Preparing the server implies that you create it (if you have not done it before), specify a ready image of the Windows operating system and bind the license to the server. The result is the ability to work with Windows Server. Preparing the server means that you create it (if you haven't done so before), specify a ready-made Windows operating system image, and bind the license to the server. The result is the ability to work with Windows Server and connect to it via RDP (Remote Desktop Protocol) for remote access.
We have looked at the syntax and other important features of the loginctl program, now let's talk about how to switch between sessions and terminate processes. It is very easy to do this and you don't need to have any specific knowledge. Next we will tell you how to implement it in practice.
In past articles, we've talked about what the loginctl utility is, as well as how you can find out information about a process. In this article, let's look at how you can view user information and, if necessary, switch the process.
MS IIS (Internet Information Services) is a set of services from the developer Microsoft, designed to run a web server and / or other services. MS IIS installs on the server to work with most known protocols.
We have already covered what loginctl is and its syntax. Now let's look at how to view session information. This task is accomplished with one simple command. It should not be difficult for you to view all active sessions. It allows you to view all active sessions at a given time. As you can see from the screenshot above, there are two active sessions. The first one is responsible for automatically logging into the GUI when Gnome is running, the second session is the console session in TTY3.
The loginctl program is part of the systemd set of utilities that allow you to manage your system. It allows you to manage current user sessions, view the list of active users, lock the screen or interrupt sessions altogether, and terminate user processes.
In the step-by-step instructions, let's understand how to put Java 8 and Java 11 on CentOS Stream and switch between versions.
In the last article we discussed the main differences between the two operating system architectures - x32 and x64. Despite the obvious advantages of each solution, there are still debates among users about which one to choose. Some prefer x64, others x32. Returning to the previous topic, it should be said that the choice depends on the amount of RAM.
OS bitness is required for the instruction set for the processor, these instructions will be used to work with the data and memory of the PC. There are two bit sizes - i386 (x32-bit) and x86_64 (x64-bit). x32-bit is obsolete and supports working with no more than 4 GB of RAM. x64-bit is more modern and is used everywhere. All processors support both architectures, but there are Linux distributions that no longer work together with x32-bit.