Differences

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--- hpc:storage_on_hpc [2025/04/07 10:02] – Yann Sagon
+++ hpc:storage_on_hpc [2025/10/15 10:15] (current) – [NASAC] Adrien Albert
@@ Line 170: / Line 170: @@
   * **In the "scratch" directory** (`/srv/beegfs/scratch/shares/`): Suitable for sharing larger files, such as datasets.
-To request a shared folder, please fill out the form at [[https://dw.unige.ch/openentry.html?tid=hpc|DW]]. As part of the request, you'll be asked if you already have a *group* you’d like to use.
+To request a shared folder, please fill out the form at [[https://dw.unige.ch/openentry.html?tid=hpc|DW]]. As part of the request, you'll be asked if you already have a *group* you’d like to use. If this isn't the case, you'll need to create one ([[https://dw.unige.ch/openentry.html?tid=adaccess|link]] on the form)
 A **group** is a collection of users used to manage shared access to resources. These groups are defined and stored in the **Active Directory** and allow us to control who can access specific folders.
@@ Line 316: / Line 316: @@
 [sagon@login1 ~] $ dbus-launch bash
 </code>
+**If you are using sbatch add a sleep after ''dbus-launch'' to be sure initialisation is done**
+<code>
+dbus-launch bash
+sleep 3
+gio mount ....
+</code>¨
 mount the share, smb in this example:
@@ Line 450: / Line 458: @@
 The EESSI did a nice tutorial about CVMFS readable on [[https://multixscale.github.io/cvmfs-tutorial-hpc-best-practices/|multixscale]] git repo.
+===== EOS =====
+You can mount root filesystems using EOS.
+<code>
+(bamboo)-[sagon@login1 ~]$ export EOS_MGM_URL=root://eospublic.cern.ch
+(bamboo)-[sagon@login1 ~]$ export EOS_HOME=/eos/opendata
+(bamboo)-[sagon@login1 ~]$ eos fuse mount /tmp/sagon/opendata
+</code>
+<note important>do not mount the filesystem in your home or scratch space as it isn't working because they aren't standard filesystems</note>
 ====== Robinhood ======
 Robinhood Policy Engine is a versatile tool to manage contents of large file systems. It daily scans the scratch beegfs filesystems. It makes it possible to schedule mass action on filesystem entries by defining attribute-based policies.