nice, i guess 9 is > and 8 is < ?
And is there , ?

Yes, I made a break function too.

Interpreter is fully complete (?) and supports ',' command, but it's badly done
I forgot to say that I added the * func (exit program) to the brainfuck, so when you compile a program it's recognized by parser as "hey, stop me NOW !"

But the input fonction doesn't work actually in the parser.
And I fixed parser's loop bug, but not uploaded it .__.

You know what would be interesting, a BrainFuck compiler that takes brainfuck code and converts it into Axe code.  Then you would compile the generated Axe code for super speed!

Indeed, the wikipedia page even has a C equivalent to each of the symbols, and it's super easy haha.

it would output something like
first
get some free space and point it to P
and set N equal to 0
and then for +
it would be {A+N}++
for - {A+N}--
for >
N++
for <
N--
for , some input to store to {A+N}
for .
text({A+N}>Char
for []
while {A+N}
code
end

Yeah making a Brainfuck to Asm compiler would probably be much easier now that I think about it haha.  The compiler could still be in Axe too! It just would have to do some annoying byte counting for the jumps.

...
I'm asking me if you understood ...
I created an on-calc compiler, written in Axe, which takes a BrainFuck source code program (prgmBF) and automatically compiles it to an asm program (prgmCALCFUCK) which is veryveryvery fast : you cannot see it displaying letters, for Hello World. And this compiler takes care of [[]] loops, but the online-released version creates a crashing asm program with [][] loops (a bug I've fixed yet, but not released)

Keoni29 : GetCalc(Name,Size)→Pointer example : GetCalc("prgmBF",1600)→P
And to make it an asm program, you'll have to be serious... and read an hexadecimal assembly tutorial (a sort of thing which can say you some things like saying that $C9 returns and $21 assign the 2-bytes following value to HL ...