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As shown in the figure, JSF-registered phase listeners are invoked before and after each phase in the JSF request life cycle, through an event notification pattern. This allows frameworks like Seam (or your own application code, if you want) to perform their own life-cycle processing. In the case of Seam, these phase events are used to implement Seam s own context life cycle, including the management of Seam s extended set of contexts. I won t go into a lot of detail here about the JSF request life cycle itself (that s better covered in material specifically on JSF). But the following are short descriptions of what generally happens in each of the JSF phases:

The .NET Framework provides an end-to-end platform to build both client-side and server-side applications. Client-side applications are generally GUI driven and intended to run on the desktop. Server-side applications are computational intensive and usually require high-end servers. The performance need of the client and server applications are different, so the CLR ships with two flavors of the garbage collector: Workstation GC and Server GC. Workstation GC is the default collector used by managed code. It is highly optimized for GUI-based applications to provide greater user responsiveness. On the other hand, Server GC is optimized for multiprocessor machines and highly suitable for server-side applications that need high throughput. Both these GCs undertake a different strategy when it comes to the garbage collection process. Workstation GC creates a single managed heap and a dedicated thread to perform garbage collection regardless of the number of processors available in the machine. This is in contrast to Server GC where the number of managed heaps and threads created is equal to the number of processors installed in the machine. This setup definitely boosts the performance because garbage collection takes place in parallel on all available CPUs. Server GC is highly recommended for mission-critical applications, and with the advent of .NET 2.0, it can be easily enabled by adding a new <gcServer> element in an application configuration file: <configuration> <runtime> <!-- Server GC Enabled --> <gcServer enabled="true"/>

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Midway through writing this book, my living room ceiling decided to go on its own little adventure holiday, touring various other parts of the room traditionally off-limits to a respectable overhead surface. Since the word ceiling derives from the Middle English word denoting the act of lining the interior of a room, I have taken to referring to the rubble as my un-ceiling. My domestic misadventure struck me as rather apt when I came to consider this section. In theory, a program or library should be so modular that it is possible to concoct all-encompassing tests for each minute facet of functionality (unit tests). I am almost sure that when the builders

</runtime> </configuration> A new helper class, GCSettings, introduced in the .NET 2.0 specifies the garbage collection settings. With the help of this class, you can find out the type of garbage collection used by the currently running process: using System; using System.Runtime; namespace GCConfig { class Program { static void Main(string[] args) { if (GCSettings.IsServerGC == true) Console.WriteLine("Server GC enabled"); else Console.WriteLine("Workstation GC enabled"); } } }

Restore view: Determine the intended target view for the request, and either create it (if it doesn t exist yet) or restore it (if it does exist already) Apply request values: Update all the UI components involved in this request with the data passed in with the request (form fields, cookie values, etc) Process validations: Run all registered validators against the data values set by the request Update model values: If the previous phases were successful (ie, all UI component fields have been set and validated), the registered managed beans in your application model will be updated in this phase, using the values processed in the previous phases Invoke application: Any registered application callbacks are invoked in this phase This includes any action listeners you may have configured.

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