trade_option = 'Sell'
option = int(raw_input("1. Automatic\n2. Manual\n"))
# manual variables
if (option == 2):
coin_name = raw_input("The coin name abbreviation (example ETH): ")
how_much_bitcoin = float(raw_input("Amount of BTC to pay with : "))
offset = float(input("Offset rate of the coin pair : "))
trade_option = raw_input("Buy/Sell : ")
# getting coin stats
coin_pair = coin_name + '_BTC'
market = coin_name + '/BTC'
print("Getting current market status...")
coin_pair_stats = api_wrapper.get_market(coin_pair)
coin_pair_price = coin_pair_stats[0]["LastPrice"]
coin_pair_price = float(format(coin_pair_price, '.8f'))
print("Current exchange rate : {}".format(coin_pair_price))
if (trade_option == 'Buy'):
desired_coin_pair_price = float(
format(coin_pair_price + (coin_pair_price * (offset / float(100))),
'.8f'))
print("Desired Exchange rate : {}".format(desired_coin_pair_price))
amount = round(how_much_bitcoin / desired_coin_pair_price)
print("Number of coins you can buy : {}".format(amount))
else:
desired_coin_pair_price = float(
format(coin_pair_price - (coin_pair_price * (offset / float(100))),
'.8f'))
print("Desired Exchange rate : {}".format(desired_coin_pair_price))
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)
print('\nLive Mode Active! Real orders will be placed.\n\n\
Press CTRL+C to exit at anytime.\n')
print('You have {} BTC available.'.format(AVAILABLE_BTC))
PUMP_BALANCE = float(input("How much BTC would you like to use?: "))
while PUMP_BALANCE > AVAILABLE_BTC:
print('You can\'t invest more than {}'.format(AVAILABLE_BTC))
PUMP_BALANCE = float(input("How much BTC would you like to use?: "))
PUMP_BUY = float(input("\nBuy Above Current Ask by what %: "))
PUMP_SELL = float(input("Sell Above Current Ask by what %: "))
print('\n*Orders will send immediately after entering coin ticker symbol. \
Assure accuracy!\nType in one case only, i.e. XVG or xvg, not Xvg\n'
)
PUMP_COIN = input("Coin Ticker Symbol: ")
COIN_PRICE, ERROR = API.get_market(PUMP_COIN + "_BTC")
if ERROR is not None:
print(ERROR)
break
ASK_PRICE = COIN_PRICE['AskPrice']
COIN_SUMMARY, ERROR = API.get_market(PUMP_COIN + "_BTC")
if ERROR is not None:
print(ERROR)
break
LAST_PRICE = COIN_SUMMARY['LastPrice']
CLOSE_PRICE = COIN_SUMMARY['Close']
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(
ALLOW_ORDERS = True
print '\nLive Mode Active! Real orders will be placed.\n\n\
Press CTRL+C to exit at anytime.\n'
print 'You have {} BTC available.'.format(AVAILABLE_BTC)
PUMP_BALANCE = float(raw_input("How much BTC would you like to use?: "))
while PUMP_BALANCE > AVAILABLE_BTC:
print 'You can\'t invest more than {}'.format(AVAILABLE_BTC)
PUMP_BALANCE = float(raw_input("How much BTC would you like to use?: "))
PUMP_BUY = float(raw_input("\nBuy Above Current Ask by what %: "))
PUMP_SELL = float(raw_input("Sell Above Current Ask by what %: "))
print '\n*Orders will send immediately after entering coin ticker symbol. \
Assure accuracy!\nType in one case only, i.e. XVG or xvg, not Xvg\n'
PUMP_COIN = raw_input("Coin Ticker Symbol: ")
COIN_PRICE, ERROR = API.get_market(PUMP_COIN + "_BTC")
if ERROR is not None:
print ERROR
break
ASK_PRICE = COIN_PRICE['AskPrice']
COIN_SUMMARY, ERROR = API.get_market(PUMP_COIN + "_BTC")
if ERROR is not None:
print ERROR
break
LAST_PRICE = COIN_SUMMARY['LastPrice']
CLOSE_PRICE = COIN_SUMMARY['Close']
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)