', self.r.text):
self.restricted_ip = True
self.report_error("eRepublik has blacklisted IP. Limited functionality!", True)
self.logged_in = True
def _errors_in_response(self, response: Response):
try:
j = response.json()
if j['error'] and j["message"] == 'Too many requests':
self.write_log("Made too many requests! Sleeping for 30 seconds.")
self.sleep(30)
except (utils.json.JSONDecodeError, KeyError, TypeError):
pass
if response.status_code >= 400:
self.r = response
if response.status_code >= 500:
self.write_log("eRepublik servers are having internal troubles. Sleeping for 5 minutes")
self.sleep(5 * 60)
else:
raise classes.ErepublikException(f"HTTP {response.status_code} error!")
if re.search(r'Occasionally there are a couple of things which we need to check or to implement in order make '
r'your experience in eRepublik more pleasant.
Don\'t worry about ongoing battles, timer '
r'will be stopped during maintenance.', response.text):
self.write_log("eRepublik ss having maintenance. Sleeping for 5 minutes")
self.sleep(5 * 60)
return True
return bool(re.search(r'body id="error"|Internal Server Error|'
r'CSRF attack detected|meta http-equiv="refresh"|'
r'not_authenticated', response.text))
def _report_action(self, action: str, msg: str, **kwargs: Optional[Dict[str, Any]]):
""" Report action to all available reporting channels
:type action: str
:type msg: str
:type kwargs: Optional[Dict[str, Any]]
:param action: Action taken
:param msg: Message about the action
:param kwargs: Extra information regarding action
"""
kwargs = utils.json.loads(utils.json.dumps(kwargs or {}, cls=classes.MyJSONEncoder))
action = action[:32]
self.write_log(msg)
if self.reporter.allowed:
self.reporter.report_action(action, kwargs, msg)
if self.config.telegram:
self.telegram.send_message(msg)
class CitizenAnniversary(BaseCitizen):
def collect_anniversary_reward(self) -> Response:
return self._post_main_collect_anniversary_reward()
def get_anniversary_quest_data(self):
return self._get_anniversary_quest_data().json()
def start_unlocking_map_quest_node(self, node_id: int):
return self._post_map_rewards_unlock(node_id)
def collect_map_quest_node(self, node_id: int):
return self._post_map_rewards_claim(node_id)
def speedup_map_quest_node(self, node_id: int):
node = self.get_anniversary_quest_data().get('cities', {}).get(str(node_id), {})
return self._post_map_rewards_speedup(node_id, node.get("skipCost", 0))
def spin_wheel_of_fortune(self, max_cost=0, spin_count=0):
def _write_spin_data(cost, cc, prize):
self._report_action("WHEEL_SPIN", f"Cost: {cost:4d} | Currency left: {cc:,} | Prize: {prize}")
base = self._post_main_wheel_of_fortune_build().json()
current_cost = 0 if base.get('progress').get('free_spin') else base.get('cost')
current_count = base.get('progress').get('spins')
if not max_cost and not spin_count:
r = self._post_main_wheel_of_fortune_spin(current_cost).json()
_write_spin_data(current_cost, r.get('account'),
base.get('prizes').get('prizes').get(str(r.get('result'))).get('tooltip'))
else:
while max_cost >= current_cost if max_cost else spin_count >= current_count if spin_count else False:
r = self._spin_wheel_of_loosing(current_cost)
current_count += 1
current_cost = r.get('cost')
_write_spin_data(current_cost, r.get('account'),
base.get('prizes').get('prizes').get(str(r.get('result'))).get('tooltip'))
def _spin_wheel_of_loosing(self, current_cost: int) -> Dict[str, Any]:
r = self._post_main_wheel_of_fortune_spin(current_cost).json()
self.details.cc = float(Decimal(r.get('account')))
return r
class CitizenTravel(BaseCitizen):
def _update_citizen_location(self, country: constants.Country, region_id: int):
self.details.current_region = region_id
self.details.current_country = country
def _travel(self, country: constants.Country, region_id: int = 0) -> bool:
r_json = super()._travel(country, region_id).json()
if not bool(r_json.get('error')):
self._update_citizen_location(country, region_id)
return True
else:
if "Travelling too fast." in r_json.get('message'):
self.sleep(1)
return self._travel(country, region_id)
return False
def get_country_travel_region(self, country: constants.Country) -> int:
regions = self.get_travel_regions(country=country)
regs = []
if regions:
for region in regions.values():
if region['countryId'] == country.id: # Is not occupied by other country
regs.append((region['id'], region['distanceInKm']))
if regs:
return min(regs, key=lambda _: int(_[1]))[0]
else:
return 0
def travel_to_residence(self) -> bool:
self.update_citizen_info()
res_r = self.details.residence_region
if self.details.residence_country and res_r and not res_r == self.details.current_region:
if self._travel(self.details.residence_country, self.details.residence_region):
self._report_action("TRAVEL", "Traveled to residence")
return True
else:
self._report_action("TRAVEL", "Unable to travel to residence!")
return False
return True
def travel_to_region(self, region_id: int) -> bool:
data = self._post_main_travel_data(region_id=region_id).json()
if data.get('alreadyInRegion'):
return True
else:
country = constants.COUNTRIES[data.get('preselectCountryId')]
if self._travel(country, region_id):
self._report_action("TRAVEL", "Traveled to region")
return True
else:
self._report_action("TRAVEL", "Unable to travel to region!")
return False
def travel_to_country(self, country: constants.Country) -> bool:
data = self._post_main_travel_data(countryId=country.id, check="getCountryRegions").json()
regs = []
if data.get('regions'):
for region in data.get('regions').values():
if region['countryId'] == country: # Is not occupied by other country
regs.append((region['id'], region['distanceInKm']))
if regs:
region_id = min(regs, key=lambda _: int(_[1]))[0]
if self._travel(country, region_id):
self._report_action("TRAVEL", f"Traveled to {country.name}")
return True
else:
self._report_action("TRAVEL", f"Unable to travel to {country.name}!")
return False
def travel_to_holding(self, holding: classes.Holding) -> bool:
data = self._post_main_travel_data(holdingId=holding.id).json()
if data.get('alreadyInRegion'):
return True
else:
country = constants.COUNTRIES[data.get('preselectCountryId')]
region_id = data.get('preselectRegionId')
if self._travel(country, region_id):
self._report_action("TRAVEL", f"Traveled to {holding}")
return True
else:
self._report_action("TRAVEL", f"Unable to travel to {holding}!")
def travel_to_battle(self, battle: classes.Battle, allowed_countries: List[constants.Country]) -> bool:
data = self.get_travel_regions(battle=battle)
regs = []
countries: Dict[int, constants.Country] = {c.id: c for c in allowed_countries}
if data:
for region in data.values():
if region['countryId'] in countries: # Is not occupied by other country
regs.append((region['distanceInKm'], region['id'], countries[region['countryId']]))
if regs:
reg = min(regs, key=lambda _: int(_[0]))
region_id = reg[1]
country = reg[2]
if self._travel(country, region_id):
self._report_action("TRAVEL", f"Traveled to {battle}")
return True
else:
self._report_action("TRAVEL", f"Unable to travel to {battle}!")
return False
def get_travel_regions(
self, holding: classes.Holding = None, battle: classes.Battle = None, country: constants.Country = None
) -> Union[List[Any], Dict[str, Dict[str, Any]]]:
return self._post_main_travel_data(
holdingId=holding.id if holding else 0,
battleId=battle.id if battle else 0,
countryId=country.id if country else 0
).json().get('regions', [])
def get_travel_countries(self) -> Set[constants.Country]:
warnings.simplefilter('always')
warnings.warn('CitizenTravel.get_travel_countries() are being deprecated, '
'please use BaseCitizen.get_countries_with_regions()', DeprecationWarning)
return self.get_countries_with_regions()
class CitizenCompanies(BaseCitizen):
def employ_employees(self) -> bool:
self.update_companies()
ret = True
employee_companies = self.my_companies.get_employable_factories()
work_units_needed = sum(employee_companies.values())
if work_units_needed:
if work_units_needed <= self.my_companies.work_units:
response = self._post_economy_work("production", employ=employee_companies).json()
self.reporter.report_action("WORK_EMPLOYEES", response, response.get('status', False))
self.update_companies()
ret = bool(self.my_companies.get_employable_factories())
return ret
def work_as_manager_in_holding(self, holding: classes.Holding) -> Optional[Dict[str, Any]]:
return self._work_as_manager(holding)
def _work_as_manager(self, wam_holding: classes.Holding) -> Optional[Dict[str, Any]]:
if self.restricted_ip:
return None
self.update_companies()
self.update_inventory()
data = {"action_type": "production"}
extra = {}
raw_factories = wam_holding.get_wam_companies(raw_factory=True)
fin_factories = wam_holding.get_wam_companies(raw_factory=False)
free_inventory = self.inventory["total"] - self.inventory["used"]
wam_list = raw_factories + fin_factories
wam_list = wam_list[:self.energy.food_fights]
while wam_list and free_inventory < self.my_companies.get_needed_inventory_usage(wam_list):
wam_list.pop(-1)
if wam_list:
data.update(extra)
if not self.details.current_region == wam_holding.region:
self.write_log("Unable to work as manager because of location - please travel!")
return
employ_factories = self.my_companies.get_employable_factories()
if sum(employ_factories.values()) > self.my_companies.work_units:
employ_factories = {}
response = self._post_economy_work("production", wam=[c.id for c in wam_list],
employ=employ_factories).json()
return response
def update_companies(self):
html = self._get_economy_my_companies().text
page_details = utils.json.loads(re.search(r"var pageDetails\s+= ({.*});", html).group(1))
self.my_companies.work_units = int(page_details.get("total_works", 0))
have_holdings = re.search(r"var holdingCompanies\s+= ({.*}});", html)
have_companies = re.search(r"var companies\s+= ({.*}});", html)
if have_holdings and have_companies:
self.my_companies.prepare_holdings(utils.json.loads(have_holdings.group(1)))
self.my_companies.prepare_companies(utils.json.loads(have_companies.group(1)))
self.reporter.report_action('COMPANIES', json_val=self.my_companies.as_dict)
def assign_company_to_holding(self, company: classes.Company, holding: classes.Holding) -> Response:
"""
Assigns factory to new holding
"""
self.write_log(f"{company} moved to {holding}")
return self._post_economy_assign_to_holding(company.id, holding.id)
def create_factory(self, industry_id: int, building_type: int = 1) -> Response:
"""
param industry_ids: FRM={q1:7, q2:8, q3:9, q4:10, q5:11} WRM={q1:12, q2:13, q3:14, q4:15, q5:16}
HRM={q1:18, q2:19, q3:20, q4:21, q5:22} ARM={q1:24, q2:25, q3:26, q4:27, q5:28}
Factories={Food:1, Weapons:2, House:4, Aircraft:23} <- Building_type 1
Storage={1000: 1, 2000: 2} <- Building_type 2
"""
company_name = constants.INDUSTRIES[industry_id]
if building_type == 2:
company_name = "Storage"
self.write_log(f'{company_name} created!')
return self._post_economy_create_company(industry_id, building_type)
class CitizenEconomy(CitizenTravel):
def update_money(self, page: int = 0, currency: int = 62) -> Dict[str, Any]:
"""
Gets monetary market offers to get exact amount of CC and Gold available
"""
if currency not in [1, 62]:
currency = 62
resp = self._post_economy_exchange_retrieve(False, page, currency)
resp_data = resp.json()
self.details.cc = float(resp_data.get("ecash").get("value"))
self.details.gold = float(resp_data.get("gold").get("value"))
return resp_data
def check_house_durability(self) -> Dict[int, datetime]:
ret = {}
inv = self.update_inventory()
for house_quality, active_house in inv['items']['active'].get('house', {}).items():
till = utils.good_timedelta(self.now, timedelta(seconds=active_house['time_left']))
ret.update({house_quality: till})
return ret
def buy_and_activate_house(self, q: int) -> Dict[int, datetime]:
inventory = self.update_inventory()
original_region = self.details.current_country, self.details.current_region
ok_to_activate = False
if not inventory['items']['final'].get('house', {}).get(q, {}):
countries = [self.details.citizenship, ]
if self.details.current_country != self.details.citizenship:
countries.append(self.details.current_country)
offers = [self.get_market_offers("house", q, country)[f"q{q}"] for country in countries]
local_cheapest = sorted(offers, key=lambda o: o.price)[0]
global_cheapest = self.get_market_offers("house", q)[f"q{q}"]
if global_cheapest.price + 200 < local_cheapest.price:
self._travel(global_cheapest.country)
buy = self.buy_from_market(global_cheapest.offer_id, 1)
else:
buy = self.buy_from_market(local_cheapest.offer_id, 1)
if buy["error"]:
msg = f"Unable to buy q{q} house! \n{buy['message']}"
self.write_log(msg)
else:
ok_to_activate = True
else:
ok_to_activate = True
if ok_to_activate:
self.activate_house(q)
if original_region[1] != self.details.current_region:
self._travel(*original_region)
return self.check_house_durability()
def renew_houses(self, forced: bool = False) -> Dict[int, datetime]:
"""
Renew all houses which end time is in next 48h
:param forced: if true - renew all houses
:return:
"""
house_durability = self.check_house_durability()
for q, active_till in house_durability.items():
if utils.good_timedelta(active_till, - timedelta(hours=48)) <= self.now or forced:
house_durability = self.buy_and_activate_house(q)
return house_durability
def activate_house(self, quality: int) -> datetime:
active_until = self.now
r = self._post_economy_activate_house(quality)
if r.json().get("status") and not r.json().get("error"):
house = r.json()["inventoryItems"]["activeEnhancements"]["items"]["4_%i_active" % quality]
active_until = utils.good_timedelta(active_until, timedelta(seconds=house["active"]["time_left"]))
return active_until
def get_game_token_offers(self):
r = self._post_economy_game_tokens_market('retrieve').json()
return {v.get('id'): dict(amount=v.get('amount'), price=v.get('price')) for v in r.get("topOffers")}
def fetch_organisation_account(self, org_id: int):
r = self._get_economy_citizen_accounts(org_id)
table = re.search(r'(
)', r.text, re.I | re.M | re.S)
if table:
account = re.findall(r'>\s*(\d+.\d+)\s*', table.group(1))
if account:
return {"gold": account[0], "cc": account[1], 'ok': True}
return {"gold": 0, "cc": 0, 'ok': False}
def accept_money_donations(self):
for notification in self._get_main_notifications_ajax_system().json():
don_id = re.search(r"erepublik.functions.acceptRejectDonation\(\"accept\", (\d+)\)", notification)
if don_id:
self._get_main_money_donation_accept(int(don_id.group(1)))
self.sleep(5)
def reject_money_donations(self) -> int:
r = self._get_main_notifications_ajax_system()
count = 0
donation_ids = re.findall(r"erepublik.functions.acceptRejectDonation\(\"reject\", (\d+)\)", r.text)
while donation_ids:
for don_id in donation_ids:
self._get_main_money_donation_reject(int(don_id))
count += 1
self.sleep(5)
r = self._get_main_notifications_ajax_system()
donation_ids = re.findall(r"erepublik.functions.acceptRejectDonation\(\"reject\", (\d+)\)", r.text)
return count
def get_my_market_offers(self) -> List[Dict[str, Union[int, float, str]]]:
ret = []
for offer in self._get_economy_my_market_offers().json():
line = offer.copy()
line.pop('icon', None)
ret.append(line)
return ret
def post_market_offer(self, industry: int, quality: int, amount: int, price: float) -> Response:
if not constants.INDUSTRIES[industry]:
self.write_log(f"Trying to sell unsupported industry {industry}")
data = {
"country_id": self.details.citizenship.id,
"industry": industry,
"quality": quality,
"amount": amount,
"price": price,
"buy": False,
}
ret = self._post_economy_marketplace_actions(**data)
message = (f"Posted market offer for {amount}q{quality} "
f"{constants.INDUSTRIES[industry]} for price {price}cc")
self._report_action("ECONOMY_SELL_PRODUCTS", message, kwargs=ret.json())
return ret
def buy_from_market(self, offer: int, amount: int) -> dict:
ret = self._post_economy_marketplace_actions(amount, True, offer=offer)
json_ret = ret.json()
if json_ret.get('error'):
return json_ret
else:
self.details.cc = ret.json()['currency']
self.details.gold = ret.json()['gold']
json_ret.pop("offerUpdate", None)
self._report_action("BOUGHT_PRODUCTS", "", kwargs=json_ret)
return json_ret
def get_market_offers(
self, product_name: str, quality: int = None, country: constants.Country = None
) -> Dict[str, classes.OfferItem]:
raw_short_names = dict(frm="foodRaw", wrm="weaponRaw", hrm="houseRaw", arm="airplaneRaw")
q1_industries = ["aircraft"] + list(raw_short_names.values())
if product_name in raw_short_names:
quality = 1
product_name = raw_short_names[product_name]
elif not constants.INDUSTRIES[product_name]:
self.write_log(f"Industry '{product_name}' not implemented")
raise classes.ErepublikException(f"Industry '{product_name}' not implemented")
offers: Dict[str, classes.OfferItem] = {}
max_quality = 0
if quality:
offers[f"q{quality}"] = classes.OfferItem()
else:
max_quality = 1 if product_name in q1_industries else 5 if product_name == 'house' else 7
for q in range(max_quality):
offers[f"q{q + 1}"] = classes.OfferItem()
if country:
countries: Set[constants.Country] = {country}
else:
countries: Set[constants.Country] = self.get_countries_with_regions()
start_dt = self.now
iterable = [countries, [quality] if quality else range(1, max_quality + 1)]
for country, q in product(*iterable):
r = self._post_economy_marketplace(country.id, constants.INDUSTRIES[product_name], q).json()
obj = offers[f"q{q}"]
if not r.get("error", False):
for offer in r["offers"]:
if (obj.price > float(offer["priceWithTaxes"]) or (
obj.price == float(offer["priceWithTaxes"]) and obj.amount < int(offer["amount"])
)):
offers[f"q{q}"] = obj = classes.OfferItem(
float(offer["priceWithTaxes"]),
constants.COUNTRIES[int(offer["country_id"])], int(offer["amount"]),
int(offer["id"]), int(offer["citizen_id"])
)
self.write_log(f"Scraped market in {self.now - start_dt}!")
return offers
def buy_food(self, energy_amount: int = 0):
hp_needed = energy_amount if energy_amount else 48 * self.energy.interval * 10 - self.food["total"]
local_offers = self.get_market_offers("food", country=self.details.current_country)
cheapest_q, cheapest = sorted(local_offers.items(), key=lambda v: v[1].price / constants.FOOD_ENERGY[v[0]])[0]
if cheapest.amount * constants.FOOD_ENERGY[cheapest_q] < hp_needed:
amount = cheapest.amount
else:
amount = hp_needed // constants.FOOD_ENERGY[cheapest_q]
if amount * cheapest.price < self.details.cc:
data = dict(offer=cheapest.offer_id, amount=amount, price=cheapest.price,
cost=amount * cheapest.price, quality=cheapest_q,
energy=amount * constants.FOOD_ENERGY[cheapest_q])
self._report_action("BUY_FOOD", "", kwargs=data)
self.buy_from_market(cheapest.offer_id, amount)
self.update_inventory()
else:
s = f"Don't have enough money! Needed: {amount * cheapest.price}cc, Have: {self.details.cc}cc"
self.write_log(s)
self._report_action("BUY_FOOD", s)
def get_monetary_offers(self, currency: int = 62) -> List[Dict[str, Union[int, float]]]:
if currency not in [1, 62]:
currency = 62
resp = self._post_economy_exchange_retrieve(False, 0, currency).json()
ret = []
offers = re.findall(r"id='purchase_(\d+)' data-i18n='Buy for' data-currency='GOLD' "
r"data-price='(\d+\.\d+)' data-max='(\d+\.\d+)' trigger='purchase'",
resp["buy_mode"], re.M | re.I | re.S)
for offer_id, price, amount in offers:
ret.append({"offer_id": int(offer_id), "price": float(price), "amount": float(amount)})
return sorted(ret, key=lambda o: (o["price"], -o["amount"]))
def buy_monetary_market_offer(self, offer: int, amount: float, currency: int) -> int:
""" Buy from monetary market
:param offer: offer id which should be bought
:type offer: int
:param amount: amount to buy
:amount amount: float
:param currency: currency kind - gold = 62, cc = 1
:type currency: int
:return:
"""
response = self._post_economy_exchange_purchase(amount, currency, offer)
self.details.cc = float(response.json().get("ecash").get("value"))
self.details.gold = float(response.json().get("gold").get("value"))
if response.json().get('error'):
self._report_action("BUY_GOLD", "Unable to buy gold!", kwargs=response.json())
return False
else:
self._report_action('BUY_GOLD', f'New amount {self.details.cc}cc, {self.details.gold}g',
kwargs=response.json())
return True
def donate_money(self, citizen_id: int = 1620414, amount: float = 0.0, currency: int = 62) -> bool:
""" currency: gold = 62, cc = 1 """
resp = self._post_economy_donate_money_action(citizen_id, amount, currency)
r = re.search('You do not have enough money in your account to make this donation', resp.text)
success = not bool(r)
self.update_money()
cur = "g" if currency == 62 else "cc"
if success:
self._report_action("DONATE_MONEY", f"Successfully donated {amount}{cur} to citizen with id {citizen_id}!")
else:
self._report_action("DONATE_MONEY", f"Unable to donate {amount}{cur}!")
return success
def donate_items(self, citizen_id: int = 1620414, amount: int = 0, industry_id: int = 1, quality: int = 1) -> int:
if amount < 1:
return 0
industry = constants.INDUSTRIES[industry_id]
self.write_log(f"Donate: {amount:4d}q{quality} {industry} to {citizen_id}")
response = self._post_economy_donate_items_action(citizen_id, amount, industry_id, quality)
if re.search(rf"Successfully transferred {amount} item\(s\) to", response.text):
msg = (f"Successfully donated {amount}q{quality} {industry} "
f"to citizen with id {citizen_id}!")
self._report_action("DONATE_ITEMS", msg)
return amount
elif re.search('You must wait 5 seconds before donating again', response.text):
self.write_log('Previous donation failed! Must wait at least 5 seconds before next donation!')
self.sleep(5)
return self.donate_items(citizen_id, int(amount), industry_id, quality)
else:
if re.search(r'You do not have enough items in your inventory to make this donation', response.text):
self._report_action("DONATE_ITEMS",
f"Unable to donate {amount}q{quality} "
f"{industry}, not enough left!")
return 0
available = re.search(
r'Cannot transfer the items because the user has only (\d+) free slots in (his|her) storage.',
response.text
).group(1)
self._report_action('DONATE_ITEMS',
f'Unable to donate {amount}q{quality}{industry}'
f', receiver has only {available} storage left!')
self.sleep(5)
return self.donate_items(citizen_id, int(available), industry_id, quality)
def contribute_cc_to_country(self, amount, country: constants.Country) -> bool:
self.update_money()
amount = int(amount)
if self.details.cc < amount or amount < 20:
return False
data = dict(country=country.id, action='currency', value=amount)
r = self._post_main_country_donate(country.id, 'currency', amount)
if r.json().get('status') or not r.json().get('error'):
self._report_action("CONTRIBUTE_CC", f'Contributed {amount}cc to {country}\'s treasury', kwargs=data)
return True
else:
self._report_action("CONTRIBUTE_CC", f"Unable to contribute {amount}cc to {country}'s"
f" treasury", kwargs=r.json())
return False
def contribute_food_to_country(self, amount, quality, country: constants.Country) -> bool:
self.update_inventory()
amount = amount // 1
if self.food["q" + str(quality)] < amount or amount < 10:
return False
data = dict(country=country.id, action='food', value=amount, quality=quality)
r = self._post_main_country_donate(country.id, 'currency', amount, quality)
if r.json().get('status') or not r.json().get('error'):
self._report_action("CONTRIBUTE_FOOD", f"Contributed {amount}q{quality} food to "
f"{country}'s treasury", kwargs=data)
return True
else:
self._report_action("CONTRIBUTE_FOOD", f"Unable to contribute {amount}q{quality} food to "
f"{country}'s treasury", kwargs=r.json())
return False
def contribute_gold_to_country(self, amount: int, country: constants.Country) -> bool:
self.update_money()
if self.details.cc < amount:
return False
data = dict(country=country.id, action='gold', value=amount)
r = self._post_main_country_donate(country.id, 'gold', amount)
if r.json().get('status') or not r.json().get('error'):
self._report_action("CONTRIBUTE_GOLD", f"Contributed {amount}g to {country}'s treasury", kwargs=data)
return True
else:
self._report_action("CONTRIBUTE_GOLD", f"Unable to contribute {amount}g to {country}'s"
f" treasury", kwargs=r.json())
return False
class CitizenLeaderBoard(BaseCitizen):
def get_aircraft_damage_rankings(self, country: int, weeks: int = 0, mu: int = 0) -> Dict[str, any]:
return self._get_main_leaderboards_damage_aircraft_rankings(country, weeks, mu).json()
def get_ground_damage_rankings(self, country: int, weeks: int = 0, mu: int = 0, div: int = 4) -> Dict[str, any]:
return self._get_main_leaderboards_damage_rankings(country, weeks, mu, div).json()
def get_aircraft_kill_rankings(self, country: int, weeks: int = 0, mu: int = 0) -> Dict[str, any]:
return self._get_main_leaderboards_kills_aircraft_rankings(country, weeks, mu).json()
def get_ground_kill_rankings(self, country: int, weeks: int = 0, mu: int = 0, div: int = 4) -> Dict[str, any]:
return self._get_main_leaderboards_kills_rankings(country, weeks, mu, div).json()
class CitizenMedia(BaseCitizen):
def endorse_article(self, article_id: int, amount: int) -> bool:
if amount in (5, 50, 100):
resp = self._post_main_donate_article(article_id, amount).json()
if not bool(resp.get('error')):
self._report_action("ARTICLE_ENDORSE", f"Endorsed article ({article_id}) with {amount}cc")
return True
else:
self._report_action("ARTICLE_ENDORSE", f"Unable to endorse article ({article_id}) with {amount}cc",
kwargs=resp)
return False
else:
return False
def vote_article(self, article_id: int) -> bool:
resp = self._post_main_vote_article(article_id).json()
if not bool(resp.get('error')):
self._report_action("ARTICLE_VOTE", f"Voted article {article_id}")
return True
else:
self._report_action("ARTICLE_VOTE", f"Unable to vote for article {article_id}", kwargs=resp)
return False
def get_article_comments(self, article_id: int, page_id: int = 1) -> Dict[str, Any]:
return self._post_main_article_comments(article_id, page_id).json()
def write_article_comment(self, message: str, article_id: int, parent_id: int = None) -> Response:
self._report_action("ARTICLE_COMMENT", f"Wrote a comment to article ({article_id})",
kwargs=dict(msg=message, article_id=article_id, parent_id=parent_id))
return self._post_main_article_comments_create(message, article_id, parent_id)
def publish_article(self, title: str, content: str, kind: int) -> int:
kinds = {1: "First steps in eRepublik", 2: "Battle orders", 3: "Warfare analysis",
4: "Political debates and analysis", 5: "Financial business",
6: "Social interactions and entertainment"}
if kind in kinds:
data = {'title': title, 'content': content, 'country': self.details.citizenship.id, 'kind': kind}
resp = self._post_main_write_article(title, content, self.details.citizenship.id, kind)
try:
article_id = int(resp.history[1].url.split("/")[-3])
self._report_action("ARTICLE_PUBLISH", f"Published new article \"{title}\" ({article_id})", kwargs=data)
except: # noqa
article_id = 0
return article_id
else:
raise classes.ErepublikException("Article kind must be one of:\n{}\n'{}' is not supported".format(
"\n".join(["{}: {}".format(k, v) for k, v in kinds.items()]), kind
))
class CitizenMilitary(CitizenTravel):
all_battles: Dict[int, classes.Battle] = None
countries: Dict[int, Dict[str, Union[str, List[int]]]] = None
__last_war_update_data = None
active_fs: bool = False
boosters: Dict[int, Dict[int, int]] = {100: {}, 50: {}}
def update_war_info(self):
if self.__last_war_update_data and self.__last_war_update_data.get('last_updated',
0) + 30 > self.now.timestamp():
r_json = self.__last_war_update_data
else:
r_json = self._get_military_campaigns_json_list().json()
if r_json.get("countries"):
if self.all_battles is None:
self.all_battles = {}
if self.countries is None:
self.countries = {}
countries = {}
for c_id, c_data in r_json.get("countries").items():
if int(c_id) not in countries:
countries.update({
int(c_id): {"name": c_data.get("name"), "allies": c_data.get("allies")}
})
else:
countries[int(c_id)].update(allies=c_data.get("allies"))
self.countries = countries
self.__last_war_update_data = r_json
if r_json.get("battles"):
all_battles = {}
for battle_data in r_json.get("battles", {}).values():
all_battles[battle_data.get('id')] = classes.Battle(battle_data)
old_all_battles = self.all_battles
self.all_battles = all_battles
for battle in old_all_battles.values():
utils._clear_up_battle_memory(battle)
def get_battle_for_war(self, war_id: int) -> Optional[classes.Battle]:
self.update_war_info()
war_info = self.get_war_status(war_id)
return self.all_battles.get(war_info.get("battle_id"), None)
def get_war_status(self, war_id: int) -> Dict[str, Union[bool, Dict[int, str]]]:
r = self._get_wars_show(war_id)
html = r.text
ret = {}
reg_re = re.compile(fr'data-war-id="{war_id}" data-region-id="(\d+)" data-region-name="([- \w]+)"')
if reg_re.findall(html):
ret.update(regions={}, can_attack=True)
for reg in reg_re.findall(html):
ret["regions"].update({int(reg[0]): reg[1]})
elif re.search(r'Join', html):
battle_id = re.search(r'Join', html).group(1)
ret.update(can_attack=False, battle_id=int(battle_id))
elif re.search(r'This war is no longer active.', html):
ret.update(can_attack=False, ended=True)
else:
ret.update(can_attack=False)
return ret
def get_available_weapons(self, battle_id: int):
return self._get_military_show_weapons(battle_id).json()
def set_default_weapon(self, battle: classes.Battle, division: classes.BattleDivision) -> int:
available_weapons = self._get_military_show_weapons(battle.id).json()
while not isinstance(available_weapons, list):
available_weapons = self._get_military_show_weapons(battle.id).json()
weapon_quality = -1
weapon_damage = 0
if not division.is_air:
for weapon in available_weapons:
try:
if weapon['weaponQuantity'] > 30 and weapon['weaponInfluence'] > weapon_damage:
weapon_quality = int(weapon['weaponId'])
except ValueError:
pass
return self.change_weapon(battle, weapon_quality, division)
def change_weapon(self, battle: classes.Battle, quality: int, battle_zone: classes.BattleDivision) -> int:
r = self._post_military_change_weapon(battle.id, battle_zone.id, quality)
influence = r.json().get('weaponInfluence')
self._report_action("MILITARY_WEAPON", f"Switched to q{quality} weapon,"
f" new influence {influence}", kwargs=r.json())
return influence
# def check_epic_battles(self):
# active_fs = False
# for battle_id in self.sorted_battles(self.config.sort_battles_time):
# battle = self.all_battles.get(battle_id)
# if not battle.is_air:
# my_div: BattleDivision = battle.div.get(self.division)
# if my_div.epic and my_div.end > self.now:
# if self.energy.food_fights > 50:
# inv_allies = battle.invader.deployed + [battle.invader.id]
# def_allies = battle.defender.deployed + [battle.defender.id]
# all_allies = inv_allies + def_allies
# if self.details.current_country not in all_allies:
# if self.details.current_country in battle.invader.allies:
# allies = battle.invader.deployed
# side = battle.invader.id
# else:
# allies = battle.defender.deployed
# side = battle.defender.id
#
# self.travel_to_battle(battle.id, allies)
#
# else:
# if self.details.current_country in inv_allies:
# side = battle.invader.id
# elif self.details.current_country in def_allies:
# side = battle.defender.id
# else:
# self.write_log(
# f"Country {self.details.current_country} not in all allies list ({all_allies}) and "
# f"also not in inv allies ({inv_allies}) nor def allies ({def_allies})")
# break
# error_count = 0
# while self.energy.food_fights > 5 and error_count < 20:
# errors = self.fight(battle_id, side_id=side, count=self.energy.food_fights - 5)
# if errors:
# error_count += errors
# if self.config.epic_hunt_ebs:
# self._eat('orange')
# self.travel_to_residence()
# break
# elif bool(my_div.epic):
# active_fs = True
#
# self.active_fs = active_fs
def sorted_battles(self, sort_by_time: bool = True, only_tp=False) -> List[classes.Battle]:
cs_battles_priority_air: List[classes.Battle] = []
cs_battles_priority_ground: List[classes.Battle] = []
cs_battles_air: List[classes.Battle] = []
cs_battles_ground: List[classes.Battle] = []
deployed_battles_air: List[classes.Battle] = []
deployed_battles_ground: List[classes.Battle] = []
ally_battles_air: List[classes.Battle] = []
ally_battles_ground: List[classes.Battle] = []
other_battles_air: List[classes.Battle] = []
other_battles_ground: List[classes.Battle] = []
ret_battles: List[classes.Battle] = []
if sort_by_time:
battle_list = sorted(self.all_battles.values(), key=lambda b: b.start)
battle_list.reverse()
else:
battle_list = sorted(self.all_battles.values(), key=lambda b: b.id)
contribution_json = self._get_military_campaigns_json_citizen().json()
contributions: List[Dict[str, int]] = contribution_json.get('contributions') or []
contributions.sort(key=lambda b: -b.get('damage'))
for contribution_battle in contributions:
if contribution_battle.get('battle_id') and contribution_battle.get('battle_id') in self.all_battles:
ret_battles.append(self.all_battles[contribution_battle.get('battle_id')])
for battle in battle_list:
battle_sides = [battle.invader.country, battle.defender.country]
if battle.id in ret_battles:
continue
# CS Battles
elif self.details.citizenship in battle_sides:
if battle.has_air:
if battle.defender.id == self.details.citizenship:
cs_battles_priority_air.append(battle)
else:
cs_battles_air.append(battle)
else:
if battle.defender.id == self.details.citizenship:
cs_battles_priority_ground.append(battle)
else:
cs_battles_ground.append(battle)
# Current location battles:
elif self.details.current_country in battle_sides:
if battle.has_air:
deployed_battles_air.append(battle)
else:
deployed_battles_ground.append(battle)
# Deployed battles and allied battles:
elif self.details.current_country in battle.invader.allies + battle.defender.allies + battle_sides:
if self.details.current_country in battle.invader.deployed + battle.defender.deployed:
if battle.has_air:
deployed_battles_air.append(battle)
else:
deployed_battles_ground.append(battle)
# Allied battles:
else:
if battle.has_air:
ally_battles_air.append(battle)
else:
ally_battles_ground.append(battle)
else:
if battle.has_air:
other_battles_air.append(battle)
else:
other_battles_ground.append(battle)
cs_battles = cs_battles_priority_air + cs_battles_priority_ground + cs_battles_air + cs_battles_ground
if only_tp:
return cs_battles
deployed_battles = deployed_battles_air + deployed_battles_ground
other_battles = ally_battles_air + ally_battles_ground + other_battles_air + other_battles_ground
ret_battles = ret_battles + cs_battles + deployed_battles + other_battles
return ret_battles
def get_cheap_tp_divisions(self) -> Dict[str, List[Tuple[int, classes.BattleDivision]]]:
air_divs: List[Tuple[int, classes.BattleDivision]] = []
ground_divs: List[Tuple[int, classes.BattleDivision]] = []
for battle in reversed(self.sorted_battles(True, True)):
for division in battle.div.values():
is_start_ok = utils.good_timedelta(division.battle.start, timedelta(minutes=-1)) < self.now
if not division.terrain and is_start_ok and not division.div_end:
if division.is_air and self.config.air:
division_medals = self.get_battle_round_data(division)
medal = division_medals[self.details.citizenship == division.battle.defender.country]
if not medal:
air_divs.append((0, division))
else:
air_divs.append((medal.get('1').get('raw_value'), division))
elif not division.is_air and self.config.ground:
if not division.div == self.division and not self.maverick:
continue
division_medals = self.get_battle_round_data(division)
medal = division_medals[self.details.citizenship == division.battle.defender.country]
if not medal:
ground_divs.append((0, division))
else:
ground_divs.append((medal.get('1').get('raw_value'), division))
air_divs.sort(key=lambda z: (z[0], z[1].battle.start))
ground_divs.sort(key=lambda z: (z[0], z[1].battle.start))
return {'air': air_divs, 'ground': ground_divs}
@property
def has_battle_contribution(self):
return bool(self.__last_war_update_data.get("citizen_contribution", []))
def find_battle_and_fight(self):
if self.should_fight()[0]:
self.write_log("Checking for battles to fight in...")
for battle in self.sorted_battles(self.config.sort_battles_time):
if not isinstance(battle, classes.Battle):
continue
battle_zone: Optional[classes.BattleDivision] = None
for div in battle.div.values():
if div.terrain == 0:
if div.div_end:
continue
if self.config.air and div.is_air:
battle_zone = div
break
elif self.config.ground and not div.is_air and (div.div == self.division or self.maverick):
battle_zone = div
break
else:
continue
if not battle_zone:
continue
allies = battle.invader.deployed + battle.defender.deployed + [battle.invader.country,
battle.defender.country]
travel_needed = self.details.current_country not in allies
if battle.is_rw:
side = battle.defender if self.config.rw_def_side else battle.invader
else:
defender_side = self.details.current_country in battle.defender.allies + [battle.defender.country, ]
side = battle.defender if defender_side else battle.invader
self.write_log(battle)
travel = (self.config.travel_to_fight and self.should_travel_to_fight() or self.config.force_travel) \
if travel_needed else True
if not travel:
continue
if battle.start > self.now:
self.sleep(utils.get_sleep_seconds(battle.start))
if travel_needed:
if battle.is_rw:
countries_to_travel = [battle.defender.country]
elif self.details.current_country in battle.invader.allies:
countries_to_travel = battle.invader.deployed + [battle.invader.country]
side = battle.invader
else:
countries_to_travel = battle.defender.deployed + [battle.defender.country]
side = battle.defender
if not self.travel_to_battle(battle, countries_to_travel):
break
if self.change_division(battle, battle_zone):
self.set_default_weapon(battle, battle_zone)
self.fight(battle, battle_zone, side)
self.travel_to_residence()
break
def fight(self, battle: classes.Battle, division: classes.BattleDivision, side: classes.BattleSide = None,
count: int = None) -> int:
"""Fight in a battle.
Will auto activate booster and travel if allowed to do it.
:param battle: Battle battle to fight in
:type battle: Battle
:param side: BattleSide or None. Battle side to fight in, If side not == invader id or not in invader deployed
allies list, then defender's side is chosen
:type side: BattleSide
:param count: How many hits to do, if not specified self.should_fight() is called.
:type count: int
:param division: Division number to fight in available choices
:type division: BattleDivision
:return: None if no errors while fighting, otherwise error count.
:rtype: int
"""
if self.restricted_ip:
self._report_action("IP_BLACKLISTED", "Fighting is not allowed from restricted IP!")
return 1
if not division.is_air and self.config.boosters:
self.activate_dmg_booster()
if side is None:
side = battle.defender if self.details.citizenship in battle.defender.allies + [
battle.defender.country] else battle.invader
error_count = 0
ok_to_fight = True
if count is None:
count = self.should_fight()[0]
self.write_log(f"Fighting in battle for {battle.region_name} on {side} side\n{battle}\n{str(division)}")
total_damage = 0
total_hits = 0
while ok_to_fight and error_count < 10 and count > 0:
while all((count > 0, error_count < 10, self.energy.recovered >= 50)):
hits, error, damage = self._shoot(battle, division, side)
count -= hits
total_hits += hits
total_damage += damage
error_count += error
else:
self._eat('blue')
if self.energy.recovered < 50 or error_count >= 10 or count <= 0:
self.write_log("Hits: {:>4} | Damage: {}".format(total_hits, total_damage))
ok_to_fight = False
if total_damage:
self.reporter.report_fighting(battle, not side.is_defender, division, total_damage, total_hits)
# self.reporter.report_action('FIGHT', dict(battle_id=battle.id, side=side, dmg=total_damage,
# air=battle.has_air, hits=total_hits,
# round=battle.zone_id,
# extra=dict(battle=battle, side=side)))
return error_count
def _shoot(self, battle: classes.Battle, division: classes.BattleDivision, side: classes.BattleSide):
if division.is_air:
response = self._post_military_fight_air(battle.id, side.id, division.id)
else:
response = self._post_military_fight_ground(battle.id, side.id, division.id)
if "Zone is not meant for " in response.text:
self.sleep(5)
return 0, 1, 0
try:
r_json = response.json()
except (ValueError, HTTPError, RequestException):
return 0, 10, 0
hits = 0
damage = 0
err = False
if r_json.get("error"):
if r_json.get("message") == "SHOOT_LOCKOUT" or r_json.get("message") == "ZONE_INACTIVE":
pass
elif r_json.get("message") == "NOT_ENOUGH_WEAPONS":
self.set_default_weapon(battle, division)
elif r_json.get("message") == "Cannot activate a zone with a non-native division":
self.write_log("Wrong division!!")
return 0, 10, 0
elif r_json.get("message") in ["FIGHT_DISABLED","DEPLOYMENT_MODE"]:
self._post_main_profile_update('options',
params='{"optionName":"enable_web_deploy","optionValue":"off"}')
self.set_default_weapon(battle, division)
else:
if r_json.get("message") == "UNKNOWN_SIDE":
self._rw_choose_side(battle, side)
elif r_json.get("message") == "CHANGE_LOCATION":
countries = [side.country] + side.deployed
self.travel_to_battle(battle, countries)
err = True
elif r_json.get("message") == "ENEMY_KILLED":
hits = (self.energy.recovered - r_json["details"]["wellness"]) // 10
self.energy.recovered = r_json["details"]["wellness"]
self.details.xp = int(r_json["details"]["points"])
damage = r_json["user"]["givenDamage"] * (1.1 if r_json["oldEnemy"]["isNatural"] else 1)
else:
err = True
return hits, err, damage
def deploy_bomb(self, battle: classes.Battle, bomb_id: int, inv_side: bool = None, count: int = 1) -> int:
"""Deploy bombs in a battle for given side.
:param battle: Battle
:type battle: Battle
:param bomb_id: int bomb id
:param inv_side: should deploy on invader side, if None then will deploy in currently available side
:param count: int how many bombs to deploy
:return: Deployed count
:rtype: int
"""
if not isinstance(count, int) or count < 1:
count = 1
has_traveled = False
if battle.is_rw:
has_traveled = self.travel_to_battle(battle, [battle.defender.country])
self._rw_choose_side(battle, battle.invader if inv_side else battle.defender)
if inv_side:
good_countries = [battle.invader.country] + battle.invader.deployed
if self.details.current_country not in good_countries:
has_traveled = self.travel_to_battle(battle, good_countries)
elif inv_side is not None:
good_countries = [battle.defender.country] + battle.defender.deployed
if self.details.current_country not in good_countries:
has_traveled = self.travel_to_battle(battle, good_countries)
else:
involved = [battle.invader.country,
battle.defender.country] + battle.invader.deployed + battle.defender.deployed
if self.details.current_country not in involved:
count = 0
errors = deployed_count = 0
while (not deployed_count == count) and errors < 10:
r = self._post_military_deploy_bomb(battle.id, bomb_id).json()
if not r.get('error'):
deployed_count += 1
elif r.get('message') == 'LOCKED':
sleep(0.5)
else:
errors += 1
if has_traveled:
self.travel_to_residence()
self._report_action("MILITARY_BOMB", f"Deployed {deployed_count} bombs in battle {battle.id}")
return deployed_count
def change_division(self, battle: classes.Battle, division: classes.BattleDivision) -> bool:
"""Change division.
:param battle: Battle
:type battle: Battle
:param division: int target division to switch to
:type division: BattleDivision
:return:
"""
resp = self._post_main_battlefield_change_division(battle.id, division.id)
if resp.json().get('error'):
self.write_log(resp.json().get('message'))
return False
self._report_action("MILITARY_DIV_SWITCH", f"Switched to d{division.div} in battle {battle.id}",
kwargs=resp.json())
return True
def get_ground_hit_dmg_value(self, rang: int = None, strength: float = None, elite: bool = None, ne: bool = False,
booster_50: bool = False, booster_100: bool = False, tp: bool = True) -> Decimal:
if not rang or not strength or elite is None:
r = self._get_main_citizen_profile_json(self.details.citizen_id).json()
if not rang:
rang = r['military']['militaryData']['ground']['rankNumber']
if not strength:
strength = r['military']['militaryData']['ground']['strength']
if elite is None:
elite = r['citizenAttributes']['level'] > 100
if ne:
tp = True
return utils.calculate_hit(strength, rang, tp, elite, ne, 50 if booster_50 else 100 if booster_100 else 0)
def get_air_hit_dmg_value(self, rang: int = None, elite: bool = None, ne: bool = False,
weapon: bool = False) -> Decimal:
if not rang or elite is None:
r = self._get_main_citizen_profile_json(self.details.citizen_id).json()
if not rang:
rang = r['military']['militaryData']['aircraft']['rankNumber']
if elite is None:
elite = r['citizenAttributes']['level'] > 100
return utils.calculate_hit(0, rang, True, elite, ne, 0, 20 if weapon else 0)
def activate_dmg_booster(self):
if self.config.boosters:
if not self.get_active_ground_damage_booster():
duration = 0
for length, amount in self.boosters[50].items():
if amount > 2:
duration = length
break
if duration:
self._report_action("MILITARY_BOOSTER", f"Activated 50% {duration / 60}h damage booster")
self._post_economy_activate_booster(5, duration, "damage")
def get_active_ground_damage_booster(self):
inventory = self.update_inventory()
quality = 0
if inventory['items']['active'].get('damageBoosters', {}).get(10):
quality = 100
elif inventory['items']['active'].get('damageBoosters', {}).get(5):
quality = 50
return quality
def activate_battle_effect(self, battle_id: int, kind: str) -> Response:
self._report_action('MILITARY_BOOSTER', f'Activated {kind} booster')
return self._post_main_activate_battle_effect(battle_id, kind, self.details.citizen_id)
def activate_pp_booster(self, battle_id: int) -> Response:
self._report_action('MILITARY_BOOSTER', 'Activated PrestigePoint booster')
return self._post_military_fight_activate_booster(battle_id, 1, 180, "prestige_points")
def _rw_choose_side(self, battle: classes.Battle, side: classes.BattleSide) -> Response:
return self._post_main_battlefield_travel(side.id, battle.id)
def should_travel_to_fight(self) -> bool:
ret = False
if self.config.always_travel:
ret = True
elif self.should_do_levelup: # Do levelup
ret = True
# Get to next Energy +1
elif self.next_reachable_energy and self.config.next_energy:
ret = True
# 1h worth of energy
elif self.energy.available + self.energy.interval * 3 >= self.energy.limit * 2:
ret = True
return ret
def should_fight(self) -> Tuple[int, str, bool]:
""" Checks if citizen should fight at this moment
:rtype: Tuple[int, str, bool]
"""
count = 0
force_fight = False
msg = "Fighting not allowed!"
if not self.config.fight:
return count, msg, force_fight
# Do levelup
if self.is_levelup_reachable:
msg = "Level up"
if self.should_do_levelup:
count = (self.energy.limit * 3) // 10
force_fight = True
else:
self.write_log("Waiting for fully recovered energy before leveling up.", False)
# Levelup reachable
elif self.is_levelup_close:
count = self.details.xp_till_level_up - (self.energy.limit // 10) + 5
msg = "Fighting for close Levelup. Doing %i hits" % count
force_fight = True
elif self.details.pp < 75:
count = 75 - self.details.pp
msg = "Obligatory fighting for at least 75pp"
force_fight = True
elif self.config.continuous_fighting and self.has_battle_contribution:
count = self.energy.food_fights
msg = "Continuing to fight in previous battle"
# All-in (type = all-in and full ff)
elif self.config.all_in and self.energy.available + self.energy.interval * 3 >= self.energy.limit * 2:
count = self.energy.food_fights
msg = "Fighting all-in. Doing %i hits" % count
# All-in for AIR battles
elif all([self.config.air, self.config.all_in, self.energy.available >= self.energy.limit]):
count = self.energy.food_fights
msg = "Fighting all-in in AIR. Doing %i hits" % count
# Get to next Energy +1
elif self.next_reachable_energy and self.config.next_energy:
count = self.next_reachable_energy
msg = "Fighting for +1 energy. Doing %i hits" % count
# 1h worth of energy
elif self.energy.available + self.energy.interval * 3 >= self.energy.limit * 2:
count = self.energy.interval
msg = "Fighting for 1h energy. Doing %i hits" % count
force_fight = True
return (count if count > 0 else 0), msg, force_fight
def get_battle_round_data(self, division: classes.BattleDivision) -> Tuple[Any, Any]:
battle = division.battle
r = self._post_military_battle_console(battle.id, "battleStatistics", 1,
zoneId=battle.zone_id, round_id=battle.zone_id, division=division.div,
battleZoneId=division.id, type="damage")
r_json = r.json()
return (r_json.get(str(battle.invader.id)).get("fighterData"),
r_json.get(str(battle.defender.id)).get("fighterData"))
def schedule_attack(self, war_id: int, region_id: int, region_name: str, at_time: datetime):
if at_time:
self.sleep(utils.get_sleep_seconds(at_time))
self.get_csrf_token()
self.launch_attack(war_id, region_id, region_name)
def get_active_wars(self, country: constants.Country = None) -> List[int]:
r = self._get_country_military(country.link if country else self.details.citizenship.link)
all_war_ids = re.findall(r'//www\.erepublik\.com/en/wars/show/(\d+)"', r.text)
return [int(wid) for wid in all_war_ids]
def get_last_battle_of_war_end_time(self, war_id: int) -> datetime:
r = self._get_wars_show(war_id)
html = r.text
last_battle_id = int(re.search(r'', html).group(1))
console = self._post_military_battle_console(last_battle_id, 'warList', 1).json()
battle = console.get('list')[0]
return utils.localize_dt(datetime.strptime(battle.get('result').get('end'), "%Y-%m-%d %H:%M:%S"))
def launch_attack(self, war_id: int, region_id: int, region_name: str):
self._post_wars_attack_region(war_id, region_id, region_name)
self._report_action("MILITARY_QUEUE_ATTACK", f"Battle for *{region_name}* queued")
def get_country_mus(self, country: constants.Country) -> Dict[int, str]:
ret = {}
r = self._get_main_leaderboards_damage_rankings(country.id)
for data in r.json()["mu_filter"]:
if data["id"]:
ret.update({data["id"]: data["name"]})
r = self._get_main_leaderboards_damage_aircraft_rankings(country.id)
for data in r.json()["mu_filter"]:
if data["id"]:
ret.update({data["id"]: data["name"]})
return ret
def get_mu_members(self, mu_id: int) -> Dict[int, str]:
ret = {}
r = self._get_military_unit_data(mu_id)
for page in range(int(r.json()["panelContents"]["pages"])):
r = self._get_military_unit_data(mu_id, currentPage=page + 1)
for user in r.json()["panelContents"]["members"]:
if not user["isDead"]:
ret.update({user["citizenId"]: user["name"]})
return ret
def get_citizen_weekly_daily_orders_done(self, citizen_id: int = None, weeks_ago: int = 0) -> int:
if citizen_id is None:
citizen_id = self.details.citizen_id
profile = self._get_main_citizen_profile_json(citizen_id).json()
mu_id = profile.get('military', {}).get('militaryUnit', {}).get('id', 0)
if mu_id:
name = profile.get('citizen', {}).get('name')
member = self._get_military_unit_data(mu_id, currentPage=1, panel="members", sortBy="dailyOrdersCompleted",
weekFilter=f"week{weeks_ago}", search=name).json()
return member.get('panelContents', {}).get('members', [{}])[0].get('dailyOrdersCompleted')
return 0
def get_possibly_empty_medals(self):
self.update_war_info()
for battle in self.all_battles.values():
for division in battle.div.values():
if division.wall['dom'] == 50 or division.wall['dom'] > 98:
yield division, division.wall['for'] == battle.invader.country.id
class CitizenPolitics(BaseCitizen):
def get_country_parties(self, country: constants.Country = None) -> dict:
r = self._get_main_rankings_parties(country.id if country else self.details.citizenship.id)
ret = {}
for name, id_ in re.findall(r'', r.text):
ret.update({int(id_): name})
return ret
def candidate_for_congress(self, presentation: str = "") -> Response:
self._report_action('POLITIC_CONGRESS', 'Applied for congress elections')
return self._post_candidate_for_congress(presentation)
def candidate_for_party_presidency(self) -> Response:
self._report_action('POLITIC_PARTY_PRESIDENT', 'Applied for party president elections')
return self._get_candidate_party(self.politics.party_slug)
def get_country_president_election_result(self, country: constants.Country, year: int, month: int) -> Dict[str, int]:
timestamp = int(constants.erep_tz.localize(datetime(year, month, 5)).timestamp())
resp = self._get_presidential_elections(country.id, timestamp)
candidates = re.findall(r'class="candidate_info">(.*?)', resp.text, re.S | re.M)
ret = {}
for candidate in candidates:
name = re.search(
r'',
candidate)
name = name.group(1)
votes = re.search(r'(\d+) votes', candidate).group(1)
ret.update({name: int(votes)})
return ret
class CitizenSocial(BaseCitizen):
def send_mail_to_owner(self):
if not self.details.citizen_id == 1620414:
self.send_mail('Started', f'time {self.now.strftime("%Y-%m-%d %H-%M-%S")}', [1620414, ])
self.sleep(1)
msg_id = re.search(r'', self.r.text).group(1)
self._post_delete_message([msg_id])
def send_mail(self, subject: str, msg: str, ids: List[int] = None):
if ids is None:
ids = [1620414, ]
for player_id in ids:
self._report_action('SOCIAL_MESSAGE', f'Sent a message to {player_id}',
kwargs=dict(subject=subject, msg=msg, id=player_id))
self._post_main_messages_compose(subject, msg, [player_id])
def write_on_country_wall(self, message: str) -> bool:
self._get_main()
post_to_wall_as = re.findall(r'id="post_to_country_as".*?.*',
self.r.text, re.S | re.M)
r = self._post_main_country_post_create(message, max(post_to_wall_as, key=int) if post_to_wall_as else 0)
self._report_action('SOCIAL_WRITE_WALL_COUNTRY', 'Wrote a message to the country wall')
return r.json()
def add_friend(self, player_id: int) -> Response:
resp = self._get_main_citizen_hovercard(player_id)
r_json = resp.json()
if not any([r_json['isBanned'], r_json['isDead'], r_json['isFriend'], r_json['isOrg'], r_json['isSelf']]):
r = self._post_main_citizen_add_remove_friend(int(player_id), True)
self.write_log(f"{r_json['name']:<64} (id:{player_id:>11}) added as friend")
self._report_action('SOCIAL_ADD_FRIEND', f"{r_json['name']:<64} (id:{player_id:>11}) added as friend")
return r
return resp
def add_every_player_as_friend(self):
cities = []
cities_dict = {}
self.write_log("WARNING! This will take a lot of time.")
rj = self._post_main_travel_data(regionId=662, check="getCountryRegions").json()
for region_data in rj.get("regions", {}).values():
cities.append(region_data['cityId'])
cities_dict.update({region_data['cityId']: region_data['cityName']})
cities.sort(key=int)
for city_id in cities:
self.write_log(f"Adding friends from {cities_dict[city_id]} (id: {city_id})")
resp = self._get_main_city_data_residents(city_id).json()
for resident in resp["widgets"]["residents"]["residents"]:
self.add_friend(resident["citizenId"])
for page in range(2, resp["widgets"]["residents"]["numResults"] // 10 + 2):
r = self._get_main_city_data_residents(city_id, page)
resp = r.json()
for resident in resp["widgets"]["residents"]["residents"]:
self.add_friend(resident["citizenId"])
def get_community_notifications(self, page: int = 1) -> List[Dict[str, Any]]:
return self._get_main_notifications_ajax_community(page).json().get('alertsList', [])
def get_system_notifications(self, page: int = 1) -> List[Dict[str, Any]]:
return self._get_main_notifications_ajax_system(page).json().get('alertsList', [])
def get_report_notifications(self, page: int = 1) -> List[Dict[str, Any]]:
return self._get_main_notifications_ajax_report(page).json().get('alertsList', [])
def delete_community_notification(self, notification_id: Union[int, List[int]]):
if not isinstance(notification_id, list):
notification_id = [notification_id]
self._post_main_notifications_ajax_community(notification_id)
def delete_system_notification(self, notification_id: Union[int, List[int]]):
if not isinstance(notification_id, list):
notification_id = [notification_id]
self._post_main_notifications_ajax_system(notification_id)
def delete_report_notification(self, notification_id: Union[int, List[int]]):
if not isinstance(notification_id, list):
notification_id = [notification_id]
self._post_main_notifications_ajax_report(notification_id)
def get_all_notifications(self, page: int = 1) -> Dict[str, List[Dict[str, Any]]]:
return dict(community=self.get_community_notifications(),
system=self.get_system_notifications(page),
report=self.get_report_notifications(page))
def delete_all_notifications(self):
for kind, notifications in self.get_all_notifications():
if notifications:
if kind == "community":
self.delete_community_notification([n['id'] for n in notifications])
elif kind == "report":
self.delete_report_notification([n['id'] for n in notifications])
elif kind == "system":
self.delete_system_notification([n['id'] for n in notifications])
else:
self.report_error(f"Unsupported notification kind: \"{kind}\"!")
def get_citizen_profile(self, player_id: int = None):
if player_id is None:
player_id = self.details.citizen_id
return self._get_main_citizen_profile_json(player_id).json()
def get_citizen_residency_data(self, citizen_id: int = None) -> Optional[Dict[str, Any]]:
if citizen_id is None:
citizen_id = self.details.citizen_id
profile = self.get_citizen_profile(citizen_id)
name = profile.get('citizen', {}).get('name', '')
city_id = profile.get('citizen', {}).get('residenceCityId')
if city_id:
return self._get_main_city_data_residents(city_id, params={"search": name}).json()
class CitizenTasks(BaseCitizen):
tg_contract: dict = {}
ot_points: int = 0
next_ot_time: datetime = None
def eat(self):
""" Eat food """
self._eat("blue")
def work(self):
if self.energy.food_fights >= 1:
response = self._post_economy_work("work")
js = response.json()
good_msg = ["already_worked", "captcha"]
if not js.get("status") and not js.get("message") in good_msg:
if js.get('message') == 'employee':
self.find_new_job()
self.update_citizen_info()
self.work()
else:
self.reporter.report_action("WORK", json_val=js)
else:
self._eat("blue")
if self.energy.food_fights < 1:
seconds = (self.energy.reference_time - self.now).total_seconds()
self.write_log("I don't have energy to work. Will sleep for {}s".format(seconds))
self.sleep(seconds)
self._eat("blue")
self.work()
def train(self):
r = self._get_main_training_grounds_json()
tg_json = r.json()
self.details.gold = tg_json["page_details"]["gold"]
self.tg_contract.update(free_train=tg_json["hasFreeTrain"])
if tg_json["contracts"]:
self.tg_contract.update(**tg_json["contracts"][0])
tgs = []
for data in sorted(tg_json["grounds"], key=lambda k: k["cost"]):
if data["default"] and not data["trained"]:
tgs.append(data["id"])
if tgs:
if self.energy.food_fights >= len(tgs):
response = self._post_economy_train(tgs)
if not response.json().get("status"):
self.update_citizen_info()
self.train()
else:
self.reporter.report_action("TRAIN", response.json())
else:
self._eat("blue")
if self.energy.food_fights < len(tgs):
large = max(self.energy.reference_time, self.now)
small = min(self.energy.reference_time, self.now)
self.write_log("I don't have energy to train. Will sleep for {} seconds".format(
(large - small).seconds))
self.sleep(int((large - small).total_seconds()))
self._eat("blue")
self.train()
def work_ot(self):
# I"m not checking for 1h cooldown. Beware of nightshift work, if calling more than once every 60min
self.update_job_info()
if self.ot_points >= 24 and self.energy.food_fights > 1:
r = self._post_economy_work_overtime()
if not r.json().get("status") and r.json().get("message") == "money":
self.resign_from_employer()
self.find_new_job()
else:
if r.json().get('message') == 'employee':
self.find_new_job()
self.reporter.report_action("WORK_OT", r.json())
elif self.energy.food_fights < 1 and self.ot_points >= 24:
self._eat("blue")
if self.energy.food_fights < 1:
large = max(self.energy.reference_time, self.now)
small = min(self.energy.reference_time, self.now)
self.write_log("I don't have energy to work OT. Will sleep for {}s".format((large - small).seconds))
self.sleep(int((large - small).total_seconds()))
self._eat("blue")
self.work_ot()
def resign_from_employer(self) -> bool:
r = self.update_job_info()
if r.json().get("isEmployee"):
self._report_action('ECONOMY_RESIGN', 'Resigned from employer!', kwargs=r.json())
self._post_economy_resign()
return True
return False
def buy_tg_contract(self) -> Response:
ret = self._post_main_buy_gold_items('gold', "TrainingContract2", 1)
try:
extra = ret.json()
except: # noqa
extra = {}
self._report_action('ECONOMY_TG_CONTRACT', 'Bought TG Contract', kwargs=extra)
return ret
def find_new_job(self) -> bool:
r = self._get_economy_job_market_json(self.details.current_country.id)
jobs = r.json().get("jobs")
data = dict(citizen_id=0, salary=10)
for posting in jobs:
salary = posting.get("salary")
limit = posting.get("salaryLimit", 0)
citizen_id = posting.get("citizen").get("id")
if (not limit or salary * 3 < limit) and salary > data["salary"]:
data.update(citizen_id=citizen_id, salary=salary)
return self.apply_to_employer(data['citizen_id'], data['salary'])
def apply_to_employer(self, employer_id: int, salary: float) -> bool:
data = dict(citizenId=employer_id, salary=salary)
self._report_action("ECONOMY_APPLY_FOR_JOB", f"I'm working now for #{employer_id}", kwargs=data)
r = self._post_economy_job_market_apply(employer_id, salary)
return bool(r.json().get('status'))
def update_job_info(self):
resp = self._get_main_job_data()
ot = resp.json().get("overTime", {})
if ot:
self.next_ot_time = utils.localize_timestamp(int(ot.get("nextOverTime", 0)))
self.ot_points = ot.get("points", 0)
return resp
class Citizen(CitizenAnniversary, CitizenCompanies, CitizenEconomy, CitizenLeaderBoard,
CitizenMedia, CitizenMilitary, CitizenPolitics, CitizenSocial, CitizenTasks):
debug: bool = False
def __init__(self, email: str = "", password: str = "", auto_login: bool = True):
super().__init__(email, password)
self._last_full_update = utils.good_timedelta(self.now, - timedelta(minutes=5))
self.set_debug(True)
if auto_login:
self.login()
def config_setup(self, **kwargs):
self.config.reset()
for key, value in kwargs.items():
if hasattr(self.config, key):
setattr(self.config, key, value)
else:
self.write_log(f"Unknown config parameter! ({key}={value})")
def login(self):
self.get_csrf_token()
self.update_citizen_info()
self.reporter.do_init()
if self.config.telegram:
# noinspection SpellCheckingInspection
self.telegram.do_init(self.config.telegram_chat_id or 620981703,
self.config.telegram_token or "864251270:AAFzZZdjspI-kIgJVk4gF3TViGFoHnf8H4o",
"" if self.config.telegram_chat_id or self.config.telegram_token else self.name)
self.telegram.send_message(f"*Started* {utils.now():%F %T}")
self._last_full_update = utils.good_timedelta(self.now, - timedelta(minutes=5))
self.update_all(True)
def update_citizen_info(self, html: str = None):
"""
Gets main page and updates most information about player
"""
if html is None:
self._get_main()
return
super().update_citizen_info(html)
if self.promos.get("trainingContract"):
if not self.tg_contract:
self.train()
if not self.tg_contract["free_train"] and self.tg_contract.get("active", False):
if self.details.gold >= 54:
self.buy_tg_contract()
else:
self.write_log(f"Training ground contract active but "
f"don't have enough gold ({self.details.gold}g {self.details.cc}cc)")
if self.energy.is_energy_full and self.config.telegram:
self.telegram.report_full_energy(self.energy.available, self.energy.limit, self.energy.interval)
def check_for_notification_medals(self):
notifications = self._get_main_citizen_daily_assistant().json()
data: Dict[Tuple[str, Union[float, str]], Dict[str, Union[int, str, float]]] = {}
for medal in notifications.get('notifications', []):
if medal.get('details', {}).get('type') == "citizenAchievement":
params: dict = medal.get('details', {}).get('achievement')
about: str = medal.get('body')
title: str = medal.get('title')
count: int = medal.get('details', {}).get('achievementAmount', 1)
award_id: int = medal.get('id')
if award_id and title and medal.get('details').get('isWallMaterial'):
self._post_main_wall_post_automatic(title.lower(), award_id)
if params.get('ccValue'):
reward = params.get('ccValue')
currency = "Currency"
elif params.get('goldValue'):
reward = params.get('goldValue')
currency = "Gold"
else:
reward = params.get('energyValue')
currency = "Energy"
if (title, reward) not in data:
data[(title, reward)] = {'about': about, 'kind': title, 'reward': reward, "count": count,
"currency": currency, "params": medal.get('details', {})}
else:
data[(title, reward)]['count'] += count
self._post_main_global_alerts_close(medal.get('id'))
if data:
msgs = ["{count} x {kind},"
" totaling {} {currency}".format(d["count"] * d["reward"], **d) for d in data.values()]
msgs = "\n".join(msgs)
if self.config.telegram:
self.telegram.report_medal(msgs, len(data) > 1)
self.write_log(f"Found awards:\n{msgs}")
for info in data.values():
self.reporter.report_action("NEW_MEDAL", info)
def set_debug(self, debug: bool):
self.debug = bool(debug)
self._req.debug = bool(debug)
def set_pin(self, pin: int):
self.details.pin = int(pin)
def update_all(self, force_update=False):
# Do full update max every 5 min
if utils.good_timedelta(self._last_full_update, timedelta(minutes=5)) > self.now and not force_update:
return
else:
self._last_full_update = self.now
self.update_citizen_info()
self.update_war_info()
self.update_inventory()
self.update_companies()
self.update_money()
self.update_weekly_challenge()
self.send_state_update()
self.check_for_notification_medals()
def update_weekly_challenge(self):
data = self._get_main_weekly_challenge_data().json()
self.details.pp = data.get("player", {}).get("prestigePoints", 0)
self.details.next_pp.clear()
for reward in data.get("rewards", {}).get("normal", {}):
status = reward.get("status", "")
if status == "rewarded":
continue
elif status == "completed":
self._post_main_weekly_challenge_reward(reward.get("id", 0))
elif reward.get("icon", "") == "energy_booster":
pps = re.search(r"Reach (\d+) Prestige Points to unlock the following reward: \+1 Energy",
reward.get("tooltip", ""))
if pps:
self.details.next_pp.append(int(pps.group(1)))
def should_fight(self, silent: bool = True) -> Tuple[int, str, bool]:
count, log_msg, force_fight = super().should_fight()
if count > 0 and not force_fight:
if self.energy.food_fights - self.my_companies.ff_lockdown < count:
log_msg = (f"Fight count modified (old count: {count} | FF: {self.energy.food_fights} | "
f"WAM ff_lockdown: {self.my_companies.ff_lockdown} |"
f" New count: {count - self.my_companies.ff_lockdown})")
count -= self.my_companies.ff_lockdown
if count <= 0:
count = 0
log_msg = f"Not fighting because WAM needs {self.my_companies.ff_lockdown} food fights"
if self.max_time_till_full_ff > self.time_till_week_change:
max_count = (int(self.time_till_week_change.total_seconds()) // 360 * self.energy.interval) // 10
log_msg = ("End for Weekly challenge is near "
f"(Recoverable until WC end {max_count}hp | want to do {count}hits)")
count = count if max_count > count else max_count
self.write_log(log_msg, False)
return count, log_msg, force_fight
def collect_weekly_reward(self):
self.update_weekly_challenge()
def collect_daily_task(self):
self.update_citizen_info()
if self.details.daily_task_done and not self.details.daily_task_reward:
self._post_main_daily_task_reward()
def state_update_repeater(self):
try:
start_time = self.now.replace(second=0, microsecond=0)
if start_time.minute <= 30:
start_time = start_time.replace(minute=30)
else:
start_time = utils.good_timedelta(start_time.replace(minute=0), timedelta(hours=1))
while not self.stop_threads.is_set():
self.update_citizen_info()
start_time = utils.good_timedelta(start_time, timedelta(minutes=30))
self.send_state_update()
self.send_inventory_update()
sleep_seconds = (start_time - self.now).total_seconds()
self.stop_threads.wait(sleep_seconds if sleep_seconds > 0 else 0)
except: # noqa
self.report_error("State updater crashed")
def send_state_update(self):
data = dict(xp=self.details.xp, cc=self.details.cc, gold=self.details.gold, pp=self.details.pp,
inv_total=self.inventory['total'], inv=self.inventory['used'], hp_limit=self.energy.limit,
hp_interval=self.energy.interval, hp_available=self.energy.available, food=self.food['total'], )
self.reporter.send_state_update(**data)
def send_inventory_update(self):
to_report = self.update_inventory()
self.reporter.report_action("INVENTORY", json_val=to_report)
def eat(self):
"""
Try to eat food
"""
self._eat("blue")
if self.food["total"] > self.energy.interval:
if self.energy.limit - self.energy.recovered > self.energy.interval or not self.energy.recoverable % 2:
super().eat()
else:
self.write_log("I don't want to eat right now!")
else:
self.write_log(f"I'm out of food! But I'll try to buy some!\n{self.food}")
self.buy_food()
if self.food["total"] > self.energy.interval:
super().eat()
else:
self.write_log("I failed to buy food")
def eat_eb(self):
self.write_log("Eating energy bar")
if self.energy.recoverable:
self._eat("blue")
self._eat("orange")
self.write_log(self.health_info)
def sell_produced_product(self, kind: str, quality: int = 1, amount: int = 0):
if not amount:
inv_resp = self._get_economy_inventory_items().json()
category = "rawMaterials" if kind.endswith("Raw") else "finalProducts"
item = "{}_{}".format(constants.INDUSTRIES[kind], quality)
amount = inv_resp.get("inventoryItems").get(category).get("items").get(item).get("amount", 0)
if amount >= 1:
lowest_price = self.get_market_offers(kind, int(quality), self.details.citizenship)[f'q{int(quality)}']
if lowest_price.citizen_id == self.details.citizen_id:
price = lowest_price.price
else:
price = lowest_price.price - 0.01
self.post_market_offer(industry=constants.INDUSTRIES[kind], amount=int(amount),
quality=int(quality), price=price)
def _wam(self, holding: classes.Holding) -> NoReturn:
response = self.work_as_manager_in_holding(holding)
if response is None:
return
if response.get("status"):
self._report_action('WORK_AS_MANAGER', 'Worked as manager', kwargs=response)
if self.config.auto_sell:
for kind, data in response.get("result", {}).get("production", {}).items():
if data and kind in self.config.auto_sell:
if kind in ["food", "weapon", "house", "airplane"]:
for quality, amount in data.items():
self.sell_produced_product(kind, quality)
elif kind.endswith("Raw"):
self.sell_produced_product(kind, 1)
else:
raise classes.ErepublikException("Unknown kind produced '{kind}'".format(kind=kind))
elif self.config.auto_buy_raw and re.search(r"not_enough_[^_]*_raw", response.get("message")):
raw_kind = re.search(r"not_enough_(\w+)_raw", response.get("message"))
if raw_kind:
raw_kind = raw_kind.group(1)
result = response.get("result", {})
amount_needed = round(result.get("consume", 0) - result.get("stock", 0) + 0.49)
start_place = (self.details.current_country, self.details.current_region)
while amount_needed > 0:
amount = amount_needed
best_offer = self.get_market_offers(f"{raw_kind}Raw")['q1']
amount = best_offer.amount if amount >= best_offer.amount else amount
if not best_offer.country == self.details.current_country:
self.travel_to_country(best_offer.country)
rj = self.buy_from_market(amount=amount, offer=best_offer.offer_id)
if not rj.get('error'):
amount_needed -= amount
else:
self.write_log(rj.get('message', ""))
break
else:
if not start_place == (self.details.current_country, self.details.current_region):
self.travel_to_holding(holding)
self._wam(holding)
return
elif response.get("message") == "not_enough_health_food":
self.buy_food()
self._wam(holding)
else:
msg = "I was not able to wam and or employ because:\n{}".format(response)
self._report_action("WORK_AS_MANAGER", f"Worked as manager failed: {msg}", kwargs=response)
self.write_log(msg)
def work_as_manager(self) -> bool:
""" Does Work as Manager in all holdings with wam. If employees assigned - work them also
:return: if has more wam work to do
:rtype: bool
"""
if self.restricted_ip:
self._report_action("IP_BLACKLISTED", "Work as manager is not allowed from restricted IP!")
return False
self.update_citizen_info()
self.update_companies()
# Prevent messing up levelup with wam
if not (self.is_levelup_close and self.config.fight) or self.config.force_wam:
regions: Dict[int, classes.Holding] = {}
for holding in self.my_companies.holdings.values():
if holding.wam_count:
regions.update({holding.region: holding})
# Check for current region
if self.details.current_region in regions:
self._wam(regions.pop(self.details.current_region))
self.update_companies()
for holding in regions.values():
raw_usage = holding.get_wam_raw_usage()
if (raw_usage['frm'] + raw_usage['wrm']) * 100 + self.inventory['used'] > self.inventory['total']:
self._report_action('WAM_UNAVAILABLE', 'Not enough storage!')
continue
self.travel_to_holding(holding)
self._wam(holding)
self.update_companies()
wam_count = self.my_companies.get_total_wam_count()
if wam_count:
self.write_log("Wam ff lockdown is now {}, was {}".format(wam_count, self.my_companies.ff_lockdown))
self.my_companies.ff_lockdown = wam_count
self.travel_to_residence()
return bool(wam_count)
else:
self.write_log('Did not WAM because I would mess up levelup!')
self.my_companies.ff_lockdown = 0
self.update_companies()
return bool(self.my_companies.get_total_wam_count())
def sorted_battles(self, sort_by_time: bool = True, only_tp=False) -> List[classes.Battle]:
battles: List[classes.Battle] = self.reporter.fetch_battle_priorities(self.details.current_country)
return battles + super().sorted_battles(sort_by_time, only_tp)
def command_central(self):
while not self.stop_threads.is_set():
try:
tasks = self.reporter.fetch_tasks()
for task, args in tasks:
try:
fn = getattr(self, task)
if callable(fn):
fn(*args)
except AttributeError:
continue
self.stop_threads.wait(90)
except: # noqa
self.report_error('Command central is broken')