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# The class 'Cat' defines the blueprint of what an instantiated Cat
# object will eventually look like. In this case, a Cat object would
# have two attributes (name and color), and one function (or verb) that
# can be called on that object (eat_food).
class Cat

  # Attributes that describe the Cat class.
  attr_reader :name
  attr_reader :color

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# Helper for accessing window.bt.listings.models object on page. Uses detail_attribute
# param to access specific field on found property's details object.
def property_detail_attribute(detail_attribute)
  detail_script = <<-CMD
    matched_property =
      $.grep(window.bt.listings.models,
        function(m) {
          return m.id == #{@property_id};
        })[0];
    if (matched_property) {

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# McDonalds Example --------------------------

class McDonalds

  def initialize(location)
    @location = location
  end

  def get_location
    return @location

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<!--
In the example below, attempting to access the individual input element in
the second div is possible using an ancestor/descendant selector. If we
only selected the input with the class "test_class" with:

document.querySelector('input.test_class');

We wouldn't be guaranteed to receive a unique element, as this selector
would match both input elements.

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# WebDriver API Examples
driver = WebDriver.new('Chrome')

# Example of sending keystrokes to an input field.
input_el = driver.find_element(<some_input_selector_goes_here>) # <-- Returns an instance of the WebElement class.
input_el.send_keys('Hey') # <-- Sends keystrokes to the retrieved input WebElement object.

# Example of clicking a button.
button_el = driver.find_element(<some_button_selector_goes_here>) # <-- Returns an instance of the WebElement class.
button_el.click() # <-- Clicks the retrieved button WebElement object. 

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require 'selenium-webdriver'

begin
  driver = Selenium::WebDriver.for :chrome
  driver.get 'http://google.com'

  search_input_field = driver.find_element(:id => 'lst-ib') # Returns an instance/object of the WebElement class.
  search_input_field.send_keys('Ryan Buff')
ensure
  driver.quit

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class TodoItem

  attr_reader :name
  attr_accessor :status

  def initialize(arg1)
    @name = arg1
    @status = false
  end

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require 'sinatra/base'
require 'rack'

# http://recipes.sinatrarb.com/p/embed/event-machine
class WebService < Sinatra::Base

  def initialize(test_obj)
    super()
    @test_obj = test_obj
  end

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// https://developers.google.com/web/updates/2017/04/headless-chrome
const fs = require('fs');
const {Builder, By, Capabilities, Key, until} = require('selenium-webdriver');
const chromedriver = require('chromedriver');
const chromeCapabilities = Capabilities.chrome();
chromeCapabilities.set('chromeOptions', {args: ['--headless']});

async function test() {
  // Note: On macOS, you'll likely see a new Chrome process flash on your 'Dock'
  // when this new driver object is built. As it's launched headlessly, it's

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import boto3
import sys
import time

# Script param validation.
def validate_params():
    param_error_found = False
    if len(sys.argv) < 3:
        param_error_found = True
    if sys.argv[1].lower() not in ['qa0', 'qa1', 'qa2', 'qa3', 'qa4', 'qa5', 'qa6', 'qa7', 'qa8', 'qa9', 'qa10']: