KM_TicTac

def draw_board(boardValues):
    # draw board func

    print('|' + boardValues[0] + '|' + boardValues[1] + '|' + boardValues[2] + '|')
    print(' ---') + ('-----')
    print('|' + boardValues[3] + '|' + boardValues[4] + '|' + boardValues[5] + '|')
    print(' --------')
    print('|' + boardValues[6] + '|' + boardValues[7] + '|' + boardValues[8] + '|')

    return

# choose Move Player 2 --> always even turn
def chooseMove(boardValues, playerSymbol):
  Move = False 
  while(not Move):
    print draw_board(boardValues)
    if playerSymbol == 'X':
      otherPlayer = 'O'
    else:
      otherPlayer = 'X'
    choice = int(raw_input("Hi Player. Please pick a number from 1 to 9")) -1
    if (boardValues[choice] != playerSymbol) and (boardValues[choice]  != otherPlayer):
      boardValues[choice] = playerSymbol
      Move = True
      
        
  return WinDraw(boardValues)
  
# def chooseMove1(boardValues):
#   # not a valid move automatically
#   Move = False 
  # while(not Move):
  #   print draw_board(boardValues)
  #   choice = int(raw_input("Hi Player 1! Please pick a number from 1 to 9")) -1
  #           # Enters Turn
            
    # Error check -> between 1 and 9 -> while between 1 and 9
#     if (boardValues[choice] != 'X' and boardValues[choice] != 'O'):
#       boardValues[choice] = 'X'
#       Move = True
#   return WinDraw(boardValues)
    
    

# def chooseMove2(boardValues):
#   # not a valid move automatically
#   Move = False 
#   while(not Move):
#     print draw_board(boardValues)
#     choice = int(raw_input("Hi Player 2! Please pick a number from 1 to 9")) -1
#     # Enters Turn
#     # Error check -> between 1 and 9
    
    
#     if (boardValues[choice] != 'O' and boardValues[choice] != 'X'):
#       boardValues[choice] = 'O'
#       Move = True
#   return WinDraw(boardValues)
 


# Check Horizontal for a win with values either 
#[1, 2, 3], [4, 5, 6], [ 7, 8, 9] of same type
def checkHorizontal(boardValues):
  
  Win=False
  if(boardValues[0] == boardValues[1] == boardValues[2]):
    Win = True
  elif (boardValues[3] == boardValues[4] == boardValues[5]):
    Win = True 
  elif (boardValues[6] == boardValues[7] == boardValues[8]):
    Win = True 
    return Win
    
#Check Vertical for a win with values either 
#[0, 3, 6], [1, 4, 7], [2, 5, 8]
def checkVertical(boardValues):
  Win=False
  if(boardValues[0] == boardValues[3] == boardValues[6]):
    Win = True
  elif (boardValues[1] == boardValues[4] == boardValues[7]):
    Win = True 
  elif (boardValues[2] == boardValues[5] == boardValues[8]):
    Win = True 
    return Win
    
#Check Diagonal for a win with values either 
#[0, 4, 8], [2, 4, 6]
def checkDiagonal(boardValues):
  Win=False
  if(boardValues[0] == boardValues[4] == boardValues[8]):
    Win = True
  elif (boardValues[2] == boardValues[4] == boardValues[6]):
    Win = True
    return Win

# check for win or draw 

def WinDraw(boardValues):
  Win = False 
  if (checkHorizontal(boardValues) == True):
    Win = True 
  elif (checkVertical(boardValues) == True):
    Win = True 
  elif (checkDiagonal(boardValues) == True):
    Win = True 
  return Win

# draw board 
boardList = ["1","2","3","4","5","6","7","8","9"] # -> board 
draw_board(boardList)

anyWin = False # -> no winners to start
playerTurn = 0  #-> starts at even 

print "Player 1, please pick a name."
player1 = raw_input().capitalize()

print "Player 2, please pick a name."
player2 = raw_input().capitalize()

while (not anyWin and playerTurn < 9):
  if (playerTurn % 2 == 0):
    anyWin = chooseMove(boardList, "X")
  else:
    anyWin = chooseMove(boardList, "O")
  playerTurn = playerTurn + 1
  
draw_board(boardList)
playerTurn = playerTurn - 1 

if (not anyWin):
  print "Draw!"
elif (playerTurn % 2 == 0): # Even play is player 1 
  print "Player 1 wins!"
else:
  print "Player 2 wins!"