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//#! scalac -classpath js.jar sketch.scala && java -classpath .:/opt/local/share/scala/lib/scala-library.jar:js.jar Main #
// http://codeutopia.net/blog/2009/01/02/sandboxing-rhino-in-java/
import java.lang.System
import org.mozilla.javascript._

class SandboxNativeJavaObject (scope: Scriptable, javaObject: Object, staticType: Class[_])
	extends NativeJavaObject(scope, javaObject, staticType) {

	override def get (name: String, start: Scriptable):Object = null
}

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#!/usr/bin/env ruby
require 'net/telnet'

cache_dump_limit = 100
localhost = Net::Telnet::new("Host" => "localhost", "Port" => 11211, "Timeout" => 3)
slab_ids = []
localhost.cmd("String" => "stats items", "Match" => /^END/) do |c|
  matches = c.scan(/STAT items:(\d+):/)
  slab_ids = matches.flatten.uniq
end

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/**
 * <b>Fixed Point Combinator is:</b>
 * Y = λf.(λx.f (x x)) (λx.f (x x))
 * 
 * <b>Proof of correctness:</b>
 * Y g  = (λf . (λx . f (x x)) (λx . f (x x))) g    (by definition of Y)
 * = (λx . g (x x)) (λx . g (x x))                  (β-reduction of λf: applied main function to g)
 * = (λy . g (y y)) (λx . g (x x))                  (α-conversion: renamed bound variable)
 * = g ((λx . g (x x)) (λx . g (x x)))              (β-reduction of λy: applied left function to right function)
 * = g (Y g)                                        (by second equality) [1]

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int bigOrLitteEndian() {
  short int word = 0x0001;
  char *byte = (char *) &word;
  return (byte[0] ? 1 : 0);
}

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#!/usr/bin/env escript

-mode(compile).
-compile(export_all).


main([]) -> io:format("Usage: ~s URL [Count=1000]~n", [escript:script_name()]);
main([URL]) -> main([URL,"100"]);
main([URL,C] ) -> manage_workers(URL, [start_worker(URL, N) || N <- lists:seq(1,list_to_integer(C))]), ok.

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<?php

/* Pass in by reference! */
function graph_amo_rabbit_prod_report ( &$rrdtool_graph ) {

    global $context,
           $hostname,
           $mem_shared_color,
           $mem_cached_color,
           $mem_buffered_color,

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  config.vm.define :puppet do |app_config|
    app_config.vm.customize ["modifyvm", :id, "--name", "puppet", "--memory", "512"]
    app_config.vm.box = "precise_with_puppet" 
    app_config.hosts.name = 'puppet'
    app_config.vm.host_name = 'puppet'
    app_config.vm.forward_port 22, 2222, :auto => true
    app_config.vm.forward_port 80, 4561
    app_config.vm.network :hostonly, "33.13.13.01"
    app_config.vm.provision :shell do |shell|
      shell.path = "../puppet_master_setup.sh"

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Is socket.push(bytes) all you need to program Realtime Web apps?

One of the goals of Play2 architecture is to provide a programming model for what is called Realtime Web Applications.

Realtime Web Applications

Realtime Web Applications are applications that make use of Websockets, Server Sent Events, Comet or other protocols offering/simulating an open socket between the browser and the server for continuous communication. Basically, these applications let users work with information as it is published - without having to periodically ping the service.

There are quite a few web frameworks that target the development of this type of application: but usually the solution is to simply provide an API that allows developers to push/receive messages from/to an open channel, something like:

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using Umbraco.Core;
using Umbraco.Core.Services;
using Umbraco.Web.Mvc;
using Umbraco.Web.Routing;

namespace Our.Umbraco
{
	public class MyApplication : ApplicationEventHandler
	{
		protected override void ApplicationStarting(UmbracoApplicationBase umbracoApplication, ApplicationContext applicationContext)

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<?xml version="1.0" encoding="utf-8" ?>
<NotFoundHandlers>
  <notFound assembly="umbraco" type="SearchForAlias" />
  <notFound assembly="umbraco" type="SearchForTemplate"/>
  <notFound assembly="umbraco" type="SearchForProfile"/>
  <notFound assembly="CatchAllRouteHandler" namespace="Our" type="CatchAll"/>
  <notFound assembly="umbraco" type="handle404"/>
</NotFoundHandlers>