The first one I found is 317026, but there are 399 others, all of them a unique combination of the digits 0, 1, 2, 3, 6, 7. Note that not all combinations are valid, there are 6! - 400 = 320 invalid ones.
yea post the solution if you find it
Oh. So we're free to post the solution? I didn't realise that. Still, I'd rather PM anyone who's interested.
also if you type 89 69 83 you get same result as 83 69 89
damn almost i got first 2 letters YE but can S ... But its 100% based on ascii
got it :D 896983 - its decimal numbers represent letters in ASCII code - cracken in 5 minutes but rly nice job
i wonder if making the output an input it may show the code... just maybe but i dont have the hours to try
Also, 2^21 is more than 10^6, which means that any code could yield a unique output even if there were no collisions at all.
I mean collisions even beyond that. 400 of the 10^6 combinations yield the same "yes".
10^6 variations code and 2^21 output variations