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field, while the type is a drop-down menu populated with allowed values from the GadgetTypes enumeration. Both fields are bound to properties on a new managed bean named gadget . At the end of the form is a submit button that invokes the newGadget() operation on the gadgetAdmin managed bean. At this point, as with any JSF application, we need to wire the JSF managed beans to classes in our model. We could try to associate the gadgetAdmin bean with an instance of our GadgetAdminBean session EJB and the gadget bean to our GadgetBean entity EJB, using entries in our faces-config.xml like this:

In the previous code example, we specified a default value of false, which doesn t provide exclusive ownership of the mutex, followed by a unique mutex name SyncExchange When it comes to sending data to the exchange, at that time the MutexWaitOne method is invoked to request the exclusive ownership of a mutex If ownership is granted, then the requesting thread resumes its.

Figure 4-26 shows the broadcast engine class diagram, and Figure 4-27 shows the broadcast engine project structure.

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Hence Schedulecurrent takes a parameter of the time at which the check is to be made Overwhelmingly, however, we are just going to want to know whether the schedule is current now (as we do in the preceding code) It would be nice to be able to invoke current without a parameter and still get the same functionality This is achieved in Listing 4-1 Listing 4-1 A Class That Includes a Method Definition with a Default-Specified Parameter class Schedule def initialize(from, to) @from, @to = from, to end def current (time = Timenow) @from <= time and time <= @to end end As you can see from this listing, setting a parameter equal to some value specifies a default value for that parameter The value can be an object or an expression that returns an object.

<faces-config> <managed-bean> <managed-bean-name>gadget</managed-bean-name> <managed-bean-class>GadgetBean</managed-bean-class> <managed-bean-scope>session</managed-bean-scope> </managed-bean> <managed-bean> <managed-bean-name>gadgetAdmin</managed-bean-name> <managed-bean-class>GadgetAdminBean</managed-bean-class> <managed-bean-scope>session</managed-bean-scope> </managed-bean> </faces-config>

IBCastMessage defines the common behavior implemented by application messages and is required for broadcast purposes. Here s the code: using System; namespace BCastServer {

public interface IBCastMessage { //Identifies broadcast message type //for example market data broadcast, exchange bulletin broadcast int MessageType{get;} //Length of Message int MessageLength{get;set;} } }

Note that the expression in Listing 4-1 to return the current time (Timenow) is evaluated at runtime each time the method is invoked, rather than via static substitution as seen in lesser languages Obviously, we are not limited to one default-valued parameter Listing 4-2 shows a method with two default-valued parameters Listing 4-2 A Method with a Number of Default-Specified Parameters def rolecall(person1, person2 = "Dick", person3 = "Harry") "#{person1}, #{person2} and #{person3}" end rolecall("Tom") # => "Tom, Dick and Harry" rolecall("George", 42) # => "George, 42 and Harry" Not only does Listing 4-2 demonstrate the overriding of default values, but it also shows that required and optional parameters can coexist If we tried to call rolecall with no parameters, an exception would be raised, as there is no way for the interpreter to cope with such a call given that at least one parameter is needed.

But what you ll find is that this won t work, at least not the way you d expect. In JSF, managed beans are expected to be simple JavaBeans, and they ll be managed that way at runtime by the JSF container. When the gadget or gadgetAdmin beans are created and used at runtime, the JSF container won t follow the rules for EJB components when handling them. It won t, for example, use the EJB container to obtain an instance of the GadgetAdminBean, as you should for any session bean. Instead, it will try to construct instances of GadgetAdminBean directly, outside of the EJB container and all of its services. This obviously isn t what we want we defined GadgetBean and GadgetAdminBean as EJB components because we wanted them to use the persistence and transaction management services of the EJB container. In order to integrate our EJB components into our JSF pages, we need to create JavaBean wrappers that the JSF components can use directly. These JavaBean wrappers will then interact with the EJB components to get the gadget persistence done. First, we ll have to write a simple JavaBean version of our GadgetBean entity EJB that can be used as the gadget managed bean. This JavaBean class, Gadget, is shown in Listing 1-5.

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