How it works:
1. build/make/core/Makefile generates a txt file with the kernel
version, which is taken from an explicit BOARD_KERNEL_VERSION value,
or extracted from the kernel image on the source tree, or extracted
from the kernel image extracted from the prebuilt boot.img.
The file is saved at
$ANDROID_PRODUCT_OUT/obj/PACKAGING/check_vintf_all_intermediates/kernel_version.txt.
2. If PRODUCT_ENABLE_UFFD_GC is "default", meaning the GC type needs to
be determined by the kernel version, build/make/core/Makefile copies
kernel_version.txt to
out/soong/dexpreopt/kernel_version_for_uffd_gc.txt.
3. build/soong/dexpreopt/config.go writes the the UFFD GC flag to
out/soong/dexpreopt/uffd_gc_flag.txt. The flag is determined by an
explicit PRODUCT_ENABLE_UFFD_GC value or by contruct_uffd_gc_flag.py,
which reads kernel_version_for_uffd_gc.txt and determines the flag
accordingly.
4. dex2oat takes the UFFD GC flag from uffd_gc_flag.txt.
5. post_process_props.py mangles ro.dalvik.vm.enable_uffd_gc based on
the same logic.
Bug: 321751629
Bug: 319554951
Bug: 318763448
Bug: 319648491
Test: m --no-skip-soong-tests nothing
Test: atest uffd_gc_utils_test
Test: Build with `OVERRIDE_ENABLE_UFFD_GC=default m` for device with no
UFFD support -
1. Check the existence of `-Xgc:CMC` in
out/soong/dexpreopt_arm64/dex_bootjars/android/system/framework/arm64/boot.invocation
(dex2oat invocation for a boot image)
2. Check the existence of `-Xgc:CMC` in
out/soong/.intermediates/packages/apps/Settings/Settings/android_common/dexpreopt/Settings/oat/arm64/package.invocation
(dex2oat invocation for an app defined in .bp)
3. Check the existence of `-Xgc:CMC` in
$ANDROID_PRODUCT_OUT/obj/APPS/Dialer_intermediates/oat/arm64/package.invocation
(dex2oat invocation for an app defined in .mk)
4. Check the value of ro.dalvik.vm.enable_uffd_gc in
$ANDROID_PRODUCT_OUT/product/etc/build.prop
Test: Build with `OVERRIDE_ENABLE_UFFD_GC=default m` for device with
UFFD support, and do the steps above.
Test: Build with `OVERRIDE_ENABLE_UFFD_GC=true m`, and do the steps
above.
Test: Build with `OVERRIDE_ENABLE_UFFD_GC=false m`, and do the steps
above.
Change-Id: I035ad32233e49e2a30ce11f6c7c318a648511ef8
Generating boot image requires a .prof file provided by the ART apex.
When building with prebuilts, this comes via the
prebuilt_bootclasspath_fragment module, which acts as a shim for
prebuilt_apex/apex_set. If we have multiple prebuilt apexes in the tree,
this shim becomes 1:many. This CL prepares dex_bootjars to select the
right .prof file when multiple prebuilts exist.
Implementation details
- Update deps mutator of dex_bootjars to create a dep on
all_apex_contributions. The latter contains information about which
apex is selected in a specific release configuration. dex_bootjars
will create a dependency on the selected apex in a postdeps phase
mutator.
- All apex module types (apex, prebuilt_apex and apex_set) will set a
provider that contains info about the location of the .prof file on
host
- dex_bootjars will access the provider of the selected apex to get the
location of the .prof file
This CL does not drop the old mechanism to get the .prof file (i.e. by
creating a dep on {prebuilt_}bootclasspath_fragment). Once all mainline
modules have been flagged using apex_contributions, the old mechanism
will be dropped
Bug: 308790457
Test: Added a unit test that checks that the right .prof is selected
when multiple prebuilts exists
Change-Id: I40fdb21416c46bed32f6ff187ce5153711ec2c69
Before this change, the build system had special logic to find mainline
BCP jars and copy them to a special location for app dexpreopt. This
logic doesn't work on `next`. In fact, we don't need this logic anymore.
Since we are now generating the mainline boot image extension, we can
reference the inputs of the mainline boot image extension, which are
exactly the mainline BCP jars needed for app dexpreopt.
Bug: 309302263
Test: atest art_standalone_dexpreopt_tests (on next)
Test: m --no-skip-soong-tests nothing
Change-Id: I055018ffbc5d7e5678f305e65a7f1c7e73bf3b99
In the past, dexpreopt for boot jars was very inflexible, and it was
incredibly hard to make a change that is as simple as adding a jar to a
boot image. Boot image generation was handled by
"platform_bootclasspath" and "bootclasspath_fragment" separately. This
caused not only code duplication but also the inflexiblity as such a
design did not fit today's use cases, where a boot image may take jars
from multiple mainline modules and the platform, and a mainline module
can contribute to multiple boot images. The design casued a huge
maintenance burden as any change to the boot image cost multi-week
efforts.
In recent years, efforts have been made to improve this a bit by a bit.
This change is another step towards making dexpreopt reasonable.
After this change, all boot images are generated by "dex_bootjars",
which is in build/soong and is therefore available on both the full
source tree and the thin manifest (master-art). The change decouples
profile generation/extraction from boot image generation. Profiles for
mainline modules are still handled by "bootclasspath_fragment"
because they need to be packed into APEXes when building mainline
modules and extracted from APEXes whem building the system image from
prebuilt modules. Boot images are not handled by
"bootclasspath_fragment" anymore.
Bug: 290583827
Test: m (all existing tests are still passing)
Test: Manually checked that the boot images are exactly the same as
before.
Change-Id: Ib5a5f401bee334ffcab5c26618e0c8888b84575a
* changes:
Change the profile path on host.
Extract duplicate code to common helper functions.
Fix dumpOatRules.
Remove Modules() from BootclasspathFragmentApexContentInfo.
Fix some tests for dexpreopt and remove unnecessary tests.
Also, fall back to using a default name for the dexpreopt directory if
we are not building for Android.
Bug: 290583827
Test: m nothing
Change-Id: I3fc6ff9142a2dcdf995796f75891b242fe2848d0
The conversion of FirstUniqueStrings to be implemented on top of the
generic firstUnique accidentally used a different threshold to switch
from the list implementation to the map implementation. Modify the
threshold of firstUnique to match the old value from FirstUniqueStrings
now that it doesn't have the reflection overhead. While we're at it,
also make firstUnique make a copy of the list, and make FirstUniqueStrings
a pure wrapper around firstUnique.
Test: BenchmarkFirstUniqueStrings
Change-Id: Icc2febea663142c508ff2e4be65a8a68121631d5
These two fields never do what they are described to do. This CL unifies
them to avoid the confusion.
Bug: 280440941
Test: m
Change-Id: I3652d73a50832a2e494d9f5cae750f5fc38293b4
As-is, dexpreopt config and bootjar is in the dir including
DeviceName(). It causes unnecessary dexpreopt invocation when target is
changed repeatly. To avoid it, rename dir to common name.
Bug: 278833696
Test: m
Change-Id: I2818d9ae09e6c22ca6989cc8efdb70b470ec502c
After this change, the dependency hierachy can be arbitrarily deep. For
example, you can have one boot image that extends another boot image
that extends yet another boot image.
Bug: 269230245
Test: m
Change-Id: I096d0b57bda36b982ecc97378647f9c59071a3bf
After this change, the compiler filter can be specified by the option,
and profiles will not be used if the compiler filter is not
a profile-guided one.
This change also allows preloadedClassesFile to be empty.
Bug: 269230245
Test: m
Change-Id: I65e6b7209d2f0510bcc784a62623ab402b7f96bb
Revert submission 1946769-boot-image-flip-b211973309
Reason for revert: Broke golem
Reverted Changes:
I80ffd9160:Remove the primary boot image from the ART APEX.
I45aaa5984:Remove the primary boot image from the ART APEX.
Change-Id: I9167a12cb158ede140dd44dc4458b0770c858379
After this change, `bootImageConfig.installDirOnDevice` can be set to a
path outside of the APEX, in which case, the boot image will not be
installed in the APEX. Instead, it will be installed to the given path
by Make.
This is a no-op change. Current behavior is not affected.
Bug: 211973309
Test: m nothing
Test: -
1. m com.android.art
2. See the boot image still being installed in the ART APEX.
Test: -
1. Change `installDirOnDevice` of the ART boot image config to
`system/framework`.
2. See the boot image being installed in `/system/framework/<arch>`.
Change-Id: Ib13b17cc9e94dc5754c9b51b04df3307323b8783
We will need the profile when we generate the primary boot image on
device.
Bug: 203492478
Test: Run `banchan com.android.art x86_64 && m` and see
`$ANDROID_PRODUCT_OUT/apex/com.android.art/etc/boot-image.prof`.
Test: Run `lunch aosp_cf_x86_64_phone-userdebug && m` and see both
`$ANDROID_PRODUCT_OUT/apex/com.android.art/etc/boot-image.prof` and
`$ANDROID_PRODUCT_OUT/system/etc/boot-image.prof`, in different
sizes.
Test: Start Cuttlefish with the built image and see both
`/apex/com.android.art/etc/boot-image.prof` and
`/system/etc/boot-image.prof` on device.
Change-Id: Id879dc49b234133dfbb9563814328661a1f4a6c0
Note that ART apex boot jars and core-icu4j are exceptions here as they
are not part of ApexBootJars. ART apex boot jars are defined in their
own variable, while core-icu4j is treated as a regular non-updatable
boot jar.
Bug: 191127295
Test: atest CtsClasspathsTestCases
Change-Id: I3cea3d82ef521655a1a5ffa8cae2258ab9d08bfc
Replace the android.BuildOs constant with Config.BuildOS so that it
can vary based on the product config.
Bug: 190084016
Test: all Soong tests
Change-Id: Ia67f872d8b2ab788747a22e3a9659dc21c9775cd
Previously, copyBootJarsToPredefinedLocations relied on all its
parameters having the same length and the same order. That made it
quite fragile as changes to one of the parameters without corresponding
changes to the other would cause failures. It also combined the
retrieval of the boot dex jars from the modules, handling of missing
boot dex jar files and the generation of the rules to copy the files.
This change separates the retrieval of boot dex jars and handling of
missing files from the copying of those files while at the same time
making the function less fragile by replacing the three ordered
parameters with two maps that shared common keys.
Bug: 179354495
Test: m nothing
Change-Id: Idbcd24a7e8af89f7895a20aeddc58502dcbaad03
Previously, when building a framework boot image variant it added an
implicit dependency onto the first file in the primary boot image
variant to ensure that the primary boot image variant files that the
dex2oat command needs have been created. That works when generating
from source as in that case all the files for a boot image variant are
created by a single command. However, it does not work for prebuilts as
each prebuilt file will be copied into the required location by
separate copy commands.
This change adds all the files that the dex2oat command uses implicitly
when building an extension boot image as implicit dependencies.
Bug: 177892522
Test: m SOONG_CONFIG_art_module_source_build=false droid
- the previous command only works in combination with a number of
other build changes.
Change-Id: I183748fd17f8f3003890675b8c6bb9fcab331443
To avoid duplicates on *CLASSPATH environ variables at runtime, remove
split entries from platform-*classpath, i.e. all updatable jars that
have their own classpath fragments should not appear in the
platform-*classpath's classpaths.proto config.
Bug: 180105615
Test: m && launch_cvd; atest CtsClasspathsTestCases
Change-Id: Id2759ab8e106cc183e695bf3509a6ab60ab0ef2a
Merged-In: Id2759ab8e106cc183e695bf3509a6ab60ab0ef2a
For running dex2oat on the target_files, the paths should be use the
device install path instead of the path starting with $(OUT).
So add usesTargetFiles option and basePath option which indicates
extracted path. With those options, the path is replaced with
$(basePath)/$(device path)
And also, add DexPreoptImageDeviceLocations in the config which refers
to the boot image path(without arch) on the device. Because
DexPreoptImage related device path was missing.
Bug: 158843648
Test: dexpreopt_gen -usesTargetFiles -basePath (extract path) and then
check if paths in the generated shell script are based on on-device
path.
Change-Id: I9667fadbf3b7c6f770e0d1bcbee5d67c1ecd8a3d
Each specific classpath_fragment module knows what jars must be part
of the corresponding classpaths.proto config.
Note that bootclasspath_fragment does not implement classpath_fragment
yet, thus all boot jars and all system server jars go into corresponding
platform classpaths.
Bug: 180105615
Test: m && launch_cvd; atest CtsClasspathsTestCases
Change-Id: I6a8c7b0a5d17d62e790a441b8e2c5c1a816e7f30
Add 'host' into the name of fields regarding path on the host side to
distinguish between paths on the device(which will be added in the
following commit), and paths on the host.
Bug: 158843648
Test: build and flash, and then
adb wait-for-device \
&& adb -s $S root \
&& adb -s $S logcat \
| grep -E 'ClassLoaderContext [a-z ]+ mismatch' -C 1
Change-Id: Ib2645ed51591ba2f4b726c115b401ad2bd6675da
Consistent with plumbing of boot jars. SystemServerJars only support /system/framework/ jars.
Bug: 180105615, 155630745
Test: m && launch_cvd
Change-Id: I58b005b7c4103c8e250090e995b1d9b2f9ed4a76
They were used to generate export values for BOOTCLASSPATH and friends;
which are now generated by derive_classpath service based on proto
configs at runtime.
Bug: 180105615
Test: m && launch_cvd; presubmit / DeviceBootTest
Change-Id: Ifbf3f076a00e084d47a48180a4286fc53e610c5d
Instead of embedding "raw" values from PRODUCT_*_CLASSPATH variables
into /etc/classpath, encode them into classpaths.proto binary format.
Existing platform_bootclasspath{} module is used to generate the whole
monolithic config to begin with. Later, the config will be split
among individual bootclasspath_fragment and
systemserverclasspath_fragment modules.
Bug: 180105615
Test: m && launch_cvd
Change-Id: Ia66f521f8976ff78a62ecf91131d26db21064de7
This CL handles updatable boot jars in the same hacky way as we handle
non-updatable boot jars: it creates a set of predefined paths to the dex
jars in a global config, then traverses all modules in a singleton
context, finds updatable boot jars and adds copy rules from these jars
to the predefined paths. A proper way would be to register dependencies
of the dexpreopted modules on the boot jars and extracting paths to dex
files by walking these dependencies.
Bug: 178467404
Test: lunch aosp_cf_x86_64_phone-userdebug && m
Test: added new Soong test
Change-Id: I87f764109315f79315d73bf43799b70eb010fc0b
By making the Append and RemoveList methods return a new list instead
of modifying the existing list it makes the ConfiguredJarList usages
easier to reason about and safer to use, especially considering that
they are primarily used in global configuration.
Added some tests for Append/RemoveList to ensure that they work and
do not modify the original or result in newly created lists sharing
storage with the original which would lead to corruption.
Bug: 171756871
Bug: 171479578
Test: m nothing
EMMA_INSTRUMENT=true EMMA_INSTRUMENT_FRAMEWORK=true m nothing
Change-Id: I541c4686ecdd45c6a0c8b1c93fedf0fcd5952e2b
By making the Append and RemoveList methods return a new list instead
of modifying the existing list it makes the ConfiguredJarList usages
easier to reason about and safer to use, especially considering that
they are primarily used in global configuration.
Bug: 171479578
Test: m nothing
Change-Id: I102c4fb42f0c54e4ed299d2921fbf5efeb6e99b9
Free up the directory $(PRODUCT_OUT)/apex/com.android.art for the
release ART APEX. Without this we'll get conflicting install paths in
make.
Test: build/soong/soong_ui.bash --make-mode \
TARGET_PRODUCT=sdk_x86_64 TARGET_BUILD_VARIANT=userdebug nothing
with http://r.android.com/q/topic:release-apex-rename+author:mast
present to rename the ART release APEX to com.android.art.
Test: Build & boot on CF
Test: apct/device_boot_test and asit/perf/boottime_test on
blueline_jitzygote-userdebug
Test: avd/avd_boot_health_check on cf_x86_phone-userdebug_coverage_art
Bug: 169639321
Change-Id: I0b263d5922d438834e5c804e55f69a2a1421ab73
Merged-In: I0b263d5922d438834e5c804e55f69a2a1421ab73
With the addition of apexes and /system_ext some of the bootclasspath
and system server jars have moved from /system to the new locations.
This has been implemented by using lists of colon-separated strings
called "apex-jar pairs" (although "apex" was misleading as it could
refer to "platform" or "system_ext", not necessarily a real apex).
Using the colon-separated string representation is inconvenient, as it
requires splitting and reassembling the list components many times,
which harms performance and makes error handling difficult. Therefore
this patch refactors the colon-separated lists into a struct that
hides the implementation details.
Test: lunch aosp_cf_x86_phone-userdebug && m
Change-Id: Id248ce639a267076294f4d4d73971da2f2f77208
This is a follow-up for https://r.android.com/1292915, which introduced
two-column format for the components of the boot jar list. This CL
fixes build failure for the coverage build.
Test: m EMMA_INSTRUMENT=true EMMA_INSTRUMENT_FRAMEWORK=true
Change-Id: Ib8b156bf81943fe07084cbce5e7e9bf70e759a5d
The first component is the apex name, or a special name "platform"
if the boot jar is a platform jar rather than a part of some apex.
This is a prerequisite change for moving core-icu4j to a separate
com.android.i18n apex.
Old one-column format is still supported, but all unqualified
components of PRODUCT_BOOT_JARS get "platform:" prepended to them
after reading the product makefiles.
Test: aosp_walleye-userdebug boots
Bug: 138994281
Change-Id: Ic229159fdcdaf6182210a53b63850a389dd786fc
ART tests require that "out/host/linux-x86" is included.
This requires making the dexLocations per-variant specific.
Test: m test-art-host-gtest
Bug: 147817558
Bug: 147819342
Change-Id: I7839ee15cb6dfc62508bdd3fa0f306336af17055
