// JavaScript Document
function carica_oggetto(etichetta,uscita,id){
	//alert("ok");
	query="&etichetta="+etichetta+"&id="+id;
	h="http";	
	var pagina=h+"://www.trivellato.it/include/portlet.php";
   //alert(query);
	var ajax = assegnaXMLHttpRequest();    
    ajax.open("POST",pagina, true);
     ajax.setRequestHeader("Content-Type", "application/x-www-form-urlencoded");     
     ajax.onreadystatechange = function() {
        if(ajax.readyState === readyState.COMPLETATO) {
			prendiElementoDaId(uscita).innerHTML =ajax.responseText;
			 //alert(ajax.responseText);
			 //inizio galleria
			 // JavaScript Document

			 var slideshow=new TINY.slider.slide('slideshow',{
					id:'slider',
					auto:4,
					resume:false,
					vertical:false,
					navid:'pagination',
					activeclass:'current',
					position:0,
					rewind:false,
					elastic:true,
					left:'slideleft',
					right:'slideright'
			});	
		
 
			 //fine galleria		 
        }else{
			prendiElementoDaId(uscita).innerHTML ="<img src='http://www.trivellato.it/images/ajax_searching.gif'>";
		}
    };
    ajax.send(query);	
	
}

function carica_immagine(immagine,url,id){
	h="http";	
	var pagina=h+"://www.trivellato.it/"+url;
   //alert(query);
	var ajax = assegnaXMLHttpRequest();    
    ajax.open("POST",pagina, true);
     ajax.setRequestHeader("Content-Type", "application/x-www-form-urlencoded");     
     ajax.onreadystatechange = function() {
        if(ajax.readyState === readyState.COMPLETATO) {
			prendiElementoDaId(id).innerHTML =immagine;//ajax.responseText;
			 //alert(ajax.responseText);
			 //inizio galleria
			 // JavaScript Documente 
			 //fine galleria		 
        }else{
			prendiElementoDaId(id).innerHTML ="<img src='http://www.trivellato.it/images/ajax_searching.gif'>";
		}
    };
    ajax.send();		
	
}
function carica_immagine2(alt,url,id,style){
	h="http";
	query="&immagine="+url;
	var pagina=h+"://www.trivellato.it/admin/ajax_lettura_immagine.php";
   l="data:image/gif;base64,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";
   prendiElementoDaId('img_'+id).innerHTML ="<img src='"+l+"'>";
   prendiElementoDaId('imgb_'+id).innerHTML ="<img src='"+l+"'>";
	
	var ajax = assegnaXMLHttpRequest();    
    ajax.open("POST",pagina, true);
     ajax.setRequestHeader("Content-Type", "application/x-www-form-urlencoded");     
     ajax.onreadystatechange = function() {
        if(ajax.readyState === readyState.COMPLETATO) {
			prendiElementoDaId('img_'+id).innerHTML ='<img alt="'+alt+'" src="'+ajax.responseText+'"  border="0" style="padding:10px" />';
			prendiElementoDaId('imgb_'+id).innerHTML ='<img alt="'+alt+'" src="'+ajax.responseText+'"  border="0" style="width:80px" />';	 
        };
    };
    ajax.send(query);		
	
}
function carica_banner(alt,url,id,style){
	h="http";
	query="&immagine="+url;
	var pagina=h+"://www.trivellato.it/admin/ajax_lettura_immagine.php";
   l="data:image/gif;base64,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";
   prendiElementoDaId('banner_'+id).innerHTML ="<img src='"+l+"'>";	
	var ajax = assegnaXMLHttpRequest();    
    ajax.open("POST",pagina, true);
     ajax.setRequestHeader("Content-Type", "application/x-www-form-urlencoded");     
     ajax.onreadystatechange = function() {
        if(ajax.readyState === readyState.COMPLETATO) {
			prendiElementoDaId('banner_'+id).innerHTML ='<img alt="'+alt+'" src="'+ajax.responseText+'"  border="0" style="" />';
        };
    };
    ajax.send(query);		
	
}


function prendiElementoDaId(id_elemento) {
	var elemento;
	if(document.getElementById){
		elemento = document.getElementById(id_elemento);
	} else {
		elemento = document.all[id_elemento];
	}
	return elemento;
};
function assegnaXMLHttpRequest() {
  var
	XHR = null,
	browserUtente = navigator.userAgent.toUpperCase();
  if(typeof(XMLHttpRequest) === "function" || typeof(XMLHttpRequest) === "object")
	XHR = new XMLHttpRequest();
  else if(window.ActiveXObject && browserUtente.indexOf("MSIE 4") < 0) {
	if(browserUtente.indexOf("MSIE 5") < 0)
	  XHR = new ActiveXObject("Msxml2.XMLHTTP");
	else
	  XHR = new ActiveXObject("Microsoft.XMLHTTP");
  }
  return XHR;
};
var readyState = {
  INATTIVO:  0,
  INIZIALIZZATO:  1,
  RICHIESTA:  2,
  RISPOSTA:  3,
  COMPLETATO:  4
};


/**
*
*  Base64 encode / decode
*  http://www.webtoolkit.info/
*
**/
 
var Base64 = {
 
	// private property
	_keyStr : "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",
 
	// public method for encoding
	encode : function (input) {
		var output = "";
		var chr1, chr2, chr3, enc1, enc2, enc3, enc4;
		var i = 0;
 
		input = Base64._utf8_encode(input);
 
		while (i < input.length) {
 
			chr1 = input.charCodeAt(i++);
			chr2 = input.charCodeAt(i++);
			chr3 = input.charCodeAt(i++);
 
			enc1 = chr1 >> 2;
			enc2 = ((chr1 & 3) << 4) | (chr2 >> 4);
			enc3 = ((chr2 & 15) << 2) | (chr3 >> 6);
			enc4 = chr3 & 63;
 
			if (isNaN(chr2)) {
				enc3 = enc4 = 64;
			} else if (isNaN(chr3)) {
				enc4 = 64;
			}
 
			output = output +
			this._keyStr.charAt(enc1) + this._keyStr.charAt(enc2) +
			this._keyStr.charAt(enc3) + this._keyStr.charAt(enc4);
 
		}
 
		return output;
	},
 
	// public method for decoding
	decode : function (input) {
		var output = "";
		var chr1, chr2, chr3;
		var enc1, enc2, enc3, enc4;
		var i = 0;
 
		input = input.replace(/[^A-Za-z0-9\+\/\=]/g, "");
 
		while (i < input.length) {
 
			enc1 = this._keyStr.indexOf(input.charAt(i++));
			enc2 = this._keyStr.indexOf(input.charAt(i++));
			enc3 = this._keyStr.indexOf(input.charAt(i++));
			enc4 = this._keyStr.indexOf(input.charAt(i++));
 
			chr1 = (enc1 << 2) | (enc2 >> 4);
			chr2 = ((enc2 & 15) << 4) | (enc3 >> 2);
			chr3 = ((enc3 & 3) << 6) | enc4;
 
			output = output + String.fromCharCode(chr1);
 
			if (enc3 != 64) {
				output = output + String.fromCharCode(chr2);
			}
			if (enc4 != 64) {
				output = output + String.fromCharCode(chr3);
			}
 
		}
 
		output = Base64._utf8_decode(output);
 
		return output;
 
	},
 
	// private method for UTF-8 encoding
	_utf8_encode : function (string) {
		string = string.replace(/\r\n/g,"\n");
		var utftext = "";
 
		for (var n = 0; n < string.length; n++) {
 
			var c = string.charCodeAt(n);
 
			if (c < 128) {
				utftext += String.fromCharCode(c);
			}
			else if((c > 127) && (c < 2048)) {
				utftext += String.fromCharCode((c >> 6) | 192);
				utftext += String.fromCharCode((c & 63) | 128);
			}
			else {
				utftext += String.fromCharCode((c >> 12) | 224);
				utftext += String.fromCharCode(((c >> 6) & 63) | 128);
				utftext += String.fromCharCode((c & 63) | 128);
			}
 
		}
 
		return utftext;
	},
 
	// private method for UTF-8 decoding
	_utf8_decode : function (utftext) {
		var string = "";
		var i = 0;
		var c = c1 = c2 = 0;
 
		while ( i < utftext.length ) {
 
			c = utftext.charCodeAt(i);
 
			if (c < 128) {
				string += String.fromCharCode(c);
				i++;
			}
			else if((c > 191) && (c < 224)) {
				c2 = utftext.charCodeAt(i+1);
				string += String.fromCharCode(((c & 31) << 6) | (c2 & 63));
				i += 2;
			}
			else {
				c2 = utftext.charCodeAt(i+1);
				c3 = utftext.charCodeAt(i+2);
				string += String.fromCharCode(((c & 15) << 12) | ((c2 & 63) << 6) | (c3 & 63));
				i += 3;
			}
 
		}
 
		return string;
	}
 
}