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myclass{color:green;} takes priority over both no matter where they occur in a stylesheet and no matter if they occur in a stylesheet that was loaded before or after the current stylesheet I find this to be a common cause of trouble because a rule with higher cascade priority can be anywhere in any stylesheet Assuming you have already validated your stylesheet, you can often tell when cascade priority is the problem when some properties in a selector work, but others do not no matter what values you use This typically happens when properties are being overridden by another rule with a higher cascade priority You can usually verify this is the case by adding !important after a property !important gives a property a higher priority than all non-!important properties If !important makes a property work, you probably have a cascading priority problem 6.

At this point, you should feel comfortable with the process of building both single-file and multifile assemblies. To be completely honest, chances are that 99.99 percent of your assemblies will be single-file entities. Nevertheless, multifile assemblies can prove helpful when you wish to break a large physical binary into more modular units (and they are quite useful for remote download scenarios). Next up, let s formalize the concept of a private assembly.

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Technically speaking, the assemblies you ve created thus far in this chapter have been deployed as private assemblies. Private assemblies are required to be located within the same directory as the client application (termed the application directory) or a subdirectory thereof. Recall that when you set a reference to CarLibrary.dll while building the CSharpCarClient.exe and VbNetCarClient.exe applications, Visual Studio 2005 responded by placing a copy of CarLibrary.dll within the client s application directory. When a client program uses the types defined within this external assembly, the CLR simply loads the local copy of CarLibrary.dll. Because the .NET runtime does not consult the system registry when searching for referenced assemblies, you can relocate the CSharpCarClient.exe (or VbNetCarClient.exe) and CarLibrary.dll assemblies to location on your machine and run the application (this is often termed Xcopy deployment). Uninstalling (or replicating) an application that makes exclusive use of private assemblies is a no-brainer: simply delete (or copy) the application folder. Unlike with COM applications, you do not need to worry about dozens of orphaned registry settings. More important, you do not need to worry that the removal of private assemblies will break any other applications on the machine.

NSEntityDescription *point = [[managedObjectModel entitiesByName] objectForKey:@"Point"]; [point setRenamingIdentifier:@"Vertex"];

Given what you already know about reference types and value types ( 3), 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) { // Two references to same object! Point p1 = new Point(50, 50); Point p2 = p1; p2x = 0; ConsoleWriteLine(p1); ConsoleWriteLine(p2); } When you wish to equip your custom types to support the ability to return an identical copy of itself to the caller, you may implement the standard ICloneable interface This type defines a single method named Clone(): public interface ICloneable { object Clone(); } Obviously, the implementation of the Clone() method varies between objects.

Verify the case of elements, classes, and IDs in the stylesheet exactly matches their case in the HTML document This is important because XHTML is case sensitive You may want to use lowercase values at all times to avoid accidental mismatches..

However, the basic functionality tends to be the same: Copy the values of your member variables into a new object instance, and return it to the user To illustrate, ponder the following update to the Point class: // The Point now supports "clone-ability" public class Point : ICloneable { public int x, y; public Point(){ } public Point(int x, int y) { thisx = x; thisy = y;} // Return a copy of the current object public object Clone() { return new Point(thisx, thisy); } public override string ToString() { return stringFormat("X = {0}; Y = {1}", x, y ); } } In this way, you can create exact stand-alone copies of the Point type, as illustrated by the following code: static void Main(string[] args) { // Notice Clone() returns a generic object type.

// You must perform an explicit cast to obtain the derived type Point p3 = new Point(100, 100); Point p4 = (Point)p3Clone(); // Change p4x (which will not change p3x) p4x = 0; // Print each object ConsoleWriteLine(p3); ConsoleWriteLine(p4); }.

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