def test_formatCurrencyByPair(self):
info = btceapi.APIInfo(self.connection)
for i in info.pairs.values():
d = i.decimal_places
self.assertEqual(i.format_currency(1.12),
btceapi.formatCurrencyDigits(1.12, d))
self.assertEqual(i.format_currency(44.0),
btceapi.formatCurrencyDigits(44.0, d))
self.assertEqual(i.truncate_amount(1.12),
btceapi.truncateAmountDigits(1.12, d))
self.assertEqual(i.truncate_amount(44.0),
btceapi.truncateAmountDigits(44.0, d))
def test_formatCurrencyByPair(self):
info = btceapi.APIInfo(self.connection)
for i in info.pairs.values():
d = i.decimal_places
self.assertEqual(i.format_currency(1.12),
btceapi.formatCurrencyDigits(1.12, d))
self.assertEqual(i.format_currency(44.0),
btceapi.formatCurrencyDigits(44.0, d))
self.assertEqual(i.truncate_amount(1.12),
btceapi.truncateAmountDigits(1.12, d))
self.assertEqual(i.truncate_amount(44.0),
btceapi.truncateAmountDigits(44.0, d))
def test_formatCurrency(self):
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 1), "1.1")
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 2), "1.12")
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 3), "1.123")
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 4), "1.1234")
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 5), "1.12345")
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 6), "1.123456")
self.assertEqual(btceapi.formatCurrencyDigits(1.123456789, 7), "1.1234567")
for i in range(2, 8):
print(i)
self.assertEqual(btceapi.formatCurrencyDigits(1.12, i), "1.12")
self.assertEqual(btceapi.formatCurrencyDigits(44.0, i), "44.0")
print "\tCurrent value of open orders:"
orders = t.activeOrders(connection=conn)
if orders:
for o in orders:
c1, c2 = o.pair.split("_")
c2_equiv = o.amount * exchange_rates[o.pair]
if c2 == "btc":
btc_equiv = c2_equiv
else:
btc_equiv = c2_equiv / exchange_rates["btc_%s" % c2]
btc_str = btceapi.formatCurrency(btc_equiv, o.pair)
print "\t\t%s %s %s @ %s (~%s BTC)" % (
o.type, o.amount, o.pair, o.rate, btc_str)
btc_total += btc_equiv
else:
print "\t\tThere are no open orders."
btc_str = btceapi.formatCurrency(btc_total, "btc_usd")
print "\n\tTotal estimated value: %s BTC" % btc_str
for fiat in ("usd", "eur", "rur"):
fiat_pair = "btc_%s" % fiat
fiat_total = btc_total * exchange_rates[fiat_pair]
fiat_str = btceapi.formatCurrencyDigits(fiat_total, 2)
print "\t %s %s" % (fiat_str,
fiat.upper())
except Exception as e:
print " An error occurred: %s" % e
raise e
else:
pair = "btc_%s" % currency
btc_equiv = balance / exchange_rates[pair]
bal_str = btceapi.formatCurrency(balance, pair)
btc_str = btceapi.formatCurrency(btc_equiv, "btc_usd")
print "\t%s balance: %s (~%s BTC)" % (currency.upper(), bal_str, btc_str)
btc_total += btc_equiv
print "\tCurrent value of open orders:"
orders = t.orderList(connection = conn)
for o in orders:
# TODO: handle pairs that don't involve BTC
btc_equiv = o.amount * exchange_rates[o.pair]
btc_str = btceapi.formatCurrency(btc_equiv, pair)
print "\t\t%s %s %s @ %s (~%s BTC)" % (o.type, o.amount, o.pair, o.rate, btc_str)
btc_total += btc_equiv
btc_str = btceapi.formatCurrency(btc_total, "btc_usd")
print "\n\tTotal estimated value: %s BTC" % btc_str
for fiat in ("usd", "eur", "rur"):
fiat_pair = "btc_%s" % fiat
fiat_total = btc_total * exchange_rates[fiat_pair]
fiat_str = btceapi.formatCurrencyDigits(fiat_total, 2)
print "\t %s %s" % (fiat_str, fiat.upper())
except Exception as e:
print " An error occurred: %s" % e
raise e
def showAccountInfo(self, keyfile):
''' Show account info such as
balance and total value of wallet '''
handler = btceapi.KeyHandler(keyfile, resaveOnDeletion=True)
for key in handler.getKeys():
# print "Printing info for key %s" % key
conn = btceapi.BTCEConnection()
t = btceapi.TradeAPI(key, handler=handler)
try:
r = t.getInfo(connection = conn)
print "\t*************"
for currency in btceapi.all_currencies:
balance = getattr(r, "balance_" + currency)
if balance != 0:
print "\t%s balance: %s" % (currency.upper(), balance)
# print "\tInformation rights: %r" % r.info_rights
# print "\tTrading rights: %r" % r.trade_rights
# print "\tWithrawal rights: %r" % r.withdraw_rights
print "\tServer time: %r" % str(r.server_time)
#compute estimated account value too
exchange_rates = {}
for pair in btceapi.all_pairs:
asks, bids = btceapi.getDepth(pair)
exchange_rates[pair] = bids[0][0]
btc_total = 0
for currency in btceapi.all_currencies:
balance = getattr(r, "balance_" + currency)
if currency == "btc":
# print "\t%s balance: %s" % (currency.upper(), balance)
btc_total += balance
else:
pair = "%s_btc" % currency
if pair in btceapi.all_pairs:
btc_equiv = balance * exchange_rates[pair]
else:
pair = "btc_%s" % currency
btc_equiv = balance / exchange_rates[pair]
bal_str = btceapi.formatCurrency(balance, pair)
btc_str = btceapi.formatCurrency(btc_equiv, "btc_usd")
#print "\t%s balance: %s (~%s BTC)" % (currency.upper(), bal_str, btc_str)
btc_total += btc_equiv
#print "\tCurrent value of open orders:"
orders = t.activeOrders(connection = conn)
if orders:
for o in orders:
btc_equiv = o.amount * exchange_rates[o.pair]
btc_str = btceapi.formatCurrency(btc_equiv, pair)
print "\t\t%s %s %s @ %s (~%s BTC)" % (o.type, o.amount, o.pair, o.rate, btc_str)
btc_total += btc_equiv
else:
print "\t\tThere are no open orders."
btc_str = btceapi.formatCurrency(btc_total, "btc_eur")
print "\tTotal estimated value: %s BTC" % btc_str
# for fiat in ("eur"):
fiat_pair = "btc_%s" % "eur"
fiat_total = btc_total * exchange_rates[fiat_pair]
fiat_str = btceapi.formatCurrencyDigits(fiat_total, 2)
print "\t %s EUR" % fiat_str
print "\t*************"
#print "\tItems in transaction history: %r" % r.transaction_count
except:
print " An error occurred: kakzooi"
raise