Heres mine:
Code:.model small
.stack
.data
.code
main proc
mov cx, FFFFh
CrashmeBitch:
mov ax, FFFFh
push ax
loop CrashmeBitch
main endp
end main
Printable View
Heres mine:
Code:.model small
.stack
.data
.code
main proc
mov cx, FFFFh
CrashmeBitch:
mov ax, FFFFh
push ax
loop CrashmeBitch
main endp
end main
Code:if(Uber == true) {
show1337Skillz();
println("Leet Uber Java Skillz, lol!");
} else {
Crasher.CrashComp();
println("Ur Not leet 'nuff to haev a comp!1");
Good... Goood.
<?php
echo("You both suck!!");
?>
int main() {
cout << "You both suck!!";
return 0;
}
begin
writeln('You both suck!!');
end.
<html>
I just had to add this one in. :p
</html>
Run and be amazed!SCAR Code:begin Writeln('Im showing my 1337 skillz! Pwned?');end.
here is a wave out from my processor. I personaly write some assembly code, and then personally convert into a 32 bit binarry string. I load that into memory and then tick the clock along.
http://www.greg.impwiki.org/art/thumb.jpg
and a link to the pdf report
The Report
And I can program micro-processors too. :)
but cna you also write the machine code for it too'? :p
Yes :p
Well, more specifically, I could if I looked the codes up again. The only thing I remember is that B8 moves something to AX I think...
lol, so you know asembly then, or at least one version of it.
me, in talking comands like
00000000010000010001100000111111 to do an alu operation that adds what is in register 2 to what is in register 1 and then place the answer in register 4.
taking it apart
000000< normal the code for an alu operation (not a store or load or branch, etc)
00010< rs , the source register , register number 2
00001< rt , the other register, (1)
00011< rd the destination register
00000< the shift amount (im not shifting)
111111< the alu cammand to the the add operation (not and or or, etc)
= a 32 bit binary command.
And I expresssed mine in hexadecimal. Although your 1337ness is very 1337, if I say so myself.