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Merge remote-tracking branch 'origin/master' into nightly

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Overhang.IO 2023-04-12 09:24:12 +00:00
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2
docs/configuration.rst
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@ -402,7 +402,7 @@ Note that your edx-platform version must be a fork of the latest release **tag**
If you don't create your fork from this tag, you *will* have important compatibility issues with other services. In particular:
- Do not try to run a fork from an older (pre-Nutmeg) version of edx-platform: this will simply not work.
- Do not try to run a fork from an older (pre-Olive) version of edx-platform: this will simply not work.
- Do not try to run a fork from the edx-platform master branch: there is a 99% probability that it will fail.
- Do not try to run a fork from the open-release/olive.master branch: Tutor will attempt to apply security and bug fix patches that might already be included in the open-release/olive.master but which were not yet applied to the latest release tag. Patch application will thus fail if you base your fork from the open-release/olive.master branch.

4
docs/install.rst
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@ -121,11 +121,11 @@ Major Open edX releases are published twice a year, in June and December, by the
4. Test the new release in a sandboxed environment.
5. If you are running edx-platform, or some other repository from a custom branch, then you should rebase (and test) your changes on top of the latest release tag (see :ref:`edx_platform_fork`).
The process for upgrading from one major release to the next works similarly to any other upgrade, with the ``launch`` command (see above). The single difference is that if the ``launch`` command detects that your tutor environment was generated with an older release, it will perform a few release-specific upgrade steps. These extra upgrade steps will be performed just once. But they will be ignored if you updated your local environment (for instance: with ``tutor config save``) before running ``launch``. This situation typically occurs if you need to re-build some Docker images (see above). In such a case, you should make use of the ``upgrade`` command. For instance, to upgrade a local installation from Maple to Nutmeg and rebuild some Docker images, run::
The process for upgrading from one major release to the next works similarly to any other upgrade, with the ``launch`` command (see above). The single difference is that if the ``launch`` command detects that your tutor environment was generated with an older release, it will perform a few release-specific upgrade steps. These extra upgrade steps will be performed just once. But they will be ignored if you updated your local environment (for instance: with ``tutor config save``) before running ``launch``. This situation typically occurs if you need to re-build some Docker images (see above). In such a case, you should make use of the ``upgrade`` command. For instance, to upgrade a local installation from Nutmeg to Olive and rebuild some Docker images, run::
tutor config save
tutor images build all # list the images that should be rebuilt here
tutor local upgrade --from=maple
tutor local upgrade --from=nutmeg
tutor local launch
.. _autocomplete:

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docs/quickstart.rst
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@ -22,7 +22,7 @@ Yes :) This is what happens when you run ``tutor local launch``:
2. Configuration files are generated from templates.
3. Docker images are downloaded.
4. Docker containers are provisioned.
5. A full, production-ready Open edX platform (`Nutmeg <https://edx.readthedocs.io/projects/edx-installing-configuring-and-running/en/open-release-olive.master/platform_releases/olive.html>`__ release) is run with docker-compose.
5. A full, production-ready Open edX platform (`Olive <https://edx.readthedocs.io/projects/edx-installing-configuring-and-running/en/open-release-olive.master/platform_releases/olive.html>`__ release) is run with docker-compose.
The whole procedure should require less than 10 minutes, on a server with good bandwidth. Note that your host environment will not be affected in any way, since everything runs inside docker containers. Root access is not even necessary.