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console.log("hello 2");

process.stdin.resume();//standard in starts paused by default, resume it to be able to get data
process.stdin.on("data", function(d) {//we got some data
	console.log("hello 2 received data:");
	console.log(d+"");//turn it into a string before logging it to standard out
});

/*

zootella

console.log("hello 1");

/*
try running
$ node hello1.js

logs out "hello 1" and exits
*/

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// A 0+ integer of unlimited size
function Int(p) { // Takes a number like 5, a string of numerals like "789", a bignumber.js BigNumber, or another Int
	if (isType(p, "Int")) return p; // Return the given Int instead of making a new one, the value inside an Int can't change
	var o = {};
	o.v = _3type(p); // Parse the given parameter, keeping together v.s() numerals, and v.n() number and v.b() BigNumber once we have them or they are necessary
	o.inside = o.v.inside; // Point to function, see which types v has built up with text like "bns" or "--s" for testing

	o.add                  = function(q) { return _add(o.v, q); } // Math
	o.subtract             = function(q) { return _sub(o.v, q); }
	o.multiply             = function(q) { return _mul(o.v, q); }

zootella

// A 0+ integer of unlimited size
function Int(p) { // Takes a number like 5, a string of numerals like "789", a bignumber.js BigNumber, or another Int
	if (isType(p, "Int")) return p; // Return the given Int instead of making a new one, the value inside an Int can't change
	var o = {};
	o.v = _3type(p); // Parse the given parameter, keeping together v.s numerals, and v.n number and v.b BigNumber once we have them or they are necessary
	o._ = function(c, q) { return _calculate(o.v, c, _3type(q)); } // Who says JavaScript can't do operator overloading?
	o.text = o.v.s();
	o.hasNumber = function() { return o.v.fit; } // True if our value is small enough it will fit in a number as an integer, not a floating point number
	o.toNumber = function() { return o.v.n(); } // Throws if too big
	o.type = "Int";

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var color1 = "red";

function set2() {
	this["color2"] = "orange";
}

function set3(destination) {
	destination["color3"] = "yellow";
}

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var color1 = "red";

function set2() {
	this["color2"] = "orange";
}

function set3(destination) {
	destination["color3"] = "yellow";
}

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//make something available to the file from within a function in the file
//make sure it doesn't affect what's available in files that require this one


var color1 = "red";
var color2 = "orange";
//and we want to set two more colors, using the function below

function setColors() {

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//make something available to the file from within a function in the file
//make sure it doesn't affect what's available in files that require this one

var color1 = "red";
var color2 = "orange";
//and we want to set two more colors, using the function below

function setColors() {

	var extraColors = {color3:"yellow", color4:"green"};

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//any type, variable value
*a = 7; //make a new variable and set it to 7
a = "hello"; //its a var, so we can set it to something of a different type

//one type, variable value
Text b;
b = "some text";
b = 7; //throws

//any type, permanent value

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function _number(s, base) {
  if (typeof s !== "string") throw "type";
	var n = parseInt(s, base);
	if (isNaN(n)) throw "data";
	if (!match(_numerals(n, base), s)) throw "data"; // Guard against parseInt's dangerously accommodating parsing style by ensuring that the number we made becomes the same text we made it from
	return n;
}