Tags give the ability to mark specific points in history as being important
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sound-3.16-rc2
8d42fda9 · ·sound fixes for 3.16-rc2 The significant part here is a few security fixes for ALSA core control API by Lars. Besides that, there are a few fixes for ASoC sigmadsp (again by Lars) for building properly, and small fixes for ASoC rsnd, MMP, PXA and FSL, in addition to a fix for bogus WARNING in i915/HD-audio binding.
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dt-fixes-for-3.16
99de6498 · ·- Fix microblaze compiling due to conflicting merge window changes - A fix in of_attach_node due to of_find_node_by_path changes - Prevent format strings in DT kobject names
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mfd-extcon-regulator-v3.17
342d669c · ·Immutable branch between MFD, Extcon and Regulator due for v3.17
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regulator-v3.16-rc1
c9ac0659 · ·regulator: Fixes for v3.16 A few small fixes: - Fixes for bugs in Palmas and as3722 exposed by recent changes in the core - the drivers weren't allowing the current configuration to be read sometimes. - Provide a stub for regulator_can_change_voltage() for !REGULATOR. - Make sure ltc3589 only looks at its child nodes in the device tree rather than searching the whole tree.
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asoc-v3.16-rc1
28e48f0e · ·ASoC: Fixes for v3.16 Quite a few build coverage fixes in here among the usual small driver fixes includling the sigmadsp change from Lars - moving the driver to separate modules per bus (which is basically just code motion) avoids issues with some combinations of buses being enabled.
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gpio-v3.16-2
06fc3b70 · ·A first GPIO fix for the v3.16 series, this was serious since it blocks the OMAP boot.
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sound-fix-3.16-rc1
8a02b164 · ·sound fixes for 3.16-rc1 Most of changes are small and easy cleanup or fixes. - a few HD-audio Realtek codec fixes and quirks - Intel HDMI audio fixes for Broadwell and Haswell / ValleyView - FireWire sound stack cleanups - a couple of sequencer core fixes - compress ABI fix for 64bit - Conversion to modern ktime*() API
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pm+acpi-3.16-rc1-2
d715a226 · ·More ACPI and power management updates for 3.16-rc1 - I didn't remember correctly that the Hans de Goede's ACPI video patches actually didn't flip the video.use_native_backlight default, although we had discussed that and decided to do that. Since I said we would do that in the previous PM+ACPI pull request, make that change for real now. - ACPI bus check notifications for PCI host bridges don't cause the bus below the host bridge to be checked for changes as they should because of a mistake in the ACPI-based PCI hotplug (ACPIPHP) subsystem that forgets to add hotplug contexts to PCI host bridge ACPI device objects. Create hotplug contexts for PCI host bridges too as appropriate. - Revert recent cpufreq commit related to the big.LITTLE cpufreq driver that breaks arm64 builds. - Fix for a regression in the ppc-corenet cpufreq driver introduced during the 3.15 cycle and causing the driver to use the remainder from do_div instead of the quotient. From Ed Swarthout. - Resets triggered by panic activate a BUG_ON() in vmalloc.c on systems where the ACPI reset register is located in memory address space. Fix from Randy Wright. - Fix for a problem with cpufreq governors that decisions made by them may be suboptimal due to the fact that deferrable timers are used by them for CPU load sampling. From Srivatsa S Bhat. - Fix for a problem with the Tegra cpufreq driver where the CPU frequency is temporarily switched to a "stable" level that is different from both the initial and target frequencies during transitions which causes udelay() to expire earlier than it should sometimes. From Viresh Kumar. - New trace points and rework of some existing trace points for system suspend/resume profiling from Todd Brandt. - Assorted cpufreq fixes and cleanups from Stratos Karafotis and Viresh Kumar. - Copyright notice update for suspend-and-cpuhotplug.txt from Srivatsa S Bhat. /
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soc2-for-3.16
bbea06f3 · ·ARM: SoC updates for 3.16 (part 2) This is a small follow-up to the larger ARM SoC updates merged last week, almost entirely for the keystone platform. The main change here is to use the new dma-ranges parsing code that came in through Russell's ARM tree. This allows the keystone platform to do cache-coherent DMA and to finally support all the available physical memory when LPAE is enabled. Aside from this, the keystone reset driver has been rewritten, and there is a small bug fix to allow building the orion5x platform again.