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All HTML and XHTML code should be validated This verifies the code contains no coding errors If there are errors, CSS selectors may fail to select elements as expected or may even select elements unexpectedly There are benefits to using XHTML Validated XHTML documents are well formed and have unambiguous structure You can also use XSLT and XQUERY processors to extract content and rearrange documents There are two additional varieties of DOCTYPEs: strict and transitional Strict removes all presentational elements and attributes, and transitional allows them I do not recommend presentation elements and attributes, but the strict DOCTYPE may be too strict for some needs For example, it prohibits the start attribute in <ol> and the value attribute in <li>, which are the only available means to control the numbering of an ordered list The strict DOCTYPE also prohibits <iframe>.

Creating a mapping model puts you in the same place you d be with a lightweight migration, with mappings that Core Data can infer from your source and target data models. The next step is to customize the mapping model to migrate Circles to Ellipses. Start by creating the custom policy you ll use, which is a subclass of NSEntityMigrationPolicy. Create a new class called CircleToEllipseMigrationPolicy, and create a new group for it called Migration Mappings under Classes. The header file is simple, as shown in Listing 8-3.

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{ Console.WriteLine("***** Welcome to MyTypeViewer *****"); string typeName = ""; bool userIsDone = false; do { Console.WriteLine("\nEnter a type name to evaluate"); Console.Write("or enter Q to quit: "); // Get name of type. typeName = Console.ReadLine(); // Does user want to quit if (typeName.ToUpper() == "Q") { userIsDone = true; break; } // Try to display type. try { Type t = Type.GetType(typeName); Console.WriteLine(""); ListVariousStats(t); ListFields(t); ListProps(t); ListMethods(t); ListInterfaces(t); } catch { Console.WriteLine("Sorry, can't find type"); } } while (!userIsDone); } At this point, MyTypeViewer.exe is ready to take out for a test drive. For example, run your application and enter the following fully qualified names (be aware that the manner in which you invoked Type.GetType() requires case-sensitive string names): System.Int32 System.Collections.ArrayList System.Threading.Thread System.Void System.IO.BinaryWriter System.Math System.Console MyTypeViewer.Program Figure 12-2 shows the partial output when specifying System.Math.

So far, so good! Let s make one minor enhancement to the current application. Specifically, you will update the ListMethods() helper function to list not only the name of a given method, but also the return value and incoming parameters. The MethodInfo type provides the ReturnType property and GetParameters() method for these very tasks. In the following code, notice that you are building a string type that contains the type and name of each parameter using a nested foreach loop: public static void ListMethods(Type t) { Console.WriteLine("***** Methods *****"); MethodInfo[] mi = t.GetMethods(); foreach (MethodInfo m in mi) { // Get return value. string retVal = m.ReturnType.FullName; string paramInfo = "("; // Get params. foreach (ParameterInfo pi in m.GetParameters()) { paramInfo += string.Format("{0} {1} ", pi.ParameterType, pi.Name); } paramInfo += ")"; // Now display the basic method sig. Console.WriteLine("->{0} {1} {2}", retVal, m.Name, paramInfo); } Console.WriteLine(""); } If you now run this updated application, you will find that the methods of a given type are much more detailed. Figure 12-3 shows the method metadata of the System.Globalization. GregorianCalendar type.

Interesting stuff, huh Clearly the System.Reflection namespace and System.Type class allow you to reflect over many other aspects of a type beyond what MyTypeViewer is currently displaying. As you would hope, you can obtain a type s events, discover which interfaces have been implemented explicitly, get the list of any generic parameters for a given member, and glean dozens of other details. Nevertheless, at this point you have created an (somewhat capable) object browser. The major limitation, of course, is that you have no way to reflect beyond the current assembly (MyTypeViewer) or the always accessible mscorlib.dll. This begs the question, How can I build applications that can load (and reflect over) assemblies not known at compile time

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