# __init___

# this constructs the Manager object

def __init__(self):

self.world = {}

self.market = Market()

self.players = []

self.miningQueue = []

# addPlayer

# @player(object): a player object. See player.py for details

# @initialState(dict): the initial state of the given player

def addPlayer(self, player, initialState: dict):

self.players.append(player)

self.world[player.name] = initialState

# playOneRound

# run one round of the game and apply the actions proposed by each player

# this is the "event loop" of the game

def playOneRound(self):

for player in self.players:

if player.free:

print("-------" + player.name + "'s turn-------")

actions = player.generateActions(self.world, self.market)

print(player.name, "proposed:")

for action in actions:

print(action.toString())

if isinstance(action, Mine):

player.free = False

heapq.heappush(self.miningQueue, [action.difficulty, action])

else:

action.execute(self.world)

print("-" * (len(player.name) + 21))

print()

self.runMiningQueue()

self.market.settle(self.world)

# runMiningQueue

# update the mining queue

def runMiningQueue(self):

for pairs in self.miningQueue:

pairs[0] = pairs[0] - 1

while self.miningQueue and self.miningQueue[0][0] == 0:

self.miningQueue[0][1].execute(self.world)

heapq.heappop(self.miningQueue)

# run

# run the game with the given round limit

# @rounds: the round limit

def run(self, rounds: int):

for i in range(0, rounds):

print("-----------Round " + str(i + 1) + "-----------")

self.playOneRound()

print("-------End of Round " + str(i + 1) + "--------")

print("World State:", self.world)

print()

print("------------Market------------")

self.market.printOrderBook()

print()