This article describes how to use the mining machine API V2.0.4. The function of remote batch management of Whatsminer M50 can be realized through API.
- 1. Summary
- 2. Writable API
- 2.1 Update pools information
- 2.2 Restart btminer
- 2.3 Power off miner
- 2.4 Power on miner
- 2.5 Manage led
- 2.6 Switch power mode
- 2.7 Firmware upgrading
- 2.8 Reboot system
- 2.9 Restore to factory setting
- 2.10 Modify the password of admin account
- 2.11 Modify network configuration
- 2.12 Download logs
- 2.13 Set target frequency
- 2.14 Enable btminer fast boot
- 2.15 Disable btminer fast boot
- 2.16 Enable web pools
- 2.17 Disable web pools
- 2.18 Set hostname
- 2.19 Set zone
- 2.20 Load log
- 2.21 Set power percent
- 2.22 Pre power on
- 3.Readable API
- 4.Others
- 5.The flow
1. Summary
This article describes how to use the mining machine API. The intended audience is mine management software developers.
Using WhatMinerTool gains privilege to the miner. The function of remote batch management can be realized through API.
Follow these steps:
1.Change the default password(admin)
2.Turn on the API
2. Writable API
2.1 Update pools information
JSON:
{
“token”:”str”,
“cmd”:”update_pools”,
“pool1″:”str”,
“worker1″:”str”,
“passwd1″:”str”,
“pool2″:”str”,
“worker2″:”str”,
“passwd2″:”str”,
“pool3″:”str”,
“worker3″:”str”,
“passwd3″:”str”
}
2.2 Restart btminer
JSON:
{
“token”:”str”,
“cmd”:”restart_btminer”
}
2.3 Power off miner
This operation simply stops mining and turns off the power output of the power board.
There was no power outage on the control board.
JSON:
{
“token”:”str”,
“cmd”:”power_off”,
“respbefore”:”str” “false”/”true”
}
2.4 Power on miner
This operation simply starts mining and turns on the power output of the power board.
JSON:
{
“token”:”str”,
“cmd”:”power_on”,
}
2.5 Manage led
Recovery to automatic control:
JSON:
{
“token”:”str”,
“cmd”:”set_led”,
“param”:”auto”
}
Return:
{
“token”:”str”,
“cmd”:”set_led”,
“color”:”str”, red green
“period”:inter, flash cycle ms
“duration”:inter, led on time in cycle(ms)
“start”:inter led on time offset in cycle(ms)
}
2.6 Switch power mode
JSON:
{
“token”:”str”,
“cmd”:”set_low_power”
}
2.7 Firmware upgrading
Upgrade flow:
Client -> miner(text flow):
“update_firmware”
JSON:
{
“token”:”str”,
“cmd”:”update_firmware”
}
Miner -> client(text flow): “ready”
JSON:
{
“STATUS”:”S”,
“When”:1594179080,
“Code”:131,”Msg”:”ready”,
“Description”:””
}
Client -> miner(binary flow): file_size(4Bytes) file_data
file_size: size of upgrade file,send integer to stream as little endian.
file_data:file binary flow
Check upgrading by the value of “Firmware Version” returned by summary.
All interactions are one-time TCP connections.
2.8 Reboot system
JSON:
{
“token”:”str”,
“cmd”:”reboot”
}
2.9 Restore to factory setting
JSON:
{
“token”:”str”,
“cmd”:”factory_reset”
}
2.10 Modify the password of admin account
The maximum password length is 8 bytes.
Notice: you must regain token from miner for encrypted transmission.
JSON:
{
“token”:”str”,
“cmd”:”update_pwd”,
“old”:”str”,
use letter,number,underline
“new”:”str”
use letter,number,underline
}
2.11 Modify network configuration
Notice: after modifying the configuration, Miner will restart.
JSON:
{
“token”:”str”,
“cmd”:”net_config”,
“param”:”dhcp”
}
JSON:
{
“token”:”str”,
“cmd”:”net_config”,
“ip”:”str”,
“mask”:”str”,
“gate”:”str”,
“dns”:”str”,
“114.114.114.114 192.168.0.1” Divide by a space
“host”:”str”
}
2.12 Download logs
Download flow:
Client -> miner(text flow):
JSON:
{
“token”:”str”,
“cmd”:”download_logs”
}
Miner -> client(text flow):
JSON:
{
“STATUS”:”S”,
“When”:1603280777,
“Code”:131,
“Msg”:{“logfilelen”:”str”},
“Description”:””
}
Miner -> client(binary flow):
The miner sends the file contents after 10ms delay.
2.13 Set target frequency
JSON:
{
“cmd”: “set_target_freq”,
“percent”: “str”, range: -100 ~ 100
“token”: “str”
}
2.14 Enable btminer fast boot
JSON:
{
“cmd”: “enable_btminer_fast_boot”,
“token”: “str”
}
2.15 Disable btminer fast boot
JSON:
{
“cmd”: “disable_btminer_fast_boot”,
“token”: “str”
}
2.16 Enable web pools
JSON:
{
“cmd”: “enable_web_pools”,
“token”: “str”
}
2.17 Disable web pools
JSON:
{
“cmd”: “disable_web_pools”,
“token”: “str”
}
2.18 Set hostname
JSON:
{
“cmd”: “set_hostname”,
“hostname”: “str”,
“token”: “str”
}
2.19 Set zone
JSON:
{
“cmd”: “set_zone”,
“timezone”: “CST-8”,
“zonename”: “Asia/Shanghai”,
“token”: “str”
}
2.20 Load log
JSON:
{
“cmd”: “load_log”,
“ip”: “str”,
“port”: “str”,
“proto”: “str”, tcp/udp
“token”: “str”
}
2.21 Set power percent
JSON:
{
“cmd”: “set_power_pct”,
“percent”: “str”, range: 0 ~ 100
“token”: “str”
}
2.22 Pre power on
JSON:
{
“cmd”: “pre_power_on”,
“complete”: “str”, true/false
“msg”: “str”, “wait for adjust temp”/”adjust complete”/”adjust continue”
“token”: “str”
}
The miner can be preheated by “pre_power_on” before “power on”, so that the machine can quickly enter the full power state when “power on” is used. You can also use this command to query the pre power on status. Make sure power_off btminer before pre_power_on.
“wait for adjust temp”: The temperature adjustment of the miner is not completed.
“adjust complete”: The temperature adjustment of the miner is completed, and miner can be power on.
“adjust continue”: Miner is adjusting the temperature while waiting to end.
The value of “complete” is true after the temperature adjustment is complete.
3.Readable API
3.1 Summary
Contains fan speed, power info, etc.
JSON:
{
“cmd”:”summary”
}
Return:
{
“STATUS”:[{“STATUS”:”S”,”Msg”:”Summary”}],
“SUMMARY”:[
{
“Elapsed”:2648,
“MHS av”:84983730.62, Average hash rate of miner(MHS)
“MHS 5s”:102423869.64,
“MHS 1m”:86361423.06,
“MHS 5m”:84941366.02,
“MHS 15m”:84969424.09,
“HS RT”:84941366.02,
“Accepted”:804,
“Rejected”:0,
“Total MH”:225043191209.0000,
“Temperature”:80.00,
“freq_avg”:646,
“Fan Speed In”:4530, Air outlet fan speed(RPM)
“Fan Speed Out”:4530, Air inlet Fan speed(RPM)
“Power”:3593, Input power(W)
“Power Rate”:42.31,
“Pool Rejected%”:0.0000,
“Pool Stale%”:0.0000,
“Last getwork”:0,
“Uptime”:20507, System up time(second)
“Security Mode”:0,
“Hash Stable”:true,
“Hash Stable Cost Seconds”:17569,
“Hash Deviation%”:0.1398,
“Target Freq”:574,
“Target MHS”:76157172,
“Env Temp”:32.00,
“Power Mode”:”Normal”, Power mode (Low/Normal/High)
“Factory GHS”:84773, Factory hash rate(GHS)
“Power Limit”:3600,
“Chip Temp Min”:75.17,
“Chip Temp Max”:101.25,
“Chip Temp Avg”:89.60,
“Debug”:”-0.0_100.0_354″,
“Btminer Fast Boot”:”disable”
}
]
}
3.2 Pools
Contains pool miner information.
JSON:
{
“cmd”:”pools”
}
Return:
{
“STATUS”:[{“STATUS”:”S”,”Msg”:”1 Pool(s)”}],
“POOLS”:[
{
“POOL”:1,
“URL”:”stratum+tcp://btc.ss.poolin.com:443″, Pool address and port
“Status”:”Alive”, Pool status
“Priority”:0, Pool priority(0 highest)
“Quota”:1, Pool default strategy is 1
“Long Poll”:”N”,
“Getworks”:1,
“Accepted”:0, Accepted nonces by the pool
“Rejected”:0, Rejected nonces by the pool
“Works”:0,
“Discarded”:0,
“Stale”:0,
“Get Failures”:0,
“Remote Failures”:0,
“User”:”microbtinitial”, Miner name
“Last Share Time”:0, Last nonce submission time
“Diff1 Shares”:0,
“Proxy Type”:””,
“Proxy”:””,
“Difficulty Accepted”:0.00000000,
“Difficulty Rejected”:0.00000000,
“Difficulty Stale”:0.00000000,
“Last Share Difficulty”:0.00000000,
“Work Difficulty”:0.00000000,
“Has Stratum”:1,
“Stratum Active”:true, Pool stratum status
“Stratum URL”:”btc-vip-3dcoa7jxu.ss.poolin.com”, Pool address
“Stratum Difficulty”:65536.00000000, Pool difficulty
“Best Share”:0,
“Pool Rejected%”:0.0000, Pool rejection percent
“Pool Stale%”:0.0000,
“Bad Work”:0,
“Current Block Height”:0, Current Block Height
“Current Block Version”:536870916 Current Block Version
}
]
}
3.3 Edevs/devs
Contains information for each hash board.
JSON:
{
“cmd”:”edevs”
}
Return:
{
“STATUS”:[{“STATUS”:”S”,”Msg”:”3 ASC(s)”}],
“DEVS”:[
{
“ASC”:0,
“Slot”:0, Hash board slot number
“Enabled”:”Y”,
“Status”:”Alive”,
“Temperature”:80.00, Board temperature at air outlet (℃)
“Chip Frequency”:587, Average frequency of chips in hash board (MHz)
“MHS av”:10342284.80, Average hash rate of hash board (MHS)
“MHS 5s”:5298845.66,
“MHS 1m”:8508905.30,
“MHS 5m”:10351110.56,
“MHS 15m”:10296867.74,
“HS RT”:10351110.56,
“HS Factory”:28836, Factory marking(GHS)
“Accepted”:18,
“Rejected”:0,
“Last Valid Work”:1643183296,
“Upfreq Complete”:0,
“Effective Chips”:156,
“PCB SN”:”HEM1EP9C400929K60003″, PCB serial number
“Chip Data”:”K88Z347-2039
BINV01-195001D”,
“Chip Temp Min”:80.56,
“Chip Temp Max”:97.00,
“Chip Temp Avg”:89.89,
“chip_vol_diff”:9
},
{
“ASC”:1,
“Slot”:1,
“Enabled”:”Y”,
“Status”:”Alive”,
“Temperature”:80.00,
“Chip Frequency”:590,
“MHS av”:10259948.84,
“MHS 5s”:5413853.90,
“MHS 1m”:8577249.68,
“MHS 5m”:10441143.92,
“MHS 15m”:10214893.36,
“HS RT”:10441143.92,
“Accepted”:16,
“Rejected”:0,
“Last Valid Work”:1643183291,
“Upfreq Complete”:0,
“Effective Chips”:156,
“PCB SN”:”HEM1EP9C400929K60001″,
“Chip Data”:”K88Z347-2039
BINV01-195001D”,
“Chip Temp Min”:77.94,
“Chip Temp Max”:96.50,
“Chip Temp Avg”:88.23,
“chip_vol_diff”:9
},
{
“ASC”:2,
“Slot”:2,
“Enabled”:”Y”,
“Status”:”Alive”,
“Temperature”:80.00,
“Chip Frequency”:590,
“MHS av”:10258829.89,
“MHS 5s”:5571781.71,
“MHS 1m”:8675316.17,
“MHS 5m”:10479953.41,
“MHS 15m”:10213779.32,
“HS RT”:10479953.41,
“Accepted”:19,
“Rejected”:0,
“Last Valid Work”:1643183296,
“Upfreq Complete”:0,
“Effective Chips”:156,
“PCB SN”:”HEM1EP9C400929K60002″,
“Chip Data”:”K88Z347-2039
BINV01-195001D”,
“Chip Temp Min”:80.50,
“Chip Temp Max”:97.44,
“Chip Temp Avg”:90.91,
“chip_vol_diff”:9
}
]
}
3.4 Devdetails
JSON:
{
“cmd”:”devdetails”
}
Return:
{
“STATUS”:[{
“STATUS”:”S”,
“When”:1643181852,
“Code”:69,
“Msg”:”Device Details”,
“Description”:”btminer”
}],
“DEVDETAILS”:[ Hashboard detail
{
“DEVDETAILS”:0,
“Name”:”SM”,
“ID”:0,
“Driver”:”bitmicro”,
“Kernel”:””,
“Model”:”M30S+VE40″
},
{
“DEVDETAILS”:1,
“Name”:”SM”,
“ID”:1,
“Driver”:”bitmicro”,
“Kernel”:””,
“Model”:”M30S+VE40″
},
{
“DEVDETAILS”:2,
“Name”:”SM”,
“ID”:2,
“Driver”:”bitmicro”,
“Kernel”:””,
“Model”:”M30S+VE40″
}
]
}
3.5 Get PSU
Contains power information.
JSON:
{
“cmd”:”get_psu”
}
Return:
{
“STATUS”:”S”,
“When”:1643182793,
“Code”:131,
“Msg”:{
“name”:”P221B”,
“hw_version”:”V01.00″,
“sw_version”:”V01.00.V01.03″,
“model”:”P221B”,
“iin”:”8718″, Current in
“vin”:”22400″, Voltage in
“fan_speed”:”6976″, Power fan speed
“version”:”-1″,
“serial_no”:”A1232B0120100049″,
“vender”:”7″
},
“Description”:””
}
3.6 Get version
Get miner API version.
JSON:
{
“cmd”:”get_version”
}
Return:
{
“STATUS”:”S”,
“When”:1643187652,
“Code”:131,
“Msg”:{“api_ver”:”2.0.3″,”fw_ver”:”20220125.13.Rel”},
“Description”:””
}
3.7 Get token
You must use plaintext, and miner will return plaintext.
JSON:
{
“cmd”:”get_token”
}
Return:
{
“STATUS”:”string”,
“When”:12345678,
“Code”:133,
“Msg”:{“time”:”str”,”salt”:”str”,”newsalt”:”str”},
“Description”:””
}
3.8 Status
Get btminer status and firmware version.
JSON:
{
“cmd”:”status”
}
Return:
{
“btmineroff”:”str”, “true”/”false”
“Firmware Version”:”str”
}
Notice: miner supports 16 IP clients, one IP can get 32 tokens, and token keepalive is 30min.
3.9 Get miner info
JSON:
{
“cmd”:”get_miner_info”,
“info”:”ip,proto,netmask,gateway,dns,hostname,mac,ledstat,gateway”
}
You can select the fields in “info” that you want to return.
Return:
{
“STATUS”:”S”,
“When”:1618212903,
“Code”:131,
“Msg”:{“ip”:”192:168:2:16″,”proto”:”dhcp”,”netmask”:”255.255.255.0″,”dns”:”114.114.
114.114″,”mac”:”C6:07:20:00:1E:C2″,”ledstat”:”auto”,”gateway”:”192.168.2.1″},
“Description”:””
}
4.0 Get error code
JSON:
{
“cmd”:”get_error_code”,
}
Return:
{
“STATUS”:”S”,
“When”:1642392343,
“Code”:131,
“Msg”:{“error_code”:[“329″:”2022-01-17 11:28:11”]},
“Description”:””
}
API:
client -> miner：”get_token”
miner -> client：$time $salt $newsalt
e.g.：”1592555626 BQ5hoXV9 jbzkfQls”
JSON:
client -> miner：{“cmd”:”get_token”}
miner -> client：{“time”:”str”,”salt”:”str”,”newsalt”:”str”}
e.g.：{“time”:”5626″,”salt”:”BQ5hoXV9″,”newsalt”:”jbzkfQls”}
$time $salt $newsalt are separated by space
time:
timestamp, This count starts at the Unix Epoch on January 1st, 1970
at UTC.
salt:
a random Salt is generated for each password
new_slat:
new salt for sign
Token calculation method:
Get token from miner: time salt newsalt.
1. calculate key use admin’s password and salt.
2. timesec is the last four characters of time .
key = md5(salt + admin_password)
sign = md5(newsalt + key + timesec)
The reference code in Ubuntu：
First, Get those values from miner: $time $salt $newsalt.
Ubuntu Shell command:
key = `openssl passwd -1 -salt $salt “${admin_password}”|cut -f 4 -d ‘$’`
sign=`openssl passwd -1 -salt $newsalt “${key}${time:0-4}”|cut -f 4 -d ‘$’`
The default user name and password are admin
The API command can be used for two joins.
Eg.
{
“cmd”:”summary+pools”
}
4.Others
The whatsminer API TCP port is 4028.
Notice: If no data is received within 10 seconds after the port is opened, it will time out and
close.
JSON API RETURN format:
{
“STATUS”:”string”,
“When”:12345678, inter
“Code”:133,
“Msg”:”string”, string or object
“Description”:”string”,
}
Message Code:
14
invalid API command or data
23
invalid json message
45
permission denied
131
command OK
132
command error
134
get token message OK135
check token error
136
token over max times
137
base64 decode error
4.1 API ciphertext
Notice: readable API supports two-way communication plaintext and ciphertext,
Writable API only supports ciphertext.
Encryption algorithm:
Ciphertext = aes256(plaintext)，ECB mode
Encode text = base64(ciphertext)
Steps as follows:
(1)api_cmd = token,$sign|api_str
(2)enc_str = aes256(api_cmd, $key)
(3)tran_str = base64(enc_str)
api_str is API command plaintext
Generate aeskey step：
(1)Get token from miner: $time $salt $newsalt
(2)Generate key:
key = md5(salt + admin_password)
Reference code:
key = `openssl passwd -1 -salt $salt “${admin_password}”`
(3)Generate aeskey:
aeskey = sha256($key)
e.g.:
set_led|auto ->
token,$sign|set_led|auto ->
ase256(“token,sign|set_led|auto”, $aeskey) ->
base64(ase256(“token,sign|set_led|auto”, $aeskey) ) ->
enc|base64(ase256(“token,sign|set_led|auto”, $aeskey))
JSON:
{
“enc”:1, inter
“data”:”base64 str”
}
5.The flow
