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the XML elements (e.g., all opening elements must have a closing element). Rather, valid documents conform to agreed-upon formatting rules (e.g., field X must be an expressed as an attribute and not a subelement), which are typically defined by an XML schema or document-type definition (DTD) file. By default, all field data of a [Serializable] type is formatted as elements rather than XML attributes. If you wish to control how the XmlSerializer generates the resulting XML document, you may decorate your [Serializable] types with any number of additional attributes from the System.Xml.Serialization namespace. Table 17-1 documents some (but not all) of the attributes that influence how XML data is encoded to a stream. Table 17-1. Serialization-centric Attributes of the System.Xml.Serialization Namespace

XmlAttributeAttribute XmlElementAttribute XmlEnumAttribute XmlRootAttribute XmlTextAttribute XmlTypeAttribute

The member will be serialized as an XML attribute. The field or property will be serialized as an XML element. The element name of an enumeration member. This attribute controls how the root element will be constructed (namespace and element name). The property or field should be serialized as XML text. The name and namespace of the XML type.

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Now that we ve got our key properties laid out, we can concentrate on adding our setup and cleanup code. Add a new subroutine called SetupWorksheet, and add the following code: Public Sub SetupWorksheet() Me.Worksheet.Activate ClearRegion Me.InitialCellSelection.Select End Sub This code corresponds to our original code from our standard module: Set xlSheet = Sheets("Sheet2") xlSheet.Activate Range("A1").Activate Selection.CurrentRegion.Select Selection.ClearContents Range("A1").Select The first and last lines of the SetupWorksheet routine correspond to the first and last lines of our original code. There is a call to a private method called ClearRegion that does the work of the remaining original code: Private Sub ClearRegion() m_xlSheet.Activate Me.DataRegionStart.Activate Selection.CurrentRegion.Select Selection.ClearContents End Sub Add one last function to do our autofit cell formatting, and clean up the worksheet: Public Sub DoAutoFit() Me.Worksheet.Select Me.DataRegionStart.Select Selection.CurrentRegion.Select Selection.Columns.AutoFit Me.InitialCellSelection.Select End Sub By now, I m sure you ve noticed that this code is very similar to the original code in our standard module. The major difference is that rather than referring to specific cells, we are using internal class properties such as Me.DataRegionStart.Select. That s all there is to our cExcelSetup class. Let s create our cData class to populate our worksheet with data. Add the following private module-level variables: Private Private Private Private m_cnn As ADODB.Connection m_rs As ADODB.Recordset m_sConnString As String m_sSQL As String

So far we ve been assigning styles exclusively to (X)HTML elements, using element selectors. But there are several other types of selectors, and the class and ID selectors may be next in line as far as usefulness. Modern markup (as discussed in 1) often involves the assigning of classes and IDs to elements. Consider the following: <h1 class="warning">Be careful!</h1> <p class="warning">Every 108 minutes, the button must be pushed. Do not attempt to use the computer for anything other than pushing the button.</p> Here, we ve specified a class of warning to both the h1 element and the p (paragraph) element. This gives us a hook on which we can hang styles that is independent of the element type. In CSS, class selectors are indicated by a class name preceded by a period (.); for example: .warning { color: red; font-weight: bold; } This CSS will apply the styles noted in the declaration (a red, bold font) to all elements that have the class name warning. In our markup, both the h1 and the p elements would become red and bold. We can join an element selector with a class selector like this:

By way of a simple example, first consider how the field data of JamesBondCar is currently persisted as XML: < xml version="1.0" encoding="utf-8" > <JamesBondCar xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema"> ... <canFly>true</canFly> <canSubmerge>false</canSubmerge> </JamesBondCar> If you wished to specify a custom XML namespace that qualifies the JamesBondCar as well as encodes the canFly and canSubmerge values as XML attributes, you can do so by modifying the C# definition of JamesBondCar as so: [Serializable, XmlRoot(Namespace = "http://www.intertechtraining.com")] public class JamesBondCar : Car { ... [XmlAttribute] public bool canFly; [XmlAttribute] public bool canSubmerge; } This would yield the following XML document (note the opening <JamesBondCar> element): < xml version="1.0" encoding="utf-8" > <JamesBondCar xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" canFly="true" canSubmerge="false" xmlns="http://www.intertechtraining.com"> ... </JamesBondCar>

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