I'm not sure if these sections are used, but by adding them to
libgcc_stripped.a, we can end up with multiple .gnu_debuglink sections in
an executable, where the first two unhelpfully point at "libgcc.a". e.g.:
$ readelf -SW -x.gnu_debuglink out/target/product/walleye/system/bin/bootstrap/linker64
...
Section Headers:
...
[18] .gnu_debuglink PROGBITS 0000000000000000 10f19c 000020 00 0 0 1
...
[22] .gnu_debuglink PROGBITS 0000000000000000 18a2c8 000010 00 0 0 4
...
Hex dump of section '.gnu_debuglink':
0x00000000 6c696267 63632e61 00000000 3d5f65d8 libgcc.a....=_e.
0x00000010 6c696267 63632e61 00000000 3d5f65d8 libgcc.a....=_e.
Hex dump of section '.gnu_debuglink':
0x00000000 6c696e6b 65723634 00000000 f85db7ea linker64.....]..
Bug: none
Test: m libgcc_stripped linker
Test: no .gnu_debuglink section in libgcc_stripped.a
Test: only one .gnu_debuglink section in system/bin/bootstrap/linker64
Change-Id: I0c47a9acd6d52f5cbc5bfa8b67d072ebb075a242
We use libgcc as fallback for symbols not present in libclang_rt
builtins, however we didn't know what exact symbols were being used,
some may not be intended to fallback.
Create libgcc_stripped, which only contains unwind symbols from libgcc.
Bug: 29275768
Test: bionic-unit-tests
Change-Id: I5b349fa6138e51663bf3b67109b880b4356da8e8
Added synopsis to the following modules under cc package:
* llndk_headers
* llndk_library
* vendor_public_library
* toolchain_library
Bug: b/128337482
Test: Generated the documentation and verified that the synopsis was
added to each of the module.
Change-Id: I0f6e3b01b478d46afeacbe6fc8e05f96d6217c7d
Bug: http://b/128524141
Include libprofile-extras (defined in system/extras/toolchain-extras) to
all modules that need a coverage variant. Also add
'-uinit_profile_extras' when linking with coverage. This causes the
setup code in libprofile-extras to be linked into binaries/libraries
with coverage enabled.
We add the static library to the non-coverage variants as well but is a
no-op for them (since the '-u...' flag is not added for them).
Adding this dependency creates several circular dependencies since
coverage variants were being created for other module types that never
had any compilation or linking done during the build. This change stops
creating coverage variants for toolchain_library, cc_prebuilt_library_*,
cc_library_headers module types (by adding a function to the linker
interface to specify whether native coverage is enabled).
Test: m NATIVE_COVERAGE=true COVERAGE_PATHS=*
Test: blueline_coverage target in internal branch (using forrest)
Change-Id: I5db876eb953639a55ba007248dd24e497f987730
Clang is always used now, so we can remove all the GCC checks. Removing
GCC-specific configuration will happen in the next CL.
Test: m
Change-Id: I4835ecf6062159315d0dfb07b098e60bff033a8a
JNI testing will need to create basic native shared library
modules, export the minimum mutators and module types for
the required dependencies of a native shared library.
Bug: 80095087
Test: cc_test.go
Change-Id: Ibe7bc88b69cb0851291cb09a4c0c6cdb421b8651
Instead, hardcode the ~dozen paths into build/soong/Android.bp, which
will unblock removing more GCC support.
Bug: 114286031
Test: m
Change-Id: I2508432e00b1469141f01e667f3c6a2fe30cd805
Most everything in Soong is using clang (and we're getting very close
for Make as well), so remove the ability to select GCC to build a
module.
We still need to keep the internal functionality around to find libgcc.a
and other toolchain_library modules with GCC.
Test: m blueprint_tools
Change-Id: I5ef3e3836b9ad3e160669ac32aee39698c9b72c3
there's no use case for prepending/appending to bool, and string
properties within module struct. Declearing "*bool" and "*string" almost
cover everything user need.
I did see one case that user specify relative_install_path as
path prefix in cc_defaults, and concatenate with the one in real module
to get the final relative install path in Android.bp <bionic/tests/libs>.
Test: m -j checkbuild
Bug: b/68853585
Change-Id: If3a7a2689c3fc307aae136af6bc9c57f27a1e1a0
Change module factories from returning a blueprint.Module and a list
of property structs to returning an android.Module, which holds the
list of property structs.
Test: build.ninja identical except for Factory: comment lines
Change-Id: Ica1d823f009db812c518f271a386fbff39c9766f
Pass a DepsContext that embeds android.BottomUpMutatorContext
instead of android.BaseContext so that dependency methods can
directly add dependencies.
Test: m -j
Change-Id: Id4c157975d3d6f03efd99785d217bef486a76139
NewLibrary is going to be used for header only libraries. Instead
of adding more boolean arguments, replace the existing ones with
BuildOnlyStatic and BuildOnlyShared calls on the libraryDecorator
returned by NewLibrary.
Test: m -j, compare build.ninja
Change-Id: Id390b66cbf2a5f0932b32f40a5e18eb9e3852ee7
So that we can represent other files that get generated along with the
objects, like the gcno coverage information, and per-file clang-tidy
runs.
Test: Soong's build.ninja identical before/after
Change-Id: I5c553a153c436d5403549f62c73fe79c5f101779
Mutator registration is tightly coupled with the android package, move
all registration from the soong package to the android package.
Test: build.ninja identical
Change-Id: Ie183d0b52cc7431c9e05b231934d189208ef1efe
For example , instead of trying to have libraryLinker inherit from
baseLinker and libraryCompiler inherit from baseCompiler, create a
single decorator object that wraps both baseLinker and baseCompiler.
Test: Builds, no unexpected changes to build.ninja
Change-Id: I2468adaea8466c203a240259ba5694b8b1df7a52
Ryan Prichard