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As described in Section 23, CORBA objects take form within server applications In a server, CORBA objects are implemented and represented by programming language functions and data The programming language entities that implement and represent CORBA objects are called servants Because servants essentially provide bodies for CORBA objects, they are said to incarnate CORBA objects In CORBA, object adapters link the world of CORBA objects to the world of programming language servants Conceptually, object adapters mediate between the ORB and programming language servants They provide services for the creation of CORBA objects and their object references and for dispatching requests to the appropriate servants The standard object adapter defined in the CORBA specification is the Portable Object Adapter (POA) It provides features necessary to allow programming language servants to be portable among ORBs supplied by different vendors A server application may contain multiple POA instances to support CORBA objects with different characteristics or to support multiple servant implementation styles However, all server applications have at least one POA called the Root POA In this chapter we introduce only the basic usage of the Root POA needed to explain the server-side C++ mapping More POA details are explained in 11 Figure 91 shows a greatly simplified illustration of the general relationships between an ORB, a POA Manager, a POA, and servants Conceptually, requests for CORBA objects residing in the server application are sent from a client and arrive at the server ORB, which dispatches them to the POA in which the target object was created The POA then further dispatches the request to the servant incarnating the target object The servant carries out the request and returns any out and return values through the POA and ORB to the client

The Registry editor (regeditexe) is a fairly intuitive tool The skill it takes to use it is not modifying values, which is accomplished by double-clicking on the value you want to modify, but nding the value in the rst place Searches can be performed by selecting the key you want to search inside (all sub-keys are searched) Then, select Find from the Edit menu and select what you want to search for and what should be searched that is, the name of the keys, the name of the values (which are like the attributes), and the data stored within the values (see Figure 17-56) Searches might take a while depending on the speed of the machine and the Registry key being searched To search the entire Registry, select the root of the Registry, Computer, and run the search To nd the next match, press F3

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FIGURE 17-56 Searching the Registry To create new values or keys, right-click on the key under which the key/value should be created and select New; then select key or the type of value from the New submenu Then enter a name for the new value Next, you can double-click the new value and set data for it If you are editing a

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DWORD value, you can choose to enter the value in either hexadecimal or decimal Make sure you set this correctly, as 5000 in hex is different than 5000 in decimal and could negatively affect your environment

Before we present details of the OMG Event Service, let us first explore the concept of distributed callbacks as a means of showing why an Event Service can be useful To properly define a distributed callback, we must first clarify the definitions of client and server For synchronous requests, the client is the one that invokes the request, and the server is the one that receives it and responds to it Thus, the terms client and server are meaningful only with respect to a single request The client of one request may be the server for another, and it is not uncommon for a single application to fulfill both roles simultaneously A distributed callback requires something of a role reversal because essentially it requires a server to call back to a client The usual flow of events is as follows A client invokes a request on a server, passing it an object reference for an object in the client application These invocations are often made using oneway semantics (see Section 412) with the intent of preventing the client from blocking waiting for the response The server receives the request and performs the required service To notify the client of details concerning the original request, the server calls back to the client by invoking an operation on the object reference that was passed with the original request The client object receives the callback The information sent in a callback depends on the application For example, a server that performs long-running calculations might call back to the client to inform it of progress during the calculation as well as to deliver the results after it finishes the calculation As this series of steps shows, applications that participate in distributed call-backs act as both clients and servers Because it is unusual for a CORBA application to be either a pure client or a pure server, CORBA systems are usually categorized as peer-to-peer systems rather than as client-server systems 2031 Callback Example Assume that we want to add a graphical monitoring application to our climate control system The application allows the operator to select devices and monitor them for changes in temperature (for thermometers) and for changes to their settings (for thermostats) One way to implement the monitoring application would be to use polling to check device status Whenever we needed to know the settings of a device or the temperature it is sensing, our application could simply invoke an operation on the target to obtain the desired information Although simple, this approach suffers from several drawbacks.

import import import import orgjmockExpectations; orgjmockMockery; orgjmockintegrationjunit4JMock; orgjmockintegrationjunit4JUnit4Mockery;

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