glShaderSource strings are concatenated into a single string
before sent over the wire protocol. The wire protocol transfer is
done using a special api call 'glShaderString'
Change-Id: I90c157df66fe82fee17c460a1e7852d370c77088
Shader strings are sent over the wire protocal as one concatenated
string. a special api call - glShaderString is used to handle the
encoding and decoding of this string.
Change-Id: Id682763f35e9fcc6215559931db2112a4fa981a9
Use seperate EGL_emul, GLESv1_CM_emul and GLESv2_emul implementation
libraries. This replaces GLES_emul that was prviously included
EGL and GLESv1.
This change enables the wrapper to support GLESv2. However,
this current EGL implementation uses the native android emulator
EGL thus will not expose this GLESv2 capability.
Change-Id: Ib0a309d71cce1248efe9a08aa59434101d0ac607
Add functionality to generate a wrapper library. A wrapper library includes:
1. entry points
2. dispatch table (accessed from the library entry points)
3. dispatch table accessor callback
4. dispatch table initialization function
Note that the dispatch table initialization function used to be part of the decoder. This
change moves it to be part of the dispatch table layer where it belongs.
Change-Id: Ide6764a17cc029056f9946e778a513cdc2a49003
Match the location type in the decoder context data to take
int locations rather then symbolic constants.
Change-Id: I353e43315c90dbeafe4820a3749a0d1cf0848d4b
make the number of suppoted vertex attributes (by the codec)
common across the encoder and the decoder.
Change-Id: I699ef62821566cec0764982872adb92ebb8861e9
Extends GLClientState to support additional state data
that is required by GLESv2. this includes:
* normalized flag in vertex attribute arrays
* getter for vertex attribute arrays state
* glParamSize now knows about the result size of GL2 parameters
* utility functions required for a GLESv2 encoder
Change-Id: I7e57d978bed5b8b929b918aee66c7f71dc5df3b1
This fixes several issues when building the host libraris on Darwin.
Note that there is still not proper implementation of backend functions.
Change-Id: I3ba4120df6545a8c2aa62fdfcaadaf5ff4972456
This is the EGL implementation for the host EGL/GLES translator.
EglImp.cpp - includes the EGL entry points implementation.
ThreadInfo.cpp - defines the per-thread info which is shared to EGL and GLES
EglOsApi.h - platform dependant interface functions.
EglLinuxApi.cpp - implements the GLX platform of EglOsApi
EglWindowsApi.cpp - implenents the Windows platform of EglOsApi - This has not been compiled yet!!!
Change-Id: I30a8cf457858ef04febf67005787d8d18e5e7a70
This is the GLESv1 on top of OpenGL implementation on the host.
GLDispatch - dispatch table to host OpenGL implementation.
GLESimp - includes GLES entry points implementation.
Change-Id: Ief5eac2253a5a98b75a5d76363a36b7587d17391
See hardware/libhardware/include/hardware/qemu_pipe.h for the API
implemented by the library. It enables very fast reads/writes between
the guest system and specific emulator services.
Define BUILD_LIBQEMU_TESTS=true in your environment to build the
test programs (a simple host ping-pong server, and a benchmark
guest program).
You can invoke them with:
1/ Testing TCP pipes:
host: test-libqemu-1 -tcp 8012
guest: test-libqemu-2 -pipe tcp:8012
Alternatively
guest: su
test-libqemu-2 -tcp 8012
2/ Testing Unix pipes:
host: test-libqemu-1 -unix /tmp/libqemu-socket
guest: test-libqemu-2 -pipe unix:/tmp/libqemu-socket
3/ Testing internal pingpong server (within the emulator)
host: /* nothing to do */
guest: test-libqemu-2
Change-Id: Ib50fc9cbee6b5f4581baca97412d6f69d4f84860
This fix adds support for OpenGLES 1.1 extensions in the codec
layer. This fix also includes bug fixes in GLEncoder (client-state)
and gles android wrapper modules.
Change-Id: I512649724d43e4af9d3ce5d49ae66d9f4da0b823
