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So far, we have discussed how passwords are stored on Windows. Perhaps even more important is how they are used. Passwords are authenticators they are used to authenticate a user to a computer. If the user is logging on interactively to a local account, the flow is quite simple: 1. User uses the Secure Attention Sequence (SAS, also known as the three-finger salute, or just Ctrl+Alt+Delete) to bring up the log-on dialog box. This causes the Local Security Authority Sub-System (LSASS) to spawn a new session and load WinLogon in that session. WinLogon in turn loads the LogonUI. 2. User types in the user name and password. 3. The WinLogon process takes the password, hashes it to an NT hash, looks up the user name in the local SAM, and compares the NT hash to the one that is stored for the user. If the two match, the logon is successful. 4. If sub-authentication packages are installed on the computer, the log-on information is passed to those for additional processing. Otherwise, user32.exe is invoked and the user s environment is loaded. This process is quite straightforward because there is a secure channel all the way from the LogonUI, which takes in the plaintext credentials the user types, to the comparison of the credentials. However, when authentication is taking place over the network it becomes a bit more complicated because you have to worry about how the authentication claims are transferred between the client where the user is sitting and the authentication server that hosts the accounts database. On Windows, this can take many forms, which I will discuss in the following sections.

Typical applications contain a significant amount of code that is unrelated to the presentation technology it uses Because the Silverlight and NET Framework runtimes are so similar, they can share the bulk of this code The key is to cleanly separate code that can run unmodified on both runtimes from code that is WPF or Silverlight-specific This separation allows you to maximize the amount of code that can be shared while keeping WPF or Silverlight-specific code encapsulated Generally, you can share much of the application s code, including the following: Application presentation and business logic The use of Separated Presentation patterns can help to isolate the underlying application logic from its visual presentation, which in turns helps to maximize the separation between UI-specific and UI-independent code.

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Using patterns such as the Model-View-ViewModel (MVVM), Model-View-Presenter (MVP), or Model-View-Controller (MVC) patterns can help you share presentation and business logic code between WPF and Silverlight while encapsulating WPF or Silverlight-specific functionality in view classes Application Services Service classes that encapsulate non-UI application functionality, such as logging, exception handling, authentication, or data/service access, can often be multi-targeted Simple views In some cases, code sharing doesn t need to be limited to UI-independent code Because Silverlight uses a subset of the Extensible Application Markup Language (XAML) defined by WPF, you can create application UI elements that can be shared unmodified Typically, this is possible if the XAML used is supported by both Silverlight and WPF and if a view consists of basic controls and simple data binding only Unit tests.

A cascading delete is created by adding the element <cascade-delete/> to the relationship role describing an EJB relationship in the deployment descriptor. A cascading delete can be used only with one-to-one or one-to-many relationships, not with many-to-many relationships. When the EJB container removes an EJB participating in an EJB relationship marked with a cascade delete tag, it will automatically remove the data represented in the relation. For example, when an OwnerBean entity bean is removed from the database, all related PortfolioBean data will also be removed. You do not have to set up your persistent tables to support cascading deletes (in the database) the container will manage everything. Combining cascading deletes with entity relationships is an excellent way to maintain referential integrity in your database. You can be sure that no data is left without its related counterparts.

Many unit tests can be used for both WPF and Silverlight if you use tools, such as the Silverlight Unit Test Framework, that have the same attribute structure as MSTest For the most part, the Silverlight API is a subset of the NET Framework API Therefore, it may make sense to develop your application with the smaller Silverlight API to reduce the chance of using a feature that isn t available for both platforms Because of the differences between the XAML in Silverlight and WPF, the following elements are difficult to reuse: Complex views (XAML) Controls Styling Animation Expression Blend behaviors and triggers.

<th> </th> </tr> {section name=cCart loop=$cart_details->mCartProducts} <tr> <td> <input name="productID[]" type="hidden" value="{$cart_details->mCartProducts[cCart].product_id}" /> {$cart_details->mCartProducts[cCart].name} </td> <td>${$cart_details->mCartProducts[cCart].price}</td> <td> <input type="text" name="quantity[]" size="10" value="{$cart_details->mCartProducts[cCart].quantity}" /> </td> <td>${$cart_details->mCartProducts[cCart].subtotal}</td> <td align="right"> <input type="button" name="saveForLater" value="Save for later" onclick="window.location= '{$cart_details->mCartProducts[cCart].save|prepare_link}';" /> <input type="button" name="remove" value="Remove" onclick="window.location= '{$cart_details->mCartProducts[cCart].remove|prepare_link}';" /> </td> </tr> {/section} </table> <table> <tr> <td class="cart_total"> <span>Total amount:</span>  <span class="price">${$cart_details->mTotalAmount}</span> </td> <td class="cart_total" align="right"> <input type="submit" name="update" value="Update" /> </td> </tr> </table> </form> {/if} {if ($cart_details->mIsCartLaterEmpty == 0)} <br /> <span class="description">Saved products to buy later:</span> <br /><br /> <table> <tr> <th>Product Name</th> <th>Price</th>

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