def on_tac_error(self, message: TACMessage, sender: Address) -> None:
"""
Handle 'on tac error' event emitted by the controller.
:param error: the error object
:return: None
"""
error_code = TACMessage.ErrorCode(message.get("error_code"))
logger.error(
"[{}]: Received error from the controller. error_msg={}".format(
self.agent_name, TACMessage._from_ec_to_msg.get(error_code)))
if error_code == TACMessage.ErrorCode.TRANSACTION_NOT_VALID:
# if error in checking transaction, remove it from the pending transactions.
start_idx_of_tx_id = len("Error in checking transaction: ")
transaction_id = message.get("error_msg")[start_idx_of_tx_id:]
if transaction_id in self.game_instance.transaction_manager.locked_txs:
self.game_instance.transaction_manager.pop_locked_tx(
transaction_id)
else:
logger.warning(
"[{}]: Received error on unknown transaction id: {}".
format(self.agent_name, transaction_id))
pass
elif error_code == TACMessage.ErrorCode.TRANSACTION_NOT_MATCHING:
pass
elif error_code == TACMessage.ErrorCode.AGENT_PBK_ALREADY_REGISTERED or error_code == TACMessage.ErrorCode.AGENT_NAME_ALREADY_REGISTERED or error_code == TACMessage.ErrorCode.AGENT_NOT_REGISTERED:
self.liveness._is_stopped = True
elif error_code == TACMessage.ErrorCode.REQUEST_NOT_VALID or error_code == TACMessage.ErrorCode.GENERIC_ERROR:
logger.warning(
"[{}]: Check last request sent and investigate!".format(
self.agent_name))
def _handle_valid_transaction(
self, message: TACMessage, sender: Address, transaction: Transaction
) -> None:
"""
Handle a valid transaction.
That is:
- update the game state
- send a transaction confirmation both to the buyer and the seller.
:param tx: the transaction.
:return: None
"""
logger.debug(
"[{}]: Handling valid transaction: {}".format(
self.controller_agent.name, message.get("transaction_id")
)
)
# update the game state.
self.controller_agent.game_handler.current_game.settle_transaction(transaction)
# update the dashboard monitor
self.controller_agent.game_handler.monitor.update()
# send the transaction confirmation.
tac_msg = TACMessage(
tac_type=TACMessage.Type.TRANSACTION_CONFIRMATION,
transaction_id=message.get("transaction_id"),
)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes,
)
self.controller_agent.outbox.put_message(
to=message.get("counterparty"),
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes,
)
# log messages
logger.debug(
"[{}]: Transaction '{}' settled successfully.".format(
self.controller_agent.name, message.get("transaction_id")
)
)
holdings_summary = (
self.controller_agent.game_handler.current_game.get_holdings_summary()
)
logger.debug(
"[{}]: Current state:\n{}".format(
self.controller_agent.name, holdings_summary
)
)
def handle_agent_message(self, envelope: Envelope) -> None:
"""
Dispatch the TACMessage to the right handler.
If no handler is found for the provided type of TACMessage, return an "invalid TACMessage" error.
If something bad happen, return a "generic" error.
:param envelope: the envelope to handle
:return: None
"""
assert envelope.protocol_id == "tac"
tac_msg = TACSerializer().decode(envelope.message)
logger.debug(
"[{}] on_message: origin={}".format(
self.controller_agent.name, envelope.sender
)
)
tac_msg_type = tac_msg.get("type")
handle_tac_message = self.handlers.get(
TACMessage.Type(tac_msg_type), None
) # type: Optional[TACMessageHandler]
if handle_tac_message is None:
logger.debug(
"[{}]: Unknown message from {}".format(
self.controller_agent.name, envelope.sender
)
)
tac_error = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.REQUEST_NOT_VALID.value,
)
tac_bytes = TACSerializer().encode(tac_error)
self.controller_agent.mailbox.outbox.put_message(
to=envelope.sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=tac_error.protocol_id,
message=tac_bytes,
)
return
else:
try:
handle_tac_message(tac_msg, envelope.sender)
except Exception as e:
logger.debug(
"[{}]: Error caught: {}".format(self.controller_agent.name, str(e))
)
logger.exception(e)
tac_error = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.GENERIC_ERROR.value,
)
tac_bytes = TACSerializer().encode(tac_error)
self.controller_agent.mailbox.outbox.put_message(
to=envelope.sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=tac_error.protocol_id,
message=tac_bytes,
)
def handle(self, message: TACMessage, sender: Address) -> None:
"""
Handle a transaction TACMessage message.
If the transaction is invalid (e.g. because the state of the game are not consistent), reply with an error.
:param message: the 'get agent state' TACMessage.
:param sender: the public key of the sender
:return: None
"""
transaction = Transaction.from_message(message, sender)
logger.debug(
"[{}]: Handling transaction: {}".format(
self.controller_agent.name, transaction
)
)
# if transaction arrives first time then put it into the pending pool
if message.get("transaction_id") not in self._pending_transaction_requests:
if self.controller_agent.game_handler.current_game.is_transaction_valid(
transaction
):
logger.debug(
"[{}]: Put transaction TACMessage in the pool: {}".format(
self.controller_agent.name, message.get("transaction_id")
)
)
self._pending_transaction_requests[
message.get("transaction_id")
] = transaction
else:
self._handle_invalid_transaction(message, sender)
# if transaction arrives second time then process it
else:
pending_tx = self._pending_transaction_requests.pop(
message.get("transaction_id")
)
if transaction.matches(pending_tx):
if self.controller_agent.game_handler.current_game.is_transaction_valid(
transaction
):
self.controller_agent.game_handler.confirmed_transaction_per_participant[
pending_tx.sender
].append(
pending_tx
)
self.controller_agent.game_handler.confirmed_transaction_per_participant[
transaction.sender
].append(
transaction
)
self._handle_valid_transaction(message, sender, transaction)
else:
self._handle_invalid_transaction(message, sender)
else:
self._handle_non_matching_transaction(message, sender)
def on_start(self, message: TACMessage, sender: Address) -> None:
"""
Handle the 'start' event emitted by the controller.
:param game_data: the game data
:return: None
"""
logger.debug(
"[{}]: Received start event from the controller. Starting to compete..."
.format(self.agent_name))
game_data = GameData(
sender,
message.get("money"),
message.get("endowment"),
message.get("utility_params"),
message.get("nb_agents"),
message.get("nb_goods"),
message.get("tx_fee"),
message.get("agent_pbk_to_name"),
message.get("good_pbk_to_name"),
message.get("version_id"),
)
self.game_instance.init(game_data, self.crypto.public_key)
self.game_instance._game_phase = GamePhase.GAME
dashboard = self.game_instance.dashboard
if dashboard is not None:
dashboard.init()
dashboard.update_from_agent_state(self.game_instance.agent_state,
append=False)
def handle(self, message: TACMessage, sender: Address) -> None:
"""
Handle a 'get agent state' TACMessage.
If the public key is not registered, answer with an error message.
:param message: the 'get agent state' TACMessage.
:param sender: the public key of the sender
:return: None
"""
logger.debug(
"[{}]: Handling the 'get agent state' TACMessage: {}".format(
self.controller_agent.name, message
)
)
if not self.controller_agent.game_handler.is_game_running:
logger.error(
"[{}]: GetStateUpdate TACMessage is not valid while the competition is not running.".format(
self.controller_agent.name
)
)
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.COMPETITION_NOT_RUNNING,
)
if sender not in self.controller_agent.game_handler.registered_agents:
logger.error(
"[{}]: Agent not registered: '{}'".format(
self.controller_agent.name, message.get("agent_name")
)
)
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.AGENT_NOT_REGISTERED,
)
else:
transactions = self.controller_agent.game_handler.confirmed_transaction_per_participant[
sender
] # type: List[Transaction]
initial_game_data = self.controller_agent.game_handler.game_data_per_participant[
sender
] # type: GameData
tac_msg = TACMessage(
tac_type=TACMessage.Type.STATE_UPDATE,
initial_state=initial_game_data,
transactions=transactions,
)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes,
)
def _handle_invalid_transaction(self, message: TACMessage,
sender: Address) -> None:
"""Handle an invalid transaction."""
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.TRANSACTION_NOT_VALID,
details={"transaction_id": message.get("transaction_id")})
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
def on_state_update(self, message: TACMessage, agent_pbk: Address) -> None:
"""
Update the game instance with a State Update from the controller.
:param state_update: the state update
:param agent_pbk: the public key of the agent
:return: None
"""
self.init(message.get("initial_state"), agent_pbk)
self._game_phase = GamePhase.GAME
for tx in message.get("transactions"):
self.agent_state.update(tx,
message.get("initial_state").get("tx_fee"))
def handle(self, message: TACMessage, sender: Address) -> None:
"""
Handle a unregister message.
If the public key is not registered, answer with an error message.
:param message: the 'get agent state' TACMessage.
:param sender: the public key of the sender
:return: None
"""
if sender not in self.controller_agent.game_handler.registered_agents:
logger.error("[{}]: Agent not registered: '{}'".format(
self.controller_agent.name, sender))
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.AGENT_NOT_REGISTERED)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
else:
logger.debug("[{}]: Agent unregistered: '{}'".format(
self.controller_agent.name,
self.controller_agent.game_handler.agent_pbk_to_name[sender]))
self.controller_agent.game_handler.registered_agents.remove(sender)
self.controller_agent.game_handler.agent_pbk_to_name.pop(sender)
def request_state_update(self) -> None:
"""
Request current agent state from TAC Controller.
:return: None
"""
tac_msg = TACMessage(tac_type=TACMessage.Type.GET_STATE_UPDATE)
tac_bytes = TACSerializer().encode(tac_msg)
self.mailbox.outbox.put_message(to=self.game_instance.controller_pbk, sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id, message=tac_bytes)
def on_dialogue_error(self, message: TACMessage, sender: Address) -> None:
"""
Handle dialogue error event emitted by the controller.
:param message: the dialogue error message
:param sender: the address of the sender
:return: None
"""
logger.warning(
"[{}]: Received Dialogue error from: details={}, sender={}".format(
self.agent_name, message.get("details"), sender))
def _handle_non_matching_transaction(self, message: TACMessage,
sender: Address) -> None:
"""Handle non-matching transaction."""
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.TRANSACTION_NOT_MATCHING)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
def on_transaction_confirmed(self, message: TACMessage,
sender: Address) -> None:
"""
Handle 'on transaction confirmed' event emitted by the controller.
:param tx_confirmation: the transaction confirmation
:return: None
"""
logger.debug(
"[{}]: Received transaction confirmation from the controller: transaction_id={}"
.format(self.agent_name, message.get("transaction_id")))
if (message.get("transaction_id")
not in self.game_instance.transaction_manager.locked_txs):
logger.debug(
"[{}]: transaction not found - ask the controller an update of the state."
.format(self.agent_name))
self._request_state_update()
return
transaction = self.game_instance.transaction_manager.pop_locked_tx(
message.get("transaction_id"))
self.game_instance.agent_state.update(
transaction, self.game_instance.game_configuration.tx_fee)
dialogue_label = dialogue_label_from_transaction_id(
self.crypto.public_key, message.get("transaction_id"))
self.game_instance.stats_manager.add_dialogue_endstate(
EndState.SUCCESSFUL,
self.crypto.public_key == dialogue_label.dialogue_starter_pbk,
)
dashboard = self.game_instance.dashboard
if dashboard is not None:
dashboard.update_from_agent_state(self.game_instance.agent_state,
append=True)
# recover agent agent_name from public key
agent_name = self.game_instance.game_configuration.agent_names[
list(self.game_instance.game_configuration.agent_pbks).index(
transaction.counterparty)]
dashboard.add_transaction(transaction, agent_name=agent_name)
def notify_competition_cancelled(self):
"""Notify agents that the TAC is cancelled."""
logger.debug("[{}]: Notifying agents that TAC is cancelled.".format(
self.agent_name))
for agent_pbk in self.registered_agents:
tac_msg = TACMessage(tac_type=TACMessage.Type.CANCELLED)
tac_bytes = TACSerializer().encode(tac_msg)
self.mailbox.outbox.put_message(to=agent_pbk,
sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
# wait some time to make sure the connection delivers the messages
time.sleep(2.0)
self._game_phase = GamePhase.POST_GAME
def on_state_update(self, message: TACMessage, sender: Address) -> None:
"""
Handle 'on state update' event emitted by the controller.
:param state_update: StateUpdate
:return: None
"""
self.game_instance.on_state_update(message.get("state_update"),
self.crypto.public_key)
dashboard = self.game_instance.dashboard
if dashboard is not None:
dashboard.update_from_agent_state(self.game_instance.agent_state,
append=False)
def _send_game_data_to_agents(self) -> None:
"""
Send the data of every agent about the game (e.g. endowments, preferences, scores).
Assuming that the agent labels are public keys of the OEF Agents.
:return: None.
"""
for public_key in self.current_game.configuration.agent_pbks:
agent_state = self.current_game.get_agent_state_from_agent_pbk(public_key)
game_data_response = GameData(
public_key,
agent_state.balance,
agent_state.current_holdings,
agent_state.utility_params,
self.current_game.configuration.nb_agents,
self.current_game.configuration.nb_goods,
self.current_game.configuration.tx_fee,
self.current_game.configuration.agent_pbk_to_name,
self.current_game.configuration.good_pbk_to_name,
self.current_game.configuration.version_id,
)
logger.debug(
"[{}]: sending GameData to '{}': {}".format(
self.agent_name, public_key, str(game_data_response)
)
)
self.game_data_per_participant[public_key] = game_data_response
msg = TACMessage(
tac_type=TACMessage.Type.GAME_DATA,
money=agent_state.balance,
endowment=agent_state.current_holdings,
utility_params=agent_state.utility_params,
nb_agents=self.current_game.configuration.nb_agents,
nb_goods=self.current_game.configuration.nb_goods,
tx_fee=self.current_game.configuration.tx_fee,
agent_pbk_to_name=self.current_game.configuration.agent_pbk_to_name,
good_pbk_to_name=self.current_game.configuration.good_pbk_to_name,
version_id=self.current_game.configuration.version_id,
)
tac_bytes = TACSerializer().encode(msg)
self.mailbox.outbox.put_message(
to=public_key,
sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes,
)
def _rejoin_tac(self, controller_pbk: Address) -> None:
"""
Rejoin the TAC run by a Controller.
:param controller_pbk: the public key of the controller.
:return: None
"""
self.game_instance.controller_pbk = controller_pbk
self.game_instance._game_phase = GamePhase.GAME_SETUP
tac_msg = TACMessage(tac_type=TACMessage.Type.GET_STATE_UPDATE)
tac_bytes = TACSerializer().encode(tac_msg)
self.mailbox.outbox.put_message(to=self.game_instance.controller_pbk,
sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
def _register_to_tac(self, controller_pbk: Address) -> None:
"""
Register to active TAC Controller.
:param controller_pbk: the public key of the controller.
:return: None
"""
self.game_instance.controller_pbk = controller_pbk
self.game_instance._game_phase = GamePhase.GAME_SETUP
tac_msg = TACMessage(tac_type=TACMessage.Type.REGISTER,
agent_name=self.agent_name)
tac_bytes = TACSerializer().encode(tac_msg)
self.mailbox.outbox.put_message(to=self.game_instance.controller_pbk,
sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
def on_match_accept(self, match_accept: Message,
dialogue: Dialogue) -> List[Envelope]:
"""
Handle a matching Accept.
:param match_accept: the envelope containing the MatchAccept
:param dialogue: the dialogue
:return: a Transaction
"""
assert (match_accept.get("performative")
== FIPAMessage.Performative.MATCH_ACCEPT
and dialogue.dialogue_label in self.game_instance.
transaction_manager.pending_initial_acceptances
and match_accept.get("target")
in self.game_instance.transaction_manager.
pending_initial_acceptances[dialogue.dialogue_label])
logger.debug(
"[{}]: on_match_accept: msg_id={}, dialogue_id={}, origin={}, target={}"
.format(
self.agent_name,
match_accept.get("id"),
match_accept.get("dialogue_id"),
dialogue.dialogue_label.dialogue_opponent_pbk,
match_accept.get("target"),
))
results = []
transaction = self.game_instance.transaction_manager.pop_pending_initial_acceptance(
dialogue.dialogue_label, match_accept.get("target"))
tac_msg = TACMessage(
tac_type=TACMessage.Type.TRANSACTION,
transaction_id=transaction.transaction_id,
is_sender_buyer=transaction.is_sender_buyer,
counterparty=transaction.counterparty,
amount=transaction.amount,
quantities_by_good_pbk=transaction.quantities_by_good_pbk,
)
dialogue.outgoing_extend([tac_msg])
tac_bytes = TACSerializer().encode(tac_msg)
results.append(
Envelope(
to=self.game_instance.controller_pbk,
sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes,
))
return results
def handle_controller_message(self, envelope: Envelope) -> None:
"""
Handle messages from the controller.
The controller does not expect a response for any of these messages.
:param envelope: the controller message
:return: None
"""
assert envelope.protocol_id == "tac"
tac_msg = TACSerializer().decode(envelope.message)
tac_msg_type = TACMessage.Type(tac_msg.get("type"))
logger.debug("[{}]: Handling controller response. type={}".format(
self.agent_name, tac_msg_type))
try:
if envelope.sender != self.game_instance.controller_pbk:
raise ValueError(
"The sender of the message is not the controller agent we registered with."
)
if tac_msg_type == TACMessage.Type.TAC_ERROR:
self.on_tac_error(tac_msg, envelope.sender)
elif self.game_instance.game_phase == GamePhase.PRE_GAME:
raise ValueError(
"We do not expect a controller agent message in the pre game phase."
)
elif self.game_instance.game_phase == GamePhase.GAME_SETUP:
if tac_msg_type == TACMessage.Type.GAME_DATA:
self.on_start(tac_msg, envelope.sender)
elif tac_msg_type == TACMessage.Type.CANCELLED:
self.on_cancelled()
elif self.game_instance.game_phase == GamePhase.GAME:
if tac_msg_type == TACMessage.Type.TRANSACTION_CONFIRMATION:
self.on_transaction_confirmed(tac_msg, envelope.sender)
elif tac_msg_type == TACMessage.Type.CANCELLED:
self.on_cancelled()
elif tac_msg_type == TACMessage.Type.STATE_UPDATE:
self.on_state_update(tac_msg, envelope.sender)
elif self.game_instance.game_phase == GamePhase.POST_GAME:
raise ValueError(
"We do not expect a controller agent message in the post game phase."
)
except ValueError as e:
logger.warning(str(e))
def on_accept(self, accept: Message, dialogue: Dialogue) -> List[Envelope]:
"""
Handle an Accept.
:param accept: the message containing the Accept
:param dialogue: the dialogue
:return: a Decline, or an Accept and a Transaction, or a Transaction (in a Message object)
"""
assert accept.get("performative") == FIPAMessage.Performative.ACCEPT \
and dialogue.dialogue_label in self.game_instance.transaction_manager.pending_proposals \
and accept.get("target") in self.game_instance.transaction_manager.pending_proposals[dialogue.dialogue_label]
logger.debug(
"[{}]: on_accept: msg_id={}, dialogue_id={}, origin={}, target={}".
format(self.agent_name, accept.get("id"),
accept.get("dialogue_id"),
dialogue.dialogue_label.dialogue_opponent_pbk,
accept.get("target")))
new_msg_id = accept.get("id") + 1
results = []
transaction = self.game_instance.transaction_manager.pop_pending_proposal(
dialogue.dialogue_label, accept.get("target"))
is_profitable_transaction, accept_log_msg = self.game_instance.is_profitable_transaction(
transaction, dialogue)
logger.debug(accept_log_msg)
if is_profitable_transaction:
if self.game_instance.strategy.is_world_modeling:
self.game_instance.world_state.update_on_initial_accept(
transaction)
logger.debug("[{}]: Locking the current state (as {}).".format(
self.agent_name, dialogue.role))
self.game_instance.transaction_manager.add_locked_tx(
transaction, as_seller=dialogue.is_seller)
tac_msg = TACMessage(
tac_type=TACMessage.Type.TRANSACTION,
transaction_id=transaction.transaction_id,
is_sender_buyer=transaction.is_sender_buyer,
counterparty=transaction.counterparty,
amount=transaction.amount,
quantities_by_good_pbk=transaction.quantities_by_good_pbk)
dialogue.outgoing_extend([tac_msg])
tac_bytes = TACSerializer().encode(tac_msg)
results.append(
Envelope(to=self.game_instance.controller_pbk,
sender=self.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes))
msg = FIPAMessage(
message_id=new_msg_id,
dialogue_id=accept.get("dialogue_id"),
target=accept.get("id"),
performative=FIPAMessage.Performative.MATCH_ACCEPT)
dialogue.outgoing_extend([msg])
msg_bytes = FIPASerializer().encode(msg)
results.append(
Envelope(to=dialogue.dialogue_label.dialogue_opponent_pbk,
sender=self.crypto.public_key,
protocol_id=FIPAMessage.protocol_id,
message=msg_bytes))
else:
logger.debug("[{}]: Decline the accept (as {}).".format(
self.agent_name, dialogue.role))
msg = FIPAMessage(message_id=new_msg_id,
dialogue_id=accept.get("dialogue_id"),
target=accept.get("id"),
performative=FIPAMessage.Performative.DECLINE)
dialogue.outgoing_extend([msg])
msg_bytes = FIPASerializer().encode(msg)
results.append(
Envelope(to=dialogue.dialogue_label.dialogue_opponent_pbk,
sender=self.crypto.public_key,
protocol_id=FIPAMessage.protocol_id,
message=msg_bytes))
self.game_instance.stats_manager.add_dialogue_endstate(
EndState.DECLINED_ACCEPT, dialogue.is_self_initiated)
return results
def handle(self, message: TACMessage, sender: Address) -> None:
"""
Handle a register message.
If the public key is already registered, answer with an error message.
:param message: the 'get agent state' TACMessage.
:param sender: the public key of the sender
:return: None
"""
whitelist = self.controller_agent.game_handler.tac_parameters.whitelist
agent_name = message.get("agent_name")
if whitelist is not None and agent_name not in whitelist:
logger.error("[{}]: Agent name not in whitelist: '{}'".format(
self.controller_agent.name, agent_name))
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.AGENT_NAME_NOT_IN_WHITELIST)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
if sender in self.controller_agent.game_handler.registered_agents:
logger.error("[{}]: Agent already registered: '{}'".format(
self.controller_agent.name,
self.controller_agent.game_handler.agent_pbk_to_name[sender]))
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.AGENT_PBK_ALREADY_REGISTERED)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
if agent_name in self.controller_agent.game_handler.agent_pbk_to_name.values(
):
logger.error(
"[{}]: Agent with this name already registered: '{}'".format(
self.controller_agent.name, agent_name))
tac_msg = TACMessage(
tac_type=TACMessage.Type.TAC_ERROR,
error_code=TACMessage.ErrorCode.AGENT_NAME_ALREADY_REGISTERED)
tac_bytes = TACSerializer().encode(tac_msg)
self.controller_agent.mailbox.outbox.put_message(
to=sender,
sender=self.controller_agent.crypto.public_key,
protocol_id=TACMessage.protocol_id,
message=tac_bytes)
try:
self.controller_agent.game_handler.monitor.dashboard.agent_pbk_to_name.update(
{sender: agent_name}) # type: ignore
self.controller_agent.game_handler.monitor.update()
except Exception as e:
logger.error(str(e))
self.controller_agent.game_handler.agent_pbk_to_name[
sender] = agent_name
logger.debug("[{}]: Agent registered: '{}'".format(
self.controller_agent.name,
self.controller_agent.game_handler.agent_pbk_to_name[sender]))
self.controller_agent.game_handler.registered_agents.add(sender)
