Sofus Albert Høgsbro Rose
6d72287d07
Small things may be missing, but this is the gist of it. All runs in rootless container images (who think internally that they are root). |
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exer_1/exer_1_2 | ||
exer_2 | ||
exer_3 | ||
exer_6 | ||
README.md | ||
run.sh |
README.md
DTU Python Support Exercises
Implements the exercises at https://pythonsupport.dtu.dk/internal/exercises.html.
You'll need:
bash
: To run the.sh
script.podman
: To run the exercises in rootless containers.python3
,python3-pip
,python3-future
: To pass Exercise 4 (too lazy to containerizepip show
).
Running the Exercises
Each exercise will run the corresponding run.sh
in a rootless container, with bash -x
(so you can see what they're doing exactly).
To run them all, run:
for exer in { exer_1_2 exer_2 exer_3 exer_4 exer_5 exer_6 exer_7 exer_8 }; do
./run.sh $exer
done
Each exercise will exit into a bash shell within the container, so you can play around.
NOTE: Exercise 3 should fail, as numpy==1.23
is not compatible with Python 3.11.
NOTE: Exercise 4 will fail if system-level pip
and future
isn't installed.
Reuse
These run.sh
files can be used as templates for the described end-to-end installation procedure.
Note the MIT license.
Running with Non-Debian Image
This may be useful for testing / as a baseline for testing installation procedures on any OS.
In run.sh
, simply replace
IMAGE="docker.io/debian:bookworm-slim"
with the Docker image of the OS you wish to test.