Consistent, efficient software builds and deployments are a common concern for all HEP experiments. This paper describes the evolution of the usage of the Spack package manager in HEP in the context of the LCG stacks and the current Spack-based management of Key4hep software. Whereas previously Key4hep software used Spack only for a thin layer of FCC experiment software on top of the LCG releases, it is now possible to build the complete stack, from system libraries to FCC-, iLCSoft- and CEPC software packages with Spack. This pilot build doubles as a prototype for a Spack-based LCG release. The workflows and mechanisms that can be used for this purpose, potential for improvement as well as the roadmap towards a complete LCG release in spac...
Future HEP experiments require detailed simulation and advanced reconstruction algorithms to explore...
High performance computing is highly dependent on validated and tested environments that are tuned f...
High Energy Physics experiments for the future depend on reliable, proven, and flexible software com...
Consistent, efficient software builds and deployments are a common concern for all HEP experiments. ...
High-Energy Physics has evolved a rich set of software packages that need to work harmoniously to ca...
This summer project was the examination of Spack for the future workflow of the project Key4HEP. Key4...
Development of scientific software has always presented challenges to its practitioners, among other...
High Energy Physics (HEP) software environments often involve ∼ hundreds of external packages and li...
The art event-based analysis framework is used by multiple Intensity Frontier and other experiments ...
The LCG Applications Area at CERN provides basic software components for the LHC experiments such as...
In preparation for the post-LHC era, the Future Circular Collider (FCC) Collaboration is undertaking...
Building, testing and deploying of coherent large software stacks is very challenging, in particular...
Future collider experiments rely on a well-maintained software for theirphysics performance studies ...
Software tools are foundational for the development of future collider experiments. Detector opti...
During Summer 2019 I joined the Software Development for Experiments group, which develops and maint...
Future HEP experiments require detailed simulation and advanced reconstruction algorithms to explore...
High performance computing is highly dependent on validated and tested environments that are tuned f...
High Energy Physics experiments for the future depend on reliable, proven, and flexible software com...
Consistent, efficient software builds and deployments are a common concern for all HEP experiments. ...
High-Energy Physics has evolved a rich set of software packages that need to work harmoniously to ca...
This summer project was the examination of Spack for the future workflow of the project Key4HEP. Key4...
Development of scientific software has always presented challenges to its practitioners, among other...
High Energy Physics (HEP) software environments often involve ∼ hundreds of external packages and li...
The art event-based analysis framework is used by multiple Intensity Frontier and other experiments ...
The LCG Applications Area at CERN provides basic software components for the LHC experiments such as...
In preparation for the post-LHC era, the Future Circular Collider (FCC) Collaboration is undertaking...
Building, testing and deploying of coherent large software stacks is very challenging, in particular...
Future collider experiments rely on a well-maintained software for theirphysics performance studies ...
Software tools are foundational for the development of future collider experiments. Detector opti...
During Summer 2019 I joined the Software Development for Experiments group, which develops and maint...
Future HEP experiments require detailed simulation and advanced reconstruction algorithms to explore...
High performance computing is highly dependent on validated and tested environments that are tuned f...
High Energy Physics experiments for the future depend on reliable, proven, and flexible software com...