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Another handy way to make it easier for students to do this course on their own would be to create a docker image of all tools needed.
This could either be a "fat" docker image with all tools specified in a single docker file, or it could be a neatly organized collection of individual docker images. Many of which may already exist. The first approach would be convenient and easy to teach, but the second approach would be a more "correct" (or "best practices") demonstration of containerization, but
This would also ensure that we always have a backup to run a problematic tool when we encounter dependency issues during a course.
The text was updated successfully, but these errors were encountered:
Another handy way to make it easier for students to do this course on their own would be to create a docker image of all tools needed.
This could either be a "fat" docker image with all tools specified in a single docker file, or it could be a neatly organized collection of individual docker images. Many of which may already exist. The first approach would be convenient and easy to teach, but the second approach would be a more "correct" (or "best practices") demonstration of containerization, but
This would also ensure that we always have a backup to run a problematic tool when we encounter dependency issues during a course.
The text was updated successfully, but these errors were encountered: