artursapek

preload = (urls) ->
  for url in urls
    braces = url.match(/{\d\.\.\d}/g)
    if braces
      nums = braces[0].match(/\d/g)
      expanded = []
      for num in [nums[0]..nums[1]]
        expanded.push url.replace(braces[0], num)
      preload expanded
    else

artursapek

// Download a file to your machine
download = function(key){
  // The CM download API call only requires a key as a parameter. 
  // Here we also include a second options parameter where "filename" tells
  // the SDK we want to download the file to our local filesystem.
  cm.download(key, {filename: key});
}

artursapek

cm.destroy(key)
  .on('complete', function(){ 
    $('span[item="' + key + '"]').remove();
  })

artursapek

import random

image = open('e.jpg', 'r')
lines = ''.join(image.readlines())
image.close()
ran = int(random.random() * len(lines))

for i in range(0, int(str(ran)[:1])/2):
    ran = int(random.random() * len(lines))
    t = lines[ran:ran+ran*6]

artursapek

for i in range(0, 101):
    d = {}
    d[i % 3], d[i % 5] = 'Fizz', 'Buzz'
    if 0 in d: 
        if len(d) == 1:
            print 'FizzBuzz'
        else: 
            print d[0]
    else: 
        print i

artursapek

/* 
     bandscape CSS
     author: Artur Sapek 
*/

html, body{
	height:100%;
	margin:0px;
	overflow:hidden;
	background:#F5F5F6;

artursapek

// DOM objects used in bandscape main view
// author: Artur Sapek
// bandscape 2011

// pre: nothing
// post: returns top-right control on the map, date and city (city doesn't do anything) and injects into DOM
function dateControl(){
	var me = this;
	this.dropdownFairGame = true;
	this.keepopen = false;

artursapek

<script type="text/javascript">

	csrfTOKEN = '{{ csrf_token }}';
	profileID = '{{ user.profile.id }}';

	function setDownToJam(bool){
		$.ajax({
		  type: 'POST',
		  url: '/jam/down-to-jam-ajax/',
		  data: {'csrfmiddlewaretoken': csrfTOKEN,

artursapek

// bandscape vmarker library written by Artur Sapek
// puts a venue's custom marker on the map and makes it interact with the Hub

vmarker = function(args){
	for (var a in args){
		this[a] = args[a];
	}
	this.draw(this.x, this.y, this.name);
}
vmarker.prototype.draw = function(x, y, name){

artursapek

import re

class finder():

    # I got these dicts from someone on Stackoverflow. They translate common letters to visually similar unicode keys.
    # This will let us match an N with a tilde to a regular N, for example
    global unicode_to_text_Matches
    unicode_to_text_Matches = { 161: '!', 192: 'A', 193: 'A', 194: 'A', 195: 'A', 196: 'A', 197: 'A', 198: 'Ae', 199: 'C', 200: 'E', 201: 'E', 202: 'E', 203: 'E', 204: 'I', 205: 'I', 
                                        206: 'I', 207: 'I', 208: 'Th', 209: 'N', 210: 'O', 211: 'O', 212: 'O', 213: 'O', 214: 'O', 216: 'O', 217: 'U', 218: 'U', 219: 'U', 220: 'U', 221: 'Y', 222: 'th', 223: 'ss', 224: 'a', 
                                        225: 'a', 226: 'a', 227: 'a', 228: 'a', 229: 'a', 230: 'ae', 231: 'c', 232: 'e', 233: 'e', 234: 'e', 235: 'e', 236: 'i', 237: 'i', 238: 'i', 239: 'i', 240: 'th', 241: 'n', 242: 'o',