The common 07 reasons to select linux os for the best programming (Linux or Ubuntu)

Programmers frequently disagree as to which operating system is best for writing code. This query has a derivative, not a general, answer. We must consider a number of factors, including the features of the OS, in order to determine which operating system is best for a programmer.

When computing, factors such as the CPU, RAM, project being worked on, required software, and of course the preferences of the programmer all come into play. The various career domains and the preferred operating system of the seasoned professionals working in those domains will be analyzed in this article. The three widely used operating systems are also discussed, along with their advantages and disadvantages.

Programming is a technological procedure for instructing a computer on what tasks to carry out to address issues. In programming, humans and computers work together to create instructions for a computer to follow (code) in a language that computers can comprehend.

Next, I’ll discuss the top 5 characteristics of Linux and Ubuntu.

Why Is Ubuntu The Best Operating System For Programming?

Ubuntu is a fantastic programming platform. The Snap feature of Ubuntu, which also finds extensive use in coordinating web-based services, makes it the best Linux operating system for programmers. Most importantly, because it has a built-in Snap Store, Ubuntu is regarded as the best operating system for programmers.

1. Consistent OS Experience.

Ubuntu’s consistency across various platforms is another factor that makes it the best OS for programmers. Access to the same software packages across all Ubuntu versions is one of the best aspects of the Ubuntu operating system. In a specific project, developers could easily and without any problems switch between different platforms. Developers might then be able to test applications locally before deploying them globally.

This enables developers to switch quickly between development and production. A desktop environment resembling the server environment is offered by Ubuntu Desktop and Ubuntu Server. A faster iteration of the AI model due to the consistent OS experience results in better time savings. IoT developers can quickly create and debug software using Ubuntu Desktop tools before deploying it to IoT hardware. Effective system integration requires a consistent OS experience across a variety of environments.

2. Massive Support.

The availability of support is the next factor to consider when selecting Ubuntu as an appropriate operating system for programmers. The Ubuntu operating system has features for security, regular updates, and stability that developers can use. Every five years, Canonical releases an Ubuntu version with long-term support. These long-term support releases contain critical bug fixes, hardware support, and security updates for developers.

For the newest hardware and processors to work with Ubuntu, hardware support is essential. LTS releases also give the opportunity to publish a downloadable image with the required performance and security updates applied. Therefore, after installing the Ubuntu LTS releases, developers do not need to worry about speed. The Canonical Livepatch service enables Ubuntu users to apply crucial kernel security updates without having to restart their computer.

As a result, downtime is significantly decreased while maintaining compliance and security. Ubuntu’s enormous developer and app ecosystem supports its case that it is an appropriate OS for programmers. Developers can find a variety of discussion boards covering a range of topics related to technology and software development. Anyone is welcome to join the Ubuntu community, which is a great place to learn more.

3. Upgrade Hardware without Any Restrictions.

Another factor that makes Ubuntu the best operating system for programmers is the freedom it gives users to choose their computer’s hardware and software. The Ubuntu community, the entirety of the Linux ecosystem, and commercial vendors all contribute to Ubuntu Desktop. All around, Ubuntu offers incredible hardware support. It is admirable how hard the engineers at Canonical worked to test and certify each layer of the device stack.

The team is particularly interested in Bluetooth, input devices, input devices, audio, storage devices, and power management. Therefore, upgrading hardware is not restricted in any way by Ubuntu. As a result, businesses with various hardware infrastructures and specialized hardware requirements can benefit from Ubuntu. A vast library of continually updated software development tools is also available to developers. Due to Ubuntu’s regular release model, new tools are constantly added to the libraries.

4. User Interface

The simplicity of Ubuntu’s user interface supports the notion that it is the best operating system for programmers. Compared to other Linux distributions, Ubuntu’s user interface has a distinctive appearance. As a result, Ubuntu lacks the drawbacks found in other Linux distributions’ user interfaces. The foundation of Ubuntu’s user interface is Gnome Shell. Ubuntu does, however, have a commendable improvement in the form of a simple and user-friendly interface. Users are not misled by Ubuntu’s interface’s default Gnome appearance.

The Best OS For Programming Is Linux: Why?

Because Linux compiles many programming languages significantly faster than Windows, it is the best operating system for programmers. Codes written in C++ and C will actually compile faster in a virtual machine running Linux than they will on a computer running Windows alone.

5. Installing Linux is a cinch.

It’s likely that you have never had to install an operating system yourself if you have never constructed a computer from the ground up. Fortunately, installing Linux is fairly simple; you don’t need to be an experienced IT professional (though that helps).

It is not all that dissimilar from installing software on Windows. Another advantage of using a dual-boot option is the ability to retain any current operating system, such as Windows.

However, some Linux distributions may need a little more technical know-how. You have been forewarned.

6. Linux offers excellent support for the majority of programming languages.

While there may occasionally be problems, generally speaking you should have a smooth ride. Generally speaking, a programming language ought to run on Linux if it isn’t restricted to a particular operating system, like Visual Basic for Windows. But to be certain, conduct thorough research first.

If you encounter support-related problems, you can typically obtain the necessary packages from Linux’s distribution repositories.

7. There are a ton of apps available for Linux.

Many programmers find Linux’s great supported apps to be very useful. While you could simply write your code in a text file, Linux comes with a number of time- and resource-saving text editors that will greatly simplify your life.

You automatically receive programs like Gedit and Kate. The majority of the time, these are all you require, but you can also acquire Emacs, nano, and Vim, which can be used inside of a terminal. I won’t even mention Atom.

Alternatively, you could choose a full-fledged integrated development environment (IDE) for Linux.


There are countless operating systems available; you must set aside some time and make an effort to use at least a few of them in order to assess your precise needs. You can finally navigate to it and host all of your content on it if you find an operating system that meets your criteria.

The common programming language used by Linux and Ubuntu is where you should begin your programming career.

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