I have spent quite a bit of time working with Splintelands data over the last years. This has included mining battle data, analyzing card stats, guild data etc. Something I have long been thinking about is to compile these various scripts, functions and classes into a python package, in case someone else could have use for it.
I finally pulled the trigger and created a Github repository for it. I named it spltools, because I am not particularly creative with these things. Anyway, the link to the repo is:
For now, it only contains two things.
I plan to slowly add in new functionality to this package over time. Updates will likely be accompanied by a Hive post.
The main content of the package currently is the getCardData function, which downloads information about all Splinterlands cards from https://api2.splinterlands.com/cards/get_details. (Some browsers, like Firefox, allow you to view the data in that url conveniently in the browser).
The function is very simple. There is no input argument, and all it does is to ask splinterlands for the card information data, and then use the json library to build a python dictionary from the returned data. If the data request is successful, we get the card information in the carddata variable.
I then add an id filter with a list comprehension, to remove all the Soulkeep cards from the data. The Soulkeep cards have ids larger than 10000, while Splinterlands cards currently go up to 706.
Here we have the name, id, color etc. The stats field is another dictionary with keys "attack", "ranged", etc, which are lists containing the card stats at each level.
We also get information about the card distribution. Goblin Shaman has 185254 total printed.
I have a goal with this package to provide examples for most of the functions and classes it contains. To start with, I have made this tiny program to call the getCardData function. This script, printAllNamesAndIds.py, can be found in the examples folder:
This program imports the getCardData function, calls it, and then loops over the cards and prints their names and ids. I am a big fan of the fstring functionality in Python, which allows me to easily insert the names and ids into the output string . The output looks like this:
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