# DO NOT EDIT THE FOLLOWING LINES
# COURSE CPSC 217 July 2025
# INSTRUCTOR: Jonathan Hudson
# 8yUgc1YHiRNkY9dhladt
# DO NOT EDIT THE ABOVE LINES

# TODO: INFORMATION FOR YOUR TA

# Constants for the game pieces
EMPTY = 0
X_PIECE = 1
O_PIECE = 2


#
#  TODO: Insert your implementation of create_board here (code and comments (in-line and above function))
#


#
#  TODO: Insert your implementation of row_count here (code and comments (in-line and above function))
#


#
#  TODO: Insert your implementation of column_count here (code and comments (in-line and above function))
#


#
#  TODO: Insert your implementation of can_play here (code and comments (in-line and above function))
#


#
#  TODO: Insert your implementation of play here (code and comments (in-line and above function))
#


#
#  TODO: Replace this with your implementation of full here (code and comments (in-line and function))
#
def full(board):
    return True


#
#  TODO: Insert your implementations of win_in_row (code and comments (in-line and function))
#

#
#  TODO: Insert your implementations of win_in_column here (code and comments (in-line and function))
#


#
#  TODO: Insert your implementations of win_in_diagonal_backslash here (code and comments (in-line and function))
#


#
#  TODO: Insert your implementations of win_in_diagonal_forward_slash here (code and comments (in-line and function))
#


#
#  TODO: Replace this with your implementation of won here (code and comments (in-line and function))
#
def won(board, piece):
    return False


#
#  TODO: Replace this with your implementation of hint here (code and comments (in-line and function))
#
def hint(board, piece):
    return -1, -1


##############################################################################
#
# Code below is for testing student functions (IF YOU ARE READING THIS YOU BETTER NO BE CHANGING CODE DOWN HERE)
#
##############################################################################
def game_over(board):
    """
    This function determines if the game is complete due to a win or tie by either player
    :param board: The 2D list board to check
    :return: True if game is complete, False otherwise
    """
    if full(board) or won(board, X_PIECE) or won(board, O_PIECE):
        return True
    return False


if __name__ == '__main__':
    print("File is being run directly so ask about running the tests.")
    if input("Enter Y to run tests:") == "Y":
        from CPSC217S25A3Test import *

        run_tests()