silverweed

-- generate random assembly for tiny
opcodes = {
	{{ 'AND', 'm', 'm' }, { 'AND', 'm', 'c' }},
	{{ 'OR', 'm', 'm' }, { 'OR', 'm', 'c' }},
	{{ 'XOR', 'm', 'm' }, { 'XOR', 'm', 'c' }},
	{{ 'NOT', 'm' }},                          
	{{ 'MOV', 'm', 'm' }, { 'MOV', 'm', 'c' }},
	{{ 'RANDOM', 'm' }},                          
	{{ 'ADD', 'm', 'm' }, { 'ADD', 'm', 'c' }},
	{{ 'SUB', 'm', 'm' }, { 'SUB', 'm', 'c' }},

silverweed

/* Roman numbers calculator
 * compile with something like: `bison rocalc.y && gcc -o rocalc rocalc.tab.c -lm`
 * Requires: Bison >= 3.0
 * Author: silverweed
 */
%{
  #include <math.h>
  #include <stdio.h>
  #include <string.h>
  int yylex(void);

silverweed

rovars: rovars.tab.c lex.yy.c
	gcc -o rovars $^ -lm

rovars.tab.c: rovars.y
	bison -d $<

lex.yy.c: rovars.l
	flex $<

silverweed

#!/usr/bin/gawk -f
# C / C++ code minifier by silverweed
# Strips all superfluous blank spaces still producing compilable code.
# Somewhat tested.

BEGIN {
	for (i = 1; i < length(ARGV); ++i) {
		if (match(ARGV[i],/^-([0-9]+)$/,mch)) {
			maxlines = mch[1]
		}

silverweed

# http://www.reddit.com/r/dailyprogrammer/comments/32vlg8/20150417_challenge_210_hard_loopy_robots/
type Point{T <: Real}
	x :: T
	y :: T
end

const NORTH = uint8(0)
const EAST  = uint8(1)
const SOUTH = uint8(2)
const WEST  = uint8(3)

silverweed

#!/usr/bin/python3
# simple Pokepon client
# by silverweed
import telnetlib
import getpass
import hashlib
import sys
import signal
from threading import Thread
import re

silverweed

-- Example ROCK program
-- Print all primes up to limit.
-- Note: the function calling convention is that:
-- 1- arguments are passed via the $arg, $arg2, ... variables.
-- 2- return values are passed via the $res, $res2, ... variables.
-- 3- all those variables must be declared by the callee.
-- 4- internally, all functions use labels with names prefixed by
--    function_name_*
-- 5- internally, all functions call variables with a leading _.
--    This means that all variables starting with a _ should be considered

silverweed

/* experimental hash library in ANSI C
 * @author silverweed
 * @license GNU GPL v3
 */
#include "hash.h"
#include <stdlib.h>

#define DEBUG 1

#if DEBUG >= 1

silverweed

window.startClock = (finalTime, startingDiffHrs) ->
	$ = init()

	drawCircle = (coord) ->
		sw 2
		s circle coord...
		fcol 0, 0, 0
		f circle coord[0], coord[1], coord[2]/20
		for i in [1..10]
			a = 2*PI/10 * i

silverweed

{-# LANGUAGE OverloadedStrings, ExtendedDefaultRules #-}
module Main where

import Database.MongoDB
import Data.Text     (unpack)
import Data.Int      (Int64)
import Data.List     (groupBy, nub)
import Data.DateTime (DateTime, fromSeconds, toGregorian')
import Data.UnixTime (diffUnixTime, secondsToUnixDiffTime, fromEpochTime, udtSeconds)