Treat proto.type: "javamicro" as a plugin by explicitly passing the
path to protoc-gen-javamicro. This allows removing the javamicro
customizations from the core plugin code.
Bug: 117607748
Test: m checkbuild
Change-Id: I703a8c1b788d77dcf6c656e79cab1c02171aa94e
java_import can be included in apex via 'java_libs' property.
Bug: 139175488
Test: m (apex_test.go updated)
Change-Id: I3680a47cdac93b0cb2d41da8df3f8defa2bbe670
When the native coverage is enabled, APEXes (and files there) are built
for native coverage as well.
Bug: 138952487
Test: make -j NATIVE_COVERAGE=true COVERAGE_PATHS='*' com.android.resolv
find out -name "*.gcno" | grep DnsResolver shows files
Test: libnetd_resolv.zip is found under
$(TARGET_OUT)/apex/com.android.resolv/lib directory
Change-Id: I97bcee9bf8ffc0dc71453abbdb613ed56ea2cdb4
For remote builds, we actually need to know that we depend on all
outputs from a genrule, not just the first one. But having every user
depend on every genrule output increases the ninja file size by >40%.
So to work around the increase in file size, use a ninja phony rule to
produce a single alias to all of the files. Unlike make, where phony
rules are always dirty, ninja does not attempt to stat phony rules as
long as they have inputs, so they act as an alias. (If they don't have
inputs, it will stat the file an only consider it dirty if it doesn't
exist.)
My remote build tooling can then see that it's a phony rule with inputs,
and collapse all of these inputs onto the actual rule.
This only applies to genrules that have >6 outputs, in order to keep the
graph simpler and easier to read for the common case. That's ~10% of the
genrules in AOSP, and it increases the ninja file size by ~1.3%.
Test: manual ninja file inspection
Test: treehugger
Change-Id: I1a26a02fe983f0c92ce726ada3133707223e662e
Let genrules access the docs.zip output using ":module{.docs.zip}".
Bug: 138396395
Test: m checkbuild
Change-Id: I71e22147a596227f21826d875926b8b2ad1c74c1
libclang_rt.builtins has default visiblity set to public and is the
last included static library for all modules. This means that it is
possible for libraries to pick up libclang_rt.builtins from their
shared library dependencies, instead of libclang_rt.builtins directly.
Particularly, a vendor prebuilt in AOSP was picking up __floatditf()
from libhidlbase.so instead of from libclang_rt.builtins. A change to
libhidlbase.so that removed the symbol caused thos prebuilt to fail to
link at runtime.
Bug: 138809247
Test: build, boot internal
Test: don't see libclang_rt.builtins symbols in libhidlbase.so
Merged-In: I0348c4860fe02cf88cb89f7ab356bd8c17826d77
Change-Id: I0348c4860fe02cf88cb89f7ab356bd8c17826d77
We've been getting these dependencies transitively through the
dependency on the object itself (which is a workaround for the lack of
dep file support in these tools). But for remote builds to work, we need
to know about these dependencies like any other object compilation.
For regular builds, this increases the size of the ninja file by a few
tens of megabytes (~1-2%).
WITH_TIDY builds were already larger (~40-50%), but are now about 90%
larger than a normal build.
Test: treehugger
Change-Id: Icdb4ca3d4d08d5706593d96d5c627149fa14fed8
Extracted some common code used by visibility_test.go and
neverallow_test.go into a new function CheckErrorsAgainstExpectations
in testing.go.
(cherry picked from commit 8e47e8bc41)
Bug: 138428610
Test: m nothing
Change-Id: Iafbadf12c6ffdc4d9128fcfe7f15792df5cfd020
Move the logic from Make that uses prebuilts for more tools for
unbundled builds, and export the values back to make.
Test: m checkbuild
Change-Id: I8c7031e0feaa9328a2b73db6dc8e63e12d1d12f7
For all vndk snapshot libraries, header files exported by the libraries
will be included to the snapshot. Android.bp will contain necessary
information to link against/install vndk snapshot libraires:
export_include_dirs, export_system_include_dirs, export_flags, and
relative_install_path.
Bug: 132818174
Test: 1) m nothing && mv out/soong/build.ninja /tmp && m nothing &&
diff -u -u out/soong/build.ninja /tmp/build.ninja
Test: 2) VNDK_SNAPSHOT_BUILD_ARTIFACTS=true \
development/vndk/snapshot/build.sh
Test: 3) development/vndk/snasphot/update.py
Test: 4) see contents of Android.bp and include directories
Change-Id: I791ab181545eb483242b04446afd40958bbb2b17
The NDK is built like this. Having it for app builds within the Android
build system allows us to distinguish platform code from app code.
This is specifically to distinguish AIDL interfaces using libbinder_ndk.
'myBinder-ndk_platform' libs will use additional functionality that
'myBinder-ndk' libs won't use (in the future, these may be separate
variants with the same name, see b/121157555).
Bug: 136027762
Test: using this to distinuish code in NDK vs platform code
Change-Id: I4de6f2e066982e7573ffd28cda44407d9e5648e4
This change fixes a problem in sanitizerMutator where a module is linked
with of non-sanitized variant of a lib at build-time, but is linked with
the sanitized variant of the lib at run-time.
This happened because, for each sanitizer type, every shared libs are
split into non-sanitized and sanitized variants, and then either of the
variants are suppressed from Make so that it isn't installed to the
device.
This change fixes the problem by NOT splitting for shared libs; only the
sanitized variant is created if needed. Header libs, static libs and
shared libs for a few sanitizer types (asan/fuzzer) are however split
into two. This is because the static and headers libs become part of the
depending module, and asan/fuzzer require that the depending module and
the dependant module should be compiled for the same sanitizer.
Bug: 138103882
Bug: 138426065
Test: m com.android.runtime.debug
Check that libziparchive exists under both
/system/apex/com.android.runtime/[lib|lib64]
Change-Id: Ia447785c485c0d049e19477b32bc638bfe6f1608
