def start_loop(agents, gui=False):
"""
Lança o loop do twisted integrado com o loop do Qt se a opção GUI for
verdadeira, se não lança o loop do Twisted
"""
global AMS
if gui:
from pade.core.sniffer import SnifferFactory
from pade.gui.interface import ControlAgentsGui
controlAgentsGui = ControlAgentsGui()
controlAgentsGui.show()
# instancia um AID para o agente Sniffer
aid = AID('Sniffer_Agent')
aid.setHost(AMS['name'])
# instancia um objeto Factory para o agente Sniffer
snifferFactory = SnifferFactory(aid, AMS, controlAgentsGui.ui)
# lança o agente como servidor na porta gerada pelo objeto AID
twisted.internet.reactor.listenTCP(aid.port, snifferFactory)
i = 1
for agent in agents:
twisted.internet.reactor.callLater(i, listen_agent, agent)
i += 0.2
# lança o loop do Twisted
# twisted.internet.reactor.startRunning(init)
twisted.internet.reactor.run()
def __init__(self,
host='localhost',
session=None,
port=8000,
main_ams=True,
debug=False):
# Added session parameter
if session is None:
self.session_name = str(uuid.uuid1())[:13]
else:
self.session_name = session.name
self.session = session
self.ams = {'name': host, 'port': port}
self.ams_aid = AID('ams@' + str(host) + ':' + str(port))
super(AMS, self).__init__(self.ams_aid, debug=debug)
self.ams = {'name': str(host), 'port': str(port)}
super(AMS, self).update_ams(self.ams)
self.host = host
self.port = port
self.main_ams = main_ams
self.agents_conn_time = dict()
self.comport_ident = PublisherBehaviour(self)
# message to check the connection.
message = ACLMessage(ACLMessage.REQUEST)
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
self.add_all(message)
message.set_content('CONNECTION')
message.set_system_message(is_system_message=True)
self.comport_conn_verify = CompConnectionVerify(self, message)
self.comport_send_conn_messages = ComportSendConnMessages(
self, message, 10.0)
self.comport_conn_verify_timed = ComportVerifyConnTimed(self, 20.0)
self.comport_conn_verify_reg = CompVerifyRegister(self)
self.system_behaviours.append(self.comport_ident)
self.system_behaviours.append(self.comport_conn_verify)
self.system_behaviours.append(self.comport_send_conn_messages)
self.system_behaviours.append(self.comport_conn_verify_timed)
self.system_behaviours.append(self.comport_conn_verify_reg)
self.on_start()
def update_ams(self, ams):
"""Summary
Parameters
----------
ams : TYPE
Description
"""
super(Agent,self).update_ams(ams)
message = ACLMessage(ACLMessage.SUBSCRIBE)
message.set_protocol(ACLMessage.FIPA_SUBSCRIBE_PROTOCOL)
ams_aid = AID('ams@' + self.ams['name'] + ':' + str(self.ams['port']))
message.add_receiver(ams_aid)
message.set_content('IDENT')
message.set_system_message(is_system_message=True)
self.comport_ident = SubscribeBehaviour(self, message)
self.system_behaviours.append(self.comport_ident)
def react(self, message):
super(Agent, self).react(message)
if 'ams' not in message.sender.name and 'sniffer' not in self.aid.name:
# sends the received message to Sniffer
# building of the message to be sent to Sniffer.
_message = ACLMessage(ACLMessage.INFORM)
sniffer_aid = AID('sniffer@' + self.sniffer['name'] + ':' + str(self.sniffer['port']))
_message.add_receiver(sniffer_aid)
_message.set_content(dumps({
'ref' : 'MESSAGE',
'message' : message}))
_message.set_system_message(is_system_message=True)
self.send(_message)
# Passes the received message to all behaviours
if not self.ignore_ams or not message.system_message:
self.receive(message)
def __init__(self, aid):
super(AgenteGoose, self).__init__(aid=aid, debug=False)
message = ACLMessage(ACLMessage.REQUEST)
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
message.set_content(
json.dumps({
'ref': 'R_01',
'dados': {
'chaves': ['1'],
'estados': [0]
}
}))
message.add_receiver(AID('S1_AD1'))
comprtamento_requisicao = CompRequest1(self, message)
self.behaviours.append(comprtamento_requisicao)
def __init__(self, agent_ref):
"""Init the AgentFactory class
Parameters
----------
agent_ref : Agent
agent object instance
"""
self.conn_count = 0
self.agent_ref = agent_ref
self.agent_ref.mosaik_connection = None
self.debug = agent_ref.debug
self.aid = agent_ref.aid # stores the agent's identity.
self.ams = agent_ref.ams # stores the ams agent's identity.
self.messages = []
self.react = agent_ref.react
self.on_start = agent_ref.on_start
self.ams_aid = AID('ams@' + self.ams['name'] + ':' + str(self.ams['port']))
self.table = dict([('ams', self.ams_aid)])
def handle_inform(self, message):
"""
"""
super(CompContNet1, self).handle_inform(message)
content = json.loads(message.content)
if content['ref'] == 'CN_04':
display_message(self.agent.aid.name, 'Mensagem INFORM recebida')
if self.agent.podas is not []:
display_message(self.agent.aid.name, 'Sera realizada nova tentativa de recomposicao')
self.agent.agentes_solicitados.append(message.sender.localname)
message = ACLMessage(ACLMessage.CFP)
message.set_protocol(ACLMessage.FIPA_CONTRACT_NET_PROTOCOL)
message.set_content(json.dumps({'ref': 'CN_01',
'dados': pickle.dumps(self.agent.podas)
},
indent=4))
agentes = list()
for agent in self.agent.topologia['alimentadores'].keys():
if self.agent.aid.localname not in agent and agent not in self.agent.agentes_solicitados:
agentes.append(agent)
message.add_receiver(AID(agent))
if not agentes == []:
# lança comportamento ContractNet na versão Iniciante
comp = CompContNet1(self.agent, message)
self.agent.behaviours.append(comp)
comp.on_start()
# self.agent.call_later(1.0, comp.on_start)
else:
display_message(self.agent.aid.name, 'Nao ha mais possibilidades de solicitação de ajuda')
self.agent.behaviours.remove(self)
del self
else:
display_message(self.agent.aid.name, 'Comportameto de solicitação de ajuda encerrado')
self.agent.agentes_solicitados = list()
del self
def add_receiver(self, aid):
"""
add_receiver
------------
Método utilizado para adicionar receptores para a mensagem que está
sendo montada
Parâmetros
----------
aid : objeto do tipo AID que identifica o agente que receberá a mensagem
"""
if isinstance(aid, AID):
self.receivers.append(aid)
receivers = self.find('receivers')
receiver = ET.Element('receiver')
receiver.text = str(aid.name)
receivers.append(receiver)
else:
self.add_receiver(AID(name=aid))
def react(self, message):
"""Summary
Parameters
----------
message : TYPE
Description
"""
super(Agent, self).react(message)
if 'ams' not in message.sender.name and 'sniffer' not in self.aid.name:
# sends the received message to Sniffer
# building of the message to be sent to Sniffer.
_message = ACLMessage(ACLMessage.INFORM)
sniffer_aid = AID('sniffer@' + self.sniffer['name'] + ':' +
str(self.sniffer['port']))
_message.add_receiver(sniffer_aid)
_message.set_content(dumps({'ref': 'MESSAGE', 'message': message}))
_message.set_system_message(is_system_message=True)
self.send(_message)
def react(self, message):
if message.system_message:
for system_behaviour in self.system_behaviours:
system_behaviour.execute(message)
else:
for behaviour in self.behaviours:
#display_message(self.aid.getLocalName(), f"Sending message {message} to Behaviour: {behaviour}")
behaviour.execute(message)
if 'ams' not in message.sender.name and 'sniffer' not in self.aid.name:
# sends the received message to Sniffer
# building of the message to be sent to Sniffer.
_message = ACLMessage(ACLMessage.INFORM)
sniffer_aid = AID('sniffer@' + self.sniffer['name'] + ':' +
str(self.sniffer['port']))
_message.add_receiver(sniffer_aid)
_message.set_content(dumps({'ref': 'MESSAGE', 'message': message}))
_message.set_system_message(is_system_message=True)
self.send(_message)
def add_reply_to(self, aid):
"""
add_reply_to
------------
Método utilizado para adicionar agentes que devem receber
a resposta desta mensagem
Parâmetros
----------
aid : objeto do tipo AID que identifica o agente que receberá a resposta
desta mensagem
"""
if isinstance(aid, AID):
self.reply_to.append[aid]
reply_to = self.find('reply_to')
receiver = ET.Element('receiver')
receiver.text = str(aid.name)
reply_to.append(receiver)
else:
self.add_reply_to(AID(name=aid))
def __init__(self, aid, user_login, session_name, session):
super(ValidadeUserAgent, self).__init__(aid=aid, debug=True)
self.user_login = user_login
self.session_name = session_name
self.session = session
super(ValidadeUserAgent, self).update_ams(session.ams)
message = ACLMessage(ACLMessage.REQUEST)
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
content = dumps({
'ref': 'REGISTER',
'content': {
'user_login': self.user_login,
'session_name': self.session_name
}
})
message.set_content(content)
ams_aid = AID('ams@' + self.ams['name'] + ':' + str(self.ams['port']))
message.add_receiver(ams_aid)
message.set_system_message(is_system_message=True)
self.comport_register_user = CompRegisterUser(self, message,
self.session)
self.system_behaviours.append(self.comport_register_user)
def __init__(self, agent_ref):
self.conn_count = 0
self.agent_ref = agent_ref
self.agent_ref.mosaik_connection = None
self.debug = agent_ref.debug
self.aid = agent_ref.aid # stores the agent's identity.
self.ams = agent_ref.ams # stores the ams agent's identity.
self.messages = [] # stores the messages to be sent.
# method that executes the agent's behaviour defined
# both by the user and by the System-PADE.
self.react = agent_ref.react
# method that executes the agent's behaviour defined both
# by the user and by the System-PADE when the agent is initialised
self.on_start = agent_ref.on_start
# AID of AMS
self.ams_aid = AID('ams@' + self.ams['name'] + ':' + str(self.ams['port']))
# table stores the active agents, a dictionary with keys: name and
# values: AID
self.table = dict([('ams', self.ams_aid)])
def step(self, time, inputs):
# Inicia o mercado após período de aquisição de dados de uma semana
# com negociações a cada uma hora.
if time % (1 * 60 * 60) == 0 and time != 0 and time >= (7 * 24 * 60 *
60):
message = ACLMessage(ACLMessage.CFP)
message.set_protocol(ACLMessage.FIPA_CONTRACT_NET_PROTOCOL)
message.set_content('SEND YOUR PROPOSE')
for participant in self.agent.participants:
message.add_receiver(AID(name=participant))
self.agent.call_later(0.1, self.launch_contract_net_protocol,
message)
return
# self.launch_contract_net_protocol(message)
# d = defer.Deferred()
# d.addCallback(self.next_step)
# self.agent.call_later(1.0, d.callback, time)
# return d
return time + self.step_size
def test_ied_messages(start_runtime, mock_receive_ied_event, queue):
"""Testa a geração de mensagens pelo IED e envia ao ACom"""
# Test preparation
acom = AgenteCom(
AID('acom@localhost:60002'),
substation='AQZ',
IEDs=[
FileIED('CH13', ('localhost', 50000), 'tests/ied-events/CH13.txt')
],
debug=True)
acom.ams = start_runtime
# Start test
with start_loop_test([acom]):
# Delay to initiate agents
time.sleep(2)
# Simulate an IED event
with open('tests/ied-events/CH13.txt', 'w') as file:
file.write('XCBR BRKF')
assert queue.get(timeout=10) == ('XCBR', 'BRKF')
def main():
c = 0
agents_list = list()
port = argv[1]
goal_keeper = 'goalkeeper_{}@localhost:{}'.format(port, port)
time_agent = agents.GoalKeeper(AID(name=goal_keeper))
agents_list.append(time_agent)
port = int(port) + 1000
winger1 = 'winger_{}@localhost:{}'.format(port, port)
time_agent = agents.Winger(AID(name=winger1))
agents_list.append(time_agent)
port = int(port) + 1000
winger2 = 'winger_{}@localhost:{}'.format(port, port)
time_agent = agents.Winger(AID(name=winger2))
agents_list.append(time_agent)
port = int(port) + 1000
attacker = 'attacker_{}@localhost:{}'.format(port, port)
time_agent = agents.Striker(AID(name=attacker))
agents_list.append(time_agent)
port = int(port) + 1000
defender = 'enemy_defender_{}@localhost:{}'.format(port, port)
time_agent = agents.Defender(AID(name=defender))
agents_list.append(time_agent)
port = int(port) + 1000
scorer = 'scorer_{}@localhost:{}'.format(port, port)
time_agent = agents.Scorer(AID(name=scorer))
agents_list.append(time_agent)
print("Starting match")
start_loop(agents_list)
#!coding=utf-8
from pade.misc.utility import start_loop
from sys import argv
from pade.acl.aid import AID
# Agents files
from colector import ColectorAgent
from classifier import ClassifierAgent
if __name__ == '__main__':
agents_per_process = 1
# c = 0
agents = list()
colector_name = 'colector'
colector = ColectorAgent(AID(name=colector_name))
agents.append(colector)
for i in range(agents_per_process):
# port = int(argv[1]) + c
classifier_name = 'classifier{}'.format(i)
classifier = ClassifierAgent(AID(name=classifier_name))
agents.append(classifier)
# c += 1000
start_loop(agents)
def send_message(self, receiver_agent):
message = ACLMessage(ACLMessage.INFORM)
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
message.add_receiver(receiver_agent)
self.add_all_agents(message.receivers)
message.set_content(self.message)
self.send(message)
def add_all_agents(self, receivers):
for receiver in receivers:
self.agentInstance.table[receiver.localname] = receiver
if __name__ == '__main__':
msg = {
'board': [-1, -1, -1, -1, -1, -1, -1, -1, -1],
'magicSquare': [8, 3, 4, 1, 5, 9, 6, 7, 2],
'move': 1
}
agents = list()
computer_agent_aid = AID(name='receiver@localhost:{}'.format(30001))
computerAgent = ComputerAgent(computer_agent_aid)
agents.append(computerAgent)
human_agent = HumanAgent(AID(name='sender@localhost:{}'.format(30000)),
computer_agent_aid, msg)
agents.append(human_agent)
start_loop(agents)
def on_start(self):
display_message(self.aid.localname, 'Enviando Mensagem')
message = ACLMessage(ACLMessage.INFORM)
message.add_receiver(AID('destinatario'))
message.set_content('Ola')
self.send(message)
def on_start(self):
display_message(self.aid.localname, 'Enviando Mensagem')
message = ACLMessage(ACLMessage.INFORM)
message.add_receiver(AID('destinatario'))
message.set_content('Ola')
self.send(message)
def react(self, message):
pass
class Destinatario(Agent):
def __init__(self, aid):
super(Destinatario, self).__init__(aid=aid, debug=False)
def react(self, message):
display_message(self.aid.localname, 'Mensagem recebida')
if __name__ == '__main__':
agents = list()
destinatario_agent = Destinatario(AID(name='destinatario'))
agents.append(destinatario_agent)
remetente_agent = Remetente(AID(name='remetente'))
agents.append(remetente_agent)
start_loop(agents)
def set_message(self, message_content):
message = ACLMessage(ACLMessage.INFORM)
message.add_receiver(AID(BallReceivingWinger))
message.set_content(message_content)
self.message = message.as_xml()
from pade.acl.messages import ACLMessage
from pade.acl.aid import AID
import json
index = [0, 0]
message_autonomo = ACLMessage(ACLMessage.REQUEST)
message_autonomo.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
message_autonomo.add_receiver(AID(name='sensor'))
message_autonomo.set_content(json.dumps(index))
message_conforto = ACLMessage(ACLMessage.REQUEST)
message_conforto.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
message_conforto.add_receiver(AID(name='sensor'))
message_conforto.set_content(json.dumps(index))
def updateIndex(NewValue):
message_autonomo.set_content(NewValue)
message_conforto.set_content(NewValue)
from pade.misc.utility import display_message, start_loop
from pade.core.agent import Agent
from pade.acl.aid import AID
from sys import argv
class AgenteHelloWorld(Agent):
def __init__(self, aid):
super(AgenteHelloWorld, self).__init__(aid=aid)
display_message(self.aid.localname, 'Hello World!')
if __name__ == '__main__':
agents_per_process = 3
c = 0
agents = list()
for i in range(agents_per_process):
port = int(argv[1]) + c
agent_name = 'agente_hello_{}@localhost:{}'.format(port, port)
agente_hello = AgenteHelloWorld(AID(name=agent_name))
agents.append(agente_hello)
c += 1000
start_loop(agents)Hello
self.behaviours.append(self.timed)
if __name__ == '__main__':
agents_per_process = 2
c = 0
agents = list()
for i in range(agents_per_process):
port = int(argv[1]) + c
k = 10000
participants = list()
agent_name = 'agent_publisher_{}@localhost:{}'.format(port, port)
participants.append(agent_name)
agent_pub_1 = AgentPublisher(AID(name=agent_name))
agents.append(agent_pub_1)
msg = ACLMessage(ACLMessage.SUBSCRIBE)
msg.set_protocol(ACLMessage.FIPA_SUBSCRIBE_PROTOCOL)
msg.set_content('Subscription request')
msg.add_receiver(agent_pub_1.aid)
agent_name = 'agent_subscriber_{}@localhost:{}'.format(
port + k, port + k)
participants.append(agent_name)
agent_sub_1 = AgentSubscriber(AID(name=agent_name), msg)
agents.append(agent_sub_1)
agent_name = 'agent_subscriber_{}@localhost:{}'.format(
port - k, port - k)
def set_message(self, data):
aclmsg = ET.fromstring(data)
try:
self.performative = aclmsg.find('performative').text
self.find('performative').text = self.performative
except:
pass
try:
system_message = aclmsg.find('system-message').text
if system_message == 'True':
self.system_message = True
self.find('system-message').text = system_message
else:
self.system_message = False
self.find('system-message').text = system_message
except:
pass
try:
self.conversation_id = aclmsg.find('conversationID').text
self.find('conversationID').text = self.conversation_id
except:
pass
try:
self.messageID = aclmsg.find('messageID').text
self.find('messageID').text = self.messageID
except:
pass
try:
datetime_tag = aclmsg.find('datetime')
my_datetime_tag = self.find('datetime')
day = int(datetime_tag.findtext('day'))
my_datetime_tag.find('day').text = str(day)
month = int(datetime_tag.findtext('month'))
my_datetime_tag.find('month').text = str(month)
year = int(datetime_tag.findtext('year'))
my_datetime_tag.find('year').text = str(year)
hour = int(datetime_tag.findtext('hour'))
my_datetime_tag.find('hour').text = str(hour)
minute = int(datetime_tag.findtext('minute'))
my_datetime_tag.find('minute').text = str(minute)
second = int(datetime_tag.findtext('second'))
my_datetime_tag.find('second').text = str(second)
microsecond = int(datetime_tag.findtext('microsecond'))
my_datetime_tag.find('microsecond').text = str(microsecond)
self.datetime = datetime(year=year,
month=month,
day=day,
hour=hour,
minute=minute,
second=second,
microsecond=microsecond)
except:
pass
try:
self.sender = AID(name=aclmsg.find('sender').text)
self.find('sender').text = self.sender.name
except:
pass
try:
receivers = aclmsg.find('receivers').getchildren()
for receiver in receivers:
aid = AID(name=receiver.text)
self.receivers.append(aid)
r = ET.Element('receiver')
r.text = aid.name
self.find('receivers').append(r)
except:
pass
try:
receivers = aclmsg.find('reply-to').getchildren()
for receiver in receivers:
aid = AID(name=receiver.text)
self.reply_to.append(aid)
r = ET.Element('receiver')
r.text = aid.name
self.find('reply-to').append(r)
except:
pass
try:
self.content = aclmsg.find('content').text
self.find('content').text = self.content
except:
pass
try:
self.language = aclmsg.find('language').text
self.find('language').text = self.language
except:
pass
try:
self.encoding = aclmsg.find('encoding').text
self.find('encoding').text = self.encoding
except:
pass
try:
self.ontology = aclmsg.find('ontology').text
self.find('ontology').text = self.ontology
except:
pass
try:
self.protocol = aclmsg.find('protocol').text
self.find('protocol').text = self.protocol
except:
pass
try:
self.reply_with = aclmsg.find('reply-with').text
self.find('reply-with').text = self.reply_with
except:
pass
try:
self.in_reply_to = aclmsg.find('in-reply-to').text
self.find('in-reply-to').text = self.in_reply_to
except:
pass
try:
self.reply_by = aclmsg.find('reply-by').text
self.find('reply-by').text = self.reply_by
except:
pass
super().__init__(name)
self.ping = ping_aid # Gets the ping AID
def setup(self):
self.add_behaviour(PongTurn(self))
class PongTurn(CyclicBehaviour):
def action(self):
if self.agent.has_messages():
message = self.agent.read()
if message.sender == self.agent.ping:
# Preparing a reply to 'ping'
reply = message.create_reply()
reply.set_content('PONG')
display_message(self.agent, 'Turn: %s' % message.content)
self.wait(0.5)
# Sending the reply
self.send(reply)
# ==== Starting main loop of PADE ====
if __name__ == '__main__':
ping_aid = AID('ping') # Creates an AID for ping
pong_aid = AID('pong') # Creates an AID for pong
# Creates a PingAgent using the AID ping_aid and passing the address (AID) of PongAgent (pong_aid)
ping = PingAgent(ping_aid, pong_aid)
# Creates a PongAgent using the AID pong_aid and passing the address (AID) of PingAgent (ping_aid)
pong = PongAgent(pong_aid, ping_aid)
start_loop([ping, pong])
sio.emit('my response', {'response': 'my response'})
@sio.on('hola')
def hola(data):
print(data)
@sio.event
def disconnect():
print('disconnected from server') """
### BT ###
def escuchaBT():
"""service = DiscoveryService()
devices = service.discover(2)
print (devices)"""
nearby_devices = bluetooth.discover_devices()
print(nearby_devices)
if __name__ == '__main__':
agents = list()
agente_hello = AgenteHelloWorld(AID(name='Agent2'))
hello_agent = HelloAgent(AID(name='Agent'))
agents.append(hello_agent)
agents.append(agente_hello)
start_loop(agents)
'is_start_of_negotiation': True,
'price': price,
'growth': self.type_growth[self.type]
}))
message.add_receiver(self.connection)
self.send(message)
else:
display_message(self.aid.localname, "YCombinator always been")
message = ACLMessage(performative=ACLMessage.REJECT_PROPOSAL)
message.add_receiver(self.connection)
self.send(message)
if __name__ == '__main__':
agents = list()
buyer_aid = AID(name='huge_company@localhost:8011')
startup_aid = AID(name="startup@localhost:8022")
huge_company = Buyer(buyer_aid, startup_aid)
startup = Seller(startup_aid, buyer_aid)
agents.append(huge_company)
agents.append(startup)
start_loop(agents)
# [startup] 20/12/2020 20:46:29.854 --> Hello, we want to sell 10% of company on your investments
# [huge_company] 20/12/2020 20:46:29.857 --> Hello!
# [huge_company] 20/12/2020 20:46:29.857 --> How much you growth last month?
# [startup] 20/12/2020 20:46:29.861 --> Which value u interested in?
# [huge_company] 20/12/2020 20:46:29.865 --> Let's talk about users
# [huge_company] 20/12/2020 20:46:29.865 --> We can invest 4425456$
# agent_example_1.py
# A simple hello agent in PADE!
from pade.misc.utility import display_message, start_loop
from pade.core.agent import Agent
from pade.acl.aid import AID
from sys import argv
import civil, bombeiro, incendiario, policial
if __name__ == '__main__':
agents_per_process = 3
agents = list()
port = 20001
agent_name = 'incendiario'.format(port, port)
agenteIncendiario = incendiario.Incendiario(AID(name=agent_name))
agents.append(agenteIncendiario)
port = 20003
nomeBombeiro = 'bombeiro_{}@localhost:{}'.format(port, port)
agenteBombeiro = bombeiro.Bombeiro(AID(name=nomeBombeiro), portC=10000)
agents.append(agenteBombeiro)
port = 20004
nomeBombeiro = 'policial_{}@localhost:{}'.format(port, port)
agentePolicial = policial.Policial(AID(name=nomeBombeiro), portC=10010)
agents.append(agentePolicial)
port = 20002
agent_name = 'agent_civil_{}@localhost:{}'.format(port, port)
agenteCivil = civil.Civil(AID(name=agent_name), agenteBombeiro,
class AgentParticipant(Agent):
def __init__(self, aid):
super(AgentParticipant, self).__init__(aid)
self.protocol = SubscribeParticipant(self)
self.timed = Time(self, self.protocol.notify)
self.behaviours.append(self.protocol)
self.behaviours.append(self.timed)
call_in_thread(my_time, 'a', 'b')
if __name__ == '__main__':
editor = AgentParticipant(AID('editor'))
msg = ACLMessage(ACLMessage.SUBSCRIBE)
msg.set_protocol(ACLMessage.FIPA_SUBSCRIBE_PROTOCOL)
msg.set_content('Subscription request')
msg.add_receiver(editor.aid)
subs1 = AgentInitiator(AID('subscriber_1'), msg)
# subs1.ams = {'name': 'localhost', 'port': 5000}
subs2 = AgentInitiator(AID('subscriber_2'), msg)
#subs2.ams = {'name': 'localhost', 'port': 5000}
agents = [editor, subs1, subs2]
s = PadeSession()
def filter(self, message):
state = True
if self.conversationID != None and self.conversationID != message.conversationID:
state = False
if self.sender != None and self.sender != message.sender:
state = False
if self.performative != None and self.performative != message.performative:
state = False
if self.protocol != None and self.protocol != message.protocol:
state = False
return state
if __name__ == '__main__':
message = ACLMessage(ACLMessage.REQUEST)
message.set_sender(AID('lucas'))
message.add_receiver('allana')
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
filtro = Filter()
filtro.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
if filtro.filter(message):
print message.as_xml()
else:
print 'A mensagem foi barrada pelo protocolo'
