bholzer

import java.awt.Color;
import java.util.*;

public class ColorListSorter {
	public static void quickSort(List<Color> list, int pivot, int end) {
		if (pivot < end) {
			int q = partition(list, pivot, end);
			quickSort(list, pivot, q);
			quickSort(list, q+1, end);
		}

bholzer

import java.awt.Color;
import java.util.*;

public class ColorListSorter {
	public static void quickSort(List<Color> list, int pivot, int end) {
		if (pivot < end) {
			int q = partition(list, pivot, end);
			quickSort(list, pivot, q);
			quickSort(list, q+1, end);
		}

bholzer

def englishChi2(bytes: Array[Byte]): Double = {
    val englishLetterFrequency = Map(
      'A' -> 0.08167, 'B' -> 0.01492, 'C' -> 0.02782, 'D' -> 0.04253,
      'E' -> 0.12702, 'F' -> 0.02228, 'G' -> 0.02015, 'H' -> 0.06094,
      'I' -> 0.06966, 'J' -> 0.00153, 'K' -> 0.00772, 'L' -> 0.04025,
      'M' -> 0.02406, 'N' -> 0.06749, 'O' -> 0.07507, 'P' -> 0.01929,
      'Q' -> 0.00095, 'R' -> 0.05987, 'S' -> 0.06327, 'T' -> 0.09056,
      'U' -> 0.02758, 'V' -> 0.00978, 'W' -> 0.02360, 'X' -> 0.00150,
      'Y' -> 0.01974, 'Z' -> 0.00074, ' ' -> 0.19181
    )

bholzer

#!/usr/bin/env ruby
#
# Script to encrypt the contents of an entire S3 bucket
#
# This works by copying each object in the bucket onto
# itself while modifying its server_side_encryption attribute
#
#
##############################################################

bholzer

import turtle

def drawLine(x1, y1, x2, y2):
  turtle.penup()
  turtle.goto(x1, y1)
  turtle.pendown()
  turtle.goto(x2, y2)

bholzer

~  pbpaste | ruby -ne 'require "base64";enc=Base64.decode64($_.chars.each_slice(8).map(&:join).map{|byte|byte.to_i(2)}.map(&:chr).join);ascii=enc.split("").map{|chr|chr.ord};1.upto(26){|i| p ascii.map{|chr| (chr+i).chr}.join}'
"NEBJLLLNRBNLMFLEOBNESBEUMFRROLFBOOSBFLTFFFWIOMRLSNRRMFOEMERWRFTMMLBOJRMWFLELBMTOBFHFWBBMOSSJRMM"
"OFCKMMMOSCOMNGMFPCOFTCFVNGSSPMGCPPTCGMUGGGXJPNSMTOSSNGPFNFSXSGUNNMCPKSNXGMFMCNUPCGIGXCCNPTTKSNN"
"PGDLNNNPTDPNOHNGQDPGUDGWOHTTQNHDQQUDHNVHHHYKQOTNUPTTOHQGOGTYTHVOONDQLTOYHNGNDOVQDHJHYDDOQUULTOO"
"QHEMOOOQUEQOPIOHREQHVEHXPIUUROIERRVEIOWIIIZLRPUOVQUUPIRHPHUZUIWPPOERMUPZIOHOEPWREIKIZEEPRVVMUPP"
"RIFNPPPRVFRPQJPISFRIWFIYQJVVSPJFSSWFJPXJJJ[MSQVPWRVVQJSIQIV[VJXQQPFSNVQ[JPIPFQXSFJLJ[FFQSWWNVQQ"
"SJGOQQQSWGSQRKQJTGSJXGJZRKWWTQKGTTXGKQYKKK\\NTRWQXSWWRKTJRJW\\WKYRRQGTOWR\\KQJQGRYTGKMK\\GGRTXXOWRR"
"TKHPRRRTXHTRSLRKUHTKYHK[SLXXURLHUUYHLRZLLL]OUSXRYTXXSLUKSKX]XLZSSRHUPXS]LRKRHSZUHLNL]HHSUYYPXSS"
"ULIQSSSUYIUSTMSLVIULZIL\\TMYYVSMIVVZIMS[MMM^PVTYSZUYYTMVLTLY^YM[TTSIVQYT^MSLSIT[VIMOM^IITVZZQYTT"
"VMJRTTT

bholzer

#include <Adafruit_NeoPixel.h>
#ifdef __AVR__
  #include <avr/power.h>
#endif

#define PIN 6

// Parameter 1 = number of pixels in strip
// Parameter 2 = Arduino pin number (most are valid)
// Parameter 3 = pixel type flags, add together as needed:

bholzer

#include <Adafruit_NeoPixel.h>
#ifdef __AVR__
  #include <avr/power.h>
#endif

#define PIN 6

// Parameter 1 = number of pixels in strip
// Parameter 2 = Arduino pin number (most are valid)
// Parameter 3 = pixel type flags, add together as needed:

bholzer

def decodeSingleByteXOR(cipherText: String, char: Char): String = {
  val cipherTextByteArray = decodeHex(cipherText)
  new String(cipherTextByteArray.zip(Array.fill(cipherTextByteArray.length)(char)).map((t) => t._2 ^ t._1).map(_.toByte), "UTF-8")
}

def bruteForceSingleByteXOR(cipherText: String): Array[String] = {
  (('A' to 'Z') ++ ('a' to 'z') ++ ('0' to '9')).toArray.map(decodeSingleByteXOR(cipherText,_))
}

def decodeHex(hex: String): Array[Byte] = {

bholzer

 /**
    * Returns a text from html file content without user's tags and their bodies.
    * 
    * @param is an input stream with html file content.
    * @return The string only with text from file content.
    */
   public String getContentAsText(InputStream is) throws IOException, DocumentReadException
   {
      if (is == null)
      {