rhwlo

#include "Arduino.h"

#define KEY_UP 1
#define KEY_DN 0

/* Connect the Arduino to the socket of the keyboard's main microcontroller
(an AT89S8253: http://ww1.microchip.com/downloads/en/DeviceDoc/doc3286.pdf)
with the following pins:

Kinesis U1            Arduino      

rhwlo

Swedish Cinnamon Buns (Kanelbullar)

ingredients

• for the dough:
  • 1¼ cup (300 mL) milk or almond milk
  • ⅓ cup (75 g) butter or margarine
  • 2 teaspoons (1 packet, or 6 g) yeast
  • ½ cup (100 mL) sugar
• 4 ¼ cups flour

rhwlo

const f = {
  m() {
    return this.n();
  },
  n() {
    return "hi!";
  }
};
f.m(); // "hi!"
f.n(); // "hi!"

rhwlo

import asyncio

import pytest


class Mutable:
    def __init__(self) -> None:
        self._mutations: int = 0
    
    @property

rhwlo

# look, it's art. okay? it's art about how functional programming in Python is sometimes ugly
#
# it just so happens this art has a terrible worst-case complexity.
#

# usage: echo "1 2 3" | python countdown.py

from itertools import chain, izip_longest, product, permutations
import operator
import sys

rhwlo

import asyncio
from urllib.parse import urljoin

from aiohttp.client import request


async def main():
    for endpoint in ["/success_without_reason", "/failure_without_reason"]:
        async with request("get", urljoin("http://0.0.0.0:8080",
                                          endpoint)) as resp:

rhwlo

<script>
const formatDuration = ({hours, minutes, seconds}) => {
  const finalSeconds = seconds % 60;
  const finalMinutes = ((minutes || 0) + Math.floor(seconds / 60)) % 60;
  const finalHours = Math.floor((minutes || 0) / 60 + seconds / 3600) + (hours || 0);
  const formattedHours = (finalHours && finalHours > 0) ? `${finalHours}h` : '';
  const formattedMinutes = (finalMinutes && finalMinutes > 0) ? `${finalMinutes}m` : '';
  const formattedSeconds = (finalSeconds && finalSeconds > 0) ? `${finalSeconds}s` : '';
  return `${formattedHours}${formattedMinutes}${formattedSeconds}`;
};

rhwlo

set editing-mode vi
set keymap vi
set convert-meta on

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# invoke with, ex., 'echo "10010 10110" | sed -rf adder.sed'
:add
p
# If we have two final zeroes:
/^[01]*0\s[01]*0$/ {
  # drop the final zeroes
  s/^([01]*)0(\s)([01]*)0$/\1\2\3/
  # swap the hold buffer in
  x
  # add a 0 at the front

rhwlo