Enter a secret code and press space to let the program take guesses. After each guess a hint is given, which tells you the number of correct digits and the number of misplaced ones. Works by generating a list of all possible solutions and after each guess eliminating those solutions who wouldn't give the same hint. This is not the best method, but by far the simplest one and manages to solve most codes in just a few guesses.data:image/png;base64,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 a secret code and press space to let the program take guesses. After each guess a hint is given, which tells you the number of correct digits and the number of misplaced ones. Works by generating a list of all possible solutions and after each guess eliminating those solutions who wouldn't give the same hint. This is not the best method, but by far the simplest one and manages to solve most codes in just a few guesses.

-20ii1guessr-g-b(-a)200 12|2212r-g-b(-a)100 (3 possible solutions)12-20i1r-g-b(-a)200

what's your name?

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,5,3,31,11563,3,6,20,2386,6,5,33,051,6,5,32,116,4,5,34,016,4,5,3255,100,100100,255,100100,100,255255,255,100100,255,255255,100,255true