Add showInsets(types, fromIme) in IWindow in order for WM to be able to request
show for any of the InsetTypes.
Note: This will be used in followup CLs.
Bug: 139487540
Bug: 118118435
Test: Build passing
Change-Id: Ie988d0a234befa530ca236a3bb32c77d8a4dce21
This reverts commit 243e7ea14b.
Reason for revert: b/141854898
Exempt-From-Owner-Approval: Revert for failure to boot
Change-Id: Id6812e5ecf7d88504706b2c4110d83f1034ab85c
* changes:
MimeMapImpl.createDefaultInstance() -> DefaultMimeMapFactory.create().
Make MimeMap final and introduce MimeMap.Builder.
Move default MimeMap implementation to frameworks.
The class no longer implements MimeMap, so the name MimeMapImpl
no longer made sense.
Test: Treehugger
Bug: 136256059
Change-Id: I2cbc70a7769232b704a9bdfde2def832c1e292b8
This is the second attempt to submit this CL. The first attempt
regressed on app startup because RuntimeInit installed the
custom MimeMap from commonInit() which runs post-fork of the zygote,
but that was fixed by installing it pre-fork.
This CL topic moves the default MimeMap implementation to frameworks.
Libcore starts with a minimal implementation sufficient to pass
CtsLibcoreTestCases, but frameworks can inject the real implementation.
Before this CL topic, the data files and logic (MimeMapImpl) were part of
core-*.jar on device; after this CL, they instead live in framework.jar.
Tests from MimeMapTest that check behavior of that default
implementation also move to a non-libcore CTS test.
Planned work for follow-up CL:
1. Make CTS more opinionated, with a plan to assert that all of
the default mappings are present. How exactly the expectated
mapping will be bundled in CTS is still TBD.
2. Add a vendor.mime.types file (defaults to empty) where vendors
can add additional mappings; I plan to make it such that mappings
in that file are parsed last but never override any earlier
mappings, as if each mime type / file extension was prefixed
with '?'.
3. Perhaps enforce that public APIs android.webkit.MimeTypeMap
and java.net.URLConnection.getFileNameMap() behave consistently
with MimeMap.getDefault().
Test: atest CtsLibcoreTestCases
Test: atest CtsMimeMapTestCases
Test: Checked that CtsLibcoreTestCases still passes on a build that
is missing the MimeMap.setDefault() call from RuntimeInit.java.
Test: Checked that app startup time does not regress as part of this
CL topic - see http://b/136256059#comment17
Bug: 136256059
Change-Id: I716914bf1a7e6205e539f0551f010615dacb17a8
Limit 1 log per app launch as the statd logs as this is spamming logs.
Consider increasing in the future to once every x minutes/seconds if
needed.
Bug: 138374585
Bug: 141714588
Test: flash device
Change-Id: I3ed696fb557527d807d03aecc64c0207d7b93f08
Looper traces handler calls by calling Handler.getTraceName(), which when used with PooledLambda
ends up showing just:
"android.os.Handler: com.android.internal.util.function.pooled.PooledLambdaImpl"
That name doesn't help understand what's the real bottleneck, and even worse, could let people
think it's the PooledLambda who's causing it.
Which this change, it will display names like:
com.android.server.appop.AppOpsService$Lambda
com.android.server.wm$Lambda
Fixes: 141172840
Test: manual verification (neither PoolLambda nor Message have unit tests)
Change-Id: I80d2158a50a644b10f3724fb42a4a9c2aee63ae9
Replaces PackageParser#Package and it's related structures with
ParsingPackage, ParsedPackage, and AndroidPackage.
This is a large scoped CL, the first step in an eventual goal
to refactor how data is handled in the package parsing and install
process. It introduces as few logic changes as necessary. Mostly
migrating to interfaces and renaming, moving parsing data calls into
3 separate interfaces that outline the intended flow for parsing.
ParsingPackage is built and used during what was PackageParser, now
replaced by ApkParseUtils and it's related classes. This is almost
exactly what was parsed from the XML/files on disk.
ParsedPackage is used when the object exits PackageParser and is
adjusted by PackageManagerService to what is considered the final
"parsed" state, adjusted from literal values, but consistent given
the same APK on disk. This should eventually be moved out of PMS
and possibly collapsed into the previous interface entirely.
AndroidPackage is the final state of the package after parsing and
adjustment has completed and no more mutations should be expected.
There are a few exceptions to this, included in AndroidPackageWrite,
which will eventually be refactored into PackageSetting or another
state class.
This marks PackageParser#Package and all the old infrastructure with
@Deprecated, as none of them are used internally. All usages were
converted, and the legacy Package is only built for un-converted tests
and @UnsupportedAppUsage methods.
There are numerous TODOs still outstanding, but addressing them
in this initial CL would introduce several logic changes. They've been
marked with the bug number and will be handled in follow ups.
This is being merged with caution thrown to the wind because
testing this on devices and in development will be the best way
to debug differences introduced by the migration. Getting it merged
as early as possible gives the most amount of time to fix regressions.
Waiting for tests of all the functionality could take literal years
before covering enough to merge this with all regressions verified.
Given a sample size of 4 heap dumps and the caveat it was taken very
early in the migration, there is a memory overhead of about 200 KB
versus the legacy implementation. This should be verified more
accurately and addressed in follow ups.
This CL also kills child/parent package support, since that's
broken already, and difficult to support with the new interface
structure.
Bug: 135203078
Test: booted an emulator, works generally as expected
Specific tests which failed / failed to build were fixed, but because
not all tests are currently passing before this change, not all were
verified.
Change-Id: I4ba050c228e6c60b8f63a9e3347b1f9a57ef794a
Until recently, I and apparently some others were under the assumption
that RuntimeInit.commonInit() runs before the Zygote fork. Actually, it
does not.
This CL introduces a method ZygoteInit.preForkInit() which runs before
the Zygote fork. For now, only enableDdms() moves into it and can become
private. This should not alter behavior since enableDdms() is called
from the same places as before, and because enableDdms() (now private)
was already not part of any API surface.
The CL also removes the qualifier "final" from the (static) method
enableDdms(), because it is redundant.
Note: This CL was uploaded with --no-verify because of preexisting
import ordering issues in RuntimeInit.java
Test: Treehugger
Change-Id: I8f637e160a2d7810feb43b6a43ec7d628af18fb8
Only log once per change-package-state(resets every app launch if used
from within the app process).
Next: reset every app launch for server usage as well.
Test: using the test app.
Bug: 138374585
Change-Id: I5587f7138cf2cd8d144e88cf294e65c14bb32bfb
We want to allow wellbeing apps to suspend in managed profiles.
This requires changing the internal data design of package-suspend
state to allow more than one suspending package, each with their
own parameters, namely - dialog info, app extras and launcher extras.
Also, removed the restriction of using setPackagesSuspendedAsUser when a
PO/DO exists
Test: atest com.android.server.pm.PackageUserStateTest
atest com.android.server.pm.PackageManagerSettingsTests
atest com.android.server.wm.ActivityStartInterceptorTest
atest GtsSuspendAppsTestCases
Bug: 138812320
Change-Id: If1263142fc9e6687e95af9b8d71ba8eff0c0fae9
The APIs behave the same as the AppInfo APIs, and returns the change is
enabled if there is no installed package with the provided name.
Test: flashed device, used the test app, and made the API use the new
per-package API.
Bug: 138275545
Change-Id: Ic925751dddc6c2e0996fe195a208f5c689554839
