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A good part of the success of the XML standard is due to its remarkable flexibility. Using XML, you can create exactly the markup language you need. This flexibility also raises a few problems. With developers around the world using your XML format, how do you ensure that everyone is following the rules The solution is to create a formal document that states the rules of your custom markup language, which is called a schema. These rules won t include syntactical details (such as the requirement to use angle brackets or properly nest tags) because these requirements are already part of the basic XML standard. Instead, the schema document will list the logical rules that pertain to your type of data. They include the following: Document vocabulary: This determines what element and attribute names are used in your XML documents. Document structure: This determines where tags can be placed and can include rules specifying that certain tags must be placed before, after, or inside others. You can also specify how many times an element can occur. Supported data types: This allows you to specify whether data is ordinary text or must be able to be interpreted as numeric data, date information, and so on. Allowed data ranges: This allows you to set constraints that restrict numbers to certain ranges or that allow only specific values. The XML Schema standard defines the rules you need to follow when creating a schema document. The following is an XML schema that defines the rules for the product catalog document shown earlier: < xml version="1.0" > <xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema"> <xsd:element name="productCatalog"> <xsd:complexType> <xsd:sequence>

Retrieves the XML representation of the data in the DataSet as a single string. Writes the contents of the DataSet to a file or a TextWriter, XmlWriter, or Stream object. You can choose a write mode that determines if change tracking information and schema information is also written to the file.

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<xsd:element name="catalogName" type="xsd:string"/> <xsd:element name="expiryDate" type="xsd:date"/> <xsd:element name="products"> <xsd:complexType> <xsd:sequence> <xsd:element name="product" type="product" maxOccurs="unbounded" /> </xsd:sequence> </xsd:complexType> </xsd:element> </xsd:sequence> </xsd:complexType> </xsd:element> <xsd:complexType name="product"> <xsd:sequence> <xsd:element name="productName" type="xsd:string"/> <xsd:element name="productPrice" type="xsd:decimal"/> <xsd:element name="inStock" type="xsd:boolean"/> </xsd:sequence> <xsd:attribute name="id" type="xsd:integer"/> </xsd:complexType> </xsd:schema> Every schema document is an XML document that begins with a root <schema> element. Inside the <schema> element are two types of definitions the <element> element, which defines the structure the target document must follow, and one or more <complexType> elements, which define smaller data structures that are used to define the document structure. The <element> tag is really the heart of the schema, and it s the starting point for all validation. In this example, the <element> tag identifies that the product catalog must begin with a root element named <productCatalog>. Inside the <productCatalog> element is a sequence of three elements. The first, <catalogName>, contains ordinary text. The second, <expiryDate>, includes text that fits the rules for date representation, as set out in the schema standard. The final element, <products>, contains a list of <product> elements. Each <product> element is a complex type, and the type is defined with the <complexType> element at the end of the document. This <product> complex type consists of a sequence of three elements with product information. The elements must store this information as text (<productName>), a decimal value (<productPrice>), and a Boolean value (<inStock>), respectively.

In this example, you might want to consider using the Repeater to show the actor names. That way, you have the flexibility to show the list in a more compact format, without using a table.

ReadXml() GetXmlSchema() WriteXmlSchema()

A full discussion of XML Schema is beyond the scope of this book. However, if you want to learn more, you can consider the excellent online tutorials at http://www.w3schools.com/schema or the standard itself at http://www.w3.org/XML/Schema.

Reads XML data from a file or a TextReader, XmlReader, or Stream object and uses it to populate the DataSet. Retrieves the XML schema for the DataSet XML as a single string. No data is returned. Writes just the XML schema describing the structure of the DataSet to a file or a TextWriter, XmlWriter, or Stream object. You can choose to include the schema at the beginning of the document. Reads an XML schema from a file or a TextReader, XmlReader, or Stream object and uses it to configure the structure of the DataSet. Reads an XML document with DataSet contents from a file or a TextReader, XmlReader, or Stream object and uses it to infer what structure the DataSet should have. This is an alternate approach to using the ReadXmlSchema() method, but it doesn t guarantee that all the data type information is preserved.

Some controls have the built-in smarts to show hierarchical data. In .NET, the principal example is the TreeView. When you bind the TreeView to an XmlDataSource, it uses the XmlDataSource.GetHierarchicalView() method and displays the full structure of the XML document (see Figure 12-13).

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