def setUp(self): slacker_obj = mocks.mocked_slacker_object( channels_list=fixtures.channels, users_list=fixtures.users) self.slackbot = mocks.mocked_slackbot_object() with mock.patch.dict(os.environ, {'DESTALINATOR_ACTIVATED': 'true'}): self.announcer = announcer.Announcer( slacker_injected=slacker_obj, slackbot_injected=self.slackbot)
def destalinate_job(): print("Destalinating") if "SB_TOKEN" not in os.environ or "API_TOKEN" not in os.environ: print("ERR: Missing at least one Slack environment variable.") else: scheduled_warner = warner.Warner() scheduled_archiver = archiver.Archiver() scheduled_announcer = announcer.Announcer() scheduled_flagger = flagger.Flagger() print("Warning") scheduled_warner.warn() print("Archiving") scheduled_archiver.archive() print("Announcing") scheduled_announcer.announce() print("Flagging") scheduled_flagger.flag() print("OK: destalinated") print("END: destalinate_job")
def destalinate_job(): logging.info("Destalinating") if not _config.sb_token or not _config.api_token: logging.error( "Missing at least one required Slack environment variable.\n" "Make sure to set DESTALINATOR_SB_TOKEN and DESTALINATOR_API_TOKEN." ) else: try: archiver.Archiver().archive() warner.Warner().warn() announcer.Announcer().announce() flagger.Flagger().flag() logging.info("OK: destalinated") except Exception as e: # pylint: disable=W0703 raven_client.captureException() if not _config.sentry_dsn: raise e logging.info("END: destalinate_job")
def destalinate_job(): print("Destalinating") if "SB_TOKEN" not in os.environ or "API_TOKEN" not in os.environ: print("ERR: Missing at least one Slack environment variable.") else: try: scheduled_warner = warner.Warner() scheduled_archiver = archiver.Archiver() scheduled_announcer = announcer.Announcer() scheduled_flagger = flagger.Flagger() print("Warning") scheduled_warner.warn() print("Archiving") scheduled_archiver.archive() print("Announcing") scheduled_announcer.announce() print("Flagging") scheduled_flagger.flag() print("OK: destalinated") except Exception as e: # pylint: disable=W0703 raven_client.captureException() if not os.getenv('SENTRY_DSN'): raise e print("END: destalinate_job")
f = open("output.txt", "a") print("This is game " + str(i + 1), file=f) f.close() #create the deck and shuffle the cards accross players d = deck.Deck(ncards=52) d.shuffle() cuts = d.cut(4) players = list() #create the player, the player gets a set of shuffled cards an id number and a strategy number for i in range(4): players.append( player.Player(cuts[i], nkinds=d.nkinds, id=i, strategy=i)) #create the announcer and set the opponents a = announcer.Announcer(players) for i in range(4): players[i].intro_opponents(players[:i] + players[i + 1:]) players[i].set_announcer(a) #start at turn_number 0 and counter for the current player turn = 0 player_counter = 0 #print turn 0 and print the starting cards of each player. f = open("output.txt", "a") print("turn " + str(turn), file=f) for p in players: print(p.cards, file=f) f.close()
def loadConfig(self): config = ConfigParser.SafeConfigParser(allow_no_value=True) config.read('main.ini') self.mods["base"] = self.loadMod("base") self.Weapons = Weapons() self.announcer = announcer.Announcer(self.actionHandler) self.announcer.start() requiredImports = [] moduleImports = {} for mod in config.options("mods"): mod = str(mod).strip() if not mod in self.mods and mod != "base" and mod[0] != "#": logging.debug("Attempting to load module %s" % mod) curmod = self.loadMod(mod) if curmod: self.mods[mod] = curmod if hasattr(curmod, "requiredImports"): requiredImports.extend(curmod.requiredImports) moduleImports[ mod] = curmod.requiredImports #this is used to check whether all dependencies are met before initializing the module else: moduleImports[mod] = [] failedImports = [] while len(requiredImports) > 0: impModule = requiredImports.pop() if not impModule in dir() or not impModule in self.mods: logging.info( "Trying to import additional required module %s :" % impModule) try: file, pathname, descr = imp.find_module(impModule) except ImportError: iM = self.loadMod(impModule) if iM: if hasattr(iM, "requiredImports"): requiredImports.extend(iM.requiredImports) self.mods[impModule] = iM logging.info("Successfully imported module %s!" % impModule) else: logging.info( "Could not import %s! (does the module exist?)" % impModule) failedImports.append(str(os.path.basename(impModule))) else: imp.load_module(impModule, file, pathname, descr) logging.info("Successfully imported module %s !" % impModule) for n, m in self.mods.items(): #name, module instance logging.info("Trying to initalize mod %s" % n) unmet = set(moduleImports.setdefault(n, [])) & set(failedImports) if len(unmet) > 0: logging.info("Unmet dependencies for module %s :" % n) logging.info(unmet) logging.info("Unloading module!") del (self.mods[n]) else: logging.info("Loaded %s ( %s ) by %s" % (m.name, n, m.author)) modConfig = ConfigParser.SafeConfigParser(allow_no_value=True) modConfig.read('configs/%s.cfg' % os.path.basename(n)) self.mods[n] = m.Bf3Mod(self, self.actionHandler, modConfig) for n, m in self.mods.items(): self.mods[n].modInit()