pkgsrc/mk/platform/NetBSD.mk
jlam b110ad9dac Move detection of shared library type into the platform file.
Only four platforms, all BSDs, need to resolve "ELF/a.out" into
either ELF or a.out.  Calculate it directly in the platform file
and return the value in ${_OPSYS_SHLIB_TYPE} and export that value
in bsd.prefs.mk as ${SHLIB_TYPE}.

Instead of requiring the file(1) tool, we can expect the base
system of those BSDs to have /usr/bin/file, so make use of it
directly.
2017-05-31 22:55:01 +00:00

163 lines
5.1 KiB
Makefile

# $NetBSD: NetBSD.mk,v 1.50 2017/05/31 22:55:01 jlam Exp $
#
# Variable definitions for the NetBSD operating system.
# Needed for 1.6.1 and earlier due to rpcgen bugs and paths
.if defined(CPP) && ${CPP} == "cpp"
CPP= /usr/bin/cpp
.endif
ECHO_N?= ${ECHO} -n
IMAKE_MAKE?= ${MAKE} # program which gets invoked by imake
PKGLOCALEDIR?= share
PS?= /bin/ps
SU?= /usr/bin/su
TYPE?= type # Shell builtin
USERADD?= /usr/sbin/useradd
GROUPADD?= /usr/sbin/groupadd
CPP_PRECOMP_FLAGS?= # unset
DEF_UMASK?= 0022
.if ${OBJECT_FMT} == "ELF"
EXPORT_SYMBOLS_LDFLAGS?=-Wl,-E # add symbols to the dynamic symbol table
.else
EXPORT_SYMBOLS_LDFLAGS?=-Wl,--export-dynamic
.endif
MOTIF_TYPE_DEFAULT?= motif # default 2.0 compatible libs type
NOLOGIN?= /sbin/nologin
# This must be lazy and using :? evaluation doesn't work due to a make bugs.
PKG_TOOLS_BIN_cmd= if [ -x ${LOCALBASE}/sbin/pkg_info ]; then echo ${LOCALBASE}/sbin; else echo /usr/sbin; fi
PKG_TOOLS_BIN?= ${PKG_TOOLS_BIN_cmd:sh}
ROOT_CMD?= ${SU} - root -c
ROOT_USER?= root
ROOT_GROUP?= wheel
ULIMIT_CMD_datasize?= ulimit -d `ulimit -H -d`
ULIMIT_CMD_stacksize?= ulimit -s `ulimit -H -s`
ULIMIT_CMD_memorysize?= ulimit -m `ulimit -H -m`
ULIMIT_CMD_cputime?= ulimit -t `ulimit -H -t`
# Native X11 is only supported on NetBSD-5 and later.
# On NetBSD-5, native X11 has enough issues that we default
# to modular.
.if empty(MACHINE_PLATFORM:MNetBSD-[0-5].*)
X11_TYPE?= native
.endif
_OPSYS_EMULDIR.aout= /emul/aout
_OPSYS_EMULDIR.darwin= /emul/darwin
_OPSYS_EMULDIR.freebsd= /emul/freebsd
_OPSYS_EMULDIR.hpux= /emul/hpux
_OPSYS_EMULDIR.irix= /emul/irix
_OPSYS_EMULDIR.linux= /emul/linux
_OPSYS_EMULDIR.linux32= /emul/linux32
_OPSYS_EMULDIR.netbsd= # empty
_OPSYS_EMULDIR.netbsd32= /emul/netbsd32
_OPSYS_EMULDIR.osf1= /emul/osf1
_OPSYS_EMULDIR.solaris= /emul/svr4
_OPSYS_EMULDIR.solaris32= /emul/svr4_32
_OPSYS_EMULDIR.sunos= /emul/sunos
_OPSYS_SYSTEM_RPATH?= /usr/lib
_OPSYS_LIB_DIRS?= /usr/lib
_OPSYS_INCLUDE_DIRS?= /usr/include
.if exists(/usr/include/netinet6)
_OPSYS_HAS_INET6= yes # IPv6 is standard
.else
_OPSYS_HAS_INET6= no # IPv6 is not standard
.endif
_OPSYS_HAS_JAVA= no # Java is not standard
_OPSYS_HAS_MANZ= yes # MANZ controls gzipping of man pages
_OPSYS_HAS_OSSAUDIO= yes # libossaudio is available
_OPSYS_PERL_REQD= # no base version of perl required
_OPSYS_PTHREAD_AUTO= no # -lpthread needed for pthreads
_OPSYS_SHLIB_TYPE= ${_OPSYS_SHLIB_TYPE_cmd:sh} # shared library type
_OPSYS_SHLIB_TYPE_cmd= \
output=`/usr/bin/file /sbin/sysctl`; \
case $$output in \
*ELF*dynamically*) echo ELF ;; \
*shared*library*) echo a.out ;; \
*dynamically*) echo a.out ;; \
*) echo ELF ;; \
esac
_PATCH_CAN_BACKUP= yes # native patch(1) can make backups
_PATCH_BACKUP_ARG?= -V simple --suffix # switch to patch(1) for backup suffix
_USE_RPATH= yes # add rpath to LDFLAGS
# for programs which use dlopen()
# not necessary since 1.6 (shared libs are linked against libgcc_pic)
.if !empty(OS_VERSION:M1.5*)
LINK_ALL_LIBGCC_HACK= -Wl,--whole-archive -lgcc -Wl,--no-whole-archive
.endif
_STRIPFLAG_CC?= ${_INSTALL_UNSTRIPPED:D:U-s} # cc(1) option to strip
_STRIPFLAG_INSTALL?= ${_INSTALL_UNSTRIPPED:D:U-s} # install(1) option to strip
.if (${MACHINE_ARCH} == alpha)
DEFAULT_SERIAL_DEVICE?= /dev/ttyC0
SERIAL_DEVICES?= /dev/ttyC0 \
/dev/ttyC1
.elif (${MACHINE_ARCH} == "i386")
DEFAULT_SERIAL_DEVICE?= /dev/tty00
SERIAL_DEVICES?= /dev/tty00 \
/dev/tty01
.elif (${MACHINE_ARCH} == m68k)
DEFAULT_SERIAL_DEVICE?= /dev/tty00
SERIAL_DEVICES?= /dev/tty00 \
/dev/tty01
.elif (${MACHINE_ARCH} == mipsel)
DEFAULT_SERIAL_DEVICE?= /dev/ttyC0
SERIAL_DEVICES?= /dev/ttyC0 \
/dev/ttyC1
.elif (${MACHINE_ARCH} == "sparc")
DEFAULT_SERIAL_DEVICE?= /dev/ttya
SERIAL_DEVICES?= /dev/ttya \
/dev/ttyb
.else
DEFAULT_SERIAL_DEVICE?= /dev/null
SERIAL_DEVICES?= /dev/null
.endif
# Add -mieee to CFLAGS and FFLAGS for NetBSD->=1.5V-alpha
.for __tmp__ in 1.5[V-Z] 1.5[A-Z][A-Z]* 1.[6-9]* [2-9].*
. if ${MACHINE_PLATFORM:MNetBSD-${__tmp__}-alpha} != ""
CFLAGS+= -mieee
FFLAGS+= -mieee
. endif # MACHINE_PLATFORM
.endfor # __tmp__
# check for kqueue(2) support, added in NetBSD-1.6J
.if exists(/usr/include/sys/event.h)
PKG_HAVE_KQUEUE= # defined
.endif
# Register support for FORTIFY (with GCC)
_OPSYS_SUPPORTS_FORTIFY=yes
# Register support for PIE on supported architectures (with GCC)
.if (${MACHINE_ARCH} == "i386") || \
(${MACHINE_ARCH} == "x86_64")
_OPSYS_SUPPORTS_MKPIE= yes
.endif
# Register support for RELRO on supported architectures (with GCC)
.if (${MACHINE_ARCH} == "i386") || \
(${MACHINE_ARCH} == "x86_64")
_OPSYS_SUPPORTS_RELRO= yes
.endif
# Register support for SSP on most architectures (with GCC)
.if (${MACHINE_ARCH} != "alpha") && \
(${MACHINE_ARCH} != "hppa") && \
(${MACHINE_ARCH} != "ia64") && \
(${MACHINE_ARCH} != "mips")
_OPSYS_SUPPORTS_SSP= yes
.endif
_OPSYS_SUPPORTS_CWRAPPERS= yes
_OPSYS_CAN_CHECK_SHLIBS= yes # use readelf in check/bsd.check-vars.mk
# check for maximum command line length and set it in configure's environment,
# to avoid a test required by the libtool script that takes forever.
_OPSYS_MAX_CMDLEN_CMD= /sbin/sysctl -n kern.argmax