def handleWork(self, work, headers, pushed=False):
if work is None:
return
rollntime = headers.get('x-roll-ntime')
submitold = work.get('submitold')
if submitold is not None:
self.submitold = bool(submitold)
if rollntime:
if rollntime.lower().startswith('expire='):
try:
maxtime = int(rollntime[7:])
except:
#if the server supports rollntime but doesn't format the
#request properly, then use a sensible default
maxtime = self.maxtime
else:
if rollntime.lower() in ('t', 'true', 'on', '1', 'y', 'yes'):
maxtime = self.maxtime
elif rollntime.lower() in ('f', 'false', 'off', '0', 'n',
'no'):
maxtime = 0
else:
try:
maxtime = int(rollntime)
except:
maxtime = self.maxtime
else:
maxtime = 0
if self.maxtime < maxtime:
maxtime = self.maxtime
if not self.saidConnected:
self.saidConnected = True
self.runCallback('connect')
self.useAskrate('askrate')
aw = AssignedWork()
aw.data = work['data'].decode('hex')[:80]
aw.target = work['target'].decode('hex')
aw.mask = work.get('mask', 32)
aw.setMaxTimeIncrement(maxtime)
aw.identifier = work.get('identifier', aw.data[4:36])
if pushed:
self.runCallback('push', aw)
self.runCallback('work', aw)
def handleWork(self, work, headers, pushed=False):
if work is None:
return;
rollntime = headers.get('x-roll-ntime')
submitold = work.get('submitold')
if submitold is not None:
self.submitold = bool(submitold)
if rollntime:
if rollntime.lower().startswith('expire='):
try:
maxtime = int(rollntime[7:])
except:
#if the server supports rollntime but doesn't format the
#request properly, then use a sensible default
maxtime = self.maxtime
else:
if rollntime.lower() in ('t', 'true', 'on', '1', 'y', 'yes'):
maxtime = self.maxtime
elif rollntime.lower() in ('f', 'false', 'off', '0', 'n', 'no'):
maxtime = 0
else:
try:
maxtime = int(rollntime)
except:
maxtime = self.maxtime
else:
maxtime = 0
if self.maxtime < maxtime:
maxtime = self.maxtime
if not self.saidConnected:
self.saidConnected = True
self.runCallback('connect')
self.useAskrate('askrate')
aw = AssignedWork()
aw.data = work['data'].decode('hex')[:80]
aw.target = work['target'].decode('hex')
aw.mask = work.get('mask', 32)
aw.setMaxTimeIncrement(maxtime)
aw.identifier = work.get('identifier', aw.data[4:36])
if pushed:
self.runCallback('push', aw)
self.runCallback('work', aw)
ntime = pack('>I', timestamp).encode('hex') #NOTE: must be big endian!
hex_nonce = pack('<I', nonce).encode('hex')
id_ = job_id + hex_nonce
self.submits[id_] = time() #'id': id_,
return self.send_message({'params': [self.url.username, job_id, extranonce2, ntime, hex_nonce], 'id': id_, 'method': u'mining.submit'})
def handleWork(self, (work, extranonce2, job_id), pushed=False):
if work is None:
return;
aw = AssignedWork()
aw.data = work['data'].decode('hex')[:80] #should be 80 anyhow, but we leave it
aw.target = work['target'].decode('hex')
aw.mask = work.get('mask', 32) #TODO direct
aw.setMaxTimeIncrement(self.maxtime) #This might be really important, somehow... Figure out the best setting!
aw.identifier = work.get('identifier', aw.data[4:36]) #Wait what is this??
aw.extranonce2 = extranonce2
aw.job_id = job_id
if pushed:
self.runCallback('push', aw)
self.runCallback('work', aw)
def _failure(self):
if self.saidConnected:
self.saidConnected = False
self.runCallback('disconnect')
if self.socket_handler:
self.socket_handler.close_when_done() #thread should stop when done?
self.connect() #Try once more
else:
u'mining.submit'
})
def handleWork(self, (work, extranonce2, job_id), pushed=False):
if work is None:
return
aw = AssignedWork()
aw.data = work['data'].decode(
'hex')[:80] #should be 80 anyhow, but we leave it
aw.target = work['target'].decode('hex')
aw.mask = work.get('mask', 32) #TODO direct
aw.setMaxTimeIncrement(
self.maxtime
) #This might be really important, somehow... Figure out the best setting!
aw.identifier = work.get('identifier',
aw.data[4:36]) #Wait what is this??
aw.extranonce2 = extranonce2
aw.job_id = job_id
if pushed:
self.runCallback('push', aw)
self.runCallback('work', aw)
def _failure(self):
if self.saidConnected:
self.saidConnected = False
self.runCallback('disconnect')
if self.socket_handler:
self.socket_handler.close_when_done(
) #thread should stop when done?
self.connect() #Try once more
