Dave Airlie 1ddd36eda1 drm/tegra: Changes for v4.1-rc1 ... Perhaps the most noteworthy change in this set is the implementation of a hardware VBLANK counter using host1x syncpoints. The SOR registers can now be dumped via debugfs, which can be useful while debugging. The IOVA address space maintained by the driver can also be dumped via debugfs. Other than than, these changes are mostly cleanup work, such as making register names more consistent or removing unused code (that was left over after the atomic mode-setting conversion). There's also a fix for eDP that makes the driver cope with firmware that already initialized the display (such as the firmware on the Tegra-based Chromebooks). -----BEGIN PGP SIGNATURE----- Version: GnuPG v2 iQIcBAABCAAGBQJVHXUKAAoJEN0jrNd/PrOhjSUQAL9QJZBZmQmit1mroVWmWAx8 1m4/lj0bP3s1uOLzkQUwXJes0/niVie6lGmdZ9WCa3lThPErfvgYqKNpVJOYknMR iFg3HbEHgqz9T5zGNxp43g2hQrxssGEPAJXg4vE06nyS9YTOe0PZi27z9ynwapNZ Z+Gl2787mmnQE+PyQUQjT96OJv2ahnTgHtcDNMU0SWh5Dr6tI/vo5l/mHnqFOKnQ Kt/CCf+eNZ1jWCKqN5WYjxUT8kCMsMPPcnKzwhvrCXf6RqMDhr/rc47PGeak/qKR 0poIA47XlN6lPwul1P2gtyJaMiE7790aPKcgUDdpHJItPxbC9D/A8o8M+TcUqryw NHdKKEDxoo/yg+2x6ZgFk202UbVevp6cBtP+3nrfUAefPCrrkDX31ej6rWAUs7Zm POzugFON7q+85kF/yO1IEg1lov3zLIl4tCXNtprXUPFHbaBJJpMYK8joNyg2YZVh pYrV6AaKEwiVpi2h/kfhk/B32fx/KsufBR7fEPFOcJFQ6Gmi/l6GB+li00+LbrI4 8mDN6ngw7KASj03/RWXKSwGXdHqoMx2vtQPgjlNuGhHSgGzk3hZqapC7X+5WhoAw bOelbtzFABv8EA+vQN5IXd8SKdMPt4AFVGhk4B9HbZUyQLHln187p1tE1q9jSe/V D9bxrB3Wlf4Ks6Kl8OqU =HZO1 -----END PGP SIGNATURE----- Merge tag 'drm/tegra/for-4.1-rc1' of git://anongit.freedesktop.org/tegra/linux into drm-next drm/tegra: Changes for v4.1-rc1 Perhaps the most noteworthy change in this set is the implementation of a hardware VBLANK counter using host1x syncpoints. The SOR registers can now be dumped via debugfs, which can be useful while debugging. The IOVA address space maintained by the driver can also be dumped via debugfs. Other than than, these changes are mostly cleanup work, such as making register names more consistent or removing unused code (that was left over after the atomic mode-setting conversion). There's also a fix for eDP that makes the driver cope with firmware that already initialized the display (such as the firmware on the Tegra-based Chromebooks). * tag 'drm/tegra/for-4.1-rc1' of git://anongit.freedesktop.org/tegra/linux: drm/tegra: sor: Reset during initialization drm/tegra: gem: Return 64-bit offset for mmap(2) drm/tegra: hdmi: Name register fields consistently drm/tegra: hdmi: Resets are synchronous drm/tegra: dc: Document tegra_dc_state_setup_clock() drm/tegra: dc: Remove unused callbacks drm/tegra: dc: Remove unused function drm/tegra: dc: Use base atomic state helpers drm/atomic: Add helpers for state-subclassing drivers drm/tegra: dc: Implement hardware VBLANK counter gpu: host1x: Export host1x_syncpt_read() drm/tegra: sor: Dump registers via debugfs drm/tegra: sor: Registers are 32-bit drm/tegra: Provide debugfs file for the IOVA space drm/tegra: dc: Check for valid parent clock		2015-04-08 11:13:06 +10:00
..
drm	drm/tegra: Changes for v4.1-rc1	2015-04-08 11:13:06 +10:00
host1x	gpu: host1x: Export host1x_syncpt_read()	2015-04-02 18:46:20 +02:00
ipu-v3	gpu: ipu-v3: do not divide by zero if the pixel clock is too large	2015-02-23 17:18:59 +01:00
vga
Makefile	gpu: host1x: Provide a proper struct bus_type	2015-01-27 10:09:14 +01:00