'
};
window.qst.gcal = {};
( function( context ){
context.domain = "qst.wikis.com";
if( window.location.href.toLowerCase().indexOf(".site") > 0 ) {
context.domain = "wiki7.qst";
}
context.namespace = function ( namespaceString ) {
var parts = namespaceString.split('.'),
parent = window,
currentPart = '';
for(var i = 0, length = parts.length; i < length; i++) {
currentPart = parts[i];
parent[currentPart] = parent[currentPart] || {};
parent = parent[currentPart];
}
return parent;
};
context.w = function( options ) {
var defaults= {
loadingImg: qst.loadingImg
};
$( options ).each( function( i, o ) {
var get,
settings= $.extend( {}, defaults, o ),
$target= $( settings.destination );
if( settings.content ) {
if( settings.destination && settings.loadingImg && $target.children().length === 0 ) {
$target.html( settings.loadingImg );
}
if( settings.localFile ) {
get= $.get( settings.content );
} else {
get= $.ajax({
url: "/ba-simple-proxy.php?mode=native&url=http://qst.wikis.com/topic/" + ( settings.procPublic ? "" : "display~" ) + settings.content ,
dataType: "html",
cache: false
});
}
if( settings.destination && $target.length ) {
get.done( function( data ) {
if( $target.length ) {
$target.html( data );
}
});
}
get.done( settings.success );
get.fail( settings.error );
get.always( settings.complete );
}
});
};
// Loaders
var loaders= context.namespace( [ context.name, "loaders" ].join(".") );
loaders.loadjscssfile= function( filename, filetype ){
var fileref;
if ( filetype==="js" ){ //if filename is a external JavaScript file
fileref= document.createElement( 'script' );
fileref.setAttribute( "type","text/javascript" );
fileref.setAttribute( "src", filename );
document.getElementsByTagName( "body" )[0].appendChild( fileref );
}
else if ( filetype==="css" ){ //if filename is an external CSS file
fileref= document.createElement( "link" );
fileref.setAttribute( "rel", "stylesheet" );
fileref.setAttribute( "type", "text/css" );
fileref.setAttribute( "href", filename );
document.getElementsByTagName( "head" )[0].appendChild( fileref );
}
// if ( typeof fileref!="undefined" ) {
// document.getElementsByTagName( "head" )[0].appendChild( fileref );
// }
};
})( window.qst );
( function( context ){
/**
* Converts an xs:date or xs:dateTime formatted string into the local timezone
* and outputs a human-readable form of this date or date/time.
*
* @param {string} gCalTime is the xs:date or xs:dateTime formatted string
* @return {string} is the human-readable date or date/time string
*/
function formatGCalTime(gCalTime) {
// text for regex matches
var remtxt = gCalTime;
function consume(retxt) {
var match = remtxt.match(new RegExp('^' + retxt));
if (match) {
remtxt = remtxt.substring(match[0].length);
return match[0];
}
return '';
}
// minutes of correction between gCalTime and GMT
var totalCorrMins = 0;
var year = consume('\\d{4}');
consume('-?');
var month = consume('\\d{2}');
consume('-?');
var dateMonth = consume('\\d{2}');
var timeOrNot = consume('T');
// if a DATE-TIME was matched in the regex
var dateString;
if (timeOrNot === 'T') {
var hours = consume('\\d{2}');
consume(':?');
var mins = consume('\\d{2}');
consume('(:\\d{2})?(\\.\\d{3})?');
var zuluOrNot = consume('Z');
// if time from server is not already in GMT, calculate offset
if (zuluOrNot !== 'Z') {
var corrPlusMinus = consume('[\\+\\-]');
if (corrPlusMinus !== '') {
var corrHours = consume('\\d{2}');
consume(':?');
var corrMins = consume('\\d{2}');
totalCorrMins = (corrPlusMinus==='-' ? 1 : -1) *
(Number(corrHours) * 60 +
(corrMins==='' ? 0 : Number(corrMins)));
}
}
// get time since epoch and apply correction, if necessary
// relies upon Date object to convert the GMT time to the local
// timezone
var originalDateEpoch = Date.UTC(year, month - 1, dateMonth, hours, mins);
var gmtDateEpoch = originalDateEpoch + totalCorrMins * 1000 * 60;
var ld = new Date(gmtDateEpoch);
// date is originally in YYYY-MM-DD format
// time is originally in a 24-hour format
// this converts it to MM/DD hh:mm (AM|PM)
dateString = (ld.getMonth() + 1) + '/' + ld.getDate() + ' ' +
((ld.getHours()>12)?(ld.getHours()-12):(ld.getHours()===0?12:
ld.getHours())) + ':' + ((ld.getMinutes()<10)?('0' +
ld.getMinutes()):(ld.getMinutes())) + ' ' +
((ld.getHours()>=12)?'PM':'AM');
} else {
// if only a DATE was matched
dateString = parseInt(month, 10) + '/' + parseInt(dateMonth, 10);
}
return dateString;
}
/**
* Creates an unordered list of events in a human-readable form
*
* @param {json} root is the root JSON-formatted content from GData
* @param {string} divId is the div in which the events are added
*/
context.listEvents= function( root, divId ) {
var feed = root.feed;
var events = document.getElementById(divId);
if ( events.childNodes.length > 0 ) {
events.removeChild(events.childNodes[0]);
}
// create a new unordered list
var ul = document.createElement( 'ul' );
// loop through each event in the feed
for (var i = 0; i < feed.entry.length; i++) {
var entry = feed.entry[i];
var title = entry.title.$t;
var start = entry['gd$when'][0].startTime;
var entryLinkHref;
// get the URL to link to the event
for (var linki = 0; linki < entry['link'].length; linki++) {
if (entry['link'][linki]['type'] === 'text/html' && entry['link'][linki]['rel'] === 'alternate') {
entryLinkHref = entry['link'][linki]['href'];
}
}
var dateString = formatGCalTime( start );
var li = document.createElement( 'li' );
// if we have a link to the event, create an 'a' element
if ( false && typeof entryLinkHref !== 'undefined') {
var entryLink = document.createElement( 'a' );
entryLink.setAttribute( 'href', entryLinkHref );
entryLink.appendChild( document.createTextNode( title ));
li.appendChild( entryLink );
li.appendChild( document.createTextNode(' - ' + dateString ));
} else {
// li.appendChild(document.createTextNode(title + ' - ' + dateString));
li.appendChild( document.createTextNode( dateString + ' - ' + title ));
}
// append the list item onto the unordered list
ul.appendChild( li );
}
events.appendChild( ul );
};
/**
* Callback function for the GData json-in-script call
* Inserts the supplied list of events into a div of a pre-defined name
*
* @param {json} root is the JSON-formatted content from GData
*/
context.insertUpcoming= function(root) {
$("#upcoming").empty();
qst.gcal.listEvents(root, 'upcoming');
};
context.fillSched= function( data ) {
var reg= $( "#regattas" );
reg.html( data );
// Hide column 3 and 4
reg.find("tr").each( function( i, e ){
$(this).children().eq(2).hide().end().eq(3).hide();
});
// Clickable results
reg.find("a").each( function(){
var that=this, $this= $(this);
$this.closest("tr").click( function(){
window.location= that.href;
}).hover(
function () {
$(this).children().andSelf().css( {cursor:"pointer"} );
},
function () {
$(this).children().andSelf().css( {cursor:"auto"} );
}
);
});
reg.closest(".row").equalHeights();
reg.show();
};
context.errorSched= function(){
$("#regattas").append("error loading.
"); }; })( qst.gcal ); $.fn.equalHeights = function(px) { $( this ).each( function(){ var currentTallest = 0; $( this ).children().each(function(i){ if ( $( this ).height() > currentTallest ) { currentTallest = $( this ).height(); } }); $( this ).children().css( { 'min-height': currentTallest }); }); return this; };