kjvalencik

### Keybase proof

I hereby claim:

  * I am kjvalencik on github.
  * I am kjvalencik (https://keybase.io/kjvalencik) on keybase.
  * I have a public key whose fingerprint is A38B A193 03A3 C812 243B  DFE7 1C89 98B6 F905 0CC9

To claim this, I am signing this object:

kjvalencik

node_modules/
npm-debug.log
.m2/

kjvalencik

// TODO: Implement `forEach` and `reduce`

class P extends Promise {
	constructor(fn) {
		super(fn);
	}

	tap(fn) {
		return this.then(res => {
			return Promise

kjvalencik

function promiseRetry(_fn, _attempts, backoff /* , errTypes */) {
	var fn        = Bluebird.method(_fn),
		attempts  = parseInt(_attempts, 10);

	var argsLen   = arguments.length,
		retryLen  = promiseRetry.length,
		catchArgs = new Array(Math.max(1, argsLen - retryLen + 1));

	for (var i = retryLen; i < argsLen; i += 1) {
		catchArgs[i - retryLen] = arguments[i];

kjvalencik

#content a[href^="/"]:not([href^="//"]) {
    pointer-events: none;
    color: inherit;
}

kjvalencik

/*
	Three farmers were selling chickens at the local market.
	One farmer had 10 chickens to sell, another had 16 chickens to sell, and the last had 26 chickens to sell.
	In order not to compete with each other, they agreed to all sell their chickens at the same price.
	But by lunchtime, they decided that sales were not going so well, and they all decided to lower their
	prices to the same lower price point.  By the end of the day, they had sold all their chickens.  It turned
	out that they all collected the same amount of money, $35, from the day's chicken sales.

	What was the price of the chickens before lunchtime and after lunchtime?
*/

kjvalencik

/* global _ */
// Based on https://github.com/es-shims/es5-shim
;(function () {
	"use strict";

	/* Provides the following polyfills
	 *
	 * Array.isArray
	 * Array.prototype.forEach
	 * Array.prototype.indexOf

kjvalencik

#!/bin/bash

JAVA=$(readlink -f `which java`)
JAVA32=$(echo $JAVA | sed 's/\/jvm\//\/jvm\/ia32-/ig')

if [ -a $JAVA.orig ]
then
	echo "Binary already patched"
else
	echo "Patching binary..."

kjvalencik

// You have 1,024 coins. One of those coins is double headed,
// but the rest are fair. You pick a coin at random and flip
// it 10 times and get 10 heads. What is the probability that
// the next flip will be heads?

// Constants
var TOTAL_COINS = 1024,
	NUM_DOUBLE  = 1,
	NUM_FLIPS   = 10,
	PROB_FAIR   = .5,

kjvalencik

# update
apt-get update
apt-get upgrade

# update manager for dist upgrades
apt-get install update-manager-core

# install recompiled libc, not available in repo

mkdir updateOpenVZ