Because we need those modules for only emulator builds.
If you mark them as "debug", you'll get them even if you are doing a
real device userdebug/eng build.
Instead, we should add their module names to the emulator product config
in build/target/product/emulator.mk.
Bug: 8276818
Change-Id: I58988ce49804583b06e7d93380c44ba800448216
Because of the way the SDK and Android system images are branched,
host code that goes into the SDK tools can't live in the same
repository as code that goes into the system image. This change keeps
the emugl host code in sdk.git/emulator/opengl while moving the emugl
system code to development.git/tools/emulator/opengl.
A few changes were made beyond simply cloning the directories:
(a) Makefiles were modified to only build the relevant components. Not
doing so would break the build due to having multiple rule
definitions.
(b) Protocol spec files were moved from the guest encoder directories
to the host decoder directories. The decoder must support older
versions of the protocol, but not newer versions, so it makes
sense to keep the latest version of the protocol spec with the
decoder.
(c) Along with that, the encoder is now built from checked in
generated encoder source rather than directly from the protocol
spec. The generated code must be updated manually. This makes it
possible to freeze the system encoder version without freezing the
host decoder version, and also makes it very obvious when a
protocol changes is happening that will require special
backwards-compatibility support in the decoder/renderer.
(d) Host-only and system-only code were removed from the repository
where they aren't used.
(e) README and DESIGN documents were updated to reflect this split.
No actual source code was changed due to the above.
Change-Id: I2c936101ea0405b372750d36ba0f01e84d719c43
The emulator GLES support has two interfaces: a host shared library
interface used by QEMU, and a protocol between the platform and the
host. The host library interface is not versioned; QEMU and the GLES
renderer must match. The protocol on the other hand must be backwards
compatible: a new GLES renderer must support an older platform image.
Thus for branching purposes it makes more sense to put the GLES
renderer in sdk.git, which is branched along with qemu.git for SDK
releases. Platform images will be built against the protocol version
in the platform branch of sdk.git.
Change-Id: Ie73fce12815c9740e27d0f56caa53c6ceb3d30cc
It is possible to move the final installation path of a shared
library by using LOCAL_MODULE_PATH/LOCAL_UNSTRIPPED_PATH in its
module declaration.
We do this for example to put certain libraries under /system/lib/egl
or /system/lib/hw.
However, the Android build system has a small bug where you cannot
depend on these shared libraries because it will complain it doesn't
find them under /system/lib, the default install location.
More precisely, consider libfoo defined as:
include $(CLEAR_VARS)
LOCAL_MODULE := libfoo
LOCAL_MODULE_PATH := $(TARGET_OUT_SHARED_LIBRARIES)/egl
...
include $(BUILD_SHARED_LIBRARY)
Its final binary will be installed to /system/lib/egl/libfoo.so
Now, let's write a module that depends on it, as:
include $(CLEAR_VARS)
LOCAL_MODULE := libbar
LOCAL_SHARED_LIBRARIES += libfoo
...
include $(BUILD_SHARED_LIBRARY)
The build system will complain there is no rule to define the target
/system/lib/libfoo.so, but the target should be /system/lib/egl/libfoo.so.
A work-around is to define libbar as follows instead:
include $(CLEAR_VARS)
LOCAL_MODULE := libbar
LOCAL_ADDITIONAL_DEPENDENCIES := $(TARGET_OUT_SHARED_LIBRARIES)/egl/libfoo.so
...
include $(BUILD_SHARED_LIBRARY)
This works if you don't need to link against the library when building your
shared library (which is fortunately the case for the GLES emulation
libraries).
That's essentially what this patch implements under common.mk. We update
emugl-set-shared-library-subpath to record that a module has been "moved",
and we avoid adding them to the LOCAL_SHARED_LIBRARIES variable of the
modules that export it.
+ Simplify three Android.mk files accordingly.
Change-Id: Id15bef5359b0daa8d82bfaa5abf9346f00190ab5
This patch is a major rework of the build opengl-emulation
build scripts. See README for details.
In a nutshell, this introduces various functions that considerably
simplify the declaration of the 26+ modules in this implementation,
by handling auto-generation of sources and module imports/exports.
Change-Id: I827522d783c7b6cf5eafd37204a1025c235458cd
The previous changes replaced /system/lib/libGLES_emul.so with
several other libraries (lib{EGL, GLESv1_CM, GLESv2}_emul.so).
The clean step removes the old libGLES_emul.so from the build to
avoid any surprises.
Change-Id: I285b34c4d5f5a8bd3b37d9cb1b2da33fb155e62c
This patch modifies the guest libraries to use the new
fast qemu "opengles" pipe to communicate with the host
renderer process.
Note that the renderer is still listening on a TCP socket
on port 22468.
Change-Id: I6ab84f972a8024e1fdababa4615d0650c8d461bf
Conflicts:
tools/emulator/opengl/tests/gles_android_wrapper/Android.mk
tools/emulator/opengl/tests/gles_android_wrapper/ServerConnection.h
Ensure a server connection creation on make current, for cases where
the context and surface was created on a seperate thread.
In addition this commit publishes all the surface as ES2 capable
if queried.
Change-Id: Ie415b8ab3e370fa7fe97a526276e333aaa5e9e8b
Handle GLESv2 rendering in the emulator:
* load and initialize GLESv2 encoder library
* hide request for GLESv2 surfaces and contexts from the emulator
native implementation
* communicate the context/surface version configuration to the rendering
server
Change-Id: I9226275fc4a24983767735bdf19ddafbe9d07f34
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
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
This change includes four changes:
1) moved IOStream.h into host/include/libOpenGLRender, this directory
will include the api interface into the libOpenGLRender which will be
used later by the emulator and we need this interface to use IOStream.h
2) Updated Andorid.mk files to include the new directory location of IOStream.h
in the LOCAL_C_INCLUDE.
3) Added new function "read" to IOStream which reads a message without a givven
size.
4) Updated TcpStream to use "cutils/sockets.h" instead of using directly the socket api for portability reasons. (It now compiles on windows as well).
Change-Id: I30eb40c8dcd5aacf0d993aff9cdb90b283b12dde
Move system/OpenglCodecCommon into shared/OpenglCodecCommon so it's code
can be shared among more components of the project.
Move tests/ut_renderer/TimeUtils.* into a the common area
Annotate ErrLog.h and GLDecoderContextData.h with the project license statement
Change-Id: Ieea42e95edd5ad89fda4cfa40356a012304ee976
This patch ensures that the egl.cfg file specific to our
hardware OpenGL emulation is only copied to the system images
of emulator-specific build products.
This fixes a conflict for device-specific products (which provide
their own hw-specific egl.cfg).
Change-Id: I30cd64ba5915e5ffdc1091de8db20f6c3c671486
This adds opengl es implementation driver that selects whether to use
the native android emulator opengl impelementation or use a remote,
host side renderer. This driver is used to selectivley run applications using
the remote renderer. The selection is based on the application/process name and
is configured using /etc/gles_emul.cfg in the emulator side.
This change also installs /etc/egl.cfg that is used by the Android opengl wrapper
to select an opengl implementation
Change-Id: I66eda3d48938f8057bf45e6476b7faefaf1130fb
