Boeffla ramfs: Update to SuperSu 1.86
mali/p4note-power: Decrease minimum voltage boundaries
mali: platform rewrite

Samsung integrated checks on in the Pegasus platform that prevented the GPU control interfaces to work; on every decideNextStatus call the DVFS tables would be rewritten with separate fixed values. Module parameters for these values were present in the kernel so the hypothesis is that they were used for debugging during development.

-All checks are removed and the driver now looks very similar to the Orion platform.
-Removal of the CPU frequency lock to 1200MHz if the GPU is at 440MHz, this is excessive as 3D load heavy applications usually do not tax the CPU that far, and is an unnecessary power consumption burden.
-The thermal control unit temperature throttling causes to fix the voltage to a fixed value when throttling is in place; this is useless considering frequency is not limited, making the whole thing senseless. Thus removed.
-Cleaned up the files from unnecessary ifdef's for readability considering the fixed platform values.

thx to AndreiLux

ported to n80x0 by andip71
mali: disable mali_runtime_resume setting which continuously sets the clock to 266MHz while resuming from idle state
mali: disable voltage clamping
mali: fixing frequencies levels issues we were going over the dvfs level limit, now fixed also disabled mali bottom_lock to have complete control over freq and voltages
mali: add GPU overclocking frequencies

credits to Simone201
mali: GPU control interface

GPU frequency, scaling and voltage control.
Based on netarchy's initial implementation and improvements of AndreiLux, Gokhanmoral and ported onto the pegasus-m400 platform.

Adjusted for n80xx by andip71
boeffla_defconfig: Enable GPU control
Boeffla ramfs: Change GPU handling from none to 4 frequencies
Samsung ramfs: Update to version XXUCMK2
Release tag: 2.1-beta4
Boeffla ramfs: Reduce wait time during kernel startup to minimum
Boeffla ramfs: Fix supersu daemon not called after rooting process