class PumpDumpCyriptopia:
API = ()
def __init__(self):
# setup api
KEY, SECRET = self.get_secret()
self.API = Api(KEY, SECRET)
def get_secret(self):
return str(config.api_key), str(config.secret)
def pumpDump(self,
SYMBOL,
percentageOfBtc=100,
profitPercentage=100,
buyingPercentage=60):
# do before entering coin to save the API call during the pump
BALANCE_BTC, ERROR = self.API.get_balance('BTC')
if ERROR is not None:
print ERROR
PUMP_BALANCE = BALANCE_BTC["Available"] * (percentageOfBtc / 100)
COIN_PRICE, ERROR = self.API.get_market(SYMBOL + "_BTC")
if ERROR is not None:
print ERROR
ASK_PRICE = COIN_PRICE['AskPrice']
COIN_SUMMARY, ERROR = self.API.get_market(SYMBOL + "_BTC")
if ERROR is not None:
print ERROR
LAST_PRICE = COIN_SUMMARY['LastPrice']
CLOSE_PRICE = COIN_SUMMARY['Close']
ASK_BUY = ASK_PRICE + (buyingPercentage / 100 * ASK_PRICE)
ASK_SELL = ASK_PRICE + (profitPercentage / 100 * ASK_PRICE)
# calculates the number of PUMP_COIN(s) to buy, taking into
# consideration Cryptopia's 0.20% fee.
c_fee = 0.00201
cryptoipa_fee = PUMP_BALANCE * c_fee
NUM_COINS = float((PUMP_BALANCE - cryptoipa_fee)) / ASK_BUY
if LAST_PRICE > CLOSE_PRICE + 0.20 * CLOSE_PRICE:
print '\nYou joined too late or this was pre-pumped! \
Close Price : {:.8f} . Last Price : {:.8f}'.format(
CLOSE_PRICE, LAST_PRICE)
return
BUY_PRICE = ASK_BUY * NUM_COINS
SELL_PRICE = ASK_SELL * NUM_COINS
PROFIT = SELL_PRICE - BUY_PRICE
print '\n[+] Buy order placed for {:.8f} {} coins at {:.8f} BTC \
each for a total of {} BTC'.format(NUM_COINS, SYMBOL,
ASK_BUY, BUY_PRICE)
# TRADE, ERROR = self.API.submit_trade(SYMBOL + '/BTC', 'Buy', ASK_BUY, NUM_COINS)
if ERROR is not None:
print ERROR
print '\n[+] Placing sell order at {:.8f} (+{}%)...'.format(
ASK_SELL, profitPercentage)
COINS_OWNED, ERROR = self.API.get_balance(SYMBOL)
if ERROR is not None:
print ERROR
COINS_OWNED = COINS_OWNED['Available']
while COINS_OWNED == 0:
time.sleep(0.1)
COINS_OWNED, ERROR = self.API.get_balance(SYMBOL)
if ERROR is not None:
print ERROR
break
COINS_OWNED = COINS_OWNED['Available']
TRADE, ERROR = self.API.submit_trade(SYMBOL + '/BTC', 'Sell', ASK_SELL,
NUM_COINS)
if ERROR is not None:
print ERROR
print '\n[+] Sell order placed of {:.8f} {} coins at {:.8f} BTC each for \
a total of {:.8f} BTC'.format(NUM_COINS, SYMBOL, ASK_SELL,
SELL_PRICE)
print '[*] PROFIT if sell order fills: {:.8f} BTC'.format(PROFIT)
BTC.'.format(PUMP_SELL, PUMP_COIN, ASK_SELL)
# calculates the number of PUMP_COIN(s) to buy, taking into
# consideration Cryptopia's 0.20% fee.
NUM_COINS = (PUMP_BALANCE - (PUMP_BALANCE * 0.00201)) / ASK_BUY
BUY_PRICE = ASK_BUY * NUM_COINS
SELL_PRICE = ASK_SELL * NUM_COINS
PROFIT = SELL_PRICE - BUY_PRICE
print '\n[+] Buy order placed for {:.8f} {} coins at {:.8f} BTC \
each for a total of {} BTC'.format(NUM_COINS, PUMP_COIN, ASK_BUY,
BUY_PRICE)
if ALLOW_ORDERS:
TRADE, ERROR = API.submit_trade(PUMP_COIN + '/BTC', 'Buy', ASK_BUY,
NUM_COINS)
if ERROR is not None:
print ERROR
break
print TRADE
else:
print "[!] Training Mode Active. No real orders are being placed."
print '\n[+] Placing sell order at {:.8f} (+{}%)...'.format(
ASK_SELL, PUMP_SELL)
if ALLOW_ORDERS:
COINS_OWNED, ERROR = API.get_balance(PUMP_COIN)[0]['Available']
if ERROR is not None:
print ERROR
break
def main():
''' Program driver: Input your configuration below '''
# Replace with your API key and API secret.
# Do not host this file anywhere publicly
# or your key/secret will be scraped by a bot.
# API KEY and SECRET CAN BE FOUND AT https://www.cryptopia.co.nz/Security
# Remember to check 'Enable API'
# Remember to check 'Enable Withdrawal'
# Remember to check 'AddressBook Withdraw Only'
API_KEY = 'Your API key'
API_SECRET = 'Your API secret'
# Replace with your wallet address.
# Make sure you add this wallet address to your withdraw address book in https://www.cryptopia.co.nz/Security
WALLET_ADDRESS = 'Wallet Address'
# Replace with coin you want to check balance of and sell to BTC.
SELL_CURRENCY = 'LTC'
# Symbol of currency you wish to withdraw from the exchange
WITHDRAW_CURRENCY = 'BTC'
# Sell balance threshold i.e. balance of SELL_CURRENCY must be above SELL_THRESHOLD to sell.
SELL_THRESHOLD = .0005
# Withdraw balance threshold i.e. balance of WITHDRAW_CURRENCY must be above WITHDRAW_THRESHOLD to withdraw.
WITHDRAW_THRESHOLD = .0011
# How often to execute the script? i.e. input of 5 will run the script every 5 seconds
SECONDS_TO_SLEEP = 10
# ---------------- DO change values ABOVE ---------------------------
# ---------------- DON'T change values BELOW ----------------------
# Initialize API with key and secret values
api = Api(API_KEY, API_SECRET)
# Balance check loop
script_running = True
market = SELL_CURRENCY + '/BTC'
while script_running:
print "\n--------------------------------\n"
print 'Starting next cycle...'
# Check if balances meet requirements to sell
print "\n--------------------------------\n"
print 'Preparing to check balance of ' + SELL_CURRENCY + ' you have deposited to the exchange...'
balance, error = api.get_balance(SELL_CURRENCY)
if error:
print 'Error getting balance for ' + SELL_CURRENCY + '.'
print 'Error message: ' + error + '.'
else:
print 'You have a balance of ' + str(balance['Available']) + ' ' + SELL_CURRENCY + '.'
# Check if balance is above sell threshold
if balance['Available'] > SELL_THRESHOLD:
# Request SELL_CURRENCY/BTC market data
url = 'https://www.cryptopia.co.nz/api/GetMarkets/BTC'
response = requests.get(url).json()
data = response['Data']
# Find SELL_CURRENCY/BTC row
for item in data:
if item['Label'] == market:
rate = item['AskPrice']
break
# Check if minimum trading limit is met
min_check = '{0:f}'.format(rate*balance['Available'])
min_to_meet_limit = '{0:f}'.format((.0005*balance['Available'])/(rate*balance['Available']))
print '\nPreparing to check if minimum trading limit is met...'
if rate*balance['Available'] < .0005:
print 'Sorry, minimum trading limit is the equivalent of .0005 BTC.'
print 'You are currently attempting to trade the equivalent of ' + str(min_check) + ' BTC.'
print 'You would need to trade at least ' + str(min_to_meet_limit) + ' ' + SELL_CURRENCY + '.\n'
else:
# Create sell order.
print 'Minimum trading limit met.'
print 'Creating sell order for ' + str(balance['Available']) + \
' ' + SELL_CURRENCY + ' at market asking price of ' + \
str(rate) + ' BTC to 1 ' + SELL_CURRENCY + '.'
result, error = api.submit_trade(market, 'Sell', rate, balance['Available'])
if error:
print 'Error while attempting to create sell order.'
print 'Error message: ' + error + '.'
else:
print 'Sell order successful.'
# Check if balances meet requirements to withdraw
print "\n--------------------------------\n"
print 'Preparing to check balance of ' + WITHDRAW_CURRENCY + ' you have deposited to the exchange...'
balance, error = api.get_balance(WITHDRAW_CURRENCY)
if error:
print 'Error getting balance for ' + WITHDRAW_CURRENCY + '.'
print 'Error message: ' + error + '.'
else:
print 'You have a balance of ' + str(balance['Available']) + ' ' + WITHDRAW_CURRENCY + '.'
# Check if balance is above withdraw threshold
if balance['Available'] > WITHDRAW_THRESHOLD:
# Check if balance is above minimum withdraw limit
if balance['Available'] < .0011:
print 'Sorry, minimum withdrawal limit is .0011 BTC.'
print 'You are currently attempting to withdraw ' + str(balance['Available']) + ' BTC.'
else:
print 'Withdrawing ' + str(balance['Available']) + WITHDRAW_CURRENCY + \
' to wallet address: ' + WALLET_ADDRESS + '.'
result, error = api.submit_withdraw(WITHDRAW_CURRENCY, WALLET_ADDRESS, balance['Available'])
if error:
print 'Error while attempting to withdraw to wallet.'
print 'Error message: ' + error + '.'
else:
print 'Withdraw order successful.'
# Sleep for allotted time.
print "\n--------------------------------\n"
print "Cycle complete, sleeping for " + str(SECONDS_TO_SLEEP) + " seconds."
time.sleep(SECONDS_TO_SLEEP)
class Bot:
# @exception_handler('init')
def __init__(self):
self.RUNNING = False
self.load_config()
if self.test_mode:
self.API = TestApi(self.KEY, self.SECRET, BOT=self)
else:
self.API = Api(self.KEY, self.SECRET)
self.modify_api()
self.data_processing = DataProcessing()
# self.INDICATORS = [NeuralNetwork(self), Ladder(self)]
self.INDICATORS = []
self.VIEW = Form(self, INDICATORS=self.INDICATORS)
self.VIEW.show()
# @exception_handler('load_var')
def load_var(self, var, n, section='settings'):
try:
value = self.config[section][n]
if str(value).lower() == 'true' \
or str(value).lower() == 'false':
return bool(str(value).lower() == 'true')
return type(var)(value)
except KeyError:
return var
# @exception_handler('load_config')
def load_config(self):
self.balances = []
self.balance_last_update_time = 0
self.history = []
self.orders = []
self.data_to_log = []
self.task_pool = []
self.currency = ''
self.signals = []
self.pump_start_id = 0
self.start_price = 0.00000001
# Цена покупки
self.buying_price = 0.00000001
self.current_price = 0.00000001
self.profit = 0
self.pump_btc_volume = 0
self.orders = []
# Это нужно потом перенести в конфиг
self.orders_record_active = True
self.orders_requests_per_second = 2
self.config = configparser.ConfigParser()
self.config.read('config.ini')
self.KEY = self.config['config']['KEY']
self.SECRET = self.config['config']['SECRET']
self.PHONE = self.config['config']['PHONE']
self.Channel = self.config['config']['Channel']
self.REGEXP = self.config['config']['regexp']
# Устанавливаем значения по умолчанию для определения типа переменных
PumpSum, PUMP_BALANCE, manual, PUMP_BUY, Channel, threads, minute_request_limit, \
balance_requests_per_second, balance_record_active, history_length, history_record_active, pump_sell, pump_buy, \
log_sleep_time, logging, log_file_name, time_sleep_to_get_data, allow_orders, test_mode, manual_sell, buy_price_max_point, \
pump_sell_max, pump_buy_max \
= 0.0, 0.0, False, 0.0, '', 0, 0, 0.0, False, 0, False, 0.0, 0.0, 0.0, False, '', 0.0, False, True, False, 0.0, 0.0, 0.0
self.PUMP_BALANCE = self.load_var(PUMP_BALANCE, 'PUMP_BALANCE')
self.manual = self.load_var(manual, 'manual')
self.allow_orders = self.load_var(allow_orders, 'allow_orders')
self.test_mode = self.load_var(allow_orders, 'test_mode')
self.manual_sell = self.load_var(manual_sell, 'manual_sell')
self.buy_price_max_point = self.load_var(buy_price_max_point,
'buy_price_max_point')
self.threads = self.load_var(threads, 'threads')
self.minute_request_limit = self.load_var(minute_request_limit,
'minute_request_limit')
self.requests_sent_last_minute = 0
self.active_threads = 0
# Для ведения баланса
self.balance_requests_per_second = self.load_var(
balance_requests_per_second, 'balance_requests_per_second')
self.balance_record_active = self.load_var(balance_record_active,
'balance_record_active')
self.time_sleep_to_get_data = self.load_var(time_sleep_to_get_data,
'time_sleep_to_get_data')
# Для сохранения истории торгов
self.history_requests_per_second = self.load_var(threads, 'threads')
self.history_length = self.load_var(history_length, 'history_length')
self.history_record_active = self.load_var(history_record_active,
'history_record_active')
# Продажа и покупка. Проценты считаются относительно цены которая была в момент начала пампа
# соответствует history[self.pump_start_id]
self.pump_sell = self.load_var(
pump_sell, 'pump_sell'
) # Процент на который нужно опустить цену во время продажи
self.pump_buy = self.load_var(
pump_buy, 'pump_buy'
) # Цена закупки нужна для экстренной продажи, если памп не поднялся
self.pump_sell_max = self.load_var(pump_sell_max, 'pump_sell_max')
self.pump_buy_max = self.load_var(pump_buy_max, 'pump_buy_max')
# Отвечает за запись лога
self.logging = self.load_var(logging, 'logging')
self.log_sleep_time = self.load_var(log_sleep_time, 'log_sleep_time')
self.log_file_name = self.load_var(log_file_name, 'log_file_name')
self.log_sleep_time = self.load_var(log_sleep_time,
'log_sleep_time') # Секунд
def run(self):
self.RUNNING = True
# Запускаем запись баланса
if self.balance_record_active == True:
thread_id = self.add_task(self.balance_record,
name='BalanceRecord')
self.execute(thread_id)
if self.balance_record_active == True:
thread_id = self.add_task(self.history_record,
name='HistoryRecord')
self.execute(thread_id)
# self.nprint(self.time_sleep_to_get_data)
# self.VIEW.root.after(round(self.time_sleep_to_get_data * 1000), None)
self.wait_with_tk_update(self.time_sleep_to_get_data)
# Запускаем поток для записи лога
try:
if self.logging:
thread_id = self.add_task(self.log)
self.execute(thread_id)
except Exception as e:
self.nprint(e)
self.get_signal()
# thread_id = self.add_task(self.get_signal)
# self.execute(thread_id)
#
# # while self.RUNNING == True:
# # time.sleep(0.01)
# # self.VIEW.root.update()
def wait_with_tk_update(self, delay):
for i in range(round(delay * 100)):
self.VIEW.root.update()
time.sleep(0.01)
def stop(self):
self.RUNNING = False
def modify_api(self):
self.API.BOT = self
self.API.minimal_order_value = 0.0005
def get_markets_decorator(f):
@exception_handler('get_markets')
def new_get_markets(self, *args, **kwargs):
try:
result = f(*args, **kwargs)
data = [{'time': str(time.time()), 'market': result}]
if len(self.BOT.currency) > 0:
data = {
'time':
str(time.time()),
'market': [
self.BOT.get_price(self.BOT.currency + '/BTC',
0,
data=data)
]
}
else:
data = data[0]
if len(self.BOT.history) < self.BOT.history_length:
# data = {'time': str(time.time()), 'market': result}
# if len(self.BOT.currency) > 0:
# data = {'time': str(time.time()), 'market': [self.BOT.get_price(self.BOT.currency + '/BTC', 0, data=data)]}
markets = data
self.BOT.history.append(markets)
else:
del self.BOT.history[0]
markets = data
self.BOT.history.append(markets)
self.BOT.pump_start_id -= 1
if len(self.BOT.history) > 0 and len(self.BOT.currency):
# self.BOT.nprint(self.BOT.history[-1])
try:
self.BOT.current_price = round(
float(
self.BOT.get_price(
self.BOT.currency + '/BTC',
i=-1,
data=self.BOT.history)['AskPrice']), 8)
except:
self.BOT.nprint(self.BOT.history[-1])
if self.BOT.pump_buy == 0:
self.BOT.pump_buy = self.BOT.current_price
self.BOT.profit = round(
(self.BOT.current_price / self.BOT.pump_buy - 1) *
100, 2)
if self.BOT.logging:
self.BOT.data_to_log.append(data)
# self.nprint(self.BOT.history[-1])
except:
PrintException()
return new_get_markets
self.API.get_markets = get_markets_decorator(self.API.get_markets)
def get_balances_decorator(f):
@exception_handler('get_balances')
def new_get_balances(self, *args, **kwargs):
try:
result, error = f(*args, **kwargs)
if error is None:
result = result
self.BOT.balances = result
self.BOT.balance_last_update_time = time.time()
if self.BOT.logging:
self.BOT.data_to_log.append({
'time': time.time(),
'type': 'get_balance',
'result': result,
'error': error
})
except:
PrintException()
return new_get_balances
self.API.get_balance = get_balances_decorator(self.API.get_balance)
def get_orders_decorator(f):
@exception_handler('get_orders')
def new_get_orders(self, *args, **kwargs):
market = self.BOT.currency + '_BTC'
result, error = f(market=market)
self.BOT.orders = result
return new_get_orders
self.API.get_orders = get_orders_decorator(self.API.get_orders)
def submit_trade_decorator(f):
def new_submit_trade(self, *args, **kwargs):
if self.BOT.allow_orders:
f(*args, **kwargs)
else:
self.BOT.nprint(
"[!] Training Mode Active. No real orders are being placed."
)
if self.BOT.logging:
self.BOT.data_to_log.append({
'time':
time.time(),
'type':
trade_type,
'result': [market, rate, amount],
'error':
''
})
return new_submit_trade
self.API.submit_trade = submit_trade_decorator(self.API.submit_trade)
def ping(self):
t1 = time.time()
self.get_currencies()
t2 = time.time()
self.BOT.nprint('latency: ', round(t2 - t1, 2))
self.API.ping = ping
@exception_handler('force_buy')
def force_buy(self, coin, btc_value):
price = self.get_price(coin + '/BTC')['AskPrice'] * (1 + self.pump_buy)
total_coin_value = ((btc_value -
(btc_value * 0.00201)) - 0.0005) / price
FINAL_BTC_BALANCE = float(
self.get_coin_balance('BTC')['Available']) - btc_value
last_balance_update = 0
last_market_update = 0
time_wait = 1 / (2 * min(self.balance_requests_per_second,
self.history_requests_per_second))
# Считается количество возможных спусков
if self.pump_buy_max == 0 or self.pump_buy == 0:
niterations = 1
else:
niterations = max(round(self.pump_buy_max / self.pump_buy), 1)
self.nprint('Balance after buying %s: ' % self.currency,
self.get_coin_balance(self.currency)['Available'])
self.nprint('Balance before buying BTC: ',
self.get_coin_balance('BTC')['Available'])
self.nprint('[+] Buying coins...')
for iteraion in range(niterations):
if float(self.get_coin_balance('BTC')['Available']) - FINAL_BTC_BALANCE >= self.API.minimal_order_value \
and float(self.get_coin_balance(coin)['Available']) <= total_coin_value:
# Проверка обновилась ли инфа о балансах и рынках
if (last_balance_update != self.balance_last_update_time and
last_market_update != float(self.history[-1]['time'])):
time.sleep(0.01)
last_balance_update = self.balance_last_update_time
last_market_update = float(self.history[-1]['time'])
# Выставляется ордер
value = float(self.get_coin_balance('BTC')
['Available']) - FINAL_BTC_BALANCE
price = float(self.get_price(coin + '/BTC')
['AskPrice']) * (1 + self.pump_buy)
coins = (value - (value * 0.00201)) / price
self.nprint(
'[+] Placing buy order on {:.8f} ({:.2f}%)'.format(
price, 100 * price /
float(self.get_price(coin + '/BTC')['AskPrice'])))
self.nprint('[+] BTC left to spend {:.8f}'.format(
float(self.get_coin_balance('BTC')['Available']) -
FINAL_BTC_BALANCE))
# thread_id = self.add_task(self.API.submit_trade, self.API, coin + '/BTC', 'Buy', price, coins)
# self.execute(thread_id)
# Пишем цену покупки
self.buying_price = price
self.API.submit_trade(coin + '/BTC', 'Buy', price, coins)
# Ждем исполнения ордера
time.sleep(time_wait)
time.sleep(0.01)
# Отменяем неисполненный ордер
self.nprint('[+] Removing buy order.')
thread_id = self.add_task(self.API.cancel_trade, 'All')
self.execute(thread_id)
if self.allow_orders is False:
break
# Ждем обновления баланса
self.wait_with_tk_update(time_wait)
else:
break
self.nprint('Balance after buying %s: ' % self.currency,
self.get_coin_balance(self.currency)['Available'])
self.nprint('Balance after buying BTC: ',
self.get_coin_balance('BTC')['Available'])
@exception_handler('force_sell')
def force_sell(self, coin=None):
if coin is None:
coin = self.currency
price = self.get_price(coin + '/BTC')['BidPrice'] * (1 -
self.pump_sell)
last_balance_update = 0
last_market_update = 0
time_wait = 1 / (2 * min(self.balance_requests_per_second,
self.history_requests_per_second))
# Считается количество возможных сдвигов
if self.pump_sell_max == 0 or self.pump_sell == 0:
niterations = 1
else:
niterations = max(round(self.pump_sell_max / self.pump_sell), 1)
self.nprint('Balance after buying %s: ' % self.currency,
self.get_coin_balance(self.currency)['Available'])
self.nprint('Balance before selling BTC: ',
self.get_coin_balance('BTC')['Available'])
self.nprint('[+] Selling coins...')
for iteraion in range(niterations):
if float(self.get_coin_balance(coin)
['Available']) * price >= self.API.minimal_order_value:
# Проверка обновилась ли инфа о балансах и рынках
if (last_balance_update != self.balance_last_update_time and
last_market_update != float(self.history[-1]['time'])):
time.sleep(0.01)
last_balance_update = self.balance_last_update_time
last_market_update = float(self.history[-1]['time'])
# Выставляется ордер
price = float(self.get_price(coin + '/BTC')
['AskPrice']) * (1 - self.pump_sell)
coins = float(self.get_coin_balance(coin)['Available'])
self.nprint('[+] Placing sell order.')
self.nprint(
'[+] Placing sell order on {:.8f} ({:.2f}%)'.format(
price, 100 * price /
float(self.get_price(coin + '/BTC')['AskPrice'])))
self.nprint('[+] Coins left: {:.8f}'.format(coins))
thread_id = self.add_task(self.API.submit_trade, self.API,
coin + '/BTC', 'Sell', price,
coins)
self.execute(thread_id)
# Ждем исполнения ордера
time.sleep(time_wait)
# Отменяем неисполненный ордер
self.nprint('[+] Moving sell order.')
time.sleep(0.01)
thread_id = self.add_task(self.API.cancel_trade, 'All')
self.execute(thread_id)
if self.allow_orders is False:
break
# Ждем обновления баланса
time.sleep(time_wait)
else:
break
self.nprint('Balance after selling %s: ' % self.currency,
self.get_coin_balance(self.currency)['Available'])
self.nprint('Balance after selling BTC: ',
self.get_coin_balance('BTC')['Available'])
self.RUNNING = False
def get_coin_balance(self, coin):
for c in self.balances:
if c['Symbol'] == coin:
return c
def get_price(self, pair, i=-1, data=None):
if data is None:
data = self.history
for p in data[i]['market']:
if p['Label'] == pair:
return p
def thread_wrapper(self, f):
def new_f(*args):
self.active_threads += 1
try:
f(*args)
self.active_threads -= 1
except Exception as e:
self.nprint('Error in thread erase: ', e)
self.active_threads -= 1
return copy.deepcopy(new_f)
def add_task(self, f, *args, name='Thread'):
f = self.thread_wrapper(f)
task = threading.Thread(target=f, args=args, name=name)
self.task_pool.append(task)
time.sleep(0.01)
return (len(self.task_pool) - 1)
@exception_handler('execute')
def execute(self, thread_id=None):
if thread_id is None:
while len(self.task_pool) > 0:
if self.active_threads < self.threads:
thread = self.task_pool[0]
del self.task_pool[0]
thread.start()
else:
thread_id = min(thread_id, len(self.task_pool) - 1)
thread = self.task_pool[thread_id]
del self.task_pool[thread_id]
thread.start()
@exception_handler('balance_record')
def balance_record(self):
while self.RUNNING:
if self.balance_record_active:
thread_id = self.add_task(self.API.get_balance, self.API)
self.execute(thread_id)
time.sleep(1 / self.balance_requests_per_second)
else:
break
@exception_handler('history_record')
def history_record(self):
while True:
if self.history_record_active and self.RUNNING:
if len(self.history) < self.history_length:
thread_id = self.add_task(self.API.get_markets,
self.API,
name='GetMarkets')
# time.sleep(0.01)
self.execute(thread_id)
else:
thread_id = self.add_task(self.API.get_markets,
self.API,
name='GetMarkets')
# time.sleep(0.01))
self.execute(thread_id)
try:
self.VIEW.plot()
except:
PrintException()
self.VIEW.root.update()
time.sleep(1 / self.history_requests_per_second)
else:
break
def orders_record(self):
while True:
if self.orders_record_active and self.RUNNING:
thread_id = self.add_task(self.API.get_orders, self.API)
self.execute(thread_id)
time.sleep(1 / self.orders_requests_per_second)
else:
break
def log(self):
while self.logging and self.RUNNING:
if len(self.data_to_log) > 0:
for i in self.data_to_log:
self.log_file_name.write(json.dumps(i) + '\n')
self.data_to_log = []
time.sleep(self.log_sleep_time)
def callback(self, client, update, users, chats, *args, **kwargs):
non_bmp_map = dict.fromkeys(range(0x10000, sys.maxunicode + 1), 0xfffd)
self.callback_called = True
def parseCoin(s):
m = re.search(self.REGEXP, s)
# if m and 'PUMP STARTS'.lower() in s.lower() and 'Cryptopia'.lower() in s.lower():
if m:
return m.group(1).strip()
return ''
self.pump_start_id = len(self.history) - 1
currency = ''
if isinstance(update, str):
currency = update
else:
try:
update = str(update).translate(non_bmp_map)
update = json.loads(update)
if update['_'] == 'types.UpdateNewChannelMessage':
if str(update['message']['to_id']
['channel_id']) == self.Channel:
msg = str(update['message']['message']).translate(
non_bmp_map)
self.nprint(msg)
currency = parseCoin(msg)
self.nprint(currency)
except:
PrintException()
self.nprint(update)
return
if currency == '':
return
self.currency = currency
# Устанавливаем цену начала пампа
try:
self.client.stop()
except:
pass
self.start_price = float(
self.get_price(self.currency + '/BTC')['AskPrice'])
# Получаем глубину рынка
thread_id = self.add_task(self.API.get_orders, self.API)
self.execute(thread_id)
# Делаем покупку
self.min_price = self.current_price
for i in self.history:
price = self.get_price(self.currency + '/BTC', 0,
data=[i])['AskPrice']
if float(price) < self.min_price:
self.min_price = float(price)
if self.current_price < self.min_price * self.buy_price_max_point:
self.force_buy(self.currency, self.PUMP_BALANCE)
else:
self.nprint(
'[!] Buying has been termiated because pump too high already! Current pump size is {:.2f} %'
.format((self.current_price * 100) / self.min_price))
self.nprint('Buying ended. Trading..')
# Запускаем функцию анализа
self.trade(1)
def trade(self, delay=5):
while self.RUNNING:
if len(self.INDICATORS) > 0:
result = sum(list([i() for i in self.INDICATORS]))
else:
result = 0
self.nprint('Trading...')
if result > 0:
break
self.wait_with_tk_update(1)
for i in range(len(self.INDICATORS)):
try:
del self.INDICATORS[i]
del self.INDICATORS[i].model
except:
pass
if self.manual_sell is False:
self.force_sell(self.currency)
def get_signal(self):
def update_handler(client, update, users, chats):
self.nprint(update)
if self.manual:
self.nprint('\n***Wait input data***\n')
PUMP_COIN = input().rstrip(' \t\r\n\0').upper()
self.callback(update=PUMP_COIN,
client=None,
users=None,
chats=None)
# self.callback('TEST')
else:
self.nprint(self.PHONE)
self.client = Client(
session_name="pyro",
phone_number=self.PHONE,
phone_code=str(27982) # input("code: "),
)
# client = Client('pyro')
self.client.set_update_handler(self.callback)
# client.set_update_handler(update_handler)
self.client.start()
self.callback_called = False
# self.nprint(self.client.get_me().user)
self.nprint(self.client.get_me())
# self.client.idle()
while self.callback_called == False:
self.wait_with_tk_update(1)
def nprint(self, *args):
print(*args)
text = pprint.pformat(args)
try:
self.VIEW.Log.insert(self.VIEW.tk.END, text)
except:
PrintException()
BTC.'.format(PUMP_SELL, PUMP_COIN, ASK_SELL)
# calculates the number of PUMP_COIN(s) to buy, taking into
# consideration Cryptopia's 0.20% fee.
NUM_COINS = (PUMP_BALANCE - (PUMP_BALANCE*0.00201)) / ASK_BUY
BUY_PRICE = ASK_BUY * NUM_COINS
SELL_PRICE = ASK_SELL * NUM_COINS
PROFIT = SELL_PRICE - BUY_PRICE
print '\n[+] Buy order placed for {:.8f} {} coins at {:.8f} BTC \
each for a total of {} BTC'.format(NUM_COINS, PUMP_COIN, ASK_BUY, BUY_PRICE)
if ALLOW_ORDERS:
TRADE, ERROR = API.submit_trade(PUMP_COIN + '/BTC', 'Buy', ASK_BUY, NUM_COINS)
if ERROR is not None:
print ERROR
break
print TRADE
else:
print "[!] Training Mode Active. No real orders are being placed."
print '\n[+] Placing sell order at {:.8f} (+{}%)...'.format(ASK_SELL, PUMP_SELL)
if ALLOW_ORDERS:
COINS_OWNED, ERROR = API.get_balance(PUMP_COIN)[0]['Available']
if ERROR is not None:
print ERROR
break
while COINS_OWNED == 0: