import random

def chooseOneLetter(base1, base2):
ratio = 10
seed = int(random.uniform(0, ratio * len(base1) + len(base2)))
if seed < ratio * len(base1):
   chosenLetter = base1[int(seed / ratio)]
   base1.remove(chosenLetter)
else:
   chosenLetter = base2[(seed - ratio * len(base1))]
   base2.remove(chosenLetter)
return chosenLetter

def getSecretCode(base1, base2):
secretCode = ""
for i in range(4):
   chosenLetter = chooseOneLetter(base1, base2)
   secretCode += chosenLetter
return secretCode

# Program 3(a)

"""
Developing the Alpha MasterMind game engine.
"""
def play():
base1 = ["A", "B", "C", "D"]
base2 = ["E", "F", "G", "H"]
allowed = ['A', 'B', 'C', 'D', 'E', 'F', 'G', 'H']
matched_but_incorrect_positions = {}
matched_at_correct_positions = [None, None, None, None]
attempt_count = 1
replay = False

generate_random_code = list(getSecretCode(base1, base2))

while True:

   user_guess = input("Enter a guess to continue or RETURN to quit: ")
   if user_guess.strip() == "":
         break

   user_guess = list(user_guess.upper())

   flag = True

   if len(user_guess) != 4:
         print ("Please enter 4 unique letters, A to H")
         flag = False

   if flag:
         unique_letters = set(user_guess)
         if len(unique_letters) != 4:
            print ("Please enter 4 unique letters, A to H")
            flag = False

   if flag:
         for guess in user_guess:
            if guess not in allowed:
               print ("Please enter 4 unique letters, A to H")
               flag = False
               break

   if flag:
         valid_count = 0
         for i in range(4):
            if user_guess[i] == generate_random_code[i]:
               valid_count += 1
               matched_at_correct_positions[i] = str(user_guess[i]).upper()
            else:
               if user_guess[i] in generate_random_code:
                     if user_guess[i] in matched_but_incorrect_positions.keys():
                        matched_but_incorrect_positions.update(
                           {user_guess[i]: matched_but_incorrect_positions[user_guess[i]] + 1})
                     else:
                        matched_but_incorrect_positions[user_guess[i]] = 1
         if valid_count == 4:
            print (
               "You guessed it correctly in", attempt_count, "attempts, the secret word is",
               ''.join(
                     generate_random_code))
            user_choice = input("Do you want to play again? Y to play again: ")
            if user_choice == 'y' or user_choice == 'Y':
               replay = True
               break
            else:
               break
         else:
            print ("The guess is not correct, attempt no. " + str(attempt_count))
            print ("The correct letters in correct positions: " + str(matched_at_correct_positions))
            print ("The correct letters and the number of times found in incorrect positions: "
                  + str(matched_but_incorrect_positions))
            attempt_count += 1

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