def generate(self, bot_role: str) -> dict:
"""
Generates bot profile with role specified in class constructor.
All bot parameters such as inventory and health are taken from database.
:return: Bot profile as dictionary
"""
preset: BotGeneratorPreset = self.preset_factory(bot_role=bot_role)
bot_inventory = BotInventory.make_empty()
bot_base = copy.deepcopy(self._bot_base)
with bot_inventory:
equipment_generator = BotEquipmentGenerator(
bot_inventory=bot_inventory, preset=preset)
equipment_generator.generate_equipment()
weapon_generator = BotWeaponGenerator(bot_inventory=bot_inventory,
preset=preset)
weapon_generator.generate()
loot_generator = BotLootGenerator(bot_inventory=bot_inventory,
preset=preset)
loot_generator.generate()
bot_inventory.regenerate_ids()
bot_base["Inventory"] = bot_inventory.inventory.dict(exclude_none=True)
bot_base["Health"] = copy.deepcopy(preset.health)
bot_base["_id"] = generate_item_id()
bot_base["Info"]["Side"] = "Savage"
self.__generate_appearance(bot_base, preset)
return bot_base
def __generate_mod(self, slot: str, template_ids: List[TemplateId],
parent: Item) -> None:
try:
if not random.uniform(0, 100) <= self.preset.chances["mods"][slot]:
return
except KeyError:
return
template_ids = list(
filter(self.__filter_conflicting_items, template_ids))
if not template_ids:
return
random_template = self.templates_repository.get_template(
random.choice(template_ids))
# Ammo generation will be handler later via BotMagazineGenerator class
if slot == "cartridges":
return
item = Item(
id=generate_item_id(),
tpl=random_template.id,
slot_id=slot,
parent_id=parent.id,
)
self.bot_inventory.add_item(item)
def _generate_offer(
self,
item_template: ItemTemplate,
) -> Offer:
"""
Generates single offer
"""
offer_items: List[Item]
offer_price: int
root_item: Item
sell_in_one_piece = False
if self.__globals_repository.has_preset(item_template):
preset = self.__globals_repository.item_preset(item_template)
root_item, children = preset.get_items()
offer_items = [root_item, *children]
sell_in_one_piece = True
elif isinstance(item_template.props, AmmoProps):
ammo_count = int(
random.gauss(
item_template.props.StackMaxSize * 0.75,
item_template.props.StackMaxSize * 1.25,
))
ammo_count = max(1, abs(ammo_count))
root_item, _ = self.__item_factory.create_item(item_template, 1)
offer_items = [root_item]
root_item.upd.StackObjectsCount = ammo_count
else:
root_item, child_items = self.__item_factory.create_item(
item_template)
offer_items = [root_item, *child_items]
offer_price = sum(self.item_prices[i.tpl] for i in offer_items)
offer_price = int(random.gauss(offer_price * 1.1, offer_price * 0.1))
requirement = OfferRequirement(
template_id=TemplateId("5449016a4bdc2d6f028b456f"),
count=offer_price,
)
now = datetime.now()
expiration_time = random.gauss(
timedelta(hours=6).total_seconds(),
timedelta(hours=6).total_seconds())
expires_at = now + timedelta(seconds=abs(expiration_time))
return Offer(
id=OfferId(generate_item_id()),
intId=random.randint(0, 999_999),
user=self._make_random_user(),
root=root_item.id,
items=offer_items,
itemsCost=offer_price,
requirements=[requirement],
requirementsCost=offer_price,
summaryCost=offer_price,
sellInOnePiece=sell_in_one_piece,
startTime=0,
endTime=int(expires_at.timestamp()),
)
def __sell_to_trader(self, action: SellToTrader) -> None:
trader_id = action.tid
items_to_sell = action.items
trader = self.__trader_manager.get_trader(TraderType(trader_id))
trader_view = trader.view(self.profile)
items = list(self.inventory.get(i.id) for i in items_to_sell)
price_sum: int = sum(
trader.get_sell_price(self.inventory.get(i.id), children_items=[]).amount
for i in items_to_sell
)
# price_sum: int = sum(trader.get_sell_price(item, children_items=[]).amount for item in items)
self.response.items.del_.extend(items)
self.inventory.remove_items(items)
currency_item = Item(
id=generate_item_id(),
tpl=TemplateId(CurrencyEnum[trader_view.base.currency].value),
)
currency_item.upd.StackObjectsCount = price_sum
currency_items = self.inventory.split_into_stacks(currency_item)
for item in currency_items:
self.inventory.place_item(item)
self.response.items.new.extend(currency_items)
def _make_random_user(self) -> FleaUser:
return FleaUser(
id=generate_item_id(),
nickname=self.__get_random_username(),
avatar="/files/trader/avatar/unknown.jpg",
memberType=0,
rating=0.0,
isRatingGrowing=True,
)
def make_empty() -> BotInventory:
equipment_id = generate_item_id()
stash_id = generate_item_id()
quest_raid_items_id = generate_item_id()
quest_stash_items_id = generate_item_id()
bot_inventory = {
"items": [
{
"_id": stash_id,
"_tpl": "566abbc34bdc2d92178b4576"
},
{
"_id": quest_raid_items_id,
"_tpl": "5963866286f7747bf429b572"
},
{
"_id": quest_stash_items_id,
"_tpl": "5963866b86f7747bfa1c4462"
},
{
"_id": equipment_id,
"_tpl": "55d7217a4bdc2d86028b456d"
},
],
"equipment":
equipment_id,
"stash":
stash_id,
"questRaidItems":
quest_raid_items_id,
"questStashItems":
quest_stash_items_id,
"fastPanel": {},
}
return BotInventory(bot_inventory)
def create_item(
self,
item_template: ItemTemplate,
count: int = 1,
) -> Tuple[Item, List[Item]]:
try:
return self.globals_repository.item_preset(
item_template).get_items()
except NotFoundError:
pass
item = Item(
id=generate_item_id(),
tpl=item_template.id,
)
if isinstance(item_template.props, AmmoBoxProps):
ammo_template_id: TemplateId = item_template.props.StackSlots[0][
"_props"]["filters"][0]["Filter"][0]
ammo_template = self.templates_repository.get_template(
ammo_template_id)
ammo, _ = self.create_item(ammo_template, 1)
ammo.upd.StackObjectsCount = count
ammo.parent_id = item.id
ammo.slot_id = "cartridges"
return item, [ammo]
if count > item_template.props.StackMaxSize:
raise ValueError(
f"Trying to create item with template id {item_template} with stack size "
f"of {count} but maximum stack size is {item_template.props.StackMaxSize}"
)
if count > 1:
item.upd.StackObjectsCount = count
# Item is either medkit or a painkiller
if isinstance(item_template.props, MedsProps):
medkit_max_hp = item_template.props.MaxHpResource
item.upd.MedKit = ItemUpdMedKit(HpResource=medkit_max_hp)
if isinstance(item_template.props, FuelProps):
item.upd.Resource = ItemUpdResource(
Value=item_template.props.MaxResource)
item.parent_id = None
return item, []
def create_account(self, email: str, password: str,
edition: str) -> Account:
for account in self.accounts:
if account.email == email:
raise ValueError(f"Account with email {email} already exists")
account = Account(
id=generate_item_id(),
email=email,
password=password,
edition=edition,
nickname="",
)
self.accounts.append(account)
self.__write()
return account
def from_items(items: List[Item]) -> MailMessageItems:
"""
Creates MailMessageItems from list of items
"""
stash_id = generate_item_id()
for item in items:
if not item.parent_id:
item.parent_id = stash_id
if not item.slot_id:
item.slot_id = "main"
regenerate_items_ids(items)
return MailMessageItems(
stash=stash_id,
data=items,
)
def from_items(cls, items: List[Item]) -> MailMessageItems:
"""
Creates MailMessageItems from list of items
"""
# We have to remove parent_id and slot_id
# from items that have no parent in this list of items.
items = clean_items_relationships(items)
stash_id = generate_item_id()
for item in items:
if not item.parent_id:
item.parent_id = stash_id
if not item.slot_id:
item.slot_id = "main"
item.location = None
regenerate_items_ids(items)
return cls(
stash=stash_id,
data=items,
)
def generate_equipment(self) -> None:
"""
Generates equipment items (Weapons, Backpack, Rig, etc)
"""
# A set with equipment slots that should be generated
equipment_slots_to_generate: Set[str] = {
slot
for slot, template_ids in
self.preset.inventory["equipment"].items() if (
# If slot isn't present in the _chances then it should be always generated
slot not in self.preset.chances["equipment"]
# Else we check if it should spawn
or random.uniform(0, 100) <= self.preset.chances["equipment"]
[slot]) and template_ids
}
# Force pistol to generate if primary weapon wasn't generated
weapon_slots = "FirstPrimaryWeapon", "SecondPrimaryWeapon"
if not any(slot in equipment_slots_to_generate
for slot in weapon_slots):
equipment_slots_to_generate.add("Holster")
assert any(i in weapon_slots
for i in ("FirstPrimaryWeapon", "SecondPrimaryWeapon",
"Holster"))
for equipment_slot in equipment_slots_to_generate:
template_ids = self.preset.inventory["equipment"][equipment_slot]
template_ids = [
i for i in template_ids if self.__filter_conflicting_items(
i, equipment_slots_to_generate)
]
random_template_id = random.choice(template_ids)
self.bot_inventory.add_item(
Item(
id=generate_item_id(),
tpl=random_template_id,
slot_id=equipment_slot,
parent_id=self.bot_inventory.inventory.equipment,
))
