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the lifetime instance of an object. It essentially keeps an object alive until the LifetimeContainer is disposed of. This way, your application can no longer reference an object, and because the LifetimeContainer is still holding a reference to that particular instance, the garbage collector will not try to remove the object from memory. The Locator essentially cross-references instance names to an object. This way, an instance name can look up a particular object. This is done to allow components to create a singleton instance for their own use within an application domain; otherwise, using a static class would force a singleton instance to be used by all components. Using the SingletonStrategy class is pretty simple, because most of the work is done for you. You just need to have the instance-based factories inherit from LocatorNameTypeFactoryBase<T>, as in the example in Listing 4-17. Listing 4-17. Using SingletonStrategy using using using using using System; System.Collections.Generic; System.Text; Microsoft.Practices.EnterpriseLibrary.Common.Configuration; Microsoft.Practices.EnterpriseLibrary.Common.Configuration.ObjectBuilder;

If you can divide currentCount by 5 and there s no remainder, then you know that you ve exceeded the last column and need to start a new row Here s what your code might look like: if(currentCount % 5 == 0) { //Start a new row.. row += 1; } Why does this work First, because the column numbering starts at 0, the fifth column is actually numbered as 4 (These are the five column numbers: 0, 1, 2, 3, 4) Column 4 is the last column of any row Keep that in mind! That means when currentCount becomes 5, it s actually referring to the sixth column, But of course, our imaginary tile sheet is only five columns wide, so there is no sixth column! This can mean only one thing: you need to start a new row.

Implementing dynamic HTTP validation is not that difficult if static HTTP validation has been implemented, because static HTTP validation provides a base for dynamic HTTP validation. When implementing dynamic HTTP validation, the LibrarianSaveToStorage is kept identical as is the use of the Decorator pattern. What changes is the implementation of the Builder pattern: the class LibrarianSaveToFile is replaced with LibrarinHTTPValidation, and the class Book has some additional properties. What is different in this instance of using the Decorator pattern is that the LibrarianHTTPValidation class is used to figure out whether LibrarianSaveToStorage has to be called. Additionally, LibrarianSaveToStorage is a bit misnamed because when using dynamic HTTP validation LibrarianSaveToStorage is used for both retrieval and saving of data. Modifying the Decorator Pattern Implementation In the static HTTP server validation, the Decorator pattern was used. For the dynamic HTTP server validation, the implementation LibrarianHTTPValidation is used to manage the hash codes of the individual book instances: public class LibrarianHTTPValidation implements Librarian { private Librarian _next; private String _etag; public LibrarianHTTPValidation(String etag, Librarian next) throws InstantiationException { EBVN if( _next == null) { throw new InstantiationException("Next element cannot be null"); } _next = next; _etag = etag; } public Book checkOutBook(String isbn) throws Exception { if(isSameState( _etag, isbn)) { Book book = new Book(); book.assignHashCode(Integer.parseInt( _etag)); book.setISBN( isbn); return book; } else { return _next.checkOutBook( isbn); } } public void checkInBook(Book book) throws Exception { saveHashCode(book); _next.checkInBook(book); } } In the instantiation of the LibrarianHTTPValidation, the constructor has two parameters. The first parameter identifies the ETag, and the second parameter is the next Librarian instance,

namespace Sample.SingletonSample { public class MyClassFactory : LocatorNameTypeFactoryBase<MyClass> { public MyClassFactory(IConfigurationSource configurationSource) : base(configurationSource) { } ///The rest of the class code. } } When an instance of MyClass already exists as defined by the instance name, SingletonStrategy will short-circuit the creation process and return the existing instance. ConfiguredObjectStrategy Class The ConfiguredObjectStrategy class determines the object type that needs to be created, determines the appropriate factory class to accomplish this task, and calls the CreateObject method of the factory class to create the object. It does this through the use of attributes, as shown in Listing 4-18. Listing 4-18. Using ConfiguredObjectStrategy [CustomFactory(typeof(CacheManagerCustomFactory))] public class CacheManager : IDisposable { }

This formula currentCount % 5 will always return a remainder of 0 if currentCount is evenly divisible by 5 That means it will work just as well when currentCount becomes 10, 15, or 20 Each of those numbers can tell the code that you need to jump to a new row..