The tests in bootclasspath_fragment_test setup the environment to have
two APEXes: a source one and a prebuilt one. Before this change, the
tests for prebuilt incorrectly check the contents in the source one.
This change introduces a new function that properly checks files
deapexed from the prebuilt one.
Bug: 241823638
Test: m nothing
Change-Id: I1865c20b198d50e7ebc8ebfb9f7c71394a225ab7
A single file generated by different modules is almost never correct;
make it an error.
The check is skipped for some error cases, which will be handled in follow-ups.
Bug: 191770320
Test: m (soong test)
Change-Id: Ib3c6efd16bdf13b59f79be66d4f9dba49100f6cc
Previously, the split_packages, single_packages and package_prefixes
properties were all optional and the split_packages defaulted to ["*"].
As that value conflicted with the other package properties that meant
that split_packages always had to be specified even if it was to just
set it to an empty array.
This change requires at least one of them to be specified and defaults
split_packages to an empty list which means it is not required,
although it can be helpful to make that explicit.
Bug: 194063708
Test: m nothing
Change-Id: I5a4c2d68e72e39f5c4a2441326dfce8685fc8ff2
This change is similar to aosp/1947127, but for prebuilts.
After this change, if `bootImageConfig.installDirOnDevice` is set to a
path outside of the APEX, the build system will build a boot image from
the dex files and the profile extracted from the prebuilt APEX.
Otherwise, it keeps the current behavior: extracting the boot image from
the prebuilt APEX.
This is a no-op change. Current behavior is not affected.
Bug: 211973309
Test: m nothing
Test: -
On internal master:
1. Patch aosp/1947128.
2. Patch ag/16743847 and ag/16746804.
3. m SOONG_CONFIG_art_module_source_build=false com.google.android.art
4. See the boot image being installed in `/system/framework/<arch>`.
Change-Id: I24ca525309fecaf3ab7a67960fbf118cd00ecd1d
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
Without these errors, the last encountered deapexer would silently be
used. However with PRODUCT_INSTALL_APEXES there will only be deapexer
for installable APEXes, and we can assume only a single installable
APEX exists for each APEX variant, so make it an error if it isn't the
case.
Corresponding to http://ag/15156931.
Test: m nothing SOONG_CONFIG_art_module_source_build=true
Test: m nothing SOONG_CONFIG_art_module_source_build=false
Test: m nothing SOONG_CONFIG_art_module_source_build=false
with installable:true for the com.android.art.debug prebuilt APEX -
check that it fails with an "ambiguous duplicate deapexer" error
Bug: 192006406
Bug: 192542393
Change-Id: I44566fd26b12f82a8a67fe4a69e56303460756d0
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
invalid with a message.
This will allow propagating any error from the deapexer module for
prebuilt APEXes to the location where the dex jars get used. It's only
at those points that we can raise errors about not being able to
extract files from the deapexer modules if they are invalid, and this
way we avoid encoding knowledge there about why they may be invalid.
To keep the refactoring limited it intentionally does not change any of
the existing logic for when dexJarFiles are set or not (non-nil vs nil
prior to this change), although there may be opportunity to use this
for more conditions when dex jars aren't available.
The refactoring is also not extended to
dexpreopt.ClassLoaderContextMap.
Test: m nothing
Bug: 192006406
Change-Id: I68986dccd9a9b3fee4d24caa1947ea17a36caedc
This is in preparation to r.android.com/1740313 where setting correct
variables would be enforced (i.e. apex and non-apex boot jars must be in
config.ApexBootJars and config.BootJars correspondingly).
Bug: 191369843
Test: m nothing
Change-Id: Ic86680c1f7af53d229083b2cc58beb3ceccb4b6a
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
Previously, the prebuilt_bootclasspath_fragment was not required to
provide hidden API files as not all usages of that module provided
them. That should no longer be the case so this change makes the
prebuilt_bootclasspath_fragment stricter and so now always require
them.
Bug: 194063708
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
- check that this does not change the contents.
Change-Id: I3f19a1b4246f09a927c0f6b0f41b8678150d6cc2
Previously, the stub dex jars for each HiddenAPIScope was created by
merging the stub dex jars provided by each module for that scope. Then
the widest stub dex jars were chosen. So, if module A provided public,
system and test stub dex jars and module B provided only public then
the stub dex jars for each scope would be:
* public -> A,B
* system -> A
* test -> A
So, the widest API scope for which there are stub dex jars is "test"
and so the widest stub dex jars would just come from module A and not
module B. So, when "hiddenapi list" is run for module C which depends
on modules A and B it only gets given stub dex jars for module A which
means that it cannot resolve all the types that C may use which can
lead to incorrect flags being generated.
This change does not merge the stub dex jars from each module together
and instead keeps them separate by module. The widest stub dex jars
list is constructed by asking each module in turn for their widest stub
dex jars. e.g. Given the above example we would have:
Module A:
* public
* system
* test <- widest
Module B:
* public <- widest
So, the widest stub dex jars will be A's test and B's public stub dex
jars.
Bug: 179354495
Test: m out/soong/hiddenapi-flags.csv
- make sure that this does not change the file.
Change-Id: Ib137825ebffe94b2bf220732bae6077f7b7ac6db
Previously, hidden API processing could only be done by those
bootclasspath_fragment modules that either did not depend on any other
fragments (e.g. art-bootclasspath-fragment) or only depended on APIs
provided by other fragments (e.g. i18n-bootclasspath-fragment). That
meant that modules like com.android.os.statsd-bootclasspath-fragment
that depended on APIs provided by parts of the platform which are not
yet part of another bootclasspath_fragment could not perform hidden
API processing.
This change adds support for a bootclasspath_fragment to specify the
additional stubs needed to perform hidden API processing. It adds a new
additional_stubs property that can be used to specify the additional
stub libraries.
Most bootclasspath_fragments that need to use the property will need
access to the APIs provided by the android-non-updatable.* libraries.
Rather than have each fragment explicitly specify the correct module
for each scope it treats "android-non-updatable" as if it was a
java_sdk_library that can provide different jars for each scope.
Soong will handle mapping that to the correct android-non-updatable.*
module.
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-flags.csv \
out/soong/hiddenapi/hiddenapi-index.csv \
out/soong/hiddenapi/hiddenapi-stub-flags.txt \
out/soong/hiddenapi/hiddenapi-unsupported.csv
- make sure that this change does not change the contents.
m TARGET_BUILD_APPS=Calendar nothing
Change-Id: Ia8b79830ed0e6d42100de03d76b0c51b7f6c8ade
Although the hidden API runtime does not support a module-lib API flag
the hidden API processing does need to used them as they are needed by
the "hiddenapi list" tool for any bootclasspath_fragment module whose
contents builds against an sdk_version of "module_current". Without it
the "hiddenapi list" tool could fail to resolve references to classes
provided by other modules which would break the build.
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
- make sure that this change has no effect on the generated flags.
Change-Id: I3ecb80fdaeba0e66d1ee25cb57152ab546d9bfe0
Adds a test to establish a baseline for a follow up change that adds
module_lib support to hidden API processing.
Bug: 179354495
Test: m nothing
Change-Id: I5630075825c674b2e4f38bd459c7b061c01fc362
Previously, the hidden API processing used SdkKind to identify the API
scopes, e.g. public, system, etc. that are of interest for hidden API
processing. Unfortunately, there is a mismatch between the SdkKind and
what hidden API processing needs. e.g. SdkKind includes values that are
not used by hidden API processing and hidden API processing needs
additional API scope specific information not provided by SdkKind. The
apiScope struct used in sdk_library.go is also not a suitable
representation for similar reasons.
This change adds the HiddenAPIScope (following a similar approach as
apiScope) that rectifies that and uses it as a replacement for SdkKind
in most parts of the hidden API processing. The SdkKind is still used
for retrieving information from java_sdk_library[_import] modules.
Follow up changes will extend the HiddenAPIScope with more information.
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
- make sure that this change has no effect on the generated flags.
Change-Id: I97968f58535121652852b8d25217aa288afd2bfd
Previously, the prebuilt art-bootclasspath-fragment did not provide any
boot image files. That meant it was impossible to build any module that
requires access to those files from prebuilts, e.g. any module that
needs to be dexpreopt-ed.
This change enables that module to retrieve those files from the
prebuilt_apex.
Bug: 177892522
Bug: 189298093
Test: m nothing
m droid SOONG_CONFIG_art_module_source_build=false SKIP_BOOT_JARS_CHECK=true
- the previous command does not work but this change does fix one
of the issues reported.
Change-Id: I1d4d9545172d79282918130df6b9aa55471bffc1
Previously, the boot dex jars were only copied to the predefined
locations used by the build from the source art-bootclasspath-fragment
if it was preferred, otherwise no files were copied. That caused build
failures when attempting to build with ART prebuilts. This change
copies the files from prebuilts too.
Bug: 177892522
Bug: 189298093
Test: m nothing
m droid SOONG_CONFIG_art_module_source_build=false SKIP_BOOT_JARS_CHECK=true
- the previous command does not work but this change does fix one
of the issues reported.
Change-Id: I35b37355170546daf6ecac2134d1ca9a73d0e3bc
Previously, the rules to perform hidden API encoding were generated
separately to the rules to perform hidden API flag generation. This
change combines them within the (renamed) produceHiddenAPIOutput()
method and makes the paths to the encoded dex files an output of the
generateHiddenAPIBuildActions method alongside the paths to the
generated flag files.
As encoded dex jars are now an output of the produceHiddenAPIOutput()
method which is implemented for both prebuilts and source
bootclasspath_fragment modules that necessitated the prebuilt also
providing paths to encoded dex files. That in turn required updates to
some of the tests to provide dex files from prebuilt_apex modules.
Similarly, as the produceHiddenAPIOutput() method may not be called
for some bootclasspath_fragment modules as they do not yet provide all
the information needed to perform hidden API encoding then it is
necessary to extract the encoded dex files produced by the modules
themselves. That also required a few changes to tests that did not
previously provide dex files.
Bug: 177892522
Test: m com.android.art
- check that this change does not change the contents of the apex
file, i.e. is byte-for-byte identical.
Change-Id: I60996a34d06ed1c87ed244ab3509621999ad86ec
Previously, the prebuilt_apex/apex_set did not have an apex specific
variant created which meant that they depended upon the platform
variant of the modules it depended upon. This change creates an
apex variant for them just as is done for the apex module type which
causes it to depend upon the apex specific variant of the modules it
depends upon.
Test: m droid
Bug: 179354495
Change-Id: I7d6f3609c267b3e90b90b9befe7d76f351a0c2bd
Previously, the generation of the rules to create the boot image files
was separate from the code to provide those files to the APEX which
meant that it was possible for the APEX to try and use files that had
no rules to create them.
This changes avoids that by only exporting the files once the rules
have been created.
This necessitated a few changes to tests that were relying on the
previous behavior. Including removing completely the test that used an
image_name: "boot" as that is no longer a valid configuration name as
its functionality has been replaced by platform_bootclasspath.
A follow up change will make the validation of the properties of
bootclasspath_fragment stricter to prevent "boot" being used as the
image_name.
Bug: 177892522
Bug: 188680624
Test: lunch qemu_trusty_arm64-userdebug
m droid dist
- verify that before this change it fails and after this change
it works.
m com.android.art
- verify that this change does not change the APEX contents with
either qemu_trusty_arm64-userdebug or aosp_arm64-userdebug
Change-Id: I0497a151eb0731cbe6a1a7e7bbbb1e4dda75898f
Previously, a bootclasspath_fragment that depended on classes provided
by another bootclasspath_fragment did not support hidden API processing
as it would not supply information about those dependencies.
This change adds support for that as follows. Each fragment:
1. Exports the transitive sets of stub dex jars for each of the public,
system, test and core_platform APIs (where relevant).
2. Adds dependencies onto its dependent fragments.
3. Retrieves the API stubs dex jars from its dependent fragments and
passes them to the "hiddenapi list" tool which will use them to
resolve dependencies but will not output them to the generated
flags.
Once the flags are generated the existing encoding functionality
encodes the flags into the dex files of the bootclasspath_fragment's
content modules which are then packaged into the apex.
Bug: 179354495
Test: m com.android.sdkext
- verify that this does not change the contents of the apex files
Change-Id: I3e82a6dbb437f1e417e5d7e25aeb212e378603d0
There is no need to leak soong module names.
Bug: 180105615
Test: m && launch_cvd; atest CtsClasspathsTestCases
Change-Id: I04f4e181d2f42b9d71641980a2c7c4e8cbc8e426
Previously, the apex content info was populated with hidden API encoded
dex jars retrieved directly from the java module. This change retrieves
the unencoded dex jars from the java module, encodes them and then
stores the result in the apex content info.
Bug: 179354495
Test: m com.android.art com.android.ipsec com.android.os.statsd com.android.conscrypt
- verify that this does not change the contents of the apex files
Change-Id: Ib1b6eb8b62ac50e03b9e0d07c877ca70bb6f6d25
Previously, the DexBootJarPathForContentModule(module) simply called
directly through to the module to retrieve the dex jar path. This
change changes it so the bootclasspath_fragment retrieves the dex
jars from the module and stores them in the info structure for this
method to retrieve directly.
This makes it easier for the bootclasspath_fragment to stop retrieving
hidden API encoded dex jars from the module and perform the encoding
itself.
Bug: 179354495
Test: m com.android.art com.android.ipsec com.android.os.statsd com.android.conscrypt
- verify that this does not change the contents of the apex files
Change-Id: Ic79dea080f10f4017f1a75d6d1fb5a3bfe04c2ce
This change adds a test to verify the existing behavior to provide a
baseline against which following changes can be compared.
Bug: 179354495
Test: m nothing
Change-Id: Ib7dadf3e65151f4e925251f7b1a9c099e824ea63
- Adds all required details for bootclasspath_fragment to implement
classpath_fragment.
- Keeps the actual boot jars in platform-bootclasspath to begin with.
- Makes sure to put the file in apex/etc/classpath on device. Note that
for platform versions of classpath fragment AndroidMkEntries perform
the installation, while for APEXes it must be plumbed via apex.go.
Bug: 180105615
Test: m && launch_cvd; atest CtsClasspathsTestCases
Change-Id: I6101ebdf5b8bcbe95c0b7ce21f3f67a2685aef50
The getBootImageJar function will be removed once the boot image
creation has been moved to the platform_bootclasspath and
bootclasspath_fragment module types. However, the consistency checks
that it performs are still useful so this change moves them out
first.
The ART boot image related checks are now performed in the
bootclasspath_fragment module type. A previous change accidentally
disabled the checks when the contents property was not empty which has
been fixed. Also, the error messages have been tweaked to make it clear
that the art-bootclasspath-fragment is now the source of truth as to
its contents not the configuration.
The framework boot image related checks are now performed in the
platform_bootclasspath module type.
Initially, this change included an extra check to make sure that
UpdatableBootJars comes from updatable APEXes but that broke because
framework-wifi and framework-tethering are not currently marked as
updatable in AOSP.
Bug: 177892522
Test: m nothing
Change-Id: I80fb600fa2c7cec4566b3461c6a33c4c6f0743f4
Previously, only one of the contents or image_name properties could be
specified at once which meant that there was no way to create a
prebuilt which lists its fixed contents while at the same time allowing
it to check that that the contents matched what the build configuration
required.
e.g. a prebuilt_bootclasspath_fragment that had image_name: "art",
could not list its contents and also check that those contents matched
the ART_APEX_JARS which the build configuration required.
This change allows contents and image_name to be specified together and
adds a check to make sure that the contents are consistent with the
configuration appropriate to the image_name. The check is only
performed for modules that are active so that a
prebuilt_bootclasspath_fragment which was created without coverage
enabled (the default) would not cause a build failure in a coverage
build unless it was preferred.
Bug: 177892522
Test: m nothing
Change-Id: Ie601f29f707b3f6030fa7d252afa2c4826cc9f8e
Currently, it only contains ART boot image related information, i.e.
.art, .oat and .vdex files. However, follow up changes will extend that
to include other information from bootclasspath_fragment.
Bug: 177892522
Test: m nothing
Change-Id: I2b226131c0eccff0c739a18f265f90caa10a91d9
Also renames files, tests, module types in a similar fashion.
There are still some references to image and boot image. They are kept
for the following reasons:
* image_name - this is the name of an ART boot image, i.e. the
collection of .art/.oat/.vdex files.
* BootImageInfo - again this is related to the ART boot image.
* .../art_boot_images/... paths - ditto.
Bug: 177892522
Test: m nothing
Change-Id: Ie1f4738061d131fee75de48bc26a7601481bad4d
