Differences Between Linux and Windows
Although it is not as well known as Windows among computer users yet, Linux manages to be mentioned more and more every day. The differences between Windows and Linux are so great that the statement that "both operating systems are the only thing they have in common" is not wrong.
Here are 10 main differences between Windows and Linux.
1. Full access - Zero access
As opposed to Linux, where access to the source code is free, it clearly summarizes the operating logic of Windows operating systems that keep the source code extremely tightly as a trade secret.
2. Licensing freedom - Licensing restriction
Linux's open code philosophy allows the operating system to be freely downloaded and installed on as many PCs as desired, while Windows does not allow installation beyond the number of licenses purchased.
3. Free technical service - Paid technical service
The lack of technical service, which is considered one of the biggest handicaps of Linux, can be overcome by hundreds of forums and websites on the Internet for end users. The same solutions are also valid in Windows and of course there is a technical service option that can be purchased. One of the serious differences between Linux and Windows is that there are many distributions and the technical service provided often does not meet the expectations of corporate users.
4. Full hardware support - Partial hardware support
While it is out of question that Windows does not recognize or select the hardware components that make up PCs, Linux, although it has made significant progress in recent years, is still experiencing problems in this area. Driver problems experienced especially in new hardware products are one of the obvious disadvantages of Linux against Windows.
5. Command client - Non command client
No matter how advanced the graphical interface of Ubuntu Linux is, the management functions it provides via the command line are indispensable for advanced computer users. The command line of Windows, on the other hand, is so obscure and dysfunctional that most users may not even notice.
6. Central application setup - Independent application setup
While most Linux distributions have an application installation manager that provides a link to an online software library, Windows requires a source other than the operating system first to install a software.
7. Elasticity - Rigidity
While the structure of Linux is flexible enough to play with the foundation and roof of a house, for example, Windows does not allow it to go beyond the limits set by its manufacturer. For example, while the desktop environment of windows cannot go beyond the limits set by Microsoft, the flexibility offered by Linux on the desktop is almost limitless.
8. Home user - Corporate user
While the vast majority of Linux's desktop distribution is made up of home users, Windows is the favorite operating system for businesses with large numbers of employees.
9. Automatic use of removable media - Manual use of removable media
For the use of removable media, Linux needs to be first introduced - mounted - to the operating system, whereas in Windows all that is required is to insert the media into the drive. Although Linux has made progress in this area in recent years, it is necessary to mount a CD first in most distributions.
10. Multi-layer study - Single layer study
Thanks to the multi-layered working logic in Linux, it is possible to continue working with the command client even if there is a problem in the graphical interface of the operating system. Windows, on the other hand, has a safe mode that can be accessed in case of a problem in the interface, but not every desired software can work in this mode and the problem cannot be solved using this method only.
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1) https://howtotechbook.blogspot.com/2021/01/what-is-wine-how-to-use-it.html