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https://github.com/wimglenn/advent-of-code-data

Get your Advent of Code data with a single import statement
https://github.com/wimglenn/advent-of-code-data

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Get your Advent of Code data with a single import statement

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README 

        
Advent of Code data

===================



|pyversions|_ |pypi|_ |womm|_ |actions|_ |codecov|_



.. |pyversions| image:: https://img.shields.io/pypi/pyversions/advent-of-code-data.svg

.. _pyversions: 



.. |pypi| image:: https://img.shields.io/pypi/v/advent-of-code-data.svg

.. _pypi: https://pypi.org/project/advent-of-code-data/



.. |womm| image:: https://cdn.rawgit.com/nikku/works-on-my-machine/v0.2.0/badge.svg

.. _womm: https://github.com/nikku/works-on-my-machine



.. |actions| image:: https://github.com/wimglenn/advent-of-code-data/actions/workflows/tests.yml/badge.svg

.. _actions: https://github.com/wimglenn/advent-of-code-data/actions/workflows/tests.yml



.. |codecov| image:: https://codecov.io/gh/wimglenn/advent-of-code-data/branch/main/graph/badge.svg

.. _codecov: https://codecov.io/gh/wimglenn/advent-of-code-data



Speedhackers, get your puzzle data with a single import statement:



.. code-block:: python



   from aocd import data



If that sounds too magical, use a simple function call to return your data in a string:



.. code-block:: python



   >>> from aocd import get_data

   >>> get_data(day=24, year=2015)

   '1\n2\n3\n7\n11\n13\n17\n19\n23\n31...



If you'd just like to print or keep your own raw input files, there's a script for that:



.. code-block:: bash



   aocd > input.txt  # saves today's data

   aocd 13 2018 > day13.txt  # save some other day's data



Note that ``aocd`` will cache puzzle inputs and answers (including incorrect guesses) clientside, to save unnecessary requests to the server.



*New in version 2.0.0:* Get the example data (and corresponding answers). From `2022 day 5 `_ there was:



.. code-block:: bash



   $ aocd 2022 5 --example

                             --- Day 5: Supply Stacks ---

                         https://adventofcode.com/2022/day/5

   ------------------------------- Example data 1/1 -------------------------------

       [D]

   [N] [C]

   [Z] [M] [P]

    1   2   3



   move 1 from 2 to 1

   move 3 from 1 to 3

   move 2 from 2 to 1

   move 1 from 1 to 2

   --------------------------------------------------------------------------------

   answer_a: CMZ

   answer_b: MCD

   --------------------------------------------------------------------------------



How does scraping the examples work? Check `aocd-example-parser `_ for the gory details.



Quickstart

----------



Install with pip



.. code-block:: bash



   pip install advent-of-code-data



If you want to use this within a Jupyter notebook, there are some extra deps:



.. code-block:: bash



   pip install 'advent-of-code-data[nb]'



**Puzzle inputs differ by user.**   So export your session ID, for example:



.. code-block:: bash



   export AOC_SESSION=cafef00db01dfaceba5eba11deadbeef



*Note:* Windows users should use ``set`` instead of ``export`` here.



The session ID is a cookie which is set when you login to AoC.  You can find it

with your browser inspector.  If you're hacking on AoC at all you probably already

know these kind of tricks, but if you need help with that part then you can

`look here `_.



*Note:* If you don't like the env var, you could also keep your token(s) in files.

By default the location is ``~/.config/aocd/token``. Set the ``AOCD_DIR`` environment

variable to some existing directory if you wish to use another location to store token(s).



*New in version 0.9.0.* There's a utility script ``aocd-token`` which attempts to

find session tokens from your browser's cookie storage. This feature is experimental

and requires you to additionally install the package ``browser-cookie3``. Only Chrome,

Firefox, and Edge browsers are currently supported. On macOS, you may get an authentication

dialog requesting permission, since Python is attempting to read browser storage files.

This is expected, the script *is* actually scraping those private files to access AoC

session token(s).



If this utility script was able to locate your token, you can save it to file with:



.. code-block:: bash



   $ aocd-token > ~/.config/aocd/token



Automated submission

--------------------



*New in version 0.4.0.* Basic use:



.. code-block:: python



   from aocd import submit

   submit(my_answer, part="a", day=25, year=2017)



Note that the same filename introspection of year/day also works for automated

submission. There's also introspection of the "level", i.e. part a or part b,

aocd can automatically determine if you have already completed part a or not

and submit your answer for the correct part accordingly. In this case, just use:



.. code-block:: python



   from aocd import submit

   submit(my_answer)



The response message from AoC will be printed in the terminal. If you gave

the right answer, then the puzzle will be refreshed in your web browser

(so you can read the instructions for the next part, for example).

**Proceed with caution!** If you submit wrong guesses, your user **WILL**

get rate-limited by Eric, so don't call submit until you're fairly confident

you have a correct answer!



*New in version 2.0.0*: Prevent submission of an answer when it is certain the value

is incorrect. For example, if the server previously told you that your answer "1234"

was too high, then aocd will remember this info and prevent you from subsequently

submitting an even higher value such as "1300".



Models

------



*New in version 0.8.0.*



There are classes ``User`` and ``Puzzle`` found in the submodule ``aocd.models``.

Input data is via regular attribute access. Example usage:



.. code-block:: python



    >>> from aocd.models import Puzzle

    >>> puzzle = Puzzle(year=2017, day=20)

    >>> puzzle

    

    >>> puzzle.input_data

    'p=<-1027,-979,-188>, v=<7,60,66>, a=<9,1,-7>\np=<-1846,-1539,-1147>, v=<88,145,67>, a=<6,-5,2> ...



Submitting answers is also by regular attribute access. Any incorrect answers you submitted are remembered, and aocd will prevent you from attempting to submit the same incorrect value twice:



.. code-block:: python



    >>> puzzle.answer_a = 299

    That's not the right answer; your answer is too high. If you're stuck, there are some general tips on the about page, or you can ask for hints on the subreddit. Please wait one minute before trying again. (You guessed 299.) [Return to Day 20]

    >>> puzzle.answer_a = 299

    aocd will not submit that answer again. You've previously guessed 299 and the server responded:

    That's not the right answer; your answer is too high. If you're stuck, there are some general tips on the about page, or you can ask for hints on the subreddit. Please wait one minute before trying again. (You guessed 299.) [Return to Day 20]



Your own solutions can be executed by writing and using an `entry-point `_ into your code, registered in the group ``"adventofcode.user"``. Your entry-point should resolve to a callable, and it will be called with three keyword arguments: ``year``, ``day``, and ``data``. For example, `my entry-point is called "wim" `_ and running against `my code `_ (after ``pip install advent-of-code-wim``) would be like this:



.. code-block:: python



    >>> puzzle = Puzzle(year=2018, day=10)

    >>> puzzle.solve_for("wim")

    ('XLZAKBGZ', '10656')



If you've never written a plugin before, see https://entrypoints.readthedocs.io/ for more info about plugin systems based on Python entry-points.



Verify your code against multiple different inputs

--------------------------------------------------



*New in version 0.8.0.*



Ever tried running your code against other people's inputs? AoC is full of tricky edge cases. You may find that sometimes you're only getting the right answer by luck, and your code will fail on some other dataset. Using aocd, you can collect a few different auth tokens for each of your accounts (github/google/reddit/twitter) and verify your answers across multiple datasets.



To see an example of how to setup the entry-point for your code, look at `advent-of-code-sample `_ for some inspiration. After dumping a bunch of session tokens into ``~/.config/aocd/tokens.json`` you could do something like this by running the ``aoc`` console script:



.. image:: https://user-images.githubusercontent.com/6615374/52138567-26e09f80-2613-11e9-8eaf-c42757bc9b86.png



As you can see above, I actually had incorrect code for `2017 Day 20: Particle Swarm `_, but that `bug `_ only showed up for the google token's dataset. Whoops. Also, it looks like my algorithm for `2017 Day 13: Packet Scanners `_ was kinda garbage. Too slow. According to `AoC FAQ `_:



  *every problem has a solution that completes in at most 15 seconds on ten-year-old hardware*



By the way, the ``aoc`` runner will kill your code if it takes more than 60 seconds, you can increase/decrease this by passing a command-line option, e.g. ``--timeout=120``.



*New in version 1.1.0:* Added option ``--quiet`` to suppress any output from plugins so it doesn't mess up the ``aoc`` runner's display.



*New in version 2.0.0:* You can verify your code against the example input data and answers, scraped from puzzle pages where available, using ``aoc --example``. This will pass the sample input data into your solver instead of passing the full user input data.



How does this library work?

---------------------------



It will automatically get today's data at import time, if used within the 

interactive interpreter.  Otherwise, the date is found by introspection of the

path and file name from which ``aocd`` module was imported.  



This means your filenames should be something sensible. The examples below

should all parse correctly, because they have digits in the path that are

unambiguously recognisable as AoC years (2015+) or days (1-25).



.. code-block::



   q03.py 

   xmas_problem_2016_25b_dawg.py

   ~/src/aoc/2015/p8.py



A filename like ``problem_one.py`` will not work, so don't do that.  If

you don't like weird frame hacks, just use the ``aocd.get_data()`` function 

instead and have a nice day!



Cache invalidation?

-------------------



``aocd`` saves puzzle inputs, answers, prose, and your bad guesses to avoid hitting

the AoC servers any more often than strictly necessary (this also speeds things up).

All data is persisted in plain text files under ``~/.config/aocd``. To remove any

caches, you may simply delete whatever files you want under that directory tree.

If you'd prefer to use a different path, then export an ``AOCD_DIR`` environment

variable with the desired location.



*New in version 1.1.0:* By default, your token files are also stored under ``~/.config/aocd``.

If you want the token(s) and cached inputs/answers to exist in separate locations, you can set

the environment variable ``AOCD_CONFIG_DIR`` to specify a different location for the token(s).