Why Linux is better for coding?

Why Linux is better for coding?

Linux, a Unix-based OS developed by Linus Torvalds in the late 90s, is widely embraced for its reliability and versatility. It powers servers, routers, IoT devices, mobile devices, and supercomputers, making it indispensable for developers tackling complex tasks. What sets Linux apart is its powerful command line, which offers unparalleled flexibility and control over the system. Linux, unlike Windows, is lightweight and frequently demands command-line proficiency due to the lack of GUI versions for specific programs. This command line superiority allows users to customize their systems without being bound by default system apps.

In my opinion, Linux is lightweight because there is always something in Linux which needs command line knowledge because of No GUI version of that specific program. Linux command line is much powerful than windows because of the flexibility that it provides and gives total control over the system. By using this flexibility, we can customize our system according to our needs without worrying of default system apps unlike windows.

Reasons Why you should prefer Linux:

1) Open-Source and Customizable: Discover why developers are flocking to Linux for their development needs. From open source to limitless customization, Linux gives you all.

2) System Requirements: Unlike windows 11, Linux doesn’t need any high hardware requirements, We can even revive older systems with Linux because of its lightweight nature. Although sometimes Linux sucks in ram management 🙁

3) Package Manager: Everything that you need to install is one command away. Yes, Linux package manager allows us to install any program or application. By using third-party package manager, we can install other applications like visual studio code, chrome and other utilities apps.

What is Distribution is Linux?

A Linux distribution, often abbreviated as “distro,” refers to a complete operating system built on the Linux kernel along with a collection of software applications, libraries, and utilities. Linux distributions are created and maintained by various organizations, communities, and individuals, each with their own set of goals, target audiences.

For e.g. Some of the best Linux distribution I used are:

1) Kali Linux By offensive security.

2) Parrot OS By parrotsec

3) Manjaro Linux By Manjaro Team

Some people advice beginners to use ubuntu as their first Linux os but I think ubuntu just slows down your working efficiency because of bugs it comes with. You never know when you will get an error while executing programs you are going to install. From my personal experience I find the above distributions much better as compared to other distributions available in the market.

Difference between Windows and Linux command line:

1 ) Command Syntax:

• Linux: In Linux, commands typically consist of the command name followed by options (flags) and arguments. Options are usually preceded by a hyphen (-) or double hyphen (–), and multiple options can often be combined (e.g., -a, -l, -h, --help).
• Windows: In Windows, commands often use a slash (/) or hyphen (-) to specify options, but some commands may use forward slashes (/) or even no prefix at all. Options and arguments are typically separated by spaces.

2) Command Naming:

• Linux: Linux commands tend to have concise and often cryptic names, reflecting the Unix tradition. For example, ls for listing files, cp for copying files, mkdir for creating directories.
• Windows: Windows commands often have longer, more descriptive names that are easier for users to understand. For example, dir for listing files, copy for copying files, md for creating directories.

3) Scripting:

• Linux: Linux command-line tools are well-suited for scripting and automation tasks. Bash scripting is prevalent, allowing users to write shell scripts to automate repetitive tasks or build complex workflows.
• Windows: Windows batch scripting (using .bat files) has been traditionally used for scripting tasks, but PowerShell has become the preferred scripting language for Windows system administration due to its richer feature set and better integration with the Windows ecosystem.

The command-line interfaces (CLIs) of Linux and Windows operating systems offer powerful tools for performing a wide range of tasks, from file management to system administration. While both systems provide similar functionality, there are notable differences in command syntax, naming conventions, default shells, and system administration tools.

Conclusion

In conclusion, Linux is a great choice for coding because it offers many advantages over other operating systems. Linux is free, open-source, secure, customizable, and compatible with a wide range of programming languages and tools.