GraphicProducerWrapper(GPW) changed how the methods of
BpGraphicBufferProducer(BpGBP) are executed.
First, "fake" BpGBP is created. Its remote is GPW. The GPW has
wrapped the real BpGBP.
All the method calls to the fake BpGPB will be intercepted by
the GPW inside it when the methods run into remote()->transact().
Then the GPW will invoke the transact() of the real BpGBP. And
Everything runs well except that the GPW forgets to store the
transact status and always return NO_ERROR to the fake BpGBP.
It would be disastrous if the binder call of the IGBP failed and
the out parameter "reply" of transact() was in unkown state.
E.g. the queueBuffer() in the fake BpGBP will try to operate on
the "reply". This will crash the SurfaceFlinger.
Change-Id: I01b31f64e1fc92804da3f16c1fb1420dcfb3b855
Signed-off-by: bdeng3X <bingx.deng@intel.com>
Signed-off-by: Guobin Zhang <guobin.zhang@intel.com>
Virtual Display async setting is overridden by eglApi.c causing
stall during composition.
Set the async mode after eglCreateWindowSurface()
b/13139121
Change-Id: I336ca145552e387217cd8bea6e4b7f5f490a274d
Signed-off-by: Pierre Couillaud <pierre@broadcom.com>
Individual devices may need to force surfaceflinger to compile for
32-bit if they don't have 64-bit GL libraries.
Change-Id: I3703b2f8e36e90cf125d9ed5e6318c3506861948
b/12487813
SurfaceFlinger crash is observed during simulation of
Secondary display
Note: change 14e8b01a76
removed the initialization leading to the crash when
simulating secondary display. Restore the initialization
to solve the problem.
Change-Id: Iae5845fb82735e01de5cc0dc582d13c27e3c614f
Signed-off-by: mayank parshar <mayankp@broadcom.com>
Signed-off-by: Pierre Couillaud <pierre@broadcom.com>
MobC00383030
b/12487813
SurfaceFlinger crash is observed while connecting
to Wi-Fi display.
Note: change 14e8b01a76
removed the initialization leading to the crash when
running through the HWC composition path. Restore the
initialization to solve the problem.
Change-Id: I581defc7135ac512080c0da06a62b1dae7d218c4
Signed-off-by: mayank parshar <mayankp@broadcom.com>
Signed-off-by: Pierre Couillaud <pierre@broadcom.com>
Continuing to send the last-rendered framebuffer to HWC on subsequent
frames allows the HWC to read partially-composed regions that haven't
changed, instead of re-composing from scratch.
Bug: 11573910
Change-Id: I8829877d2a06001f1e1b3f168cbba71c7b217b2d
We were already making sure the HWComposer class had the handle before
prepare, but it wasn't passing the handle along to HWC as intended.
Partial fix for bug: 11430248
Change-Id: I25f672c4fdfaa6a81fe0acb24d9ad05153ee17dc
If the virtual display surface is being consumed by the CPU, it can't
be allowed with HAL_PIXEL_FORMAT_IMPLEMENTATION_DEFINED since there is
no way for the CPU consumer to find out what format gralloc chose. So
for CPU-consumer surfaces, just use the BufferQueue's default format,
which can be set by the consumer.
A better but more invasive change would be to let the consumer require
a certain format (or set of formats?), and disallow the producer from
requesting a different format.
Bug: 11479817
Change-Id: I5b20ee6ac1146550e8799b806e14661d279670c0
This change fixes a bug that caused an extra frame of latency when enabling
vsync event callbacks in DispSync. The bug was related to the logic that
prevents the two events from firing with very little time between them due to
updates to the vsync model.
Bug: 11479720
Change-Id: Ie7eaff9e92ffb7b7b6cb4d3d4402c96cbd29af7e
i) Emulate Flush for AOSP Fusion Sesnsors on newer HALs that support batching.
ii) Early return if there are no events for the current SensorEventConnection.
Bug: 11325707, 11376538
Change-Id: Idb856302463649a99d3d5d0c965bb06ba06b8e1d
When this boardconfig is defined, even when all virtual display
composition is done by GLES, the HWC will be forced to copy from the
GLES framebuffer to the output buffer. On some hardware this allows
HWC to do format conversions that would otherwise have to be done by
the consumer, with worse power and/or performance.
Bug: 8316155
Change-Id: If980ecc589f138cef063eafa757f7f748196713e
When GLES isn't writing to the output buffer directly, request an
implementation-defined format with minimal usage flags, leaving the
format choice up to gralloc. On some hardware this allows HWC to do
format conversions during composition that would otherwise need to be
done (with worse power and/or performance) by the consumer.
Bug: 8316155
Change-Id: Iee6ee8404282036f9fd1833067cfe11dbadbf0bf
This change allows SurfaceFlinger to run at a different vsync phase offset from
that used by external listeners.
Bug: 11175503
Change-Id: I561c53a5659fa6dc1e3e4ae30340f3c1a6adceb4
This change adds a new thread for calling HWComposer's eventControl
asynchronously. The DispSync-based vsync approach ends up enabling and
disabling HWComposer's vsync callbacks at arbitrary times, and some HWComposer
implementations do not have these calls optimized.
Bug: 11175503
Change-Id: I719be82bd200b391c61d40863b991c7b59acdfd6
SensorService is dead locking itself when flush is called on older devices which don't support batching. mConnectionLock is acquired twice.
Change-Id: I5c25585bfb2b396df4b05826a9cba1da7997a3ee
SurfaceFlinger was rendering dark purple for secure content, which
showed up when we took a screen shot for the orientation change
animation. Use black instead.
Bug 11157921
Change-Id: I3895e8168891d49dc5b84eed599bcd0a303bb70a
This change removes the wakeup latency compensation from the software-generated
vsync events. Choreographer can't handle timestamps in the future, so don't
aim for early wake-ups with the expectation that the actual wake-up will be
late.
Bug: 11153576
The screen capture code wasn't waiting for the render to finish,
so sometimes you'd see an empty or partial image.
Bug 11131777
Change-Id: Ic64087322ce3bb15bb5f4fb1eb07579880fe6197
This change adds the DispSync class, which models the hardware vsync event
times to allow vsync event callbacks to be done at an arbitrary phase offset
from the hardware vsync. This can be used to reduce the minimum latency from
Choreographer wake-up to on-screen image presentation.
Bug: 10624956
Change-Id: I8c7a54ceacaa4d709726ed97b0dcae4093a7bdcf
This lets audioflinger assign blame for wakelocks to a single uid.
Currently this is only used for recording wakelocks.
b/10985160
Change-Id: Idc9adb22c29030010ac690d4cb95e7e7ea6b91e6
In GLES-only mode, we don't have the outbuf acquire fence until after
GLES composition is done for the frame. We were setting the fence in
HWC's state immediately after dequeueing the buffer from the consumer,
before GLES had started. This fence got passed through HWC and on to
the consumer, so the consumer was reading the buffer before GLES was
done writing to it.
Now we update HWC's state just before set(), when we know we have the
right fence.
Bug: 11000763
Change-Id: Iea9db4c69634c352dc2d600f0bdb6bef2a432636
When there are no window layers for a display, SurfaceFlinger clears
the undefined region using GLES. Some of the places that check for
GLES composition weren't considering this special case, in particular:
- We were skipping the eglSwapBuffers() on these frames.
- We were putting VirtualDisplaySurface in HWC-only composition mode.
This change centralizes the logic for this special case.
Bug: 10957068
Change-Id: I2deaf2ed101e8ea76708862a6bb67751b6078794
This fixes two bugs introduced by
Change-Id: Ia8cc084c02a0e3de910def024da8a08d02bbd89d
(a) There is no invalid EGLConfig value, in particular zero is valid.
Checking return values of eglGetConfigs and eglChooseConfig is the
only way to determine success.
(b) The "simple" EGLConfig query used as the emulator fallback should
not include EGL_RECORDABLE; the emulator doesn't have it.
Bug: 10935622
Change-Id: Ib798a24e7cf06a679811c46eaa45d39174a715ec
