begin khronos begin egl display 1 egl-dlls = libEGL-mesa.so glesv1-dlls = libglapi-mesa.so libGLESv1_CM-mesa.so glesv2-dlls = libglapi-mesa.so libGLESv2-mesa.so end egl display begin wfd device 1 wfd-dlls = libwfdcfg-sample.so libWFDintel-drm.so # Run "drm-probe-displays" to list the available displays and pipelines, # and "use $GRAPHICS_ROOT/libWFDintel-drm.so" for more information on # these driver-specific settings. # Pipeline IDs 1 to 9 are used for DRM CRTCs. One should be assigned # to each display that will be used. pipeline1-display = 7 pipeline2-display = 1 # Pipeline IDs 10 and above are used for DRM planes. A plane can only # be used on a display with an active CRTC. pipeline10-display = 7 pipeline11-display = 1 end wfd device end khronos begin winmgr begin globals input = keyboard # Adjust the stack size of Screen's resmgr threads. The default size # is insufficient for blitters/compositors using Mesa (e.g., gles2blt). stack-size = 32384 # in units of 1024 bytes blit-config = gles2blt end globals begin display 1 video-mode = 1280 x 1024 @ 60 # Adjust the stack size of Screen's composition thread; required when the # display's framebuffer uses Mesa (e.g. "usage = gles2"), as noted above. stack-size = 32384 # in units of 1024 bytes end display begin display 7 video-mode = 1280 x 1024 @ 60 stack-size = 32384 # in units of 1024 bytes end display begin class framebuffer # Be sure to configure the "pipeline%d-display" options (above) so the # specified display and pipeline are bindable. Normally a framebuffer # will use a CRTC pipeline. display = 7 pipeline = 1 format = rgba8888 usage = gles2blt end class # begin class framebuffer2 # Be sure to configure the "pipeline%d-display" options (above) so the # specified display and pipeline are bindable. Normally a framebuffer # will use a CRTC pipeline. # display = 1 # pipeline = 1 # format = rgba8888 # usage = gles2blt # end class end winmgr