Lines Matching refs:PRIME
697 corruption with PRIME, when the sink uses the wrong stride to display the shared
4726 modesetting: code refactor for PRIME sync
4765 This is a problem when combining PRIME output slaving with arbitrary transforms
4774 In the case of PRIME, rrCheckPixmapBounding() will be called after
4777 behavior between PRIME and non-PRIME outputs.
12114 In the case of PRIME Sync, drmmode_SharedPixmapPrsentOnVBlank() passes in 1,
12134 modesetting driver in a PRIME configuration will segfault the server.
12993 modesetting: Blacklist EVDI devices from PRIME sync
17594 present: Allow flipping with PRIME slave outputs
19529 xf86Cursor: Use PRIME master xf86CursorScreenRec::HotX/Y for slaves
19531 xf86CursorScreenRec::HotX/Y contain 0 for PRIME slave screens.
19533 Fixes incorrect HW cursor position on PRIME slave screens.
21412 Currently with PRIME if we detect a secondary GPU,
23285 Commit 80e64dae: "modesetting: Implement PRIME syncing as a sink" originally was
23298 randr: Add ability to turn PRIME sync off
23300 Adds an output parameter to disable PRIME synchronization.
23304 parameters of non-PRIME configurations.
23306 Defaults to on, so if the user wants PRIME synchronization they don't need
23309 If the user wishes to disable PRIME synchronization when they first set up
23310 PRIME, they can run 'xrandr --output <output> --set "PRIME Synchronization"
23314 If the user wishes to enable or disable PRIME synchronization after PRIME has
23315 already been set up, they can run 'xrandr --output <output> --set "PRIME
23317 will tear down and setup PRIME in the configuration they requested on CRTCs
23340 PRIME synchronization output property.
23344 created when the user requests PRIME.
23577 modesetting: Implement PRIME syncing as a source
23580 RequestSharedPixmapNotifyDamage, the source functions for PRIME
23582 as a source with PRIME synchronization.
23588 v5: Move disabling of reverse PRIME on sink to sink commit
23599 modesetting: Disable Reverse PRIME for i915
23601 Reverse PRIME seems to be designed with discrete graphics as a sink in
23638 modesetting: Blacklist USB transport devices from PRIME sync
23649 but even then there isn't much value-add vs single buffered PRIME, and it
23654 PRIME. For now, just blacklist it, causing RandR to fall back to
23655 unsynchronized PRIME.
23680 the screen until PRIME flipping was reinitialized. To handle DPMS cleanly,
23681 suspend PRIME page flipping when DPMS mode is not on, and resume it when
23699 modesetting: Implement PRIME syncing as a sink
23702 SharedPixmapNotifyDamage, the sink functions for PRIME synchronization and
23703 double buffering. Allows modesetting driver to be used as a sink with PRIME
23819 vblank, PRIME sources will now conform to the sink's refresh rate.
23840 Move disabling for reverse PRIME from source commit to here
23860 PRIME Synchronization requires ms->drmmode.pageflip even if we aren't using
23939 randr/xf86: Add PRIME Synchronization / Double Buffer
23941 Changes PRIME to use double buffering and synchronization if all required
23961 Adds scanout_pixmap_back to struct _rrCrtc to facilitate PRIME
23972 Adds scanout_pixmap_back to struct _rrCrtc to facilitate PRIME double
23982 v5: Disable RRReplaceScanoutPixmap for double-buffered PRIME, it would need an
23984 no driver that actually supports double-buffered PRIME uses it.
23999 xf86: Add PRIME flipping functions to Screen
24036 (even for double-buffered PRIME) functions exposed by the sink driver and
26031 PRIME support with modesetting.
27527 any CRTC or while there are active PRIME output slaves, and enables HW
29628 initialized. Without this, a PRIME output starts out with garbage.
30052 I will be needing to create multiple shared pixmaps for PRIME double
30072 When I add PRIME double buffering and synchronization, I will need to do
33087 make current, which means on PRIME systems for example