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  1. It's based on the Dash to Dock GNOME extension Ubuntu 17.10, the next major release of the widely-used Ubuntu Linux OS, will be transitioning to the GNOME Shell user interface by default instead of the Unity desktop environment that was used until now. As some of you may already know, Canonical plans to create a modified GNOME Shell experience for the main Ubuntu 17.10 flavor, along with a vanilla one, and they recently revealed the fact that there will be an always visible dock by default, based, of course, on the very popular Dash to Dock extension for GNOME Shell. To keep you guys up-to-date with the development of Ubuntu, we're running the operating system on a daily basis, continuously monitoring incoming packages and other changes. As of August 16, 2017, Canonical's Didier Roche uploaded a package called gnome-shell-extension-ubuntu-dock in Ubuntu 17.10 repositories. It's no brainer that's the package to enable Canonical's modified Dash to Dock extension on the GNOME Shell, and, once installed, it can be easily enabled from the Extensions section of the GNOME Tweaks utility. As of now, the dock won't be automatically enabled after it's been installed, not even after logging out the session. It piggybacks on Dash to Dock Canonical said in one of their recent reports that they have no plans to make major modifications to the Dash to Dock extension, so their modified dock piggybacks on Dash to Dock, using its settings. As we see it, you'll need to have Dash to Dock installed as well to change the look and functionality of the Ubuntu Dock. In terms of design, there aren't any major differences between Dash to Dock and Ubuntu Dock, except for the fact that there's an orange color used for the windows counter indicators, but that can be easily changed from the settings, as well as the position of the dock to anywhere on the screen (left, right, bottom, top), it's size, behavior, appearance, etc. When Ubuntu Dock is enabled by default in the Ubuntu 17.10 daily builds, which should happen in the coming weeks, we believe that Canonical will choose to place the dock on the left side of the screen to recreate the Unity desktop experience. It remains to be seen if Ubuntu Dock will have additional features, but one thing is for sure, you'll be able to disable Ubuntu Dock and use Dash to Dock instead, or any other dock for that matter. Source
  2. The new sound settings are now ready for public testing After getting back from GNOME's GUADEC 2017 developer conference, Canonical's Didier Roche has started a daily blog series about the Unity to GNOME Shell transition for the upcoming Ubuntu 17.10 (Artful Aardvark) release. One of the key features of Ubuntu's Unity desktop environment was to allow users to raise the volume over the 100% limit using the multimedia keys of their laptops. The setting wasn't available in other popular desktop environments, such as GNOME, to which Canonical wants to transition for Ubuntu 17.10. Last month, the Ubuntu Desktop team shared their plans to implement the same functionality in their modified GNOME Shell user interface for Ubuntu 17.10, and Didier Roche reports today that the feature is ready for public testing, though it still needs a bit of work until it's ready to land in the stable repository. "Some devices have very low volume even when pushed at their maximum. One example for this is the x220 when most of videos on YouTube, or listening to music in Rhythmbox doesn’t give great results even at maximum volume," said Didier Roche. "PulseAudio can amplify some of those sound devices." Here's how to test the new sound amplification on Ubuntu 17.10 If you're running Ubuntu 17.10 (Artful Aardvark) on your personal computer and you're willing to test the new sound amplification implementation, go ahead and add Canonical's official Ubuntu Desktop Team Transitions PPA to your repositories, and do a full update using the commands below. sudo add-apt-repository ppa:ubuntu-desktop/transitions sudo apt update && sudo apt dist-upgrade Once you've installed the PPA and updated your Ubuntu 17.10 operating system, you should be able to raise the volume over the 100% limit using the media keys on your laptop or a physical, dedicated volume button, if available. Please note that you'll have to enable the "Allow louder than 100%" option in the Sound panel in GNOME Control Center. Check out the video below to see it in action!
  3. Ubuntu 17.10 to Improve Secure Boot for Booting Windows from GRUB, Enable PIE Ubuntu 17.10 will be supporting the Python 3.6 series The first Alpha builds of Ubuntu 17.10 are almost here, due for release next week on June 29, 2017, for opt-in flavors, so the Ubuntu developers are working around the clock to add various new features, such as PIE (Position Independent Executables) support enabled by default for better security, as well as some other improvements in many areas of interest like Secure Boot. "PIE is now enabled across all architectures by default in Artful. Targeted rebuilds have been done of packages which would break reverse-build-dependencies due to not being compiled with PIE," says Steve Langasek. "The rest of the archive will now pick up PIE support on i386, armhf, and arm64 over the development cycle with rebuilds." PIE support is good news for Ubuntu Linux users as all PIE-enabled binaries will now be automatically loaded into random locations within the virtual memory, along with all of their dependencies, each time the respective applications are being executed. This makes Return Oriented Programming (ROP) attacks harder to execute properly. Netplan to land in Ubuntu Cloud 17.10, Secure Boot improvements Among other noteworthy enhancements that are coming to the Ubuntu 17.10 operating system later this year, we can mention the implementation of Netplan, Canonical's consolidated YAML network configuration across Ubuntu, in the Ubuntu Cloud images. Netplan is also being used by default to configure networks when installing an Ubuntu Server via the Debian Installer. Other than that, there's good news for those who want to boot Ubuntu Linux alongside a Windows OS, as the Ubuntu developers are working on improving Secure Boot chainloading so you'll be able to properly boot Windows from the GRUB bootloader. Some patches were also added so that users will no longer be prompted to disable Secure Boot when using DKMS modules. Lastly, it looks like Ubuntu 17.10 will be supporting the Python 3.6 series, which is now in the artful-proposed repository, and it looks like the transition to Python 3.6 for Artful Aardvark has begun. In related news, the Ubuntu Kernel team recently announced that they are targeting Linux 4.13 as the default kernel for Ubuntu 17.10, due for release on October 19, 2017. Source
  4. Canonical Launches Its Linux Kernel Livepatch Service for Ubuntu 14.04 LTS Users You won't have to reboot your PC when installing new kernels Until today, Canonical's Kernel Livepatch service was available only for those running the Ubuntu 16.04 LTS (Xenial Xerus) operating system series, providing them with rebootless kernel upgrades. Starting today, you can use the Canonical Kernel Livepatch service on Ubuntu 14.04 LTS too. As usual, Canonical lets users to install its Kernel Livepatch service on up to three (3) computers for free, but only on systems running 64-bit Intel or AMD processors. Those who want to enable Canonical Kernel Livepatch on more than 3 machines will have to purchase the Ubuntu Advantage support package. "We are pleased to announce that we have extended our Canonical Kernel Livepatch Service to users running Ubuntu 14.04 LTS," reads the announcement. "The Canonical Kernel Livepatch Service enables runtime correction of critical security vulnerabilities in the kernel without the need to reboot." Here's how to enable Canonical Kernel Livepatch on Ubuntu 14.04 LTS Installing the Canonical Kernel Livepatch service on Ubuntu 14.04 LTS (Trusty Tahr) operating systems is possible because the Snapd 2.20 release announced in December 2016 brought support for this long-term supported version of Ubuntu Linux. And it's super easy to install both Snapd and Canonical Kernel Livepatch. First, you'll have to make sure that you're running the Linux 4.4 kernel. Then, open the Terminal app and paste the command listed below to install the Snapd daemon, which enables installation of Snap packages on Ubuntu 14.04 LTS. Access https://ubuntu.com/livepatch and get your free kernel livepatch token. sudo apt update && sudo apt install snapd The token should look like this [d3b07384d213edec49eaa6238ad5ff00] so make sure you keep it safe somewhere. To install and enable the Canonical Kernel Livepatch service, run the following commands in the Terminal app, but replace the token in the second command with your own. sudo snap install canonical-livepatch sudo canonical-livepatch enable d3b07384d113edec49eaa6238ad5ff00 That’s it. You can check to see if you're running the Canonical Kernel Livepatch service on your Ubuntu 14.04 LTS machine at any time with the following command. If it says "true" under the fully-patched entry, then it means you're running the latest available kernel for your system. canonical-livepatch status Source
  5. Ubuntu 17.04 (Zesty Zapus) Officially Released, Available to Download Now Will be supported for nine months, until January 2018 If you've been using Ubuntu 16.10 on your personal computer(s) until today, the time has come to upgrade to Ubuntu 17.04, which is a powerful release, both inside and outside. It's powered by the latest stable Linux 4.10 kernel series, and ships with an up-to-date graphics stack based on X.Org Server 1.19.3 and Mesa 17.0.3. Only these three new technologies mentioned above are the only reason some of you out there gaming with AMD Radeon graphics cards need to upgrade to Ubuntu 17.04 (Zesty Zapus) right now. But the operating system ships only with up-to-date components and applications. The default desktop environment remains Unity 7, so your beloved Ubuntu desktop environment is not going anyway at the moment. It will also be available in the upcoming Ubuntu 17.10 release, whose development will start next month. After that, starting with Ubuntu 18.04 LTS, the GNOME desktop will be used by default. Driverless printing, swap files, 32-bit PowerPC support dropped Among other interesting features shipping with the final release of Ubuntu 17.04, we can mention the implementation of swap files, which are used instead of a swap partition only for new installations of the operating system. So this change is the only one that won't apply if you're upgrading from a previous Ubuntu release. Moreover, the default DNS resolver was switched to systemd-resolved, IPP Everywhere and Apple AirPrint printers are now supported out of the box for a driverless printing experience, and most of the packages from the GNOME Stack were upgraded to GNOME 3.24, though Nautilus remains at version 3.20.4. The gconf utility is no longer installed by default because it is now superseded by gsettings, and among the latest apps installed, we can mention the LibreOffice 5.3 office suite, Mozilla Firefox 52.0.1 web browser, as well as Mozilla Thunderbird 45.8.0 email and news client. Support for 32-bit PowerPC (PPC) architectures has been officially dropped from this release and won't make a comeback. However, PPC64el (PowerPC 64-bit Little Endian) support continues. Ubuntu 17.04 is available for download right now and comes with both 64-bit (amd64) and 32-bit ISO (i386) images. The rest of the official flavors are starting to appear as well today. These include Ubuntu GNOME 17.04, Ubuntu MATE 17.04, Kubuntu 17.04, Xubuntu 17.04, Lubuntu 17.04, Ubuntu Kylin 17.04, Ubuntu Studio 17.04, as well as Ubuntu Budgie 17.04, which makes its debut as an official Ubuntu flavor built around the Budgie desktop. As usual, we'll have separate articles on the website for most of them, so stay tuned right here on Softpedia Linux for the latest Ubuntu news. Please note that the Ubuntu 17.04 (Zesty Zapus) release is a short-lived branch supported with security updates for only nine months, from today until mid-January 2018. Screenshots: http://news.softpedia.com/news/ubuntu-17-04-zesty-zapus-officially-released-available-to-download-now-514853.shtml#sgal_1 Source
  6. Ubuntu Touch and Unity 8 Are Not Dead, UBports Community Will Keep Them Alive More devices will be transformed into Ubuntu Phones soon In early February, the developer announced that he and his team at UBports managed to successfully port Canonical's Ubuntu OS to the Fairphone 2 modular smartphone, joining the OnePlus One and Nexus 5 ports. Fairphone 2 Ubuntu Phone devices were showcased at MWC (Mobile World Congress) 2017 in Barcelona. He also planned on porting Ubuntu Touch to the Nexus 6, Nexus 10, Oneplus X, and Optimus L90 devices in the months to follow, but yesterday's announcement published by Canonical and Ubuntu founder Mark Shuttleworth on dropping Unity 8 development shattered the entire Ubuntu Phone community. Ubuntu Touch and Unity 8 will be kept alive by the UBports team Marius Gripsgård had a different reaction from what we've seen lately from users and developers alike, and he posted a message on his Google+ account announcing that he'll do everything in his power to keep both Ubuntu Touch and Unity 8 alive for as long as he can. "I'm not giving up! I will do my best to keep Ubuntu Touch and Unity 8 standing on both its legs! It will be hard," said Marius Gripsgård. "The Ubuntu Touch wheel is still spinning, and it has enough momentum to spin until we start spinning it with hopefully with greater force." In the coming weeks, the UBports founder will soon publish more details about his and he's team plans to keep Canonical's Ubuntu Touch mobile operating system alive. We can't wait to see what the developer has in store next for Ubuntu Phone users, so stay tuned on Softpedia Linux for the latest news. Source
  7. Canonical to Stop Developing Unity 8, Ubuntu 18.04 LTS Ships with GNOME Desktop Ubuntu Phone and convergence plans are put on hold If memory recalls, last year during an Ubuntu Online Summit event, Mark Shuttleworth said that a small team of Ubuntu developers would develop and test the upcoming Unity 8 desktop environment for desktop, and if they find it as reliable as Unity 7 is these days, then, and only then, it will become the default for future Ubuntu Linux releases. During these last months, Unity 8 wasn't received very well by the Ubuntu community, and its media coverage was almost non-existent. Personally, I could not even try the Unity 8 session that's available as a preview on the Ubuntu 16.10 (Yakkety Yak) release on any of my computers. However, Unity 8 showed to be quite innovative on the Ubuntu Phone/Tablet devices. But things don't always go as they're planned, and it now looks like Canonical will stop investing in Unity 8, as well as the Ubuntu Phone and Ubuntu Convergence. "I’m writing to let you know that we will end our investment in Unity8, the phone and convergence shell. We will shift our default Ubuntu desktop back to GNOME for Ubuntu 18.04 LTS," said Mark Shuttleworth in today's announcement. Going back to the roots Yes, you're reading it right, and we're as shocked as you are. Ubuntu 18.04 LTS, the next long-term support release of the popular Ubuntu operating system is shipping with the GNOME desktop environment instead of Unity 7. It's true that Unity 7, which is based on the GNOME Stack, was always a step or two behind the development of the GNOME desktop, and it always offered users a very old Nautilus file manager. Things have changed in this regard now, and the upcoming Ubuntu 17.04 (Zesty Zapus) operating system will contain many of the components from the recently released GNOME 3.24 Stack, though, Nautilus is still kept at the 3.20.x branch due to the obvious incompatibilites with the Ubunty 7 desktop. The switch to the GNOME desktop could be made right after the release of Ubuntu 17.04 on April 13, 2017. Unity 8 and the Ubuntu Convergence vision are no longer the future of computing that Canonical and Ubuntu founder once thought once thought it was. "I was wrong on both counts," reveals Mark Shuttleworth. "In the community, our efforts were seen fragmentation not innovation. And industry has not rallied to the possibility, instead taking a ‘better the devil you know’ approach to those form factors, or investing in home-grown platforms." From here onwards, Canonical will concentrate their efforts on cloud (OpenStack, LXD, Kubernetes, Juju, MAAS, BootStack) and IoT (Internet of Things), as Ubuntu Linux appears to be the most used operating system on both private and public cloud infrastructures. The Snappy technologies will also be developed, for now, as they have a strong community and bring revenue to Canonical's doorsteps. Source
  8. Canonical announces Ubuntu Linux 12.04 ESM (Extended Security Maintenance) On April 25th, Ubuntu Linux 12.04 LTS will no longer be supported by Canonical. Why? That is the 5 year anniversary of the release, which is the amount of support time given to an LTS (Long Term Support) version of the Linux distribution. For many home users, this really doesn't matter, as they have probably already upgraded to a newer version. Unfortunately, some businesses do not upgrade as regularly. In fact, some organizations may not be ready to move on from Ubuntu 12.04. Tough luck? Not at all. Today, Canonical introduces Ubuntu Linux 12.04 ESM. This "Extended Security Maintenance" release is not free, however -- organizations must pay for the extended support. "Following the end-of-life of Ubuntu 12.04 LTS, Canonical is offering Ubuntu 12.04 ESM (Extended Security Maintenance), which provides important security fixes for the kernel and the most essential user space packages in Ubuntu 12.04. These updates are delivered in a secure, private archive exclusively available to Ubuntu Advantage customers," says Canonical. The company further says, "All Ubuntu 12.04 LTS users are encouraged to upgrade to Ubuntu 14.04 LTS or Ubuntu 16.04 LTS. But for those who cannot upgrade immediately, Ubuntu 12.04 ESM updates will help ensure the on-going security and integrity of Ubuntu 12.04 systems". If you are interested in leveraging this ESM version of the Linux Distribution, you must become a paid Ubuntu Advantage member. To check out pricing, just head over to the website here. While using this ESM version is certainly a smart move, businesses should also consider upgrading to a newer version of the operating system -- after extensive testing, of course. Source
  9. It Looks Like Ubuntu 17.04 Might Ship with Mesa 17.0.1 and X.Org Server 1.19.2 Both packages are now ready for testing in the proposed repo In his latest blog post, the developer reveals the fact that the long-anticipated X.Org 1.19 display server is now ready for public testing on a special PPA (Personal Package Archive) for Ubuntu 17.04, along with Mesa 17.0.1, which appears to rest in the proposed repository of the forthcoming distribution at the moment of writing. "I’ve prepared X server 1.19.2 along with the driver rebuilds for zesty on the staging ppa here: https://launchpad.net/~canonical-x/+archive/ubuntu/x-staging, " said Timo Aaltonen, Hardware Enablement, Field Expert Squad Team Lead at Canonical. "It also comes with Mesa 17.0.1 while it’s still stuck in zesty-proposed." A call for testing Of course, this is more of a call for testing than an announcement, so don't get too excited. Of course, it will be a huge achievement for Canonical to ship the Ubuntu 17.04 (Zesty Zapus) release with an up-to-date graphics stack based on X.Org Server 1.19 and Mesa 17.0, which translates to a major performance gain for your gaming experience. Therefore, if you want to see Mesa 17 and X.Org Server 1.19 in Ubuntu 17.04 (Zesty Zapus), we recommend that you set up a special partition and test drive the two technologies from the staging PPA linked above. Make sure that you report any issues you might encounter with your graphics cards, especially AMD Radeon and Intel users. According to Timo Aaltonen, Canonical's plan is to bring both X.Org Server 1.19.2 and Mesa 17.0.1 to the main repos of Ubuntu 17.04 next week, if everything goes well and there won't be any blockers, so fingers crossed for a better gaming experience on Ubuntu. Meanwhile, the Linux 4.10.1 kernel has landed in the Zesty Zapus repos. Source
  10. Firm's efforts in convergence computing recognized by award Convergence computing is an area that attracted the investments of several technology giants, including Microsoft, which tried to tackle this growing business with Windows 10 and its siblings aimed at tablets and smartphones. And while Microsoft itself put a lot of efforts into getting this concept right, it’s Canonical the one that did it right, a recent award received by the company seems to suggest. Canonical, which is widely known as the owner of Ubuntu, received the Orange Outstanding achievement for converged computing & digital openness at the Orange Device Partner Awards ceremony, with event organizers explaining that only “organizations that have contributed to the smartphone revolution” are recognized by this award. In other words, Canonical did a much better job with Ubuntu convergence than Microsoft with its Continuum feature, which is supposed to turn a Windows 10 Mobile device into a mobile PC with the help of an external screen. “This annual event looks back over the last ten years and recognises the rapid evolution of the mobile industry, and we are excited to highlight those contributions by awarding in areas of innovation, design and marketing. We wish all of our awardees the best for 2017,” Yves Maître, Executive Vice President, Connected Objects and Partnerships, Orange, said in a press statement that you can read in full below. Microsoft also planning Continuum improvements While Canonical is getting all the praises for its convergence implementation, Microsoft is also planning several improvements for its Continuum feature that would contribute to a more PC-like experience with a mobile phone. As we’ve explained when we reviewed the Continuum experience with the HP Elite X3 Windows 10 Mobile device, using a Windows phone as a PC is still very limited, mostly because despite the bigger screen, essential features are missing for the time being. With Continuum, there are no resizable windows and no taskbar support, while the entire experience itself proves to be rather slow despite the powerful hardware in the phone. New features, such as window mode, will be released with the Windows 10 Creators Update in April, along with a bunch of other improvements that would contribute to a more genuine PC experience. In the meantime, however, the award received by Canonical shows that Microsoft needs to up the ante and do better in this convergence push, especially given than its mobile platform is trailing behind its rivals. Source
  11. KDE Connect Indicator Now Lets You Send SMS from the Ubuntu Desktop Do you want to send SMS messages from the Ubuntu desktop? Well, now you can. Indicator KDE Connect, the handy panel applet that lets interact with your Android phone from Ubuntu, has been updated with experimental support for sending SMS. Yup, you read that correctly: you can send SMS from the desktop without needing to pick up your phone. KDE Connect (the ‘engine’ that works as the bridge between desktop and phone) added SMS reply functionality in its 1.0 release last year, but this is the first time that indicator-kdeconnect (the front-end that lets you use it on Ubuntu and other desktops) has exposed the feature to users. Texting from Ubuntu using this feature isn’t quite as seamless as it is on the Plasma desktop integration , where you can click ‘reply’ to an incoming SMS notification on the desktop. Instead, on Unity, Cinnamon, Budgie and related desktops, you need to select the “Send SMS” feature from the KDE Connect indicator menu, manually enter a phone number, and then enter your message. The SMS itself is still sent via your phone over Wi-Fi, so if you don’t have signal (or enough credit to send a message) don’t expect magic to happen! One downside: you’re given no feedback as to whether the SMS is sent successfully or not. To find that out you will need to pick up your phone and check. As before, you can also see (truncated) received SMS notifications on the desktop while using KDE Connect. Unlike other notifications the bridge serves these do not use the native notify-OSD bubbles on Ubuntu, and instead appear in their own window: While this sounds inelegant this is actually a sensible solution as it means you’re less likely to miss a message alert as they stick around until actioned. Send Multiple Files Other changes to indicator since we last featured it include monochrome icons in GNOME, translation updates and a far simpler file sending experience. You can now send multiple files to your Android devices via the the integrated kdeconnect-send tool. Better yet, trusted devices appear in the Nautilus (or Caja/Nemo/Etc) context menu so that you can send files directly to a device, no device picker required! You can now send multiple files directly to your device I haven’t personally tried this with any file manager besides Nautilus 3.20 so be aware that your own milage may vary with this specific feature. How To Install KDE Connect Indicator on Ubuntu We’ve shown you how to install KDE Connect Indicator on Ubuntu before, but there’s no harm in running over it again, right? First things first: you need to add the following PPA. It contains both the latest upstream release of KDE Connect plus the latest version of the indicator applet for Ubuntu 16.04 LTS. sudo add-apt-repository ppa:varlesh-l/indicator-kdeconnect If you’re running Ubuntu 16.10 you can install both packages using the PPA above but you must run the following command before performing the update and install commands: sudo sed -i 's/yakkety/xenial/g' /etc/apt/sources.list.d/varlesh-l-ubuntu-indicator-kdeconnect-yakkety.list Finally, install indicator KDE Connect and its engine by running: sudo apt update && sudo apt install kdeconnect indicator-kdeconnect Once install has finished up you may need to logout or reboot and back in for the app to start working correctly (you may not; your milage may vary). Set Up KDE Connect on Your Phone That’s your desktop side set-up, on to your Android phone or tablet from the Google Play Store (below) or via F-Droid. << Install KDE Connect from the Google Play Store >> Ensure that your Android phone or tablet is on the same Wi-Fi network as your Ubuntu PC. Then, proceed to pair your device: Launch ‘indicator kdeconnect’ from the Dash In the indicator menu, select ‘Request pairing’ On your phone, accept pairing request That’s it, you’re done! Source
  12. Canonical Launches Ubuntu Tutorials Linux is arguably the most successful open source project in all of history. The success of the kernel -- and operating systems that use it -- are not due to any one man or woman. Actually, the achievements are thanks to the Linux community. In other words, it is a team effort -- developers, users, and more. For a Linux distribution, such as Ubuntu, to continue its progress, Canonical needs developers to remain interested -- this includes getting new people involved and educated. This week, the company launched Ubuntu Tutorials -- based on Google's open source Codelab. No, it is not self-learning for new workstation users, but for programmers and developers. "Ubuntu tutorials are a topic-specific walkthroughs, giving you a very practical experience on a particular domain. They are just like learning from pair programming except you can do it on your own! They provide a step-by-step process to doing development and devops activities on Ubuntu machines, servers or devices," says Canonical. The Ubuntu-maintainer further says, "You can as well work offline if you desire and always take your tutorials with you! Using the snap technology, we built a tutorial snap including the same content and the same technology as the one you can find on the website." Canonical shares the following details about the tutorials. Just as the Linux community is a group effort, so shall be Ubuntu Tutorials. You see, Canonical is asking for assistance in creating new tutorials. If you are interested in contributing to tutorials.ubuntu.com, the company shares the rather lengthy guidelines here. Will you participate in creating tutorials? If yes, tell me how in the comments below. Source
  13. Hi All, Just wondering if Nokia with Canonical makes Ubuntu Touch Devices, does people love it and buy to help support Ubuntu Touch development? My wish is that Nokia should join hands with Canonical to make Ubuntu Devices. If that happens, all lazy s/w app giants will create apps supporting Ubuntu Touch platform. I'm calling s/w app giants as lazy bcoz if they would've supported Ubuntu Touch earlier, the OS could've been overtaking Android & Windows Phones(or Windows 10 Mobile) by now. All Nokia & Ubuntu/Linux fans(incl. myself) or devs out there, please suggest Nokia to create Ubuntu Devices in future ASAP. Please vote and provide feedback in comments(if any). Members please note that I'm referring to the future and not now. I'm not a fool to ask for/suggest a change in the first year of re-emerged Nokia. @steven36 & @teodz1984: Please read the desc carefully before providing comments.
  14. Canonical to Remove Old Unity 7 Scopes from Ubuntu Because They're Not Secure These won't be supported by Unity 8 anyway April will see the release of Ubuntu 17.04 (Zesty Zapus) operating system, but it also marks the fifth year of Unity user interface's implementation, which was first introduced as part of the Ubuntu 11.04 (Natty Narwhal) release. While Canonical's engineers are concentrating all of their efforts on bringing us the next-generation Unity 8 user interface, current Ubuntu Linux releases are still successfully using Unity 7, and so will Ubuntu 17.04. Old, unmaintained Unity 7 Scopes are still out there However, it would appear that the Ubuntu repositories still include some old, unmaintained Scopes that have security issues open, posing a threat to the entire system if installed and used. Most of these are related to some popular music playback apps and include unity-scope-audacious, unity-scope-clementine, unity-scope-gmusicbrowser, unity-scope-guayadeque, unity-scope-musique, and unity-scope-gourmet. Because of that, Canonical is planning on removing these and many other unmaintained Unity 7 Scopes from the official repositories, if their maintainers don't step up to patch any of the existing security issues, and also because Unity 8 won't support them. "Couple this with the decision to turn off online searches by default and I think it's time to consider dropping these Scopes from the archive. Plus of course, the fact that they won't work in Unity 8 in the future anyway," said Will Cooke, Ubuntu Desktop Manager at Canonical. If you submitted a Unity 7 Scope in the past, and no longer offer security fixes for it, please do everyone a favor and remove it from the repositories as soon as possible. Unity 7 will be supported for a few more years, but it doesn't have to be insecure. Source
  15. Canonical: 2017 Will See a Mir 1.0 Release, Plans to Implement Vulkan Support 2016 was a good year for Mir, says the company behind Ubuntu As most of you are aware, Canonical develops its own display server for Ubuntu, called Mir, which, in some ways, is similar to the X.Org Server and Wayland technologies. While Ubuntu on the desktop still uses X.Org Server's components, Mir is currently heavily tested for the Unity 8 user interface that Canonical plans on implementing by default for future releases of Ubuntu Linux, for desktops. However, until now, Mir has only been successfully deployed on mobile devices, powering the Ubuntu Touch mobile operating system used in various official and unofficial Ubuntu Phone and Tablets. According to Alan Griffiths, Software Engineer at Canonical, 2016 was a great year for Mir, and in 2017 the company plans on releasing the 1.0 milestone of the display server, which should implement the long-anticipated Vulkan support. "2017 will see a cleanup of our "toolkit" API and better support for "platform" plugin modules," said Griffiths. "We will then be working on upstreaming our Mesa patch. That will allow us to release our (currently experimental) Vulkan support." Canonical is working on reducing latency for Mir Canonical worked very hard in 2016 to improve its Mir display server by enabling a client-side toolkit, application, or library to work on Mir, as well as to upstream Mir support into GTK+ 3, Qt, SDL2, and Kodi. They also managed to create Mir Abstraction Layer and released MirAL 1.0, but for 2017 the company plans on enabling Mir on new platforms, upstream their Mesa patch, and enable Mir on a new graphics API, such as Vulkan. Canonical is now working on reducing latency for Mir, and hops that 2017 will be the year when Mir becomes mature enough to be used on desktops, powering the next-generation Unity 8 display server. At the moment, the company did not reveal the exact date when Mir 1.0 will see the light of day, so we can only guess that it could launch sometime around the release of Ubuntu 17.04 (Zesty Zapus), in mid-April, when they'll prepare for Ubuntu 17.10. Source
  16. Meet The GPD Pocket, A 7-inch Ubuntu Laptop The GPD Pocket Do you have small hands? Are you a Borrower? Do you consider 10-inch netbooks to be monstrous? If so, the GPD Pocket may be right up your (very miniature) street. GPD Pocket, 7″ Laptop The GPD Pocket is a 7-inch laptop that’s small enough to slip in to a pocket — and it will apparently be available in two versions: with Windows 10, and Ubuntu 16.04 LTS. As reported on Liliputing, GPD (the company who makes the device) is currently only showing the device off a few fancy renders and photos with a prototype unit. But GPD has form for releasing other (similar) devices, like the GPD Win, and Android gaming portables, so although a novelty this latest device is unlikely to be outright vapourware. The GPD Pocket touts some impressive specifications for the size, including a quad-core Intel Atom x7-Z8700 processor (the same one used in the Microsoft Surface 3), 4GB RAM and a high-res IPS touch display: 7-inch IPS touch display Intel Atom x7-Z8700 (quad-core @ 1.6GHz) 4GB of RAM 128GB of storage 1x USB Type-C 1x USB 3.0 Mini HDMI Out MicroSD Card slot Courage jack (“headphone port”) 7000 mAh battery The overall dimensions of the device mean you won’t be able to hammer away on a full-sized keyboard, but the chiclet style QWERTY one included (plus a ThinkPad-like mouse nub as there’s no room for a touchpad) looks perfectly serviceable for tweets, forum posts and some basic web browsing. Since I doubt anyone would be using this device as their primary device issues to do with the keyboard size, or lack of palm rest, etc, are unlikely to be primary considerations. No, the GPD Pocket is, as the name suggests, intended as the sort of device you literally slide into your pocket as you head out the door. The “bad” news is that, like everything these days, GPD plan to crowdfund the GPD Pocket over on Indiegogo sometime in February. Currently there’s no indication of pricing or release date, but providing it’s not too weighted at the high-end it could make a nice midrange alternative to Linux hobbyists. Source
  17. uNav 0.64 Turn-by-Turn GPS Navigation App Now Available for Ubuntu Phones Map viewer and GPS navigator for car, bike and walking uNav 0.64 comes four months after version 0.63, which was a minor update improving the simulator, adding support for skipping confirmation of routes, rounding off the distance to the nearest turn in guidance mode, fixing the '¿¿¿' string in POI names, adding CartoDB layers, as well as a bash script to generate translations. Not that uNav 0.64 is a major release, but it looks like it adds some improvements than the previous version. Among these, we can mention centering on POI (Point of Interest) in search instead of in an area, correct roundabout of arrow directions for some countries, and Breton voice support. Available now for all Ubuntu Phone users uNav 0.64 also attempts to improve the out-of-the-box experience for newcomers by fixing the main window, which appeared to be unnecessarily large, spicing up the "empty state" of the application, remove "hairdresser" from the POI list, as well as to rename various translation files. If you're the proud owner of an Ubuntu Phone and you're running the latest version of the Ubuntu Touch mobile operating system (OTA-14), you should find the new uNav 0.64 release on the Ubuntu Store. Existing users can update the application right now through the usual channels. For those unfamiliar with uNav, it's an online and offline map viewer and GPS navigator powered by OpenStreetMap and Mapzen. It features convergence support, which means that you can use it on a desktop too if you're Ubuntu Phone can be converged. The app offers turn-by-turn navigation for bikes, cars, and walking. Source
  18. Watch This Terrifying 13ft Robot Walk, Thanks To Ubuntu The world’s first manned robot took its first formative (and no doubt very loud) steps in South Korea last week — but you may be surprised to hear that Ubuntu was there to assist it. Standing an impressive 13 feet high, the bipedal Method-2 robot is referred to “robot-powered suit” that responds and mimics the actions of the person sat inside the cockpit, Ripley Power Loader style! The machine, which is able to walk like a human, has to haul a huge 130kg arms in each lunge forward, and weighs 1.5 ton in total. From a short video posted by Ruptly TV, Ubuntu is involved in helping engineers monitor, debug, and process the robot as it stomps forward. While there’s no suggestion that the robot itself runs on Ubuntu or Linux (something that is not improbable) it’s nonetheless great to see open-source software (especially of the flavor we write about) being used in advancements in robotics and engineering. Around 30 engineers are said to have on the mechanical marvel, the design of which is, in part, inspired by films like Terminator says its (famous) designer Vitaly Bulgarov. R&D spending on the creation has thus far hit $200 million, and news reports say the Method-2 could go on sale by the end of 2017 — with an equally giant price tag of $8.3 million! For more details on the robot, including a glimpse at some truly epic sci-fi-esque photos of the machine in action, see this blog post over on Design Boom. And if you’re lucky enough to get to try one, please don’t run sudo snap install skynet on it! Source
  19. Ubuntu Touch OTA-14 Officially Released with Revamped Unity 8 Interface, Fixes Available now for all supported Ubuntu Phone/Table devices Ubuntu Touch OTA-14 has been in development for the past two and a half months, but it focuses on fixing bugs than adding new features. Probably the most exciting thing implemented in the OTA-14 update is a revamped Unity 8 design that sports a brand-new task manager with support for fuzzy backgrounds and app icons. "This time not so many changes released in overall but with the goal of introducing less regressions. Also, the commit log for this release isn't too verbose due to multiple different cherry-picking we had todo during the release. Possibly the best way to know what changed is looking at the Launchpad milestone," said Lukasz Zemczak. Oxide 1.17 and Opus audio codec support have landed Also new in the Ubuntu Touch OTA-14 update is version 1.17 of the Chromium-based Oxide web engine library, as well as Opus audio codec support, which was implemented in the qt-multimedia package. Among the improvements, we can mention that SMS notifications should now be displayed when the device is locked. Other than that, the device should no longer appear off during an image update, some alarm issues have been fixed, and it looks like vibrations will work again when other vibrations are enabled. There are various other small fixes, and for more details we recommend studying the full changelog on the Launchpad page of the OTA-14 milestone. Meanwhile, you can check your Ubuntu Phone or Tablet device to see if the Ubuntu Touch OTA-14 is available, as it has been released as a phased update, which means that it might take up to 24 hours to land in all regions. If you do not see the update, check again in a few hours, but by tomorrow, December 8, everyone should have it. Ubuntu Touch OTA-14 is currently supported on BQ Aquaris E4.5, BQ Aquaris E5, BQ Aquaris M10, BQ Aquaris M10 HD, Meizu MX4, Meizu PRO 5, Nexus 4, and Nexus 7 devices. Please note that the x86 emulator images don't work on Ubuntu 16.10 (Yakkety Yak) hosts. Check out the release notes for more details! Source
  20. Ubuntu Budgie Minimal Edition Coming Soon for Those Who Love Customizing the OS The ISO image is now in testing and uses 220MB of RAM However, we're aware of the fact that the Ubuntu Budgie team have a lot of work on their hands re-branding the entire project from the old name (budgie-remix) to the new one, and we can all agree it's a huge effort. Also, they're preparing for the distribution's first release as an official Ubuntu flavor, as part of Ubuntu 17.04 (Zesty Zapus). The first development snapshot of Ubuntu Budgie 17.04 might land later this month, on December 29, when some of the opt-in flavors will participate in the Alpha 1 release. Until then, it looks like the team is working on an ultra minimal version of Ubuntu Budgie, for those who love customizing their installations. Ubuntu Budgie Minimal ISO will use 220MB of RAM or less The good news is that the Ubuntu Budgie Minimal ISO image will use no less than 220MB of RAM, which means that it's perfect for deployments of the Ubuntu-based operating system on computers from 10 years ago, especially considering the fact that the Budgie desktop environment is also very low on resources. However, it is mainly designed for those who want a barebone version of the OS, which they can shape into anything they want from Ubuntu Budgie by adding only the packages they see fit for their needs. More details about Ubuntu Budgie Minimal Edition will be unveiled shortly. A download link for the Ubuntu Budgie Ultra Minimal Edition is coming soon and will be available on the distro's website if you plan on taking it for a test drive. As usual, we'll keep you guys informed with the development cycle of Ubuntu Budgie, as well as the rest of the Ubuntu flavors, for the upcoming Ubuntu 17.04 (Zesty Zapus) release, so stay tuned. Ultra minimal version of #ubuntubudgie now in testing - 220MB or less of RAM - for all of you who love customising their distro! pic.twitter.com/RyuFD8rhjG — Ubuntu Budgie (@UbuntuBudgie) December 10, 2016 Source
  21. Mesa 12.0.4 Promises 15% Performance Boost for Radeon Users on Ubuntu 16.04 LTS It's also coming soon to Ubuntu 16.10 users The Mesa 3D Graphics Library is a unique open-source implementation of the OpenGL graphics API for Linux-based operating systems, and it includes drivers for Intel, Radeon, and Nvidia graphics cards. But it looks like Ubuntu 16.04 LTS (Xenial Xerus) was shipping with a pretty old version of Mesa. "[Ubuntu] 16.04 shipped with 11.2.0 so it’s a slightly bigger update there, while yakkety is already on 12.0.3 but the new version should give radeon users a 15% performance boost in certain games with complex shaders," explained Timo Aaltonen, Hardware Enablement, Field Expert Squad Team Lead at Canonical Ltd. Mesa 12.0.4 is coming soon to Ubuntu 16.04 LTS and Ubuntu 16.10 Therefore, the good news we'd like to share with you today is that Mesa 12.0.4 3D Graphics Library, which is currently the most advanced release of the Mesa 12.0 series, is coming soon to Ubuntu 16.04 LTS (Xenial Xerus) and Ubuntu 16.10, promising a 15% performance boost for AMD Radeon graphics cards. But before it lands in the stable repos of the latest Ubuntu releases, it needs to be thoroughly tested. Therefore, users are invited by Timo Aaltonen to give Mesa 12.0.4 a spin by adding his PPA (Personal Package Archive) using the commands listed below in the Terminal app and report if it works or not with their GPU. Intel Skylake seems to work well with Mesa 12.0.4, according to the developer. sudo add-apt-repository ppa:tjaalton/test sudo apt-get update Source
  22. You Can Now Package Your Apps as Snaps without Bundling Their Dependencies Resulting Snaps should be significantly smaller This is possible now because the latest ubuntu-app-platform snap build incorporates the standard Qt 5 libraries, the QML (Qt Meta Language) runtime, the Ubuntu UI (User Interface) toolkit, and their dependencies. The Oxide web engine library based on Chromium and related QML bindings is also bundled in the ubuntu-app-platform snap, so the new Snaps should now be significantly smaller. "This allows app developers to declare a dependency on this snap through the content sharing mechanism, thus reducing dramatically the size of the resulting app snaps," explains the developer. "I went through the exercise with the webbrowser-app snap. This proved surprisingly easy and the size of the snap (amd64 architecture) went down from 136MB to 22MB, a sizeable saving!" Snapcraft will soon be updated to support the new changes At the moment of writing this article, the Snapcraft Snap creator utility does not support the changes made to the ubuntu-app-platform snap, so it will still crawl for dependencies when attempting to package your apps as Snaps. An updated Snapcraft version will soon be made available for supported Ubuntu platforms. Also, if your app depends on a specific Qt module, you'll need to add it to the build. For those interested in more details, we recommend to check out actual changes made to the snapcraft.yaml file, as well as the temporary workaround that lets you use Snapcraft with the latest ubuntu-app-platform snap. All these changes lay the groundwork for next step in the massive adoption of Snaps as the universal package format for Linux-based operating systems. Source
  23. Ubuntu Budgie Is Now an Official Ubuntu Flavor The distro features the Budgie desktop environment That's right, after two successful major releases, budgie-remix has finally been accepted as an official Ubuntu flavor, earlier today during a meeting where four members of Canonical's Ubuntu Technical Board voted positive. As such, we're extremely happy to inform our readers that the new Ubuntu flavor is called Ubuntu Budgie. In April this year, when budgie-remix hit the road towards its first major release, versioned 16.04, we reported that David Mohammed was kind enough to inform Softpedia about the fact that he got in touch with Ubuntu MATE leader Martin Wimpress, who urged the developer to target Ubuntu 16.10 for an official status. budgie-remix 16.10 arrived as well this fall shortly after the release of Ubuntu 16.10 (Yakkety Yak), and the dream of becoming an official Ubuntu flavor is now a reality. "We now move full steam ahead and look forward to working with the Ubuntu Developer Membership Board to examine and work through the technical aspects [...] 17.04 will be our first official release under the new name," said David Mohammed in the announcement. Budgie 11 desktop environment is coming soon to Ubuntu Budgie 16.10 After this major announcement, most probably the budgie-remix developers will have a lot of work on their hands with the rebranding of the entire project from budgie-remix to Ubuntu Budgie, including the website and other components of the distribution, but we don't know yet if existing users will receive the changes. However, we know for sure that when the Solus Project releases the Budgie 11 desktop environment later this year, Ubuntu Budgie users will receive the major update as well through the official channels. In the meantime, you can start using Ubuntu Budgie right now by downloading the latest release from budgie-remix. In related news, the Ubuntu Budgie developers have recently discussed with Solus Project leader Ikey Doherty to ensure an effective and positive collaboration between the two teams, which means that any improvement made by Ubuntu Budgie devs to the Budgie desktop will also land for Solus users, or users of other distros using Budgie. "I look forward to working with you all in attaining that goal of making Budgie the number one go-to desktop, and honestly, us all enjoying it on an equal peer footing, is the most important part to me," said Ikey Doherty, who is currently working hard on re-architecting the Budgie desktop environment as detailed in our exclusive story. Source
  24. Ubuntu 16.10 (Yakkety Yak) - Stable - Final - Direct Download & Alternate Downloads: Ubuntu is distributed on two types of images described below. Desktop image The desktop image allows you to try Ubuntu without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Server install image The server install image allows you to install Ubuntu permanently on a computer for use as a server. It will not install a graphical user interface. There are two images available, each for a different type of computer: 64-bit PC (AMD64) server install image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) server install image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. A full list of available files, including BitTorrent files, can be found below. If you need help burning these images to disk, see the Create a bootable USB stick on Windows or the Image Burning Guide or the USB Image Writing Guide. Download Pen Drive Linux's USB Installer or Download the Rufus USB installer Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavours: For Ubutnu Flavours downloads, you can view below. However, Edubuntu isn't available post Trusty Tahr. Ubuntu Flavour - Lubuntu - 16.10 Lubuntu is distributed on two types of images described below. Desktop image The desktop image allows you to try Lubuntu without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are three images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Mac (PowerPC) and IBM-PPC (POWER5) desktop image For Apple Macintosh G3, G4, and G5 computers, including iBooks and PowerBooks as well as older IBM OpenPower 7xx machines. Alternate install image The alternate install image allows you to perform certain specialist installations of Lubuntu. It provides for the following situations: setting up automated deployments; upgrading from older installations without network access; LVM and/or RAID partitioning; installs on systems with less than about 384MiB of RAM (although note that low-memory systems may not be able to run a full desktop environment reasonably). In the event that you encounter a bug using the alternate installer, please file a bug on the debian-installer package. There are three images available, each for a different type of computer: 64-bit PC (AMD64) alternate install image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) alternate install image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Mac (PowerPC) and IBM-PPC (POWER5) alternate install image For Apple Macintosh G3, G4, and G5 computers, including iBooks and PowerBooks as well as older IBM OpenPower 7xx machines. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Kubuntu - 16.10 Desktop image The desktop image allows you to try Kubuntu without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Mythubuntu - 16.10 Desktop image The desktop image allows you to try Mythbuntu without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Xubuntu - 16.10 Desktop image The desktop image allows you to try Xubuntu without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 192MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Ubuntu Kylin - 16.10 Desktop image The desktop image allows you to try Ubuntu-Kylin without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Ubuntu MATE - 16.10 Desktop image The desktop image allows you to try Ubuntu-MATE without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Mac (PowerPC) and IBM-PPC (POWER5) desktop image For Apple Macintosh G3, G4, and G5 computers, including iBooks and PowerBooks as well as older IBM OpenPower 7xx machines. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Ubuntu GNOME - 16.10 Desktop image The desktop image allows you to try Ubuntu-GNOME without changing your computer at all, and at your option to install it permanently later. This type of image is what most people will want to use. You will need at least 384MiB of RAM to install from this image. There are two images available, each for a different type of computer: 64-bit PC (AMD64) desktop image Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. 32-bit PC (i386) desktop image For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Choose this if you are at all unsure. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg Ubuntu Flavour - Ubuntu Studio - 16.10 Ubuntu-Studio is distributed on two types of images described below. Install/live DVD The combined install/live DVD allows you either to install Ubuntu-Studio permanently on a computer, or (by entering 'live' at the boot prompt) to try Ubuntu-Studio without changing your computer at all. There are two images available, each for a different type of computer: 64-bit PC (AMD64) Install/live DVD Choose this to take full advantage of computers based on the AMD64 or EM64T architecture (e.g., Athlon64, Opteron, EM64T Xeon, Core 2). If you have a non-64-bit processor made by AMD, or if you need full support for 32-bit code, use the i386 images instead. Choose this if you are at all unsure. 32-bit PC (i386) Install/live DVD For almost all PCs. This includes most machines with Intel/AMD/etc type processors and almost all computers that run Microsoft Windows, as well as newer Apple Macintosh systems based on Intel processors. Signing Certificates For Verification: MD5SUMS MD5SUMS-metalink MD5SUMS-metalink.gpg MD5SUMS.gpg SHA1SUMS SHA1SUMS.gpg SHA256SUMS SHA256SUMS.gpg
  25. Fix WiFi Not Connecting In Linux Mint 18 And Ubuntu 16.04 Problem description I experienced this strange issue in Ubuntu 16.04 and Linux Mint 18. When I tried to connect to wifi, I clicked on the available wireless networks, entered the correct wifi password. A few seconds later, I was still not connected to the internet. I thought it may be that I entered an incorrect password. So, I tried to connect again. This time typing the password slowly and then I double checked it to make sure that the password was correct. But no, it won’t connect to the internet. This was frustrating as my wifi password is 26 characters long. Reason I went to the network settings to find out what was wrong with it. I noticed that my wifi password was not stored which could be normal as I was not asked if I wanted to connect to the network automatically. I manually entered the wifi password and saved it in the network settings in an effort to not have to enter the long passwords again. What surprised me that it just got connected to the internet after that. I don’t know exactly what made it work but it worked. I haven’t looked to find if it is a bug in this version of the network manager or not but I experienced the same issue after installing Linux Mint 18. And using this trick again saved me. Steps to fix wifi not connecting despite correct password in Linux Mint 18 and Ubuntu 16.04 Basically, all you need to do here is: go to Network Settings choose the network you are trying to connect to under the security tab, enter the wifi password manually save it This trick has worked for me repeatedly, both in Ubuntu and Linux Mint. I hope that it works for you too. Since I am using Linux Mint 18 right now, I am going to share screenshots so that it would help beginners to fix this issue. Step 1: Go to Network Settings: Step 2: Choose the network you are trying to connect to. Note that it already provides a configuration option because I tried to connect to it earlier. Step 3: Under the security tab, enter the wifi password manually and click on apply to save it: You’ll see that your network is now connected: I hope this helps you. Note that this article deals with the problem when the wireless network is working fine in your system but it cannot connect to the access point despite correct password. I suggest this article if there is no wireless network in Ubuntu or Linux Mint. Have you already encountered the same wireless connection issue in Ubuntu 16.04 or Linux Mint 18? If yes, how did you fix it? Source