LÖVE

Good. Did you also found the part where it talks about why this method shouldn't be used?

Robin wrote:Good. Did you also found the part where it talks about why this method shouldn't be used?

I didn't bother reading about it, it doesn't interest me.

Robin wrote:

Atton wrote:Try this.

What's the name of that algorithm?

Stolen from the MTA Source code and slightly modified by a third party.

Actually, going by the names of the functions, it's rather the XTEA algorithm, not TEA. (or both, idk)
But seeing as there's a decode function, this is again laughably easy to decrypt for oneself.

And then there's the fact that the code that uses this has to store the password in plaintext, otherwise no-one can even play the game.

Robin wrote:And then there's the fact that the code that uses this has to store the password in plaintext, otherwise no-one can even play the game.

Xor it and it should be pretty hard to find. Well that is assuming you are working with C++.

Store each character in an int, 16 bits are enough, left shift each character four bit, to decode, just right shift them... It looks like cr*p in a hex editor