Qualcomm ARM64 DTS updates for v5.20

This introduces initial support for Lenovo ThinkPad X13s, Qualcomm 8cx
Gen 3 Compute Reference Device, SA8295P Automotive Development Platform,
Xiaomi Mi 5s Plus, five new SC7180 Chrome OS boards, Inforce IFC6560, LG
G7 ThinQ and LG V35 ThinQ.

With IPQ8074 gaining GDSC support, this was expressed in the gcc node
and defined for the USB nodes. The SDHCI reset line was defined to get
the storage devices into a known state.

For MSM8996 interconnect providers, the second DSI interface, resets for
SDHCI are introduced. Support for the Xiaomi Mi 5s Plus is introduced
and the Dragonboard 820c gains definitions for its LEDs.

The MSM8998 platform changes consists of a various cleanup patches, the
FxTec Pro1 is split out from using the MTP dts and Sony Xperia devices
on the "Yoshino" platform gains ToF sensor.

On SC7180 five new Trogdor based boards are added and the description of
keyboard and detachables is improved.

On the SC7280-based Herobrine board DisplayPort is enabled, SPI flash
clock rate is changed, WiFi is enabled and the modem firmware path is
updated. The Villager boards gains touchscreen, and keyboard backlight.

This introduces initial support for the SC8280XP (aka 8cx Gen 3) and
related automotive platforms are introduced, with support for the
Qualcomm reference board, the Lenovo Thinkpad X13s and the SA8295P
Automotive Development Platform.

In addition to a wide range of smaller fixes on the SDM630 and SDM660
platforms, support for the secondary high speed USB controller is
introduced and the Sony Xperia "Nile" platform gains support for the RGB
status LED. Support for the Inforce IFC6560 board is introduced.

On SDM845 the bandwidth monitor for the CPU subsystem is introduced, to
scale LLCC clock rate based on profiling. CPU and cluster idle states
are switched to OSI hierarchical states. DB845c and SHIFT 6mq gains LED
support and new support for the LG G7 ThinQ and LG V35 ThinQ boards are
added.

DLL/DDR configuration for SDHCI nodes are defined for SM6125.

On SM8250 the GPU per-process page tables is enabled and for RB5 the
Light Pulse Generator-based LEDs are added.

The display clock controller is introduced for SM8350.

On SM8450 this introduces the camera clock controller and the UART
typically used for Bluetooth. The interconnect path for the crypto
engine is added to the SCM node, to ensure this is adequately clocked.

The assigned-clock-rate for the display processor is dropped from
several platforms, now that the driver derrives the min and max from the
clock.

In addition to this a wide range of fixes for stylistic issues and
issues discovered through Devicetree binding validation across many
platforms and boards are introduced.
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