robertj robkuz

## gist:6132845
(defn even-or-odd []
  (let [x (atom 1)]
    (fn []
      (cond
        (even? @x) (println "I am even")
        (odd? @x) (println "I am odd"))
      (swap! x inc))))

(def I-am-even-odder (even-or-odd))
(I-am-even-odder)

## ws-clo
defn average
  numbers
  /
    apply + numbers
    count numbers

## whitespace.clo
defn average
  numbers
  /
    apply + numbers
    count numbers

## whitespace.clojure
defn average
  numbers
  /
    apply + numbers
    count numbers

## globalfn.js
var foo,
  _this = this;

foo = function() {
  return _this.bar;
};

## globalfn.coffee
foo = => @bar

## within_fn.js
  somemethod: function() {
    var _this = this;
    return function() {
      return _this.someCall();
    };
  }

## within_fn.coffee
somemethod: ->
   => @someCall()

## meth_decl.js
A = (function() {

  function A() {
    var _this = this;
    this.somemethod = function(paramlist) {
      return A.prototype.somemethod.apply(_this, arguments);
    };
  }

  A.prototype.somemethod = function(paramlist) {

## meth_decl.coffee
class A
    somemethod: (paramlist) => doSomethingHere();
	(defn even-or-odd []
	(let [x (atom 1)]
	(fn []
	(cond
	(even? @x) (println "I am even")
	(odd? @x) (println "I am odd"))
	(swap! x inc))))

	(def I-am-even-odder (even-or-odd))
	(I-am-even-odder)
	somemethod: function() {
	var _this = this;
	return function() {
	return _this.someCall();
	};
	}
	A = (function() {

	function A() {
	var _this = this;
	this.somemethod = function(paramlist) {
	return A.prototype.somemethod.apply(_this, arguments);
	};
	}

	A.prototype.somemethod = function(paramlist) {