User4574

class Variable
  def initialize(domain)
    @domain = domain
  end

  def fixed?
    if @domain.length == 1
      @domain[0]
    else
      false

User4574

#include <regex.h>
#include <stdio.h>
#include <stdlib.h>

int main(int argc, char** argv) {
  regex_t* preg;
  int reti;
  char* linebuf;
  char insection;

User4574

keycode 10 = exclam 1 exclam 1 onesuperior exclamdown onesuperior
keycode 11 = quotedbl 2 quotedbl 2 twosuperior oneeighth twosuperior
keycode 12 = sterling 3 sterling 3 threesuperior sterling threesuperior
keycode 13 = dollar 4 dollar 4 EuroSign onequarter EuroSign
keycode 14 = percent 5 percent 5 onehalf threeeighths onehalf
keycode 15 = asciicircum 6 asciicircum 6 threequarters fiveeighths threequarters
keycode 16 = ampersand 7 ampersand 7 braceleft seveneighths braceleft
keycode 17 = asterisk 8 asterisk 8 bracketleft trademark bracketleft
keycode 18 = parenleft 9 parenleft 9 bracketright plusminus bracketright
keycode 19 = parenright 0 parenright 0 braceright degree braceright

User4574

#!/usr/bin/ucblogo

print [Hello, World!]
bye

User4574

be "bad".

outer is unary {
  inner is nonary {
    POST
  },
  export inner ' This is going to end in failure.
}.

outer 4.

User4574

s is need "stdio".

f is nonary {
  add is binary {
    PRE + POST
  },
  s:println 4 add 5,
  s:println add
}.

User4574

> isCorner(3);
undefined
> rows
5
> cols
5
> isCorner
function isCorner(i) {
  return
    i == 0 ||

User4574

function deepExtend(target, source) {
  Object.keys(source).forEach(function(key) {
    var value = source[key];
    var dest = target[key];
    var sourceType = typeof value;
    var destType = typeof target[key];

    if (Array.isArray(value) && Array.isArray(dest))
      target[key] = dest.concat(value);
    else if (sourceType === destType && sourceType === 'object')

User4574

#!/usr/bin/env ruby

require 'json'
Products = JSON.parse(DATA.read)
Productindex = Products.keys

ingredientsstack = []
buildstack = {}

build = ARGV.shift

User4574

include "globals.mzn";

% Given an integer n and a real e
par int:   n = 566*708;
par float: e = 16/9;

% Find two integers r <= c
var int: r; var int: c;
constraint c >= r;
output [