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Qt Quick on Vulkan, Metal, and Direct3D

Now that the first beta of Qt 5.14 is getting closer, it is time to start talking about one of the big new features. We cannot possibly cover all the details around the graphics stack improvements and the road to Qt 6 in one post, so in part 1 and 2 we will describe the background and take a closer look at what 5.14 will ship with, and then dive into the technical details and future directions in another set of posts later on. Read more Also: Linux Drivers Entries Suggest two APU AMD Lines in 2020

today's howtos and programming

  • How to Install Postman on Debian 10
  • freshclam[15552]: Can’t create temporary directory /var/lib/clamav/clamav-969944fd9a258fa7aff08976496d8541.tmp
  • 30 Linux Permissions Exercises for Sysadmins
  • How to Check Linux Mint Version Number & Codename
  • Four semanage commands to keep SELinux in enforcing mode
  • How to start developing with .NET [Ed: Red Hat has totally lost it. It promotes Microsoft.]
  • Constraint programming by example

    There are many different ways to solve problems in computing. You might "brute force" your way to a solution by calculating as many possibilities as you can, or you might take a procedural approach and carefully establish the known factors that influence the correct answer. In constraint programming, a problem is viewed as a series of limitations on what could possibly be a valid solution. This paradigm can be applied to effectively solve a group of problems that can be translated to variables and constraints or represented as a mathematic equation. In this way, it is related to the Constraint Satisfaction Problem (CSP). Using a declarative programming style, it describes a general model with certain properties. In contrast to the imperative style, it doesn't tell how to achieve something, but rather what to achieve. Instead of defining a set of instructions with only one obvious way to compute values, constraint programming declares relationships between variables within constraints. A final model makes it possible to compute the values of variables regardless of direction or changes. Thus, any change in the value of one variable affects the whole system (i.e., all other variables), and to satisfy defined constraints, it leads to recomputing the other values.

  • Samuel Sutch: Why Python Has Become an Industry Favorite Among Programmers

    With the world stepping towards a new age of technology development, it isn’t hard to imagine a future that will be full of screens. And if so be the case then, demand for people with strong programming skills will definitely rise with more number of people required to develop and support the applications. Python Training is always a good idea for those wishes to be a part of this constantly developing industry. Python language is not only easy to grasp, but emphasizes less on syntax which is why a few mistakes here and there doesn’t give as much trouble as some other languages does.

Linux commands to display your hardware information

There are many reasons you might need to find out details about your computer hardware. For example, if you need help fixing something and post a plea in an online forum, people will immediately ask you for specifics about your computer. Or, if you want to upgrade your computer, you'll need to know what you have and what you can have. You need to interrogate your computer to discover its specifications. Alternatively, you could open up the box and read the labels on the disks, memory, and other devices. Or you could enter the boot-time panels—the so-called UEFI or BIOS panels. Just hit the proper program function key during the boot process to access them. These two methods give you hardware details but omit software information. Or, you could issue a Linux line command. Wait a minute… that sounds difficult. Why would you do this? Read more

Android Leftovers