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We also don t know whether the user will click one link or another, or if she ll even click anything at all This is the reason for having a global observer in our event loop that waits for an event The observer will wait until something happens, then it will create a new event object that represents what has happened and send it to the dispatcher, which then informs our program that an event has been fired This behavior leads to an interesting inversion of our original process In our original approach, we explicitly invoke our function to perform an action In the event-based model, however, we can no longer do that because anything can happen What we have to do, rather, is to wait for the dispatcher to tell us that something has happened and then react accordingly.

We have identified in ForeignExchange that we can leverage two methods: UStoUK() and UStoCAN(). (With FX we plan on a different naming convention, based on purpose and currency code for example, FX_USD_XXX()). This requirement impacts the interface, as does the requirement to support an extra currency: the Australian dollar.

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Listing 10-11. BoP SSDL <Schema Namespace="BoP.Core.Domain.Store" Alias="Self" Provider="System.Data.SqlClient" ProviderManifestToken="2005" xmlns="http://schemas.microsoft.com/ado/2006/04/edm/ssdl"> <EntityContainer Name="dbo"> <EntitySet Name="Account" EntityType="BoP.Core.Domain.Store.Account" /> <EntitySet Name="Loan" EntityType="BoP.Core.Domain.Store.Loan" /> <EntitySet Name="LoanApplication" EntityType="BoP.Core.Domain.Store.LoanApplication" /> <EntitySet Name="Person" EntityType="BoP.Core.Domain.Store.Person" /> <EntitySet Name="User" EntityType="BoP.Core.Domain.Store.User" /> </EntityContainer> <EntityType Name="Account"> <Key> <PropertyRef Name="AccountNumber" /> </Key> <Property Name="AccountNumber" Type="int" Nullable="false" StoreGeneratedPattern="Identity" /> <Property Name="Balance" Type="decimal" /> <Property Name="StakeHolderId" Type="int" /> </EntityType> <EntityType Name="Loan"> <Key> <PropertyRef Name="AccountNumber" /> </Key> <Property Name="AccountNumber" Type="int" Nullable="false" /> <Property Name="InterestRate" Type="decimal" /> <Property Name="Principal" Type="money" /> </EntityType> <EntityType Name="LoanApplication"> <Key> <PropertyRef Name="AccountNumber" /> </Key> <Property Name="AccountNumber" Type="int" Nullable="false" /> <Property Name="RequestLoanAmount" Type="money" /> <Property Name="LoanPurpose" Type="nvarchar(max)" /> <Property Name="Approved" Type="char" Nullable="false" MaxLength="1" /> <Property Name="CreditScore" Type="int" /> </EntityType> <EntityType Name="Person"> <Key> <PropertyRef Name="StakeHolderId" /> </Key> <Property Name="FirstName" Type="nvarchar" MaxLength="50" />

To code this routine, we need to design the FX interface, then compare it with the interface of the source class (ForeignExchange). We will then prepare an adapter (Adapter) to map the source interface and add any enrichments (e.g., code to handle U.S. to Australian conversion). The target interface (FX) will then be implemented using an Adapter object to map the functionality to the required interface. That is the Adapter pattern! We shall now look at the Adapter pattern in a UML diagram (see Figure 11-4) and then implement the pattern in code. UML

Of course, the global observer and dispatcher are only one side of the equation These things are provided in the browser environment and are present whether we want to use them or not In order to make use of the event-based approach, we also have to craft our applications to be event-aware As an example, let s say we have the following HTML markup: <ul id="contacts"> <li data-id="contact-001">Garrick Cheung</li> <li data-id="contact-002">Djamil Legato</li> <li data-id="contact-003">Christoph Pojer</li> <li data-id="contact-004">Jabis Sevon</li> <li data-id="contact-005">Tim Wienk</li> </ul> On the browser s side, the event loop s observer will be listening to all of the elements on the page automatically The observer will be listening to the list element, as well as all the list item elements inside the list Any actions performed on the elements will be noted by the observer.

<Property Name="LastName" Type="nvarchar" MaxLength="50" /> <Property Name="Gender" Type="char" MaxLength="1" /> <Property Name="DOB" Type="datetime" /> <Property Name="Email" Type="nvarchar" MaxLength="50" /> <Property Name="TaxId" Type="nvarchar" MaxLength="50" /> <Property Name="StakeHolderId" Type="int" Nullable="false" /> </EntityType> <EntityType Name="User"> <Key> <PropertyRef Name="UserId" /> </Key> <Property Name="UserId" Type="nvarchar" Nullable="false" MaxLength="50" /> <Property Name="Password" Type="nvarchar" MaxLength="50" /> <Property Name="Active" Type="nchar" MaxLength="10" /> <Property Name="StakeHolderId" Type="int" Nullable="false" /> </EntityType> </Schema> The next mapping file is the CSDL conceptual mapping, which can be seen in Listing 10-12. This mapping file was generated by using the EdmGen tool from the hand-coded SSDL file in Listing 10-11. Although the file doesn t contain anything unusual, it is worth noting the AssociationSet and Association nodes that show the navigational properties in the domain model. Listing 10-12. CSDL BoP Mappings < xml version="1.0" encoding="utf-8" > <Schema Namespace="BoP.Core.Domain" Alias="Self" xmlns="http://schemas.microsoft.com/ado/2006/04/edm"> <EntityContainer Name="BoPObjectContext"> <EntitySet Name="Account" EntityType="BoP.Core.Domain.Account" /> <EntitySet Name="User" EntityType="BoP.Core.Domain.User" /> <EntitySet Name="StakeHolder" EntityType="BoP.Core.Domain.StakeHolder" /> <AssociationSet Name="StakeHolderAccount" Association="BoP.Core.Domain.StakeHolderAccount"> <End Role="StakeHolder" EntitySet="StakeHolder" /> <End Role="Account" EntitySet="Account" /> </AssociationSet> <AssociationSet Name="PersonUser" Association="BoP.Core.Domain.PersonUser"> <End Role="Person" EntitySet="StakeHolder" /> <End Role="User" EntitySet="User" /> </AssociationSet> </EntityContainer> <EntityType Name="Account"> <Key> <PropertyRef Name="AccountNumber" /> </Key> <Property Name="AccountNumber" Type="Int32" Nullable="false" />

The code for the Adapter pattern has the following key ingredients: A source interface (ForeignExchange) from which functionality is to be leveraged A target interface (FX) that seeks to leverage functionality of the source interface (ForeignExchange) An adapter class (Adapter) that encapsulates the mapping of the interfaces between the source (ForeignExchange) and target (FX) interfaces Now let s code the Adapter pattern.

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