def get_historicals(ticker, intervalArg, spanArg, boundsArg):
history = r.get_stock_historicals(ticker,interval=intervalArg,span=spanArg,bounds=boundsArg)
#If it's not a stock ticker, try it as a crypto ticker
if(history is None or None in history):
history = r.get_crypto_historicals(ticker,interval=intervalArg,span=spanArg,bounds=boundsArg)
return history
def test_crypto_historicals(self):
crypto = r.get_crypto_historicals(self.bitcoin,
'day',
'week',
'24_7',
info=None)
assert (len(crypto) == 7)
first_point = crypto[0]
# check keys
assert ('begins_at' in first_point)
assert ('open_price' in first_point)
assert ('close_price' in first_point)
assert ('high_price' in first_point)
assert ('low_price' in first_point)
assert ('volume' in first_point)
assert ('session' in first_point)
assert ('interpolated' in first_point)
#
crypto = r.get_crypto_historicals(self.bitcoin,
'hour',
'day',
'regular',
info=None)
assert (len(crypto) <= 6) # 6 regular hours in a day
crypto = r.get_crypto_historicals(self.bitcoin,
'hour',
'day',
'trading',
info=None)
assert (len(crypto) <= 9) # 9 trading hours in a day
crypto = r.get_crypto_historicals(self.bitcoin,
'hour',
'day',
'extended',
info=None)
assert (len(crypto) <= 16) # 16 extended hours in a day
crypto = r.get_crypto_historicals(self.bitcoin,
'hour',
'day',
'24_7',
info=None)
assert (len(crypto) <= 24) # 24 24_7 hours in a day
def getCryptoHistorical(ticker, interval, length):
return r.get_crypto_historicals(symbol=ticker,
interval=interval,
span=length,
bounds="24_7")