It seems that tinygo doesn't not support MIPS based embedded devices out of the box, although LLVM does support the following:

    mips       - MIPS (32-bit big endian)
    mips64     - MIPS (64-bit big endian)
    mips64el   - MIPS (64-bit little endian)
    mipsel     - MIPS (32-bit little endian)

My intent is to execute the tinygo compiled binary within a mipsel linux box, no

Is your enhancement proposal related to a problem? Please describe.
Refer to: zephyrproject-rtos/zephyr#28932

Describe the solution you'd like
Refer to: zephyrproject-rtos/zephyr#28932 (comment)

Describe alternatives you've considered
NA

Additional context
NA

Resurrecting the second bullet from #1334

• Figure out how to fix favicon / logo more generally (here's a start https://github.com/tock/tock/tree/doc-updates)

Running this code causes D19 to idle high and not oscillate. Removing D30 from pins_temp corrects the issue. No errors are flagged. D30 and D19 share TC4_WO1, but have different TCC peripherals.

import board
import time
import pwmio

pins_temp = [ board.D30, board.D19]
pwm_pins = []
for pin in pins_temp:
    p = pwmio.PWMOut(pin, frequency=10, duty_cycle=0x7fff, variable_frequenc

Implement some test cases for standard memset()

In PROTECTED mode, the MPU is used to map regions of memory to supervisor- and/or user-accessible memory. Currently, that algorithm is very simple: The entire address range is made accessible in supervisor mode; a single MPU region is used to enable user-mode access in each user memory region.

Each MPU region must bit both of a power-of-two size and with an alignment in memory equal to the si