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opnsense-src/gnu/usr.bin/binutils/libbinutils/Makefile

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Add bmakefiles for building binutils from the contrib tree. This finishes up the binutils import. But I am leaving it disabled in "src/gnu/usr.bin/Makefile" for now. It is not used by anything yet, so I'll take this opportunity to run one more round of tests before enabling it.
1998-03-01 18:41:17 -05:00
#
$Id$ -> $FreeBSD$
1999-08-27 19:37:10 -04:00
# $FreeBSD$
Add bmakefiles for building binutils from the contrib tree. This finishes up the binutils import. But I am leaving it disabled in "src/gnu/usr.bin/Makefile" for now. It is not used by anything yet, so I'll take this opportunity to run one more round of tests before enabling it.
1998-03-01 18:41:17 -05:00
#
.include "../Makefile.inc0"
.PATH: ${SRCDIR}/binutils
LIB= binutils
Restructure the binutils hierarchy somewhat in order to better support building it for variant architectures. It was already becoming clear that the former structure was too rigid and didn't scale well. The usual sort of makefile magic arranges to .include an architecture specific makefile "Makefile.${MACHINE_ARCH}" in each directory where it exists. Also, sources will be found in each subdirectory "${MACHINE_ARCH}" that exists. This is all taken care of automatically by the top level "Makefile.inc0". This all seems to work right for the i386 now. I have also converted those alpha pieces already present to the new schema as best I could. Also: change the BINDIR on the i386 to /usr/libexec/elf for "ar" and "ranlib". They are not object format independent enough to put into /usr/bin.
1998-03-11 21:55:43 -05:00
SRCS+= arlex.l arparse.y arsup.c bucomm.c debug.c filemode.c \
Add bmakefiles for building binutils from the contrib tree. This finishes up the binutils import. But I am leaving it disabled in "src/gnu/usr.bin/Makefile" for now. It is not used by anything yet, so I'll take this opportunity to run one more round of tests before enabling it.
1998-03-01 18:41:17 -05:00
ieee.c rdcoff.c rddbg.c stabs.c wrstabs.c version.c
s/MACHINE_ARCH/TARGET_ARCH/g The target machine is represented by TARGET_ARCH. MACHINE_ARCH always represents the host machine. When TARGET_ARCH is not defined, it is assumed to be equal to MACHINE_ARCH. This means that we're building a native toolset by default. We're creating cross-compilation tools when MACHINE_ARCH != TARGET_ARCH. TARGET_ARCH is defined when building binutils as part of the bootstrap build and is set to reflect the architecture we're currently cross- building. With this change binutils is ready for cross-building.
1999-12-17 10:50:45 -05:00
.if ${TARGET_ARCH} == "mipseb"
For mips assembler, we need to define TARGET_BYTES_BIG_ENDIAN to be zero when building for little endian machines. Correct the target names for mips. We just use the generic targets for mips elf, so the mipse[lb]-unknown-freebsd emulation types don't exist.
1999-04-22 03:19:20 -04:00
CFLAGS+= -DTARGET=\"elf32-bigmips\"
s/MACHINE_ARCH/TARGET_ARCH/g The target machine is represented by TARGET_ARCH. MACHINE_ARCH always represents the host machine. When TARGET_ARCH is not defined, it is assumed to be equal to MACHINE_ARCH. This means that we're building a native toolset by default. We're creating cross-compilation tools when MACHINE_ARCH != TARGET_ARCH. TARGET_ARCH is defined when building binutils as part of the bootstrap build and is set to reflect the architecture we're currently cross- building. With this change binutils is ready for cross-building.
1999-12-17 10:50:45 -05:00
.elif ${TARGET_ARCH} == "mipsel"
For mips assembler, we need to define TARGET_BYTES_BIG_ENDIAN to be zero when building for little endian machines. Correct the target names for mips. We just use the generic targets for mips elf, so the mipse[lb]-unknown-freebsd emulation types don't exist.
1999-04-22 03:19:20 -04:00
CFLAGS+= -DTARGET=\"elf32-littlemips\"
.else
s/MACHINE_ARCH/TARGET_ARCH/g The target machine is represented by TARGET_ARCH. MACHINE_ARCH always represents the host machine. When TARGET_ARCH is not defined, it is assumed to be equal to MACHINE_ARCH. This means that we're building a native toolset by default. We're creating cross-compilation tools when MACHINE_ARCH != TARGET_ARCH. TARGET_ARCH is defined when building binutils as part of the bootstrap build and is set to reflect the architecture we're currently cross- building. With this change binutils is ready for cross-building.
1999-12-17 10:50:45 -05:00
CFLAGS+= -DTARGET=\"${TARGET_ARCH}-unknown-freebsdelf\"
For mips assembler, we need to define TARGET_BYTES_BIG_ENDIAN to be zero when building for little endian machines. Correct the target names for mips. We just use the generic targets for mips elf, so the mipse[lb]-unknown-freebsd emulation types don't exist.
1999-04-22 03:19:20 -04:00
.endif
Add bmakefiles for building binutils from the contrib tree. This finishes up the binutils import. But I am leaving it disabled in "src/gnu/usr.bin/Makefile" for now. It is not used by anything yet, so I'll take this opportunity to run one more round of tests before enabling it.
1998-03-01 18:41:17 -05:00
CFLAGS+= -DVERSION=\"${VERSION}\"
CFLAGS+= -I${SRCDIR}/binutils
CFLAGS+= -I${SRCDIR}/bfd
NOPROFILE= true
NOPIC= true
Replace empty install targets with definitions of INTERNALLIB and INTERNALSTATICLIB to suppress installation of internal libraries.
1998-03-12 00:14:19 -05:00
INTERNALLIB= true
INTERNALSTATICLIB=true
Add bmakefiles for building binutils from the contrib tree. This finishes up the binutils import. But I am leaving it disabled in "src/gnu/usr.bin/Makefile" for now. It is not used by anything yet, so I'll take this opportunity to run one more round of tests before enabling it.
1998-03-01 18:41:17 -05:00
.include <bsd.lib.mk>
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