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// Standard way of hooking up Events:

public class EventActivity extends Activity {
    public onCreate(Bundle savedInstanceState) {
        findViewById(R.id.button_one).setOnClickListener(new View.OnClickListener) {
            @Override
            public void onClick(View view) {
                Toast toast = Toast.makeText(EventActivity.this, "Clicked One!", Toast.LENGTH_SHORT);
                toast.show()
            }

seadowg

#!/usr/bin/env ruby
emoji = [":bowtie:", ":smile:", ":laughing:", ":blush:", ":smiley:", ":relaxed:", ":smirk:", ":heart_eyes:", ":kissing_heart:", ":kissing_face:", 
  ":flushed:", ":relieved:", ":satisfied:", ":grin:", ":wink:", ":wink2:", ":tongue:", ":unamused:", ":sweat_smile:", ":sweat:", ":weary:", 
  ":pensive:", ":disappointed:", ":confounded:", ":fearful:", ":cold_sweat:", ":persevere:", ":cry:", ":sob:", ":joy:", ":astonished:", ":scream:", 
  ":neckbeard:", ":tired_face:", ":angry:", ":rage:", ":triumph:", ":sleepy:", ":yum:", ":mask:", ":sunglasses:", ":dizzy_face:", ":imp:", ":smiling_imp:", 
  ":neutral_face:", ":no_mouth:", ":innocent:", ":alien:", ":yellow_heart:", ":blue_heart:", ":purple_heart:", ":heart:", ":green_heart:", ":broken_heart:", 
  ":heartbeat:", ":heartpulse:", ":two_hearts:", ":revolving_hearts:", ":cupid:", ":sparkles:", ":star:", ":star2:", ":dizzy:", ":boom:", ":collision:", 
  ":anger:", ":exclamation:", ":question:", ":grey_exclamation:", ":grey_question:", ":zzz:", ":da

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class Frappuccino.Backbone.Event extends Backbone.Event
  event: (event_name) -> new Frappuccino.Event(this, event_name)
  
class Frappuccino.Event extends Backbone.Event
  constructor: (origin, event) ->
    @origin = origin
    @event = event
    
    @origin.bind(@event, (value) => this.occur(value))
  

seadowg

rails new <appname>
cd <appname>
git init

rm -r test
gem 'rspec-rails' -> Gemfile
bundle install
rails generate rspec:install

gem 'factory_girl_rails' -> Gemfile

seadowg

import actors.Actor._

val n = 8
val front = 0
val back = 0
val buffer = new Array[Int](n)
val full = new Semaphore(0)
val empty = new Semaphore(n)

// Producer

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class Semaphore(private var count : Int) {
  def p() {
    synchronized {
      while (count < 1) {}
      count = count - 1
    }
  }
  
  def v() {
    synchronized {

seadowg

# Add this to a buildr 'buildfile' to receive growl notifications when compilation
# completes or fails (including cc compilations)

require 'ruby_gntp'

 # Growl setup
 Buildr.application.on_completion do |title, message|
   GNTP.notify({
     :app_name => "buildr",
     :title    => title, 

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include Java
require '$SCALA_HOME/scala-library.jar'
require 'lib/echo.jar'

include_class Java::com.github.oetzi.echo.core.Behaviour
include_class Java::com.github.oetzi.echo.core.Event

beh = Behaviour.new { | time | 5 }
event = Event.new
beh.at(1)

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// The following code is a series of test that were written in the order you'll read them. After
// each test was written it was run against the HashMap and the implementation was updated if it
// failed. The HashMap code is the final implementation that was built naively to pass each test.

// The Tests:

public class HashMapTest {
    private HashMap map;
  
    // Set up an empty map before each test  

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// I always run into massive problems when trying to write Scala that uses Java libraries. Recently
// one thing that threw me off was trying to do the following:

val class = MyAwesomeType.class

// This is often used in Java to get the 'Class' class for a class (yeah, I know). But how do we do
// this in Scala?

val class = MyAwesomeType.class // No. This reports that there is no 'class' member for the type