def test_bitcoin_multiple_tsyms(self):
"""Requesting multiple price for multiple quote symbols should work"""
cc = CryptoCompare()
tsyms = ['USD', 'EUR', 'JPY', 'ETH']
result = cc.get_price('BTC', tsyms)
for symbol in tsyms:
self.assertIn(symbol, result['BTC'].keys())
def test_multiple_fsyms_and_tsyms(self):
"""Requesting multiple price for multiple base and quote symbols should work"""
cc = CryptoCompare()
fsyms = ['BTC', 'LTC', 'ETH']
tsyms = ['USD', 'EUR']
result = cc.get_price(fsyms, tsyms)
for fs in fsyms:
for ts in tsyms:
self.assertIn(ts, result[fs])
def test_bitcoin_usd(self):
"""Request BTC/USD price should return that pair rate"""
cc = CryptoCompare()
result = cc.get_price('BTC', 'USD')
self.assertIsInstance(result['BTC']['USD'], numbers.Real)
def test_bitcoin_usd_specific_exchange(self):
"""Request BTC/USD price on specific exchange should work"""
cc = CryptoCompare()
result = cc.get_price('BTC', 'USD', exchange='Bitstamp')
self.assertIsInstance(result['BTC']['USD'], numbers.Real)
def test_bitcoin_lowercase(self):
"""Working with lowercase symbols should work"""
cc = CryptoCompare()
result = cc.get_price('btc', 'usd')
self.assertIsInstance(result['BTC']['USD'], numbers.Real)
from cryptocompare import CryptoCompare
COINS = ['BTC', 'LTC', 'ETH', 'BCH', 'USD', 'EUR']
cc = CryptoCompare()
prices = cc.get_price(COINS, COINS)
print(end='\t')
for coin in COINS: # top header
print(coin, end='\t')
for a in COINS:
print('\n', a, end='\t') # left header
for b in COINS:
print('{:7.2f}'.format(prices[a][b]), end='\t')
