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+ case "$(lsb_release -si)" in
++ lsb_release -si
+ export DOKKU_DISTRO=ubuntu
+ DOKKU_DISTRO=ubuntu
+ export DOKKU_IMAGE=gliderlabs/herokuish
+ DOKKU_IMAGE=gliderlabs/herokuish
+ export DOKKU_LIB_ROOT=/var/lib/dokku
+ DOKKU_LIB_ROOT=/var/lib/dokku
+ export PLUGIN_PATH=/var/lib/dokku/plugins
+ PLUGIN_PATH=/var/lib/dokku/plugins

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+ case "$(lsb_release -si)" in
++ lsb_release -si
+ export DOKKU_DISTRO=ubuntu
+ DOKKU_DISTRO=ubuntu
+ export DOKKU_IMAGE=gliderlabs/herokuish
+ DOKKU_IMAGE=gliderlabs/herokuish
+ export DOKKU_LIB_ROOT=/var/lib/dokku
+ DOKKU_LIB_ROOT=/var/lib/dokku
+ export PLUGIN_PATH=/var/lib/dokku/plugins
+ PLUGIN_PATH=/var/lib/dokku/plugins

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#!/bin/bash

# <UDF name="ssh_key" default="" label="Public SSH Key for user" />
# <UDF name="username" default="" label="default username" />
# <UDF name="hostname" default="" label="default username" />

function logit {
  # Simple logging function that prepends an easy-to-find marker '=> ' and a timestamp to a message
  TIMESTAMP=$(date -u +'%m/%d %H:%M:%S')
  MSG="=> ${TIMESTAMP} $1"

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"""http://stackoverflow.com/questions/12700893/how-to-check-if-a-string-is-a-valid-python-identifier-including-keyword-check"""

import keyword
import tokenize

def isidentifier(ident):
    """Determines, if string is valid Python identifier."""

    # Smoke test — if it's not string, then it's not identifier, but we don't
    # want to just silence exception. It's better to fail fast.

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"""http://stackoverflow.com/questions/12700893/how-to-check-if-a-string-is-a-valid-python-identifier-including-keyword-check"""
import ast

def isidentifier(ident):
    """Determines, if string is valid Python identifier."""

    # Smoke test — if it's not string, then it's not identifier, but we don't
    # want to just silence exception. It's better to fail fast.
    if not isinstance(ident, str):
        raise TypeError('expected str, but got {!r}'.format(type(ident)))

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first_loop = true

loop do
  # Trap ^C aka interrupt signal 
  Signal.trap("INT") { 
    puts "\nGoodbye!"
    exit
  }

  [

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// This example shows how to render pages that perform AJAX calls
// upon page load.
//
// Instead of waiting a fixed amount of time before doing the render,
// we are keeping track of every resource that is loaded.
//
// Once all resources are loaded, we wait a small amount of time
// (resourceWait) in case these resources load other resources.
//
// The page is rendered after a maximum amount of time (maxRenderTime)

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