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An XML API would just not be complete without the ability to validate XML. So, LINQ to XML has the ability to validate an XML document against an XML schema.

In this example of the SequenceEqual operator, I build two identical sequences of DataRow objects and compare them first with the SequenceEqual operator with a comparer object followed by a comparison with the SequenceEqual operator without a comparer object. Because of the way equality comparisons are handled by the two different operator calls, the SequenceEqual operator call with the comparer object returns that the two sequences are equal, while the SequenceEqual operator call without the comparer object returns that the two sequences are not equal. Listing 10-6 shows the code. Listing 10-6. The SequenceEqual Operator with and Without a Comparer Object Student[] students new Student { Id new Student { Id new Student { Id new Student { Id }; = = = = = { 1, Name = "Joe Rattz" }, 7, Name = "Anthony Adams" }, 13, Name = "Stacy Sinclair" }, 72, Name = "Dignan Stephens" }

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LINQ to XML has addressed the need for validation by creating the System.Xml.Schema.Extensions static class, which contains the validation methods. These validation methods are implemented as extension methods.

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Here is a list of some of the validation method prototypes available in the System.Xml.Schema.Extensions class: void Extensions.Validate(this XDocument source, XmlSchemaSet schemas, ValidationEventHandler validationEventHandler) void Extensions.Validate(this XDocument source, XmlSchemaSet schemas, ValidationEventHandler validationEventHandler, bool addSchemaInfo)

DataTable dt1 = GetDataTable(students); IEnumerable<DataRow> seq1 = dt1.AsEnumerable(); DataTable dt2 = GetDataTable(students); IEnumerable<DataRow> seq2 = dt2.AsEnumerable(); bool equal = seq1.SequenceEqual(seq2, System.Data.DataRowComparer.Default); Console.WriteLine("SequenceEqual() with comparer : {0}", equal);

void Extensions.Validate(this XElement source, XmlSchemaObject partialValidationType, XmlSchemaSet schemas, ValidationEventHandler validationEventHandler) void Extensions.Validate(this XElement source, XmlSchemaObject partialValidationType, XmlSchemaSet schemas, ValidationEventHandler validationEventHandler, bool addSchemaInfo)

equal = seq1.SequenceEqual(seq2); Console.WriteLine("SequenceEqual() without comparer : {0}", equal); Not much to discuss here except that the first call should indicate that the two sequences are equal, while the second should indicate that they are not. The results are exactly as expected: SequenceEqual() with comparer : True SequenceEqual() without comparer : False

void Extensions.Validate(this XAttribute source, XmlSchemaObject partialValidationType, XmlSchemaSet schemas, ValidationEventHandler validationEventHandler) void Extensions.Validate(this XAttribute source, XmlSchemaObject partialValidationType, XmlSchemaSet schemas, ValidationEventHandler validationEventHandler, bool addSchemaInfo) There are two prototypes for each object type the method can be called on. These object types are XDocument, XElement, and XAttribute. The second prototype for each object type merely adds a bool argument specifying whether schema information should be added to the XElement and XAttribute objects after validation. The first method for each object type, the ones without the bool argument, are the same as passing false for the addSchemaInfo argument. In this case, no schema information would be added to the LINQ to XML objects after validation. To obtain the schema information for an XElement or XAttribute object, call the GetSchemaInfo method on the object. If the schema information is not added because either the first prototype is called or the second prototype is called and false is passed for the addSchemaInfo argument, the GetSchemaInfo method will return null. Otherwise, it will return an object that implements IXmlSchemaInfo. That object will contain properties named SchemaElement, which will return an XmlSchemaElement object, and SchemaAttribute, which will return an XmlSchemaAttribute object, assuming the element or attribute is valid. These objects can be used to obtain additional information about the schema. It is important to note that the schema information is not available during validation, only after validation has completed. This means you cannot obtain the schema information in your validation event handler. Calling the GetSchemaInfo method will return null in your validation event handler. This also means that the validation must complete and that you must not throw an exception in your validation event handler.

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T i p Schema information is not available during validation, only after. Calling the GetSchemaInfo method in your validation event handling code will return null.

Listing 2-6. An Anonymous Type Assigned to a Variable Declared with the var Keyword var unnamedTypeVar = new {firstArg = 1, secondArg = "Joe" }; Console.WriteLine(unnamedTypeVar.firstArg + ". " + unnamedTypeVar.secondArg); Here are the results of this code:

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