from random import randint

class Combination(object):
    def __init__(self, combination_number=4, max_attemps=0):
        self.__combination = [randint(1,6) for i in range(combination_number)]
        self.max_attemps = max_attemps;
        self.attemps = [];
        self.tried = 0;
        self.surrended = False;
    def is_combination(self, comb):
        if self.surrended: return -1;
        if self.tried >= self.max_attemps and self.max_attemps > 0: return -2;
        if len(comb) != len(self.__combination): return -3;
        if any(i < 1 or i > 6 for i in comb): return -4;
        self.attemps.append(comb);
        self.tried+=1;
        info = self.__returnit(self.__correct(comb), self.__guessed(comb));
        return info if info[0]!=len(self.__combination) else True;
    def get_info(self):
        print("You tried {0}{1} times.".format(self.tried, '/'+str(self.max_attemps) if self.max_attemps else ''))
        for i in range(len(self.attemps)):
            print("{0}{1} try: {2}".format(i+1, "st" if not i else "nd" if i==1 else "rd" if i==2 else "th", self.attemps[i]))
    def surrend(self):
        self.surrended = True;
        print(self.__combination)
        return self.show();
    def show(self):
        return self.__combination if self.surrended else 0;
    def __returnit(self, correct, guessed):
        return [correct, guessed-correct if guessed-correct > 0 else 0]
    def __correct(self, comb):
        return len([i for i in range(len(comb)) if comb[i]==self.__combination[i]])
    def __guessed(self, comb):
        new_comb, guess = comb+[], 0;
        for i in self.__combination:
            if i in new_comb:
                guess+=1
                new_comb.remove(i);
        return guess;

# newAttempt function just demonstrates what bad output means(return from -1 to -4), it won't be a part of program
def newAttempt(attempt, obj):
    if attempt == [0]:
        obj.surrend();
        return False;
    response = obj.is_combination(attempt)
    if response == -1:
        print("Session is over, you already surrended!")
        return False
    elif response == -2:
        print("You don't have any more attempts. Let's surrend.")
        obj.surrend()
        return False
    elif response == -3:
        print("Your attempt's length isn't same as combination's length")
        return True
    elif response == -4:
        print("Your symbols must be numbers from 1 to 6")
        return True
    elif response:
        print("Good job! You solved it!")
        return False;
    print("{0} on right place and {1} on wrong".format(response[0], response[1]))
    return True

b = Combination(4, 10)
while newAttempt([int(i) for i in input("Enter combination(or 0 for surrend): ") if i.isdigit()], b):
    pass