def _do_code_chalngaccept(self, sock, message):
plaintext = decrypt_AES(self.clients[sock].symkey, message)
challenged, challenger = plaintext.split(',')
players = [self.clients[sock]]
for user in self.clients.values():
if user == challenger:
players.append(user)
# Init new Game and put it in games dict with gameid as key
new_game = Game(players)
gameid = new_game.gameid()
self.games[gameid] = new_game
# Set gameid for challenged in clients dict and send gameid
self.clients[sock].set_game(gameid)
ciphertext = encrypt_AES(self.clients[sock].symkey, str(gameid).encode())
self.fire(write(sock, B_GAMEID+ciphertext))
# Set gameid for challenger in clients dict and send gameid
for socket, user in self.clients.items():
if user == challenger:
print("Sent B_CHALNGACCEPT to {}".format(user))
ciphertext = encrypt_AES(user.symkey, str(gameid).encode())
self.fire(write(socket, B_CHALNGACCEPT+ciphertext))
def test_str(self):
game = Game(result=1,
player1_name='Pupkin, Vasily',
player2_name='Syutkin, Vladimir',
date='2010-09-??',
moves=['e4', 'e5', 'Nf3', 'Nc6', 'Bb5', 'a6', 'Ba4',
'Nf6', 'O-O', 'Be7', 'Re1', 'b5', 'Bb3', 'd6',
'c3', 'O-O', 'h3', 'Nb8', 'd4', 'Nbd7'],
tags={'Round': '13', 'Event': 'Abc'})
s = str(game)
self.assertTrue(s.find('1-0') >= 0)
self.assertTrue(s.find('Pupkin') >= 0)
self.assertTrue(s.find('Syutkin') >= 0)
self.assertTrue(s.find('2010-09') >= 0)
game.gameid = 239
s = str(game)
self.assertTrue(s.find('239') >= 0)
self.assertTrue(s.find('1-0') >= 0)
self.assertTrue(s.find('Pupkin') >= 0)
self.assertTrue(s.find('Syutkin') >= 0)
self.assertTrue(s.find('2010-09') >= 0)
