* Now each local directory path is matched against multiple
patterns and only the last matched one will be used,
or the DEFAULT_GLOBAL_TIDY_CHECKS is used.
Bug: http://b/27779618
Change-Id: I786e6cacd8a680a034b4bc09f561f658177d9b17
Test: build with WITH_TIDY=1.
Only projects in LOCAL_CLANG_EXCEPTION_PROJECTS can set LOCAL_CLANG to false.
Add external/gentoo/integration to this white list.
Bug: 30575506
Change-Id: Icd508686bc2eb8b9d400200166df80115af20da1
Test: build and find new warning in build.log
* INTERNAL_LOCAL_CLANG_EXCEPTION_PROJECTS is defined later in other config.mk.
Bug: 30575506
Test: build and find new warning in build.log
Change-Id: If5341a856d1792add38c80a15b8deae39f156138
bionic/tests has some test cases compiled with both gcc and clang.
Bug: 30575506
Change-Id: I68576a931021089ecc6b9c9d14ef0b3e3cf05e2d
Test: build and find new warning in build.log
* LOCAL_CLANG_EXCEPTION_PROJECTS is the list of project prefixes.
* New warning message is detected by warn.py as high severity.
Bug: 30575506
Change-Id: I87a38b2ba6bab1d2e5e7a9d5ec9557f0e609727c
Test: build and find new warning in build.log
* This enables 5 performance related checks:
performance-faster-string-find
performance-for-range-copy
performance-implicit-cast-in-loop
performance-unnecessary-copy-initialization
performance-unnecessary-value-param
* Recognize these new warnings in warn.py.
Bug: http://b/27779618
Change-Id: I7af3fdc262dd44db90d3b62eb37c5eac5a2eaa01
Test: build with WITH_TIDY=1 and run warn.py with build.log
* Count new clang-tidy warnings:
google-runtime-references
google-runtime-operator
* Count new clang warnings:
-Wconst-conversion similar to -Wliteral-conversion
-Wundefined-var-template
* Modified static analyzer warning message about
"Null passed to a callee that requires a non-null ..."
* Disable google-runtime-references by default and
disable misc-macro-parentheses in vendor projects;
too many old C/C++ code have this warning.
Change-Id: Ib35e0af85875aada17c92b0237b76cd5ae3bfcc8
Test: build with clang-tidy.
Test: Tested build, boot and common usage for Arm, Arm64, x86, x86_64,
Mips images in AOSP and internal branch.
Bug: http://b/29823425
Change-Id: I97299c8b41ff9d3ac7019a349aa569609a099233
These are all either recently unused due to the removal of CFLAGS/etc,
or have been exported by Soong and are no longer necessary.
Change-Id: I5930d43fda21acc8202b3d8ea010fbefb6ae4cf1
Soong is using a single list of unknown clang flags for all
architectures, instead of the per-architecture list here. Collapse this
down to a single list as well so that it can be verified against the
Soong list, and eventually replaced by the Soong version.
Change-Id: If43cd892105da5155907c05965a74b835920a369
At the beginning of every build, Soong has exported its version of these
variables, and has been ensuring that when sorted, the result is the
same. So these variables all have the same flags of the Soong ones, but
may be in different orders. We don't believe any of the remaining order
differences matter. As we remove the Make definitions, the exported
Soong variables will take over.
This only removes lines that change one of these variables:
[2ND_][CLANG_]HOST_CROSS_GLOBAL_CFLAGS
[2ND_][CLANG_]HOST_CROSS_GLOBAL_CONLYFLAGS
[2ND_][CLANG_]HOST_CROSS_GLOBAL_CPPFLAGS
[2ND_][CLANG_]HOST_CROSS_GLOBAL_LDFLAGS
[2ND_][CLANG_]HOST_GLOBAL_CFLAGS
[2ND_][CLANG_]HOST_GLOBAL_CONLYFLAGS
[2ND_][CLANG_]HOST_GLOBAL_CPPFLAGS
[2ND_][CLANG_]HOST_GLOBAL_LDFLAGS
[2ND_][CLANG_]TARGET_GLOBAL_CFLAGS
[2ND_][CLANG_]TARGET_GLOBAL_CONLYFLAGS
[2ND_][CLANG_]TARGET_GLOBAL_CPPFLAGS
[2ND_][CLANG_]TARGET_GLOBAL_LDFLAGS
Many other variables are unnecessary now too, but those will be removed
in another change. For those we can ensure the build.ninja file does not
change, but we expect it to change here due to the ordering differences.
Change-Id: I0bd0778706d02ee27b2784dd8dc6b2c71d37bd3a
Cppflags always get added to cflags, so we don't need to duplicate clang
cppflags extras that are already in the clang cflags extras
Change-Id: Ic099f565f20fd993fc0713c033fbc5154373c98f
These have all been strictly checked by Soong, so the values currently
match. Just remove them so that the make variables exported by Soong
will take over.
This also removes some of the GCC reconfiguration, since we haven't
implemented that in Soong. If it becomes useful in the future, we'll
implement it there.
Some things like TARGET_TOOCHAIN_ROOT can nearly be removed, but are
used before the Soong-exported make_vars.mk is loaded. In that case,
added to the clang cflags, so it can be removed once the cflags are
removed.
Others, like LLVM_PREBUILTS_VERSION are loaded even earlier -- in
envsetup.sh before we've even configured Soong. So for now, keep the
Make definition, and continue ensuring it's the same as the Soong
version.
Change-Id: I554b27062ac43610828a8c06d640d919a2dc21ca
This is not necessary, since the later -mcpu=krait will override the
earlier -mcpu=cortex-a15, but is cleaner (and matches Soong).
Change-Id: I18301faf8a5cb5364617b3008bc8af461b7884f8
This reverts commit 3dfd20aea4 - the clang
version we are using has the mentioned permanent fix. The new build
system (Soong) uses a single list of unknown clang flags for all
architectures, so workarounds like this no longer work.
Change-Id: I64a83f3b52a9ca1d11a76df5a060a36f42e27e4b
When invoking clang for the host to assemble .S files, the -B flag
would not be provided, which allowed the host prebuilt clang to
use an 'as' from the native environment. Most of the time this
"just works", but some newer 'as' versions cause problems with
the older prebuilt toolchain, for example by generating
unsupported relocation types.
To avoid this problem, simply use the -B flag to tell clang to
invoke the assembler from the correct prebuilt gcc prefix.
Change-Id: I18ea4f37ae637b652cfd7321c41929f8be075342
Signed-off-by: Alistair Strachan <alistair.strachan@imgtec.com>
* Default checks include only google* minus google-readability*.
* Some google-* checks are disabled for external projects.
* Each project can add more or disable checks through LOCAL_TIDY_CHECKS.
Bug: http://b/27779618
Change-Id: I83eed73bd2bddaace565a6dde532fb2036b4fac4
http://b/26987366
- Use clang-2690385 to build RenderScript toolchain.
- Use armv7-linux-androideabi as the triple used to build RenderScript
runtime libraries.
Change-Id: I582e8b25bbc38b101a2e765028ed61edbce7bdc2
* When my_global_santitize is set and requires ASAN,
link with ASAN library even when local module is not
instrumented with ASAN, unless the local module is
the ASAN library itself.
* Add -Wl,--as-needed to my_ldflags for shared libraries
so that unneeded ASAN library would not become
a dependent of the built .so file.
* Change shared file and executable file link argument order
so that -Wl flags will have effect on linked-in libraries.
* Remove unused ADDRESS_SANITIZER_CONFIG_EXTRA_SHARED_LIBRARIES.
BUG: 27614834
Change-Id: I4eda6003f1f24e498cba91c043dbe1fabe522686
Bug: http://b/27482631
This fixes an issue where krait compiles were not passing the proper
flags to the assembler when -no-integrated-as is used. This was
preventing ART from switching to clang in some cases.
Change-Id: I24966bf1ff84305df3586ab01d1aae7d5922aa11
* When WITH_STATIC_ANALYZER is set and non-zero, and clang compiler is used,
call new clang ccc-analyzer or c++-analyzer.
* Otherwise, if WITH_SYNTAX_CHECK is set and non-zero,
call compiler with -fsyntax-only.
* Replace "--sysroot=path" with "--sysroot path", to work with ccc-analyzer.
* ccc-analyzer executes the original compilation command to generate
object files before calling clang with --analyze to do static analysis.
* When clang is called with --analyze, macro __clang_analyzer__ is defined.
BUG: 13287788
Change-Id: I5edb25b52998d871385dd000778db2ce83224078
This is mostly the same as the existing 2ND_HOST / HOST_CROSS support.
The interesting thing I did here was make x86 the 'first' architecture,
and x86_64 the second. This way LOCAL_MULTILIB := first defaults to
32-bit windows modules.
windows-x86/bin <- defaults to 32-bit executables
windows-x86/lib <- 32-bit libraries, like before
windows-x86/lib64 <- 64-bit libraries
windows-x86/obj <- 32-bit intermediates
windows-x86/obj64 <- 64-bit intermediates
Then modules are registered with the names:
host_cross_liblog <- 32-bit, like before
host_cross_liblog_64 <- 64-bit
Bug: 26957718
Change-Id: I9f119411acb43e973ec1e6bca3c1dc291c91556c
This moved from lib/ to lib64/, but wasn't noticed because no one builds
with the profiler on by default.
Change-Id: I0155263b4a50437ea0864338fb34baefc3df59d2
This change adds new variables for RS_LLVM_* tools, which correspond
to the version of LLVM checked in currently to external/, instead of
mapping to the latest host prebuilts. This will help prevent version
differences for newer IR generated by the updated host prebuilts, which
then might not be readable with the on-device LLVM bits we build from
external/.
Change-Id: I6c7b0fa9082e9c8244cc508cb23960569a057740
Building with USE_NINJA=false and piping build output to a file will
result in ANSI color codes in the build output. Only force ANSI codes
on when building with ninja, which strips the ANSI codes when writing
build output to a non-TTY.
Change-Id: Ifd2fb53799fd99c23b7ad91cdb84d943bf707db0
This was marked as unsupported only on arm[64], even though it works.
For soong, we want to keep a single list of unsupported clang flags
for all architectures.
Change-Id: I9c4ae0f255c549d2346ba7abae57e22c86ddcc61
RPATH was used in order for ASan executables to prefer ASan libraries
under /data. Now ASan executables use a special loader (linker_asan),
which implements this logic. RPATH is no longer needed.
Change-Id: Ic7a39b022267b80bd0ce3e95a2e822eb308a1fba
Some projects are still built with our host GCC 4.8, which doesn't
support -fstack-protector-strong. The combo .mk files are used by
GCC and clang, so it's not safe to turn on -fstack-protector-strong
there. Instead, do it in the clang-specific .mk for now.
We can clean this up when elfutils (the last code built for the host
with GCC that I'm aware of) is built by clang. We'll be able to
remove the host GCC prebuilts too!
Change-Id: I314b9eab071c132a8e2cb8cc779a75ae8abb12e2
