For hotpluggable builtin displays (currently just HDMI), create the
display device IBinder token when the display is connected and destroy
it when the display is disconnected. Previously we created the tokens
at startup and never changed them. This made it so that when comparing
current and drawing state, we couldn't tell whether a display had been
disconnected and reconnected.
Bug: 7491120
Change-Id: I23b77037dc0f548d549abf580339edd0e3c626e9
If we switched from HWC to GLES but the dirty region was empty
(could happen if the dirty region is outside of the screen for instance), we
need to force a full screen composition.
In this change we ignore the dirty region for the purpose of
rejecting the whole update and we rely on the fact that it will later
be expanded to the whole screen. This was the least risky fix.
Bug: 7467760, 7452931
Change-Id: I2132f2f963b00a3ce7150adadb107b0367b3862e
This prevents strong reference cycles when the listener implementation also
holds a strong pointer to the ConsumerBase
Bug: 7425644
Change-Id: I1514b13a32b18d421c902dddebec0765a989c55c
the scissor rect is now computed once by DisplayDevice
and is combined with the "undefined" region so that
the letter-boxed area of the screen get cleared in
drawWormhole.
Bug: 7149437
Change-Id: Id2f30516a5786f32eace7f876ff32028f954f357
we perform external display clipping only on the GL
side (ie: not done on the h/w composer side, which is
harder and would be too risky). in practice this means
that WFD will be clipped properly, while HDMI *may* or
may not depending on how hwc is used.
Bug: 7149437
Change-Id: I92d4d04220db72b6ffb134c7fa7a93af569723a5
a misbehaving or malicious client could cause SF to crash
by providing a "fake" IInterface. we now check the
IInterface we get is our own and local.
Bug: 7278879
Change-Id: Ia19d05902d4b2385c5a16416148378d4998833fd
This change adds support for displays that are not allowed to display surfaces
with the eSecure flag set. All non-virtual displays are considered secure,
while virtual displays have their secure-ness specified at creation time.
Bug: 7368436
Change-Id: I81ad535d2d1e5a7ff78269017e85b111f0098500
The code that reserves display IDs was only run when a hardware
composer was present. The eventControl() function, which handles
enabling of vsync, was ignoring the request because the primary
display didn't appear in its set of allocated IDs. This moves
reservation of IDs for built-in displays outside the HWC-only block.
Also, added a couple of warnings in eventControl().
Bug 7376568
Change-Id: I185ccdf817a25499b5c2668f8f6d594afb8c1568
we were holding a reference (ie: pointer) to a sp<DisplayDevice>
while processing the message. Meanwhile the object itself could
go away and we would end up accessing a dead object.
the root cause of the problem is that we are accessing mDisplays[]
in a few places outside of the main thread.
Bug: 7352770
Change-Id: I89e35dd85fb30e9a6383eca9a0bbc7028363876c
This change adds a transaction flag for WindowManager to indicate that a
transaction is being used to animate windows around the screen. SurfaceFlinger
will not allow more than one of these transactions to be outstanding at a time
to prevent the animation "frames" from being dropped.
Bug: 7353840
Change-Id: I6488a6e0e1ed13d27356d2203c9dc766dc6b1759
The screenshot is a GL_RGB texture, and the GL_REPLACE texture env
mode uses vertex alpha for GL_RGB textures instead of alpha=1.0.
Bug: 7340077
Change-Id: I6fbb907023e48f9c422b15a33da79757d6726840
Two issues:
(1) We were announcing the hotplug event before we were ready to
handle blank/unblank events, so we were losing the initial unblank
that power manager sends us when HDMI is first plugged in. This
left the display blank until you toggled the device power off/on.
(2) We were retaining fbTargetHandle for HDMI after the display was
disconnected. The value didn't get updated when HDMI was reconnected
because the display was blank, so we didn't go through that code
path. So, when HDMI was re-connected, we passed stale data into
the HWC.
Bug 7323938
Change-Id: I2335d24fd7b0f00bb23fc63aa7bcf44cb8857c73
this should be handled by the display-manager. we were doing
that in SF because until recently we didn't have enough support
in the HAL. however, this is now causing other problems when
plugging hdmi while the screen is off for instance.
Bug: 7150885
Change-Id: I739b209056a765d38d05295cf202f67ee0f506ae
DdmHandleAppName.setAppName() signature changed which broke
this debugging feature.
Needed for debugging b\7267680
Change-Id: I4482bf5a441e91bef89d1ddea9a4152333be7f88
The new disconnectDisplay function doesn't handle virtual displays,
but it may be called for them. Return without doing anything.
Bug 7281786
Change-Id: I62607f2ae6073fa66b393f55932604aeb8e03566
When a display is disconnected, removing it from SurfaceFlinger's
display list is non-atomic with removing it from the Display Manager
and any in-flight transactions. So SurfaceFlinger might get a display
state change transaction for a display it has already forgotten about.
Just ignore these.
Bug: 7288082
Change-Id: Ic27e55377f3db40fb34e3b1cd67e43297df117a2
when enabling/disabling vsync we now make sure to
not call into the HAL if the state wouldn't change.
Bug: 7274951
Change-Id: Ie24a6d68888a51b577acf9c2a973d85437cbacaf
The display was being removed from SurfaceFlinger's list before we
had a chance to reset HWComposer's layer list, so we were passing
stale data into the hardware composer (which has its own per-display
data). This resulted in "invalid gralloc handle" complaints.
We now clear the layer list immediately after removing the display.
The display was being removed while its EGLSurface was still
"current", resulting in "cancelBuffer: BufferQueue has been
abandoned" complaints. We now call makeCurrent on the primary
display before removing the external display.
Bug 7274254
Change-Id: Ia59e3a61d7ec46488b96bf93ec5e4ed3488b70e4
