This parse dmidecode
output to JSON text.
pip3 install -U dmiparser
git clone https://github.com/Arondight/python-dmiparser.git cd ./python-dmiparser/ python3 ./setup.py bdist --format=rpm sudo dnf install ./dist/dmiparser-*.noarch.rpm
Tip: Requires the
rpm-build
package in your Linux distribution.
This accepts a str
(with the output of dmidecode
) as argument and converts it to JSON text.
#!/usr/bin/env python3 import json from dmiparser import DmiParser from functools import partial def report(*args: str) -> None: """report texts with format @param args: text string """ br = lambda e: print("-" * e) brn = partial(br, 80) brn() for e in args: print(e) brn() if "__main__" == __name__: text = ( "# dmidecode 3.0\n" "Getting SMBIOS data from sysfs.\n" "SMBIOS 2.7 present.\n" "\n" "Handle 0x0003, DMI type 2, 17 bytes\n" "Base Board Information\n" "\tManufacturer: Intel Corporation\n" "\tProduct Name: S2600WT2R\n" "\tVersion: H21573-372\n" "\tSerial Number: BQWL81150522\n" "\tAsset Tag: Base Board Asset Tag\n" "\tFeatures:\n" "\t\tBoard is a hosting board\n" "\t\tBoard is replaceable\n" "\tLocation In Chassis: Part Component\n" "\tChassis Handle: 0x0000\n" "\tType: Motherboard\n" "\tContained Object Handles: 0\n" "\n" ) # parser = DmiParser(text) parser = DmiParser(text, sort_keys=True, indent=2) parsedStr = str(parser) # get str parsedObj = json.loads(str(parser)) # get object report(parsedStr, parsedObj)
This run dmidecode
and converting the output of the command to JSON text.
from dmiparser.dmidecoder import DmiDecoder from functools import partial def report(*args: str) -> None: """report texts with format @param args: text string """ br = lambda e: print("-" * e) brn = partial(br, 80) brn() for e in args: print(e) brn() def getCpuInfo(dmidecoder) -> str: """Get CPU information, will return text like below. CPU1: Family: Xeon Version: Intel(R) Xeon(R) CPU E5-2630 v4 @ 2.20GHz Voltage: 1.8 V Speed: 2200 MHz/4000 MHz Status: Populated, Enabled Core: 10/10 Thread: 20 CPU2: Family: Xeon Version: Intel(R) Xeon(R) CPU E5-2630 v4 @ 2.20GHz Voltage: 1.8 V Speed: 2200 MHz/4000 MHz Status: Populated, Enabled Core: 10/10 Thread: 20 @param: dmidecode: DmiDecode object @return: text of CPU information """ text = "" for id, name in dmidecoder.sections: def getFirst(*args): vals = dmidecoder.getProp(*args, id=id, name=name) return vals[0] if len(vals) > 0 else None text += "{}:\n".format(getFirst("Socket Designation")) text += "\tFamily: {}\n".format(getFirst("Family")) text += "\tVersion: {}\n".format(getFirst("Version")) text += "\tVoltage: {}\n".format(getFirst("Voltage")) text += "\tSpeed: {}/{}\n".format(getFirst("Current Speed"), getFirst("Max Speed")) text += "\tStatus: {}\n".format(getFirst("Status")) text += "\tCore: {}/{}\n".format(getFirst("Core Enabled"), getFirst("Core Count")) text += "\tThread: {}\n".format(getFirst("Thread Count")) return text if "__main__" == __name__: # dmidecoder = DmiDecoder() dmidecoder4 = DmiDecoder("-t 4", sort_keys=True, indent=2) # Type 4 is Processor report(dmidecoder4.text, str(dmidecoder4.data), getCpuInfo(dmidecoder4))
Tip: Superuser permissions are required here to run
dmidecode
.
This read output of dmidecode
from pipe and print it as JSON text.
sudo dmidecode | dmiparser sudo dmidecode -t 4 | dmiparser --format
sudo dmidecode >/tmp/dmidecode.txt dmiparser </tmp/dmidecode.txt
Tip: you can run
dmiparser
module as a script (usepython3 -m dmiparser
instead ofdmiparser
command).
This run dmidecode
and print the output as JSON text.
sudo dmidecoder sudo dmidecoder --arguments "-t 4" --format
Tip: you can run
dmiparser.dmidecoder
module as a script (usepython3 -m dmiparser.dmidecoder
instead ofdmidecoder
command).
tox
black -l 120 ./dmiparser/ ./tests/