def difficulty_cutoff(source):
"""
returns the difficulty cut off for the pool
"""
diff = btcnet_info.get_difficulty(source.coin)
btc_diff = btcnet_info.get_difficulty(source.coin)
if not diff:
return 0
#while not diff:
# gevent.sleep(0)
# diff = btcnet_info.get_difficulty(source.coin)
diff = float(diff)
btc_diff = float(btc_diff)
#Propositional Hopping
if source.payout_scheme in ['prop']:
return diff * 0.435
#Score Hopping
if source.payout_scheme in ['score']:
c = source.mine.c if source.mine and source.mine.c else 300
c = float(c)
hashrate = float(source.rate) / (10. ** 9) if source.rate else 1
hopoff = btc_diff * (0.0164293 + 1.14254 / (1.8747 * (btc_diff / (c * hashrate)) + 2.71828))
return hopoff
def difficulty_cutoff(source):
"""
returns the difficulty cut off for the pool
"""
diff = btcnet_info.get_difficulty(source.coin)
btc_diff = btcnet_info.get_difficulty(source.coin)
if not diff:
return 0
#while not diff:
# gevent.sleep(0)
# diff = btcnet_info.get_difficulty(source.coin)
diff = float(diff)
btc_diff = float(btc_diff)
#Propositional Hopping
if source.payout_scheme in ['prop']:
return diff * 0.435
#Score Hopping
if source.payout_scheme in ['score']:
c = source.mine.c if source.mine and source.mine.c else 300
c = float(c)
hashrate = float(source.rate) / (10.**9) if source.rate else 1
hopoff = btc_diff * (0.0164293 + 1.14254 /
(1.8747 * (btc_diff / (c * hashrate)) + 2.71828))
return hopoff
def get_diff(pool):
coin = btcnet_info.get_pool(pool)
if coin:
coin = coin.coin
else:
coin = 'btc'
return float(btcnet_info.get_difficulty(coin))
def get_diff(pool):
coin = btcnet_info.get_pool(pool)
if coin:
coin = coin.coin
else:
coin = 'btc'
return float(btcnet_info.get_difficulty(coin))
def testdiff_cutoff(self):
example = FakePool()
self.assertEqual(
self.logic.difficulty_cutoff(example),
float(btcnet_info.get_difficulty(example.coin)) * 0.435)
def testdiff_cutoff(self):
example = FakePool()
self.assertEqual(self.logic.difficulty_cutoff(example),
float(btcnet_info.get_difficulty(example.coin)) * 0.435)
