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The Program class will be updated to define a number of static methods, each of which takes a single System.Type parameter and returns void. First you have ListMethods(), which (as you might guess) prints the name of each method defined by the incoming type. Notice how Type.GetMethods() returns an array of System.Reflection.MethodInfo types: // Display method names of type. public static void ListMethods(Type t) { Console.WriteLine("***** Methods *****"); MethodInfo[] mi = t.GetMethods(); foreach(MethodInfo m in mi) Console.WriteLine("->{0}", m.Name); Console.WriteLine(""); } Here, you are simply printing the name of the method using the MethodInfo.Name property. As you might guess, MethodInfo has many additional members that allow you to determine if the method is static, virtual, or abstract. As well, the MethodInfo type allows you to obtain the method s return value and parameter set. You ll spruce up the implementation of ListMethods() in just a bit.

The implementation of ListFields() is similar. The only notable difference is the call to Type.GetFields() and the resulting FieldInfo array. Again, to keep things simple, you are printing out only the name of each field. // Display field names of type. public static void ListFields(Type t) { Console.WriteLine("***** Fields *****"); FieldInfo[] fi = t.GetFields(); foreach(FieldInfo field in fi) Console.WriteLine("->{0}", field.Name); Console.WriteLine(""); }

It works because browsers do not validate HTML They parse web pages in a way that allows them to display any version of HTML and XHTML including documents containing errors Contrast this with how a browser processes an XHTML document where the rules of XML prohibit it from rendering an entire XHTML document when it has an error even the tiniest error created by an accidental typo! Such precision is essential for computer-to-computer transactions, but it is not good for human-generated web pages..

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To create a mapping model, go to Xcode s menu, and select File New File . In the ensuing dialog box, select Resource under iOS on the left, and select Mapping Model on the right, as shown in Figure 8-7. Click Next.

The logic to display a type s properties is similar: // Display property names of type. public static void ListProps(Type t) { Console.WriteLine("***** Properties *****"); PropertyInfo[] pi = t.GetProperties(); foreach(PropertyInfo prop in pi) Console.WriteLine("->{0}", prop.Name); Console.WriteLine(""); }

Next, you will author a method named ListInterfaces() that will print out the names of any interfaces supported on the incoming type. The only point of interest here is that the call to GetInterfaces() returns an array of System.Types! This should make sense given that interfaces are, indeed, types: // Display implemented interfaces. public static void ListInterfaces(Type t) { Console.WriteLine("***** Interfaces *****"); Type[] ifaces = t.GetInterfaces(); foreach(Type i in ifaces) Console.WriteLine("->{0}", i.Name); }

Last but not least, you have one final helper method that will simply display various statistics (indicating whether the type is generic, what the base class is, whether the type is sealed, and so forth) regarding the incoming type: // Just for good measure. public static void ListVariousStats(Type t) { Console.WriteLine("***** Various Statistics *****"); Console.WriteLine("Base class is: {0}", t.BaseType); Console.WriteLine("Is type abstract {0}", t.IsAbstract); Console.WriteLine("Is type sealed {0}", t.IsSealed); Console.WriteLine("Is type generic {0}", t.IsGenericTypeDefinition); Console.WriteLine("Is type a class type {0}", t.IsClass); Console.WriteLine(""); }

Alias Problem Metadata Declaration You want to declare the type of your document so you can validate it against a Document Type Definition (DTD). You want to ensure your document is valid. You want to ensure web browsers follow the same rules in rendering your document. The <!DOCTYPE> prolog identifies the type and version of HTML or XHTML in which the document is coded. In technical terms, <!DOCTYPE> specifies the type of document and the DTD that validates the document. The W3C provides a free online service at http://validator.w3.org/ that you can use to validate your documents.

In the next dialog, save this mapping model as Model4to5.xcmappingmodel and click Next. The next dialog box, shown in Figure 8-8, asks you for the source data model and the destination data model. Select Shapes 4.xcdatamodel for the source and Shapes 5.xcdatamodel for the destination, as shown in Figure 8-9, and click Finish. You should now see Xcode with your mapping model created, including all the entity mappings and property mappings that Core Data could infer, as shown in Figure 8-10.

Implementing Main()

The Main() method of the Program class prompts the user for the fully qualified name of a type. Once you obtain this string data, you pass it into the Type.GetType() method and send the extracted System.Type into each of your helper methods. This process repeats until the user enters Q to terminate the application: // Need to make use of the reflection namespace. using System; using System.Reflection; ... static void Main(string[] args)

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