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reformatted all files to use the Black formatting style

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This commit is contained in:
UpstreamData
2022-03-31 11:27:57 -06:00
parent d905f6f414
commit f0a8e7ba9f
54 changed files with 1369 additions and 959 deletions
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30
miners/__init__.py
View File

@@ -9,7 +9,11 @@ import logging
class BaseMiner:
def __init__(self, ip: str, api: BMMinerAPI or BOSMinerAPI or CGMinerAPI or BTMinerAPI or UnknownAPI) -> None:
def __init__(
self,
ip: str,
api: BMMinerAPI or BOSMinerAPI or CGMinerAPI or BTMinerAPI or UnknownAPI,
) -> None:
self.ip = ipaddress.ip_address(ip)
self.uname = None
self.pwd = None
@@ -20,19 +24,23 @@ class BaseMiner:
async def _get_ssh_connection(self) -> asyncssh.connect:
"""Create a new asyncssh connection"""
try:
conn = await asyncssh.connect(str(self.ip),
known_hosts=None,
username=self.uname,
password=self.pwd,
server_host_key_algs=['ssh-rsa'])
conn = await asyncssh.connect(
str(self.ip),
known_hosts=None,
username=self.uname,
password=self.pwd,
server_host_key_algs=["ssh-rsa"],
)
return conn
except asyncssh.misc.PermissionDenied:
try:
conn = await asyncssh.connect(str(self.ip),
known_hosts=None,
username="admin",
password="admin",
server_host_key_algs=['ssh-rsa'])
conn = await asyncssh.connect(
str(self.ip),
known_hosts=None,
username="admin",
password="admin",
server_host_key_algs=["ssh-rsa"],
)
return conn
except Exception as e:
logging.warning(f"{self} raised an exception: {e}")

2
miners/antminer/S9/bosminer.py
View File

@@ -24,7 +24,7 @@ class BOSMinerS9(BOSMiner):
logging.debug(f"{self}: Opening SFTP connection.")
async with conn.start_sftp_client() as sftp:
logging.debug(f"{self}: Opening config file.")
async with sftp.open('/etc/bosminer.toml', 'w+') as file:
async with sftp.open("/etc/bosminer.toml", "w+") as file:
await file.write(toml_conf)
logging.debug(f"{self}: Restarting BOSMiner")
await conn.run("/etc/init.d/bosminer restart")

18
miners/antminer/T9/hive.py
View File

@@ -13,7 +13,7 @@ class HiveonT9(BMMiner):
async def get_board_info(self) -> dict:
"""Gets data on each board and chain in the miner."""
board_stats = await self.api.stats()
stats = board_stats['STATS'][1]
stats = board_stats["STATS"][1]
boards = {}
board_chains = {0: [2, 9, 10], 1: [3, 11, 12], 2: [4, 13, 14]}
for idx, board in enumerate(board_chains):
@@ -25,12 +25,14 @@ class HiveonT9(BMMiner):
nominal = False
else:
nominal = True
boards[board].append({
"chain": chain,
"chip_count": count,
"chip_status": chips,
"nominal": nominal
})
boards[board].append(
{
"chain": chain,
"chip_count": count,
"chip_status": chips,
"nominal": nominal,
}
)
return boards
async def get_bad_boards(self) -> dict:
@@ -43,4 +45,4 @@ class HiveonT9(BMMiner):
if board not in bad_boards.keys():
bad_boards[board] = []
bad_boards[board].append(chain)
return bad_boards
return bad_boards

302
miners/avalonminer/Avalon8/__init__.py
View File

@@ -7,155 +7,157 @@ class CGMinerAvalon8(CGMiner):
super().__init__(ip)
self.model = "Avalon 8"
self.api_type = "CGMiner"
self.pattern = re.compile(r'Ver\[(?P<Ver>[-0-9A-Fa-f+]+)\]\s'
'DNA\[(?P<DNA>[0-9A-Fa-f]+)\]\s'
'Elapsed\[(?P<Elapsed>[-0-9]+)\]\s'
'MW\[(?P<MW>[-\s0-9]+)\]\s'
'LW\[(?P<LW>[-0-9]+)\]\s'
'MH\[(?P<MH>[-\s0-9]+)\]\s'
'HW\[(?P<HW>[-0-9]+)\]\s'
'Temp\[(?P<Temp>[0-9]+)\]\s'
'TMax\[(?P<TMax>[0-9]+)\]\s'
'Fan\[(?P<Fan>[0-9]+)\]\s'
'FanR\[(?P<FanR>[0-9]+)%\]\s'
'Vi\[(?P<Vi>[-\s0-9]+)\]\s'
'Vo\[(?P<Vo>[-\s0-9]+)\]\s'
'('
'PLL0\[(?P<PLL0>[-\s0-9]+)\]\s'
'PLL1\[(?P<PLL1>[-\s0-9]+)\]\s'
'PLL2\[(?P<PLL2>[-\s0-9]+)\]\s'
'PLL3\[(?P<PLL3>[-\s0-9]+)\]\s'
')?'
'GHSmm\[(?P<GHSmm>[-.0-9]+)\]\s'
'WU\[(?P<WU>[-.0-9]+)\]\s'
'Freq\[(?P<Freq>[.0-9]+)\]\s'
'PG\[(?P<PG>[0-9]+)\]\s'
'Led\[(?P<LED>0|1)\]\s'
'MW0\[(?P<MW0>[0-9\s]+)\]\s'
'MW1\[(?P<MW1>[0-9\s]+)\]\s'
'MW2\[(?P<MW2>[0-9\s]+)\]\s'
'MW3\[(?P<MW3>[0-9\s]+)\]\s'
'TA\[(?P<TA>[0-9]+)\]\s'
'ECHU\[(?P<ECHU>[0-9\s]+)\]\s'
'ECMM\[(?P<ECMM>[0-9]+)\]\s.*'
'FAC0\[(?P<FAC0>[-0-9]+)\]\s'
'OC\[(?P<OC>[0-9]+)\]\s'
'SF0\[(?P<SF0>[-\s0-9]+)\]\s'
'SF1\[(?P<SF1>[-\s0-9]+)\]\s'
'SF2\[(?P<SF2>[-\s0-9]+)\]\s'
'SF3\[(?P<SF3>[-\s0-9]+)\]\s'
'PMUV\[(?P<PMUV>[-\s\S*]+)\]\s'
'PVT_T0\[(?P<PVT_T0>[-0-9\s]+)\]\s'
'PVT_T1\[(?P<PVT_T1>[-0-9\s]+)\]\s'
'PVT_T2\[(?P<PVT_T2>[-0-9\s]+)\]\s'
'PVT_T3\[(?P<PVT_T3>[-0-9\s]+)\]\s'
'PVT_V0_0\[(?P<PVT_V0_0>[-0-9\s]+)\]\s'
'PVT_V0_1\[(?P<PVT_V0_1>[-0-9\s]+)\]\s'
'PVT_V0_2\[(?P<PVT_V0_2>[-0-9\s]+)\]\s'
'PVT_V0_3\[(?P<PVT_V0_3>[-0-9\s]+)\]\s'
'PVT_V0_4\[(?P<PVT_V0_4>[-0-9\s]+)\]\s'
'PVT_V0_5\[(?P<PVT_V0_5>[-0-9\s]+)\]\s'
'PVT_V0_6\[(?P<PVT_V0_6>[-0-9\s]+)\]\s'
'PVT_V0_7\[(?P<PVT_V0_7>[-0-9\s]+)\]\s'
'PVT_V0_8\[(?P<PVT_V0_8>[-0-9\s]+)\]\s'
'PVT_V0_9\[(?P<PVT_V0_9>[-0-9\s]+)\]\s'
'PVT_V0_10\[(?P<PVT_V0_10>[-0-9\s]+)\]\s'
'PVT_V0_11\[(?P<PVT_V0_11>[-0-9\s]+)\]\s'
'PVT_V0_12\[(?P<PVT_V0_12>[-0-9\s]+)\]\s'
'PVT_V0_13\[(?P<PVT_V0_13>[-0-9\s]+)\]\s'
'PVT_V0_14\[(?P<PVT_V0_14>[-0-9\s]+)\]\s'
'PVT_V0_15\[(?P<PVT_V0_15>[-0-9\s]+)\]\s'
'PVT_V0_16\[(?P<PVT_V0_16>[-0-9\s]+)\]\s'
'PVT_V0_17\[(?P<PVT_V0_17>[-0-9\s]+)\]\s'
'PVT_V0_18\[(?P<PVT_V0_18>[-0-9\s]+)\]\s'
'PVT_V0_19\[(?P<PVT_V0_19>[-0-9\s]+)\]\s'
'PVT_V0_20\[(?P<PVT_V0_20>[-0-9\s]+)\]\s'
'PVT_V0_21\[(?P<PVT_V0_21>[-0-9\s]+)\]\s'
'PVT_V0_22\[(?P<PVT_V0_22>[-0-9\s]+)\]\s'
'PVT_V0_23\[(?P<PVT_V0_23>[-0-9\s]+)\]\s'
'PVT_V0_24\[(?P<PVT_V0_24>[-0-9\s]+)\]\s'
'PVT_V0_25\[(?P<PVT_V0_25>[-0-9\s]+)\]\s'
'PVT_V1_0\[(?P<PVT_V1_0>[-0-9\s]+)\]\s'
'PVT_V1_1\[(?P<PVT_V1_1>[-0-9\s]+)\]\s'
'PVT_V1_2\[(?P<PVT_V1_2>[-0-9\s]+)\]\s'
'PVT_V1_3\[(?P<PVT_V1_3>[-0-9\s]+)\]\s'
'PVT_V1_4\[(?P<PVT_V1_4>[-0-9\s]+)\]\s'
'PVT_V1_5\[(?P<PVT_V1_5>[-0-9\s]+)\]\s'
'PVT_V1_6\[(?P<PVT_V1_6>[-0-9\s]+)\]\s'
'PVT_V1_7\[(?P<PVT_V1_7>[-0-9\s]+)\]\s'
'PVT_V1_8\[(?P<PVT_V1_8>[-0-9\s]+)\]\s'
'PVT_V1_9\[(?P<PVT_V1_9>[-0-9\s]+)\]\s'
'PVT_V1_10\[(?P<PVT_V1_10>[-0-9\s]+)\]\s'
'PVT_V1_11\[(?P<PVT_V1_11>[-0-9\s]+)\]\s'
'PVT_V1_12\[(?P<PVT_V1_12>[-0-9\s]+)\]\s'
'PVT_V1_13\[(?P<PVT_V1_13>[-0-9\s]+)\]\s'
'PVT_V1_14\[(?P<PVT_V1_14>[-0-9\s]+)\]\s'
'PVT_V1_15\[(?P<PVT_V1_15>[-0-9\s]+)\]\s'
'PVT_V1_16\[(?P<PVT_V1_16>[-0-9\s]+)\]\s'
'PVT_V1_17\[(?P<PVT_V1_17>[-0-9\s]+)\]\s'
'PVT_V1_18\[(?P<PVT_V1_18>[-0-9\s]+)\]\s'
'PVT_V1_19\[(?P<PVT_V1_19>[-0-9\s]+)\]\s'
'PVT_V1_20\[(?P<PVT_V1_20>[-0-9\s]+)\]\s'
'PVT_V1_21\[(?P<PVT_V1_21>[-0-9\s]+)\]\s'
'PVT_V1_22\[(?P<PVT_V1_22>[-0-9\s]+)\]\s'
'PVT_V1_23\[(?P<PVT_V1_23>[-0-9\s]+)\]\s'
'PVT_V1_24\[(?P<PVT_V1_24>[-0-9\s]+)\]\s'
'PVT_V1_25\[(?P<PVT_V1_25>[-0-9\s]+)\]\s'
'PVT_V2_0\[(?P<PVT_V2_0>[-0-9\s]+)\]\s'
'PVT_V2_1\[(?P<PVT_V2_1>[-0-9\s]+)\]\s'
'PVT_V2_2\[(?P<PVT_V2_2>[-0-9\s]+)\]\s'
'PVT_V2_3\[(?P<PVT_V2_3>[-0-9\s]+)\]\s'
'PVT_V2_4\[(?P<PVT_V2_4>[-0-9\s]+)\]\s'
'PVT_V2_5\[(?P<PVT_V2_5>[-0-9\s]+)\]\s'
'PVT_V2_6\[(?P<PVT_V2_6>[-0-9\s]+)\]\s'
'PVT_V2_7\[(?P<PVT_V2_7>[-0-9\s]+)\]\s'
'PVT_V2_8\[(?P<PVT_V2_8>[-0-9\s]+)\]\s'
'PVT_V2_9\[(?P<PVT_V2_9>[-0-9\s]+)\]\s'
'PVT_V2_10\[(?P<PVT_V2_10>[-0-9\s]+)\]\s'
'PVT_V2_11\[(?P<PVT_V2_11>[-0-9\s]+)\]\s'
'PVT_V2_12\[(?P<PVT_V2_12>[-0-9\s]+)\]\s'
'PVT_V2_13\[(?P<PVT_V2_13>[-0-9\s]+)\]\s'
'PVT_V2_14\[(?P<PVT_V2_14>[-0-9\s]+)\]\s'
'PVT_V2_15\[(?P<PVT_V2_15>[-0-9\s]+)\]\s'
'PVT_V2_16\[(?P<PVT_V2_16>[-0-9\s]+)\]\s'
'PVT_V2_17\[(?P<PVT_V2_17>[-0-9\s]+)\]\s'
'PVT_V2_18\[(?P<PVT_V2_18>[-0-9\s]+)\]\s'
'PVT_V2_19\[(?P<PVT_V2_19>[-0-9\s]+)\]\s'
'PVT_V2_20\[(?P<PVT_V2_20>[-0-9\s]+)\]\s'
'PVT_V2_21\[(?P<PVT_V2_21>[-0-9\s]+)\]\s'
'PVT_V2_22\[(?P<PVT_V2_22>[-0-9\s]+)\]\s'
'PVT_V2_23\[(?P<PVT_V2_23>[-0-9\s]+)\]\s'
'PVT_V2_24\[(?P<PVT_V2_24>[-0-9\s]+)\]\s'
'PVT_V2_25\[(?P<PVT_V2_25>[-0-9\s]+)\]\s'
'PVT_V3_0\[(?P<PVT_V3_0>[-0-9\s]+)\]\s'
'PVT_V3_1\[(?P<PVT_V3_1>[-0-9\s]+)\]\s'
'PVT_V3_2\[(?P<PVT_V3_2>[-0-9\s]+)\]\s'
'PVT_V3_3\[(?P<PVT_V3_3>[-0-9\s]+)\]\s'
'PVT_V3_4\[(?P<PVT_V3_4>[-0-9\s]+)\]\s'
'PVT_V3_5\[(?P<PVT_V3_5>[-0-9\s]+)\]\s'
'PVT_V3_6\[(?P<PVT_V3_6>[-0-9\s]+)\]\s'
'PVT_V3_7\[(?P<PVT_V3_7>[-0-9\s]+)\]\s'
'PVT_V3_8\[(?P<PVT_V3_8>[-0-9\s]+)\]\s'
'PVT_V3_9\[(?P<PVT_V3_9>[-0-9\s]+)\]\s'
'PVT_V3_10\[(?P<PVT_V3_10>[-0-9\s]+)\]\s'
'PVT_V3_11\[(?P<PVT_V3_11>[-0-9\s]+)\]\s'
'PVT_V3_12\[(?P<PVT_V3_12>[-0-9\s]+)\]\s'
'PVT_V3_13\[(?P<PVT_V3_13>[-0-9\s]+)\]\s'
'PVT_V3_14\[(?P<PVT_V3_14>[-0-9\s]+)\]\s'
'PVT_V3_15\[(?P<PVT_V3_15>[-0-9\s]+)\]\s'
'PVT_V3_16\[(?P<PVT_V3_16>[-0-9\s]+)\]\s'
'PVT_V3_17\[(?P<PVT_V3_17>[-0-9\s]+)\]\s'
'PVT_V3_18\[(?P<PVT_V3_18>[-0-9\s]+)\]\s'
'PVT_V3_19\[(?P<PVT_V3_19>[-0-9\s]+)\]\s'
'PVT_V3_20\[(?P<PVT_V3_20>[-0-9\s]+)\]\s'
'PVT_V3_21\[(?P<PVT_V3_21>[-0-9\s]+)\]\s'
'PVT_V3_22\[(?P<PVT_V3_22>[-0-9\s]+)\]\s'
'PVT_V3_23\[(?P<PVT_V3_23>[-0-9\s]+)\]\s'
'PVT_V3_24\[(?P<PVT_V3_24>[-0-9\s]+)\]\s'
'PVT_V3_25\[(?P<PVT_V3_25>[-0-9\s]+)\]\s'
'FM\[(?P<FM>[0-9]+)\]\s'
'CRC\[(?P<CRC>[0-9\s]+)\]', re.X
)
self.pattern = re.compile(
r"Ver\[(?P<Ver>[-0-9A-Fa-f+]+)\]\s"
"DNA\[(?P<DNA>[0-9A-Fa-f]+)\]\s"
"Elapsed\[(?P<Elapsed>[-0-9]+)\]\s"
"MW\[(?P<MW>[-\s0-9]+)\]\s"
"LW\[(?P<LW>[-0-9]+)\]\s"
"MH\[(?P<MH>[-\s0-9]+)\]\s"
"HW\[(?P<HW>[-0-9]+)\]\s"
"Temp\[(?P<Temp>[0-9]+)\]\s"
"TMax\[(?P<TMax>[0-9]+)\]\s"
"Fan\[(?P<Fan>[0-9]+)\]\s"
"FanR\[(?P<FanR>[0-9]+)%\]\s"
"Vi\[(?P<Vi>[-\s0-9]+)\]\s"
"Vo\[(?P<Vo>[-\s0-9]+)\]\s"
"("
"PLL0\[(?P<PLL0>[-\s0-9]+)\]\s"
"PLL1\[(?P<PLL1>[-\s0-9]+)\]\s"
"PLL2\[(?P<PLL2>[-\s0-9]+)\]\s"
"PLL3\[(?P<PLL3>[-\s0-9]+)\]\s"
")?"
"GHSmm\[(?P<GHSmm>[-.0-9]+)\]\s"
"WU\[(?P<WU>[-.0-9]+)\]\s"
"Freq\[(?P<Freq>[.0-9]+)\]\s"
"PG\[(?P<PG>[0-9]+)\]\s"
"Led\[(?P<LED>0|1)\]\s"
"MW0\[(?P<MW0>[0-9\s]+)\]\s"
"MW1\[(?P<MW1>[0-9\s]+)\]\s"
"MW2\[(?P<MW2>[0-9\s]+)\]\s"
"MW3\[(?P<MW3>[0-9\s]+)\]\s"
"TA\[(?P<TA>[0-9]+)\]\s"
"ECHU\[(?P<ECHU>[0-9\s]+)\]\s"
"ECMM\[(?P<ECMM>[0-9]+)\]\s.*"
"FAC0\[(?P<FAC0>[-0-9]+)\]\s"
"OC\[(?P<OC>[0-9]+)\]\s"
"SF0\[(?P<SF0>[-\s0-9]+)\]\s"
"SF1\[(?P<SF1>[-\s0-9]+)\]\s"
"SF2\[(?P<SF2>[-\s0-9]+)\]\s"
"SF3\[(?P<SF3>[-\s0-9]+)\]\s"
"PMUV\[(?P<PMUV>[-\s\S*]+)\]\s"
"PVT_T0\[(?P<PVT_T0>[-0-9\s]+)\]\s"
"PVT_T1\[(?P<PVT_T1>[-0-9\s]+)\]\s"
"PVT_T2\[(?P<PVT_T2>[-0-9\s]+)\]\s"
"PVT_T3\[(?P<PVT_T3>[-0-9\s]+)\]\s"
"PVT_V0_0\[(?P<PVT_V0_0>[-0-9\s]+)\]\s"
"PVT_V0_1\[(?P<PVT_V0_1>[-0-9\s]+)\]\s"
"PVT_V0_2\[(?P<PVT_V0_2>[-0-9\s]+)\]\s"
"PVT_V0_3\[(?P<PVT_V0_3>[-0-9\s]+)\]\s"
"PVT_V0_4\[(?P<PVT_V0_4>[-0-9\s]+)\]\s"
"PVT_V0_5\[(?P<PVT_V0_5>[-0-9\s]+)\]\s"
"PVT_V0_6\[(?P<PVT_V0_6>[-0-9\s]+)\]\s"
"PVT_V0_7\[(?P<PVT_V0_7>[-0-9\s]+)\]\s"
"PVT_V0_8\[(?P<PVT_V0_8>[-0-9\s]+)\]\s"
"PVT_V0_9\[(?P<PVT_V0_9>[-0-9\s]+)\]\s"
"PVT_V0_10\[(?P<PVT_V0_10>[-0-9\s]+)\]\s"
"PVT_V0_11\[(?P<PVT_V0_11>[-0-9\s]+)\]\s"
"PVT_V0_12\[(?P<PVT_V0_12>[-0-9\s]+)\]\s"
"PVT_V0_13\[(?P<PVT_V0_13>[-0-9\s]+)\]\s"
"PVT_V0_14\[(?P<PVT_V0_14>[-0-9\s]+)\]\s"
"PVT_V0_15\[(?P<PVT_V0_15>[-0-9\s]+)\]\s"
"PVT_V0_16\[(?P<PVT_V0_16>[-0-9\s]+)\]\s"
"PVT_V0_17\[(?P<PVT_V0_17>[-0-9\s]+)\]\s"
"PVT_V0_18\[(?P<PVT_V0_18>[-0-9\s]+)\]\s"
"PVT_V0_19\[(?P<PVT_V0_19>[-0-9\s]+)\]\s"
"PVT_V0_20\[(?P<PVT_V0_20>[-0-9\s]+)\]\s"
"PVT_V0_21\[(?P<PVT_V0_21>[-0-9\s]+)\]\s"
"PVT_V0_22\[(?P<PVT_V0_22>[-0-9\s]+)\]\s"
"PVT_V0_23\[(?P<PVT_V0_23>[-0-9\s]+)\]\s"
"PVT_V0_24\[(?P<PVT_V0_24>[-0-9\s]+)\]\s"
"PVT_V0_25\[(?P<PVT_V0_25>[-0-9\s]+)\]\s"
"PVT_V1_0\[(?P<PVT_V1_0>[-0-9\s]+)\]\s"
"PVT_V1_1\[(?P<PVT_V1_1>[-0-9\s]+)\]\s"
"PVT_V1_2\[(?P<PVT_V1_2>[-0-9\s]+)\]\s"
"PVT_V1_3\[(?P<PVT_V1_3>[-0-9\s]+)\]\s"
"PVT_V1_4\[(?P<PVT_V1_4>[-0-9\s]+)\]\s"
"PVT_V1_5\[(?P<PVT_V1_5>[-0-9\s]+)\]\s"
"PVT_V1_6\[(?P<PVT_V1_6>[-0-9\s]+)\]\s"
"PVT_V1_7\[(?P<PVT_V1_7>[-0-9\s]+)\]\s"
"PVT_V1_8\[(?P<PVT_V1_8>[-0-9\s]+)\]\s"
"PVT_V1_9\[(?P<PVT_V1_9>[-0-9\s]+)\]\s"
"PVT_V1_10\[(?P<PVT_V1_10>[-0-9\s]+)\]\s"
"PVT_V1_11\[(?P<PVT_V1_11>[-0-9\s]+)\]\s"
"PVT_V1_12\[(?P<PVT_V1_12>[-0-9\s]+)\]\s"
"PVT_V1_13\[(?P<PVT_V1_13>[-0-9\s]+)\]\s"
"PVT_V1_14\[(?P<PVT_V1_14>[-0-9\s]+)\]\s"
"PVT_V1_15\[(?P<PVT_V1_15>[-0-9\s]+)\]\s"
"PVT_V1_16\[(?P<PVT_V1_16>[-0-9\s]+)\]\s"
"PVT_V1_17\[(?P<PVT_V1_17>[-0-9\s]+)\]\s"
"PVT_V1_18\[(?P<PVT_V1_18>[-0-9\s]+)\]\s"
"PVT_V1_19\[(?P<PVT_V1_19>[-0-9\s]+)\]\s"
"PVT_V1_20\[(?P<PVT_V1_20>[-0-9\s]+)\]\s"
"PVT_V1_21\[(?P<PVT_V1_21>[-0-9\s]+)\]\s"
"PVT_V1_22\[(?P<PVT_V1_22>[-0-9\s]+)\]\s"
"PVT_V1_23\[(?P<PVT_V1_23>[-0-9\s]+)\]\s"
"PVT_V1_24\[(?P<PVT_V1_24>[-0-9\s]+)\]\s"
"PVT_V1_25\[(?P<PVT_V1_25>[-0-9\s]+)\]\s"
"PVT_V2_0\[(?P<PVT_V2_0>[-0-9\s]+)\]\s"
"PVT_V2_1\[(?P<PVT_V2_1>[-0-9\s]+)\]\s"
"PVT_V2_2\[(?P<PVT_V2_2>[-0-9\s]+)\]\s"
"PVT_V2_3\[(?P<PVT_V2_3>[-0-9\s]+)\]\s"
"PVT_V2_4\[(?P<PVT_V2_4>[-0-9\s]+)\]\s"
"PVT_V2_5\[(?P<PVT_V2_5>[-0-9\s]+)\]\s"
"PVT_V2_6\[(?P<PVT_V2_6>[-0-9\s]+)\]\s"
"PVT_V2_7\[(?P<PVT_V2_7>[-0-9\s]+)\]\s"
"PVT_V2_8\[(?P<PVT_V2_8>[-0-9\s]+)\]\s"
"PVT_V2_9\[(?P<PVT_V2_9>[-0-9\s]+)\]\s"
"PVT_V2_10\[(?P<PVT_V2_10>[-0-9\s]+)\]\s"
"PVT_V2_11\[(?P<PVT_V2_11>[-0-9\s]+)\]\s"
"PVT_V2_12\[(?P<PVT_V2_12>[-0-9\s]+)\]\s"
"PVT_V2_13\[(?P<PVT_V2_13>[-0-9\s]+)\]\s"
"PVT_V2_14\[(?P<PVT_V2_14>[-0-9\s]+)\]\s"
"PVT_V2_15\[(?P<PVT_V2_15>[-0-9\s]+)\]\s"
"PVT_V2_16\[(?P<PVT_V2_16>[-0-9\s]+)\]\s"
"PVT_V2_17\[(?P<PVT_V2_17>[-0-9\s]+)\]\s"
"PVT_V2_18\[(?P<PVT_V2_18>[-0-9\s]+)\]\s"
"PVT_V2_19\[(?P<PVT_V2_19>[-0-9\s]+)\]\s"
"PVT_V2_20\[(?P<PVT_V2_20>[-0-9\s]+)\]\s"
"PVT_V2_21\[(?P<PVT_V2_21>[-0-9\s]+)\]\s"
"PVT_V2_22\[(?P<PVT_V2_22>[-0-9\s]+)\]\s"
"PVT_V2_23\[(?P<PVT_V2_23>[-0-9\s]+)\]\s"
"PVT_V2_24\[(?P<PVT_V2_24>[-0-9\s]+)\]\s"
"PVT_V2_25\[(?P<PVT_V2_25>[-0-9\s]+)\]\s"
"PVT_V3_0\[(?P<PVT_V3_0>[-0-9\s]+)\]\s"
"PVT_V3_1\[(?P<PVT_V3_1>[-0-9\s]+)\]\s"
"PVT_V3_2\[(?P<PVT_V3_2>[-0-9\s]+)\]\s"
"PVT_V3_3\[(?P<PVT_V3_3>[-0-9\s]+)\]\s"
"PVT_V3_4\[(?P<PVT_V3_4>[-0-9\s]+)\]\s"
"PVT_V3_5\[(?P<PVT_V3_5>[-0-9\s]+)\]\s"
"PVT_V3_6\[(?P<PVT_V3_6>[-0-9\s]+)\]\s"
"PVT_V3_7\[(?P<PVT_V3_7>[-0-9\s]+)\]\s"
"PVT_V3_8\[(?P<PVT_V3_8>[-0-9\s]+)\]\s"
"PVT_V3_9\[(?P<PVT_V3_9>[-0-9\s]+)\]\s"
"PVT_V3_10\[(?P<PVT_V3_10>[-0-9\s]+)\]\s"
"PVT_V3_11\[(?P<PVT_V3_11>[-0-9\s]+)\]\s"
"PVT_V3_12\[(?P<PVT_V3_12>[-0-9\s]+)\]\s"
"PVT_V3_13\[(?P<PVT_V3_13>[-0-9\s]+)\]\s"
"PVT_V3_14\[(?P<PVT_V3_14>[-0-9\s]+)\]\s"
"PVT_V3_15\[(?P<PVT_V3_15>[-0-9\s]+)\]\s"
"PVT_V3_16\[(?P<PVT_V3_16>[-0-9\s]+)\]\s"
"PVT_V3_17\[(?P<PVT_V3_17>[-0-9\s]+)\]\s"
"PVT_V3_18\[(?P<PVT_V3_18>[-0-9\s]+)\]\s"
"PVT_V3_19\[(?P<PVT_V3_19>[-0-9\s]+)\]\s"
"PVT_V3_20\[(?P<PVT_V3_20>[-0-9\s]+)\]\s"
"PVT_V3_21\[(?P<PVT_V3_21>[-0-9\s]+)\]\s"
"PVT_V3_22\[(?P<PVT_V3_22>[-0-9\s]+)\]\s"
"PVT_V3_23\[(?P<PVT_V3_23>[-0-9\s]+)\]\s"
"PVT_V3_24\[(?P<PVT_V3_24>[-0-9\s]+)\]\s"
"PVT_V3_25\[(?P<PVT_V3_25>[-0-9\s]+)\]\s"
"FM\[(?P<FM>[0-9]+)\]\s"
"CRC\[(?P<CRC>[0-9\s]+)\]",
re.X,
)
def __repr__(self) -> str:
return f"CGMinerAvalon8: {str(self.ip)}"
@@ -163,7 +165,7 @@ class CGMinerAvalon8(CGMiner):
def parse_estats(self, estats):
for estat in estats:
for key in estat:
if key[:5] == 'MM ID':
if key[:5] == "MM ID":
self._parse_estat(estat, key)
def _parse_estat(self, estat, key):

6
miners/bmminer.py
View File

@@ -9,8 +9,8 @@ class BMMiner(BaseMiner):
super().__init__(ip, api)
self.model = None
self.config = None
self.uname = 'root'
self.pwd = 'admin'
self.uname = "root"
self.pwd = "admin"
def __repr__(self) -> str:
return f"BMMiner: {str(self.ip)}"
@@ -31,7 +31,7 @@ class BMMiner(BaseMiner):
try:
async with (await self._get_ssh_connection()) as conn:
if conn is not None:
data = await conn.run('cat /proc/sys/kernel/hostname')
data = await conn.run("cat /proc/sys/kernel/hostname")
host = data.stdout.strip()
logging.debug(f"Found hostname for {self.ip}: {host}")
return host

43
miners/bosminer.py
View File

@@ -4,14 +4,15 @@ import toml
from config.bos import bos_config_convert, general_config_convert_bos
import logging
class BOSMiner(BaseMiner):
def __init__(self, ip: str) -> None:
api = BOSMinerAPI(ip)
super().__init__(ip, api)
self.model = None
self.config = None
self.uname = 'root'
self.pwd = 'admin'
self.uname = "root"
self.pwd = "admin"
self.nominal_chips = 63
def __repr__(self) -> str:
@@ -39,13 +40,13 @@ class BOSMiner(BaseMiner):
async def fault_light_on(self) -> None:
"""Sends command to turn on fault light on the miner."""
logging.debug(f"{self}: Sending fault_light on command.")
await self.send_ssh_command('miner fault_light on')
await self.send_ssh_command("miner fault_light on")
logging.debug(f"{self}: fault_light on command completed.")
async def fault_light_off(self) -> None:
"""Sends command to turn off fault light on the miner."""
logging.debug(f"{self}: Sending fault_light off command.")
await self.send_ssh_command('miner fault_light off')
await self.send_ssh_command("miner fault_light off")
logging.debug(f"{self}: fault_light off command completed.")
async def restart_backend(self):
@@ -54,7 +55,7 @@ class BOSMiner(BaseMiner):
async def restart_bosminer(self) -> None:
"""Restart bosminer hashing process."""
logging.debug(f"{self}: Sending bosminer restart command.")
await self.send_ssh_command('/etc/init.d/bosminer restart')
await self.send_ssh_command("/etc/init.d/bosminer restart")
logging.debug(f"{self}: bosminer restart command completed.")
async def reboot(self) -> None:
@@ -69,7 +70,7 @@ class BOSMiner(BaseMiner):
logging.debug(f"{self}: Opening SFTP connection.")
async with conn.start_sftp_client() as sftp:
logging.debug(f"{self}: Reading config file.")
async with sftp.open('/etc/bosminer.toml') as file:
async with sftp.open("/etc/bosminer.toml") as file:
toml_data = toml.loads(await file.read())
logging.debug(f"{self}: Converting config file.")
cfg = await bos_config_convert(toml_data)
@@ -80,7 +81,7 @@ class BOSMiner(BaseMiner):
try:
async with (await self._get_ssh_connection()) as conn:
if conn is not None:
data = await conn.run('cat /proc/sys/kernel/hostname')
data = await conn.run("cat /proc/sys/kernel/hostname")
host = data.stdout.strip()
logging.debug(f"Found hostname for {self.ip}: {host}")
return host
@@ -98,7 +99,9 @@ class BOSMiner(BaseMiner):
version_data = await self.api.devdetails()
if version_data:
if not version_data["DEVDETAILS"] == []:
self.model = version_data["DEVDETAILS"][0]["Model"].replace("Antminer ", "")
self.model = version_data["DEVDETAILS"][0]["Model"].replace(
"Antminer ", ""
)
logging.debug(f"Found model for {self.ip}: {self.model} (BOS)")
return self.model + " (BOS)"
logging.warning(f"Failed to get model for miner: {self}")
@@ -112,7 +115,7 @@ class BOSMiner(BaseMiner):
logging.debug(f"{self}: Opening SFTP connection.")
async with conn.start_sftp_client() as sftp:
logging.debug(f"{self}: Opening config file.")
async with sftp.open('/etc/bosminer.toml', 'w+') as file:
async with sftp.open("/etc/bosminer.toml", "w+") as file:
await file.write(toml_conf)
logging.debug(f"{self}: Restarting BOSMiner")
await conn.run("/etc/init.d/bosminer restart")
@@ -124,21 +127,23 @@ class BOSMiner(BaseMiner):
if not devdetails.get("DEVDETAILS"):
print("devdetails error", devdetails)
return {0: [], 1: [], 2: []}
devs = devdetails['DEVDETAILS']
devs = devdetails["DEVDETAILS"]
boards = {}
offset = devs[0]["ID"]
for board in devs:
boards[board["ID"] - offset] = []
if not board['Chips'] == self.nominal_chips:
if not board["Chips"] == self.nominal_chips:
nominal = False
else:
nominal = True
boards[board["ID"] - offset].append({
"chain": board["ID"] - offset,
"chip_count": board['Chips'],
"chip_status": "o" * board['Chips'],
"nominal": nominal
})
boards[board["ID"] - offset].append(
{
"chain": board["ID"] - offset,
"chip_count": board["Chips"],
"chip_status": "o" * board["Chips"],
"nominal": nominal,
}
)
logging.debug(f"Found board data for {self}: {boards}")
return boards
@@ -158,9 +163,9 @@ class BOSMiner(BaseMiner):
"""Checks for and provides list for working boards."""
devs = await self.api.devdetails()
bad = 0
chains = devs['DEVDETAILS']
chains = devs["DEVDETAILS"]
for chain in chains:
if chain['Chips'] == 0:
if chain["Chips"] == 0:
bad += 1
if not bad > 0:
return str(self.ip)

16
miners/btminer.py
View File

@@ -53,16 +53,18 @@ class BTMiner(BaseMiner):
for board in devs:
boards[board["ID"] - offset] = []
if "Effective Chips" in board.keys():
if not board['Effective Chips'] in self.nominal_chips:
if not board["Effective Chips"] in self.nominal_chips:
nominal = False
else:
nominal = True
boards[board["ID"] - offset].append({
"chain": board["ID"] - offset,
"chip_count": board['Effective Chips'],
"chip_status": "o" * board['Effective Chips'],
"nominal": nominal
})
boards[board["ID"] - offset].append(
{
"chain": board["ID"] - offset,
"chip_count": board["Effective Chips"],
"chip_status": "o" * board["Effective Chips"],
"nominal": nominal,
}
)
else:
logging.warning(f"Incorrect board data from {self}: {board}")
print(board)

40
miners/cgminer.py
View File

@@ -9,8 +9,8 @@ class CGMiner(BaseMiner):
super().__init__(ip, api)
self.model = None
self.config = None
self.uname = 'root'
self.pwd = 'admin'
self.uname = "root"
self.pwd = "admin"
def __repr__(self) -> str:
return f"CGMiner: {str(self.ip)}"
@@ -23,8 +23,7 @@ class CGMiner(BaseMiner):
except APIError:
return None
if version_data:
self.model = version_data["DEVDETAILS"][0]["Model"].replace(
"Antminer ", "")
self.model = version_data["DEVDETAILS"][0]["Model"].replace("Antminer ", "")
return self.model
return None
@@ -32,7 +31,7 @@ class CGMiner(BaseMiner):
try:
async with (await self._get_ssh_connection()) as conn:
if conn is not None:
data = await conn.run('cat /proc/sys/kernel/hostname')
data = await conn.run("cat /proc/sys/kernel/hostname")
return data.stdout.strip()
else:
return "?"
@@ -56,33 +55,36 @@ class CGMiner(BaseMiner):
await self.restart_cgminer()
async def restart_cgminer(self) -> None:
commands = ['cgminer-api restart',
'/usr/bin/cgminer-monitor >/dev/null 2>&1']
commands = ';'.join(commands)
commands = ["cgminer-api restart", "/usr/bin/cgminer-monitor >/dev/null 2>&1"]
commands = ";".join(commands)
await self.send_ssh_command(commands)
async def reboot(self) -> None:
await self.send_ssh_command("reboot")
async def start_cgminer(self) -> None:
commands = ['mkdir -p /etc/tmp/',
'echo \"*/3 * * * * /usr/bin/cgminer-monitor\" > /etc/tmp/root',
'crontab -u root /etc/tmp/root',
'/usr/bin/cgminer-monitor >/dev/null 2>&1']
commands = ';'.join(commands)
commands = [
"mkdir -p /etc/tmp/",
'echo "*/3 * * * * /usr/bin/cgminer-monitor" > /etc/tmp/root',
"crontab -u root /etc/tmp/root",
"/usr/bin/cgminer-monitor >/dev/null 2>&1",
]
commands = ";".join(commands)
await self.send_ssh_command(commands)
async def stop_cgminer(self) -> None:
commands = ['mkdir -p /etc/tmp/',
'echo \"\" > /etc/tmp/root',
'crontab -u root /etc/tmp/root',
'killall cgminer']
commands = ';'.join(commands)
commands = [
"mkdir -p /etc/tmp/",
'echo "" > /etc/tmp/root',
"crontab -u root /etc/tmp/root",
"killall cgminer",
]
commands = ";".join(commands)
await self.send_ssh_command(commands)
async def get_config(self) -> None:
async with (await self._get_ssh_connection()) as conn:
command = 'cat /etc/config/cgminer'
command = "cat /etc/config/cgminer"
result = await conn.run(command, check=True)
self.config = result.stdout
print(str(self.config))

32
miners/miner_factory.py
View File

@@ -46,10 +46,7 @@ class MinerFactory:
def __new__(cls):
if not cls._instance:
cls._instance = super(
MinerFactory,
cls
).__new__(cls)
cls._instance = super(MinerFactory, cls).__new__(cls)
return cls._instance
async def get_miner_generator(self, ips: list):
@@ -221,7 +218,10 @@ class MinerFactory:
model = data["VERSION"][0]["Type"]
else:
# make sure devdetails actually contains data, if its empty, there are no devices
if "DEVDETAILS" in data.keys() and not data["DEVDETAILS"] == []:
if (
"DEVDETAILS" in data.keys()
and not data["DEVDETAILS"] == []
):
# check for model, for most miners
if not data["DEVDETAILS"][0]["Model"] == "":
@@ -261,7 +261,7 @@ class MinerFactory:
cmd = {"command": command}
# send the command
writer.write(json.dumps(cmd).encode('utf-8'))
writer.write(json.dumps(cmd).encode("utf-8"))
await writer.drain()
# instantiate data
@@ -281,10 +281,10 @@ class MinerFactory:
# some json from the API returns with a null byte (\x00) on the end
if data.endswith(b"\x00"):
# handle the null byte
str_data = data.decode('utf-8')[:-1]
str_data = data.decode("utf-8")[:-1]
else:
# no null byte
str_data = data.decode('utf-8')
str_data = data.decode("utf-8")
# fix an error with a btminer return having an extra comma that breaks json.loads()
str_data = str_data.replace(",}", "}")
# fix an error with a btminer return having a newline that breaks json.loads()
@@ -321,19 +321,27 @@ class MinerFactory:
if data["STATUS"][0].get("STATUS") in ["I", "S"]:
# check if there are any BMMiner strings in any of the dict keys
if any("BMMiner" in string for string in data["VERSION"][0].keys()):
if any(
"BMMiner" in string for string in data["VERSION"][0].keys()
):
api = "BMMiner"
# check if there are any CGMiner strings in any of the dict keys
elif any("CGMiner" in string for string in data["VERSION"][0].keys()):
elif any(
"CGMiner" in string for string in data["VERSION"][0].keys()
):
api = "CGMiner"
# check if there are any BOSMiner strings in any of the dict keys
elif any("BOSminer" in string for string in data["VERSION"][0].keys()):
elif any(
"BOSminer" in string for string in data["VERSION"][0].keys()
):
api = "BOSMiner"
# if all that fails, check the Description to see if it is a whatsminer
elif data.get("Description") and "whatsminer" in data.get("Description"):
elif data.get("Description") and "whatsminer" in data.get(
"Description"
):
api = "BTMiner"
# return the API if we found it