supposedly

@RULE bct

An implementation of bitwise cyclic tag.

state 0: Vacuum.

state 1: Data-tape 0.
state 2: Data-tape 1.

state 3: Program-tape 0.

supposedly

import pkg_resources
import platform
import os
from collections import defaultdict
from inspect import cleandoc

import asyncpg
import discord
from discord.ext import commands

supposedly

import inspect
from functools import wraps
from itertools import islice, starmap


def _callable(obj):
    return callable(obj) and obj is not inspect._empty


def convert(hint, val):

supposedly

Big ol' list of third-party Python 3 argparse alternatives

Bold+italics means the lib is probably worth checking out above the rest. joffrey is my own.

argparse wrappers

• argh
• argson
• argvee
• ClassCLI
• Declarative Parser

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import sys
from os import path

ACTIVE, INACTIVE = 'active', 'inactive'  # For convenience/ease of renaming the variables, should need be
# TODO: Consider reordering alphabetically to match Golly
N_HOODS = 'cekainyqjrtwz'
NAPKINS = {
  k: dict(zip(N_HOODS, ([INACTIVE if state == '0' else ACTIVE for state in npk] for npk in v))) for k, v in {
    '0': '',
    '1': ('00000001', '10000000'),

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@RULE bf
********************************
**** COMPILED FROM NUTSHELL ****
****        v0.6.0a         ****
********************************

Brainfuck!

1: +
2: -

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/*
SCSS RFS mixin - converted unofficially to JS
Please note that the author(s) and maintainer(s) of RFS aren't responsible for this port. Direct issues to @supposedly

********

Automated responsive values for font sizes, paddings, margins and much more

Licensed under MIT (https://github.com/twbs/rfs/blob/master/LICENSE):

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class _Group:
    def __init__(self, *patterns, name=None):
        self._patterns = list(patterns)
        self._name = name
        self._force_group = False

    @property
    def name(self):
        if self._name is None:
            return '?:'

supposedly

from decimal import Decimal  # for accurate math

ZERO = Decimal('0')

# I don't know what to actually call this but it's for different
# node types
# eg do `P = Unit(); NP = Unit(); VP = Unit(); etc`
# The class overrides the > + operators to make it easy to write
# relationships, like P > NP or VP > V+NP
class Unit: