import javax.swing as swing
import java.awt as awt
import java.lang

# Subclass the Swing JFrame
class tttwindow(swing.JFrame):

    def __init__(self):
        self.title = "Tic-Tac-Toe: Jython style."
        self.size = 200, 200
        # Use layouts to make a pretty GUI.
        self.contentPane.layout = awt.FlowLayout()
        # Set the current marker (X or O)
        self.currentMarker = "X"
        # Once the window closes kill the program (call self.exitprogram)
        self.windowClosing = self.exitProgram

        # Add all the buttons.
        self.buttons = [self.createButton(name) for name in range(1, 10)]
        for button in self.buttons:
            # Add the buttons to the window
            self.contentPane.add(button)
        self.show()
    def createButton(self, name):
        # We can set widget properties in the constructor
        b = swing.JButton(`name`, name=`name`, preferredSize=(50, 50))
        # On click call buttonPressed.
        b.actionPerformed = self.buttonPressed
        b.text = ""
        return b

    def buttonPressed(self, event):
        # - 1 because arrays start at 0 einstein.
        self.buttons[int(event.source.name) - 1].text = self.currentMarker
        # Disable the button.
        self.buttons[int(event.source.name) - 1].setEnabled(0)
        # Is there a win?
        self.checkWin(self.currentMarker)

        if self.currentMarker == "X":
            self.currentMarker = "O"
        else:
            self.currentMarker = "X"

    def checkWin(self, cur):
        # Create a string representation of the board,
        # i.e X-XX--OXX
        s = "".join([self.setValue(i) for i in range(0, 9)])
        print s

        # Check for top, middle and bottom row.
        if s[0:3] == (cur*3) or s[3:6] == (cur*3) or s[6:] == (cur*3):
            self.win(cur)
        # Check for left, center and right row.
        for blah in range(0, 3):
            pos = s.find(cur)
            # We'll get an error if we search out of range.
            # Just ignore it.
            try:
                if s[pos + 3] == cur and s[pos + 6] == cur:
                    self.win(cur)
            except:
                pass
        # Check for diagnols.
        if (s[0] == cur and s[4] == cur and s[8] == cur) or \
            (s[2] == cur and s[4] == cur and s[6] == cur):
            self.win(cur)

    def win(self, marker):
        again = swing.JOptionPane.showConfirmDialog(None, "Team " + marker + " win!\nPlay again?", "Tic-Tac-Toe", swing.JOptionPane.YES_NO_OPTION)
        # Don't play again..
        if again == 1:
            java.lang.System.exit(0)
        for button in self.buttons:
            button.text = ""
            button.setEnabled(1)

    def setValue(self, i):
        # Check if the value of i is null. If so, return "-", else return i.
        if self.buttons[i].text:
            return self.buttons[i].text
        return "-"


    def exitProgram(self, event):
        java.lang.System.exit(0)

tttwindow()

x = """
..########..
.#########.
.###.##.###.
.#########.	 <----- pic there!! <i ain't good at em, so excuse them please :D>
..###..###.. 
...##..##...  
...######...
	"""
x = "".join(x)
x = x.replace('.',':@')
x = x.replace('#',':)')
print x

while me is alive:
	make(life,simple)