def calculate_block(current_block):
print 'calculate block called'
if vec_mult(weights, extract_vector(current_block)) > 0:
print 'triggered'
btcnet_info.get_pool('deepbit').namespace.get_node('shares').set_value(0)
#Reset shares on deepbit
blocks_calculated[current_block] = 1
else:
blocks_calculated[current_block] = 0
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_work( headers = {}):
"""
Gets a work item
"""
while True:
server, username, password = bitHopper.Logic.get_server()
url = btcnet_info.get_pool(server)
if not url:
bitHopper.LaggingLogic.lag(server, username, password)
continue
url = url['mine.address']
request = {'params':[], 'id':1, 'method':'getwork'}
try:
content, server_headers = send_work( url, username, password, headers, request, timeout=1)
except (socket.error, requests.exceptions.ConnectionError, requests.exceptions.Timeout) as e:
content, server_headers = None, None
except:
logging.error(traceback.format_exc())
content, server_headers = None, None
if not content:
bitHopper.LaggingLogic.lag(server, username, password)
continue
gevent.spawn(Tracking.add_work_unit, content, server, username, password)
gevent.spawn(Tracking.headers, server_headers, server)
return content, deepcopy(server_headers)
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 poke_deepbit():
choices = list(bitHopper.Logic.generate_tuples('deepbit'))
if len(choices) == 0:
logging.info('No workers for deepbit. Disabling machine learning')
return
server, username, password = random.choice(choices)
url = btcnet_info.get_pool(server)['mine.address']
bitHopper.Network.send_work_lp(url, username, password, 'deepbit')
def check_learning():
print 'Check learning started'
while True:
gevent.sleep(60)
deepbit_blocks = set(json.loads(btcnet_info.get_pool('deepbit').blocks))
for block in blocks_timing:
if block in blocks_actual and blocks_actual[block] == 1:
continue
if block in deepbit_blocks:
blocks_actual[block] = 1
print 'Block %s has training value %s' % (block, blocks_actual[block])
def _unlag_fetcher(server, worker, password):
"""
Actually fetches and unlags the server
"""
try:
url = btcnet_info.get_pool(server)['mine.address']
work = Network.send_work(url, worker, password)
if work:
bitHopper.LaggingLogic.lagged.remove((server, worker, password))
return
except:
logging.debug(traceback.format_exc())
pass
def add_address(server, url):
"""
Adds an address and starts the polling function
"""
if url[0] == '/' or url[0] == '\\':
url = btcnet_info.get_pool(server)['mine.address'] + url
if server not in known:
known[server] = url
logging.info('Spawning Listener %s' % server)
gevent.spawn(poll, server)
elif known[server] != url:
known[server] = url
def add_address(server, url):
"""
Adds an address and starts the polling function
"""
if url[0] == '/' or url[0] == '\\':
url = btcnet_info.get_pool(server)['mine.address'] + url
if server not in known:
known[server] = url
logging.info('Spawning Listener %s' % server)
gevent.spawn(poll, server)
elif known[server] != url:
known[server] = url
def _unlag( server, worker, password):
"""
Function that checks for a server responding again
"""
sleep_time = 1
while True:
try:
url = btcnet_info.get_pool(server)['mine.address']
work = Network.send_work(url, worker, password)
if work:
lagged.remove((server, worker, password))
return
except:
pass
gevent.sleep(60 * sleep_time)
sleep_time = sleep_time+1 if sleep_time < 10 else 10
def submit_work(rpc_request, headers = {}):
"""
Submits a work item
"""
server, username, password = bitHopper.Tracking.get_work_unit(rpc_request)
if not server:
return rpc_error('Merkle Root Expired'), {}
url = btcnet_info.get_pool(server)['mine.address']
if not url:
logging.error('NO URL FOR %s', server)
return rpc_error('No Url for pool'), {}
content, server_headers = bitHopper.Network.send_work(url, username, password, headers = headers, body = rpc_request)
gevent.spawn(Tracking.add_result, content, server, username, password)
gevent.spawn(Tracking.headers, server_headers, server)
return content, deepcopy(server_headers)
def get_work(headers={}):
"""
Gets a work item
"""
while True:
server, username, password = bitHopper.Logic.get_server()
url = btcnet_info.get_pool(server)
if not url:
bitHopper.LaggingLogic.lag(server, username, password)
continue
url = url['mine.address']
request = {'params': [], 'id': 1, 'method': 'getwork'}
try:
content, server_headers = send_work(url,
username,
password,
headers,
request,
timeout=1)
except (socket.error, requests.exceptions.ConnectionError,
requests.exceptions.Timeout) as e:
content, server_headers = None, None
except:
logging.error(traceback.format_exc())
content, server_headers = None, None
if not content:
bitHopper.LaggingLogic.lag(server, username, password)
continue
gevent.spawn(Tracking.add_work_unit, content, server, username,
password)
gevent.spawn(Tracking.headers, server_headers, server)
return content, deepcopy(server_headers)
def submit_work(rpc_request, headers={}):
"""
Submits a work item
"""
server, username, password = bitHopper.Tracking.get_work_unit(rpc_request)
if not server:
return rpc_error('Merkle Root Expired'), {}
url = btcnet_info.get_pool(server)['mine.address']
if not url:
logging.error('NO URL FOR %s', server)
return rpc_error('No Url for pool'), {}
content, server_headers = bitHopper.Network.send_work(url,
username,
password,
headers=headers,
body=rpc_request)
gevent.spawn(Tracking.add_result, content, server, username, password)
gevent.spawn(Tracking.headers, server_headers, server)
return content, deepcopy(server_headers)