feature: add more whatsminer error codes.

This commit is contained in:
UpstreamData
2023-08-28 08:53:27 -06:00
parent 9f4c4bb9cf
commit 2924a8d67b

View File

@@ -16,8 +16,6 @@
from dataclasses import asdict, dataclass, field, fields
C_N_CODES = ["52", "53", "54", "55", "56"]
@dataclass
class WhatsminerError:
@@ -37,10 +35,8 @@ class WhatsminerError:
@property
def error_message(self): # noqa - Skip PyCharm inspection
if len(str(self.error_code)) > 3 and str(self.error_code)[:2] in C_N_CODES:
# 55 error code base has chip numbers, so the format is
# 55 -> board num len 1 -> chip num len 3
err_type = 55
if len(str(self.error_code)) == 6 and not str(self.error_code)[:1] == "1":
err_type = int(str(self.error_code)[:2])
err_subtype = int(str(self.error_code)[2:3])
err_value = int(str(self.error_code)[3:])
else:
@@ -88,7 +84,9 @@ class WhatsminerError:
ERROR_CODES = {
1: { # Fan error
0: {0: "Fan unknown."},
0: {
0: "Fan unknown.",
},
1: { # Fan speed error of 1000+
0: "Intake fan speed error.",
1: "Exhaust fan speed error.",
@@ -101,7 +99,9 @@ ERROR_CODES = {
0: "Intake fan speed error. Fan speed deviates by more than 3000.",
1: "Exhaust fan speed error. Fan speed deviates by more than 3000.",
},
4: {0: "Fan speed too high."}, # High speed
4: {
0: "Fan speed too high.",
}, # High speed
},
2: { # Power error
0: {
@@ -126,6 +126,7 @@ ERROR_CODES = {
6: "Power remained unchanged for a long time.",
7: "Power set enable error.",
8: "Power input voltage is lower than 230V for high power mode.",
9: "Power input current is incorrect.",
},
3: {
3: "Power output high temperature protection error.",
@@ -159,6 +160,8 @@ ERROR_CODES = {
6: {
3: "Power communication warning.",
4: "Power communication error.",
5: "Power unknown error.",
6: "Power unknown error.",
7: "Power watchdog protection.",
8: "Power output high current protection.",
9: "Power input high current protection.",
@@ -170,57 +173,134 @@ ERROR_CODES = {
3: "Power input too high warning.",
4: "Power fan warning.",
5: "Power high temperature warning.",
6: "Power unknown error.",
7: "Power unknown error.",
8: "Power unknown error.",
9: "Power unknown error.",
},
8: {
0: "Power unknown error.",
1: "Power vendor status 1 bit 0 error.",
2: "Power vendor status 1 bit 1 error.",
3: "Power vendor status 1 bit 2 error.",
4: "Power vendor status 1 bit 3 error.",
5: "Power vendor status 1 bit 4 error.",
6: "Power vendor status 1 bit 5 error.",
7: "Power vendor status 1 bit 6 error.",
8: "Power vendor status 1 bit 7 error.",
9: "Power vendor status 2 bit 0 error.",
},
9: {
0: "Power vendor status 2 bit 1 error.",
1: "Power vendor status 2 bit 2 error.",
2: "Power vendor status 2 bit 3 error.",
3: "Power vendor status 2 bit 4 error.",
4: "Power vendor status 2 bit 5 error.",
5: "Power vendor status 2 bit 6 error.",
6: "Power vendor status 2 bit 7 error.",
},
},
3: { # temperature error
0: { # sensor detection error
"n": "Slot {n} temperature sensor detection error."
"n": "Slot {n} temperature sensor detection error.",
},
2: { # temperature reading error
"n": "Slot {n} temperature reading error.",
9: "Control board temperature sensor communication error.",
},
5: {"n": "Slot {n} temperature protecting."}, # temperature protection
6: {0: "Hashboard high temperature error."}, # high temp
5: {
"n": "Slot {n} temperature protecting.",
}, # temperature protection
6: {
0: "Hashboard high temperature error.",
1: "Hashboard high temperature error.",
2: "Hashboard high temperature error.",
3: "Hashboard high temperature error.",
}, # high temp
7: {
0: "The environment temperature fluctuates too much.",
}, # env temp
8: {
0: "Humidity sensor not found.",
1: "Humidity sensor read error.",
2: "Humidity sensor read error.",
3: "Humidity sensor protecting.",
},
}, # humidity
},
4: { # EEPROM error
0: {0: "Eeprom unknown error."},
1: {"n": "Slot {n} eeprom detection error."}, # EEPROM detection error
2: {"n": "Slot {n} eeprom parsing error."}, # EEPROM parsing error
3: {"n": "Slot {n} chip bin type error."}, # chip bin error
4: {"n": "Slot {n} eeprom chip number X error."}, # EEPROM chip number error
5: {"n": "Slot {n} eeprom xfer error."}, # EEPROM xfer error
0: {
0: "Eeprom unknown error.",
},
1: {
"n": "Slot {n} eeprom detection error.",
}, # EEPROM detection error
2: {
"n": "Slot {n} eeprom parsing error.",
}, # EEPROM parsing error
3: {
"n": "Slot {n} chip bin type error.",
}, # chip bin error
4: {
"n": "Slot {n} eeprom chip number X error.",
}, # EEPROM chip number error
5: {
"n": "Slot {n} eeprom xfer error.",
}, # EEPROM xfer error
},
5: { # hashboard error
0: {0: "Board unknown error."},
1: {"n": "Slot {n} miner type error."}, # board miner type error
2: {"n": "Slot {n} bin type error."}, # chip bin type error
3: {"n": "Slot {n} not found."}, # board not found error
4: {"n": "Slot {n} error reading chip id."}, # reading chip id error
5: {"n": "Slot {n} has bad chips."}, # board has bad chips error
6: {"n": "Slot {n} loss of balance error."}, # loss of balance error
7: {"n": "Slot {n} xfer error chip."}, # xfer error
8: {"n": "Slot {n} reset error."}, # reset error
9: {"n": "Slot {n} frequency too low."}, # freq error
0: {
0: "Board unknown error.",
},
1: {
"n": "Slot {n} miner type error.",
}, # board miner type error
2: {
"n": "Slot {n} bin type error.",
}, # chip bin type error
3: {
"n": "Slot {n} not found.",
}, # board not found error
4: {
"n": "Slot {n} error reading chip id.",
}, # reading chip id error
5: {
"n": "Slot {n} has bad chips.",
}, # board has bad chips error
6: {
"n": "Slot {n} loss of balance error.",
}, # loss of balance error
7: {
"n": "Slot {n} xfer error chip.",
}, # xfer error
8: {
"n": "Slot {n} reset error.",
}, # reset error
9: {
"n": "Slot {n} frequency too low.",
}, # freq error
},
6: { # env temp error
0: {0: "Environment temperature is too high."}, # normal env temp error
0: {
0: "Environment temperature is too high.",
}, # normal env temp error
1: { # high power env temp error
0: "Environment temperature is too high for high performance mode."
0: "Environment temperature is too high for high performance mode.",
},
},
7: { # control board error
0: {0: "MAC address invalid", 1: "Control board no support chip."},
0: {
0: "MAC address invalid",
1: "Control board no support chip.",
},
1: {
0: "Control board rebooted as an exception.",
1: "Control board rebooted as exception and cpufreq reduced, please upgrade the firmware",
2: "Control board rebooted as an exception.",
3: "The network is unstable, change time.",
4: "Unknown error.",
},
2: {
"n": "Control board slot {n} frame error.",
},
},
8: { # checksum error
@@ -228,63 +308,152 @@ ERROR_CODES = {
0: "CGMiner checksum error.",
1: "System monitor checksum error.",
2: "Remote daemon checksum error.",
}
},
1: {0: "Air to liquid PCB serial # does not match."},
},
9: {0: {1: "Power rate error."}}, # power rate error
9: {
0: {0: "Unknown error.", 1: "Power rate error.", 2: "Unknown error."}
}, # power rate error
20: { # pool error
1: {0: "All pools are disabled."}, # all disabled error
2: {"n": "Pool {n} connection failed."}, # pool connection failed error
3: {0: "High rejection rate on pool."}, # rejection rate error
0: {
0: "No pool information configured.",
},
1: {
0: "All pools are disabled.",
}, # all disabled error
2: {
"n": "Pool {n} connection failed.",
}, # pool connection failed error
3: {
0: "High rejection rate on pool.",
}, # rejection rate error
4: { # asicboost not supported error
0: "The pool does not support asicboost mode."
0: "The pool does not support asicboost mode.",
},
},
21: {1: {"n": "Slot {n} factory test step failed."}},
21: {
1: {
"n": "Slot {n} factory test step failed.",
}
},
23: { # hashrate error
1: {0: "Hashrate is too low."},
2: {0: "Hashrate is too low."},
3: {0: "Hashrate loss is too high."},
4: {0: "Hashrate loss is too high."},
5: {0: "Hashrate loss."},
1: {
0: "Hashrate is too low.",
},
2: {
0: "Hashrate is too low.",
},
3: {
0: "Hashrate loss is too high.",
},
4: {
0: "Hashrate loss is too high.",
},
5: {
0: "Hashrate loss.",
},
},
50: { # water velocity error/voltage error
1: {"n": "Slot {n} chip voltage too low."},
2: {"n": "Slot {n} chip voltage changed."},
3: {"n": "Slot {n} chip temperature difference is too large."},
4: {"n": "Slot {n} chip hottest temperature difference is too large."},
7: {"n": "Slot {n} water velocity is abnormal."}, # abnormal water velocity
8: {0: "Chip temp calibration failed, please restore factory settings."},
9: {"n": "Slot {n} chip temp calibration check no balance."},
1: {
"n": "Slot {n} chip voltage too low.",
},
2: {
"n": "Slot {n} chip voltage changed.",
},
3: {
"n": "Slot {n} chip temperature difference is too large.",
},
4: {
"n": "Slot {n} chip hottest temperature difference is too large.",
},
5: {"n": "Slot {n} stopped hashing, chips temperature protecting."},
7: {
"n": "Slot {n} water velocity is abnormal.",
}, # abnormal water velocity
8: {
0: "Chip temp calibration failed, please restore factory settings.",
},
9: {
"n": "Slot {n} chip temp calibration check no balance.",
},
},
51: { # frequency error
1: {"n": "Slot {n} frequency up timeout."}, # frequency up timeout
7: {"n": "Slot {n} frequency up timeout."}, # frequency up timeout
1: {
"n": "Slot {n} frequency up timeout.",
}, # frequency up timeout
2: {"n": "Slot {n} too many CRC errors."},
3: {"n": "Slot {n} unstable."},
7: {
"n": "Slot {n} frequency up timeout.",
}, # frequency up timeout
},
52: {
"n": {
"c": "Slot {n} chip {c} error nonce.",
},
},
53: {
"n": {
"c": "Slot {n} chip {c} too few nonce.",
},
},
54: {
"n": {
"c": "Slot {n} chip {c} temp protected.",
},
},
55: {
"n": {
"c": "Slot {n} chip {c} has been reset.",
},
},
56: {
"n": {
"c": "Slot {n} chip {c} zero nonce.",
},
},
52: {"n": {"c": "Slot {n} chip {c} error nonce."}},
53: {"n": {"c": "Slot {n} chip {c} too few nonce."}},
54: {"n": {"c": "Slot {n} chip {c} temp protected."}},
55: {"n": {"c": "Slot {n} chip {c} has been reset."}},
56: {"n": {"c": "Slot {n} chip {c} does not return to the nonce."}},
80: {
0: {0: "The tool version is too low, please update."},
1: {0: "Low freq."},
2: {0: "Low hashrate."},
3: {5: "High env temp."},
0: {
0: "The tool version is too low, please update.",
},
1: {
0: "Low freq.",
},
2: {
0: "Low hashrate.",
},
3: {
5: "High env temp.",
},
},
81: {
0: {0: "Chip data error."},
0: {
0: "Chip data error.",
},
},
82: {
0: {0: "Power version error."},
1: {0: "Miner type error."},
2: {0: "Version info error."},
0: {
0: "Power version error.",
},
1: {
0: "Miner type error.",
},
2: {
0: "Version info error.",
},
},
83: {
0: {0: "Empty level error."},
0: {
0: "Empty level error.",
},
},
84: {
0: {0: "Old firmware."},
1: {0: "Software version error."},
0: {
0: "Old firmware.",
},
1: {
0: "Software version error.",
},
},
85: {
"n": {
@@ -296,8 +465,12 @@ ERROR_CODES = {
},
},
86: {
0: {0: "Missing product serial #."},
1: {0: "Missing product type."},
0: {
0: "Missing product serial #.",
},
1: {
0: "Missing product type.",
},
2: {
0: "Missing miner serial #.",
1: "Wrong miner serial # length.",
@@ -314,12 +487,34 @@ ERROR_CODES = {
3: "Wrong power model rate.",
4: "Wrong power model format.",
},
5: {0: "Wrong hash board struct."},
6: {0: "Wrong miner cooling type."},
7: {0: "Missing PCB serial #."},
5: {
0: "Wrong hash board struct.",
},
6: {
0: "Wrong miner cooling type.",
},
7: {
0: "Missing PCB serial #.",
},
},
87: {
0: {
0: "Miner power mismatch.",
},
},
90: {
0: {
0: "Process error, exited with signal: 3.",
},
1: {
0: "Process error, exited with signal: 3.",
},
},
99: {
9: {
9: "Miner unknown error.",
},
},
87: {0: {0: "Miner power mismatch."}},
99: {9: {9: "Miner unknown error."}},
1000: {
0: {
0: "Security library error, please upgrade firmware",
@@ -328,7 +523,11 @@ ERROR_CODES = {
3: "/antiv/dig/pf_partial.dig illegal.",
},
},
1001: {0: {0: "Security BTMiner removed, please upgrade firmware."}},
1001: {
0: {
0: "Security BTMiner removed, please upgrade firmware.",
},
},
1100: {
0: {
0: "Security illegal file, please upgrade firmware.",