renesas/drm.git - libdrm, cloned from git://anongit.freedesktop.org/mesa/drm

Age	Commit message (Collapse)	Author
2007-06-15	i915: Fix handling of breadcrumb counter wraparounds.	Michel Dänzer

2007-02-22	Some fencing cleanup.	Thomas Hellstrom

2007-02-15	Initial support for fence object classes.	Thomas Hellstrom
	(Fence objects belonging to different command submission mechanisms).
2007-02-14	Remove an intel-specific hack and replace it with a fence driver callback.	Thomas Hellstrom

2006-10-19	Make sure delayed delete list is empty on lastclose.	Thomas Hellstrom
	Fix some refcounting errors. Fix some error messages.
2006-10-17	Lindent.	Thomas Hellstrom

2006-09-25	Add /proc filesystem buffer / fence object accounting.	Thomas Hellstrom
	Check for NULL pointer in the i915 flush handler. Remove i915_sync_flush declaration.
2006-09-18	Alternative implementation of page table zeroing using zap page_range.	Thomas Hellstrom
	(Disabled for now) Fix bo_wait_idle bug. Remove stray debug message.
2006-09-15	Allow a "native type" to be associated with a fence sequence.	Thomas Hellstrom
	In the intel case, we can associate a flush with a sequence.
2006-09-15	Some bugfixes.	Thomas Hellstrom
	Change the fence object interface somewhat to allow some more flexibility. Make list IOCTLS really restartable. Try to avoid busy-waits in the kernel using immediate return to user-space with an -EAGAIN.
2006-09-08	Various bugfixes.	Thomas Hellstrom

2006-09-05	i915: Only turn on user IRQs when they are needed.	Thomas Hellstrom

2006-08-31	Validation and fencing.	Thomas Hellstrom

2006-08-29	Checkpoint commit. Buffer object flags and IOCTL argument list.	Thomas Hellstrom

2006-08-21	i915 fence object driver implementing 2 fence object types:	Thomas Hellstrom
	0x00 EXE fence. Signals when command stream interpreter has reached the point where the fence was emitted. 0x01 FLUSH fence. Signals when command stream interpreter has reached the point where the fence was emitted, and all previous drawing operations have been completed and flushed. Implements busy wait (for fastest response time / high CPU) and lazy wait (User interrupt or timer driven).