These have been using SHARED_LIBRARIES, but aren't elf shared libraries.
Continue installing them to /system/lib[64], but do not apply any other
normal shared library logic to them.
Change-Id: I3055ff86bb7b116c7107c41578ed6f0f304b1cf1
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
When searching device, product, or hardware, allow
find to follow symlinks.
Add KATI_EMULATE_FIND=false to allow disabling the find
emulator which changes findleaves.py behavior wrt
symlinks.
BUG=24605247
TEST=works with CL:783781 (without the find wrapper in that CL)
Change-Id: Ia9d0e4add391a56f34828a09a6cec3f435ccc548
Many of these may not make a difference in the output images, but it's a
good idea to keep the make system as repeatable as possible.
Change-Id: I31804b8ad5805148ed08be7426a242a16f4d0df3
When BREAKPAD_GENERATE_SYMBOLS is set to true, package the breakpad
symbols into the target files zip thats generated with `make dist`.
Bug: 24165970
Change-Id: I11c0d9a9d9e159475bfdb7bc338f9e9ac60aeada
Instead of using recursive make to change the HOST_OS when building the
windows SDK under linux, add the concept of cross-building to another
host os.
Bug: 23566667
Change-Id: I6dc525b601b6251d458d197c30bf4660d7485502
We still support HOST_OS=windows for the SDK host tools cross-builds, but
that's only when USE_MINGW is set when running under linux.
Change-Id: I37da87dc9fbbd69ba10ce4d7f2668ab3f6482d92
Sanitized RPATH now mentions /system/vendor/lib to preserve overlay
in the case when a sanitized version of a vendor library can not be
built.
Bug: 22199458
Change-Id: I3222d2e1d6c08fdd1e0404fcb7db347aa4a92bb7
A fully (or even mostly) asan-instrumented device will have 2 copies of each
shared library, which might not fit on system partition. Moving instrumented
libraries to /data.
Bug: 21785137
Change-Id: I64184261da2eb24a1382c67e4931c34a5a38b3c0
These directories are excluded in addition to OUT_DIR.
This can be useful if your build system has other output directories
beyond what OUT_DIR is set to.
Change-Id: I6d98a85bcc8c89279e939406a7fec32547e8922f
For historical reason, the aosp_* products were named full_*.
We keep the full, full_x86 and full_mips in case some tools still
reference these legacy names; But no reason the have the full_* product
names for the new 64-bit archs.
Change-Id: I240ed0c6ded0ded2d80603bd0c5ff24750999afc
Build additional images requested by the product makefile.
This script gives the ability to build multiple additional images and
you can configure what modules/files to include in each image.
1. Define PRODUCT_CUSTOM_IMAGE_MAKEFILES in your product makefile.
PRODUCT_CUSTOM_IMAGE_MAKEFILES is a list of makefiles.
Each makefile configures an image.
For image configuration makefile foo/bar/xyz.mk, the built image
file name
will be xyz.img. So make sure they won't conflict.
2. In each image's configuration makefile, you can define variables:
- CUSTOM_IMAGE_MOUNT_POINT, the mount point, such as "oem", "odm"
etc.
- CUSTOM_IMAGE_PARTITION_SIZE
- CUSTOM_IMAGE_FILE_SYSTEM_TYPE
- CUSTOM_IMAGE_DICT_FILE, a text file defining a dictionary
accepted by BuildImage() in tools/releasetools/build_image.py.
- CUSTOM_IMAGE_MODULES, a list of module names you want to include
in the image; Not only the module itself will be installed to proper
path in the image, you can also piggyback additional files/directories
with the module's LOCAL_PICKUP_FILES.
- CUSTOM_IMAGE_COPY_FILES, a list of "<src>:<dest>" to be copied to
the image. <dest> is relativ to the root of the image.
To build all those images, run "make custom_images".
Bug: 19609718
Change-Id: Ic73587e08503a251be27797c7b00329716051927
(cherry picked from commit 5fcf1094f9)
We don't have a toolchain for 64-bit windows.
This allows running `USE_MINGW=1 mm` in a directory that has a host
module with LOCAL_MULTILIB := both.
Change-Id: I31f981b38fb80b0d6582bab0a4bd580a3c654c91
USE_MINGW=1 mm didn't work in directories that contained target modules
because the build system would use the Windows locations and extensions
when trying to find the host GCC prebuilts. Windows is the target OS,
not the OS we're building from.
Change-Id: Ic994fed15388d0c7d393f71ba28fe7afdc659f5c
Build additional images requested by the product makefile.
This script gives the ability to build multiple additional images and
you can configure what modules/files to include in each image.
1. Define PRODUCT_CUSTOM_IMAGE_MAKEFILES in your product makefile.
PRODUCT_CUSTOM_IMAGE_MAKEFILES is a list of makefiles.
Each makefile configures an image.
For image configuration makefile foo/bar/xyz.mk, the built image
file name
will be xyz.img. So make sure they won't conflict.
2. In each image's configuration makefile, you can define variables:
- CUSTOM_IMAGE_MOUNT_POINT, the mount point, such as "oem", "odm"
etc.
- CUSTOM_IMAGE_PARTITION_SIZE
- CUSTOM_IMAGE_FILE_SYSTEM_TYPE
- CUSTOM_IMAGE_DICT_FILE, a text file defining a dictionary
accepted by BuildImage() in tools/releasetools/build_image.py.
- CUSTOM_IMAGE_MODULES, a list of module names you want to include
in the image; Not only the module itself will be installed to proper
path in the image, you can also piggyback additional files/directories
with the module's LOCAL_PICKUP_FILES.
- CUSTOM_IMAGE_COPY_FILES, a list of "<src>:<dest>" to be copied to
the image. <dest> is relativ to the root of the image.
To build all those images, run "make custom_images".
Bug: 19609718
Change-Id: Ic73587e08503a251be27797c7b00329716051927
(cherry picked from commit 5fcf1094f9)
Set "HOST_PREFER_32_BIT := true" only if "sdk" or "win_sdk" is among the
make command line goals, or it's a MinGW windows build, which only builds
host SDK tools.
Bug: 13751317
Change-Id: I8ec1a97a5d1af065a153b16523c2ee3434d0dd71
Since we switched to $(HOST_OUT)/lib64 for 64-bit libraries and
$(HOST_OUT)/lib for 32-bit libraries.
Change-Id: Ie43bc03c37e2ac8542412a7543a6af5d60c6f725
Since we switched to $(HOST_OUT)/lib64 for 64-bit libraries and
$(HOST_OUT)/lib for 32-bit libraries.
Change-Id: Ie43bc03c37e2ac8542412a7543a6af5d60c6f725
We first define TARGET_COPY_OUT_VENDOR as a placeholder. In product
config makefiiles we actually get the placeholders in
PRODUCT_COPY_FILES. A device can set up TARGET_COPY_OUT_VENDOR in its
BoardConfig.mk. We substitute the placeholder with the real
TARGET_COPY_OUT_VENDOR value after loading the BoardConfig.mk.
With this change, we can support building vendor stuff to
system.img (the default) or a separate vendor.img.
Bug: 16515152
Change-Id: I5b601d7a8b34fe032a1bac02aa5c204a3765691d
Set up TARGET_IS_64_BIT and HOST_IS_64_BIT early so we don't need 2
mechanisms to judge if it's 64-bit build;
Remove the unnecessary 32-bit host variables.
Change-Id: I08d6d4d9ea70f91135fe2ee05463fb9a0d1cee42
In 64-bit multilib host build, changed from
32-bit lib: out/host/<platform>/lib32
64-bit lib: out/host/<platform>/lib
to
32-bit lib: out/host/<platform>/lib
64-bit lib: out/host/<platform>/lib64
.
That way the host library path is consistent with the multilib target
build's. Also with this change prebuilt 32-bit libraries can be reused
in 64-bit host build as 2nd arch binaries. (With previous setup, they
can't be used because they have rpath ../lib in it while the 2nd arch
library path needs ../lib32.
Change-Id: I020199d0c7dd52cdc8dcb7d3a1d22cd6178672e1
Dan Willemsen