num = 0
for n in dat3:
w = {
'rate': n["KHS"],
'temp': 0,
'watt': 0,
'fan' : 0,
'num' : n["GPU"]
}
workers[num] = w
num = num + 1
for n in workers:
w = workers[n]
miner.dispatch_worker(w['num'], rigname, cfg['algo'], [w['rate'], w['temp'], w['watt'], w['fan']])
miner.dispatch_miner(miner.get_master(), 'rigpass', rigname, software, cfg['algo'], uptime, pools, cfg['factor'], cfg['units'])
except NameError, e:
collectd.info('error parsing json for {0}: {1}'.format(cfg['software'], e))
return
return
def readvals():
for rig in cfg['rigs']:
collectd.info('reading: {0} @ {1}'.format(rig['rigname'], rig['url']))
readvals_claymore(rig['url'], rig['rigname'])
if __name__ == '__main__':
readvals_claymore('localhost:4068', 'miner3')
j = miner.GetData_JsonRpc(url)
except ValueError, e:
collectd.info('error getting restapi for {0}: {1}'.format(cfg['software'], e))
return
try:
software = "dstm " + j['version']
uptime = j['uptime']
pool = j['server']
num = 0
num_miners = len(j['result'])
miners = j['result']
for x in miners:
miner.dispatch_worker(num, rigname, cfg['algo'], [x['avg_sol_ps'], x['temperature'], x['avg_power_usage'], 0])
num = num + 1
miner.dispatch_miner(miner.get_master(), 'rigpass', rigname, software, cfg['algo'], uptime, pool, 1, 'sol')
except:
collectd.info('error processing for ' + url);
print 'error processing'
return
def readvals():
for rig in cfg['rigs']:
collectd.info('reading: {0} @ {1}'.format(rig['rigname'], rig['url']))
readvals_bminer(rig['url'], rig['rigname'])
if __name__ == "__main__":
print "main"
readvals_bminer('http://192.168.50.18:2222', 'miner')
sys.exit()
tempfans = j['result'][6].split(';')
i = 0
num = 0
for n in tempfans:
if i == 0:
workers[num]['temp'] = str(n)
i = 1
else:
workers[num]['fan'] = str(n)
i = 0
num = num + 1
for n in workers:
w = workers[n]
miner.dispatch_worker(w['num'], rigname, cfg['algo'], [w['rate'], w['temp'], w['watt'], w['fan']])
miner.dispatch_miner(miner.get_master(), 'rigpass', rigname, software, cfg['algo'], uptime, pools, 1000, 'hash')
except NameError, e:
collectd.info('error parsing json for {0}: {1}'.format(cfg['software'], e))
return
return
def readvals():
for rig in cfg['rigs']:
collectd.info('reading: {0} @ {1}'.format(rig['rigname'], rig['url']))
readvals_claymore(rig['url'], rig['rigname'])
collectd.register_config(readconf)
collectd.register_read(readvals, int(cfg['interval']))
software = j['version']
uptime = j['connection']['uptime']
pool = j['connection']['pool']
num = 0
hashrate = j['hashrate']
for n in hashrate['threads']:
rate = n[0]
if rate == None:
rate = n[1]
# collectd.info('dispatching: {0} @ {1}'.format('worker' + str(num), str(rate)))
miner.dispatch_worker(num, rigname, cfg['algo'],
[str(rate), 0, 0, 0])
num = num + 1
r = requests.post(miner.get_master(),
json={
"password": "******",
"rigname": rigname,
"uptime": uptime,
"software": software,
"algo": cfg['algo'],
"pool": pool,
"factor": 1,
"unit": 'sol'
})
except NameError, e:
collectd.info('error parsing json for {0}: {1}'.format(
cfg['software'], e))
return
num = 0
w = {
'rate': int(float(rate) * cfg['factor']),
'temp': 0,
'watt': 0,
'fan': 0,
'num': 0
}
workers[num] = w
num = 1
for n in workers:
w = workers[n]
miner.dispatch_worker(w['num'], rigname, cfg['algo'],
[w['rate'], w['temp'], w['watt'], w['fan']])
miner.dispatch_miner(miner.get_master(), 'rigpass', rigname, software,
cfg['algo'], uptime, pools, cfg['factor'],
cfg['units'])
except NameError, e:
# collectd.info('error parsing json for {0}: {1}'.format(cfg['software'], e))
print("err {0}".format(e))
return
return
def readvals():
for rig in cfg['rigs']:
collectd.info('reading: {0} @ {1}'.format(rig['rigname'], rig['url']))
readvals_cmore(rig['url'], rig['rigname'], rig)