Currently, non-apex variants of modules that are in apexes are not
exported to make unless they're apex_available to the platform. This
means that you can't `m` those modules directly.
However, there is a workaround in the apex androidmk implementation that
emits make rules for the removed modules, but just redirects them to
build the apex itself. We want to remove that, but one of the problems
with doing so is that you can no longer `m` many modules afterwards.
To fix that, unhide the apex's dependencies from make. To ensure they're
not installed, call SkipInstall() on them, and update SkipInstall() to
be more strict by setting `LOCAL_UNINSTALLABLE_MODULE := true`.
Bug: 254205429
Test: Presubmits
Change-Id: Ib094feb2c437ad50d8319c58caa997759e7ce32f
- Create the alias under the module-libapi directory. This is the
api_surface that cc_stubs_suite maps to.
- Create the alias only for "current" (atleast for now)
- Create one alias for the stub shared lib, and another for its headers
Test: b build @api_surfaces//... (with aosp/2475091)
Change-Id: Ib004c2c34256f971e74d75317fa5fbbe7273720e
This is no longer necessary after we reduce the exported static libs in
roboleaf.
Bug: None
Test: b build adbd with coverage enabled.
Change-Id: Ia049138c4cdd536670371b4fc9a54fca40d16d20
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
This API surface is provided by platform and mainline modules to other
mainline modules. Rename it to module-lib API surface to align it with
the terminology in go/android-api-types
Test: go test ./bp2build
Test: go test ./cc
Change-Id: Ieb9f3214e66366fc2ceb6f47e2d6623acb537827
Currently we document the semantics of these two symbols. I would like
to add some documentation about why this granularity is necessary. The
majority of the details are contained in b/191371676
Test: N/A (documentation change)
Bug: 265485106
Change-Id: I752c921eabceff94f92f24a46c9a16dc28a2af19
* Remove `Bp2buildCcLibraryStaticOnlyList` it is never set
* Remove the rest of the sutff related to it
* Streamline MixedBuildsEnabled
* Rename BazelContext.BazelAllowlisted to BazelContext.NameFilter
to reflect its action
* Rename bazelContext to mixedBuildBazelContext
* Fix minor warnings from Go static analyzer
Test: treehugger
Change-Id: Ie245c992f94bbfd5c7c23dd06917026200a28263
When a cc library has stubs, its static variant shouldn't be included in an apex to ensure the library with stubs isn't statically linked. See https://cs.android.com/android/platform/superproject/+/master:build/soong/apex/apex.go;l=2804;drc=89b01aeaa9e19377ff547baab791277719b8aaf3
This CL modifies bp2build so that it excludes apex_available tag from the static target if the library has stubs. This way, we can ensure that no apex can depend on the static target which results to static linking.
Test: go test
Bug: 255589949
Change-Id: Iedf248994b808436f2440570b094fd06d6284ae9
The developers can apply different configurations to vendor, product,
and platform libraries. In LSDUMP_PATHS_FILE, the vendor and product
variants are tagged with VENDOR and PRODUCT. Their ABI dumps will not be
generated in the directories under prebuilts/abi-dumps.
Test: make libutils.vendor libutils
Bug: 227282691
Change-Id: I747ceb174a070a67d592c5a47fcc848a6129661d
Because when stubs_symbol_file is defined on cc_library_shared, has_stubs is already implied to be true.
Bug: 260771171
Test: go test
Change-Id: I3b9a2cfb9000411d1b5f22da87dc339267775799
The fdo_profile targets are handcrafted in ag/20469925. Bp2build creates fdo_profile attribute on cc_library_shared and references to the fdo_profile target if the profile exists. This works under assumption that all afdo profiles have an associated Bazel fdo_profile target declared in the same folder/package.
As noted in b/253540178, this won't work when we check in the BUILD files (which is likely 6+ months away) because some profiles might only exist internally but not in AOSP. We will implement a long-term solution once we figure out all the requirements we need to support afdo both in Soong and Bazel.
Bug: 253540178
Test: go tests
Change-Id: Iebd5dd7a76583b4b2bf0d9ee56d58f247d313a54
Merged-In: Iebd5dd7a76583b4b2bf0d9ee56d58f247d313a54
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 developers can specify ref_dump_dirs for shared libraries in
Android.bp. Each of the ref_dump_dirs generates a command to diff the
ABI with the reference dumps in the directory. The existing ABI diff for
VNDK, NDK, and Mainline are not changed.
Bug: 227282691
Test: make libutils
Change-Id: I62158393c8804200e96d538bc69c24147cb5caa5
ABI dumps in gzip are no longer supported because they cannot be
reviewed or merged.
Bug: 227282691
Test: make
Change-Id: I9fdf943fb8ae30aeae884d4d361a65034ab6fa94
- Move the logic that determines the versioned dump directories
from pathForVndkRefAbiDump to linkSAbiDumpFiles.
- Move sourceAbiDiff which generates the flags for ABI diff from
builder.go to library.go.
- Define two functions that generate the rules for cross-version and
same-version ABI diff.
Bug: 227282691
Test: make
Change-Id: Ic33799e86dd9ae627f5680b70973f96e15c030e9
When defining a stubs library, allow specifying that the
implementation library does not need to be installed. This allows for
cases where the implementation is deployed in some non-standard way -
e.g. inside a Microdroid virtual machine.
Without this, we get build errors like: "TARGET module
com.android.compos requires non-existent TARGET module: libvm_payload".
Default behavior is unchanged. The change is protected by an allowlist
to limit usage to the immediate use case.
Bug: 243512108
Test: builds; soong tests pass
Test: Remove allowlist, see build failure
Change-Id: Iaae75f2e93b842f5944a7518cc95069d62c5a638
The condition for vendor libraries is inconsistent between
getRefAbiDumpFile and linkSAbiDumpFiles. It causes the ABI check not to
be triggered for vendor libraries. This commit fixes linkSAbiDumpFiles.
The vendor libraries' ABI dumps are placed in the "platform" directory
for now. A follow-up commit will allow configuring the dump directory
paths.
Test: make
Bug: 227282691
Change-Id: Iad8f92145bce6264bf51efb4b8180bb917a1476d
IsLlndk() returns whether the library is an LLNDK stub. The ABI check
should identify LLNDK implementation by isImplementationForLLNDKPublic().
Test: development/vndk/tools/header-checker/utils/create_reference_dumps.py \
&& make
Bug: 227282691
Change-Id: I570871e24d9029992a722b3052f8bb6e7f3c0f52
Define CcApiLibrary Variants for LLNDK. Each variant will be defined as
below.
cc_api_variant {
name: "libc",
variant: "llndk",
arch: {
x86_64: {
src: "libs/x86_64/libc.so",
},
...
},
}
And CcApiLibrary will be marked to use this variant as below.
cc_api_library {
name: "libc",
...
variants: [
"llndk",
...
]
}
Soong will replace source of libc cc_api_library as src from
cc_api_variant during build time.
Bug: 244244438
Test: cf vendor build succeeded with LLNDK variants
Change-Id: I317ed1f558beb1f82f9f2d70811fa8f765bcad2b
Currently, it skips it for files in out/soong/. This was a valid
assumption since all intermediate artifacts in soong are placed under
out/soong, and soong modules cannot depend on make modules.
However, this might change in multitree, since the headers provided by
build orchestrator will be under out/api_surfaces (next CL in this stack). The good side effect
of this is that we do not retrigger a rebuild of soong/build.ninja if a
new API file (.h/.map.txt) is added to this directory (ctx.GlobWithDeps
adds the files to the deps of out/soong/build.ninja).
Test: TH
Change-Id: I3c3722390d04a50d793b1646df00cdf7acb12b49
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
The module types in scope of this conversion are
1. cc_library and cc_library_shared (non-null llndk or stubs prop)
2. cc_library_headers (all)
For (2), we need some postprocessing on the results of the parser
bp2BuildParseBaseProps. This is necessary because arch and os specific
API exports need to be flattened and added to the generateed API headers
target along NoConfigAxis
e.g.
```
The api equivalent of
cc_library_headers (
name = "lifoo",
deps = select({
"//build/bazel/platforms/arch:arm": ["arm_deps"],
"//build/bazel/platforms/arch:arm64": ["arm64_deps"],
}),
)
should be
cc_api_library_headers (
name = "lifoo",
deps = ["arm_deps", "arm64_deps"],
)
```
For (1), we also need to generate 1:many header api targets so that
arch-specific deps can propagate arch metadata to the top-level
api_domain rule
Test: go test ./bp2build
Test: go test ./cc
Change-Id: Ie40cba1ac8e89f290b3d926c190d5e93abd52859
