![]() ![]() We won't sugar-coat it this guide isn't for beginners. This highlights the beauty of Linux and the versatility of WSL – there's an option to suit everyone. You can then run the distribution in a window, complete with sound support, by typing kex -win -s and pressing Enter. Launch Kali, type sudo apt update and press Enter, and then type sudo apt install -y kali-win-kex before pressing Enter. If you opt to install Kali Linux instead, you have the ability to install the same apps and more, and you can also run Kali itself with a desktop of its own using Win-KeX. In Windows applications can execute without a window and then they do not appear as a "Process" in the Task Manager.With Ubuntu, there's no option to easily install a desktop environment. ![]() In Windows applications can be put somewhere, most anywhere, and if the location of it is in the Path environment then the application can be executed the same as it was installed in some other way, except Windows Applications require more to be done by a setup program. Shortcuts can exist in other places or even nowhere (seen by the user) without being in the Start -> Programs menu. That menu is just a folder with shortcuts and subfolders with shortcuts. It might be possible to install a Windows console application without a console as a service but not most Windows applications. A Windows Service is different from a Windows application. There were previous versions of Windows that did allow Windows Services to have a GUI but Microsoft has removed that. When we install an application it could be installed as a service so that it starts automatically. All device drivers in Windows are Services. In Windows Microsoft renamed them Services. In Windows services can be set to start automatically but they can be set to either Manual or Disabled.īack in the days of DOS there were device drivers that were designed based on Unix (consider Unix here to be the same as Linux but that is an over-simplification) device drivers. In windows we have the services that run or "startup". I know this is nearly 9 years old but in case this helps someone. $ rpm -ql httpd | grep -E "bin/|sbin/" | head -10 I usually search the RPM packages like so for these: $ rpm -ql pygtk2 | grep "/bin" How can it show me just the executable pieces to that are included in the package (the applications)? Most of the time executables are installed in certain locations on Linux, /usr/bin or /bin are 2 such directories. usr/lib64/python2.7/site-packages/pygame/_init_.pyc usr/lib64/python2.7/site-packages/pygame/_init_.py usr/lib64/python2.7/site-packages/pygame/LGPL usr/lib64/python2.7/site-packages/pygame ![]() To find out what files are part of a package: $ rpm -ql pygame | head -5 On Red Hat based distros you can use the command rpm to find out information about the packages installed. The same package managers that I mentioned above have commands you can use to query the system to find out what applications have been installed, what files are related to these packages etc. So how does one know what has been installed and is available in Linux (like we can in Windows from Start -> Programs)?Įasy. No when you install applications on Linux distros (ones that make use of package managers such as dpkg/APT, RPM/YUM, pacman, etc.), as part of the software being installed the package manager has a scripting "feature" similar to those found in Windows that can add scripts, create scripts, add users to the system, and start services after they're installed. But I assume that if I install a package it does not necessarily create a startup script in /etc/init right? I understand that the equivalent services are in /etc/init where the services start/stop. Let's take a couple and see if we can't clear things up.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |