1. Added a new product variable Platform_sdk_version_or_codename;
2. This variable is used to support the logic in the Android.bp file
when either the Platform_sdk_version or the Platform_sdk_codename is
used.
Bug: 195986342
Test: m CtsThemeHostTestCases (the module where the product variable is
used)
Test: TreeHugger
Change-Id: I6b952ce47fd4adc280aa3c7ef4185487558af9bc
Split the x86 host toolchain into glibc and musl variants
Create new musl toolchains that are based on the existing glibc
toolchains, and add the necessary flags for musl compiles.
This relands Ifc02f9e5afa61ff758be98b0c962f3a4b53d0546 with changes
for I46672e3a096b6ea94ff4c10e1c31e8fd010a163c.
Bug: 190084016
Change-Id: Iaa9f7a50ff601155ecd73acc5701a2c226be66dc
Test: TestArchMutator
Create new musl toolchains that are based on the existing glibc
toolchains, and add the necessary flags for musl compiles.
Bug: 190084016
Test: TestArchMutator
Change-Id: Ifc02f9e5afa61ff758be98b0c962f3a4b53d0546
Note that ART apex boot jars and core-icu4j are exceptions here as they
are not part of ApexBootJars. ART apex boot jars are defined in their
own variable, while core-icu4j is treated as a regular non-updatable
boot jar.
Bug: 191127295
Test: atest CtsClasspathsTestCases
Change-Id: I3cea3d82ef521655a1a5ffa8cae2258ab9d08bfc
Bug: 188179858
Test: compare dexpreopt_config.zip files from
1. TARGET_BUILD_UNBUNDLED_IMAGE=true m dexpreopt_config_zip
2. m dexpreopt_config_zip
(note that m clean should run between steps)
Change-Id: I36a6e8b10b9922cc5522accaf90af1aa05049a86
This is to simplify the process of resolving label + exclude labels
across the various configuration axes we have and across the various
properties/modules that use this behavior.
Test: ci/bp2build.sh && ci/mixed_droid.sh
Change-Id: I8efae3e75ddb365384f5caaf5bb504a5206618d3
Test: Added new unit test and updated existing tests.
Test: bazel build //bionic/... //external/... //frameworks/... //system/...
Test: ./build/bazel/scripts/run_presubmits.sh
Change-Id: I250d1964f5cf42b92ddb929379d35d8c844423f7
This is unused and doesn't work with our current API review process
anyway (un-drafting an API won't be flagged for API council review).
Test: treehugger
Bug: None
Change-Id: I6d8fcc9885b82dac5ada7772d9e3fb9101524ece
This patch adds a variable to indicate to check if the target has the
flag PRODUCT_SET_DEBUGFS_RESTRICTIONS enabled.
Bug: 184381659
Test: make with/without PRODUCT_SET_DEBUGFS_RESTRICTIONS set
Change-Id: Ic14a3759b155ed4e16048d62fcd990f4ba7c906a
cc_object crtbrand sets product_variable.platform_sdk_version.asflag
and will not compile correctly within mixed builds without it.
Only handles product_variables that expand product variables.
Bug: 181794963
Test: ~/aosp/build/bazel/scripts/milestone-2/demo.sh full
Change-Id: I293fcb18032aa51f63bb7b3de94abd6d1ec38180
Use_lmkd_stats_log used to control LMKD_LOG_STATS when compiling lmkd.
However, for newer Android releases, we mandate that lmkd informs statsd of process kills (change id I8cb123b9488fbc6e88863c2f0e75f1422bcd282e)
After aosp/1555318 we compile lmkd with statsd by default, so this setting is a noop.
Change-Id: Ibcf661e205b3ed2a4a520a42952aaece503e9350
Test: build
Bug: 177985094
Calling reflect.ValueOf for every variable for every module was
using ~3 seconds of CPU time on my AOSP builds.
Test: m checkbuild
Change-Id: Idf459ad8ddf5e07f6c0df0e58e2442aaa6ab3342
By enabling these hiddenapi CSV files to be prebuilt, it
becomes possible to create a split build that supports
the hiddenapi encode dex step, but doesn't contain all
of the java sources needed to generate the CSV files.
Bug: 175048716
Test: m nothing
Test: new TestHiddenAPISingletonWithPrebuiltCsvFile
Test: local build without prebuilt hiddenapi
Test: local build with prebuilt hiddenapi
Change-Id: I805ea3ec05860d2df211a3985ec025bf36f0d775
Vendors can now generate only needed modules by setting the following
Makefile variables:
- DIRECTED_VENDOR_SNAPSHOT: set to true
- VENDOR_SNAPSHOT_MODULES: list of snapshot candidates
e.g.
DIRECTED_VENDOR_SNAPSHOT := true
VENDOR_SNAPSHOT_MODULES := toybox_vendor sh_vendor libbase libcutils ...
Bug: 157967325
Test: m dist vendor-snapshot after setting those in BoardConfig.mk
Change-Id: I6515a43d9358d94483d7c7fa2b066f9dd457f6aa
Now that the feature guarded by this flag has landed in Linux 5.10
we no longer need the flag, so we can remove it.
Bug: 135772972
Change-Id: I02fa50848cbd0486c23c8a229bb8f1ab5dd5a56f
Now newer system policy and older vendor policy can be built together by
setting following variables:
- BOARD_SEPOLICY_VERS
- BOARD_REQD_MASK_POLICY (copy of older system/sepolicy/reqd_mask)
- BOARD_PLAT_VENDOR_POLICY (copy of older system/sepolicy/vendor)
- BOARD_(SYSTEM_EXT|PRODUCT)_(PUBLIC|PRIVATE)_PREBUILT_DIRS (copy of
older system_ext and product policies)
Bug: 168159977
Test: try normal build and mixed build
Test: boot and check selinux denials
Change-Id: I20e1986cc1c877f5e3a7965e03bd8ade84fd7230
The APEX symlink optimization is a build-time trick to save the
storage/RAM usage of APEX by replacing some files in APEX with symlinks
to the files in the system partition. The optimization however is
automatically turned off for 'updatable: true' APEXes because doing the
optimization for them will hide the sys-health implication until when
the APEXes are built unbundled (i.e. prebuilt) and thus the
optimization is impossible.
TARGET_FORCE_APEX_SYMLINK_OPTIMIZATION forcibly disables the safety net.
When it is set to true, the symlink optimization is done regardless of
the 'updatable' property. This is useful for some of the devices like Go
where most APEXes (even the 'updatable: true' ones) should be
effectively non-updatable.
Bug: 175630508
Test: TARGET_FORCE_APEX_SYMLINK_OPTIMIZATION=true m and check that
updatable APEXes have symlinks to system libs
Change-Id: I26f72e5d5ebccc2d1e09c2a2f743db14937eb39a
- Add whole_static_libs
- Add `android:"arch_variant"` so arc struct can be used inside
target.android.product_variables
Test: m
Bug: 171847983
Change-Id: Iaa99b007302462ef66d0d943bc16d37a6e8ecdc7
1. Soong can now detect PRODUCT_COMPRESSED_APEX flag
We don't want APEX to be compressed on all devices. Only those that
have explicitely set PRODUCT_COMPRESSED_APEX flag.
2. Handle "compressible" field in soong build rule
On devices that supports APEX compression, all APEX will be
compressed by default. If any apex does not want to be compressed,
they will need to state that by setting "compressible" field to
false
3. Can use apex_compression_tool to compress APEX
Note we compress the APEX after it has been signed. That way, when
we decompress we will get a signed APEX.
4. Place the compressed APEX in system with .capex extension
This makes it easy to identify. We still preserve the original
extension so that when we decompress, we can just rename by cuttif
off the .capex extension.
Note: with this change, we can create a system image with compressed
APEX, but we cannot boot with it since platform doesn't know how to
handle .capex files. Platform support will be added on follow up CLs.
Bug: 172911362
Test: OVERRIDE_PRODUCT_COMPRESSED_APEX=true m (apex_test.go)
Test: observed $OUT/system/apex has .capex files
Change-Id: I20ac4c4ceb521924c751a6017f979b2d808fdded
