c159da765b
In EventThread, 2 VSYNCs are needed to do composition and update the client status. So, a 30FPS video may leads to 60FPS VSYNC, which means the DispSync thread would be waked 60FPS. This is a unexpected behavior which takes more power consumption. Now we update the SF status soon after the first VSYNC, which means no extra VSYNC needed, and the DispSync could be awaked as expected, and consequently power get saved. Change-Id: If486eb9b87f109a71f71b510768f15dd733f1233 Orig-Change-Id: I1d3b166021e15a81b2ad770b039761fc2c15fddf Tracked-On: https://jira01.devtools.intel.com/browse/IMINAN-12211 Category: aosp improvement Domain: Graphics-SF Origin: internal Upstream-Candidate: yes Signed-off-by: Wang, Yue A <yue.a.wang@intel.com> Reviewed-on: https://android.intel.com:443/238344 |
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| batteryservice | ||
| inputflinger | ||
| powermanager | ||
| sensorservice | ||
| surfaceflinger | ||