When the autofill service returns a null FillResponse, the session is marked
"gone" because the service cannot autofill it. But there might be cases where
the view structure change and it's now autofillable, so need to allow users
to manually request autofill again in such cases.
Fixes: 38205945
Test: CtsAutoFillServiceTestCases pass
Test: LoginActivityTest.testAutofillManuallyAfterServiceReturnedNoDatasets()
Test: LoginActivityTest.testAutofillManuallyAndSaveAfterServiceReturnedNoDatasets()
Change-Id: I9b23c255e563dd0646bf266d31ddb10dcc4f7f6d
- Now keep track of the time a job was enqueued, and order
the pending list by that.
- Added configuration constants for rescheduling: maximum
times to reschedule, minimum backoff times.
- Fixed printing of active jobs -- the method to get the current
JobStatus was old and didn't require the caller to hold a
lock, so made a copy, which didn't contain all the data we were
interested in. Now with our simple locking, we can just make
that require the caller hold a lock and return the real
JobStatus object.
- Include oom_adj and procstate when printing information about
processes being killed.
- Expanded documentation of BroadcastReceiver.goAsync().
Test: bit CtsJobSchedulerTestCases:*
Change-Id: I2e45f181e45be9836c74cbff1b844ffdf6e93019
The return result from starting activity actually represents two
pieces of information. First, it conveys whether the activity
started. Secondly, it conveys whether there was a fatal error if
the activity did not start. Many parts of the code assume that a
value greater than or equal to the defined success means that the
activity successfully started. This is not the case as there are a
number of results greater than success where the activity does not
start.
This change addresses the issue by introducing three distinct
result ranges. The first represents results where the activity
could not start due to a fatal error. The second represents results
where the activity did not start due to a non-fatal error. The last
range represents successful activity starts. Two convenience methods
have been added to ActivityManager to return whether the result
represents a fatal error and whether the result was successful.
Change-Id: Ifaf844c353641a28b03b3c2d7b6be053fd9b8b44
Fixes: 38021882
Test: cts-tradefed run cts-dev --module DevicePolicyManager --test com.android.cts.devicepolicy.DeviceOwnerTest#testLockTask_deviceOwnerUser
Because we were relying on the output to go in the right direction
already, this could be wrong. We're now only following the given
lightness direction if it is even possible to satisfy contrast.
Test: runtest -x core/tests/coretests/src/android/app/NotificationTest.java
Change-Id: I06d934a6b5c328ebbf0cf707030b0d707ccb5ab4
Fixes: 38182819
Previously the colorization wouldn't work if the notification
was not targeting N and above, since for those the
remoteviews would be built into the notification and we couldn't
colorize it.
Test: runtest -x packages/SystemUI/tests/src/com/android/systemui/statusbar/notification/MediaNotificationProcessorTest.java
Fixes: 38147364
Fixes: 37743600
Change-Id: Iabad02a4515c42676c0660293e58cf62d5d8ff88
- for apps that don't target O but use channges
- Rename misc channel if it already exists
- Add method so settings can tell if it needs to show legacy config
Bug: 38120923
Test: runtest systemui-notification
Change-Id: I5c7c077321f1792851b003b9d9e42505dddd50f0
This is safe for O as all updates come from a trusted
source.
Change-Id: Iab8ec1e68f8f9f9e345ebf4d5e44718191cc49e6
Fixes: 37986254
Test: runtest systemui-notification
EVICT_CE_KEY was @removed before API freeze
now removing it entirely.
Bug: 37663081
Test: compiles
Change-Id: I9ab318196cfe2da601be65b26a3b579f2f4bad82
There is now an IBinder "token" that must be specified when setting
the whitelist duration for an Intent. To have the whitelist supplied,
the caller to send a PendingIntent must pass in the same token. The
PendingIntent and IntentSender classes now internally maintain this token
to pass in when their send() is called.
The big complexity for making this work is we now need to associate this
whitelist token correctly with the actual PendingIntent objects that
applications and other code is getting. To do this, we propagate the
token in the Notification object, and have a new API on Parcel that allows
us to make it available to PendingIntent when it is unmarshalled. And
this allows to deal with PendingIntents appearing in nested bundles, as
we can propagate that information from the original Parcel to the new
Parcel that Bundle keeps to delay unmarshalling.
Test: manual
Change-Id: Idda00490ccfe2be37e4ab21354b9ab7528a52750
