this is the first step of a series of improvements to
BufferQueue. A few things happen in this change:
- setSynchronousMode() goes away as well as the SynchronousModeAllowed flag
- BufferQueue now defaults to (what used to be) synchronous mode
- a new "controlled by app" flag is passed when creating consumers and producers
those flags are used to put the BufferQueue in a mode where it
will never block if both flags are set. This is achieved by:
- returning an error from dequeueBuffer() if it would block
- making sure a buffer is always available by replacing
the previous buffer with the new one in queueBuffer()
(note: this is similar to what asynchrnous mode used to be)
Note: in this change EGL's swap-interval 0 is broken; this will be
fixed in another change.
Change-Id: I691f9507d6e2e158287e3039f2a79a4d4434211d
The EGL 1.4 spec section 3.5.1 states that EGL_BAD_ALLOC should be set
if the supplied window already has an associated EGLSurface, not
EGL_BAD_NATIVE_WINDOW as is currently set.
Change-Id: If1598617f4e31904f2045560ae1cdf49d8a697dc
This allows apps to find OpenGL ES 3.0 functions using
eglGetProcAddress() instead of dlopen/dlsym.
Bug: 9681677
Change-Id: I7ce6e1636bc47d6b0bf20a4e46bd67235714d129
in the common case this saves one instructions per jump
(which will help with the i-cache).
this change also gets rid of the "use slow tls" option,
which was useless. So at least now architectures that don't have
assembly bindings will perform much better.
Change-Id: I31be6c06ad2136b50ef3a1ac14682d7812ad40d2
Make it faster and correcter.
Also, fixed the "gen" script to update the static/egl/*.java files
as part of doing an update. Altered the "git" lines to change
directories before invoking git -- necessary because we're now
split between frameworks/base and frameworks/native.
Bug 9204146
Change-Id: Ie60504b1932349e6f2c9d3868dee6a645ef2b36e
destroyed but current-to-a-thread resources are only destroyed
when they're made not-current; however, we were not destroying
those when the thread itself terminated, causing these resources
to be leaked forever.
we now install a tls-key destructor that takes care of this
by calling eglReleaseThread upon thread termination.
Bug: 9209776
Change-Id: I88298a34e3a27488eb81eab76717715569c7d57c
Initially populated with EGL_ANDROID_presentation_time (moved from the
EGL14 class) and the ES-relevant parts of EGL_KHR_create_context.
Bug: 8678160
Change-Id: Ifed2ee3da264ca701ae1f4b309a0758f7fcc3acc
We were recommending SystemClock#uptimeMillis() from Java code, but
millisecond resolution is a little coarse. We don't have an
appropriate call in SystemClock, so use System.nanoTime() instead.
Bug 8733179
Change-Id: Ifb85a03eabf7ff168966adcb5ed5914bbf3884b2
for single library:
/vendor/lib/egl/GLES.so
for multiple libraries:
/vendor/lib/egl/EGL.so
/vendor/lib/egl/GLESv1_CM.so
/vendor/lib/egl/GLESv2.so
EGL_BOARD_CONFIG as well as egl.cfg are not needed anymore.
To facilitate the transition, the loader will also look
for the older naming scheme.
Bug: 8631636
Change-Id: Id4b113468df29bae72b323f76598229914e1c7a1
The getarray() function checks to see if there's enough room in
the buffer, but it's using a byte count for the available size
and a possibly non-byte count for the space required. Dividing
down by the unit size corrects the problem.
Bug 8713753
Change-Id: Id42c0df65c3233dcc5f76d05e229f7d40d4c1f99
the code intended to filter out the software-renderer, but the
test as written was essentially a no-op.
the problem didn't happen most of the time because we had
updated egl.cfg to not even list the software renderer.
the test as written didn't generate a compile-time error
because String8 has a const char* cast operator; but the
end result was to compare pointers instead of the string
itself.
http://code.google.com/p/android/issues/detail?id=54606
Change-Id: I739dd1c838fbc24c5643a631fae19713a8ef1717
eglCreateSyncKHR requires a call to glFlush which we were not doing.
fixed by moving the code above eglSwapBuffers(), which both
fixes the problem and gives us a slightly better idea of when
the GPU is done drawing.
Change-Id: Ic826ef1fe25a6247742c3d49d0cb69f4031e3593
Updating the generator to handle GLvoid*/java.nio.Buffer return values
probably wouldn't be too hard, but this is the only function that
needs it currently.
Bug: 8566953
Change-Id: I359a951136ab479ab576ce2e5a2881b937b7e8c9
Just a search-and-replace on the glGetActiveAttrib special-case, since
they have the same signature and parameter handling.
Bug: 8566953
Change-Id: I40834d6f32bf9ecb39718df29036aa2d1bbfa07a
Some of these are new ES3 functions, some are existing ES2 functions
that can now use the new pixel pack/unpack buffer bindings.
glDrawElementsInstanced needs a special case since the pointer/offset
arg isn't the last one like the generator assumes.
Bug: 8566953
Change-Id: I638a36b0a31aefcb5bfee6f4d049348223045103
Return values are declared with the C return type, but the JNI
function returns the JNI return type. In the case of GLsync/jlong as
in glFenceSync(), this causes a compile error. So the generator now
explicitly casts the return value to the JNI return type.
Bug: 8566953
Change-Id: I814befe2e4cce745434cbc4e1c8639fc3ce8aeae
This change adds ES3 functions to GLES30.spec, disabling any that
require non-trivial changes for the generator to handle.
Steps taken to add these:
- Copy ES3 function declarations from gl3.h
- Remove GL_APICALL, GL_APIENTRY, and semicolon from each declaration
- Add whitespace around parens and *s as required by the parser
- Comment out functions that the generator doesn't understand or that
it generates bad Java interfaces for (by inspection).
Bug: 8566953
Change-Id: Iaaef7d53e24f9a576759dbba72cd206bae1c1276
With the addition of float framebuffer support in ES3, some parameters
to ES2 functions are now GLfloat instead of GLclampf. Both are
typedefs for 'float', so this is a source and binary compatible change.
Bug: 8566953
Change-Id: I0b5acc78da7799a04053fdb568205f793792cad9
