sensors/adxl335: add EXP430FR5739-based example
onewire: remove support for using internal pull-up resistors

These do no good whatsoever: they're too weak for parasitic power, and
unnecessary for external power.
ds18b20: use accessible pin for DS18B20 one-wire

Standard is P1.6 except where that's unavailable; EXP430F5529LP does not
have P7.7 available.
onewire: add support to detect parasite/external power

This seems to work.  Additional work is required to actually use
parasite power to obtain a temperature reading.
ds18b20: implement parasitic power

In the current implementation supplying the boost power during
parasitic-power conversions is left to the application.
exp430f5529: fix pin map error

The schematics RF1 is labeled with RF1.14=RF_STE=P2.7, which makes
sense, but in fact the silkscreen saying it's really P2.6 is right.

I want that three hours of my life back.
pinmaps: use full boosterpack identifier for rfem template
pinmap: cleanup and record peripheral name early
pinmap: refactor to build maps internally
pinmap: clean up RFEM pin mapping
pinmap: refactor RF boosterpack support

Use boosterpack pinmaps directly instead of hacking through the emk
interface.  This eliminates a bogus "anaren" rfem map which
inapproprately hard-coded MCU-specific pins.
maintainer: add showpins utility

This utility, which does not have a user-facing interface, can be used
to display tables that relate radio or booster-pack functions through
header and MCU pins down to MSP430 peripherals, to see whether a
boosterpack/platform combination has a chance of functioning.

In theory, the CC3000BOOST will work on an EXP430F5529LP.  The CC3000EM
in the SensHub RFEM socket will not.
exp430f5529lp: remove SPIN_FOR_JUMPER support

The serial connection on this doesn't appear to have problems with
output occurring while connecting.
exp430f5529lp: support anaren boosterpack
cc3000boost: add support

Verified to work on the EXP430F5529LP.  Compiles on the EXP430G2 but
fails to start, probably overrunning the stack, but I'm leaving the
configuration in place just in case.

Note: The CC3000BOOST is the only option for the EXP430F5529LP.  The
RFEM socket on the SENSHUB doesn't align with SPI-capable pins, and the
CCEM puts the SPI IRQ signal on P6.5 which doesn't support interrupts.
Does anybody check these designs?
global: update copyright year
platform: clear LOCKLPM5 during platform initialization

The current version of the FR58xx family sets this bit on power-up, not
just when waking from LPM5.  Consequently platform initialization needs
to clear it so LEDs work.  Add support for this, and improve the
description of what the default implementation does.
bootstrap/clocks: add CS variant info to output and blink

In the CS peripheral output indicate whether this is a CS (FR57xx) or
CS_A (FR58xx) variant.

To assist in debugging issues (like setting a clock speed that
immediately generates an oscillator fault which reboots the board,
versus a clock speed for which UART output is unreliable), blink the
first LED in the idle loop.
exp430fr5969: add platform
rf: ensure port HAL present on all GPIOs and CSn signals

It's only chance that this this thing worked at all, for some
boosterpack/platform combinations.