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This is the 3.14.34 stable release

This is the 3.18.8 stable release

This is the 3.10.70 stable release

sound fixes for 4.0-rc2

Most of changes in this pull request are about the fixes of crash of
FireWire drivers at hot-unplugging.  In addition, there are a few
HD-audio fixes (removal of wrong static, a pin quirk for an ASUS mobo,
a regression fix for runtime PM on Panther Point) and a long-standing
(but fairly minor) bug of PCM core.

Linux 34.0-rc1

Additional power management and ACPI updates for v3.20-rc1

 - Revert a recent ACPI LPSS driver commit that prevented the touchpad
   driver from loading on Dell XPS13 (Jarkko Nikula).

 - Make the ACPI LPSS driver disable the I2C controllers and deassert
   SPI host controllers resets at startup on Intel BayTrail and Braswell
   SoCs in case they have been left in wrong states by the platform
   firmware which then may casuse fatal controller driver failures during
   resume from hibernation (Mika Westerberg).

 - Make two recently added ACPI EC messages look better (Scot Doyle).

 - Reduce the printk level of a recently added debug message related to
   ACPI resources that may become noisy in some cases (Rafael J Wysocki).

 - Add a new ACPI backlight blacklist entry for Samsung Series 9
   (900X3C/900X3D/900X3E/900X4C/900X4D) laptops where the native backlight
   interface doesn't work while the ACPI based one does (Jens Reyer).

 - Make the PNP sybsystem's core code use __request_region() followed by
   __release_region() instead of __check_region() which then will allow
   us to get rid of the latter as it has no more users (Jakub Sitnicki).

 - Fix a build breakage and an issue with two __init functions that may be
   called after initialization in the s3c cpufreq driver (Arnd Bergmann).

 - Make the powernv cpuidle driver read target_residency values for idle
   states from a Device Tree (as we have the suitable DT bindings for that
   now) and improve the parsing of the powermgmt DT node in that driver
   (Preeti U Murthy).

/

The clock framework changes for 3.20 contain the usual driver additions,
enhancements and fixes mostly for ARM32, ARM64, MIPS and Power-based
devices. Additionaly the framework core underwent a bit of surgery with
two major changes. The boundary between the clock core and clock
providers (e.g clock drivers) is now more well defined with dedicated
provider helper functions. struct clk no longer maps 1:1 with the
hardware clock but is a true per-user cookie which helps us tracker
users of hardware clocks and debug bad behavior. The second major change
is the addition of rate constraints for clocks. Rate ranges are now
supported which are analogous to the voltage ranges in the regulator
framework. Unfortunately these changes to the core created some
breakeage. We think we fixed it all up but for this reason there are
lots of last minute commits trying to undo the damage.

This is the 3.2.67 stable release

sound fixes for 3.20-rc1

Here are a few small fix patches for 3.20-rc1:
- Quirks for Denon and Lifecam USB-audio devices and HD-audio
  on HP laptops
- A long-time regression fix for HDSP eMADI
- Add missing DRAIN_TRIGGER flag set for ASoC intel-sst
- Trivial fixes for sequencer core and HD-audio Tegra, a LINE6
  cleanup

This is the 3.12.38 stable release

qcomlt-v3.19

Suspend-to-idle timer quiescing support for v3.20-rc1

Till now suspend-to-idle has not been able to save much more energy
than runtime PM because of timer interrupts that periodically bring
CPUs out of idle while they are waiting for a wakeup interrupt.  Of
course, the timer interrupts are not wakeup ones, so the handling of
them can be deferred until a real wakeup interrupt happens, but at
the same time we don't want to mass-expire timers at that point.

The solution is to suspend the entire timekeeping when the last CPU
is entering an idle state and resume it when the first CPU goes out
of idle.  That has to be done with care, though, so as to avoid
accessing suspended clocksources etc. end we need extra support
from idle drivers for that.

This series of commits adds support for quiescing timers during
suspend-to-idle and adds the requisite callbacks to intel_idle
and the ACPI cpuidle driver.

/

Staging drivers patches for 3.20-rc1

Here's the big staging driver tree update for 3.20-rc1.  Lots of little
things in here, adding up to lots of overall cleanups.  The IIO driver
updates are also in here as they cross the staging tree boundry a lot.
I2O has moved into staging as well, as a plan to drop it from the tree
eventually as that's a dead subsystem.

All of this has been in linux-next with no reported issues for a while.

Signed-off-by: Greg Kroah-Hartman <gregkh@linuxfoundation.org>

- use the atomic helpers for plane_upate/disable hooks (Matt Roper)
- refactor the initial plane config code (Damien)
- ppgtt prep patches for dynamic pagetable alloc (Ben Widawsky, reworked and
  rebased by a lot of other people)
- framebuffer modifier support from Tvrtko Ursulin, drm core code from Rob Clark
- piles of workaround patches for skl from Damien and Nick Hoath
- vGPU support for xengt on the client side (Yu Zhang)
- and the usual smaller things all over

More ACPI and power management updates for v3.20-rc1

 - Revert two ACPI EC driver commits, one that broke system suspend
   on Acer Aspire S5 and one that depends on it (Rafael J Wysocki).

 - Fix a typo leading to an incorrect check in the exynos-ppmu devfreq
   driver (Dan Carpenter).

 - Add support for one more Broadwell CPU model to intel_idle (Len Brown).

 - Fix an obscure problem with state transitions related to interrupts
   in the speedstep-smi cpufreq driver (Mikulas Patocka).

 - Remove some unnecessary messages related to the "out of memory"
   condition from the core PM code (Quentin Lambert).

 - Update turbostat parameters and documentation, add support for
   one more Broadwell CPU model to it and modify it to skip
   printing disabled package C-states (Len Brown).

/

IOMMU Updates for Linux v3.20

This time with:

	* Generic page-table framework for ARM IOMMUs using the LPAE page-table
	  format, ARM-SMMU and Renesas IPMMU make use of it already.

	* Break out of the IO virtual address allocator from the Intel IOMMU so
	  that it can be used by other DMA-API implementations too. The first
	  user will be the ARM64 common DMA-API implementation for IOMMUs

	* Device tree support for Renesas IPMMU

	* Various fixes and cleanups all over the place

DeviceTree changes for 3.20:

- DT unittests for I2C probing and overlays from Pantelis Antoniou
- Remove DT unittest dependency on OF_DYNAMIC from Gaurav Minocha
- Add Tegra compatible strings missing for newer parts from Paul
Walmsley
- Various vendor prefix additions