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// Create command to execute stored procedure and add parameters. DbCommand cmd = asyncDB.GetStoredProcCommand("ListOrdersSlowly"); asyncDB.AddInParameter(cmd, "state", DbType.String, "Colorado"); asyncDB.AddInParameter(cmd, "status", DbType.String, "DRAFT"); // Execute the query asynchronously specifying the command and the // expression to execute when the data access process completes. asyncDB.BeginExecuteReader(cmd, asyncResult => {

Part II:

In the two calls to WriteLine above, the variable v, an Int32 unboxed value type instance, is passed by value . Now it may be that WriteLine will box this Int32 internally, but you have no control over that . The important thing is that you ve done the best you could and have eliminated the boxing from your own code . If you take a close look at the FCL, you ll notice many overloaded methods that differ based on their value type parameters . For example, the System.Console type offers several overloaded versions of the WriteLine method:

You need to validate a vendor ID entered by a user. The valid vendor IDs exist in a database table. How can you validate this input

The major advantage of using the Data Access block, besides the simplicity achieved through the encapsulation of the boilerplate code that you would otherwise need to write, is that it provides a way to create provider-independent applications that can easily be moved to use a different source database type In most cases, unless your code takes advantage of methods specific to a particular database, the only change required is to update the contents of your configuration file with the appropriate connection string You don t have to change the way you specify queries (such as SQL statements or stored procedure names), create and populate parameters, or handle return values This also means reduced requirements for testing, and the configuration changes can even be accomplished through Group Policy The following table lists by task the most commonly used methods that the Data Access Application Block exposes to retrieve and update data.

A basic ERB script might look like this: <% 1.upto(5) do |i| %> <p>This is iteration <%= i %></p> <% end %> In this template, Ruby and HTML code are mixed. Ruby code that s meant to be executed is placed within <% and %> tags. Ruby code that s to be evaluated and printed is placed within <%= and %> tags, and normal content is left as is. Running the preceding template through ERB would result in this output: <p>This <p>This <p>This <p>This <p>This is is is is is iteration iteration iteration iteration iteration 1</p> 2</p> 3</p> 4</p> 5</p>

<ProjectsToBuild Include="$(SourceRoot)WindowsApplication2\WindowsApplication2.csproj"> <AdditionalProperties> AssemblyFileMajorVersion=3;AssemblyMajorVersion=3; AssemblyFileMinorVersion=91;AssemblyMinorVersion=91 </AdditionalProperties> </ProjectsToBuild> <ProjectsToBuild Include="$(UnitTestSourceRoot)Unittest.Proj1\Unittest.Proj1.csproj"> </ProjectsToBuild> <ProjectsToBuild Include="$(UnitTestSourceRoot)Unittest.Proj2\Unittest.Proj2.csproj"> </ProjectsToBuild> </ItemGroup> <Target Name="CoreBuild"> <MSBuild Projects="@(ProjectsToBuild)" BuildInParallel="true" Properties="Configuration=%(AllConfigurations.Identity)" /> </Target> <Target Name="Clean"> <!-- Clean for each configuration --> <MSBuild Projects="@(ProjectsToBuild)" BuildInParallel="true" Properties=Configuration=%(AllConfigurations.Identity)" Targets="Clean" /> </Target>

Reading Rows Using Queries with Named Parameters The technique in the previous example of supplying just an array of parameter values is easy and efficient, but has some limitations. It does not allow you to specify the direction (such as input or output), or the data type which may be an issue if the data type of a parameter does not exactly match (or cannot be implicitly converted into) the correct type discovered for a stored procedure. If you create an array of parameters for your query, you can specify more details about the types of the parameters and the way they should be used. In addition, some database systems allocate parameters used in SQL statements or stored procedures simply by position. However, many database systems, such as SQL Server, allow you to use named parameters. The database matches the names of the parameters sent with the command to the names of the parameters defined in the SQL statement or stored procedure. This means that you are not confined to adding parameters to your command in a specific order. However, be aware that if you use named parameters and then change the database type to one that does not support named parameters, any parameters that are supplied out of order will probably cause errors. (This may be difficult to detect if all of the parameters are of the same data type!)

CREATE STATISTICS stats_territory4_orderdate ON Sales.SalesOrderHeader(OrderDate) WHERE TerritoryID = 4;

CHAPTER 1 s INTRODUCTION TO JOOMLA!

Some of the method names will be familiar to those used to using ADONET directly..