ubuntu touch download terminal android Wiki. Installing onto a supported mobile device is fairly easy, especially if you have already configured your machine for Android app development. We describe two methods for doing so -- the manual method and the automated method. Each method has pros and cons. Installing manually, with no setup. Minimal setup (assuming you are already familiar with Android app development on OSX) Can be tedious if you want to install the OS image multiple times, or if you will install different versions in the future. Obtain a mobile device supported by Ubuntu Touch Install Android Studio to obtain tools like adb and fastboot Download the proper Ubuntu Touch images for your device Manually flashing your device with adb and fastboot. Automated installation, with one-time setup. Will save time over the long run if you install the OS image multiple times. Longer one-time setup that involves installing a number of software dependencies. Obtain a mobile device supported by Ubuntu Touch Install homebrew to get access to bzr and xz Install Android Studio to obtain tools like adb and fastboot Install the go language runtime and udbflash Flash your device with Ubuntu Touch. homebrew install bzr, xz. bzr - version control system, pre-dates git, and used by Ubuntu. Read the homebrew documents for the full story, but the quick summary is to issue the following at a Terminal: After install bzr, you will get a message about modifying your python path. You should do so by modifying your. You should also double-check to ensure that your shell is reading. /.bashrc when you login. Check your. Close your Terminal session and open a new one (or manually issue source. /.bashrc ). You may now optionally configure bzr: This command is the equivalent of combining setting your username in git and setting your email in git. You can always go learn more about bzr if you wish, but it's not required at this stage. Install Android Studio. Flashing Ubuntu Touch requires the Android tools adb and fastboot . These are provided freely as part of the Android SDK. There are two options for Android development IDEs. These instructions use Android Studio (based on IntelliJ) since seem to be deprecating Eclipse. Download and install Android Studio. Once this is done, you will need to ensure that your $PATH includes adb and fastboot . Assuming you used the default installation settings for Android Studio, add the following to your. There is more information about setting up adb on OSX at stackoverflow. Install go language runtime. When using Ubuntu Desktop as a development environment, you would use the phablet-tools package to push files onto your mobile device. Installing those tools in Ubuntu is easy because you can use the power of apt-get install to grab all the dependencies. phablet-tools and its dependencies have not been ported to brew. Instead, we can use the go version of the tools which are more self-contained and thus easier to install in OSX. First, we must install go for OSX. The easiest way to install is to use the "Mac OS X package installer". Next, we install the golang version of phablet-flash, which is currently named udbflash. There doesn't seem to be a convention in OSX for where to store development projects. In Ubuntu, we recommend. /Projects so we adopt the Ubuntu convention for OSX. Create the following directory structure: /.bashrc one final time: Close your terminal session and reopen it or source your. You are now finally ready to install the udbflash tools. One-time setup to prepare phone for flashing. You are almost ready to flash your phone. There are some final one-time setup steps to prepare the phone. Similar to the above instructions to setting up your OSX machine, you only need to do these once. Flash Ubuntu Touch onto your device. Finally! Instead of step 4 on that page, we will use udbflash. Here is the sequence of commands verified to work. This sequence of commands may cause you to lose any data you have on the device. This sequence of commands may take a long time to run. You will see the device reboot several times into a variety of screens. Please be patient. This is sample terminal output resulting from a successful flash. Note the final line indicating success, "Rebooting into recovery to flash" Touch/Install/OSX (последним исправлял пользователь achiang 2014-01-03 20:26:55) The material on this wiki is available under a free license, see Copyright / License for details. How to install Ubuntu Touch on your Android . How to install Ubuntu Touch on your Android smartphone or tablet. If you are lover, you may have already heard about Ubuntu Touch. For the uninitiated, Ubuntu Touch aka Ubuntu for is a mobile which looks to bring Linux operating system to smartphones. The Ubuntu Touch developers community has released it in beta so if you have a supported Android smartphone or tablet, you can try the Ubuntu Touch right now. Visit the Ubuntu Touch Wiki page here to know whether your smartphone/tablet supports Ubuntu Touch. Here’s how to install Ubuntu Touch on your supported Android Smartphone/Tablet. When the Ubuntu Touch first version was announced, it needed a complex installation process involving using PC to flash Ubuntu Touch on your Android smartphone. But with the current Ubuntu Touch Beta version, it is much easier to install it. But first, you must make sure you fulfill these requirements: Supported Android smartphone like Nexus 4, Nexus 7 (2013) and Nexus 10 (Check here) At least 2.7 GB of free space on your Android smartphone. Unlocked Bootloader aka rooted Android smartphone USB Debugging Enabled. ADB drivers installed on your PC. Before proceeding on flashing Ubuntu Touch on your Android smartphone, do remember that if you are unfamiliar with Ubuntu or using command line interface, you may brick your Android smartphone. Also, the current Ubuntu Touch beta version is not fully stable and may have some bugs so it may be a bad idea to install Ubuntu Touch on your main smartphone. Only try this if you have a spare smartphone or tablet that you don’t rely on. Once you have understood the risks involved, you can proceed with the tutorial. First and foremost, download and Install the official Ubuntu Dual Boot App on your Android smartphone. Remember doing this will wipe out the data that may currently stored on your Android smartphone/tablet, so make sure you have a backup of your data before you perform these steps. Once you have backed up your data follow the below steps : Download the latest dual boot installation script using this link. Now connect your Android smartphone/tablet to PC via data cable. Once your can see the connection, Now, open the terminal/command prompt and enter the following: When this is done, enter this command to run the script: ./dualboot.sh. Once you have done that, your Android smartphone is now capable of dual boot (Android + Ubuntu Touch) and can proceed with installing Ubuntu Touch on your Android smartphone. How To Install Ubuntu Touch. Go to the Ubuntu Dual Boot App installed on your smartphone and follow the below instructions. Open Ubuntu Dual Boot App. Select channel by clicking on Choose Channel Install . Choose the utopic channel, as recommended by . Make sure you tick on the bootstrap option. Click on Grant when the app requests Superuser access. Now the Ubuntu Dual Boot App will start downloading the Ubuntu Touch on your smartphone. When the download completes, tap on Reboot to Ubuntu to boot into Ubuntu Touch. That’s it! You have now installed Ubuntu Touch on your Android smartphone/tablet with dual boot. You can switch between the OS(s) anytime you like by using the power button to reboot. Open Ubuntu Touch to all Android applications ! Is there some technical reason Halium7 devices are not supported? Those still seem to make up the majority of Ubports supported devices. Nexus5 (dev) & OnePlus3 (dev) I am impressed by the rapid progress, which is being made here. Is there a way to support it without a credit card? I have already been asked a few times to share the repo of the new Anbox. Apparently there are people who would like to follow the development process. Greetings, Rudi & Steve. @povoq The new Anbox depends on treble project and it's enabled since Android 8, and the devs dont have any 7 device to test. Rudi and Me are pleased to announce that the Vollaphone is now the first device to officially support the new Anbox service. As such, we are pleased to offer you the opportunity to test it on your Vollaphone and get your feedback. In the future, the kernel will be gradually extended to other Halium 9 and 10 devices. The installation procedure is described below: https://xray2000.gitlab.io/anbox/ Use now your favourite Android applications on your Vollaphone with Ubuntu Touch! Hope to hear from you soon! Redmi Note 7 stable Nexus 5 stable If God has a computer, it must be a GNU/Linux. @stanwood Thanks to you both and the dev for all the work and effort so far and the regular updates. In the future, the kernel will be gradually extended to other Halium 9 and 10 devices. Next step after this one, open all UBports supported devices to all Android applications ? 2015-Now : Meizu MX4 (ubp OTA-17) for daily use Spare : Nexus 5 (ubp OTA-17) Use now your favourite Android applications on your Vollaphone with Ubuntu Touch! Can you please let me know if the patches I added to the Redmi Note 7 Pro ( violet ) kernel are enough to get Anbox working? @mardy The ones that palasaty have added would be fine. Since we have encountered some more problems with the new Anbox, we recommend that you do not install it at this time! We have therefore taken the install guide offline on the website, for now. We would like to ask you to be patient until it is more stable. Greetings, Rudi & Steve. @xray2000 Personally, I haven't tried it on my Volla yet. There is no need to rush. A stable system is indeed very important, as well as being able to easily install/uninstall what we want. Anbox will also need to incorporate security criteria so that UT's security is not compromised, this is important. Also, with Anbox managing android apk, there is always the risk of importing viruses or other polutions despite all precautions, right? Thoughts from a future user. @domubpkm Indeed, the goal of Anbox is to allow a secure environment for the use of Android applications (.apk) without allowing them to interfere with the Ubuntu Touch interface. In the demo video it shows you opening android apps from the anbox window. Will we be able to start anbox apps individually through the main menu as it is with anbox now? @rocket2nfinity maybe not, as that approach might constraint whats possible. So with the old way you got integration, but the new way will allow more hardware passthrough and performance, I assume. This looks craaaazy good. The level of responsiveness I see in this video is far beyond what I experience with UT on my FP2, and definitely not comparable with the old anbox. This begs the question: is the way this new version exploits the android container allows for things such as hardware acceleration ? Or is the moto hardware far better than FP2 ? Or is it the gain in performance people have witnessed going from halium 5 to 7 ? Anyway if i'm not mistaken this won't allow for anything under halium 9 to run it, right ? This is exciting ! Thanks Erfan . Is there some further project documentation for developers? For example, I managed to get it running somehow on the FP3, but I am not sure how to get internet connection in the anbox container. I assume there needs to be created some network bridge or similar? And it seems, that the terminal app needs to be set to "do not sleep while in background". It would be nice, if there were some kind of a list with prerequisites, which must be met to be successful. Though, I assume you just need some more time to put things together Thanks. @luksus Sorry no documentation for now, to get it running on a FP3 the porter need to enable settings into the kernel. About this terminal sleep mode this would change as Anbox is still into development it is now in Alpha stage. Dear all, we are pleased to announce that since today, Anbox for Ubuntu Touch is able to run on desktop mode. A warm thanks to Erfan who has achieved a new amazing step on the development of Anbox. As you know, the task is substantial, and much work remains to be done. We will come back here regularly to provide you with news on the progress of the work. Redmi Note 7 stable Nexus 5 stable If God has a computer, it must be a GNU/Linux. Find your device. This list shows the devices which are currently under development in the Ubuntu Touch ecosystem. Mature devices have easy access to installation through the UBports Installer. Devices in an early state generally need to follow a manual installation procedure. Can’t find the device you were looking for? Don't feel bad, you can get yourself something from our supported devices list or continue reading to learn about porting your own. Just remember, not all of the devices listed here are working fully. Choose your desired device depending on your needs. Furthermore, we encourage you to find us on social media. Hopefully, one day support of your device will be announced. Learn about our work. What is porting? Porting is the process of adapting Ubuntu Touch software to run on new hardware. Are you a developer? UBports calls you to join the porting effort. To create a port, having some programming skills will come in handy, especially if you are familiar with C / C++. But you can pick up skills as you go. Also, you should familiarize yourself with git and setup a github/gitlab account. Follow the steps as described in our porting guide. It will help you and others if you start documenting your steps to further improve documentation. Support development with a donation. Donate to the UBports foundation or the developer directly to support port development. Bring Ubuntu Touch to your device! 60 devices run Ubuntu Touch. Do you wish that yours becomes one of them? Learn how to bring Ubuntu Touch to your device. UBports is a global non-profit dedicated to putting you in control of the future of the mobile for the public good. How to install a Linux desktop on your Android device. One of the things I love most about being a freelance writer and independent app developer is the amount of freedom it gives me to live and work as I like. Often this means travelling and working on the move. Some of my favorite memories involve typing away in bars in foreign countries while sipping beer and soaking up the atmosphere. Other times I find myself working in coffee shops around London or Oxford. It’s ace. The only problem is the tech. While there are plenty of great hybrid Windows tablets out there like the Surface Pro (my daily driver), the issue is that these can’t fit into my pocket. So, if I’m meeting friends in London for drinks and I fancy working with a view of Big Ben, I have to take a man-bag with me and then carry it around the bars and clubs worrying constantly about it getting stolen or damaged. If I want to work on my upcoming trip to Berlin, I’ll need to take my laptop with me and use up pretty much all my hand-luggage. What I really want is for my phone to be fully capable of replacing my laptop. It’s powerful enough for sure and the 5.1” screen is large enough for still-decent eyesight. The problem is the software. I love Android, but the multitasking features are still relatively tame. Phones with Android N and up have multiscreen functionality but really I need a full desktop environment to get properly into my workflow. I want to view a browser to do research while editing a proper docx file. I want to be able to browse files and drag and drop them into WordPress. And that’s the real genius of Android because it actually allows you to do all that. Android is so open and so flexible that there are multiple ways you can get a full desktop environment up and running on your smartphone. And that includes an option to install the full desktop version Ubuntu! That requires root but not every option does. Read on… A bunch of ways to get a desktop environment running on your Android phone (no root) Crossover for Android. If you are one of the fortunate few to have an Intel powered smartphone, such as the Zenfone 2 or the K900, then you will be able to install and run an app called ‘Crossover’. This is essentially an app that lets you install and run Windows software directly such as , Office and more at native speeds. The programs run in windows too that can be dragged around and resized just as though they were running on a desktop PC! Not all software works though and unfortunately the fact that you need an Intel processor is going to be a limiting factor for most users. Debian No Root. Debian No Root will install a ‘flavor’ of Debian called ‘Jessie’, or rather it will install a ‘compatibility layer’ allowing you to run Debian software in a desktop environment. The distro comes with a terminal, allowing you to install additional software. Just type sudo apt-get install iceweasel to get a browser based on Firefox up and running for example. There are compatibility issues here once again though. Any phone running an Android version older than 4.4 won’t allow you to uninstall and then reinstall. More concerning is that you won’t be able to install any software on versions 6.0 and upwards. This is because the developer doesn’t have a new phone to test on and hasn’t been able to fix the bugs as a result… It’s frustrating because for those phones that can run Debian No Root, this is a pretty decent option. It’s a little slow but other than that, this is the dream of Linux without root! Limbo PC Emulator. Yes, you read right! There is a PC emulator called Limbo that runs on Android devices and is powerful enough to let you get Windows up and running. I’ve not had any luck with it myself and it seems to be a rather laborious process that results in something that’s pretty slow. So, my advice is to skip this option. Still though, if you are the kind of person to go through the entire process just so you can show off your phone running Windows… you’ll find the instructions here. Heck, if you want to go the emulator route there’s nothing stopping you from installing Windows 95 through DosBox. Just don’t expect to do anything much with it… Multitasking Apps. There are a bunch of apps out there that seek to emulate a desktop environment. My favorite is Multiscreen Multitasking seeing as I made it… This is an app that builds lots of small utilities into a single app and then puts them inside draggable windows. Basically, it just lets you open up webviews and edit texts and then drag them around. Though I did make a file manager and include the option to load up widgets and use them like mini apps inside windows. You can also do some other stuff, like open the source of a website or save it as an editable image file and draw on it. I’ll be honest though: Multiscreen Multitasking is old now. My coding abilities have come a long way since then and it’s pretty janky. I actually made this in Basic4Android! One day, I intend on rebuilding this app with full Docx support, sheets and a nicer UI. To be clear though, I’m not recommending you download it as it is right now. Frustratingly, another developer has actually done the same thing slightly better with Leena Desktop UI. This is the very same concept but it is a bit more attractive and the browser supports Google Drive and Google Docs – so you can actually get some work done! It’s a launcher too, so you can use it to launch your regular apps. Sentio is similar and there are other options out there… but I still did it first! And finally you have the various floating apps options, such as the well-named ‘Floating Apps’. To be honest though, floating apps tend to be a little fiddly to use and no replacement for a true desktop. And the rest… As you can see then, there are plenty of options for getting some kind of desktop environment up and running on your device without having to root. Of course, if you have the new Samsung S8 then you can try using DeX – though that requires an external monitor (until someone figures out a hack at least). Another option is to stream your desktop PC using software like Splashtop Remote. This relies on your PC being on and your connection being strong however. Either way, there are plenty of options and you should be able to find something that works for you with minimum compromises. Just be aware of some of the scams out there – options like ‘Change My Software’ do not work. If you’re ever unsure, just see what the XDA Forums make of it. All this pales in comparison though to installing true desktop Ubuntu on your Android device! So, without further ado… How to install Ubuntu and other versions of Linux on your Android device. For this to work you will need a rooted Android device. Rooting your device is usually a fairly simple process but note that it varies from device to device, so I can’t give you a walkthrough here. Once that’s done, you’ll need three apps: First install BusyBox. BusyBox gives your phone access to Linux commands that it wouldn’t otherwise have and is required for a number of root apps to work. Once you’ve installed it though, you don’t need to worry about it again. Open up Linux Deploy and make sure it has root access. Now hit the small download button on the top or bottom right of the screen. This will bring you to the options menu. Most of the settings in here can be left as they are but this is where you’ll select your . Everything is here from Debian and Ubuntu to Kali Linux, Gentoo, Fedora and more. Picking the suite will change the ‘flavor’ of Linux. You can try them all or you can do a little research and choose whichever you like the looks of most. Down the bottom you can also choose which Desktop environment you like, which will change the look and feel of the app. Tick ‘Enable’ under GUI to ensure you have a graphical interface to work with and check out the GUI Settings just below to change things like the resolution. For my Galaxy S6 Edge Plus I find that 1024×576 works best but you can toy around with this later. Set your user name to ‘root’ to give yourself privileged access and make a note of the password or change it to something more memorable. Now click the menu that looks like three dots and choose ‘Install’. This will take a little while but will install the entire Linux distro on your device. Click the ‘Start’ button to run it in ‘chroot’ – essentially a small sub-compartment on your device. Finally, you’ll use VNC Viewer in order to actually view the GUI. Load it up and set the address to ‘localhost:5900’. Then enter the password that you set earlier. And with that as long as your version of Linus is running you’ll be golden! Now if you want start adding more software head into the Terminal and type: Apt-get install libreoffice – For LibreOffice Apt-get install iceweasel – For Firefox Apt-get install idle – For Python Idle Apt-get install gimp – For GIMP Apt-get install nautilus-dropbox – For DropBox Apt-get install software-center – For an ‘app store’, although this wouldn’t run on my distro. There are plenty more but that should be enough to get you started. You should also run ‘apt-get update’ at some point to ensure everything is up- to-date. Other than that, grab yourself a keyboard and mouse and get to work! Be sure to let us know how you get on in the comments or if you have discovered any other methods of getting a full desktop environment up and running on your phone.