NetBSD/tools/Makefile

117 lines
3.2 KiB
Makefile

# $NetBSD: Makefile,v 1.57 2002/09/14 23:34:16 chris Exp $
.include <bsd.own.mk>
# XXX We can't currently build the toolchain for hppa, ns32k, or x86-64.
# XXX In theory, we could use in-tree BFD for hppa. Explore that later.
.if ${MACHINE_ARCH} != "hppa" && ${MACHINE_ARCH} != "ns32k" && \
${MACHINE_ARCH} != "x86_64"
TOOLCHAIN_BITS= toolchain .WAIT dbsym mdsetimage
.endif
# Dependencies in SUBDIR below ordered to maximize parallel ability.
.if !defined(NOSUBDIR) # {
SUBDIR= host-mkdep .WAIT compat .WAIT \
binstall .WAIT mktemp .WAIT \
cap_mkdb crunchgen ctags gencat lint lint2 lorder \
m4 makewhatis mkdep mtree rpcgen tsort uudecode \
texinfo .WAIT \
yacc .WAIT \
lex .WAIT \
${TOOLCHAIN_BITS} \
asn1_compile cat cksum compile_et config installboot lint1 \
makefs menuc mklocale msgc pax pwd_mkdb zic
.if ${MKMAN} != "no"
SUBDIR+= groff
.endif
.if ${MKMAINTAINERTOOLS:Uno} != "no"
SUBDIR+= autoconf gettext
.endif
.if ${MACHINE} == prep
SUBDIR+= prep-mkbootimage
.endif
.if (${MACHINE_ARCH} == "mipsel" || ${MACHINE_ARCH} == "mipseb")
SUBDIR+= mips-elf2ecoff
.endif
.if (${MACHINE} == "sparc" || ${MACHINE} == "sparc64")
SUBDIR+= fgen
.endif
.endif # ! NOSUBDIR # }
.if ${MKTOOLS:Uyes} == "no" || ${USETOOLS} != "yes"
realall install: _warn
.if ${MKTOOLS:Uyes} == "no"
_warn:
@echo '*** WARNING: "MKTOOLS" is set to "no"; this will prevent building and'
@echo '*** updating your host toolchain. This should be used only as a'
@echo '*** temporary workaround for toolchain problems, as it will result'
@echo '*** in version skew and build errors over time!'
.else
_warn:
.endif
.for dir in ${SUBDIR:N.WAIT}
all-${dir} depend-${dir} dependall-${dir} install-${dir}:
@true
.endfor
.endif
.include <bsd.subdir.mk>
.include <bsd.obj.mk>
# For each .WAIT point, make sure the immediately preceding target is
# installed before building anything after that point.
#
# We use the "internal" targets and dependencies generated by <bsd.subdir.mk>
# to achieve this. These targets look like:
# subdir-all: all-dir1 [.WAIT] all-dir2 etc..
# subdir-install: install-dir1 [.WAIT] install-dir2 etc..
# and so on for each element in ${TARGETS}, with .WAIT sources inserted at
# places corresponding to the .WAITs in our $SUBDIR variable.
#
# Also, since we're now mixing `install' with `all' and `depend' targets
# an order relationship between those in each individual subdirectory
# must be established.
#
_deps:=
_prev:=
.for d in ${SUBDIR}
_this:= ${d}
.if ${_this} == ".WAIT"
# setup dependency to apply to all/depend targets in the next group
_deps:= ${_deps} ${_prev:S/^/install-/}
# if we're building *only* individual targets (i.e. "dependall-yacc"),
# make sure prerequisite tools build before installing
.if !make(all) && !make(dependall)
install-${_prev}: dependall-${_prev}
.endif
.else
# order depend/all/install targets for ${d} subdir. Note the additional
# .WAIT to achieve "closure" of the predecessor/successor relationships.
.ORDER: depend-${d} all-${d} dependall-${d} .WAIT install-${d}
# make all/depend-${d} dependent on list of install targets
depend-${d} all-${d} dependall-${d}: ${_deps}
.endif
# stash current name in case the next entry is .WAIT
_prev:= ${d}
.endfor
cleantools:
rm -r -f tools.${HOST_OSTYPE}