The Linux “uname” command is used to display system information about the operating system and the hardware it is running on. It can be used to retrieve information such as the kernel version, the machine hardware name, the operating system release, and the processor type. The command is often used by system administrators and developers to diagnose issues and ensure compatibility between software and hardware components.. Keep reading below to learn how to linux uname in python.
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Linux ‘uname’ in Python With Example Code
Linux is a popular operating system that is widely used in the tech industry. One of the most useful commands in Linux is the
uname command, which provides information about the system. In this blog post, we will explore how to use the
uname command in Python.
uname command is used to print system information. This includes the operating system name, version, release, and machine hardware name. In Python, we can use the
os module to execute the
uname command and retrieve the system information.
Here is an example of how to use the
uname command in Python:
import os uname = os.uname() print(uname)
When you run this code, you will see the system information printed to the console. The output will look something like this:
posix.uname_result(sysname='Linux', nodename='mycomputer', release='5.4.0-42-generic', version='#46-Ubuntu SMP Fri Jul 10 00:24:02 UTC 2020', machine='x86_64')
As you can see, the
os.uname() function returns a tuple containing the system information. You can access each element of the tuple using the appropriate index.
uname command in Python can be very useful when you need to retrieve system information programmatically. It is a simple and effective way to get information about the operating system and machine hardware.
Equivalent of linux uname in python
In conclusion, the “platform” module in Python provides an equivalent to the “uname” command in Linux. This module allows developers to retrieve information about the operating system, including the name, version, and architecture. By using the “platform” module, developers can write cross-platform code that can run on different operating systems without having to worry about the differences in system information retrieval. Overall, the “platform” module is a useful tool for Python developers who need to access system information in their applications.