mieszko4

-- Lua uses at least 8 bytes to represent a number
-- Base64 minimum processable unit is represented by four 6-bit chunks which is 24-bits => 3 bytes
-- Hence we can safely use bit operations on number type for multiplexing and extraction

-- Define function to extract 8-bit ASCII char from 24-bit base64 unit
local function extractChar(unit, idx)
	-- Skip mask for first ASCII char since shifting will destroy other two parts
	if idx == 2 then
	  local charCode = (unit) >> (8 * idx)

mieszko4

type A = {a: 'a'} | {b: 'b'};

const c: A = {
  a: 'a',
  b: 'b'
};
type C = typeof c; // === A
// Confused TS: I cannot access c.a nor c.b

mieszko4

module.exports = function (fileInfo, api) {
  const j = api.jscodeshift;

  const isPromiseDelay = (nodePath) => {
    const { object, property } = nodePath.node.callee;

    return object && object.name === 'Promise' && property && property.name === 'delay';
  };

  const isRequire = (nodePath, name) => {

mieszko4

const util = require('util');
const Transform = require('stream').Transform;
const intercomDrinks = require('intercom-drinks').default;

function Stream() {
  if (!(this instanceof Stream)) {
    return new Stream();
  }
  Transform.call(this, {
    writableObjectMode: true

mieszko4

const request = require('request');
const fs = require('fs');
const intercomDrinks = require('intercom-drinks').default;

const radius = 100000; //in meters
const latitude = 53.3381985;
const longitude = -6.2592576;
const onlineSource = 'https://gist.githubusercontent.com/brianw/19896c50afa89ad4dec3/raw/6c11047887a03483c50017c1d451667fd62a53ca/gistfile1.txt';
const offlineSource = 'input.jsonl';

mieszko4

Number.prototype.mod = function(n) {
  return ((this % n) + n) % n;
};

function encode(string, generator, cycle=10, reverse=false) {
  let sequence = generator();
  let start = ' '.charCodeAt();
  let end = '~'.charCodeAt();
  
  return Array.from(string).map((c, i) => {

mieszko4

['Knowledge', 'Hardwork', 'Attitude'].map(function (word) {
  return {
    word: word,
    count: word.toUpperCase().split('').reduce(function (p, c) {
      return p + (c.charCodeAt(0)-'A'.charCodeAt(0) + 1);
    }, 0)
  };
});