Conventions and tooling for ASU's Sol supercomputer. Use whenever a task is happening on Sol — the user mentions Sol or ASU Research Computing, or is clearly on their Sol account (a Sol /scratch path, an sbatch/interactive job, a login/compute node). It covers renewing /scratch files Sol has flagged for deletion (purge/inactivity warning emails, .solkeep keep-lists, solrenew.py) and where to store datasets and model caches; writing and managing SLURM jobs (sbatch, GPU and partition/QOS choice, why a job is pending, fairshare); installing software without sudo (module load, uv for Python, tinytex for LaTeX); reaching a Sol compute-node service like Jupyter from a laptop browser; detecting login-vs-compute nodes and choosing where to run heavy I/O (the DTN, a compute node, or a batch job); and transferring data to and from Sol. Not for generic SLURM/HPC on other clusters (Phoenix, NERSC, ...), cloud GPUs, or purely local-laptop tasks (local virtualenvs, local LaTeX, local file/timestamp cleanup).
Install with
Claude CodeCodexCursorGitHub CopilotGemini CLI
Supported by the Atlas install prompt. Skill-specific requirements vary.
Skill stats
Skills1CategoryScience & researchStars0
About this skill
Conventions and tooling for ASU's Sol supercomputer. Use whenever a task is happening on Sol — the user mentions Sol or ASU Research Computing, or is clearly on their Sol account (a Sol /scratch path, an sbatch/interactive job, a login/compute node). It covers renewing /scratch files Sol has flagged for deletion (purge/inactivity warning emails, .solkeep keep-lists, solrenew.py) and where to store datasets and model caches; writing and managing SLURM jobs (sbatch, GPU and partition/QOS choice, why a job is pending, fairshare); installing software without sudo (module load, uv for Python, tinytex for LaTeX); reaching a Sol compute-node service like Jupyter from a laptop browser; detecting login-vs-compute nodes and choosing where to run heavy I/O (the DTN, a compute node, or a batch job); and transferring data to and from Sol. Not for generic SLURM/HPC on other clusters (Phoenix, NERSC, ...), cloud GPUs, or purely local-laptop tasks (local virtualenvs, local LaTeX, local file/timestamp cleanup).
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Conventions and tooling for ASU's Sol supercomputer. Use whenever a task is happening on Sol — the user mentions Sol or ASU Research Computing, or is clearly on their Sol account (a Sol /scratch path, an sbatch/interactive job, a login/compute node). It covers renewing /scratch files Sol has flagged for deletion (purge/inactivity warning emails, .solkeep keep-lists, sol_renew.py) and where to store datasets and model caches; writing and managing SLURM jobs (sbatch, GPU and partition/QOS choice, why a job is pending, fairshare); installing software without sudo (module load, uv for Python, tinytex for LaTeX); reaching a Sol compute-node service like Jupyter from a laptop browser; detecting login-vs-compute nodes and choosing where to run heavy I/O (the DTN, a compute node, or a batch job); and transferring data to and from Sol. Not for generic SLURM/HPC on other clusters (Phoenix, NERSC, …), cloud GPUs, or purely local-laptop tasks (local virtualenvs, local LaTeX, local file/timestamp cleanup).
About this listing
Category
Science & research
Reported license
MIT
Listing language (estimated)
English
Review status
Not individually reviewed
Agent compatibility
Atlas installation supports Claude Code, Codex, and Cursor. Skill-specific dependencies and features are checked during setup.
Claude Code
Codex
Cursor
GitHub Copilot
Gemini CLI