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%input(type="hidden" name="address[id]" value="#{address.id}")

%fieldset
  %ul
    %li
      %label(for="address[first_name]") First Name
      %input(type="text" name="address[first_name]" value="#{address.first_name}" size="20")
    %li
      %label(for="address[last_name]") Last Name
      %input(type="text" name="address[last_name]" value="#{address.last_name}" size="20")

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Threadflip.InfiniteScrollCollection =
  infiniteScroll: (options) ->
    success = options.success || ->
    offset = options.offset || 400
    enabled = false

    start = (params = {}) ->
      unless enabled
        # Bind to the scroll event.
        $(window).scroll onScroll

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describe Purchase do
  let(:have_1) { FactoryGirl.build_stubbed(:have, asking_price: 15) }
  let(:have_2) { FactoryGirl.build_stubbed(:have, asking_price: 20) }

  describe "#amount_for_haves" do
    let(:amount_for_haves) { purchase.amount_for_haves([have_1, have_2], credit, promo) }
    let(:credit) { 0 }
    let(:expected_amount_for_haves) do
      # Order haves by asking_price, high to low.
      have_2_expected_amount_hash.merge(have_1_expected_amount_hash)

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def available_if_enough_info
    if self.available? || self.display_only?
      if self.can_be_available?
        self.available!
      else
        self.display_only!
      end
    end
  end

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describe Foo do
  let(:big_params) do
    {
      foo: foo,
      name: "name",
      ...
    }
  end

  let(:foo) { nil }

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class BaseView extends Backbone.View
  template: ""

  # Render hooks.
  beforeFirstRender: ->
  beforeRender: ->
  afterRender: ->
  afterFirstRender: ->

  render: =>

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class InFlip
  initialize: (options) ->
    @set 'stripe_token', new Threadflip.StripeToken(options.stripeToken)
    
  fetchStripeToken: ->
    @get('stripe_token').fetch()

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def solution(strengths, weights, connections)    
    # simulate the order by going through the conections and building the graph
    # at each step, evaluate the graph to detect breaks
    # at each step, attach the weight, then travel up the graph and check for breaks O(n * log(n))
    
    # data structure:
    # node(parent_node, strength, weight (incl. children), children)
    # map(i: node)
    
    # create root node

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class LRUCache
  MAX_SIZE = 3

  def initialize
    @cache = {}
    @max_size = MAX_SIZE
    @lru_list = List.new
  end

  def get(key)

ktusznio

var $ = require('jQuery');
var _ = require('_');
var React = require('react');

var FinancingApplicationView = require('financing/views/FinancingApplicationView.react.jsx');
var FinancingConstants = require('financing/FinancingConstants.js');
var FinancingApplicationData = require('financing/models/FinancingApplicationData.js');
var FinancingApplicant = require('financing/models/FinancingApplicant.js');

var activeApplicant = new FinancingApplicant();