Python message.Message类代码示例

    def candidate_receive_message(self, msg):
        """
        All Candidate Message Receiving
        @:param msg - the JSON message received
        @:return: Void
        """
        if msg['type'] == 'vote':
            #print str(self.id) + ": Got Vote Message----------"
            message = Message.create_message_from_json(msg)
            self.receive_vote(message)

        if msg['type'] == 'heartbeat':
            #print str(self.id) + "got ~~~HEARTBEAT~~~"
            heart_beat = Message.create_message_from_json(msg)

            if heart_beat.term >= self.current_term:
                self.current_term = heart_beat.term
                self.become_follower(heart_beat.leader)

        if msg['type'] == 'voteRequest':
            message = Message.create_message_from_json(msg)
            if message.term > self.current_term:
                self.become_follower(msg['leader'])

        if msg['type'] in ['get', 'put']:
            message = Message.create_message_from_json(msg)
            redirect_message = message.create_redirect_message("FFFF")

            self.send(redirect_message)

	def startRound(self, connection, *args):
		game = connection.player.game
		if game.state != Game.STATE_FINISHED_ROUND:
			return
		# if game.master is connection.player:
		# game.start()
		game.startNewRound()

		# message = Message.encode(Message.SEND_GAME_MESSAGE_STARTED, '')
		# self.server.sendMessageMultiple(game.players, message)

		scores = {}
		connections = []
		for player in game.players:
			connections.append(player.connection)
			scores[player.name] = len(player.green_apples)
			red_apples = []
			for red_apple in player.red_apples:
				red_apples.append(red_apple.dictionary)
			message = Message.encode(Message.SEND_GAME_MESSAGE_PLAYER_RED_APPLES, red_apples)
			self.server.sendMessageSingle(player.connection, message)

		round_details = {}
		round_details['JUDGE'] = game.players[game.judge].name
		round_details['SCORES'] = scores
		round_details['GREEN_APPLE'] = game.active_green_apple.dictionary
		message = Message.encode(Message.SEND_GAME_MESSAGE_ROUND_DETAILS, round_details)
		self.server.sendMessageMultiple(connections, message)

 def test_multiple_packet_message(self):
     body = "1a0eeb5701b202010a0101a000340034170d000208000186a0000000000000".decode('hex')
     msg = Message("1f07b1ee", 14, 0x18, body)
     packets = msg.packets()
     self.assertEqual(len(packets), 2)
     self.assertEqual(packets[0].raw_hex(), "1f07b1eeae1f07b1ee181f1a0eeb5701b202010a0101a000340034170d000208000186a019")
     self.assertEqual(packets[1].raw_hex(), "1f07b1ee900000000000000251e2")

 def _parse_kexdh_gex_request(self, m):
     minbits = m.get_int()
     preferredbits = m.get_int()
     maxbits = m.get_int()
     # smoosh the user's preferred size into our own limits
     if preferredbits > self.max_bits:
         preferredbits = self.max_bits
     if preferredbits < self.min_bits:
         preferredbits = self.min_bits
     # fix min/max if they're inconsistent.  technically, we could just pout
     # and hang up, but there's no harm in giving them the benefit of the
     # doubt and just picking a bitsize for them.
     if minbits > preferredbits:
         minbits = preferredbits
     if maxbits < preferredbits:
         maxbits = preferredbits
     # now save a copy
     self.min_bits = minbits
     self.preferred_bits = preferredbits
     self.max_bits = maxbits
     # generate prime
     pack = self.transport._get_modulus_pack()
     if pack is None:
         raise SSHException('Can\'t do server-side gex with no modulus pack')
     self.transport._log(DEBUG, 'Picking p (%d <= %d <= %d bits)' % (minbits, preferredbits, maxbits))
     self.g, self.p = pack.get_modulus(minbits, preferredbits, maxbits)
     m = Message()
     m.add_byte(chr(_MSG_KEXDH_GEX_GROUP))
     m.add_mpint(self.p)
     m.add_mpint(self.g)
     self.transport._send_message(m)
     self.transport._expect_packet(_MSG_KEXDH_GEX_INIT)

 def unicastTCP(self, serverID, message):
     delay_time = random.uniform(self.min_delay, self.max_delay)
     m = Message(self.pid, serverID, message)
     print(m.send_str())
     print('delay unicastTCP with {0:.2f}s '.format(delay_time))
     delayed_t = threading.Timer(delay_time, self.__unicastTCP, (message,))
     delayed_t.start()

 def _keepalive_conversation(self):
     if self.state != ProtocolState.OPEN:
         return True
     message = Message()
     message.add_header("Content-Type", "text/x-keep-alive")
     self._send_command("MSG", "N", message, True)
     return True

    def move(self, state):
        """Use the game state to decide what action to take, and then output
           the direction to move."""
        self.game.update(state)
        message = Message()
        message.game_message(self)
        self.input_interface.append( message )

        self.action = self.decide()

        retval = 'Stay'
        if ( self.action == 'Heal' ):
            if ( None != self.game.board.taverns_list[0].path ):
                retval = self.game.board.taverns_list[0].path[0]
        elif ( self.action == 'Mine' ):
            if ( None != self.game.board.mines_list[0].path ):
                retval = self.game.board.mines_list[0].path[0]
        elif ( self.action == 'Attack' ):
            if ( None != self.game.enemies_list[0].path ):
                retval = self.game.enemies_list[0].path[0]
        elif ( self.action == 'Wait' ):
            retval = 'Stay'
        self.expected_pos = self.game.board.to( self.game.hero.pos, retval )
        self.prev_mines = self.game.hero.mines
        self.prev_gold = self.game.hero.gold
        self.prev_life = self.game.hero.life

        return retval

 def unite_forest(self, msg):
     """This fuunction is called by leader process to update the component
     of all process in the current forest."""
     if msg.component_id > self.component_id:
         logging.info("Process %s is setting as non leader.",
                      str(self.process_id))
         self.update_leader(False)
     else:
         if self.level == msg.level:
             self.level += 1
         elif self.level < msg.level:
             self.level = msg.level
         msg = Message()
         msg = msg.update_component(self.level, self.component_id)
         for edge in self.mst_edges:
             edge.send_message(msg, self.process_id)
         seen_edges = []
         self.log_mst_edges()
         while len(seen_edges) != len(self.mst_edges):
             for edge in [e for e in self.mst_edges if e not in seen_edges]:
                 self.messages_lock.acquire()
                 if "ack_leader" in self.messages[edge.id] and\
                         len(self.messages[edge.id]["ack_leader"]):
                     logging.info("acknowledge received from edge: %s", edge.id)
                     msg = self.messages[edge.id]["ack_leader"].pop()
                     seen_edges.append(edge)
                 self.messages_lock.release()
         self.round_completed = True

    def run_round(self):
        """Runs the current round before rporting back."""
        self.round_completed = False
        self.merge_mwoe_received = None
        self.clear_ret_messages()
        self.get_non_mst_edges()
        if self.leader:
            logging.info("finding mwoe")
            mwoe_msg = self.find_MWOE()
            logging.info("MWOE details: edge id: %s, weight: %f",
                         mwoe_msg.edge_id, mwoe_msg.msg)
            if mwoe_msg.edge_id is None:
                self.completed = True
                self.round_completed = True
                completed_msg = Message()
                completed_msg = completed_msg.get_completed_msg()
                for edge in self.mst_edges:
                    edge.send_message(completed_msg, self.process_id)
                return

            self.merge_mwoe_received_lock.acquire()                
            self.merge_mwoe_received = mwoe_msg
            self.merge_mwoe_received_lock.release()
            # code for leader to send the mwoe request to its child
            merge_mwoe_msg = Message()
            merge_mwoe_msg = merge_mwoe_msg.merge_MWOE(mwoe_msg.edge_id,
                                                       mwoe_msg.process)
            self.log_mst_edges()
            for edge in self.mst_edges:
                edge.send_message(merge_mwoe_msg, self.process_id)

            if mwoe_msg.process == self.process_id:
                self.send_join_request(self.get_edge(mwoe_msg.edge_id))
                self.merge_mwoe(mwoe_msg)

    def handle(self, message):
        if message.command == "PING":
            # respond quick before we get booted!
            m = Message()
            m.command = "PONG"
            m.params = message.params
            self.connection.send(m)
        elif message.command == "QUIT":
            # user left. Log them out if need be
            u = db.User(nick=message.sender)
            u.logout()
        elif message.command == "NICK":
            # nick updated. Chase them!
            u = db.User(nick=message.sender)
            u.change_nick(message.params[0])
        elif message.command == "PRIVMSG" and message.params[1].startswith(self.settings["command_prefix"]):
            # palm it off to the plugins
            for plugin in self.plugins:
                if plugin.handle(message):
                    break

        channel = None
        if message.params[0].startswith("#"):
            channel = message.params[0]
        db.log_message(message.command, message.sender, channel, " ".join(message.params))

    def xsend(self):
        '''
        set appid and appkey
        使用新的线程 发送短信
        '''
        message_configs = {}
        message_configs['appid'] = self.appid
        message_configs['appkey'] = self.appkey

        '''
        set sign_type,if is set
        '''
        if self.sign_type != '':
            message_configs['sign_type'] = self.sign_type

        '''
        init mail class
        '''
        message = Message(message_configs)

        '''
        build request and send email and return the result
        '''
        result = message.xsend(self.build_request())
        # MessageThread(message).start()
        return result

 def t_one(self, dest_x, dest_y, self_x, self_y, self_dir, expected):
     s = "message {} {} {} {} {} aaa\\".format(
         dest_x, dest_y, self_x, self_y, self_dir.value
     )
     m = Message(s)
     action = m.action_to_join_sender()
     self.assertTrue(expected == action)

    def get_messages(self):
        if not self.initialized:
            self.error_message = 'Cannot get messages for non initialized Bot'
            return []

        messages = []
        updates = self.bot.get_updates(offset=self.last_update_id).wait()
        for update in updates:
            # always increase last_update_id to get only new messages next time
            self.last_update_id = update.update_id + 1
            self.chat_id = update.message.chat.id

            # skip all types of message except Message
            if not update.message or not isinstance(update.message, Message):
                continue

            m = Msg()
            ok = m.init(update)
            if not ok:
                self.errors[update.message.text] = m.get_error_message()
                continue

            messages.append(m)

        return messages

    def wiki(self, nick, channel, params):
        if len(params) < 1:
            return;

        replyto = nick if channel == None else channel
        qs = { 
            'action': 'query',
            'prop': 'revisions',
            'rvprop': 'content',
            'format': 'xml',
            'titles': ' '.join(params)
        }
        url = 'http://en.wikipedia.org/w/api.php?' + urllib.urlencode(qs)

        xml = ElementTree.parse(urllib.urlopen(url))
        result = xml.findtext('.//rev')

        if result is not None:
            result = self.deugly_wikimedia(result)
        else:
            result = 'Couldn\'t find it :('
            
        m = Message()
        m.command = 'PRIVMSG'
        m.params = [replyto, result]
        self.connection.send(m)

    def _receive_ack(self, msg):
        """Receives an ACK and transitions message's state based on that.
        """
        self._remove_message(msg)

        idx, parent_msg = self._find_message(token=None, message_id=msg.message_id, state=MessageState.wait_for_ack)
        if parent_msg is None:
            coap_log.warning('ACK received but no matching message found - Sending RESET')
            reset_msg = Message(message_id=msg.message_id, message_type=MessageType.reset)
            self._socket.send(reset_msg.build())
            return
        if parent_msg.type != MessageType.confirmable:
            coap_log.error('ACK received for NON-CONFIRMABLE message - Ignoring')
            return

        self._transition_message(parent_msg, MessageState.wait_for_response)

        if msg.class_code == 0 and msg.class_detail == 0:
            # if this is empty message send just for ACK we are already done.
            coap_log.debug('Separate ACK received')
            return

        #coap_log.debug('Piggybacked RESPONSE {0}'.format(str(msg)))
        if msg.has_observe_option():
            self._receive_observe(parent_msg, msg)
            return

        # This message has a piggybacked response, so receive it.
        self._receive_response(parent_msg, msg)