def bitfinex_examples():
bitfinex = CryptoWrapper(api="Bitfinex")
bitfinex_wrapper = bitfinex.wrapper
# Get list of available endpoints (functions)
# logger.info(bitfinex_wrapper.__getfunctions__())
resp = bitfinex_wrapper.platform_status_GET()
logger.info(resp)
resp = bitfinex_wrapper.tickers_GET(symbols="tBTCUSD,tLTCUSD,fUSD")
logger.info(resp)
def binance_dex_examples():
binance_dex = CryptoWrapper(api="BinanceDEX", max_retries=2)
binance_dex_wrapper = binance_dex.wrapper
# Get list of available endpoints (functions)
# logger.info(binance_dex_wrapper.__getfunctions__())
resp = binance_dex_wrapper.fees_GET()
logger.info(resp)
resp = binance_dex_wrapper.tokens_GET()
logger.info(resp)
def bitmex_examples():
# with open("bin/keys/bitmex_k.txt", "r") as f:
# bitmex_key = f.read()
# with open("bin/keys/bitmex_s.txt", "r") as f:
# bitmex_secret = f.read()
bitmex = CryptoWrapper(
api="BitMEX",
# api_key=bitmex_key,
# api_secret=bitmex_secret,
cache_expire=0,
max_retries=2)
bitmex_wrapper = bitmex.wrapper
# To alternate between mainnet & testnet:
bitmex_wrapper.BASE_URL = "https://www.bitmex.com/api/v1"
# bitmex_wrapper.BASE_URL = "https://testnet.bitmex.com/api/v1"
def example_1():
resp = bitmex_wrapper.announcement_GET(columns=["title", "date"])
logger.info(resp[0])
def example_2():
resp = bitmex_wrapper.order_bulk_POST(orders=json.dumps([{
"symbol":
"XBTUSD",
"orderQty":
250,
"price":
1000
}, {
"symbol":
"XBTUSD",
"orderQty":
500,
"price":
2500
}]), )
logger.info(resp)
def example_3():
resp = bitmex_wrapper.chat_GET(count=2)
logger.info(resp[0]["date"])
# Get list of available endpoints (functions)
# logger.info(bitmex_wrapper.__getfunctions__())
example_1()
def cryptocompare_examples():
with open("bin/keys/cryptocompare_k.txt", "r") as f:
cryptocompare_key = f.read()
cryptocompare = CryptoWrapper(api="CryptoCompare",
api_key=cryptocompare_key)
cryptocompare_wrapper = cryptocompare.wrapper
# Get list of available endpoints (functions)
# logger.info(cryptocompare_wrapper.__getfunctions__())
resp = cryptocompare_wrapper.price_GET(fsym="BTC", tsyms="USD,JPY,EUR")
logger.info(resp)
resp = cryptocompare_wrapper.historical_daily_ohlcv_GET(fsym="BTC",
tsym="USD",
limit=1)
logger.info(resp)
def cmc_examples():
with open("bin/keys/cmc_k.txt", "r") as f:
cmc_key = f.read()
cmc = CryptoWrapper(api="CMC",
api_key=cmc_key,
cache_expire=240,
max_retries=1)
cmc_wrapper = cmc.wrapper
# Get list of available endpoints (functions)
# logger.info(cmc_wrapper.__getfunctions__())
resp = cmc_wrapper.global_aggregate_metrics_latest_GET()
logger.info(resp["data"]["quote"]["USD"]["total_market_cap"])
resp = cmc_wrapper.cryptocurrency_info_GET(symbol="BTC")
logger.info(resp["data"]["BTC"]["date_added"])
def deribit_examples():
# with open("bin/keys/deribit_k.txt", "r") as f:
# deribit_key = f.read()
# with open("bin/keys/deribit_s.txt", "r") as f:
# deribit_secret = f.read()
deribit = CryptoWrapper(
api="Deribit",
# api_key=deribit_key,
# api_secret=deribit_secret,
cache_expire=0,
max_retries=2)
deribit_wrapper = deribit.wrapper
# To alternate between mainnet & testnet:
deribit_wrapper.BASE_URL = "https://www.deribit.com/api/v2"
# deribit_wrapper.BASE_URL = "https://test.deribit.com/api/v2"
def example_1():
resp = deribit_wrapper.get_time_GET()
logger.info(resp)
def example_2():
resp = deribit_wrapper.get_contract_size_GET(
instrument_name="BTC-PERPETUAL")
logger.info(resp)
def example_3():
resp = deribit_wrapper.order_buy_GET(
instrument_name="BTC-PERPETUAL",
amount=500,
type="limit",
label="test",
price=1000)
logger.info(resp)
# Get list of available endpoints (functions)
# logger.info(deribit_wrapper.__getfunctions__())
example_1()
async def binance_examples():
# with open("bin/keys/binance_k.txt", "r") as f:
# binance_key = f.read()
# with open("bin/keys/binance_s.txt", "r") as f:
# binance_secret = f.read()
binance = CryptoWrapper(
api="Binance",
asynchronous=True,
# api_key=binance_key,
# api_secret=binance_secret,
max_retries=2)
binance_wrapper = binance.wrapper
async def example_1():
resp = await binance_wrapper.exchange_information_GET()
logger.info(resp)
async def example_2():
resp = await binance_wrapper.order_test_POST(
symbol="LTCBTC",
side="BUY",
type="LIMIT",
timeInForce="GTC",
quantity=10,
price=0.009,
recvWindow=5000,
timestamp=int(time() * 1000 - 2000))
logger.info(resp)
async def example_3():
resp = await binance_wrapper.user_wallet_deposit_address_GET(
asset="BTC",
recvWindow=5000,
timestamp=int(time() * 1000 - 2000))
logger.info(resp)
# Get list of available endpoints (functions)
# logger.info(binance_wrapper.__getfunctions__())
await example_1()
import asyncio
import os
import json
from time import time
from inspect import getmembers, ismethod
from src.cryptowrapper import CryptoWrapper
DIR = os.path.dirname(__name__) + "bin/data/"
CCOMPARE = CryptoWrapper(api="CryptoCompare", asynchronous=True)
CC_WRAPPER = CCOMPARE.wrapper
EXCHANGE = "CCCAGG" # Exchange to get candles from. Def: "CCADD": CCompare Avg
async def get_candles_daily(pair: list, aggregate: int = 1):
data = []
unix_init = int(time())
for _ in range(2):
# Collect 2000 candles
resp = await CC_WRAPPER.historical_daily_ohlcv_GET(
fsym=pair[0],
tsym=pair[1],
limit=2000,
toTs=unix_init, # unix
aggregate=aggregate,
e=EXCHANGE)
data.extend(resp["Data"])
unix_init -= 2000 * 60 * 60 * 24
with open(f"{DIR}{pair[0]}{pair[1]}_{aggregate}D.json", "w") as f:
# Sort candles & remove empty ones