* commit '4bf2c790b971cf43c65d8e9e5721a2a9dde474b5':
Accessibility improvements in keyguard - add accessibility descriptions to camera and search light - add new onClick handler to simplify launching search and camera - plumb camera launch through KeyguardService interface
Now when memory low, if a service's process is above
a selected pss, then the process is not allowed to go
in to the service a list.
Also simplified the normal meminfo details dump to not
include the shared dirty and shared clean sizes by
default, since these can be very confusing. You will
still get to see them with the "-a" flag.
Finally some small steps to better managing service
processes in the LRU list, so hopefully we can some
day be better about letting them drop down in the list
when there isn't really much interesting happening in
the process. Not yet used at this point.
Change-Id: I654bfd6d05de2a63120185ebb15ffda8cbeb5dac
* commit '04b0840b2e5367547fdd92f4e2c68cde16486062':
Accessibility improvements in keyguard - add accessibility descriptions to camera and search light - add new onClick handler to simplify launching search and camera - plumb camera launch through KeyguardService interface
Change our Intent flag to indicate that a Uri permission grant is
persistable, but don't actually persist it until explicitly taken by
the receiving app. This prevents apps from spamming each other if
persisted permissions aren't really required.
Remember the last time a persisted grant was taken by an app, and
use this to prune away the oldest grants when the number of grants
grows too large. Allow apps to query persisted grants they are
holding, and allow them to release previously persisted grants. Add
public UriPermission class to return grant details and timestamp.
Track various permission strengths separately, and combine together
after each mutation pass. Persistable grants are currently treated
like global grants, but they could be moved to have owners in the
future. Require that grant holders trying to extend a persistable
permission actually hold a persistable permission themselves.
Bug: 10835779
Change-Id: I95b2f797c04ce7fd2612f9a644685dbd44e03759
- add accessibility descriptions to camera and search light
- add new onClick handler to simplify launching search and camera
- plumb camera launch through KeyguardService interface
Fixes bug 10914360
Change-Id: Ic85eda9afadba7381be78b477180f7204030cd17
Fixed rendering of captions in regions and incorrect caption width
measurement. Removes minimum-difference line wrapping, since the
results weren't consistent with StaticLayout's rendering.
BUG: 10917766, 10822229
Change-Id: I55ef28cbf383fd6b945c0be62e440781288364f1
This fixes a bug where TTS on all-caps items doesn't work for
Buttons. The fix is to use translation (ala. TextView.setAllCaps()),
which just affects rendering and not the original text string.
Fix bug 10912259
Change-Id: Id8cba927819c979fe699353219d45f8b0f9f5aac
The problem was that the ResolverActivity filters some activities
out of the list it shows, but it uses that display list as the
list of components the preference is set against when ultimately
setting it on the package manager... but that filtered list is *not*
the right component set, since it is not the same as the package
manager's view on it.
The fix here is to retain the original set of matching components
and use that when setting the preferred activity. Note that this
does mean that in very unusual cases where filtering is happeing
(such as one of the activities not being exported but being seen
as a possible completion from another app), then you will be setting
the preference for the complete set. Ultimately we probably need
to have the package manager apply these filtering rules up-front so
this is all consistent, but this is a very rare case so not that
important.
And then most of the change here is just improving the debug
output for intent resolution.
Change-Id: Ie35ac2c05a45946439951bbf41433c8b7de79c05
Various artifacts across apps were coming from ActionBar's use of
the new transitions framework. Disabling transitions for now to get
things back to a more stable state.
Also, fixed some related bugs in transitions themselves, including
a change in TextChange to account for text selection, which was causing
errors in Keep's SearchView.
Issue #10860557 TextChange animator may old stale value
Issue #10819685 sometimes icons are lighter
Issue #10750525 Share and Settings icons overlap when stopping slideshow
Issue #10839551 Sometimes the search text box is right-aligned in Keep
Issue #10727484 Cursor incorrectly positioned after entering first letter during search action in keep app
Change-Id: Iad7cbf3297e18018308b8148b3519b032e63dace
This adds a camera button on phones that can be used to show
and launch the camera.
- Minor refactoring of touch event dispatch in PagedView.
- Disables usability hints when keyguard loads.
- Only add a touch handler for camera icon once during layout.
- Update after review.
- Updated with latest UX camera and camera background assets
Change-Id: I09cd5cb0e501fd0f4659bea96d00c92b07f805c4
...be uncached and too large
When the device is in a low RAM state, when we go to pull a cached
process out to use for some background operation, we can now kill
the current process if we consider its size to be too large.
Note that the current implementation for killing processes is to
just use the same killUnneededProcessLocked() method that we already
have for other things like too many cached processes. This is a
little wrong here, though, because in this case we are at the
point where the caller is actually looking for a process to use.
This current code is not actually removing or cleaning up the
process, so we still need to return the now killed ProcessRecord
and let things fall out from there, which typically means the caller
trying to make an IPC on it and failing and falling into its "oh
no the process died unexpectedly" path. All code using this
*should* be able to handle this correctly, anyway, since processes
really can be killed at any time.
At some point we may to make this implementation cleaner, where it
actually tears down the process right in the call and returns a
null ProcessRecord. That is very dangerous however (we'd need to
go through all paths into this to make sure they are going to be
okay with process state changing on them like that), and I'm not
sure it is really worthwhile. This intention is that killing
processes like this is unusual, due to processes being too large,
and anyway as I wrote all of our incoming code paths must already
be able to handle the process being killed at this point and one
could argue this is just another way to excercise those code paths.
Really, the main negative to this is that we will often have spam
in the log with exceptions about processes dying unexpectedly.
If that is the only issue, we could just add some conditions to
quiet that up at in this case.
We don't want to compute the size of the process each time we try
to evaluate it here (it takes 10s or ms to do so), so there is now
a new field associated with the process to give us the last pss
size we computed for it while it was in the cached state.
To be able to have better cached pss data when we now need it, the
timing for computing process pss has been tuned to use a much
shorter delay for the situations when the process has first switch
into a new state. This may result in us having a fair amount more
pss data overall, which is good, as long as it doesn't cause us to
be computing pss excessively and burning cpu.
Procstats now also has new state to keep track of the number of
times each process has been killed by this new system, along with
the min, avg, max pss of all the times it has happened. This has
slightly changed the checkin format to include this additional data
at the end of pkgkills/prockills lines.
Other changes here:
- Fixed a problem where GPU RAM was not being seen when dumping
the full RAM details of a process. This was because in that
case the system would ask the process to compute its own MemInfo,
which it returned, but the process doesn't have permission to
access the files containing the GPU RAM data. So now the system
always computes the MemInfo and hands it to the app.
- Improved broadcast delays to not apply the delay if the next receiver
of the broadcast is going to run in the same process as the last
one. A situation I was seeing was an application that had two
receivers, one of which started a service; we are better off letting
the second receiver run while the service is running.
- Changed the alarm manager's TIME_TICK broadcast to be a foreground
broadcast. This really should have been anyway (it is supposed to
go out even minute, on the minute, very accurately, for UI elements
to update), and is even more important now that we are doing more
things to delay background broadcasts.
- Reworked how we maintain the LRU process list. It is now divided
into the two parts, the top always containing the processes holding
activities. This better matches the semantics we want (always try
to keep those around modulated by the LRU order we interleave with
other cached processes), and we now know whether a process is being
moved on the LRU list because of an activity operation so we can
only change the order of these activity processes when user operations
happen. Further, this just makes that common code path a lot simpler
and gets rid of all the old complexity that doesn't make sense any
more.
Change-Id: I04933ec3931b96db70b2b6ac109c071698e124eb
Fixes bug that double tapping on an entry in the intent disambig dialog
can result in the picked activity being launched twice.
Bug: 10770501
Change-Id: Ibb7c6bea5f3c25fa204a2f0e65c8044c2a2549f7
...caused runtime restart
There were some situations where the package list could be set
with process stats when it shouldn't. Not sure if this is causing
the problem, since there is no repro.
Also some improvements to debug output -- new commands to clear
all stats, print full details of stats, and print a one-day
summary (which should match what the UI shows).
Change-Id: I9581db4059d7bb094f79f2fe06c1ccff3e1a4e74
Make sure we beginDelayedTransition when we expand and collapse action
views, specifically before any callbacks go out that might alter the
hierarchy.
Change-Id: Iffc286cccd9be83ad03aeede605870ac12cc6bab
Haven't found the underlying cause, but this will give us more
information when we get into the bad state.
Change-Id: I9aebd3a025a7c0d931f43098461b64ee3c220746
Keystore stored keys broke when keyguard was moved out of the system process
due to Keystore enforcing the calling app to be in the system process.
The fix moves the critical code into LockSettingsService, which continues
to live in the system process.
Fixes bug 10201270
Change-Id: I16e2de018e85b01265634dcfbefd7f06740dafa8
