This make the EGL/GLESv1/GLESv2 libraries on the guest to use
the OPENGL bionic tls slot for faster tls access.
Note that we still setting the slower tls in order to have the
tls destructor which allow us to close the host connection
when the thread exits.
Gives slightly performance improvement, the avg score for the
teapot test in 0xBench goes from 34 to 37 fps. (This test is
near immediate mode since it renders a lot of small primitives
so it is a good candicate to be improved).
Change-Id: I9060c75cc29c2e28721fa11d3f318b438edb5da9
This change removes the 'blitFromPbuffer' path in the renderer
which uses binding pbuffer to texture. This path does not work
on all platforms and is not relavent any more. It simplifies
a lot the FBConfig filtering code.
Also, added a check to fail the renderer initialization if
the translator plugin does not support EGL_KHR_gl_texture_2d_image
and GL_OES_EGL_IMAGE (by both GLES implementations [1 and 2])
since our implementation requires it.
Change-Id: Ifd4c66943a8da56308cfb7e38914c962b4f5befe
That replaces the readback to host we do at the end of each frame
with two blits on the GPU, one to copy the pixels into a texture
and another to render the texture to another in order to flip
the image.
Change-Id: I7e0e10493d38944d0b613e245023f34236d3dfc4
This patch improves the performance of the TcpStream implementation
on the host by disabling the Nagle algorithm, thus improving the
bandwidth of small packets.
When used with the corresponding change in the emulator, this
significantly improves the speed of OpenGLES emulation for many
applications.
Change-Id: Ic09e51ecddf04bc7d667f46e1d260030d5fcad88
This is a workaround to a driver bug on Intel/Linux, when destroying
a subwindow do not close the X display connection, keep it for the
next call to createSubWindow. It happens that the intel/linux driver
caches the display connection for each window ID and use it during
swap or something similar. Using the same display connection for
all subwindows workaround the problem.
Also added a wait loop to wait until the window becomes mapped
instead of just calling XSync after calling XMapWindow. This
is more accurate and make sure we do not miss the first window
refresh.
Change-Id: I63c69d736df433666a8c79d71127afe72776e89f
on eglCreateContext the translator created a window for the
specified config with a matching pixelformat and saved it's
device context for future use.
however when the thread exited the window was destroyed by windows
and the handle saved became invalid.
the next call to wglCreateContext with the handle saved failed.
fixed the problem by creating windows per thread and not in a
global pool.
each thread will create its own window for each config when asked
the window will be destroyed when the thread exits.
Change-Id: I63668a20e8c30c42c4cfcaca664938683600b28e
our framebuffer implementation in gralloc does not support
setUpdateRect but we erronously publish as we do. Reset
the setUpdateRect so that flinger will not try to use it.
Change-Id: I2e4f2ef7e5701aed69caa194426945bafd5ac4c9
Now that we are not running the renderer as a seperate process
we need to have the XInitThreads call we put in the renderer process
inside emulator_test_renderer since the render server runs inside that
thread.
NOTE FOR INTEGRATION: this will need to be added to the emulator as
well.
Change-Id: I70592ad976d08c86e2c9e75b11b6ad57d6067606
