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# $OpenBSD: Makefile,v 1.26 2022/09/09 12:55:43 kn Exp $
INSTALLBOOT ?= /usr/sbin/installboot
DRY_RUN = ${INSTALLBOOT} -n
REAL_RUN = ${INSTALLBOOT}
# see distrib/${MACHINE}/ramdisk/install.md for FORMAT_DISK values
# default to root on softraid(4) on all architectures that have
# bootstrap + kernel + installboot(8) support for it
.if ${MACHINE} == "amd64" || \
${MACHINE} == "i386" # assume BIOS/MBR
FORMAT_DISK = fdisk -iy
STAGENAMES = biosboot boot
USE_SOFTRAID ?= Yes
.elif ${MACHINE} == "arm64"
FORMAT_DISK = fdisk -iy -b '32768@32768:C'
STAGENAMES = BOOTAA64.EFI
USE_SOFTRAID ?= Yes
.elif ${MACHINE} == "armv7"
FORMAT_DISK = fdisk -iy -b '32768@32768:C'
STAGENAMES = BOOTARM.EFI
USE_SOFTRAID ?= No
.elif ${MACHINE} == "macppc" # assume MBR
FORMAT_DISK = fdisk -iy -b '2048@1:06'
STAGENAMES = ofwboot
USE_SOFTRAID ?= No
.elif ${MACHINE} == "octeon"
FORMAT_DISK = fdisk -iy -b '65536@64:C'
STAGENAMES = boot
USE_SOFTRAID ?= No
.elif ${MACHINE} == "powerpc64"
FORMAT_DISK = fdisk -iy -b '32768@32768:C'
STAGENAMES = boot
USE_SOFTRAID ?= No
.elif ${MACHINE} == "riscv64"
FORMAT_DISK = fdisk -iy -b '32768@32768:C'
STAGENAMES = BOOTRISCV64.EFI
USE_SOFTRAID ?= No
.elif ${MACHINE} == "sparc64"
FORMAT_DISK = true # NOOP
STAGENAMES = bootblk ofwboot
USE_SOFTRAID ?= Yes
.endif
STAGEDIR = /usr/mdec
STAGEFILES = ${STAGENAMES:=${STAGEDIR}/%}
.if ${USE_SOFTRAID:L} == "yes"
# install on multi-chunk RAID 1C with keydisk so installboot(8) must
# - iterate over chunks
# - ignore the keydisk/not install to it
NDISKS ?= 1 2
KEYDISKFILE = keydisk.img
KEYDEVFILE = keydev.txt
.else
NDISKS = 1
.endif
DISKFILES = ${NDISKS:=disk%.img}
DISKDEVFILES = ${NDISKS:=diskdev%.txt}
ROOTDEVFILE = rootdev.txt
MOUNTPOINT = mnt
REGRESS_SETUP_ONCE = copy-bootstrap-to-root
create-disks:
.for n in ${NDISKS}
dd if=/dev/zero of=disk${n}.img bs=1m count=0 seek=128 status=none
${SUDO} vnconfig -- disk${n}.img 1>diskdev${n}.txt
.endfor
.if ${USE_SOFTRAID:L} == "yes"
dd if=/dev/zero of=${KEYDISKFILE} bs=1m count=0 seek=2 status=none
${SUDO} vnconfig -- ${KEYDISKFILE} 1>${KEYDEVFILE}
.endif
format-disks: create-disks
.for devfile in ${DISKDEVFILES}
${SUDO} ${FORMAT_DISK} -- "$$(<${devfile})" 1>/dev/null
. if ${USE_SOFTRAID:L} == "yes"
echo 'RAID 1M-* 100%' | \
${SUDO} disklabel -wAT/dev/stdin -- "$$(<${devfile})" 1>/dev/null
. endif
.endfor
.if ${USE_SOFTRAID:L} == "yes"
echo 'RAID 1M' | \
${SUDO} disklabel -wAT/dev/stdin -- "$$(<${KEYDEVFILE})" 1>/dev/null
.endif
create-root: format-disks
.if ${USE_SOFTRAID:L} == "yes"
${SUDO} bioctl -l"$$(sed -- s/$$/a/ ${DISKDEVFILES} | paste -sd, -- -)" \
-c1C -k"$$(<${KEYDEVFILE})"a -- softraid0 | \
awk -- '{ print $$NF }' 1>${ROOTDEVFILE}
.else
ln -s -- ${DISKDEVFILES} ${ROOTDEVFILE}
.endif
format-root: create-root
.if ${USE_SOFTRAID:L} == "yes"
${SUDO} ${FORMAT_DISK} -- "$$(<${ROOTDEVFILE})" 1>/dev/null
.endif
${SUDO} disklabel -Aw -- "$$(<${ROOTDEVFILE})"
${SUDO} newfs -q -- "$$(<${ROOTDEVFILE})"a 1>/dev/null
mount-root: format-root
mkdir -- ${MOUNTPOINT}
${SUDO} mount -- /dev/"$$(<${ROOTDEVFILE})"a ${MOUNTPOINT}
copy-bootstrap-to-root: mount-root
${SUDO} mkdir -- ${MOUNTPOINT}/usr
${SUDO} cp -r -- ${STAGEDIR} ${MOUNTPOINT}/usr/
# must be first as some targets expect a working filesystem
REGRESS_TARGETS = prepare
prepare:
${SUDO} ${REAL_RUN} -p -- "$$(<${ROOTDEVFILE})"
.if ${USE_SOFTRAID:L} == "yes"
# XXX -p is not yet softraid(4) aware, need to prepare chunks manually
. for devfile in ${DISKDEVFILES}
${SUDO} ${REAL_RUN} -p -- "$$(<${devfile})"
. endfor
.endif
REGRESS_TARGETS += dry-prepare \
dry-default \
dry-root \
root \
root-stages
dry-prepare:
${SUDO} ${DRY_RUN} -p -- "$$(<${ROOTDEVFILE})"
dry-default:
${SUDO} ${DRY_RUN} -- "$$(<${ROOTDEVFILE})"
dry-root:
${SUDO} ${DRY_RUN} -r/ -- "$$(<${ROOTDEVFILE})"
root:
${SUDO} ${REAL_RUN} -r ${MOUNTPOINT} "$$(<${ROOTDEVFILE})"
root-stages:
${SUDO} ${REAL_RUN} -- "$$(<${ROOTDEVFILE})" ${STAGEFILES}
REGRESS_EXPECTED_FAILURES = dry-prepare-root \
dry-prepare-stages \
dry-nodisk-stages \
dry-toofew \
dry-toomany
REGRESS_TARGETS += ${REGRESS_EXPECTED_FAILURES}
dry-prepare-root:
${DRY_RUN} -p -r/ -- "$$(<${ROOTDEVFILE})" 2>/dev/null
dry-prepare-stages:
${DRY_RUN} -p -- "$$(<${ROOTDEVFILE})" ${STAGEFILES} 2>/dev/null
dry-nodisk-stages:
${SUDO} ${DRY_RUN} -- ${STAGEFILES} 2>/dev/null
dry-toofew:
${DRY_RUN} -- 2>/dev/null
dry-toomany:
${DRY_RUN} -- disk stage1 stage2 too many 2>/dev/null
CLEANFILES = ${DISKFILES} ${DISKDEVFILES} ${ROOTDEVFILE}
.if ${USE_SOFTRAID:L} == "yes"
CLEANFILES += ${KEYDISKFILE} ${KEYDEVFILE}
.endif
REGRESS_CLEANUP = cleanup
# allow failure to always cleanup as much as possible
.IGNORE: cleanup
cleanup:
${SUDO} umount -- ${MOUNTPOINT} 2>/dev/null
rmdir -- ${MOUNTPOINT} 2>/dev/null
.if ${USE_SOFTRAID:L} == "yes"
${SUDO} bioctl -d -- "$$(<${ROOTDEVFILE})" 2>/dev/null
${SUDO} vnconfig -u -- "$$(<${KEYDEVFILE})" 2>/dev/null
.endif
.for devfile in ${DISKDEVFILES}
${SUDO} vnconfig -u -- "$$(<${devfile})" 2>/dev/null
.endfor
.include <bsd.regress.mk>
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