If set to true,
- super.img is built from images in $PRODUCT_OUT
- super.img is built to $PRODUCT_OUT
- super.img is built when 'make'.
'make dist' still builds super image from images in target files to
intermediates directory.
This flag is useful for virtual devices, but isn't intended to be set for
actual devices. For actual devices, userspace fastboot should flash
super_empty.img and individual user images separately.
Test: on cuttlefish (flag is set),
make # generates $OUT/super.img
make superimage # generates $OUT/super.img
Test: on real non-retrofit DAP device (flag is not set)
make # no super.img is generated
make superimage # generates $OUT/obj/PACKAGING/.../super.img
make dist # generates out/dist/super.img
Bug: 113175337
Change-Id: Ieb81e4fbb663bb4b69e9962c3fa9f16b03aeb907
In some build targets, e.g., aosp_arm64_ab, $OUT/ramdisk is an empty
dir, and leads to rsync $OUT/ramdisk/* failure. Removing the trailing
asterisk to avoid throwing an error if it's empty. Note that the
trailing slash still needs to be kept to avoid creating an additional
directory level at the destination.
Bug: 126493225
Test: `make ramdisk_debug` on aosp_arm64_ab
Test: flash boot-debug.img on crosshatch still can adb root
Change-Id: I44937324379fa78fc26a4471ba94eb7694911c2d
Merged-In: I44937324379fa78fc26a4471ba94eb7694911c2d
Some targets have ramdisk.img but no boot.img, howerver,
ramdisk-debug.img only depends on boot.img. Fix this by making
ramdisk-debug.img depends on ramdisk.img.
Bug: 126493225
Test: make ramdisk_debug
Change-Id: I65120a3b3372712fafc26442354ee031eede0bd3
It's a vendor-specific property, which was historically included into
/system/build.prop prior to this change.
Whether a target uses A/B OTA shouldn't affect anything on the system
image, including the `ro.build_ab_update` property. Moving it to vendor
partition will also make it consistent with other A/B specific configs,
such as the `slotselect` flag in device fstab
(/vendor/etc/fstab.$(PRODUCT_PLATFORM)).
Bug: 130516531
Test: Build and flash crosshatch-userdebug. Check /system/build.prop,
/vendor/build.prop and the runtime property.
Change-Id: I927625fbcc02c4a875a1f39850b51576f5ff6c66
The two new debugging images adds additional files based on
boot.img and ramdisk.img/ramdisk-recovery.img, respectively.
File /force_debuggable is to trigger special logic in /init to load an
userdebug version of sepolicy and an additional property file from this
ramdisk to allow adb root, if the device is unlocked.
It's intentional to skip signing for boot-debug.img, as it can
only be used if the device is unlocked, where verification error
is allowed.
Those debugging images allows adb root on user build
system.img, vendor.img, product.img, etc. This can facilitate more
automated testings on user builds and is helpful to narrow down the
delta between what's being tested v.s. what's being shipped.
Bug: 126493225
Test: `make dist`, checks both boot-debug.img and ramdisk-debug.img
are in $OUT/ and out/dist.
Test: `make dist`, checks installed-files-ramdisk-debug.{json,txt} are
in out/dist.
Test: `system/core/mkbootimg/unpack_bootimg.py --boot_img $OUT/boot-debug.img`,
checks the extracted out/ramdisk is as expected
Test: Run `gunzip -c ramdisk | cpio -idm` for the ramdisk extracted from
$OUT/boot-debug.img and $OUT/boot.img, respectively.
Then compare the root dirs of both, e.g.,
`diff -rq --no-dereference ./ramdisk ./ramdisk-debug`
Test: `make ramdisk_debug-nodeps` and `make bootimage_debug-nodeps`
Change-Id: I30137c3caef91805d9143d404e5e4d06c0fccc30
Bug: 30414428
Test: `m -j dist` with aosp_taimen-userdebug. Check
/system/etc/security/otacerts.zip available under system and
recovery images.
Change-Id: I5abeb2da441fb3e3231e094063c2383eb3807852
Merged-In: I5abeb2da441fb3e3231e094063c2383eb3807852
This variable is used to populate the ro.sf.lcd_density property
in /vendor/build.prop, as well as choosing the correct density
bucket for assets in recovery.
Bug: 118676832
Test: inspect taimen and crosshatch in recovery
Test: adb shell getprop ro.sf.lcd_density
Change-Id: I80cf4d28ecfbae17f1ee206a279e7d9144bd7c05
Merged-In: I80cf4d28ecfbae17f1ee206a279e7d9144bd7c05
(cherry picked from commit 0dc9878af0)
Use codename.fingerprint format for targetSdkVersion if it is unset
in the manifest and UNBUNDLED_BUILD_TARGET_SDK_WITH_API_FINGERPRINT=true.
Test: manual
Bug: 130541924
Change-Id: Ie748d1963ff6f525f8d9e551b73846c3e1c7f9a2
When PRODUCT_BUILD_SYSTEM_IMAGE is false, avoid building artifacts and
intermediates that will not be used. This speeds up the build for these cases.
Bug: 123427297
Test: No change when building system image, smaller build when not
Change-Id: I438e4794af5376c897ffcc1d795a1e114dccd351
Test: m systemimage on cf_x86_phone-userdebug (in internal and AOSP).
Test: Check that the generated find command works on MacOS
Bug: 124293228
Change-Id: I5dfb534aa2bc24a8d0a75fde31b139a6ed86e6a5
We already have targets that build generic system images, which can be
applied (flashed) onto matching devices to replace their target-specific
system images. This CL adds PRODUCT_BUILD_GENERIC_OTA_PACKAGE that
allows building generic OTA packages to be installed over-the-air.
Since A/B and non-A/B OTAs have different package formats, currently the
support is limited to targets that use A/B OTAs. Note that this CL only
allows _building_ the package - will need additional changes for the
actual package install as well as targeting matching devices.
Bug: 122851610
Test: `m otapackage` on a target that sets
`PRODUCT_BUILD_GENERIC_OTA_PACKAGE := true`.
Test: TreeHugger
Change-Id: If6fd2da15d24c5aaee09618efe94514c6d83292d
This change moves the ro.build.require.* props extracted from
TARGET_BOARD_INFO_FILE to vendor/build.prop as opposed to
system/build.prop. These typically contain what bootloader and
baseband the build requires, which are very device-specific.
Bug: 130025216
Test: make, inspect props
Test: flash blueline
Change-Id: I48642485bdc853884d465d1fe00f2ceae69a4736
Merged-In: I48642485bdc853884d465d1fe00f2ceae69a4736
* changes:
Only assert-max-image-size for static partitions.
sparse_img.py --get_partition_size return size of partition
Revert "Fix dynamic partition size check for devices with recovery"
Prior to this change the properties were in system/etc/default.prop.
These properties are device-specific and don't really belong on the
/system partition.
I anticipate further change to these properties in the future:
- pruning down the set of properties, as the .product. props
don't make much sense for the boot image
- moving them to the ramdisk instead
Bug: 130025216
Test: boot into recovery, observe title (shows bootimage fingerprint)
Change-Id: I9e92c1ec7068ae18fa0d709c77eac22a6b88c3d8
assert-max-image-size doesn't make sense for
dynamic partitions, as build_image.py always find the
right size for the output image. Hence:
- build_image.py no longer need to write generated_*_info.txt
(which contains the size of the image).
- assert-max-image-size on the static BOARD_*IMAGE_PARTITION_SIZE. If
a partition is dynamic, that variable isn't set, and
assert-max-image-size becomes a no-op. If the partition is static,
assert-max-image-size checks the static partition size as it used
to be.
- Fix read-size-of-partitions to use the size of the partition by
reading the image directly (instead of using generated_*_info.txt).
For devices without AVB, with DAP enabled, and does not have
RESERVED_SIZE for partitions, because of right sizing, the original
code always warns about approaching size limits. Since such checks
doesn't make sense for dynamic partitions, remove them.
Test: builds on device with dynamic partitions
Test: builds on cuttlefish with DAP enabled (without AVB), no
more size limit warnings:
WARNING: out/target/product/vsoc_x86/vendor.img approaching size limit (X now; limit X)
Fixes: 122377935
Change-Id: I75e1b8322197cb18cf397d02aefd49d777bb6405
Reason for revert: size check is removed for devices
with dynamic partitions because it doesn't make sense.
Bug: 122377935
Bug: 120043292
Bug: 124489494
Test: build cuttlefish
This reverts commit accf09b2e0.
Change-Id: I289faf11a08acbcef36924eb747a15f55124ce79
If TARGET_USERIMAGES_SPARSE_EXT_DISABLED is set, don't provide
--sparse to lpmake, so that a non-sparse super image is built.
Test: build with the flag set.
Fixes: 120041578
Change-Id: I5a26e4c793b0e2ddc89e9c38c8828ac21044e78a
It is now in the Runtime APEX and considered internal there.
Test: Flash and boot
Test: atest CtsCompilationTestCases CtsBionicTestCases
Bug: 118374951
Bug: 124293228
Change-Id: I33bb9c238d7db46795deb592c9d20fe6591c1654
To avoid the confusion. super.img isn't intended to be flashed
during day-to-day development.
Test: m superimage
Bug: 128891161
Change-Id: I9d62e5929b415343b2d890ab21e6ae51175af2ae
This CL simplifies the PRODUCTS.$(INTERNAL_PRODUCT).X accesses of
product variables, and removes unnecessary stripping of them.
Replace: '\$\(PRODUCTS\.\$\(INTERNAL_PRODUCT\)\.([^\)]*)\)' with '$(\1)'
Replace: '\$\(strip\s*\$\(PRODUCT_([^\)]*)\)\)' with '$(PRODUCT_\1)'
A few minor manual tweaks.
Bug: 116769560
Test: presubmit
Change-Id: I70c54f1582e3cc780028535960147d99ebc2e0e1
package `init_vendor` is the only content of ramdisk so far.
We would get build error if we do not include init_vendor.
The patch fix the build error for the case that ramdisk is empty.
Bug: 129386309
Test: lunch aosp_arm64_ab-userdebug; make ramdisk -j
Test: Build pass
Change-Id: I7c7c828b5f29350268d4789393b90740dd68162d
The recovery patch gets put in the SYSTEM directory. Placing the
recovery patch here doesn't make sense when not building the system
image, as is the case for merged (system + vendor) builds.
Bug: 128838154
Test: Running make droid dist for a device target that sets PRODUCT_BUILD_SYSTEM_IMAGE to false.
Change-Id: Ib5ce8c8490024199f82d0c093e9a7ae2de5f71f5
This is a stop-gap measure for a proper fix enforcing library "ownership" in
Soong: b/128708192
Test: m systemimage (with and without libs that exist in /system/lib)
Test: Check that this fails:
m systemimage
m out/target/product/taimen/system/lib/libjdwp.so
m systemimage-nodeps
Bug: 124293228
Change-Id: Iac0d0cec7d9e216028a0caccfbb76838514d4a7b
Due to the runtime APEX, the symbols directory now contains a symlink;
./apex/com.android.runtime -> com.android.runtime.debug (or .release).
Previously, this symlink itself was included in the symbols.zip file.
And this is causing problem to the online stack tool which does not
follow the symlink in the zip file. Instead of fixing the problem in the
stack tool side, this change let the packaging routine to follow the
symlink and copy the files behind the symlink as if they were under a
directory that isn't a symlink. (i.e.
./apex/com.android.runtime/bin/dex2oat is added)
Bug: 120846816
Test: m dist with marlin (flattened) and blueline (non-flattened)
examine symbols.zip file and check that unstripped shared libraries are
found under /apex/com.android.runtime directory
Change-Id: I1d1c787a2e8ab7209410dfa2cff749a7042e21b0
/product/etc/security/avb/system_other.avbpubkey is only needed
when BOARD_AVB_ENABLE is true. This fixes the build error of
Marlin/Sailfish.
Bug: 123611926
Bug: 129029207
Test: make
Change-Id: I73f948d84f91cd6fbe49a2de7bf12e46eebe6ede
