def loadBoard(fileName):
    with open(fileName) as board:
        boardContents = board.read()
    boardContents = boardContents.splitlines()
    for boardIter in range(len(boardContents)):
        boardContents[boardIter] = list(boardContents[boardIter].split())
    return boardContents

def printBoard(boardInput):
    for boardIter in range(len(boardInput)):
        for boardIterTwo in range(len(boardInput[boardIter])):
            print(boardInput[boardIter][boardIterTwo], end=" ")
        print()

def possibleMoves(inputCoords, boardInput):
    totalBoard = len(boardInput) * len(boardInput)
    maxLen = len(boardInput)
    # print("Length of boardInput: " + str(totalBoard))
    # generate all the possibilities for moving, aka +- 1 x or y, +- 1 x and y.
    moveList = []
    for moveIter in range(len(inputCoords)):
        # increase the X
        moveList.append((inputCoords[0] + 1, inputCoords[1]))
        # increase the y
        moveList.append((inputCoords[0], inputCoords[1] + 1))
        # increase the X and Y
        moveList.append((inputCoords[0] + 1, inputCoords[1] + 1))
        # decrease the X
        moveList.append((inputCoords[0] - 1, inputCoords[1]))
        # decrease the Y
        moveList.append((inputCoords[0], inputCoords[1] - 1))
        # decrease the X and Y
        moveList.append((inputCoords[0] - 1, inputCoords[1] - 1))
    print(moveList)

# put your code for loadBoard, printBoard, possibleMoves here.
myBoard = loadBoard("board.txt")
printBoard(myBoard)
possibleMoves((0,0),myBoard)
possibleMoves((2,2),myBoard)