def process(data):
if 'rates' in data:
self.rates = data['rates']
self.last_updated = utils.now_in_utc_secs()
return self.rates
else:
log.info("Could not retrieve ECB forex data")
def process(data):
if "rates" in data:
self.rates = data["rates"]
self.last_updated = utils.now_in_utc_secs()
return self.rates
else:
log.info("Could not retrieve ECB forex data")
def process(data):
rates = dict()
for quote in data['list']['resources']:
quote = quote['resource']['fields']
currency = quote['symbol'].split('=')[0]
rates[currency] = Decimal(quote['price'])
self.rates = rates
self.last_updated = utils.now_in_utc_secs()
return rates
def process(data):
rates = dict()
for quote in data["list"]["resources"]:
quote = quote["resource"]["fields"]
currency = quote["symbol"].split("=")[0]
rates[currency] = Decimal(quote["price"])
self.rates = rates
self.last_updated = utils.now_in_utc_secs()
return rates
def process(data):
rates = dict()
tree = ElementTree.ElementTree(ElementTree.fromstring(data))
for el in tree.iterfind('Rate'):
pair = el.get('Symbol')
bid = Decimal(el[0].text)
ask = Decimal(el[1].text)
rate = (bid + ask) / 2
if pair == 'Copper':
pair = 'XCPUSD'
if len(pair) == 6 and pair.startswith('USD'):
rates[pair[3:]] = rate
elif len(pair) == 6 and pair.endswith('USD'):
rates[pair[:3]] = 1 / rate
else:
# these are indicies/natural gas/oil/etc. Could include if I really wanted to.
pass
self.rates = rates
self.last_updated = utils.now_in_utc_secs()
return rates
def process(data):
rates = dict()
tree = ElementTree.ElementTree(ElementTree.fromstring(data))
for el in tree.iterfind("Rate"):
pair = el.get("Symbol")
bid = Decimal(el[0].text)
ask = Decimal(el[1].text)
rate = (bid + ask) / 2
if pair == "Copper":
pair = "XCPUSD"
if len(pair) == 6 and pair.startswith("USD"):
rates[pair[3:]] = rate
elif len(pair) == 6 and pair.endswith("USD"):
rates[pair[:3]] = 1 / rate
else:
# these are indicies/natural gas/oil/etc. Could include if I really wanted to.
pass
self.rates = rates
self.last_updated = utils.now_in_utc_secs()
return rates
def _should_update(self):
if self.last_updated and utils.now_in_utc_secs(
) - self.last_updated < self.update_freq:
return False
return True
def _should_update(self):
if self.last_updated and utils.now_in_utc_secs() - self.last_updated < self.update_freq:
return False
return True