Pathfinder 2 Sqlite

This will be a repository for the code necessary to generate a sqlite database containing the open gaming content for the Pathfinder 2 table-top role-playing-game system that is available under the Open Gaming License. Pull requests welcomed!

Why sqlite?

It's an open, permissively licensed, and portable single-file database that does not require setting up a client/server model. It's also likely that the database will fit into memory easily so performance issues aren't likely to be a problem. Also, most use cases of this data will likely be read only, so the sqlite limitations on concurrent writes won't be an issue either. Finally, it's permissively licensed.

Why not JSON?

Because I'd rather leverage sql's power, than writing internal code to a future Pathfinder 2 app. Also, because sqlite is pretty much language agnostic at this point; Pythonistas, Gophers, Rustaceans, and anything in between can access a sqlite database.

Roadmap

1. Design schema;
2. Write script to generate sqlite database from sql code;
3. Write sql code; and
4. Drinks for all when finished!

Conventions in the Code

Text Encoding

The goal is for all of our stored text in the database to be unicode, preferably UTF-8.

Also, many of the text fields will be in Github-Flavored Markdown.

Text may use the following escape codes:

1. \n for Newline
2. \n\n for a new paragraph
3. \t for Tab
4. \\ for Backslash

The action symbols can be represented by the following characters:

Meaning	Character	Unicode
1 action	⑴	U+2474
2 actions	⑵	U+2475
3 actions	⑶	U+2476
Reaction	🄡	U+1F121
Free action	🄕	U+1F115

Text Formatting

Text formatting will be according to github-flavored markdown.

Identical names

In the case of identical names ex. Sudden Charge for Fighter vs Barbarian we will use an identifier in brackets ex. Sudden Charge (Fighter) vs Sudden Charge (Barbarian) or Lock (Simple) vs Lock (Average).

Ability Scores in Integer Representation

Ability Type	Value
None	0
STR	1
DEX	2
CON	4
INT	8
WIS	16
CHA	32
Free 1	64
Free 2	128

If I wanted to say STR and DEX, I would use a 3. If I wanted STR, WIS, and CHA, that would be 1 + 16 + 32 = 49. This is to give a program-focused data return in addition to the textual representation.