1/14/2024 0 Comments Opensuse 15.4This is the major difference to the installation via the bash script from source: The script installs everything in the home directory of the (real!) user gnuhealth! No further integration with system tools (e.g. (use 'sudo su – tryton -s /bin/bash' to log in)Īs GNU Health is an additional set of modules on top of Tryton, it runs as user 'tryton' as well. This is by default a system user without login capabilities. The Tryton Server runs under the user 'tryton'.The Postgres database runs under the user 'postgres'. ![]() For security reasons, there is a seggregation of duties and roles: When installing GNU Health using the openSUSE packages, GNU Health is tightly integrated into the openSUSE standard system. Tryton itself makes use of a (postgres) database to store its information. On the technical side, GNU Health is a set of modules for the Tryton server. What is different to the GNU Health setup from source (vanilla-installation)? Note: By using the $releasever Variable instead of a hard-coded Leap version the repository is automatically adjusted during a later system-upgrade This will delete all content on the SD-Card!Īdditional Tryton modules can now be installed with zypper or YaST. Insert the SD-card into your computer and check what device it is (command: lsblk).Download the GNU Health 4.2 Image for the Raspi4.Download the GNU Health 3.8 Image for the Raspi3.Password for demo-database is GNU Health-Standard: admin:gnusolidario.Passwords for root and user 'test' are 'test'.Language and keyboard layout is English.Image size is targeted for a 32GB SD-card The image can be transferred to a MicroSD-Card as used in the Raspi.It contains the GNU Health Release 3.8.x with server and client and the Demo-Database preinstalled. The openSUSE project offers a Raspi-image based on openSUSE Leap 15.3, XFCE or LXQT desktop and GNU Health installation from packages. Installation of the Raspberry Pi image General If you are using LXQT, please do not add the above repositories.įancy some video tutorials? Lets start at the very beginning: ![]() Zypper ar -p 75 '$releasever' KDE-Frameworks In case you are using a Desktop-Environment (DE) that is not based on Qt, you need at least to add the following repositories and run zypper dup -allow-vendor-change: To use opi you need to install it first, using YaST or zypper: The openSUSE Package Installer opi is a command line tool that searches the Build Service and installs the requested software (and repositories). Just select the desired GNU Health and operating system version, One-Click will manage all the rest for you.Īlternatively you can install via YaST Software management, the openSUSE Package installer opi or the command-line tool zypper. The easiest way to install GNU Health is via the openSUSE One-Click-Install for officially released versions. Security enhanced setup (no-login user for the GNU Health Server).Management of the server with openSUSE distribution tools.Integration with systemd for automatic start and stop of the GNU Health system.Zypper will not only update the system automatically, but the GNU Health installation as well Full integration with zypper, the distribution package manager.No need to install additional compilers or deal with source code – GNU Health is precompiled for your operating system version.Full automatic handling of package dependencies.Since this script aims to be distribution agnostic, it uses methods that do not consider basic principles in integrated, distribution based systems like openSUSE.Ī short listing of the advantages when using openSUSE or SLES packages: ![]() With the intent to provide a common installation method the GNU Health Project provides an installation method using a bash script (see also the GNU Health Installation Guide). This site describes the available GNU Health packages for openSUSE and the SUSE Linux Enterprise Server (SLES).
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