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An application architecture that separates functionality into two tiers (UI and Business), which reside on separate servers, with access to data via a third tier and server.

Metadata to Use a Sproc <--SSDL--> <Function Name="GetDepartment" Aggregate="false" BuiltIn="false" NiladicFunction="false" IsComposable="false" ParameterTypeSemantics="AllowImplicitConversion" Schema="dbo"> <Parameter Name="DepartmentID" Type="int" Mode="In" /> </Function> <--CSDL--> <FunctionImport Name="GetDepartment"> <Parameter Name="DepartmentID" Mode="In" Type="Int32" /> </FunctionImport> <--MSL--> <FunctionImportMapping FunctionImportName="GetDepartment" FunctionName="AdventureWorksModelStoreGetDepartment" />.

One of the best things about having first-class functions is the ability to create these functions during runtime and store them in variables. Say we have the following snippet: function add(a, b){ return a + b; }; add(5, 2); add(5, 5); add(5, 200); Our last three lines call the function add to add 5 and another number. We re adding the same base number (5) to different numbers multiple times and it seems better if we could just set the function to add 5 instead of having to type it every time. We could modify our add function to use 5 + b instead, but other parts of our program might already use the add function, so this won t do. Wouldn t it be nice if we could dynamically modify our add function without changing it entirely It turns out we can. This technique is called partial application or currying, and it involves creating a function that "applies" some of the arguments ahead of time: function add(a, b){ return a + b; };

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A statement used to raise an exception; unconditionally the control flows to the first catch clause in a try-catch block.

function add5(b){ return add(5, b); }; add5(2); add5(5); add5(200); Here, we create an add5 function that calls our add function with a preset value (in this case, 5) The add5 function is essentially our add function but with an argument already applied (hence, partial application) However, the snippet above doesn t show the dynamic part What if we have other parts in our code where we can use this If we were to do as we did above, we d have to create a new function for each of the partially applied functions we want This is where first-class functions come in handy Instead of explicitly declaring our new add5 function, we can have another function that takes a function as its argument and then returns a modified copy of that function.

After the metadata is defined in the mapping files, a new method called GetDepartment is created in your ObjectContext. The new method really does only one thing, which is call base.ExecuteFunction<Department> and pass the sproc name and parameter to the call and return a System.Data.Objects.ObjectResult. Because the sproc is exposed through your ObjectContext, you can call it as seen in Listing 7-35. Listing 7-35. Calling a Sproc AdventureWorksEntities2 aw2 = new AdventureWorksEntities2(); foreach(AdventureWorksModel.Department dep in aw2.GetDepartment(100)) { Debug.Print(dep.GroupName.ToString()); } Along with using a sproc directly through the ExecuteQuery functionality in the ObjectContext class, you can also use sprocs for actual object-to-database mapping. The MSL mapping schema gives you a way to specify InsertFunction, UpdateFunction, and DeleteFunction in XML. By specifying this information, you are effectively overriding the generation of dynamic SQL and forcing EF to use sprocs for these functions. Listing 7-36 shows the metadata mapping that you can use to override the dynamic SQL generation of INSERT, UPDATE, and DELETE queries. As you can see in this example, each of the functions is mapped to a sproc, and each of the sproc s parameters is specified. Because this functionality overrides the default dynamic SQL generation, there is no explicit C# code that has to be written to use the sprocs; the binding happens automatically. In addition, the MSL file entries in the CSDL and SSDL files (not shown) are made to point to the appropriate sprocs (similar to Listing 7-34). Listing 7-36. Mapping to Sprocs <EntityTypeMapping TypeName="IsTypeOf(AdventureWorksModel.Department)"> <ModificationFunctionMapping> <InsertFunction FunctionName="AdventureWorks.CreateDepartment"> < ResultBinding Name="DepartmentID" ParameterName="DepartmentID"/> <ScalarProperty Name="Name" ParameterName="Name"/> <ScalarProperty Name="GroupName" ParameterName="GroupName"/> </InsertFunction> <UpdateFunction FunctionName=" AdventureWorks.UpdateDepartment"> < ResultBinding Name="DepartmentID" ParameterName="DepartmentID" Version="current"/> <ScalarProperty Name="Name" ParameterName="Name" Version="current"/> <ScalarProperty Name="GroupName" ParameterName="GroupName" Version="current"/> </UpdateFunction>

The architecture that an organization wants to have in the future to complement a given business strategy. Refers to degree of association between two parties: a tightly coupled association is harder to change than is a loosely coupled association (e.g., use of an abstract class is loose coupling, whereas use of a concrete class is tight coupling).

Middleware software, which is software that performs as an intermediary between two discrete architectural artifacts.

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