Merge pull request #42 from calculquebec/renommer

Enlever cq-formation- partout

Author: plstonge

README.md

@@ -1,6 +1,6 @@
 # Matériel pour la formation CIP201
 
-[Site Web](https://calculquebec.github.io/cq-formation-cip201/)
+[Site Web](https://calculquebec.github.io/cip201/)
 
 ## État
 

doc/en/index.rst

@@ -19,8 +19,7 @@ The next section introduces the two **types of compute jobs**. :doc:`Serial jobs
 <task-types/parallel>` deserve a more in-depth presentation, including the
 differences between multi-threaded and MPI programs. Data parallelism is briefly
 discussed and is the topic of a subsequent workshop, `Managing large batches of
-jobs <https://calculquebec.github.io/cq-formation-cip202/en/index.html>`__
-(CIP202).
+jobs <https://calculquebec.github.io/cip202/en/index.html>`__ (CIP202).
 
 **Estimating the resources required** for a compute job can be challenging! This
 section covers compute :doc:`time <resources/time>`, :doc:`memory
@@ -45,10 +44,9 @@ facilitates job monitoring.
     exercises are in your home directory on the platform.
 
     If you follow this workshop on your own, you can download the `the necessary
-    files <https://github.com/calculquebec/cq-formation-cip201>`__ and do the
-    exercises on any Calcul Québec or Digital Research Alliance of Canada
-    cluster. Your jobs’ wait time, however, will be longer than on the cloud
-    platform.
+    files <https://github.com/calculquebec/cip201>`__ and do the exercises on
+    any Calcul Québec or Digital Research Alliance of Canada cluster. Your jobs’
+    wait time, however, will be longer than on the cloud platform.
 
 .. toctree::
     :caption: The job scheduler

doc/en/monitoring/interactive-sessions.rst

@@ -30,7 +30,7 @@ Demonstration
 .. code-block:: console
     :emphasize-lines: 4
 
-    [alice@narval1 ~]$ cd ~/cq-formation-cip201/lab/pi-multi-threaded
+    [alice@narval1 ~]$ cd ~/cip201-main/lab/pi-multi-threaded
     [alice@narval1 ~]$ make
     make: Nothing to be done for 'default'.
     [alice@narval1 pi-multi-threaded]$ salloc --nodes=1 --exclusive --mem=0 --time=3:00:00

doc/en/resources/cpu.rst

@@ -169,8 +169,7 @@ Exercise
 
 **Instructions**
 
-#. Go to the exercise directory with ``cd
-   ~/cq-formation-cip201-main/lab/gmx-scaling``.
+#. Go to the exercise directory with ``cd ~/cip201-main/lab/gmx-scaling``.
 #. Prepare the input files with ``bash gmx-prepare.sh``.
 #. Edit the job script with ``nano gmx-job.sh``. Ask for 1, 2, 4, or 8 CPU
    cores with the ``--cpus-per-task`` option.

doc/en/resources/memory.rst

@@ -110,7 +110,7 @@ Exercise
 
 **Objective:** cause an out-of-memory situation in a job.
 
-#. Go to the exercise directory with ``cd ~/cq-formation-cip201-main/lab/sort``.
+#. Go to the exercise directory with ``cd ~/cip201-main/lab/sort``.
 #. If need be, (re)compile the ``bubble`` and ``quick`` programs with the
    ``make`` command.
 #. Edit ``test.sh`` to request ``--mem=400M`` (only 400 mebibytes).

doc/en/resources/time.rst

@@ -112,7 +112,7 @@ algorithms, such as how we intuitively sort playing cards, have an
 thus much faster as the amount of data increases.
 
 #. Go to the exercise directory with
-   ``cd ~/cq-formation-cip201-main/lab/sort``.
+   ``cd ~/cip201-main/lab/sort``.
 #. Compile the ``bubble`` and ``quick`` programs with the ``make`` command.
 #. Edit ``test.sh`` to add ``time -p`` before the ``./bubble`` and ``./quick``
    commands.

doc/en/slurm/scripts.rst

@@ -25,8 +25,7 @@ Exercise - Simple script
 ------------------------
 
 #. Log in to the virtual cluster with ``ssh login1``.
-#. Go to the exercise directory with
-   ``cd ~/cq-formation-cip201-main/lab/script``.
+#. Go to the exercise directory with ``cd ~/cip201-main/lab/script``.
 #. In the ``simple.sh`` file, edit the ``#SBATCH`` options according to the
    instructions there:
 

doc/en/task-types/parallel.rst

@@ -144,8 +144,7 @@ Exercise
 
 **Instructions**
 
-#. Go to the exercise directory with ``cd
-   ~/cq-formation-cip201-main/lab/pi-multi-threaded``.
+#. Go to the exercise directory with ``cd ~/cip201-main/lab/pi-multi-threaded``.
 #. Compile the ``pi`` program with the ``make`` command.
 #. Start an interactive job with ``salloc [...] --time=00:10:00``. Replace
    ``[...]`` by the parallelism options necessary for a multi-threaded job and
@@ -315,8 +314,7 @@ Exercise
 
 **Instructions**
 
-#. Go to the exercise directory with ``cd
-   ~/cq-formation-cip201-main/lab/pi-mpi``.
+#. Go to the exercise directory with ``cd ~/cip201-main/lab/pi-mpi``.
 #. Compile the ``pi`` program with the ``make`` command.
 #. Start an interactive job with ``salloc [...] --time=00:10:00``.
    Replace ``[...]`` by the parallelism options necessary for an MPI program

doc/en/task-types/serial.rst

@@ -165,8 +165,7 @@ Exercise
 
 #. If you are not already on the login node ``login1``, log in with
    ``ssh login1``.
-#. Go to the exercise directory with
-   ``cd ~/cq-formation-cip201-main/lab/fibonacci-serial``.
+#. Go to the exercise directory with ``cd ~/cip201-main/lab/fibonacci-serial``.
 #. Compile the ``fibo`` program with the ``make`` command.
 #. Start an interactive job with ``salloc --cpus-per-task=2
    --time=00:10:00``.

doc/fr/index.rst

@@ -21,8 +21,7 @@ La section suivante présente les deux **types de tâches de calcul**. Les
 discussion plus approfondie, incluant la différence entre les programmes
 parallèles multi-fils et MPI. Le parallélisme de données est mentionné
 brièvement et fait l’objet d’un atelier subséquent, `Gestion de grands lots de
-tâches <https://calculquebec.github.io/cq-formation-cip202/fr/index.html>`__
-(CIP202).
+tâches <https://calculquebec.github.io/cip202/fr/index.html>`__ (CIP202).
 
 **Estimer les ressources requises** pour une tâche de calcul peut être un défi !
 Cette section discute du :doc:`temps <resources/time>` de calcul, de la
@@ -49,10 +48,9 @@ utilisateurs <monitoring/user-portal>` qui facilite le suivi des tâches.
     pour les exercices sont dans votre répertoire personnel sur la plateforme.
 
     Si vous suivez cet atelier par vous-même, vous pouvez télécharger `les
-    fichiers nécessaires
-    <https://github.com/calculquebec/cq-formation-cip201>`__ et réaliser les
-    exercices sur n’importe quelle grappe de Calcul Québec ou de l’Alliance de
-    recherche numérique du Canada. Le temps d’attente pour l’exécution des
+    fichiers nécessaires <https://github.com/calculquebec/cip201>`__ et réaliser
+    les exercices sur n’importe quelle grappe de Calcul Québec ou de l’Alliance
+    de recherche numérique du Canada. Le temps d’attente pour l’exécution des
     tâches sera toutefois plus long que sur la plateforme infonuagique.
 
 .. toctree::