This introduces four generic thread that services can
use in the system process:
- Background: part of the framework for all processes, for
work that is purely background (no timing constraint).
- UI: for time-critical display of UI.
- Foreground: normal foreground work.
- IO: performing IO operations.
I went through and moved services into these threads in the
places I felt relatively comfortable about understanding what
they are doing. There are still a bunch more we need to look
at -- lots of networking stuff left, 3 or so different native
daemon connectors which I didn't know how much would block,
audio stuff, etc.
Also updated Watchdog to be aware of and check these new
threads, with a new API for other threads to also participate
in this checking.
Change-Id: Ie2f11061cebde5f018d7383b3a910fbbd11d5e11
Continue to layout windows that are animating away. Otherwise they
don't track with their parent windows that may be moving at the
same time.
Change-Id: Ic5b762ee538219fd6193e27dde6c245cbaa098df
- Log.* was being interspersed with Slog.*.
- WindowState Rects were being converted to local variables making
it harder to find all references to them.
Change-Id: I868a32028604d46dbbc15b005a440f0571336293
- Putting the stack frame above the highest app window layer ends up
putting it over the IME when the caret popup is showing. This puts
the stack frame layer above the highest non-child window layer.
- Also change the timing so the layer isn't applied until all other
layers are also being applied.
Change-Id: Ic5f142998822ac1e3890a2943cda7fc86a7e7974
Missed a spot where an activity that is launching another was not
being paused. Fixes bug 8640130. At least in one case.
Release mWindowMap as soon as it is no longer needed.
Change-Id: Id2c63d3d715b98741e2ebe3c9985cb1e9ca5ffbc
Grabbing StackTapDetector before grabbing mWindowMap doesn't play well
with grabbing mWindowMap and then StackTapDetector.
Change-Id: I40daa4c940930b1ebbb587edc1958e84321d6d7f
- Save and restore WindowManager stack states.
- Maintain ActivityManager activity states based on the stack
the activity is in.
Fixes bug 8646641.
Change-Id: I16c76c7708ab49121c3884a7e5bf219898b92d3f
- New InputEventReceiver for detecting taps outside of focused stack
boundaries.
- Fixed bug that wasn't pausing the non-focused window when returning
home.
Change-Id: Ia51d312a7c029abc01eb5df1102814cc29d33b47
- Did not handle the case where mTaskIdToTask returned null.
Fixes bug 8646178.
- updateInputWindowsLw() was being called in removeWindows
immediately after it was called in performLayoutAndUpdateSurfaces.
Change-Id: I1b8bcfadcc93f8c6638fd4247b426af77feeee23
- Fix back button behavior with two stacks. Stopping activities were
held in that state indefinitely. This change causes IDLE_NOW_MSG to
be sent immediately for the last activity in a stack.
- Touch in non-focused stack was being ignored because of focus tests
in AbsListView.
- Change the focused stack when the activity focus changes. Renamed
mMainStack to mFocusedStack to reflect this.
- Resume all top stack activities when resuming.
- Assign intent task to ActivityRecord if it doesn't have a task.
Fixes bug 8433463.
Change-Id: I8d3c806234511697bc209ab99890730ffa514d20
- Add taskId parameter to createStack() so stacks are pre-populated
with a task.
- Keep track of stack access order in DisplayContent so getTasks
returns in MRU order.
- Set touchableRegion in InputMonitor so modal touching does not
extend beyond stack boundary.
- Fix stack merging so that deleting a stack results in a new
stack the size of the two children.
Change-Id: I62a6ba0a34f34dd7ec866b440bf04595379e19e8
Split stacks and move tasks between them. Layout the windows
according to the new stack split.
After layout content rectangles are known split the available area
between all stack boxes. Then use those values for future layout.
Provide stack contents to ActivityManager.
Change-Id: I9746e6185445633810d506be514d0b7b540a7f99
One for home activity(s), one for other activities. Coordination
between the stacks is handled by the ActivityStackSupervisor.
Change-Id: I11395edea501d2f84a18a6a8bced1ce3d0797dad
Previously a change to a surface would be logged with the old value
and you had to scroll through the logs to see what the new value
was. This change reflects the change to the surface immediately.
Change-Id: I2a6566466287922d08f4ce2329c61aa46d692ee1
The min layer was set to only show the windows that matched
the specified app token. But that meant when dialogs were
launched it only showed the dialogs and not the background
windows.
Added improved debugging.
fixes bug 8502844.
Change-Id: I26b49568b872801ec9aa088df20317aa752dacd6
If LockScreen is enhanced using SurfaceView/GLSurfaceView,
deadlock problem between LockScreen and WindowManagerService
can occur because of IWindow.resized() callback.
And it must lead to watchdog and reset.
IWindow.resized() callback is one-way function so calling resized()
callback of a remote IWindow object is never blocked.
However, calling resized() callback of a local IWindow object
(LockScreen is running on the same system_server process)
is always blocked until resized() callback returns.
Because resized() callback of SurfaceView/GLSurfaceView can lead to
WindowManagerService.relayoutWindow() call, deadlock can occur
between relayoutWindow() and performLayoutAndPlaceSurfacesLockedInner().
(Both functions need locking mWindowMap)
So this patch simulate one-way call when calling resized() callback
of a local IWindow object.
Change-Id: I2a6a5c74ed22d8e6b7a3bea3424ff2879d227105
Signed-off-by: Sangkyu Lee <sk82.lee@lge.com>
Conflicts:
services/java/com/android/server/wm/WindowManagerService.java
When a tablet rotates, FUL must be stopped and restarted in a new
position. 90 degree rotations cause a configuration change, causing
FUL to be automatically reconstructed in the new location. However,
a 180 degree rotation is not a configuration change, so FUL was not
restarting. A 180 degree rotation happens more often than one might
think. If you set the tablet down and later picked it up in the
opposite orientation, FUL would not work prior to this fix.
This change adds a rotation watcher to KeyguardFaceUnlockView. It
watches for 180 degree rotations and stops and restarts FUL
accordingly.
The rotation watcher callback must be unregistered when
KeyguardFaceUnlockView is recreated (as during 90 degree rotation
changes), otherwise the number of rotation watcher callbacks will keep
growing and they will never go away. This is a problem not just
because there are many callbacks hanging around, but also because the
old callbacks end up trying to access biometric unlock views that no
longer exist, resulting in crashes. So, a simple function was added
to the window manager to unregister a rotation watcher.
Change-Id: Ie1ef20a9a22b8f4e39918987dff2b8ad444fcfd1
