no...
i'm hw banned and i have a static ip address... i can still play as long as i use a bypass...
Originally Posted by lolliepop
Change your IP And you can play warrock again
i had hardware ban and did the same
> Ask your provider
> reset router.
ur mad...a hardware ban, is supposed to ban ur hardware not by ur ip...ive had a hard time long ago to spoof my hw ban and believe me it wasnt that simple...
Originally Posted by naomelembro14
ur mad...a hardware ban, is supposed to ban ur hardware not by ur ip...ive had a hard time long ago to spoof my hw ban and believe me it wasnt that simple...
it depends on what type of hw ban you have...
the majoirty has the guid ban. it bans the ip, mac address, or both...
Originally Posted by TinyWeeWee
it depends on what type of hw ban you have...
the majoirty has the guid ban. it bans the ip, mac address, or both...
...i had guid...and it banned me both lol...but i'd tryed mac and ip spoofers but still it never got my hw ban spoofed...and i did use a type of "vip" account of the mac changer that someone gave me...
HW Ban <> IP Ban
Originally Posted by espan
HW Ban <> IP Ban
...whats that about?!
<> means diferent
Originally Posted by espan
<> means diferent
hmm...get ur point...
I had an IP ban.
I just skanked one of the noobs on a website.
He had no posts and pm'd me and told me, not asked, told me to give him a bypass and a trainer via xfire. So i added him on XFire and told him to go to Run>Cmd>ipconfig/all then i got him to tell me his physical address and ip. Once i get it, i go into my router, change the mac address, restart the router and vola (can't spell it) i can play WR again!!
Originally Posted by espan
<> means diferent
the correct notation is:
"!="
"==" is equal
"!=" is not equal.
Pretty much universal over all programming languages.
Originally Posted by bagpiperdude90
the correct notation is:
"!="
"==" is equal
"!=" is not equal.
Pretty much universal over all programming languages.
x < y means y is greater than X
x > y means x is greater than y
x <> y means that x is smaller than and y is greater than any given notation.