Previously, isThirdParty check was over-selecting for third-party-ness,
the only non-third-party paths were those explicitly excluded from
typically third party directories, results in ~all code being considered
third party.
Updated test to ensure bionic is not considered third party, which fails
without this change.
Test: go soong tests
Change-Id: Id371aaad2ceef2b3163384fa84712397877cbe90
Rename the ninja variables that have an extraneous Clang in the name,
since there are no longer any non-Clang variables.
Bug: 68947919
Test: no change to command lines used to build mmma bionic
Change-Id: I081d5e1d423a66d55faece6cb1d265cd5e504d5f
This reverts commit cacb972dcd.
Relanding along with one more fix in prebuilts/ndk
Change-Id: I65cbc3c5d72bb47bd00e123c63911c9baa1e5f03
Test: m checkbuild
Add variant_prepend to Export_include_dirs, Export_system_include_dirs
and Generated_headers to match Local_include_dirs so that
architecture-specific headers are found before common headers.
Test: m checkbuild
Test: TestIncludeDirectoryOrdering
Change-Id: I2bf9d4373fd256e500c1f8d6c84cf593e8fdd170
This will obsolete the workaround in prebuilts/ndk/Android.bp to
export the ndk_libandroid_support headers from ndk_libc++_shared,
which would no longer have worked after the next patch.
Test: m checkbuild
Test: TestIncludeDirectoryOrdering
Change-Id: I9b4e5799d939433da547661b862e9db5a4aacb09
Add a test to verify include directory ordering on the command line.
Test: TestIncludeDirectryOrdering
Change-Id: Iaf03c57201e9ec7a8daf417cb91470a5215e4053
This CL exports and refactors some cc vendor-snapshot related functions
so they can be reused by rust modules to support vendor snapshotting.
Bug: 184042776
Test: m nothing
Change-Id: I12706e62ce0ac3b2b4298085fafc1d77b8e0a0c4
llndk.libraries.txt is used to list the LLNDKs for the linkerconfig.
This is also required to define the VNDK snapshot modules of LLNDK
stub libraries.
The list had a filter for hwasan libraries, but the filter must be
used only for the LLNDK_LIBRARIES make variable, but not for the
llndk.libraries.txt file.
Bug: 189070366
Bug: 188716508
Test: m nothing
Test: LLNDK_LIBRARIES in make_vars-*.mk does not include hwasan.
Change-Id: I820dd1161892dc76700aa1d696ea2643764d2052
Refactors the vendor snapshot support to use the LinkableInterface
so that support can be extended to Rust. This CL does not add
vendor snapshot support for Rust; that is left for a follow-on CL.
Bug: 184042776
Test: m nothing
Change-Id: Id0c4970ca00053484a52677d182153cbc454c301
Nothing links against the versioned LLNDK stubs, only current and the
implementation are used. Remove the numbered LLNDK variants.
Also remove llndkStubDepTag, it is never used to add a dependency.
Test: TestLlndkLibrary
Change-Id: Idde62007d77b8e6ceee31144c05756faf9b41f23
Remove llndk_library in favor of cc_library with llndk.symbol_file.
Bug: 170784825
Test: m checkbuild
Test: TestLlndkLibrary
Change-Id: I43580976589a7a2a176d7442be53fa043c0c8324
Allow cc_library modules to configure themselves as an LLNDK library
using llndk.symbol_file instead of llndk_stubs pointing to an
llndk_library module.
Bug: 170784825
Test: TestEmbeddedLlndkLibrary
Change-Id: Id884cdada7094bbea6809a98e687e039778c5dc6
LLNDK stubs and headers are required to build the vendor modules
against VNDK snapshot libraries. Add the LLNDK stubs and headers to
the VNDK snapshot prebuilt files.
The stub libraries will be included in shared/llndk-stub directory.
Bug: 181815415
Test: development/vndk/snapshot/build.sh --build-artifacts
Change-Id: If518f3e91080e69fa1da94af0aa27320d4e71a08
Before this change, exclude paths disabled sanitization of targets that
would otherwise be enabled by SanitizeDevice product variable (aka
SANITIZE_TARGET).
With this change, in addition to the above logic, exclude path disables
sanitization of targets that would otherwise be enabled by the
corresponding include path.
Effectively, this change disables sanitization of targets that are
covered by *both* include and exclude paths.
Test: build/soong/cc/cc_test.go
Bug: b/184976817
Change-Id: I96f1e2a808d88b352b92b7490fa1df5c010314c3
cc modules have complex image variant settings. To avoid setting
wrong partitions to modules, add a test to check the install
partition.
Bug: 184885453
Test: m nothing
Change-Id: I080661335f2da7281d6e6a0d2fedd1fcecb4b2cb
All version names will go through ApiLevelFromUser which triggers an
error when the name is not a valid one.
Bug: 175678607
Test: m
Change-Id: Id33bf64085603914d45ad7942cb8908a4734493f
Remove Android-targeting gcc toolchain libraries -- libgcc,
libgcc_stripped, libatomic, and libgcov. Also remove libunwind_llvm,
which is replaced with a libunwind toolchain prebuilt.
The __atomic_* library functions are now part of the compiler-rt
builtins library:
https://android-review.googlesource.com/c/toolchain/llvm_android/+/1625025
Bug: http://b/153025717
Test: treehugger
Change-Id: I971d0a4a49f1aaeb3546e80b6d94208277a171ac
So far, when a library `libfoo` has `stubs.versions: ["10", "11"]`, then
`shared_libs: ["libfoo"]` is linked to the version 11 of the stub.
This requires the author of `libfoo` to manually update the property
whenever a new version is introduced. Otherwise, clients are not able
to use the newly added APIs because the latest stub is for an old
version.
This change eliminates the need for manual updating. "current" version
is always implicitly added to `stubs.versions`. It is added even when
nothing is set on the property, if `stubs.symbol_file` is set. i.e.
```
cc_library {
name: "libfoo",
stubs: {
symbol_file: "libfoo.map.txt",
// no versions: [...] needed
},
}
cc_library {
name: "a_client",
shared_libs: ["libfoo"],
apex_available: ["myapex"],
min_sdk_version: "29",
}
apex {
name: "myapex",
native_shared_libraries: ["a_client"],
min_sdk_version: "29",
}
```
`a_client` links to the "current" stub of `libfoo` that has all symbols
shown in the map file.
Note that, above doesn't mean that the client has unlimited access to
APIs that are introduced even after the min_sdk_version of the client
(29 in this example). The use of such APIs still has to be guarded with
`__builtin_available` check.
Bug: N/A
Test: m
Change-Id: I70bb1600c18e74d36c6b24c3569d2149f02aaf96
Fixes the few tests that break due to this and which cannot easily be
separated into their own changes.
Bug: 183650682
Test: m nothing
Change-Id: Ia2f31213a1f114a78e66a81d89279ecde9f4c465
Test behavior was changed a while ago so that tests by default ignore
non-existent source paths (unless they explicitly check for/rely on
them). Prior to that CheckSnapshot() could detect when files were
missing from the snapshot but it no longer can.
This change disallows non-existent source files in all the sdk tests
which means that they are disallowed when processing the snapshots as
they use the same preparers as were used to process the sources.
This caused a test failure which has been temporarily ignored and has
a TODO and bug associated with it.
Bug: 183184375
Test: m nothing
Change-Id: I969d8515d20ef5ae515f2b5f93d8ed4e4f8ede75
Background: `min_sdk_version` of a crt object is the oldest SDK version
that the crt object supports. When it's set to for example 16, Soong
creates a number of versioned variants of the crt object starting from
16 to the latest version. The variant for version X is provided to NDK
clients having `min_sdk_version` set to X.
Problem: all versioned variants of a crt object were built with `-target
<arch>-linux-android16`. Therefore they all have been with `#define __ANDROID_API__
16`. This is because the mutated variants still have the same
min_sdk_version property and the clang triple follows min_sdk_version,
not sdk_version. This is too conservative and against our intention to
provide the latest crt object that matches with the min_sdk_version of
the client.
In the other hand, the platform(non-sdk) variant of the crt object
doesn't have such a problem. min_sdk_version is completely ignored.
However, this is a bug and will be fixed by aosp/1640364. As a side
effect of the fixing, the platform variant will begin to built with a
very old __ANDROID_API__ which unnecessarily turns off the new platform
features like the TLS segment over-alignment.
This change fixes the problems:
* For the versioned variants of crt objects, we set both
`min_sdk_version` and `sdk_versio` to the version that the variant is
created for.
* For the platform variant of crt objects, `min_sdk_version` is force
reset to "current".
Bug: 183191008
Test: m
Change-Id: I8c9d0fcea816de8cd1532dac4a47eee4f726c037
Background:
When compiling cc_* modules, min_sdk_version determines the "version"
part of the clang triple: -target <arch>-linux-android<version>. The
version part is used to make sure that calls to the APIs that are added
after the version are guarded with a runtime check (i.e.
__builtin_available).
Previously, min_sdk_version was used as the version part only when the
cc_* module is unbundled (e.g. built for an APEX or built with SDK). In
other words, min_sdk_version has been ignored for the platform variants.
They were built with the version number 10000.
This was problematic for Mainline module tests. Since they are neither
part of an APEX nor built with SDK (because they need to have access to
some of the module-only APIs), they are built with the version number
10000. As a side effect, __builtin_available macro are expanded to 1 at
build time - because 10000 is higher than any API versions. When such a
test built in the latest platform source tree runs on a device running
an old platform, it tries to call an API that might not be available on
the platform and experience a crash, due to the lack of the runtime
check.
This change fixes the problem by using min_sdk_version as the "version"
part of the clang triple, regardless of the module's variant. Then
__builtin_available macro in the tests doesn't expand to 1, but to a
function call to the libclang_rt.builtin library which checks the system
property ro.build.version.sdk.
Bug: N/A
Test: run resolv_stress_test
Change-Id: I88f64c5a35f1b5276c3350e177b116932011a940
__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
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
