How To Install The Latest Nvidia Drivers In Ubuntu Via PPA

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Upgrading to the latest version of the proprietary Nvidia drivers in Ubuntu was pretty complicated a while back. You would either have to use the official Linux installer, which was not always reliable, at least for me, or use a bleeding edge PPA, like the Xorg Edgers PPA, which would upgrade multiple packages, most of which were unstable.

That’s no longer the case thanks to the Proprietary GPU Drivers PPA, which offers stable proprietary Nvidia graphics driver updates, without updating other libraries to unstable versions (some libraries may still be updated using this PPA, if they are needed by the drivers, but there’s nothing unstable in the PPA).

Despite its name, the PPA only provides proprietary Nvidia graphics drivers updates, with no support for AMD or Intel.

Even though the PPA is probably the most stable way of upgrading to the latest proprietary Nvidia drivers version in Ubuntu, it’s still considered in testing. That means issues may still occur (though I didn’t encounter any and I’ve been using it for some time), so you should only use this PPA if you have experience with recovering your system from a failed graphics driver upgrade.

I should also mention that the PPA provides packages for all supported Ubuntu versions (16.10, 16.04, 15.10, 14.04 and 12.04). At the time I’m writing this article, the PPA provides the latest long lived branch version (367.27) of the Nvidia graphics drivers for Ubuntu 16.10 and 16.04 and the latest short lived branch version (364.19) for Ubuntu 15.10, 14.04 and 12.04.
You can check the latest Nvidia Linux graphics drivers version by visiting THIS page.

Install the latest Nvidia graphics drivers in Ubuntu via PPA

1. Add the PPA.

Before proceeding, please read the PPA description!
To add the Proprietary GPU Drivers PPA in Ubuntu and update the software sources, use the following commands:
sudo add-apt-repository ppa:graphics-drivers/ppa
sudo apt update

2. Install (and activate) the latest Nvidia graphics drivers

From System Settings or directly from the menu / Dash, open Software & Updates, click on the “Additional Drivers” tab, select the driver you want to use, and click “Apply changes”:

After the driver is downloaded and installed, restart your system. That’s it!

You can also install the latest drivers using Synaptic or from the command line. To see the available versions, you can use:
apt-cache search nvidia

or:

apt search nvidia
And look for the packages called “nvidia-VERSION”, for instance “nvidia-367” for the latest 367.27 graphics drivers, and install it (“sudo apt install nvidia-VERSION”).

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 How To Get A Unity-Like HUD (Searchable Menu) In Xubuntu, Ubuntu MATE, Linux Mint, More

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You’re probably familiar with the Unity HUD, or Head-Up Display, which lets you search through and application’s menu. Thanks to Rafael Bocquet’s i3-hud-menu (and J.A. McNaughton’s fork), you can use this menu search feature in pretty much any desktop environment (and in any Linux distribution in which you can install unity-gtk-module).

i3-hud-menu allows searching and navigating through an application’s menu using the keyboard, with the use of dmenu (dmenu doesn’t have mouse support by default). Here’s how it looks like in Xubuntu 16.04:

i3-menu-hud Xubuntu

And in Linux Mint 17.3 Cinnamon:

i3-menu-hud Linux Mint Cinnamon



i3-hud-menu works with GTK2, GTK3 (but not client-side decorated apps) and Qt4 applications.

The tool is buggy with Qt5 applications as well as LibreOffice – see the limitations / issues section below for more information.

Important: issues and limitations

i3-hud-menu has quite a few issues / limitations but I decided to post an article about it anyway since some of you might still find it useful.

Also, I’m hoping someone reading this article might be able to fix or at least come up with some workarounds for some of the issues below. If you do, please let us know in the comments!

i3-hud-menu limitations / issues:

  • it doesn’t work with client-side decorated applications;
  • it doesn’t work with Firefox or Thunderbird;
  • it doesn’t work with Qt5 apps (make sure appmenu-qt5 and libdbusmenu-qt5 are not installed or else you won’t have a menu for Qt5 apps, such as VLC in Ubuntu 16.04 – if you do install those packages, you can use the menu via i3-hud-menu, but the actual menu won’t be visible in the application);
  • using it, LibreOffice no longer has a menu if the “libreoffice-gtk” package is installed – this package is used for GTK+ integration (though using i3-hud-menu, you can search the menu, but actually using the menu items doesn’t work for some reason);
  • to get i3-hud-menu to work with Java swing applications, you’ll need JAyatana;
  • probably more.

It appears that the LibreOffice and the Qt5 applications issue occur because “APPMENU_DISPLAY_BOTH=1” is not respected. Furthermore, using “UBUNTU_MENUPROXY=” (for example, using “UBUNTU_MENUPROXY= libreoffice –writer”) or blacklisting it via Dconf Editor (com > canonical > unity-gtk-module > blacklist) doesn’t get the LibreOffice menu to show up.

On Arch Linux (possibly in other Linux distributions as well), which requires the unity-gtk-module-standalone-bzr package, you need to run the following command (or change this via Dconf Editor: com > canonical > unity-gtk-module, set gtk2-shell-shows-menubar to “false”) and reboot to ensure that menus are displayed in GTK applications:

gsettings set com.canonical.unity-gtk-module gtk2-shell-shows-menubar false

Install and configure i3-hud-menu

Important note: I included exact instructions for Xubuntu, Ubuntu MATE and Linux Mint Cinnamon edition, but this should work with any Ubuntu or Linux Mint flavor (14.04 and newer only). It may also work in other Linux distributions, as long as you can install unity-gtk-module and appmenu-qt.

1. Install the required dependencies: python3, python-dbus, dmenu, appmenu-qt and unity-gtk-module.
In Ubuntu (14.04 and newer), use the following command (will also install “wget”, required under step 2):
sudo apt install python3 python-dbus dmenu appmenu-qt unity-gtk2-module unity-gtk3-module wget

2. Download and install i3-hud-menu

To download and install J.A. McNaughton’s i3-hud-menu fork from the command line, use the following commands:

cd /tmp
wget https://github.com/jamcnaughton/i3-hud-menu/archive/master.tar.gz
tar -xvf master.tar.gz
sudo mkdir -p /opt/i3-hud-menu
sudo cp -r i3-hud-menu-master/* /opt/i3-hud-menu/

If you want to install it yourself, grab the code from GitHub (but note that the instructions below assume that you’ve installed i3-hud-menu in /opt/i3-hud-menu/)

3. Load the Unity gtk module

Open ~/.profile with a text editor (“.profile” is a hidden file in your home folder so use Ctrl + H to see hidden files in your gile manager), paste the following at the end of the file:
export APPMENU_DISPLAY_BOTH=1
if [ -n "$GTK_MODULES" ]
then
GTK_MODULES="$GTK_MODULES:unity-gtk-module"
else
GTK_MODULES="unity-gtk-module"
fi

if [ -z "$UBUNTU_MENUPROXY" ]
then
UBUNTU_MENUPROXY=1
fi

export GTK_MODULES
export UBUNTU_MENUPROXY

… and save the file.

If after completing all the steps below, i3-hud-menu doesn’t work, you can try to paste the lines above in ~/.bashrc instead of ~/.profile.

4. Add i3-appmenu-service.py to startup

The next step is to add i3-appmenu-service.py to the system startup. If you’ve installed i3-hud-menu using the commands above, this file should be located in /opt/i3-hud-menu/

Xubuntu: To add i3-appmenu-service.py to startup, launch Session and Startup from the menu / System Settings, and on the “Application Autostart” tab click “Add”, enter “i3 menu service” under “Name”, and “/opt/i3-hud-menu/i3-appmenu-service.py” (without the quotes) under “Command”:

Ubuntu MATE: launch Control Center and open Startup Applications, click “Add”, use “i3 menu service” under “Name”, and “/opt/i3-hud-menu/i3-appmenu-service.py” (without the quotes) under “Command”, and click “Add”:

Linux Mint (Cinnamon): launch Startup Applications from the menu, click Add > Custom Command, use “i3 menu service” under “Name”, and “/opt/i3-hud-menu/i3-appmenu-service.py” (without the quotes) under “Command”, and click “Add”:

5. Assign a keyboard shortcut to i3-hud-menu.py

The keyboard shortcut you assign to i3-hud-menu.py will be used to open i3-hud-menu and search through an application’s menu. Here’s how to configure it in some Ubuntu flavors and Linux Mint (Cinnamon).

Xubuntu: open “Keyboard” from the menu / System Settings, and on the “Application Shortcuts” tab, click “Add”. Use “/opt/i3-hud-menu/i3-hud-menu.py” (without the quotes; if you’ve installed i3-hud-menu to a different location, make sure you use the correct path) for the command, click “OK:

… and assign it a keyboard shortcut:

You can even use “Alt”, like in Ubuntu (with Unity), but I don’t recommend it as you won’t be able to use other shortcuts that use Alt. You can use something like Alt + 1 or any other keyboard shortcut that’s not already in use.

Ubuntu MATE: from Control Center open Keyboard Shortcuts, click “Add”, under “Name” enter “i3-hud-menu” (without the quotes), and use “/opt/i3-hud-menu/i3-hud-menu.py” (without the quotes; if you’ve installed i3-hud-menu to a different location, make sure you use the correct path) for “Command”:

… and assign it a keyboard shortcut. Note that unlike Xubuntu, Ubuntu MATE doesn’t allow assigning Alt as a shortcut. You can use something like Alt + 1 or whatever other keyboard shortcut you want, but make sure it’s not already in use.

Linux Mint (Cinnamon): launch Keyboard from the menu, click “Add custom shortcut”, enter “i3-hud-menu” (without the quotes) under “Name”, “/opt/i3-hud-menu/i3-hud-menu.py” (without the quotes; if you’ve installed i3-hud-menu to a different location, make sure you use the correct path) under “Command” and click “Add”:

… and assign it a keyboard shortcut.

6. And finally, restart the session (logout/login), focus an application and use the keyboard shortcut you set in step 5 to open i3-hud-menu.

via / further reference:

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