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Here's an example session on a Mac. I created a directory called fermi_summer_school  the shared directory and a file in it called this_is_the_share_directory just so something shows up in a directory listing.  Note that its name does not matter, and you can create it wherever you like or use an existing directory.  This directory will be visible from the container. I then pulled the FermiBottle image from Docker and started it.

(base) user@host % mkdir fermi_summer_schoolshared
(base) user@host % cd fermi_summer_schoolshared
(base) user@host fermi_summer_school % touch this_is_the_share_directory
(base) user@host fermi_summer_school % ls
this_is_the_share_directory
(base) user@host fermi_summer_school % docker pull fssc/fermibottle
Pulling from fssc/fermibottle 
Digest: sha256:f041b634d1b3a6d3a4e3276c8bac486de47a1839365c0a0826569da40c5a9b4710c84c7355b26fdb2dba3ff312028033ac7089868715992cbf0c77fba3bc369e
 Status: Image is up to date for fssc/fermibottle
docker.io/fssc/fermibottle
(base) user@host fermi_summer_school % xhost + 127.0.0.1 && \
docker create -it --init \
-e HOST_USER_ID=`id -u $USER` \
-e DISPLAY=host.docker.internal:0 \
-v "`pwd`$HOME/shared":/datashared \
-p 8888:8888 \
fssc/fermibottle
127.0.0.1 being added to access control list
be68136958ad303810707e78b08080c20490fcdc2ee4b061fb46f464b997e7a4
(base) user@host fermi_summer_school % docker ps -a
CONTAINER ID   IMAGE              COMMAND                  CREATED          STATUS    PORTS     NAMES
be68136958ad   fssc/fermibottle   "/opt/docker/bin/ent…"   19 seconds ago   Created             silly_pasteur
(base) user@host fermi_summer_school % docker start be68136958ad
be68136958ad
(base) user@host fermi_summer_school % docker attach be68136958ad

You can use either the container id or name of the container to start and attach to it.

This puts me in the container. You should notice that the prompt is now the "fermi" user and the container ID. Note that you only have to run the xhost command once.  If you quit the container, you will just have to run the start and attach commands to return to it.

I launched ds9 to make sure X-windows are working. Quit it (assuming it works) and change to the shared directory, which is under /datashared in the container.

(base) [fermi@be68136958ad ~]$ ds9
(base) [fermi@be68136958ad ~shared]$ cd /datashared
(base) [fermi@be68136958ad datashared]$ ls
this_is_the_share_directory

...

(base) user@host fermi_summer_schoolshared % unzip Quick_Test.zip 
Archive:  Quick_Test.zip
   creating: Quick_Test/
  inflating: Quick_Test/Quick_Test.ipynb  
  inflating: Quick_Test/SC00.fits    
  inflating: Quick_Test/3C279_1deg_gti.fits  
(base) user@host fermi_summer_school % ls
Quick_Test/                  Quick_Test.zip               this_is_the_share_directory

...

(base) [fermi@be68136958ad datashared]$ ls
Quick_Test  Quick_Test.zip  this_is_the_share_directory

...

(base) [fermi@be68136958ad datashared]$ conda activate fermi
(fermi) [fermi@be68136958ad datashared]$ cd Quick_Test
(fermi) [fermi@be68136958ad Quick_Test]$ ls
3C279_1deg_gti.fits  3C279_1deg_lc.fits  Quick_Test.ipynb  SC00.fits

(fermi) [fermi@be68136958ad dataQuick_Test]$ notebook
[I 19:02:00.683 NotebookApp] Loading IPython<various parallel extension
[I 19:02:00.685 NotebookApp] Serving notebooks from local directory: /data
[I 19:02:00.685 NotebookApp] Jupyter Notebook 6.3.0 is running at:
[I 19:02:00.685 NotebookApp] http://00.00.00.00:8888/?token=f1c9ca8c84b17e3ebbd6394eaab36aab1a9ee52d61092436
[I 19:02:00.685 NotebookApp]  or http://127.0.0.1:8888/?token=f1c9ca8c84b17e3ebbd6394eaab36aab1a9ee52d61092436
[I 19:02:00.685 NotebookApp] Use Control-C to stop this server and shut down all kernels (twice to skip confirmation).
[C 19:02:00.689 NotebookApp] 
output not shown>     
    To access the notebookserver, open this file in a browser:
        file:///home/fermi/.local/share/jupyter/runtime/nbserverjpserver-606328-open.html
    Or copy and paste one of these URLs:
        
    http://00.00.00.00:8888/?token=f1c9ca8c84b17e3ebbd6394eaab36aab1a9ee52d61092436
     or http://127.0.0.1:8888/tree?token=f1c9ca8c84b17e3ebbd6394eaab36aab1a9ee52d610924362d13b3d5a3c4e69177742f8df5ebeaba475c8a5703042327

You can paste one of the http URLs into the browser (I used the 00.00.00.00 one) on your host machine and should see something like:

Image RemovedImage Added

Click on the Quick_test.ipynb file to open it. You can then run the notebook by select Cell->Run Run→Run All Cells from the menu bar.  It runs one of the Fermitools (gtbin) and then creates a lightcurve. You should then end up with a notebook that looks like this:

Image RemovedImage Added

Congratulations, things seem to be working!

GBM Data Tools Example

The GBM Data Tools tutorials are in Jupyter notebooks.  If you did the example above, you already have a notebook running, but you can't have more than one Jupyter notebook running at a time in FermiBottle by default.  You can use the "Quit" button in the upper right of the Jupyter notebook start page or hit to ctrl-c in the terminal window, which will then prompt you to shut it down.  

The GBM Data Tools are in separate conda environment from the Fermitools.  The GBM team provides the gbm-demos command to launch a list of the tutorial notebooks.

(fermi) [fermi@be68136958ad Quick_Test]$ conda deactivate
(base) [fermi@be68136958ad Quick_Test]$ conda activate fermigbm
(fermigbm) [fermi@be68136958ad Quick_Test]$ gbm-demos

Like before, you will need to paste the URL into an external browser and will then find a list of notebooks.  Open the index.ipynb one, which gives more descriptive list of the available tutorials.  Try the first one on the list "GBM Science Data: Time History Spectra" and do Run→Run All Cells.  It should run quickly and make some plots.  You may see a warning that Basemap is not installed.  That shouldn't be a problem for now.