Introduce cc_api_library, which reflects imported API from other
inner-tree. This cc_api_library module type will later refer from
the other ninja module which generates stub library from the interface
description.
Tested environment :
* original libc definition has been removed temporarily, to ensure that
imported api stub library is being used from build
* Added new definition of libc as below
cc_api_library {
name: "libc",
arch: {
x86: {
src: "libs/x86/libc.so",
},
x86_64: {
src: "libs/x86_64/libc.so",
},
},
header_libs: [
"libc_headers",
],
export_header_lib_headers: ["libc_headers"],
min_sdk_version: "9",
vendor_available: true,
}
Bug: 236087698
Test: `ALLOW_MISSING_DEPENDENCIES=true m vendorimage` succeeded
Change-Id: I67070b0f3561aa2afd73b6c1c0fdf4255218baac
Test: Built AFL fuzzers individually and built all using haiku command
and built libfuzzers individually and also by using haiku command. Ran
selected fuzzers manually to ensure fuzzing still worked.
Description: Previously we needed to add cc_afl_fuzz to build an afl fuzz binary,
however, to turn current libFuzzers into AFL fuzzers this would required
an update to each Android.bp file which is a lot of work, and would also
require an approval from each Android.bp file owner, which is even more
work.
To get around this (and also to match how AFL fuzzers are built in G3)
we will build AFL++ fuzz binaries by command line option FUZZ_FRAMEWORK.
When FUZZ_FRAMEWORK=AFL is set, all cc_fuzz modules will be built
for AFL rather than libFuzzer. Devs can also specify if a cc_fuzz module
is only for libFuzzer or AFL by using fuzzing_frameworks. If
fuzzing_frameworks is left blank then it will be assumed that the
cc_fuzz module can be built for all available fuzzing frameworks.
Change-Id: If57d3038f05e52775177eaeb26f8ed2bdc73443a
A new module libcrypto_for_testing was added that uses the
inject_bssl_hash property, but this property is currently only available
for the libcrypto module specifically.
Test: CI
Change-Id: I1b83de02a2990b7503980bf6a85611683427baf9
Revert submission 2164482-Build AFL from Command line option
Reason for revert: Unit test fails on MAC builds
Reverted Changes:
Ia7a822462:Updated the way we build AFL++ fuzz binaries
I994bde63b:Updated the way we build AFL++ fuzz binaries
Ie863853b4:Updated the way we build AFL++ fuzz binaries
I577d6ae7b:Updated the way we build AFL++ fuzz binaries
Ic4fd34f8d:Updated the way we build AFL++ fuzz binaries
Change-Id: Ic2cda7733d206d7ed178f1db5e38268bc915e57b
Some code compiles with -Werror, which makes it very hard to mark
anything as deprecated without breaking the build. This option
will ensure that we can still mark things as deprecated without
breaking such code. Among other things, this will allow us to
undo a local change to protobuf which disables deprecation
warnings.
Bug: 203713560
Test: presubmit
Change-Id: I718de31c3ff685dba4104f3c9e7bd5d169d89f7e
Test: Built AFL fuzzers individually and built all using haiku command
and built libfuzzers individually and also by using haiku command. Ran
selected fuzzers manually to ensure fuzzing still worked.
Description: Previously we needed to add cc_afl_fuzz to build an afl fuzz binary,
however, to turn current libFuzzers into AFL fuzzers this would required
an update to each Android.bp file which is a lot of work, and would also
require an approval from each Android.bp file owner, which is even more
work.
To get around this (and also to match how AFL fuzzers are built in G3)
we will build AFL++ fuzz binaries by command line option FUZZ_FRAMEWORK.
When FUZZ_FRAMEWORK=AFL is set, all cc_fuzz modules will be built
for AFL rather than libFuzzer. Devs can also specify if a cc_fuzz module
is only for libFuzzer or AFL by using fuzzing_frameworks. If
fuzzing_frameworks is left blank then it will be assumed that the
cc_fuzz module can be built for all available fuzzing frameworks.
Change-Id: Ia7a8224627f2de61606b410d1d1a56d7bdc0955f
Created a function to determine the current finalization stage by
environment variable and the existence of a version folder
prebuilt/abi-dumps/<lib_type>/<platform_sdk_version>/.
Assign the corresponding prevVersion with the current stage and generate
mk commands to diff source and previous dump to
{fileName}.{prevVersion}.abidiff with diff flag --allow-extension and
--advice-only
The test is verified in all stages. lsdumps should be prepared in
advance.
For stage 1: current/ and PLATFORM_SDK_VERSION/
For stage 2: current/ and {PLATFORM_SDK_VERSION-1}/
For stage 3: PLATFORM_SDK_VERSION/ and {PLATFORM_SDK_VERSION-1}/
The definition of stages could be found at
"go/cross-version-abi-check#bookmark=id.vpflkul2z968"
Test: make libbinder_ndk
Bug: 238387082
Change-Id: Ic29456113a541650c75fa38c5c4f2d6d2e76a877
In the newly proposed Cross-Verison ABI Check, the path of dump that
LLNDK, NDK and mainline reference to is changed to:
Before finalization: current/
After finalization: {PLATFORM_SDK_VERSION}/
In addition, a related CL(aosp/2147882) modifies the script to create
dump to folders that match the current finalization stage.
Test: make libbinder_ndk
Bug: 238387082
Change-Id: I92a4a52c26c85cf4c866b441e54291c6a624fbf4
filtering out no longer useful flags in bp2build conversion
Test: cc_library_shared_conversion_test
Bug: 231995978
Change-Id: I5172f6d07a8928291bbc11bd8802678b33cc5b1f
Some build targets pulls cflags from build/soong but has its own choice
of compiler version. This causes errors for due to unknown warning
options. This allows them to suppress such checks.
Test: presubmit
Change-Id: Ia89508d6b92481fb1ed0c90f1fdb4d8e54566349
Previously, the symbol tag `# apex` was treated the same as `#
systemapi`. With this CL, they have different meanings.
`# systemapi`: APIs that are defined in the platform (the non-updatable
part), and are exposed to unbundled system components like APEX
`# apex`: APIs that are defined in the APEX and are exposed to the
platform or other APEXes
Bug: 239274367
Test: m
Change-Id: I0484ea349656dbbd337e5fe3a5970f0ad275b807
Introduce the class `Filter` which encapsulates conditions
(architecture, api level, whether llndk is included, etc.) so that we
don't need to touch many places everytime a new condition is added.
In addition, refactor test_symbolfile to reduce duplications
This CL doesn't add a new functionality.
Bug: 239274367
Test: run test_ndkstubgen and test_symbolfile
Change-Id: I188e482492d39ec18134ecc5c908f0d288a754a9
The staging compiler update sometimes needs additional cflags to build, but those flags may not be recognised by the current compiler. Add a
new `llvmNextExtraCommonGlobalCflags` section and only append those
flags when LLVM_NEXT is set.
Test: LLVM_NEXT=true m
Bug: 236798112
Change-Id: Icc4687950acd44798b2cf09131a425ddfd919214
