Whenever any two Rust static libraries are included
as static libraries anywhere in a CC dependency tree, we sometimes
get duplicate symbol errors. To avoid this, we no longer
directly link multiple rust static libs to CC modules.
Instead, we build rust_ffi_rlib modules and produce the actual
static library that gets linked against the CC module based on
that CC module's full list of Rust rlib dependencies.
This introduces a new static_rlibs property for cc modules to
define the rust_ffi_rlib dependencies, which are then used to
generate the module above.
This CL is intended to deprecate rust_ffi_static. It leaves
rust_ffi_static and rust_ffi static variants in place until
the remaining rust_ffi_static declarations and uses can be
removed. In the meantime, rust_ffi_static produces
rust_ffi_rlib variants as well to make the transition easier.
Bug: 254469782
Test: m # with no changes
Test: m libapexsupport # with static_rlibs
Test: m libunwindstack # with static_rlibs
Test: m netsimd # with static_rlibs, no duplicate symbols
Test: m blueprint_tests # New Soong tests
Change-Id: I47e27ac967ef0cad46d398ebf59d8275929ae28a
LOCAL_STATIC_LIBRARIES, LOCAL_WHOLE_STATIC_LIBRARIES,
and LOCAL_HEADER_LIBRARIES are only exported to Make
so that it can generate module-info.json. Export
ModuleInfoJSONProvider from cc modules so that Soong can
generate the module-info.json entries, and remove the
properties from the generated Android.mk. This will prevent
Kati reanalysis when making some Android.bp changes.
Bug: 309006256
Test: Compare module-info.json
Test: Compare Kati's build.ninja
Change-Id: I6660f6802b9cea46eed553cac12f09a373eeb019
Remove the ConvertWithBp2build implementations from all the module
types, along with the related code.
Bug: 315353489
Test: m blueprint_tests
Change-Id: I212672286686a318893bc7348ddd5a5ec51e77a7
More might be added later when we have an allowlist.
Bug: 305998969
Test: b build with the change in ag/25094394
Change-Id: I92df843ac81f4e33ce7506db61c989a380015975
This no-op refactoring facilitates some upcoming functional changes for
"bp2build allowlist v2". The work requires that the bp2build conversion
mutator be changed from a TopDown mutator to a BottomUp mutator.
Refactoring all bp2build-related methods so that they use Bp2buildMutatorContext
makes it easier to make this functional change without touching tens of
files and multiple projects.
Bug: 285631638
Test: m bp2build
Change-Id: I3d1ef3064146e959c6f0dc315350fc9764bf2bd2
...as regular whole archive deps because binaries don't have
implementation whole archive deps.
Also allowlist checkpolicy which requires this change.
Test: bp2build presubmits should now build checkpolicy
Change-Id: I1f98312da249ea1f37004ccba8799449bdbc4718
This reverts commit c1fd399ccd.
Reason for revert: build break for prebuilt host binary in read-only source tree
Change-Id: I9f1792f324acbfbaf53254a972cb0894140efabe
Test: m BUILD_BROKEN_SRC_DIR_IS_WRITABLE=false mkimage-host
Bug: 287168966
Soong does not enforce apex_available on the contents of test apex. To
prevent special-casing test apexes in the apex validation aspect in
Bazel, drop the test apexes from the tags altogether.
( The core problem I am trying to solve is making sure that stub
libraries in Bazel have a single apex available. apex validation happens
to be a nice side benefit)
Bug: 277651159
Test: go test ./bp2build
Change-Id: Ibb3cfedb5c0f2cda0464bf3758c70b67cb5885d1
Normally InstallFile is enough because linker grants +x permission to
its output. Just to guarantee +x permission even when the source file
doesn't have one.
Test: build
Change-Id: I01082df11d414804e1a73336fc637a6a2208021f
Bug: 240424572
Test: Manual tests:
1. m --dev-mode-staging com.android.adbd com.android.media.swcodec.
2. verify the DCLA libs from the two apexes have the same size and
sha1sum, and also match the libs in bazel-out.
3. empty the DCLA libs list in allowlist.go and repeat step 1
4. repeat step 2 and verify the opposite result
5. build git_master: mainline_modules_bundles-userdebug in ABTD
with the cl, then follow go/build-sideload-dcla-locally to
download the adbd and swcodec aab files, run the DCLA trimming
workflow locally, and verify the symlinks in the two trimmed
apexes are identical and also match the lib path in the DCLA
apex that was created by the workflow.
Change-Id: Ib2f8a29126a54829c0e10eba17b256a79930fd70
Given that we can map them directly to disabling the
corresponding Bazel features: `-{link_,use_lib}crt`
Test: Existing (adapted) Unit Tests
Test: bp2build.sh
Change-Id: Ib502f6fb929ace8e86a1001e3cc21f399317500c
Previously in mixed builds, only the tidy files for the boundary module
were built, whereas all of its transitive dependencies' tidy files were
not being built. Instead we should export the list of transitive tidy
files for a module so that we can run clang-tidy for the boundary module
as well as its dependencies.
Bug: 195029134
Test: WITH_TIDY=1 DISABLE_ARTIFACT_PATH_REQUIREMENTS=true mss tidy-packages-modules-NeuralNetworks --bazel-mode-dev
Change-Id: I463646d2ae1fc4aa075a54c264e1c34571c3fd5c
The tags will then be read by an aspect applied from apex attributes to
validate that the deps are explicitly opt-in to the appropriate apex.
The semantics of this is the same as the Soong apex_available property.
This also adds the "base_apex_name" attr to override_apex conversion so
that apex_available checks continue to work on the non-Google and non-Go
apex names.
Test: presubmits
Fixes: 218841706
Change-Id: I19b3637da9aa47573b252d74f62b601fbdc3784d
The build uses unstripped binary/shared library to extract function
signatures, so for each each target of this kind Bazel should return
its unstripped version, too.
Fixes: 220164721
Test: treehugger
Change-Id: Id5f6143340519bf2ae98791a9e981d1306bb08d1
Overrides properties will now be captured in json flag files, which will
be copied to installed vendor snapshot modules.
Bug: 216567575
Test: soong test && manual install
Change-Id: Ife5e84b126e798fba7802b9cff000c9197756cb9
Bug: 213201180
Test: Updated the minimal apex in the build/bazel cl to include runtime_libs so the apex diff test will test it
Change-Id: I10add1895cfa122a370d24196a33ec2dcfafccfc
This is a far better approach for ensuring that bazel handlers implement
the BazelHandler interface, as it causes a compile error if they do not
implement the appropriate interface methods.
Test: Manually verified no change in ninja file
Change-Id: I63a4f8b57e3aedd4c0915c2fd2eb7029e9a993aa
This large refactoring has both immense performance implications and
improves mixed builds complexity / usability. Summary:
1. Queueing calls to Bazel is done in a new mutator instead of a full
soong_build pass. Normal soong_build flow is interrupted (via a
functional hook in blueprint) to invoke bazel and parse its response.
2. Implementing mixed build support for additional modules is as simple
as implementing MixedBuildsBuildable. In this interface, define the
request that must be queued to Bazel, and then subsequently define
how to handle the returned bazel cquery metadata.
3. Mixed builds consists of only a single pass. This greatly
improves mixed build performance.
Result:
A 33% runtime improvement on soong analysis phase with mixed builds.
Caveats:
C++ BazelHandler handling still remains a bit of a mess; I did what
I could within this CL's scope, but this may require additional cleanup.
Test: Treehugger
Test: Verified that aosp_arm ninja file is bit-for-bit identical with or
without this change.
Change-Id: I412d9c94d429105f4ebfafc84100d546069e6621
Previously we ran mutators in bp2build mode to add dependencies, now we
look up modules by name directly. Remove workarounds to allow bp2build
mode to not fail when adding/handling dependencies.
Test: m bp2build
Change-Id: Ibf6fd905150cac306e5c395902ef28f609f4df2a
BUILD_HOST_static=1 is useful for musl and linux_bionic builds to
produce standalone static binaries.
Bug: 179809553
Test: m USE_HOST_MUSL=true BUILD_HOST_static=1 apexer deapexer
Change-Id: Iac0f4ca92c3ffb27bccd4cac15a6ef9fa5924471
LOCAL_MODULE_SYMLINKS was enough to install symlinks for snapshot
binaries. However, Soong now requires LOCAL_SOONG_INSTALLED_SYMLINKS,
which results in broken symlink support in snapshots.
This fixes symlink problems, and then amends the Soong snapshot test.
Bug: 220639435
Bug: 220907049
Test: manually add symlinks and try building
Test: Soong test
Change-Id: Ia75ddf3aa642558e396f1d80736310c3c8d02ad1
Bug: 216114082
Test: Run mixed build on adbd apex and verify the pavkaged adbd binary;
add unit test.
Change-Id: Id11549a7952a7ce5ac02988b88b747bbfe8339ff
Change-Id: If01efe076c223886278f466b65628602bff3a964
Soong modules that are specific for the host platform (e.g.
java_library_host, cc_binary_host, java_genrule_host, etc.) should
not be built on the target platform (Android), so we add a
target_compatible_with attribute to skip this type of module on an
Android target build.
Bug: 215229742
Test: go test ./bp2build
Change-Id: Ifb76ef4e0dc4cb3adb6a64b5c375ce36f7973e48
* make tidy-soong_subset, or make tidy-<any_directory>,
should trigger the same clang-tidy compilations
with or without global WITH_TIDY=1.
* Normal make should not trigger clang-tidy compilations
unless global WITH_TIDY=1 or a module has set tidy:true.
Bug: 213918926
Test: NINJA_ARGS="-n" make tidy-soong_subset
Test: NINJA_ARGS="-n" make <some-library>
Change-Id: Iafffd3894abe137c9584c2c01830898422f9a677
Also fix some bugs pertaining to configurable attribute handling of bool
attributes and label sttributes, so that they may support values across
multiple different axes at the same time.
Test: unit tests for bp2build
Test: mixed_droid
Change-Id: I411efcfddf02d55dbc0775962068a11348a8bb2c
Each conversion required defining a separate mutator, which will each
operate on _all_ modules and requires each to repeat checks whether the
mutator should operator. Instead, we introduce a single mutator and
modules can define a ConvertWithBp2build to implement bp2build
conversion for that module.
Test: bp2build.sh
Bug: 183079158
Change-Id: I99d4b51f441c2903879092c5b56313d606d4338d
This is configured from Make by setting up Darwin+Arm64 as a HOST_CROSS
target (which is largely true, as binaries can't be executed on X86_64
machines). On the Soong side, it's a bit blurier, as we don't current
have any other users that are the same OS but not natively executable
(Linux/musl is executable, Windows/x86 is a different OS).
Instead of requiring cc_binary/etc to become multi-architecture-aware
and using something like common_first/MultiTarget, this defaults all
non-multi-architecture-aware modules to be built with both
architectures. It then adds a dependency with the
DarwinUniversalVariantTag so that supporting modules can get the outputs
of the other variant.
Cc uses that dependency tag to run lipo on shared libraries and binaries
so that the output of the x86_64 variant is actually a fat binary
including both architectures.
Bug: 203607969
Test: build sdk-repo targets on a Mac
Change-Id: Icbddb0a177c0ba19d3e0d11f8cf568e0d1ea3245
* The obj-* targets only call clang or clang++ to compile
C/C++ files, like the tidy-* targets only call clang-tidy.
* Add (obj|tidy)-dir_os and module_os-(obj|tidy) phony targets
to include only targets of the specified OS.
* Add (obj|tidy)-dir_os_subset and module_os_subset-(obj|tidy) phony targets
to include only a subset of that OS target group.
* Most clang-tidy runs produce the same warnings for all variants
of an OS. The *_subset targets reduce runs over multiple variants.
* The obj-*subset targets are useful for a quick test to compile
at least one variant of every C/C++ file for each OS.
* The (obj|tidy)-soong phony target is changed to include only
(obj|tidy)-top_level_directory targets instead of ALL
module-(obj|tidy) targets in all subdirectories.
* For aosp_arm64-eng make tidy-* targets; count NINJA commands:
tidy-soong 381K
tidy-soong_subset 106K
tidy-soong_android 294K
tidy-soong_android_subset 73K
tidy-soong_linux_glibc 84K
tidy-soong_windows 12K
tidy-bionic 12K
tidy-bionic_subset 2.4K
tidy-bionic_android 11.5K
tidy-bionic_android_subset 2.1K
tidy-bionic_linux_glibc 1K
tidy-device_android 7K
tidy-device_android_subset 5K
tidy-hardware_android 3K
tidy-hardware_android_subset 9K
libfec_rs-tidy 33
libfec_rs_subset-tidy 9
libfec_rs_android-tidy 18
libfec_rs_android_subset-tidy 3
* For aosp_arm64-eng make obj-* targets; count NINJA commands:
obj-soong 399K
obj-soong_subset 112K
obj-soong_android 305K
obj-soong_android_subset 75K
obj-soong_linux_glibc 90K
obj-soong_linux_glibc_subset 38K
obj-soong_windows 12K
obj-bionic 15K
obj-bionic_subset 3K
obj-bionic_android 14K
obj-bionic_android_subset 2.3K
obj-bionic_linux_glibc 1.3K
obj-system-core 6K
obj-system-core_subset 3K
obj-frameworks-base 16K
obj-frameworks-base_subset 6K
libfec_rs-obj 33
libfec_rs_subset-obj 9
libfec_rs_android-obj 18
libfec_rs_android_subset-obj 3
Test: NINJA_ARGS="-n" WITH_TIDY=1 make some_obj_tidy_target;
compare output commands from various phony targets
Bug: 199169329
Bug: 202769240
Change-Id: I186c45dc07c5884888c1063dfc09cf212ffb0ebf
* shared libraries and binaries can depend on NDK share libraries
Bug: 208310402
Test: WITH_TIDY=1 make tidy-soong
Test: WITH_TIDY=1 make droid
Change-Id: I88ca8555c62d5ca49e36ca089749722166afec30
The generated_header property resides in BaseCompilerProperties, while
export_generated_header resides in BaseLinkerProperties. Previously
bp2build handled these property structs separately; however, these two
related properties residing in separate structs requires restructuring
the code to allow access to both BaseCompilerProperties and
BaseLinkerProperties for a single axis/configuration combination to
resolve which generated headers are exported/not for the
axis/configuration..
Test: go test soong tests
Test: build/bazel/ci/bp2build.sh
Change-Id: Id150003637fd19d87e8dc5d6941e9f36dc4031dd
* RBE adds implicit dependent files as inputs
and creates too long commands.
* Adds .tidy files as validation paths.
* Change type of tidyFiles to WritablePaths.
Bug: 203577539
Test: lunch aosp_cf_arm64_phone-userdebug; USE_RBE=true WITH_TIDY=1 make
Test: USE_RBE=true WITH_TIDY=1 mm in external/skia
Change-Id: I5fc9d6f8c9c58abcd3721ca9fbae1bc785e4e609
