Renamed WITH_DEXPREOPT_BOOT_IMG_ONLY to
WITH_DEXPREOPT_BOOT_IMG_AND_SYSTEM_SERVER_ONLY and changed the
behavior accordingly.
Preopt system server jars since selinux prevents system server from
loading anything from /data. If we don't do this they will need to
be extracted which is not favorable for RAM usage or performance.
Test: make and flash and look at system server maps
Bug: 65122284
Bug: 62356545
(cherry picked from commit 418258cee9)
Merged-In: I2e70c80a86327b455450b95144f21020e7bf0c6f
Change-Id: I316e79c7c6d45e2ccbfff4065137cc3ef9d2738e
Adding verified boot metadata with a "disable magic". The resulting
metadata at the end of each image (e.g., system.img, vendor.img) will
be the same as triggering an "adb disable-verity" on an USERDEBUG image.
This can help simplify the code on fs_mgr, which won't have to check if
current image is an ENG build or not.
Bug: 63056044
Test: boot sailfish eng/userdebug builds
Change-Id: I95d23ac7b76c04d6d4483c9c4dc1de16bf0d9c3a
When checking *.img size with the partition size, the build system
reserves additional bits for spare bits and spare bad blocks.
However, for emmc and ufs, the space bits and blocks are entirely
managed by the underlying controller and thus not visible from outside
of the controller. In fact the check routine was made for legacy MTD
storages where raw flash blocks are directly exposed.
This makes the size checking a little bit conservative in modern devices.
Builds were failed even though the *.img can actually fit into the
partition. To handle this problem, the additional size is no longer
reserved when checking *.img size with the partition size.
This change also removes following build flags that are meaningful
only for devices having MTD storages:
BOARD_NAND_PAGE_SIZE
BOARD_NAND_SPARE_SIZE
Further use of them breaks the build
Bug: 35790399
Bug: 66399382
Test: build
Merged-In: I954bf261441b53844e75d05788866f1692a2ad43
Change-Id: I954bf261441b53844e75d05788866f1692a2ad43
Go devices should inherit this file to provide good default settings
for providing the best experience on Android Go devices.
Bug: 67374015
Test: make and flash
Change-Id: I55f22735c70f69309ec77e5c3055e6747546c79a
When checking *.img size with the partition size, the build system
reserves additional bits for spare bits and spare bad blocks.
However, for emmc and ufs, the space bits and blocks are entirely
managed by the underlying controller and thus not visible from outside
of the controller. In fact the check routine was made for legacy MTD
storages where raw flash blocks are directly exposed.
This makes the size checking a little bit conservative in modern devices.
Builds were failed even though the *.img can actually fit into the
partition. To handle this problem, the additional size is no longer
reserved when checking *.img size with the partition size.
This change also removes following build flags that are meaningful
only for devices having MTD storages:
BOARD_NAND_PAGE_SIZE
BOARD_NAND_SPARE_SIZE
Further use of them breaks the build
Bug: 35790399
Bug: 66399382
Test: build
Merged-In: I954bf261441b53844e75d05788866f1692a2ad43
Change-Id: I954bf261441b53844e75d05788866f1692a2ad43
Add vndk_package into PRODUCT_PACKAGES, which includes
HAL interfaces, VNDK, VNDK-SP and LL-NDK.
Bug: 64654641
Bug: 65614701
Test: build pass
Change-Id: I8d8a02d88604d4287a519b698328a50dc11d819d
in order to pass
android.telecom.cts.ExtendedInCallServiceTest#testOnCannedTextResponsesLoaded
on GSI.
Bug: 66983288
Test: boot marlin-user with GSI (aosp_arm64_ab-userdebug) and pass the test.
Change-Id: I77a2d59e5525c0e93806312a9cf79be5093523bc
TARGET_2ND_CPU_VARIANT for non A/B devices has been changed to
cortex-a15 for better performance. Do the same for A/B devices.
Bug: 65042524
Test: build with aosp_arm64_ab
Change-Id: Id67c2779d2170f29b278c1c8a9ac513aa76a620d
GSI enabled the VNDK, but devices need to fix the depedency of
libraries. Before that, disable the VNDK runtime checking temporary.
Bug: 65190702
Test: Test on a device which doesn't fix VNDK dependency with GSI
Change-Id: Ib942a7efdc75beca93c60d1e0484835342efcfd2
