var Dog = function() {

    this.say = function( name ) {

       return name;

    }

};

var Animal = function() {

    this.inherit = Dog;
    this.inherit();

};

var pet2 = new Animal();

pet2.say("bob");

Something about writing on a whiteboards.

Of course, there’s load of different ways you could write this, meh.

Dennis Edwards – Don’t Look Any Further

M People – Don’t Look Any Further

The Kane gang don’t deserve a mention though, IMO…

Talk about an epic sunset…

It’s a shame the 3g iPhone doesn’t have a better camera as the pics don’t do it justice, think I’ll be upgrading my iPhone pretty soon.

Really hope it’s available to move to next week…

So far Google have been the most unhelpful company in the world to deal with in terms of support. I’m even still logged in with the saved session in my browser, I can provide details of the exact times e-mails in my Gmail inbox were sent because I’ve used e-mail forwarding with gmail for a while and second to that the google profile tied to my account here is clearly me.

Yet the Google accounts recovery form is a complete waste of time and gets you no further than an automated response and there is no way of getting in touch with someone from Google to do an actual ‘investigation’ and there’s no option to provide other verifiable information that will plainly show this is my account.

It seems I’m sod out of luck, I’ve lost a lot here and I’m at a loss to see what can be done about it. If Google don’t want to be losing users in the long run they’re doing a crap job of it right now, at least when I had a Hotmail account ‘hacked’ years ago I actually got to contact someone at MSN who verified most of the information I supplied and could plainly see it was my account.

Google are evil, has anyone else had any experiences with Google accounts being stolen and if so have you had any success in getting your account back?

He has the luxury of using some of the new parts of the specification within the standalone player that he’s working on, including array comprehensions.

I was interested in getting some performance tests done to compare the speed of >= JavaScript 1.7 ‘Array Comprehensions’ vs normal looping, so he wrote this:

	var a = new Array( 1000000 );
	var start1 = new Date();
	var a = [i * i for each ( i in a )];
	var end1 = new Date() - start1;
	console.log( '(AC vs while) array comprehension speed: ', end1 );

	var start2 = new Date();
	a = new Array( 1000000 )
	var i = -1, len = a.length;
	while ( i++ < len )
		a[i] = i*i;
	var end2 = new Date() - start2;
	console.log( '(AC vs while) while loop speed: ', end2 );

	var obj = {};
	[obj['key' + i] = obj['value' + i] for each ( i in new Array( 1000000 ) )];

	var start3 = new Date();
	var a = [k + ': ' + v for each ( [k,v] in Iterator( obj ) )];
	var end3 = new Date() - start3;
	console.log( '(AC vs for loop) array comprehension speed: ', end3 );

	var start4 = new Date();
	var b = [];
	for ( var k in obj )
		b.push( k + ': ' + obj[k] )
	var end4 = new Date() - start4;

	console.log( '(AC vs for loop) for in loop speed: ', end4 );

The results are interesting (lower number is better):

(AC vs while) array comprehension speed: 0
(AC vs while) while loop speed: 1202
(AC vs for loop) array comprehension speed: 0
(AC vs for loop) for in loop speed: 0