// replace with an image of known size on the Sesame website
var testUrl = "/themeStreet/images/bandwidth_test.png";
var testSize = 147590; // size of asset in bytes
// edit this handler to determine what to do with the number you get
function handleBandwidth(num){
//alert("tested bandwidth was "+num+" kbps");
var cookieValue;
try{
cookieValue = readCookie("lowBandwidth");
}catch(e){}
//alert("cookie value is " + cookieValue);
if(num < 56 && cookieValue == null){
document.location.href = "/lowbandwidth";
}
}
// ---- don't need to edit below here ----
var connectionSpeed = 0;
var start,end;
function drawCSImageTag( fileLocation, fileSize, imgTagProperties ) {
// This function draws the image tag required to run this process.
// It needs to be passed:
// 1. (String) The location of the file to be loaded
// 2. (Integer) The size of the image file in bytes
// 3. (String) The tag properties to be included in the ![]()
tag
// Place a call to this function inside the of your file
// in place of a static ![]()
tag.
start = (new Date()).getTime();
// Record Start time of ![]()
load.
loc = fileLocation + '?t=' + escape(start);
// Append the Start time to the image url
// to ensure the image is not in disk cache.
document.write('
');
// Write out the ![]()
tag.
return;
}
function computeConnectionSpeed( e ) {
// This function returns the speed in kbps of the user's connection,
// based upon the loading of a single image. It is called via onload
// by the image drawn by drawCSImageTag() and is not meant to be called
// in any other way. You shouldn't ever need to call it explicitly.
end = (new Date()).getTime();
connectSpeed = (Math.floor((((testSize * 8) / ((end - start) / 1000)) / 1024) * 10) / 10);
return connectSpeed;
}
function testBandwidth(){
drawCSImageTag(testUrl, testSize, "style=\"display:none\" width=\"1\" height=\"1\"")
}
testBandwidth();