autf

function setup() {
	createCanvas(500, 500)
	background('lightgray')
}

function draw() {
	let side = 300
	let third = side / 3
	noStroke()
	translate(100, 100)

autf

require 'nokogiri'
require 'open-uri'

base = 'https://ncode.syosetu.com'
ncode = 'x0000xx'
seen = i = 777
# start from #(seen + 1) chapter

p out = `date -Im`.strip
`mkdir #{out}`

autf

package main

import (
	"io/fs"
	"log"
	"net/http"
	"strings"
)

func isVideoFile(name string) bool {

autf

interface DisjointSets {
    fun connect(p: Int, q: Int)
    fun isConnected(p: Int, q: Int): Boolean
}

class DisjointSetsByArray(val elements: Int) : DisjointSets {
    private val map = IntArray(elements) { -1 }

    private fun top(id: Int): Int {
        if (id !in map.indices) return -1

autf

N = 1000

# s = N.times.each_with_object([1, 1]) { |_, a| a << 2*a[-2] + a[-1] }
# p [s, s.size]

# # https://www.crondose.com/2017/02/fibonacci-sequence-generator-ruby/
# s = N.times.reduce([1, 1]) { |a| a << 2*a[-2] + a[-1] }

# # https://docs.ruby-lang.org/ja/master/class/Enumerator.html#S_NEW
# enum = Enumerator.new { |y|

autf

class trace:
    lv = 0

    # https://docs.python.org/3/reference/datamodel.html#object.__new__
    def __new__(cls, fn):
        def wrapper(x):
            indent = 4 * cls.lv * ' '
            cls.lv += 1
            print(indent + f'f({x})')
            res = fn(x)

autf

class T:
    ...

def _m(my): print('m', my)
T.m = _m

@classmethod
def _cm(cls): print('cm', cls)
T.cm = _cm
## ...OR

autf

import dis
import rich # not in std

class Foo:
	@staticmethod
	def bar(co):
		rich.inspect(co)
		for c in co.co_consts:
			if hasattr(c, 'co_code'):
				Foo.bar(c)

autf

import dis, json, sys, inspect, base64

bs = b'this is bytes'
plex = 1+2j

def code2dict(co):
	d = {}
	for k, v in inspect.getmembers(co):
		# isbuildtin(x) -> Is x a built-in FUNCTION or METHOD?
		if k.startswith('co_') and not inspect.isbuiltin(v):

autf

import sys, itertools

for _, it in itertools.groupby(sorted(sys.stdlib_module_names), lambda s: s[0]):
    for x in sorted(it): print(x)
    print()