Add more explicit checks to not propagate JarJarProvider when we will be
linking against stubs.
Bug: b/310504781
Test: treehugger
Ignore-AOSP-First: Will cp to aosp
Change-Id: I3219d0bf7e84a386b16b248314f11b4e9edcd0fa
is_stubs_module property signifies whether the module compiles stubs or
not. The information is propagated to the reverse dependencies of the
java_library/java_sdk_library modules via JavaInfoProvider as
StubsLinkType, a ternary state that provides information about whether
the provided jars are compilation of stubs or implementation, or
unknown.
When java_sdk_library sets StubsLinkType, its state is Unknown as the
decision of providing stubs vs implementation jar differs by the reverse
dependency.
Note that this CL does NOT propagate the property up to its reverse
dependencies. This will be done in follow up CLs.
Ignore-AOSP-First: Will cherry-pick later
Test: m nothing
Bug: 310504781
Change-Id: Ic81488dbd1c9af1b5d31a33e5e9441d9f1416dbe
Because
1) it has no effect.
2) it will simplify build commands, which will minimize differences
among targets using generate_product_characteristics_rro
Bug: 322932641
Test: TH
Change-Id: I16afae597038da7489989483f8c926916d207df5
The runtime in S and above does not have the same constraints that
require the hiddenapi flags to be generated in a monolithic manner.
This CL restricts the verify_overlaps to pre S modules. This will
filter out hiddenapi signature discrepancies that do not require
any action.
Test: verify_overlaps diff with this change https://diff.googleplex.com/#key=xxB0ky93hZRn
Test: presubmits
Bug: 313672880
Change-Id: Ie626a6779fc924563bec90b6c1ab0c7e8b4b23c2
UNBUNDLED_BUILD_TARGET_SDK_WITH_DESSERT_SHA enables user to specify
${codename}.${sha} as min_sdk_version and target_sdk_version in order to
support mainline train building into android build.
Test: TH
Bug: 295905124
Change-Id: I032d464aaa7314520f98b8eafa53d962940075ce
Bug: 323931246
Test: m nothing --no-skip-soong-tests
Test: Manual test using a locally created build rule
Merged-in: Icd15d63c29560dc219dba07cc9db2a5e1b883532
Change-Id: Icd15d63c29560dc219dba07cc9db2a5e1b883532
EngProd has indicated that we need to be included in that suite to
support TEST_MAPPING files in their infrastructure.
Bug: 308854804
Test: TH
Merged-in: I763b033f0f5f275091db45ab62df6af48dcddc66
Change-Id: I763b033f0f5f275091db45ab62df6af48dcddc66
Bug: 323931246
Test: m nothing --no-skip-soong-tests
Test: Manual test using a locally created build rule
Change-Id: Icd15d63c29560dc219dba07cc9db2a5e1b883532
Currently in SDK build, "exportable" stubs are used to generate the
android.jar and the corresponding build artifacts, as well as the
hiddenapi flags. "exportable" stubs only include the flagged apis that
are "enabled" and "read only", and exclude all other flagged apis. This
will be replaced with "runtime" stubs in the long run, which include
"read_write" flagged apis on top of the "enabled" and "read only" flags.
Prior to Trunk Stable, the SDK build did not distinguish the target
audience of the SDK. That is, the identical build target was used to
generate the SDK targeted toward the Google3 developers (i.e. Google3
SDK drop) and the SDK targeted toward the public (i.e. Developer
Preview). However, given that we now have "experimental" apis with Trunk
Stable, there are demands to differentiate the SDK based on the target
audience, so that the "experimental" APIs are included in the SDK
targeted toward Google3 while they are excluded in the public facing
SDK.
The long term solution to achieve this is to generate the hiddenapi
flags and (conditionally) the SDKs using the runtime stubs. However, as
this is high priority, this change resolves the problem by modifying the
filter condition of the "exportable" stubs to include the "read_write"
flagged apis on top of the "enabled" and "read only" flagged apis when
the value of the default-false build flag "RELEASE_EXPORT_RUNTIME_APIS"
is set to true.
Note that this is a temporary solution; However, we might need to keep
the "RELEASE_EXPORT_RUNTIME_APIS" build flag even in the long run to
determine what set of apis are included in the generated SDK, based on
the target audience of the SDK.
Test: m nothing --no-skip-soong-tests
Bug: 323188988
Change-Id: If0d5fa74b3ba6f4a57c86aade8d340f149a657a2
There are a couple of instances in apex/ and java/ that rely on the naming
convention that the jars exported by prebuilt apexes follow the name of
the java_sdk_library_import, minus the prebuilt_ prefix. With muliple
module sdk prebuilts in trunk stable, this naming convention might not
be valid. Use `source_module_name` instead.
```
prebuilt_sscp_fragment {name: "", contents: ["service-foo.v2"]}
java_import {name: "service-foo.v2", source_module_name: "service-foo"},
```
We should use service-foo and not service-foo.v2 because
1. The prebuilt apex contains service-foo.dex
2. PRODUCT_*JARS will contain service-foo and not service-foo.v2
For clarity, this CL does not drop the current mechanism where prebuilt bcp
fragments create a dependency edge to prebuilt java or java_sdk_library
imports. There is still some discussion around whether we can remove
that completely (b/320711431). If we were to do that, then the
Android.bp files will become
```
prebuilt_sscp_fragment {name: "", contents: ["service-foo"]}
```
Bug: 322175508
Test: Added a unit test
Test: In internal, lunch cf_x86_64_only_phone-next-userdebug && m
nothing # .ninja files identical
Test: In internal, created a parallel set of v2 prebuilts of
java_sdk_library_import and prebuilt_bcp_fragments for adservices && m
nothing # build passes
Change-Id: Ia899d75e826fa1a559368d706eaa65835f748d40
This CL is the java_system_modules_import equivalent of aosp/2928483.
With trunk stable, we will have multiple versions of art prebuilt apex
in the tree. Each art apex will contribute its own module sdk, i.e. its
own prebuilt system_modules to the build. This CL introduces a mechanism
to selelect a specific version of prebuilt system modules using
apex_contributions.
Implementation details: Create a new source_module_name property to
identify the root module. rdeps referring to the root module will get
redirected if necessary.
Bug: 322175508
Test: Added a unit test
Change-Id: I9f885ffa5afea96d2e6ce077264d3b207ed7e80d
This CL is the java_sdk_library_import equivalent of aosp/2928483.
With trunk stable, we will have multiple apex prebuilts in the tree.
Each apex prebuilt will have its own module sdk. This means that it is
possible to have mutliple versions of `framework-foo` in the tree. This
CL introduces a mechanism to select a specific versioned
java_sdk_library prebuilt.
Implementation details
- Add a `source_module_name` property to java_sdk_library_import. This
will identify the source equivalent of the jsl in packages/modules.
This used to be implicit - i.e. the name without the prebuilt_ prefix.
With multiple prebuilts, this has to become explicit.
- Set appropriate `source_module_name`(s) in the dynamically created
child modules. e.g. the source_module_name on sdklib.v1.stubs and
sdklib.v2.stubs will both be sdklib.stubs, assuming
`source_module_name` on the top-level jsl_import is sdklib
- Add a private Created_by_java_sdk_library_name property to java_import
and prebuilt_stubs_sources modules. This will be used to idenfity the
top level java_sdk_library_import that was used to create these child
modules. This is necessary because java_sdk_library_imoprt is a macro
that creates 1:many modules. However, to avoid toil, only the
top-level java_sdk_library_import will be listed in
`apex_contributions`. This new property will be used for
source/prebuilt selection in android/prebuuilt.go
- Rename BaseModuleName in commonSdkLibraryAndImportModule to
RootLibraryName. This is necesssary because the former is now reserved
to identify the source equivalent of a prebuilt module (maybe we
should rename it?)
Bug: 322175508
Test: Added a unit test
Change-Id: If6aa6b0e939a07f8263874941413908383c81a78
