def test_match_ior():
t1 = Template()
t1.sender = "sender1@host"
t2 = Template()
t2.to = "recv1@host"
t2.metadata = {"performative": "query"}
m1 = Message()
m1.sender = "sender1@host"
t1 |= t2
assert t1.match(m1)
m2 = Message()
m2.to = "recv1@host"
m2.metadata = {"performative": "query"}
assert t1.match(m2)
m3 = Message()
m3.sender = "sender2@host"
m3.to = "recv1@host"
m3.metadata = {"performative": "inform"}
assert not t1.match(m3)
def test_match_xor():
t1 = Template()
t1.sender = "sender1@host"
t2 = Template()
t2.to = "recv1@host"
t2.metadata = {"performative": "query"}
m1 = Message()
m1.sender = "sender1@host"
assert (t1 ^ t2).match(m1)
m2 = Message()
m2.to = "recv1@host"
m2.metadata = {"performative": "query"}
assert (t1 ^ t2).match(m2)
m3 = Message()
m3.sender = "sender2@host"
m3.to = "recv1@host"
m3.metadata = {"performative": "inform"}
assert not (t1 ^ t2).match(m3)
t1 = Template()
t1.sender = "sender1@host"
t2 = Template()
t2.sender = "sender1@host"
m4 = Message()
m4.sender = "sender1@host"
assert not (t1 ^ t2).match(m4)
def energyCost(cls, device, time, protocol_version):
"""
This method creates the EnergyCost message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
web_url = Configuration.parameters['web_url']
mydir = Configuration.parameters['user_dir']
if protocol_version == "1.0":
name = cls.basejid.split('@')[0]
url = cls.basejid.split('@')[1]
mex = Message(to=cls.basejid + "/actormanager")
message = "ENERGY_COST [0] " + "http://" + str(
url) + "/~gcdemo/" + cls.realpath + "/" + str(
Configuration.mydir) + "/" + str(
device.profile) + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "ENERGY_COST",id: "[0]","profile" : "' + web_url + '/' + cls.realpath + "/" + str(
mydir) + '/' + str(device.profile) + '"}}'
mex.body = message
mex.metadata = '0'
return mex
def delete_load(cls, device, time, protocol_version):
"""
This method creates the Delete load message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "DELETE_LOAD [" + str(device.house) + "]:[" + str(
device.device.id) + "] " + str(
device.consumption) + " " + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{ "message": {"subject": "DELETE_LOAD", "id": "[' + str(
device.house) + ']:[' + str(
device.device.id) + ']" , "energy": " ' + str(
device.consumption) + ' ", "producer" : " ' + str(
device.panel) + ' " }} '
mex.body = message
mex.metadata = time
return mex
def update_producer(cls, device, time, protocol_version):
"""
This method creates the Update Producer message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
web_url = Configuration.parameters['web_url']
mydir = Configuration.parameters['user_dir']
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "PREDICTION_UPDATE [" + str(device.house) + "]:[" + str(
device.device.id) + "] " + str(
web_url) + "/" + cls.realpath + "/" + str(
mydir) + "/" + str(device.profile) + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "PREDICTION_UPDATE","type" : "PV","id" : "[' + str(
device.house
) + ']:[' + str(
device.device.id
) + ']","profile" : "' + web_url + '/' + cls.realpath + "/" + str(
mydir) + '/' + str(device.profile) + ' "}}'
mex.body = message
mex.metadata = time
return mex
def background(cls, device, time, protocol_version):
"""
This method creates the Background message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
mydir = Configuration.parameters['user_dir']
web_url = Configuration.parameters['web_url']
if protocol_version == "1.0":
url = cls.basejid.split('@')[1]
mex = Message(to=cls.basejid + "/actormanager")
message = "BG [" + str(device.house) + "]:[" + str(
device.device.id) + "] 0 " + "http://" + str(
url) + "/~gcdemo/" + cls.realpath + "/" + str(
mydir) + "/" + str(device.profile) + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "BG","id" : "[' + str(
device.house
) + ']:[' + str(
device.device.id
) + ']","profile" : "' + web_url + '/' + cls.realpath + "/" + str(
mydir) + '/' + str(device.profile) + ' "}}'
mex.body = message
mex.metadata = time
return mex
def chargingpoint(cls, device, time, protocol_version):
"""
This method creates the EnergyHub for Charging Point message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "CREATE_ENERGY_GROUP [" + str(
device.houseid) + "]:[" + str(
device.id) + "]" + " CONNECTORS_TYPE " + str(
device.connection_type) + " POWERPEAK " + str(
device.peakload) + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "CREATE_ENERGY_GROUP", "id" : "[' + str(
device.houseid) + ']:[' + str(
device.id) + ']", "connectors_type" : " ' + str(
device.connection_type) + ' ", "powerpeak" : " ' + str(
device.peakload) + ' "}}'
mex.body = message
mex.metadata = '0'
return mex
def energyMix(cls, device, time, protocol_version):
"""
This method creates the EnergyMix message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
web_url = Configuration.parameters['web_url']
mydir = Configuration.parameters['user_dir']
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "ENERGY_MIX " + str(
web_url) + "/" + cls.realpath + "/" + str(mydir) + "/" + str(
device.profile) + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "ENERGY_MIX","profile" : "' + web_url + '/' + cls.realpath + "/" + str(
mydir) + '/' + str(device.profile) + ' "}}'
mex.body = message
mex.metadata = '0'
return (mex)
def create_ev(cls, device, time, protocol_version):
"""
This method creates the Create Ev message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "CREATE_EV [" + str(
device.device.id) + "] " + device.device.capacity + " " + device.device.max_ch_pow_ac + " " + \
device.device.max_ch_pow_cc + " " + device.device.max_all_en + " " + device.device.min_all_en + \
" " + device.device.sb_ch + " " + device.device.sb_dis + " " + device.device.ch_eff + " " + \
device.device.dis_eff + " " + device.v2g + " " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "CREATE_EV" , "id" : "[' + str(
device.device.id) + ']", "capacity" : " ' + str(
device.device.capacity
) + ' " , "max_ch_pow_ac" : " ' + str(
device.device.max_ch_pow_ac
) + ' " , "max_ch_pow_cc" : " ' + str(
device.device.max_ch_pow_cc
) + ' " , "max_dis_pow_ac" : " ' + str(
device.device.max_dis_pow_ac
) + ' " , "max_dis_pow_cc" : " ' + str(
device.device.max_dis_pow_cc
) + ' " , "max_all_en" : " ' + str(
device.device.max_all_en) + ' " , "min_all_en" : " ' + str(
device.device.min_all_en) + ' " , "sb_ch" : " ' + str(
device.device.sb_ch) + ' " , "sb_dis" : " ' + str(
device.device.sb_dis
) + ' " , "ch_eff" : " ' + str(
device.device.ch_eff
) + ' " , "dis_eff": " ' + str(
device.device.dis_eff
) + ' " , "v2g" : " ' + str(device.v2g) + ' "}}'
mex.body = message
mex.metadata = time
return mex
def end(cls, actual_time):
"""
This method creates the end message.
Args:
actual_time: Simulation Time.
"""
protocol_version = Configuration.parameters["protocol"]
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "SIMULATION END " + str(actual_time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '({"message" : {"subject" : "SIMULATION_END", "simulation_time": " ' + str(
actual_time) + ' "}}'
mex.body = message
mex.metadata = "0"
return mex
def booking_request(cls, device, time, protocol_version):
"""
This method creates the booking_request message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "EV [" + str(
device.device.id
) + "] " + device.Soc_at_arrival + " " + device.actual_departure_time + " " + device.actual_arrival_time + " [" + str(
device.house) + "]:[" + str(
device.device.cp
) + "] " + device.v2g + " " + device.target_soc + " " + str(
time)
mex.body = message
return (mex)
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "EV" , "id" : "[' + str(
device.device.id) + ']", "soc_at_arrival": " ' + str(
device.Soc_at_arrival
) + ' " , "actual_departure_time" : " ' + str(
device.actual_departure_time
) + ' " , "arrival_time" : " ' + str(
device.actual_arrival_time
) + ' " ,"charging_point" : "[' + str(
device.house) + ']:[' + str(
device.device.cp) + ']", "v2g" : " ' + str(
device.v2g) + ' " , "target_soc" : " ' + str(
device.target_soc) + ' " }}'
mex.body = message
mex.metadata = time
return (mex)
def neighborhood(cls, device, time, protocol_version):
"""
This method creates the EnergyHub for neighborhood message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "CREATE_ENERGY_GROUP [99] " + str(
device.peakload) + " " + time
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "CREATE_ENERGY_GROUP","powerpeak" : " ' + str(
device.peakload) + ' "}}'
mex.body = message
mex.metadata = '0'
return mex
def create_Battery(cls, device, time, protocol_version):
"""
This method creates the Create Battery message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "CREATE_BATTERY " + "[" + str(device.house) + "]:[" + str(
device.device.id
) + "] " + device.device.capacity + " " + device.device.max_ch_pow_ac + " " + device.device.max_ch_pow_cc + " " + device.device.max_all_en + " " + device.device.min_all_en + " " + device.device.sb_ch + " " + device.device.ch_eff + " " + device.Soc_at_arrival + " " + device.start_time + " " + device.end_time
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "CREATE_BATTERY" , "capacity" : " ' + str(
device.device.capacity) + ' " , "max_ch_pow_ac" : " ' + str(
device.device.max_ch_pow_ac
) + ' " , "max_ch_pow_cc" : " ' + str(
device.device.max_ch_pow_cc
) + ' " , "max_all_en" : " ' + str(
device.device.max_all_en) + ' " , "min_all_en" : " ' + str(
device.device.min_all_en) + ' " , "sb_ch" : " ' + str(
device.device.sb_ch) + ' " , "ch_eff" : " ' + str(
device.device.ch_eff
) + ' " , "soc_at_arrival": " ' + str(
device.Soc_at_arrival
) + ' " , "start_time" : " ' + str(
device.start_time
) + ' " , "end_time" : " ' + str(
device.end_time) + ' " }}'
mex.body = message
mex.metadata = time
return mex
def create_producer(cls, device, time, protocol_version):
"""
This method creates the Create Producer message.
Args:
device: Device the message refers to.
time: Simulation Time.
protocol_version: Distinguish between schedulers.
"""
if protocol_version == "1.0":
mex = Message(to=cls.basejid + "/actormanager")
message = "CREATE_PRODUCER [" + str(device.house) + "]:[" + str(
device.device.id) + "] " + str(time)
mex.body = message
return mex
else:
mex = Message(to=cls.basejid + "/" + cls.jid)
message = '{"message" : {"subject" : "CREATE_PRODUCER","type" : "PV","id" : "[' + str(
device.house) + ']:[' + str(device.device.id) + ']"}}'
mex.body = message
mex.metadata = time
return mex
def test_match_not():
t1 = Template()
t1.sender = "sender1@host"
t1.to = "recv1@host"
t1.metadata = {"performative": "query"}
m1 = Message()
m1.sender = "sender1@host"
assert (~t1).match(m1)
m2 = Message()
m2.sender = "sender1@host"
m2.to = "recv1@host"
assert (~t1).match(m2)
m3 = Message()
m3.sender = "sender1@host"
m3.to = "recv1@host"
m3.metadata = {"performative": "query"}
assert not (~t1).match(m3)
def _prepare_gossip_message(receiver, information):
msg = Message(to=receiver)
msg.body = information.body
msg.metadata = dict(gossip_id=information.id)
return msg
message.body = "Hello World"
message.thread = "thread-id"
message.set_metadata("performative", "query")
assert template.match(message)
t1 = Template()
# t1.sender = "sender1@host"
t1.sender = "madks@Temp3rr0r-pc"
t2 = Template()
# t2.to = "recv1@host"
t2.to = "admin@Temp3rr0r-pc"
t2.metadata = {"performative": "query"}
m = Message()
# m.sender = "sender1@host"
m.sender = "madks@Temp3rr0r-pc"
# m.to = "recv1@host"
m.to = "admin@Temp3rr0r-pc"
m.metadata = {"performative": "query"}
# And AND operator
assert (t1 & t2).match(m)
t3 = Template()
# t3.sender = "not_valid_sender@host"
t3.sender = "not_valid_sender@Temp3rr0r-pc"
# A NOT complement operator
assert (~t3).match(m)
