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} // end of method Garage::GetEnumerator So, to wrap up our look at building enumerable objects, remember that for your custom types to work with the C# foreach keyword, the container must define a method named GetEnumerator(), which has been formalized by the IEnumerable interface type. The implementation of this method is typically achieved by simply delegating it to the internal member that is holding onto the subobjects; however, it is also possible to make use of the yield return syntax to provide multiple named iterator methods.

Building Cloneable Objects (ICloneable)

This function retrieves a term (the $tid parameter is the term ID) and returns a term object. It caches term objects internally, so multiple calls for the same term aren t expensive. The structure of the term object looks like this: $term = taxonomy _term_load(3); var_dump($term); object(stdClass)#65 (9) { ["tid"]=> string(1) "3" ["vid"]=> string(1) "3" ["name"]=> string(16) "British Columbia" ["description"]=> string(38) "A western province of stunning beauty." ["format"]=> string(1) "3" ["weight"]=> string(1) "0" ["vocabulary_machine_name"]=> string(20) "geographic_locations" ["field_related_term"]=> array(1) { ["und"]=> array(1) { [0]=> array(1) { ["tid"]=> string(1) "2" } } } ["rdf_mapping"]=> array(5) { ["rdftype"]=> array(1) { [0]=> string(12) "skos:Concept" } ["name"]=> array(1) { ["predicates"]=> array(2) { [0]=> string(10) "rdfs:label" [1]=> string(14) "skos:prefLabel" } } ["description"]=> array(1) { ["predicates"]=> array(1) { [0]=> string(15) "skos:definition" } } ["vid"]=> array(2) { ["predicates"]=> array(1) { [0]=> string(13) "skos:inScheme" } ["type"]=> string(3) "rel" }

As you recall from 6, System.Object defines a member named MemberwiseClone(). This method is used to obtain a shallow copy of the current object. Object users do not call this method directly as it is protected. However, a given object may call this method itself during the cloning process. To illustrate, create a new Console Application named CloneablePoint that defines a class named Point: // A class named Point. public class Point { public int X {get; set;} public int Y {get; set;} public Point(int xPos, int yPos) { X = xPos; Y = yPos;} public Point(){} // Override Object.ToString(). public override string ToString() { return string.Format("X = {0}; Y = {1}", X, Y ); } } Given what you already know about reference types and value types ( 4), you are aware that if you assign one reference variable to another, you have two references pointing to the same object in memory. Thus, the following assignment operation results in two references to the same Point object on the heap; modifications using either reference affect the same object on the heap: static void Main(string[] args) { Console.WriteLine("***** Fun with Object Cloning *****\n"); // Two references to same object! Point p1 = new Point(50, 50); Point p2 = p1; p2.X = 0; Console.WriteLine(p1); Console.WriteLine(p2); Console.ReadLine(); }

The other change that took place when we extracted our object resource was that the property that was the target of the extraction (again, Background) now makes use of the {StaticResource} markup extension. As you can see, the key name is specified as an argument. Now, if the Cancel button wishes to use the same brush to paint its background, it is free to do so. Or, if the Cancel button had some complex content, any sub-element of that Button could also use the window-level resource for example, the Fill property of an Ellipse: <StackPanel Orientation="Horizontal"> <Button Margin="25" Height="200" Width="200" Content="OK" FontSize="20"

["parent"]=> array(2) { ["predicates"]=> array(1) { [0]=> string(12) "skos:broader" } ["type"]=> string(3) "rel" } } }

Background="{StaticResource myBrush}"> </Button> <Button Margin="25" Height="200" Width="200" FontSize="20"> <StackPanel> <Label HorizontalAlignment="Center" Content= "No Way!"/> <Ellipse Height="100" Width="100" Fill="{StaticResource myBrush}"/> </StackPanel> </Button> </StackPanel>

Expressions are deemed to be true or false by the test command or one of two nonstandard shell reserved words, [[ and ((. The test command compares strings, integers, and various file attributes; (( tests arithmetic expressions, and [[ ... ]] does the same as test with the additional feature of comparing regular expressions.

After you have extracted a resource to the scope of a window, you can locate it in your Document Outline window, which can be opened via the View Other Windows Document Outline menu (Figure 30-9).

taxonomy_get_term_by_name($name)

Figure 30-9. Viewing our resource in the Document Outline If you select any aspect of the object resource in the Document Outline window, you can change values using the Properties window. Thus, you could change the individual gradient stops, the origin offset, and other aspects of the brush.