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def test_build_clones_the_repository
  @builder.build

  assert File.exists?(File.expand_path("builds/cool_rails_project/README")), "Expected builds/cool_rails_project/README to exist after git clone"
end

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def test_build_creates_workspace_directories
  @builder.stubs(:clone_repository)

  @builder.build

  assert File.exists?(File.expand_path("builds/cool_rails_project")), "Expected directory builds/cool_rails_project to exist."
end

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def new(project_name, config)
  @workspace = File.expand_path(File.join("builds", project_name))
  @build_directory = File.join(@workspace, "build")
  @git_url = config['git']
  @repository = nil
end

def build
  create_workspace
  clone_repository

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def new(project_name, config)
  @workspace = File.expand_path(File.join("builds", project_name))
  @build_directory = File.join(@workspace, "build")
  @git_url = config['git']
  @repository = nil
end

def build
  FileUtils.mkdir_p(@workspace)

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@organization.attributes = params[:organization]
if @organization.shipping_address.changed?
  @order.shipping_address_changed = true
end

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<?php

/**
 * Require the Focus Lab, LLC Master Config file
 */
require $_SERVER['DOCUMENT_ROOT'] . '/../config/config.master.php';


/* End of file config.php */
/* Location: ./system/expressionengine/config/config.php */

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Testing translate3d animations with Test/Unit, Poltergeist, Capybara and PhantomJS

I am working on a jQuery plugin and needed a way to "integration" test it to see if everything in the browser worked correctly. I wanted an automatic testing solution and have looked at QUnit and such but it seemed an even better way to actually test it with a fake browser.

This example contains the following:

• A Rack app that loads up index.html and javascripts from the demo/ directory.

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Sample API

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class Survey

  include ActiveModel::AttributeMethods

  define_attribute_methods ['code', 'description']
  attr_accessor :code, :description

  def save
    # Roept de API aan via Faraday en update de velden
    connection.post do |req|

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class FFMPEGWrapper
  def duration_in_sections
    command = IO.popen("ffmpeg -i #{uploaded_file} 2>&1 | awk '/Duration/ { print substr($2,0,length($2)-1) }'")
    duration_output = command.read

    matches = duration_output.match(/(\d{2}):(\d{2}):(\d{2}\.\d{1,2})\n/)
    hours = matches[1].to_f
    minutes = matches[2].to_f
    seconds = matches[3].to_f
    miliseconds = matches[4].to_f