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Kraft Build and Installation

This document describes how to compile and install Kraft. This requires a bit of Linux knowledge and is only recommended for experienced users and developers.

Packages

Linux Distributions have package management systems to provide users with all kind of software in a clean and easy way. This should be the prefered way to install Kraft. Check the package pools of your prefered distribution first.

If the package is outdated, consider asking your distribution to upgrade!

Compiling Kraft

The following section briefly describes how to build Kraft with cmake.

Precondition

Check that cmake is installed on your machine and is in your PATH. To do so, just type

$ cmake --version

on your command line. Version 2.4 is required, the most recent stable version of cmake is preferred.

To build Kraft, the following libs and software versions have to be provided:

  • cmake and the cmake extra modules
  • Qt libs incl. devel packages version 5.5.0 or later
  • kcontacts for using the KDE contact classes
  • A few other KDE classes (kxmlgui, ki18n)
  • google ctemplate, A simple but powerful template language for C++, packages from the openSUSE Buildservice or from the website https://github.com/OlafvdSpek/ctemplate
  • grantlee, an C++ text template framework
  • optional: akonadi contact for Akonadi based addressbook access

Required packages for building with openSUSE:

  • cmake
  • extra-cmake-modules
  • gcc-c++
  • kcontacts-devel
  • gettext
  • libctemplate-devel
  • libQt5Core-devel
  • libQt5Gui-devel
  • libQt5Sql-devel
  • libQt5Widgets-devel
  • libQt5Xml-devel
  • libQt5Svg-devel
  • grantlee5-devel

These are optional to build with Akonadi Support:

  • akonadi-contact-devel
  • akonadi-devel

To build with Akonadi versions before 23.04, cmake has to run wtih the build option -DAKONADI_LEGACY_BUILD=ON to use the old prefix KF5.

Build Kraft

cmake is designed so that the build process can be done in a separate directory. This is highly recommended for users and required for packagers.

Go to the top level of the source directory. To build Kraft in the subdirectory ./build/ type

$ mkdir build
$ cd build
$ cmake ..
    # to generate the Makefiles.
$ cmake .
    # to change the configuration of the build process. (optional)

Check out for errors during the cmake run. Fix them, usually you need more devel packages installed.

Ready? Congratulations, your Makefiles were generated! Now you could just type

$ make
    # to build the project in the build/ directory.

Note that 'make' automatically checks whether any CMakeLists.txt file has changed and reruns cmake if necessary.

To start Kraft from the build directory, set the environment variable KRAFT_HOME to the root of the source directory to let Kraft find its resource files:

$ KRAFT_HOME=/home/me/sources/kraft

Kraft Installation

Type

$ make install

To change the target root directory to where it is installed, call cmake with the parameter -DCMAKE_INSTALL_PREFIX=/my_install_dir

Kraft Manual

Kraft ships a user manual in different languages. To rebuild it, asciidoctor is required. If that dependency is found, cmake detects it and gives a new make target:

$ make manual

to re-create the docs.

Database

Kraft either can use a SQLite file based database or a MySQL server based database.

The SQLite database is created automatically on the fly on first start. Its use is recommended for all users who want to evaluate Kraft.

To run Kraft with MySQL, create or pick a user on the MySQL server with appropiate permissions to write to a specific database and create tables on it. Create an empty database to use with Kraft. Remember both the database name and the credentials. On Krafts first start, enter these data in the setup assistant. Kraft will create the database tables and fill it automatically.

Document Generation

Kraft generates PDF documents. For that it uses either a python tool named erml2pdf or the python project weasyprint. erml2pdf can be found in Kraft's tools directory in this source package. Weasyprint should be installed separately on the machine that is running Kraft.

To compute PDF watermarks, Kraft uses python-pypdf2 for pdf processing. The python modules are not part of Kraft and should be installed separately on the system.