danbernier

def has_cycle?(items)  # hash: { id => parent_id, id => nil }
  return false if items.size < 2

  items = items.dup

  items.keys.each do |starting_point|
    visited_items = []
    item = starting_point
    while item.present?
      return true if visited_items.include?(item)

danbernier

interface UGen<T> {
  T val();
}

interface Movie {
  void update();
  void draw(PGraphics g);
}

class MovieBag implements Movie {

danbernier

=begin
It's easy to mistakenly say:

    describe 'my feature', type: 'feature' do
      ...
    end
    
...when you really mean:

    describe 'my feature', type: :feature do

danbernier

import wordcram.*;

/*
This takes advantage of two nice WordCram features, and one accident of implementation:

- Feature 1: you can set and get any properties you want on your Words
- Feature 2: you can implement `void wordsCounted(Word[] words)` in your sketch, 
  and it'll be called after the words are counted up

WordCram normalizes the Word weights, so the most-frequent Word has a weight of 1, and 

danbernier

function allTests(thisFnWrapsAllYourTests) {
  var successes = 0;
  var failures = [];
  var scopes = [];

  var msgInScope = function(msg) {
    return scopes.concat([msg]).join(": ");
  }

  var doTheseListsMatch = function(expected, actual) {

danbernier

Keybase proof

I hereby claim:

• I am danbernier on github.
• I am danbernier (https://keybase.io/danbernier) on keybase.
• I have a public key whose fingerprint is 1FAA B199 F574 EF19 B109 5666 05EF 0F12 A572 A5FA

To claim this, I am signing this object:

danbernier

import peasy.*;
PeasyCam camera;
PVector[] spherePos;

void setup() {
  size(800, 600, P3D);
  camera = new PeasyCam(this, 0,0,0, 200);
  setUpSpheres();
}

danbernier

void setup() {
  size(800, 600);
  ballArray = new Ball[40];
  for (int i = 0; i < ballArray.length; i++) {
    ballArray[i] = 
      new Ball(random(width), random(height));
  }
}

Ball[] ballArray;

danbernier

module HasFakeBooleanColumns
  def self.wallpaper_over_fake(column_name)
    define_method(column_name) do
      self.attributes(column_name) == 'true'
    end
    
    define_method("#{column_name)=".to_sym) do |value|
      self.update_attribute(column_name, value == 'true')
    end
  end

danbernier

var getRatingText = (function() {
	
	var ratingText = {
		singular: {
			"Closed":   L("1_person_voted_to_get_this_issue_fixed", "1 person voted to get this issue fixed"),
			"Archived": L("1_person_voted_to_get_this_issue_fixed", "1 person voted to get this issue fixed"),
			default:    L("1_person_wants_this_fixed", "1 person wants this fixed")
		},
		plural: {
			"Closed":   L("people_voted_to_get_this_issue_fixed", "%s people voted to get this issue fixed"),