ghini.desktop is a cross-platform program and it will run on unix machines like GNU/Linux and MacOSX, as well as on Windows.

one-liner for hurried users.

Linux users just download and run the installation script. You may read the documentation later.

Windows users, start downloading all external dependencies (git, Python, lxml, PyGTK, psycopg2), read the instructions in the meanwhile.

Mac users are never in a hurry, are they?

Ghini is maintained by very few people, who focus on enhancing its functional parts, more than on writing fancy installers. Instead of several native installers we offer a single cross-platform installation procedure. This has a few big advantages which you will learn to appreciate as we go.

The installation is based on running a script.

  • The GNU/Linux script takes care of everything, from dependecies to installation for users in the ghini group.
  • The Windows script needs you to first install a couple things.
  • On MacOSX we use the same script as on GNU/Linux. Since OSX has no default package manager, we install one and we use it before we start the script.

Following our installation procedure, you will end with Ghini running within a Python virtual environment, all Python dependencies installed locally, non conflicting with any other Python program you may have on your system.

Dependencies that don’t fit in a Python virtual environment are: Python, virtualenv, GTK+, and PyGTK. Their installation varies per platform.

If you later choose to remove Ghini, you simply remove the virtual environment, which is a directory, with all of its content.

Installing on GNU/Linux

Open a shell terminal window, and follow the following instructions.

  1. Download the script:

  2. Invoke the script from a terminal window, starting at the directory where you downloaded it, like this:

    bash ./

    The script will produce quite some output, which you can safely ignore.

    global installation

    When almost ready, the installation script will ask you for your password. This lets it create a ghini user group, initialise it to just yourself, make the just created ghini script available to the whole ghini user group.

    If feeling paranoid, you can safely not give your password and interrupt the script there.

    Possibly the main advantage of a global installation is being able to find Ghini in the application menus of your graphic environment.

  3. You can now start ghini by invoking the ghini script:

    1. You use the same ghini script to update ghini to the latest released production patch:

      ~/bin/ghini -u

      This is what you would do when ghini shows you something like this:

    2. Users of the global installation will also type ghini to invoke the program, but they will get to a different script, located in /usr/local/bin. This globally available ghini script cannot be used to update a ghini installation.

    3. Again the same ghini script lets you install the optional database connectors: option -p is for PostgreSQL, option -m is for MySQL/MariaDB, but you can also install both at the same time:

      ~/bin/ghini -pm

      Please beware: you might need solve dependencies. How to do so, depends on which GNU/Linux flavour you are using. Check with your distribution documentation.

    4. You can also use the ghini script to switch to a different production line. At the moment 1.0 is the stable one, but you can select 1.1 if you want to help us with its development:

      ~/bin/ghini -s 1.1

beginner’s note

To run a script, first make sure you note down the name of the directory to which you have downloaded the script, then you open a terminal window and in that window you type bash followed by a space and the complete name of the script including directory name, and hit on the enter key.

technical note

You can study the script to see what steps if runs for you.

In short it will install dependencies which can’t be satisfied in a virtual environment, then it will create a virtual environment named ghide, use git to download the sources to a directory named ~/Local/github/Ghini/ghini.desktop, and connect this git checkout to the ghini-1.0 branch (this you can consider a production line), it then builds ghini, downloading all remaining dependencies in the virtual environment, and finally it creates the ghini startup script.

If you have sudo permissions, it will be placed in /usr/local/bin, otherwise in your ~/bin folder.


Connecting to a database.

Installing on MacOSX

Being MacOSX a unix environment, most things will work the same as on GNU/Linux (sort of).

Last time we tested, some of the dependencies could not be installed on MacOSX 10.5 and we assume similar problems would also show on older OSX versions. Ghini has been successfully installed on several OSX systems, between 10.7 and 10.12.

First of all, you need things which are an integral part of a unix environment, but which are missing in a off-the-shelf mac:

  1. developers tools: xcode. check the wikipedia page for the version supported on your mac.
  2. package manager: homebrew (tigerbrew for older OSX versions).

with the above installed, open a terminal window and run:

brew doctor

make sure you understand the problems it reports, and correct them. pygtk will need xquartz and brew will not solve the dependency automatically. either install xquartz using brew or the way you prefer:

brew install Caskroom/cask/xquartz

then install the remaining dependencies:

brew install git
brew install pygtk  # takes time and installs all dependencies

follow all instructions on how to activate what you have installed.

In particular, make sure you read and understand all reports starting with If you need to have this software.

You will need at least the following four lines in your ~/.bash_profile:

export LC_ALL=en_US.UTF-8
export LANG=en_US.UTF-8
export PATH="/usr/local/opt/gettext/bin:$PATH"
export PATH="/usr/local/opt/python/libexec/bin:$PATH"

Activate the profile by sourcing it:

. ~/.bash_profile

Before we can run as on GNU/Linux, we still need installing a couple of python packages, globally. Do this:

sudo -H pip install virtualenv lxml

The rest is just as on a normal unix machine. Read the above GNU/Linux instructions, follow them, enjoy.

As an optional aesthetical step, consider packaging your ~/bin/ghini script in a platypus application bundle. The images directory contains a 128×128 icon.


Connecting to a database.

Installing on Windows

The steps described here instruct you on how to install Git, Gtk, Python, and the python database connectors. With this environment correctly set up, the Ghini installation procedure runs as on GNU/Linux. The concluding steps are again Windows specific.


Ghini has been tested with and is known to work on W-XP, W-7 up to W-10. Although it should work fine on other versions Windows it has not been thoroughly tested.

The installation steps on Windows:

  1. download and install git (comes with a unix-like sh and includes vi). Grab it from the Git download area.

    all default options are fine, except we need git to be executable from the command prompt:

  2. download and install Python 2.x (32bit). Grab it from the Python official site.

    When installing Python, do put Python in the PATH:

  3. download pygtk from the official source. (this requires 32bit python). be sure you download the “all in one” version.

    Make a complete install, selecting everything:

  4. (Possibly necessary, maybe superfluous) install lxml, you can grab this from the pypi archives

    Remember you need the 32 bit version, for Python 2.7.

  5. (definitely optional) download and install a database connector other than sqlite3.

    If you plan using PostgreSQL, the best Windows binary library for Python is psycopg and is Made in Italy.


    hey, this is Windows, you need to reboot for changes to take effect!

  7. We’re done with the dependecies, now we can download and run the batch file:


    Please don’t just follow the above link. Instead: right click, save link as...


    Also make sure you don’t let Windows convert the script to a text document.


    Now Open the script to run it. Please note: in the below image, we have saved the file twice, once letting Windows convert it to a text document, and again as a Windows Batch File. Opening the batch file will run the script. Opening the text document will show you the code of the batch file, which isn’t going to lead us anywhere.


    If you installed everything as described here, the first thing you should see when you start the installation script is a window like this, and your computer will be busy during a couple of minutes, showing you what it is doing.


    Running devinstall.bat will pull the ghini.desktop repository from github to your home directory, under Local\github\Ghini, checkout the ghini-1.0 production line, create a virtual environment and install ghini into it.

    You can also run devinstall.bat passing it as argument the numerical part of the production line you want to follow.

    This is the last installation step that depends, heavily, on a working internet connection.

    The operation can take several minutes to complete, depending on the speed of your internet connection.

  8. the last installation step creates the Ghini group and shortcuts in the Windows Start Menu, for all users. To do so, you need run a script with administrative rights. The script is called devinstall-finalize.bat, it is right in your HOME folder, and has been created at the previous step.


    Right-click on it, select run as administrator, confirm you want it to make changes to your computer. These changes are in the Start Menu only: create the Ghini group, place the Ghini shortcut.

  9. download the batch file you will use to stay up-to-date with the production line you chose to follow:

    if you are on a recent Ghini installation, each time you start the program, Ghini will check on the development site and alert you of any newer ghini release within your chosen production line.

    any time you want to update your installation, just start the command prompt and run ghini-update.bat, it will hardly take one minute.

If you would like to generate and print PDF reports using Ghini’s default report generator then you will need to download and install Apache FOP. After extracting the FOP archive you will need to include the directory you extracted to in your PATH.


Connecting to a database.