thecatmelon/BarcodeJS.md

## barcode.js
/* This is made possible by the incredible work
of lindell's repo 'JsBarcode' at https://github.com/lindell/JsBarcode

Copyright (c) 2012 Johan Lindell (johan@lindell.me)

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


*/

function EAN(EANnumber){

	this.EANnumber = EANnumber+"";

	this.valid = function(){
		return valid(this.EANnumber);
	};

	this.encoded = function (){
		if(valid(this.EANnumber)){
			return createUPC(this.EANnumber);
		}
		return "";
	}

	//The L (left) type of encoding
	var Lbinary = {
	0: "0001101",
	1: "0011001",
	2: "0010011",
	3: "0111101",
	4: "0100011",
	5: "0110001",
	6: "0101111",
	7: "0111011",
	8: "0110111",
	9: "0001011"}

	//The G type of encoding
	var Gbinary = {
	0: "0100111",
	1: "0110011",
	2: "0011011",
	3: "0100001",
	4: "0011101",
	5: "0111001",
	6: "0000101",
	7: "0010001",
	8: "0001001",
	9: "0010111"}

	//The R (right) type of encoding
	var Rbinary = {
	0: "1110010",
	1: "1100110",
	2: "1101100",
	3: "1000010",
	4: "1011100",
	5: "1001110",
	6: "1010000",
	7: "1000100",
	8: "1001000",
	9: "1110100"}

	//The left side structure in EAN-13
	var EANstruct = {
	0: "LLLLLL",
	1: "LLGLGG",
	2: "LLGGLG",
	3: "LLGGGL",
	4: "LGLLGG",
	5: "LGGLLG",
	6: "LGGGLL",
	7: "LGLGLG",
	8: "LGLGGL",
	9: "LGGLGL"}

	//The start bits
	var startBin = "101";
	//The end bits
	var endBin = "101";
	//The middle bits
	var middleBin = "01010";

	//Regexp to test if the EAN code is correct formated
	var regexp = /^[0-9]{13}$/;

	//Create the binary representation of the EAN code
	//number needs to be a string
	function createUPC(number){
		//Create the return variable
		var result = "";

		//Get the first digit (for later determination of the encoding type)
		var firstDigit = number[0];

		//Get the number to be encoded on the left side of the EAN code
		var leftSide = number.substr(1,7);

		//Get the number to be encoded on the right side of the EAN code
		var rightSide = number.substr(7,6);


		//Add the start bits
		result += startBin;

		//Add the left side
		result += encode(leftSide,EANstruct[firstDigit]);

		//Add the middle bits
		result += middleBin;

		//Add the right side
		result += encode(rightSide,"RRRRRR");

		//Add the end bits
		result += endBin;

		return result;
	}

	//Convert a numberarray to the representing
	function encode(number,struct){
		//Create the variable that should be returned at the end of the function
		var result = "";

		//Loop all the numbers
		for(var i = 0;i<number.length;i++){
			//Using the L, G or R encoding and add it to the returning variable
			if(struct[i]=="L"){
				result += Lbinary[number[i]];
			}
			else if(struct[i]=="G"){
				result += Gbinary[number[i]];
			}
			else if(struct[i]=="R"){
				result += Rbinary[number[i]];
			}
		}
		return result;
	}

	//Calulate the checksum digit
	function checksum(number){
		var result = 0;

		for(var i=0;i<12;i+=2){result+=parseInt(number[i])}
		for(var i=1;i<12;i+=2){result+=parseInt(number[i])*3}

		return (10 - (result % 10)) % 10;
	}

	function valid(number){
		if(number.search(regexp)==-1){
			return false;
		}
		else{
			return number[12] == checksum(number);
		}
	}
}


function UPC(UPCnumber){

	this.ean = new EAN("0"+UPCnumber);

	this.valid = function(){
		return this.ean.valid();
	}

	this.encoded = function(){
		return this.ean.encoded();
	}

}

function CODE128(string, code){
	code = code || "B";

	this.string128 = string+"";

	this.valid = valid;

	//The public encoding function
	this.encoded = function(){
		if(valid(string)){
			return calculate["code128" + code](string);
		}
		else{
			return "";
		}
	}

	//Data for each character, the last characters will not be encoded but are used for error correction
	var code128b = [
	[" ","11011001100",0],
	["!","11001101100",1],
	["\"","11001100110",2],
	["#","10010011000",3],
	["$","10010001100",4],
	["%","10001001100",5],
	["&","10011001000",6],
	["'","10011000100",7],
	["(","10001100100",8],
	[")","11001001000",9],
	["*","11001000100",10],
	["+","11000100100",11],
	[",","10110011100",12],
	["-","10011011100",13],
	[".","10011001110",14],
	["/","10111001100",15],
	["0","10011101100",16],
	["1","10011100110",17],
	["2","11001110010",18],
	["3","11001011100",19],
	["4","11001001110",20],
	["5","11011100100",21],
	["6","11001110100",22],
	["7","11101101110",23],
	["8","11101001100",24],
	["9","11100101100",25],
	[":","11100100110",26],
	[";","11101100100",27],
	["<","11100110100",28],
	["=","11100110010",29],
	[">","11011011000",30],
	["?","11011000110",31],
	["@","11000110110",32],
	["A","10100011000",33],
	["B","10001011000",34],
	["C","10001000110",35],
	["D","10110001000",36],
	["E","10001101000",37],
	["F","10001100010",38],
	["G","11010001000",39],
	["H","11000101000",40],
	["I","11000100010",41],
	["J","10110111000",42],
	["K","10110001110",43],
	["L","10001101110",44],
	["M","10111011000",45],
	["N","10111000110",46],
	["O","10001110110",47],
	["P","11101110110",48],
	["Q","11010001110",49],
	["R","11000101110",50],
	["S","11011101000",51],
	["T","11011100010",52],
	["U","11011101110",53],
	["V","11101011000",54],
	["W","11101000110",55],
	["X","11100010110",56],
	["Y","11101101000",57],
	["Z","11101100010",58],
	["[","11100011010",59],
	["\\","11101111010",60],
	["]","11001000010",61],
	["^","11110001010",62],
	["_","10100110000",63],
	["`","10100001100",64],
	["a","10010110000",65],
	["b","10010000110",66],
	["c","10000101100",67],
	["d","10000100110",68],
	["e","10110010000",69],
	["f","10110000100",70],
	["g","10011010000",71],
	["h","10011000010",72],
	["i","10000110100",73],
	["j","10000110010",74],
	["k","11000010010",75],
	["l","11001010000",76],
	["m","11110111010",77],
	["n","11000010100",78],
	["o","10001111010",79],
	["p","10100111100",80],
	["q","10010111100",81],
	["r","10010011110",82],
	["s","10111100100",83],
	["t","10011110100",84],
	["u","10011110010",85],
	["v","11110100100",86],
	["w","11110010100",87],
	["x","11110010010",88],
	["y","11011011110",89],
	["z","11011110110",90],
	["{","11110110110",91],
	["|","10101111000",92],
	["}","10100011110",93],
	["~","10001011110",94],
	[String.fromCharCode(127),"10111101000",95],
	[String.fromCharCode(128),"10111100010",96],
	[String.fromCharCode(129),"11110101000",97],
	[String.fromCharCode(130),"11110100010",98],
	[String.fromCharCode(131),"10111011110",99],
	[String.fromCharCode(132),"10111101110",100],
	[String.fromCharCode(133),"11101011110",101],
	[String.fromCharCode(134),"11110101110",102],
	//Start codes
	[String.fromCharCode(135),"11010000100",103],
	[String.fromCharCode(136),"11010010000",104],
	[String.fromCharCode(137),"11010011100",105]];

	//The end bits
	var endBin = "1100011101011";

	//This regexp is used for validation
	var regexp = /^[!-~ ]+$/;

	//Use the regexp variable for validation
	function valid(){
		if(string.search(regexp)==-1){
			return false;
		}
		return true;
	}

	//The encoder function that return a complete binary string. Data need to be validated before sent to this function
	//This is general calculate function, which is called by code specific calculate functions
	function calculateCode128(string, encodeFn, startCode, checksumFn){
		var result = "";

		//Add the start bits
		result += encodingById(startCode);

		//Add the encoded bits
		result += encodeFn(string);

		//Add the checksum
		result += encodingById(checksumFn(string, startCode));

		//Add the end bits
		result += endBin;

		return result;
	}

	//Code specific calculate functions
	var calculate = {
		code128B: function(string){
			return calculateCode128(string, encodeB, 104, checksumB);
		},
		code128C: function(string){
			string = string.replace(/ /g, "");
			return calculateCode128(string, encodeC, 105, checksumC);
		}
	}

	//Encode the characters (128 B)
	function encodeB(string){
		var result = "";
		for(var i=0;i<string.length;i++){
			result+=encodingByChar(string[i]);
		}
		return result;
	}

	//Encode the characters (128 C)
	function encodeC(string){
		var result = "";
		for(var i=0;i<string.length;i+=2){
			result+=encodingById(parseInt(string.substr(i, 2)));
		}
		return result;
	}

	//Calculate the checksum (128 B)
	function checksumB(string, startCode){
		var sum = 0;
		for(var i=0;i<string.length;i++){
			sum += weightByCharacter(string[i])*(i+1);
		}
		return (sum+startCode) % 103;
	}

	//Calculate the checksum (128 C)
	function checksumC(string, startCode){
		var sum = 0;
		var w = 1;
		for(var i=0;i<string.length;i+=2){
			sum += parseInt(string.substr(i, 2))*(w);
			w++;
		}
		return (sum+startCode) % 103;
	}

	//Get the encoded data by the id of the character
	function encodingById(id){
		for(var i=0;i<code128b.length;i++){
			if(code128b[i][2]==id){
				return code128b[i][1];
			}
		}
		return "";
	}

	//Get the id (weight) of a character
	function weightByCharacter(character){
		for(var i=0;i<code128b.length;i++){
			if(code128b[i][0]==character){
				return code128b[i][2];
			}
		}
		return 0;
	}

	//Get the encoded data of a character
	function encodingByChar(character){
		for(var i=0;i<code128b.length;i++){
			if(code128b[i][0]==character){
				return code128b[i][1];
			}
		}
		return "";
	}
}

function CODE128B(string) {
	return new CODE128(string, "B");
}
function CODE128C(string) {
	return new CODE128(string, "C");
};


function CODE39(string){

	var code39 = [
 [0,"0","101000111011101"]
,[1,"1","111010001010111"]
,[2,"2","101110001010111"]
,[3,"3","111011100010101"]
,[4,"4","101000111010111"]
,[5,"5","111010001110101"]
,[6,"6","101110001110101"]
,[7,"7","101000101110111"]
,[8,"8","111010001011101"]
,[9,"9","101110001011101"]
,[10,"A","111010100010111"]
,[11,"B","101110100010111"]
,[12,"C","111011101000101"]
,[13,"D","101011100010111"]
,[14,"E","111010111000101"]
,[15,"F","101110111000101"]
,[16,"G","101010001110111"]
,[17,"H","111010100011101"]
,[18,"I","101110100011101"]
,[19,"J","101011100011101"]
,[20,"K","111010101000111"]
,[21,"L","101110101000111"]
,[22,"M","111011101010001"]
,[23,"N","101011101000111"]
,[24,"O","111010111010001"]
,[25,"P","101110111010001"]
,[26,"Q","101010111000111"]
,[27,"R","111010101110001"]
,[28,"S","101110101110001"]
,[29,"T","101011101110001"]
,[30,"U","111000101010111"]
,[31,"V","100011101010111"]
,[32,"W","111000111010101"]
,[33,"X","100010111010111"]
,[34,"Y","111000101110101"]
,[35,"Z","100011101110101"]
,[36,"-","100010101110111"]
,[37,".","111000101011101"]
,[38," ","100011101011101"]
,[39,"$","100010001000101"]
,[40,"/","100010001010001"]
,[41,"+","100010100010001"]
,[42,"%","101000100010001"]];

	this.valid = valid;

	//The public encoding function
	this.encoded = function(){
		if(valid(string)){
			return encode(string);
		}
		else{
			return "";
		}
	}

	//This regexp is used for validation
	var regexp = /^[0-9A-Z\-\.\ \$\/\+\%]+$/;

	//Use the regexp variable for validation
	function valid(){
		if(string.search(regexp)==-1){
			return false;
		}
		return true;
	}

	//Encode the characters
	function encode(string){
		var result = "";
		result += "1000101110111010";
		for(var i=0;i<string.length;i++){
			result+=encodingByChar(string[i])+"0";
		}
		result += "1000101110111010";
		return result;
	}

	//Get the encoded data of a character
	function encodingByChar(character){
		for(var i=0;i<code39.length;i++){
			if(code39[i][1]==character){
				return code39[i][2];
			}
		}
		return "";
	}
}

(function($){

	JsBarcode = function(image, content, options) {

		var merge = function(m1, m2) {
			var newMerge = {};
			for (var k in m1) {
				newMerge[k] = m1[k];
			}
			for (var k in m2) {
				newMerge[k] = m2[k];
			}
			return newMerge;
		};

		//Merge the user options with the default
		options = merge(JsBarcode.defaults, options);

		//Create the canvas where the barcode will be drawn on
		// Check if the given image is already a canvas
		var canvas = image;

		// check if it is a jQuery object
		if (canvas instanceof jQuery) {
			// get the DOM element of the object
			canvas = image.get(0);
		}

		// check if DOM element is a canvas, otherwise it will be probably an image so create a canvas
		if (!(canvas instanceof HTMLCanvasElement)) {
			canvas = document.createElement('canvas');
		}

		//Abort if the browser does not support HTML5canvas
		if (!canvas.getContext) {
			return image;
		}

		var encoder = new window[options.format](content);

		//Abort if the barcode format does not support the content
		if(!encoder.valid()){
			return this;
		}

		//Encode the content
		var binary = encoder.encoded();

		var _drawBarcodeText = function (text) {
					var x, y;

					y = options.height;

					ctx.font = options.fontSize + "px "+options.font;
					ctx.textBaseline = "bottom";
					ctx.textBaseline = 'top';

					if(options.textAlign == "left"){
						x = options.quite;
						ctx.textAlign = 'left';
					}
					else if(options.textAlign == "right"){
						x = canvas.width - options.quite;
						ctx.textAlign = 'right';
					}
					else{ //All other center
						x = canvas.width / 2;
						ctx.textAlign = 'center';
					}

					ctx.fillText(text, x, y);
				}

		//Get the canvas context
		var ctx	= canvas.getContext("2d");

		//Set the width and height of the barcode
		canvas.width = binary.length*options.width+2*options.quite;
		canvas.height = options.height + (options.displayValue ? options.fontSize : 0);

		//Paint the canvas
		ctx.clearRect(0,0,canvas.width,canvas.height);
		if(options.backgroundColor){
			ctx.fillStyle = options.backgroundColor;
			ctx.fillRect(0,0,canvas.width,canvas.height);
		}

		//Creates the barcode out of the encoded binary
		ctx.fillStyle = options.lineColor;
		for(var i=0;i<binary.length;i++){
			var x = i*options.width+options.quite;
			if(binary[i] == "1"){
				ctx.fillRect(x,0,options.width,options.height);
			}
		}

		if(options.displayValue){
			_drawBarcodeText(content);
		}

		//Grab the dataUri from the canvas
		uri = canvas.toDataURL('image/png');

		// check if given image is a jQuery object
		if (image instanceof jQuery) {
			// check if DOM element of jQuery selection is not a canvas, so assume that it is an image
			if (!(image.get(0) instanceof HTMLCanvasElement)) {
				 //Put the data uri into the image
			 	return image.attr("src", uri);
			}
		} else if (!(image instanceof HTMLCanvasElement)) {
			// There is no jQuery object so just check if the given image was a canvas, if not set the source attr
			image.setAttribute("src", uri);
		}

	};

	JsBarcode.defaults = {
		width:	2,
		height:	100,
		quite: 10,
		format:	"CODE128",
		displayValue: false,
		font:"Monospaced",
		textAlign:"center",
		fontSize: 12,
		backgroundColor:"",
		lineColor:"#000"
	};

	$.fn.JsBarcode = function(content, options){
		JsBarcode(this, content, options);
		return this;
	};

	//Look for instances of barcode on the order in Order Printer
	$('.item_barcode').each(function(index){
  	  var this_barcode = $(this).attr('data-barcode'),
  	      this_display = $(this).attr('data-display'),
  	      this_width = $(this).attr('data-width'),
  	      this_height = $(this).attr('data-height'),
  	      this_font = $(this).attr('data-font'),
  	      this_fontsize = $(this).attr('data-fontsize'),
  	      this_format = $(this).attr('data-format');

  	  if( !(this_display) || ( this_display == "false") ) { this_display = false; }else{ this_display = true; }
  	  if( !(this_width) ) { this_width = 1; }
  	  if( !(this_height) ) { this_height = 50; }
  	  if( !(this_font) ) { this_font = "Monospaced"; }
  	  if( !(this_fontsize) ) { this_fontsize = 16; }
  	  if( !(this_format) ) { this_format = "CODE128"; }

	  $(this).JsBarcode(this_barcode,{
	    width: Number(this_width),
	    height: Number(this_height),
	    quite: 10,
	    format: this_format,
	    displayValue: this_display,
	    font: this_font,
	    textAlign:"center",
	    fontSize: Number(this_fontsize),
	    backgroundColor:"",
	    lineColor:"#000"
	  });

});

})(jQuery);

## BarcodeJS.md

      
    Raw
  

              BarcodeJS.md
            
          
    #Barcode JS: Shopify Order Printer App
This is a javascript solution to have Shopify's Order Printer app
display product variant barcodes in the following formats:

CODE39
CODE128
EAN/UPC

Below is a screenshot of a basic template using this barcode solution:

If you are having trouble implementing this solution on your Order Printer templates, you may
want to check out the simpler CSS based solution.
Please note that the CSS solution will only create CODE39 barcodes.
##Before you get started
These instructions assume you have already entered barcodes for your product variants.  Its not
necessary that all your products have this field filled out, but that is the piece of data these
instructions will target.  To assign a barcode to a variant, head to that product's page from your store's
dashboard and Edit the individual variants.

###Considerations
This javascript solution can turn a barcode string into a scannable format, provided that the string you
are converting can create a valid barcode.
Strings can be converted into the CODE128 fairly easily.
However, CODE39 will not accept lowercase letters - so if you want to use this format, you will have to enter the
variant's barcode appropriately.  EAN/UPC format will only accept numbers, and the string must follow a certain
convention.
###Other uses
You aren't limited to using this javascript solution on just variant barcodes, but there are limitations
as to what strings can be turned into different barcode formats.
##Setup instructions
###Get the barcode.js file
Download this barcode.js file and upload it to your Shopify store's Files directory.  It is strongly recommended that
it is uploaded in the store Files directory as opposed to an individual theme's Assets directory.
Make note of the file's URL as you will need to copy/paste this later.

###Create a new template in Order Printer
Note: The following will only present the HTML and liquid text needed to display barcodes.  If you would like more information
on your template, such as shipping information or product photos, I recommend you copy and paste the code from a template
you already like.
Add a template to your Order Printer app and title it.  In the first couple lines, add the following lines of code:
<script>
[
 '//code.jquery.com/jquery-1.11.2.min.js',
 'url-of-uploaded-barcode.js'
].forEach(function(src) {
  var script = document.createElement('script');
  script.src = src;
  script.async = false;
  document.head.appendChild(script);
});

</script>

Replace the text "url-of-uploaded-barcode.js" with the URL of the barcode.js file you uploaded to your Files directory.  The
URL must remain within the single-quotes.
Later in your template, make a liquid reference to the product variant barcode within a line_item forloop.  Below is the basic mark-up:
{% for line_item in line_items %}
  <p>{{ line_item.name }}</p>
  {% unless line_item.variant.barcode == blank %}
    <p class="barcode-section"> <canvas class="item_barcode" data-barcode="{{ line_item.variant.barcode }}"></canvas></p>
  {% else %}
    <em>No barcode for this item</em>
  {% endunless %}
<hr>
{% endfor %}

##Markup options
###Minimum requirements
The barcode must have the attributes class="item_barcode" data-barcode="{{ line_item.variant.barcode }}" within the element in order for
the barcode.js functions to work.
The attributes can be within a <canvas> tag or an <img> tag.  Those are your only options for HTML elements.
###Extra attribute options
You can add a number of attributes which will change the look of the barcode:

data-format: string - Scannable format of barcode. Options: CODE39, CODE128, EAN. Default: CODE128
data-width: integer - Width of scannable bars. Default: 1
data-height: integer - Height (in pixels) of scannable bars. Default: 50
data-display: boolean - Display barcode string under the scannable area. Default: false
data-font: string - Websafe font-family of displayed barcode string. Default: Monospaced
data-fontsize: integer - Font size (in pixels) of barcode string. Default: 16

###Examples
####Minimum markup:
<canvas class="item_barcode" data-barcode="{{ line_item.variant.barcode }}"></canvas>


####Specified height and width; display barcode string
<canvas class="item_barcode" data-barcode="{{ line_item.variant.barcode }}" data-height="100" data-width="2" data-display="true"></canvas>


####Change format; barcode string font-family, font-size
<canvas class="item_barcode" data-barcode="{{ line_item.variant.barcode }}" data-format="CODE39" data-font="sans-serif" data-fontsize="22" data-display="true"></canvas>


##Acknowledgments
This solution is based heavily on the work done by lindell's JsBarcode repo
	/* This is made possible by the incredible work
	of lindell's repo 'JsBarcode' at https://github.com/lindell/JsBarcode

	Copyright (c) 2012 Johan Lindell (johan@lindell.me)

	Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

	The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

	THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


	*/

	function EAN(EANnumber){

	this.EANnumber = EANnumber+"";

	this.valid = function(){
	return valid(this.EANnumber);
	};

	this.encoded = function (){
	if(valid(this.EANnumber)){
	return createUPC(this.EANnumber);
	}
	return "";
	}

	//The L (left) type of encoding
	var Lbinary = {
	0: "0001101",
	1: "0011001",
	2: "0010011",
	3: "0111101",
	4: "0100011",
	5: "0110001",
	6: "0101111",
	7: "0111011",
	8: "0110111",
	9: "0001011"}

	//The G type of encoding
	var Gbinary = {
	0: "0100111",
	1: "0110011",
	2: "0011011",
	3: "0100001",
	4: "0011101",
	5: "0111001",
	6: "0000101",
	7: "0010001",
	8: "0001001",
	9: "0010111"}

	//The R (right) type of encoding
	var Rbinary = {
	0: "1110010",
	1: "1100110",
	2: "1101100",
	3: "1000010",
	4: "1011100",
	5: "1001110",
	6: "1010000",
	7: "1000100",
	8: "1001000",
	9: "1110100"}

	//The left side structure in EAN-13
	var EANstruct = {
	0: "LLLLLL",
	1: "LLGLGG",
	2: "LLGGLG",
	3: "LLGGGL",
	4: "LGLLGG",
	5: "LGGLLG",
	6: "LGGGLL",
	7: "LGLGLG",
	8: "LGLGGL",
	9: "LGGLGL"}

	//The start bits
	var startBin = "101";
	//The end bits
	var endBin = "101";
	//The middle bits
	var middleBin = "01010";

	//Regexp to test if the EAN code is correct formated
	var regexp = /^[0-9]{13}$/;

	//Create the binary representation of the EAN code
	//number needs to be a string
	function createUPC(number){
	//Create the return variable
	var result = "";

	//Get the first digit (for later determination of the encoding type)
	var firstDigit = number[0];

	//Get the number to be encoded on the left side of the EAN code
	var leftSide = number.substr(1,7);

	//Get the number to be encoded on the right side of the EAN code
	var rightSide = number.substr(7,6);


	//Add the start bits
	result += startBin;

	//Add the left side
	result += encode(leftSide,EANstruct[firstDigit]);

	//Add the middle bits
	result += middleBin;

	//Add the right side
	result += encode(rightSide,"RRRRRR");

	//Add the end bits
	result += endBin;

	return result;
	}

	//Convert a numberarray to the representing
	function encode(number,struct){
	//Create the variable that should be returned at the end of the function
	var result = "";

	//Loop all the numbers
	for(var i = 0;i<number.length;i++){
	//Using the L, G or R encoding and add it to the returning variable
	if(struct[i]=="L"){
	result += Lbinary[number[i]];
	}
	else if(struct[i]=="G"){
	result += Gbinary[number[i]];
	}
	else if(struct[i]=="R"){
	result += Rbinary[number[i]];
	}
	}
	return result;
	}

	//Calulate the checksum digit
	function checksum(number){
	var result = 0;

	for(var i=0;i<12;i+=2){result+=parseInt(number[i])}
	for(var i=1;i<12;i+=2){result+=parseInt(number[i])*3}

	return (10 - (result % 10)) % 10;
	}

	function valid(number){
	if(number.search(regexp)==-1){
	return false;
	}
	else{
	return number[12] == checksum(number);
	}
	}
	}


	function UPC(UPCnumber){

	this.ean = new EAN("0"+UPCnumber);

	this.valid = function(){
	return this.ean.valid();
	}

	this.encoded = function(){
	return this.ean.encoded();
	}

	}

	function CODE128(string, code){
	code = code \|\| "B";

	this.string128 = string+"";

	this.valid = valid;

	//The public encoding function
	this.encoded = function(){
	if(valid(string)){
	return calculate["code128" + code](string);
	}
	else{
	return "";
	}
	}

	//Data for each character, the last characters will not be encoded but are used for error correction
	var code128b = [
	[" ","11011001100",0],
	["!","11001101100",1],
	["\"","11001100110",2],
	["#","10010011000",3],
	["$","10010001100",4],
	["%","10001001100",5],
	["&","10011001000",6],
	["'","10011000100",7],
	["(","10001100100",8],
	[")","11001001000",9],
	["*","11001000100",10],
	["+","11000100100",11],
	[",","10110011100",12],
	["-","10011011100",13],
	[".","10011001110",14],
	["/","10111001100",15],
	["0","10011101100",16],
	["1","10011100110",17],
	["2","11001110010",18],
	["3","11001011100",19],
	["4","11001001110",20],
	["5","11011100100",21],
	["6","11001110100",22],
	["7","11101101110",23],
	["8","11101001100",24],
	["9","11100101100",25],
	[":","11100100110",26],
	[";","11101100100",27],
	["<","11100110100",28],
	["=","11100110010",29],
	[">","11011011000",30],
	["?","11011000110",31],
	["@","11000110110",32],
	["A","10100011000",33],
	["B","10001011000",34],
	["C","10001000110",35],
	["D","10110001000",36],
	["E","10001101000",37],
	["F","10001100010",38],
	["G","11010001000",39],
	["H","11000101000",40],
	["I","11000100010",41],
	["J","10110111000",42],
	["K","10110001110",43],
	["L","10001101110",44],
	["M","10111011000",45],
	["N","10111000110",46],
	["O","10001110110",47],
	["P","11101110110",48],
	["Q","11010001110",49],
	["R","11000101110",50],
	["S","11011101000",51],
	["T","11011100010",52],
	["U","11011101110",53],
	["V","11101011000",54],
	["W","11101000110",55],
	["X","11100010110",56],
	["Y","11101101000",57],
	["Z","11101100010",58],
	["[","11100011010",59],
	["\\","11101111010",60],
	["]","11001000010",61],
	["^","11110001010",62],
	["_","10100110000",63],
	["`","10100001100",64],
	["a","10010110000",65],
	["b","10010000110",66],
	["c","10000101100",67],
	["d","10000100110",68],
	["e","10110010000",69],
	["f","10110000100",70],
	["g","10011010000",71],
	["h","10011000010",72],
	["i","10000110100",73],
	["j","10000110010",74],
	["k","11000010010",75],
	["l","11001010000",76],
	["m","11110111010",77],
	["n","11000010100",78],
	["o","10001111010",79],
	["p","10100111100",80],
	["q","10010111100",81],
	["r","10010011110",82],
	["s","10111100100",83],
	["t","10011110100",84],
	["u","10011110010",85],
	["v","11110100100",86],
	["w","11110010100",87],
	["x","11110010010",88],
	["y","11011011110",89],
	["z","11011110110",90],
	["{","11110110110",91],
	["\|","10101111000",92],
	["}","10100011110",93],
	["~","10001011110",94],
	[String.fromCharCode(127),"10111101000",95],
	[String.fromCharCode(128),"10111100010",96],
	[String.fromCharCode(129),"11110101000",97],
	[String.fromCharCode(130),"11110100010",98],
	[String.fromCharCode(131),"10111011110",99],
	[String.fromCharCode(132),"10111101110",100],
	[String.fromCharCode(133),"11101011110",101],
	[String.fromCharCode(134),"11110101110",102],
	//Start codes
	[String.fromCharCode(135),"11010000100",103],
	[String.fromCharCode(136),"11010010000",104],
	[String.fromCharCode(137),"11010011100",105]];

	//The end bits
	var endBin = "1100011101011";

	//This regexp is used for validation
	var regexp = /^[!-~ ]+$/;

	//Use the regexp variable for validation
	function valid(){
	if(string.search(regexp)==-1){
	return false;
	}
	return true;
	}

	//The encoder function that return a complete binary string. Data need to be validated before sent to this function
	//This is general calculate function, which is called by code specific calculate functions
	function calculateCode128(string, encodeFn, startCode, checksumFn){
	var result = "";

	//Add the start bits
	result += encodingById(startCode);

	//Add the encoded bits
	result += encodeFn(string);

	//Add the checksum
	result += encodingById(checksumFn(string, startCode));

	//Add the end bits
	result += endBin;

	return result;
	}

	//Code specific calculate functions
	var calculate = {
	code128B: function(string){
	return calculateCode128(string, encodeB, 104, checksumB);
	},
	code128C: function(string){
	string = string.replace(/ /g, "");
	return calculateCode128(string, encodeC, 105, checksumC);
	}
	}

	//Encode the characters (128 B)
	function encodeB(string){
	var result = "";
	for(var i=0;i<string.length;i++){
	result+=encodingByChar(string[i]);
	}
	return result;
	}

	//Encode the characters (128 C)
	function encodeC(string){
	var result = "";
	for(var i=0;i<string.length;i+=2){
	result+=encodingById(parseInt(string.substr(i, 2)));
	}
	return result;
	}

	//Calculate the checksum (128 B)
	function checksumB(string, startCode){
	var sum = 0;
	for(var i=0;i<string.length;i++){
	sum += weightByCharacter(string[i])*(i+1);
	}
	return (sum+startCode) % 103;
	}

	//Calculate the checksum (128 C)
	function checksumC(string, startCode){
	var sum = 0;
	var w = 1;
	for(var i=0;i<string.length;i+=2){
	sum += parseInt(string.substr(i, 2))*(w);
	w++;
	}
	return (sum+startCode) % 103;
	}

	//Get the encoded data by the id of the character
	function encodingById(id){
	for(var i=0;i<code128b.length;i++){
	if(code128b[i][2]==id){
	return code128b[i][1];
	}
	}
	return "";
	}

	//Get the id (weight) of a character
	function weightByCharacter(character){
	for(var i=0;i<code128b.length;i++){
	if(code128b[i][0]==character){
	return code128b[i][2];
	}
	}
	return 0;
	}

	//Get the encoded data of a character
	function encodingByChar(character){
	for(var i=0;i<code128b.length;i++){
	if(code128b[i][0]==character){
	return code128b[i][1];
	}
	}
	return "";
	}
	}

	function CODE128B(string) {
	return new CODE128(string, "B");
	}
	function CODE128C(string) {
	return new CODE128(string, "C");
	};


	function CODE39(string){

	var code39 = [
	[0,"0","101000111011101"]
	,[1,"1","111010001010111"]
	,[2,"2","101110001010111"]
	,[3,"3","111011100010101"]
	,[4,"4","101000111010111"]
	,[5,"5","111010001110101"]
	,[6,"6","101110001110101"]
	,[7,"7","101000101110111"]
	,[8,"8","111010001011101"]
	,[9,"9","101110001011101"]
	,[10,"A","111010100010111"]
	,[11,"B","101110100010111"]
	,[12,"C","111011101000101"]
	,[13,"D","101011100010111"]
	,[14,"E","111010111000101"]
	,[15,"F","101110111000101"]
	,[16,"G","101010001110111"]
	,[17,"H","111010100011101"]
	,[18,"I","101110100011101"]
	,[19,"J","101011100011101"]
	,[20,"K","111010101000111"]
	,[21,"L","101110101000111"]
	,[22,"M","111011101010001"]
	,[23,"N","101011101000111"]
	,[24,"O","111010111010001"]
	,[25,"P","101110111010001"]
	,[26,"Q","101010111000111"]
	,[27,"R","111010101110001"]
	,[28,"S","101110101110001"]
	,[29,"T","101011101110001"]
	,[30,"U","111000101010111"]
	,[31,"V","100011101010111"]
	,[32,"W","111000111010101"]
	,[33,"X","100010111010111"]
	,[34,"Y","111000101110101"]
	,[35,"Z","100011101110101"]
	,[36,"-","100010101110111"]
	,[37,".","111000101011101"]
	,[38," ","100011101011101"]
	,[39,"$","100010001000101"]
	,[40,"/","100010001010001"]
	,[41,"+","100010100010001"]
	,[42,"%","101000100010001"]];

	this.valid = valid;

	//The public encoding function
	this.encoded = function(){
	if(valid(string)){
	return encode(string);
	}
	else{
	return "";
	}
	}

	//This regexp is used for validation
	var regexp = /^[0-9A-Z\-\.\ \$\/\+\%]+$/;

	//Use the regexp variable for validation
	function valid(){
	if(string.search(regexp)==-1){
	return false;
	}
	return true;
	}

	//Encode the characters
	function encode(string){
	var result = "";
	result += "1000101110111010";
	for(var i=0;i<string.length;i++){
	result+=encodingByChar(string[i])+"0";
	}
	result += "1000101110111010";
	return result;
	}

	//Get the encoded data of a character
	function encodingByChar(character){
	for(var i=0;i<code39.length;i++){
	if(code39[i][1]==character){
	return code39[i][2];
	}
	}
	return "";
	}
	}

	(function($){

	JsBarcode = function(image, content, options) {

	var merge = function(m1, m2) {
	var newMerge = {};
	for (var k in m1) {
	newMerge[k] = m1[k];
	}
	for (var k in m2) {
	newMerge[k] = m2[k];
	}
	return newMerge;
	};

	//Merge the user options with the default
	options = merge(JsBarcode.defaults, options);

	//Create the canvas where the barcode will be drawn on
	// Check if the given image is already a canvas
	var canvas = image;

	// check if it is a jQuery object
	if (canvas instanceof jQuery) {
	// get the DOM element of the object
	canvas = image.get(0);
	}

	// check if DOM element is a canvas, otherwise it will be probably an image so create a canvas
	if (!(canvas instanceof HTMLCanvasElement)) {
	canvas = document.createElement('canvas');
	}

	//Abort if the browser does not support HTML5canvas
	if (!canvas.getContext) {
	return image;
	}

	var encoder = new window[options.format](content);

	//Abort if the barcode format does not support the content
	if(!encoder.valid()){
	return this;
	}

	//Encode the content
	var binary = encoder.encoded();

	var _drawBarcodeText = function (text) {
	var x, y;

	y = options.height;

	ctx.font = options.fontSize + "px "+options.font;
	ctx.textBaseline = "bottom";
	ctx.textBaseline = 'top';

	if(options.textAlign == "left"){
	x = options.quite;
	ctx.textAlign = 'left';
	}
	else if(options.textAlign == "right"){
	x = canvas.width - options.quite;
	ctx.textAlign = 'right';
	}
	else{ //All other center
	x = canvas.width / 2;
	ctx.textAlign = 'center';
	}

	ctx.fillText(text, x, y);
	}

	//Get the canvas context
	var ctx = canvas.getContext("2d");

	//Set the width and height of the barcode
	canvas.width = binary.lengthoptions.width+2options.quite;
	canvas.height = options.height + (options.displayValue ? options.fontSize : 0);

	//Paint the canvas
	ctx.clearRect(0,0,canvas.width,canvas.height);
	if(options.backgroundColor){
	ctx.fillStyle = options.backgroundColor;
	ctx.fillRect(0,0,canvas.width,canvas.height);
	}

	//Creates the barcode out of the encoded binary
	ctx.fillStyle = options.lineColor;
	for(var i=0;i<binary.length;i++){
	var x = i*options.width+options.quite;
	if(binary[i] == "1"){
	ctx.fillRect(x,0,options.width,options.height);
	}
	}

	if(options.displayValue){
	_drawBarcodeText(content);
	}

	//Grab the dataUri from the canvas
	uri = canvas.toDataURL('image/png');

	// check if given image is a jQuery object
	if (image instanceof jQuery) {
	// check if DOM element of jQuery selection is not a canvas, so assume that it is an image
	if (!(image.get(0) instanceof HTMLCanvasElement)) {
	//Put the data uri into the image
	return image.attr("src", uri);
	}
	} else if (!(image instanceof HTMLCanvasElement)) {
	// There is no jQuery object so just check if the given image was a canvas, if not set the source attr
	image.setAttribute("src", uri);
	}

	};

	JsBarcode.defaults = {
	width: 2,
	height: 100,
	quite: 10,
	format: "CODE128",
	displayValue: false,
	font:"Monospaced",
	textAlign:"center",
	fontSize: 12,
	backgroundColor:"",
	lineColor:"#000"
	};

	$.fn.JsBarcode = function(content, options){
	JsBarcode(this, content, options);
	return this;
	};

	//Look for instances of barcode on the order in Order Printer
	$('.item_barcode').each(function(index){
	var this_barcode = $(this).attr('data-barcode'),
	this_display = $(this).attr('data-display'),
	this_width = $(this).attr('data-width'),
	this_height = $(this).attr('data-height'),
	this_font = $(this).attr('data-font'),
	this_fontsize = $(this).attr('data-fontsize'),
	this_format = $(this).attr('data-format');

	if( !(this_display) \|\| ( this_display == "false") ) { this_display = false; }else{ this_display = true; }
	if( !(this_width) ) { this_width = 1; }
	if( !(this_height) ) { this_height = 50; }
	if( !(this_font) ) { this_font = "Monospaced"; }
	if( !(this_fontsize) ) { this_fontsize = 16; }
	if( !(this_format) ) { this_format = "CODE128"; }

	$(this).JsBarcode(this_barcode,{
	width: Number(this_width),
	height: Number(this_height),
	quite: 10,
	format: this_format,
	displayValue: this_display,
	font: this_font,
	textAlign:"center",
	fontSize: Number(this_fontsize),
	backgroundColor:"",
	lineColor:"#000"
	});

	});

	})(jQuery);