When these are Ninja variable they can't be used in android.Path since
they'll be rejected as invalid paths. We don't actually need them to be
a Ninja variable, so make them plain old strings instead.
Test: Still builds.
Change-Id: I04743cebd4b2f9be5685545f2ee941df180fce14
Bionic includes are the same on all architectures, modulo
architecture-specific includes. Use a single function to populate the
list, passing in bionic's and the kernel's names for the architecture.
Also get rid of the ${LibcRoot} variable, it is not providing any value
and makes grepping harder.
Change-Id: I39e7907d312f52dd1378a3937ab1bcba12c4e97f
Soong's multi-architecture building has grown complex, with the
combination of HostOrDevice+HostType+Arch necessary to determine how to
build a variant of a module, and three separate mutators to split each
into its variations.
Combine HostOrDevice+HostType into Os, which will be Linux, Darwin,
Windows, or Android. Store Os+Arch as a single Target.
Change-Id: I92f2e2dac53617d595a35cc285d2bd348baa0fbd
Soong's multi-architecture building has grown complex, with the
combination of HostOrDevice+HostType+Arch necessary to determine how to
build a variant of a module, and three separate mutators to split each
into its variations.
Combine HostOrDevice+HostType into Os, which will be Linux, Darwin,
Windows, or Android. Store Os+Arch as a single Target.
Change-Id: Iae677eff61a851b65a7192a47f2dc17c1abb4160
-msoft-float is equivalent to -mfloat-abi=soft, which means we need to
make sure the order is correct if we also specify -mfloat-abi=softfp.
Since the Neon support (with -mfloat-abi=softfp) is in the cpu-specific
ToolchainCflags, move the generic definition into ToolchainCflags as
well.
This wasn't actually causing problems when compiling, since the normal
toolchain.Cflags is before toolchain.ToolchainCflags, but the makevars
code accidentally reversed this. That will be fixed as well, but this
will protect against similar problems in the future.
Change-Id: If6f37c845210105f84769bab45fde5d7fdc2fe09
For krait, we were using the cortex-a15 cflags for GCC, but a completely
separate set for Clang. To make it more readable, and prevent the LPAE
flag from being missed for Clang, explicitly define krait cflags for GCC
as well.
Change-Id: I6dc00a22e2b298ee3755190bf09f28e427c8c70d
Add a new feature to cc modules that adds the cflags and libraries
necessary to implement AddressSanitizer, ThreadSanitizer, and
UndefinedBehaviorSanitizer.
Change-Id: Ibe5ffadc7ece56080a2521f2c7c00da9ef712584
Limit arm cpu variants to armv7-a-neon only, and handle a generic
armv7-a-neon cpu variant. Add arm64 cortex-a53 cpu variant. Sanity check
the arch variant against supported versions.
Change-Id: I8ecdea4cd36d9c82e1f29b158efc131f8b1cbc4d
This centralizes verification and common operations, like converting the
path to a source file to the path for a built object.
It also embeds the configuration knowledge into the path, so that we can
remove "${SrcDir}/path" from the ninja file. When SrcDir is '.', that
leads to paths like './path' instead of just 'path' like make is doing,
causing differences in compiled binaries.
Change-Id: Ib4e8910a6e867ce1b7b420d927c04f1142a7589e
In order to validate that the NDK STL paths exists, we need to know
the full path, including the Gcc version during the go execution. So
instead of returning a ninja variable reference, just return the
contents of the variable.
This also fixes a few invalid uses of armGccVersion to the proper
variable.
Change-Id: I54398ba4aa4000235b7d537a2c4efe3ecbbeec8b
This defines another mutator between HostOrDevice and Arch that will
expand host modules into a module for each host type
(Darwin/Linux/Windows) that is currently being built.
Change-Id: I4c8ac6b616c229f6bd45ad8a35902652fb6a4fff
Some cflags are part of the toolchain selection and should not be
removed by no_default_compiler_flags = true, for example -m32 for x86
compiles. Removing all the cflags results in hacks such as in crt.mk
where the bare minimum cflags are reinserted.
Add new toolchain interface functions ToolchainCflags, ToolchainLdflags
and ToolchainClangCflags that will always be used.
Change-Id: I0ba02d7611e2afb9ad913319740e00c1bb2d654c
Allow architecture toolchains to register "features" supported by the
current variant, and then apply properties from the selected features.
Equivalent to the ARCH_*_HAS_* variables in the combo makefiles.
Change-Id: Ib6823be1c1a52da677d081db9f24336a072eaf39
-funswitch-loops is in the arm instruction set flags, but unsupported by
clang. Make removes clang unknown cflags from the instruction set flags.
This was producing a warning, causing -Werror to fail on libm.
Change-Id: Ibc69c9af04a738aa8adeb5549900e2b53ab754f0
Contains equivalent changes for:
561b4c1 Set mcpu targets based on cpu variant.
6a66a88 Stop encoding absolute paths in symbols
63e3b02 Enable color output from gcc and clang
eb3e3fa Use exported includes for libc++.
3a0a891 Link libgtest_main before libgtest
Change-Id: I45a06c02e9af1d40f0c52f1e6a20d6cd382a27fb
The existing behavior of using the build directory as the working
directory is useful if you want to move/copy the output directory around
and SRCDIR still refers the the source. But, it's more useful to have
the source directory be the working directory. Tools like cpp(__FILE__)
and other debug prints embed relative paths from the working directory.
We also have tools that expect the working directory to be $TOP.
Change-Id: Ia0f1d3c6b7df72d61cf5628efa2baa98bd19775b
-mthumb-interwork was missing from the beginning.
The Clang cflags copy was only a shallow copy, so our clang-specific
fixups were affecting the GCC cflags as well.
The cortex-a15 replacement was removed from build/core with this change:
https://android-review.googlesource.com/#/c/143851
Change-Id: Ib6300e064f6ec4f6a7174d5e2aeacad1c359f7ea
Pass --fix-cortex-a8 only on Cortex A8 and generic ARM builds, and
pass --no-fix-cortex-a8 on everything else.
Change-Id: I4b12afee4de443b5d55df66be3c6a05251715e31
Reduce the number of flags variables when compiling C by getting
rid of the separately-tracked IncludeDirs variables, and putting
them directly in GlobalFlags. Also changes exportedIncludeDirs
to exportedFlags, which will allow exporting flags besides -I.
Also fixes a bug when building a module with the NDK and -Werror
by passing NDK exported include directories with -isystem instead
of -I, which will ignore warnings from those includes.
Also fixes a bug where the default includes were being inserted
into all cflags by the arm and arm64 toolchain modules.
Change-Id: Ice97f84e637b21d20c38c85b881afa315f9f92ae
Art needs a custom module type in order to perform complicated
build logic like depending on environment variables and varying
cflags based on cpu variant. Export enough of the types and
functions from cc for art_cc_library to inherit from cc_library.
While I'm touching every line, also rename the New* methods
to *Factory.
Change-Id: I7123aa47019c4ced7a1ab57c394225bc7844b5ea
Initial build logic for building android with soong. It can build
a variety of C and C++ files for arm/arm64 and host.
Change-Id: I10eb37c2c2a50be6af1bb5fd568c0962b9476bf0
