def validateMortgageSequence(sequence):
if not (isinstance(sequence, list)
or isinstance(sequence, tuple)) or len(sequence) == 0:
return False
sequence = [typecast(prop, int, -1) for prop in sequence]
return True
def validateSellingSequence(sequence): if not ( isinstance(sequence, list) or isinstance(sequence, tuple) ) or len(sequence) == 0: return False for index,prop in enumerate(sequence): if not ( isinstance(prop, list) or isinstance(prop, tuple) ) or len(prop) < 2: return False arg1 = typecast(prop[0],int,-1) arg2 = typecast(prop[1],int,-1) sequence[index] = (arg1,arg2) if sequence[index][0]<0 or sequence[index][0]>BOARD_SIZE-1: return False if sequence[index][1]<0 or sequence[index][1]>5: return False return True
def subscribe(context, responses): currentPlayerId,response = list(responses.items())[0] response = typecast(response, bool, False) if response: handle_buy_property(context.state) else: context.auctionStarted = True return Phase.MORTGAGE
def checkActionType(self, action):
if not (isinstance(action, list)
or isinstance(action, tuple)) or len(action) < 2:
return "N"
type = action[0]
if type == "BHS":
if not (isinstance(action[1], list)
or isinstance(action[1], tuple)):
return "N"
else:
if len(action[1]) <= 0:
return "N"
for index, prop in enumerate(action[1]):
if not (isinstance(prop, list)
or isinstance(prop, tuple)) or len(prop) < 2:
return "N"
else:
action[1][index] = (typecast(prop[0], int, -1),
typecast(prop[1], int, -1))
if action[1][index][0] < 0 or action[1][index][
0] > self.BOARD_SIZE - 1:
return "N"
if action[1][index][1] < 0 or action[1][index][1] > 4:
return "N"
elif type == "S":
if not (isinstance(action[1], list)
or isinstance(action[1], tuple)):
return "N"
else:
if len(action[1]) <= 0:
return "N"
for index, prop in enumerate(action[1]):
if not (isinstance(prop, list)
or isinstance(prop, tuple)) or len(prop) < 3:
return "N"
else:
action[1][index] = (typecast(prop[0], int, -1),
typecast(prop[1], int, -1),
typecast(prop[2], bool, False))
if action[1][index][0] < 0 or action[1][index][
0] > self.BOARD_SIZE - 1:
return "N"
if action[1][index][1] < 0 or action[1][index][1] > 4:
return "N"
elif type == "M" or type == "BHT":
if not isinstance(action[1], list) and not isinstance(
action[1], tuple):
return "N"
else:
if len(action[1]) <= 0:
return "N"
action[1] = [typecast(prop, int, -1) for prop in action[1]]
for prop in action[1]:
if prop < 0 or prop > self.BOARD_SIZE - 1:
return "N"
return type
def validPropertyToTrade(self, playerId, propertyId):
propertyId = typecast(propertyId, int, -1)
if propertyId < 0 or propertyId > self.BOARD_SIZE + 1:
return False
if not self.state.rightOwner(playerId, propertyId):
return False
if propertyId > self.BOARD_SIZE - 1:
return True
if board[propertyId]['class'] == "Railroad" and board[propertyId][
'class'] == "Utility":
return True
if board[propertyId]['class'] != "Street":
return False
if self.state.getNumberOfHouses(propertyId) > 0:
return False
for monopolyElement in board[propertyId]['monopoly_group_elements']:
if self.state.getNumberOfHouses(monopolyElement) > 0:
return False
return True
def subscribe(self, *args):
"""
Stopping conditions for Trade:
1. If during a given turn, no player gave a valid Trade, Trade ends.
2. A player can only make MAX_TRADE_REQUESTS number of requests in a given Trade Phase.
"""
agentId = None
tradeResponse = None
if len(args) > 0:
agentId = args[0]
if len(args) > 1:
tradeResponse = args[1]
if self.canAccessSubscribe(agentId):
self.tradeResponseList.append((agentId, tradeResponse))
if self.validSubs >= self.number_of_requests:
#if all the trade requests have been received
for agentId, tradeResponses in self.tradeResponseList:
for tradeResponse in tradeResponses:
tradeResponse = typecast(tradeResponse, bool, False)
if tradeResponse:
otherAgentId, cashOffer, propertiesOffer, cashRequest, propertiesRequest = self.validTradeRequests[
agentId]
if self.validateTradeAction(
agentId, otherAgentId, cashOffer,
propertiesOffer, cashRequest,
propertiesRequest):
#we do trade request validation here because if a user accepts multiple trades that were
#presented to him at a time, and if he accepts 2 conflicting trades, the adjudicator should
#not let both not let both of them through
self.processTradeSuccess(
agentId, self.validTradeRequests[agentId])
self.context.handleTrade.tradeCount += 1
if self.context.handleTrade.tradeCount >= self.MAX_TRADE_REQUESTS:
#end trade and start the post Trade BSM phase
self.publishBSM(self.context.conductBSM.nextAction)
else:
#start the next trade
self.context.handleTrade.setContext(self.context)
self.context.handleTrade.publish()
def subscribe(context, responses):
state = context.state
agentId, tradeResponse = list(responses.items())[0]
tradeResponse = typecast(tradeResponse, bool, False)
if tradeResponse:
processTradeSuccess(context, agentId)
else:
log(
"game", "Agent {} refused trade offer from {}!".format(
agentId,
state.getPhasePayload()[0]))
otherAgentId = state.getPhasePayload()[0]
state.setPhasePayload(None)
context.tradeCounter += 1
if context.tradeCounter < MAX_TRADES:
# continue trades for the same agent
return Phase.TRADE
noPlayers = len(context.state.players)
nextIndex = (state.getPlayerIndex(otherAgentId) + 1) % noPlayers
nextAgentId = state.getPlayerId(nextIndex)
currentAgentId = state.getCurrentPlayerId()
context.bsmAgentId = nextAgentId
# resetting trade counter for other agents
context.tradeCounter = 0
if isBuyDecision(state) and otherAgentId == currentAgentId:
# trading is done for all agents in this turn
return Phase.BUY
if nextAgentId == currentAgentId:
# trading is done for all agents in this turn
if context.auctionStarted:
return Phase.AUCTION
return Phase.UNMORTGAGE
# do mortgage, selling and trade for the next agent
return Phase.MORTGAGE