The type of min_sdk_version is being migrated from
android.SdkSpec(kind+level) to android.ApiLevel(level). This affects the
{min|target}-sdk-version aapt2 flag for vendor modules. For these
modules, if min_sdk_version is not set in Android.bp files,
MinSdkVersion would default to SdkVersion, and therefore would get
access to the sdkKind it was compiling against.
To accomodate the upcoming change of min_sdk_version to ApiLevel,
explicitly use SdkVersion to determine the `min-sdk-version` flags for
modules targeting `current`.
Bug: 208456999
Test: no change in ninja files (this should be a noop)
Change-Id: Ie2924698687597cdd572d4bb4c687d0b1569c4b8
This is using min_sdk_version and not target_sdk_version value from
Android.bp. Add documentation on why it has been implemented as such.
Test: N/A
Change-Id: I7da38ed351562dc530cde4c0d6bf7bd6b691f01d
The -libraryjars argument to r8 was missing transitive dependencies, and
so complained when there were classes used in the program JAR which were
not provided via libraries. This CL propagates transitive dependencies
to the r8 command to reduce the warnings that are generated for missing classes.
Bug: 242088131
Change-Id: Ifad7bc7c5d406e3de8d98ea963c97e88c84b45a1
adds support for *-> android_library and android_library->* edges
Change-Id: I41d4e1d1b8106a17e67951d47e67b59ef3170d17
Test: manually inspected build files for libWallpaperPicker & android-suppor-v4
android_library modules are only dexpreopted when built into an app,
and the app will already get the dexpreopt compat dependencies itself.
Adding the compat dependencies to android_library modules causes
circular dependencies when the android_library is used to build
part of the framework, which is then used to build the compat libraries,
which is added as a dependency to the andorid_library.
Test: TestUsesLibraries
Change-Id: I3aca780858c7e5f19d270bcbbe18e6cff8616b43
Ensure proguard flag files specified by java_library targets propagate
to downstream targets. This matches bazel behavior, as well as
behavior for transitive android_library deps.
Bug: 212623640
Test: m + presubmit
Change-Id: I61abaf1fd43d6f06bb610383751bb26e9a1bafd6
java_library modules with .kt srcs or common_srcs will be converted into
module type kt_jvm_library
Test: m bp2build, manually inspected build files for allowlisted modules
Bug: 258688914
Change-Id: I8293a11c8247b4b76358d0991f82c6b61b58adc3
Due to GMS target SDK requirements (https://docs.partner.android.com/gms/policies/preview/mba#min-target-sdk)
we need to ensure all the mainline packages to target latest API
level. Currently, the team chases each module to bump their target
API level.
Updating the build code to make sure that mainline modules
(i.e updatable modules) target the latest sdk version by default.
It would be by default set to 10000 before SDK finalization and updated to the new API level after finalization.
Effectively it would mean:
1. '10000' in aosp and internal master
2. Finalized number in development branches like "33" in "tm-dev"
3. As sdk hasn't been finalised in "udc-dev", it would be "10000"
which would be automatically updated to finalized version after sdk finalization.
For local development if the target sdk version is required to be set,
users would need to set Updatable flag to false.
Enforce_default_target_sdk_version flag needs to be used in bp file,
if this feature needs to be tested locally when updatable: false.
Bug: b/227460469
Test: m nothing
Change-Id: I05e0ae74ae44fd73df75e91b926bcc924446253f
Minor refactor of android_app converted to account for common attributes
between library and app.
Test: go test
Test: ../bazel/ci/bp2build.sh
Change-Id: I60b06eef6d2b9bc2d91f8b83522747ebbe76bbb6
Bug: 215230093
Bug: 215230095
JNI libs present in AAR files are ignored in the build. If those
libraries are necessary, they must be manually extracted and a
prebuilt_cc_library module must be created for them. Instead, we can
extract these libraries and copy them to an output APK as part of the build.
Bug: 228848794
Test: created android_app that depends on an android_library_import with
JNI embedded, and verified that .so libs are present in APK
Test: created android_app that depends on an android_library which
depends on android_library_import with JNI embedded, and verified
that .so libs are present in APK
Test: verified that multiple .so's from a single architecture are copied
to APK
Test: verified that the absence of a jni/<arch> folder or files in the
folder will cause the Ninja action to error
Change-Id: I242a862d7bd881f7a4a8c23493924d8fe441ea25
This looks like it may have been a typo'd copy paste or maybe a name
change that got forgotten about.
Test: CI
Change-Id: I9f5c17f8e2d11b9cf6cd0da4685d719cdbbdcc11
If max_sdk_version is included in Android.bp that value will now be
propagated to manifest_fixer.py. This value will then be used to
override any maxSdkVersion attribute set on permission or
uses-permission tags in the android manifest if maxSdkVersion="-1".
Bug: 223902327
Test: add max_sdk_version to Android.bp for test app
Test: create permission in test app manifest with maxSdkVersion="-1"
Test: run test to check maxSdkVersion=max_sdk_version
Change-Id: Ic533ef2a41b9ecc9ee68c69399026df47ee945b7
This CL refactors the code related to ManifestFixer parameters.
The required parameters android.ModuleContext, manifest android.Path are
passed separately as the parameters and the optional parameters are
kept as part of the ManifestFixerParams struct.
By default, the member variable of struct have the zero (nil, false,
empty string) values. Hence, it is only required to pass the
parameters of interest at the time of function call to
ManifestFixer.
Manual testing done to check the working of the code.
Test: m nothing && m test_com.android.sdkext
Test: manually tested the generation of AndroidManifest in the out
directory with the testOnly attribute
Test: atest manifest_fixer_test --host
To test the existing unittests are not breaking.
Change-Id: I20cb6c06c57f8fe7811050288bcb03945dc0425b
A number of tests in the cts/tests/signature/api-check check for the
accessibility of classes from the android.test.base,
android.test.runner and android.test.mock libraries. Some tests expect
to find the classes other do not. Unfortunately, the tests use
libraries, specifically compatibility-device-util-axt, that depend on
the android.test... libraries which causes Soong to implicitly add
<uses-library> entries to the manifest so that they will be accessible
at runtime. That causes the tests that do not expect to find the
classes to fail.
Bug: 209607558
Test: m nothing
Change-Id: I54c194ab23d5a70df790ece3fe98f2b3d6a1c1f6
If the build file contains the apex_test module, add the
testOnly attribute to the application element of the
corresponding AndroidManifest file and set its value to true.
If the testOnly attribute is already present and has value
false, then do nothing.
Tests added in manifest_fixer_test.py to check if the updated
AndroidManifest file has the testOnly attribute set to true or not.
Bug: 213310150
Test: atest --host manifest_fixer_test
Test: m nothing
Test: manually checked the AndroidManifest file generated
Change-Id: I36247dbe0261c342d451a4422c314fd8fe0c2369
Automatically add `uses_libs`/`optional_uses_libs` properties specified
in `android_library` modules to the apps that transitively depend on
these libraries.
Note that a library may choose to specify its <uses-library> deps as
either optional or required. If this is not the right choice for an app,
it should be able to override it by specifying its own `uses_libs`/
`optional_uses_libs` properties.
Bug: 196377222
Test: lunch aosp_cf_x86_64_phone-userdebug && m
Change-Id: I1e36c56719c0023dcd25fa6aeb92016471702b9f
Previously, SdkSpec was constructed only from the user string. It didn't
make use of the Config struct where information about the latest stable
SDK version, etc. is recorded. As a result, the build system couldn't
check if the sdk version "current" is referring to the in-development
(i.e. not-yet-frozen) SDK version or the latest stable version.
"current" was always assumed to be in-development (IsPreview() returns
true) even when Platform_sdk_final == true.
As the first step for fixing that, this change requires
android.EarlyModuleContext to be passed when constructing SdkSpec from
the user string.
In the following changes, "current" will be mapped to either
FutureApiLevel (10000) or one of the FinalApiLevels() depending on
whether the platform SDK was finalized or not.
Bug: 175678607
Test: m
Change-Id: Ifea12ebf147ecccf12e7266dd382819806571543
... in preparation for making the handling of sdk versions consistent
across java and cc modules.
Bug: 175678607
Test: m
Change-Id: I598f0454bce9b7320621022115412fbe97403945
This adds the registration of the mutator to the existing register...
method which will include it in PrepareForTestWithJavaBuildComponents.
Bug: 182885307
Test: m nothing
Change-Id: I6cea716a3ff4d8abdb80543b7e0ddf22246ffa30
Export information about java dependencies through a Provider
instead of accessing the module directly.
Test: java_test.go
Test: no changes to build.ninja
Change-Id: Ifc5d566bf6f6ebc0ad399e948effaa1ef6a22876
Previously CLC construction was scattered across different module types
and dependency tags. This CL moves all logic to one function, which
handles all special cases. This will allow to simplify CLC API and
reduce the number of different ways in which CLC is constructed.
Previously some of the cases failed early (at the time when a library is
added to CLC) if the build/install paths were unknown. Other cases did
not fail early, but were validated later before CLC was used. Late
failures are necessary because some of the libraries with unknown paths
still have to be processed by manifest_fixer (which doesn't need library
paths), but they do not use dexpreopt (which needs library paths). This
CL removes the early failures (all paths are still validated later).
The CLC tests do not fail because they use a private method that toggles
the "strict" flag (that enforces early/late failure mode) manually in
the method call.
The CL also makes a functional change in the way CLC is constructed for
component libraries that have an OptionalImplicitSdkLibrary(), or
libraries that are disguised as SDK libraries via `provides_uses_lib`.
Previously such a component/disguised library X was added to its own CLC
as a sibling element of X's own <uses-library> dependencies, which
created incorrect CLC structure. Now this is handled by addCLCFromDep,
when X is processed as dependency and added as a top-level CLC element
with its sub-CLC properly nested under it.
Bug: 132357300
Test: lunch aosp_cf_x86_phone-userdebug && m
Change-Id: I6a512209b87b81d785875f10f76b21c81b2ed579
We had a dependency on each file in the asset directories, but that
wouldn't cause aapt2 to run if a file was removed. Add a dependency
on a file that contains the list of files in the asset directories.
Fixes: 172867096
Test: m CarrierConfig && rm packages/apps/CarrierConfig/assets/carrier_config_no_sim.xml && m CarrierConfig
Change-Id: I35f3b85355fa890a3e95eaa6458a21466b6930e4
If some Java library/app depends on an SDK component library (e.g. stubs
library), then it transitively depends on the SDK library itself
(because the component library has a dependency on its SDK library).
Previously having this transitive dependency resulted in adding the SDK
library to the <uses-library> dependencies of the library/app. However,
this doesn't make sense if the app has a *static* dependency on the
component library. This patch stops adding <uses-library> dependency in
that case.
Bug: 132357300
Test: m nothing
Test: added new Soong test that would previously fail with an error:
invalid build path for <uses-library> "fred"
Change-Id: I697a65e461037c95ec56b6c321afa4ec52ccbbec
This patch reworks the approach introduced in
https://r.android.com/1450819. That patch based the decision which
libraries should be added to the manifest <uses-library> tags by the
manifest_fixer on the "shared" status of the library.
That approach is incorrect for two reasons:
- It doesn't make sense to have a non-shared library in class loader
context ("shared" libraries are those specified in
frameworks/base/data/etc/platform.xml, and they are the only ones
that PackageManager knows about).
- It doesn't make sense to add anything but the top-level of the
class loader context tree to the manifest, because this part of the
tree is flattened to a sequence, and PackageManager cannot restore
it to the previous tree shape (there is an information loss).
This patch removes the "shared" bit of information from class loader
context elements and assumes that all libraries that end up in class
loader context are shared. Consequently, only the top-level libraries
should be passed to manifest_fixer.
Test: lunch aosp_cf_x86_phone-userdebug && m
Bug: 132357300
Bug: 168686456
Change-Id: I902690f0f38f1047fa79cf6ccbe956077eceaab0
hilt_android requires seven separate annotation processors, which
is only feasible to support using exported_plugins to avoid having
to list all seven in every module that uses it. Unfortunately they
all set generates_api: true. Turbine is already disabled for modules
that directly use a plugin that sets generates_api: true, because
turbine doesn't run annotation processors. Also add support for
disabling turbine if a module transitively uses a plugin that
generates APIs via exported_plugins.
Bug: 173397767
Test: TestExportedPlugins
Change-Id: If70354a3dd67efb4ce88bc9c934d41ccb6241b28
When adding a subcontext in a class loader context tree, there are two
possible cases: 1) the root of the subcontext is itself a <uses-library>
and should be present as a node in the tree, or 2) the root is not a
<uses-library>, but some of its dependencies are -- in that case they
should be disconnected from the root, and the resulting forrest should
be added at the top-level.
Example:
1) C is a <uses-library>:
A
├── B
└── C
├── D
└── E
└── F
2) C is not a <uses-library>:
A
├── B
├── D
└── E
└── F
Before the patch subcontexts for transitive dependencies were added
before the subcontext for the direct dependency (even if it was a
<uses-library>, resulting in case-2 hierarchy when case-1 should have
been used. Previosuly this didn't matter because class loader context
was a flat set of libraries, but now it matters because class loader
context is a tree.
This patch changes the order in which libraries are added, so that
direct dependencies are added before transitive ones. The context adding
method now accepts an "implicit root" parameter, so that when adding
transitive dependencies it can check if the corresponding direct
dependency is a <uses-library> and already present in the context.
Partially constructed class loader context is now propagated top-down
into aapt.buildActions, so that the method can use existing part of the
context to decide where the missing part should be connected.
Test: lunch aosp_cf_x86_phone-userdebug && m
Bug: 132357300
Change-Id: I649aff9e27494306885a4f4fc90226c399636b57
The old representation consisted of a list of libraries (UsesLibraries),
a list of optional libraries (OptionalUsesLibraries) and a mapping from
library name to its build/install paths (LibraryPaths). The separation
into lists and map was necessary because of special handling of
compatibility libraries, which is now unified with normal libraries.
The new representation is a mapping from target SDK version to a tree
structure ClassLoaderContext. Each node of the tree represents a library
and contains library name, build/install paths and a slice of
subcontexts for dependencies. The same library may occur in the tree
multiple times in case it is a dependency of multiple libraries. The
order in which libraries are added matters (the resulting tree shape may
be different).
Test results have to be updated, as the resulting <uses-library> list is
reodered (previously it was a sorted list of map keys, and now it is
formed by a depth-first preorder traversal of the class loader tree).
Test: lunch aosp_cf_x86_phone-userdebug && m
Bug: 132357300
Bug: 168686456
Change-Id: I11be8cd2967f004fd58753d7c5fb99fed179cd63
