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<jsp:useBean name="helper" scope="page" class="examples.chapter5.XMLHelperBean"/> <%@ taglib uri="example.tld" prefix="helperTag" %> <wml> <card id="main" title="Your Watch List"> <do type="accept" name="do-back" label="Back"> <go href="http://www.exampleco.com/home.wml" /> </do> <do type="accept" name="do-buy" label="Buy Shares"> <go href="http://www.exampleco.com/buyShares" /> </do> <do type="accept" name="do-sell" label="Sell Shares"> <go href="http://www.exampleco.com/sellShares" /> </do> <p><b>Greetings, Mr. <jsp:getProperty name="helper" property="lastName"/>! </b></p>

When you re done, run the following code for cleanup:

Click Start, and then click My Computer. In the My Computer window, right-click the hard disk you want to search for bad sectors, and then click Properties.

IF OBJECT_ID('dbo.GetOrders', 'P') IS NOT NULL DROP PROC dbo.GetOrders; IF TYPE_ID('dbo.OrderIDs') IS NOT NULL DROP TYPE dbo.OrderIDs;

Output parameters allow you to return output values from a stored procedure . A change made to the output parameter within the stored procedure is reflected in the variable from the calling batch that was assigned to the output parameter . The concept is similar to a pointer in C or a ByRef parameter in Visual Basic . As an example, the following code alters the definition of the GetCustOrders procedure, adding to it the output parameter @numrows:

<p>Here are the latest prices on your stocks of interest.</p> <table columns="3"> <helperTag:printData useLinks="no" currency="GBP"/> </table> </card> </wml>

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USE InsideTSQL2008; GO ALTER PROC dbo.GetCustOrders @custid AS INT, @fromdate AS DATETIME = '19000101', @todate AS DATETIME = '99991231', @numrows AS INT OUTPUT AS SET NOCOUNT ON; DECLARE @err AS INT; SELECT orderid, custid, empid, orderdate FROM Sales.Orders WHERE custid = @custid AND orderdate >= @fromdate AND orderdate < @todate; SELECT @numrows = @@rowcount, @err = @@error; RETURN @err; GO

@numrows returns the number of rows affected by the query . Notice that the stored procedure also uses a RETURN clause to return the value of the @@error function after the invocation of the query . To get the output parameter back from the stored procedure when invoking it, you need to assign it with a variable defined in the calling batch and mention the keyword OUTPUT . To get back the return status, you also need to provide a variable from the calling batch right before the procedure name and an equal sign, as in the following example:

DECLARE @myerr AS INT, @mynumrows AS INT; EXEC @myerr @custid @fromdate @todate @numrows = = = = = dbo.GetCustOrders 1, '20070101', '20080101', @mynumrows OUTPUT;

SELECT @myerr AS err, @mynumrows AS rc;

We think you will admit that building a multidevice, multilocale presentation layer in J2EE is not easy. Imagine how much worse things could have been if we had chosen some less-complimentary output formats or wildly different locales. Also consider how much effort would be involved in extending our example code to accommodate more languages, locales, or device types. This is the area in which an XML-based presentation layer can come to the rescue to some extent. While serving substantially different views of the same application is always challenging, some XML tools have recently emerged to make the process a bit easier for you. That is, after you learn to use them.

This generates the following output:

orderid ----------10643 10692 10702 custid ----------1 1 1 empid ----------6 4 4 orderdate ----------------------2007-08-25 00:00:00.000 2007-10-03 00:00:00.000 2007-10-13 00:00:00.000

err rc ----------- ----------0 3

The first XML architectural alternative we examine involves the combined use of XSLT with the J2EE presentation components. In chapter 2, we talked briefly about what XSLT is and how to use it via JAXP. You will recall that XSLT provides a general way to transform XML into virtually any output format. This comes in very handy when generating thin-client user interfaces like the one we have been working with in our example. The output format of an XSLT process is determined by the transformation rules defined within an XSL stylesheet. In this section the desired output formats are HTML and WML. And to emphasize the capabilities of XSLT, we use it to generate PDFs from XML in this section too. If you are still a bit fuzzy on XSLT concepts, you can learn more of the basics from the XSLT references in the bibliography or via an online tutorial. An excellent introduction to XSLT can be found online at http:/ /www.zvon.org.

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