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practical-python/README.md
David Beazley 80a96cd0ac Minor edits
2020-05-28 18:12:20 -05:00

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# Welcome!
When I first learned Python nearly 25 years ago, I was immediately
struck by how I could productively apply it to all sorts of messy work
projects. Fast-forward a decade and I found myself teaching others the
same fun. The result of that teaching is this course--A no-nonsense
treatment of Python that has been actively taught to more than 400
in-person groups since 2007. Traders, systems admins, astronomers,
tinkerers, and even a few rocket scientists who used Python to help
land a rover on Mars--they've all taken this course. Now, I'm pleased
to make it freely available under a Creative Commons license. Enjoy!
--David Beazley ([https://dabeaz.com](https://dabeaz.com)), [@dabeaz](https://twitter.com/dabeaz)
## Prerequisites and Target Audience
The material you see here is the heart of an instructor-led Python
training course. It is typically taught in-person over the span of
three or four days--requiring approximately 25-35 hours of work. This
includes the completion of approximately 130 hands-on coding exercises.
The target audience is scientists, engineers, and programmers who
already have experience in at least one other programming language. No
prior knowledge of Python is required, but knowledge of common
programming topics is assumed. Most participants find the course
challenging--even if they've already been doing a bit of Python
programming.
The goal of this course is to cover foundational aspects of Python
programming with an emphasis on script writing, data manipulation, and
program organization. The course does NOT focus on Python tooling,
IDEs, or third-party packages (i.e., it's not focused on using data
science libraries, Jupyter Notebooks, or on how to deploy an app to
the cloud). It IS a course that aims to cover fundamental ideas about
how Python programs work and how they are organized. Students WILL
have to write scripts, functions and classes, work with code spread
across multiple source files, deal with modules, and solve various
problems related to refactoring.
To complete this course, you need nothing more than a basic
installation of Python 3.6 or newer and time to work on it--especially
the latter.
## What This Course is Not
This is not a course for absolute beginners on how to program a
computer. It is assumed that you already have programming experience
in some other programming language or Python itself. You're not
going to find cute stories about looping--or why you would want to do it.
This is not a course that aims to cover absolutely everything there is to know
about Python. There is only so much material you can cover in 3-4 days
before heads start to explode. If you're working through the course
and wondering "why wasn't X covered?" there's probably a good
reason--it was once included and it made everyone's head explode.
Either that or there simply wasn't enough time to cover it.
This is not a course that aims to cover reference material, tricks, or
recipes that you could just look up on
[python.org](https://python.org), Google, or Stack Overflow. Yes,
there is enough reference material given to be functional, but the
course is more focused on how to work with and think about Python
coding.
This is not a course for software engineers on how to write or
maintain a one-million line Python program. I don't write programs
like that and neither should you. Delete something already!
Python is a great language for personal productivity, prototyping ideas,
and hacking cool things together. The course is about doing THAT in
a way that's both practical and not so "hacky" that you co-workers
give you stink-eye when they look at your code.
## Take me to the Course Already!
Ok, ok. Point your browser [HERE](Notes/Contents)!
## Community Discussion
Want to discuss the course? You can join the conversation on
[Gitter](https://gitter.im/dabeaz-course/practical-python). I can't
promise an individual response, but perhaps others can jump in to help.
## Acknowledgements
Llorenç Muntaner was instrumental in converting the course content from
Apple Keynote to the online structure that you see here.
Various instructors have presented this course at one time or another
over the last 12 years. This includes (in alphabetical order): Ned
Batchelder, Juan Pablo Claude, Mark Fenner, Michael Foord, Matt
Harrison, Raymond Hettinger, Daniel Klein, Travis Oliphant, James
Powell, Michael Selik, Hugo Shi, Ian Stokes-Rees, Yarko Tymciurak,
Bryan Van de ven, Peter Wang, and Mark Wiebe.
I'd also like to thank the thousands of students who have taken this
course and contributed to its success with their feedback and
discussion.
## Questions and Answers
### Q: Are there course videos I can watch?
No. This course is about you writing Python code, not watching someone else.
### Q: How is this course licensed?
Practical Python Programming is licensed under a Creative Commons Attribution ShareAlike 4.0 International License.
### Q: May I use this material to teach my own Python course?
Yes, as long as appropriate attribution is given.
### Q: May I make derivative works?
Yes, as long as such works carry the same license terms and provide attribution.
### Q: Do you accept pull requests?
Bug reports are appreciated and may be filed through the [issue
tracker](https://github.com/dabeaz-course/practical-python/issues).
Pull requests are not accepted except by invitation. Please file an
issue first.