Package manager for HPC systems
Spack is a configurable Python-based HPC package manager, automating the installation and fine-tuning of simulations and libraries. It operates on a wide variety of HPC platforms and enables users to build many code configurations. Software installed by Spack runs correctly regardless of environment, and file management is streamlined. Spack can install many variants of the same build using different compilers, options, and MPI implementations.
- Developed at network:cluster
- Sources inherited from project openSUSE:Factory
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Source Files
| Filename | Size | Changed |
|---|---|---|
|
Adapt-shell-scripts-that-set-up-the-environment-fo |
0000004980 4.86 KB | |
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Fix-Spinx-configuration-to-avoid-throwing-errors.p |
0000002030 1.98 KB | |
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Fix-error-during-documentation-build-due-to-recurs |
0000002515 2.46 KB | |
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Make-spack-paths-compliant-to-distro-installation. |
0000001566 1.53 KB | |
| README-oo-wiki | 0000005329 5.2 KB | |
| README.SUSE | 0000000877 877 Bytes | |
| Set-modules-default-to-lmod.patch | 0000000811 811 Bytes | |
| _constraints | 0000000205 205 Bytes | |
| _multibuild | 0000000052 52 Bytes | |
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added-target-and-os-calls-to-output-of-spack-spec- |
0000003610 3.53 KB | |
| fix-tumbleweed-naming.patch | 0000000989 989 Bytes | |
| objects.inv | 0000112650 110 KB | |
| run-find-external.sh | 0000001696 1.66 KB | |
| spack-0.17.0.tar.gz | 0006747773 6.44 MB | |
| spack-rpmlintrc | 0000000886 886 Bytes | |
| spack.changes | 0000013308 13 KB | |
| spack.spec | 0000017979 17.6 KB |
Revision 15 (latest revision is 44)
Dominique Leuenberger (dimstar_suse)
accepted
request 931907
from
Christian Goll (mslacken)
(revision 15)
- updated to version 0.17.0
(Upstream feature/bug references (<ID>) are relative to
https://github.com/spack/spack/issues/<ID>).
* New concretizer is now default
The new concretizer introduced as an experimental feature in v0.16.0
is now the default (#25502). The new concretizer is based on the
clingo logic programming system,
and it enables us to do much higher quality and faster dependency solving
The old concretizer is still available via the concretizer: original
setting, but it is deprecated and will be removed in v0.18.0.
* Binary Bootstrapping
To make it easier to use the new concretizer and binary packages,
Spack now bootstraps clingo and GnuPG from public binaries. If it
is not able to bootstrap them from binaries, it installs them from
source code. With these changes, you should still be able to clone Spack
and start using it almost immediately.
* Reuse existing packages (experimental)
The most wanted feature from our
2020 user survey and
the most wanted Spack feature of all time (#25310). spack install,
spack spec, and spack concretize now have a --reuse option, which
causes Spack to minimize the number of rebuilds it does. The --reuse
option will try to find existing installations and binary packages locally
and in registered mirrors, and will prefer to use them over building new
versions. This will allow users to build from source far less than in
prior versions of Spack. This feature will continue to be improved, with
configuration options and better CLI expected in v0.17.1. It will become
the default concretization mode in v0.18.0.
* Better error messages
We have improved the error messages generated by the new concretizer by
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