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private const string DatabaseLocationKey = "ResDB"; private string CreateConnectionString(IServiceProvider serviceProvider) { if (serviceProvider == null) { return System.Configuration.ConfigurationManager.AppSettings[ DatabaseLocationKey]; } else { IWebApplication webApp = (IWebApplication)serviceProvider.GetService( typeof(IWebApplication)); return webApp.OpenWebConfiguration( true).ConnectionStrings.ConnectionStrings [DatabaseLocationKey].ConnectionString; } } When you are developing a web application and therefore working with a website project, you just need to ask the IServiceProvider for an IWebApplication service hosted by the Visual Studio 2005 IDE. This service gives you access to anything specific to web application projects in Visual Studio (such as project properties, files in the project, currently opened designers) and therefore allows you to open the web configuration for retrieving the connection string to the database from there through OpenWebConfiguration. As you can see, your SimpleSqlResourceDesignerProvider class also holds a ListDictionary called _resCache, similar to the implementation you created before. This dictionary caches all the different resource dictionaries for the different cultures of the page being processed. The GetObject and ResourceReader implementations are similar to the implementations you saw in the SimpleSqlResourceProvider class earlier, except they work with the default culture all the time. object IResourceProvider.GetObject(string resourceKey, CultureInfo culture) { // Always use the default culture string cultureName = string.Empty; // Get the resource object ListDictionary dict = GetResources(cultureName); if (dict.Contains(resourceKey)) return dict[resourceKey]; else { dict = GetResources(null); if (dict.Contains(resourceKey)) return dict[resourceKey]; } return null; }

In the onCreate method, we instantiate the MediaPlayer. We are passing it a specific reference to an audio file called goodmorningandroid.mp3, which should be placed in the raw resources (res/raw) directory of our project. If this directory doesn t exist, it should be created. Putting the audio file in that location allows us to refer to it by a constant in the generated R class, R.raw.goodmorningandroid. More detail about placing audio in the raw resources directory is available in 5 in the Creating a Custom AudioPlaying Application section.

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IResourceReader IResourceProvider.ResourceReader { get { return new SimpleSqlResourceDesignerReader(GetResources(null)); } } But when thinking about retrieving resources for a page, you finally need to know about the virtual path in which you are working. Remember the implementation of the GetResources method used by the GetObject method and the ResourceReader property previously. In your previous implementation for the runtime environment (SimpleSqlResourceProvider), you use the virtualPath member variable of the class for retrieving the resources for the currently active page. This is similar in the design-time provider implementation, as you can see in the following code snippet. The IResourceReader implementation used in the ResourceReader property is the same as the SimpleSqlResourceReader implementation introduced earlier. private ListDictionary GetResources(string cultureName) { if (_resCache == null) _resCache = new ListDictionary(); if (cultureName == null) cultureName = string.Empty; ListDictionary dict; if (!_resCache.Contains(cultureName)) { dict = _db.GetResources(cultureName, GetVirtualPath(_provider)); _resCache.Add(cultureName, dict); } else { dict = (ListDictionary)_resCache[cultureName]; } return dict; } To retrieve the right resources for the current page from the database, you need the virtual path (at least the name of the page in this example). In the design-time environment, you need to follow a different approach for getting the name of the currently active page. The implementation of the GetVirtualPath method used previously demonstrates this: private string GetVirtualPath(IServiceProvider provider) { IDesignerHost host = (IDesignerHost)provider.GetService(typeof(IDesignerHost)); WebFormsRootDesigner rootDesigner = host.GetDesigner(host.RootComponent) as WebFormsRootDesigner; return System.IO.Path.GetFileName(rootDesigner.DocumentUrl); }

As noted in the previous chapter, Spring is a modular POJO framework that provides more than 130 packages for supporting Web and enterprise application development. At its core, Spring is a container that can manage the entire life cycle of your application objects. In this chapter, I will begin to delve into this core the Inversion of Control (IoC) container and the Dependency Injection (DI) design pattern. The container implements the DI pattern that allows you to keep the dependencies between different objects dynamic. For example, you can have an object that needs a reference to another object or to an external resource like a mail server. In our user manager application, the UserServiceImpl class has a reference to both MailDao and UserDao objects. You need to save the user to the database and send out the confirmation email. public class UserServiceImpl implements UserService { private MailDao mailDao; private UserDao userDao; public void save(User user) { userDao.saveOrUpdate(user); mailDao.sendConfirmationEmail(user); } } The container manages the entire life cycle of these objects and all their references throughout the DI pattern. DI is a concrete pattern, while the Inversion of Control is a general concept that reverses the direction of the traditional lookup. The two most common type of DI, are: constructor injection setter injection

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