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When the kernel driver name is radeon, ask the loader for r300 or r600
depending on the PCI ID.
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Add new source files to SConscripts.
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The extension is implemented by pipe_fence_handle.
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The extension is implemented by pipe_condvar.
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This allows Mesa EGL to be compiled with eglext.h that does not define
EGL_MESA_screen_surface.
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Acked-by: Jakob Bornecrantz <jakob@vmware.com>
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Mainly, the type of __GLXdisplayPrivateRec::screenConfigs has changed
from "__GLXscreenConfigs *" to "__GLXscreenConfigs **".
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st/egl uses GLX code for DRI2 support. It should honor
GLX_DIRECT_RENDERING.
Also updates configure.ac to define GLX_DIRECT_RENDERING for st/egl.
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The configs should be FREE()ed, not free()ed. We cannot rely on
_eglCleanupDisplay here.
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The target supports OpenVG on Windows with software rasterizer. The
egl_g3d_loader defined by the target supports arbitrary client APIs and
window systems. It is the SConscript that limits the support to OpenVG
and GDI.
This commit also fixes a typo in gdi backend.
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It is no longer needed.
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This change makes st/egl build a single egl_gallium.so and multiple
st_<API>.so and pipe_<HW>.so. When a display is initialized, the
corresponding pipe driver will be loaded. When a context is created,
the corresponding state tracker will be loaded.
Unlike DRI drivers, no ABI compatibility is maintained. egl_gallium,
pipe drivers and state trackers should always be distributed as a single
package. As such, there is only a single src/gallium/targets/egl/ that
builds everything for the package.
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Several changes are made. libegl.a no longer defines _eglMain. It
defines functions to create and destroy a _EGLDriver instead. The
creation function is called by the targets. It takes an egl_g3d_loader
as its argument. The loader is defined by the targets and is in charge
of creating st_api and pipe_screen. This allows us to move the module
loading code to targets. Lastly, the modules are now loaded as the
respective contexts are created.
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Merge all targets into targets/egl/. The target produces
egl_gallium_<HW>.so for each pipe driver and st_<API>.so for each client
APIs. This enables us to further merge egl_gallium_<HW>.so into
egl_gallium.so later.
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Merge multiple egl_<platform>_<pipe>.so into a single
egl_gallium_<pipe>.so. The environment variable EGL_PLATFORM is now
used to modify the return value of _eglGetNativePlatform.
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Move native_get_name, native_create_probe, native_get_probe_result, and
native_create_display into struct native_platform, and add
native_get_platform to get a handle to the struct.
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The callback is used by st/vega to check if a visual specifies the
depth/stencil format. It forces st/vega to be loaded by st/egl to
perform the check. As noted in EGL spec, the depth/stencil format of a
visual should not affect OpenVG. It should be better to ignore the
field and always allocate the depth/stencil texture.
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Conflicts:
src/gallium/state_trackers/egl/x11/native_dri2.c
src/gallium/state_trackers/egl/x11/native_x11.c
src/gallium/state_trackers/egl/x11/native_x11.h
src/gallium/state_trackers/xorg/xorg_driver.c
src/gallium/winsys/radeon/drm/radeon_drm.c
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This commit introduces type-safe platform displays internally. A
platform display consists of a generic pointer and an enum that
specifies the platform.
An EGLDisplay is created from a platform display. Native displays
become platform displays whose platform is determined by
_eglGetNativePlatform(). Platform windows and pixmaps may also be
introduced if needed.
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A platform is already used to mean a window system in EGL. No need to
use a different term.
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The backend is pure software. It implements EGL_MESA_screen_surface
extension, and is kept simple by only exporting the current mode.
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Forgot to stage this chunk in last commit.
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The code is shared by ximage and gdi backend.
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resource_surface_add_resources should still be called even when the
stamps match. For example, a caller may ask for two different sets of
attachments.
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There is only resource_surface for now. It helps manage the resources
of a software-based native surface such as XImage or GDI.
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At least, .dll is used on Windows.
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The backend uses Windows GDI driver to provide a software EGL
implementation on Windows.
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This is some refactoring works. Creating a pbuffer from an
EGL_OPENVG_IMAGE is still not supported.
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It was broken since surface_copy -> resource_copy_region transition.
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Check if the native native is EGL_DEFAULT_DISPLAY. If not, treat it as
an fd.
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With the removal of DRI1 support there where no use of this argument,
some drivers didn't even properly check it.
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Conflicts:
src/mesa/state_tracker/st_gen_mipmap.c
src/mesa/state_tracker/st_texture.c
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dlopen api_<API>.so before dlopening the process itself in case the
client APIs are implemented in external modules.
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Move glapi to src/mapi/{glapi,es1api,es2api}.
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proc_name cannot be NULL after the switch statement. proc_name is
assigned a value or the function has already returned.
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The struct st_module isn't needed as it is the same thing as the st_api
struct. That is they both represent the API. Instead just use a single
function entry point to the the API.
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