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nutgraf

midzelis/nutgraf

midzelis

This will connect to a (NUT) server, pull all the variables, and deliver them to Telegraf

下载次数: 0状态:社区镜像维护者:midzelis仓库类型:镜像最近更新:4 年前
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nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where `$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where is the name of the UPS according to NUT) to automatically calculate it as ups.load / 100 * `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where `$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where is the name of the UPS according to NUT) to automatically calculate it as ups.load / 100 *

Env Variables

VariableDescription
NUT_HOSTThe host running the NUT server.
NUT_PORTThe port running the NUT server.
NUTGRAF_LOGGING_URLThe host to send collected UPS statistics from NUT.
`NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where `$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where is the name of the UPS according to NUT) to automatically calculate it as ups.load / 100 * `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where `$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR `NUTGRAF_MAX_WATTS_$UPSNAME# nutgraf

A small and simple NUT (Network UPS Tools) data collector that relays all of the variables to Telegraf or any other server.

Installation

npm install -g nutgraf
nutgraf

-or-

docker run \
-d \
-e NUT_HOST="nutserver" \
-e NUT_PORT=3493 \
-e NUTGRAF_LOGGING_URL="http://telegraf:10800/nutgraf-collector" \
midzelis/nutgraf

-or-

Use the provided docker-compose.yml file to plug into your existing docker compose configuration.

Running

When nutgraf starts, it will connect to the specified NUT server, list all of the UPSes (if multiple) query all of the variables, save it into a JSON object, and send it to the configured logging URL.

All variables are sent through unmodified, except that values are converted into ints, floats, or left along as strings.

2 synthetic variables may be added to the data payload: nutgraf.ups.name, and nutgraf.ups.realpower.

VariableDescription
nutgraf.ups.nameThe name of the UPS, according to NUT server
nutgraf.ups.realpowerCurrent power usage in Watts.

Note nutgraf.ups.realpower is derived from multiplying output.current * output.voltage, if these fields are present. If your UPS doesn't provide these variables, but you know UPS Max Output Power Capacity (in Watts), set the ENV VAR (where is the name of the UPS according to NUT) to automatically calculate it as ups.load / 100 *

Env Variables

VariableDescription
NUT_HOSTThe host running the NUT server.
NUT_PORTThe port running the NUT server.
NUTGRAF_LOGGING_URLThe host to send collected UPS statistics from NUT.
If your UPS can't provide current/voltage, use this value to estimate watts from load, replace $UPSNAME with the name of the UPS this wattage applies to.
NUGRAF_QUIETMake nutgraf not output anything to stdout.

Telegraf configuration

Here's is a sample configuration that uses the generic HTTP Listener v2 to collect incoming JSON data into telegraf.

toml
# Generic HTTP write listener
[[inputs.http_listener_v2]]
## Address and port to host HTTP listener on
  service_address = ":10800"
#
#   ## Path to listen to.
  path = "/nutgraf-collector"

  data_format = "json"
  json_name_key = "nutgraf.ups.name"

Sample Output

[
  {
    'battery.charge': 100,
    'battery.charge.low': 10,
    'battery.charge.warning': 20,
    'battery.mfr.date': 'CPS',
    'battery.runtime': 2231,
    'battery.runtime.low': 300,
    'battery.type': 'PbAcid',
    'battery.voltage': 13.9,
    'battery.voltage.nominal': 12,
    'device.mfr': 'CPS',
    'device.model': ' CP 1350C',
    'device.type': 'ups',
    'driver.name': 'usbhid-ups',
    'driver.parameter.pollfreq': 30,
    'driver.parameter.pollinterval': 2,
    'driver.parameter.port': 'auto',
    'driver.parameter.synchronous': 'no',
    'driver.version': '2.7.4',
    'driver.version.data': 'CyberPower HID 0.4',
    'driver.version.internal': 0.41,
    'input.transfer.high': 140,
    'input.transfer.low': 90,
    'input.voltage': 124,
    'input.voltage.nominal': 120,
    'output.voltage': 124,
    'ups.beeper.status': 'enabled',
    'ups.delay.shutdown': 20,
    'ups.delay.start': 30,
    'ups.load': 17,
    'ups.mfr': 'CPS',
    'ups.model': ' CP 1350C',
    'ups.productid': 501,
    'ups.realpower.nominal': 298,
    'ups.status': 'OL',
    'ups.test.result': 'Done and passed',
    'ups.timer.shutdown': -60,
    'ups.timer.start': 0,
    'ups.vendorid': 764,
    'nutgraf.ups.name': 'CP1500'
  },
  {
    'ambient.humidity': 0,
    'ambient.temperature': 30,
    'battery.charge': 100,
    'battery.date': '07/15/2020',
    'battery.packs': 0,
    'battery.runtime': 3292,
    'battery.runtime.low': 120,
    'battery.voltage': 54.6,
    'device.mfr': 'APC',
    'device.model': 'Smart-UPS X 1500',
    'device.serial': 'YOU_WISH',
    'device.type': 'ups',
    'driver.name': 'snmp-ups',
    'driver.parameter.mibs': 'apcc',
    'driver.parameter.pollinterval': 2,
    'driver.parameter.port': '192.168.4.137',
    'driver.parameter.synchronous': 'no',
    'driver.version': '2.7.4',
    'driver.version.data': 'apcc MIB 1.2',
    'driver.version.internal': 0.97,
    'input.frequency': 60,
    'input.sensitivity': 'high',
    'input.transfer.high': 127,
    'input.transfer.low': 106,
    'input.transfer.reason': 'smallMomentarySpike',
    'input.voltage': 122.6,
    'input.voltage.maximum': 123.2,
    'input.voltage.minimum': 122.5,
    'output.current': 1.7,
    'output.frequency': 60,
    'output.voltage': 122.6,
    'output.voltage.nominal': 120,
    'ups.firmware': 'UPS 09.1 (ID20) ',
    'ups.id': 'APC UPS',
    'ups.load': 17.4,
    'ups.mfr': 'APC',
    'ups.mfr.date': '05/04/2012',
    'ups.model': 'Smart-UPS X 1500',
    'ups.serial': 'YOU_WISH',
    'ups.status': 'OL',
    'ups.temperature': 27.7,
    'ups.test.date': '06/16/2021',
    'ups.test.result': 'Ok',
    'nutgraf.ups.name': 'APC',
    'nutgraf.ups.realpower': 208.8
  }
]

License

MIT

镜像拉取方式

您可以使用以下命令拉取该镜像。请将 <标签> 替换为具体的标签版本。如需查看所有可用标签版本,请访问 标签列表页面。

轩辕镜像加速拉取命令点我查看更多 nutgraf 镜像标签

docker pull docker.xuanyuan.run/midzelis/nutgraf:<标签>

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docker pull midzelis/nutgraf:<标签>

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