With clang r377782, llvm binutils implements all the necessary
funtionaility for strip.sh. We can finally get rid of all the fallback
GNU binutils usage.
Test: m
Bug: 141010852
Bug: 135627985
Change-Id: I110f6028dab7f599decf59a5cb1b927b35e11857
Remove the references to the android package in remotexec so that
the android package can reference the remoteexec package. This
will allow RuleBuilder to integrate directly with remoteexec.
Bug: 182612695
Test: m checkbuild
Change-Id: I15be5ef126d8aacbd605518638f341daf6f31bb3
Using $out.rsp as the rsp file adds extra complexity around keeping
the $ unescaped. Make callers to FlagWithRspFileInputList provide
an explicit path for the rsp file instead.
Bug: 182612695
Test: rule_builder_test.go
Change-Id: I3f531d80c1efa8a9d09aac0a63790c5b11a9f0c6
modules converted with bp2build_available are will also be available to
be used in mixed builds.
Test: build/bazel/scripts/milestone-2/demo.sh full
Test: go tests
Change-Id: I49f16ec3ba5bb11dfed8066af069c27eb04371fb
__ANDROID_VNDK__ is defined for the modules that are able to use the
VNDK libraries. As both product and vendor variants define
__ANDROID_VNDK__, we don't know if a module is built for vendor or
product on build time.
__ANDROID_VENDOR__ and __ANDROID_PRODUCT__ macros can be used to
specify the image-variant-dependent codes.
Bug: 180646847
Test: m nothing
Change-Id: Id6c3e1e3d47deaf3684c0c02964718658cf2fec5
This lets us not leak $PATH to soong_build. It was only needed for
Darwin tests anyway.
Test: Will ask jingwen@ who has a Mac.
Change-Id: I4647e41275b323fe6283580f8f92718c6229f23e
Enabling cfi for 32-bit arch; b/35157333 seems to have been resolved in b/67507331.
Bug: 158010610
Test: manual interaction with Wimbley device: youtube video, chrome
navigations, gmail
MPTS testing on Sargo
Change-Id: I9eb034deed9938710f0f7b690fa57108d9bc5669
Change-Id: I434748ede352f998e64a6639de6ba162762ee7f0
Restructures the cc package test setup code to create FixturePreparer
instances for setting up a test fixture and converts some tests to
use it.
The goal with this change is not to switch all the cc tests over to
directly using the new model but instead to ensure that the majority of
the cc tests run with the new model, to allow existing tests to easily
switch to the new model when needed and to allow dependent packages to
be switched to the new model.
Bug: 181070625
Test: m nothing
Change-Id: I00415f10fb44c1b9e78e1317e7f50bb61984d3a4
Two separate changes that passed presubmits separately and did not
conflict when merged together unfortunately clashed at runtime. The
changes are:
* Ic00c7e480dc738d7a88d038aca6ab95a1502a24a
* Ic98fdc29a63155174a3227e7e918b26f0a8763bb
Test: m nothing
Change-Id: I7b5704c22cc2ea2095f5fb92c59f0526bb445f13
Previously, the override mutators were being run before the prebuilt
mutators that did not match the runtime behavior. This change fixes
that ordering.
In the process it broke TestApexWithAppImportsPrefer. That test tries
to verify that an apex that depends on an android_app will use an
android_app_import if that is preferred. Unfortunately, it only worked
because of the incorrect order of the mutators.
The test worked before this change because the prebuilt mutators were
being run after the overridableModuleDepsMutator. That meant that any
dependencies added by that mutator onto source modules could be
replaced by the PrebuiltPostDepsMutator with the preferred prebuilt
module.
Switching the order to match the runtime meant that the prebuilt
mutators were run before the overrides so never had a chance to replace
the dependencies added by the overrides.
Bug: 181953909
Bug: 181974714
Test: m nothing
Change-Id: Ic98fdc29a63155174a3227e7e918b26f0a8763bb
Changes this function so it only registers components from the cc
package by pushing the call to genrule.RegisterGenruleBuildComponents()
down into those packages whose tests need it.
This will make it easier to migrate cc package tests to test fixtures
as the RegisterRequiredBuildComponentsForTest() no longer overlaps with
preparers from the genrule packages.
Bug: 181070625
Test: m nothing
Change-Id: Ic00c7e480dc738d7a88d038aca6ab95a1502a24a
Abseil is not available in Android, so these checks are not
actionable.
Test: Compiled frameworks/av, no more spurious warnings.
Change-Id: Ic573a3234a99b0fa1f63449e8d020a17a43a134c
Originally, when the prebuilt_apex was first created, it selected the
source to use in its DepsMutator. It did that because that was a
convenient place for it to perform that work which had to be:
* After the arch mutator had run so MultiTargets() was available.
* Before the prebuilt_select mutator runs as that relied on the Source
property to have been set.
Change 064b70c9 then duplicated the call from the DepsMutator of the
deapexer module type that was added as part of the work to make dex
files available for hiddenapi processing.
Change 356f7d45 moved it out of the the DepsMutator methods into its
their own mutators, presumably because it interfered with the
Soong -> Bazel conversion work.
This change improves the existing PrebuiltSrcsSupplier mechanism to
support reporting errors so that the logic for selecting the source can
be done on demand rather than in separate mutators.
The main complication was that PrebuiltSrcsSupplier is called with a
BaseModuleContext for both source and prebuilt modules so it cannot use
any methods on it that are related to the current module. That
necessitated adding MultiTargets() to android.Module.
Bug: 181267622
Test: m droid
Change-Id: I106c78fd21016f051a315b82b470d8f12b1f820b
Previously when an APEX whose min_sdk_version is set is linked to an
external library providing multiple versions of stubs, the
maximum version that is less than or equal to the min_sdk_version was
chosen. For example, if the versions of a library stubs are 28, 29, 30,
and 31, then APEX with min_sdk_version: 29 linked to the version 29 of
the stub.
This was to ensure that the APEX doesn't use any new APIs whose
existence can't be guaranteed.
This however imposes a severe restriction that the APEX can never use
new APIs even when the APIs are actually available: i.e. when the
APEX is running on a newer platform.
With the recent work about unguarded availability, using the future APIs
became much safer. When you use an API that is newer than your
min_sdk_version, the API is automatically declared as a weak symbol
(thus no link error at runtime), while the call to API is guaranteed to
be guarded with the `__builtin_available(...)` macro.
So, there really is no reason to use the old version of the stub. We can
always use the latest version of stub safely.
Bug: N/A
Test: m
Change-Id: Iaac0d8761d8929154527dc2e861a51ae31e23d49
