jquast

110 dim t$(16),f$(16):for i=1 to 16:t$(i)="":f$(i)="":next
130 t$(1)="back2pet (demo!)":t$(2)="frobots4 (demo!)"
150 t$(3)="miner!    (1980)":t$(4)="pbros    (2023)"
170 t$(5)="tut-tut   (2021)":t$(6)="3d maze ..(2021)"
190 t$(7)="escape .. (2024)":t$(8)="defender  (2020)"
220 t$(9)="trekwar   (2022)":t$(10)="pssp      (2023)"
240 t$(11)="truchet   (2025)":t$(12)="kenatron  (2025)"
260 t$(13)="microchess(1978)":t$(14)="vortex    (1982)"
280 t$(15)="space!    (1979)":t$(16)="galaga    (1982)"
330 ms$="welcome to the 2025 detroit retro gaming show!     "

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#!/usr/bin/env python
#-u
# Python 2.4+ required
# by [email protected]

# This utility creates a multiplexing i/o pipe between a master process
# and multiple child processes. The master process reads in one input file
# and delegates equal chunks of those files into each child process.
#
# The child process script may be a binary program, too. so long as it

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import blessed
import os, glob
import math
# TODO:
# - fast in-memory string compression of output
# - run at ~some fps, index into frames by rtt /2 use terminal query
import asyncio, telnetlib3

class MyTelnetServer(telnetlib3.TelnetServer):
    def on_naws(self, rows, cols):

jquast

#### note: I wouldn't recommend using the python library of libchafa, at least, at the time of authoriship,
### it segfaulted every ~100 calls. I would suggest to use subprocess.Popen family of calls to the 'chafa'
### CLI utility, instead.


# TODO: calibration of FONT_RATIO:
import os
# ".. make a perfect circle ..."
import blessed 
from chafa import *

jquast

public class ChessPiece {
    String kind;
    Position pos;
    ChessPiece next;

    ChessPiece(String kind, int xpos, int ypos)
    {
        this.kind = kind;
        this.pos = new Position(xpos, ypos);
        next = null;

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# inspired by https://www.theverge.com/2020/5/18/21262316/doordash-pizza-profits-venture-capital-the-margins-ranjan-roy
import math

starting_cash = 16
cost_to_order = 16
doordash_pays = 24
cost_of_pizza = 4

cash = starting_cash

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function rfile {
    base=''
    [ -n "${1}" ] && base="$1"/
    ls -1rt ${1:-} | tac \
        | while read f
        do [ -f "${base}$f" ] && echo ${base}$f && break
    done
}

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import os
import time
import slack
import random

client = slack.WebClient(token=os.environ['SLACK_BOT_TOKEN'])

#response = client.chat_postMessage(
#    channel=' #adam-test-channel',
#    text="Hello world!")

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#!/bin/ksh
awk -v scale=$1 -v precision=$2 '
BEGIN {
  # f_bytes and b_bytes, forwards and backwards for up and down-scaling
  f_bytes="B K M G T P E Z"
  b_bytes="Z E P T G M K B"

  usage=0 # flipped on error condition, exit with usage
  if ((scale == "-h") || (scale == "--help"))
    usage=1

jquast

public class ChessPiece {
    String kind;
    Position pos;
    ChessPiece next;

    ChessPiece(String kind, int xpos, int ypos)
    {
        this.kind = kind;
        this.pos = new Position(xpos, ypos);
        next = null;