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describe "#list_units" do
  let(:unit_list) do      
    'unit' => [
        {
          'name' => 'foo.service'
          'currentstate' => 'a'
          'desiredstate' => 'b'
          'options' => 'c'
        }
      ]

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### app access token
graph = Koala::Facebook::OAuth.new APP_ID, APP_SECRET
graph.get_app_access_token # => APP_TOKEN

### create test users with permissions
test_users = Koala::Facebook::TestUsers.new app_id: APP_ID, secret: APP_SECRET
user = test_users.create true, 'email,user_birthday,user_posts', name: 'Bob'
# =>
#  { "id" => USER_ID,
#    "access_token" => USER_ACCESS_TOKEN,

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# SSL self signed localhost for rails start to finish, no red warnings. 

# 1) Create your private key (any password will do, we remove it below)

$ openssl genrsa -des3 -out server.orig.key 2048


# 2) Remove the password

$ openssl rsa -in server.orig.key -out server.key

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class MyApp.CarsController extends Batman.ApplicationController

  # Appears to work the same way MyApp.CarsIndexView#viewDidAppear 
  @afterAction only: "index", ->
    $('table').dataTable()

  index: (params) ->
    @set('cars', MyApp.Car.get('all'))

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# TODO
# tömbként tároljuk az lámpa sorokat
# lámp sorok tömbe tartalmazzák a state -ket
# másodperc alapján eldöntjük az első sort
# óra / 5 kidja a második sorban színes lámpák számát annyi indexet felkapcsolunk
# óra mod 5 vissza adja a harmadik sor szines lámpák számát
# perc / 5 negyedik sor minden 3 piros
# pert mod 5
#
class BerlinClock

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~/.tmux.conf
set-option -g default-terminal xterm-256color
set-window-option -g xterm-keys on

# The key was that 
echo $TERM 
# in tmux returned screen which is why ctrl+up did not looked up history now it is
xterm-256color

Though it works fine on ubuntu with echo $TERM screen

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http://speakmy.name/2013/04/02/concurrent-programming-and-threads-in-ruby-reading-list/

Concurrent Programming and Threads in Ruby - a reading list

02 April 2013

Many rubyists consider threads in Ruby as somewhat of an arcane knowledge, though in reality they’re a very well researched and understood concept. Of course, writing effective multithreaded concurrent programs requires certain amount of knowledge and discipline from the programmer, but there’s nothing that a smart one can’t learn if he wants to.

To help with the task, awesome @brainopia compiled a list of recommended reading on the topic of concurrency and threads. All kudos go to @brainopia, and the original list in Russian as available as a gist here:

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Before do |scenario|
  DeferredGarbageCollection.start
end

After do |scenario|
  DeferredGarbageCollection.reconsider
end

at_exit do
  DeferredGarbageCollection.stop

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actions
activities
admin_stats
billing
common
companies
custom_attributes
customers
devise
email addresses

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git clone svn://host/repo --stdlayout
git co -b local_trunk trunk

# pull
git svn rebase

#push
git svn dcommit