>>24
Nope. That's just more fail. Fails are additive (f+f), at best. Often they multiply (fxf). In uncommon cases, they exponentiate (ff). In rare instances, the tetration operator comes into play (ff, or "f^^f"). Woosh! You don't want to go there, man!
Name:
Anonymous2007-08-16 8:55 ID:Aj3BKXma
step 1 access driver,, google for it
step 2
Name:
Anonymous2007-08-16 8:57 ID:Aj3BKXma
step 1 access driver,, google for it
step 2 get a proxy list
step 3 get a word list
step 4 import both lists to access drivers and profit???????
>>1
So you wanna be a hacker? You pretty much failed already to become one by being stupid enough to post this question here. LEARN LEARN LEARN LEARN. If you cannot do that, you FAIL. The kids who 'want to become a hacker' always fail like this. This is because they do not have a real interest in technology, but just think that if they learn how to hack, it makes them special or cool. They quickly lose interest. Just learn about computers, that's pretty much the only usefull advice anyone can give to you.
1. GREAT REALIZATION I: Realize that anything, ANYTHING that has to do with software, computers, or anything "digital" is reducible to lists of bytes, i.e. lists of numbers that can range from 0 to 255. "Anything" means just that, programs, data, etc.
2. Learn about all the hardware and hardware systems you can, down to the schematic level if possible. Nothing gets in and out of hardware without some sort of communication protocol. which is usually how software and hardware are connected. So especially study hardware's communication protocols. You aren't done with this step until you can build a multi-core superscalar CPU with built-in memory controller and video hardware from sand off the beach and wires scavenged from broken, old televisions.
3. Learn about all the data formats and programming languages you can. Including assembly. You aren't done with this step until you can write a 100% bug-free C compiler in assembly for ALL currently available CPUs.
4. GREAT REALIZATION II: Realize that writing programs and designing systems that do exactly what the programmer wants without intended side effects is generally an impossible feat, given the sheer complexity of 2 and 3.
5. Once you have truly achieved the two Great Realizations, if the knowledge you've pursued in 2 and 3 are sufficient, then you can "hack."
Learn every goddamn thing about computers that you possibly can. By the time you've gotten about a quarter of the way through that, you'll know what you need to know (or at least know what you need to learn).
Also: FUCKING GOOGLE FOR THE LOVE OF FUCK GOOGLE GOOGLE GOOGLE