matiaskorhonen

irb_context.echo = false # or true

matiaskorhonen

require 'zlib'
require 'rubygems'

i = Zlib::Inflate.new

f = File.open "Marshal.4.8.Z"

data = i.inflate f.read

gems = Marshal.load data

matiaskorhonen

class DownloadsController < ApplicationController
  def show
    if @current_user
      send_file "#{Rails.root}/downloads/test.pdf"
    else
      render :file => "#{Rails.root}/public/404.html", :status => 404, :layout => false
    end
  end
end

matiaskorhonen

#!/bin/bash
### BEGIN INIT INFO
# Provides:          APPLICATION
# Required-Start:    $all
# Required-Stop:     $network $local_fs $syslog
# Default-Start:     2 3 4 5
# Default-Stop:      0 1 6
# Short-Description: Start the APPLICATION unicorns at boot
# Description:       Enable APPLICATION at boot time.
### END INIT INFO

matiaskorhonen

gem "resque", :require => "resque/server"

matiaskorhonen

class DownloadsController < ApplicationController
  DOWNLOAD_EXPIRY = 30.minutes
  DOWNLOAD_SECRET = "MYSECRET"
  
  def show
    download = Download.find(params[:id])
    
    # download.file_path - get the path to the file, relative to the downloads directory
    serve_file(download.file_path)
    

matiaskorhonen

require 'rubygems'

begin
  require "ap"
  IRB::Irb.class_eval do
    def output_value
      ap @context.last_value
    end
  end
rescue LoadError => e

matiaskorhonen

matt@foo:~/$ ls -lh *.tmp
-rw-r--r-- 1 matt matt 176M 2010-07-14 11:45 file.tmp
matt@foo:~/$ time sha1sum file.tmp 
b67e8d00cdce9de8c04b6514ba329da81693f936  file.tmp

real	0m0.806s
user	0m0.750s
sys	0m0.040s
matt@foo:~/$ time ruby -r "digest/sha1" -e 'puts Digest::SHA1.file("file.tmp")'
b67e8d00cdce9de8c04b6514ba329da81693f936

matiaskorhonen

require "rubygems"
require "tinder"
require "ap"

# Edit to match your campfire details
campfire = Tinder::Campfire.new "YOUR_SUBDOMAIN", :token => "YOUR_CAMPFIRE_API_TOKEN"
room = campfire.find_room_by_name "YOUR_CAMPFIRE_ROOM"

messages = []

matiaskorhonen

HDCP MASTER KEY (MIRROR THIS TEXT!)

This is a forty times forty element matrix of fifty-six bit
hexadecimal numbers.

To generate a source key, take a forty-bit number that (in
binary) consists of twenty ones and twenty zeroes; this is
the source KSV.  Add together those twenty rows of the matrix
that correspond to the ones in the KSV (with the lowest bit
in the KSV corresponding to the first row), taking all elements