We are pleased to announce the release of V1.7.0 of spack-stack.
The spack-stack package is a collaborative effort between the NOAA Environmental Modeling Center (EMC), the UCAR Joint Center for Satellite Data Assimilation (JCSDA), and the Earth Prediction Innovation Center (EPIC). spack-stack is designed to support the various applications of the supporting agencies such as the Unified Forecast System (UFS) or the Joint Effort for Data assimilation Integration (JEDI).
Documentation for installing and using spack-stack can be found here: https://spack-stack.readthedocs.io/en/1.7.0/
New This Release
- Add all packages required to build GEOS-GCM with spack-stack, add geos-gcm-env (thanks to Matthew Thompson from NASA GMAO)
- Extend support for spack-stack to NASA's Discover SCU17 (AMD Milan) partition, update Discover SCU16 (Intel CascadeLake) config
- Update Hera and Jet site configs after transition to Rocky 8
- Add metis and jasper to mpas-jedi-env
- Add fftw and netlib-lapack to jedi-neptune-env
- Add torch/pytorch for gcc and apple-clang environments
- Replace zlib with zlib-ng
- Remove upp from spack-stack installations
- Update ECMWF library versions (eccodes, eckit, fckit, ecmwf-atlas)
- Update esmf to 8.6.0, update [email protected] dependencies (pflogger)
- Update hdf5 to 1.14.3 with backport of floating point exception fixes from hdf5 develop (thanks to Ryan Honeyager from tomorrow.io)
- Update sp, ip, gsibec
- Update OpenMPI version for user systems to 5.0.1
- Bugfix for [email protected] static/fix files
- Bugfix for building py-jupyter server with node/npm
- Limited support for [email protected]
- Update to spack backports/v0.21.1
- Stop packages from access the internet during installation (needed for air-gapped systems)