def Run(self, svraddr, renderer, keyboard, user_conf, tries, resend,
timeout):
'''Run the game as a client.
This method connects to the server at svraddr, performs a handshake,
synchronizes the clock, and starts the game.
Argument:
svraddr -- The address of the server.
renderer -- The renderer to use.
keyboard -- The keyboard to use.
user_conf -- A GameConfig provided by the user.
tries -- Number of tries before failing.
resend -- The number of duplicate messages to send.
timeout -- The timeout for Handshake().
Return value:
True if a game was completed successfully and False otherwise.
'''
e = UDPGameEngine()
sock = UDPSocket()
sock.Open()
for i in range(0, tries):
logger.info('Connecting to server.')
if not sock.Connect(svraddr, 1):
logger.info('Connection failed.')
continue
logger.info('Connected as {0}.'.format(sock.sock.getsockname()))
svr = UDPEventSocket(sock)
# Allow server to make clock measurements.
if user_conf.do_sync:
logger.info('Syncing clock with server.')
svr.RecvSync(user_conf.sync_timeout * 3)
if not self.Handshake(svr, resend, timeout):
logger.info('Handshake failed.')
continue
self.conf.Apply(e)
logger.info('Starting game as player {0}.'.format(e.player_id))
logger.debug('delay={0}, cool_down={1}'.format(e.buffer_delay,
e.key_cool_down_time))
e.server = svr
e.is_client = True
e.is_server = True
e.renderer = renderer
e.keyboard = keyboard
# To do: Apply user_conf without overriding server config.
e.PlayAs(e.state, self, self.conf.start_time / 1000.0)
logger.info('Game ended.')
sock.Close()
return True
logger.info('Failed to start game.')
sock.Close()
return False
