def anti_spamming_tx(self):
# protect against spam attacks of an address having UTXOs.
while True:
rpc_antispam = crypto.get_rpc()
bot_logger.logger.info('Make clean of tx')
# get list of account
list_account = user_function.get_users()
for account, address in list_account.items():
# don't flood rpc daemon
time.sleep(1)
list_tx = rpc_antispam.listunspent(1, 99999999999, [address])
if len(list_tx) > int(config.spam_limit):
unspent_amounts = []
for i in range(0, len(list_tx), 1):
unspent_amounts.append(list_tx[i]['amount'])
# limits to 200 transaction to not explode timeout rpc
if i > 200:
break
bot_logger.logger.info('Consolidate %s account !' % account)
crypto.send_to(rpc_antispam, address, address, sum(unspent_amounts), True)
# wait a bit before re-scan account
time.sleep(240)
def import_address(self):
rpc = crypto.get_rpc()
rpc.importprivkey(self.private_key,
"reddit-vanity-" + self.user.username, False)
# on import success clean key from memory
self.private_key = "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA"
self.private_key = None
def withdraw_user(msg, failover_time):
rpc = crypto.get_rpc()
split_message = msg.body.strip().split()
user = models.User(msg.author.name)
if user.is_registered():
if utils.check_amount_valid(
split_message[1]) and split_message[4] != user.address:
amount = float(split_message[1])
amount = round(amount - 0.5)
user_balance = user.get_balance_confirmed()
user_spendable_balance = crypto.get_user_spendable_balance(
msg.author.name)
if amount >= float(user_balance) + float(user_spendable_balance):
bot_logger.logger.info(
'user %s not have enough to withdraw this amount (%s), balance = %s'
% (msg.author.name, amount, user_balance))
msg.reply(
Template(lang.message_balance_low_withdraw).render(
username=msg.author.name,
user_balance=str(user_balance),
amount=str(amount)) + lang.message_footer)
else:
receiver_address = split_message[4]
history.add_to_history(msg.author.name, user.username,
receiver_address, amount, "withdraw")
send = crypto.tip_user(user.address, receiver_address, amount,
None, failover_time)
if send:
history.add_to_history(msg.author.name, user.username,
receiver_address, amount,
"withdraw", True, send)
value_usd = utils.get_coin_value(amount)
msg.reply(
Template(lang.message_withdraw +
lang.message_footer).render(
username=msg.author.name,
receiver_address=receiver_address,
amount=str(amount),
value_usd=str(value_usd)))
elif split_message[4] == user.address:
msg.reply(lang.message_withdraw_to_self + lang.message_footer)
else:
bot_logger.logger.info(lang.message_invalid_amount)
msg.reply(lang.message_invalid_amount + lang.message_footer)
else:
msg.reply(
Template(lang.message_need_register +
lang.message_footer).render(username=msg.author.name))
def register_user(msg, reddit):
rpc = crypto.get_rpc()
user = models.User(msg.author.name)
if not user.is_registered():
user.get_new_address()
if user.address:
content_reply = Template(lang.message_register_success +
lang.message_footer).render(
username=user.username,
address=user.address)
tittle_reply = 'you are registered'
user_function.add_user(msg.author.name, user.address)
history.add_to_history(msg.author.name, "", "", "", "register")
# create a backup of wallet
crypto.backup_wallet()
else:
bot_logger.logger.warning('Error during register !')
else:
bot_logger.logger.info('%s are already registered ' % msg.author.name)
balance = user.get_balance_confirmed()
pending_balance = user.get_balance_unconfirmed()
spendable_balance = crypto.get_user_spendable_balance(
msg.author.name) + balance
pending_value_usd = utils.get_coin_value(pending_balance)
spendable_value_usd = utils.get_coin_value(spendable_balance)
content_reply = Template(
lang.message_already_registered + lang.message_account_details +
lang.message_footer).render(
username=msg.author.name,
address=user.address,
pending_balance=str(pending_balance),
pending_value_usd=str(pending_value_usd),
spendable_balance=str(spendable_balance),
spendable_value_usd=str(spendable_value_usd))
tittle_reply = 'you are already registered'
# send PM so just reply
if type(msg) is Message:
msg.reply(content_reply)
# we have just comment so send info in PM
if type(msg) is Comment:
reddit.redditor(msg.author.name).message(tittle_reply, content_reply)
def info_user(msg):
rpc = crypto.get_rpc()
user = models.User(msg.author.name)
if user.is_registered():
balance = user.get_balance_confirmed()
# pending_tips is balance of tip send to unregistered users
pending_tips = user.get_balance_unregistered_tip()
pending_balance = user.get_balance_unconfirmed()
spendable_balance = crypto.get_user_spendable_balance(
msg.author.name) + balance
bot_logger.logger.info('user %s balance = %s' %
(msg.author.name, balance))
bot_logger.logger.info('user %s spendable_balance = %s' %
(msg.author.name, spendable_balance))
pending_value_usd = utils.get_coin_value(pending_balance)
spendable_value_usd = utils.get_coin_value(spendable_balance)
pending_tips_value_usd = utils.get_coin_value(pending_tips)
msg.reply(
Template(lang.message_account_details +
lang.message_footer).render(
username=msg.author.name,
spendable_balance=str(spendable_balance),
spendable_value_usd=str(spendable_value_usd),
pending_balance=str(pending_balance),
pending_value_usd=str(pending_value_usd),
pending_tips=str(pending_tips),
pending_tips_value_usd=str(pending_tips_value_usd),
address=user.address))
history.add_to_history(msg.author.name, "", "", spendable_balance,
"info")
else:
bot_logger.logger.info('user %s not registered (command : info) ' %
msg.author.name)
msg.reply(
Template(lang.message_need_register +
lang.message_footer).render(username=msg.author.name))
def parse_message(self, message_to_parse, rpc=None):
if rpc is None:
# init rpc to validate address
rpc = crypto.get_rpc()
p = re.compile(
'(\+?\/?u\/' + config.bot_name + ')\s?(@?[0-9a-zA-Z-_\/\+]+)?\s+(\d+|[0-9a-zA-Z,.]+)\s(doge)\s?(verify)?',
re.IGNORECASE)
m = p.search(message_to_parse.strip())
# Group 1 is +/u/sodogetiptest
# Group 2 is either blank(tip to the commentor), an address, or a user
self.receiver = m.group(2)
# Group 3 is the tip amount in integers(ex. 100) or a word(ex.roll)
self.amount = m.group(3).replace(',', '.')
# Group 4 is doge
self.currency = m.group(4)
# Group 5 is either blank(no verify message) or verify(verify message)
self.verify = True if (m.group(5) == "verify") else False
if self.receiver is not None:
# to support send tip to username
if '+/u/' in self.receiver:
self.receiver = User(self.receiver[4:])
elif '/u/' in self.receiver:
self.receiver = User(self.receiver[3:])
elif 'u/' in self.receiver:
self.receiver = User(self.receiver[2:])
elif '@' in self.receiver:
self.receiver = User(self.receiver[1:])
# to support send tip to an address
elif len(self.receiver) == 34 and rpc.validateaddress(self.receiver)['isvalid']:
address = self.receiver
bot_logger.logger.info("Send an tip to address")
self.receiver = User("address-" + address)
self.receiver.username = ("address-" + address)
self.receiver.address = address
# to support any type of randomXXX amount
if 'random' in self.amount and utils.check_amount_valid(self.amount[6:]):
self.amount = random.randint(1, int(self.amount[6:]))
# here amount is numeric, make magic to support not whole tips
if utils.check_amount_valid(self.amount):
self.amount = round(float(self.amount) - 0.5)
# if amount is all, get balance
if self.amount == 'all':
# get user balance
self.amount = self.sender.get_balance()
bot_logger.logger.debug("isinstance self.amount = %s" % str(isinstance(self.amount, str)))
bot_logger.logger.debug("type self.amount = %s" % str(type(self.amount)))
if type(self.amount) is unicode or type(self.amount) is str:
bot_logger.logger.debug("self.amount is str")
if self.amount == "roll":
self.amount = random.randint(1, 6)
elif self.amount == "flip":
self.amount = random.randint(1, 2)
elif self.amount in config.tip_keyword.keys():
self.amount = config.tip_keyword[self.amount]
bot_logger.logger.debug("self.amount = %s" % str(self.amount))
# if tip is over 1000 doge set verify
if float(self.amount) >= float(1000):
self.verify = True
def get_new_address(self, rpc=None):
# create a new simple address
if rpc is None:
rpc = crypto.get_rpc()
self.address = rpc.getnewaddress("reddit-%s" % self.username)
def get_new_address(self):
# create a new simple address
rpc = crypto.get_rpc()
self.address = rpc.getnewaddress("reddit-%s" % self.username)