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Warning |
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As from the ARCC -Announcement that went out on the 23rd of May 2024: Here are several announcements about the vulnerability:
We encourage all of our R users to migrate to R version 4.4.0, and off of prior versions of R (4.3.x or earlier) at your earliest convenience. To assist you with this migration we have installed modules for R version 4.4.0 on the Beartooth HPC Environment:
These modules are available via the “module …” commands as well as in OnDemand. The R/4.4.0 module is now the default R module on Beartooth, Loren and Wildiris HPC Clusters and will be the only R module available on MedicineBow. These modules include the R packages we typically included in our earlier R modules. If you have installed any libraries yourself you will need to re-install those libraries in R version 4.4.0, as those installations are version-specific. We intend to disable ARCC’s older R modules on Beartooth by Friday June 28th, 2024. If you have installed your own copy of R, via conda or some other method, you are welcome to use ARCC’s R modules. We encourage you to upgrade your personally installed version of R to 4.4.0. |
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Regards the announcement: Executive Summary: Updating compiler on Medicine. loading
This warning can be ignored. But, we recommend that you use the |
Overview
R: is a programming language and free software environment for statistical computing and graphics supported by the R Foundation for Statistical Computing. The R language is widely used among statisticians and data miners for developing statistical software and data analysis. Below are links to pages that are related to R. R is a free software environment for statistical computing and graphics. It compiles and runs on a wide variety of UNIX platforms, Windows and macOS.
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Use the module name r
to discover versions available and to load the application.
Pre-Installed Libraries:
Some versions of r
have had common libraries pre-installed. To check, you can either try loading the library, or you can list all the libraries installed using:
Code Block |
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> packinfo <- installed.packages(fields = c("Package", "Version"))
> packinfo[, "Version", drop=F] |
Multicore
Typically, using parallel::detectCores()
to detect the number of available cores on a cluster node is a slight red herring. This returns the entire total number of cores of the node your job is allocated and not the actual number of cores you requested/allocated. For example, if you're sbatch script defines the following,
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