Handling of API levels within Soong is currently fairly difficult
since it isn't always clear based on context what kind of API level a
given string represents, how much canonicalizing and error checking
the code receiving the string are expected to do, or how those errors
should be treated.
The API level struct does not export its raw data, so as to keep its
"constructor" private to the android package, and to prevent misuse of
the `number` field, which is only an implementation detail for preview
API levels. API levels can be parsed with either
`android.ApiLevelFromUser`, which returns any errors to the caller, or
`android.ApiLevelOrPanic`, which is used in the case where the input
is trusted and any errors in parsing should panic. Even within the
`android` package, these APIs should be preferred over direct
construction.
For cases where there are context specific parsing requirements, such
as handling the "minimum" alias in the cc module,
`nativeApiLevelFromUser` and `nativeApiLevelOrPanic` should be used
instead.
Test: treehugger
Bug: http://b/154667674
Change-Id: Id52921fda32cb437fb1775ac2183299dedc0cf20
Move PrimaryModule, FinalModule, and VisitAllModuleVariants to
BaseModuleContext so they can be used by mutators.
Test: m checkbuild
Change-Id: I4280333f19283edc8f65fc4af6f49b654af31782
Copy documentation from Blueprint for interface methods that are
wrapped into Soong interfaces.
Test: m checkbuild
Change-Id: Ib58c9201b8e7dfbf900a252e709f0a3cfed73286
Propagate new return values of the BottomUpMutatorContext.Add*
methods from https://github.com/google/blueprint/pull/316 to
Soong.
Test: m checkbuild
Change-Id: I5378db46adf2f31cc4222b4619cc39db53791610
And remove dual meaning from arm_on_x86 target. It was set for x86
targets with arm support and for arm targets with x86 support - and that
2nd one was abused for native_bridge version of RenderScript.
It's much safer and cleaner to rely on __ANDROID_NATIVE_BRIDGE__ there
while leaving arm_on_x86 to mean "x86 binary built in the image with arm
support".
It's only used by bcc compiler which is in canadian-cross situation here:
it's pure x86-64 binary, but it needs to know about ALL supported
architectures on device because it needs to include appropriate codegen
module.
Bug: http://b/153609531
Test: cts-tradefed run cts --abi armeabi-v7a -m CtsRsCppTestCases
Test: cts-tradefed run cts --abi arm64-v8a -m CtsRsCppTestCases
Change-Id: I869212e0b82eeaa30361a4e183d5c862ab40ef12
Previously, disabled modules were able to emit make vars and this could
cause duplicated make var definitions when a prebuilt_build_tools is
enabled for both linux_glibc and linux_bionic.
Bug: 159685774
Test: m
Change-Id: I8570ae5aabb8199e7c3901921886bcfa849037fe
AddFarVariationDependencies was broken, which allowed modules to add
dependencies on bootstrap Go modules using os and arch variations
even though boostrap Go modules did not have any variations. Mutate
bootstrap Go modules in the os and arch mutators so that they have the
expected os and arch variations.
This relands Ida7bc75a51ab1d2d38a6be11f574399097380cc9 with fixes
to also mutate *bootstrap.goPackage modules so that they can find a
matching *bootstrap.goBinary module when creating their pluginFor
dependency, and to create a variation for linux_bionic when it is
enabled so that linux_bionic builds can package Go binaries.
Also requries https://github.com/google/blueprint/pull/320 to
support multiple variants of bootstrap Go modules.
Test: all soong tests
Change-Id: Ibc627aa262c298a076d171a4c21b0b9c2a7b0ada
LinuxBionic now supports arm64 architecture in addition to the existing
x86_64 arch. This is to make it possible to build host tools like adb,
fastboot, crosvm, etc. for Linux/ARM on regular Linux/x86 machines.
The arm64 target can be selected in various ways in Android.bp files:
- target.host (because this is still considered as a host target)
- target.linux (provided that the module is also enabled for host)
- target.linux_bionic (use the OS name directly)
- target.linux_bionic_arm64 (OS name + arch combo)
- target.linux_arm64 (provided that the module is also for host)
- target.not_windows
- arch.arm64
The toolchain for the new target is almost the same as the toolchain
config for Android/ARM64. One notable difference is that the clang
triple is aarch64-linux instead of aarch64-linux-android, so that
__ANDROID__ is not defined for the new OS type.
Bug: 134795810
Test: HOST_CROSS_OS=linux_bionic HOST_CROSS_ARCH=arm64 m nothing
Change-Id: If4300583edfb6d75bd4d984b38f73b6a406b4447
This change fixes some places where host arch is assumed to be x86 to
form a path element like linux-x86. In preparation for non-x86 host
targets, the host arch part is derived from the context.
In addition, InstallForceOS() is refactored so that it can override not
only OsType, but also ArchType. Without this, the paths for the
robolectic modules will be changed from linux-x86 to linux-common, which
breaks several other places where the old paths are expected.
Bug: 134795810
Test: m
Change-Id: Ib38c715948ae546e55021ece82bac1d82e9e5da0
The commonProperties and defaultsVisibilityProperties fields are only
used as containers for default values for properties and only within
the InitDefaultsModule() and so can be removed and replaced with an
empty structure instead.
Test: m checkbuild and TH
Change-Id: Ic5038d6b84b33afdf4859ced08e59871b9cde4a2
Common properties are automatically inherited from a parent module
(i.e. one that calls CreateModule()) to the child module that it
creates. This makes no sense for dist/dists properties so this change
extracts them into their own structure separate to the
commonProperties.
Test: m checkbuild and TreeHugger
Bug: 160448975
Change-Id: Icceb20455e13394dd3b3bce464fb9bb34882d6c3
Similarly to Output, we return the list of Rules that have been
generated for TestingModule. This helps debugging failing tests.
Test: m nothing
Change-Id: I3542f4e4632f94fb84208c2e48e629271a373fd4
If BOARD_CURRENT_API_LEVEL_FOR_VENDOR_MODULES has a numeric value,
it replaces "current" or "system_current" with the version which
the flag indicates.
Bug: 163009188
Test: BOARD_CURRENT_API_LEVEL_FOR_VENDOR_MODULES=29 m, and then check if every vendor
java module's sdk_version is 29 if its sdk_version was current.
Change-Id: I17b49b8e02caf2d1bc57b91648d4420f3ad9fcb9
In order to rely on `-march`/`-mcpu` compiler flags for feature
detection, we introduce a new arch variant based on armv8.2 with the
addition of dot product features.
Test: test-art-target on Pixel 4.
Change-Id: I4d97db6129e2cd718a2b21008d36ec767739f925
AddFarVariationDependencies was broken, which allowed modules to add
dependencies on GoBinaryTool modules using os and arch variations
even though GoBinaryTool modules did not have any variations. Mutate
GoBinaryTool modules in the os and arch mutators so that they have the
expected os and arch variations.
Test: all soong tests
Change-Id: Ida7bc75a51ab1d2d38a6be11f574399097380cc9
Add a new helper SortedIntKeys similar to SortedStringKeys.
Test: lunch aosp_cf_x86_phone-userdebug && m
Change-Id: I08a43ec2cae7d1a82531295aca1a0658e3a0dd6f
Add a -r argument to soong_zip that reads a list of files from a file
like the -l argument but treats it as a Ninja rsp file with escaping.
Replace the -l arguments in Soong that are using rsp files with -r.
Fixes: 162435077
Test: TestReadRespFile, TestZip
Change-Id: I4605312e99406ab1bd0c37af9c5ad212393f0403
Use the -printusage flag in R8 to output a list of the unused
methods. Some of the files can be large (2MB for DocumentsUI,
87MB for all of AOSP), so immediately zip them and remove the
originals. The zipped files will be merged and disted.
Bug: 151857441
Test: m TARGET_BUILD_APPS=DocumentsUI dist
Change-Id: I780e84e80eba7fe4d4fa15fec0f461890afd900b
APEX variants that share the same SDK version and updatability
almost always use identical command line arguments to build but
with different intermediates directories. This causes unnecessary
build time and disk space for duplicated work.
Deduplicate APEX variants that would build identically. Create
aliases from the per-APEX variations to the new shared variations
so that the APEX modules can continue to depend on them via the
APEX name as the variation.
This has one significant change in behavior. Before this change,
if an APEX had two libraries in its direct dependencies and one
of those libraries depended on the other, and the second library
had stubs, then the first library would depend on the implementation
of the second library and not the stubs. After this change, if
the first library is also present in a second APEX but the second
library is not, then the common variant shared between the two
APEXes would use the stubs, not the implementation.
In a correctly configured set of build rules this change will
be irrelevant, because if the compilation worked for the second
APEX using stubs then it will work for the common variant using
stubs. However, if an incorrect change to the build rules is
made this could lead to confusing errors, as a previously-working
common variant could suddenly stop building when a module is added
to a new APEX without its dependencies that require implementation
APIs to compile.
This change reduces the number of modules in an AOSP arm64-userdebug
build by 3% (52242 to 50586), reduces the number of variants of the
libcutils module from 74 to 53, and reduces the number of variants
of the massive libart[d] modules from 44 to 32.
This relands I0529837476a253c32b3dfb98dcccf107427c742c with a fix
to always mark permissions XML files of java_sdk_library modules as
unique per apex since they contain the APEX filename, and a fix
to UpdateUniqueApexVariationsForDeps to check ApexInfo.InApexes
instead of DepIsInSameApex to check if two modules are in the same
apex to account for a module that depends on another in a way that
doesn't normally include the dependency in the APEX (e.g. a libs
property), but the dependency is directly included in the APEX.
Bug: 164216768
Test: go test ./build/soong/apex/...
Change-Id: I2ae170601f764e5b88d0be2e0e6adc84e3a4d9cc
APEX variants that share the same SDK version and updatability
almost always use identical command line arguments to build but
with different intermediates directories. This causes unnecessary
build time and disk space for duplicated work.
Deduplicate APEX variants that would build identically. Create
aliases from the per-APEX variations to the new shared variations
so that the APEX modules can continue to depend on them via the
APEX name as the variation.
This has one significant change in behavior. Before this change,
if an APEX had two libraries in its direct dependencies and one
of those libraries depended on the other, and the second library
had stubs, then the first library would depend on the implementation
of the second library and not the stubs. After this change, if
the first library is also present in a second APEX but the second
library is not, then the common variant shared between the two
APEXes would use the stubs, not the implementation.
In a correctly configured set of build rules this change will
be irrelevant, because if the compilation worked for the second
APEX using stubs then it will work for the common variant using
stubs. However, if an incorrect change to the build rules is
made this could lead to confusing errors, as a previously-working
common variant could suddenly stop building when a module is added
to a new APEX without its dependencies that require implementation
APIs to compile.
This change reduces the number of modules in an AOSP arm64-userdebug
build by 3% (52242 to 50586), reduces the number of variants of the
libcutils module from 74 to 53, and reduces the number of variants
of the massive libart[d] modules from 44 to 32.
Bug: 164216768
Test: go test ./build/soong/apex/...
Change-Id: I0529837476a253c32b3dfb98dcccf107427c742c
In preparation for reusing the same variation for multiple apexes,
rename ApexName to ApexVariationName.
Bug: 164216768
Test: all soong tests
Change-Id: I88f2c5b192ffa27acd38e01952d0cefd413222a0
