def check_stats(self):
from lib.pycgminer import (
get_pools,
get_stats,
)
import json
try:
miner_stats = get_stats(self.ip)
miner_stats = json.dumps(miner_stats)
except TypeError:
miner_stats = None
try:
miner_pools = get_pools(self.ip)
miner_pools = json.dumps(miner_pools)
except TypeError:
miner_pools = None
self.stats = miner_stats
self.pools = miner_pools
db.session.commit()
def poll(self):
miner_stats = get_stats(self.ip)
# if miner not accessible
if miner_stats['STATUS'][0]['STATUS'] == 'error':
self.is_inactive = True
self.errors.append(miner_stats['STATUS'][0]['description'])
else:
try:
# Get worker name
miner_pools = get_pools(self.ip)
active_pool = [
pool for pool in miner_pools['POOLS']
if pool['Stratum Active']
]
except Exception as k:
active_pool = []
try:
self.worker = active_pool[0]['User']
except Exception as e:
self.worker = ""
# Get miner's ASIC chips
asic_chains = [
miner_stats['STATS'][1][chain]
for chain in miner_stats['STATS'][1].keys()
if "chain_acs" in chain
]
# count number of working chips
o = [str(o).count('o') for o in asic_chains]
Os = sum(o)
# count number of defective chips
X = [str(x).count('x') for x in asic_chains]
C = [str(x).count('C') for x in asic_chains]
B = [str(x).count('B') for x in asic_chains]
Xs = sum(X)
Bs = sum(B)
Cs = sum(C)
# get number of in-active chips
_dash_chips = [str(x).count('-') for x in asic_chains]
_dash_chips = sum(_dash_chips)
# Get total number of chips according to miner's model
# convert miner.model.chips to int list and sum
chips_list = [
int(y)
for y in str(MODELS.get(self.model_id).get('chips')).split(',')
]
total_chips = sum(chips_list)
self.chips.update({
'Os': Os,
'Xs': Xs,
'-': _dash_chips,
'total': total_chips
})
# Get the temperatures of the miner according to miner's model
self.temperatures = [
int(miner_stats['STATS'][1][temp])
for temp in sorted(miner_stats['STATS'][1].keys(),
key=lambda x: str(x))
if re.search(
MODELS.get(self.model_id).get('temp_keys') + '[0-9]', temp)
if miner_stats['STATS'][1][temp] != 0
]
# Get fan speeds
self.fan_speeds = [
miner_stats['STATS'][1][fan]
for fan in sorted(miner_stats['STATS'][1].keys(),
key=lambda x: str(x))
if re.search("fan" + '[0-9]', fan)
if miner_stats['STATS'][1][fan] != 0
]
# Get GH/S 5s
try:
self.hash_rate_ghs5s = float(
str(miner_stats['STATS'][1]['GHS 5s']))
except Exception as e:
miner_summary = get_summary(self.ip)
self.hash_rate_ghs5s = float(
str(miner_summary['SUMMARY'][0]['GHS 5s']))
# Normalize hashrate
new_value, new_unit = update_unit_and_value(
self.hash_rate_ghs5s, MODELS[self.model_id]['unit'])
self.normalized_hash_rate = "{:3.2f} {}".format(
new_value, new_unit)
# Get HW Errors
try:
# Probably the miner is an Antminer E3 or S17
miner_summary = get_summary(self.ip)
self.hw_error_rate = miner_summary['SUMMARY'][0][
'Device Hardware%']
except Exception as e:
# self.hw_error_rate = miner_stats['STATS'][1]['Device Hardware%']
# this seems to work
self.hw_error_rate = 0
# Get uptime
self.uptime = str(
timedelta(seconds=miner_stats['STATS'][1]['Elapsed']))
# Flash error messages
if Xs > 0:
error_message = ("[WARNING] '{}' chips are defective on "
"miner '{}'.").format(Xs, self.ip)
# current_app.logger.warning(error_message)
# flash(error_message, "warning")
self.warnings.append(error_message)
if Os + Xs < total_chips:
error_message = (
"[ERROR] ASIC chips are missing from miner "
"'{}'. Your Antminer '{}' has '{}/{} chips'.").format(
self.ip, self.model_id, Os + Xs, total_chips)
# current_app.logger.error(error_message)
# flash(error_message, "error")
self.errors.append(error_message)
if Bs > 0:
# flash an info message. Probably the E3 is still warming up
# error_message = (
# "[INFO] Miner '{}' is still warming up").format(self.ip)
# current_app.logger.error(error_message)
# flash(error_message, "info")
pass
if Cs > 0:
# flask an info message. Probably the E3 is still warming up
# error_message = (
# "[INFO] Miner '{}' is still warming up").format(self.ip)
# current_app.logger.error(error_message)
# flash(error_message, "info")
pass
if not self.temperatures:
error_message = ("[ERROR] Could not retrieve temperatures "
"from miner '{}'.").format(self.ip)
# current_app.logger.warning(error_message)
# flash(error_message, "error")
self.errors.append(error_message)
else:
if max(self.temperatures) >= 80:
error_message = ("[WARNING] High temperatures on "
"miner '{}'.").format(self.ip)
# current_app.logger.warning(error_message)
# flash(error_message, "warning")
self.warnings.append(error_message)
def miners():
# Init variables
start = time.clock()
miners = Miner.query.all()
models = MinerModel.query.all()
active_miners = []
inactive_miners = []
workers = {}
miner_chips = {}
temperatures = {}
fans = {}
hash_rates = {}
hw_error_rates = {}
uptimes = {}
total_hash_rate_per_model = {
"L3+": {
"value": 0,
"unit": "MH/s"
},
"S7": {
"value": 0,
"unit": "GH/s"
},
"S9": {
"value": 0,
"unit": "GH/s"
},
"D3": {
"value": 0,
"unit": "MH/s"
},
"T9": {
"value": 0,
"unit": "GH/s"
},
"T9+": {
"value": 0,
"unit": "GH/s"
},
"A3": {
"value": 0,
"unit": "GH/s"
},
"L3": {
"value": 0,
"unit": "MH/s"
},
"R4": {
"value": 0,
"unit": "TH/s"
},
"V9": {
"value": 0,
"unit": "GH/s"
},
"X3": {
"value": 0,
"unit": "KH/s"
},
"Z9 mini": {
"value": 0,
"unit": "KSol/s"
},
"E3": {
"value": 0,
"unit": "MH/s"
},
}
errors = False
miner_errors = {}
for miner in miners:
miner_stats = get_stats(miner.ip)
# if miner not accessible
if miner_stats['STATUS'][0]['STATUS'] == 'error':
errors = True
inactive_miners.append(miner)
else:
# Get worker name
miner_pools = get_pools(miner.ip)
active_pool = [
pool for pool in miner_pools['POOLS'] if pool['Stratum Active']
]
try:
worker = active_pool[0]['User']
except KeyError as k:
worker = ""
except ValueError as v:
worker = ""
# Get miner's ASIC chips
asic_chains = [
miner_stats['STATS'][1][chain]
for chain in miner_stats['STATS'][1].keys()
if "chain_acs" in chain
]
# count number of working chips
o = [str(o).count('o') for o in asic_chains]
Os = sum(o)
# count number of defective chips
X = [str(x).count('x') for x in asic_chains]
C = [str(x).count('C') for x in asic_chains]
B = [str(x).count('B') for x in asic_chains]
Xs = sum(X)
Bs = sum(B)
Cs = sum(C)
# get number of in-active chips
_dash_chips = [str(x).count('-') for x in asic_chains]
_dash_chips = sum(_dash_chips)
# Get total number of chips according to miner's model
# convert miner.model.chips to int list and sum
chips_list = [int(y) for y in str(miner.model.chips).split(',')]
total_chips = sum(chips_list)
# Get the temperatures of the miner according to miner's model
temps = [
int(miner_stats['STATS'][1][temp])
for temp in sorted(miner_stats['STATS'][1].keys(),
key=lambda x: str(x))
if re.search(miner.model.temp_keys + '[0-9]', temp)
if miner_stats['STATS'][1][temp] != 0
]
# Get fan speeds
fan_speeds = [
miner_stats['STATS'][1][fan]
for fan in sorted(miner_stats['STATS'][1].keys(),
key=lambda x: str(x))
if re.search("fan" + '[0-9]', fan)
if miner_stats['STATS'][1][fan] != 0
]
# Get GH/S 5s
try:
ghs5s = float(str(miner_stats['STATS'][1]['GHS 5s']))
except ValueError as v:
ghs5s = 0
except KeyError as k:
miner_summary = get_summary(miner.ip)
ghs5s = float(str(miner_summary['SUMAMRY'][0]['GHS 5s']))
# Get HW Errors
try:
hw_error_rate = miner_stats['STATS'][1]['Device Hardware%']
except KeyError as k:
# Probably the miner is an Antminer E3
miner_summary = get_summary(miner.ip)
hw_error_rate = miner_summary['SUMMARY'][0]['Device Hardware%']
except ValueError as v:
hw_error_rate = 0
# Get uptime
uptime = timedelta(seconds=miner_stats['STATS'][1]['Elapsed'])
#
workers.update({miner.ip: worker})
miner_chips.update({
miner.ip: {
'status': {
'Os': Os,
'Xs': Xs,
'-': _dash_chips
},
'total': total_chips,
}
})
temperatures.update({miner.ip: temps})
fans.update({miner.ip: {"speeds": fan_speeds}})
value, unit = update_unit_and_value(
ghs5s, total_hash_rate_per_model[miner.model.model]['unit'])
hash_rates.update({miner.ip: "{:3.2f} {}".format(value, unit)})
hw_error_rates.update({miner.ip: hw_error_rate})
uptimes.update({miner.ip: uptime})
total_hash_rate_per_model[miner.model.model]["value"] += ghs5s
active_miners.append(miner)
# Flash error messages
if Xs > 0:
error_message = ("[WARNING] '{}' chips are defective on "
"miner '{}'.").format(Xs, miner.ip)
current_app.logger.warning(error_message)
flash(error_message, "warning")
errors = True
miner_errors.update({miner.ip: error_message})
if Os + Xs < total_chips:
error_message = (
"[ERROR] ASIC chips are missing from miner "
"'{}'. Your Antminer '{}' has '{}/{} chips'.").format(
miner.ip, miner.model.model, Os + Xs, total_chips)
current_app.logger.error(error_message)
flash(error_message, "error")
errors = True
miner_errors.update({miner.ip: error_message})
if Bs > 0:
# flash an info message. Probably the E3 is still warming up
# error_message = (
# "[INFO] Miner '{}' is still warming up").format(miner.ip)
# current_app.logger.error(error_message)
# flash(error_message, "info")
pass
if Cs > 0:
# flask an info message. Probably the E3 is still warming up
# error_message = (
# "[INFO] Miner '{}' is still warming up").format(miner.ip)
# current_app.logger.error(error_message)
# flash(error_message, "info")
pass
if temps:
if max(temps) >= 80:
error_message = ("[WARNING] High temperatures on "
"miner '{}'.").format(miner.ip)
current_app.logger.warning(error_message)
flash(error_message, "warning")
if not temps:
temperatures.update({miner.ip: 0})
error_message = ("[ERROR] Could not retrieve temperatures "
"from miner '{}'.").format(miner.ip)
current_app.logger.warning(error_message)
flash(error_message, "error")
# Flash success/info message
if not miners:
error_message = ("[INFO] No miners added yet. "
"Please add miners using the above form.")
current_app.logger.info(error_message)
flash(error_message, "info")
elif not errors:
error_message = ("[INFO] All miners are operating normal. "
"No errors found.")
current_app.logger.info(error_message)
flash(error_message, "info")
# flash("[INFO] Check chips on your miner", "info")
# flash("[SUCCESS] Miner added successfully", "success")
# flash("[WARNING] Check temperatures on your miner", "warning")
# flash("[ERROR] Check board(s) on your miner", "error")
# Convert the total_hash_rate_per_model into a data structure that the
# template can consume.
total_hash_rate_per_model_temp = {}
for key in total_hash_rate_per_model:
value, unit = update_unit_and_value(
total_hash_rate_per_model[key]["value"],
total_hash_rate_per_model[key]["unit"])
if value > 0:
total_hash_rate_per_model_temp[key] = "{:3.2f} {}".format(
value, unit)
end = time.clock()
loading_time = end - start
return render_template(
'asicminer/home.html',
version=current_app.config['__VERSION__'],
models=models,
active_miners=active_miners,
inactive_miners=inactive_miners,
workers=workers,
miner_chips=miner_chips,
temperatures=temperatures,
fans=fans,
hash_rates=hash_rates,
hw_error_rates=hw_error_rates,
uptimes=uptimes,
total_hash_rate_per_model=total_hash_rate_per_model_temp,
loading_time=loading_time,
miner_errors=miner_errors,
)
def pools(ip):
output = get_pools(ip)
return jsonify(output)
def antminers():
# Init variables
start = time.clock()
miners = Miner.query.all()
print 'miners'
print miners
models = MinerModel.query.all()
active_miners = []
inactive_miners = []
workers = {}
miner_chips = {}
temperatures = {}
fans = {}
hash_rates = {}
hw_error_rates = {}
uptimes = {}
total_hash_rate_per_model = {
"L3+": {
"value": 0,
"unit": "MH/s"
},
"S7": {
"value": 0,
"unit": "GH/s"
},
"S9": {
"value": 0,
"unit": "GH/s"
},
"D3": {
"value": 0,
"unit": "MH/s"
},
"T9": {
"value": 0,
"unit": "TH/s"
},
"A3": {
"value": 0,
"unit": "GH/s"
},
"L3": {
"value": 0,
"unit": "MH/s"
},
"R4": {
"value": 0,
"unit": "TH/s"
},
"V9": {
"value": 0,
"unit": "TH/s"
},
}
errors = False
miner_errors = {}
for miner in miners:
miner_stats = get_stats(miner.ip)
print 'miner_stats'
print miner_stats
# if miner not accessible
if miner_stats['STATUS'][0]['STATUS'] == 'error':
errors = True
inactive_miners.append(miner)
else:
# Get worker name
miner_pools = get_pools(miner.ip)
print miner_pools
worker = miner_pools['POOLS'][0]['User']
# Get miner's ASIC chips
asic_chains = [
miner_stats['STATS'][1][chain]
for chain in miner_stats['STATS'][1].keys()
if "chain_acs" in chain
]
# count number of working chips
O = [str(o).count('o') for o in asic_chains]
Os = sum(O)
# count number of defective chips
X = [str(x).count('x') for x in asic_chains]
Xs = sum(X)
# get number of in-active chips
_dash_chips = [str(x).count('-') for x in asic_chains]
_dash_chips = sum(_dash_chips)
# Get total number of chips according to miner's model
# convert miner.model.chips to int list and sum
chips_list = [int(y) for y in str(miner.model.chips).split(',')]
total_chips = sum(chips_list)
# Get the temperatures of the miner according to miner's model
temps = [
int(miner_stats['STATS'][1][temp])
for temp in sorted(miner_stats['STATS'][1].keys(),
key=lambda x: str(x))
if re.search(miner.model.temp_keys + '[0-9]', temp)
if miner_stats['STATS'][1][temp] != 0
]
# Get fan speeds
fan_speeds = [
miner_stats['STATS'][1][fan]
for fan in sorted(miner_stats['STATS'][1].keys(),
key=lambda x: str(x))
if re.search("fan" + '[0-9]', fan)
if miner_stats['STATS'][1][fan] != 0
]
# Get GH/S 5s
ghs5s = float(str(miner_stats['STATS'][1]['GHS 5s']))
# Get HW Errors
hw_error_rate = miner_stats['STATS'][1]['Device Hardware%']
# Get uptime
uptime = timedelta(seconds=miner_stats['STATS'][1]['Elapsed'])
#
#workers.update({miner.ip: worker, pools: miner_pools['POOLS']})
workers.update({miner.ip: worker, 'pools': miner_pools['POOLS']})
miner_chips.update({
miner.ip: {
'status': {
'Os': Os,
'Xs': Xs,
'-': _dash_chips
},
'total': total_chips,
}
})
temperatures.update({miner.ip: temps})
fans.update({miner.ip: {"speeds": fan_speeds}})
value, unit = update_unit_and_value(
ghs5s, total_hash_rate_per_model[miner.model.model]['unit'])
hash_rates.update({miner.ip: "{:3.2f} {}".format(value, unit)})
hw_error_rates.update({miner.ip: hw_error_rate})
uptimes.update({miner.ip: uptime})
total_hash_rate_per_model[miner.model.model]["value"] += ghs5s
active_miners.append(miner)
# Flash error messages
if Xs > 0:
error_message = "[WARNING] '{}' chips are defective on miner '{}'.".format(
Xs, miner.ip)
logger.warning(error_message)
flash(error_message, "warning")
errors = True
miner_errors.update({miner.ip: error_message})
if Os + Xs < total_chips:
error_message = "[ERROR] ASIC chips are missing from miner '{}'. Your Antminer '{}' has '{}/{} chips'." \
.format(
miner.ip,
miner.model.model,
Os + Xs,
total_chips
)
logger.error(error_message)
flash(error_message, "error")
errors = True
miner_errors.update({miner.ip: error_message})
if temps:
if max(temps) >= 80:
error_message = "[WARNING] High temperatures on miner '{}'.".format(
miner.ip)
logger.warning(error_message)
flash(error_message, "warning")
if not temps:
temperatures.update({miner.ip: 0})
error_message = "[ERROR] Could not retrieve temperatures from miner '{}'.".format(
miner.ip)
logger.warning(error_message)
flash(error_message, "error")
# Flash success/info message
if not miners:
error_message = "[INFO] No miners added yet. Please add miners using the above form."
logger.info(error_message)
flash(error_message, "info")
elif not errors:
error_message = "[INFO] All miners are operating normal. No errors found."
logger.info(error_message)
flash(error_message, "info")
# flash("[INFO] Check chips on your miner", "info")
# flash("[SUCCESS] Miner added successfully", "success")
# flash("[WARNING] Check temperatures on your miner", "warning")
# flash("[ERROR] Check board(s) on your miner", "error")
# Convert the total_hash_rate_per_model into a data structure that the template can
# consume.
total_hash_rate_per_model_temp = {}
for key in total_hash_rate_per_model:
value, unit = update_unit_and_value(
total_hash_rate_per_model[key]["value"],
total_hash_rate_per_model[key]["unit"])
if value > 0:
total_hash_rate_per_model_temp[key] = "{:3.2f} {}".format(
value, unit)
end = time.clock()
loading_time = end - start
print 'workers'
print workers
return render_template(
'/antminers/index.html',
version=__version__,
models=models,
active_miners=active_miners,
inactive_miners=inactive_miners,
workers=workers,
miner_chips=miner_chips,
temperatures=temperatures,
fans=fans,
hash_rates=hash_rates,
hw_error_rates=hw_error_rates,
uptimes=uptimes,
total_hash_rate_per_model=total_hash_rate_per_model_temp,
loading_time=loading_time,
miner_errors=miner_errors,
)
