displayId can be specified as a part of ActivityOptions.
We will look for a valid stack on the specified display, starting
from the topmost one. If no valid stack is found, new dynamic stack
can be created on external display.
Launch stack and display id can't be set at the same time, otherwise
exception will be thrown.
Test: ActivityManagerDisplayTests
Test: #testLaunchActivityOnSecondaryDisplay
Test: #testConsequentLaunchActivity
Test: #testConsequentLaunchActivityFromSecondaryDisplay
Test: #testLaunchActivityFromAppToSecondaryDisplay
Change-Id: I8a202bc076319e23948d81b99a2c68d7b733b5e4
Bug 32610133
A change in behavior was introduced in which the dispatch* methods
moved the state of the manager's fragments even when the manager's
state doesn't change.
Test: I88f5a3313ad05429167c417b840f888f86fd1c11
Change-Id: Ie260b1c57fae505b2636ff7572a493a92449dff4
The code would previously interpret "null" (meaning the user
hasn't touched the setting in the Settings app) as meaning
"use 12 hour format". The actual meaning of "null" is
generally accepted in the platform as
"use the locale default". For example, the Settings app does
this, as does the code in libcore.icu.LocaleData. For
locales where the default is "use 12 hour format" anyway
this wasn't obvious. However, locales like Germany should
default to 24 hour, and then the setting is displayed
incorrectly in the Settings app.
Also, German devices boot for the first time with 12 hour SHORT
and MEDIUM time formats too. After the user had explicitly set
the format the setting would be correct.
There appear to be no tests for this behavior, presumably
because of the difficulty in forcing the setting to "unset"
which would have to have to happen before the app was launched,
and the fact that CTS tests run in the US locale.
Bug: 32868036
Test: Manual testing with a device set to German
Change-Id: Ifd2e8d345f6afee467d7525d6793fc8fda37c900
Allow DO to bind service of PO in managed profile and vice versa.
DO and PO must be the same package.
Bug: 31895999
Change-Id: I3ce2943aebd1249401d5814757a0ce25b9f85279
Test: cts-tradefed run cts --module DevicePolicyManager --test com.android.cts.devicepolicy.CorpOwnedManagedProfileTest
the same batch many times
This allows DO to:
a) know that some logs were dropped (by trying with token and not
getting anything)
b) know how many logs were there in each batch (useful especially
for the dropped ones)
c) retry batch retrieval if it failed
Test: will be CTS tested once APIs unhidden
Bug: 29748723
Change-Id: I788359242e3b2a4cb638edb25e5db8b25646c29f
So far AutoFillService only received the assist data from framework; in
this CL, it also offers a method where the auto-fill provider can send
the auto-fill data back to framework.
The workflow is:
- AFMSI calls a new AM method (requestAutoFillData(), instead
of requestAssistContextExtras()).
- The assist receiver is located in the app, not on system service.
- AM uses a new request type (ASSIST_CONTEXT_AUTOFILL) to request the
assist data to the activity.
- ViewStructure has a new setAutoFillId() method which is used to set an
unique id for the view.
- View uses the accessibility id to implement the auto-fill id.
- When the activity fullfills the request, it creates an IAutoFillCallback
remote object - that will be used to set the auto-fill fields - and
returns it in the assist bundle (using the
VoiceInteractionSession.KEY_AUTO_FILL_CALLBACK key).
- The app-visible AutoFillService class offers an onFillRequest() method,
which contains the assist data and a FillCallback used to handle it.
BUG: 31001899
Test: manually built and ran it
Change-Id: I3d208c14e81022dc96dd03f38bbe25a778b24a67
More progress towards removing blocking calls to improve system
stability.
Test: builds, boots
Bug: 32715088
Change-Id: I5ab2d2687f4f47e0ee68105c6998e74798af061c
Allows option in tuner to switch between system theme overlays
if multiple exist. Requires a restart to take effect.
Test: Settings -> Tuner -> Other -> Theme
Change-Id: Iea43b9cbb67fd91c6008be594ad4cfd19c3f57ec
This implements the additional intended path for checking
allowed background operations, APP_START_MODE_DISABLED, which
doesn't allow an app to launch in the background at all.
Also change the semantics of delivering broadcasts to manifest
receivers to always restrict those, not changing based on
whether the app is currently idle. This is the desired intended
behavior for apps as they explicitly update to work with
bg check.
And now that we have ephemerality associated with the uid state
in the activity manager, we can propagate this through the
relevant callbacks in IUidObserver so things watching these
changes can immediately determine whether they should do their
more aggressive shut down work for the uid rather than having
to walk through all their state looking for package associated
with that uid and whether they should be shut down.
Also remove the "lenient" bg check mode, since that was
just an early experiment that we won't actually use.
Add a new "make-idle" activity manager command to immediately
put a uid into the idle state (if possible) to make it easier
to test.
Test: manually against an eph app
Change-Id: I43a138ff281f69a9251d3f29ab6e13f48cff8ad6
Don't force mKeyguardGoingAway, as this never recovers. Make sure
to only show the dismissing Keyguard activtiy and recover the
state when trusted state changes.
Test: Make sure Keyguard is in a trusted state, start an activity
with FLAG_DISMISS_KEYGUARD from FLAG_SHOW_WHEN_LOCKED activity
and make sure there is no flicker.
Bug: 32057734
Change-Id: I5d212f6f9d5430250b22c8370f45dc95756432d2
Rename ranker to assistant and make some of the methods public.
Delete the ext services ranker and restore the listener-type
lifecycle to the assistant.
Test: manual. add a notification assistant and verify it gets
assistant and listener callbacks.
Change-Id: Ia3406c8c14d923426c1b8a6d8b5187efe64c31c3
This is the first swack at the new, 2-phase API. Adds the new methods
to the resolver service and makes the split name explicit on the
installer intent.
The 2nd phase will not yet be invoked; that's coming in a follow-on
change.
Bug: 25119046
Test: build & install the sample resolver and run 'adb shell am start -a android.intent.action.VIEW -c android.intent.category.BROWSABLE -d "https://www.tripadvisor.com/Tourism-g33020-San_Jose_California-Vacations.html"'
Change-Id: I2df6fa64d46f17a86a2e32b19417632c594fb10f
When the focus jumps from action bar to
outside of it, action bar disables focusing
on it so that tabbing couldn’t get back to it.
Currently, it does the check that the focus
has left the bar from onFocusChange(), when
the internal data structures are in process
of updating the current focus; as a result, the
check may report a wrong result, and the
focus will be blocked while it’s actually is still in
the action bar. This caused the action bar to
lose focus.
The fix makes the check in a posted action,
fixing the issue.
Bug: 32087180
Test: Manual test that the issue doesn’t repro.
Change-Id: I67069d2ae58f2843e6fcc8c705943324cc1533f4
To do this, I had to fix the PROCESS_STATE_NONEXISTENT constant
to be the last value (instead of the special magical -1 value)
so it semantically matches the public importance constants. I
think this is better anyway.
Also this fixes a big problem in the implementation, where we
weren't keeping track of the last proc state per uid...! Duh.
Test: manually ran testUidImportanceListener
Change-Id: Ie3008f824446089840f896885e6033472abb065e
If ActivityManagerNative.isSystemReady is being called in a non-system
process, just return true instead of calling into
ActivityManagerInternal since system should be ready by now and
as ActivityManagerInternal is only available for system services.
Fixes: 32700143
Test: Test referenced in the bug is passing.
adb shell am instrument -e class com.android.androidbvt.SysUIGSATests -w com.android.androidbvt/android.support.test.runner.AndroidJUnitRunner
Change-Id: Ibb594f887f7f5391c34c686f2667a6696e4268a2
To protect system stability, any Binder calls leaving the
system_server must carefully be performed using FLAG_ONEWAY (or
the 'oneway' verb in AIDL) which prevents the call from blocking
indefinitely on the remote process.
In this CL, the system_server uses the new Binder.setWarnOnBlocking()
method to enable detection by default for all remote Binder
interfaces. It can also use Binder.allowBlocking() to allow
blocking calls on certain remote interfaces that have been
determined to be safe.
This CL adds the 'oneway' verb to several interfaces and methods
where it should have been added, and marks a handful of system
ContentProviders as being safe to call into. Also, we assume that
any services obtained from ServiceManager are part of the core
OS, and are okay to make blocking calls to.
Test: builds, boots, runs with minimal logs triggered
Bug: 32715088
Change-Id: Ide476e120cb40436a94b7faf7615c943d691f4c0
~Rename only (and any reformatting needed to pass lint) - no
functional changes!
Remove android.net.wifi.nan.STATE_CHANGED from manifest:
redundant/remnant of an older configuration.
(cherry-pick of commit a61b9fb569)
Bug: 32263750
Test: All unit tests and integration (sl4a) tests pass.
Merged-In: Ie4ff675fa61041e8fcf6a9bf9900ea835d0a7614
Change-Id: I4206d2fd722dc7dec9df4aee5c818101d7f9dccc
