def prepareBotsDraw(self):
slots = OrderedDict({})
RBots = self.session.query(db.Bots).order_by(db.Bots.slotsEmpty.desc()).all()
for RBot in RBots:
slots[RBot.id] = RBot.slotsEmpty
# Create a dictionary with additional items data
itemsBots = {}
for item in self.RMatch.BetsTotal1.items:
itemsBots[item[2]] = int(item[3])
for item in self.RMatch.BetsTotal2.items:
itemsBots[item[2]] = int(item[3])
# Find optimal bots for the players' items
trades = OrderedDefaultDict(lambda: defaultdict(dict))
self.playersBots = {}
for playerIndex, RBet in enumerate(self.drawBets):
botsItems = defaultdict(list)
for assetID in RBet.items:
botsItems[itemsBots[assetID]] += [assetID]
# Iterate over bots to find the one with enough slots to fit all items
while botsItems:
tradesCopy = trades.copy()
slotsCopy = OrderedDict()
slotsCopy.update(slots)
bestBot = max(botsItems, key=lambda x:len(botsItems[x]))
itemsCounts = Counter({})
itemsIDs = defaultdict(list)
# Create dictionaries for other bots' items
for assetID in RBet.items:
if itemsBots[assetID] != bestBot:
itemsCounts[itemsBots[assetID]] += 1
itemsIDs[itemsBots[assetID]] += [assetID]
# Iterate over other bots' items to find the best tradeoffer to add them to
for otherBot, itemsCount in itemsCounts.items():
bestKey = "%d_%d" % (bestBot, otherBot)
otherKey = "%d_%d" % (otherBot, bestBot)
result = 0
for botsKey, tradeCopy in tradesCopy.items():
if bestKey or otherKey in botsKey:
result = 1
if tradeCopy[bestBot]["slots"] >= itemsCount:
result = 2
break
# Add a trade if possible otherwise mark this trial as failed
if result == 1 or result == 0:
if slotsCopy[bestBot] >= itemsCount:
if result == 1:
keyArray = botsKey.split("_")
botsKey = "%d_%d_%d" % (bestBot, otherBot, keyArray[2] + 1)
else:
botsKey = "%d_%d_0" % (bestBot, otherBot)
tradesCopy[botsKey][bestBot]["slots"] = 0
tradesCopy[botsKey][otherBot]["slots"] = 0
tradesCopy[botsKey][bestBot]["receive"] = []
tradesCopy[botsKey][otherBot]["receive"] = []
else:
del botsItems[bestBot]
break
slotsCopy[bestBot] -= itemsCounts[otherBot]
slotsCopy[otherBot] += itemsCounts[otherBot]
tradesCopy[botsKey][bestBot]["slots"] = slotsCopy[bestBot]
tradesCopy[botsKey][otherBot]["slots"] = slotsCopy[otherBot]
tradesCopy[botsKey][bestBot]["receive"] += itemsIDs[otherBot]
else:
# Add trades information if items can fit in bots inventory
trades = tradesCopy
slots = sorted(slotsCopy.iteritems(), key = lambda x:x[1], reverse = True)
self.playersBots[playerIndex] = bestBot
break
self.newIDs = {}
for botsKey, trade in trades.items():
keyArray = botsKey.split("_")
mainBot = int(keyArray[0])
otherBot = int(keyArray[1])
mainHandler = self.Handlers[mainBot]
mainPartner = mainHandler.Bot.Community().Friend(mainHandler.Meta.steamID)
otherHandler = self.Handlers[otherBot]
otherPartner = mainHandler.Bot.Community().Friend(otherHandler.Meta.steamID)
otherPartner.token = otherHandler.Meta.token
itemsToGive = []
itemsToReceive = []
for assetID in trade[otherBot]["receive"]:
itemsToGive.append({
"appid": 440,
"contextid": 2,
"amount": 1,
"assetid": str(assetID)
})
for assetID in trade[mainBot]["receive"]:
itemsToReceive.append({
"appid": 440,
"contextid": 2,
"amount": 1,
"assetid": str(assetID)
})
offerID = mainHandler.Bot.Trade().sendOffer(otherPartner, itemsToGive, itemsToReceive, "Those are the items for match %d" % self.RMatch.id)
otherHandler.Bot.Trade().Offer(offerID, mainPartner).accept()
inventory = mainHandler.Bot.Community().Inventory()
for items in inventory.values():
for id, item in items.items():
if item["originID"] in self.assetIDs:
self.newIDs[self.assetIDs[item["originID"]]] = item["assetID"]
def prepareBotsDraw(self):
slots = OrderedDict({})
for botID, RBot in self.RBots.items():
slots[botID] = RBot.slotsEmpty
slots = sorted(slots.iteritems(), key = lambda x:x[1], reverse = True)
# Find optimal bots for the players' items
trades = OrderedDefaultDict(lambda: defaultdict(dict))
self.playersBots = {}
for playerIndex, RBet in enumerate(self.drawBets):
botsItems = defaultdict(list)
for item in RBet.items:
botsItems[self.itemsBots[item[2]]] += [item[2]]
# Iterate over bots to find the one with enough slots to fit all items
while botsItems:
tradesCopy = trades.copy()
slotsCopy = OrderedDict()
slotsCopy.update(slots)
bestBot = max(botsItems, key=lambda x:len(botsItems[x]))
itemsCounts = Counter({})
itemsIDs = defaultdict(list)
# Create dictionaries for other bots' items
for item in RBet.items:
if self.itemsBots[item[2]] != bestBot:
itemsCounts[self.itemsBots[item[2]]] += 1
itemsIDs[self.itemsBots[item[2]]] += [item[2]]
# Iterate over other bots' items to find the best tradeoffer to add them to
for otherBot, itemsCount in itemsCounts.items():
bestKey = "%d_%d" % (bestBot, otherBot)
otherKey = "%d_%d" % (otherBot, bestBot)
result = 0
for botsKey, tradeCopy in tradesCopy.items():
if bestKey in botsKey or otherKey in botsKey:
result = 1
if tradeCopy[bestBot]["slots"] >= itemsCount:
result = 2
break
# Add a trade if possible otherwise mark this trial as failed
if result == 1 or result == 0:
if slotsCopy[bestBot] >= itemsCount:
if result == 1:
keyArray = botsKey.split("_")
botsKey = "%d_%d_%d" % (bestBot, otherBot, keyArray[2] + 1)
else:
botsKey = "%d_%d_0" % (bestBot, otherBot)
tradesCopy[botsKey][bestBot]["slots"] = 0
tradesCopy[botsKey][otherBot]["slots"] = 0
tradesCopy[botsKey][bestBot]["receive"] = []
tradesCopy[botsKey][otherBot]["receive"] = []
else:
del botsItems[bestBot]
break
slotsCopy[bestBot] -= itemsCounts[otherBot]
slotsCopy[otherBot] += itemsCounts[otherBot]
tradesCopy[botsKey][bestBot]["slots"] = slotsCopy[bestBot]
tradesCopy[botsKey][otherBot]["slots"] = slotsCopy[otherBot]
tradesCopy[botsKey][bestBot]["receive"] += itemsIDs[otherBot]
else:
# Add trades information if items can fit in bots inventory
trades = tradesCopy
slots = sorted(slotsCopy.iteritems(), key = lambda x:x[1], reverse = True)
self.playersBots[playerIndex] = bestBot
break
self.newIDs = {}
count = 0
for botsKey, trade in trades.items():
keyArray = botsKey.split("_")
mainBot = int(keyArray[0])
otherBot = int(keyArray[1])
mainHandler = self.SteamHandlers[mainBot]
mainInventory, slots = mainHandler.botInventory()
mainPartner = mainHandler.Bot.Community().Friend(mainHandler.Meta["steamID"])
otherHandler = self.SteamHandlers[otherBot]
otherInventory, slots = otherHandler.botInventory()
otherPartner = mainHandler.Bot.Community().Friend(otherHandler.Meta["steamID"])
otherPartner.token = otherHandler.Meta["token"]
botItems = {}
for items in mainInventory.values():
for item in items.values():
botItems[item["originID"]] = item
for items in otherInventory.values():
for item in items.values():
botItems[item["originID"]] = item
itemsToGive = []
itemsToReceive = []
for originID in trade[otherBot]["receive"]:
itemsToGive.append({
"appid": 440,
"contextid": 2,
"amount": 1,
"assetid": str(botItems[originID]["assetID"])
})
for originID in trade[mainBot]["receive"]:
itemsToReceive.append({
"appid": 440,
"contextid": 2,
"amount": 1,
"assetid": str(botItems[originID]["assetID"])
})
offerID, UUID = mainHandler.Bot.Trade().sendOffer(otherPartner, itemsToGive, itemsToReceive, "Those are the items for match %d" % self.RMatch.id)
if offerID is False:
return False
otherHandler.Bot.Trade().Offer(offerID, mainPartner).accept()
originIDs = []
accepted = False
mainInventory, slots = mainHandler.botInventory()
for items in mainInventory.values():
for item in items.values():
originIDs += [item["originID"]]
for originID in originIDs:
if originID in trade[mainBot]["receive"]:
accepted = True
for originID in trade[otherBot]["receive"]:
if originID not in originIDs:
accepted = True
if not accepted:
return False
count += 1
for originID in trade[mainBot]["receive"]:
item = [botItems[originID]["defindex"], botItems[originID]["quality"], botItems[originID]["originID"]]
self.RBotsItems[mainBot].items = self.RBotsItems[mainBot].items + [item]
self.RBotsItems[otherBot].items = [testedItem for testedItem in self.RBotsItems[otherBot].items if testedItem != item]
for originID in trade[otherBot]["receive"]:
item = [botItems[originID]["defindex"], botItems[originID]["quality"], botItems[originID]["originID"]]
self.RBotsItems[otherBot].items = self.RBotsItems[otherBot].items + [item]
self.RBotsItems[mainBot].items = [testedItem for testedItem in self.RBotsItems[mainBot].items if testedItem != item]
return True