def __init__(self, key, sec):
Thread.__init__(self)
self._core = MtGoxCore(key, sec)
# start with a clean order book
logger.info('Initialising; Swiping order book...')
while True:
data = self._core.orders()
oids = map(lambda o: o['oid'],
data['orders']
)
logger.debug(oids)
if oids == []:
break
map(self._core.cancel, oids)
logger.info('Order book is clean')
self._orders = {}
self._balance = convert.balance(data)
self._lock = Lock()
self._running = False
logger.info('Initialisation done!')
import time
from mtgoxcore import MtGoxCore
from tradehillcore import TradehillCore
from decimal import Decimal
GOXFEE = Decimal("0.0053")
HILFEE = Decimal("0.0054") # Referral code
gox = MtGoxCore()
hil = TradehillCore()
while True:
goxtick = gox.ticker()["ticker"]
hiltick = hil.ticker()["ticker"]
goxsell = Decimal(goxtick["buy"]) * (1 - GOXFEE)
goxbuy = Decimal(goxtick["sell"]) / (1 - GOXFEE)
hilsell = Decimal(hiltick["buy"]) * (1 - HILFEE)
hilbuy = Decimal(hiltick["sell"]) / (1 - HILFEE)
if hilbuy < goxsell:
print time.ctime(time.time())
print " Buy on Tradehill for %.3f, sell on MtGox for %.3f --\
make %.2f%% profit!" % (
hilbuy,
goxsell,
100 * (goxsell - hilbuy) / hilbuy,
)
if goxbuy < hilsell:
print time.ctime(time.time())
print " Buy on MtGox for %.3f, sell on Tradehill for %.3f --\
make %.2f%% profit!" % (
# logging.basicConfig(
# format = '%(name)-12s: %(message)s',
# )
# logging.getLogger('MtGoxCore').setLevel(logging.DEBUG)
# logging.getLogger('MtGox').setLevel(logging.DEBUG)
import time, convert, pynotify, logging
from mtgoxcore import MtGoxCore
from config import KEY, SEC
from decimal import Decimal
FEE = Decimal('0.0043')
gox = MtGoxCore(KEY, SEC)
bal = convert.balance(gox.balance())
#bal = {'btcs': Decimal(40), 'usds': Decimal(0)}
while True:
try:
tic = convert.ticker(gox.ticker())
newbal = convert.balance(gox.balance())
last = tic['last']
buy = tic['sell']
sell = tic['buy']
usds = bal['usds']
btcs = bal['btcs']
newusds = newbal['usds']
newbtcs = newbal['btcs']
valusds = (1 - FEE) * newbtcs * last + newusds
class MtGox(Thread):
def __init__(self, key, sec):
Thread.__init__(self)
self._core = MtGoxCore(key, sec)
# start with a clean order book
logger.info('Initialising; Swiping order book...')
while True:
data = self._core.orders()
oids = map(lambda o: o['oid'],
data['orders']
)
logger.debug(oids)
if oids == []:
break
map(self._core.cancel, oids)
logger.info('Order book is clean')
self._orders = {}
self._balance = convert.balance(data)
self._lock = Lock()
self._running = False
logger.info('Initialisation done!')
def run(self):
self._running = True
logger.info('Syncronisation thread started (hi mom!)')
while self._running:
self._sync()
time.sleep(INTERVAL)
logger.info('Ending syncronisation thread')
def stop(self):
self._running = False
def _sync(self):
# logger.info('Syncronising orders...')
# logger.debug('Acquiring lock...')
self._lock.acquire()
# logger.debug('Lock acquired!')
if self._orders == {}:
# logger.info('Nothing to do; Syncronisation done!')
# logger.debug('Releasing lock')
self._lock.release()
return
logger.info('Syncronising orders...')
def index(orders):
bids = {}
asks = {}
for o in orders:
p = o['price']
if o['type'] == 'bid':
d = bids
else:
d = asks
if not p in d:
d[p] = []
d[p].append(o)
return (bids, asks)
def sum_amounts(xs):
return sum(map(lambda x: x['amount'], xs))
def tot_amounts(xs):
return sum(map(sum_amounts, xs.values()))
def partition(orders):
live = []
dead = []
now = time.time()
for o in orders:
if o['status'] != 'open':
dead.append(o)
elif o['ttl'] is not None and \
o['date'] + o['ttl'] < now:
o['status'] = 'timed_out'
dead.append(o)
else:
live.append(o)
f = lambda x: x['date']
return (sorted(live, key = f),
sorted(dead, key = f))
def callback(o, f, *args):
logger.debug('Callback for %s: %s%s' % (o['oid'], f, repr(args)))
try:
o['callbacks'][f](o, *args)
except Exception, e:
logger.debug('Callback %s for order %s failed: %s' % (f, o['oid'], e))
pass
cancelled = None
data = self._core.orders()
orders = convert.orders(data)
balance = convert.balance(data)
while True:
logger.debug('Building indexes')
logger.debug('Orderbook from MtGox: %s' % data)
(oldbids, oldasks) = index(self._orders.values())
(oldbtcs, oldusds) = (self._balance['btcs'], self._balance['usds'])
(newbids, newasks) = index(orders)
(newbtcs, newusds) = (balance['btcs'], balance['usds'])
# check for cancelation
if cancelled is not None:
logger.debug('Checking if %s was cancelled' % cancelled['oid'])
bought = tot_amounts(oldbids) - tot_amounts(newbids)
sold = tot_amounts(oldasks) - tot_amounts(newasks)
delta1 = bought * (1 - BUY_FEE) - sold * (1 - SELL_FEE)
if cancelled['type'] == 'bid':
delta2 = (bought - cancelled['amount']) * (1 - BUY_FEE) - \
sold * (1 - SELL_FEE)
d = oldbids
f = self._core.buy
else:
delta2 = bought * (1 - BUY_FEE) - \
(sold - cancelled['amount']) * (1 - SELL_FEE)
d = oldasks
f = self._core.sell
real_delta = newbtcs - oldbtcs
logger.debug('Sold %.2f -- Bough %.2f' % (sold, bought))
logger.debug('Deltas: not cancelled %.2f -- cancelled %.2f -- real %.2f' % (delta1, delta2, real_delta))
if abs(abs(delta1) - abs(real_delta)) > abs(abs(delta2) - abs(real_delta)):
# Was cancelled - prune local orders
logger.debug('Order was cancelled: %s at %.2f USD' % (cancelled['oid'], cancelled['price']))
(live, dead) = partition(d[cancelled['price']])
logger.debug('Live: %s', live)
logger.debug('Dead: %s', dead)
dead_left = False
for o in dead:
if cancelled['amount'] >= o['amount']:
oid = o['oid']
cancelled['amount'] -= o['amount']
o['cancelled_amount'] = o['amount']
o['amount'] = Decimal(0)
if o['status'] == 'timed_out':
callback(o, 'onTimeout')
else:
callback(o, 'onCancel')
del self._orders[oid]
continue
if not cancelled['amount'].is_zero():
o['cancelled_amount'] += cancelled['amount']
o['amount'] -= cancelled['amount']
dead_left = True
break
# If the cancelled amount was too large:
if not dead_left and not cancelled['amount'].is_zero():
logger.debug('Cancelled order too large; replacing...')
f(cancelled['amount'], cancelled['price'])
logger.debug('Done!')
cancelled = None
continue # rebuild indexes
else:
logger.debug('Order was not cancelled: %s as %.2f USD' % (cancelled['oid'], cancelled['price']))
# Was not cancelled - do nothing
cancelled = None
# check for progress and/or filled orders
try:
price = (oldusds - newusds) / (newbtcs - oldbtcs)
except:
price = Decimal(0)
def process(old, new):
logger.debug('Processing orders...')
logger.debug('Old: %s', old)
logger.debug('New: %s', new)
to_cancel = []
for (p, os) in old.items():
logger.debug('Processing at price %.2f USD', p)
oldamount = sum_amounts(os)
if p in new:
newamount = sum_amounts(new[p])
else:
newamount = Decimal(0)
amount = oldamount - newamount
(live, dead) = partition(os)
os = live + dead
logger.debug('Bought %.2f BTC', amount)
logger.debug('Orders to process: %s', os)
for o in os:
oid = o['oid']
if o['amount'] <= amount:
# filled
amount -= o['amount']
a = o['amount']
o['filled_amount'] += o['amount']
o['amount'] = Decimal(0)
callback(o, 'onProgress', a, price)
callback(o, 'onFilled')
del self._orders[oid]
continue
if not amount.is_zero():
# part filled
o['filled_amount'] += amount
o['amount'] -= amount
callback(o, 'onProgress', amount, price)
if o['status'] is not 'open':
# we're processing non-open orders -- cancel!
logger.debug('Need to cancel at price %.2f' % p)
logger.debug('Candidates for cancelation: %s', new[p])
to_cancel += new[p]
break
logger.debug('Processing done!')
return to_cancel
to_cancel = \
process(oldbids, newbids) + \
process(oldasks, newasks)
# we're now up to date
logger.debug('Old balance was: %s', self._balance)
self._balance = balance
logger.debug('New balance is: %s', self._balance)
# check for orders to cancel
if to_cancel == []:
logger.info('Nothing to cancel; Synchronisation done!')
break
# pick 'invalid' orders first, then 'open', last 'pending'
def key(x):
s = x['status']
if s == 'invalid':
return 0
elif s == 'open':
return 1
elif s == 'pending':
return 2
return 0
random.shuffle(to_cancel) # avoid always going for lowest bid
cancelled = sorted(to_cancel, key = key)[0]
# cancelled = to_cancel[random.randrange(0, len(to_cancel))]
logger.debug('Cancelling order: %s at %.2f USD' % (cancelled['oid'], cancelled['price']))
data = self._core.cancel(cancelled['oid'])
orders = convert.orders(data)
balance = convert.balance(data)
#end while
logger.debug('Releasing lock')
self._lock.release()
from mtgoxcore import MtGoxCore
from config import KEY, SEC
import time, json
gox = MtGoxCore(KEY, SEC)
file_raw = 'history.raw.json'
file_prices = 'history.prices.pickled'
try:
with open(file_raw) as f:
print "Reading saved trades from disk"
trades = json.load(f)
since = trades[-1]['tid']
print "Read %d trades from disk" % len(trades)
except:
since = 0
trades = []
while True:
t = gox.trades(since)
print "%s -- %s" % (time.ctime(t[0]['date']), time.ctime(t[-1]['date']))
trades = trades + t
if len(t) < 100:
break
since = t[-1]['tid']
with open(file_raw, 'w') as f:
print "Writing %d trades to disk" % len(trades)
json.dump(trades, f)