function _MaskAPI()
{
	this.version = "0.4b";
	this.instances = 0;
	this.objects = {};
}
MaskAPI = new _MaskAPI();
/*
*
*/
function Mask(m, t, mainSeparator, secondarySeparator, decimalKeyNumPadAlwaysDecimalSeparator)
{
	
	this.mask = m; //Máscara
	t = t || "string"; //Tipo de datos
	
	this.decimalSeparator ='';
	this.thousandSeparator ='';
	
	/* 
		Notas sobre el tratamiento de los separadores de miles y separadores decimales:
		KeyCode ',' -> 188 ','
		KeyCode '.' -> 110 '. del NumPad'
		KeyCode '.' -> 190 '. del Teclado normal'
	*/
	
	// Indica si la tecla decimal (key 110) del NumPad será (true) o no (false)
	// reemplada por el separador decimal
	this.decimalKeyNumPadAlwaysDecimalSeparator = decimalKeyNumPadAlwaysDecimalSeparator ||true;
	this.decimalKeyNumPad = 110;//Tecla del separador decimal del KeyPad
	this.slashKeyNumPad = 111; //Tecla de la barra del separador decimal
	this.minusKeyNumPad = 109; //Tecla del guión del separador decimal
	
	if (t.toLowerCase()=="number")
	{
		this.decimalSeparator = mainSeparator || ',';
		this.thousandSeparator = secondarySeparator || '.';
	}
	else if (t=="date")
	{
		this.dateSeparator = mainSeparator || '/';
	}
	
	//Cadena de separador decimal para expresiones regulares
	this.re_decimalSeparator = ''; 
	this.re_thousandSeparator = '';
	
	switch (this.decimalSeparator)
	{
		case '.':
			this.re_decimalSeparator = "\\.";
		break;
		
		case ',':
			this.re_decimalSeparator = ",";
		break;

		default:
			this.re_decimalSeparator = this.decimalSeparator;
	};
	
	
	switch (this.thousandSeparator)
	{
		case '.':
			this.re_thousandSeparator = "\\.";
		break;
		
		case ',':
			this.re_thousandSeparator = ",";
		break;

		default:
			this.re_thousandSeparator = this.thousandSeparator;
	};
	
	
	this.decimalKeyNumPadAlwaysDecimalSeparator = decimalKeyNumPadAlwaysDecimalSeparator || true;
	
	
	this.type = (typeof t == "string") ? t : "string";
	this.error = [];
	this.errorCodes = [];
	this.value = "";
	this.strippedValue = "";
	this.allowPartial = false;
	this.id = MaskAPI.instances++;
	this.ref = "MaskAPI.objects['" + this.id + "']";
	MaskAPI.objects[this.id] = this;
}


// define the attach(oElement) function
Mask.prototype.attach = function (o)
{
	if (o != null)
	{
		$addEvent(o, "onkeydown", "if (this.readOnly != true) return " + this.ref + ".isAllowKeyPress(event, this);", true);
		$addEvent(o, "onkeyup", "if (this.readOnly != true) return " + this.ref + ".getKeyPress(event, this);", true);
		$addEvent(o, "onblur", "if (this.readOnly != true) this.value = " + this.ref + ".format(this.value);", true);
	}
};


Mask.prototype.isAllowKeyPress = function (e, o)
{
	//REVIEW: David - Tratamos igual los números, las fechas y las cadenas
	/*
		Si siempre devolvemos true, podemos "borrar" o sobreescribir sea cual sea el tipo de datos
	*/
	return true;
/*
	if( this.type != "string" ) return true;
	var xe = new qEvent(e);

	if( ((xe.keyCode > 47) && (o.value.length >= this.mask.length)) && !xe.ctrlKey ) return false;
	return true;*/
};


Mask.prototype.getKeyPress = function (e, o, _u)
{
	this.allowPartial = true;
	var xe = new qEvent(e);

	if (
		(xe.keyCode > 47) || //Si se pulsan "números o letras"
		(xe.keyCode == 0) || // ñ,Ñ,¿,?
		(xe.keyCode == 173) || // -
		(_u == true) || //¿?
		(xe.keyCode == 8 || xe.keyCode == 46) //Si se pulsan el espacio o el borrado
	)
	{
		var v = o.value, d;
		if( xe.keyCode == 8 || xe.keyCode == 46 ) d = true;
		else d = false;

		if( this.type == "number" )//Introducción de números
		{
			//Si decidimos que el separador decimal del KeyPad SIEMPRE actúa como tal
			// y se pulsa dicha tecla...
			if (
				(this.decimalKeyNumPadAlwaysDecimalSeparator)
				&& (xe.keyCode == this.decimalKeyNumPad)
			)
			{
				//Añadimos el separador decimal correspondiente
				v +=this.decimalSeparator;
				o.value = v;
				this.value = this.setNumber(v, d);
			}
			else
			{
				this.value = this.setNumber(v, d);
			}
		}
		else if (this.type == "date") // Introducción de fechas
		{
			if (
				(xe.keyCode == this.minusKeyNumPad)
				|| (xe.keyCode == this.slashKeyNumPad)
			)
			{
				//Eliminamos el valor introducido
				o.value = o.value.slice(0, -1);
				//v = v.slice(0, -1);
				this.value = this.setDateKeyPress(v, d);
			}
			else
			{
				this.value = this.setDateKeyPress(v, d);
			}
		}
		else this.value = this.setGeneric(v, d);
		o.value = this.value;
	}
	
	this.allowPartial = false;
	return true;
};



Mask.prototype.format = function (s){
	if( this.type == "number" ) this.value = this.setNumber(s);
	else if( this.type == "date" ) this.value = this.setDate(s);
	else this.value = this.setGeneric(s);
	return this.value;
};

Mask.prototype.throwError = function (c, e, v){
	this.error[this.error.length] = e;
	this.errorCodes[this.errorCodes.length] = c;
	if( typeof v == "string" ) return v;
	return true;
};

Mask.prototype.setGeneric = function (_v, _d){
	var v = _v, m = this.mask;
	var r = "x#*", rt = [], nv = "", t, x, a = [], j=0, rx = {"x": "A-Za-z", "#": "0-9", "*": "A-Za-z0-9" };

	// strip out invalid characters
	v = v.replace(new RegExp("[^" + rx["*"] + "]", "gi"), "");
	if( (_d == true) && (v.length == this.strippedValue.length) ) v = v.substring(0, v.length-1);
	this.strippedValue = v;
	var b=[];
	for( var i=0; i < m.length; i++ )
	{
		// grab the current character
		x = m.charAt(i);
		// check to see if current character is a mask, escape commands are not a mask character
		t = (r.indexOf(x) > -1);
		// if the current character is an escape command, then grab the next character
		if( x == "!" ) x = m.charAt(i++);
		// build a regex to test against
		if( (t && !this.allowPartial) || (t && this.allowPartial && (rt.length < v.length)) ) rt[rt.length] = "[" + rx[x] + "]";
		// build mask definition table
		a[a.length] = { "chr": x, "mask": t };
	}

	var hasOneValidChar = false;
	// if the regex fails, return an error
	if( !this.allowPartial && !(new RegExp(rt.join(""))).test(v) ) return this.throwError(1, "El valor \"" + _v + "\" debe respetar el formato " + this.mask + this.decimalSeparator, _v);
	// loop through the mask definition, and build the formatted string
	else if( (this.allowPartial && (v.length > 0)) || !this.allowPartial ){
		for( i=0; i < a.length; i++ ){
			if( a[i].mask ){
				while( v.length > 0 && !(new RegExp(rt[j])).test(v.charAt(j)) ) v = (v.length == 1) ? "" : v.substring(1);
				if( v.length > 0 ){
					nv += v.charAt(j);
					hasOneValidChar = true;
				}
				j++;
			} else nv += a[i].chr;
			if( this.allowPartial && (j > v.length) ) break;
		}
	}
	
	if( this.allowPartial && !hasOneValidChar ) nv = "";
	if( this.allowPartial ){
		if( nv.length < a.length ) this.nextValidChar = rx[a[nv.length].chr];
		else this.nextValidChar = null;
	}

	return nv;
};

Mask.prototype.setNumber = function(_v, _d)
{
	
	var matchExpre1 = "";
	//matchExpre1: Quitamos todos los caracteres que NO sean:
	// -> Números
	// -> El separador DECIMAL
	// -> El signo menos
	matchExpre1+="[^\\d"+this.re_decimalSeparator+"-]*";
	var regMatchExpre1 = RegExp(matchExpre1, "gi");
	
	var v = String(_v).replace(regMatchExpre1, "");
	var m = this.mask;
	
	// Debemos dejar la cadena con un úNICO separador decimal en la máscara
	var regExpDecimal = RegExp(this.re_decimalSeparator); //Localiza los separadores decimal
	
	var regExpLetraD = RegExp('d'); //Localiza las letras 'd'
	
	//Adaptación multiidioma
	v = v.replace(regExpDecimal, "d").replace(regExpDecimal, "", "g").replace(regExpLetraD, this.decimalSeparator);
	
	//Multiidioma, OJO -> DOBLE escapado del símbolo
	var cadenaPatron = "";
	cadenaPatron+="^[\\$]?((\\$?[\\+-]?([0#]{1,3}";
	cadenaPatron+=this.re_thousandSeparator;//Separador de miles
	cadenaPatron+=")?[0#]*(";
	cadenaPatron+=this.re_decimalSeparator;//Separador decimal
	cadenaPatron+="[0#]*)?)|([\\+-]?\\([\\+-]?([0#]{1,3}";
	cadenaPatron+=this.re_thousandSeparator;//Separador de miles
	cadenaPatron+=")?[0#]*(";
	cadenaPatron+=this.re_decimalSeparator;//Separador decimal
	cadenaPatron+="[0#]*)?\\)))$";
	var regExpCadPat = RegExp(cadenaPatron);
	
	if( !regExpCadPat.test(m) )
	{
		return this.throwError(1, "La máscara especificada \n en el constructor no es válida.", _v);
	}

	if( (_d == true) && (v.length == this.strippedValue.length) ) v = v.substring(0, v.length-1);

	if( this.allowPartial && (v.replace(/[^0-9]/, "").length == 0) ) return v;
	this.strippedValue = v;
	
	var cadNumero = _v;
	if( v.length == 0 )
	{
		v = NaN;
		return _v;
	}
	else
	{
		cadNumero = v.split(this.decimalSeparator).join('.');
	}
	
	var vn = Number(cadNumero);
	
	if(isNaN(vn)) return this.throwError(2, "El valor introducido no es un número. ", _v);
	
	// if no mask, stop processing
	if(m.length == 0)
	{
		return _v;
	}

	// get the value before the decimal point
	var vi = String(Math.abs((v.indexOf(this.decimalSeparator) > -1 ) ? v.split(this.decimalSeparator)[0] : v));
	// get the value after the decimal point
	
	var vd = (v.indexOf(this.decimalSeparator) > -1) ? v.split(this.decimalSeparator)[1] : "";
	var _vd = vd;

	//var isNegative = (vn != 0 && Math.abs(vn)*-1 == vn);
	var isNegative1 = (vn != 0 && Math.abs(vn)*-1 == vn);
	var isNegative2 = (vn==0 && v.lastIndexOf("-") == 0);//Añadido para el problema "-0,"
	var isNegative = isNegative1 || isNegative2;

	// check for masking operations
	var show = {
		"$" : /^[\$]/.test(m),
		"(": (isNegative && (m.indexOf("(") > -1)),
		"+" : ( (m.indexOf("+") != -1) && !isNegative )
	};
	show["-"] = (isNegative && (!show["("] || (m.indexOf("-") != -1)));


	// Eliminamos todos los caracteres "fijos" de la máscara
	var matchExpre2 = "[^#0"+this.re_decimalSeparator+this.re_thousandSeparator+"]*";
	var regMatchExpre2 = RegExp(matchExpre2, "gi");
	
	/* Make sure there are the correct number of decimal places */
	// get number of digits after decimal point in mask
	var dm = (m.indexOf(this.decimalSeparator) > -1 ) ? m.split(this.decimalSeparator)[1] : "";
	if(dm.length == 0)
	{
		vi = String(Math.round(Number(vi)));
		vd = "";
	} else {
		// find the last zero, which indicates the minimum number
		// of decimal places to show
		var md = dm.lastIndexOf("0")+1;
		// if the number of decimal places is greater than the mask, then round off
		if( vd.length > dm.length )
		{
			vd = String(Math.round(Number(vd.substring(0, dm.length + 1))/10));
			if (vd.length > dm.length) //Acarreo
			{
				vi++;
				vd = '0';
				while( vd.length < dm.length ) vd += "0";
			}
		}
		// otherwise, pad the string w/the required zeros
		else
		{
			while( vd.length < md ) vd += "0";
		}
	}

	/*
		pad the int with any necessary zeros
	*/
	// get number of digits before decimal point in mask
	var im = (m.indexOf(this.decimalSeparator) > -1 ) ? m.split(this.decimalSeparator)[0] : m;
	im = im.replace(/[^0#]+/gi, "");
	// find the first zero, which indicates the minimum length
	// that the value must be padded w/zeros
	var mv = im.indexOf("0")+1;
	// if there is a zero found, make sure it's padded
	if( mv > 0 ){
		mv = im.length - mv + 1;
		while( vi.length < mv ) vi = "0" + vi;
	}


	/*
		check to see if we need commas in the thousands place holder
	*/
	var checkSeparadorMiles = "[#0]+"+this.re_thousandSeparator+"[#0]{3}";//Separador de miles
	var regExpCheckSeparadorMiles = RegExp(checkSeparadorMiles);

	if(regExpCheckSeparadorMiles.test(m))
	{
		// add the commas as the place holder
		var x = [], i=0, n=Number(vi);
		while( n > 999 )
		{
			x[i] = "00" + String(n%1000);
			x[i] = x[i].substring(x[i].length - 3);
			n = Math.floor(n/1000);
			i++;
		}
		x[i] = String(n%1000);
		vi = x.reverse().join(this.thousandSeparator);
	}

	/*
		combine the new value together
	*/
	if ( 
		(vd.length > 0 && !this.allowPartial) || 
			(
				(dm.length > 0)
				&& this.allowPartial
				&& (v.indexOf(this.decimalSeparator) > -1)
				&& (_vd.length >= vd.length)
			)
		)
	{
		v = vi + this.decimalSeparator + vd;
	}
	else if (
		(dm.length > 0)
		&& this.allowPartial
		&& (v.indexOf(this.decimalSeparator) > -1)
		&& (_vd.length < vd.length)
		)
	{
		v = vi + this.decimalSeparator + _vd;
	}
	else
	{
		v = vi;
	}
	
	if( show["$"] ) v = this.mask.replace(/(^[\$])(.+)/gi, "$") + v;
	if( show["+"] ) v = "+" + v;
	if( show["-"] ) v = "-" + v;
	if( show["("] ) v = "(" + v + ")";

	return v;
};

Mask.prototype.setDate = function (_v)
{
	var v = _v, m = this.mask;
	var a, e, mm, dd, yy, x, s;

	// split mask into array, to see position of each day, month & year
	a = m.split(/[^mdy]+/);
	// split mask into array, to get delimiters
	s = m.split(/[mdy]+/);
	// convert the string into an array in which digits are together
	e = v.split(/[^0-9]/);
	
	if( s[0].length == 0 ) s.splice(0, 1);

	for( var i=0; i < a.length; i++ )//Para cada elemento de la máscara
	{
		x = a[i].charAt(0).toLowerCase();
		if(x == "m")
		{
			mm = parseInt(e[i], 10)-1;
		}
		else if(x == "d")
		{
			dd = parseInt(e[i], 10);
		}
		else if(x == "y")
		{
			yy = parseInt(e[i], 10);
		}
	}
	
	// if year is abbreviated, guess at the year
/*	if (String(yy).length < 3)
	{
		yy = 2000 + yy;
		if ( (new Date()).getFullYear()+5 < yy ) yy = yy - 100;
	}*/

	// create date object
	var d = new Date(yy, mm, dd);
	if( d.getDate() != dd ) return this.throwError(1, "An invalid day was entered.", _v);
	else if( d.getMonth() != mm ) return this.throwError(2, "An invalid month was entered.", _v);
	
	var nv = "";

	for( i=0; i < a.length; i++ )
	{
		x = a[i].charAt(0).toLowerCase();
		if( x == "m" ){
			mm++;
			if( a[i].length == 2 ){
				mm = "0" + mm;
				mm = mm.substring(mm.length-2);
			}
			nv += mm;
		} else if( x == "d" ){
			if( a[i].length == 2 ){
				dd = "0" + dd;
				dd = dd.substring(dd.length-2);
			}
			nv += dd;
		} else if( x == "y" ){
			year = yy.toString();
			if (year.length == 4)
			{
				nv += yy;
			}
			else if (year.length == 2)
			{
				nv += 'yy'+yy;
			}
		/*	if( a[i].length == 2 ) nv += d.getYear();
			else 
				nv += d.getFullYear();*/
		}

		if( i < a.length-1 ) nv += s[i];
	}
	return nv;
};


Mask.prototype.setDateKeyPress = function (_v, _d)
{
	var v = _v;
	var m = this.mask;
	var k = v.charAt(v.length-1);
	var a, e, c, ml, vl, mm = "", dd = "", yy = "", x, p, z;

	if( _d == true )
	{
		while( (/[^0-9]/gi).test(v.charAt(v.length-1)) ) 
		{
			v = v.substring(0, v.length-1);
		}
		if( (/[^0-9]/gi).test(this.strippedValue.charAt(this.strippedValue.length-1)) ) v = v.substring(0, v.length-1);
		if( v.length == 0 ) return "";
	}

	// Devuelve un array con la submáscara de cada grupo en el orden de aparicion en la máscara
	a = m.split(/[^mdy]/);
	// Devuelve el delimitador escogido: - / ,
	s = m.split(/[mdy]+/);

	// Ajuste para Mozilla que añade un elemento vacío al array
	if (s[0].length == 0) s.splice(0,1);
	
	// Convierte la cadena en un vector con los valores de los elementos de la fecha
	e = v.split(/[^0-9]/);
	var i=0; 
	var long_e = e.length;
	
	for(i=0; i<long_e; i++) //Para cada GRUPO
	{
		//Si modificamos el array inicial, REPTIMOS
		if (e[i].length == 0)
		{
			e.splice(i, 1);
			i=0;
			long_e = e.length;
		}
		x = a[i].charAt(0).toLowerCase();
		if( x == "d" ) dd = parseInt(e[i], 10);
		else if( x == "m" )
		{
			mm = parseInt(e[i], 10);
			if (mm!=NaN) mm--;
		}
		else if(x == "y"){ yy = parseInt(e[i], 10); }
	}
	
	// Posicion en la máscara
	p = (e.length > 0) ? e.length-1 : 0;
	
	// Determina el valor actual del elemento de la máscara que se está introduciendo
	c = a[p].charAt(0);
	// Determina la longitud del elemento de la máscara actual
	ml = a[p].length;
	
	var nv = "";
	var j=0;
	for (i=0; i<e.length; i++)
	{
		x = a[i].charAt(0).toLowerCase();
	
		if( x == "m" )
		{
			z = ((/[^0-9]/).test(k) && c == "m");
			mm++;
			if( (e[i].length == 2 && mm < 10) || (a[i].length == 2 && c != "m") || (mm > 1 && c == "m") || (z && a[i].length == 2) ){
				mm = "0" + mm;
				mm = mm.substring(mm.length-2);
			}
			vl = String(mm).length;
			ml = 2;
			nv += mm;
		}
		else if( x == "d" )
		{
			z = ((/[^0-9]/).test(k) && c == "d");
			if( (e[i].length == 2 && dd < 10) || (a[i].length == 2 && c != "d") || (dd > 3 && c == "d") || (z && a[i].length == 2) ){
				dd = "0" + dd;
				dd = dd.substring(dd.length-2);
			}
			vl = String(dd).length;
			ml = 2;
			nv += dd;
		}
		else if( x == "y" )
		{
			z = ((/[^0-9]/).test(k) && c == "y");
			if( c == "y" ) yy = String(yy);
			else
			{
				if( a[i].length == 2 ) { yy = d.getYear(); }
				else { yy = d.getFullYear();}
			}
			if( (e[i].length == 2 && yy < 10) || (a[i].length == 2 && c != "y") || (z && a[i].length == 2) )
			{
				yy = "0" + yy;
				yy = yy.substring(yy.length-2);
			}
			ml = a[i].length;
			vl = String(yy).length;
			nv += yy;
		}

		if( ((ml == vl || z) && (x == c) && (i < s.length)) || (i < s.length && x != c ) ) nv += s[i];
	}

	if( nv.length > m.length ) nv = nv.substring(0, m.length);

	this.strippedValue = (nv == "NaN") ? "" : nv;

	return this.strippedValue;
};

function qEvent(e)
{
	// routine for NS, Opera, etc DOM browsers
	if(window.Event)
	{
		var isKeyPress = (e.type.substring(0,3) == "key");

		this.keyCode = (isKeyPress) ? parseInt(e.which, 10) : 0;
		this.button = (!isKeyPress) ? parseInt(e.which, 10) : 0;
		this.srcElement = e.target;
		this.type = e.type;
		this.x = e.pageX;
		this.y = e.pageY;
		this.screenX = e.screenX;
		this.screenY = e.screenY;
		if( document.layers ){
			this.altKey = ((e.modifiers & Event.ALT_MASK) > 0);
			this.ctrlKey = ((e.modifiers & Event.CONTROL_MASK) > 0);
			this.shiftKey = ((e.modifiers & Event.SHIFT_MASK) > 0);
			this.keyCode = this.translateKeyCode(this.keyCode);
		} else {
			this.altKey = e.altKey;
			this.ctrlKey = e.ctrlKey;
			this.shiftKey = e.shiftKey;
		}
	// routine for Internet Explorer DOM browsers
	} else {
		e = window.event;
		this.keyCode = parseInt(e.keyCode, 10);
		this.button = e.button;
		this.srcElement = e.srcElement;
		this.type = e.type;
		if( document.all ){
			this.x = e.clientX + document.body.scrollLeft;
			this.y = e.clientY + document.body.scrollTop;
		} else {
			this.x = e.clientX;
			this.y = e.clientY;
		}
		this.screenX = e.screenX;
		this.screenY = e.screenY;
		this.altKey = e.altKey;
		this.ctrlKey = e.ctrlKey;
		this.shiftKey = e.shiftKey;
	}
	if (this.button == 0)
	{
		this.setKeyPressed(this.keyCode);
		this.keyChar = String.fromCharCode(this.keyCode);
	}
};

// this method will try to remap the keycodes so the keycode value
// returned will be consistent. this doesn't work for all cases,
// since some browsers don't always return a unique value for a
// key press.
qEvent.prototype.translateKeyCode = function (i)
{
	var l = {};
	// remap NS4 keycodes to IE/W3C keycodes
	if( !!document.layers ){
		if( this.keyCode > 96 && this.keyCode < 123 ) return this.keyCode - 32;
		l = {
			96:192,126:192,33:49,64:50,35:51,36:52,37:53,94:54,38:55,42:56,40:57,41:48,92:220,124:220,125:221,
			93:221,91:219,123:219,39:222,34:222,47:191,63:191,46:190,62:190,44:188,60:188,45:189,95:189,43:187,
			61:187,59:186,58:186,
			"null": null
		};
	}
	return (!!l[i]) ? l[i] : i;
};

// try to determine the actual value of the key pressed
qEvent.prototype.setKP = function (i, s){
	this.keyPressedCode = i;
	this.keyNonChar = (typeof s == "string");
	this.keyPressed = (this.keyNonChar) ? s : String.fromCharCode(i);
	this.isNumeric = (parseInt(this.keyPressed, 10) == this.keyPressed);
	this.isAlpha = ((this.keyCode > 64 && this.keyCode < 91) && !this.altKey && !this.ctrlKey);
	return true;
};

// try to determine the actual value of the key pressed
qEvent.prototype.setKeyPressed = function (i){
	var b = this.shiftKey;
	if( !b && (i > 64 && i < 91) ) return this.setKP(i + 32);
	if( i > 95 && i < 106 ) return this.setKP(i - 48);
	
	switch( i ){
		case 49: case 51: case 52: case 53: if( b ) i = i - 16; break;
		case 50: if( b ) i = 64; break;
		case 54: if( b ) i = 94; break;
		case 55: if( b ) i = 38; break;
		case 56: if( b ) i = 42; break;
		case 57: if( b ) i = 40; break;
		case 48: if( b ) i = 41; break;
		case 192: if( b ) i = 126; else i = 96; break;
		case 189: if( b ) i = 95; else i = 45; break;
		case 187: if( b ) i = 43; else i = 61; break;
		case 220: if( b ) i = 124; else i = 92; break;
		case 221: if( b ) i = 125; else i = 93; break;
		case 219: if( b ) i = 123; else i = 91; break;
		case 222: if( b ) i = 34; else i = 39; break;
		case 186: if( b ) i = 58; else i = 59; break;
		case 191: if( b ) i = 63; else i = 47; break;
		case 190: if( b ) i = 62; else i = 46; break;
		case 188: if( b ) i = 60; else i = 44; break;

		case 106: case 57379: i = 42; break;
		case 107: case 57380: i = 43; break;
		case 109: case 57381: i = 45; break;
		
		case 110: //Punto decimal del KeyPad
			i = 46;
		break;
		
		case 111: case 57378: i = 47; break;

		case 8: return this.setKP(i, "[backspace]");
		case 9: return this.setKP(i, "[tab]");
		case 13: return this.setKP(i, "[enter]");
		case 16: case 57389: return this.setKP(i, "[shift]");
		case 17: case 57390: return this.setKP(i, "[ctrl]");
		case 18: case 57388: return this.setKP(i, "[alt]");
		case 19: case 57402: return this.setKP(i, "[break]");
		case 20: return this.setKP(i, "[capslock]");
		case 32: return this.setKP(i, "[space]");
		case 91: return this.setKP(i, "[windows]");
		case 93: return this.setKP(i, "[properties]");

		case 33: case 57371: return this.setKP(i*-1, "[pgup]");
		case 34: case 57372: return this.setKP(i*-1, "[pgdown]");
		case 35: case 57370: return this.setKP(i*-1, "[end]");
		case 36: case 57369: return this.setKP(i*-1, "[home]");
		case 37: case 57375: return this.setKP(i*-1, "[left]");
		case 38: case 57373: return this.setKP(i*-1, "[up]");
		case 39: case 57376: return this.setKP(i*-1, "[right]");
		case 40: case 57374: return this.setKP(i*-1, "[down]");
		case 45: case 57382: return this.setKP(i*-1, "[insert]");
		case 46: case 57383: return this.setKP(i*-1, "[delete]");
		case 144: case 57400: return this.setKP(i*-1, "[numlock]");
	}
	
	if( i > 111 && i < 124 ) return this.setKP(i*-1, "[f" + (i-111) + "]");

	return this.setKP(i);
};

// define the addEvent(oElement, sEvent, sCmd, bAppend) function
function $addEvent(o, _e, c, _b){
	var e = _e.toLowerCase(), b = (typeof _b == "boolean") ? _b : true, x = (o[e]) ? o[e].toString() : "";
	// strip out the body of the function
	x = x.substring(x.indexOf("{")+1, x.lastIndexOf("}"));
	x = ((b) ? (x + c) : (c + x)) + "\n";
	return o[e] = (!!window.Event) ? new Function("event", x) : new Function(x);
}