RStudio via Jupyter on NeSI


This functionality is experimental and may introduce breaking changes in the future.

Your feedback is welcome, please don't hesitate to contact us at to make suggestions.

Getting started

RStudio can be accessed as a web application via Jupyter on NeSI.

In the JupyterLab interface, RStudio can be started using the corresponding entry in the launcher.


Clicking on this entry will open a separate tab in your web browser, where RStudio will be accessible.

Once RStudio is launched, you should briefly see a login screen. It will be auto-filled using a pre-generated password, unless you disabled javascript in your web browser.

Changing R version

You can configure a set of environment modules to preload before starting RStudio. This can be useful if you want to change the version of the R interpreter or use NeSI's R-Geo or R-bundle-Bioconductor modules.

The module needs to be entered in the configuration file ~/.config/rstudio_on_nesi/prelude.bash.

In the following example, we use the module that is built for R/4.1.0

$ echo "module load R/4.1.0-gimkl-2020a" > ~/.config/rstudio_on_nesi/prelude.bash

Once your configuration file is ready, make sure to restart your Jupyter session and re-launch RStudio for these changes to be taken into account. Check that the correct version of R has loaded and that the correct Library Paths are available. For R/4.1.0 the command .libPaths() will return the following:

> .libPaths()
[1] "/home/YOUR_USER_NAME/R/gimkl-2020a/4.1"                            
[2] "/opt/nesi/CS400_centos7_bdw/R/4.1.0-gimkl-2020a/lib64/R/library"

Package Installation

It is currently recommended, that package installations are still done as a terminal session with the same R module loaded. This avoids potential read/write issues with a full temp directory. After an installation the package will be immediately available in RStudio without the need to restart.

Advanced usage

RStudio run in a Singularity container prepared by the NeSI team to run on The related code is hosted on GitHub, in the rstudio_on_nesi repository.

To modify the content of the container, you need to adapt the Singularity definition file, found in the conf folder of the repository, and then rebuild the container.

Once your container is ready, upload it on NeSI and use the configuration file ~/.config/rstudio_on_nesi/singularity_image_path to indicate the path of your container to the RStudio-on-NeSI plugin:

$ echo PATH_TO_CONTAINER > ~/.config/rstudio_on_nesi/singularity_image_path

Then restart your Jupyter session and launch a new RStudio session to make use of your container.

If your RStudio session does not start, try to reload the page, in case the reported failure is just due to the container taking too much time to start.

If this does not work, you will need to investigate the errors. A good place to start is looking at the log file from jupyter, for the current session:

$ cat ~/.jupyter/.jupyterhub_${USER}_${SLURM_JOB_ID}.log


If you get an error 500 after clicking on the launcher icon, this could be due to RStudio taking too much time to start, which is interpreted as a failure by JupyterLab. Please try to start RStudio again from the launcher. If the problem persists, contact our support team at


If you have disabled javascript in your web browser, you will need to enter your password manually in the RStudio login screen. To retrieve the password, open a terminal in JupyterLab and enter the following to print the password:

$ cat ~/.config/rstudio_on_nesi/server_password


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