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
build/soong/apex is highly coupled with system/apex.
So it is reasonable to "import" presubmit tests from system/apex.
Test: atest --test-mapping build/soong/apex
Bug: 138984456
Change-Id: I7447e04a63b86486daef0f2a7642842101c0029f
Android build generates 180K+ zip files that are to be merged and the
result passed to the indexing pipeline to generate the source code
cross-reference. Their names cannot be passed on the command line,
hence the need for this change. That required extensive changes to
the code as it no longer can be assumed that all the input files can
be kept open.
Bug: 121267023
Test: internal + treehugger + combine index files
Change-Id: I0a829f96ff7187ad967fb6b8cede387501ec57cc
Currently it extracts from the provided jar file compat/compat_config.xml
(generated by compat-changeid-annotation-processor) and installs on
/system/etc/sysconfig.
Future improvements:
- Merge all the configs going for the system image into one, so that
duplicate change ids across modules are failing the build instead of
runtime.
- Support uploading the config onto APEX for APEX modules.
Test: flashed device locally, config files found and read by
com.android.server.compat.CompatConfig.
Bug: 138222363
Change-Id: I64b11fdc466f746702e7e73f612794e024de2288
Allow modules to depend on the proguard dictionary of another module
using module{.proguard_map}.
Bug: 122332855
Test: m checkbuild
Change-Id: I918b487872c1a8ef8a51c0b994277efb0512d157
Allow modules to mark themselves as InstallBypassMake, which will
cause android.PathForModuleInstall to return a path in $OUT_DIR
instead of $OUT_DIR/soong. This can be used for modules that
can handle installation to the final location on their own. The
main blocker for most modules is support for the "required" property,
which requires adding dependencies on the installed location of
other modules.
Bug: 122332855
Test: m checkbuild
Change-Id: I85238d937ff30335167d4b3fec79bbefc734b5e1
Adds a neverallow InDirectDeps(deps) verb that will allow a neverallow
rule to restrict access to a specific dependency, irrespective of how
it is specified.
Bug: 137543088
Test: m nothing
Change-Id: I0c6bb702d55175e9b78b79e86e96924c5dd83efa
Bug: 131771163
LTO is currently broken when building with SANITIZE_TARGET=fuzzer. The
compiler bug is currently being addressed upstream (see linked bug), but
we have applied a local workaround in the build system to disable LTO
when building using the fuzzer config.
There is a bug here however. In the sanitizer mutator we explicitly
remove -flto and add -fno-lto. The sanitizer mutator runs after the LTO
mutator, so (in general) this works just fine. The problem exists when a
target specifies an explicit 'lto: { ... }' flag in their Android.bp. In
this case, the sanitizer mutator disables LTO, then the flags are parsed
from the Android.bp, re-enabling LTO.
This patch fixes this issue. If the sanitizer mutator has added the
-fsanitize=fuzzer-no-link flags, then the LTO mutator won't add the LTO
flags after this fact.
Test: Build a target with SANITIZE_TARGET=fuzzer (or a cc_fuzz target),
where there is an explitiy 'lto: { ... }' and watch it now succeed in
building.
Change-Id: I6643909417f666539c23469816926b806e204b06
When no-vendor-variant VNDK is enabled,the vendor variant of VNDK
libraries are not installed.This should not be fit for recovery module.
Recovery module deps should be always installed.
Bug: 138812833
Test: `adb reboot recovery;` recovery mode boot ok
Change-Id: I0c3b8ac0fb0176677ddd94ba7216dd068f2eb81b
This tool is used to modify apex_manifest.json when building apex
module.
Here's the usage:
usage: jsonmodify [-h] [-o output] [-v path value] [-s path value]
[-r path] [-a path [value ...]]
[input]
positional arguments:
input JSON file
optional arguments:
-h, --help show this help message and exit
-o output, --out output
write result to a file. If omitted, print to stdout
-v path value, --value path value
set value of the key specified by path. If path
doesn't exist, creates new one.
-s path value, --replace path value
replace value of the key specified by path. If path
doesn't exist, no op.
-r path, --remove path
remove the key specified by path. If path doesn't
exist, no op.
-a path [value ...], --append_list path [value ...]
append values to the list specified by path. If path
doesn't exist, creates new list for it.
Bug: 138695532
Test: m jsonmodify
Test: echo {} | jsonmodify -v name hello -a list.nested a b c
{
"name": "hello",
"list": {
"nested": [
"a",
"b",
"c"
]
}
}
Change-Id: I2cd043c614b3ad2306a0c27ccee302633c6d2525
To generate ld.config.txt dynamically(b/123722631), each APEX should
provide some dependency information:
a) list of libraries which other APEXes(or system) can use from this apex
b) list of libraries which this apex uses from other APEXes(or system)
This change puts dependency information in apex_manifest.json at
build-time with two additional keys:
a) provideNativeLibs
b) requireNativeLibs
Bug: 138695532
Test: m (runs soong tests)
Test: find $OUT/apex -name apex_manifest.json -exec cat {} \;
(shows contents of apex_manifest.json files)
Change-Id: Iaad12c8c35454222ad177ce923cce76ef12a8a5a
For some APEX packages (i.e. the Runtime Testing APEX), the set of
files to copy can be so large that the copy commands (which are part
of the Ninja shell command executed for an APEX package) may exceed
the maximum length of argument to the exec() functions (ARG_MAX). To
work around this limitation, record these copy commands in a Ninja
response file (rspfile) and `source` this file in the Ninja command to
execute them.
Test: m nothing (`apex/apex_test.go` amended)
Test: m com.android.runtime.testing (with CL https://android-review.googlesource.com/c/platform/art/+/1008034/ cherry-picked)
Bug: 129534335
Change-Id: I09ff2d9cf66bfd4cbc12cb724a45d455d08da0b2
Before, the values were often simply ignored. If bad values are provided
now, we should be able to catch them.
Bug: 119771576
Test: relying on this for AIDL/HIDL
Change-Id: I8d2ff26da0b2d01ebe7f78c26d69c7b618a65367
For smart terminals, default to using the status table, using 1/4 of the
terminal height (with a min of 1 and a max of 10).
This behavior can still be overriden to a specific height with
SOONG_UI_TABLE_HEIGHT, and turned off by setting SOONG_UI_TABLE_HEIGHT
to 0.
Test: m <adjust terminal height, see it shrink when it gets too short>
Test: SOONG_UI_TABLE_HEIGHT=20 m
Test: SOONG_UI_TABLE_HEIGHT=0 m
Change-Id: I224348a29a6e07f168c92cf5514a94bd27e32618
To build the platform for ASAN, we do
`m && SANITIZE_TARGET='addresss' m`
However, at the end of the second build, the system partition could have
conflicting APEXes; prebuilt APEXes from the first build and
source-built APEXes from the second build. Since the file names for the
prebuilt and the source-built are different (e.g.
com.google.android.media.apex v.s. com.android.media.apex), we end up
having two files for the same APEX. This is confusing apexd at runtime
and the device fails to boot.
To fix this, when building a non-prebuilt APEX, the prebuilt APEX might
have been installed by the previous build is deleted.
Bug: 138146044
Test: lunch aosp_cf_x86_pasan; m && SANITIZE_TARGET='address' m
check that out/target/product/vsoc_x86/system/apex has
com.android.*.apex only.
Change-Id: Ib5a021a297cf0173ea5a3b50e9398b1cf295c558
Treehugger Robot