /var/volatile/run
-d root root 0755 /var/spool none
-d root root 1777 /var/volatile/tmp none
-l root root 1777 /var/tmp /var/volatile/tmp
-d root root 0755 /var/lock/subsys none
-d root root 0755 /var/lib/dropbear none
-d root root 0755 /var/lib/misc none
-d root root 0755 /var/lib/opkg none
-f root root 0664 /var/log/wtmp none
-f root root 0664 /var/log/lastlog none
-f root root 0664 /var/run/utmp none"
-
-INRAM_DISK="\
-### SlugOS from-disk boot.
-d root root 0755 /var/backups none
-d root root 0755 /var/cache none
-d root root 0755 /var/lib none
-d root root 2755 /var/local none
-d root root 1777 /var/lock none
-d root root 0755 /var/log none
-d root root 0755 /var/run none
-d root root 0755 /var/spool none
-d root root 1777 /var/tmp none
-d root root 0755 /var/lock/subsys none
-d root root 0755 /var/lib/dropbear none
-d root root 0755 /var/lib/misc none
-d root root 0755 /var/lib/opkg none
-f root root 0664 /var/log/wtmp none
-f root root 0664 /var/log/lastlog none
-f root root 0664 /var/run/utmp none"
-
-INRAM_HEADER="\
-# This configuration file lists filesystem objects that should get verified
-# during startup and be created if missing.
-#
-# Every line must either be a comment starting with #
-# or a definition of format:
-# <type> <owner> <group> <mode> <path> <linksource>
-# where the items are separated by whitespace !
-#
-# <type> : d|f|l : (d)irectory|(f)ile|(l)ink
-#
-# A linking example:
-# l root root 0777 /var/test /tmp/testfile
-# f root root 0644 /var/test none
-#
-# Understanding links:
-# When populate-volatile is to verify/create a directory or file, it will first
-# check it's existence. If a link is found to exist in the place of the target,
-# the path of the target is replaced with the target the link points to.
-# Thus, if a link is in the place to be verified, the object will be created
-# in the place the link points to instead.
-# This explains the order of \"link before object\" as in the example above, where
-# a link will be created at /var/test pointing to /tmp/testfile and due to this
-# link the file defined as /var/test will actually be created as /tmp/testfile.
-#"
-
-#
-# force: override certain checks
-force=
-
-#
-# pfile: the uuid/partition file
-pfile=/etc/uuid_by_partition
-
-#
-# fstype new
-#  The type of the file system mounted on "new"  Outputs the last
-#  piece of information found, which should be the one for the
-#  currently visible mount!
-fstype() {
-	local cwd dev mp type options pass freq result
-	cwd="$(cd "$1"; /bin/pwd)"
-	result=
-	while read dev mp type options pass freq
-	do
-		case "$mp" in
-		"$cwd")	result="$type";;
-		esac
-	done </proc/mounts
-	echo "$result"
-}
-
-#
-# fsoptions arguments
-#  Collapses the mount (-o) options into a single list which is
-#  printed on stdout.  Accepts an arbitrary list of options and
-#  just joins them together.
-fsoptions() {
-	local options
-	options=
-	while test $# -gt 1
-	do
-		case "$1" in
-		-t)	shift;;
-		-o)	if test -n "$2"
-			then
-				if test -n "$options"
-				then
-					options="$options,$2"
-				else
-					options="$2"
-				fi
-			fi
-			shift;;
-		esac
-		shift
-	done
-	if test -n "$options"
-	then
-		echo "$options"
-	else
-		echo defaults
-	fi
-}
-
-#
-# get_flash <directory> {mount options}
-#  mount the flash device, writeable, on the given directory
-get_flash() {
-	local ffsdir ffspart ffsdev
-
-	ffsdir="$1"
-	shift
-	test -n "$ffsdir" -a -d "$ffsdir" || {
-		echo "$0: $ffsdir: internal error, flash mount point not a directory" >&2
-		return 1
-	}
-
-	case "$(machine)" in
-	nslu2)	ffspart="Flashdisk";;
-	*)	ffspart="filesystem";;
-	esac
-	ffsdev="$(mtblockdev $ffspart)"
-	[ -n "$ffsdev" ] || \
-	ffsdev="$(mtblockdev rootfs)"
-	umountflash "$ffsdev" &&
-	mountflash "$ffsdev" "$ffsdir" "$@"
-}
-
-#
-# check_rootfs [-i] <root fs directory>
-#  Make sure the candidate rootfs is empty
-#  Environment: rootdev=device or NFS root path
-check_rootfs() {
-	local fcount
-
-	case "$1" in
-	-i)	shift
-		case "$force" in
-		-f) return 0;;
-		esac
-
-		fcount="$(find "$1" ! -type d -print | wc -l)"
-		test "$fcount" -eq 0 && return 0
-
-		echo "turnup: $rootdev: partition contains existing files, specify -f to overwrite" >&2
-		return 1;;
-	*)	checkmount "$1" && return 0
-
-		echo "turnup: $rootdev: partition does not seem to be a valid root partition" >&2
-		echo "  The partition must contain a full operating system.  To ensure that" >&2
-		echo "  this is the case it is checked for the following, all of which must" >&2
-		echo "  exist for the bootstrap to work:" >&2
-		echo
-		echo "  1) A directory /mnt." >&2
-		echo "  2) A command line interpreter program in /bin/sh." >&2
-		echo "  3) The program chroot in /sbin or /usr/sbin." >&2
-		echo "  4) The program init in /sbin, /etc or /bin." >&2
-		echo
-		echo "  One or more of these items is missing.  Mount $rootdev on /mnt" >&2
-		echo "  and examine its contents.  You can use turnup disk|nfs -i -f" >&2
-		echo "  to copy this operating system onto the disk, but it may overwrite" >&2
-		echo "  files on the disk." >&2
-		return 1;;
-	esac
-}
-
-#
-# copy_rootfs old new
-#  Make a copy of the given root file system, copying only the
-#  directories needed.  The root must be the flash file system
-copy_rootfs() {
-	local old new
-	old="$1"
-	new="$2"
-	test -d "$old" -a -d "$new" || {
-		echo "turnup: rootfs: copy $old $new: not a directory" >&2
-		return 1
-	}
-	#
-	# There are no problem file names in the flash file system, so
-	# it is possible to use -print, not -print0.  The following
-	# files and directories are not copied:
-	#
-	#   /dev/*
-	#   /boot, /boot/*
-	#   /linuxrc*
-	#   /var/*
-	echo "turnup: copying root file system" >&2
-	(	cd "$1"
-		find . -xdev -print |
-		sed '\@^./dev/@d;\@^./boot/@d;\@^./boot$@d;\@^./linuxrc@d;\@^./var/@d' |
-		cpio -p -d -m -u "$2"
-	) || {
-		echo "turnup: rootfs: cpio $old $new failed" >&2
-		return 1
-	}
-	echo "done" >&2
-}
-
-#
-# setup_dev new device_table
-#  In flash file systems /dev is in ramfs, in disk systems /dev
-#  can be populated permanently.  This is done by creating a
-#  single entry '.noram' in /dev - the devices init script will
-#  then populate the directory without overmounting it.  The
-#  devices in the passed in device table are also created, but
-#  note that this is insufficient, /etc/init.d/devices must
-#  also run.
-setup_dev() {
-	test -n "$1" -a -d "$1"/dev -a -r "$2" || {
-		echo "turnup: setup_dev($1,$2): expected a directory and a file" >&2
-		return 1
-	}
-	echo "turnup: initialising dev file system" >&2
-	# init tries to open the following devices:
-	#	/dev/console
-	#	/dev/tty0
-	#	/dev/null
-	# syslog, and maybe other things, only work if fd 1 is valid, therefore
-	# we must create these devices here...
-	# (if makedevs is a symlink, it's the busybox version, different syntax)
-	if [ -h /sbin/makedevs ]
-	then
-		makedevs -d "$2" "$1"
-	else
-		makedevs --root="$1" --devtable="$2"
-	fi
-	:>"$1"/dev/.noram
-	return 0
-}
-
-#
-# setup_bootdev new device_table
-#  As above but actually uses the supplied device table - this is possible if
-#  the table is just used for boot because the extra setup is not required.
-setup_bootdev() {
-	test -n "$1" -a -d "$1"/dev -a -r "$2" || {
-		echo "turnup: setup_bootdev($1,$2): expected a directory and a file" >&2
-		return 1
-	}
-	# NOTE: this fails silently with 0 return code(!) when a directory
-	# does not exist yet things are created within it.
-	# (if makedevs is a symlink, it's the busybox version, different syntax)
-	if [ -h /sbin/makedevs ]
-	then
-		makedevs -d "$2" "$1"
-	else
-		makedevs -r "$1" -D "$2"
-	fi
-}
-
-#
-# setup_var new type
-#  Populates /var.
-#  Removes the /var tmpfs entry from /etc/fstab.
-#  Creates links from /var into /media/ram for NFS and Memstick.
-setup_var() {
-
-	test -n "$1" -a -d "$1"/var || {
-		echo "turnup: setup_var($1,$2): expected a directory" >&2
-		return 1
-	}
-	case "$2" in
-	disk|nfs|memstick);;
-	*)	echo "turnup: setup_var($1,$2): expected 'disk', 'nfs' or 'memstick'" >&2
-		return 1;;
-	esac
-
-	# populate /var.  We just need to create the /var/volatile mount
-	# point, the populate-volatile script does the work at boot time.
-	#QUIET: echo "turnup: ensuring /var/volatile mountpoint exists" >&2
-	test -d "$1"/var/volatile || mkdir "$1"/var/volatile
-
-	# we need to put in place the correct configuration file for
-	# the populate-volatile script to use at boot time.  The config
-	# file is already in place for the flash boot, and it's the same
-	# file for the ram boot.
-	case "$2" in
-	disk)	  echo "$INRAM_HEADER"   > "$1"/etc/default/volatiles/00_core
-		  echo "$INRAM_DISK"     >>"$1"/etc/default/volatiles/00_core;;
-	nfs)	  echo "$INRAM_HEADER"   > "$1"/etc/default/volatiles/00_core
-		  echo "$INRAM_NFS"      >>"$1"/etc/default/volatiles/00_core;;
-	memstick) echo "$INRAM_HEADER"   > "$1"/etc/default/volatiles/00_core
-	          echo "$INRAM_MEMSTICK" >>"$1"/etc/default/volatiles/00_core;;
-	esac
-
-	# remove the /var tmpfs entry from the new /etc/fstab, if it is
-	# present in the first place.
-	sed -i '\@[ 	]/var[ 	][ 	]*tmpfs[ 	]@d' "$1"/etc/fstab
-	#QUIET: echo "turnup: ensuring tmpfs will not be mounted on /var" >&2
-	#
-	return 0
-}
-
-#
-# setup_syslog new
-#  Moves the syslog to a file - appropriate for disk and nfs types, not
-#  otherwise.
-setup_syslog() {
-	test -n "$1" -a -d "$1"/etc || {
-		echo "turnup: setup_syslog($1): expected a directory" >&2
-		return 1
-	}
-	#
-	# if the syslog is to the buffer redirect it to a file
-	if egrep -q '^DESTINATION="buffer"' "$1"/etc/syslog.conf
-	then
-		if cp "$1"/etc/syslog.conf "$1"/etc/syslog.conf.sav
-		then
-			# the busybox syslog will fail with ROTATESIZE and ROTATEGENS
-			sed -i 's!DESTINATION="buffer"!DESTINATION="file"!
-				/^ROTATESIZE=/d
-				/^ROTATEGENS=/d' "$1"/etc/syslog.conf
-			#QUIET: echo "turnup: /etc/syslog.conf: changed to file buffering" >&2
-			#QUIET: echo " Old (buffer) version in /etc/syslog.conf.sav" >&2
-			#QUIET: echo " Log messages will be in /var/log/messages" >&2
-		else
-			echo "turnup: /etc/syslog.conf: failed to make a copy" >&2
-			echo " syslog will log to a buffer" >&2
-		fi
-	fi
-	return 0
-}
-
-#
-# setup_rootfs type new device_table
-#  Populates the /dev and /var directories, alters the startup to
-#  not mount or populate them further.  Does the right thing according
-#  to the given $type
-setup_rootfs() {
-	local type new table
-	type="$1"
-	new="$2"
-	table="$3"
-
-	test -n "$new" -a -d "$new" -a -f "$table" || {
-		echo "turnup: setup_rootfs($type,$new,$table): expected a directory and a file" >&2
-		return 1
-	}
-
-	case "$type" in
-	flash)	return 0;;
-	disk)	setup_dev "$new" "$table" &&
-		setup_var "$new" "$type" &&
-		setup_syslog "$new";;
-	memstick)
-		setup_bootdev "$new" "$table" &&
-		setup_var "$new" "$type" ;;
-	nfs)	setup_dev "$new" "$table" &&
-		setup_var "$new" "$type" &&
-		setup_syslog "$new";;
-	*)	echo "turnup: setup_rootfs: $type: unknown rootfs type" >&2
-		return 1;;
-	esac
-	# return code of last setup function
-}
-
-#
-# setup_fstab new fsdev fstype fsoptions
-#  Alters the /etc/fstab entry for / to refer to the correct device and
-#  have the correct type and options.  Essential for checkroot to remount
-#  / with the correct options.  Writes the initial uuid file.
-#  bad, since sed won't fail even if it changes nothing.
-setup_fstab() {
-	sed -i '\@^[^ 	]*[ 	][ 	]*/[ 	]@s@^.*$@'"$2	/	$3	$4	1  1"'@' "$1"/etc/fstab
-	egrep -q "^$2	/	$3	$4	1  1\$" "$1"/etc/fstab || {
-		echo "turnup: /etc/fstab: root(/) entry not changed" >&2
-		echo "  you probably need to check the options in /etc/fstab" >&2
-		echo "  to ensure that the root partition is mounted correctly" >&2
-		return 1
-	}
-	#
-	# build $pfile
-	uuid_by_partition >"$1""$pfile" ||
-		echo "turnup: $pfile: blkid failed (ignored)" >&2
-	return 0
-}
-
-#
-# boot_rootfs <boot type> <flash file system> <sleep time> (<device> <uuid>|<nfsroot>) [options]
-#  Change the flash partition (not the current root!) to boot off
-#  the new root file system
-boot_rootfs() {
-	local type ffs sleep device uuid opt
-
-	type="$1"
-	ffs="$2"
-	sleep="$3"
-	device="$4"
-	uuid=
-	mduuid=
-
-	# test this first as the test does not depend on the correctness
-	# of the other arguments
-	test -n "$ffs" -a -d "$ffs" || {
-		echo "turnup: boot_rootfs($type, $ffs, $device): expected directory" >&2
-		return 1
-	}
-	test -x "$ffs"/boot/"$type" || {
-		echo "turnup: boot_rootfs($type, $ffs, $device): invalid boot type $type" >&2
-		return 1
-	}
-	shift
-	shift
-
-	case "$type" in
-	disk)	test -n "$device" -a -b "$device" || {
-			echo "turnup: boot_rootfs($ffs, $type, $device): expected block device" >&2
-			return 1
-		}
-		uuid="$3"
-		if (echo "$device" | grep -q '^/dev/md')
-		then
-			# FIXME: should use awk to do the below extraction
-			mduuid=`mdadm --detail --brief "$device" | sed 's/^.*UUID=//'`
-		fi
-		shift 3;;
-	nfs)	shift 2;;
-	flash)	;;
-	ram)	;;
-	*)	echo "turnup: boot_rootfs($type, $ffs, $device): unknown type" >&2
-		return 1;;
-	esac
-
-	#
-	# The /linuxrc records the correct options to mount the device,
-	# since we have already mounted if correctly with these options
-	# we can be sure (maybe) that the boot will work.  If not /boot/disk
-	# falls back to flash.
-	#
-	# This modifies the boot process, until this point no harm has been
-	# done to the system, but at this point the boot rootfs will change
-	rm -f "$ffs"/linuxrc.new || {
-		echo "turnup: boot_rootfs: failed to remove $ffs/linuxrc.new" >&2
-		return 1
-	}
-	case "$type" in
-	flash)	ln -s "boot/flash" "$ffs"/linuxrc.new || {
-			echo "turnup: boot_rootfs: failed to create $ffs/linuxrc.new" >&2
-			return 1
-		};;
-	ram)	{	echo '#!/bin/sh'
-			echo 'mount -t proc  proc  /proc'
-			echo 'mount -t sysfs sysfs /sys'
-			echo 'leds beep'
-			echo 'rm -f /linuxrc.new'
-			echo 'ln -s boot/flash /linuxrc.new'
-			echo 'mv /linuxrc.new /linuxrc'
-			echo 'exec /boot/ram /dev/ram0'
-			echo 'exec /boot/flash'
-		} >"$ffs"/linuxrc.new &&
-		chmod 744 "$ffs"/linuxrc.new || {
-			echo "turnup: boot_rootfs: failed to write $ffs/linuxrc.new" >&2
-			return 1
-		};;
-	*)	{	echo '#!/bin/sh'
-			echo 'mount -t proc  proc  /proc'
-			echo 'mount -t sysfs sysfs /sys'
-			echo 'leds beep'
-			test "$sleep" -gt 0 && echo -n "sleep='$sleep' "
-			test -n "$uuid" && echo -n "UUID='$uuid' "
-			test -n "$mduuid" && echo -n "MDUUID='$mduuid' "
-			echo -n "exec '/boot/$type' '$device'"
-			for opt in "$@"
-			do
-				echo -n " '$opt'"
-			done
-			echo
-			echo 'exec /boot/flash'
-		} >"$ffs"/linuxrc.new &&
-		chmod 744 "$ffs"/linuxrc.new || {
-			echo "turnup: boot_rootfs: failed to write $ffs/linuxrc.new" >&2
-			return 1
-		};;
-	esac
-	rm -f "$ffs"/linuxrc.sav || {
-		echo "turnup: boot_rootfs: failed to remove $ffs/linuxrc.sav" >&2
-		return 1
-	}
-	ln "$ffs"/linuxrc "$ffs"/linuxrc.sav || {
-		echo "turnup: boot_rootfs: failed to save /linuxrc.sav" >&2
-		return 1
-	}
-	mv -f "$ffs"/linuxrc.new "$ffs"/linuxrc || {
-		echo "turnup: boot_rootfs: failed to install new /linuxrc" >&2
-		return 1
-	}
-	return 0
-}
-
-#
-# disk [-m] [-i] [-s<time>] <device> {options}
-#  Carefully copy the flash file system to the named device.
-disk() {
-	local setup_type sleep init device uuid new ffs fst fso
-
-	setup_type=disk
-	sleep=10
-	init=
-	while test $# -gt 0
-	do
-		case "$1" in
-		-f)	force="$1"
-			shift;;
-		-m)	setup_type=memstick
-			shift;;
-		-i)	init="$1"
-			shift;;
-		-s*)	sleep="${1#-s}"
-			sleep="${sleep:-10}"
-			shift;;
-		*)	break;;
-		esac
-	done
-
-	device="$1"
-	test -n "$device" -a -b "$device" || {
-		echo "turnup disk: $device: block device required" >&2
-		return 1
-	}
-	shift
-
-	# find the uuid if available
-	uuid="$(blkid -c /dev/null -s UUID -o value "$device")"
-
-	# make temporary directories for the mount points
-	new="/tmp/rootfs.$$"
-	ffs="/tmp/flashdisk.$$"
-	mkdir "$new" "$ffs" || {
-		echo "turnup: disk: failed to create temporary directories" >&2
-		return 1
-	}
-
-	# make sure we can get to the flash file system first
-	get_flash "$ffs" || {
-		rmdir "$new" "$ffs"
-		return 1
-	}
-
-	# Now mount the device with the given options, note that specifying
-	# read only is *not* an option, this is important because the boot/disk
-	# script needs a rw file system
-	status=1
-	fst=
-	fso="$(fsoptions "$@")"
-	if	if test -n "$uuid"
-		then
-			mount "$@" UUID="$uuid" "$new"
-		else
-			mount "$@" "$device" "$new"
-		fi
-	then
-		fst="$(fstype "$new")"
-		umount "$new" ||
-			echo "turnup disk: $device($new): umount does not seem to work" >&2
-	fi
-
-	if test -n "$fst" &&
-		if test -n "$uuid"
-		then
-			mount -t "$fst" -o "$fso" UUID="$uuid" "$new"
-		else
-			mount -t "$fst" -o "$fso" "$device" "$new"
-		fi
-	then
-		if rootdev="$device" check_rootfs $init "$new" && {
-			test -z "$init" || {
-				copy_rootfs "$ffs" "$new" &&
-				setup_rootfs "$setup_type" "$new" "$ffs"/etc/device_table
-			}
-		   }
-		then
-			setup_fstab "$new" "$device" "$fst" "$fso"
-			status=0
-		fi
-
-		# clean up the disk.  It is worrying if this umount fails!
-		umount "$new" || test "$force" = "-f" || {
-			echo "turnup disk: $device: umount failed" >&2
-			echo "  you must unmount this device cleanly yourself, then use" >&2
-			if test -z "$init"
-			then
-				echo "  turnup with the -f option to boot from the device" >&2
-			else
-				echo "  turnup without the -i option to boot from the device" >&2
-			fi
-			status=1
-		}
-
-		# if everything went ok boot from this disk
-		if test $status -eq 0
-		then
-			# memsticks boot like disks, so ignore the -m
-			boot_rootfs disk "$ffs" "$sleep" "$device" "$uuid" -t "$fst" -o "$fso"
-		fi
-	else
-		echo "turnup disk: $device($*): unable to mount device on $new" >&2
-		# If it worked first time
-		if test -n "$fst"
-		then
-			echo "  options used: -t $fst -o $fso [error in this script]" >&2
-			test -n "$uuid" &&
-				echo "  uuid: $uuid (passed with UUID=<uuid>)" >&2
-		fi
-	fi
-
-	# clean up the flash file system
-	umount "$ffs"
-	rmdir "$new" "$ffs"
-	return $status
-}
-
-#
-# boot_reset <type>
-#  Resets the boot type to flash or ram, as appropriate
-boot_reset() {
-	local ffs typ status
-
-	case "$1" in
-	flash|ram)type="$1"
-		shift;;
-	*)	echo "turnup: boot_reset($1): invalid type" >&2
-		return 1;;
-	esac
-
-	ffs="/tmp/flashdisk.$$"
-	mkdir "$ffs" || {
-		echo "turnup: $1: failed to create temporary directory" >&2
-		return 1
-	}
-
-	get_flash "$ffs" || {
-		rmdir "$ffs"
-		return 1
-	}
-
-	# now try to set the /linuxrc appropriately
-	boot_rootfs "$type" "$ffs"
-	status=$?
-
-	# clean up
-	umount "$ffs"
-	rmdir "$ffs"
-	return $status
-}
-
-#
-# nfs [-i] <root partition> {options}
-#  Copy the flash file system to the given NFS root partition.
-nfs() {
-	local init nfsroot new ffs
-
-	init=
-	while test $# -gt 0
-	do
-		case "$1" in
-		-i)	init="$1"
-			shift;;
-		-f)	force="$1"
-			shift;;
-		*)	break;;
-		esac
-	done
-
-	nfsroot="$1"
-	test -n "$nfsroot" || {
-		echo "turnup nfs: $nfsroot: NFS root file system required" >&2
-		return 1
-	}
-	shift
-
-	# make temporary directories for the mount points
-	new="/tmp/rootfs.$$"
-	ffs="/tmp/flashdisk.$$"
-	mkdir "$new" "$ffs" || {
-		echo "turnup nfs: failed to create temporary directories" >&2
-		return 1
-	}
-
-	# make sure we can get to the flash file system first
-	get_flash "$ffs" || {
-		rmdir "$new" "$ffs"
-		return 1
-	}
-
-	# Now mount the device with the given options, note that specifying
-	# read only is *not* an option, this is important because the boot/disk
-	# script needs a rw file system
-	status=1
-	fst=
-	# These settings for for NFS, something better will probably have to
-	# be done to support other network file systems.
-	nfsopt="nolock,noatime,hard,intr,rsize=1024,wsize=1024"
-	fso="$(fsoptions -o "$nfsopt" "$@")"
-	if mount -o "$nfsopt" "$@" "$nfsroot" "$new"
-	then
-		fst="$(fstype "$new")"
-		umount "$new" ||
-			echo "turnup nfs: $nfsroot($new): umount does not seem to work" >&2
-	fi
-
-	if test -n "$fst" && mount -t "$fst" -o "$fso" "$nfsroot" "$new"
-	then
-		if :>"$new"/ttt && test -O "$new"/ttt && rm "$new"/ttt
-		then
-			if rootdev="$nfsroot" check_rootfs $init "$new" && {
-				test -z "$init" || {
-					copy_rootfs "$ffs" "$new" &&
-					setup_rootfs nfs "$new" "$ffs"/etc/device_table
-				}
-			   }
-			then
-				setup_fstab "$new" "$nfsroot" "$fst" "$fso"
-				status=0
-			fi
-		else
-			echo "turnup nfs: $nfsroot: partition must be exported no_root_squash" >&2
-		fi
-
-		# clean up the disk.  It is worrying if this umount fails!
-		umount "$new" || test "$force" = "-f" || {
-			echo "turnup nfs: $nfsroot: umount failed" >&2
-			if test $status -eq 0
-			then
-				echo "  you must unmount this partition cleanly yourself, then use" >&2
-				if test -z "$init"
-				then
-					echo "  turnup with the -f option to boot from the NFS root" >&2
-				else
-					echo "  turnup without the -i option to boot from the NFS root" >&2
-				fi
-				status=1
-			fi
-		}
-
-		# if everything went ok boot from this disk
-		if test $status -eq 0
-		then
-			# the options used are exactly those which worked before.
-			boot_rootfs nfs "$ffs" 0 "$nfsroot" -t nfs -o "$fso"
-		fi
-	else
-		echo "turnup nfs: $nfsroot($*): unable to mount device on $new" >&2
-		# If it worked first time
-		if test -n "$fst"
-		then
-			echo "  options obtained: -t $fst -o $fso" >&2
-		fi
-	fi
-
-	# clean up the flash file system
-	umount "$ffs"
-	rmdir "$new" "$ffs"
-	return $status
-}
-
-#
-# read_one 'prompt' 'group' 'name'
-#  read a single value
-read_one() {
-	local n o
-	o="$(sysval "$2" "$3")"
-	echo -n "$1 [$o]: " >/dev/tty
-	read n </dev/tty
-	test -z "$n" && n="$o"
-	eval "$3='$n'"
-}
-
-#
-# init_network
-#  Change the network initialisation
-init_network() {
-	# fix the root password
-	echo "Please enter a new password for 'root'." >/dev/tty
-	echo "The password must be non-empty for ssh login to succeed!" >/dev/tty
-	passwd
-	# now the network configuration
-	read_one "Host name" network disk_server_name
-	read_one "Domain name" network w_d_name
-	read_one "Boot protocol (dhcp|static)" network bootproto
-	case "$bootproto" in
-	static) read_one "IP address" network ip_addr
-		read_one "IP netmask" network netmask
-		read_one "IP gateway" network gateway
-		read_one "First DNS server" network dns_server1
-		read_one "Second DNS server" network dns_server2
-		read_one "Third DNS server" network dns_server3
-		echo "$ip_addr       $disk_server_name" >> /etc/hosts
-		;;
-	dhcp)	sed -i -e "s/localhost\$/localhost $disk_server_name/" /etc/hosts
-		;;
-	*)	bootproto=dhcp;;
-	esac
-	#
-	# The other stuff which cannot be changed
-	hw_addr="$(config mac)"
-	lan_interface="$(config iface)"
-	#
-	# Write this out to a new sysconf
-	{	echo "[network]"
-		echo "hw_addr=$hw_addr"
-		echo "lan_interface=$lan_interface"
-		test -n "$disk_server_name" && echo "disk_server_name=$disk_server_name"
-		test -n "$w_d_name" && echo "w_d_name=$w_d_name"
-		echo "bootproto=$bootproto"
-		case "$bootproto" in
-		static)	echo "ip_addr=$ip_addr"
-			test -n "$netmask" && echo "netmask=$netmask"
-			test -n "$gateway" && echo "gateway=$gateway"
-			test -n "$dns_server1" && echo "dns_server1=$dns_server1"
-			test -n "$dns_server2" && echo "dns_server2=$dns_server2"
-			test -n "$dns_server3" && echo "dns_server3=$dns_server3"
-			;;
-		esac
-	} >/etc/default/sysconf
-	#
-	# And reload the result
-	sysconf reload
-	#
-	# The remove the spurious 'init' motd
-	rm /etc/motd
-}
-
-#
-# Basic command switch (this should be the only thing in this
-# script which actually does anything!)
-case "$1" in
-init)	shift
-	if init_network "$@"
-	then
-		echo "turnup init: you must reboot for the changes to take effect" >&2
-		echo " You may want to run 'turnup preserve' to save these settings," >&2
-		echo " after making any additional configuration changes which you" >&2
-		echo " require." >&2
-	else
-		exit 1
-	fi;;
-disk)	shift
-	disk "$@";;
-memstick)
-	shift
-	disk -m "$@" -o noatime;;
-nfs)	shift
-	nfs "$@";;
-flash)	boot_reset flash;;
-ram)	boot_reset ram;;
-preserve)
-	shift
-	sysconf save "$@";;
-restore)
-	shift
-	sysconf restore "$@";;
-*)	echo "\
-usage: turnup command [options]
- commands:
-  help
-    output this help
-  init
-    correct errors in network information
-    initialise network information when DHCP is not available
-    change network information
-  disk [-i] [-s<seconds>] <device>|<uuid> [mount options]
-    With -i make <device> a bootable file system then (with or
-    without -i) arrange for the next reboot to use that device.
-    The device must already be formatted as a file system, with
-    -i it must be completely empty, without it must contain an
-    apparently bootable file system. -s (for example -s5)
-    specifies a delay in seconds to wait at boot time before
-    mounting the device.
-  memstick [-i] <device>|<uuid> [mount options]
-    Behaves as disk however options appropriate to a flash memory
-    stick are automatically added
-  nfs [-i] <nfs mount path> [mount options]
-    <nfs mount path> must be a mountable NFS file system.  With
-    -i the partition must be empty and is initialised with a
-    bootable file system.  Without -i the partition must already
-    contain a bootable file system.  In either case the NFS
-    partition must be available to be mounted without root id
-    sqashing (i.e. root must be root) and it will be selected
-    as the root file system for subsequent reboots.
-    A default set of -o options are provided, additional options
-    may be given on the command line (multiple -o options will
-    be combined into a single -o).
-  flash
-    Revert to booting from the flash disk on next reboot.
-  ram
-    Boot (once) into a ramdisk, subsequent boots will be to
-    the flash file system.
-  preserve
-    Save the system configuration to the SysConf partition, you
-    will need to create the SysConf partition from the boot loader
-    before using this if SysConf does not already exist.  This
-    just runs 'sysconf save'.
-  restore
-    Restore a previously saved system configuration.  This just
-    runs 'sysconf restore'.
- disk formatting:
-  The argument to 'nfs' or 'disk' must be an empty partition
-  of sufficient size to hold the root file system (at least
-  16MByte but more is recommended to allow package installation).
-  An appropriate ext3 partition can be made using the command:
-
-    mke2fs -j <device>  # for example: /dev/sda1
-
-  An appropriate NFS partition can be emptied using 'rm', but
-  must be set up (exported) on the NFS server." >&2
-	exit 0;;
-esac
-# Exit with return code from command.