def run(self):
# Initialize miners.
logging.info('Querying NiceHash for miner connection information...')
payrates = stratums = None
while payrates is None:
try:
payrates = nicehash.simplemultialgo_info(self._settings)
stratums = nicehash.stratums(self._settings)
except Exception as err:
logging.warning(
f'NiceHash stats: {err}, retrying in 5 seconds')
time.sleep(5)
else:
self._payrates = (payrates, datetime.now())
for miner in self._miners:
miner.stratums = stratums
miner.load()
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
self._scheduler.enter(0, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.run()
def run(self):
# Initialize miners.
logging.info('Querying NiceHash for miner connection information...')
payrates = stratums = None
while payrates is None:
try:
payrates, stratums = nicehash.simplemultialgo_info(self._settings)
except (socket.error, socket.timeout, SSLError, URLError):
time.sleep(5)
else:
self._last_payrates = (payrates, datetime.now())
for miner in self._miners:
miner.stratums = stratums
miner.load()
self._algorithms = sum([miner.algorithms for miner in self._miners], [])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
# Attach the SIGINT signal for quitting.
signal.signal(signal.SIGINT, lambda signum, frame: self.stop())
self._scheduler.enter(0, MiningSession.PROFIT_PRIORITY, self._switch_algos)
self._scheduler.run()
def run(self):
# Initialize miners.
stratums = None
while stratums is None:
try:
payrates = nicehash.simplemultialgo_info(self._settings)
stratums = nicehash.stratums(self._settings)
except Exception as err:
logging.warning(
f'NiceHash stats: {err}, retrying in 5 seconds')
time.sleep(5)
else:
self._payrates = payrates
self._miners = [miner(main.CONFIG_DIR) for miner in all_miners]
for miner in self._miners:
miner.settings = self._settings
miner.stratums = stratums
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
self._scheduler.enter(0, MiningThread.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.enter(0, MiningThread.STATUS_PRIORITY,
self._read_status)
self._scheduler.run()
def setUp(self):
settings = nuxhash.settings.DEFAULT_SETTINGS
settings['switching']['threshold'] = 0.5
self.devices = tests.get_test_devices()
self.benchmarks = tests.get_test_benchmarks()
self.miner = Excavator(Path('/'), settings)
self.equihash = next(a for a in self.miner.algorithms
if a.algorithms == ['equihash'])
self.neoscrypt = next(a for a in self.miner.algorithms
if a.algorithms == ['neoscrypt'])
self.switcher = NaiveSwitcher(settings)
self.switcher.reset()
def do_mining(nx_miners, nx_settings, nx_benchmarks, nx_devices):
# Initialize miners.
logging.info('Querying NiceHash for miner connection information...')
mbtc_per_hash = download_time = stratums = None
while mbtc_per_hash is None:
try:
mbtc_per_hash, stratums = nicehash.simplemultialgo_info(nx_settings)
except (socket.error, socket.timeout, SSLError, URLError):
sleep(5)
else:
download_time = datetime.now()
for miner in nx_miners:
miner.stratums = stratums
algorithms = sum([miner.algorithms for miner in nx_miners], [])
# Initialize profit-switching.
profit_switch = NaiveSwitcher(nx_settings)
profit_switch.reset()
# SIGINT signal for quitting.
quit = Event()
signal.signal(signal.SIGINT, lambda signum, frame: quit.set())
current_algorithm = {d: None for d in nx_devices}
revenues = {d: defaultdict(lambda: 0.0) for d in nx_devices}
while not quit.is_set():
# Calculate BTC/day rates.
def revenue(device, algorithm):
benchmarks = nx_benchmarks[device]
if algorithm.name in benchmarks:
return sum([mbtc_per_hash[algorithm.algorithms[i]]
*benchmarks[algorithm.name][i]]
for i in range(len(algorithm.algorithms))])
else:
return 0.0
revenues = {device: {algorithm: revenue(device, algorithm)
for algorithm in algorithms}
for device in nx_devices}
# Get device -> algorithm assignments from profit switcher.
current_algorithm = profit_switch.decide(revenues, download_time)
for this_algorithm in algorithms:
this_devices = [device for device, algorithm
in current_algorithm.items()
if algorithm == this_algorithm]
this_algorithm.set_devices(my_devices)
def run(self):
# Initialize miners.
stratums = None
while stratums is None:
try:
payrates, stratums = nicehash.simplemultialgo_info(
self._settings)
except (socket.error, socket.timeout, SSLError, URLError):
time.sleep(5)
self._miners = [miner(main.CONFIG_DIR) for miner in all_miners]
for miner in self._miners:
miner.settings = self._settings
miner.stratums = stratums
self._algorithms = sum([miner.algorithms for miner in self._miners], [])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
self._scheduler.enter(0, MiningThread.PROFIT_PRIORITY, self._switch_algos)
self._scheduler.enter(0, MiningThread.STATUS_PRIORITY, self._read_status)
self._scheduler.run()
class TestNaiveSwitcher(TestCase):
def setUp(self):
settings = nuxhash.settings.DEFAULT_SETTINGS
settings['switching']['threshold'] = 0.5
self.devices = tests.get_test_devices()
self.benchmarks = tests.get_test_benchmarks()
self.miner = Excavator(Path('/'), settings)
self.equihash = next(a for a in self.miner.algorithms
if a.algorithms == ['equihash'])
self.neoscrypt = next(a for a in self.miner.algorithms
if a.algorithms == ['neoscrypt'])
self.switcher = NaiveSwitcher(settings)
self.switcher.reset()
def test_most_profitable(self):
device = self.devices[0]
equihash_revenue = 4.0 * self.benchmarks[device]['excavator_equihash'][
0]
neoscrypt_revenue = 2.0 * self.benchmarks[device][
'excavator_neoscrypt'][0]
revenues = {
device: {
self.equihash: equihash_revenue,
self.neoscrypt: neoscrypt_revenue
}
}
decision = self.switcher.decide(revenues, None)
self.assertEqual(decision[device], self.neoscrypt)
def test_below_threshold(self):
device = self.devices[0]
self.switcher.decide(
{device: {
self.equihash: 2.0,
self.neoscrypt: 1.0
}}, None)
decision = self.switcher.decide(
{device: {
self.equihash: 2.0,
self.neoscrypt: 2.5
}}, None)
self.assertEqual(decision[device], self.equihash)
def test_above_threshold(self):
device = self.devices[0]
self.switcher.decide(
{device: {
self.equihash: 2.0,
self.neoscrypt: 1.0
}}, None)
decision = self.switcher.decide(
{device: {
self.equihash: 2.0,
self.neoscrypt: 3.5
}}, None)
self.assertEqual(decision[device], self.neoscrypt)
class MiningSession(object):
PROFIT_PRIORITY = 1
STOP_PRIORITY = 0
def __init__(self, miners, settings, benchmarks, devices):
self._miners = miners
self._settings = settings
self._benchmarks = benchmarks
self._devices = devices
self._payrates = (None, None)
self._quit_signal = Event()
self._scheduler = sched.scheduler(time.time,
lambda t: self._quit_signal.wait(t))
self._algorithms = []
self._profit_switch = None
def run(self):
# Initialize miners.
logging.info('Querying NiceHash for miner connection information...')
payrates = stratums = None
while payrates is None:
try:
payrates = nicehash.simplemultialgo_info(self._settings)
stratums = nicehash.stratums(self._settings)
except Exception as err:
logging.warning(
f'NiceHash stats: {err}, retrying in 5 seconds')
time.sleep(5)
else:
self._payrates = (payrates, datetime.now())
for miner in self._miners:
miner.stratums = stratums
miner.load()
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
self._scheduler.enter(0, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.run()
def stop(self):
self._scheduler.enter(0, MiningSession.STOP_PRIORITY,
self._stop_mining)
self._quit_signal.set()
def _switch_algos(self):
# Get profitability information from NiceHash.
try:
ret_payrates = nicehash.simplemultialgo_info(self._settings)
except Exception as err:
logging.warning(f'NiceHash stats: {err}')
else:
self._payrates = (ret_payrates, datetime.now())
interval = self._settings['switching']['interval']
payrates, payrates_time = self._payrates
# Calculate BTC/day rates.
def revenue(device, algorithm):
benchmarks = self._benchmarks[device]
if algorithm.name in benchmarks:
return sum([
payrates[sub_algo] * benchmarks[algorithm.name][i]
if sub_algo in payrates else 0.0
for i, sub_algo in enumerate(algorithm.algorithms)
])
else:
return 0.0
revenues = {
device: {
algorithm: revenue(device, algorithm)
for algorithm in self._algorithms
}
for device in self._devices
}
# Get device -> algorithm assignments from profit switcher.
self._assignments = self._profit_switch.decide(revenues, payrates_time)
for this_algorithm in self._algorithms:
this_devices = [
device for device, algorithm in self._assignments.items()
if algorithm == this_algorithm
]
this_algorithm.set_devices(this_devices)
# Donation time.
if not self._settings['donate']['optout'] and random() < DONATE_PROB:
logging.warning('This interval will be donation time.')
donate_settings = deepcopy(self._settings)
donate_settings['nicehash']['wallet'] = DONATE_ADDRESS
donate_settings['nicehash']['workername'] = 'nuxhash'
for miner in self._miners:
miner.settings = donate_settings
self._scheduler.enter(interval, MiningSession.PROFIT_PRIORITY,
self._reset_miners)
self._scheduler.enter(interval, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
def _reset_miners(self):
for miner in self._miners:
miner.settings = self._settings
def _stop_mining(self):
logging.info('Quit signal received, terminating miners')
# Empty the scheduler.
for job in self._scheduler.queue:
self._scheduler.cancel(job)
class MiningSession(object):
PROFIT_PRIORITY = 1
STOP_PRIORITY = 0
def __init__(self, miners, settings, benchmarks, devices):
self._miners = miners
self._settings = settings
self._benchmarks = benchmarks
self._devices = devices
self._payrates = (None, None)
self._quit_signal = Event()
self._scheduler = sched.scheduler(time.time,
lambda t: self._quit_signal.wait(t))
self._algorithms = []
self._profit_switch = None
def run(self):
# Initialize miners.
logging.info('Querying NiceHash for miner connection information...')
payrates = stratums = None
while payrates is None:
try:
payrates, stratums = nicehash.simplemultialgo_info(
self._settings)
except NH_EXCEPTIONS as err:
logging.warning('NiceHash stats: %s, retrying in 5 seconds' %
err)
time.sleep(5)
else:
self._payrates = (payrates, datetime.now())
for miner in self._miners:
miner.stratums = stratums
miner.load()
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
# Attach the SIGINT signal for quitting.
# NOTE: If running in a shell, Ctrl-C will get sent to our subprocesses too,
# because we are the foreground process group. Miners will get killed
# before we have a chance to properly shut them down.
signal.signal(signal.SIGINT, lambda signum, frame: self.stop())
self._scheduler.enter(0, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.run()
def stop(self):
self._scheduler.enter(0, MiningSession.STOP_PRIORITY,
self._stop_mining)
self._quit_signal.set()
def _switch_algos(self):
# Get profitability information from NiceHash.
try:
ret_payrates, stratums = nicehash.simplemultialgo_info(
self._settings)
except NH_EXCEPTIONS as err:
logging.warning('NiceHash stats: %s' % err)
else:
self._payrates = (ret_payrates, datetime.now())
interval = self._settings['switching']['interval']
payrates, payrates_time = self._payrates
# Calculate BTC/day rates.
def revenue(device, algorithm):
benchmarks = self._benchmarks[device]
if algorithm.name in benchmarks:
return sum([
payrates[algorithm.algorithms[i]] *
benchmarks[algorithm.name][i]
for i in range(len(algorithm.algorithms))
])
else:
return 0.0
revenues = {
device: {
algorithm: revenue(device, algorithm)
for algorithm in self._algorithms
}
for device in self._devices
}
# Get device -> algorithm assignments from profit switcher.
self._assignments = self._profit_switch.decide(revenues, payrates_time)
for this_algorithm in self._algorithms:
this_devices = [
device for device, algorithm in self._assignments.items()
if algorithm == this_algorithm
]
this_algorithm.set_devices(this_devices)
# Donation time.
if not self._settings['donate']['optout'] and random() < DONATE_PROB:
logging.warning('This interval will be donation time.')
donate_settings = deepcopy(self._settings)
donate_settings['nicehash']['wallet'] = DONATE_ADDRESS
donate_settings['nicehash']['workername'] = 'nuxhash'
for miner in self._miners:
miner.settings = donate_settings
self._scheduler.enter(interval, MiningSession.PROFIT_PRIORITY,
self._reset_miners)
self._scheduler.enter(interval, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
def _reset_miners(self):
for miner in self._miners:
miner.settings = self._settings
def _stop_mining(self):
logging.info('Cleaning up')
for algorithm in self._algorithms:
algorithm.set_devices([])
for miner in self._miners:
miner.unload()
# Empty the scheduler.
for job in self._scheduler.queue:
self._scheduler.cancel(job)
class MiningThread(threading.Thread):
PROFIT_PRIORITY = 1
STATUS_PRIORITY = 2
STOP_PRIORITY = 0
def __init__(self,
devices=[],
window=None,
settings=DEFAULT_SETTINGS,
benchmarks=EMPTY_BENCHMARKS):
threading.Thread.__init__(self)
self._window = window
self._settings = settings
self._benchmarks = benchmarks
self._devices = devices
self._stop_signal = threading.Event()
self._scheduler = sched.scheduler(time.time,
lambda t: self._stop_signal.wait(t))
def run(self):
# Initialize miners.
stratums = None
while stratums is None:
try:
payrates, stratums = nicehash.simplemultialgo_info(
self._settings)
except (socket.error, socket.timeout, SSLError, URLError):
time.sleep(5)
self._miners = [miner(main.CONFIG_DIR) for miner in all_miners]
for miner in self._miners:
miner.settings = self._settings
miner.stratums = stratums
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
self._scheduler.enter(0, MiningThread.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.enter(0, MiningThread.STATUS_PRIORITY,
self._read_status)
self._scheduler.run()
def stop(self):
self._scheduler.enter(0, MiningThread.STOP_PRIORITY, self._stop_mining)
self._stop_signal.set()
self.join()
def _switch_algos(self):
interval = self._settings['switching']['interval']
# Get profitability information from NiceHash.
try:
payrates, stratums = nicehash.simplemultialgo_info(self._settings)
except (socket.error, socket.timeout, SSLError, URLError) as err:
logging.warning('NiceHash stats: %s' % err)
except nicehash.BadResponseError:
logging.warning('NiceHash stats: Bad response')
else:
download_time = datetime.now()
self._current_payrates = payrates
# Calculate BTC/day rates.
def revenue(device, algorithm):
benchmarks = self._benchmarks[device]
if algorithm.name in benchmarks:
return sum([
payrates[algorithm.algorithms[i]] *
benchmarks[algorithm.name][i]
for i in range(len(algorithm.algorithms))
])
else:
return 0.0
revenues = {
device: {
algorithm: revenue(device, algorithm)
for algorithm in self._algorithms
}
for device in self._devices
}
# Get device -> algorithm assignments from profit switcher.
assigned_algorithm = self._profit_switch.decide(
revenues, download_time)
self._assignments = assigned_algorithm
for this_algorithm in self._algorithms:
this_devices = [
device for device, algorithm in assigned_algorithm.items()
if algorithm == this_algorithm
]
this_algorithm.set_devices(this_devices)
# Donation time.
if not self._settings['donate']['optout'] and random() < DONATE_PROB:
logging.warning('This interval will be donation time.')
donate_settings = deepcopy(self._settings)
donate_settings['nicehash']['wallet'] = DONATE_ADDRESS
donate_settings['nicehash']['workername'] = 'nuxhash'
for miner in self._miners:
miner.settings = donate_settings
self._scheduler.enter(interval, MiningThread.PROFIT_PRIORITY,
self._reset_miners)
self._scheduler.enter(interval, MiningThread.PROFIT_PRIORITY,
self._switch_algos)
def _reset_miners(self):
for miner in self._miners:
miner.settings = self._settings
def _read_status(self):
running_algorithms = self._assignments.values()
speeds = {
algorithm: algorithm.current_speeds()
for algorithm in running_algorithms
}
revenue = {
algorithm: sum([
self._current_payrates[multialgorithm] * speeds[algorithm][i]
for i, multialgorithm in enumerate(algorithm.algorithms)
])
for algorithm in running_algorithms
}
devices = {
algorithm: [
device for device, this_algorithm in self._assignments.items()
if this_algorithm == algorithm
]
for algorithm in running_algorithms
}
main.sendMessage(self._window,
'mining.status',
speeds=speeds,
revenue=revenue,
devices=devices)
self._scheduler.enter(MINING_UPDATE_SECS, MiningThread.STATUS_PRIORITY,
self._read_status)
def _stop_mining(self):
logging.info('Stopping mining')
for algorithm in self._algorithms:
algorithm.set_devices([])
for miner in self._miners:
miner.unload()
# Empty the scheduler.
for job in self._scheduler.queue:
self._scheduler.cancel(job)
class MiningThread(threading.Thread):
PROFIT_PRIORITY = 1
STATUS_PRIORITY = 2
STOP_PRIORITY = 0
def __init__(self, window, settings, benchmarks, devices):
threading.Thread.__init__(self)
self._window = window
self._settings = settings
self._benchmarks = benchmarks
self._devices = devices
self._stop_signal = threading.Event()
self._scheduler = sched.scheduler(time.time,
lambda t: self._stop_signal.wait(t))
def run(self):
# Initialize miners.
stratums = None
while stratums is None:
try:
payrates, stratums = nicehash.simplemultialgo_info(
self._settings)
except (socket.error, socket.timeout, SSLError, URLError):
time.sleep(5)
self._miners = [Excavator(CONFIG_DIR, self._settings)]
for miner in self._miners:
miner.stratums = stratums
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
self._scheduler.enter(0, MiningThread.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.enter(0, MiningThread.STATUS_PRIORITY,
self._read_status)
self._scheduler.run()
def stop(self):
self._scheduler.enter(0, MiningThread.STOP_PRIORITY, self._stop_mining)
self._stop_signal.set()
def _switch_algos(self):
# Get profitability information from NiceHash.
try:
payrates, stratums = nicehash.simplemultialgo_info(self._settings)
except (socket.error, socket.timeout, SSLError, URLError) as err:
logging.warning('NiceHash stats: %s' % err)
except nicehash.BadResponseError:
logging.warning('NiceHash stats: Bad response')
else:
download_time = datetime.now()
self._current_payrates = payrates
# Calculate BTC/day rates.
def revenue(device, algorithm):
benchmarks = self._benchmarks[device]
if algorithm.name in benchmarks:
return sum([
payrates[algorithm.algorithms[i]] *
benchmarks[algorithm.name][i]
for i in range(len(algorithm.algorithms))
])
else:
return 0.0
revenues = {
device: {
algorithm: revenue(device, algorithm)
for algorithm in self._algorithms
}
for device in self._devices
}
# Get device -> algorithm assignments from profit switcher.
assigned_algorithm = self._profit_switch.decide(
revenues, download_time)
self._assignments = assigned_algorithm
for this_algorithm in self._algorithms:
this_devices = [
device for device, algorithm in assigned_algorithm.items()
if algorithm == this_algorithm
]
this_algorithm.set_devices(this_devices)
self._scheduler.enter(self._settings['switching']['interval'],
MiningThread.PROFIT_PRIORITY, self._switch_algos)
def _read_status(self):
running_algorithms = self._assignments.values()
# Check miner status.
for algorithm in running_algorithms:
if not algorithm.parent.is_running():
logging.error('Detected %s crash, restarting miner' %
algorithm.name)
algorithm.parent.reload()
speeds = {
algorithm: algorithm.current_speeds()
for algorithm in running_algorithms
}
revenue = {
algorithm: sum([
self._current_payrates[multialgorithm] * speeds[algorithm][i]
for i, multialgorithm in enumerate(algorithm.algorithms)
])
for algorithm in running_algorithms
}
devices = {
algorithm: [
device for device, this_algorithm in self._assignments.items()
if this_algorithm == algorithm
]
for algorithm in running_algorithms
}
wx.PostEvent(
self._window,
MiningStatusEvent(speeds=speeds, revenue=revenue, devices=devices))
self._scheduler.enter(MINING_UPDATE_SECS, MiningThread.STATUS_PRIORITY,
self._read_status)
def _stop_mining(self):
logging.info('Stopping mining')
for algorithm in self._algorithms:
algorithm.set_devices([])
for miner in self._miners:
miner.unload()
# Empty the scheduler.
for job in self._scheduler.queue:
self._scheduler.cancel(job)
class MiningSession(object):
PROFIT_PRIORITY = 1
WATCH_PRIORITY = 2
STOP_PRIORITY = 0
WATCH_INTERVAL = 15
def __init__(self, miners, settings, benchmarks, devices):
self._miners = miners
self._settings = settings
self._benchmarks = benchmarks
self._devices = devices
self._last_payrates = (None, None)
self._quit_signal = Event()
self._scheduler = sched.scheduler(time.time,
lambda t: self._quit_signal.wait(t))
self._algorithms = []
self._profit_switch = None
def run(self):
# Initialize miners.
logging.info('Querying NiceHash for miner connection information...')
payrates = stratums = None
while payrates is None:
try:
payrates, stratums = nicehash.simplemultialgo_info(
self._settings)
except (socket.error, socket.timeout, SSLError, URLError):
time.sleep(5)
else:
self._last_payrates = (payrates, datetime.now())
for miner in self._miners:
miner.stratums = stratums
miner.load()
self._algorithms = sum([miner.algorithms for miner in self._miners],
[])
# Initialize profit-switching.
self._profit_switch = NaiveSwitcher(self._settings)
self._profit_switch.reset()
# Attach the SIGINT signal for quitting.
signal.signal(signal.SIGINT, lambda signum, frame: self.stop())
self._scheduler.enter(0, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
self._scheduler.enter(0, MiningSession.WATCH_PRIORITY,
self._watch_algos)
self._scheduler.run()
def stop(self):
self._scheduler.enter(0, MiningSession.STOP_PRIORITY,
self._stop_mining)
self._quit_signal.set()
def _switch_algos(self):
interval = self._settings['switching']['interval']
# Get profitability information from NiceHash.
try:
payrates, stratums = nicehash.simplemultialgo_info(self._settings)
except (socket.error, socket.timeout, SSLError, URLError) as err:
logging.warning('NiceHash stats: %s' % err)
except nicehash.BadResponseError:
logging.warning('NiceHash stats: Bad response')
else:
download_time = datetime.now()
self._last_payrates = (payrates, download_time)
# Calculate BTC/day rates.
def revenue(device, algorithm):
benchmarks = self._benchmarks[device]
if algorithm.name in benchmarks:
return sum([
payrates[algorithm.algorithms[i]] *
benchmarks[algorithm.name][i]
for i in range(len(algorithm.algorithms))
])
else:
return 0.0
revenues = {
device: {
algorithm: revenue(device, algorithm)
for algorithm in self._algorithms
}
for device in self._devices
}
# Get device -> algorithm assignments from profit switcher.
self._assignments = self._profit_switch.decide(revenues, download_time)
for this_algorithm in self._algorithms:
this_devices = [
device for device, algorithm in self._assignments.items()
if algorithm == this_algorithm
]
this_algorithm.set_devices(this_devices)
# Donation time.
if not self._settings['donate']['optout'] and random() < DONATE_PROB:
logging.warning('This interval will be donation time.')
donate_settings = deepcopy(self._settings)
donate_settings['nicehash']['wallet'] = DONATE_ADDRESS
donate_settings['nicehash']['workername'] = 'nuxhash'
for miner in self._miners:
miner.settings = donate_settings
self._scheduler.enter(interval, MiningSession.PROFIT_PRIORITY,
self._reset_miners)
self._scheduler.enter(interval, MiningSession.PROFIT_PRIORITY,
self._switch_algos)
def _reset_miners(self):
for miner in self._miners:
miner.settings = self._settings
def _watch_algos(self):
running_algorithms = self._assignments.values()
for algorithm in running_algorithms:
if not algorithm.parent.is_running():
logging.error('Detected %s crash, restarting miner' %
algorithm.name)
algorithm.parent.reload()
self._scheduler.enter(MiningSession.WATCH_INTERVAL,
MiningSession.WATCH_PRIORITY, self._watch_algos)
def _stop_mining(self):
logging.info('Cleaning up')
for algorithm in self._algorithms:
algorithm.set_devices([])
for miner in self._miners:
miner.unload()
# Empty the scheduler.
for job in self._scheduler.queue:
self._scheduler.cancel(job)
