Changelog for metis-debugsource-5.1.0-1.1.i586.rpm :

* Thu Jul 23 2020 Egbert Eich - Add build support for gcc10 to HPC build (bsc#1174439).
* Wed Feb 26 2020 Egbert Eich - Add support for gcc8/9 building (jsc#SLE-8604).
* Fri Mar 15 2019 Egbert Eich - Build HPC master package for \'examples\'.
* Tue Feb 12 2019 Antoine Ginies - add a examples subpackage which include graphs
* file to test Metis
* Mon Feb 11 2019 Egbert Eich - Set default module version correctly when installing master package, unset when deinstalling the default library package.- Fix %%post and %%postun scripts for HPC.- Fix dependencies for HPC.- Fix HPC modulefile:
* Aibraries are always there when module file is installed.
* Set PKG_CONFIG_PATH.- Fix package group names.
* Mon Jan 14 2019 eichAATTsuse.com- Remove dependency to a non-existing module package for HPC.
* Thu Nov 22 2018 Jan Engelhardt - Edit description to put time-sensitive wording into context.
* Fri Oct 26 2018 eichAATTsuse.com- General spec file clean up.- Touch-up to the HPC build.
* Thu Nov 30 2017 jjollyAATTsuse.com- Implemented suse-hpc packaging- Added metis-makefile-c-directives.patch - Provides cflags option to help provide metis native build process
* Fri Jun 20 2014 dmitry_rAATTopensuse.org- Update to version 5.1.0, changes since version 4.0
* strtoidx() addition for portable input file parsing
* Fixed some bad memory allocation calls
* Incorporated GKlib into METIS, which replaced many of its internal functions.
* A nearly complete re-write of Metis\' code-based that changed expanded the functionality of the command-line programs and API routines
* Multi-constraint partitioning can be used in conjunction with minimization of the total communication volume.
* All graph and mesh partitioning routines take as input the target sizes of the partitions, which among others, allow them to compute partitioning solutions that are well-suited for parallel architectures with heterogeneous computing capabilities.
* When multi-constraint partitioning is used, the target sizes of the partitions are specified on a per partition-constraint pair.
* The multilevel k-way partitioning algorithms can compute a partitioning solution in which each partition is contiguous.
* All partitioning and ordering routines can compute multiple different solutions and select the best as the final solution.
* The mesh partitioning and mesh-to-graph conversion routines can operate on mixed element meshes.
* The command-line programs provide full access to the entire set of capabilities provided by Metis\' API.
* Re-written the memory management subsystem to reduce overall memory requirements.
* Added back Fortran support in the form of alternate API names (see libmetis/frename.h).
* Changed the license to Apache Version 2- Move metis shared library to separate package- Enable build tests- Use proper build parameters
* metis-cmake.patch- Delete compilation time from metis programs to avoid unnecessary package republishing
* metis-programs-no-compilation-time.patch