* The macros used in the file formerly called "qcom_utils.mk" are
actually generic and not QCOM-specific. Move the QCOM_BOARD definitions
to a QCOM-specific location, and name the remaning macros something more
generic.
Change-Id: I6747bc9201e56b456caf251122057d7dbc233f1c
* There's actually not a whole lot QC-specific about these macros,
make them available at definition.mk inclusion time rather than
relying on BoardConfig to include them.
* Don't create a dependency on QCOM macros from a makefile
that is included very early in the build process.
Change-Id: I3dcaf0e068ca44732cfe58f69384621781ddda67
Currently we handle the DTBO images from start to finish, including
AVB footers, and just drop them in $(PRODUCT_OUT)/dtbo.img when done.
While this works for the most part, we are limited in what we can do
with the DTBO images. For example non-A/B device recovery images must
have a copy of the DTBO image appended to recovery (see AOSP docs:
https://source.android.com/devices/bootloader/recovery-image ). This
means that we need to pass the pre-AVB dtbo image into
BOARD_PREBUILT_DTBOIMAGE in order to let the AOSP build system handle it.
This commit reworks the way the DTBO images are built, placing them at
$(PRODUCT_OUT)/dtbo-pre.img instead and setting BOARD_PREBUILT_DTBOIMAGE
to that path so the AOSP build system can pick the images up and sign
them and append to recovery (for applicable devices).
Change-Id: I8819d7cd92ba298de67dbc7f6b321917ba8524f1
* Call the build system's build-image-kernel-modules function instead of
redefining all of it inline ourselves.
Change-Id: Ifc4bd3c452393389a14174f4cc29a8f7ef064b93
* Check for any actual kernel modules, rather than just the presence of
kernel modules being enabled as a kernel feature.
Change-Id: I6b7e82d5c59dd57621d9f9e2d1fd606997790d1c
* The directories used by the kernel module install rules are performed
as part of the rules in the kernel build itself. This is likely a
leftover from before kernel module install was separated.
Change-Id: Iee2f73a0f8e0f274b1c2931ba57277ff14d7f5cc
* Traditionally, the task of hex-editing blobs has been approached in 2 ways:
(1) Do it out-of-band, commit the modified blob, and record its edited
sha1sum in proprietary-files.txt (aka pin it).
(2) Do it in-band, by adding code to the device-level extract-files.sh
(usually this performs patchelf or sed). This code runs after the
extract_utils functions were invoked.
* Problems of approach (1):
- It relies on verbal (basically commit message) documentation of
the hex-editing that was done. Makes it more difficult to reproduce.
- Each time blobs are updated, pinning needs to be temporarily removed,
hex-editing done again manually and new hash put back.
* Problems of approach (2):
- It is incompatible with the concept of pinning, which is useful
for kanging blobs from another device. A pinned blob would either:
- Match the hash, get hex-edited, then it won't match the hash
next time around.
- Not match the hash (because of, say, hex-editing), then the
extraction script would use an unwanted blob version instead of the
pinned one (either that, or say "!! file not found in source").
* In summary, this patch adds system-wide support for approach (2) in order
to address the aforementioned shortcomings.
* At device level, users of extract_utils who wish to perform blob
fixups can override a blob_fixup() Bash function in their
extract-files.sh immediately after running "source ${HELPER}". The
blob_fixup() function will be called by the common extract() function
after extracting every individual blob, giving the user the
opportunity to hook custom code after this operation takes place.
* In proprietary-files.txt, the line corresponding to this blob which
needs fixups can look in one of 2 ways:
(a) vendor/lib64/vendor.qti.gnss@1.0_vendor.so
Do this if you are taking the blob from the stock ROM. The fixup
script will always run after the blob is extracted.
(b) vendor/lib64/vendor.qti.gnss@1.0_vendor.so|249c76153f8de014bf2dd2ab623ee3d87741fbc8|f7e9ee8e3804887a2f3939128e860767e6f27258
Do this if you are kanging the blob from somebody else. The pinning
logic now applies for both the pre- and the post-fixup hashes. The
fixup script will only run if the blob doesn't match the hex-edited blob,
although the fixup script should really be idempotent.
Change-Id: Ifdd73c885d995c645f6210597537693d1a2f903f
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
* This makes sure that multi-word arguments are passed correctly from
extract-files.sh towards the common extract_utils helper. An example
would be extract-files --section "Hello World".
* IMPORTANT: device repositories that use a device/common split
typically do something like this to invoke the common script from the
device one:
${MY_DIR}/../common/extract-files.sh $@
This is incorrect because the quotation marks are missing, and will
lead to incorrect parameter parsing. The correct way is:
${MY_DIR}/../common/extract-files.sh "$@"
* The curly braces are only for cosmetic consistency.
Change-Id: Idf0885546379f47e675ec5e9dfb304706e512129
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
* The use case is easier updating of pinned blobs. When --kang is set,
pinning is automatically ignored, and the script will print lines at
its output that can be directly copied back into the
proprietary-files.txt.
* Best served together with --section ${SECTION}, and proper grouping
of the proprietary-files.txt.
Change-Id: I648fbcbd4580a4a002b00828bcfee18d1e265d7b
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
* This also makes the --section argument non-positional, since otherwise
it is not possible to easily support more than one optional positional
argument. This is in preparation of one more optional argument to come
in a follow-up patch: --kang.
Change-Id: Ieb142e0854319defb9a278ab68cd4aeefd0fbdd5
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
* The use case is that if you have the following layout:
$TOP --- system.img
|
+-- vendor.img
you should be able (from $TOP) to:
mkdir system; mount -o ro,loop system.img system
mkdir vendor; mount -o ro,loop vendor.img vendor
and then (from device tree)
./extract-files.sh $TOP
But this doesn't work if system.img is SAR and contains another
"system" dir inside. This patch makes sure it searches for a "system"
dir in the provided path as well, if it couldn't find the blob
anywhere else.
Change-Id: Ib49cd5b587b3a57478a66ff69cf840270c2b1403
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
* This makes the printed output closer to the proprietary-files.txt syntax
Change-Id: I81b844bb6bb1d1a2f91a39151a892fbfc0bed20b
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
* If an apk/jar doesn't exist, the script would still try to deodex it.
* If an xml doesn't exist, the script would still try to "fix" it.
* Take it easier, man, it's not your fault.
Change-Id: I3061fb48b403da5121e3c17dd9ecdb6cd148bf97
Signed-off-by: Vladimir Oltean <olteanv@gmail.com>
Google added support for LTO + CFI in the Pixel 3 kernel, which requires
not only Clang but a couple of additional binaries, namely llvm-ar and
llvm-dis for IR generation. Google expects these binaries to be in PATH
according to their definitions and the build.config.common file:
https://android.googlesource.com/kernel/msm/+/android-9.0.0_r0.31/Makefile#637https://android.googlesource.com/kernel/msm/+/android-9.0.0_r0.31/build.config.common
However, kernel.mk does not add the LLVM bin directory to PATH so the
build fails because the binaries can't be found. We could add LLVM_AR
and LLVM_DIS to the make commands like CC and CROSS_COMPILE; however,
adding the bin directory to PATH is a more sustainable solution as
Google might require new binaries in the future.
Additionally, LTO needs access to the LLVMgold library so it needs to be
available in LD_LIBRARY_PATH.
Add a PATH_OVERRIDE variable that will set up PATH and LD_LIBRARY_PATH
with the bin and lib64 folders from the requested LLVM toolchain
respectively when building with Clang. This won't affect kernels that
don't use LTO like Wahoo.
Change-Id: Ib16fa0d3180de2f96accb2f7648b07a017f8f98b
Signed-off-by: Nathan Chancellor <natechancellor@gmail.com>
*) This has been deprecated by the bp mobule
generated_kernel_headers.
*) To build with kernel headers, do this:
LOCAL_HEADER_LIBRARIES += generated_kernel_headers
Or for soong targets:
header_libs: [ "generated_kernel_headers" ],
Change-Id: Idad445709f0ee0ec11b41b40123b14976a0052ad
*) Similar to genrule but can be used to generate content
when the output directory and file structure are not
known ahead of time.
*) An example use case is to build kernel headers.
Change-Id: I10deb7ba8825393b0b5fdbf2d96b12ad37257e12
Kernel source settings should always come at BoardConfig population
time so things that use the variable later don't end up pointing to
an empty or wrong variable.
The following is also squashed in:
Author: Christopher N. Hesse <raymanfx@gmail.com>
Date: Fri Aug 10 00:23:54 2018 +0200
tasks: kernel: Honor prebuilt kernel flag
For devices that want to use a prebuilt kernel, TARGET_KERNEL_SOURCE
would still be set to TARGET_AUTO_KDIR, meaning the build system would
still try to build the kernel if TARGET_AUTO_KDIR was present.
Setting TARGET_PREBUILT_KERNEL indicates this is not wanted, so don't
attempt to do it.
Change-Id: Ic79b3ac1b9c946fd258ada43dce2b08bb74ea0d9
Change-Id: If046b86ff0d18c76898e90295be873a8379f678a
Rashed Abdel-Tawab
Isaac Chen
Ethan Chen
Erfan Abdi
Luca Weiss
Thor Lee
Vladimir Oltean
Alessandro Astone
Luca Stefani
Michael Bestas
AnilKumar Chimata
Bruno Martins
Tim Schumacher
Nathan Chancellor
Sam Mortimer
Paul Keith
TheStrix