RocketRace

pattern = (
    b'(?:\\\r\\\n|\\\r|\\\n)|(?:[\x00-\x08\x0e-\x1f\x7f]|(?:\\\t|\\\x0b|\\\x0c'
    b')|\xc2[\x80-\x9f\xad]|\xd8\x9c|\xe1\xa0\x8e|\xe2(?:\x80[\x8b\x8e\x8f\xa8'
    b'-\xae]|\x81[\xa0-\xaf])|\xef(?:\xbb\xbf|\xbf[\xb0-\xbb])|\xf0(?:\x93\x90'
    b'[\xb0-\xbf]|\x9b\xb2[\xa0-\xa3]|\x9d\x85[\xb3-\xba])|\xf3\xa0(?:\x80['
    b'\x80-\x9f]|[\x82\x83\x88-\xbf][\x80-\xbf]|\x87[\xb0-\xbf]))|(?:\xd8[\x80'
    b'-\x85]|\xdb\x9d|\xdc\x8f|\xe0(?:\xa2[\x90\x91]|\xa3\xa2|\xb5\x8e)|\xf0'
    b'\x91(?:\x82\xbd|\x83\x8d|\x87[\x82\x83]|\xa4\xbf|\xa5\x81|\xa8\xba|\xaa['
    b'\x84-\x89]|\xb5\x86|\xbc\x82))*(?:(?:(?:\xe1(?:\x84[\x80-\xbf]|\x85[\x80'
    b'-\x9f])|\xea\xa5[\xa0-\xbc])*(?:(?:\xe1(?:\x85[\xa0-\xbf]|\x86[\x80-\xa7'

RocketRace

import argparse, time

# Instruction format:
# 1xxxxxxx noop
# 0xxxxxxx add xxxxxxx to x register as a 7-bit signed integer

parser = argparse.ArgumentParser()
parser.add_argument('subcommand', choices=['run', 'assemble', 'compile'])
parser.add_argument('input')
parser.add_argument('--out', required=False)

RocketRace

addx 1
addx 2
addx 2
addx 2
addx 2
addx 2
addx 2
addx 2
addx 2
addx 2

RocketRace

⎕IO ← 0
⍝ Day 1
⍝ Input: a nested vector of numbers
d1p1 ← ⌈/+/¨
d1p2 ← {+/ 3↑ {⍵[⍒⍵]} +/¨⍵}
⍝ Day 2
⍝ Input: a `n 2`-shaped character matrix
d2p1a ← {+/ 1 {⍵ + 1 + 3 × 3 | 1 + ⍵ - ⍺}¨ ⍥ ((⍉ (3∘| 'ABCXYZ'∘⍳)¨ ⍵)∘(↑⍨)) ¯1}
d2p2a ← {+/ 1 {(3 × ⍵) + 1 + 3 | ⍵ + ⍺ - 1}¨ ⍥ ((⍉ (3∘| 'ABCXYZ'∘⍳)¨ ⍵)∘(↑⍨)) ¯1}
⍝ Alternate input: two equal-length character vectors

RocketRace

// Minesweeper 2.0
var readline = require("readline")
var crypto = require("crypto")
var readline = require("readline")
readline.emitKeypressEvents(process.stdin);
var stdin = process.stdin
var stdout = process.stdout
stdin.setRawMode(true);
var width = 35
var height = 15

RocketRace

content = "\n".join([f"**{x.get('name')}** : {', '.join([f'{k}: `{v[0]},{v[1]}`' if isinstance(v, list) else f'{k}: `{v}`' for k, v in sorted(x.items(), key=lambda λ: λ[0]) if k not in ['name', 'tags']])}" if not isinstance(x, str) else x for x in [matches[0]] + sorted(matches[1:], key=lambda λ: (λ[sort_by], λ[secondary_sort_by]), reverse=reverse)[first_result:last_result + 1]])

RocketRace

// 99 bottles of beer in babalang

//define variables and create some sentences



// string numbers
0_str is you and move and more and move and more and more and more and more
1_str is 0_str and move
2_str is 1_str and move

RocketRace

===Fibonacci===
 // This function prints each digit of the digits of an input's ASCII representation.
 // This is optional, but makes the result much tidier.
 ord is level and has input
 
     // No magic numbers! Every literal has to be constructed :/
 
     // ASCII strings of each digit
     0_str is you and move and more and move and more and more and more and more
     1_str is 0_str and move