All unit_tests:true are run in presubmit which avoids
the explicit definition of TEST_MAPPING.
Test: presubmit runs all those tests
Bug: 175408655
Change-Id: Ibfad3fe2dd8d2fa1ebc6f6bcbd8ab34c2a0069dc
Not needed as the host-unit-tests suite runs in
presbumit now and cover this
Test: None
Bug: 175408655
Change-Id: Iea3e3cd7f696f43b6c686ef9cbee1194f514e589
Add support for partitioning the vendor_boot kernel modules into
multiple vendor ramdisk fragments. The partition granularity is kernel
module directory. This mechanism builds upon the existing
BOARD_KERNEL_MODULE_DIRS mechanism. For example, say we have three
kernel module directories:
BOARD_KERNEL_MODULE_DIRS := foo bar baz
We can then define a vendor ramdisk fragment:
BOARD_MKBOOTIMG_ARGS += --header_version 4
BOARD_VENDOR_RAMDISK_FRAGMENTS := dlkm_foobar
And let said ramdisk to contain the DLKM directories "foo" and "bar":
BOARD_VENDOR_RAMDISK_FRAGMENT.dlkm_foobar.KERNEL_MODULE_DIRS := foo bar
BOARD_VENDOR_RAMDISK_FRAGMENT.dlkm_foobar.MKBOOTIMG_ARGS := <mkbootimg args>
The built vendor_boot image would contain two ramdisks.
The first one being the "default" ramdisk, which contains DLKM directory
"baz" and the rest of the files that get's installed to
$(TARGET_VENDOR_RAMDISK_OUT).
The second one is the "dlkm_foobar" ramdisk, which contains the two DLKM
directories.
Design doc: go/vendor-boot-v4
Bug: 162864255
Test: Modify BoardConfig.mk to have a product build v4 vendor_boot
Test: Use unpack_bootimg to verify the vendor_boot image
Test: Teach a bootloader how to handle v4 boot image, flash boot &
vendor_boot and boot device
Change-Id: Ibb1bbd7ebe36430c55ec6c4818c1d3888a319089
* Prerequisites: external/f2fs-tools: sload compression support
* Must work with corresponding changes in system/extras repository
* If Board config does not change, it falls back to old behavior,
i.e. no compression for the system partition
* Kernel f2fs compression support is a prerequisite if the Board config
enables the compression (see below)
* Necessary board config change
(e.g. device/<vendor>/<product>/BoardConfig-common.mk)
BOARD_SYSTEMIMAGE_FILE_SYSTEM_TYPE := f2fs
BOARD_SYSTEMIMAGE_PARTITION_RESERVED_SIZE := 200000000
BOARD_SYSTEMIMAGE_FILE_SYSTEM_COMPRESS := true
BOARD_SYSTEMIMAGE_F2FS_SLOAD_COMPRESS_FLAGS := <sload compress sub-options>
Setting BOARD_SYSTEMIMAGE_FILE_SYSTEM_COMPRESS to true enables both the
compression support when the initial empty file system be made (mkfs.f2fs)
and the compression flag (-c) when the system image files be side-loaded
by sload.
Sload compress sub-options (i.e. options other than -c) will be provided
by BOARD_SYSTEMIMAGE_F2FS_SLOAD_COMPRESS_FLAGS. If it is not given, or
is empty, the default sub-options will be used
Please refer to the sload.f2fs manual page.
Setting BOARD_SYSTEMIMAGE_FILE_SYSTEM_TYPE to f2fs is trivially necessary.
* File system table (fstab), notably the file 'fstab.hardware', should
also changed:
- The file type must be changed to f2fs
- Perhaps also other f2fs-specific options
Bug: 170918499
Test: Pixel4a userdebug build (from build id 6918751)
Signed-off-by: Robin Hsu <robinhsu@google.com>
Change-Id: Id9d67b5cb35dc806e06ff1320e89114abc996a28
If dynamic partitioning is enabled and the partition size is not set,
du will be used to calculate the partition size.
For compressed file systems, it's better to use the compressed size
to avoid wasting space.
Bug:174816929
Test: erofs image size is smaller than the original file
Change-Id: I1deda85d312c19620680531223fffcfb815e5fd4
Signed-off-by: Huang Jianan <huangjianan@oppo.com>
Using jni_libs tells Soong to install the JNI library into
a genrule sandbox alongside the java binary.
Bug: 124313442
Test: m checkbuild
Change-Id: Ia550102c7aa483497f95ac2ea8bb01bce89ae9c1
Pass pctx and ctx to NewRuleBuilder instead of RuleBuilder.Build,
and don't pass ctx to RuleBuilderCommand.BuiltTool. Follows the
changes in I63e6597e19167393876dc2259d6f521363b7dabc.
Test: m checkbuild
Change-Id: I5d11e07ae1a24a967e379c151f4f5d7d188c6cc0
This verifies the init rc files in the merged result.
Bug: 163089173
Test: test_common.py
Test: Run merge_target_files.py to merge two target-files packages where
one has init_rc errors. Observe script failure.
Test: Run merge_target_files.py on two good target-files packages,
observe no failure.
Change-Id: I86c8e5a2bc07c2c1896ac40afd32bc1d055447ee
Test: treehugger, generate an OTA with --disable_verity_computation, serve it to
VABC device. Make sure it works
Change-Id: I0a5f3c018727cb3eed3edd004d60d09d13e34039
common.py is used by many python-based host tools. When a host tool
invokes another host tool, it's usually done with the name of the tool,
not the absolute path of the tool. For example, ["cmd", "arg"] instead
of ["out/soong/host/linux-x86/bin/cmd", "arg"].
Previously, the caller of the tool has to teach all the locations of the
sub-tools that the tool will internally use. But this isn't ideal;
1) It's against the abstraction. The existence of the sub tools and their
names are implementation detail of the containing tool. It's also
subject to change.
2) This isn't scalable. Sometimes a host tool invokes a large number of
host tools. Furthermore, the sub tools might invoke other sub-sub tools.
Then the location of the sub-sub-tools had to be known to the top-level
tool.
The idea here is to make use of the fact that
a) dependencies to the sub (and sub-sub) tools are already described in
the Android.bp and
b) the dependencies are guaranteed to be up-to-date and installed to the
host tool directory (out/soong/host/linux-x86/bin) by Soong.
Then by the time a host tool is invoked, all of its sub tools should
be found in the host tool directory. So, when "cmd" is about to be
invoked, common.py first tries to find it from the user-given paths. If
not found there, it falls back to search the directory where the current
tool is located at. Then finally falls back to the original name "cmd"
and expects it to be found under PATH.
Bug: 172414391
Test: m
Change-Id: Id7b44f9021be3bbf0631ddafe382ea3990f7ea74
Needed after commit 8218225794
which skips regenerating vbmeta.img if avb_building_vbmeta_image!=true.
Partial builds that disable vbmeta generation do not set this field.
Bug: 169892879
Test: Run merge_target_files.py on builds that have avb_enable=true but
PRODUCT_BUILD_VBMETA_IMAGE=false. Observe vbmeta.img generation.
Change-Id: Id498dbd28c909e19cd35178b95a0b5dc22a1ac70
check_vintf now accept a path to a file that contains the kernel
version string. Use it.
Test: m check-vintf-all and manual inspect
Bug: 161317193
Change-Id: I4812c93f352686d73c5832d59e43a297d93e67a2
Currently we support skip building vbmeta.img when
PRODUCT_BUILD_VBMETA_IMAGE is set to false, which is used
when generating a system-only or vendor-only build artifacts.
However, when using `make dist` to build target files,
vbmeta.img is still generated. This change fixes this by
passing the related info to misc_info.txt for the release
tool to skip building vbmeta.img when necessary.
To make this happen, a device config should:
1. Set PRODUCT_BUILD_VBMETA_IMAGE := false
2. Remove 'vbmeta' from AB_OTA_PARTITIONS:
AB_OTA_PARTITIONS += \
boot \
system \
- vbmeta \
dtbo \
product \
system_ext \
vbmeta_system
Bug: 161659370
Test: `make dist` and checks the target file does not include vbmeta.img
Change-Id: Iddca9fe0b171a50a80e5a88aa462e118f18a7e6f
Problem: Zipalign operates over several false assumptions. First it
assumes that zip entries are in the same order in the body and in
the Central Direcotry. Second, it assumes there are not space
between entries. This makes alignment incorrect when these asserts
are not true.
Solution: Don't align entries by tracking bias based on input zip
entry location. Calculate the expected alignment based on the out-
put zip file and correct with extra padding.
Fixes: 162117652
Test: Units Tests
Change-Id: Ia179338f658cab18a377cba2c7c8e629089a2785
Problem: Zipalign test invokes process but not verify.
Solution: Invoke both during test.
Test: Unit Test
Bug: NA
Change-Id: If603df301048f4b508e3429c4a8c77339ab351ae
When generating a incremental partial OTA, we need to filter out
partitions in ab_partitions which are not in partial list
Test: Generate a partial incremental OTA
Change-Id: Iff7748ce6181a9a231557de0539004211587232c
Cuttlefish doesn't support updatin vendor partition. So in testing we
need to exclude vendor and generate a downgrade partial package.
Test: generate a partial downgrade OTA
Bug: 171999375
Change-Id: I97e450d4063320cf55003a7a5c5ef913c321e067
This check is used when merging target files to ensure that a merged
build does not contain any APKs that share UID across builds.
Bug: 171431774
Test: test_common
Test: Use merge_target_files.py to merge two partial builds,
observe no failures for inputs without colliding APKs.
Test: Use merge_target_files.py to merge two partial builds,
observe failure for inputs that have an APK that shares a
UID across input partition groups.
Change-Id: I9dc57216882741ae46a99cfd7847f34702c75582
