[dragonfly.git] / test / amd64 / Makefile

# Makefile - manage a qemu system for testing 64 bit DragonFly builds
#
# This Makefile will patch and build qemu, do all necessary world and
# kernel builds, and create a 64 bit root.img disk.
#

# require it to be specified
SRCDIR ?= ${.CURDIR}/../..
QEMU ?= qemu-0.10.1
ROOTSIZE ?= 512M

all: help

scratch: qemu world32 world64 kernel64 root64 install64 sysloader
	@echo "Run the environment with:"
	@echo "make QEMUDIR=${QEMUDIR} run"

quickw: quickworld64 quickkernel64 reinstall64 reinstallkernel64 sysloader
	@echo "Run the environment with:"
	@echo "make QEMUDIR=${QEMUDIR} run"

quick: quickkernel64 reinstallkernel64
	@echo "Run the environment with:"
	@echo "make QEMUDIR=${QEMUDIR} run"

help:
	@echo "Setup Instructions:"
	@echo ""
	@echo "    setenv QEMUDIR target_dir"
	@echo ""
	@echo "Meta target components:"
	@echo ""
	@echo "    help     - this help"
	@echo "    clean    - clean up"
	@echo "    scratch  - build and install everything from scratch"
	@echo "               (this is absolutely everything, except gdb64)"
	@echo "    quick    - incremental kernel build & reinstall"
	@echo "    quickw   - incremental world & kernel build & reinstall"
	@echo "    run      - run qemu with QEMUDIR/root.img"
	@echo "    mount    - mount QEMUDIR/root.img at QEMUDIR/root"
	@echo "    umount   - unmount"
	@echo "    gdb64    - create /usr/loca/bin/gdb64 - debug 64 bit bins"
	@echo ""
	@echo "Individual target components:"
	@echo ""
	@echo "    qemu              - fetch, patch, and build qemu"
	@echo "    world32           - build the 32 bit world from scratch"
	@echo "    world64           - build the 64 bit world from scratch"
	@echo "    kernel64          - build the 64 bit kernel from scratch"
	@echo "    root64            - create a new, empty root.img"
	@echo "    install64         - install a 64 bit world & kernel"
	@echo "                        into root.img"
	@echo "    quickworld64      - incremental rebuild world64"
	@echo "    quickkernel64     - incremental rebuild kernel64"
	@echo "    reinstall64       - reinstall world64 into root.img"
	@echo "                        (just the installworld piece)"
	@echo "    reinstallkernel64 - reinstall kernel64 into root.img"
	@echo "    sysloader         - reinstall 32-bit system loader"
	@echo "                        (in case the 64 bit loader fails,"
	@echo "                        the 32 bit loader can be used)"
	@echo ""

# Unmount everything, de-configured VN, and clean up.
# (check handles umounting/deconfiguring)
#
clean: check
	rm -rf ${QEMUDIR}/${QEMU}.tar.gz ${QEMUDIR}/${QEMU} \
		${QEMUDIR}/${QEMU}-dragonfly.patch \
		${QEMUDIR}/root.img ${QEMUDIR}/root

# Build qemu for Intel 32 and 64 bit environments
#
# If configuring with sdl support from pkgsrc add the following
# options to the configure command:
#
#	--extra-cflags=-I/usr/pkg/include
#	--extra-ldflags=-L/usr/pkg/lib
#
qemu: checkq
.if !exists(${QEMUDIR}/${QEMU}.tar.gz)
	cd ${QEMUDIR} && \
	    fetch http://download.savannah.gnu.org/releases/qemu/${QEMU}.tar.gz
.endif
.if !exists(${QEMUDIR}/${QEMU}-dragonfly.patch)
	cd ${QEMUDIR} && \
	    fetch http://pkgbox.dragonflybsd.org/patches/${QEMU}-dragonfly.patch
.endif
	rm -rf ${QEMUDIR}/${QEMU}
	cd ${QEMUDIR} && tar xvzpf ${QEMU}.tar.gz
	cd ${QEMUDIR}/${QEMU} && patch -p1 < ${QEMUDIR}/${QEMU}-dragonfly.patch
	cd ${QEMUDIR}/${QEMU} &&  \
	    ./configure --disable-sdl \
			--disable-gfx-check \
			--disable-kqemu \
			--enable-system \
			--disable-aio \
			--disable-kvm \
			--target-list=i386-softmmu,x86_64-softmmu
	cd ${QEMUDIR}/${QEMU} && CCVER=gcc34 gmake
	cd ${QEMUDIR}/${QEMU} && CCVER=gcc34 gmake install

# Build the 32 and 64 bit worlds and the 64 bit kernel
#
#
world32: checkq
	cd ${SRCDIR} && make -j 4 buildworld

world64: checkq
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 buildworld

kernel64: checkq
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 KERNCONF=JG64 \
	    buildkernel

# Quick build - just rebuild the kernel quickly
#
#
quickworld64: checkq
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 quickworld

quickkernel64: checkq
	cd ${SRCDIR} && \
	    make TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 KERNCONF=JG64 \
	    quickkernel

# Build and mount an empty filesystem for the emulated root disk
#
#
root64:	check
	vnconfig -c -T -S ${ROOTSIZE} -s labels \
	    `cat ${QEMUDIR}/vn.which` ${QEMUDIR}/root.img
	dd if=/dev/zero of=/dev/`cat ${QEMUDIR}/vn.which` bs=32k count=4
	fdisk -IB `cat ${QEMUDIR}/vn.which`
	disklabel -r -w `cat ${QEMUDIR}/vn.which`s1 auto
	disklabel `cat ${QEMUDIR}/vn.which`s1 > ${QEMUDIR}/label.tmp
	echo 'a: * 0 4.2BSD' >> ${QEMUDIR}/label.tmp
	disklabel -R `cat ${QEMUDIR}/vn.which`s1 ${QEMUDIR}/label.tmp
	disklabel -B `cat ${QEMUDIR}/vn.which`s1
	newfs /dev/`cat ${QEMUDIR}/vn.which`s1a
	mkdir -p ${QEMUDIR}/root
	vnconfig -u `cat ${QEMUDIR}/vn.which`
	rm -f ${QEMUDIR}/vn.which

mount: check
	vnconfig -c -s labels `cat ${QEMUDIR}/vn.which` ${QEMUDIR}/root.img
	fsck -p /dev/`cat ${QEMUDIR}/vn.which`s1a
	mount /dev/`cat ${QEMUDIR}/vn.which`s1a ${QEMUDIR}/root
	@echo "Mounted ${QEMUDIR}/root"

umount: check

# Install a fresh 64 bit world & distribution, and kernel
#
#
install64: mount
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
		 DESTDIR=${QEMUDIR}/root installworld
	cd ${SRCDIR}/etc && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
		 DESTDIR=${QEMUDIR}/root distribution
	echo '/dev/ad1s1a	/	ufs	rw	1 1' > ${QEMUDIR}/root/etc/fstab
	echo 'proc		/proc	procfs	rw	0 0' >> ${QEMUDIR}/root/etc/fstab
	echo 'vfs.root.mountfrom="ufs:ad1s1a"' > ${QEMUDIR}/root/boot/loader.conf
	(egrep -v '^console' ${QEMUDIR}/root/etc/ttys; echo 'console "/usr/libexec/getty Pc"	cons25	on	secure') > ${QEMUDIR}/root/etc/ttys.new
	mv -f ${QEMUDIR}/root/etc/ttys.new ${QEMUDIR}/root/etc/ttys
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
		 DESTDIR=${QEMUDIR}/root KERNCONF=JG64 \
		 NO_MODULES= \
		 installkernel
	@echo "WARNING: 64 bit loader installed, if it doesn't work"
	@echo "         then use 'sysloader' to install the 32 bit one"

# Quick reinstall - just install a new kernel on top of an existing image
#
#
reinstall64: mount
	@echo "NOTE: Installing native 32 bit loader into root.img."
	@echo "      This loader should still be able to boot the"
	@echo "      64 bit kernel"
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
		 DESTDIR=${QEMUDIR}/root installworld

reinstallkernel64: mount
	cd ${SRCDIR} && \
	    make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
		 DESTDIR=${QEMUDIR}/root KERNCONF=JG64 \
		 NO_MODULES= \
		 installkernel

sysloader: mount
	cp /boot/loader ${QEMUDIR}/root/boot/loader
	sync

# Run qemu on our image in 64 bit mode.  Make sure we are unmounted so
# we do not compete against the emulated kernel when writing to root.img.
# (check does this for us)
#
run: check
	cd ${QEMUDIR} && qemu-system-x86_64 -curses -hda ${QEMUDIR}/root.img \
					    -m 128 -no-fd-bootchk

rungdb: check
	@echo "RUN WITH:  run -curses -hda root.img"
	cd ${QEMUDIR} && gdb qemu-system-x86_64

# build a gdb capable of debugging 64 bit binaries
#
gdb64:
	cd /usr/src/gnu/usr.bin/gdb && (make clean; make TARGET_ARCH=amd64)
	cp /usr/obj/usr/src/gnu/usr.bin/gdb/gdb/gdb /usr/local/bin/gdb64
	cd /usr/src/gnu/usr.bin/gdb && make clean

# Make sure we are not mounted and the VN device is unconfigured,
#
# Find an unused VN device but do not do anything with it yet.
#
checkq:
.if !defined(QEMUDIR)
	@(echo "must specify QEMUDIR=target or as an environment variable"; exit 1)
.endif
.if exists(${QEMUDIR})
	@echo "${QEMUDIR} found"
.else
	mkdir -p ${QEMUDIR}
.endif

check: checkq
.if exists(${QEMUDIR}/vn.which)
	-umount ${QEMUDIR}/root > /dev/null 2>&1
	-vnconfig -u `cat ${QEMUDIR}/vn.which` > /dev/null 2>&1
	rm -f ${QEMUDIR}/vn.which
.endif
	(vnconfig -l | fgrep "not in use" > /dev/null) || \
	    (echo "Cannot find unused VN"; exit 1)
	vnconfig -l | fgrep "not in use" | \
	    cut -f 1 -d : | head -1 > ${QEMUDIR}/vn.which
	egrep '^vn' ${QEMUDIR}/vn.which > /dev/null || \
	    (echo "VN device selection is bad"; exit 1)
Commit	Line	Data
edbdff6b MD	1	# Makefile - manage a qemu system for testing 64 bit DragonFly builds
	2	#
	3	# This Makefile will patch and build qemu, do all necessary world and
	4	# kernel builds, and create a 64 bit root.img disk.
	5	#
	6
4166d988	7	# require it to be specified
f50a0df7	8	SRCDIR ?= ${.CURDIR}/../..
edbdff6b	9	QEMU ?= qemu-0.10.1
edbdff6b MD	10	ROOTSIZE ?= 512M
	11
	12	all: help
	13
d8ab33fe	14	scratch: qemu world32 world64 kernel64 root64 install64 sysloader
edbdff6b	15	@echo "Run the environment with:"
0d9f5ab9	16	@echo "make QEMUDIR=${QEMUDIR} run"
edbdff6b	17
d8ab33fe	18	quickw: quickworld64 quickkernel64 reinstall64 reinstallkernel64 sysloader
edbdff6b	19	@echo "Run the environment with:"
0d9f5ab9	20	@echo "make QEMUDIR=${QEMUDIR} run"
edbdff6b	21
0d9f5ab9 MD	22	quick: quickkernel64 reinstallkernel64
	23	@echo "Run the environment with:"
	24	@echo "make QEMUDIR=${QEMUDIR} run"
edbdff6b MD	25
edbdff6b MD	26	help:
d8ab33fe MD	27	@echo "Setup Instructions:"
	28	@echo ""
	29	@echo " setenv QEMUDIR target_dir"
	30	@echo ""
	31	@echo "Meta target components:"
	32	@echo ""
0d9f5ab9 MD	33	@echo " help - this help"
0d9f5ab9 MD	34	@echo " clean - clean up"
d8ab33fe MD	35	@echo " scratch - build and install everything from scratch"
	36	@echo " (this is absolutely everything, except gdb64)"
	37	@echo " quick - incremental kernel build & reinstall"
	38	@echo " quickw - incremental world & kernel build & reinstall"
	39	@echo " run - run qemu with QEMUDIR/root.img"
	40	@echo " mount - mount QEMUDIR/root.img at QEMUDIR/root"
0d9f5ab9 MD	41	@echo " umount - unmount"
0d9f5ab9 MD	42	@echo " gdb64 - create /usr/loca/bin/gdb64 - debug 64 bit bins"
d8ab33fe MD	43	@echo ""
	44	@echo "Individual target components:"
	45	@echo ""
	46	@echo " qemu - fetch, patch, and build qemu"
	47	@echo " world32 - build the 32 bit world from scratch"
	48	@echo " world64 - build the 64 bit world from scratch"
	49	@echo " kernel64 - build the 64 bit kernel from scratch"
	50	@echo " root64 - create a new, empty root.img"
	51	@echo " install64 - install a 64 bit world & kernel"
	52	@echo " into root.img"
	53	@echo " quickworld64 - incremental rebuild world64"
	54	@echo " quickkernel64 - incremental rebuild kernel64"
	55	@echo " reinstall64 - reinstall world64 into root.img"
	56	@echo " (just the installworld piece)"
	57	@echo " reinstallkernel64 - reinstall kernel64 into root.img"
	58	@echo " sysloader - reinstall 32-bit system loader"
	59	@echo " (in case the 64 bit loader fails,"
	60	@echo " the 32 bit loader can be used)"
	61	@echo ""
edbdff6b MD	62
	63	# Unmount everything, de-configured VN, and clean up.
	64	# (check handles umounting/deconfiguring)
	65	#
	66	clean: check
	67	rm -rf ${QEMUDIR}/${QEMU}.tar.gz ${QEMUDIR}/${QEMU} \
b0fc2716	68	${QEMUDIR}/${QEMU}-dragonfly.patch \
edbdff6b MD	69	${QEMUDIR}/root.img ${QEMUDIR}/root
	70
	71	# Build qemu for Intel 32 and 64 bit environments
	72	#
	73	# If configuring with sdl support from pkgsrc add the following
	74	# options to the configure command:
	75	#
	76	# --extra-cflags=-I/usr/pkg/include
	77	# --extra-ldflags=-L/usr/pkg/lib
	78	#
	79	qemu: checkq
	80	.if !exists(${QEMUDIR}/${QEMU}.tar.gz)
	81	cd ${QEMUDIR} && \
	82	fetch http://download.savannah.gnu.org/releases/qemu/${QEMU}.tar.gz
	83	.endif
b0fc2716	84	.if !exists(${QEMUDIR}/${QEMU}-dragonfly.patch)
edbdff6b	85	cd ${QEMUDIR} && \
b0fc2716	86	fetch http://pkgbox.dragonflybsd.org/patches/${QEMU}-dragonfly.patch
edbdff6b MD	87	.endif
	88	rm -rf ${QEMUDIR}/${QEMU}
	89	cd ${QEMUDIR} && tar xvzpf ${QEMU}.tar.gz
b0fc2716	90	cd ${QEMUDIR}/${QEMU} && patch -p1 < ${QEMUDIR}/${QEMU}-dragonfly.patch
edbdff6b MD	91	cd ${QEMUDIR}/${QEMU} && \
	92	./configure --disable-sdl \
	93	--disable-gfx-check \
	94	--disable-kqemu \
	95	--enable-system \
	96	--disable-aio \
	97	--disable-kvm \
	98	--target-list=i386-softmmu,x86_64-softmmu
	99	cd ${QEMUDIR}/${QEMU} && CCVER=gcc34 gmake
	100	cd ${QEMUDIR}/${QEMU} && CCVER=gcc34 gmake install
	101
	102	# Build the 32 and 64 bit worlds and the 64 bit kernel
	103	#
	104	#
4166d988	105	world32: checkq
edbdff6b MD	106	cd ${SRCDIR} && make -j 4 buildworld
edbdff6b MD	107
4166d988	108	world64: checkq
edbdff6b MD	109	cd ${SRCDIR} && \
	110	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 buildworld
	111
4166d988	112	kernel64: checkq
edbdff6b MD	113	cd ${SRCDIR} && \
	114	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 KERNCONF=JG64 \
	115	buildkernel
	116
	117	# Quick build - just rebuild the kernel quickly
	118	#
	119	#
4166d988	120	quickworld64: checkq
0d9f5ab9 MD	121	cd ${SRCDIR} && \
	122	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 quickworld
	123
4166d988	124	quickkernel64: checkq
edbdff6b MD	125	cd ${SRCDIR} && \
	126	make TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 KERNCONF=JG64 \
	127	quickkernel
	128
	129	# Build and mount an empty filesystem for the emulated root disk
	130	#
	131	#
	132	root64: check
	133	vnconfig -c -T -S ${ROOTSIZE} -s labels \
	134	`cat ${QEMUDIR}/vn.which` ${QEMUDIR}/root.img
	135	dd if=/dev/zero of=/dev/`cat ${QEMUDIR}/vn.which` bs=32k count=4
	136	fdisk -IB `cat ${QEMUDIR}/vn.which`
	137	disklabel -r -w `cat ${QEMUDIR}/vn.which`s1 auto
	138	disklabel `cat ${QEMUDIR}/vn.which`s1 > ${QEMUDIR}/label.tmp
	139	echo 'a: * 0 4.2BSD' >> ${QEMUDIR}/label.tmp
	140	disklabel -R `cat ${QEMUDIR}/vn.which`s1 ${QEMUDIR}/label.tmp
	141	disklabel -B `cat ${QEMUDIR}/vn.which`s1
	142	newfs /dev/`cat ${QEMUDIR}/vn.which`s1a
	143	mkdir -p ${QEMUDIR}/root
	144	vnconfig -u `cat ${QEMUDIR}/vn.which`
	145	rm -f ${QEMUDIR}/vn.which
	146
	147	mount: check
	148	vnconfig -c -s labels `cat ${QEMUDIR}/vn.which` ${QEMUDIR}/root.img
0d9f5ab9	149	fsck -p /dev/`cat ${QEMUDIR}/vn.which`s1a
edbdff6b MD	150	mount /dev/`cat ${QEMUDIR}/vn.which`s1a ${QEMUDIR}/root
	151	@echo "Mounted ${QEMUDIR}/root"
	152
	153	umount: check
	154
	155	# Install a fresh 64 bit world & distribution, and kernel
	156	#
	157	#
	158	install64: mount
	159	cd ${SRCDIR} && \
	160	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
	161	DESTDIR=${QEMUDIR}/root installworld
	162	cd ${SRCDIR}/etc && \
	163	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
	164	DESTDIR=${QEMUDIR}/root distribution
	165	echo '/dev/ad1s1a / ufs rw 1 1' > ${QEMUDIR}/root/etc/fstab
	166	echo 'proc /proc procfs rw 0 0' >> ${QEMUDIR}/root/etc/fstab
0d9f5ab9	167	echo 'vfs.root.mountfrom="ufs:ad1s1a"' > ${QEMUDIR}/root/boot/loader.conf
edbdff6b MD	168	(egrep -v '^console' ${QEMUDIR}/root/etc/ttys; echo 'console "/usr/libexec/getty Pc" cons25 on secure') > ${QEMUDIR}/root/etc/ttys.new
	169	mv -f ${QEMUDIR}/root/etc/ttys.new ${QEMUDIR}/root/etc/ttys
	170	cd ${SRCDIR} && \
	171	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
	172	DESTDIR=${QEMUDIR}/root KERNCONF=JG64 \
	173	NO_MODULES= \
	174	installkernel
d8ab33fe MD	175	@echo "WARNING: 64 bit loader installed, if it doesn't work"
d8ab33fe MD	176	@echo " then use 'sysloader' to install the 32 bit one"
edbdff6b MD	177
	178	# Quick reinstall - just install a new kernel on top of an existing image
	179	#
	180	#
	181	reinstall64: mount
d8ab33fe MD	182	@echo "NOTE: Installing native 32 bit loader into root.img."
	183	@echo " This loader should still be able to boot the"
	184	@echo " 64 bit kernel"
edbdff6b MD	185	cd ${SRCDIR} && \
edbdff6b MD	186	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
0d9f5ab9 MD	187	DESTDIR=${QEMUDIR}/root installworld
	188
	189	reinstallkernel64: mount
	190	cd ${SRCDIR} && \
	191	make -j 4 TARGET_ARCH=amd64 TARGET_PLATFORM=pc64 \
edbdff6b MD	192	DESTDIR=${QEMUDIR}/root KERNCONF=JG64 \
	193	NO_MODULES= \
	194	installkernel
	195
d8ab33fe MD	196	sysloader: mount
	197	cp /boot/loader ${QEMUDIR}/root/boot/loader
	198	sync
	199
edbdff6b MD	200	# Run qemu on our image in 64 bit mode. Make sure we are unmounted so
	201	# we do not compete against the emulated kernel when writing to root.img.
	202	# (check does this for us)
	203	#
	204	run: check
b0fc2716 MD	205	cd ${QEMUDIR} && qemu-system-x86_64 -curses -hda ${QEMUDIR}/root.img \
b0fc2716 MD	206	-m 128 -no-fd-bootchk
edbdff6b MD	207
edbdff6b MD	208	rungdb: check
b0fc2716	209	@echo "RUN WITH: run -curses -hda root.img"
edbdff6b MD	210	cd ${QEMUDIR} && gdb qemu-system-x86_64
edbdff6b MD	211
0d9f5ab9 MD	212	# build a gdb capable of debugging 64 bit binaries
	213	#
	214	gdb64:
	215	cd /usr/src/gnu/usr.bin/gdb && (make clean; make TARGET_ARCH=amd64)
	216	cp /usr/obj/usr/src/gnu/usr.bin/gdb/gdb/gdb /usr/local/bin/gdb64
	217	cd /usr/src/gnu/usr.bin/gdb && make clean
edbdff6b MD	218
	219	# Make sure we are not mounted and the VN device is unconfigured,
	220	#
	221	# Find an unused VN device but do not do anything with it yet.
	222	#
	223	checkq:
	224	.if !defined(QEMUDIR)
4166d988 MD	225	@(echo "must specify QEMUDIR=target or as an environment variable"; exit 1)
4166d988 MD	226	.endif
edbdff6b MD	227	.if exists(${QEMUDIR})
	228	@echo "${QEMUDIR} found"
	229	.else
	230	mkdir -p ${QEMUDIR}
	231	.endif
	232
	233	check: checkq
	234	.if exists(${QEMUDIR}/vn.which)
	235	-umount ${QEMUDIR}/root > /dev/null 2>&1
	236	-vnconfig -u `cat ${QEMUDIR}/vn.which` > /dev/null 2>&1
	237	rm -f ${QEMUDIR}/vn.which
	238	.endif
	239	(vnconfig -l \| fgrep "not in use" > /dev/null) \|\| \
	240	(echo "Cannot find unused VN"; exit 1)
	241	vnconfig -l \| fgrep "not in use" \| \
	242	cut -f 1 -d : \| head -1 > ${QEMUDIR}/vn.which
	243	egrep '^vn' ${QEMUDIR}/vn.which > /dev/null \|\| \
	244	(echo "VN device selection is bad"; exit 1)