Alter bsd.compat.mk to set MACHINE and MACHINE_ARCH when included
directly so MD paths in Makefiles work. In the process centralize
setting them in LIBCOMPATWMAKEENV.
Alter .PATH and CFLAGS settings in work when the Makefile is included.
While here only support LIB32 on supported platforms rather than always
enabling it and requiring users of MK_LIB32 to filter based
TARGET/MACHINE_ARCH.
The net effect of this change is to make Makefile.libcompat only build
compatability libraries.
Changes relative to r354449:
Correct detection of the compiler type when bsd.compat.mk is used
outside Makefile.libcompat. Previously it always matched the clang
case.
Set LDFLAGS including the linker emulation for mips where -m32 seems to
be insufficent.
Reviewed by: imp, kib (origional version in r354449)
Obtained from: CheriBSD (conceptually)
Sponsored by: DARPA, AFRL
Differential Revision: https://reviews.freebsd.org/D22251
Alter bsd.compat.mk to set MACHINE and MACHINE_ARCH when included
directly so MD paths in Makefiles work. In the process centralize
setting them in LIBCOMPATWMAKEENV.
Alter .PATH and CFLAGS settings in work when the Makefile is included.
While here only support LIB32 on supported platforms rather than always
enabling it and requiring users of MK_LIB32 to filter based
TARGET/MACHINE_ARCH.
The net effect of this change is to make Makefile.libcompat only build
compatability libraries.
Reviewed by: imp, kib
Obtained from: CheriBSD (conceptually)
Sponsored by: DARPA, AFRL
Differential Revision: https://reviews.freebsd.org/D22251
This is the first step if refactoring the definitions to allow programs
to be selectively linked against libcompat libraries.
Reviewed by: bdrewery
Sponsored by: DARPA, AFRL
Error message:
make[5]: make[5]: don't know how to make /usr/obj/usr/src/amd64.amd64/obj-lib32/tmp/sys/netinet/in.h. Stop
make[5]: stopped in /usr/src/lib/libsysdecode
Sponsored by: The FreeBSD Foundation
better to move this directory to lib/libl, but this requires more extensive
changes to Makefile.inc1. This simple fix can be MFCed quickly.
PR: 238874
Reviewed by: imp
MFC after: 3 days
These are built with the host toolchain which may not support retpoline.
While here, move the MK_ overrides to a separate line and sort them
alphabetically to support future changes.
MFC with: r339511
Sponsored by: The FreeBSD Foundation
When building on non-FreeBSD systems we need to pass an explicit target
triple to clang otherwise it will attempt to build with the host triple.
This also has advantages when building on a FreeBSD host: we now tell
clang that we are targeting at least FreeBSD 12.0 instead of an older
version so it can enable newer features.
Reviewed By: brooks (mentor)
Approved By: jhb (mentor)
Differential Revision: https://reviews.freebsd.org/D16842
The lib32 build was already building the i386 version of
the clang sanitizers (libclang_rt) but they were not being
installed. This enables the installation.
MK_TOOLCHAIN=no was originally added to the install make
environment to disable includes so that NO_INCS could be
removed. The MK_TOOLCHAIN in bsd.incs.mk was subsequently
renamed to MK_INCLUDES, but bsd.lib.mk doesn't even include
bsd.incs.mk when LIBRARIES_ONLY is defined which the install
make environment for compat libs now defines. However,
setting MK_TOOLCHAIN=no forced MK_CLANG=no which disabled
libclang_rt during the install32 phase. Remove MK_TOOLCHAIN=no
since LIBRARIES_ONLY is now sufficient.
Since the libcompat environment overrides both LIBDIR and
SHLIBDIR, libclang_rt/Makefile.inc has to set both variables
to force the libraries to be installed to the location
expected by the compiler.
Reviewed by: bdrewery, dim
MFC after: 2 weeks
Differential Revision: https://reviews.freebsd.org/D16574
Currently the mtree calls in Makefile.inc1 all change the directory owner
to match the spec file. However, we should not be doing this during
distributeworld if -DNO_ROOT is passed. Additionally, when creating the
WORLDTMP directory hierachy there is no need to change the owner to root so
we now always pass the -W flag when populating WORLDTMP.
This is also required for building FreeBSD on Linux/Mac since the required
groups/users will not exist there which is how I discovered this issue.
Reviewed By: emaste, bdrewery, imp
Approved By: brooks (mentor)
Differential Revision: https://reviews.freebsd.org/D14185
The xtoolchain GCC packages have not required these flags since ports
commits r465416 and r466701. The in-tree GCC 4.2.1 has also been patched
in r335716 and r335717 to correctly honor --sysroot when looking for
includes and libraries.
Reviewed by: bdrewery
Sponsored by: DARPA / AFRL
Differential Revision: https://reviews.freebsd.org/D16055
This could happen with either WITHOUT_AUTO_OBJ=yes or MAKELEVEL>0 for
the initial 'make buildworld' command.
This now ensures that build-tools targets have 'make obj' ran if needed.
This is especially problematic for pmu-events since it is not directly
connected in the build. Normally the 'make includes' call right before
this implicitly creates the objdir with a 'make obj' already but
misses pmu-events because it is disconnected from lib/libpmc. Fixing that
would make this new 'make obj' pointless but it is being added to avoid
this problem in the future should another tool be connected like this.
Reported by: rgrimes, kib, kevans
Sponsored by: Dell EMC
This works around a bug with X_COMPILER_TYPE and permits mips64 to build
again with in-tree gcc as well as clang and external gcc.
Sponsored by: DARPA / AFRL
Don't try to set -march as clang doesn't permit use of the O32 ABI
with newer CPU microarchitectures like 'mips3'. In addition, clang
doesn't permit the O32 ABI with the default N64 target, so use an
explicit O32 -target for clang.
Sponsored by: DARPA / AFRL
This problem was caused by r325329 and r325350.
For the release(7) targets, some will run mm-mtree.sh which itself runs make
with a MAKEOBJDIRPREFIX. The execution of that script leaks OBJROOT,
MAKEOBJDIR, and MAKELEVEL=1 in the environment. This causes the mm-mtree makes
to not do some basic setup of OBJROOT and only use this special
MAKEOBJDIRPREFIX case which fails to empty out MAKEOBJDIRPREFIX for further
nested makes, such as a tree walk. If that tree walk sets OBJROOT/OBJTOP such
as r325329 is doing, then the wrong OBJDIRs end up being used due to the
unemptied MAKEOBJDIRPREFIX being preferred over the proper MAKEOBJDIR.
Pointyhat to: bdrewery
Sponsored by: Dell EMC Isilon
This changes the build OBJDIR from the older style of /usr/obj/<srcdir> for
native builds, and /usr/obj/<target>.<target_arch>/<srcdir> for cross builds to
a new simpler format of /usr/obj/<srcdir>/<target>.<target_arch>. This
new format is used regardless of cross or native build. It allows
easier management of multiple source tree object directories.
The UNIFIED_OBJDIR option will be removed and its feature made permanent
for the 12.0 release.
Relnotes: yes (don't note UNIFIED_OBJDIR option since it will be removed)
Prior work: D3711 D874
Reviewed by: gjb, sjg
Discussed at: https://lists.freebsd.org/pipermail/freebsd-arch/2016-May/017805.html
Discussed with: emaste
Sponsored by: Dell EMC Isilon
Differential Revision: https://reviews.freebsd.org/D12840
Having objects in world32 and a sysroot in lib32 was confusing and
inconsistent with the normal build. Now objects are stored in
obj-lib32 (or obj-libsoft) and the sysroot (analagous to WORLDTMP)
is stored in obj-lib32/tmp.
Sponsored by: Dell EMC Isilon
Its own build target was already handling mtree extractions
just as _worldtmp did, so the other cleaning of the
tmpdir makes sense here as well.
Sponsored by: Dell EMC Isilon
Make armv7 as a new MACHINE_ARCH.
Copy all the places we do armv6 and add armv7 as basically an
alias. clang appears to generate code for armv7 by default. armv7 hard
float isn't supported by the the in-tree gcc, so it hasn't been
updated to have a new default.
Support armv7 as a new valid MACHINE_ARCH (and by extension
TARGET_ARCH).
Add armv7 to the universe build.
Differential Revision: https://reviews.freebsd.org/D12010
arches), and handle two more cases where libc++ includes could be
incorrectly enabled, in case the host compiler is clang 5.0.0, and the
target (cross) compiler is gcc 4.2.1.
Noted by: bdrewery
MFC after: 3 days
X-MFC-With: 321684
This is to allow downstream Makefiles to know for sure they are building
against a sysroot rather than only depending on ${DESTDIR} or other
assumptions.
This also exports it into buildenv.
MFC after: 2 weeks
Sponsored by: Dell EMC Isilon
In a cross-build, the build-tools are native host binaries. We do not
want to rebuild them when building for the target. Bmake previously
did not support checking .NOMETA on an existing target, so .NOMETA_CMP
was used here. However, .NOMETA_CMP still triggers meta mode conditions
if the number of commands or the command changes. In r312467 the paths
to build ncurses files were modified and thus triggered meta mode to
rebuild the build tools (make_keys, make_hash) in ncurses during the
target build. Bmake 20160604 committed in r301462 changed .NOMETA to
also skip meta mode logic for an existing .meta file as well, thus it
is now the proper fix here.
I explored moving the build-tools output to WORLDTMP/tools with
relatively good success, but have concerns that doing so would be
problematic for downstream vendors who use LOCAL_TOOL_DIRS and
expect the tools to be in current OBJDIR for the target. It also
adds more complexity into finding the tools during target build
and handling of where they are for rescue/rescue and
mkcsmapper_static/mkesdb_static which should really not be connected in
build-tools anyway.
MFC after: 2 weeks
Reported by: many
Sponsored by: Dell EMC Isilon
An attempt to build mips64 using external toolchain failed as it tried
to use the host amd64 nm.
MFC after: 1 month
Sponsored by: The FreeBSD Foundation
Build and install an o32 set of libraries on mips64 suitable for
running o32 binaries via COMPAT_FREEBSD32. Enable COMPAT_FREEBSD32 in
MALTA64.
Reviewed by: jmallett, imp
Sponsored by: DARPA / AFRL
Differential Revision: https://reviews.freebsd.org/D9032
Both amd64 and powerpc64 use -m32 to compile 32-bit binaries, but not
all platforms follow this convention. Move the -m32 compile flag into
the per-architecture flags to accomodate other architectures.
Sponsored by: DARPA / AFRL
There were a few issues.
- In-tree GCC won't have X_COMPILER_TYPE defined but will have
WANT_COMPILER_TYPE==gcc set from the SYSTEM_COMPILER logic that can
be used. Make the clang check specific to clang as well to ensure
-target doesn't leak into a GCC build.
- When using a cross-compiler GCC (with a default sysroot or arch) and also
passing --sysroot, it basically forgets all internal paths for
libraries. We've already worked around this quite a bit for
the external toolchains. Now for the in-tree bootstrap cross-compiler
GCC, also pass in the needed -B${WORLDTMP}/usr/lib to find the crt
object files, but also -isystem and -L to fix the paths. This creates
quite a spammy build log, but it is clear and still achieves the goals
and stays consistent between internal and external build flags.
Reducing the spam by using the '=' prefix feature will help and be
done later.
MFC after: 3 days
X-MFC-With: r304681
Reported by: bz
Pointyhat to: bdrewery
Sponsored by: EMC / Isilon Storage Division
This was a regression from r300349.
Setting MK_CROSS_COMPILER=no forces the compiler bootstraping *and* the
binutils/elftoolchain bootstrapping to be disabled in share/mk/src.opts.mk.
The only intent with using an external compiler is to disable bootstrapping of
the compiler. The binutils/elftoolchain bootstrapping must still occur unless
XAS is set. This did not affect WITH_SYSTEM_COMPILER.
Now that setting an external compiler sets both MK_CLANG_BOOTSTRAP and
MK_GCC_BOOTSTRAP to no, and MK_CROSS_COMPILER does the same via
share/mk/src/opts.mk, remove redundant logic that checks for
MK_CROSS_COMPILER. It will not always be true now that MK_CROSS_COMPILER==no
when an external compiler is used and --sysroot/-target is needed.
Reported by: sbruno
Pointyhat to: bdrewery
MFC after: 3 days
Sponsored by: EMC / Isilon Storage Division
As the XXX notes, these should really be checking MK_GNUCXX since there is
already a version check in share/mk/src.opts.mk to disable it. Fixing that
here is more complex though. This could also be using X_COMPILER_FEATURES
but uses X_COMPILER_VERSION to keep in sync with the src.opts.mk logic.
Tested by: andreast
Sponsored by: EMC / Isilon Storage Division
Approved by: re (gjb)
- This was broken by r300350 and r300885.
- Add some comments around the external GCC logic since it is spread out
and in need of some cleanup.
- The problem was that X_COMPILER_TYPE is always defined from CC->XCC's
default, so if /usr/bin/cc is GCC (as it is on native powerpc64) then
X_COMPILER_TYPE was getting GCC and triggering the external logic in
Makefile.libcompat. It was intended to always provide -isystem with
GCC since --sysroot is used into the lib32 sysroot which won't modify
the header path without the -isystem. The use of the libc++/std=c++11
override was only intended to be used for external compilers though
(more accurately GCC 4.8+ but that's a separate assumption to
cleanup). Apply the same logic from Makefile.inc1 to Makefile.libcompat
to only add the libc++ override when needed for external compilers.
Pointyhat to: bdrewery
Tested with: native ppc64 (swills), universe, ppc64 xtoolchain,
amd64 xtoolchain, sparc64 cross-build of ppc64 (host GCC 4.2)
Reported by: andreast, swills
Approved by: re (gjb)
Sponsored by: EMC / Isilon Storage Division
-Y is an uncommon linker option that is rather similar to -L. In
discussion with Peter it seems early amd64 development might have
required the -Y-specific behaviour, but it is no longer necessary.
Switch to -L which is more widely supported and much more commonly
used, to make it easier to link the FreeBSD base system with linkers
other than ld.bfd.
Submitted by: Rafael Ávila de Espíndola
Differential Revision: https://reviews.freebsd.org/D6681
This is the same as done for the native build in r300770 to ensure that
the libc++ build reads from SYSROOT/usr/include/c++/v1 before reading
from SYSROOT/usr/include.
This allows the CXX hack in r300917 for external GCC to work for
the lib32 build. It is also the same pattern as the native
build uses by adding the tools into CROSSENV for external
toolchain, rather than make overrides.
Sponsored by: EMC / Isilon Storage Division
