def Run(self, extra_arg=None):
""" Figure out which game to play based on the contents of the
vp_game_map_file. """
import config
if extra_arg is not None:
logging.getLogger("vpcom").info("Run received extra arg!?")
logging.getLogger("vpcom").info("Arg was {0}".format(extra_arg))
vp_game_map_file = config.value_for_key_path(keypath="vp_game_map_file", default="/.")
vp_game_map = yaml.load(open(vp_game_map_file, "r"))
game_class = vp_game_map[self.GameName]["kls"]
game_path = vp_game_map[self.GameName]["path"]
yamlpath = vp_game_map[self.GameName]["yaml"]
logging.getLogger("vpcom").info("S11 is ..." + str(self.Sys11))
try:
# switch to the directory of the current game
curr_file_path = os.path.dirname(os.path.abspath(__file__))
newpath = os.path.realpath(curr_file_path + game_path)
os.chdir(newpath)
# add the path to the system path; this lets game relative procgames
# be found if needed
sys.path.insert(0, newpath)
# re-import and re-load config to find game relative config.yaml if existing
from procgame import config
config.load()
# now load procgame --this will be game relative if present, or system-wide if not
from procgame import *
# find the class of the game instance
klass = util.get_class(game_class, game_path)
self.game = klass()
self.game.yamlpath = yamlpath
self.game.log("GameName: " + str(self.GameName))
self.game.log("SplashInfoLine: " + str(self.SplashInfoLine))
except Exception, e:
import traceback
exc_type, exc_value, exc_traceback = sys.exc_info()
formatted_lines = traceback.format_exc().splitlines()
exceptionName = formatted_lines[-1]
logging.getLogger("vpcom").info("game instantiation error({0})".format(exceptionName))
logger = logging.getLogger("vpcom")
logger.info("PYTHON FAILURE (Visual Pinball Bridge is now broken)")
logger.info("Exception Name {0}".format(e))
for l in formatted_lines:
logger.info("{0}".format(l))
if len(formatted_lines) > 2:
self.ErrorMsg += "\n" + formatted_lines[-3] + "\n" + formatted_lines[-2] + "\n" + formatted_lines[-1]
raise
def Run(self):
""" Figure out which game to play based on the contents of the
vp_game_map_file. """
vp_game_map_file = config.value_for_key_path(keypath='vp_game_map_file', default='/.')
vp_game_map = yaml.load(open(vp_game_map_file, 'r'))
game_class = vp_game_map[self.GameName]['kls']
game_path = vp_game_map[self.GameName]['path']
yamlpath = vp_game_map[self.GameName]['yaml']
rundir = vp_game_map['rundir']
os.chdir(rundir)
#game_config = yaml.load(open(yamlpath, 'r'))
#machine_type = game_config['PRGame']['machineType']
#self.game = None
klass = util.get_class(game_class,game_path)
#self.game = klass(machine_type)
self.game = klass()
self.game.log("GameName: " + str(self.GameName))
self.game.log("SplashInfoLine: " + str(self.SplashInfoLine))
self.game.yamlpath = yamlpath
self.last_lamp_states = self.getLampStates()
self.last_coil_states = self.getCoilStates()
self.game.setup()
# Initialize switches. Call SetSwitch so it can invert
# normally closed switches as appropriate.
for i in range(0,120):
self.SetSwitch(i, False)
thread.start_new_thread(self.game.run_loop,())
return True