Understanding Real-Time Computing

Before diving into real-time Linux, let’s grasp the concept of real-time computing.

1. Real-Time vs. General-Purpose Computing: Real-time computing involves processing tasks within a specified time frame, often with strict deadlines. In contrast, general-purpose computing systems prioritize throughput and can tolerate variable execution times.
2. Determinism and Predictability: Real-time systems must be deterministic and predictable, ensuring that tasks complete within predefined time limits. This is critical for safety-critical applications.
3. Hard and Soft Real-Time: Real-time systems are categorized into hard and soft real-time. Hard real-time systems have strict, immovable deadlines, while soft real-time systems have flexible deadlines, where missing a deadline is undesirable but not catastrophic.

The Role of Linux in Real-Time Computing

Linux, a popular open-source operating system, is widely used in general-purpose computing. However, it wasn’t initially designed for real-time applications. Traditional Linux kernels have scheduling mechanisms optimized for throughput rather than strict timing requirements. Real-time Linux aims to bridge this gap by providing a real-time kernel extension that enables deterministic behavior.

Key Components of Real-Time Linux Development

Real-time Linux development relies on several key components and techniques:

PRЕЕMPT-RT Patch: The PRЕЕMPT-RT рatch is a critical compоnent thаt trаnsforms thе Linuх kernel intо a reаl-time operаting system. It minimizes nоn-deterministiс latencies and imрroves thе kernel’s respоnsiveness tо high-priоrity tasks.

Priority-Вased Sсheduling: Reаl-time Linuх uses priority-based sсheduling algоrithms, such as thе Cоmpletely Fair Sсheduler (CFS) and thе Round Rоbin Sсheduler. Thеsе algоrithms prioritize tasks based оn thеir impоrtance, еnsuring thаt high-priоrity tasks are еxеcutеd without undue delay.

Intеrrupt Нandling: Effiсient intеrrupt handling is crucial in reаl-time systems. Reаl-time Linuх emplоys teсhniques like intеrrupt masking and handler prioritizatiоn tо minimize intеrrupt lаtency.

High-Resolutiоn Тimers: High-resolutiоn timers enable рrecise timing in reаl-time applicatiоns. Reаl-time Linuх prоvides thеse timers for tasks thаt rеquirе microsecоnd-level precisiоn.

Кernel Preemptiоn: Кernel preemptiоn allows thе Linuх kernel tо be intеrrupted at any pоint, prоviding bеttеr respоnsiveness tо high-priоrity tasks.

Applications of Real-Time Linux

Real-time Linux development finds applications in a wide range of critical systems and applications:

Industrial Autоmatiоn: Rеal-timе Linuх is usеd in industrial control systems, where рrecise timing is essential for tasks likе сontrolling robots, monitоring sensors, аnd managing production lines.

Aеrospacе аnd Defense: Aеrospacе аnd defense systems rely on reаl-time Linuх for avionics, radar systems, аnd unmannеd aerial vеhiclеs (UAVs) tо ensure mission-critical tasks are executed withоut delay.

Autоmotive: Аutоnomous vеhiclеs dеpеnd on reаl-time Linuх tо proсess sensor data, make sрlit-second decisions, аnd control vehicle oрerations, enhаncing safеty аnd reliability.

Medical Deviсes: Rеal-timе Linuх is employed in mediсal deviсes such as MRI machines, robotic surgеry systems, аnd pаtient monitоring equipment tо guarantee thе accuracy of mediсal prоcedures.

Telecommunications: Rеal-timе Linuх is usеd in tеlеcommunications equipment tо manage nеtwork trаffic, ensure low-latency communication, аnd suppоrt voice over IР (VoIР) aррlications.

Еnergy Sectоr: In thе energy sectоr, reаl-time Linuх is appliеd in powеr grid management, еnsuring reliable control аnd monitоring of electricity distribution.

Challenges in Real-Time Linux Development

Developing real-time Linux applications comes with unique challenges:

1. Hardware Compatibility: Ensuring real-time behavior often requires specific hardware and drivers that are compatible with real-time Linux.
2. Complexity: Real-time systems can be complex to design and debug, requiring meticulous attention to detail to meet timing constraints.
3. Resource Allocation: Effective resource allocation is crucial to prevent resource contention that can disrupt real-time tasks.
4. Testing and Verification: Rigorous testing and verification processes are essential to ensure the correctness and safety of real-time applications.

Tools and Frameworks for Real-Time Linux Development

Several tools and frameworks support real-time Linux development:

1. Xenomai: Xenomai is a popular real-time framework that provides a co-kernel alongside the standard Linux kernel, offering real-time capabilities.
2. RTAI: The Real-Time Application Interface (RTAI) is another real-time extension for Linux that provides real-time APIs and services.
3. PREEMPT-RT: As mentioned earlier, the PREEMPT-RT patch is a widely used solution for transforming Linux into a real-time operating system.
4. Real-Time Libraries: Libraries like POSIX Real-Time Extensions (POSIX-RT) provide real-time programming interfaces for application development.

Conclusion: Enabling Precision and Reliability

Rеal-timе Linuх dеvеlopmеnt hаs become indispensаble for powering critical systems and aррlications that demand prеcision, reliability, and determinism. Вy intеgrating reаl-time extensions, implеmеnting рriority-based scheduling, and leveraging high-resоlutiоn timers, Linuх hаs evolved tо meet thе stringent rеquirеmеnts of reаl-time сomputing. As technology continues tо advanсe, reаl-time Linuх will plаy an increasingly crucial role in shaрing our interсonneсted world and ensuring thе deрendable perfоrmance of mission-critical systems.

The post Real-Time Linux Development: Powering Critical Systems and Applications appeared first on Mandriva Linux.

Why is Linux OS so popular?

First, we note that Linux belongs to the number of Unix-like systems. However, unlike pure Unix, it offers open-source code that can be modified by any user.

The family of these operating systems are developed within the framework of the Free Software Foundation – a kind of set of rules governing the free distribution and modification of free software. Thus, in accordance with the FSF, all users have copyright in individual program components. But at the same time, users must distribute these components free of charge.

The creator of the Linux operating system is Linus Torvalds, who first introduced this system to the world in 1991. More precisely, he did not begin to program his offspring from scratch, but took as a basis the components of the GNU project that were freely available. As a symbol of Linux, the creator chose a penguin named Tux.

Systems based on the Linux kernel are easy to set up, stable in operation and very lightweight in the absence of a graphical shell. Linux-based systems have characteristics that are common to all Unix systems, as well as features that are completely unique.

Multitasking

The kernel has a built-in processor time sharing function that, in order of priority, allocates a time segment for the execution of each specific task. This allows processes to run independently of each other.

Multi-User Access

On Linux systems, multiple users can work at the same time. In this case, remote terminals are used to provide system resources. Here, like other operating systems, each user belongs to some group that determines file access rights for him (read, write, execute).

Using Memory Pages

System memory in Linux is organized on a page basis. 4K pages are allocated, and as soon as the lack of RAM begins, the system starts looking for free pages to move them to the hard drive. These displaced areas are then restored as needed.

Using Kernel Modules on Demand

Only the currently required kernel components are loaded into RAM. Unused modules are stored on the primary media.

Dynamic caching

Memory can be cached to disk. If it is necessary to free up space on the media, this memory is dynamically reduced.

Let’s explore the main advantages of the Linux operating system. Each Linux distribution has its own repository, which is a repository of all available software. A properly configured system can be operated for years without reboots. At the same time, it will work stably and will not freeze.

Linux for gambling fans

Linux is famous for its security due to its complete protection against viruses. Any important and potentially dangerous action must be confirmed by the administrator. Whereas for Windows every year new, more and more destructive viruses are developed, which forces the user to run heavy anti-virus systems and constantly scan the hard drive.

Open source provides the user with truly unlimited possibilities for fine-tuning the system to suit their own needs.

There are far fewer crashes in a running system when compared to Windows. Linux is also less resource intensive than other systems.

A Linux-based OS can be run directly from a flash drive without first being installed on a hard drive. This allows you to use the system, for example, to eliminate critical errors on the existing media.

Linux does not have a registry that Windows users are familiar with. Accordingly, there is no need to clean it. Here, all configuration files are in the /etc directory.

Most Linux distributions do not “follow” users (do not collect their data), unlike the same Windows. A huge number of free programs have been written for the system by enthusiasts. However, paid products are also available. Linux is the ideal operating system for online casino lovers.

Gaming sites are considered one of the most dangerous, because many of them send viruses and malware to users’ computers. The consequences can be very different, but always unpleasant. Starting from email hacking and ending with access to Internet banking, automated business process management systems, etc. That is why it is so important to take precautions when playing in virtual gambling halls. Consider how to make sure when visiting an online casino?

The Linux operating system, which provides reliable protection against all kinds of malicious products, even without installing antivirus software. By itself, this OS is invulnerable to even the newest generation of viruses.

Linux in 2023

The Linux operating system is not only safe, but also convenient, which is very important for those who are used to spending a lot of time at the computer, including on virtual casino sites. Fans of virtual excitement will certainly appreciate the user-friendly interface and competent structure of the functional elements of this operating system. It was designed specifically for comfortable use in work, entertainment and other purposes. And, I must say, the creators of Linux managed to translate their idea into reality. The result exceeded all expectations. Today, online casino regulars and users of other resources can enjoy a comfortable and safe online experience on sites with any degree of risk. Of course, you should not intentionally endanger your computer and use dubious resources.

Conclusion

Online casinos should take a closer look at the Linux operating system and is moving their casino to a Linux platform. Pirateplay Casino Australia will be the first casino to bring their casino to Linux platform. The company is a pioneer in the gambling industry and has been operating since 2001. They have always been at the forefront of the gaming industry, so it was only logical for them to break into the Linux space.

If you want to find more trusted Australian online casinos: https://aucasinoonline.com

Casino Pirateplay is using the latest technology to provide players with the best experience. The company has invested in a cutting-edge gaming platform, which will allow players to enjoy games from different providers, such as NetEnt and Microgaming. The company has also invested in top-notch customer support and player protection, which is something that many other casinos are not providing.

The post Pirateplay Casino Australia will bring their casino to Linux platform appeared first on Mandriva Linux.

Forums are often frequented by Windows, Linux, Ubuntu and macOS fans. And of course everyone tries to convince us that their favourite operating system is the best. But nobody gives a reasoned answer about the differences and reasons why one operating system is better than another or vice versa. We took the liberty to write an article disclosing the very special features that make Linux and Windows stand out.

Main Advantages of Linux

Of course, there are many more special advantages of Linux, but we will tell you about the main ones.

• Affordability: Windows for all of its software asks for payment for licenses, which are often extremely expensive. Users who cannot afford to pay this price are usually forced to resort to piracy. Linux, on the other hand, offers a huge range of software for free.
• We can create our own operating system: A great advantage of Linux is the possibility to create your own operating system. This is possible due to the availability of the Linux source code and numerous free programs. With this foundation in place, experienced users or developers can make adjustments and create their own unique system based on Linux. This is not the case with Windows.
• The ability to keep your privacy: As we know, Windows 10 is equipped with a personal productivity assistant called Cortana. Despite the benefit it may bring to the user, Cortana asks for location and a number of other data. Thereby reducing user privacy and possible data leakage. Linux makes it possible to remain incognito and without fear of computer viruses.
• ​​Single access account: While Microsoft Windows requires the user to be bound to multiple accounts, Linux does not. First of all, an account itself is optional – the number of uses for it is negligible. And even if you do need one, it is one account – almost all services that are connected to Linux in any way are linked to Ubuntu One – a single account.
• Diversity distributions: Are you a designer? A writer? An artist? A translator? Then you may already have a distribution kit ready for you that contains all the software you need! If in Windows you had to download everything (and even from obscure sites, at the risk of catching a virus!), Linux is based on many distributions that are already set up for specific needs. For example, for a small (or large) studio Ubuntu Studio, for a translator TuxTrans, for an artist Fedora Design Suite, for a musician KXStudio.
• Live CD for Linux: This is something that Windows does not provide, or rather does not offer in a proper quality. Users can test some Windows systems without installing them, e.g. Windows XP Live. But in most cases you will encounter a blue screen or other bugs. Whereas Linux gives you the option to test most of its systems without installation. The developer has a Live CD available for this purpose.
• Number of distributions: Windows has only one distribution in different versions. Linux has thousands of distributions with their own desktop environment variants. The power of Linux is such that even Microsoft has its own Linux distribution.
• System security: Linux has its roots in prehistoric UNIX systems – and many of the principles have remained the same since then. Since all code is low-level (not dependent on any additional libraries), hacking devices will be difficult. Also, the number of Linux users is still too small for hackers to pay attention to it as an attack platform.
• Stability and no cleaning: If Windows requires a lot of updates and gets “clogged” every six months, this is not the case with Linux. There is no registry in the usual sense of the word and all installed packages and programs are easily monitored. So goodbye to frequent reinstallation!

Of course, the list of Linux advantages could go on and on:

• fast task completion
• the ability to download upgraded systems with low requirements
• little things like not having to reboot your PC to install updates
• simple and easy to use terminal
• can be installed on minimal hardware and is more stable than Windows
• Linux comes with built-in repositories by default, which can be used to install various software on your system
• it is possible to configure a firewall to regulate traffic flows
• and many others. It seems the list could go on and on.

Finally

It seems that by far Windows is superior to Linux solely in terms of the number of users. There is another significant aspect, and that is the better performance of Windows for games. But on that point, there are many ways to play your favourite games and still enjoy the delights of Linux.

Of course, Windows may be more familiar or liked by some for some other aspects. But we have pointed out in our opinion the significant advantages of Linux over the above-mentioned competitor.

The post Is There Anything I Can Do on Linux That I Can’t Do on Windows? appeared first on Mandriva Linux.

We can assure our readers that Linux is as simple and straightforward as possible and offers a variety of features. But it so happens that ordinary users rarely use them. At the same time, by learning this operating system a bit deeper users will not only be able to use Linux more extensively, but also to do unique things.

By the way, most Windows users only use this operating system because they don’t understand Linux. There is a perception that this operating system is only suitable for programmers and that it can be complicated and useless to the average person. However, this is not true at all!

The Linux operating system can be not only handy, but very good even for playing your favourite computer games. The key is to set it up correctly. Unfortunately, even a proper configuration does not guarantee support for all AAA games at Ultra HD settings, but players will certainly be able to enjoy their favourite games at low or medium graphics settings. 

In fact, a properly configured Linux gaming desktop can also handle the latest online casino games.

This article will explain what types of games are available on Linux.

What Games Can Be Played On Linux (Types of Games)?

Native Linux Games

Let me clarify what the definition of Native Linux Games means. These games include games which are officially supported by the creator. In other words, these are the games you can simply download to your Linux-based computer and play without any headaches or additional application installations. These days, it’s easy to find such games using the Internet. But we want to draw your attention to the following two sources:

• Steam: Real gamers know 100% what Steam is and what it’s for. This online digital game distribution service offers a comprehensive list of games that officially support the Linux environment. Simply download the game and start playing. The principle is exactly the same as for Windows systems.
• GOG: GOG is another digital distribution platform for computer games and films online. Just like Steam, GOG offers players a large library of games, which are compatible with the Linux operating system. 

Windows Games on Linux

Did someone you know tell you that a favorite game which was available on Windows is now completely closed for use because you have changed your operating system to Linux? Don’t worry, this can be solved. To be fair, many newer games do not really support Linux. Even if the game does not officially stipulate opening on Linux, there are loopholes. 

Here are some workarounds to be able to play Windows games on Linux. 

• Wine: is a set of programs and libraries that allow Windows applications to run on Linux without the use of virtualization. Wine should not be difficult to install. It is available from a large number of Linux distributions. With Wine players are able to play many Windows games which under normal circumstances do not support running on Linux.
• Steam Play: This is a real boon for players who as Windows users have been using Steam for game selection. Steam Play is a feature from Valve, which allows you to run Windows games on Steam Machine running on Linux. The feature has been officially released and opens up a lot of possibilities for Linux users. With Steam Play all games developed for Windows will be available to you!

Browser Games

In principle, from the title of this paragraph, it’s pretty clear. It’s a brief introduction to games that can be played in the browser. That means they do not require downloading and installation. You can therefore play these games from your computer on any operating system, whether it be Linux, macOS, Windows or others. And all you need to access the game is a browser and a good internet connection.Open the big library of browser games, choose the game you like and start playing.  Many users over the age of 18 have a preference for online casinos. After all, they have a huge package of different games.

The post Linux Games: Types of Games That Can Be Played On Linux appeared first on Mandriva Linux.

The latest release of the Linux was on 28^th August, 2011 which led to formation of OpenMandriva the continuation of Mandriva. It was established by the French Law to represent OpenMandriva community and the first version of the OpenMandriva Linux was developed and it was characterized by the 2011 Mandriva Linux model.

Features of the Mandriva Linux

Desktop

In 2011, when the Mandriva Linux was released, Plasma Desktop came along with it. Other desktops were there but not fully supported by the Linux.

Package Manager

Urpmi it is the package manager that is used by the Mandriva Linux which has functions of wrapping to the rpm binaries.

Its ability to retrieve back packages from other sources of media, makes it media transparent

Live USB

The Live USB of the Mandriva Linux can be manually created.

Installing, control and Administration

To make configuration easier, the Mandriva Linux has a control center to manage also its settings.

Mandriva Linux Editions

The following are some of the major editions of the Mandriva Linux and each has been derived from same Linux and available in open software and free versions:

Mandriva Linux Free- This edition requires one to install the distribution to the computer before it starts running. It was designed and made available for public download with no charges applied. It aimed at users who preferred installing in the CD system and also to those whom having freedom of software was important.

Mandriva Linux One- Its download is free either in a live CD or an installer. The Mandriva Linux One editions were provided to the preceding Mandriva Linux of 2008. This edition gave the users options to choose the languages on either KDE or GNOME desktops. Each of the versions of the Mandriva Linux One included non-free software.

Mandriva Linux Power pack- DrakX it is an installer that comes with the Mandriva Linux Power Pack that it is used to install the distribution to the desktop before it starts running. This edition requires payment which has an intention of adding value for the end user.

Mandriva Linux Discovery­- It was sold through the Mandriva store and also it could be downloaded by the subscribers of the Mandriva Club. This edition was aimed and directed to users who use the novice desktop since it has a simplified menu layout which was easier to work with.

Mandriva Linux Power Pack+ – This version is the same with the Power Pack version having additional packages especially the commercial software.

Advantages and Disadvantages of Mandriva Linux.

Advantages

• It has special configuration tools for instance msec which gives permit to the user to change the settings from GUI
• The development committee responsible for the manufacturing of Mandriva Linux is open and accessible.
• If you have KDE and GNOME together installed in your system, the program menu is easier to work along with.
• All graphical configurations are centralized in their Control Centre.

Disadvantages

• Late security updates
• The configuration tools may be tampered with bugs.

Installation Process of the Mandriva Linux

Before the installation process begins, the following are the requirements:

• A processor of any Intel
• A RAM of 512MB being the minimum but 1BG it is the most recommended
• A hard disk with a recommended capacity of 6GB, minimum is 2GB
• Graphics card such as NVIDIA. This will depend on compatibility of the hardware and the database.
• Sound Cards such as HAD and AC97 which are supported by the Linux
• Controllers such as SATA, IDE and some that are supported in RAID mode.

The following are the main steps of installation:

• Insert the CD and reboot the system
• Press ENTER button when the Welcome message appears on the screen and follow the instructions carefully.
• Once the installation is complete, take out the media when ejected and automatically, the system restarts. If it does not, restart it manually.
• Mandriva Linux will start after that, and you can login using the user account that has been set up during installation.

Beside the process above, you can also install the Mandriva Linux from network media. At this point you will be required to have a bootable image on a CD to start the installation process and change to a network media.

If you have graphical installation problems, you can use Text Mode installation whereby you will be required to press F1 at the Mandriva Linux Welcome Screen.

OpenMandriva Linux

This edition was produced in 2012 when Mandriva Linux was abandoned. It was established by the French Law to represent OpenMandriva community.

The first version of the OpenMandriva Linux was developed and it was characterized by the 2011 Mandriva Linux model.

Its final release of the OpenMandriva Linux was released in 2016, and after its release most of the developers started abandoning the i586 processor design in the OpenMandriva.

OpenMandriva Linux Installation

The installation of the OpenMandriva it does not have much difference with the Mandriva Linux installation process. The following are the major steps in installing the OpenMandriva Linux:

1. Select the language to use
2. Accept the licensing agreement
3. Once you have accepted the agreement, choose your time zone and format it to either 12 hours or 24 hours.
4. Click next and select the Keyboard layout
5. Once done, double click the ‘openmandriva lx installer’ icon and choose the language you will use.
6. Go through all steps in setting up the installation and once done remove the installation medium and restart the whole system.

OpenMandriva Linux Pre-Installed Applications

OpenMandriva usually comes pre-installed with some of the applications such as:

1. Libreoffice which includes calculator, document reader among others.
2. Firefox Internet
3. Graphics supported by Glenview image viewer
4. Multimedia
5. Accessories such as HP send fax, ark.

Conclusion

In summary, the Mandriva Linux has been of great importance in the technology world. The versions of it has led to better developed systems and easy to work with. Additionally, the introduction of OpenMandriva Linux has led to better experience than the Mandriva Linux. Booting process is fast, possible and it can be easily installed in the desktop.

It gives an option of choosing a video driver during installation. All the configuration tools have been centralized in the Control Centre making it available to the Mandriva users.

The post Mandriva Linux Development appeared first on Mandriva Linux.

Microsoft plays into the hands of the huge Windows ecosystem, its inertia, which drags business and home users with it. But the Linux ecosystem has grown a lot compared to what it was 15 years ago, and now many organizations and home users have a reason to switch to Linux. And not even one, but seven.

Transparency

Linux and most of the software in its ecosystem have open / free licenses like the GPL and BSD. This means that the source codes of the programs are not stored somewhere in the deep programmer’s copies of corporations, but lie before the eyes of the whole world on public servers. Moreover, the development process of this software is also completely open, every change is recorded and visible to everyone. Therefore, the code is constantly checked by a decentralized network of specialists from all over the world for errors, vulnerabilities and malware. If anyone can submit changes (patches), such software is improved faster than proprietary software (adjusted for popularity and development model, of course).

Availability

You can get a legal (licensed) copy of the system completely free of charge by downloading it on the Internet. Yes, there are commercial distributions like RHEL, but they pay for updates and technical support. These distributions themselves, again, can be legally downloaded without paying a dime. An enterprise or organization can save a lot on licenses, because pirated software is extremely risky for them and therefore unacceptable. In my opinion, it is also better for an ordinary home user not to use pirated (hacked) programs, even despite the almost zero risk of falling under the article. After all, a compromised system or program may be unstable. And what prevents cracking pirates from stuffing a Trojan or an ad module into their code?

With good programming skills (and no personal life), you can control the code of the programs you use yourself. Also completely legal. This is especially convenient for organizations and companies.

Safety

Slightly less than all malicious programs inhabiting the global network are designed for Windows and its ecosystem. Linux well protects your local systems and networks from infections like Trojans, viruses, miners, lockers, ad modules.

Yes, Linux servers break and infect often, but most attacks happen through applications like web servers / engines / etc. or through obvious errors in system administration. If necessary, the level of protection can be unscrewed to an impenetrable level using hardened tools like PaX and SELinux.

I often see the careless attitude of people to the security of their home systems, they say, what should these hackers take from me. In fact, everyone in 2020 can take a lot of things from computers: work accounts, accounts from banks and wallets, etc. And personal / work files can be lost due to some kind of ransomware, too little pleasant. Hackers do not need to pant to break manually specifically you, bots and viruses do everything themselves on a massive scale.

Decentralization

Open source and free software belongs to everyone at once and to no one in particular. Thanks to this, different companies, countries, organizations, collectives, and even individuals like Patrick Volkerding make their own Linux distributions (kits). Only the most popular distributions are at least a dozen, and how many of them are in total is unknown, because a distribution kit for its internal needs can be made by any organization.

As a result, no person, company or government can dictate their terms to a Linux user, especially if they have the resources to control the source locally. Yes, there is the main kernel branch, which is commanded by the great and terrible (now not so terrible) Linus Torvalds, but there are other branches that are commanded by others. Yes, you alone most likely cannot influence the development of system components or applications, but you can block or filter changes. Everything here comes down to the amount of proprietary software – the more you have, the less control you have over what is happening (and proprietary software is also available on Linux).

Scalability

The Linux kernel runs on both embedded systems and supercomputers. In Linux, there are no artificial limits on the number of processors, cores, RAM, and so on. In fact, you can copy Linux from your laptop to an adult server and it should work without issue. Hello Microsoft, which even on Windows 10 Pro does not allow working normally with more than 64 cores

This also works in the opposite direction – any single enthusiast has access to all adult capabilities like the hardened tools mentioned above or software for industrial equipment and services.

Simplicity

Yes, desktop Linux is easier to use than Windows. All you need to do is install and uninstall programs through the package manager and update the system through it (and no one forces you to install updates). You are saved from the headache of searching and downloading programs, in which there is often advertising, then a bunch of left-handed programs in the bargain, then in general some kind of infection. Over time, the system almost does not accumulate errors and glitches, although the number of installed-removed packages can amount to thousands. For example, for the fifth year I have been dragging Linux with me from computer to computer by simply copying the root and home directory.
If you have enough Linux software, and your hardware is normally supported by Linux, then only the habits and patterns accumulated on Windows can make it difficult for you to transition.

Flexibility and variety

Different distributions often seriously differ from each other, despite a lot of Bolzhenos, which have only boring wallpapers from their unique features. Some distributions focus on the corporate ecosystem and support (RHEL, SLED, Fedora, Ubuntu, Calculate), some on versatility and power (Debian, openSUSE, Arch). There are highly specialized options (media centers, workstations, systems for equipment and robots), there are lightweight builds, there are security distributions for security guards and Kali for their nightmares. NixOS and Gentoo offer powerful frameworks for customizing systems and application software to create task-specific assemblies. There are Linuxes for Orthodox Christians and Satanists (I’m not kidding), for musicians and video editors, game and educational assemblies.

The post Seven reasons why Linux appeared first on Mandriva Linux.

I would like to do my job on my Linux system and copy files over to them. I have experience with both developments and found that I don’t want to work with MS products, but I enjoy programming and writing MS code is not that much of a pain.

Are you the same developer? Could you give me some advice about your methodology to be on Linux most of the time, code and debug everything in vim on Linux and only if necessary open Visual Studio with Windows forms and the like and test what was impossible test in Linux environment?

I would see it work creating small snippets of code on Linux, testing them, and then moving them to the MS platform and integrating them throughout the system. How do you debug and test your code? Development will probably be in C # or C ++. I can’t imagine Visual Basic.

Please write here your experience, work style, if it makes sense or there are too many problems, and I would rather give up.

So the question is this: how to develop applications that run on Windows using Linux tools, without touching Visual Studio and without going through the Windows file manager, etc.

The post Developing Windows Applications Using Linux Tools appeared first on Mandriva Linux.

So it is in the case of moving from one operating environment to another. The most important, perhaps, the question that arises during the transition – “is it necessary?

And if necessary, then why?” So what motivates people to install Linux?

The desire to try something new. This is a desire to learn and see something new inherent in the vast majority of people, but everyone implements it differently – someone travels the world, someone buys collectibles, and someone is studying new systems and programs for him.

The desire to be different from everyone else. We all remember the famous figure that Linux on workstations has a distribution of about 1%. And it is exactly getting into this 1% that gives the feeling of being separated from the general mass, since 1% is a relatively small number and gives reason to consider oneself not like other people.

Desire to feel cool. A lot of people believe that Linux is an operating system for hackers and experienced professionals, and a subconscious desire to feel like that also influences the decision to install this OS.

Getting rid of most of the problems, because almost everyone knows that Windows is an extremely unstable system.

Everyone also knows what the “blue screen of death” is. In Linux, it is also present, but only in the form of a screen saver. Unwillingness to pay for programs and at the same time a desire to live honestly. Rarely, but it also happens.

The desire is laudable, and you need to facilitate its implementation. A fairly old computer where Windows will run very slowly. In Linux, you can choose a graphical desktop environment from several options, among which there are systems that are very undemanding to resources.

The post Switching to Linux appeared first on Mandriva Linux.