Use this to track the package name of applications
accessing GPS.
And now the app ops service can enforce that callers
must provide valid package names.
Change-Id: I842a0abe236ea85f77926d708547f0f95c24bd49
* commit '3ccb33d5e08a0f444d16be894827dcbdfd0db42f':
docs: update GP badges with localized badges. includes AI files for all badges in available languages
- mirror vibrate and silent statusbar icons
- add code for updating icons when Locale is changed
See bug #5429822 UI should be mirrored for RTL locales (Arabic, Hebrew, farsi)
Change-Id: Ib7125d7f01ed8d1b8d63c2a9b119eb173efcf49f
Bug #7970966
The bug described in #7970966 should normally never happen but just in
case, change the detection code to be more robust.
Change-Id: I7040a6087590e34abe8803cb8f83f051d77f3944
Initial implementation, tracking use of the vibrator, GPS,
and location reports.
Also includes an update to battery stats to also keep track of
vibrator usage (since I had to be in the vibrator code anyway
to instrument it).
The service itself is only half-done. Currently no API to
retrieve the data (which once there will allow us to show you
which apps are currently causing the GPS to run and who has
recently accessed your location), it doesn't persist its data
like it should, and no way to tell it to reject app requests
for various operations.
But hey, it's a start!
Change-Id: I05b8d76cc4a4f7f37bc758c1701f51f9e0550e15
1. ViewRootImpl was keeping reference to the old focused view so it can
call back the global on focus change listener when another view gets
focus. The stashed reference, however was not cleared which caused a
memory leak if the last focused view was removed from the view tree.
In general keeping additional state for the last focus in ViewRootImpl
is not a good idea since this add complexity due to additional book
keeping work that is required. The view tree already keeps track of
where the focus is and it should be the only place that holds this
data. Since focus does not change that frequently it is fine to look
up the focus since this operation is O(m) where m is the depth of the
view tree. This change removes the duplicate book keeping from
ViewRootImpl and the focus is looked up as needed.
2. ViewRootImpl was calling the global focus change callbacks when focus
is gained, lost, or transferred to another view. This was done in
*ChildFocus methods. In the case of a child losing focus, i.e. in
clearChildFocus, there was a check whether focus searh yields a view
to take focus and if so it did not call back the global focus listener
assuming the the found view will take focus (the view tree gives focus
to the first focusable when a view looses focus). This is not a correct
assumption since some views override methods called as a result of
View.requestFocus that determine what the next focused view should
be. For example, HorizontalScrollView overrides onRequestFocusInDescendants
and changes the direction of the search. In fact focus search does not
take into accound ViewGroup descendant focusability. Hence, the view found
by calling the focus search from the root is not necessarily the one
that will get focus after calling requestFocus. Actually, it is
possible that the focus search will find a view but no view will
take focus. Now the View class is responsible for calling the
global focus listeners which avoids the above problem. Also this
saves book keeping in ViewRootImpl.
bug:7962363
Change-Id: Ic95a18b364e997021f3f6bb46943559aac07d95a
* commit '68ba8b919f8659711b85d8c5bd8a5cb013f441bc':
Refactoring the media recorder stress test. Added test cases for: - record & playback @ 1080p - record & playback @ 720p - record & playback @ 480p - record & playback @ custom Plus extending the record duration to a full minute.
To remove any doubt about how java is doing its byte/integer arithmetic
use readUnsignedByte instead of readByte.
Change-Id: I5bdc200ed0cda51ad739804ac1d8d13c043424ec
