chris mckenzie kristopolous

On the device to capture from we set up a FIFO that will be pushed off to another device on the network with disk, in this case we are using 192.168.1.11 as the "host"

On the host, we start up netcat that will be pushed into a capture file that we can analyze later, in this instance, we are listening on port 5001 $ nc -l -p 5001 > capture.cap

In a terminal on the device we make a fifo and then push it out over the network through netcat $ mknod /tmp/fifo p $ cat fifo | nc 192.168.1.11 5001

	#!/bin/bash
	# This is a very crazy 1-liner that only uses builtins
	#set -o noglob;declare -a mapper=() count=();exec 3<access.log; while read -a lines -u 3; do [[ ${lines[5]} != '"GET' ]] && continue; page="${lines[6]}"; ix=0;for i in "${mapper[@]}"; do [[ "$page" = "$i" ]] && break; (( ix++ )); done ; if [[ "$page" = "$i" ]]; then (( count[$ix] ++ )); else mapper+=( $page ); count[$ix]=1; fi; done; (( max=-1, winner=-1, show=10 )); while (( show > 0 )); do ix=0;for i in "${count[@]}"; do (( i > max )) && (( max=i, winner=ix )) ;(( ix++ ));done; builtin echo -e "${count[winner]}\t${mapper[$winner]}";(( count[$winner]=-1, max=0, show-- )); done;
	# Here's a formatted nice version

	# We need to make sure that bash doesn't do weird substitution
	set -o noglob
	declare -a mapper=() count=()
	# And to avoid cat we do file descriptors
	exec 3<access.log

	#!/bin/bash
	cat << ENDL

	- - - ~ ~~~~==~#=###=#~==~~~~~ ~ - - -

	$(fortune \| sed -E 's/^\s+//g' \| fold -sbw 40 \| sed -E 's/^/ /')

	- - - ~ ~~~~==~#=###=#~==~~~~~ ~ - - -
	$(curl -s https://9ol.es/animals.db \| shuf -n 1 \| tr 'F' '\n' \| gawk ' { if (FNR == 1) { printf " \\ ";} else if (FNR == 2) { printf " \\ "; } else { printf " " }; print $0 } ';)
	ENDL

	// this is more a guide than working code.

	constructor(props) {
	super(props);

	let minimum_age = 21;
	this.endyear = (new Date().getYear() + 1900) - minimum_age;
	this.state = {
	dob_year: this.endyear,
	dob_month: 0

	#!/usr/bin/env python3
	# Here's the prompt:
	#
	# Construct a "word search" N x M letter grid where:
	#
	# * There are NO possible words horizontal or vertical
	# * The letters appear random with no trivial patterns
	# * The frequency distribution of letters is close to English prose
	#
	# This is a naive implementation

	#!/usr/bin/env python3
	import random

	def encode(plain):
	plain = list(plain)
	cypher = ''
	while len(plain) > 0:
	# Roll a die, add 3 to the result
	step = random.randint(4,9)
	# start at the beginning of the remaining string

	#/bin/bash
	# /etc/init.d/xdm: Login Procedure for Bob480
	# Edited Sept-2001; Contact Author: [email protected]

	n=$1
	n=$n"."
	[ $n == "stop." ] && exit
	moveon=0

	set PATH="/bin:/usr/bin:/sbin"

	#!/usr/bin/python

	import sys
	import png
	import os
	import numpy as np
	import json
	import math
	import time
	import random

	import sys, math
	width=14400
	height=10800
	image = [ [ 0 for y in range ( width ) ] for x in range( height ) ]

	maxval = 7
	delta_lng = .9
	delta_lat = delta_lng * 28/40
	lng_low = -118.8
	lng_high = lng_low + delta_lng