// The constructor function: creates a Cookie object for the specified
// document, with a specified name and optional attributes.
// Arguments:
// document: The Document object for which the cookie is stored. Required.
// name: A string that specifies a name for the cookie. Required.
// hours: An optional number that specifies the number of hours from now
// after which the cookie should expire.
// path: An optional string that specifies the cookie path attribute.
// domain: An optional string that specifies the cookie domain attribute.
// secure: An optional boolean value that, if true, requests a secure cookie.
//
function Cookie(document, name, hours, path, domain, secure)
{
// All the predefined properties of this object begin with '$'
// to distinguish them from other properties, which are the values to
// be stored in the cookie
this.$document = document;
this.$name = name;
if (hours)
this.$expiration = new Date((new Date()).getTime( ) + hours*3600000);
else this.$expiration = null;
if (path) this.$path = path; else this.$path = null;
if (domain) this.$domain = domain; else this.$domain = null;
if (secure) this.$secure = true; else this.$secure = false;
}
// This function is the store( ) method of the Cookie object
Cookie.prototype.store = function ( ) {
// First, loop through the properties of the Cookie object and
// put together the value of the cookie. Since cookies use the
// equals sign and semicolons as separators, we'll use colons
// and ampersands for the individual state variables we store
// within a single cookie value. Note that we escape the value
// of each state variable, in case it contains punctuation or other
// illegal characters.
var cookieval = "";
for(var prop in this) {
// Ignore properties with names that begin with '$' and also methods
if ((prop.charAt(0) == '$') || ((typeof this[prop]) == 'function'))
continue;
if (cookieval != "") cookieval += '&';
cookieval += prop + ':' + escape(this[prop]);
}
// Now that we have the value of the cookie, put together the
// complete cookie string, which includes the name and the various
// attributes specified when the Cookie object was created
var cookie = this.$name + '=' + cookieval;
if (this.$expiration)
cookie += '; expires=' + this.$expiration.toGMTString( );
if (this.$path) cookie += '; path=' + this.$path;
if (this.$domain) cookie += '; domain=' + this.$domain;
if (this.$secure) cookie += '; secure';
// Now store the cookie by setting the magic Document.cookie property
this.$document.cookie = cookie;
};
// This function is the load( ) method of the Cookie object
Cookie.prototype.load = function( ) {
// First, get a list of all cookies that pertain to this document
// We do this by reading the magic Document.cookie property
var allcookies = this.$document.cookie;
if (allcookies == "") return false;
// Now extract just the named cookie from that list
var start = allcookies.indexOf(this.$name + '=');
if (start == -1) return false; // Cookie not defined for this page
start += this.$name.length + 1; // Skip name and equals sign
var end = allcookies.indexOf(';', start);
if (end == -1) end = allcookies.length;
var cookieval = allcookies.substring(start, end);
// Now that we've extracted the value of the named cookie, we
// must break that value down into individual state variable
// names and values. The name/value pairs are separated from each
// other by ampersands, and the individual names and values are
// separated from each other by colons. We use the split( ) method
// to parse everything.
var a = cookieval.split('&'); // Break it into an array of name/value pairs
for(var i1=0; i1 < a.length; i1++) // Break each pair into an array
a[i1] = a[i1].split(':');
// Now that we've parsed the cookie value, set all the names and values
// of the state variables in this Cookie object. Note that we unescape( )
// the property value, because we called escape( ) when we stored it.
for(var i2 = 0; i2 < a.length; i2++) {
this[a[i2][0]] = unescape(a[i2][1]);
}
// We're done, so return the success code
return true;
};
// This function is the remove( ) method of the Cookie object
Cookie.prototype.remove = function( ) {
var cookie;
cookie = this.$name + '=';
if (this.$path) cookie += '; path=' + this.$path;
if (this.$domain) cookie += '; domain=' + this.$domain;
cookie += '; expires=Fri, 02-Jan-1970 00:00:00 GMT';
this.$document.cookie = cookie;
};
//===================================================================
// The previous code is the definition of the Cookie class.
// The following code is a sample use of that class.
//===================================================================
// Create the cookie we'll use to save state for this web page.
// Since we're using the default path, this cookie will be accessible
// to all web pages in the same directory as this file or "below" it.
// Therefore, it should have a name that is unique among those pages.
// Note that we set the expiration to 10 days in the future.
if (top.HlpSys === undefined) {
top.HlpSys = new Object();
}
top.HlpSys.favorites = function() {
var favoritesData = new Cookie(top.document, "autodesk_online_help_favorites", 24000);
var favoritesList = new Array();
var selectedFavoriteItem = 0;
return {
selectFavoriteItem: function(number) {
selectedFavoriteItem = number;
},
removeSeceltedFavoriteItem: function() {
if (selectedFavoriteItem < favoritesList.length) {
favoritesList.splice(selectedFavoriteItem, 1);
this.synchronizeFavoriteData();
}
},
initalFavoritesLoad: function () {
favoritesData.load();
if (!favoritesData.load() || !favoritesData.urlString || !favoritesData.titleString) {
favoritesData.urlString = "";
favoritesData.titleString = "";
}
},
addToFavorites: function(doc)
{
var url = doc.URL;
var title = doc.title;
favoritesData.load();
if (favoritesData.urlString.indexOf(url) == -1) {
if (favoritesData.urlString) favoritesData.urlString += ";" + url;
else favoritesData.urlString = url;
if (favoritesData.titleString) favoritesData.titleString += ";" + title;
else favoritesData.titleString = title;
favoritesData.store();
this.refreshFavoritesList();
}
this.refreshFavoritesPanel();
},
refreshFavoritesPanel: function() {
if (navigator.appName == "Netscape")
{
top.left_tab.document.getElementById('iframeFavoritesFrame').contentDocument.location.reload();
}
else if (navigator.appName == "Microsoft Internet Explorer")
{
top.left_tab.document.frames("iframeFavoritesFrame").document.location.reload();
}
else alert("Unsupported browser !");
},
refreshFavoritesList: function()
{
favoritesData.load();
var urls = favoritesData.urlString.split(";");
var titles = favoritesData.titleString.split(";");
for (i = 0; i < urls.length; i++) {
favoritesList[i] = new Array();
favoritesList[i][0] = urls[i];
favoritesList[i][1] = titles[i];
}
},
synchronizeFavoriteData: function()
{
var url = "";
var titles = "";
for (i = 0; i < favoritesList.length; i++) {
url += favoritesList[i][0];
titles += favoritesList[i][1];
if (i != (favoritesList.length - 1)) {
url += ";";
titles += ";";
}
}
favoritesData.urlString = url;
favoritesData.titleString = titles;
favoritesData.store();
this.refreshFavoritesPanel();
},
loadFromFavorites: function()
{
if (navigator.appName == "Netscape")
{
document.getElementById('favoritesList').contentDocument.open();
for (i = 0; i < favoritesList.length; i++) {
document.getElementById('favoritesList').contentDocument.write('');
}
document.getElementById('favoritesList').contentDocument.close();
}
else if (navigator.appName == "Microsoft Internet Explorer")
{
document.frames("favoritesList").document.open();
for (i = 0; i < favoritesList.length; i++) {
var url = favoritesList[i][0];
url = unescape(url)
if (url.match(/^[\\\/][A-Z]:/g)) {
url = url.slice(1);
}
document.frames("favoritesList").document.write('');
}
document.frames("favoritesList").document.close();
}
else alert("Unsupported browser !");
}
};
}();