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Updating download script to fetch the new SoftDevice, and
adding corresponding linker script for the BLE stack.

Removing linker script for nrf52832 s132 v6.0.0 as all target
boards now points to the new v6.1.1. Also, removing the entry
from the download_ble_stack.sh script.

This patch moves all the nrf52832 target boards to use the
new SoftDevice s132 v6.1.1 instead of the legacy v6.0.0.

Updating download script to fetch the new SoftDevice, and
adding corresponding linker script for the BLE stack.

All STM32 with a UART7 also have a UART8 and vice versa, but this change
improves readability and allows for them to be independent in the future.

As already mentioned in the docs, not all constants may be available on all
ports, so this is optional to implement.

Previously specifying None as the pull value would leave the pull up/down
state unchanged.  This change makes it so -1 leaves the state unchanged and
None makes the pin float, as per the docs.

In this port JavaScript is the underlying "machine" and MicroPython is
transmuted into JavaScript by Emscripten.  MicroPython can then run under
Node.js or in the browser.

Adds a new board configuration for the frdm_kw41z board, including support
for the fxos8700 accelerometer/magnetometer/die temperature sensor.

Adds the fxos8700 accelerometer/magnetometer/die temperature sensor to the
frdm_k64f board configuration.

Prompted by code size analysis, after arduino_101 build overflowing ROM.

I.e. on-die temperature sensor.  Upstream made more fine-grained channels
for different kinds of temperature.

Underlying k_call_stacks_analyze() was gone in Zephyr, reimplement using
k_thread_foreach().

The system provided one is in ROM and is more accurate.

Functions in these files may be needed when certain features are enabled
(eg dual core mode), even if the linker does not give a warning or error
about unresolved symbols.

The override #define's should go in the board's mpconfigboard.h file.

The default speed of the QSPI interface is 72Mhz whereas the standard AF
pin speed (high) is only rated to 50Mhz, so increase speed to very-high.

How to use this feature is documented in docs/develop/cmodules.rst.

This system makes it a lot easier to include external libraries as static,
native modules in MicroPython.  Simply pass USER_C_MODULES (like
FROZEN_MPY_DIR) as a make parameter.

During make, makemoduledefs.py parses the current builds c files for
MP_REGISTER_MODULE(module_name, obj_module, enabled_define)

These are used to generate a header with the required entries for
"mp_rom_map_elem_t mp_builtin_module_table[]" in py/objmodule.c