def move_to(self, dest):
counter = 5
path = None
while counter > 0 and path is None:
logger.debug("Requesting path from {} to {}".format(
self.current_pos, dest))
path, distance, duration = request_path(self.current_pos, dest)
counter -= 1
if path is None:
logger.error(
"Taxi {} could not get a path to passenger {}.".format(
self.agent_id, self.current_passenger.getName()))
reply = ACLMessage()
reply.addReceiver(self.current_passenger)
reply.setProtocol(REQUEST_PROTOCOL)
reply.setPerformative(CANCEL_PERFORMATIVE)
reply.setContent("{}")
logger.debug("Taxi {} sent cancel proposal to passenger {}".format(
self.agent_id, self.current_passenger.getName()))
self.send(reply)
else:
self.path = path
self.dest = dest
self.distances.append(distance)
self.durations.append(duration)
def send_request(self, content=None):
"""
Sends an :class:`ACLMessage` to the coordinator to request a taxi.
It uses the REQUEST_PROTOCOL and the REQUEST_PERFORMATIVE.
If no content is set a default content with the passenger_id,
origin and target coordinates is used.
:param content: Optional content dictionary
:type content: :class:`dict`
"""
if content is None or len(content) == 0:
content = {
"passenger_id": self.myAgent.agent_id,
"origin": self.myAgent.current_pos,
"dest": self.myAgent.dest
}
if not self.myAgent.dest:
self.myAgent.dest = random_position()
msg = ACLMessage()
msg.addReceiver(coordinator_aid)
msg.setProtocol(REQUEST_PROTOCOL)
msg.setPerformative(REQUEST_PERFORMATIVE)
msg.setContent(json.dumps(content))
self.myAgent.send(msg)
self.logger.debug("Passenger {} asked for a taxi to {}.".format(
self.myAgent.agent_id, self.myAgent.dest))
def pick_up_passenger(self, passenger_id, origin, dest):
"""
Starts a TRAVEL_PROTOCOL to pick up a passenger and get him to his destiny.
It automatically launches all the graphical process until the passenger is
delivered.
:param passenger_id: the id of the passenger
:type passenger_id: :class:`str`
:param origin: the coordinates of the current location of the passenger
:type origin: :class:`list`
:param dest: the coordinates of the target destiny of the passenger
:type dest: :class:`list`
"""
self.logger.info("Taxi {} on route to passenger {}".format(
self.myAgent.agent_id, passenger_id))
passenger_aid = build_aid(passenger_id)
reply = ACLMessage()
reply.addReceiver(passenger_aid)
reply.setPerformative(INFORM_PERFORMATIVE)
reply.setProtocol(TRAVEL_PROTOCOL)
content = {"status": TAXI_MOVING_TO_PASSENGER}
reply.setContent(json.dumps(content))
self.myAgent.status = TAXI_MOVING_TO_PASSENGER
self.myAgent.current_passenger = passenger_aid
self.myAgent.current_passenger_orig = origin
self.myAgent.current_passenger_dest = dest
self.myAgent.move_to(self.myAgent.current_passenger_orig)
self.myAgent.send(reply)
self.myAgent.num_assignments += 1
def create_agent(self, type_, number=1):
msg = ACLMessage()
msg.addReceiver(coordinator_aid)
msg.setProtocol(CREATE_PROTOCOL)
msg.setPerformative(REQUEST_PERFORMATIVE)
content = {"type": type_, "number": number}
msg.setContent(json.dumps(content))
self.send(msg)
def sendPushOrder(self, turtleName, distance):
msg = ACLMessage()
msg.setOntology(Vocabulary.PUSH)
msg.setPerformative(Vocabulary.REQUEST)
content = Vocabulary.PUSH + "(" + distance + ")"
msg.setContent(content)
msg.addReceiver(self.aids[turtleName])
self.myAgent.send(msg)
class Booking(Behaviour):
msg = None
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'games':
bookie = Bookie()
self.send_message(
json.dumps({
'request_type': 'games',
'data': bookie.get_games()
}))
if request['request_type'] == 'bet':
bookie = Bookie()
data = bookie.make_random_evaluation(
request['number_of_teams'])
self.send_message(
json.dumps({
'request_type': 'game_evaluation',
'data': data
}))
if request['request_type'] == 'team_selection':
bookie = Bookie()
data = bookie.make_evaluation(request['teams'])
self.send_message(
json.dumps({
'request_type': 'game_evaluation',
'data': data
}))
else:
pass
def stop_agent(self):
print "Agent is dying..."
self.kill()
sys.exit()
def send_message(self, message):
client = "[email protected]"
address = "xmpp://" + client
receiver = spade.AID.aid(name=client, addresses=[address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(receiver)
self.msg.setContent(message)
self.myAgent.send(self.msg)
print "\nMessage sent to: %s !" % client
def sendMoveOrder(self, turtleName, destinationName):
msg = ACLMessage()
msg.setOntology(Vocabulary.TURTLEMOVE)
msg.setPerformative(Vocabulary.REQUEST)
content = Vocabulary.GOTO + "(" + destinationName + ")"
msg.setContent(content)
msg.addReceiver(self.aids[turtleName])
self.myAgent.log(msg)
self.myAgent.send(msg)
def send_message(self, message, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("stock")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(message)
self.myAgent.send(self.msg)
def send_message(self, content):
master_agent = spade.AID.aid(name="[email protected]",
addresses=["xmpp://[email protected]"])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(master_agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
print 'Message %s sent to master agent' % content
def sendGatherOrder(self):
msg = ACLMessage()
msg.setOntology(Vocabulary.TURTLEMOVE)
msg.setPerformative(Vocabulary.REQUEST)
msg.setContent(Vocabulary.GATHER + "()")
turtles = list()
turtles.extend(self.aids.values())
turtle = self.aids["samira"]
self.myAgent.log(turtle.getName(), "GATHER")
msg.addReceiver(turtle)
self.myAgent.send(msg)
def inform_passenger(self, status, data=None):
if data is None:
data = {}
msg = ACLMessage()
msg.addReceiver(self.current_passenger)
msg.setProtocol(TRAVEL_PROTOCOL)
msg.setPerformative(INFORM_PERFORMATIVE)
content = {"status": status}
for k, v in data.items():
content[k] = v
msg.setContent(json.dumps(content))
self.send(msg)
def send_message_to_stock(self, content):
stock_address = '[email protected]'
agent = spade.AID.aid(name=stock_address,
addresses=["xmpp://%s" % stock_address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("stock")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
def broadcast_message(self, message):
for broker in brokers:
address = "%[email protected]" % broker
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("stock")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(message)
self.myAgent.send(self.msg)
class Coordinate(Behaviour):
msg = None
ready = 0
selected_number = 0
requests = []
won = False
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'player_ready':
self.ready += 1
self.requests.append(request['origin'])
if self.ready == 2:
self.selected_number = randint(0, 100)
print "Number is %d \n" % self.selected_number
inform_whisperer = {'request_type': 'new_number', 'number': self.selected_number}
self.send_message(inform_whisperer, '[email protected]')
for origin in self.requests:
inform_player = {'request_type': 'play'}
self.send_message(inform_player, origin)
if request['request_type'] == 'guess':
if self.won:
inform_whisperer = {'request_type': 'round_result', 'result': 'late'}
self.send_message(inform_whisperer, request['origin'])
if int(request['number']) == self.selected_number:
self.won = True
inform_whisperer = {'request_type': 'round_result', 'result': 'win'}
self.send_message(inform_whisperer, request['origin'])
else:
inform_whisperer = {'request_type': 'round_result', 'result': 'no'}
self.send_message(inform_whisperer, request['origin'])
def send_message(self, content, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("game")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(json.dumps(content))
self.myAgent.send(self.msg)
def send_message(self, message):
client = "[email protected]"
address = "xmpp://" + client
receiver = spade.AID.aid(name=client, addresses=[address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(receiver)
self.msg.setContent(message)
self.myAgent.send(self.msg)
print "\nMessage sent to: %s !" % client
class Whisper(Behaviour):
msg = None
selected_number = 0
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'new_number':
self.selected_number = request['number']
print "I got it..."
if request['request_type'] == 'help_request':
number = request['number']
response = ""
if self.myAgent.askBelieve(expr('Vrijednost(gamer2)')):
if request['origin'] == "[email protected]":
if self.selected_number < int(number):
response = "high"
if self.selected_number > int(number):
response = "low"
if self.selected_number == int(number):
response = "ok"
else:
response = "ok"
player_help = {'request_type': 'help_response', 'status': response}
self.send_message(player_help, request['origin'])
print 'I told %s that %i is %s' % (request['origin'], number, response)
def send_message(self, content, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("game")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(json.dumps(content))
self.myAgent.send(self.msg)
print '\nMessage %s sent to %s' % (content, address)
class Booking(Behaviour):
msg = None
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'games':
bookie = Bookie()
self.send_message(json.dumps({'request_type': 'games', 'data': bookie.get_games()}))
if request['request_type'] == 'bet':
bookie = Bookie()
data = bookie.make_random_evaluation(request['number_of_teams'])
self.send_message(json.dumps({'request_type': 'game_evaluation', 'data': data}))
if request['request_type'] == 'team_selection':
bookie = Bookie()
data = bookie.make_evaluation(request['teams'])
self.send_message(json.dumps({'request_type': 'game_evaluation', 'data': data}))
else:
pass
def stop_agent(self):
print "Agent is dying..."
self.kill()
sys.exit()
def send_message(self, message):
client = "[email protected]"
address = "xmpp://" + client
receiver = spade.AID.aid(name=client, addresses=[address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(receiver)
self.msg.setContent(message)
self.myAgent.send(self.msg)
print "\nMessage sent to: %s !" % client
def send_message(self, content):
master_agent = spade.AID.aid(name="[email protected]", addresses=["xmpp://[email protected]"])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(master_agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
print 'Message %s sent to master agent' % content
def send_message(self, content, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("travel")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
def send_message(self, content, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("game")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(json.dumps(content))
self.myAgent.send(self.msg)
print '\nMessage %s sent to %s' % (content, address)
def refuse_taxi(self, taxi_aid):
"""
Sends an ACLMessage to a taxi to refuse a travel proposal.
It uses the REQUEST_PROTOCOL and the REFUSE_PERFORMATIVE.
:param taxi_aid: The AgentID of the taxi
:type taxi_aid: :class:`spade.AID.aid`
"""
reply = ACLMessage()
reply.addReceiver(taxi_aid)
reply.setProtocol(REQUEST_PROTOCOL)
reply.setPerformative(REFUSE_PERFORMATIVE)
content = {
"passenger_id": self.myAgent.agent_id,
"origin": self.myAgent.current_pos,
"dest": self.myAgent.dest
}
reply.setContent(json.dumps(content))
self.myAgent.send(reply)
self.logger.debug("Passenger {} refused proposal from taxi {}".format(
self.myAgent.agent_id, taxi_aid.getName()))
def send_proposal(self, passenger_id, content=None):
"""
Send an :class:`ACLMessage` with a proposal to a passenger to pick up him.
If the content is empty the proposal is sent without content.
:param passenger_id: the id of the passenger
:type passenger_id: :class:`str`
:param content: the optional content of the message
:type content: :class:`dict`
"""
if content is None:
content = {}
passenger_aid = build_aid(passenger_id)
reply = ACLMessage()
reply.addReceiver(passenger_aid)
reply.setProtocol(REQUEST_PROTOCOL)
reply.setPerformative(PROPOSE_PERFORMATIVE)
reply.setContent(content)
self.logger.debug("Taxi {} sent proposal to passenger {}".format(
self.myAgent.agent_id, passenger_id))
self.myAgent.send(reply)
def accept_taxi(self, taxi_aid):
"""
Sends an :class:`ACLMessage` to a taxi to accept a travel proposal.
It uses the REQUEST_PROTOCOL and the ACCEPT_PERFORMATIVE.
:param taxi_aid: The AgentID of the taxi
:type taxi_aid: :class:`spade.AID.aid`
"""
reply = ACLMessage()
reply.addReceiver(taxi_aid)
reply.setProtocol(REQUEST_PROTOCOL)
reply.setPerformative(ACCEPT_PERFORMATIVE)
content = {
"passenger_id": self.myAgent.agent_id,
"origin": self.myAgent.current_pos,
"dest": self.myAgent.dest
}
reply.setContent(json.dumps(content))
self.myAgent.send(reply)
self.myAgent.taxi_assigned = taxi_aid.getName()
self.logger.debug("Passenger {} accepted proposal from taxi {}".format(
self.myAgent.agent_id, taxi_aid.getName()))
self.myAgent.status = PASSENGER_ASSIGNED
def send_message_all(self, content):
agencies_ids = ConfigurationReader.read_agency_id()
for agency_id in agencies_ids:
address = "agency%[email protected]" % agency_id
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("travel")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
def posaljiOdgovor(self, odgovor):
primatelj = spade.AID.aid(name="[email protected]",
addresses=["xmpp://[email protected]"])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("povratna_informacija")
self.msg.setLanguage("Hrvatski")
self.msg.addReceiver(primatelj)
self.msg.setContent(odgovor)
self.myAgent.send(self.msg)
print "\nAgent " + self.ime_agenta + " : poslao sam poruku agentu organizatoru %s\n!" % (odgovor)
def send_message(self, message):
client = "[email protected]"
address = "xmpp://" + client
receiver = spade.AID.aid(name=client, addresses=[address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(receiver)
self.msg.setContent(message)
self.myAgent.send(self.msg)
print "\nMessage sent to: %s !" % client
def posaljiPorukuAgentima(self, poruka):
i = 1
while i < 5:
time.sleep(0.3)
i += 1
klijent = "agent_klijent%[email protected]" %i
adresa = "xmpp://" + klijent
primatelj = spade.AID.aid(name=klijent, addresses=[adresa])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("termin_sastanka")
self.msg.setLanguage("Hrvatski")
self.msg.addReceiver(primatelj)
self.msg.setContent(poruka)
self.myAgent.send(self.msg)
print "\nposlao sam poruku agentu klijentu " + klijent + " !"
class BookingSettings(Behaviour):
dialog_selection = None
msg = None
games = None
# 1 - risky, 2 - sure thing , 3 - I don't know what I'm doing
mood = random.choice([1, 2, 3])
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'games':
self.games = request['data']
self.show_dialog()
if request['request_type'] == 'game_evaluation':
PrintFormatter.results(request['data'])
Evaluator.make_bet(self.mood, request['data'])
print "\n********Results********\n"
Evaluator.find_result(request['data'])
self.show_dialog()
def show_dialog(self):
self.dialog_selection = raw_input("\n1) Make a Free bet\n2) Generate bet\n3) Exit\n\nSelect:")
if self.dialog_selection == '1':
self.set_free_bet_preferences()
if self.dialog_selection == '2':
self.set_bet_preferences()
if self.dialog_selection == '3':
self.stop_agent()
def stop_agent(self):
print "Agent is dying..."
self.kill()
sys.exit()
def set_bet_preferences(self):
preferences = None
number_of_teams = 0
while number_of_teams == 0 and number_of_teams < 16:
number_of_teams = raw_input('\nNumber of games:')
preferences = {'request_type': 'bet', 'number_of_teams': number_of_teams}
self.send_message(json.dumps(preferences))
def set_free_bet_preferences(self):
if self.games:
PrintFormatter.games(self.games)
teams = []
number_of_teams = input("\nNumber of games:")
for i in range(0, int(number_of_teams)):
print "GAME %d. \n" % (i + 1)
team_a = raw_input("\nTeam A id: ")
team_b = raw_input("\nTeam B id: ")
teams.append({'teamA': team_a, 'teamB': team_b})
result = json.dumps({'request_type': 'team_selection', 'teams': teams})
self.send_message(result)
def send_message(self, content):
master_agent = spade.AID.aid(name="[email protected]", addresses=["xmpp://[email protected]"])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(master_agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
print 'Message %s sent to master agent' % content
class BookingSettings(Behaviour):
dialog_selection = None
msg = None
games = None
# 1 - risky, 2 - sure thing , 3 - I don't know what I'm doing
mood = random.choice([1, 2, 3])
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'games':
self.games = request['data']
self.show_dialog()
if request['request_type'] == 'game_evaluation':
PrintFormatter.results(request['data'])
Evaluator.make_bet(self.mood, request['data'])
print "\n********Results********\n"
Evaluator.find_result(request['data'])
self.show_dialog()
def show_dialog(self):
self.dialog_selection = raw_input(
"\n1) Make a Free bet\n2) Generate bet\n3) Exit\n\nSelect:")
if self.dialog_selection == '1':
self.set_free_bet_preferences()
if self.dialog_selection == '2':
self.set_bet_preferences()
if self.dialog_selection == '3':
self.stop_agent()
def stop_agent(self):
print "Agent is dying..."
self.kill()
sys.exit()
def set_bet_preferences(self):
preferences = None
number_of_teams = 0
while number_of_teams == 0 and number_of_teams < 16:
number_of_teams = raw_input('\nNumber of games:')
preferences = {
'request_type': 'bet',
'number_of_teams': number_of_teams
}
self.send_message(json.dumps(preferences))
def set_free_bet_preferences(self):
if self.games:
PrintFormatter.games(self.games)
teams = []
number_of_teams = input("\nNumber of games:")
for i in range(0, int(number_of_teams)):
print "GAME %d. \n" % (i + 1)
team_a = raw_input("\nTeam A id: ")
team_b = raw_input("\nTeam B id: ")
teams.append({'teamA': team_a, 'teamB': team_b})
result = json.dumps({
'request_type': 'team_selection',
'teams': teams
})
self.send_message(result)
def send_message(self, content):
master_agent = spade.AID.aid(name="[email protected]",
addresses=["xmpp://[email protected]"])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("booking")
self.msg.setLanguage("eng")
self.msg.addReceiver(master_agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
print 'Message %s sent to master agent' % content
class Pregovaranje(Behaviour):
brojac_krugova_pregovora = 0
lokacija = ""
naziv = ""
pocetno_vrijeme = ""
zavrsno_vrijeme = ""
trajanje_dogadjaja = ""
izbornik_odabir = "0"
brojac_odgovora = 0
odgovori = []
def _process(self):
self.msg = None
self.msg = self._receive(True)
if self.msg:
print "\nAgent organizator : " + str(self.brojac_odgovora+1) + " /4 poruka primljeno"
self.brojac_odgovora += 1
self.odgovori.append(self.msg.content)
if self.brojac_odgovora % 4 == 0:
for x in range(0, 4):
print self.odgovori[x]
termin = self.nadjiNajboljiTermin()
if termin == "":
self.brojac_odgovora = 0
del self.odgovori[:]
print "\nNe može se odrediti najbolji termin sastanka s tim vremenom." \
"\nMolimo predložite novi termin !"
self.izbornik()
else:
print "\nNajbolji termin je : " + termin
self.upisiTerminUKalendar(termin)
else:
print self.msg
print "\nAgent organizator : Čekao sam ali nema poruke"
self.prikaziIzbornik()
def prikaziIzbornik(self):
if self.brojac_krugova_pregovora == 10:
print "\nDogovor nije postignut u 10 krugova pregovora"
self.zaustaviAgenta()
self.izbornik()
def izbornik(self):
print "\n\n%i. krug pregovora" % (self.brojac_krugova_pregovora + 1)
self.izbornik_odabir = raw_input(
"\n1)Predlozi sastanak\n2)Odustani od pregovaranja\n\nOdabir:")
if self.izbornik_odabir == "1":
self.brojac_odgovora = 0
self.brojac_krugova_pregovora += 1
self.odgovori = []
vrijeme = self.odrediVrijemeSastanka()
self.posaljiPorukuAgentima(vrijeme)
if self.izbornik_odabir == "2":
self.zaustaviAgenta()
def zaustaviAgenta(self):
print "Agent organizator se gasi..."
self.posaljiPorukuAgentima("stop")
self.MyAgent._kill
def odrediVrijemeSastanka(self):
self.lokacija = raw_input("\nUnesite lokaciju sastanka:")
self.naziv = raw_input("Naziv sastanka sastanka:")
print "Unesi pocetno vrijeme intervala..."
godina_pocetak = raw_input("pocetna godina (yyyy) : ")
mjesec_pocetak = raw_input("pocetni mjesec (mm) :")
dan_pocetak = raw_input("pocetni dan (dd) :")
sat_pocetak = raw_input("pocetni sat (hh) : ")
minute_pocetak = raw_input("pocetne minute (mm) : ")
print "\nUnesi zavrsno vrijeme intervala...\n"
godina_kraj = raw_input("zavrsna godina (yyyy) : ")
mjesec_kraj = raw_input("zavrsni mjesec (mm) :")
dan_kraj = raw_input("zavrsni dan (dd) : ")
sat_kraj = raw_input("zavrsni sat (hh) : ")
minute_kraj = raw_input("zavrsne minute (mm) : ")
self.trajanje_dogadjaja = raw_input("\ntrajanje događaja (min) : ")
self.pocetno_vrijeme = godina_pocetak + "-" + mjesec_pocetak + "-" + dan_pocetak + "T" + sat_pocetak + ":" + minute_pocetak + ":00.000Z"
self.zavrsno_vrijeme = godina_kraj + "-" + mjesec_kraj + "-" + dan_kraj + "T" + sat_kraj + ":" + minute_kraj + ":00.000Z"
vremena_sastanka = [self.pocetno_vrijeme, self.zavrsno_vrijeme, self.trajanje_dogadjaja]
return vremena_sastanka
def posaljiPorukuAgentima(self, poruka):
i = 1
while i < 5:
time.sleep(0.3)
i += 1
klijent = "agent_klijent%[email protected]" %i
adresa = "xmpp://" + klijent
primatelj = spade.AID.aid(name=klijent, addresses=[adresa])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("termin_sastanka")
self.msg.setLanguage("Hrvatski")
self.msg.addReceiver(primatelj)
self.msg.setContent(poruka)
self.myAgent.send(self.msg)
print "\nposlao sam poruku agentu klijentu " + klijent + " !"
def nadjiNajboljiTermin(self):
rjesenje = False
for x in range(0, 4):
element = self.odgovori[x]
if element == "[]":
return ""
redak = element.translate(None, '[]').split(",")
for l in range(0, len(redak)):
#print "uzeli smo sada : " + redak[l]
if "Termin je blokiran" in redak[l]:
continue
pojava = 0
for y in range(0, 4):
#print "usporedjujem " + redak[l] + " sa %i"%y + ". tim retkom"
el = self.odgovori[y]
red = el.translate(None, '[]').split(",")
for k in range(0, len(red)):
#print "usporedjujem " + redak[l] + " sa " + red[k]
if redak[l] == red[k]:
pojava += 1
#print pojava
if pojava == 4:
return redak[l]
if not rjesenje:
return ""
def upisiTerminUKalendar(self, termin):
izbor = 0
while izbor != 1 or izbor != 2:
izbor = input("\nŽelite sastanak s terminom %s upisati u kalendar ?"
"\n1)Dodaj u kalendar"
"\n2)Odustani"
"\nodabir:" % termin)
if izbor == 1:
pocetno_vrijeme = termin.split("'")[1]
zavrsno_vrijeme = self.izracunajZavrsnoVrijeme(termin);
calendar = GoogleCalendar()
try:
if calendar.upisiTerminUKalendar(pocetno_vrijeme, zavrsno_vrijeme, self.naziv, self.lokacija):
print "Događaj je uspješno upisan u kalendar..."
self.zaustaviAgenta()
self.izbornik()
except:
print "Dodavanje događaja nije uspjelo !"
self.izbornik()
if izbor == 2:
print "Dodavanje događaja otkazano !"
self.izbornik_odabir = 0
self.izbornik()
return
def izracunajZavrsnoVrijeme(self, pocetno_vrijeme):
godina = pocetno_vrijeme.split("-")[0].split("'")[1]
mjesec = pocetno_vrijeme.split("-")[1]
dan = pocetno_vrijeme.split("-")[2].split("T")[0]
pocetni_sat = int(pocetno_vrijeme.split("T")[1].split(":")[0])
pocetne_min = int(pocetno_vrijeme.split("T")[1].split(":")[1]) + int(self.trajanje_dogadjaja)
if pocetne_min > 60:
razlika = pocetne_min % 60
pocetni_sat += pocetne_min / 60
pocetne_min = razlika
zavrsno_vrijeme = godina + "-" + mjesec + "-" + dan + "T" + str(pocetni_sat) + ":" + str(pocetne_min) \
+ ":00.000Z"
return zavrsno_vrijeme
class Travel(Behaviour):
BASE_DIR = os.path.dirname(os.path.dirname(__file__))
config_file = BASE_DIR + 'agency_config.json'
msg = None
agencies_counter = ConfigurationReader.number_of_agencies()
offer_responses = 0
offers = []
ask_discount = random.choice([True, False])
# Best results in Euro destinations
destination = random.choice(['Europe', 'Australia', 'Asia', 'America'])
budget = random.randint(1000, 50000)
persons = random.randint(1, 5)
discounts_asked = 0
discounts_responded = 0
discounts_responses = []
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'offer_response':
found_offer = False
self.offer_responses += 1
self.offers.append(request)
if self.offer_responses >= self.agencies_counter:
for offer in self.offers:
for o in offer["data"]:
if o["persons"] >= self.persons and o["price"] <= self.budget:
found_offer = True
if self.ask_discount:
print "\nI asking for discount offer from agency %s" % offer["origin"]
travel = {'request_type': 'discount_request', 'travel_id': o["name"]}
# offer is OK so I'm asking for discount if agent wants discount
self.send_message(json.dumps(travel), offer["origin"])
self.discounts_asked += 1
found_offer = True
else:
# agent doesnt want discount, so he books right away
print "\nI accept offer from agency %s" % offer["origin"]
book = {'request_type': 'make_booking', 'travel_id': o["name"]}
self.send_message(json.dumps(book), offer["origin"])
if not found_offer:
print "Sorry.There is no offer I'd like to take.\n"
travel = {'request_type': 'not_found'}
self.send_message_all(json.dumps(travel))
sys.exit()
if request['request_type'] == 'discount_response':
self.discounts_responded += 1
self.discounts_responses.append(request)
got_discount = False
discounts_got = []
if self.discounts_responded == self.discounts_asked:
for discount in self.discounts_responses:
if discount["discount_accepted"]:
got_discount = True
print "YAAY! I got discount %i for %s" % (
discount["discount_amount"], discount["location"])
discounts_got.append(discount)
if not got_discount:
print "Sorry.There is no offer I'd like to take.\n"
travel = {'request_type': 'not_found'}
self.send_message_all(json.dumps(travel))
sys.exit()
# if there are multiple discounts got, then choose cheapest one
if len(discounts_got) > 0:
cheapest = None
lowest_price = 0
for dis in discounts_got:
if dis["discount_amount"] > lowest_price:
cheapest = dis
book = {'request_type': 'make_booking', 'travel_id': cheapest["location"]}
self.send_message(json.dumps(book), cheapest["origin"])
if request['request_type'] == 'booking_confirmed':
print "Great!, I'm traveling to %s" % request['destination']
def set_preferences(self):
print "I'd like to go to %s" % self.destination
print "My budget is %i $ for %i persons" % (self.budget, self.persons)
if self.ask_discount:
print "I like discounts\n\n"
else:
print "I don't want discount\n\n"
travel = {'request_type': 'travel_request', 'destination': self.destination}
self.send_message_all(json.dumps(travel))
def send_message_all(self, content):
agencies_ids = ConfigurationReader.read_agency_id()
for agency_id in agencies_ids:
address = "agency%[email protected]" % agency_id
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("travel")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
# print '\nMessage %s sent to %s' % (content, address)
def send_message(self, content, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("travel")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
def sendMSG(self, content, receiver, ontology):
msg = ACLMessage()
msg.addReceiver(receiver)
msg.setOntology(ontology)
msg.setContent(content)
self.send(msg)
class OpenStockExchange(Behaviour):
ip = None
msg = None
brokers = 0
brokers_total = 5
round = 0
evaluation = 0
stocks = []
def initialize(self):
self.ip = self.getName().split(" ")[0]
self.stocks = self.stock_generate()
helper.print_yellow("Generated %d stocks...\n" % len(self.stocks))
for stock in self.stocks:
print 'ID: %d' % stock['id']
print 'Name: %s' % stock['name']
print 'Price per stock: %d' % stock['price']
helper.print_yellow("============================================")
# Sends signal that stock exchange is opened for business
def open_stock_exchange(self):
msg_sign_in_to_stock_exchange = json.dumps(
{
'uuid': str(uuid.uuid4()),
'request_type': 'stock_open',
'data': None,
'origin': self.ip
}
)
self.broadcast_message(msg_sign_in_to_stock_exchange)
# Sends stock exchange state to brokers
def send_stock_exchange_report(self, origin_ip):
msg_sign_in_to_stock_exchange = json.dumps(
{
'uuid': str(uuid.uuid4()),
'request_type': 'stock_report_data',
'data': json.dumps(self.stocks),
'origin': self.ip
}
)
self.send_message(msg_sign_in_to_stock_exchange, origin_ip)
# Sends stock exchange state to brokers
def broadcast_stock_exchange_report(self):
msg_sign_in_to_stock_exchange = json.dumps(
{
'uuid': str(uuid.uuid4()),
'request_type': 'stock_report_data',
'data': json.dumps(self.stocks),
'origin': self.ip
}
)
self.broadcast_message(msg_sign_in_to_stock_exchange)
# Informs owner that his stock has changed price
def inform_owner_change(self, stock, origin_ip):
msg_owner_share_change = json.dumps(
{
'uuid': str(uuid.uuid4()),
'id': stock['id'],
'price': stock['price'],
'request_type': 'stock_share_change',
'data': json.dumps(stock),
'origin': self.ip
}
)
self.send_message(msg_owner_share_change, origin_ip)
def send_buy_confirmation(self, stock, origin_ip, price, amount, transaction):
msg_owner_buy_confirm = json.dumps(
{
'uuid': str(uuid.uuid4()),
'id': stock['id'],
'name': stock['name'],
'request_type': 'stock_bought',
'data': json.dumps(stock),
'origin': self.ip,
'price': price,
'amount': amount,
'transactionsId': transaction
}
)
self.send_message(msg_owner_buy_confirm, origin_ip)
def send_sell_confirmation(self, stock, origin_ip, price):
msg_owner_sell_confirm = json.dumps(
{
'uuid': str(uuid.uuid4()),
'request_type': 'stock_sold',
'data': json.dumps(stock),
'origin': self.ip,
'price': price,
'id': stock['id']
}
)
self.send_message(msg_owner_sell_confirm, origin_ip)
# Closes stock exchange, we have our winner
def send_close_stock_exchange(self):
msg_sign_in_to_stock_exchange = json.dumps(
{
'uuid': str(uuid.uuid4()),
'request_type': 'stock_close',
'data': None,
'origin': self.ip
}
)
self.broadcast_message(msg_sign_in_to_stock_exchange)
self.kill()
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
# Registering brokers to start stock exchange
if request['request_type'] == 'stock_sign_in':
self.brokers += 1
print "Broker %s signed in %d/%d" % (request['origin'], self.brokers, self.brokers_total)
# All brokers are registrated
if self.brokers == self.brokers_total:
self.initialize()
helper.print_green("Opening stock exchange...")
self.open_stock_exchange()
# Collect round status from agents
if request['request_type'] == 'evaluation_done':
self.evaluation += 1
print "Broker %s done with move round %d status: %d/%d" % (
request['origin'], self.round + 1, self.evaluation, self.brokers_total)
if self.evaluation == self.brokers_total:
# Round is over, send new report
self.round += 1
self.evaluation = 0
self.stock_speculate()
# Get stock report
if request['request_type'] == 'stock_report':
self.send_stock_exchange_report(request['origin'])
# Buy stock
if request['request_type'] == 'stock_buy':
self.buy_stock(request)
# Sell stock
if request['request_type'] == 'stock_sell':
self.sell_stock(request)
# Declare winner and close the stock exchange
if request['request_type'] == 'stock_win':
helper.print_green("Broker %s got rich. Closing stock exchange..." % request['origin'])
self.send_close_stock_exchange()
# Initialize stocks
@staticmethod
def stock_generate():
result = []
number_of_stocks = random.randint(5, 10)
for i in range(0, number_of_stocks):
price = random.randint(10, 1000)
result.append(
{
'id': i + 1,
'name': ''.join(random.choice(string.ascii_uppercase + string.digits) for _ in range(3)),
'price': price,
'numberOfStocks': 10000,
'totalValue': 10000 * price,
'tendency': random.choice(
['up', 'down', 'stale', 'up fast', 'up slow', 'down fast', 'down slow']),
'owners': []
}
)
return result
# Method that allows trading certain amounts of stocks
def buy_stock(self, data):
price = data['stocksToBuy'] * data['data']['price']
self.stock_add_owner(data['data'], price, data['stocksToBuy'], data['origin'])
helper.print_green("Agent %s bought %d shares of:%s for %d$" % (
data['origin'], data['stocksToBuy'], data['data']['name'], price))
def sell_stock(self, data):
price = data['stocksToSell'] * data['data']['price']
self.stock_remove_owner(data['data'], data['origin'])
print "%s sold %d shares %s for %d" % (data['origin'], data['stocksToSell'], data['data']['name'], price)
# Method that changes prices of generated stocks according with tendency
def stock_speculate(self):
for stock in self.stocks:
delta = 0
if stock['tendency'] == 'up':
# % of change
change_percentage = random.randint(1, 5) / float(100)
delta = stock['price'] * change_percentage
stock['price'] += delta
if stock['tendency'] == 'down':
# % of change
change_percentage = random.randint(1, 5) / float(100)
delta = stock['price'] * change_percentage
stock['price'] -= delta
if stock['tendency'] == 'stale':
# % of change
change_percentage = random.randint(1, 1) / float(100)
delta = stock['price'] * change_percentage
stock['price'] += delta
if stock['tendency'] == 'up slow':
# % of change
change_percentage = random.randint(5, 10) / float(100)
delta = stock['price'] * change_percentage
stock['price'] += delta
if stock['tendency'] == 'up fast':
# % of change
change_percentage = random.randint(10, 50) / float(100)
delta = stock['price'] * change_percentage
stock['price'] += delta
if stock['tendency'] == 'down slow':
# % of change
change_percentage = random.randint(10, 50) / float(100)
delta = stock['price'] * change_percentage
stock['price'] -= delta
if stock['tendency'] == 'down fast':
# % of change
change_percentage = random.randint(10, 50) / float(100)
delta = stock['price'] * change_percentage
stock['price'] -= delta
stock['totalValue'] = stock['numberOfStocks'] * stock['price']
self.increase_owner_shares(stock, delta)
helper.print_yellow("Starting new round of trading...")
time.sleep(0.5)
self.broadcast_stock_exchange_report()
def increase_owner_shares(self, stock, delta):
if len(stock) > 0:
for owner in stock['owners']:
owner['price'] = float(owner['price']) + float(delta)
self.inform_owner_change(stock, owner['ip'])
def stock_add_owner(self, stock, total_price, shares, ip):
for old_stock in self.stocks:
if old_stock['id'] == stock['id']:
old_stock['numberOfStocks'] -= shares
owners = old_stock['owners']
transaction = random.randint(1, 100000)
owners.append({
'id': stock['id'],
'name': stock['name'],
'transactionId': transaction,
'ip': ip,
'price': total_price,
'shares': shares,
})
old_stock['owners'] = owners
self.send_buy_confirmation(old_stock, ip, total_price, shares, transaction)
return transaction
def stock_remove_owner(self, stock, ip):
for old_stock in self.stocks:
if old_stock['id'] == stock['id']:
owners = old_stock['owners']
new = []
for o in owners:
if o['ip'] != ip:
new.append(o)
else:
# add to total shares count
old_stock['numberOfStocks'] += o['shares']
self.send_sell_confirmation(stock, ip, o['price'])
old_stock['owners'] = new
def broadcast_message(self, message):
for broker in brokers:
address = "%[email protected]" % broker
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("stock")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(message)
self.myAgent.send(self.msg)
# print '\nMessage %s sent to %s' % (message, address)
def send_message(self, message, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("stock")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(message)
self.myAgent.send(self.msg)
class Play(Behaviour):
msg = None
initial_guess = randint(0, 100)
low_state = 0
high_state = 100
last_sent = 0
def _process(self):
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'play':
initial_guess = randint(self.low_state, self.high_state)
self.last_sent = initial_guess
ask_help = {'request_type': 'help_request', 'number': initial_guess, 'origin': '[email protected]'}
self.send_message(ask_help, '[email protected]')
if request['request_type'] == 'help_response':
if request['status'] == "high":
self.high_state = self.initial_guess
new_guess = randint(self.low_state, self.last_sent)
self.last_sent = new_guess
travel = {'request_type': 'guess', 'origin': '[email protected]', 'number': new_guess}
self.send_message(travel, '[email protected]')
if request['status'] == "low":
new_guess = randint(self.last_sent, self.high_state)
self.last_sent = new_guess
travel = {'request_type': 'guess', 'origin': '[email protected]', 'number': new_guess}
self.send_message(travel, '[email protected]')
if request['status'] == "ok":
travel = {'request_type': 'guess', 'origin': '[email protected]', 'number': self.last_sent}
self.send_message(travel, '[email protected]')
if request['request_type'] == 'round_result':
if request['result'] == "late":
print ":(((((((((((((((("
return
if request['result'] == "win":
print "YAAAAY! I won!"
return
if request['result'] == "no":
newest_guess = randint(self.low_state, self.high_state)
self.last_sent = newest_guess
ask_help = {'request_type': 'help_request', 'number': newest_guess,
'origin': '[email protected]'}
self.send_message(ask_help, '[email protected]')
def say_ready(self):
travel = {'request_type': 'player_ready', 'origin': '[email protected]'}
self.send_message(travel, '[email protected]')
def send_message(self, content, address):
agent = spade.AID.aid(name=address, addresses=["xmpp://%s" % address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("game")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(json.dumps(content))
self.myAgent.send(self.msg)
print '\nMessage %s sent to %s' % (content, address)
class PrimiTerminSastanka(Behaviour):
calendar = ""
ime_agenta = ""
pocetno_vrijeme = ""
zavrsno_vrijeme = ""
trajanje_dogadjaja = ""
google_client_id = ""
google_client_secret = ""
google_client_username = ""
ne_preferirani_termini = ""
def setGoogleAccountPodatke(self, id, secret, user, ime, termini):
self.google_client_id = id
self.google_client_secret = secret
self.google_client_username = user
self.ime_agenta = ime
self.ne_preferirani_termini = termini
self.calendar = GoogleCalendar(self.google_client_id, self.google_client_secret,
self.google_client_username)
def _process(self):
self.msg = None
self.msg = self._receive(True)
if self.msg:
print "\nAgent " + self.ime_agenta + " : primio sam poruku : %s " % self.msg.content
if self.msg.content == "stop":
print "Agent " + self.ime_agenta + ": gasim se"
self.MyAgent._kill()
if self.msg.content == "potvrda":
print "Agent " + self.ime_agenta + ": Sastanak potvrđen -\tgasim se"
self.MyAgent._kill()
else:
vremena = self.msg.content.split("'")
self.pocetno_vrijeme = vremena[1]
self.zavrsno_vrijeme = vremena[3]
self.trajanje_dogadjaja = vremena[5]
rezultat = self.evaluirajPrijedlog(self.pocetno_vrijeme, self.zavrsno_vrijeme,
self.trajanje_dogadjaja)
self.posaljiOdgovor(rezultat)
else:
print "\nAgent " + self.ime_agenta + " : čekao sam ali nema poruke"
self.posaljiOdgovor("Nisam primio poruku")
def evaluirajPrijedlog(self, pocetno_vrijeme, zavrsno_vrijeme, trajanje):
print "\nAgent " + self.ime_agenta.split(" ")[0] + " : Evaluiram prijedlog za sastankom"
try:
pocetak_godina = pocetno_vrijeme.split("-")[0]
pocetak_mjesec = pocetno_vrijeme.split("-")[1]
pocetak_dan = pocetno_vrijeme.split("-")[2].split("T")[0]
zavrsetak_godina = zavrsno_vrijeme.split("-")[0]
zavrsetak_mjesec = zavrsno_vrijeme.split("-")[1]
zavrsetak_dan = zavrsno_vrijeme.split("-")[2].split("T")[0]
slobodni_termini = []
trajanje_intervala = int(trajanje)
fiksni_zavrsni_sat = int(zavrsno_vrijeme.split("T")[1].split(":")[0])
fiksne_zavrsne_min = int(zavrsno_vrijeme.split("T")[1].split(":")[1])
pocetak_intervala_sati = int(pocetno_vrijeme.split("T")[1].split(":")[0])
pocetak_intervala_minute = int(pocetno_vrijeme.split("T")[1].split(":")[1])
pivot_intervala_sati_prednji = pocetak_intervala_sati
pivot_intervala_minute_prednji = pocetak_intervala_minute
ne_preferirani_pocetak_sati = int(self.ne_preferirani_termini[0].split(":")[0])
ne_preferirani_pocetak_minute = int(self.ne_preferirani_termini[0].split(":")[1])
ne_preferirani_zavrsetak_sati = int(self.ne_preferirani_termini[1].split(":")[0])
ne_preferirani_zavrsetak_minute = int(self.ne_preferirani_termini[1].split(":")[1])
while fiksni_zavrsni_sat - 1 >= pivot_intervala_sati_prednji \
and fiksne_zavrsne_min <= pivot_intervala_minute_prednji:
pivot_intervala_sati_zadnji = pivot_intervala_sati_prednji
pivot_intervala_minute_zadnji = pivot_intervala_minute_prednji
if ne_preferirani_pocetak_sati == pivot_intervala_sati_prednji \
and ne_preferirani_pocetak_minute <= pivot_intervala_minute_prednji:
slobodni_termini.append("Termin je blokiran !")
pivot_intervala_minute_prednji += trajanje_intervala
if pivot_intervala_minute_prednji >= 60:
pivot_intervala_sati_prednji += 1
pivot_intervala_minute_prednji = 0
continue
if ne_preferirani_zavrsetak_sati == pivot_intervala_sati_prednji \
and ne_preferirani_zavrsetak_minute >= pivot_intervala_minute_prednji:
slobodni_termini.append("Termin je blokiran !")
pivot_intervala_minute_prednji += trajanje_intervala
if pivot_intervala_minute_prednji >= 60:
pivot_intervala_sati_prednji += 1
pivot_intervala_minute_prednji = 0
continue
if ne_preferirani_pocetak_sati < pivot_intervala_sati_zadnji \
and ne_preferirani_zavrsetak_sati > pivot_intervala_sati_prednji:
slobodni_termini.append("Termin je blokiran !")
pivot_intervala_minute_prednji += trajanje_intervala
if pivot_intervala_minute_prednji >= 60:
pivot_intervala_sati_prednji += 1
pivot_intervala_minute_prednji = 0
continue
else:
pivot_intervala_minute_prednji += trajanje_intervala
if pivot_intervala_minute_prednji >= 60:
pivot_intervala_sati_prednji += 1
pivot_intervala_minute_prednji = 0
if pivot_intervala_sati_zadnji < 10:
pocetak_sat = "0%i" % (pivot_intervala_sati_zadnji)
else:
pocetak_sat = "%i" % (pivot_intervala_sati_zadnji)
if pivot_intervala_minute_zadnji < 10:
pocetak_minute = "0%i" % (pivot_intervala_minute_zadnji)
else:
pocetak_minute = "%i" % (pivot_intervala_minute_zadnji)
if pivot_intervala_sati_prednji < 10:
zavrsetak_sat = "0%i" % (pivot_intervala_sati_prednji )
else:
zavrsetak_sat = "%i" % (pivot_intervala_sati_prednji )
if pivot_intervala_minute_prednji < 10:
zavrsetak_minute = "0%i" % pivot_intervala_minute_prednji
else:
zavrsetak_minute = "%i" % (pivot_intervala_minute_prednji )
pocetno_vrijeme = pocetak_godina + "-" + pocetak_mjesec + "-" + pocetak_dan + "T" + \
pocetak_sat + ":" + pocetak_minute + ":00.000Z"
zavrsno_vrijeme = zavrsetak_godina + "-" + zavrsetak_mjesec + "-" + str(zavrsetak_dan) + "T" \
+ zavrsetak_sat + ":" + zavrsetak_minute + ":00.000Z"
# TODO za ux je dobro da ispisuje al bespotrebno
print self.name + ": računam slobodno vrijeme..."
try:
if self.calendar.main(pocetno_vrijeme, zavrsno_vrijeme):
slobodni_termini.append(pocetno_vrijeme)
except:
continue
return slobodni_termini
except:
return "Greska u evaluaciji"
def posaljiOdgovor(self, odgovor):
primatelj = spade.AID.aid(name="[email protected]",
addresses=["xmpp://[email protected]"])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("povratna_informacija")
self.msg.setLanguage("Hrvatski")
self.msg.addReceiver(primatelj)
self.msg.setContent(odgovor)
self.myAgent.send(self.msg)
print "\nAgent " + self.ime_agenta + " : poslao sam poruku agentu organizatoru %s\n!" % (odgovor)
def process(self):
print "process send order behaviour: ", self.executors
self.loadAddressBook()
msg = ACLMessage()
msg.setOntology(Vocabulary.TURTLEMOVE)
msg.setPerformative(Vocabulary.REQUEST)
content = self.createContent()
msg.setContent(content)
for dest in self.executors:
msg.addReceiver(self.aids[dest])
#self.myAgent.log(msg)
self.myAgent.send(msg)
print "sent message: " + msg.getContent()
class Speculate(Behaviour):
win_threshold = float(100000)
ip = None
name = None
behaviour = None
msg = None
budget = None
myStocks = []
def initialize(self):
self.ip = self.getName().split(" ")[0]
self.name = self.getName().split(" ")[0].split("@")[0]
self.budget = float(random.randint(10000, 50000))
self.behaviour = random.choice(['risky', 'passive', 'cautious'])
print 'Agent %s\nBudget: %d$\nBehaviour: %s' % (
self.ip, self.budget, self.behaviour)
def sign_in(self):
msg_sign_in_to_stock_exchange = json.dumps({
'uuid':
str(uuid.uuid4()),
'request_type':
'stock_sign_in',
'data':
None,
'origin':
self.ip
})
stared_brokers.append(self.name)
self.send_message_to_stock(msg_sign_in_to_stock_exchange)
def evaluation_done(self):
msg_evaluation_done = json.dumps({
'uuid': str(uuid.uuid4()),
'request_type': 'evaluation_done',
'data': None,
'origin': self.ip
})
self.send_message_to_stock(msg_evaluation_done)
def ask_for_report(self):
msg_stock_exchange_report = json.dumps({
'uuid': str(uuid.uuid4()),
'request_type': 'stock_report',
'data': None,
'origin': self.ip
})
self.send_message_to_stock(msg_stock_exchange_report)
def buy_stock(self, stock, number_of_stocks_to_buy):
msg_stock_to_buy = json.dumps({
'uuid':
str(uuid.uuid4()),
'request_type':
'stock_buy',
'data':
stock,
'origin':
self.ip,
'stocksToBuy':
number_of_stocks_to_buy
})
self.send_message_to_stock(msg_stock_to_buy)
def sell_stock(self, stock, number_of_stocks_to_sell):
msg_stock_to_sell = json.dumps({
'uuid':
str(uuid.uuid4()),
'request_type':
'stock_sell',
'data':
stock,
'origin':
self.ip,
'stocksToSell':
number_of_stocks_to_sell
})
self.send_message_to_stock(msg_stock_to_sell)
def declare_win(self):
helper.print_green("\nAgent %s WON! Total sum: %d$" %
(self.name, self.get_bank_account()))
msg_stock_win = json.dumps({
'uuid': str(uuid.uuid4()),
'request_type': 'stock_win',
'data': None,
'origin': self.ip
})
self.send_message_to_stock(msg_stock_win)
def _process(self):
if not (self.name in stared_brokers):
self.initialize()
self.sign_in()
self.msg = self._receive(True)
if self.msg:
request = json.loads(self.msg.content)
if request['request_type'] == 'stock_open':
self.ask_for_report()
if request['request_type'] == 'stock_report_data':
self.evaluate_stock_state(request['data'])
if request['request_type'] == 'stock_bought':
self.add_to_my_stocks(request)
if request['request_type'] == 'stock_sold':
self.remove_from_my_stocks(request)
if request['request_type'] == 'stock_share_change':
self.adjust_stock_prices(request)
if request['request_type'] == 'stock_close':
print 'Agent %s stopped trading, Won %d$' % (self.ip,
self.budget)
self.kill()
def evaluate_stock_state(self, stock_data):
print '\nAgent %s evaluating stock data...' % self.name
took_action = False
if self.get_bank_account() >= self.win_threshold:
self.declare_win()
took_action = True
else:
stock_data = json.loads(stock_data)
for stock in stock_data:
# buy or wait or sell
take_action_odds = random.randint(1, 100)
action = random.choice(['buy', 'sell', 'stale'])
if self.behaviour == 'risky':
# takes action in 80 % of cases
if take_action_odds < 80:
# spend max 40% of my money on this stock and buy all stocks"
if action == 'buy' and not self.check_if_i_own_stock(
stock):
self.buy_stock_evaluation(40, stock)
took_action = True
elif action == 'sell' and self.check_if_i_own_stock(
stock):
self.sell_stock_evaluation(stock)
took_action = True
else:
took_action = False
elif self.behaviour == 'cautious':
# takes action in 40 % of cases
if take_action_odds < 40:
# spend max 10% of my money on stock and buy only growing or stable"
if action == 'buy' \
and not self.check_if_i_own_stock(stock) \
and (stock['tendency'] == 'up'
or stock['tendency'] == 'up fast'
or stock['tendency'] == 'up slow'
or stock['tendency'] == 'stale'):
self.buy_stock_evaluation(10, stock)
took_action = True
elif action == 'sell' \
and self.check_if_i_own_stock(stock) \
and (stock['tendency'] == 'down'
or stock['tendency'] == 'down fast'
or stock['tendency'] == 'down slow'):
self.sell_stock_evaluation(stock)
took_action = True
else:
took_action = False
elif self.behaviour == 'passive':
# takes action in 20 % of cases
if take_action_odds < 20:
# spend max 10% of my money on stock but rather pass buy all kinds of stocks"
if action == 'buy' and not self.check_if_i_own_stock(
stock):
self.buy_stock_evaluation(40, stock)
took_action = True
elif action == 'sell' and self.check_if_i_own_stock(
stock):
self.sell_stock_evaluation(stock)
took_action = True
else:
took_action = False
if not took_action:
print '\nAgent:%s\tNo action' % self.name
self.print_money_status()
self.evaluation_done()
def buy_stock_evaluation(self, max_percentage, stock):
if stock['numberOfStocks'] > 0:
budget_percentage = (random.randint(
1, max_percentage)) / float(100)
money_to_spend = self.budget * budget_percentage
number_of_stocks = money_to_spend / stock['price']
if int(number_of_stocks) > 0:
print "\nAgent:%s\tTrying to buy %d of %s for %d$" % (
self.name, number_of_stocks, stock['name'],
money_to_spend)
self.buy_stock(stock, int(number_of_stocks))
def sell_stock_evaluation(self, stock):
if stock['numberOfStocks'] > 0:
for s in self.myStocks:
if s['id'] == stock['id']:
print "\nAgent %s trying to sell %s" % (self.name,
stock['name'])
self.sell_stock(stock, s['number'])
def check_if_i_own_stock(self, stock):
if len(self.myStocks) == 0:
return False
for myStock in self.myStocks:
if myStock['id'] == stock['id']:
return True
return False
def check_if_double_transaction(self, transaction_id):
for myStock in self.myStocks:
if myStock['transaction'] == transaction_id:
return True
return False
def add_to_my_stocks(self, data):
if not self.check_if_double_transaction(data['transactionsId']):
self.myStocks.append({
'id':
data['id'],
'transaction':
data['transactionsId'],
'ip':
data['origin'],
'price':
data['price'],
'pricePerShare':
data['price'] / float(data['amount']),
'number':
data['amount'],
})
self.budget -= float(data['price'])
helper.print_red(
"\nAgent %s bought %d stock of %s for %d$" %
(self.name, data['amount'], data['name'], data['price']))
def remove_from_my_stocks(self, data):
clean = []
for stock in self.myStocks:
if stock['id'] != data['id']:
clean.append(stock)
self.myStocks = clean
helper.print_green("Agent:%s\t+%d$ to budget" %
(self.name, float(data['price'])))
self.budget += float(data['price'])
self.print_money_status()
def print_money_status(self):
helper.print_yellow("Agent:%s\tTotal:%d$" %
(self.name, self.budget))
def get_bank_account(self):
total_money = float(self.budget)
if len(self.myStocks):
for stock in self.myStocks:
total_money += stock['number'] * stock['pricePerShare']
return total_money
def adjust_stock_prices(self, data):
for stock in self.myStocks:
if stock['id'] == data['id']:
stock['pricePerShare'] = data['price']
stock['price'] = stock['number'] * stock['pricePerShare']
def send_message_to_stock(self, content):
stock_address = '[email protected]'
agent = spade.AID.aid(name=stock_address,
addresses=["xmpp://%s" % stock_address])
self.msg = ACLMessage()
self.msg.setPerformative("inform")
self.msg.setOntology("stock")
self.msg.setLanguage("eng")
self.msg.addReceiver(agent)
self.msg.setContent(content)
self.myAgent.send(self.msg)
