freebsd-skq/release/Makefile

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# $Id: Makefile,v 1.351 1998/05/20 01:06:32 jkh Exp $
#
# make release CHROOTDIR=/some/dir BUILDNAME=somename [ RELEASETAG=tag ]
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#
# Where "/some/dir" is the pathname of a directory on a some
# filesystem with at least 600MB of free space, "somename" is what
# you want the release to call itself and, optionally, which CVS "tag"
# name should be used when checking out the sources to build the release
# (default is HEAD).
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#
# Please note: the vn driver must also be compiled into your kernel,
# otherwise the target 'release.8' and possibly others will fail.
#
# Set these, release builder!
#
# Fixed version:
#BUILDNAME=2.2-RELEASE
#
# Automatic SNAP versioning:
DATE != date +%y%m%d
BASE = 3.0
BUILDNAME?=${BASE}-${DATE}-SNAP
#
#CHROOTDIR=/junk/release
# If this is a RELEASE, then set
#RELEASETAG=RELENG_2_2
# If you are using a local CVS repository with components stored in
# non-standard modules, override these on the make commandline or
# in the environment.
RELEASESRCMODULE?= src
RELEASEDOCMODULE?= doc
RELEASEPORTSMODULE?= ports
# Uncomment this to disable the doc.1 target. It is also an ERROR
# to set NOPORTS and not set NODOC since docs depend on ports.
#NODOC= YES
DOCPORTS= archivers/unzip lang/perl5 textproc/jade textproc/iso8879 \
textproc/linuxdoc textproc/docbook textproc/sgmlformat
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# Things which without too much trouble can be considered variables
# BIN_DISTS are special in that they get full /etc installation sets.
#
COMPAT_DISTS?= compat1x compat20 compat21
OTHER_DISTS?= manpages catpages games proflibs dict info doc
CRYPTO_DISTS?= krb des
BIN_DISTS?= bin
DISTRIBUTIONS?= ${BIN_DISTS} ${OTHER_DISTS} ${COMPAT_DISTS} ${CRYPTO_DISTS}
KERNELS?= GENERIC
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# Extra source tarballs; each argument is a pair of source dir and
# distribution name. The dist name should not exceed 7 characters
# (another "s" for "source" will be prepended).
EXTRA_SRC+= usr.sbin/sendmail/cf smailcf
BOOT1= etc/protocols etc/rc.conf
# mountpoint for filesystems.
MNT= /mnt
# other floppy parameters.
FDSIZE= 1440
FDLABEL= fd1440
ZIPNSPLIT= gzip --no-name -9 -c | split -b 240640 -
# Upper size for the mfs in the boot.flp kernel.
# These are adjusted down to the minimum needed by doFS.sh.
BOOTMFSSIZE= 1440
MFSINODE= 7000
FIXITINODE= 2000
BOOTINODE= 100000
VNDEVICE?= vn0
# Things which may get you into trouble if you change them
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MTREEFILES= ${.CURDIR}/../etc/mtree
RD= /R/stage
FD= /R/ftp
CD= /R/cdrom
CD_DISC1= ${CD}/disc1
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CD_DISC2= ${CD}/disc2
# Where the bootstrap ports (see DOCPORTS) get installed.
LOCALDIR= /usr/local/bin
# ${BOOTSTRAPDIR} is for those utilities that refer to the hosting
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# environment, rather than the target environment. This is specifically
# intended for kernel-dependent utilities that are used during the build.
#
# ${BOOTSTRAPDIR} is actually being used by prepending it to the normal
# ${PATH}. Thus, it's also available to outside utilities like doFS.sh.
BOOTSTRAPDIR= /bootstrap
#
# The mount subsystem has been changed between 2.2 and 3.0 by the
# Lite2 import.
BOOTSTRAPUTILS= /sbin/mount /sbin/umount
#
# 3.0 cpio tries to reference lchown(2) which is not available in 2.2
BOOTSTRAPUTILS+= /usr/bin/cpio
.if !defined(CRUNCH_TARGETS)
CRUNCH_TARGETS= boot fixit
.endif
EXTRAS= cdrom.1 ftp.1
.if !defined(NODOC)
DOCREL= doc.1
.endif
REDO?= sysinstall
REDOSED= sed -e 's/dirs/release.1/' -e 's/trees/release.2/' \
-e 's/kerns/release.3/' -e 's/sysinstall/release.4/' \
-e 's/fixup/release.5/' -e 's/tarbin/release.6/' \
-e 's/tarsrc/release.7/' -e 's/boot\.flp/release.8/' \
-e 's/fixit\.flp/release.9/' -e 's/ftp/ftp.1/' \
-e 's/cdrom/cdrom.1/'
REDOREDO!= echo ${REDO} | ${REDOSED}
rerelease release:
.if !defined(CHROOTDIR) || !defined(BUILDNAME) || !defined(CVSROOT)
@echo "To make a release you must set CHROOTDIR, BUILDNAME and CVSROOT" && false
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.endif
.if make(release)
.if exists(${CHROOTDIR})
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chflags -R noschg ${CHROOTDIR}/.
-rm -rf ${CHROOTDIR}
.endif
-mkdir -p ${CHROOTDIR}
cd ${.CURDIR}/../etc && ${MAKE} distrib-dirs DESTDIR=${CHROOTDIR}
cd ${.CURDIR}/../etc && ${MAKE} distribution DESTDIR=${CHROOTDIR}
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cd ${.CURDIR}/.. && ${MAKE} install DESTDIR=${CHROOTDIR} NOMAN=1
mkdir ${CHROOTDIR}/${BOOTSTRAPDIR}
for i in ${BOOTSTRAPUTILS} ; do \
cp -p ${CHROOTDIR}$$i ${CHROOTDIR}/${BOOTSTRAPDIR} ; \
done
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.if !defined(RELEASETAG)
cd ${CHROOTDIR}/usr && rm -rf src && \
cvs -d ${CVSROOT} co -P ${RELEASESRCMODULE}
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.else
cd ${CHROOTDIR}/usr && rm -rf src && \
cvs -d ${CVSROOT} co -P -r ${RELEASETAG} ${RELEASESRCMODULE}
.endif
.if defined(LOCAL_PATCHES) && exists(${LOCAL_PATCHES})
cd ${CHROOTDIR}/usr/src && patch --silent < ${LOCAL_PATCHES}
.endif
.if !defined(NOPORTS)
cd ${CHROOTDIR}/usr && rm -rf ports && cvs -d ${CVSROOT} co -P ${RELEASEPORTSMODULE} && cd ports && make readmes PORTSDIR=${CHROOTDIR}/usr/ports
.endif
.if !defined(NODOC)
cd ${CHROOTDIR}/usr && rm -rf doc && cvs -d ${CVSROOT} co -P ${RELEASEDOCMODULE}
cd ${CHROOTDIR}/usr/ports && for i in ${DOCPORTS}; do \
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(cd $$i; make fetch MASTER_SITE_OVERRIDE=file:/usr/ports/distfiles/ \
DISTDIR=${CHROOTDIR}/usr/ports/distfiles ); \
done
.endif
.endif
.if make(rerelease)
.if !defined(RELEASENOUPDATE)
.if !defined(RELEASETAG)
cd ${CHROOTDIR}/usr/src && cvs -q update -P -d
.else
cd ${CHROOTDIR}/usr/src && cvs -q update -P -d -r ${RELEASETAG}
.endif
.if !defined(NOPORTS)
cd ${CHROOTDIR}/usr/ports && cvs -q update -P -d
.endif
.if !defined(NODOC)
cd ${CHROOTDIR}/usr/doc && cvs -q update -P -d
.endif
.endif
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.endif
# Add version information to those things that need it.
( cd ${CHROOTDIR}/usr/src/sys/conf && \
mv newvers.sh foo && \
sed "s/^RELEASE=.*/RELEASE=${BUILDNAME}/" foo > newvers.sh&& rm foo )
( cd ${CHROOTDIR}/usr/src/release/sysinstall && \
sed "s/__RELEASE/${BUILDNAME}/" version.h > version.h.new && \
mv version.h.new version.h && \
echo XXXX )
-test -f install.cfg && cp install.cfg ${CHROOTDIR}/usr/src/release
echo "#!/bin/sh" > ${CHROOTDIR}/mk
echo "set -ex" >> ${CHROOTDIR}/mk
echo "export CFLAGS='-O2 -pipe'" >> ${CHROOTDIR}/mk
echo "export DISTRIBUTIONS=\"${DISTRIBUTIONS}\"" >> ${CHROOTDIR}/mk
echo "export BUILDNAME=${BUILDNAME}" >> ${CHROOTDIR}/mk
echo "export VNDEVICE=${VNDEVICE}" >> ${CHROOTDIR}/mk
.if defined(RELEASETAG)
echo "export RELEASETAG=${RELEASETAG}" >> ${CHROOTDIR}/mk
.endif
.if defined(NOPORTS)
echo "export NOPORTS=${NOPORTS}" >> ${CHROOTDIR}/mk
.endif
.if defined(NODOC)
echo "export NODOC=${NODOC}" >> ${CHROOTDIR}/mk
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.endif
.if defined(NOSRC)
echo "export NOSRC=${NOSRC}" >> ${CHROOTDIR}/mk
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.endif
.if defined(NOSHARED)
echo "export NOSHARED=${NOSHARED}" >> ${CHROOTDIR}/mk
.endif
.if defined(BOOT_CONFIG)
echo "export BOOT_CONFIG=\"${BOOT_CONFIG}\"">> ${CHROOTDIR}/mk
.endif
# Don't remove this, or the build will fall over!
echo "export RELEASEDIR=/R" >> ${CHROOTDIR}/mk
echo "export PATH=${BOOTSTRAPDIR}:$${PATH}:${LOCALDIR}" >> ${CHROOTDIR}/mk
echo "cd /usr/src" >> ${CHROOTDIR}/mk
.if make(release)
# This eases bootstrapping from a more recent hosting environment:
.if exists(/usr/lib/aout/)
echo "mkdir -p /usr/lib/compat/aout" >> ${CHROOTDIR}/mk
echo "chflags noschg /usr/lib/aout/lib*.so.*" >> ${CHROOTDIR}/mk
echo "mv /usr/lib/aout/lib*.so.* /usr/lib/compat/aout" >> ${CHROOTDIR}/mk
echo "ldconfig /usr/lib/compat/aout" >> ${CHROOTDIR}/mk
.else
echo "mkdir -p /usr/lib/compat" >> ${CHROOTDIR}/mk
echo "chflags noschg /usr/lib/lib*.so.*" >> ${CHROOTDIR}/mk
echo "mv /usr/lib/lib*.so.* /usr/lib/compat" >> ${CHROOTDIR}/mk
echo "ldconfig /usr/lib /usr/lib/compat" >> ${CHROOTDIR}/mk
.endif
echo "(cd include; make all install)" >> ${CHROOTDIR}/mk
echo "(cd etc; make distrib-dirs distribution)" >> ${CHROOTDIR}/mk
echo "make world" >> ${CHROOTDIR}/mk
echo "(cd etc; make distribution)" >> ${CHROOTDIR}/mk
# Now we've got our own shared libs, remove the bootstrapping
# libs again.
echo "rm -f /usr/lib/compat/*" >> ${CHROOTDIR}/mk
echo "ldconfig /usr/lib" >> ${CHROOTDIR}/mk
.endif
.if make(rerelease)
echo "make all install" >> ${CHROOTDIR}/mk
.endif
echo "cd /usr/src/release/sysinstall" >> ${CHROOTDIR}/mk
echo "make obj" >> ${CHROOTDIR}/mk
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echo "cd /usr/src/release" >> ${CHROOTDIR}/mk
echo "make objlink" >> ${CHROOTDIR}/mk
echo "(cd obj; rm -f ${REDOREDO})" >> ${CHROOTDIR}/mk
echo "make doRELEASE" >> ${CHROOTDIR}/mk
echo "echo make ${.TARGET} Finished" >> ${CHROOTDIR}/mk
chmod 755 ${CHROOTDIR}/mk
chroot ${CHROOTDIR} /mk
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clean:
rm -rf boot_crunch release.[0-9]
# Clean out /R and make the directory structure.
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release.1:
-mkdir /R
chflags -R noschg /R/.
rm -rf /R/*
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mkdir ${RD}
mkdir ${RD}/floppies
mkdir ${RD}/trees
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mkdir ${RD}/dists
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mkdir ${RD}/kernels
for i in ${DISTRIBUTIONS} ; do \
mkdir ${RD}/trees/$$i && \
mkdir ${RD}/dists/$$i && \
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mtree -deU -f ${MTREEFILES}/BSD.root.dist \
-p ${RD}/trees/$$i > /dev/null && \
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mtree -deU -f ${MTREEFILES}/BSD.usr.dist \
-p ${RD}/trees/$$i/usr > /dev/null && \
mtree -deU -f ${MTREEFILES}/BSD.include.dist \
-p ${RD}/trees/$$i/usr/include > /dev/null && \
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mtree -deU -f ${MTREEFILES}/BSD.var.dist \
-p ${RD}/trees/$$i/var > /dev/null ; \
done
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touch release.1
# Install the system into the various distributions.
release.2:
cd ${.CURDIR}/../etc && make distrib-dirs DESTDIR=${RD}/trees/bin
cd ${.CURDIR}/.. && make distribute DISTDIR=${RD}/trees
.if exists(${.CURDIR}/../kerberosIV) && !defined(NOKERBEROS)
cd ${.CURDIR}/../kerberosIV && ( \
make bootstrap &&\
make obj all help-distribute DISTDIR=${RD}/trees &&\
make kprog \
)
.endif
chflags -R noschg ${RD}/trees
touch release.2
# Make and install the generic kernel(s).
release.3:
.for kernel in ${KERNELS}
rm -f ${RD}/kernels/${kernel}
rm -rf ${.CURDIR}/../sys/compile/${kernel}
cd ${.CURDIR} && ${MAKE} doKERNEL KERNEL=${kernel}
rm -rf ${.CURDIR}/../sys/compile/${kernel}
ln -f ${RD}/kernels/${kernel} ${RD}/trees/bin/kernel.${kernel}
.endfor
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touch release.3
# Make and install the three crunched binaries which live on the floppies.
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# You are not supposed to like this :-)
#
# NB: the "RELEASE_BUILD_FIXIT" magic prevents vi from including the
# Tcl and Perl APIs. See also /usr/src/usr.bin/vi/Makefile.
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release.4:
@mkdir -p /stand
cd ${.CURDIR}/sysinstall && make obj depend all install
rm -rf ${RD}/crunch
mkdir -p ${RD}/crunch
export RELEASE_BUILD_FIXIT=noway ; \
for j in ${CRUNCH_TARGETS} ; do \
rm -rf $${j}_crunch && \
mkdir $${j}_crunch && \
( cd $${j}_crunch && \
crunchgen ${.CURDIR}/$${j}_crunch.conf && \
${MAKE} -DRELEASE_CRUNCH -f $${j}_crunch.mk subclean all \
NOCRYPT=yes "CFLAGS=${CFLAGS} -DCRUNCHED_BINARY") && \
mv $${j}_crunch/$${j}_crunch ${RD}/crunch/$${j} && \
true || { rm -rf $${j}_crunch ; false ; } ; \
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done
touch release.4
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#
# --==## Fix up the distributions. ##==--
#
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release.5:
# Handle some grief caused by the munition braindeadness.
for i in sbin/init bin/ed ; do \
( cd ${.CURDIR}/../$$i; \
make -DNOCRYPT clean all distribute DISTDIR=${RD}/trees ) ; \
done
# Create any "synthetic dists" now.
@for i in ${DISTRIBUTIONS}; do \
if [ -f ${.CURDIR}/scripts/$${i}-make.sh ]; then \
echo -n "Running $$i dist creation script... "; \
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env RD=${RD} sh ${.CURDIR}/scripts/$${i}-make.sh || echo "$$i distribution script returned bad status."; \
echo "Done."; \
fi \
done \
# Create symlinks for the MD5-based crypt lib, too. The
# automatically created links still point to the DES stuff,
# which went into its own distribution.
for i in ${RD}/trees/bin/usr/lib/libscrypt* ; do \
c=`echo $$i | sed -e 's/libscrypt/libcrypt/'` ; \
rm -f $$c ; \
ln -s `basename $$i` $$c ; \
done
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# Remove all the directories we don't need.
-cd ${RD}/trees && \
find ${OTHER_DISTS} ${COMPAT_DISTS} ${CRYPTO_DISTS} -depth -type d -print | xargs rmdir
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touch release.5
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#
# --==## Package up the tarballs from assembled trees ##==--
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#
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release.6:
rm -rf ${RD}/dists
mkdir -p ${RD}/dists
@for i in ${DISTRIBUTIONS} ; \
do \
if [ -d ${RD}/trees/$${i} ] ; then \
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cd ${.CURDIR} && $(MAKE) doTARBALL \
SD=${RD}/trees/$${i} \
TN=$$i TD=$$i ARG="." && \
echo "$${i} distribution is finished."; \
fi ; \
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done
# More munition braindeadness.
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( cd ${RD}/dists && \
if [ -f krb/krb.aa ] ; then mv krb/* des && rmdir krb ; fi )
touch release.6
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#
# --==## Make source dists ##==--
#
release.7:
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.if !defined(NOSRC)
@cd ${.CURDIR} && $(MAKE) doTARBALL SD=/usr/src \
TD=src TN=sbase ARG="[A-Z]*"
@for i in `cd /usr/src && echo [a-z]*` ; do \
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if [ -d /usr/src/$$i ] ; then \
cd ${.CURDIR} && $(MAKE) doTARBALL \
TN=`echo s$$i | tr -d '.' | sed 's/usr/u/'` \
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SD=/usr/src TD=src ARG="$$i" ; \
fi ; \
done
.if defined(EXTRA_SRC)
@set ${EXTRA_SRC} && \
while [ $$# -ge 2 ] ; do \
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if [ -d /usr/src/$$1 ] ; then \
cd ${.CURDIR} && $(MAKE) doTARBALL \
SD=/usr/src TN="s$$2" TD=src ARG="$$1" ; \
fi && shift && shift ; \
done
.endif
( cd ${RD}/dists/src && \
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if [ -f ssecure.aa ] ; then mv ssecure.* ../des ; fi && \
if [ -f scrypto.aa ] ; then mv scrypto.* ../des ; fi && \
if [ -f skerbero.aa ] ; then mv skerbero.* ../des ; fi ; )
@echo "src distribution is finished."
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.endif
touch release.7
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# Complete the bootfd
#
# Now, just to get this picture down once and for all:
#
# +------------------------------------------------------------------------+
# |boot.flp |
# +-----+-----+------------------------------------------------------------+
# |boot1|boot2|floppy filesystem "bootfd" |
# +-----+-----+-+--------------------------------------------------------+-+
# |kernel |
# +------------+-----------------------------------------+-+
# |mfs filesystem "mfsfd" |
# +-----------------------------------------+
#
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
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release.8: write_mfs_in_kernel dumpnlist
rm -rf ${RD}/mfsfd
mkdir ${RD}/mfsfd
cd ${RD}/mfsfd && \
mkdir -p etc dev mnt stand/help
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@cp ${.CURDIR}/../sys/i386/boot/biosboot/boot.help ${RD}/mfsfd/stand
@cd ${.CURDIR} && $(MAKE) installCRUNCH CRUNCH=boot \
DIR=${RD}/mfsfd/stand ZIP=false
( cd ${RD}/trees/bin/dev && \
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ls console tty ttyv0 ttyv1 ttyv2 ttyv3 null zero | \
cpio -dump ${RD}/mfsfd/dev )
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( cd ${RD}/mfsfd/dev && rm -f *[swo]d*[bdefgh] )
cd ${RD}/trees/bin && ls ${BOOT1} | cpio -dump ${RD}/mfsfd/stand
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echo "nameserver 42/tcp name" > ${RD}/mfsfd/stand/etc/services
echo "ftp 21/tcp" >> ${RD}/mfsfd/stand/etc/services
echo "domain 53/tcp nameserver" >> ${RD}/mfsfd/stand/etc/services
echo "domain 53/udp nameserver" >> ${RD}/mfsfd/stand/etc/services
echo "cmd 514/tcp shell" >> ${RD}/mfsfd/stand/etc/services
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gzip -c ${.CURDIR}/../COPYRIGHT > ${RD}/mfsfd/stand/help/COPYRIGHT.hlp.gz
-test -f ${.CURDIR}/install.cfg && cp ${.CURDIR}/install.cfg ${RD}/mfsfd
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@echo "Making the regular boot floppy."
tar --exclude CVS -cf - -C ${.CURDIR}/sysinstall help | \
tar xvf - -C ${RD}/mfsfd/stand
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@echo "Compressing doc files..."
@gzip -9 ${RD}/mfsfd/stand/help/*.hlp
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sh -e ${.CURDIR}/doFS.sh ${RD} ${MNT} ${BOOTMFSSIZE} ${RD}/mfsfd \
${MFSINODE} minimum
mv fs-image fs-image.std
mv fs-image.size fs-image.std.size
cd ${.CURDIR} && ${MAKE} doMFSKERN FSIMAGE=std
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mv ${RD}/floppies/bootstd.flp ${RD}/floppies/boot.flp
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@echo "Regular boot floppy made."
touch release.8
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#
# --==## Create a fixit floppy ##==--
#
release.9:
rm -rf ${RD}/fixitfd
mkdir ${RD}/fixitfd
cd ${RD}/fixitfd && \
mkdir -p dev stand bin sbin etc mnt mnt1 mnt2 mnt3 mnt4 tmp \
usr/share/misc usr/mdec
@cd ${.CURDIR} && $(MAKE) installCRUNCH CRUNCH=fixit \
DIR=${RD}/fixitfd/stand ZIP=false
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( cd ${RD}/fixitfd/dev && \
sed -e '/^PATH/s/^/#/' ${RD}/trees/bin/dev/MAKEDEV > MAKEDEV && \
chmod 755 MAKEDEV && \
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sh MAKEDEV all )
cp ${RD}/trees/bin/etc/spwd.db ${RD}/trees/bin/etc/group \
${RD}/trees/bin/etc/protocols ${RD}/fixitfd/etc
cp ${RD}/trees/bin/usr/share/misc/scsi_modes \
${RD}/fixitfd/usr/share/misc
cp ${RD}/trees/bin/usr/mdec/boot[12] ${RD}/fixitfd/usr/mdec
for type in fd od sd wd ; do \
( cd ${RD}/fixitfd/usr/mdec && ln -s boot1 $${type}boot && \
ln -s boot2 boot$${type} ) ; \
done
cp ${.CURDIR}/fixit.profile ${RD}/fixitfd/.profile
cp ${.CURDIR}/fixit.services ${RD}/fixitfd/etc/services
cp ${.CURDIR}/tar.sh ${RD}/fixitfd/stand/tar
chmod 555 ${RD}/fixitfd/stand/tar
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sh -e ${.CURDIR}/doFS.sh ${RD} ${MNT} ${FDSIZE} ${RD}/fixitfd \
${FIXITINODE} ${FDLABEL}
mv fs-image ${RD}/floppies/fixit.flp
# Do our last minute floppies directory setup in a convenient place.
cp ${.CURDIR}/README.TXT ${RD}/floppies/README.TXT
@(cd ${RD}/floppies; md5 * > CHECKSUM.MD5)
touch release.9
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#
# --==## Setup a suitable ftp-area ##==--
#
ftp.1:
mkdir -p ${FD}
cd ${RD} && find floppies -print | cpio -dumpl ${FD}
cd ${RD}/dists && find . -print | cpio -dumpl ${FD}
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cp ${.CURDIR}/ABOUT.TXT ${FD}/ABOUT.TXT
cp ${.CURDIR}/sysinstall/help/readme.hlp ${FD}/README.TXT
cp ${.CURDIR}/sysinstall/help/hardware.hlp ${FD}/HARDWARE.TXT
cp ${.CURDIR}/sysinstall/help/install.hlp ${FD}/INSTALL.TXT
cp ${.CURDIR}/sysinstall/help/relnotes.hlp ${FD}/RELNOTES.TXT
echo "CD_VERSION = ${BUILDNAME}" > ${FD}/cdrom.inf
.if !defined(NOPORTS)
tar -cBf - -C ${CD_DISC1} ports | tar -xBf - -C ${FD}
.endif
1995-03-13 20:09:38 +00:00
1996-01-11 20:28:40 +00:00
#
# --==## Setup a suitable cdrom-area ##==--
#
cdrom.1:
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mkdir -p ${CD_DISC1} ${CD_DISC2}
cd ${RD} && find floppies -print | cpio -dumpl ${CD_DISC1}
cd ${RD}/dists && find . -print | cpio -dumpl ${CD_DISC1}
ln -f ${RD}/kernels/MFSKERNEL.std ${CD_DISC1}/kernel
ln -f ${RD}/trees/bin/usr/mdec/fbsdboot.exe ${CD_DISC1}
for i in ${DISTRIBUTIONS} ; \
do \
if [ -d ${RD}/trees/$${i} ] ; then \
chflags -R noschg ${RD}/trees/$${i} ; \
( cd ${RD}/trees/$${i} && \
1997-03-12 02:31:12 +00:00
find . -depth -print | cpio -dumpl ${CD_DISC2} ) ; \
fi \
done
rm -f ${CD_DISC2}/.profile
cp ${.CURDIR}/fixit.profile ${CD_DISC2}/.profile
1997-03-12 02:31:12 +00:00
echo "CD_VERSION = ${BUILDNAME}" > ${CD_DISC1}/cdrom.inf
echo "CD_VERSION = ${BUILDNAME}" > ${CD_DISC2}/cdrom.inf
1997-03-12 02:31:12 +00:00
cp ${.CURDIR}/ABOUT.TXT ${CD_DISC1}/ABOUT.TXT
cp ${.CURDIR}/sysinstall/help/readme.hlp ${CD_DISC1}/README.TXT
cp ${.CURDIR}/sysinstall/help/hardware.hlp ${CD_DISC1}/HARDWARE.TXT
cp ${.CURDIR}/sysinstall/help/install.hlp ${CD_DISC1}/INSTALL.TXT
cp ${.CURDIR}/sysinstall/help/relnotes.hlp ${CD_DISC1}/RELNOTES.TXT
.if !defined(NOPORTS)
-rm -rf /usr/ports/distfiles/*
tar -cBf - -C /usr ports | tar xBpf - -C ${CD_DISC2} && \
mkdir -p ${CD_DISC1}/ports && \
tar -czf ${CD_DISC1}/ports/ports.tgz -C /usr ports && \
cp ${.CURDIR}/scripts/ports-install.sh ${CD_DISC1}/ports/install.sh && \
(cd ${CD_DISC1}/ports; md5 * > CHECKSUM.MD5)
ln -s ../ports ${CD_DISC2}/usr/ports
.endif
doc.1:
for i in ${DOCPORTS}; do \
cd /usr/ports/$$i && make all install clean FORCE_PKG_REGISTER=yes; \
done
cd /usr/doc && make all distribute DISTDIR=${RD}/trees
1995-02-26 01:35:32 +00:00
# Various "subroutine" and other supporting targets.
1995-02-25 22:08:48 +00:00
doTARBALL:
.if !defined(SD)
@echo "SD undefined in doTARBALL" && exit 1
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.endif
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.if !defined(TD)
@echo "TB undefined in doTARBALL" && exit 1
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.endif
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.if !defined(ARG)
@echo "ARG undefined in doTARBALL" && exit 1
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.endif
rm -rf ${RD}/dists/${TD}/${TN}*
mkdir -p ${RD}/dists/${TD}
( cd ${SD} && \
tn=`echo ${TN} | tr '[A-Z]' '[a-z]' | cut -c1-8` && \
echo rolling ${TD}/$$tn tarball &&\
tar --exclude CVS --exclude obj --exclude BOOTMFS -cf - ${ARG} | \
${ZIPNSPLIT} ${RD}/dists/${TD}/$$tn. && \
sh ${.CURDIR}/info.sh ${RD}/dists/${TD}/$$tn > \
${RD}/dists/${TD}/$$tn.inf && \
if [ -f ${.CURDIR}/scripts/$${TD}-install.sh ]; then \
cp -p ${.CURDIR}/scripts/$${TD}-install.sh ${RD}/dists/${TD}/install.sh; \
fi && \
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if [ "${SD}" != "/usr/src" ]; then \
mtree -c -i -p ${SD}/${ARG} \
-k gname,md5digest,mode,nlink,uname,size,link,type \
1997-01-01 03:16:34 +00:00
> ${RD}/dists/${TD}/$$tn.mtree ; \
else \
true; \
fi; \
(cd ${RD}/dists/${TD}; \
rm -f CHECKSUM.MD5; \
md5 * > CHECKSUM.MD5) \
)
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doRELEASE: release.1 release.2 ${DOCREL} release.3 release.4 release.5 \
release.6 release.7 release.8 release.9
cd ${.CURDIR} && ${MAKE} ${EXTRAS}
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@echo "Release done"
floppies:
cd ${.CURDIR} && ${MAKE} boot.flp
cd ${.CURDIR} && ${MAKE} fixit.flp
cd ${RD} && find floppies -print | cpio -dumpl ${FD}
boot.flp:
rm -f release.4 release.8
cd ${.CURDIR} && ${MAKE} release.4 release.8 CRUNCH_TARGETS=boot
fixit.flp:
rm -f release.4 release.9
cd ${.CURDIR} && ${MAKE} release.4 release.9 CRUNCH_TARGETS=fixit
write_mfs_in_kernel: ${.CURDIR}/write_mfs_in_kernel.c
${CC} ${CFLAGS} -o write_mfs_in_kernel ${.CURDIR}/write_mfs_in_kernel.c
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
1996-10-05 10:44:07 +00:00
dumpnlist: ${.CURDIR}/dumpnlist.c
${CC} ${CFLAGS} -o dumpnlist ${.CURDIR}/dumpnlist.c
installCRUNCH:
.if !defined(CRUNCH)
@echo "CRUNCH undefined in installCRUNCH" && exit 1
.endif
.if !defined(DIR)
@echo "DIR undefined in installCRUNCH" && exit 1
.endif
.if !defined(ZIP)
@echo "ZIP undefined in installCRUNCH" && exit 1
.endif
if ${ZIP} ; then \
gzip -9 < ${RD}/crunch/${CRUNCH} > ${DIR}/${CRUNCH}_crunch ; \
else \
ln -f ${RD}/crunch/${CRUNCH} ${DIR}/${CRUNCH}_crunch ; \
fi
chmod 555 ${DIR}/${CRUNCH}_crunch
for i in `crunchgen -l ${.CURDIR}/${CRUNCH}_crunch.conf` ; do \
ln -f ${DIR}/${CRUNCH}_crunch ${DIR}/$$i ; \
done
#
# --==## Compile a kernel by name ${KERNEL} ##==--
#
# We don't erase the sys/compile/${KERNEL} directory, since somebody
# may want to reuse it (release.8 presently)
#
doKERNEL:
rm -f ${RD}/kernels/${KERNEL}
cd ${.CURDIR}/../sys/i386/conf && config ${KERNEL}
cd ${.CURDIR}/../sys/compile/${KERNEL} && \
make depend && \
make kernel && \
cp kernel ${RD}/kernels/${KERNEL}
#
# --==## Put a filesystem into a BOOTMFS kernel ##==--
#
doMFSKERN:
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
1996-10-05 10:44:07 +00:00
@rm -f ${RD}/kernels/BOOTMFS.${FSIMAGE}
@rm -f /sys/compile/BOOTMFS/mfs_vfsops.o
@cd ${.CURDIR}/../sys/i386/conf && \
1998-03-10 17:29:44 +00:00
sed -e '/pty/d' \
-e '/PROCFS/d' \
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-e '/KTRACE/d' \
-e 's/GENERIC/BOOTMFS/g' \
-e '/maxusers/s/10/4/' < GENERIC > BOOTMFS && \
echo "options MFS" >> BOOTMFS && \
echo "options NFS_NOSERVER" >> BOOTMFS && \
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
1996-10-05 10:44:07 +00:00
echo 'options "MAXCONS=4"' >> BOOTMFS && \
echo "options USERCONFIG_BOOT" >> BOOTMFS
@echo "options \"MFS_ROOT=`cat fs-image.${FSIMAGE}.size`\"" >> \
${.CURDIR}/../sys/i386/conf/BOOTMFS
cd ${.CURDIR} && ${MAKE} doKERNEL KERNEL=BOOTMFS
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
1996-10-05 10:44:07 +00:00
@rm -rf ${RD}/boot.${FSIMAGE}
@mkdir ${RD}/boot.${FSIMAGE}
@mv ${RD}/kernels/BOOTMFS ${RD}/kernels/BOOTMFS.${FSIMAGE}
@cp ${RD}/kernels/BOOTMFS.${FSIMAGE} ${RD}/boot.${FSIMAGE}/kernel
1997-06-24 23:08:18 +00:00
.if defined(BOOT_CONFIG)
@echo "${BOOT_CONFIG}" >${RD}/boot.${FSIMAGE}/boot.config
.endif
@vnconfig /dev/${VNDEVICE} fs-image.${FSIMAGE}
@mkdir -p /tmp/mnt_xx
@mount /dev/${VNDEVICE} /tmp/mnt_xx
./dumpnlist ${RD}/boot.${FSIMAGE}/kernel > /tmp/mnt_xx/stand/symbols
@umount /tmp/mnt_xx
@vnconfig -u /dev/${VNDEVICE}
@rmdir /tmp/mnt_xx
./write_mfs_in_kernel ${RD}/boot.${FSIMAGE}/kernel \
fs-image.${FSIMAGE}
kzip -v ${RD}/boot.${FSIMAGE}/kernel
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
1996-10-05 10:44:07 +00:00
@mv ${RD}/boot.${FSIMAGE}/kernel ${RD}/kernels/MFSKERNEL.${FSIMAGE}
@mv ${RD}/boot.${FSIMAGE}/kernel.kz ${RD}/boot.${FSIMAGE}/kernel
@cp ${.CURDIR}/../sys/i386/boot/biosboot/boot.help ${RD}/boot.${FSIMAGE}
@touch ${RD}/boot.${FSIMAGE}/boot.config
@touch ${RD}/boot.${FSIMAGE}/kernel.config
Multiple changes stacked as one commit since they all depend on one another. First, change sysinstall and the Makefile rules to not build the kernel nlist directly into sysinstall now. Instead, spit it out as an ascii file in /stand and parse it from sysinstall later. This solves the chicken-n- egg problem of building sysinstall into the fsimage before BOOTMFS is built and can have its symbols extracted. Now we generate the symbol file in release.8. Second, add Poul-Henning's USERCONFIG_BOOT changes. These have two effects: 1. Userconfig is always entered, rather than only after a -c (don't scream yet, it's not as bad as it sounds). 2. Userconfig reads a message string which can optionally be written just past the boot blocks. This string "preloads" the userconfig input buffer and is parsed as user input. If the first command is not "USERCONFIG", userconfig will treat this as an implied "quit" (which is why you don't need to scream - you never even know you went through userconfig and back out again if you don't specifically ask for it), otherwise it will read and execute the following commands until a "quit" is seen or the end is reached, in which case the normal userconfig command prompt will then be presented. How to create your own startup sequences, using any boot.flp image from the next snap forward (not yet, but soon): % dd of=/dev/rfd0 seek=1 bs=512 count=1 conv=sync <<WAKKA_WAKKA_DOO USERCONFIG irq ed0 10 iomem ed0 0xcc000 disable ed1 quit WAKKA_WAKKA_DOO Third, add an intro screen to UserConfig so that users aren't just thrown into this strange screen if userconfig is auto-launched. The default boot.flp startup sequence is now, in fact, this: USERCONFIG intro visual (Since visual never returns, we don't need a following "quit"). Submitted-By: phk & jkh
1996-10-05 10:44:07 +00:00
@rm -f ${RD}/floppies/boot${FSIMAGE}.flp
sh -e ${.CURDIR}/doFS.sh ${RD} ${MNT} ${FDSIZE} ${RD}/boot.${FSIMAGE} \
${BOOTINODE} ${FDLABEL}
mv fs-image ${RD}/floppies/boot${FSIMAGE}.flp
1995-02-28 01:15:52 +00:00
.include <bsd.prog.mk>