Sometimes dumping threads takes a long time and bugreport times
out. This change will cause us to accept the bugreport socket connection
before dumping threads and should avoid the failed to connect to dumpstate
service problems we've seen.
Bug: 17758374
Change-Id: I80afa0353cf1c340873f481a8d1d7faffff54120
* commit 'dd230cb8d2a43ea453a507b12c612a221a3780e7':
add a parameter for PCM limiter enable
Use set_sched_policy to put dexopt operations in SP_BACKGROUND cgroup
Revert "Modify EGL to disconnect the window when the surface gets destroyed."
crash if getNativeBuffer() called on NULL GraphicBuffer
We normally recompute layer visibility when a layer gets its first
buffer; before then it's treated as invisible. Sideband layers never
get a buffer (as far as SurfaceFlinger knows), so never became
visible. Now we also recompute visibility when a layer gets a new
sideband stream.
Bug: 17752511
Change-Id: I84e150f196eb2eb7bcd2616248e5e3fa73624809
Try to clean up the code paths coming in and out of binder IPCs to
plug any places where we could disrupt the gather flag of a thread,
causing it to keep gathering stack crawls (which is the thing that
is causing our strict mode data to become so large).
We now take care of saving and restoring this state in the core
IPC code path, not at the Java layer.
Change-Id: I73d564778da127bdce00f304225930e7f2318293
When HWC doesn't provide DPI values for a display, we pick a default
DPI based on resolution. The intent was that 1080p and higher displays
would get XHIGH density, and lower resolutions would get TV density.
In KK (and possibly forever) we had a bug that we'd always use TV
density. That was fixed in L, but that fix exposed a pre-existing bug
that we always used the display's height in its native orientation,
rather than in landscape orientation. So an 800x1280 tablet like N7v1
started getting XHIGH density instead of the intended TV density.
Bug: 17461633
Change-Id: Ia57fa49e61f36bdda63ce283ef62c9953297222c
If the destructor of SensorEventConnection gets called when the main
sendEvents loop of SensorService is executing it may result in a deadlock.
The loop promotes each connection to a strong_pointer, calls sendEvents
and cleans up the connection if necessary. It is possible that the sp's
destructor may delete SensorEventConnection which will call the dtor
~SensorEventConnection(). This dtor again needs SensorService mLock to
execute which may result in a deadlock.
Bug: 17617897
Change-Id: I76c244dbe85fadb591c0bd1a9a5eb01d93f56505
* commit '71e351d96b551ccdbc39b52a0c66da86cae83701':
Revert "Fix sockfd leakage in SensorService. Remove sockfd from Looper when the connection is removed from mActiveConnections."
* commit '5105960d49bfa86efeeea8f87c87aa96b5771c37':
Fix sockfd leakage in SensorService. Remove sockfd from Looper when the connection is removed from mActiveConnections.
