Rachel Rawlings reikoNeko

Need more images from the Frido Sleigh CAPTEHA? Just want to test your training and categorization?

Open the site in a Chrome browser and open the developer tools
Log all the images through multiple runs of the CAPTEHA
Capture images into a .har archive -- It's just json, and the request strings include the full image in base64 mode.
Run the attached script to convert the images from the .har file to .png

Then run Chris Davis's scripts from https://github.com/chrisjd20/img_rec_tf_ml_demo to categorize your images!

	def build_dict(seq, key):
	return dict((d[key], dict(d)) for (_, d) in enumerate(seq))


	i2stat = build_dict(raw["results"], 'name')

	rate = {'IdoMysqlConnection': "idomysqlconnection_ido-mysql_queries_1min",
	'IdoPgsqlConnection': "idomysqlconnection_ido-pgsql_queries_1min"}

	print( set(i2stat.keys()) )

	def cryptogram(plaintext):
	from random import shuffle
	# create cryptogram cypher. You can't shuffle strings, so lists it is.
	alpha = list('ABCDEFGHIJKLMNOPQRSTUVWXYZ')
	beta = alpha[:]
	shuffle(beta)
	cmap = dict(zip(alpha,beta))
	# Map the received string to a cryptogram. Note we're not cleaning any input.
	cryptext = [ cmap[c] if c in alpha else c for c in plaintext.upper()]
	return ''.join(cryptext)

	#!/bin/bash

	while IFS="," read -r name olduid oldgid newuid newgid
	do
	/usr/sbin/groupmod $name -g $newgid
	/usr/sbin/usermod $name -u $newuid -g $newgid
	/bin/chown --changes --silent --no-dereference --recursive \
	--from=:$oldgid :$name /home/$name
	done << END
	tinker,8001,8001,701,701

	Just in case you thought that CTF skills aren't useful in the real world,
	the WPRB stream changed recently, breaking my saved bookmark in Rhythmbox.
	On the station's web page, there was a popup player, but not a direct URL
	for desktop players anymore. What's a Linux geek to do?

	view-source:http://wprb.com/popup-player/

	Where we find the configuration string

	P3jPLAYLISTS.inline_0 = [

	def hexstring(s):
	return [ chr(int(x,16))for x in map(''.join, zip([iter(s)]2)) ]

	dmprg = ''.join(hexstring("7777772e796f75747562652e636f6d2f77617463683f763d5a79614b336a6f34536c34"))

	import networkx as nx
	universe = nx.DiGraph()

	for line in progdata:
	# use elements in list directly, rather than placeholders
	universe.add_edge(*line.split(')') )

	paths = dict(nx.all_pairs_shortest_path_length(universe))
	center = list(nx.topological_sort(universe))[0]
	print(center)