def message_dev_for_summary(dev):
channel = '#general'
message = 'Hey @%s, what did you get up to today?' % dev['name']
emoji = fun_emoji()
bot_name = fun_bot_name(emoji)
slacker = Slacker(channel, bot_name, icon_emoji=emoji)
slacker.notify(message)
def notify_revenue(db):
# beginning of last UTC day
start_time = Delorean().last_day().truncate('day').datetime
end_time = Delorean().truncate('day').datetime
# This revenue calculating logic takes about 10s to run
open_position_offset = positions.fast_position(
db,
end_time=start_time,
)
open_position_trades = revenue_lib.open_position_trades(
open_position_offset,
db,
start_time,
)
trades = db\
.query(Trade)\
.join(Order)\
.filter(Order.actor == 'Multi')\
.filter(Trade.time_created >= start_time)\
.filter(Trade.time_created < end_time)\
.options(joinedload('order'))\
.order_by(Trade.time_created)\
.all()
matched_trades, _ = revenue_lib.split_trades(open_position_trades +
trades, )
__, revenue, __, __ = revenue_lib.profit_data(matched_trades, 'USD')
slacker = Slacker('#general', 'revenue', icon_emoji=':moneybag:')
slacker.notify('We made %s today' % revenue)
def message_dev_for_checkin(dev, current_time):
logger.info('pinging @%s' % dev['name'])
channel = '@%s' % dev['name']
message = 'Time for a quick checkin'
emoji = clock_emoji(current_time)
slacker = Slacker(channel, 'checkin', icon_emoji=emoji)
slacker.notify(message)
def start(self):
self.redis = yield util.setup_redis()
self.setup_mysql()
self.heartbeat_key = 'trades_auditor_heartbeat'
self.looping_call = LoopingCall(self.audit).start(1800)
self.accuracy_bottom = Decimal('0.99')
self.accuracy_top = Decimal('1.01')
self.slacker = Slacker('#notifications', 'Auditor')
def btc_withdrawal_notification(exchange_db, amount):
on_call_dev = get_on_call_dev()
amount = amount.round_to_decimal_places(0)
channel = '@%s' % on_call_dev
message = 'Do a %d BTC withdrawal from %s' % (amount.amount,
exchange_db.name)
logger.info('Hipchat ping: %s' % message)
slacker = Slacker(channel, 'withdrawals', icon_emoji=':moneybag:')
slacker.notify(message)
def notify_on_call_dev(transaction, db_account):
"""
Notify the current on-call dev that a wire has landed
"""
try:
on_call_dev = shoebox.get_on_call_dev()
channel = '@%s' % on_call_dev
message = '%s wire landed in %s [%s]' % (
transaction['amount'], db_account.name, transaction['description'])
slacker = Slacker(channel, 'mover', icon_emoji=':moneybag:')
slacker.notify(message)
except:
pass
def get_breaking_bitcoin_news():
reddit_breaking_news = redditor.get_reddit_breaking_news(
'bitcoin', upvote_threshold=500)
hn_keyword_dict = {
'bitcoin': 15,
'bitstamp': 5,
'bitfinex': 5,
'cavirtex': 5,
'quadriga': 5,
'okcoin': 5,
'coinbase': 5,
'coinsetter': 5,
'gemini': 5,
'kraken': 5,
}
hn_breaking_news = hackernewsie.get_hn_breaking_news(hn_keyword_dict)
for news in reddit_breaking_news:
news['source'] = 'Reddit'
for news in hn_breaking_news:
news['source'] = 'HN'
breaking_news = reddit_breaking_news + hn_breaking_news
if breaking_news:
message = 'Breaking News:\n'
for news in breaking_news:
message += '<%s|%s> (<%s|%s comments>)\n\n' % (
news['url'], news['title'], news['comments_url'],
news['source'])
slacker = Slacker('#news', 'news')
slacker.notify(message)
def money_moving():
current_time = Delorean().datetime
morning_timeslot = parse('9am -0800').datetime # when we get up in PST
afternoon_timeslot = parse(
'3:30pm -0500').datetime # 4pm EST is BMO's wire cutoff
in_morning_timeslot = (current_time.hour == morning_timeslot.hour
and current_time.minute == morning_timeslot.minute)
in_afternoon_timeslot = (current_time.hour == afternoon_timeslot.hour and
current_time.minute == afternoon_timeslot.minute)
if in_morning_timeslot or in_afternoon_timeslot:
on_call_dev = get_on_call_dev()
channel = '@%s' % on_call_dev
if in_morning_timeslot:
message = 'Time for early morning money moving!'
elif in_afternoon_timeslot:
message = 'Time for afternoon money moving! (Wire cutoff is 4pm EST)'
slacker = Slacker(channel, 'mover', icon_emoji=':moneybag:')
slacker.notify(message)
class TradesAuditor(Auditor):
def __init__(self, exchanges=[]):
self.exchanges = exchanges
def heartbeat(self, response=None):
subprocess.call(
["touch", "monit/heartbeat/trades_auditor_heartbeat.txt"])
@defer.inlineCallbacks
def start(self):
self.redis = yield util.setup_redis()
self.setup_mysql()
self.heartbeat_key = 'trades_auditor_heartbeat'
self.looping_call = LoopingCall(self.audit).start(1800)
self.accuracy_bottom = Decimal('0.99')
self.accuracy_top = Decimal('1.01')
self.slacker = Slacker('#notifications', 'Auditor')
@inlineCallbacks
def audit(self):
successes = []
for exchange in self.exchanges:
now = datetime.utcnow()
twenty_four_hours_ago = now - timedelta(hours=24)
ten_minutes_ago = now - timedelta(minutes=10)
trades_sum_result = yield self.engine.execute(
select([func.sum(trades.c.volume)]).where(
and_(
trades.c.exchange.__eq__(exchange),
trades.c.timestamp.between(twenty_four_hours_ago, now),
)))
trades_sum_result = yield trades_sum_result.fetchone()
trades_volume = trades_sum_result[0] or 0
exchange_volume_result = yield self.engine.execute(
select([exchange_volumes.c.exchange_volume]).where(
and_(
exchange_volumes.c.exchange.__eq__(exchange),
exchange_volumes.c.timestamp.between(
ten_minutes_ago, now),
)).order_by(exchange_volumes.c.timestamp.desc()))
exchange_volume_result = yield exchange_volume_result.fetchone()
if exchange_volume_result:
most_recent_exchange_volume = exchange_volume_result[0]
accuracy = trades_volume / most_recent_exchange_volume
log.msg('Trade Volume Accuracy on %s: %s' %
(exchange, accuracy))
if accuracy < self.accuracy_bottom or accuracy > self.accuracy_top:
successes.append(False)
self.slacker.notify(
'%s Trades Poller at %s accuracy. Outside %s-%s' % (
exchange,
accuracy,
self.accuracy_bottom,
self.accuracy_top,
))
else:
successes.append(True)
# If all exchanges passed their audit then we heartbeat.
if all(successes):
self.heartbeat()