def main():
# para troca de mensagens esparsas entre leiloeiro e compradores
f = Filter()
f.performative = ACLMessage.INFORM
agents = list()
port = int(argv[1])
logger = Logger()
# criando objeto a ser leiloado
objeto = ObjetoLeiloado('Vaso Antigo', 40)
# criando agente leiloeiro
agente_leiloeiro = AgenteLeiloeiro(
AID(name=f'leiloeiro@localhost:{port}'),f, objeto, logger)
agents.append(agente_leiloeiro)
port += 1
numero_de_compradores=3
for i in range(numero_de_compradores):
# criando agentes compradores
agent_dinheiro = randint(100,1000)
agente_comprador = AgenteComprador(AID(name=f'comprador_{i}@localhost:{port+i}'), f, logger,agent_dinheiro)
agents.append(agente_comprador)
start_loop(agents)
def main():
agents = []
name = input("Enter name of User 1: ")
aid1 = AID(name='{}@localhost:{}'.format(name, 20000))
name = input("Enter name of User 2: ")
aid2 = AID(name='{}@localhost:{}'.format(name, 20001))
agents.append(ChatAgent(aid1, aid2, start=True))
agents.append(ChatAgent(aid2, aid1))
start_loop(agents)
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.BallReceivingWinger(AID(name=winger1))
agents_list.append(time_agent)
participants = list()
agent_name = 'attacker{}@localhost:{}'.format(port - 100, port - 100)
participants.append(agent_name)
agente_part_1 = Attacker(AID(name=agent_name), uniform(100.0, 500.0))
agents_list.append(agente_part_1)
agent_name = 'defender{}@localhost:{}'.format(port + 100, port + 100)
participants.append(agent_name)
agente_part_2 = Defender(AID(name=agent_name), uniform(100.0, 500.0))
agents_list.append(agente_part_2)
agent_name = 'Winger{}@localhost:{}'.format(port+99, port+99)
agente_init_1 = PassingWinger(AID(name=agent_name), participants)
agents_list.append(agente_init_1)
agent_name = 'Striker_{}@localhost:{}'.format(port+2, port+2)
participants.append(agent_name)
agent_pub_1 = Striker(AID(name=agent_name))
agents_list.append(agent_pub_1)
msg = ACLMessage(ACLMessage.SUBSCRIBE)
msg.set_protocol(ACLMessage.FIPA_SUBSCRIBE_PROTOCOL)
msg.set_content('Goal!!')
msg.add_receiver(agent_pub_1.aid)
k = 10
agent_name = 'Crowd_20010@localhost:20010'
participants.append(agent_name)
agent_sub_1 = Crowd(AID(name=agent_name), msg)
agents_list.append(agent_sub_1)
agent_name = 'Crowd_19990@localhost:19990'
agent_sub_2 = Crowd(AID(name=agent_name), msg)
agents_list.append(agent_sub_2)
print("Starting match")
start_loop(agents_list)
def main():
caminho = __initializeWorld__(False)
agentes = list()
agent_sensor = Sensors(AID(name='sensor'),caminho)
agente_autonomo = AgenteSistemaAutonomo(AID(name='autonomo'))
agente_conforto = AgenteSistemaConforto(AID(name='conforto'))
agentes.append(agent_sensor)
agentes.append(agente_autonomo)
agentes.append(agente_conforto)
start_loop(agentes)
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)
message = ACLMessage(ACLMessage.INFORM)
message.add_receiver(self.agent.receiver)
message.set_content('Message #%d' % self.counter)
self.send(message)
self.counter += 1
display_message(self.agent, 'Message sent to receiver.')
# Receiver Agent
class ReceiverAgent(Agent):
def __init__(self, name, sender):
super().__init__(name)
self.sender = sender # Gets the local name of sender
def setup(self):
self.add_behaviour(ReceiveMessage(self))
class ReceiveMessage(CyclicBehaviour):
def action(self):
message = self.read()
if message.sender.getLocalName() == self.agent.sender:
display_message(self.agent, 'This is: %s.' % message.content)
if __name__ == '__main__':
receiver = ReceiverAgent('receiver', 'sender')
sender = SenderAgent('sender', receiver.aid)
start_loop([receiver, sender])
from pade.acl.aid import AID
from pade.acl.messages import ACLMessage
from pade.behaviours.types import CyclicBehaviour, TickerBehaviour
from pade.core.agent import Agent
from pade.misc.utility import display, start_loop
class BlockerAgent(Agent):
def setup(self):
self.add_behaviour(BlockBehaviour(self))
class BlockBehaviour(CyclicBehaviour):
def action(self):
message = self.read()
display(self.agent, 'Running my behaviour...')
if __name__ == '__main__':
start_loop([BlockerAgent('blocker', ignore_ams=False)])
sequential.add_subbehaviour(Count1_10(self))
sequential.add_subbehaviour(Count11_20(self))
sequential.add_subbehaviour(Count21_30(self))
# Adding 'sequential' into agent
self.add_behaviour(sequential)
# Behaviour that counts from 1 to 10
class Count1_10(OneShotBehaviour):
def action(self):
for num in range(1, 11):
display(self.agent, num)
# Behaviour that counts from 11 to 20
class Count11_20(OneShotBehaviour):
def action(self):
for num in range(11, 21):
display(self.agent, num)
# Behaviour that counts from 21 to 30
class Count21_30(OneShotBehaviour):
def action(self):
for num in range(21, 31):
display(self.agent, num)
if __name__ == '__main__':
start_loop([SequentialAgent('seq')])
from pade.behaviours.types import OneShotBehaviour
from pade.core.agent import Agent
from pade.misc.utility import display_message, start_loop
# Defining the HelloWorldAgent (inherits from Agent class)
class HelloWorldAgent(Agent):
# This method will execute at agent startup
def setup(self):
# It adds the 'SayHello' behaviour in the agent
self.add_behaviour(SayHello(self))
# Defining the SayHello behaviour
class SayHello(OneShotBehaviour):
# This method executes the main actions of SayHello behaviour
def action(self):
# It shows a message, with date/hour information, in console
display_message(self.agent, 'Hello world!')
# It starts the agent HelloWorldAgent with PADE
if __name__ == '__main__':
# Defining a HelloWorldAgent object
helloagent = HelloWorldAgent('hello')
# Creating a list with agents that will be executed
agents_list = [helloagent]
# Passing the agent list to main loop of PADE
start_loop(agents_list)
from pade.behaviours.types import TickerBehaviour
from pade.core.agent import Agent
from pade.misc.utility import display_message, start_loop
'''
This example presents two different TickerBehaviour
running in paralell and in an alternating way
'''
class TicTacAgent(Agent):
def setup(self):
self.add_behaviour(TicBehaviour(self, 1))
self.add_behaviour(TacBehaviour(self, 1))
class TicBehaviour(TickerBehaviour):
def on_tick(self):
display_message(self.agent, 'Tic')
class TacBehaviour(TickerBehaviour):
def on_tick(self):
display_message(self.agent, 'Tac')
if __name__ == '__main__':
start_loop([TicTacAgent('tictac')])
display(self.agent, num)
self.wait(
1) # I put this so that we can see the behaviours blocking
self.unlock() # Here ends the critical section (releases the lock)
# Behaviour that counts from 11 to 20
class Count11_20(OneShotBehaviour):
def action(self):
self.lock()
display(self.agent, 'Now, I will count from 11 to 20 slowly:')
for num in range(11, 21):
display(self.agent, num)
self.wait(1)
self.unlock()
# Behaviour that counts from 21 to 30
class Count21_30(OneShotBehaviour):
def action(self):
self.lock()
display(self.agent, 'Now, I will count from 21 to 30 slowly:')
for num in range(21, 31):
display(self.agent, num)
self.wait(1)
self.unlock()
if __name__ == '__main__':
start_loop([Sequential('seq')])
self.add_behaviour(Count(self))
class Count(SimpleBehaviour):
# Defining initial parameters to behaviour
def __init__(self, agent):
# This call to superclass is needed, passing the agent
super().__init__(agent)
# Defining counting variable
self.counter = 1
def action(self):
display(self.agent, 'Counting #%d' % self.counter)
self.counter += 1
# This method indicates when the behaviour finishes.
def done(self):
if self.counter > 10:
# The behaviour will dies when True is returned
return True
return False
# This method is executed when the behaviour dies x_x
def on_end(self):
display(self.agent, 'Counting finished.')
if __name__ == '__main__':
start_loop([CounterAgent('counter')])
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
message.add_receiver(AID(name='ouvinte'))
message.set_content('Ola, eu estou aqui!')
self.behaviours.append(SenderComportamento(self, message))
self.behaviours.append(ComportTemporal(self, 5.0, message))
class Listener(Agent):
def __init__(self, aid):
super(Listener, self).__init__(aid=aid, debug=False)
self.behaviours.append(ListenerComportamento(self))
if __name__ == '__main__':
agentes = list()
sender_nome = 'sender@localhost:9000'
sender = Sender(AID(name=sender_nome))
agentes.append(sender)
listener_nome = 'destinatario@localhost:9001'
listener = Listener(AID(name=listener_nome))
agentes.append(listener)
start_loop(agentes)
self.call_later(4.0, self.send_message)
def send_message(self):
message = ACLMessage(ACLMessage.INFORM)
message.set_protocol(ACLMessage.FIPA_REQUEST_PROTOCOL)
message.add_receiver(self.recieverAgent)
self.add_all_agents(message.receivers)
nextn = self.n + 1
text = "Give me the {}th prime number".format(nextn)
display_message(self.aid.localname, "Sending message to next agent\n")
msg = {"n": nextn, "text": text}
message.set_content(msg)
self.send(message)
def add_all_agents(self, receivers):
for receiver in receivers:
self.agentInstance.table[receiver.localname] = receiver
if __name__ == "__main__":
SieveOfEratosthenes()
agentlist = []
n = int(input("Enter the value of n: "))
for i in range(1, 5):
agentlist.append(FriendAgent(AIDArray[i], AIDArray[(i + 1) % 5]))
agentlist.append(FriendAgent(AIDArray[0], AIDArray[1], n))
start_loop(agentlist)
from pade.behaviours.types import CyclicBehaviour
from pade.core.agent import Agent
from pade.misc.utility import display_message, start_loop
class TicTacAgent(Agent):
def setup(self):
self.add_behaviour(NoiseBehaviour(self))
class NoiseBehaviour(CyclicBehaviour):
def action(self):
display_message(self.agent, 'Tic-tac!')
self.wait(1) # The behaviour will sleep by 1 second
if __name__ == '__main__':
tic = TicTacAgent('tictac')
start_loop([tic])
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])
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
from pade.acl.aid import AID
from pade.acl.messages import ACLMessage
from pade.core.agent import Agent
from pade.misc.utility import display_message, start_loop
from pade.fmi import FmiAdapter
class FMIAgent(Agent):
def __init__(self, aid, debug=False):
super().__init__(aid, debug)
self.fmi_adapter = FmiAdapter(self, self.on_message)
self.behaviours.append(self.fmi_adapter)
def on_message(self, message: ACLMessage):
content = json.loads(message.content)
display_message(self.aid.name, content)
reply = message.create_reply()
reply.set_content(
json.dumps({
'outputVariable':
content['inputVariable'] * 2 + 2 * content['current_time']
}))
self.fmi_adapter.inform(reply)
if __name__ == "__main__":
agent = FMIAgent(AID('fmi-agent@localhost:12345'))
start_loop([agent])
if self.debug:
display_message(self.aid.name, 'Message stored')
self.messages_buffer = dict()
self.buffer_control = True
@inlineCallbacks
def register_message_in_db(self, sql_act):
yield TWISTED_ENGINE.execute(sql_act)
def react(self, message):
super(Sniffer, self).react(message)
if 'ams' not in message.sender.name:
content = loads(message.content)
if content['ref'] == 'MESSAGE':
_message = content['message']
if self.messages_buffer.get(message.sender.name) == None:
self.messages_buffer[message.sender.name] = [_message]
else:
messages = self.messages_buffer[message.sender.name]
messages.append(_message)
if self.buffer_control:
#reactor.callLater(0.0000001, self.handle_store_messages)
reactor.callLater(5.0, self.handle_store_messages)
self.buffer_control = False
if __name__ == '__main__':
sniffer = Sniffer(port=sys.argv[1])
start_loop([sniffer])
say_biscoito = SayBiscoito(self)
say_bolacha = SayBolacha(self)
# Passing the same lock object to behaviours
say_bolacha.add_lock(lock)
say_biscoito.add_lock(lock)
# Adding the behaviours in the agent
self.add_behaviour(say_biscoito)
self.add_behaviour(say_bolacha)
class SayBiscoito(CyclicBehaviour):
def action(self):
self.lock() # Starts the critical section
for _ in range(5): # The agent will hold the lock by 5 prints
display(self.agent, 'The correct name is "BISCOITO".')
self.wait(0.5)
self.unlock() # Ends the critical section
class SayBolacha(CyclicBehaviour):
def action(self):
self.lock()
# Here the agent will hold the lock only by 1 print, and
# release it right away
display(self.agent, '"BOLACHA" is the correct name.')
self.unlock()
if __name__ == '__main__':
start_loop([MutualExclusionAgent('mea')])
#!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 run(self):
self._loop_started = True
start_loop(self.agents)
