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Description:

pythonqualify 0.1.1

qualify
A Python package that allows you to import top-level modules which
reside in a directory that is not on sys.path.
Rationale
This is for scenarios where you have a collection of top-level
modules but you want to keep their parent directory off sys.path.
Example:
You have a directory d that contains two top-level modules with
the rather generic names main and utils.
You want to import these modules but also keep their parent
directory d off sys.path to keep the global namespace of
top-level modules from being polluted with these generic names.
However, main refers to utils by its top-level name. So if you
just run import d.main, you’d get an error:

ModuleNotFoundError: No module named 'utils'

Running enable_submodules('d') will allow you to import d.main
successfully.
Running import d.main will add the following modules to
sys.modules:

d
d.main
d.utils

Note that unlike similar implementations, the python_qualify package
does not touch sys.path. This helps prevent unwanted modules from
being exposed to the global namespace.
Installation
Installing from PyPI
To install qualify from PyPI, open a shell and run:
pip install python-qualify

If that doesn’t work, try:
python3 -m pip install python-qualify

Installing from the AUR
Direct your favorite
AUR helper to the
python-qualify package.
Usage
See USAGE.md
or man python_qualify for details.
Contributing to qualify
See CONTRIBUTING.md.
License
Copyright (c) 2024 Claudia Pellegrino
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
For a copy of the License, see LICENSE.

Configuration
Paste into __init__.py of the affected package:
import python_qualify
python_qualify.enable_submodules(__name__)

Description
A Python package that allows you to import top-level modules which
reside in a directory that is not on sys.path.
This is for scenarios where you have a collection of top-level
modules but you want to keep their parent directory off sys.path.
Example
You have a directory d that contains two top-level modules with
the rather generic names main and utils.
You want to import these modules but also keep their parent
directory d off sys.path to keep the global namespace of
top-level modules from being polluted with these generic names.
However, main refers to utils by its top-level name. So if you
just run import d.main, you’d get an error:

ModuleNotFoundError: No module named 'utils'

Running enable_submodules('d') will allow you to import d.main
successfully.
Notes
Running import d.main will add the following modules to
sys.modules:

d
d.main
d.utils

Note that unlike similar implementations, the python_qualify package
does not touch sys.path. This helps prevent unwanted modules from
being exposed to the global namespace.