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We nd that test data builders help keep tests expressive and resilient to change First, they wrap up most of the syntax noise when creating new objects Second, they make the default case simple, and special cases not much more complicated Third, they protect the test against changes in the structure of its objects If we add an argument to a constructor, then all we have to change is the relevant builder and those tests that drove the need for the new argument A nal bene t is that we can write test code that s easier to read and spot errors, because each builder method identi es the purpose of its parameter For example, in this code it s not obvious that London has been passed in as the second street line rather than the city name:

FIGURE 14-19 Creating a published application RDP for the cmd prompt You can take the generated RDP file and run it from any Vista/Windows Server 2008 client to open a seamless command window that is running on the Server Core installation The following listing shows the content of the generated RDP that can be modi ed with an updated server name:

The EChange exception contains a single data member errors, which is a sequence Each sequence element in turn is a structure containing the object reference of the thermostat that could not make a temperature change in the tmstat_ref member, together with the exception information returned by that thermostat's set_nominal operation in the info member We define another ostream inserter that prints the contents of an EChange exception:

disableclipboardredirection:i:0 redirectposdevices:i:0 redirectprinters:i:1 redirectcomports:i:1 redirectsmartcards:i:1 devicestoredirect:s:* drivestoredirect:s:* redirectdrives:i:1

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// show the details of each record static ostream & operator<(ostream & os, const CCS::Controller::EChange & ec) { for (CORBA::ULong i = 0; i < ecerrorslength(); i++) { os < "Change failed:" < endl; os < ecerrors[i]tmstat_ref; // Overloaded < os < ecerrors[i]info < endl; // Overloaded < } return os; }

session bpp:i:32 span monitors:i:1 remoteapplicationmode:i:1 server port:i:3389 allow font smoothing:i:1 promptcredentialonce:i:0 authentication level:i:0 gatewayusagemethod:i:2 gatewaypro leusagemethod:i:0 gatewaycredentialssource:i:0 full address:s:savtstcore01virtsavilltechnet alternate shell:s:||cmd gatewayhostname:s: remoteapplicationname:s:cmdexe remoteapplicationcmdline:s: screen mode id:i:2 winposstr:s:0,1,424,117,835,356 compression:i:1 smart sizing:i:1 keyboardhook:i:2 audiomode:i:0 redirectclipboard:i:1 displayconnectionbar:i:1 autoreconnection enabled:i:1 prompt for credentials:i:0 negotiate security layer:i:1 remoteapplicationicon:s: shell working directory:s: disable wallpaper:i:1 disable full window drag:i:1 allow desktop composition:i:0 disable menu anims:i:1 disable themes:i:0 disable cursor setting:i:0 bitmapcachepersistenable:i:1

TestAddressesnewAddress("221b Baker Street", "London", "NW1 6XE");

The code iterates over the sequence contained in the exception For each element, it calls the overloaded inserters we defined earlier to show the details and the error report for each thermostat whose set_nominal operation failed We need one final helper function: set_temp This function sets the temperature of a thermostat given a reference and a new temperature set_temp prints a number of trace messages so that we can see what is going on If we call set_temp with an illegal temperature, its catch handler prints the details of a BadTemp exception by calling the ostream inserter we defined previously This allows us to monitor when an exception is raised and also prevents the program from terminating by unwinding the stack all the way back to main:

When using a terminal server connection with the Terminal Server Client (mstsc), ensure that disk drives are available from the client machine by selecting the drives as available under the Local Resources tab (you have to click the More button) or as an option, as shown in Figure 1420 The local client drives are accessible as \\tsclient\<drive> on the remote system You can then map to these drives to get full access as in the following example:

C:\Windows\System32>net use * \\tsclient\d Drive Y: is now connected to \\tsclient\d The command completed successfully

// Change the temperature of a thermostat static void set_temp(CCS::Thermostat_ptr tmstat, CCS::TempType new_temp) { if (CORBA::is_nil(tmstat)) // Don't call via nil reference return; CCS::AssetType anum = tmstat->asset_num(); try { cout < "Setting thermostat " < anum < " to " < new_temp < " degrees" < endl; CCS::TempType old_nominal = tmstat->set_nominal(new_temp); cout < "Old nominal temperature was: " < old_nominal < endl; cout < "New nominal temperature is: " < tmstat->get_nominal() < endl; } catch (const CCS::Thermostat::BadTemp & bt) { cerr < "Setting of nominal temperature failed" < endl; cerr < btdetails < endl; // Overloaded < }

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The client main consists of initialization code and the code to interact with the climate control system For this example, the client exercises the various IDL operations to test the functionality of the server 861 Initialization Writing the initialization code in the client is a trivial task The first step is to initialize the ORB:

A test data builder makes the mistake more obvious:

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