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debian-installer/build/Makefile

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#!/usr/bin/make -f
#
# Debian Installer system makefile.
# Copyright 2001-2003 by Joey Hess <joeyh@debian.org> and the d-i team.
# Licensed under the terms of the GPL.
#
# This makefile builds a debian-installer system and bootable images from
# a collection of udebs which it downloads from a Debian archive. See
# README for details.
#
#
# General layout of our build directory hierarchy
#
# build/config/[<subarch>/][<medium>/][<flavour>/]<leaf-config>
# build/tmp/[<subarch>/][<medium>/][<flavour>/]<build-area>
# build/dest/[<subarch>/][<medium>/][<flavour>-]<images>
#
# Items in brackets can be left out if they are superfluous.
#
# These following <image> names are conventional.
#
# For small changeable media (floppies and the like):
# - boot.img, root.img, driver.img
#
# For single bootable images (e.g. tftp boot images):
# - boot.img
#
# For compressed single bootable images (harddisk or hd emulation):
# - boot.img.gz
#
# If those are not bootable:
# - root.img.gz
#
# Raw kernel images:
# - vmlinux or vmlinuz
#
# Example:
#
# dest/
# |-- cdrom-boot.img
# |-- floppy
# | |-- access
# | | |-- boot.img
# | | |-- drivers.img
# | | `-- root.img
# | |-- boot.img
# | |-- cd-drivers.img
# | |-- net-drivers.img
# | `-- root.img
# |-- hd-media-boot.img.gz
# `-- netboot
# |-- initrd.gz
# `-- vmlinuz
#
# Temporary workaround for #823881:
export MTOOLS_SKIP_CHECK=1
# Add to PATH so dpkg will always work, and so local programs will be found.
PATH := util:$(PATH):/usr/sbin:/sbin
EATMYDATA = $(shell which eatmydata 2>/dev/null)
gzip = $(shell which pigz >/dev/null 2>&1 && echo "pigz -n -T" || echo "gzip -n")
# We don't want this to be run each time we re-enter.
ifndef DEB_HOST_ARCH
DEB_HOST_ARCH = $(shell dpkg-architecture -qDEB_HOST_ARCH)
DEB_HOST_ARCH_OS = $(shell dpkg-architecture -qDEB_HOST_ARCH_OS)
DEB_HOST_GNU_CPU = $(shell dpkg-architecture -qDEB_HOST_GNU_CPU)
DEB_HOST_GNU_SYSTEM = $(shell dpkg-architecture -qDEB_HOST_GNU_SYSTEM)
DEB_HOST_MULTIARCH = $(shell dpkg-architecture -qDEB_HOST_MULTIARCH)
export DEB_HOST_ARCH DEB_HOST_ARCH_OS DEB_HOST_GNU_CPU DEB_HOST_GNU_SYSTEM DEB_HOST_MULTIARCH
endif
define drop_lang
@echo "Dropping languages: $(1)"
@set -e; \
for FILE in $$(find $(TREE)/var/lib/dpkg -name "*.templates"); do \
perl -e 'my $$status=0; my $$drop=shift; while (<>) { if (/^[A-Z]/ || /^$$/) { if (/^(Choices|Description|Indices|Default)-($$drop)/ && ! /^Choices-C:/) { $$status = 0 } else { $$status = 1 } } print if ($$status); }' $(1) < $$FILE > temp; \
mv temp $$FILE; \
done
endef
# We loop over all needed combinations of ARCH, SUBARCH, MEDIUM, FLAVOUR
# via recursive make calls. ARCH is constant, we don't support
# crosscompiling.
ARCH = $(DEB_HOST_ARCH)
# By default, we just advertise what we can do.
.PHONY: all
all: list
# Globally useful variables.
targetstring = $(patsubst _%,%,$(if $(SUBARCH),_$(SUBARCH),)$(if $(MEDIUM),_$(MEDIUM),)$(if $(FLAVOUR),_$(FLAVOUR),))
targetdirs = $(subst _,/,$(targetstring))
# Overridden in config/hurd.cfg
define genext2fs
genext2fs -d $(TREE) -b `expr $$(du -s $(TREE) | cut -f 1) + $$(expr $$(find $(TREE) | wc -l) \* 2)` -m 0
endef
# Configurations for the varying ARCH, SUBARCH, MEDIUM, FLAVOUR.
# For simplicity, we use a similiar tree layout for config/, tmp/
# and dest/.
#
# Cheap trick: if one of the variables isn't defined, we run in
# a non-existing file and ignore it.
include config/common
include config/dir
-include config/$(ARCH).cfg
-include config/$(ARCH)/$(SUBARCH).cfg
-include config/$(ARCH)/$(SUBARCH)/$(MEDIUM).cfg
-include config/$(ARCH)/$(SUBARCH)/$(MEDIUM)/$(FLAVOUR).cfg
-include config/local
export KEYRING
export KERNELVERSION
export LOCALUDEBDIR
export SOURCE_DATE_EPOCH
ifneq ($(shell id -u),0)
ROOTCMD ?= fakeroot
endif
# Useful command sequences
define submake
$(ROOTCMD) $(MAKE) --no-print-directory -j1
endef
define recurse_once
@set -e; $(submake) $(1)_$(2)
endef
define recurse_many
@set -e; $(foreach var,$($(1)_SUPPORTED) $(if $(RECURSE_EXTRA),$($(1)_SUPPORTED_EXTRA)),$(submake) $(2)_$(3) $(1)=$(var);)
endef
define recurse
$(if $($(1)_SUPPORTED)$(if $(RECURSE_EXTRA),$($(1)_SUPPORTED_EXTRA)),$(call recurse_many,$(1),$(2),$(3)),$(call recurse_once,$(2),$(3)))
endef
define mkinitramfs
(cd $(TREE) && find . | sort | cpio --quiet -o -H newc) >
endef
# Limit on mfsroot size. It is determined by NKPT (in <machine/pmap.h).
# On amd64, it can be increased by increasing this variable. On i386,
# this is a hard limit due to constraints of 4 GiB VM space.
ifeq ($(DEB_HOST_ARCH),kfreebsd-i386)
MFSROOT_LIMIT := 42m
else ifeq ($(DEB_HOST_ARCH),kfreebsd-amd64)
# See Bug#783773 for derivation.
MFSROOT_LIMIT := 78m
endif
define mkfs.ufs1
sh -c 'makefs -t ffs -T $(SOURCE_DATE_EPOCH) -s $(MFSROOT_LIMIT) -f 3000 -o minfree=0,version=1 $$0 ${TREE}'
endef
define e2fsck
e2fsck -fy
endef
# Define MKFS_JFFS2 in the config file for your target.
# For example: MKFS_JFFS2 = mkfs.jffs2 -f -p -b -e 0x20000
define mkjffs2
$(MKFS_JFFS2) -d $(TREE) -o
endef
# A generic recursion rule
.PHONY: all_%
all_%:
@install -d $(STAMPS)
$(call recurse,SUBARCH,subarch,$*)
.PHONY: subarch_%
subarch_%:
$(call recurse,MEDIUM,medium,$*)
.PHONY: medium_%
medium_%:
$(call recurse,FLAVOUR,flavour,$*)
.PHONY: flavour_%
flavour_%:
$(if $(targetstring),@$(submake) _$*)
# Validate a targetstring, echo env variables for valid ones
.PHONY: validate_%
validate_%:
@set -e; \
SUBARCH= var='$(subst _, ,$(subst validate_,,$@))'; \
tmp=$$(echo $$var |sed 's/[ ].*$$//'); \
[ -z '$(SUBARCH_SUPPORTED)$(SUBARCH_SUPPORTED_EXTRA)' ] || [ -z "$$tmp" ] || [ -z "$$(echo $(SUBARCH_SUPPORTED) $(SUBARCH_SUPPORTED_EXTRA) |grep -w $$tmp)" ] || SUBARCH=$$tmp; \
$(submake) medium_validate SUBARCH=$$SUBARCH var="$$var"
.PHONY: medium_validate
medium_validate:
@set -e; \
MEDIUM= var="$(strip $(patsubst $(SUBARCH)%,%,$(var)))"; \
tmp=$$(echo $$var |sed 's/[ ].*$$//'); \
[ -z '$(MEDIUM_SUPPORTED)$(MEDIUM_SUPPORTED_EXTRA)' ] || [ -z "$$tmp" ] || [ -z "$$(echo $(MEDIUM_SUPPORTED) $(MEDIUM_SUPPORTED_EXTRA) |grep -w $$tmp)" ] || MEDIUM=$$tmp; \
$(submake) flavour_validate MEDIUM=$$MEDIUM var="$$var"
.PHONY: flavour_validate
flavour_validate:
@set -e; \
FLAVOUR= var="$(strip $(patsubst $(MEDIUM)%,%,$(var)))"; \
tmp=$$(echo $$var |sed 's/[ ].*$$//'); \
[ -z '$(FLAVOUR_SUPPORTED)$(FLAVOUR_SUPPORTED_EXTRA)' ] || [ -z "$$tmp" ] || [ -z "$$(echo $(FLAVOUR_SUPPORTED) $(FLAVOUR_SUPPORTED_EXTRA) | grep -w $$tmp)" ] || FLAVOUR=$$tmp; \
$(submake) finish_validate FLAVOUR=$$FLAVOUR var="$$var"
.PHONY: finish_validate
finish_validate:
@set -e; \
var="$(strip $(patsubst $(FLAVOUR)%,%,$(var)))"; \
if [ -z "$$var" ]; then \
echo SUBARCH=$$SUBARCH MEDIUM=$$MEDIUM FLAVOUR=$$FLAVOUR; \
else \
echo SUBARCH= MEDIUM= FLAVOUR=; \
fi;
# List all targets useful for direct invocation.
.PHONY: list
list:
@echo "Useful targets:"
@echo
@echo "list"
@echo "all_build"
@echo "all_rebuild"
@echo "stats"
@echo "all_clean"
@echo "reallyclean"
@echo
@$(submake) all_list RECURSE_EXTRA=1
.PHONY: _list
_list:
@set -e; \
echo build_$(targetstring); \
echo stats_$(targetstring); \
$(if $(findstring $(MEDIUM),$(WRITE_MEDIA)),echo write_$(targetstring);) \
echo clean_$(targetstring); \
echo rebuild_$(targetstring); \
echo demo_$(targetstring); \
echo shell_$(targetstring); \
echo uml_$(targetstring); \
echo qemu_$(targetstring); \
echo
# Clean all targets.
.PHONY: reallyclean
reallyclean: all_clean
for png in $(shell awk -F= '/^SPLASH_PNG=/ {print $$2}' config/*.cfg); do if [ -f $${png%%.png}.svg ]; then rm -f $$png; fi; done
rm -rf $(APTDIR) $(APTDIR).udeb $(APTDIR).deb $(BASE_DEST) $(BASE_TMP) $(SOURCEDIR) $(DEBUGUDEBDIR)
rm -f sources.list sources.list.udeb $(LOCALUDEBDIR)/Packages.gz $(LOCALUDEBDIR)/Packages
rm -rf $(UDEBDIR) $(STAMPS)
# For manual invocation, we provide a generic clean rule.
.PHONY: clean_%
clean_%:
@$(submake) _clean $(shell $(submake) $(subst clean_,validate_,$@))
update-manifest
# The general clean rule.
.PHONY: _clean
_clean: tree_umount
@[ -n "$(SUBARCH) $(MEDIUM) $(FLAVOUR)" ] || { echo "invalid target"; false; }
-rm -f $(STAMPS)tree-unpack-$(targetstring)-stamp $(STAMPS)tree-$(targetstring)-stamp $(STAMPS)extra-$(targetstring)-stamp $(STAMPS)get_udebs-$(targetstring)-stamp
rm -f $(TEMP)/diskusage.txt
rm -f $(TEMP)/all.utf
rm -f $(TEMP)/unifont.bdf $(TREE)/lib/unifont.bgf
rm -f pkg-lists/standard-udebs pkg-lists/kernel-module-udebs
rm -rf $(TARGET)
rm -rf $(TEMP)
# all_build is provided automagically, but for manual invocation
# we provide a generic build rule.
.PHONY: build_%
build_%:
@install -d $(STAMPS)
@$(submake) _build $(shell $(submake) $(subst build_,validate_,$@))
# The general build rule.
.PHONY: _build
_build:
@[ -n "$(SUBARCH) $(MEDIUM) $(FLAVOUR)" ] || { echo "invalid target"; false; }
@$(submake) tree_umount $(EXTRATARGETS) $(TARGET)
# Convenience rules to clean and build.
.PHONY: rebuild_%
rebuild_%:
@$(submake) clean_$(subst rebuild_,,$@) build_$(subst rebuild_,,$@)
.PHONY: _rebuild
_rebuild:
@$(submake) _clean _build
# Run before releasing built files.
release:
egrep '^[[:space:]]' $(BASE_DEST)/MANIFEST.udebs | \
sed 's/^[[:space:]]*//' | sort | uniq > $(BASE_DEST)/udeb.list
rm -f $(BASE_DEST)/MD5SUMS $(BASE_DEST)/SHA256SUMS
cd $(BASE_DEST) && md5sum `find -L . -type f | sort` > MD5SUMS # XXX remove this
cd $(BASE_DEST) && sha256sum `find -L . -type f | sort` > SHA256SUMS
# The general tree target.
$(STAMPS)tree-unpack-$(targetstring)-stamp: $(STAMPS)get_udebs-$(targetstring)-stamp
dh_testroot
@[ -d ../debian ] || { echo "directory '../debian' not found; complete source of 'debian-installer' package is required"; false; }
cd .. && dpkg-checkbuilddeps
@rm -f $@
# This build cannot be restarted, because dpkg gets confused.
rm -rf $(TREE)
# Set up the basic files [u]dpkg needs.
mkdir -p $(DPKGDIR)/info
touch $(DPKGDIR)/status
# Create a tmp tree
mkdir -p $(TREE)/tmp
# Only dpkg needs this stuff, so it can be removed later.
mkdir -p $(DPKGDIR)/updates/
touch $(DPKGDIR)/available
ifdef TRANSSTATUS
# Include translation status file; warn if older than 2 weeks.
# Do this first to make possible warnings more visible.
@echo; \
if [ -f "$(TRANSSTATUS)" ]; then \
if [ "$(USE_PROPOSED_UPDATES)" != 1 ]; then \
olddate=$$(grep "^# Generated on:" $(TRANSSTATUS) | sed "s/.*: //"); \
if [ "$$olddate" ]; then \
if [ $$(( $$(date -u "+%s") - \
$$(date -d "$$olddate" "+%s") \
)) -gt 1209600 ]; then \
echo "WARNING: The data in '$(TRANSSTATUS)' is older than 2 weeks."; \
echo " Should it maybe be updated?"; \
sleep 15; \
fi; \
else \
echo "WARNING: no timestamp found in $(TRANSSTATUS)."; \
sleep 15; \
fi; \
fi; \
mkdir -p $(TREE)/usr/share/localechooser; \
cp $(TRANSSTATUS) $(TREE)/usr/share/localechooser/translation-status; \
else \
echo "WARNING: the file $(TRANSSTATUS) does not exist."; \
sleep 5; \
fi
endif
# Unpack the udebs with dpkg. This command must run as root
# or fakeroot.
echo -n > $(TEMP)/diskusage.txt
set -e; \
oldsize=0; oldblocks=0; oldcount=0; for udeb in $(UDEBDIR)/*.udeb ; do \
if [ -f "$$udeb" ]; then \
pkg=`basename $$udeb` ; \
$(EATMYDATA) dpkg $(DPKG_UNPACK_OPTIONS) --path-include='*' --log=/dev/null --root=$(TREE) --unpack $$udeb ; \
newsize=`du -bs $(TREE) | awk '{print $$1}'` ; \
newblocks=`du -s $(TREE) | awk '{print $$1}'` ; \
newcount=`find $(TREE) -type f | wc -l | awk '{print $$1}'` ; \
usedsize=`echo $$newsize - $$oldsize | bc`; \
usedblocks=`echo $$newblocks - $$oldblocks | bc`; \
usedcount=`echo $$newcount - $$oldcount | bc`; \
version=`dpkg-deb --info $$udeb | sed -n 's/^ Version: //p' | sed 's/+b[0-9]*$$//g'` ; \
source=`dpkg-deb --info $$udeb | sed -n 's/^ Source: //p'` ; \
if [ -z "$$source" ]; then \
source=`dpkg-deb --info $$udeb | awk '/ Package: / { print $$2 }'` ; \
source_version="$$source (= $$version)" ; \
elif echo "$$source" | grep -qs '^linux-signed'; then \
source_version="linux (= $$version)" ; \
elif echo "$$source" | grep -qs '(.*)'; then \
source_version=`echo $$source|sed 's/(/(= /'`; \
else \
source_version="$$source (= $$version)" ; \
fi ; \
echo " $$usedsize B - $$usedblocks blocks - $$usedcount files from $$pkg (version $$version)" >>$(TEMP)/diskusage.txt;\
echo "$$source_version" >>$(TEMP)/built-using.txt;\
oldsize=$$newsize ; \
oldblocks=$$newblocks ; \
oldcount=$$newcount ; \
fi; \
done
sort -u < $(TEMP)/built-using.txt > $(TEMP)/built-using.txt.new && \
mv $(TEMP)/built-using.txt.new $(TEMP)/built-using.txt
sort -n < $(TEMP)/diskusage.txt > $(TEMP)/diskusage.txt.new && \
mv $(TEMP)/diskusage.txt.new $(TEMP)/diskusage.txt
grep-dctrl -nsPackage,Version,Architecture '' $(TREE)/var/lib/dpkg/status | \
perl -nle '$$p = $$_; $$v = <>; chomp $$v; $$a = <>; chomp $$a; <>; print "$$p $$v $$a"' | \
sort > $(TEMP_UDEB_LIST)
# Clean up after dpkg.
rm -rf $(DPKGDIR)/updates
rm -f $(DPKGDIR)/available $(DPKGDIR)/*-old $(DPKGDIR)/lock
ifdef EXTRAFILES
# Copy in any extra files.
set -e; \
for file in $(EXTRAFILES); do \
mkdir -p $(TREE)/`dirname $$file`; \
cp -a $$file $(TREE)/$$file; \
done
endif
ifdef SSL_CERTS
# Copy in any SSL certificates.
mkdir -p $(TREE)/etc/ssl/certs
cp -a $(SSL_CERTS) $(TREE)/etc/ssl/certs/
c_rehash $(TREE)/etc/ssl/certs
mkdir -p $(TREE)/usr/lib/ssl
ln -nsf ../../../etc/ssl/certs $(TREE)/usr/lib/ssl/certs
endif
ifeq ($(DEB_HOST_ARCH_OS),linux)
ifdef KERNELVERSION
# Set up modules.dep, ensure there is at least one standard dir (kernel
# in this case), so depmod will use its prune list for archs with no
# modules.
set -e; \
$(foreach VERSION,$(KERNELVERSION), \
sysmap_name=; sysmap_opt=; \
if [ -n "$(VERSIONED_SYSTEM_MAP)" ]; then \
[ ! -e $(TREE)/boot/System.map-$(VERSION) ] || sysmap_name="$(TREE)/boot/System.map-$(VERSION)"; \
else \
[ ! -e $(TREE)/boot/System.map ] || sysmap_name="$(TREE)/boot/System.map"; \
fi; \
[ -z "$$sysmap_name" ] || sysmap_opt="-F $$sysmap_name"; \
if [ -d $(TREE)/lib/modules/$(VERSION) ] && [ -z "$(OMIT_DEPMOD)" ]; then \
mkdir -p $(TREE)/lib/modules/$(VERSION)/kernel; \
$(shell choose-subarch-env $(VERSION)) depmod $$sysmap_opt -q -a -b $(TREE)/ $(VERSION); \
fi; \
[ -z "$$sysmap_name" ] || mv $$sysmap_name $(TEMP);)
# These files depmod makes are used by udev.
find $(TREE)/lib/modules/ -maxdepth 2 -name 'modules*.bin' \
-not -name 'modules.builtin.bin' \
-not -type d | while read f; do rm -f $${f%.bin}; done
# These files are used to build special kernel images for some
# subarchitectures. Move them out of the way.
$(foreach VERSION,$(KERNELVERSION), \
if [ -d $(TREE)/usr/lib/kernel-image-$(VERSION) ]; then \
mv $(TREE)/usr/lib/kernel-image-$(VERSION) \
$(TEMP)/lib; \
fi; \
if [ -d $(TREE)/usr/lib/linux-image-$(VERSION) ]; then \
mv $(TREE)/usr/lib/linux-image-$(VERSION) \
$(TEMP)/lib; \
fi;)
endif
endif
ifdef KERNELNAME
# Move the kernel image out of the way.
$(foreach name,$(KERNELNAME), \
mv -f $(TREE)/boot/$(name) $(TEMP)/$(name);)
test -e $(TREE)/boot/zfs || rmdir $(TREE)/boot/
endif
ifdef PRESEED
# Copy in preseed file.
cp -a $(PRESEED) $(TREE)/preseed.cfg
endif
ifndef OMIT_LSB
# Create an lsb release file.
if [ ! -e $(TREE)/etc/lsb-release ]; then \
set -e; \
mkdir -p $(TREE)/etc; \
echo 'DISTRIB_ID=$(LSB_DISTRIB_ID)' > $(TREE)/etc/lsb-release; \
echo 'DISTRIB_DESCRIPTION=$(LSB_DISTRIB_DESCRIPTION)' >> $(TREE)/etc/lsb-release; \
echo 'DISTRIB_RELEASE=$(LSB_DISTRIB_RELEASE)' >> $(TREE)/etc/lsb-release; \
echo 'X_INSTALLATION_MEDIUM=$(MEDIUM)' >> $(TREE)/etc/lsb-release; \
fi
endif
@touch $@
$(STAMPS)tree-$(targetstring)-stamp: $(STAMPS)tree-unpack-$(targetstring)-stamp
ifndef OMIT_RELEASE_INFO
# Add release info
mkdir -p $(TREE)/etc/
echo $(DEBIAN_RELEASE) >$(TREE)/etc/default-release
echo $(USE_UDEBS_FROM) >$(TREE)/etc/udebs-source
endif
# Create a dev tree.
mkdir -p $(TREE)/dev
# Always needed, in case udev is not mounted on boot.
mknod $(TREE)/dev/console c 5 1
mknod $(TREE)/dev/null c 1 3
mkdir -p $(EXTRAUDEBSDIR)
mkdir -p $(EXTRAUDEBSDPKGDIR)/info $(EXTRAUDEBSDPKGDIR)/updates
touch $(EXTRAUDEBSDPKGDIR)/status $(EXTRAUDEBSDPKGDIR)/available
ifdef EXTRADRIVERS
# Unpack the udebs of additional driver disks, so mklibs runs on them too.
dpkg $(DPKG_UNPACK_OPTIONS) --log=/dev/null --root=$(EXTRAUDEBSDIR) --unpack \
$(wildcard $(foreach dir,$(EXTRADRIVERS),$(dir)/*.udeb))
endif
ifdef EXTRAUDEBS
# Get and unpack extra udebs too.
get-packages udeb $(EXTRAUDEBS)
dpkg $(DPKG_UNPACK_OPTIONS) --log=/dev/null --root=$(EXTRAUDEBSDIR) --unpack \
$(foreach udeb,$(EXTRAUDEBS),$(UDEBDIR)/$(udeb).udeb)
endif
# Library reduction. Existing libs from udebs are put in the udeblibs
# directory and mklibs is made to use those in preference to the
# system libs.
rm -rf $(TEMP)/udeblibs
ifndef ONLY_KLIBC
mkdir -p $(TEMP)/udeblibs
find $(EXTRAUDEBSDIR)/lib \( -name '*.so.*' -o -name '*.so' \) -print0 | \
xargs -0r cp -a -t $(TEMP)/udeblibs
find $(TREE)/lib \( -name '*.so.*' -o -name '*.so' \) -print0 | \
xargs -0r cp -a -t $(TEMP)/udeblibs
mkdir -p $(TREE)/lib
# HACK ALERT: X.Org modules are excluded from the scan as mklibs
# is unable to find symbols provided by the /usr/bin/Xorg binary
$(MKLIBS) -L $(TREE)/usr/lib -L $(TREE)/usr/lib/$(DEB_HOST_MULTIARCH) \
-L $(TEMP)/udeblibs -v -d $(TREE)/lib --root=$(TREE) \
-L $(TREE)/usr/lib/cdebconf/frontend \
$(addprefix -l,$(notdir $(wildcard $(TREE)/usr/lib/cdebconf/frontend/*.so))) \
`find $(TEMP) -type f -a \( -perm /0111 -o -name '*.so' -o -name '*.so.*' \) | \
grep -v udeblibs | grep -v 'usr/lib/xorg/modules/.*\.so'`
ifeq ($(DEB_HOST_ARCH_OS),hurd)
# On Hurd the SONAME for the dynamic linker is ld.so.1, but binaries
# have the ld.so symlink as the interpreter. Ideally mklibs should
# be copying it along with the libraries.
ln -sf ld.so.1 $(TREE)/lib/ld.so
# We need /servers/exec and startup at boot time
touch $(TREE)/servers/exec
touch $(TREE)/servers/startup
endif
endif
# Add missing symlinks for libraries
ldconfig -n $(TREE)/lib $(TREE)/usr/lib
# Remove any libraries that are present in both usr/lib and lib,
# from lib. These were unnecessarily copied in by mklibs, and
# we want to use the ones in usr/lib instead since they came
# from udebs. Only libdebconfclient0 has this problem so far.
set -e; \
for lib in `find $(TREE)/usr/lib/ -name "lib*" -type f -printf "%f\n" | cut -d . -f 1 | sort | uniq`; do \
rm -f $(TREE)/lib/$$lib.*; \
done
# Reduce status file to contain only the elements we care about.
egrep -i '^((Status|Provides|Depends|Package|Version|Description|installer-menu-item|Description-..):|$$)' \
$(DPKGDIR)/status > $(DPKGDIR)/status.new
mv $(DPKGDIR)/status.new $(DPKGDIR)/status
# Add a dummy entry for the debian installer itself to the status
# file, giving the overall version of this build.
echo "Package: debian-installer" >> $(DPKGDIR)/status
echo "Status: install ok installed" >> $(DPKGDIR)/status
echo "Version: $(subst _,-,$(targetstring))-$(BUILD_DATE)" >> $(DPKGDIR)/status
echo "Description: devuan installation image" >> $(DPKGDIR)/status
echo >> $(DPKGDIR)/status
ifeq ($(DEB_HOST_ARCH_OS),hurd)
# There is a dependency loop which prevents d-i from being able to
# configure these. Since there is actually nothing to do to configure
# them, they can as well be just marked installed already.
sed -i -e '/Package: hurd-libs/,+1s/install ok unpacked/install ok installed/' $(DPKGDIR)/status
sed -i -e '/Package: libparted/,+1s/install ok unpacked/install ok installed/' $(DPKGDIR)/status
endif
ifdef OMIT_DPKG
rm -rf $(DPKGDIR)
endif
ifndef KEEP_GI_LANGS
# It makes no sense to include languages only supported by the
# graphical installer in regular images. This will also ensure
# their glyphs don't get included a bit lower down.
$(call drop_lang,$(GI_LANGS))
endif
ifdef DROP_LANG
# Remove selected languages from the templates.
# Not ideal, but useful if you're very tight on space.
$(call drop_lang,$(DROP_LANG))
endif
# Collect the used UTF-8 strings, to know which glyphs to include in
# the font.
cat needed-characters/*.utf > $(TEMP)/all.utf
if [ -n "`find $(EXTRAUDEBSDPKGDIR)/info/ -name \\*.templates`" ]; then \
cat $(EXTRAUDEBSDPKGDIR)/info/*.templates >> $(TEMP)/all.utf; \
fi
if [ -n "`find $(DPKGDIR)/info/ -name \\*.templates`" ]; then \
cat $(DPKGDIR)/info/*.templates >> $(TEMP)/all.utf; \
fi
if [ -f $(TREE)/usr/share/localechooser/languagelist.data.gz ]; then \
zcat $(TREE)/usr/share/localechooser/languagelist.data.gz >> $(TEMP)/all.utf; \
fi
# Remove some unnecessary dpkg files.
set -e; \
for file in `find $(TREE)/var/lib/dpkg/info -name '*.md5sums' -o \
-name '*.postrm' -o -name '*.prerm' -o -name '*.preinst' -o \
-name '*.list' | sort`; do \
if echo $$file | grep -qv '\.list'; then \
echo "** Removing unnecessary control file $$file"; \
fi; \
rm $$file; \
done
rm -rf $(TREE)/var/lib/dpkg/triggers
# Remove extra udebs now that we're done with them.
rm -rf $(EXTRAUDEBSDIR)
# Tree target ends here. Whew!
@touch $@
# Get the list of udebs to install.
# HACK Alert: pkg-lists/ is still sorted by TYPE instead of a dir hierarchy.
UDEBS = $(shell set -e; get-packages udeb update >&2; pkg-list $(TYPE) "$(DRIVER_FOR)" $(KERNEL_FLAVOUR) $(KERNELMAJOR) "$(SUBARCH)" $(KERNELVERSION)) $(EXTRAS)
# Get all required udebs and put them in UDEBDIR.
$(STAMPS)get_udebs-$(targetstring)-stamp: sources.list.udeb
dh_testroot
@rm -f $@
get-packages udeb $(UDEBS)
@touch $@
# Auto-generate sources.list.udeb
sources.list.udeb:
@(set -e; \
echo "# This file is automatically generated, edit $@.local instead."; \
echo "deb [trusted=yes] copy:$(shell pwd)/ $(LOCALUDEBDIR)/"; \
if [ "$(MIRROR)x" != "x" ]; then \
echo "deb $(MIRROR) $(USE_UDEBS_FROM) $(UDEB_COMPONENTS)"; \
if [ "$(USE_UNRELEASED)" = 1 ]; then \
echo "deb $(MIRROR) unreleased $(UDEB_COMPONENTS)"; \
fi \
else \
gen-sources.list.udeb "$(SYSTEM_SOURCES_LIST)" $(USE_UDEBS_FROM) $(UDEB_COMPONENTS) $(USE_PROPOSED_UPDATES); \
if [ "$(USE_UNRELEASED)" = 1 ]; then \
gen-sources.list.udeb "$(SYSTEM_SOURCES_LIST)" unreleased $(UDEB_COMPONENTS); \
fi \
fi) > $@
@if [ -e $@.local ]; then \
echo "Using $@.local:"; \
sed -n "/^[^#]/ s/^/ /p" $@.local; \
else \
echo "Using generated $@:"; \
sed -n "/^[^#]/ s/^/ /p" $@; \
fi
@if [ "$(USE_PROPOSED_UPDATES)" = 1 ] && ! grep -q proposed-updates $@; then \
echo "ERROR: no valid source for $(USE_UDEBS_FROM)-proposed-updates"; \
exit 1; \
fi
# Font generation.
#
# Use the UTF-8 locale in installation-locale. This target shouldn't
# be called when it is not present anyway.
# The locale must be generated after installing the package locales
$(TEMP)/unifont.bdf: $(TEMP)/all.utf
@set -e; \
CHARMAP=`LOCPATH=$(LOCALE_PATH) LC_ALL=C.UTF-8 locale charmap`; \
if [ UTF-8 != "$$CHARMAP" ]; then \
echo "error: Trying to build unifont.bgf without installation-locale!"; \
echo "(Alternatively, installation-locale may have been built against"; \
echo "a version of glibc with a different locale data format.)"; \
exit 1; \
fi
LOCPATH=$(LOCALE_PATH) LC_ALL=C.UTF-8 reduce-font /usr/src/unifont.bdf < $(TEMP)/all.utf > $@.tmp
mv $@.tmp $@
$(TREE)/lib/unifont.bgf: $(TEMP)/unifont.bdf
bdftobogl -b $< > $@.tmp
mv $@.tmp $@
# The Hurd console uses BDF fonts instead
$(TREE)/lib/unifont.bdf: $(TEMP)/unifont.bdf
mkdir -p $(dir $@)
cp $< $@.tmp
mv $@.tmp $@
# Create a compressed image of the root filesystem.
$(TEMP_INITRD): $(STAMPS)tree-$(targetstring)-stamp arch_tree
# Check for lost file attributes
@if [ -e $(TREE)/dev/console ] && \
! ls -l $(TREE)/dev/console | grep -q "^c"; then \
echo "Error: incorrect file attributes detected in initrd tree."; \
echo "Did you restart a (failed) fakeroot build?"; \
echo "See fakeroot(1) ('-s' and '-i' options) for additional information."; \
exit 1; \
fi
# Only build the font if we have installation-locale
ifeq ($(DEB_HOST_ARCH_OS),linux)
if [ -d "$(LOCALE_PATH)/C.UTF-8" ] && [ -e /usr/src/unifont.bdf ]; then \
$(submake) $(TREE)/lib/unifont.bgf; \
fi
endif
ifeq ($(DEB_HOST_ARCH_OS),hurd)
# The hurd console uses a BDF font
if [ -d "$(LOCALE_PATH)/C.UTF-8" ] && [ -e /usr/src/unifont.bdf ]; then \
$(submake) $(TREE)/lib/unifont.bdf; \
fi
endif
install -d $(TEMP)
set -e; \
case $(INITRD_FS) in \
ext2) \
$(genext2fs) $(TEMP)/initrd; \
$(e2fsck) $(TEMP)/initrd || true; \
$(gzip) -v9f $(TEMP)/initrd; \
;; \
initramfs) \
$(mkinitramfs) $(TEMP)/initrd; \
$(gzip) -v9f $(TEMP)/initrd; \
;; \
jffs2) \
$(mkjffs2) $(TEMP_INITRD); \
;; \
ufs1) \
$(mkfs.ufs1) $(TEMP)/initrd; \
$(gzip) -v9f $(TEMP)/initrd; \
;; \
*) \
echo "Unsupported filesystem type"; \
exit 1 ;; \
esac
# Create the images for dest/. Those are the targets called from config.
ifeq ($(SYMLINK_INITRD),)
$(INITRD): $(TEMP_INITRD)
install -m 644 -D $< $@
update-manifest $@ $(MANIFEST-INITRD) $(UDEB_LISTS)
else
$(INITRD): $(realpath $(dir $(INITRD))/$(SYMLINK_INITRD))
mkdir -p $(dir $(INITRD))
ln -s $(SYMLINK_INITRD) $@
update-manifest $@ $(MANIFEST-INITRD) $(UDEB_LISTS)
endif
$(RAMDISK): $(TEMP_INITRD)
install -m 644 -D $< $@
update-manifest $@ $(MANIFEST-RAMDISK) $(UDEB_LISTS)
# raw kernel images
ifeq ($(SYMLINK_KERNEL),)
$(KERNEL): TEMP_REAL_KERNEL = $(TEMP)/$(shell echo ./$@ |sed 's,$(SOME_DEST)/$(EXTRANAME),,')
$(KERNEL):
@$(MAKE) $(STAMPS)tree-unpack-$(targetstring)-stamp $(TEMP_REAL_KERNEL)
install -m 644 -D $(TEMP_REAL_KERNEL) $@
update-manifest $@ $(MANIFEST-KERNEL)
else
$(KERNEL): $(realpath $(dir $(KERNEL))/$(SYMLINK_KERNEL))
mkdir -p $(dir $(KERNEL))
ln -s $(SYMLINK_KERNEL) $@
update-manifest $@ $(MANIFEST-KERNEL)
endif
$(DTBS): $(TEMP_KERNEL)
mkdir -p $(SOME_DEST)/$(EXTRANAME)
set -ex ; for dtb in $$(find $(TEMP_DTBS)/ -name *.dtb) ; do \
dir=$(SOME_DEST)/$(EXTRANAME)$$(dirname $${dtb#$(TEMP_DTBS)/}); \
tgt=$$dir/$$(basename $$dtb); \
mkdir -p $$dir ; \
cp $$dtb $$tgt ; \
update-manifest $$tgt "Device Tree Blob: $$(basename $$dtb)";\
done
cp boot/README.device-tree $@
update-manifest $@ "Device Tree Blobs README"
# bootable images
$(BOOT): $(TEMP_BOOT)
install -m 644 -D $(TEMP_BOOT)$(GZIPPED) $@
update-manifest $@ $(MANIFEST-BOOT) $(UDEB_LISTS)
$(TEMP_KERNEL): $(STAMPS)tree-unpack-$(targetstring)-stamp
$(TEMP_BOOT): $(TEMP_INITRD) $(TEMP_KERNEL) $(TEMP_BOOT_SCREENS) arch_boot
# non-bootable root images
$(ROOT): $(TEMP_ROOT)
install -m 644 -D $(TEMP_ROOT)$(GZIPPED) $@
update-manifest $@ $(MANIFEST-ROOT) $(UDEB_LISTS)
$(TEMP_ROOT): $(TEMP_INITRD) arch_root
# miniature ISOs with only a boot image
$(MINIISO): $(TEMP_MINIISO)
install -m 644 -D $(TEMP_MINIISO) $@
update-manifest $@ $(MANIFEST-MINIISO) $(UDEB_LISTS)
$(TEMP_MINIISO): $(TEMP_BOOT_SCREENS) arch_miniiso
# various kinds of information, for use on debian-cd isos
$(DEBIAN_CD_INFO): $(TEMP_BOOT_SCREENS) $(TEMP_CD_INFO_DIR)
gen-tarball $(TEMP_CD_INFO_DIR) $@
update-manifest $@ $(MANIFEST-DEBIAN_CD_INFO)
# a directory full of files for netbooting
$(NETBOOT_DIR): $(NETBOOT_DIR_TARGETS) $(TEMP_BOOT_SCREENS) $(TEMP_NETBOOT_DIR)
rm -rf $(SOME_DEST)/$(EXTRANAME)/$(NETBOOT_DI_DIR)
mkdir -p $(SOME_DEST)/$(EXTRANAME)/$(NETBOOT_DI_DIR)
cp -a $(TEMP_NETBOOT_DIR)/$(NETBOOT_DI_DIR)/* $@
$(foreach link,$(NETBOOT_DIR_LINKS), \
rm -f $@/../$(link); \
cp -a $(TEMP_NETBOOT_DIR)/$(link) $@/..; \
)
update-manifest $@ $(MANIFEST-NETBOOT_DIR) $(UDEB_LISTS)
# a tarball for netbooting
$(NETBOOT_TAR): $(TEMP_NETBOOT_DIR)
# Create an version info file.
echo 'Devuan version: $(DEBIAN_VERSION)' > $(TEMP_NETBOOT_DIR)/version.info
echo 'Installer build: $(BUILD_DATE)' >> $(TEMP_NETBOOT_DIR)/version.info
gen-tarball $(TEMP_NETBOOT_DIR) $@
update-manifest $@ $(MANIFEST-NETBOOT_TAR) $(UDEB_LISTS)
$(TEMP_BOOT_SCREENS): arch_boot_screens
$(TEMP_CD_INFO_DIR): arch_cd_info_dir
$(TEMP_NETBOOT_DIR): arch_netboot_dir
$(MISC): TEMP_REAL_MISC = $(shell echo ./$@ |sed 's,$(SOME_DEST)/$(EXTRANAME),,')
$(MISC):
install -m 644 $(TEMP_REAL_MISC) $(SOME_DEST)/$(EXTRANAME)
update-manifest \
$(SOME_DEST)/$(EXTRANAME)$(shell basename $(TEMP_REAL_MISC)) \
$(MANIFEST-MISC)
# Other images, e.g. driver floppies. Those are simply handled as flavours
$(EXTRA): $(TEMP_EXTRA)
install -m 644 -D $(TEMP_EXTRA)$(GZIPPED) $@
update-manifest $@ $(MANIFEST-EXTRA) $(UDEB_LISTS)
$(TEMP_EXTRA): $(STAMPS)extra-$(targetstring)-stamp
install -d $(shell dirname $@)
install -d $(TREE)
set -e; case $(INITRD_FS) in \
ext2) \
genext2fs -d $(TREE) -b $(IMAGE_SIZE) -m 0 $@ ; \
$(e2fsck) $@ || true ;; \
*) \
echo "Unsupported filesystem type"; \
exit 1 ;; \
esac
$(if $(GZIPPED),$(gzip) -v9f $(TEMP_EXTRA))
$(STAMPS)extra-$(targetstring)-stamp: $(STAMPS)get_udebs-$(targetstring)-stamp
@rm -f $@
mkdir -p $(TREE)
echo -n > $(TEMP)/diskusage.txt
echo -n > $(TEMP_UDEB_LIST)
set -e; \
for file in $(UDEBS); do \
cp $(UDEBDIR)/$$file* $(TREE) ; \
done
for udeb in $(TREE)/*.udeb ; do \
if [ -f "$$udeb" ]; then \
pkg=`basename $$udeb .udeb` ; \
usedsize=`du -bs $$udeb | awk '{print $$1}'` ; \
usedblocks=`du -s $$udeb | awk '{print $$1}'` ; \
usedcount=1 ; \
version=`dpkg-deb --info $$udeb | grep '^ *Version:' | awk '{print $$2}'` ; \
arch=`dpkg-deb --info $$udeb | grep '^ *Architecture:' | awk '{print $$2}'` ; \
echo " $$usedsize B - $$usedblocks blocks - $$usedcount files used by pkg $$pkg (version $$version)" >>$(TEMP)/diskusage.txt; \
echo "$$pkg $$version $$arch" >> $(TEMP_UDEB_LIST); \
fi; \
done
sort -n < $(TEMP)/diskusage.txt > $(TEMP)/diskusage.txt.new && \
mv $(TEMP)/diskusage.txt.new $(TEMP)/diskusage.txt
echo $(UDEBS) > $(TREE)/udeb_include
makelabel $(DISK_LABEL) $(BUILD_DATE) > $(TREE)/disk.lbl
@touch $@
# Get a list of all the standard priority udebs, excluding kernel stuff.
pkg-lists/standard-udebs:
get-packages udeb update
grep-dctrl -sPackage -FPriority -e 'required|standard|important' \
$(if $(SUBARCH),-a \( -! -FSubarchitecture -r . -o -FSubarchitecture -e '(^| )$(SUBARCH)( |$$)' \)) \
apt.udeb/state/lists/*_Packages* | \
grep -v kernel-image | grep -v -- -modules | \
cut -d " " -f 2 > $@
# Get a list of all kernel modules matching the kernel version.
pkg-lists/kernel-module-udebs:
get-packages udeb update
> $@
$(foreach VERSION,$(KERNELVERSION), \
grep-dctrl -P -e '.*-modules-$(VERSION)-$(KERNEL_FLAVOUR)' \
-sPackage apt.udeb/state/lists/*_Packages* | \
cut -d " " -f 2 >> $@;)
# The kernel version changes from build to build, so always regen the file.
.PHONY: pkg-lists/kernel-module-udebs
# Write (floppy) images
.PHONY: write_%
write_%:
@install -d $(STAMPS)
@$(submake) _write $(shell $(submake) $(subst write_,validate_,$@))
.PHONY: _write
_write: _build
sudo dd if=$(TARGET) of=$(FLOPPYDEV) bs=$(FLOPPY_SIZE)k
# If you're paranoid (or things are mysteriously breaking..),
# you can check the floppy to make sure it wrote properly.
.PHONY: checkedwrite_%
checkedwrite_%:
@install -d $(STAMPS)
@$(submake) _checkedwrite $(shell $(submake) $(subst checkedwrite_,validate_,$@))
.PHONY: _checkedwrite
_checkedwrite: _write
sudo cmp $(FLOPPYDEV) $(TARGET)
# Generate statistics for all previously built images.
.PHONY: stats
stats:
@echo "Image size stats"
@echo
$(submake) all_stats
# For manual invocation we provide a generic stats rule.
.PHONY: stats_%
stats_%:
@$(submake) _stats $(shell $(submake) $(subst stats_,validate_,$@))
.PHONY: _stats
_stats:
@[ ! -f $(TEMP)/diskusage.txt ] || $(submake) general-stats
TOTAL_SZ = $(shell expr $(shell du -bs $(TREE) | cut -f 1) / 1024)
LIBS_SZ = $(shell [ -d $(TREE)/lib ] && du -hs --exclude=modules $(TREE)/lib |cut -f 1)
MODULES_SZ = $(shell [ -d $(TREE)/lib/modules ] && du -hs $(TREE)/lib/modules |cut -f 1)
ifeq ($(TEMP_INITRD),)
INITRD_SZ = 0
else
INITRD_SZ = $(shell expr \( $(shell [ -f $(TEMP_INITRD) ] && du -bs $(TEMP_INITRD) |cut -f 1) + 0 \) / 1024)
endif
ifeq ($(TEMP_KERNEL),)
KERNEL_SZ = 0
else
KERNEL_SZ = $(shell expr \( $(foreach kern,$(TEMP_KERNEL),$(shell [ -f $(kern) ] && du -bs $(kern) |cut -f 1)) + 0 \) / 1024)
endif
ifeq ($(TARGET),$(ROOT))
# image without a kernel
KERNEL_SZ = 0
endif
.PHONY: general-stats
general-stats:
@echo "System stats for $(targetstring)"
@echo "-------------------------"
@printf "Total system size: $(TOTAL_SZ)k"
ifneq ($(LIBS_SZ)$(MODULES_SZ),)
@echo " ($(LIBS_SZ) libs, $(MODULES_SZ) kernel modules)"
else
@echo
endif
@echo "Initrd size: $(INITRD_SZ)k"
@echo "Kernel size: $(KERNEL_SZ)k"
ifdef FLOPPY_SIZE
ifneq ($(INITRD_SZ),0)
@echo "Free space: $(shell expr $(FLOPPY_SIZE) - $(KERNEL_SZ) - $(INITRD_SZ))k"
else
@echo "Free space: $(shell expr $(FLOPPY_SIZE) - $(KERNEL_SZ) - $(TOTAL_SZ))k"
endif
endif
@echo "Disk usage per package:"
@sed 's/^/ /' < $(TEMP)/diskusage.txt
.PHONY: tree_mount
tree_mount: $(STAMPS)tree-$(targetstring)-stamp
-@sudo /bin/mount -t proc proc $(TREE)/proc
-@if [ -e $(TREE)/usr/bin/update-dev ]; then \
sudo chroot $(TREE) /usr/bin/update-dev; \
elif [ ! -d $(TREE)/etc/udev ]; then \
sudo /bin/mount -t devfs dev $(TREE)/dev; \
fi
.PHONY: tree_umount
tree_umount:
-@[ ! -L $(TREE)/proc/self ] || sudo /bin/umount $(TREE)/proc
# For manual invocation, we provide a demo rule. This starts the
# d-i demo from the tree in tmp.
.PHONY: demo_%
demo_%:
@set -e; \
export SUBARCH=; \
export FLAVOUR=; \
export MEDIUM=$(subst demo_,,$@); \
$(submake) _demo
.PHONY: _demo
_demo: $(TARGET)
@$(submake) tree_mount; \
[ -f questions.dat ] && cp -f questions.dat $(TREE)/var/lib/cdebconf/ ; \
: >$(TREE)/var/lib/UTF-8 ; \
sudo chroot $(TREE) bin/sh -c "export DEBCONF_DEBUG=5; export LANG=C.UTF-8; export TERM_UTF8=yes; /usr/bin/debconf-loadtemplate debian /var/lib/dpkg/info/*.templates; exec /usr/share/debconf/frontend /usr/bin/main-menu" ; \
rm -f $(TREE)/var/lib/UTF-8 ; \
$(submake) tree_umount
# For a shell into a d-i chroot.
.PHONY: shell_%
shell_%:
@export SUBARCH=; \
export FLAVOUR=; \
export MEDIUM=$(subst shell_,,$@); \
$(submake) _shell
.PHONY: _shell
_shell: $(TREE)
@$(submake) tree_mount; \
sudo chroot $(TREE) bin/sh; \
$(submake) tree_umount
# For running a d-i image in UML.
.PHONY: uml_%
uml_%:
@set -e; \
export SUBARCH=; \
export FLAVOUR=; \
export MEDIUM=$(subst uml_,,$@); \
$(submake) _uml
.PHONY: _uml
_uml: $(TARGET)
-linux initrd=$(INITRD) root=/dev/rd/0 ramdisk_size=8192 con=fd:0,fd:1 devfs=mount
# For running a d-i image in qemu.
.PHONY: qemu_%
qemu_%:
@set -e; \
export SUBARCH=; \
export FLAVOUR=; \
export MEDIUM=$(subst qemu_,,$@); \
$(submake) _qemu $(shell $(submake) $(subst qemu_,validate_,$@))
.PHONY: _qemu
_qemu: $(TARGET)
@case "$(MEDIA_TYPE)" in \
floppy) \
$(QEMU) -fda $(BOOT); \
;; \
CD-ROM) \
$(QEMU) -cdrom $(BOOT); \
;; \
*) \
echo "Sorry, don't know how to handle media type '$(MEDIA_TYPE)'" >&2; \
exit 1; \
esac
# For running a d-i image in a subhurd
.PHONY: subhurd_%
subhurd_%:
@set -e; \
export SUBARCH=; \
export FLAVOUR=; \
export MEDIUM=$(subst subhurd_,,$@); \
$(submake) _subhurd
.PHONY: _subhurd
_subhurd: $(TEMP_INITRD)
settrans -cfga $(BASE_TMP)/rd0 /hurd/storeio -r -T file initrd.gz
-boot -I -f rd0=$(BASE_TMP)/rd0 -c "TERM=vt100 root=gunzip:device:rd0" /boot/servers.boot $(BASE_TMP)/rd0