- Added LOCAL_DEX_PREOPT_FLAGS to pass extra flags to dex2oat.
- Added macro add-product-dex-preopt-module-config to specify almost
arbitrary dex-preopt config/flags to modules in product
configuration:
$(call \
add-product-dex-preopt-module-config,<module_name_list>,<config_or_flags>)
How <config_or_flags> is interpreted is decided by
dex_preopt_odex_install.mk and dex2oat. For now if it's "disable" we
disable dexpreopt for the given modules; otherwise pass it to dex2oat as
command line flags.
- If there are multiple configs for the same module in the product
inheritance, the first takes precedence.
- Added PRODUCT_DEX_PREOPT_DEFAULT_FLAGS so you can specify default
dex2oat flags in product configuration.
- Added PRODUCT_DEX_PREOPT_BOOT_FLAGS to specify flags of building boot.oat.
Bug: 17791867
Change-Id: I1b2955e8e51039e94d1ff43a3265a8d03598632c
Although only some of these flags will be used for some
targets or hosts, they must all be cleared to avoid carrying
over from one project to another.
BUG: 17677366
Change-Id: I6d26fa7e5bf2ff11758728810d4874f3759aebe7
To enable building with coverage, the environment variable
NATIVE_COVERAGE must be set to true.
Set `LOCAL_NATIVE_COVERAGE := true` to generate coverage information for
a given component.
This is currently not supported for clang (b/17574078, b/17583330).
If static library A is included in a binary B (dynamic or static
executable, or shared library), and A is built with coverage
information, B is required to link with libgcov.a. Since the make does
not offer a good way to track this dependency, link libgcov.a even if
LOCAL_NATIVE_COVERAGE is not set (but still guarded by NATIVE_COVERAGE).
This ensures that all of the libgcov dependencies will always be
resolved, and causes no change in the resulting binary if coverage is
not used.
Bug: 10134489
Change-Id: Id5a19f2c215e4be80e6eae27ecc19b582f2f6813
Preparing for migration from stlport to libc++. STL selection is done
with LOCAL_CXX_STL (valid values are default, none, libc++,
libc++_static, stlport, stlport_static, bionic).
The selection of the STL is as follows:
if LOCAL_CXX_STL == 'default'
ifdef LOCAL_SDK_VERSION
Use whatever STL the other NDK options have selected.
else
Use bionic's libstdc++ for target, GNU libstdc++ for host. This
is compatible with the existing build options.
endif
else
if LOCAL_CXX_STL == 'stlport'
Use stlport.
else if LOCAL_CXX_STL == 'libc++'
Use libc++.
else if LOCAL_CXX_STL == ''
Don't use any STL.
endif
endif
Bug: 15193147
Change-Id: If712ba0ae7908d8147a69e29da5c453a183d6540
For now we support LOCAL_POST_LINK_CMD only for static executables.
This fixed the hack of building linker which need to insert additional
step after link.
Bug: 17403674
Change-Id: Iefdfe1e3fab3a30c5d4ad701d46f931481eab572
Support LOCAL_PACKAGE_SPLITS, which accepts a list of resource lables
and generates multiple apks. The build system sets up rules to sign and
zipalign the split apks.
Bug: 16319961
Change-Id: I344b3d1c7eb158c6d0df879093d666a89870aadd
Use "LOCAL_MULTILIB := both" to install jni libraries of both archs in
multilib build.
The build system will package jni of both archs to the apk, or install
them to the right location on the system image and create symlinks,
extract .so files from prebuilt apk, etc if appropriate.
Bug: 15849902
Change-Id: I7e147b5a47db476584c38250de7b36c75ea40d81
Otherwise we may end up conflict between LOCAL_MODULE_HOST_ARCH and the
default multilib mode.
Also removed the unneeded variants of LOCAL_MODULE_HOST_ARCH.
Change-Id: I9e5a0144da3cb6310be0ddf098738987e51305de
Allow LOCAL_JAR_PACKAGES to work on subpackages. Previously it
only worked on top-level packages due to a bug in how the directories
were recursively deleted.
Add LOCAL_JAR_EXCLUDE_PACKAGES to allow specific subpackages to
be excluded. This rule applies after LOCAL_JAR_PACKAGES has
selected which packages to include. It may also be used independently.
Change-Id: Ibd0e495be1a20c84b59c9da132e92100ef3f8705
Use LOCAL_PREBUILT_JNI_LIBS to install prebuilt JNI libraries extracted
from the prebuilt apk, or prebuilts as source, to the app specific lib path.
LOCAL_PREBUILT_JNI_LIBS accepts 2 kinds of files:
- Files like @path/to/libfoo.so (path inside the apk) are JNI libs
extracted from the prebuilt apk. In this case, all embedded JNI libs
inside the prebuilt apk are stripped.
- Files like path/to/libfoo.so (path relative to LOCAL_PATH) are
prebuilts in the source tree.
Those prebuilt JNI libs are not defined as modules in the build system,
so this works around possible module name conflict.
Bug: 13170859
Change-Id: I91bb844cc11b3621a85733bc7e8910f168957ef0
If the VM is libart and DEXPREOPT is enabled,
- For a Java library and the boot image, we build for both 1st arch and
2nd arch.
- For an app, we build for the multilib arch the module is targeted for.
The odex file will be in <arch_name>/<module_name>.odex inside the same
dir where the jar/apk file gets installed.
Nothing changed if it's built for libdvm.
Bug: 14694978
Change-Id: I45118a83758b41d52d6c9e38f93f0ba2775a6c74
This change basically ported our target multilib to the host side.
It supports 2 host build modes: x86 and x86_64 multilib build.
For now you need to set "BUILD_HOST_64bit=true" to switch to x86_64
multilib build. Later we'll default to x86_64 build and have a flag
to force 32-bit only build, which may be needed by SDK build.
In host module definition, like in target ones, you can use the
following
LOCAL variables to set up multilib configuration:
LOCAL_MULTILIB: can be "both", "first", "32" or "64".
It also supports the same set of arch or 32-vs-64 specific LOCAL
variables.
By default, it builds only for the first arch.
To keep path compatibility, in x86_64 build files are still output to
out/host/linux-x86; Both 32-bit and 64-bit executables are in
out/host/linux-86/bin;
In x86_64 build 32-bit shared libraries are installed to
out/host/linux-x86/lib32
and 64-bit shared libraries are installed to out/host/linux-x86/lib;
32-bit object files are output to out/host/linux-x86/obj32 and 64-bit
object files
are output to out/host/linux-x86/obj.
Bug: 13751317
Change-Id: I6044f83b7db369a33e05209e8c588eb6dc83409f
With this change, you can package up modules while avoiding installing
them to the system.img or userdata.img.
- build/core/tasks/tools/package-modules.mk
You can use this template to package up modules into a zip file and
preserve the installed file paths.
- LOCAL_PICKUP_FILES, you can use this variable to package up extra
files/directories.
Bug: 13585955
Change-Id: I103042b24ccf17cf5dc90c016d97ed1dd293e50b
With this change, you can package up modules while avoiding installing
them to the system.img or userdata.img.
- build/core/tasks/tools/package-modules.mk
You can use this template to package up modules into a zip file and
preserve the installed file paths.
- LOCAL_PICKUP_FILES, you can use this variable to package up extra
files/directories.
Bug: 13585955
Change-Id: I103042b24ccf17cf5dc90c016d97ed1dd293e50b
To build oem.img:
- You must define BOARD_OEMIMAGE_PARTITION_SIZE in your BoardConfig.mk
- The file system type will be the same as system.img and userdata.img.
- To install a module to oem.img, use "LOCAL_OEM_MODULE := true"
- run "make -j48 showcommands oem_image dist". By default it's not
built.
Bug: 13367676
Change-Id: I1a26d4d0c61b72ecffe60279667b1b3de050780d
Use LOCAL_PREBUILT_JNI_LIBS to install prebuilt JNI libraries extracted
from the prebuilt apk, or prebuilts as source, to the app specific lib path.
LOCAL_PREBUILT_JNI_LIBS accepts 2 kinds of files:
- Files like @path/to/libfoo.so (path inside the apk) are JNI libs
extracted from the prebuilt apk. In this case, all embedded JNI libs
inside the prebuilt apk are stripped.
- Files like path/to/libfoo.so (path relative to LOCAL_PATH) are
prebuilts in the source tree.
Those prebuilt JNI libs are not defined as modules in the build system,
so this works around possible module name conflict.
Bug: 13170859
Change-Id: I91bb844cc11b3621a85733bc7e8910f168957ef0
