def __init__(self):

self.command_words = ["play", "go", "start"]

self.guess_words = ["guess"]

self.help_words = ["help"]

self.print_words = ["print","printboard", "board"]

self.inGame = False

def printrow(self, row):

self.say(self.factory.channel, "{0} [{1}] [{2}] [{3}] [{4}] [{5}] [{6}] [{7}] [{8}] [{9}]\n".format(row, game.outArray[row - 1][0], game.outArray[row - 1][1], game.outArray[row - 1][2], game.outArray[row - 1][3], game.outArray[row - 1][4], game.outArray[row - 1][5], game.outArray[row - 1][6], game.outArray[row - 1][7], game.outArray[row - 1][8]))

def command(self, prefix, msg):

play = False

helpMsg = False

printBoard = False

for hel in self.help_words:

if hel in msg.lower():

helpMsg = True

for prnt in self.print_words:

if prnt in msg.lower():

printBoard = True

if helpMsg:

self.say(self.factory.channel, "What? You actually need me to explain this to you? Ugh. Fine. Let me explain like you're 5. Actually, let's make that 3 instead. Big box. Lots of boxes in box. 9 lines of boxes going up/down and left/right. 9 small boxes inside bigger box. We use numbers 1 through 9. Numbers go in box. Only one of each number in each row, column, or small box. This isn't theCount, you might actually have to use your brain. Guess with 'guess 1 in a1', except don't actually guess that unless you know there's a 1 in a1. Idiot.")

elif not self.inGame:

for com in self.command_words:

if com in msg.lower():

play = True

if play:

self.play(prefix)

elif printBoard:

self.drawBoard(prefix)

#else:

# for com2 in self.guess_words:

# if com2 in msg.lower():

# guess = True

# if guess:

# self.guess(prefix)

def play(self, prefix):

self.inGame = True

self.say(self.factory.channel, "Honorable sudoku starts now!")

game.play_sudoku()

self.drawBoard(prefix)

def drawBoard(self, prefix):

self.say(self.factory.channel, " A B C D E F G H I")

for row in range(1, 4):

self.printrow(row)

sleep(1)

self.say(self.factory.channel, "- \n")

for row in range(4, 7):

self.printrow(row)

sleep(1)

self.say(self.factory.channel, "- \n")

for row in range(7, 10):

self.printrow(row)

#self.say(self.factory.channel, " \n")

def guess(self, prefix, msg):

if self.inGame:

guessValueRegex = re.compile("^([1-9])\s+(?:in){0,1}\s*([a-i])([1-9])$")

guessValueSearch = guessValueRegex.search(msg.strip().lower())

if guessValueSearch is not None:

guessValue = int(guessValueSearch.group(1))

guessRow = int(guessValueSearch.group(3)) - 1

guessColumn = string.lowercase.index(guessValueSearch.group(2))

#self.say(self.factory.channel, prefix + "You guessed" + msg)

#self.say(self.factory.channel, "Value guessed: " + str(guessValue))

#self.say(self.factory.channel, "Row: " + str(guessRow))

#self.say(self.factory.channel, "Column: " + str(guessColumn))

if game.outArray[guessRow][guessColumn] != '_':

self.say(self.factory.channel, prefix + "You guessed an already revealed tile, ya dingus!")

elif guessValue == int(game.answerArray[guessRow][guessColumn]):

self.say(self.factory.channel, prefix + "Correct you are~!")

game.outArray[guessRow][guessColumn] = str(guessValue)

self.drawBoard(prefix)

else:

self.say(self.factory.channel, prefix + "WRONG, SHAME AND DISHONOR UPON YOU")

self.checkIfOver(prefix, msg)

def checkIfOver(self, prefix, msg):

if not any('_' in cell for cell in game.outArray):

self.inGame = False

self.say(self.factory.channel, "You have honored your ancestors by committing this great act.")

def privmsg(self, user, channel, msg):

if not user:

return

com_regex = re.compile(self.first_name + "[ _]" + self.last_name + "[:,]* ?", re.I)

guess_regex = re.compile("^(guess|answer)")

prefix = "%s: " % (user.split("!", 1)[0], )

if com_regex.search(msg):

msg = com_regex.sub("", msg)

self.command(prefix, msg)

elif guess_regex.search(msg):

msg = guess_regex.sub("", msg)

self.guess(prefix, msg)

else:

prefix = ""

#prefix = "%s: " % (user.split("!", 1)[0], )

#else:

# prefix = ""

#if prefix:

protocol = SudokuBot

def __init__(self, channel, nickname):