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Adrian Schröter

adrianSuSE
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UnitTest++ is a unit testing framework for C++ designed for simplicity and portability. Features include no explicit test registration, good crash handling, fixtures, rich condition-checking functionality, minimal footprint for embedded environments

This project is dedicated to crypto currencies.

It is in an early stage of evolution, initially filled with the most complex collection created by marec2000 (https://build.opensuse.org/project/show/home:marec2000:cryptocoins). It does not mean, that all of these packages are the best variants. Anybody is welcome to add packages, improve them or even replace existing ones.

If you have a better version of these packages, feel free to submit them. Fee free to submit even a different version of the package with a different changes file (with exception of those few packages that will be in the openSUSE:Factory).

https://bugzilla.suse.com/show_bug.cgi?id=1043401

OBS
Maintainer Bugowner
Maintainer Bugowner

This repository can be used to build AppImage images based on rpm builds.
Just write a normal spec file, it will be converted to a signed .AppImage file at the end.

The repository is always building the oldest maintained openSUSE repository to have
the oldest possible glibc requirement. It builds also against the maintenance updates
to give you the latest security fixes and rebuild AppImage containers automatically.

Maintainer Bugowner

The project contains a start point for building your own AppImage in OBS. For more information please see https://github.com/probonopd/AppImageKit/wiki/Using-Open-Build-Service

Maintainer Bugowner

The project contains a start point for building your own AppImage in OBS. For more information please see https://github.com/probonopd/AppImageKit/wiki/Using-Open-Build-Service

The template here is using openSUSE:Leap:15.1 as a base. So you may want to add further 15.1 based repository pathes
to the "openSUSE_Leap_15.1" repositories to get access further packages.

The project contains a start point for building your own AppImage in OBS. For more information please see https://github.com/probonopd/AppImageKit/wiki/Using-Open-Build-Service

The template here is using openSUSE:Leap:15.2 as a base. So you may want to add further 15.2 based repository pathes
to the "openSUSE_Leap_15.2" repositories to get access further packages.

Maintainer Bugowner
Maintainer Bugowner
Maintainer Bugowner

This is the maintained, released version 2.10 of OBS.

Development for the next patch release (2.10.*) happens in the OBS:Server:2.10:Staging project.

Maintainer

The Open Build Service 2.4

Maintainer Bugowner

This is the maintained version 2.5 of OBS.

Maintainer

This is the maintained version 2.6 of OBS.

Maintainer

This is the maintained version 2.7 of OBS.

Maintainer

This is the maintained version 2.8 of OBS.

Maintainer

These are the developer versions of the tools for the Open Build Service project. They are mainly used by the openSUSE instance.

Please use OBS:Server:2.10 for production environments unless told otherwise.

Maintainer

openEULER 20.03 SP1 LTS, based on CentOS 8 Stream snapshots

Maintainer

openEULER

Maintainer

openEULER

Bugowner

Very fast and complete library to render SVG graphics. It provides a
C++ interface.

Bugowner

Dar (Disk Archive) is a hardware-independent backup solution. Dar uses
catalogs (unlike tar),which it makes it possible to extract a single
file without having to read the entire archive. It is also possible to
create incremental backups. Dar archives can also be created or used
with the libdar library (for example, with KDar, a KDE application).
This package contains the command line tools and documentation.

Enblend is a tool for compositing images using a Burt & Adelson
multiresolution spline. This technique tries to make the seams between
the input images invisible. The basic idea is that image features
should be blended across a transition zone, proportional in size to the
spatial frequency of the features. For example, objects like trees and
window panes have rapid changes in color. By blending these features in
a narrow zone, you cannot see the seam because the eye already expects
to see color changes at the edge of these features. Clouds and sky are
the opposite. These features must be blended across a wide transition
zone because any sudden change in color is immediately noticeable.

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