# Import sys to get the command line arguments
import sys

# To get the time so we can see how long things take
import datetime

# To be able to have the clicktoDoWhat function
from tkinter import *

# Import the file that contains the threeInARowBoard class
# Since this contains a class, we are just importing the file
# to be used as
# board = threeInARowBoard.threeInARowBoard(n)
import threeInARowBoard

# Import the file that you completed.  
# Since you want access to all of the functions in this file,
# we are importing everything from it, rather than importing the file
#from threeInARowSolver import *
from threeInARowSolverWorking import *

# This will allow us to have a simple dialog window to pause, asking for click to do whatever
def clickToDoWhatever(text:str):
    root = Tk()
    root.title(text)
    Button(root, text="Click to "+text, command=root.quit).pack()
    root.mainloop()
    root.destroy()

def main():
    # Create the board, which will ask the user what file to use as the initial board
    board = threeInARowBoard.threeInARowBoard()

    # If you want text printed here of what the board looks like, uncomment the following:
    #print("The initial board is")
    #print(board)

    # If you want it to be fast and now show the animation while updating, uncomment this line
    #board.updatingGraphics(False)
    
    # Uncomment the following line if you want to have it pause before it starts the solving process
    #input("Press enter when you are ready for it to go")
    clickToDoWhatever("start it running")
    
    # If we want to see how long things take, we will want to get the time
    startTime = datetime.datetime.now()
    # Print out the start time, if you want
    #print(f"Time to start looking for a solution at {startTime.time()}")
    
    # Now have it find a solution
    result = findSolution(board)
    
    # After we got the solution, get the time again and see what the difference is
    endTime = datetime.datetime.now()
    timeDiff = endTime-startTime
    
    # Print out how long it took, if you want
    print(f"We finished at {endTime.time()}\nThe elapsed time, (H:MM:SS.sss) was {timeDiff}")
    
    # Update the graphical board, just in case this was off and print the results
    board.updatingGraphics(True)
    if(result):
        print("The solution is:\n" + str(board))
    else:
        print("We failed to find a solution for the board")
        
    # Pause to make sure people can see the results and after they press enter, close the window    
    clickToDoWhatever("exit")
    board.close()


if __name__ == "__main__":
    main()