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Where possible this duplicates any tests that use no_standard_libs:true
with ones that use sdk_version:"none". If not possible (e.g. in the
default targets included in java/testing.go) it switches some to use
sdk_version:"none" to ensure that there is no regression in the
behavior of no_standard_libs:true.
Follow up changes will switch all usages of no_standard_libs:true over
to use sdk_version:"none" at which point no_standard_libs will be
removed.
Bug: 134566750
Test: m droid
Change-Id: I5f0fd3daa980f6b223abe454cba7f25a97a39d7a
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Previously, different parts of the build used different sources of
information about the SDK (i.e. the default libraries) against which
a Java module aimed at the device was built. Some used the sdk_version
property, others used the no_standard_libs or no_framework_libs, some
used a combination of all three.
That lead to inconsistent handling in the code, e.g. some parts treated
no_standard_libs: true as implying no_framework_libs: true and others
did not, and also in the build files, e.g. some modules specified
no_framework_libs: true and sdk_version: "system_current" which makes
no sense, or no_standard_libs: true and sdk_version: "core_current"
which are inconsistent.
This is the first step in a refactoring to simplify the sdk selection
process by replacing the no_standard_libs/no_framework_libs properties
with some extra options for the sdk_version property. This change
consists of:
1) Extra functions sdkContext to access the no_standard_libs and
no_framework_libs properties.
2) Extra field/functions in sdkDep to store and access the value of
no_standard_libs/no_framework_libs.
3) Changes to decodeSdkDep(...) to pass the values of the no_...
properties through to the returned sdkDep.
4) Change all code that accesses the no_... properties directly to
call decodeSdkDep(...) to get an sdkDep object and then accessing
the values of the no_... properties from there.
The accessor functions on sdkDep are called has...() rather than
no...() as most callers of the methods invert the value anyway and
!no...() is harder to reason about than has...().
The hasFrameworkLibs() function returns true if and only if
no_standard_libs and no_framework_libs are false. That is consistent
with all but one usage of the no_framework_libs property and that is
not affected by it.
Bug: 134566750
Test: m droid
Change-Id: I196e3304e8bd802fb154e897397b0dd337f868e2
Exempt-From-Owner-Approval: Colin has already given +2 modulo some
minor nits and this blocking other changes.
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blueprint.BaseModuleContext is the set of methods available to all
module-specific calls (GenerateBuildActions or mutators). The
android package split the same functionality across baseContext (nee
androidBaseContext), BaseModuleContext, and BaseContext.
Consolidate all of them into android.BaseModuleContext.
Test: m checkbuild
Change-Id: I2d7f5c56fd4424032cb93edff6dc730ff33e4f1e
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The system_modules defn used with core.current.stubs
was core-system-modules which doesn't match. Instead,
this change uses core-current-stubs-system-modules.
Test: build
Change-Id: Ifb9e77b02bbb04c1cb39c6b9f97932c20d44d8ba
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Target SDK version is used for targeting an APEX to a specific set of
platform builds. Usually, the targeting is unrestricted (in case the
APEX can run on all platforms), or based on platform SDK version (e.g.
28 for P). However, when the platform is under development and SDK is
not finalized, the targeting should be much more fine-grained; the
APEX should be targeted to a very specific build that supports the same
set of APIs that the APEX was built against.
To support that, target sdk version is automatically set by the build
system. When the platform is released or SDK is finalized, the target sdk
version set to the SDK version number. If not, it is set to
<version_code>.<fingerprint> (e.g., Q.123456).
Note that the target sdk version set by the build system is used only
when the target sdk version is not explicitly set in
AndroidManifest.xml.
Bug: 130541924
Test: UNBUNDLED_BUILD_SDKS_FROM_SOURCE=true \
UNBUNDLED_BUILD_TARGET_SDK_WITH_API_FINGERPRINT=true \
TARGET_BUILD_APPS=com.android.tzdata m
build.ninja has --target_sdk_version Q.$$(cat out/soong/api_fingerprint.txt)
Test: aapt dump badging out/dist/com.android.tzdata.apex | grep \
targetSdkVersion shows:
targetSdkVersion:'Q.6ee443d9ad5f0cca7a43cfa97b7fc62a'
Change-Id: I086230d787f01075c28fc3f0163550300fa00212
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Use codename.fingerprint format for targetSdkVersion if it is unset
in the manifest and UNBUNDLED_BUILD_TARGET_SDK_WITH_API_FINGERPRINT=true.
Test: manual
Bug: 130541924
Change-Id: I4e3b1274cc32038b00b292dc6d67559eb320e9e4
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Move the rules to build framework.aidl into Soong, and use it
when compiling aidl files with sdk_version: "current".
Also fixes incorrectly using the aidl includes exported by the
"framework" module when the proguardRaiseDep dependency was
added.
Bug: 130798034
Test: sdk_test.go
Change-Id: I126adf1d9e7b6acb528875ff62b974ba7ad9a337
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When PLATFORM_VERSION_CODENAME is set to REL Platform_sdk_final
becomes true, which causes the return value of sdkVersionToNumber
for "system_current" to a real version number instead of
FutureApiLevel. This enables the check against
PlatformSystemSdkVersions, which doesn't contain "current". Use
the numeric value instead.
Fixes: 129786845
Test: sdk_test.go
Change-Id: If7cf211cc01c5fbf3e3ece3c3f604718a13d5a9b
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Add an opaque OnceKey type and use it for all calls to Once in
build/soong. A future patch will convert the arguments to
Once* to OnceKey once users outside build/soong have been updated.
Test: onceper_test.go
Change-Id: Ifcb338e6e603e804e507203c9508d30ffb2df966
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PDK builds need to use the latest SDK version instead of "current"
to match the behavior of Make.
Bug: 118634643
Test: sdk_test.go
Change-Id: Ice10d0ccb4066f27ce5839fc96a4026510057121
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Split out SDK handling functions from java.go to sdk.go and tests
from java_test.go to sdk.go.
Test: sdk_test.go
Change-Id: I83ef48cbe5230572c1d4ecc0e89021d2f7c71b76
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