A slow listener could cause a race in the NotifyHandler
where the single reference to the buffer to send would get
updated when it shouldn't have been.
Switch to a queue of available buffers to prevent this race.
Also, stop setting and clearing the observer reference and instead
incStrong/decStrong to mark temporary strong ownership without
colliding with other owners in flight.
Bug: 27097094
Change-Id: Iee647bfae8b80019b6d8290179eed3973230901f
(1) Update both static and shared lib to export libhwui headers
(2) Work around problem in current make system where a static
libraries dependencies are not transitively included by moving
those dependencies into a file that can be included by targets
using libhwui_static.
(3) Do not expose protobuf headers to clients outside of HWUI
Change-Id: I08470c02a83ae64116081eff0c2050878990c6ed
b/26949340 and b/26975469, b/26975079 as well
This reverts commit f276acd98457bcaabc9e79a17a736b3b484f005e.
Change-Id: I4b55177daf0d289bc03604c71fd4bf579f65073a
This CL runs VectorDrawable animation on RenderThread. The changes in this CL
include:
- Convert all the animators in AnimatorSet for AVD into a set of RenderNodeAnimators.
- Hook up the new animators with RenderThread
- Add drawOp in RecordingCanvas for drawing VD so that during the animation
on RenderThread, all the property changes on VD can be reflected on the screen.
TODO:
- Implement reverse and reset for AVD.
Change-Id: I2df1d754f2db0ad098d9c15dde4bb2bdfafc2315
Bug: 26862239
Switch TextDropCacheShadow to use the tracked objectSize()
instead of the optional bitmapSize. A mismatch here
results in ::get() infinite looping trying to free space in
the cache since the LRU removal callback would always
decrement mSize by 0 since bitmapSize was not being set.
Also prevent the infinite loop in the future by crashing if
this scenario happens again.
Change-Id: Ib4e9fbe1c8327af2335ad650fd694a1627d9824f
Full GLES error checking layer via -include
trickery. Change DEBUG_OPENGL to a level system.
HIGH = every GL call is error checked
MODERATE = checkpointing at interesting spots
LOW = only asserts there are no errors at the end of a frame
or when the FBO changes
NONE = AIN'T GOT NO TIME FOR ERRORS GOTTA GO FAST!
Change-Id: Ibe81aae93d942059c4ddf1cbb11c828b7ce4c10b
This reverts commit 3daf4d3272f2cc6ce3b5a572b9d4dcce1654086d.
Temporarily disable due to high rate of crashes from endLayer check
Bug: 26609444
Change-Id: I7583a77bf5cc1e722fa4042db0542f80cd978760
- Refactored VPathRenderer & VectorDrawableState
- Moved all the VD rendering into native
- Set up hooks for VD's property changes in JNI for animated VD
TODO: JNI calls can be further reduced when we convert the animation
in AVD to use RenderNodeAnimator, in which case animation will be
driven from native and therefore most of the JNI hooks for changing
VD's properties during animation will no longer be needed.
Change-Id: I52021f4d7bea057b83ace54085d870dd45acae0f
Now test-only common files reside in tests/common, and each test
executable type (macrobench, microbench, and unit) has a subdir there.
This change means the shared lib no longer has test code in it, and
sets up a means for scenes to be shared between tests.
Change-Id: I37b081f6977300e03fdd961b8e6439fde730605e
Introduced PathData in Java, which is effectively a thin layer around the
native instance. PathData holds the verbs and points which is being used
in path morphing/interpolation. The verbs and points can be interpreted
into skia path commands, which is now done in native and therefore saves
a handful of JNI calls during path creation.
Removed the old PathDataNode mechanism and changed the PathEvaluator
to use PathData instead.
Also added tests and a microbench. Also ran CTS tests for VectorDrawable
and AnimatedVectorDrawable, and passed all of the existing tests.
Change-Id: Ia166f5172ff031fe18b154327967f911a62caec1
Now passes alphas and light radius, and correctly transforms light
center for layers.
Also fixes begin-frame/layer clears to be damage rect aware.
Change-Id: I3b1415cd7bf1518c510145ebebdb745f494a2542
Implement path parsing from string to skia path in native. The parsing
contains two main stages:
1) Parse string into a list of nodes that contains one operation (such
as move) and a vector of floats as params for that operation.
2) Interpret the operations defined in the nodes into SkPath operations,
and create a skia path
Also provided unit test for parsing a string path into a list of nodes,
and then to a skia path.
Change-Id: I0ce13df5e3bb90987dcdc80fe8b039af175ad2e2
