def main():
try:
steamguard_path = join('accounts_data', account_file)
with open(steamguard_path, 'r') as guard_file:
data = json.load(guard_file)
username = data['username']
password = data['password']
api_key = data['api_key']
print('Запуск бота, принимающего входящие офферы')
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('Вход в Steam прошёл успешно.')
print(
'Офферы будут подтверждаться каждые 10 секунд. Нажмите Ctrl+С, чтобы сделать паузу.'
)
accept_offers(client)
except FileNotFoundError:
add_new_account()
except json.decoder.JSONDecodeError:
user_answer = prompt(
'\nОшибка декодирования. Скорее всего файлы с данными об аккаунтах пусты'
' или введены не верно.\n'
'Введите add, чтобы добавить\перезаписать новый аккаунт или любые символы, '
'чтобы выйти из программы\n'
'Ввод')
if user_answer == 'add':
add_new_account()
else:
exit()
def test_create_and_remove_sell_listing(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
game = GameOptions.DOTA2
inventory = client.get_my_inventory(game)
asset_id_to_sell = None
for asset_id, item in inventory.items():
if item.get("marketable") == 1:
asset_id_to_sell = asset_id
break
self.assertIsNotNone(
asset_id_to_sell,
"You need at least 1 marketable item to pass this test")
response = client.market.create_sell_order(asset_id_to_sell, game,
"10000")
self.assertTrue(response["success"])
sell_listings = client.market.get_my_market_listings()["sell_listings"]
listing_to_cancel = None
for listing in sell_listings.values():
if listing["description"]["id"] == asset_id_to_sell:
listing_to_cancel = listing["listing_id"]
break
self.assertIsNotNone(listing_to_cancel)
response = client.market.cancel_sell_order(listing_to_cancel)
def log_in():
global username
global password
global market_api_key
global api_key
global steamguard_path
global client
username = login_entry.get()
password = password_entry.get()
market_api_key = market_api_entry.get()
api_key = steam_api_entry.get()
steamguard_path = entry_path.get()
if not are_credentials_filled():
messagebox.showerror("Error", "You have to fill credentials.")
return
try:
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
messagebox.showinfo("Success",
'Bot logged in successfully:' + time.strftime("%d/%m/%Y, %H:%M:%S", time.localtime()))
save_data()
create_widgets()
global win
win.destroy()
except:
messagebox.showerror("Error", "The account name or password that you have entered is incorrect or you made too"
" many tryes to log in.")
def post_confirmation(steamid, api, val, trade_id):
user = user_conf(steamid)
try:
try:
client = steam_session[steamid]
print("use steampy cache")
except:
print("use steampy login")
g = user["guard"]
g["steamid"] = steamid
Sguard = json.dumps(g)
client = SteamClient(api)
client.login(user["name"], user["password"], Sguard)
globals()["steam_session"][steamid] = client
if (val):
try:
client._confirm_transaction(trade_id)
except:
client.accept_trade_offer(trade_id)
else:
client.cancel_trade_offer(trade_id)
client.decline_trade_offer(trade_id)
return {"success": True}
except Exception as e:
exc_type, exc_obj, exc_tb = sys.exc_info()
return {
"success": False,
"err_type": e.__class__.__name__,
"err_info": e.args[0],
"err_line": str(exc_tb.tb_lineno)
}
def tradeautorize():
time.sleep(40)
steam_client = SteamClient('#')
print('ok1')
steam_client.login('#', '#', 'D:\CsMoney\Steamguard.txt')
steam_client = SteamClient('#')
print('ok1')
steam_client.login('#', '#', 'D:\CsMoney\Steamguard.txt')
print('logged')
while True:
try:
received_offers = steam_client.get_trade_offers(True)
response = received_offers['response']
trade_offers_received = response.get('trade_offers_received')
for i in trade_offers_received:
tradeoffer_id = i.get('tradeofferid')
message = i.get('message')
if message == 'Automatically generated from CS.MONEY' or 'This is an automatic trade generated by OPSkins. Security token' in message:
print(message)
steam_client.accept_trade_offer(tradeoffer_id)
else:
continue
except:
continue
def test_accept_trade_offer(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
trade_offer_id = '1451378159'
response_dict = client.accept_trade_offer(trade_offer_id)
self.assertIsNotNone(response_dict)
def test_decline_trade_offer(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
trade_offer_id = '1449530707'
response_dict = client.decline_trade_offer(trade_offer_id)
self.assertEqual(response_dict['response'], {})
def test_cancel_trade_offer(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
trade_offer_id = '1450637835'
response_dict = client.cancel_trade_offer(trade_offer_id)
self.assertEqual(response_dict['response'], {})
def test_get_escrow_duration(self):
sample_trade_url = "https://steamcommunity.com/tradeoffer/new/?partner=314218906&token=sgA4FdNm" # a sample trade url with escrow time of 15 days cause mobile auth not added
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
response = client.get_escrow_duration(sample_trade_url)
self.assertEqual(response, 15)
class Client:
def __init__(self):
self.client = SteamClient(api_key)
def login(self):
self.client.login(username, password, dumps(secrets))
if self.client.was_login_executed:
log.info(f'Logged into Steam as {f.GREEN + username}')
else:
log.error('Login was not executed')
def logut(self):
log.info('Logging out...')
self.client.logout()
def get_offers(self):
return self.client.get_trade_offers(merge=True)['response']['trade_offers_received']
def get_offer(self, offer_id):
return self.client.get_trade_offer(offer_id, merge=True)['response']['offer']
def get_receipt(self, trade_id):
return self.client.get_trade_receipt(trade_id)
def accept(self, offer_id: str):
log.trade('Trying to accept offer', offer_id)
self.client.accept_trade_offer(offer_id)
def decline(self, offer_id: str):
log.trade('Trying to decline offer', offer_id)
self.client.decline_trade_offer(offer_id)
def test_get_all_listings_from_market(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
listings = client.market.get_my_market_listings()
self.assertTrue(len(listings) == 2)
self.assertTrue(len(listings.get("buy_orders")) == 1)
self.assertTrue(len(listings.get("sell_listings")) == 1)
self.assertIsInstance(next(iter(listings.get("sell_listings").values())).get("description"), dict)
def test_get_partner_inventory(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
partner_id = ''
game = GameOptions.TF2
inventory = client.get_partner_inventory(partner_id, game)
self.assertIsNotNone(inventory)
def test_get_price_to_many_requests(self):
def request_loop() -> None:
item = 'M4A1-S | Cyrex (Factory New)'
for _ in range(21):
client.fetch_price(item, GameOptions.CS)
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
self.assertRaises(TooManyRequests, request_loop)
def accept_incoming_offers(username, password, api_key, steamguard_path):
print('Запуск бота, принимающего входящие офферы')
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('Вход в Steam прошёл успешно.')
print(
'Офферы будут подтверждаться каждые 10 секунд. Нажмите Ctrl+С, чтобы сделать паузу. Затем можно будет'
' выйти из цикла.')
accept_offers_loop(client)
def test_get_price_to_many_requests(self):
def request_loop() -> None:
item = 'M4A1-S | Cyrex (Factory New)'
for _ in range(21):
client.market.fetch_price(item, GameOptions.CS)
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
self.assertRaises(TooManyRequests, request_loop)
def _login(steamid):
print("Logging {0}".format(db.get_account_username_by_steamid(steamid)))
username, password, steamapikey = db.get_login_creds_by_steamid(steamid)
client = SteamClient(steamapikey)
client.login(username, password, generate_path_by_steamid(steamid))
_save_session(client)
print("LOGGED")
return client
def test_sessionid_cookie(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
community_cookies = client._session.cookies.get_dict(
"steamcommunity.com")
store_cookies = client._session.cookies.get_dict(
"store.steampowered.com")
self.assertTrue("sessionid" in community_cookies)
self.assertTrue("sessionid" in store_cookies)
def test_create_and_cancel_buy_order(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
# PUT THE REAL CURRENCY OF YOUR STEAM WALLET, OTHER CURRENCIES WILL NOT WORK
response = client.market.create_buy_order("AK-47 | Redline (Field-Tested)", "10.34", 2, GameOptions.CS,
Currency.EURO)
buy_order_id = response["buy_orderid"]
self.assertTrue(response["success"] == 1)
self.assertIsNotNone(buy_order_id)
response = client.market.cancel_buy_order(buy_order_id)
self.assertTrue(response["success"])
def test_get_all_listings_from_market(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
listings = client.market.get_my_market_listings()
self.assertTrue(len(listings) == 2)
self.assertTrue(len(listings.get("buy_orders")) == 1)
self.assertTrue(len(listings.get("sell_listings")) == 1)
self.assertIsInstance(
next(iter(
listings.get("sell_listings").values())).get("description"),
dict)
class BotTrade:
def __init__(self, col):
self.user = col['username']
self.psw = col['password']
self.apikey = col['dev_key']
self.guard_info = {
"steamid": str(col['steam_id']),
"shared_secret": col['configs']['shared_secret'],
"identity_secret": col['configs']['identity_secret'],
}
self.steam_client = SteamClient(self.apikey)
self.steam_client.login(self.user, self.psw, json.dumps(self.guard_info))
def send_all_items(self, trade_url, max_for_offer=300):
my_asset_list = self.get_all_tradable_assetid()
offer_id_list = []
while my_asset_list:
send_asset_list = my_asset_list[:max_for_offer]
del my_asset_list[:max_for_offer]
resp_dict = self.steam_client.make_offer_with_url(send_asset_list, [], trade_url, '')
print(resp_dict)
offer_id_list.append(resp_dict['tradeofferid'])
time.sleep(10)
return offer_id_list
def send_all_items_to_many(self, trade_url_list):
result = []
my_asset_list = self.get_all_tradable_assetid()
count = len(my_asset_list) // len(trade_url_list) # 整除
for index, value in enumerate(trade_url_list):
if index == len(trade_url_list) - 1:
data = my_asset_list[count * index:]
else:
data = my_asset_list[count * index:count * (index + 1)]
resp_dict = self.steam_client.make_offer_with_url(data, [], value, '')
result.append((value, resp_dict['tradeofferid']))
return result
def accept(self, trade_offer_id):
resp = self.steam_client.accept_trade_offer(trade_offer_id)
print('Accept trade', resp)
if 'tradeid' in resp:
return True
return False
def get_all_tradable_assetid(self):
game = GameOptions.DOTA2
my_items = self.steam_client.get_my_inventory_by_eshao(game)
my_asset_list = []
for i in my_items:
if i['tradable'] == 1:
my_asset_list.append(Asset(i['assetid'], game))
return my_asset_list
def test_make_offer(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
partner_id = ''
game = GameOptions.CS
my_items = client.get_my_inventory(game)
partner_items = client.get_partner_inventory(partner_id, game)
my_first_item = next(iter(my_items.values()))
partner_first_item = next(iter(partner_items.values()))
my_asset = Asset(my_first_item['id'], game)
partner_asset = Asset(partner_first_item['id'], game)
response = client.make_offer([my_asset], [partner_asset], partner_id, 'TESTOWA OFERTA')
self.assertIsNotNone(response)
def test_create_and_cancel_buy_order(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
# PUT THE REAL CURRENCY OF YOUR STEAM WALLET, OTHER CURRENCIES WILL NOT WORK
response = client.market.create_buy_order(
"AK-47 | Redline (Field-Tested)", "10.34", 2, GameOptions.CS,
Currency.EURO)
buy_order_id = response["buy_orderid"]
self.assertTrue(response["success"] == 1)
self.assertIsNotNone(buy_order_id)
response = client.market.cancel_buy_order(buy_order_id)
self.assertTrue(response["success"])
def main():
print('This is the chat bot.')
if not are_credentials_filled():
print('You have to fill the credentials to run the example')
print('Terminating bot')
return
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('Bot logged in successfully, polling messages every 10 seconds')
while True:
time.sleep(10)
messages = client.chat.fetch_messages()['received']
for message in messages:
client.chat.send_message(message['partner'], "Got your message: " + message['message'])
def test_make_offer_with_trade_url(self):
sample_trade_url="https://steamcommunity.com/tradeoffer/new/?partner=314218906&token=sgA4FdNm"
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
partner_id = '76561198274484634'
game = GameOptions.CS
my_items = client.get_my_inventory(game)
partner_items = client.get_partner_inventory(partner_id, game)
my_first_item = next(iter(my_items.values()))
partner_first_item = next(iter(partner_items.values()))
my_asset = Asset(my_first_item['id'], game)
partner_asset = Asset(partner_first_item['id'], game)
response = client.make_offer_url([my_asset], [partner_asset],sample_trade_url, 'TESTOWA OFERTA')
self.assertIsNotNone(response)
class Client:
def __init__(self, bot: dict):
self.log = Log(bot["name"])
self.username = bot["username"]
self.password = bot["password"]
self.secrets = bot["secrets"]
self.client = SteamClient(bot["api_key"])
def login(self) -> None:
try:
self.client.login(self.username, self.password,
dumps(self.secrets))
if self.client.was_login_executed:
self.log.info(
f"Logged into Steam as {f.GREEN + self.username}")
else:
self.log.error("Login was not executed")
except InvalidCredentials as e:
self.log.error(e)
def logout(self) -> None:
self.log.info("Logging out...")
self.client.logout()
def get_offers(self) -> dict:
try:
return self.client.get_trade_offers(
merge=True)["response"]["trade_offers_received"]
except KeyError:
return {}
def get_offer(self, offer_id: str) -> dict:
try:
return self.client.get_trade_offer(offer_id,
merge=True)["response"]["offer"]
except KeyError:
return {}
def get_receipt(self, trade_id: str) -> dict:
return self.client.get_trade_receipt(trade_id)
def accept(self, offer_id: str) -> None:
self.log.trade("Trying to accept offer", offer_id)
self.client.accept_trade_offer(offer_id)
def decline(self, offer_id: str) -> None:
self.log.trade("Trying to decline offer", offer_id)
self.client.decline_trade_offer(offer_id)
def main():
print('This is the chat bot.')
if not are_credentials_filled():
print('You have to fill the credentials to run the example')
print('Terminating bot')
return
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('Bot logged in successfully, polling messages every 10 seconds')
while True:
time.sleep(10)
messages = client.chat.fetch_messages()['received']
for message in messages:
client.chat.send_message(message['partner'],
"Got your message: " + message['message'])
def main():
print('Steam 聊天机器人启动...')
if not are_credentials_filled():
print('你需要按要求填写所有信息！')
print('Steam 聊天机器人结束。')
return
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('机器人登录成功！已设定为每 10 秒轮询一次聊天列表。')
client.chat._login()
while True:
time.sleep(10)
messages = client.chat.fetch_messages()['received']
for message in messages:
client.chat.send_message(message['partner'],
"Got your message: " + message['message'])
def test_send_offer_without_sessionid_cookie(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
client._session.cookies.set('sessionid',
None,
domain="steamcommunity.com")
cookies = client._session.cookies.get_dict('steamcommunity.com')
self.assertFalse('sessionid' in cookies)
game = GameOptions.TF2
asset_id = ''
my_asset = Asset(asset_id, game)
trade_offer_url = ''
make_offer = lambda: client.make_offer_with_url([my_asset], [
], trade_offer_url, "TEST")
self.assertRaises(AttributeError, make_offer)
def main():
data = json.loads(request.data.decode('utf-8'))
login, passwd, api_key = data['acc_data'][:3]
volume = int(data['acc_data'][4])
active_accs.setdefault(login, {})
mafile = data['mafile']
proxy_id = data['proxy_id']
steam_client = active_accs[login].get('steam_client')
if not steam_client:
steam_client = SteamClient(api_key, proxy=proxy)
r = steam_client.session.get('http://httpbin.org/ip')
logger.info(r.text)
steam_client.login(login, passwd, mafile)
active_accs[login]['steam_client'] = steam_client
offers = steam_client.get_trade_offers(
)['response']['trade_offers_received']
if offers:
while True:
resp = steam_client.accept_trade_offer(offers[0]['tradeofferid'],
proxy_id)
logger.info(str(resp))
error = resp.get('strError', None)
if error:
if '(28)' in error:
time.sleep(3)
continue
elif '(25)' in error:
return '25'
break
sellm_thread = active_accs[login].get('sellm_thread')
if not sellm_thread:
sellm_thread = threading.Thread(target=sell_market,
args=(steam_client, volume))
active_accs[login]['sellm_thread'] = True
sellm_thread.start()
buygifts_thread = active_accs[login].get('buygifts_thread')
if not buygifts_thread:
buygifts_thread = threading.Thread(target=buy_gifts,
args=(steam_client, volume))
active_accs[login]['buygifts_thread'] = True
buygifts_thread.start()
return 'OK'
def main():
print('This is the donation bot accepting items for free.')
if not are_credentials_filled():
print('You have to fill credentials in storehouse.py file to run the example')
print('Terminating bot')
return
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('Bot logged in successfully, fetching offers every 60 seconds')
while True:
offers = client.get_trade_offers()['response']['trade_offers_received']
for offer in offers:
if is_donation(offer):
offer_id = offer['tradeofferid']
num_accepted_items = len(offer['items_to_receive'])
client.accept_trade_offer(offer_id)
print('Accepted trade offer {}. Got {} items'.format(offer_id, num_accepted_items))
time.sleep(60)
class Bot(object):
__authenticator_files_path = 'files/'
def __init__(self, steam_id, bot_type='trader'):
self.bot_type = bot_type
with open(self.__authenticator_files_path + steam_id + '.json') as f:
self.config = json.load(f)
self.auth_path = self.__authenticator_files_path + 'guards/' + steam_id + '.json'
with open(self.auth_path, 'w') as f:
json.dump(
{
"steamid": steam_id,
"shared_secret": self.config['shared_secret'],
"identity_secret": self.config['identity_secret'],
}, f)
self.client = SteamClient(self.config['apikey'])
self.online = False
def __str__(self):
tmp = self.config
tmp.pop('shared_secret')
tmp.pop('secret_1')
tmp.pop('apikey')
tmp['online'] = self.online
tmp['type'] = self.bot_type
return json.dumps(tmp)
def login(self):
while True:
try:
self.client.login(self.config['account_name'],
self.config['password'], self.auth_path)
break
except InvalidCredentials:
print('Error with logging in')
def get_code(self):
return generate_one_time_code(self.config['shared_secret'],
int(datetime.now().timestamp()))
def make_offer(self, partner_id, item_ids):
pass
def test_make_offer_url(self):
partner_account_id = '32384925'
partner_token = '7vqRtBpC'
sample_trade_url = 'https://steamcommunity.com/tradeoffer/new/?partner=' + partner_account_id + '&token=' + partner_token
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password,
self.steam_guard_file)
client._session.request('HEAD', 'http://steamcommunity.com')
partner_steam_id = account_id_to_steam_id(partner_account_id)
game = GameOptions.CS
my_items = client.get_my_inventory(game, merge=False)['rgInventory']
partner_items = client.get_partner_inventory(
partner_steam_id, game, merge=False)['rgInventory']
my_first_item = next(iter(my_items.values()))
partner_first_item = next(iter(partner_items.values()))
my_asset = Asset(my_first_item['id'], game)
partner_asset = Asset(partner_first_item['id'], game)
response = client.make_offer_with_url([my_asset], [partner_asset],
sample_trade_url,
'TESTOWA OFERTA')
self.assertIsNotNone(response)
def test_create_and_remove_sell_listing(self):
client = SteamClient(self.credentials.api_key)
client.login(self.credentials.login, self.credentials.password, self.steam_guard_file)
game = GameOptions.DOTA2
inventory = client.get_my_inventory(game)
asset_id_to_sell = None
for asset_id, item in inventory.items():
if item.get("marketable") == 1:
asset_id_to_sell = asset_id
break
self.assertIsNotNone(asset_id_to_sell, "You need at least 1 marketable item to pass this test")
response = client.market.create_sell_order(asset_id_to_sell, game, "10000")
self.assertTrue(response["success"])
sell_listings = client.market.get_my_market_listings()["sell_listings"]
listing_to_cancel = None
for listing in sell_listings.values():
if listing["description"]["id"] == asset_id_to_sell:
listing_to_cancel = listing["listing_id"]
break
self.assertIsNotNone(listing_to_cancel)
response = client.market.cancel_sell_order(listing_to_cancel)
def main():
print('This is the donation bot accepting items for free.')
if not are_credentials_filled():
print(
'You have to fill credentials in storehouse.py file to run the example'
)
print('Terminating bot')
return
client = SteamClient(api_key)
client.login(username, password, steamguard_path)
print('Bot logged in successfully, fetching offers every 60 seconds')
while True:
offers = client.get_trade_offers()['response']['trade_offers_received']
for offer in offers:
if is_donation(offer):
offer_id = offer['tradeofferid']
num_accepted_items = len(offer['items_to_receive'])
client.accept_trade_offer(offer_id)
print('Accepted trade offer {}. Got {} items'.format(
offer_id, num_accepted_items))
time.sleep(60)
def executeTrade(u1, u2, item_ID):
success = False
MY_API_KEY = os.environ['MY_API_KEY']
PATH_TO_STEAMGUARD_FILE = os.environ['PATH_TO_STEAMGUARD_FILE']
OFFER_NAME = getTradeID(u1, u2, item_ID)
u1_username = u1.steam
u1_password = u1.pwd
u1_id = u1.steam_ID
u2_username = u2.steam
u2_password = u2.pwd
u2_id = u2.steam_ID
steam_client_u1 = SteamClient(MY_API_KEY)
steam_client_u1.login(u1_username, u1_password, PATH_TO_STEAMGUARD_FILE)
steam_client_u2 = SteamClient(MY_API_KEY)
steam_client_u2.login(u2_username, u2_password, PATH_TO_STEAMGUARD_FILE)
game = GameOptions.CS
my_items = steam_client_u1.get_my_inventory(game)
partner_items = steam_client_u1.get_partner_inventory(u2_id, game)
my_first_item = next(iter(my_items.values()))
partner_first_item = next(iter(partner_items.values()))
my_asset = Asset(my_first_item['id'], game)
partner_asset = Asset(partner_first_item['id'], game)
retDict = steam_client_u1.make_offer([my_asset], [partner_asset],
partner_id, OFFER_NAME)
if retDict:
tradeofferid = retDict['tradeofferid']
steam_client_u2.accept_trade_offer(tradeofferid)
success = True # return success
steam_client_u1.logout()
steam_client_u2.logout()
return success
else:
return False
# convert a strDict into a dict
# json_acceptable_string = s.replace("'", "\"")
# d = json.loads(json_acceptable_string)
if __name__ == "__main__":
client = SteamClient(settings['steamApiKey'])
print("""
TF2 trading Bot
Created by: Devossa Steam: https://steamcommunity.com/id/devossa
""")
print('Logging into Steam...\r', end="")
client.login(settings['username'], settings['password'], 'SteamGuard.json')
print("SUCCESSFULY LOGGED IN")
start_time = time.time()
tradesin5min = 0
print('Checking for offers...')
print('{} Heartbeat Sent to backpack.tf {} listings were bumped\r'.format(
time.strftime("%H:%M:%S", time.gmtime()), send_heartbeat()),
end="")
while True:
try:
if check(): tradesin5min += 1
# print("messages: ", client.chat.fetch_messages())
if time.time() - start_time > 5 * 60:
start_time = time.time()
