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from arrays in real production code, you would want something more abstract than creating a method for each class type for which you need a DataTable object. Perhaps a generic extension method would be a nice approach. But as we mentioned at the beginning of the examples, you will typically be performing LINQ to DataSet queries on data from databases, not arrays, so we won t worry about that here. For the example, we ll build a sequence of DataRow objects from each array and try to join them using their common Id column, which we will retrieve by indexing into the DataRow with the column name, which is Id. Listing 10-9 shows the code.

When running the example by pressing Ctrl+F5, you get the following results: Adams Arthur Buchanan In addition to using collection initialization with LINQ, it can be very handy for creating initialized collections in code where LINQ queries are not even present.

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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Creating a new language level API for generic data query is made more difficult by the C# language s lack of ability to dynamically create new data types at compile time If we want data queries to retrieve first-class language level elements, the language must have the ability to create first-class language level data elements, which for C# are classes So the C# 30 language specification now includes the ability to dynamically create new unnamed classes and objects from those classes This type of class is known as an anonymous type An anonymous type has no name and is generated by the compiler based on the initialization of the object being instantiated Since the class has no type name, any variable assigned to an object of an anonymous type must have some way to declare it This is the purpose of the new C# 30 var keyword.

StudentClass[] classDesignations = { new StudentClass { Id = 1, Class = "Sophmore" }, new StudentClass { Id = 7, Class = "Freshman" }, new StudentClass { Id = 13, Class = "Graduate" }, new StudentClass { Id = 72, Class = "Senior" } }; DataTable dt1 = GetDataTable(students); IEnumerable<DataRow> seq1 = dt1.AsEnumerable(); DataTable dt2 = GetDataTable2(classDesignations); IEnumerable<DataRow> seq2 = dt2.AsEnumerable(); string anthonysClass = (from s in seq1 where s.Field<string>("Name") == "Anthony Adams" from c in seq2 where c["Id"] == s["Id"] select (string)c["Class"]). SingleOrDefault<string>(); Console.WriteLine("Anthony's Class is: {0}", anthonysClass != null anthonysClass : "null"); There are a couple of things worth pointing out about that query. First notice the line that is bold. There, we are indexing into the DataRow object to get the columns values. Since the column value data types are strings, they will get boxed, which means there will be a problem determining equality. Additionally, you can see that we are using the Field<T> operator in this example when we compare the Name field to the name "Anthony Adams". Ignore this for now. Just realize that we are calling the Field<T> operator to prevent a boxing problem with the Name field that we are in the midst of demonstrating with the Id field. Also, notice that this query is combining the query expression syntax

Using a header facet rather than a headerText attribute gives application developers more flexibility to decide how best to visualize the header. For example, using a facet allows an icon and text to both be used in the header, rather than just text. Code Sample 3-17. UIShowItem Component package com.apress.projsf.ch3.component; import javax.faces.component.UIComponent; import javax.faces.component.UIComponentBase; public class UIShowItem extends UIComponentBase { /** * The component type for this component. */ public static final String COMPONENT_TYPE = "com.apress.projsf.ShowItem"; public static final String COMPONENT_FAMILY = "com.apress.projsf.ShowItem"; /** * Creates a new UIShowItem. */ public UIShowItem() { } /** * Returns the component family for this component. * * @return the component family */ public String getFamily() { return COMPONENT_FAMILY; }

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