I think that once the built-in modules are mention above in the post, the recap paragraph:
Let’s recap the order in which Python searches for modules to import:
1. modules in the Python Standard Library (e.g. math, os)
2. modules or packages in a directory specified by sys.path:
1. If the Python interpreter is run interactively:
- sys.path[0] is the empty string ''. This tells Python to search the current working directory from which you launched the interpreter, i.e. the output of pwd on Unix systems.
If we run a script with python <script>.py:
- sys.path[0] is the path to <script>.py
2. directories in the PYTHONPATH environment variable
3. default sys.path locations
could be expressed something like:
Let’s recap the order in which Python searches for modules to import:
1. modules built-in in the Python Standard Library (e.g. math, os)
2. modules or packages in a directory specified by sys.path:
1. If the Python interpreter is run interactively:
- sys.path[0] is the empty string ''. This tells Python to search the current working directory from which you launched the interpreter, i.e. the output of pwd on Unix systems.
If we run a script with python <script>.py:
- sys.path[0] is the path to <script>.py
2. directories in the PYTHONPATH environment variable
3. default sys.path locations.
That is, rest of the modules in the Python Standard Library that are not built-in (e.g. random).
- sys.path[1:], or sys.path[2:] on case PYTHONPATH environment variable exists.
Hope you find it helpful and thanks a lot for your clear and tidy post.
Hi,
I was reading carefully your great post https://chrisyeh96.github.io/2017/08/08/definitive-guide-python-imports.html because I discovered in it insights that I was for long wanted to clarify.
I think that once the built-in modules are mention above in the post, the recap paragraph:
could be expressed something like:
Hope you find it helpful and thanks a lot for your clear and tidy post.