When building against libFoo#ver, __LIBFOO_API__ macro is set to ver so
that headers from libFoo can be conditionally compiled (e.g., hide APIs
that are not available for the version, etc.)
Bug: 112672359
Test: m (cc_test added)
Change-Id: I863ef95b385cdd842eec1bf34e81f44b5e3b58b3
Export static libraries through LOCAL_STATIC_LIBRARIES and
LOCAL_WHOLE_STATIC_LIBRARIES. This enables dependency-based NOTICE file
generation. Also, add a notice property in the libwinpthread module.
Bug: 36073965
Test: cc_test.go
Change-Id: Ic63ca523b40acac82bbe876f7aa40ecd495907c5
A cc_library or cc_library_shared can be configured to have stubs
variants of the lib.
cc_library_shared {
name: "libfoo",
srcs: ["foo.cpp"],
stubs: {
symbol_file: "foo.map.txt",
versions: ["1", "2", "3"],
},
}
then, stubs variants of libfoo for version 1, 2, and 3 are created
from foo.map.txt. Each version has the symbols from the map file where
each symbol is annotated with the version that the symbol was introduced
via the 'introduced=<ver>' syntax. The versions don't need to be in sync
with the platform versions (e.g., P for 28). The versions are local to
the library.
For another library or executable to use the versioned stubs lib, use
the new 'name#ver' syntax to specify the version:
cc_binary {
name: "test",
....
shared_libs: ["libFoo#2"],
}
Internally, a new mutator 'version' is applied to all cc.Module objects.
By default, a variant named 'impl' is created for the non-stub version.
If the versions property is set, additional variations are created per a
version with the mutable property BuildStubs set as true, which lets the
compiler and the linker to build a stubs lib from the symbol file
instead from the source files.
This feature will be used to enforce stable interfaces among APEXs. When
a lib foo in an APEX is depending on a lib bar in another APEX, then bar
should have stable interface (in C lang) and foo should be depending on
one of the stubs libs of bar. Only libraries in the same APEX as foo can
link against non-stub version of it.
Bug: 112672359
Test: m (cc_test added)
Change-Id: I2488be0b9d7b7b8d7761234dc1c9c0e3add8601c
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
This reverts commit 77e62dbf59.
Reason for revert: caused boot failure on mirror-aosp-master-with-vendor
Change-Id: I594df35878616dba8990d044d7cd529458a601b6
libgcc is kept behind libcrt.builtins to provide unwinder symbols and
any other missing symbols.
libc and libm are excluded from the switch due to some symbols being
hidden in libcrt.builtins but not in libgcc. These will be addressed in
a separate CL.
Bug: 29275768
Test: checkbuild and bionic native tests on arm/arm64/x86/x86_64
Change-Id: Icc85bf88513e989a4b1547564405a22cf847db8a
This CL fixes a bug that when a module is configured as 'vendor: true' &&
'recovery_available: true', the link type of the recovery variant of the
module is incorrectly set to 'native:vendor'. This was because,
androidmk.go emits 'LOCAL_PROPRIETARY_MODULE := true' whenever
Proprietary property is set to true, regardless of whether it is a
recovery variant or not. This in turn makes LOCAL_USE_VNDK := true for
the module which in turn causes the link type to be 'native:vendor'.
Fixing the bug by resetting the properties like Proprietary, Vendor,
Soc_specific, etc. for the recovery variants.
Bug: 113277544
Test: m -j (test added)
Change-Id: I5d6ae76e46ef8fcd9204d386d0809862a7b0ff7e
To save space, only the primary arch variant is installed to the
recovery partition. This has been done in the imageMutator by not
creating recovery variant for the non-primary arch.
However, this caused a problem for recover-only module, i.e., recovery:
true. Such module ends up creating no variant for the non-primary arch.
Since every other modules are at least in one image variant, any
dependency fro such module with no image variant can't be satisfied.
In order to solve the problem, archMutator is modified to create only
the primary arch for recovery-only modules.
Bug: 111321972
Test: m -j (TestRecovery added)
Change-Id: Ie32ae06fb094efcfd8531cdf6071139d292d93ab
`recovery: true` installs a module to the recovery partition.
`recovery_available: true` makes a module to be available to other
`recovery:true` or `recovery_available: true` modules.
These to are very similar to vendor, vendor_available properties, except
for the target partition.
Bug: 67916654
Bug: 64960723
Test: m -j, toybox_recovery is installed to the recovery/root/sbin
Change-Id: Iaebe0593de16c69fa70de251a61f4d018a251509
This commit adds `runtime_libs` to cc_binary and cc_library.
Similar to the `required` property, if a module specifies the
`runtime_libs` properties and it is installed, then the modules
specified in `runtime_libs` will be installed as well.
Differnt from the `required` property, if a module is using VNDK and the
module names specified in `runtime_libs` are resolved to the modules
with both core and vendor variants, then '.vendor' will be appended to
those module names.
For example, if `libb` is vendor_available and `libd` is a vendor lib,
then LOCAL_REQUIRED_MODULES will contain `libb.vendor` (instead of
`libb`).
Bug: 72343507
Test: lunch aosp_arm64_ab-userdebug && make # this runs the unit tests
Test: Create a vendor module with runtime_libs property to a
vendor_available shared library and check the generated Android.mk.
Change-Id: I9e245d80004dab597a5d3db5acd8a09117118db7
Bug: http://b/64121881
Bug: http://b/78188880
- Allow filegroup's properties to be extended by a LoadHook
- Support a filegroup (':module') in a prebuilt's 'Srcs' property to
export files from a different path as the prebuilt's sources.
This change also includes a refactoring that moves genrule/filegroup.go
to android/filegroup.go so that FileGroupFactory is visible in
prebuilt_test.go.
Test: Test
https://android-review.googlesource.com/c/platform/development/+/469159
in clang-tools branch on Linux, Darwin. Test regular build in
aosp/master.
Change-Id: I3ff6215ab2e62955f039fd1086c31f1bd50ebcf6
In preparation for unexporting ProductVariables, explicitly return a
pointer to the structure from TestConfig / TestArchConfig.
Bug: 76168832
Test: m blueprint_tools
Change-Id: Iccfb4c912f8e0ee3f620cc1ee00f0cdc5cba7735
This commit changes the VNDK-SP dependencies check. With the commit,
VNDK-SP-Ext can link to non-VNDK vendor shared libs. This commit also
refines the "cc_test" so that more error handling cases are properly
tested.
Before this commit, VNDK-SP-Ext could not depend on vendor libs. It
was disallowed because there were no correct way to load vendor libs.
The fallback link had to specify the shared lib names. On the other
hand, adding "/vendor/${LIB}" to search paths will lead to
double-loading issue.
In aosp/595067, "allow_all_shared_libs" was added to bionic dynamic
linker. Now, we can link the "vndk" namespace to "sphal" namespace.
Thus, like VNDK-Ext, VNDK-SP-Ext can link to vendor libs now.
Bug: 77249955
Test: lunch aosp_walleye-userdebug && make -j8 # runs unit tests
Test: lunch aosp_sailfish-userdebug && make -j8 # runs unit tests
Test: Create a VNDK-SP-Ext, link to vendor libs, and run it.
Change-Id: I5511204539a22c998528111076f46756807faf29
Normally, when building with VNDK, platform modules are not allowed to
link against vendor libraries, because the ABI of the vendor libraries
are not guaranteed to be stable and may differ across multiple vendor
images.
However, the vendor public libraries are the exceptions. Vendor public
libraries are vendor libraries that are exposed to 3rd party apps and
listed in /vendor/etc/public.libraries.txt. Since they are intended to
be exposed to public, their ABI stability is guaranteed (by definition,
though it is up to the vendor to actually guarantee it).
This change provides a way to make a vendor lib as public by defining a
module of type 'vendor_public_library' with a map file that enumerates
public symbols that are publicized:
cc_library {
name: "libvendor",
proprietary: true,
...
}
vendor_public_library {
name: "libvendor",
symbol_file: "libvendor.map.txt",
}
This defines a stub library module named libvendor.vendorpublic from the
map file. `shared_libs: ["libvendor"]` is redirected to the stub library
when it is from the outside of the vendor partition.
Bug: 74275385
Test: m -j
Test: cc_test.go passes
Change-Id: I5bed94d7c4282b777632ab2f0fb63c203ee313ba
This commit adds `extends: "name"` property and provides basic support
to VNDK extensions. This is the simplest example:
```
cc_library {
name: "libvndk",
vendor_available: true,
vndk {
enabled: true,
},
}
cc_library {
name: "libvndk_ext",
vendor: true,
vndk: {
enabled: true,
extends: "libvndk",
},
}
```
A vndk extension library must extend an existing vndk library which has
`vendor_available: true`. These two libraries must have the same
`support_system_process` property.
VNDK-ext libraries are installed to `/vendor/lib[64]/vndk` and
VNDK-SP-ext libraries are installed to `/vendor/lib[64]/vndk-sp` by
default.
If there is a matching abi-dumps in `prebuilts/abi-dumps`,
`header-abi-diff` will be invoked to check for ABI breakages.
Bug: 38340960
Test: lunch aosp_walleye-userdebug && make -j8 # runs unit tests
Test: lunch aosp_arm-userdebug && make -j8 # build a target w/o VNDK
Test: Create a lsdump for a vndk lib, add an exported API to vndk lib,
and build fails as expected.
Test: Create a lsdump for a vndk lib, create an vndk extension lib with
extra API, and build succeeds as expected.
Test: Create libutils_ext, add an extra function to libutils_ext, and
call it from a HIDL service.
Change-Id: Iba90e08848ee99814405457f047321e6b52b2df0
A llndk_headers module was double defined; one as a header lib and the
other as a static lib. Since llndk_headers is a header lib, the static
lib is now deleted.
Bug: 70617292
Test: build. (TestLlndkHeaders added)
Change-Id: I1a3e9d1a73616ea4faf03664a7a4b03bd5955629
Compute sources including from filegroup and genrule dependencies
before determining if any sources will cause flags to be added.
Test: gen_test.go
Change-Id: I0434b003bbda07a58bb2ce1a0a72997918c8fae2
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
Previously not useful, they are required to use CreateModule
to create additional libraries.
Bug: 35570956
Test: manual :)
Change-Id: Ibb6b1c0d365512fce8969e1e6237ebbed0bc9cdc
Move firstUniqueElements to android.FirstUniqueStrings,
lastUniqueElements to android.LastUniqueStrings, and lastUniquePaths
to android.LastUniquePaths.
Test: m checkbuild
Change-Id: Ieac840405126c7f8f98afb4a4ef35c01a18fe7fb
cflags: ["-DMACRO=\" definition \""] should not be rejected.
Bug: 66914194
Test: TestCompilerFlags in cc_test.go
Change-Id: I7f96505a83898616415ef1fb7e13596b56a063f3
This uses knowledge of transitive dependencies to reorder
linker command line arguments such that if module A depends
on module B, then module A is automatically listed before
module B in the linker command line.
This should mostly remove the need for Android.bp files to
list all of their static dependencies in link order
Bug: 66260943
Test: reorder the entries of static_libs in an Android.bp and see that linking still succeeds
Change-Id: I20f851ab9f2f30031254e4f30023b6140d15d6c3
linkageMutator removes srcs property of the shared variant of a lib in
order to reuse *.o files compiled for the static variant also to the
shared variant.
However, this causes problem when vendor-specific srcs are specified in
target: {vendor: {srcs: ["..."]}}. For example, let's assume
cc_library {
name: "libfoo",
srcs: ["foo.c"],
target: {
vendor: {
srcs: ["bar.c"],
},
},
}
Then,
static_vendor: inputs = foo.o, bar.o
shared_vendor: inputs = foo.o (from static_vendor), bar.o (from
static_vendor), bar.o
So, bar.o is included twice and this causes multiple symbol definition
error.
In order to handle the problem, vendor mutator is applied before the
linkage mutator and the vendor-specific srcs are squashed in the vendor
mutator.
Bug: 67731122
Test: build
Test: cc_test.go
Change-Id: I2a5390295dddfc41260e9b6f02746908cdf47228
Soong command lines have gotten very long due to hidl modules
reexporting lots of libraries. Dedup the include dir flags.
Test: m -j checkbuild
Change-Id: I6ada1251012da42344e2c00ae66001a649023d2c
Various build rule changes to match AOSP:
Add libunwind_llvm and libdl as dependencies for libc++ on device
Always add libcompiler_rt-extras as a dependency
Add libm, libc, and libdl as depnendencies for libc++ static binaries
Disable some clang warnings, and add some clang filtered cflags
Add -fstack-protector to host linux builds
Add jack_flags property to java modules (currently ignored)
Change-Id: Ic0da617bdeaf25f58cb8298dd9ea91b7d6509151
