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As you can see from the output, the generate command created the following: A new model named User and a new controller named AccountController, as well as tests for both of them The views for the login functionality and a new module containing the authentication code, AuthenticatedSystem, in the lib directory A new migration (db/migrate/009_create_users.rb) to bring the new user model into the database, shown in Listing 8-1

array ( 0 => array ( 'increment_id' => '200000001', 'parent_id' => '0', 'store_id' => '2', 'created_at' => '2009-08-13 00:00:08', 'updated_at' => '2009-08-13 00:00:08', 'is_active' => '1', 'billing_address_id' => '1', 'billing_firstname' => 'John', 'billing_lastname' => 'Doe', 'order_id' => '1', 'order_increment_id' => '200000001', 'order_created_at' => '2009-08-12 14:28:38', 'state' => '2', 'grand_total' => '40.9600', 'order_currency_code' => 'USD', 'invoice_id' => '5', ),

Back to the _ _future_ _

Listing 8-1. ActiveRecord Migration for the Users Table class CreateUsers < ActiveRecord::Migration def self.up create_table "users", :force => true do |t| t.column :login, :string t.column :email, :string t.column :crypted_password, :string, :limit => 40 t.column :salt, :string, :limit => 40 t.column :created_at, :datetime t.column :updated_at, :datetime t.column :remember_token, :string t.column :remember_token_expires_at, :datetime end end def self.down drop_table "users" end end Notice that the password will be stored in the database in an encrypted form. Now let s run the migration to get our database up-to-date. (Don t forget to run rake db:test:clone_structure afterwards to clone the new additions to the test database, too.) $ rake migrate (in /home/george/projects/emporium) == CreateUsers: migrating ===================================================== -- create_table("users", {:force=>true}) -> 0.2946s == CreateUsers: migrated (0.2953s) ============================================ Great! We now have a working authentication framework deployed in our system. If you take a look at the beginning of the new AccountController in app/controllers/ account_controller.rb, you can see that AuthenticatedSystem is mixed in the controller: class AccountController < ApplicationController # Be sure to include AuthenticationSystem in Application Controller instead include AuthenticatedSystem ...

// Pull only invoices created after June 1st $filters = array( 'created_at' => array('gt'=>'2009-06-01') ); // using SOAP method $results = $client->call($session_id, 'sales_order_invoice.list', array($filters) ); // view the results var_dump($results);

However, we want the authentication system to be available to other controllers as well, so let s move the include line from AccountController to ApplicationController in app/controllers/application.rb: class ApplicationController < ActionController::Base include AuthenticatedSystem private def initialize_cart ... As ApplicationController is the parent class of all our controllers, authentication functionality is now provided throughout our application. It s only a matter of putting it into action where necessary. Since we want to make the tests provided by the plugin work as well, we also move the following line from the AccountControllerTest class in test/functional/account_controller_test.rb to the beginning of the Test::Unit::TestCase class in test/test_helper.rb: include AuthenticatedTestHelper With our authentication framework in place, we re ready to implement our authentication user stories.

It has been rumored that Guido van Rossum (Python s creator) has a time machine because often when people request features in the language, the features have already been implemented. Of course, we aren t all allowed into this time machine, but Guido has been kind enough to build a part of it into Python, in the form of the magic module __future__. From it we can import features that will be standard in Python in the future but that aren t part of the language yet. You saw this in the section about numbers and expressions, and you ll be bumping into it from time to time throughout this book.

Method: sales_order_invoice.info ($invoice_increment_id)

As usual, we will take the TDD approach while implementing the user authentication system. For this sprint, we will use integration tests, as we have done in previous chapters.