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Problem: Convert the oxo‐logic.py module to reflect OOP design by creating a Game class.  NOTE!!: This is a working code, you do not have to do anything with the code. I just need someone explain each defining function used in this python code.

Problem: Convert the oxo‐logic.py module to reflect OOP design by creating a Game class.  NOTE!!: This is a working code, you do not have to do anything with the code. I just need someone explain each defining function used in this python code.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Problem: Convert the oxo‐logic.py module to reflect OOP design by creating a Game class. 

NOTE!!: This is a working code, you do not have to do anything with the code. I just need someone explain each defining function used in this python code.  Thank you!

OXO Logic OneDrive File: https://1drv.ms/u/s!AvU1wwok8b1HauEQiCy3fFAS9ss?e=BKgPd7

return 'X' else: return " def computerMove (self): cell = self._generateMove () if cell == -1: return 'D' self.board[cell] = '0' if self._isWinningMove () : return 'O' else: return "" def test () : result = "" game = Game () while not result: print (game.board) try: result = game.userMove ( game._generateMove ()) except ValueError: print ("Oops, that shouldn't happen") if not result: result = game.computerMove () if not result: continue elif result == 'D': print ("Its a draw") else: print ("Winner is:", result) print (game.board) if name main ": test ()
Transcribed Image Text:return 'X' else: return " def computerMove (self): cell = self._generateMove () if cell == -1: return 'D' self.board[cell] = '0' if self._isWinningMove () : return 'O' else: return "" def test () : result = "" game = Game () while not result: print (game.board) try: result = game.userMove ( game._generateMove ()) except ValueError: print ("Oops, that shouldn't happen") if not result: result = game.computerMove () if not result: continue elif result == 'D': print ("Its a draw") else: print ("Winner is:", result) print (game.board) if name main ": test ()
import os, import oxo_data random class Game () : def _init_(self): self.board = list (" * 9) def save (self, game): save game to disk oxo data.saveGame (self.board) def restore (self) : 'I" restore previously saved game. If game not restored successfully return new game try: self.board = oxo_data.restoreGame () if len (self.board) != 9: self.board = list (" " * 9) return self.board except IOError: self.board = list (" " * 9) return self.board def generateMove (self): ''' generate a random cell from those available. If all cells are used return -1''' [i for i in range (len(self.board) ) if self.board[i] == " "] options if options: return random.choice(options) %3D else: return -1 def _isWinningMove (self): wins = ((0,1,2), (3,4,5), (6,7,8), (0,3,6), (1,4,7), (2,5,8), (0,4,8), (2,4,6)) game = self.board for a,b,c in wins: chars = game [a] + game [b] + game [c] if chars == 'XXX' or chars == '000': return True return False def userMove (self,cell): if self.board[cell] != '': raise ValueError ('Invalid cell') else: self.board[cell] = 'X' if self._isWinningMove () :
Transcribed Image Text:import os, import oxo_data random class Game () : def _init_(self): self.board = list (" * 9) def save (self, game): save game to disk oxo data.saveGame (self.board) def restore (self) : 'I" restore previously saved game. If game not restored successfully return new game try: self.board = oxo_data.restoreGame () if len (self.board) != 9: self.board = list (" " * 9) return self.board except IOError: self.board = list (" " * 9) return self.board def generateMove (self): ''' generate a random cell from those available. If all cells are used return -1''' [i for i in range (len(self.board) ) if self.board[i] == " "] options if options: return random.choice(options) %3D else: return -1 def _isWinningMove (self): wins = ((0,1,2), (3,4,5), (6,7,8), (0,3,6), (1,4,7), (2,5,8), (0,4,8), (2,4,6)) game = self.board for a,b,c in wins: chars = game [a] + game [b] + game [c] if chars == 'XXX' or chars == '000': return True return False def userMove (self,cell): if self.board[cell] != '': raise ValueError ('Invalid cell') else: self.board[cell] = 'X' if self._isWinningMove () :
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