async def run():
api_key = os.environ['BITPANDAAPIKEY']
client = CryptoXLib.create_bitpanda_client(api_key)
# Bundle several subscriptions into a single websocket
client.compose_subscriptions([
AccountSubscription(callbacks = [account_update]),
PricesSubscription([Pair("BTC", "EUR")]),
OrderbookSubscription([Pair("BTC", "EUR")], "50", callbacks = [order_book_update]),
CandlesticksSubscription([CandlesticksSubscriptionParams(Pair("BTC", "EUR"), TimeUnit.MINUTES, 1)]),
MarketTickerSubscription([Pair("BTC", "EUR")])
])
# Bundle another subscriptions into a separate websocket
client.compose_subscriptions([
OrderbookSubscription([Pair("ETH", "EUR")], "3", callbacks = [order_book_update]),
])
# Bundle another subscriptions into a separate websocket
client.compose_subscriptions([
TradingSubscription(callbacks = [trading_update]),
OrdersSubscription(callbacks = [orders_update]),
])
# Execute all websockets asynchronously
await client.start_websockets()
async def run():
api_key = os.environ['BITPANDAAPIKEY']
client = CryptoXLib.create_bitpanda_client(api_key)
print("Time:")
response = await client.get_time()
print(f"Headers: {response['headers']}")
print("Account balance:")
await client.get_account_balances()
print("Account orders:")
await client.get_account_orders()
print("Account order:")
try:
await client.get_account_order("1")
except BitpandaException as e:
print(e)
print("Create market order:")
try:
await client.create_market_order(Pair("BTC", "EUR"), OrderSide.BUY, "10000")
except BitpandaException as e:
print(e)
print("Create limit order:")
try:
await client.create_limit_order(Pair("BTC", "EUR"), OrderSide.BUY, "10000", "1")
except BitpandaException as e:
print(e)
print("Create stop loss order:")
try:
await client.create_stop_limit_order(Pair("BTC", "EUR"), OrderSide.BUY, "10000", "1", "1")
except BitpandaException as e:
print(e)
print("Delete order:")
try:
await client.delete_account_order("1")
except BitpandaException as e:
print(e)
print("Order trades:")
try:
await client.get_account_order_trades("1")
except BitpandaException as e:
print(e)
print("Trades:")
await client.get_account_trades()
print("Trade:")
try:
await client.get_account_trade("1")
except BitpandaException as e:
print(e)
print("Trading volume:")
await client.get_account_trading_volume()
print("Currencies:")
await client.get_currencies()
print("Candlesticks:")
await client.get_candlesticks(Pair("BTC", "EUR"), TimeUnit.DAYS, "1",
datetime.datetime.now() - datetime.timedelta(days = 7), datetime.datetime.now())
print("Fees:")
await client.get_account_fees()
print("Instruments:")
await client.get_instruments()
print("Order book:")
await client.get_order_book(Pair("BTC", "EUR"))
await client.close()
def initialize(cls) -> None:
cls.client = CryptoXLib.create_bitpanda_client(api_key)
cls.print_logs = True
cls.log_level = logging.DEBUG
async def run():
api_key = os.environ['BITPANDAAPIKEY']
client = CryptoXLib.create_bitpanda_client(api_key)
candles = await client.get_candlesticks(
Pair('BTC', 'EUR'), enums.TimeUnit.DAYS, "1",
datetime.datetime.now() - datetime.timedelta(days=1500),
datetime.datetime.now())
candles = candles['response']
close = [float(x['close']) for x in candles]
ohlcv = [
OHLCV(float(x['open']), float(x['high']), float(x['low']),
float(x['close']), float(x['volume'])) for x in candles
]
print(f"Last OHLCV: {ohlcv[-1]}")
print(f'AccuDist: {AccuDist(ohlcv)[-1]}')
print(f'ADX: {ADX(14, 14, ohlcv)[-1]}')
print(f'ALMA: {ALMA(9, 0.85, 6, close)[-1]}')
print(f'AO: {AO(5, 34, ohlcv)[-1]}')
print(f'Aroon: {Aroon(4, ohlcv)[-1]}')
print(f'ATR: {ATR(14, ohlcv)[-1]}')
print(f'BB: {BB(20, 2, close)[-1]}')
print(f'BOP: {BOP(ohlcv)[-1]}')
print(f'CCI: {CCI(20, ohlcv)[-1]}')
print(f'ChaikinOsc: {ChaikinOsc(3, 10, ohlcv)[-1]}')
print(f'ChandeKrollStop: {ChandeKrollStop(10, 2, 9, ohlcv)[-5:]}')
print(f'CHOP: {CHOP(14, ohlcv)[-5:]}')
print(f'CoppockCurve: {CoppockCurve(11, 14, 10, close)[-1]}')
print(f'DEMA: {DEMA(20, close)[-1]}')
print(f'DonchianChannels: {DonchianChannels(20, ohlcv)[-1]}')
print(f'DPO: {DPO(20, close)[-1]}')
print(f'EMA: {EMA(20, close)[-1]}')
print(f'EMV: {EMV(14, 10000, ohlcv)[-1]}')
print(f'ForceIndex: {ForceIndex(13, ohlcv)[-1]}')
print(f'HMA: {HMA(9, close)[-1]}')
print(f'Ichimoku: {Ichimoku(26, 9, 52, 52, 26, ohlcv)[-1]}')
print(f'KAMA: {KAMA(14, 2, 30, close)[-1]}')
print(f'KeltnerChannels: {KeltnerChannels(20, 26, 1, 1, ohlcv)[-1]}')
print(f'KST: {KST(10, 10, 15, 10, 20, 10, 30, 15, 9, close)[-1]}')
print(f'KVO: {KVO(34, 55, ohlcv)[-5:]}')
print(f'MACD: {MACD(12, 26, 9, close)[-1]}')
print(f'MassIndex: {MassIndex(9, 9, 10, ohlcv)[-1]}')
print(f'McGinleyDynamic: {McGinleyDynamic(14, close)[-1]}')
print(f'MeanDev: {MeanDev(10, close)[-1]}')
print(f'OBV: {OBV(ohlcv)[-1]}')
print(f'Pivots: {PivotsHL(15, 15, ohlcv)[-4:]}')
print(f'ROC: {ROC(9, close)[-1]}')
print(f'RSI: {RSI(14, close)[-1]}')
print(f"SAR: {ParabolicSAR(0.02, 0.02, 0.2, ohlcv)[-20:]}")
print(f'SFX: {SFX(12, 12, 3, ohlcv)[-1]}')
print(f'SMA: {SMA(20, close)[-1]}')
print(f'SMMA: {SMMA(7, close)[-1]}')
print(f'SOBV: {SOBV(7, ohlcv)[-1]}')
print(f'StdDev: {StdDev(7, close)[-1]}')
print(f'Stoch: {Stoch(14, 3, ohlcv)[-1]}')
print(f'StochRSI: {StochRSI(14, 14, 3, 3, close)[-1]}')
print(f'TEMA: {TEMA(20, close)[-1]}')
print(f'TRIX: {TRIX(18, close)[-1]}')
print(f'TSI: {TSI(13, 25, close)[-1]}')
print(f'UO: {UO(7, 14, 28, ohlcv)[-1]}')
print(f'VTX: {VTX(14, ohlcv)[-1]}')
print(f'VWMA: {VWMA(20, ohlcv)[-1]}')
print(f'WMA: {WMA(9, close)[-1]}')
await client.close()
async def init_test(self):
self.client = CryptoXLib.create_bitpanda_client(api_key)
