- 3,679
- Warwick Uni
- lbsf1 GTP_lbsf1
- obsmu (my brothers acount)
working swell over here in Blighty
Not working so swell in this part of blighty.
working swell over here in Blighty
I know this may sound stupid, but I've caught myself doing this so it's worth a try.
Make sure you don't have multiple widgets running simultaneously. If that fails, try a re-install of the widget.
I'm back up and running, for what it's worth.
Log in aspect is down. Anyone already logged in is still running ala cookie.
Log in aspect is down. Anyone already logged in is still running ala cookie.
Not working so swell in this part of blighty.
server maintenance for me as well still, might have the wrong password but it shouldn't kick out a server maintenance response . . . i have 2.5.1
Um can someone explain to me what I should do to get my friend list to refresh on the widget? I reset my PC and the widget, but no dice.
Also can someone also explain what the concurrent threads does?
The amount of brain power you ask of your computers' processor to do the necessary calculations. Basically, 1 thread would be used for smaller, less powerful processors like a, eg: an Intel Celeron. 4 threads would be used for a more powerful Intel Core i5 or i7. You could of course use just 1 thread for a more powerful processor, but you'd be wasting your time asking a slow processor to use 4 threads.
Funny thing is, I haven't been able to logon to the GT-site since this morning (Site Maintenance).
However, the gadget works even when I do Force Reauthentication.
That's weird..
You have a cookie from before the site went down, and your widget has been able to use that to keep going.
If you don't have it, you can't get it till it comes back up.
At the moment you may just have to wait. When the GT5 site is back up and running, log in and your online (web site) friends list should update eventually - although you'll need to be patient with that too. Then, I find using the 'Force Reauthentication' option on the Grinder works best for me.
The amount of brain power you ask of your computers' processor to do the necessary calculations. Basically, 1 thread would be used for smaller, less powerful processors like a, eg: an Intel Celeron. 4 threads would be used for a more powerful Intel Core i5 or i7. You could of course use just 1 thread for a more powerful processor, but you'd be wasting your time asking a slow processor to use 4 threads.