October 17, 2024

154news

Latest Hot News

January 30, 2024 | PureOS

“Purism Aims to Revolutionize the Future of Mobile and Laptop Technology with PureOS Linux – Softpedia News”

npressfetimg-239.png

Purism Takes on Privacy with the Upcoming Librem 5 Linux Phone
Purism, the innovative computer technology company known for its Linux laptop offerings, is expanding its product line with the highly anticipated Librem 5 Linux phone. Following a successful crowdfunding campaign, Purism has made strides in developing the first-ever privacy-focused Linux smartphone. In a recent update, the company shared exciting details on their ambitious plans for convergence across all devices running the PureOS Linux operating system.

Envisioned as the most powerful Linux phone to date, the Librem 5 will be powered by the i.MX8 ARM processor and feature the next-generation Wayland display server for a user-friendly interface. With its newly established design team, Purism is dedicated to creating a seamless convergence experience between the Librem 5 and its existing Librem laptops.

“We believe that mobile is the driving force for all other platforms,” said François Téchené, Director of Creative at Purism. “Our goal is to enhance user experience through ease of use, and we’re doing so by creating a visually appealing, intuitive design that seamlessly transitions between devices.”

Purism’s approach to design is minimalistic and aesthetic, with both dark and light themes available to complement the sleek convergence experience. This is showcased in a series of mockups of the new PureOS design, which also highlights Purism’s commitment to contributing their work upstream, allowing users to choose from a variety of desktop environments on the Librem 5.

While KDE and GNOME are both partners with Purism in the development of the Librem 5, they may offer different mobile experiences. However, this aligns with the core values of free and open source software, empowering users to have full control over their device and its contents.

Stay ahead of the tech game with Purism and their unified look for PureOS devices! Don’t miss out on the groundbreaking Librem 5 Linux phone and its innovative features. Purism’s dedication to privacy and functionality makes them a top competitor in the tech industry.

Source: https://news.google.com/rss/articles/CBMidGh0dHBzOi8vbmV3cy5zb2Z0cGVkaWEuY29tL25ld3MvcHVyaXNtLXBsYW5zLXRvLWJyaW5nLWNvbnZlcmdlbmNlLXRvLWl0cy1wdXJlb3MtbGludXgtcGhvbmUtYW5kLWxhcHRvcHMtNTE5NTQzLnNodG1s0gEA?oc=5

January 30, 2024 | PureOS

“Revolutionizing the Tech World: Purism’s PureOS Linux to Dominate Mobile and PC Markets with Its Open Source Platform”

npressfetimg-238.png

Revolutionizing the Tech Industry: Purism’s Quest for Unified Operating Systems

There’s a new player in the tech industry, and they’re not afraid to challenge the status quo. Meet Purism, a company dedicated to freedom, privacy, and security in the realm of software and hardware. And they’re not stopping at just laptops – they’ve set their sights on the mobile market as well. But can Purism succeed where others have failed?

A Unifying Solution: PureOS

In a bold move, Purism announces their plans to make their own Linux distro, PureOS, convergent. This means that one codebase will work seamlessly for both laptops and phones, bridging the gap between the two devices. With PureOS, users no longer have to choose between a desktop or mobile operating system – they can have both in one unified experience.

The Benefits of Convergence

Other tech companies have tried and failed to achieve convergence, but Purism is determined to make it work. With a consistent look and feel across devices and the ability to seamlessly use synced data and familiar apps, convergence is the way of the future. Developers also reap the benefits of writing and testing their apps just once for multiple platforms.

The Key to Convergence? Complete Control.

Jeremiah Foster, Director of PureOS, acknowledges that the key to success is complete access to the source code and compatibility with different CPU architectures. Thankfully, being based on Linux gives Purism a head start over their proprietary competitors. And their choice of Debian as the base for PureOS ensures wide CPU support.

Challenges on the Road to Convergence

One of the biggest challenges for Purism will be making apps function and look the same on both desktop and mobile. This is something even web developers have struggled with since the inception of the iPhone. But Purism is determined to make it work with their development of adaptive GNOME apps and the library, libhandy.

Lessons Learned from Failed Attempts

Purism is not the first company to attempt convergence. Canonical’s Ubuntu Edge and Ubuntu Touch projects both came up short despite their initial hype. However, Purism has learned from these failures and is determined to overcome the obstacles with their own expertise and advancements in technology.

A Successful Convergence Story: Maru

One project that has successfully achieved convergence is Maru, also based on Debian. The mobile device uses a stripped-down version of LineageOS, while the desktop runs on Debian. It just goes to show that it is possible to have one operating system that works for both laptops and mobile devices.

Final Thoughts on Purism’s Goals

At first glance, some may doubt Purism’s ability to pull off what others have failed to do. But with the advancements in technology and Purism’s determination, there is a glimmer of hope for their convergence plans. Have you used PureOS before? Let us know what you think about Purism’s goals in the comments below.

Spread the Word about Purism

If you found this article intriguing, don’t forget to share it on your favorite social media platform or forums like Hacker News and Reddit. Let’s spread the word about Purism and their groundbreaking quest for unified operating systems.

Source: https://news.google.com/rss/articles/CBMiJ2h0dHBzOi8vaXRzZm9zcy5jb20vcHVyZW9zLWNvbnZlcmdlbmNlL9IBAA?oc=5

January 30, 2024 | Kubuntu

“Kubuntu Linux Acquires a New Financial Supporter – Featured on WIRED Magazine”

npressfetimg-237.png

“Kubuntu: The New Powerhouse of Linux with a Revolutionary Sponsor”
“KDE Takes Flight: Blue Systems Saves the Day for Kubuntu”
“Breaking News: Kubuntu Secures Sponsorship to Fuel Future Growth”
“Kubuntu Rising: Blue Systems Breathes New Life into Ubuntu’s KDE Interface”
“Kubuntu Goes Independent: Blue Systems Takes the Reins”
“From Desktop to Servers: Kubuntu’s Next Frontier with Blue Systems’ Support”

Kubuntu — the game-changing Linux version powered by Blue Systems
“Explore New Horizons with Kubuntu’s Game-Changing Sponsorship from Blue Systems”
“A New Era for Kubuntu: Blue Systems Takes the Helm”
“Blue Systems Takes Ubuntu’s KDE to New Heights with Kubuntu Sponsorship”
“Kubuntu Reignited: Blue Systems Invests in the Future of KDE”
“Blue Systems’ Support Fuels Kubuntu’s Evolution into a Versatile OS”

Source: https://news.google.com/rss/articles/CBMiM2h0dHBzOi8vd3d3LndpcmVkLmNvbS8yMDEyLzA0L2t1YnVudHUtYmx1ZS1zeXN0ZW1zL9IBAA?oc=5

January 30, 2024 | AlmaLinux

“AlmaLinux Launches Inaugural Version Based on CentOS Stream Sources – iTWire”

npressfetimg-236.png

Introducing AlmaLinux OS 9.3: The Ultimate Enterprise Linux Solution for Stability and Compatibility
AlmaLinux OS Foundation, known for its commitment to providing a stable and reliable Linux distribution, has recently released its newest version, AlmaLinux 9.3. This is a significant milestone as it is the first release built entirely from upstream sources without relying on any code from Red Hat Enterprise Linux. In addition, using source code from CentOS Stream repositories, AlmaLinux 9.3 is aimed at providing stability and predictability to ensure compatibility with enterprise systems.

AlmaLinux OS emerged as one of the many clones after Red Hat’s announcement that RHEL source code would only be accessible to paying customers. However, AlmaLinux OS Foundation Chairman Benny Vasquez stated that the project’s main goal is now to achieve application binary interface compatibility rather than attempting to provide a 1:1 binary copy of RHEL.

The release of AlmaLinux 9.3 also includes contributions from well-known developers, such as Jonathan Wright, the CTO of Knownhost, LLC, who has committed upstream to CentOS Stream. Wright expressed his excitement for being able to contribute to the health of the entire Enterprise Linux ecosystem through his involvement with AlmaLinux.

To commemorate this milestone, the AlmaLinux OS Foundation is hosting its first live event dedicated solely to AlmaLinux, called AlmaLinux Day Tokyo. With appearances from industry leaders and partners, the event will focus on the future of the operating system and its growing community.

AlmaLinux 9.3 continues to support four widely-used architectures, making it suitable for a range of systems. The Foundation is also grateful for the support of the Enterprise Linux ecosystem and its growing user base.

Join the recommendations of Gartner and enhance your detection and response capabilities with NDR – the future of cybersecurity. Download the Gartner Market Guide for Network Detection and Response 2022 to learn how solutions like Vectra Network Detection and Response are leading the industry with revolutionary AI-driven attack defense and advanced network threat detection.

Don’t miss out on the opportunity to promote your webinar on iTWire, a leading news site and newsletter dedicated to IT and technology-related content. With a tailored campaign, including prominent ad placement, newsletter promotion, editorial coverage, and a video interview, iTWire can help you reach your target audience and boost attendance for your webinar. Take advantage of the Webinar Business Booster Pack and supportive programs available to help you achieve your campaign goals. Click the button below to learn more.

Source: https://news.google.com/rss/articles/CBMiZWh0dHBzOi8vaXR3aXJlLmNvbS9vcGVuLXNvdXJjZS9hbG1hbGludXgtcmVsZWFzZXMtZmlyc3QtdmVyc2lvbi1idWlsdC1mcm9tLWNlbnRvcy1zdHJlYW0tc291cmNlcy5odG1s0gEA?oc=5

January 30, 2024 | SparkyLinux

“SparkyLinux Announces Latest Update Cycle Utilizing Debian GNU/Linux 11 “Bullseye” – Stay Ahead with Softpedia”

npressfetimg-235.png

“Experience the Next Evolution of SparkyLinux: The Powerful Debian-Based Operating System”

SparkyLinux, the highly-acclaimed Debian-based operating system, has taken a leap forward with its latest development cycle now based on the highly-anticipated Debian GNU/Linux 11 “Bullseye” series.

Introducing SparkyLinux 2019.08 “Po Tolo,” a revolutionary semi-rolling release version that delivers endless updates for a one-time installation. This first snapshot is built on the reliable software repositories of Debian GNU/Linux 11 “Bullseye,” ensuring a seamless user experience.

Featuring the latest GCC 9 system-wide compiler (with GCC 8 as the default), and powered by Linux kernel 4.19.37 (with Linux kernel 5.2.5 available on unstable repos), SparkyLinux 2019.08 “Po Tolo” delivers unmatched performance and stability.

But that’s not all – get ready for a whole new look and feel with the brand-new Sparky6 theme, stunning Tela icon set, refreshed desktop wallpapers, and the modern SDDM login manager (replacing LightDM for LXQt edition).

Available in MinimalGUI, MinimalCLI, Xfce, and LXQt editions, SparkyLinux 2019.08 “Po Tolo” is compatible with 64-bit systems. While 32-bit systems are still supported, ISO images are not available, so we recommend keeping your installations up to date.

Please note that this is a development snapshot, and the upcoming Debian GNU/Linux 11 “Bullseye” is currently in the unstable phase, making SparkyLinux 2019.08 “Po Tolo” a pre-release version, not suitable for production.

Experience the next evolution of SparkyLinux – download SparkyLinux 2019.08 now and unlock the full potential of this powerful Debian-based operating system.

Source: https://news.google.com/rss/articles/CBMieWh0dHBzOi8vbmV3cy5zb2Z0cGVkaWEuY29tL25ld3Mvc3Bhcmt5bGludXgtZ2V0cy1uZXctZGV2ZWxvcG1lbnQtY3ljbGUtYmFzZWQtb24tZGViaWFuLWdudS1saW51eC0xMS1idWxsc2V5ZS01MjY5NzIuc2h0bWzSAQA?oc=5

January 30, 2024 | MX Linux

MX Linux Reinvents Computer Use [Review] – LinuxInsider

MX Linux is a blend of mostly old and some new things. The result is an appealing midweight Linux operating system.

The midweight category is a bit unusual. Desktop environments that run well on minimal hardware typically fall into the lightweight category. Lightweight environments like Xfce, LXDE/LXQt, Enlightenment, and iceWM often are paired with software applications that do not tax system resources with heavy graphics and animations.

Lightweight Linux distros are good choices to keep aging computers running fast and furious. So-called midweight distros push the resource limits a bit with more full-bodied software and features that place them on the upper edge of lightweight performance.

MX Linux falls into that edgy category. It runs only the Xfce desktop with a few full-service Web browsers, graphics tools, and the LibreOffice suite without slowing down system performance.

Besides the solid performance, one of the best selling points for MX Linux is its ease of use. LX Linux requires no learning curve to use the Xfce desktop efficiently. Another key ingredient is a very handy collection of system tools designed specifically for the MX OS.

MX Linux lets you perform a system upgrade without doing a reinstallation for every new release.


MX Linux 18.3, released on May 28, is based on Debian 9.9 “Stretch.” It features a customized Xfce desktop. This new version, while a minor release, brings updated MX applications and an improved MX user manual.

Family Roots

MX Linux is a desktop-oriented Linux distribution. If you are looking for a server component, you will not find one with this distro. MX Linux started as a cooperative venture between the antiX and former MEPIS Linux communities, hence its “MX” moniker.

MX Linux is not a fork of its roots. Rather, it merged some of the best elements of both antiX and MEPIS to create a better product than either of the parent families. AntiX still runs a variety of lightweight desktop options that include Fluxbox, IceWM, JWM and Xfce.

I started playing around with antiX several years ago when looking for a suitable Linux OS to help a local business owner keep his older computers out of the trash heap. In that same time frame, I discovered MX Linux, a variant of antiX that was only several months old. Even then, in its early beta release, MX Linux showed tremendous potential. The MX Linux 18 series today shows not just potential but established execution.

MX offers just the Xfce desktop. It kept its roots as a midweight operating system designed to combine an elegant and efficient desktop with simple configuration, high stability, solid performance, and a medium-sized footprint on system resources.

Much to Offer

MX Linux draws from the core antiX system and includes work and ideas used by Warren Woodford’s long-dormant MEPIS project. Ongoing backports and outside additions to the MX software repository keep components current.

Even if keeping an aging computer productive is not your goal, MX Linux has another very redeeming feature not found in most Linux distros. It is highly portable.

MX Linux is a great option if you need to carry a fully functional Linux operating system in your pocket without lugging around a laptop. That can be a huge convenience if you travel or work at different locations with access to computers. It is easy to install the entire system on a USB stick.

That by itself is not unique. Other Linux distros allow that option to varying degrees. MX Linux, however, took the concept of persistent memory in a live or portable environment that already existed in antiX Linux and expanded the concept. MX Linux also simplifies the process.

Running live sessions of a Linux distro is a handy way to check out a distro’s suitability for your computing needs. Normally, however, you cannot save settings or add/remove software in live sessions. That is where persistent memory comes into play.

MX Linux provides three forms of live persistence, including the Puppy Linux style “frugal” installation option. It also offers multiple options with its own built-in tools to burn the ISO to a USB drive with a choice of storage options.

Look and Feel

The Xfce desktop is easy to use but less a thing of beauty. MX Linux’s focus is performance and simplicity. It is less concerned with snappy animations and other graphical niceties.

The default desktop view places the taskbar along the left edge of the screen. That might strike you as a configuration found in a GNOME 3 display. Xfce typically is configured with a bottom panel.

The tweaked Xfce desktop lets you add applets to the panel and launchers to the desktop. It provides full access to a well-populated menu arranged by application categories. Another style menu pops up with a right-click anywhere on the desktop.


The tweaking tool makes it easy to place the taskbar in any place you want it. You also can tweak several theme settings as well as choose Xfwm compositor or Compton, or none, and then tweak the settings even more.

To move the taskbar, right-click a blank spot on the panel and click Panel > Panel Preferences. Then click the Mode drop-down to select Deskbar, Vertical or Horizontal.

The Xfce desktop controls make this environment one of the most easily configurable desktops. Add the configuration panels MX Linux developers created for an unbeatable desktop you can set up your way.

Not a Clone

Despite MX Linux’s origins and some shared antiX core components, MX Linux is not a clone. There are numerous distinctive differences that make each different. Most of those differences are in the OS underpinnings. They are evident in key areas such as the look and feel, and the application software base.

ADVERTISEMENT

For example, the antiX distro is more lightweight by design. It relies more on command line structure instead of a fully dedicated graphical user interface, or GUI. MX Linux runs a real desktop environment rather than windows tiling managers such as IceWM, Fluxbox and JWM (Joe’s Window Manager).

I want to keep the focus on what makes MX Linux 18.3 such a good Linux distro, so I will avoid the temptation to do a major comparison of the MX-came-from-antiX scenario.

MX Minimum Requirements

The Xfce 4.12.3 desktop has been around for a long time. The added system tools built into MX breathe fresh life into an already smart desktop environment.

The relatively low system requirements make MX Linux compatible with a wide range of hardware components. Despite the specialized “midweight status,” here is what your computer needs to run MX Linux without a glitch:

  • a CD/DVD drive (and BIOS capable of booting from that drive), or a live USB (and BIOS capable of booting from USB);
  • a modern i486 Intel or AMD processor;
  • 512 MB of RAM memory;
  • 5 GB free hard drive space;
  • a SoundBlaster, AC97 or HDA-compatible sound card; and
  • for use as a LiveUSB, 4 GB free.

What’s Inside

MX Linux offers an impressive set of basic traits. Of foremost importance is the kernel status. The kernels are secured against known vulnerabilities. The kernel is updated to 4.19.37. So-called “zombieload” patches are included.

This distro still supports both 32-bit with PAE (non-PAE kernel: antiX) and 64-bit architectures. You can upgrade or downgrade kernels easily with the MX Package Installer.

MXLinux lets you perform a system upgrade without doing a reinstallation for every new release.


Included are core antiX systems and automatic enabling of most Broadcom drivers. The release includes UEFI installer (64bit and 32bit), LUKS encrypted root, home, and swap partition options, along with a new Bug Manager for better user experience.

Installed Software includes LibreOffice 6.1 and the Firefox browser as default. The default software covers productivity (Orange Calendar, PDF-Shuffler), graphics (GIMP), communication (Thunderbird, HexChat), multimedia (Clementine, guvcview, SMTube, VLC media player) and a number of tools specific to MX Linux (called MX Tools) that range from a live-USB drive creator to a network assistant, package installer, repository manager and a live ISO snapshot creator.

Speedy Installation

MX Linux uses the installation tool popular in antiX Linux. It is not the most modern-looking installation tool, but it gets the job done with no hassles.

The directions and step-by-step process are easy to follow. You can install MX Linux to a USB drive and boot from it to totally bypass whatever operating system remains on the hard drive. This method gives you a live session with the ability to save all configurations as well as data and software changes directly to the USB drive.

You can do a frugal installation to the hard drive without configuring a dual boot and without messing with the operation of the existing operating system. Boot the computer without the USB stick in place and run your old system. Boot the computer from the USB stick and have MX Linux boot from the hard drive with all configurations, applications and personal data instantly available.

You also have the option of installing MX Linux to the hard drive and using it as the only operating system on the hard drive. Whichever method you select, MX Linux provides even more flexibility through unique installation routines. For instance, the ability to configure a workgroup and to share directories is available without having to install any extra package.

Bottom Line

MX Linux makes transitioning from any desktop operating system simple. It provides a computing platform that is a bit different and very reliable.

MX Linux is a powerful, easy-to-use computing platform that goes beyond lightweight performance without filling your computer with software bloat.

The latest MX Linux 18.3 ISO is a “refresh” release, not a major upgrade. It has all the recent updates, bug fixes and system updates. This distro does not offer rolling releases, however.

You can perform a system upgrade from an existing MX Linux installation when new refresh releases are issued to get all the updates since the original MX-18 version release. There is no need to do a re-installation with each new release.

Want to Suggest a Review?

Is there a Linux software application or distro you’d like to suggest for review? Something you love or would like to get to know?

Please email your ideas to me, and I’ll consider them for a future Linux Picks and Pans column. And use the Reader Comments feature below to provide your input!

January 30, 2024 | MX Linux

“Download the Impressive New Version of MX Linux 21.3 ‘Wildflower’ from BetaNews”

npressfetimg-234.png

Unleash the Power of MX Linux 21.3: The Ultimate Distribution for the Linux Community

Attention all Linux enthusiasts! The highly-anticipated MX Linux 21.3 “Wildflower” is finally here, and it’s better than ever. With an ISO available for immediate download, you can choose from the Xfce, KDE Plasma, or Fluxbox desktop environments.

But that’s not all – this version is based on Debian 11.6 “Bullseye” and offers the latest and greatest Linux kernel 6.0, in addition to 5.10. The Xfce variant now includes the latest version of the desktop environment, 4.18, and many other packages and applications have been updated as well.

The developers have also included a list of standout features, such as the new mx-rofi-manager tool for managing rofi configuration on the Fluxbox release. The KDE release is now “ahs” enabled, defaulting to the 6.0 ahs kernel, while the debian stable kernel (5.10) is still available via the mx-packageinstaller.deb-installer. And for all releases, the menulibre menu editor is now included, replacing the deprecated mx-menu-editor.

In addition to these impressive updates, MX 21.3 also offers updated firmware packages and a revamped antiX live/remaster system. And for those who appreciate localization, most MX apps have received translation updates, with more to come.

Don’t waste any more time with subpar distributions. Experience the full potential of Linux with MX Linux 21.3 – available now for download!

Source: https://news.google.com/rss/articles/CBMiP2h0dHBzOi8vYmV0YW5ld3MuY29tLzIwMjMvMDEvMTUvbXgtbGludXgtMjEzLXdpbGRmbG93ZXItZGViaWFuL9IBAA?oc=5

January 29, 2024 | 154news

How to Access Linux Files from Windows 10/11 – Beebom

npressfetimg-233.png

While Windows is cool, some folks want to try out Linux to experience the best of both worlds. In the end, they end up dual-booting their PC, where they can have both Windows and Linux OSes existing on the same or different drives. Picture this, you’re currently on Windows and realize that you left an important file on Linux during your last Linux session. Now, you are too lazy to boot into Linux and get the file back, so how do you get it back while remaining on Windows? In this article, we’ll look at how to access Linux files from Windows 10/11.

Usually, you could access Windows files from Linux because Linux supports NTFS, a proprietary file system from Microsoft. However, Windows doesn’t support Ext4 or any file system used by Linux. So here are some ways to do it.

Access Linux Files from Windows using Linux Reader

Linux Reader is a freemium app that lets you access your Linux files from Windows in an easy way. All you need to do is download the app and launch it. It will list all the disks and partitions that are currently sitting on your PC. You can then select the one that has Linux installed on it and start accessing your Linux files. However, one major drawback of Linux Reader is the free version doesn’t allow you to save files to your Windows PC. The pro version costs almost $36 and unlocks a few other features.

1. Download and install Linux Reader (Download, Free).

2. Launch the app and click on your Linux disk.

3. Go to the location of the file you want to save to Windows, right-click on the file, and then click “Save” from the options.

4. Select the location where you want to save the file and click Next. The file will be saved in the desired location.

Linux Reader is a read-only app; hence, it won’t damage your Linux partitions.

Access Linux Files from Windows Using Ext2read

Ext2read is another great tool for accessing Linux files from Windows. It’s a simple application that supports Linux’s Ext partitions and displays the files so that you can save them on your Windows PC. Here’s how to use Ext2read.

1. Download Ext2read using the link right here.

2. Once downloaded, extract the zip file to your desired location.

3. Right-click on the executable file and select “Run as Administrator” from the context menu.

4. The app should now display all your Linux files. Sadly, our Fedora installation is Btrfs and Ext2read is a pretty old app, so it wasn’t able to detect our Linux drive.

5. But if you have a compatible partition, it should work just fine for you. Navigate to the file you want to fetch and click Save in the options pane.

Access Linux Files from Windows using Ext2Fsd

Ext2fsd is a pretty simple yet amazing tool that lets you access Linux file systems Ext2/3/4 from Windows without much fiddling. For starters, it scans the drives on your computer and assigns letters just as Windows does during installation. Once the software’s done assigning, users can access Linux files by going to Windows’ Files app. Here’s how to download and use Ext2fsd:

1. Go to the official Ext2Fsd downloads page and download the installer.

2. Once downloaded, double-click on the file to install it. Check every box except the first one.

3. Once done, the application should show you all the drives and partitions on your PC. Right-click on the drive that contains your Linux installation and click Assign Drive Letter.

4. Once assigned, the drives should now be visible you should now be able to access Linux files from Windows’ File Manager.

Access Linux Files from Windows Using WSL

Windows Subsystem for Linux has made things better for developers who like working on Linux. If you have WSL installed, and as long as the disk you’re trying to access is not a part of the same drive as your Windows installation, you can access and transfer files from the Linux partition to Windows. Here’s how to do it.

Step 1: Install WSL

  1. On your Windows PC, press the Windows key once and type “Windows features.” After that, click on “Turn Windows features on or off”.

If you already have it installed, skip to the fourth step.

2. Next, scroll down and enable “Windows Subsystem for Linux” here.

3. Now, restart your computer to reflect the changes.

Step 2: Download & Install Debian

1. Go to the Microsoft Store, search for Debian, and install the first result.

2. Once downloaded, open the terminal (Cmd) and run the command:

wsl

3. WSL should then prompt you to set a “UNIX username” and a “UNIX password.” Once done, WSL is all set and ready to go.

Step 3: Mount Linux Drive

1. Shut down WSL, open the Command Prompt as an administrator, and enter the following command to list all the available disks.

GET-CimInstance -query "SELECT * from Win32_DiskDrive"

2. Make note of the drive where Linux is installed and mount that drive using the following command.

wsl --mount \.PHYSICALDRIVE2

## where '2' is the drive number and may differ in your PC

3. If you have an EFI (boot) partition in Linux, the above command doesn’t work. In this case, try mounting the Linux partition using the following command:

wsl --mount \.PHYSICALDRIVE2 --partition 2

## Where 2 is the partition where the /root and /home partitions of our Linux install reside

Step 4: Access Linux Files using GUI or Terminal

1. Once installed, you can now access the files and folders on Linux. Try not to make any changes in the Linux partitions.

2. If you don’t like moving folders using the terminal, you can install Nautilus, GNOME’s default Files app, and move files using the same. To install Nautilus, use the following command.

sudo apt install nautilus

3. Once installed, launch it, go to other locations > Computer > mnt > WSL > PHYSICALDRIVE2 to access all the files.

Source: https://news.google.com/rss/articles/CBMiMmh0dHBzOi8vYmVlYm9tLmNvbS9ob3ctYWNjZXNzLWxpbnV4LWZpbGVzLXdpbmRvd3Mv0gE2aHR0cHM6Ly9iZWVib20uY29tL2hvdy1hY2Nlc3MtbGludXgtZmlsZXMtd2luZG93cy9hbXAv?oc=5

January 29, 2024 | 154news

UNIX vs. Linux vs. Windows: How They Compare | Spiceworks – Spiceworks News and Insights

npressfetimg-232.png

Microsoft Windows is defined as an operating system that features a graphical user interface and compatibility with a wide range of hardware and software, primarily for personal computers. UNIX is a multitasking, multi-user operating system developed for use on workstations, servers, and other devices for numerous applications, including database management, software development, and running networked applications. Linux is defined as an open-source operating system based on UNIX and is widely leveraged across various devices for its security, flexibility, and stability. This article compares these three operating systems.

UNIX, Linux, and Windows: An Introduction

Microsoft Windows is an operating system that features a graphical user interface and compatibility with a wide range of hardware and software, primarily for personal computers.

UNIX is a multitasking, multi-user operating system developed for workstations, servers, and other devices. Its numerous applications include database management, software development, and networked applications. Systems equipped with UNIX are preferred for their security, flexibility, and stability. This operating system is the basis for numerous others, including macOS and Linux.

Linux is an open-source operating system available free of cost and based on UNIX. It is widely leveraged across various devices for stability, flexibility, and security.

What Is UNIX?

UNIX was initially developed in the 1970s and was one of the first operating systems written using the C programming language. It is one of the most effective operating systems ever created, with numerous offshoots and a wide-reaching effect on the computing and electronics industries. Its main advantages include stability, interoperability, and portability across multiple heterogeneous environments and devices.

Today, UNIX and its variants are leveraged for multiple IT systems, including servers, workstations, mobile devices, embedded systems, and supercomputers. However, while Linux, macOS, and Android–arguably the most popular UNIX spin-offs–continue to maintain a strong presence in their respective markets, the demand for UNIX itself has declined. 

One reason for this may be users moving away from reduced instruction set computer platforms and adopting x86-based alternatives capable of executing greater workloads and delivering higher performance more economically.

Enterprises will likely continue to leverage UNIX for mission-critical workloads; however, the operating system may continue to see falling demand due to a greater focus on IT modernization and consolidation. Naturally, this isn’t happening immediately; UNIX is still the first preference for many IT teams regarding use cases such as vertical-specific software, cloud security, and data center application support.

Even if UNIX server sales drop in the future, its applications in the governance, telecom, and financial domains are expected to keep it alive and running. The complete abandonment of UNIX will likely be a long, slow journey.

What Is Linux?

Linux is a popular operating system that is preferred for its reliability and security, performing better than its competitors in terms of protection against viruses and malware. It is also resistant to slowed-down performance, crashing, and expensive repairs and users need not pay licensing fees as often as they do for other commercial operating systems. Linux features a zero cost of entry and can be legally installed on any computer without any associated cost whatsoever.

Apart from its cost-effectiveness, Linux is an open-source system. The Linux kernel is among the world’s most significant open-source projects, making it a boon for enterprises seeking scalable growth without ballooning software costs. Most, if not all, DevOps lifecycles in enterprises around the globe rely on open-source software to reach their development goals. For instance, Linux makes it easy for developers to combine smaller software components they create with other software for building full-featured supply chains.

One significant way Linux helps bolster enterprise scalability is through containers, a popular way to deploy scalable enterprise applications. Containers help host applications on third-party cloud platforms. They simplify the automation of application scaling and help ensure that resource consumption matches the demand for application bandwidth at any given time.

Linux is the backbone of container operations. Users of Docker and Kubernetes alike must be familiar with Linux. And this is just one of the many examples of Linux’s flexibility. Other operating systems often lock the user into using software the ‘right way’ (according to the company backing it). Conversely, Linux users can make almost any change they desire at the platform level, allowing them to achieve business goals flexibly, swiftly, and accurately.

There isn’t much that users cannot accomplish when they are familiar with Linux. This operating system grants access to thousands of tools and packages that support the development of robust services and systems.

What Is Windows?

Every computer user has heard of Microsoft Windows, with over 75% of desktop and laptop computers worldwide using this operating system. Available in 32- and 64-bit versions, Windows is a user-friendly operating system that features a graphical user interface (GUI), virtual memory management, support for multiple peripherals, and multitasking functionalities.

Windows provides both server and client versions. Popular client versions include Windows 98, ME, XP, Vista, 7, 8, and 10. Windows 11 is the newest version of this operating system, released in 2021. Server versions include 2000 Server, 2003 Server, NT Server, Server 2008 R2, Server 2016, and Server 2022 (latest version).

See More: What Is the Internet of Everything? Meaning, Examples, and Uses

UNIX vs. Linux vs. Windows: 4 Key Comparisons

UNIX, Linux, and Windows are all used to manage computer hardware and software resources. Each operating system comes with unique characteristics and is suited to different applications. Let’s look at the four key comparisons among them.

1. Development

UNIX Linux Windows
UNIX was born when Bell Labs (later known as AT&T), the Massachusetts Institute of Technology (MIT), and General Electric (GE) combined forces in an attempt to build the Multiplexed Information and Computing Service (Multics), an interactive time-sharing system. The goal of Multics was to give multiple users a platform for simultaneous access to a mainframe.

Original results were not promising, and Bell Labs pulled out of the project. However, computer scientists Dennis Ritchie and Ken Thompson from Bell Labs continued to work on the assignment, and their efforts culminated in the creation of UNIX.

Ritchie and Thompson teamed up with other researchers from Bell Labs to build a suite of components to create a foundation for UNIX. These components included a command-line interface (CLI), a hierarchical file system, and several small utility programs. Soon, UNIX also introduced the concepts of device files and computer processes.

Later, a self-hosting operating system featuring an assembler, shell, and editor was deployed. The scope at which UNIX originally operated was much narrower than the pioneering creators had aimed for Multics. However, this single-tasking system went on to gain multitasking capabilities later on.

Before 1973, UNIX was composed in assembler language. It was rewritten in C in the fourth edition, which was revolutionary for the time as experts generally assumed operating systems were too sophisticated and complicated to be written in a high-level programming language such as C. Once this feat was accomplished, UNIX’s portability across several computing platforms was enhanced.

The late 1970s and early 1980s saw UNIX amass a fan base in academia. Soon, notable commercial startups such as Sequent and Solaris Technologies began adopting the technology on a wider scale. By 1995, the University of California, Berkeley, had developed Berkeley Software Distribution (BSD), an early UNIX distribution that served as the foundation for numerous other UNIX offshoots, including Linux!

Linux was born in 1991 when University of Helsinki student Linus Torvalds developed a UNIX-based operating system for his personal computer. Soon after, it was made available to download for free. Perhaps unknown to him at the time, he had created one of the most effective operating systems and played a vital role in enhancing the popularity of UNIX offshoots.

Today, Linux is everywhere. Whether you use a smartphone, a modern car, a supercomputer, or even a smart home appliance such as a refrigerator or television, you’re using Linux! This operating system is prevalent in home desktops and enterprise servers alike, has a user base that spans the globe, and runs most of the top 500 supercomputers in the world and most global stock exchanges.

The development of Microsoft Windows has played a huge role in shaping the global IT landscape. Windows was introduced in 1983 by Microsoft founders Bill Gates and Paul Allen. Its codename at the time was Interface Manager; however, it came to be better known as Windows as the name better defined the boxes (or ‘windows’) on the GUI of the new operating system.

Windows 1.0 was officially released in November 1985. Before this revolutionary release, users would type MS-DOS commands to complete computing tasks. Windows 1.0 changed that by letting users execute commands with simple mouse clicks. The drop-down menus, icons, scroll bars, and dialog boxes of Windows 1.0 were also much more user-friendly than the interface of the MS-DOS platform. Additionally, users could switch between programs without having to quit and restart each program.

The introduction of virtual memory enhanced the quality of graphical interfaces, while later versions brought built-in dial-up networking and internet support. Subsequent versions of Windows introduced desktop icons, enhanced memory, and the ability to download the operating system using floppy disks, CD-ROMs, and (more recently) even over the internet.

Useful native programs such as the Outlook email client and the Internet Explorer web browser, integrated networking, mobile computing features, and multimedia functions further drove the popularity of Windows. Plug-and-play hardware support and in-built system security updates were game-changers. Finger browsing and wireless compatibility brought the future to every home. Windows also offers seamless support for data storage on flash drives and even the cloud and data streaming compatibility.

Windows 11 is Microsoft’s latest desktop operating system. It represents a dynamic design shift, simplifying user experience and bringing about a ‘clean’ look. Some elements of Windows 11 are inspired by Windows 10X, the OS for touchscreen devices that Microsoft canceled. Windows 11 seems to be destined to become a powerful operating system for numerous device types and form factors.

While the layout of Windows 11 does not stray away from the basics (like some would say Windows 8 attempted to do), a few components have undergone significant redesigning. For instance, the new Widgets panel shows information such as the weather, news, and trading data. Snapping and grouping of open Windows have also improved, allowing users to focus on their tasks without the UI getting in the way. The version of Windows 11 for tablets is also enhanced, thanks to seamless support for gestures, a better on-screen keyboard, and support for Android applications.

 

2. Architecture

UNIX Linux Windows
UNIX architecture consists of three main components: kernel, shell, and applications and commands.

The shell interprets command line inputs and calls the relevant programs to perform functions. User commands are programs themselves, which means the command line returns to prompt and awaits more inputs upon task completion.

Several different shells exist, and the shortcuts and syntax among them vary. For instance, the ‘csh’ shell uses a syntax similar to that of the C programming language. Similar basic functions are supported by all shells.

The shell provides the kernel with user input, which, in turn, accesses the hardware to execute tasks such as file storage and memory allocation.

Linux architecture consists of four main components: kernel, shell, applications, and hardware.

The hardware layer includes all physical devices the system has access to. This consists of the hard disk drive, motherboard, and RAM.

The kernel is at the core of the Linux architecture. It can interact directly with the underlying hardware layer. Key Linux kernel types include monolithic, micro, exo, and hybrid.

The shell interface receives user inputs and converts them into instructions for the kernel. It is also responsible for transmitting kernel outputs to the output shell. Key types of shells include Korn, Bourne, C, and POSIX.

The application layer consists of utility programs running on the shell. Examples are the media player, web browser, and text editor.

Windows architecture consists of six main components: kernel, hardware abstraction layer (HAL), device drivers, system libraries, user interface (UI), and applications.

In Windows, the kernel serves as the core of the operating system. It manages the device software and hardware resources through task scheduling, input/output management, and memory allocation.

The HAL is a software layer between the kernel and the device hardware. It is responsible for providing a consistent interface that the kernel can use for hardware access, thus making it hardware-agnostic.

A device driver is a software program that facilitates communication between the operating system and a specific hardware device, such as a keyboard, network adapter, or printer.

System libraries include functions that grant the operating system and applications access to various services such as file I/O, networking, and memory management.

The UI is the component of Windows that allows interactions between a human and the device. It includes the desktop, taskbar, and start menu.

Finally, applications are programs that are executed atop the operating system and carry out specific user functions, such as media players, word processors, and web browsers.

 

3. Applications

UNIX Linux Windows
1. Datacenter applications of UNIX include supporting data center infrastructure and applications, virtual server deployments, distributed scientific computing, web servers, and databases. UNIX generally drives high-end server operations and other tasks that are invisible to end users.

2. UNIX variants can provide cloud support and feature compatibility with modern cloud infrastructure. The operating system is also helpful for enhancing cloud security as one can tailor it for enterprise cloud security compliance. Increased robustness, scalability, and reliability are the key advantages of UNIX for the cloud.

3. Boosting ease of use and interoperability for enterprise systems is a core capability of UNIX. Modern UNIX versions are hassle-free to install, lightweight, and provide simple troubleshooting for errors in real-time. This also makes UNIX-powered computers fault-tolerant.

1. Web servers are a core function of Linux. The reason Linux dominates the web server space is its low installation cost. Unlike UNIX systems, which are costly and need specialized hardware, Linux can be downloaded easily and operates on x86 processors. For instance, a company could set up a large set of low-cost Linux computers and use them as servers.

2. Linux is the operating system of choice for supercomputers, with most of the prominent global supercomputers running on a version of Linux. This is probably due to the same reason as Linux’s popularity for server applications–cost and compatibility with standard x86 hardware. Additionally, familiarity with UNIX among academics meant that researchers already had a basis for switching to Linux. 

A significant example of a Linux-powered supercomputer is the IBM Summit, which played a role in developing COVID-19 vaccines and tracking COVID-19 variants.

3. Linux is also the operating system of choice for single-board computers, such as Raspberry Pi. One reason is the ease of porting Linux to varying processor architectures. While Linux originally started on the Intel 80386, it has been ported to almost every CPU configuration, including the ARM chip that the Raspberry Pi uses. Linux, being ideal for both powerful supercomputers and simple single-board computers, is a testament to its flexibility.

4. Finally, Linux is a useful system recovery solution that can instantly fix common booting issues such as damaged partition tables and forgotten admin passwords. These tools are also useful for copying important data from a failing hard drive or SSD into an external drive. One example of a Linux tool that is capable of system recovery is SystemRescue.

1. Running programs: Windows is known for compatibility with various software programs, including productivity tools and entertainment software, such as games.

2. File management: The Windows user interface helps organize and manage files. This makes accessing data simple.

3. Internet access: Windows includes built-in, user-friendly support for internet access, allowing users to engage in web-based activities such as streaming, emails, and so on.

4. Multimedia: Windows is perhaps the most widely used operating system for multimedia applications such as videos, music, creating and editing documents and presentations, and so on.

5. Device connectivity: Finally, Windows supports connectivity with other devices such as hard drives, printers, scanners, and so on using wired as well as wireless technologies.

 

4. Cost

UNIX Linux Windows
UNIX is a proprietary operating system, and not all versions are freely distributed. However, specific UNIX versions are free for development use. Linux is free of cost for all users and is an open-source system. Corporate support can cost a nominal fee based on the use case and distro. Windows is a commercial operating system that users need to purchase before use.

See More: What Are Haptics? Meaning, Types, and Importance

Takeaway

UNIX, Linux, and Windows are well-known operating systems with their own strengths. UNIX is a robust, flexible platform with a long history of academic and enterprise applications. Linux is a free, open-source operating system preferred for its customizability and community support. Windows is a user-friendly operating system in most personal and business computing use cases. Each has its benefits, and choosing the best one depends on the specific deployment and configuration.

Did this article give you a comprehensive overview of UNIX, Linux, and Windows? Share your thoughts with us on FacebookOpens a new window , TwitterOpens a new window , or LinkedInOpens a new window !

MORE ON TECH 101

  • What Is Bluetooth LE? Meaning, Working, Architecture, Uses, and Benefits
  • What is GNSS (Global Navigation Satellite System)? Meaning, Working, and Applications in 2022
  • 10 Best Mesh Network Routers in 2022
  • What Is Telematics? Meaning, Working, Types, Benefits, and Applications in 2022
  • What Is GPS (Global Positioning System)? Meaning, Types, Working, Examples, and Applications

Source: https://news.google.com/rss/articles/CBMiUGh0dHBzOi8vd3d3LnNwaWNld29ya3MuY29tL3RlY2gvdGVjaC0xMDEvYXJ0aWNsZXMvdW5peC1saW51eC13aW5kb3dzLWNvbXBhcmlzb24v0gEA?oc=5

January 29, 2024 | Gecko

A look at OpenSUSE based Gecko Linux – Ghacks

npressfetimg-231.png

I was sitting at home writing future articles for Ghacks and I decided on a spur of the moment whim that I wanted to try out a distribution I had never touched before.

I’ve tried countless systems over the years, from the typical Ubuntu and Debian based systems, to Arch based systems like Manjaro, even Gentoo based systems like Sabayon.

However, I was thinking about it and OpenSUSE used to be one of my favourite distributions to use but I’ve never actually sat down and tried a respin of an OpenSUSE based system; so I started digging around into what some popular ones were…And Gecko Linux caught my eye.

Gecko Linux

Gecko Linux right away caught my attention due to some major changes to how things are done when compared to its parent system OpenSUSE. On the homepage of Gecko Linux, the developer lists some changes between it and OpenSUSE:

  • “GeckoLinux comes as an offline installable live DVD / USB image for Static and Rolling editions, whereas openSUSE has a non-live DVD / USB installer, a net-installer image, or Tumbleweed live DVD / USB with net-installer options.
  • GeckoLinux offers customized editions optimized for different desktop environments, whereas openSUSE requires the user to know how to install patterns and packages for different desktop environments.
  • GeckoLinux comes pre-installed with common niceties such as proprietary media codecs, whereas openSUSE for legal reasons requires users to know how to add additional repositories and which packages to add.
  • GeckoLinux prefers packages from the Packman repo when they are available, whereas some of openSUSE’s default packages don’t work with patent-restricted features even if the features are installed from other sources.
  • GeckoLinux comes pre-configured with what many would consider to be good font rendering, whereas many users find openSUSE’s default font configuration to be less than desirable.
  • GeckoLinux does not force the installation of additional recommended packages after system installation, whereas openSUSE pre-installs patterns and automatically installs recommended package dependencies, thus causing many additional and possibly unwanted packages to be installed the first time the package manager is used.
  • GeckoLinux’s desktop programs can be uninstalled with all their dependencies, whereas openSUSE’s patterns often cause uninstalled packages to be automatically re-installed.”

To anyone who has used OpenSUSE you know that it’s a very powerful system and has great features and customization potential, however there are certain aspects of the system that can be frustrating and downright annoying, such as patterns causing uninstalled packages to be re-installed. Seeing the above mentioned changes instantly piqued my interest, and I knew I had to give it a try.

The installation

I opted to install the Cinnamon flavour of Gecko Linux Static, which is based on the Leap form of OpenSUSE. The download of the ISO was quick and painless, and once I had my liveUSB made I booted into the environment. The installation software used is Calamares, which numerous other distributions also make use of, so I was already quite familiar with its usage.

One thing that I can say right away that I did not like about the Gecko Linux installation was that the option to encrypt my system fully did not complete; rather it faced an error and I was forced to restart the installation without encryption.

Looking a little deeper into it, I know that older versions of Calamares had issues with encryption, but seeing as version 3.1 was the version being used, the old issue was no longer relevant. I didn’t spend hours seeing if there was anything I could do; I just moved on.

Otherwise, the installation was smooth and painless; even on my 5400RPM Hard Disk, it was surprisingly fast and stable with an absolutely simple install. Once the installation was done, I booted into my main system.

Note: When using the live environment, the username AND the password are ‘linux’

A look at the system

If you’ve used OpenSUSE before in the past, then at least on the surface you won’t really notice a whole lot different. Having chosen the Cinnamon environment, everything was pretty well standard with other systems using Cinnamon. I will note that I did notice that animations had been turned off for things like clicking open your applications menu etc, and other minor eye-candy effects had been disabled. I didn’t mind, I tend to turn that sort of thing off myself anyways in favour of increasing performance.

However, I did notice that performance was slower than on other distributions such as Arch/Manjaro, and Linux Mint. OpenSUSE is known as a little ‘heavier’ of a distro, and this is no different on Gecko Linux from my experience. It wasn’t unbearable or anything, and likely would be less noticeable if my Hard Disk wasn’t 5400RPM; but I felt I should point this out at least.

Applications like Clementine, VLC, Thunderbird, Gparted, LibreOffice, Firefox, Pidgin, and Transmission are all included providing all the most common needs fulfilled with a great selection. As with the official OpenSUSE system, YaST2 is included as well, which I greatly support.

Final Thoughts

I actually think I’ll be keeping Gecko Linux on my system for a while. I’ve always enjoyed OpenSUSE, and the changes made behind the scenes will mitigate or avoid minor annoyances I used to have with the system. It seems well put together with the exception of the Calamares encryption issue, is not loaded with a bunch of bloat, and seems to be a well rounded distribution; well worth a look if you’re contemplating a change in distribution!

Now you: Do you use any respins of popular distributions? Why do you use/not use them, instead of the main distro?

Summary

Article Name

A look at OpenSUSE based Gecko Linux

Description

Mike takes a look at the OpenSUSE based Linux distribution Gecko Linux, and focuses the review on installation and using the system after installation.

Author

Mike Turcotte

Publisher

Ghacks Technology News

Logo

Advertisement

Source: https://news.google.com/rss/articles/CBMiR2h0dHBzOi8vd3d3LmdoYWNrcy5uZXQvMjAxNy8wOC8wNi9hLWxvb2stYXQtb3BlbnN1c2UtYmFzZWQtZ2Vja28tbGludXgv0gFLaHR0cHM6Ly93d3cuZ2hhY2tzLm5ldC8yMDE3LzA4LzA2L2EtbG9vay1hdC1vcGVuc3VzZS1iYXNlZC1nZWNrby1saW51eC8_YW1w?oc=5