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return quote; } } You can access the two endpoints exposed by the service via the http://localhost/wcf/ QuickReturnQuoteService.svc and http://localhost/wcf/QuickReturnQuoteService.svc/mex URLs. Listings 11 17 and 11 18 show the .svc and web.config files. Note that for a production system, it is recommended that you switch off the debug options; these are enabled only for development purposes. Listing 11 17. QuickReturnQuoteService.svc File <%@ServiceHost language=c# Debug="true" Service="QuickReturn.QuoteService" %> Listing 11 18. web.config < xml version="1.0" > <configuration> <system.serviceModel> <services> <service name="QuickReturn.QuoteService" behaviorConfiguration="QuoteServiceBehavior"> <endpoint address="" binding="wsHttpBinding" contract="QuickReturn.IQuickReturnQuoteService" /> <endpoint address="mex" binding="mexHttpBinding" contract="IMetadataExchange" /> </service> </services> <behaviors> <serviceBehaviors> <behavior name="QuoteServiceBehavior"> <serviceMetadata httpGetEnabled="true"/> <serviceDebug includeExceptionDetailInFaults="true"/> </behavior> </serviceBehaviors> </behaviors> </system.serviceModel> </configuration> The data contract is implemented via the StockQuote class, as shown in Listing 11 19. To show some of the versioning concepts, we have two versions of the data contract. Version 1 is simple and consists of just three data members: LastTrade, CompanyName, and TickerSymbol. Version 2, which is shown in Listing 11 19, adds data members. Since we are not hooking into a stock exchange, to simulate this feed the constructor takes a few ticker symbols and randomly generates a number from 10 to 100 for the stock price. Note that we have abbreviated Listing 11 19 for clarity.

The syntax to implement a member method within a namespace does not change much. Simply add the namespace s name in front of the class name, delimited by the scope resolution (::) operator. using namespace System; #include "square.h" Test::Square::Square ( int d) { Dims = d; } int Test::Square::Area() { return Dims * Dims; }

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Data binding allows a database to provide parameters to the test at various steps instead of having to change multiple tests of the same type by hand. Data binding can be used for individual data-driven web tests or for load testing (discussed in 16). For data-driven web tests (as with unit tests) the test will cycle through a table in the database and run the test once for each row in the table. Each column can supply a value to various parts of the web test. Because of this, there is no set structure to a table used for data-driven testing.

If you are observant or have a good memory, you might remember that you could use the using statement to simplify the preceding code to this: using namespace System; #include "square.h" using namespace Test; Square::Square ( int d) { Dims = d; } int Square::Area() { return Dims * Dims; } Be careful to place the using statement after the #include directive because the namespace Test is defined in the included header file.

Listing 11 19. Version 2 of the StockQuote Data Contract [DataContract] public class StockQuote { // Constructor simulates the changes when connected to an exchange public StockQuote(string ticker) { Random rnd = new Random(); int deltaTrade = rnd.Next(100); switch (ticker) { case "MSFT": symbol = ticker; companyName = "Microsoft"; lastTrade = 35.0M + deltaTrade; break; case "IBM": symbol = ticker; companyName = "IBM"; lastTrade = 34.0M + deltaTrade; break; case "INTU": symbol = ticker; companyName = "Intuit"; lastTrade = 33.0M + deltaTrade; break; case "GOOG": symbol = ticker; companyName = "Google"; lastTrade = 32.0M + deltaTrade; break; } } private string symbol; [DataMember(Name = "TickerSymbol")] public string Symbol { ... } private string companyName; [DataMember] public string CompanyName { ... } private decimal lastTrade; [DataMember] public decimal LastTrade { ... } private decimal change; [DataMember] public decimal Change { ... } private decimal previousClose; [DataMember]

I don t cover assemblies until 18, so let s not get bogged down with the details of what an assembly really is until then. For now, think of an assembly as a specially formatted .dll or .exe file that is executed by the CLR. A key feature that you need to know about assemblies is that they re self-describing. What does that mean to a C++/CLI programmer Simply put, you don t need header files to use the types placed within an assembly. Or, in other words, all those header files you meticulously created when you built your library are no longer needed once you finish creating your assembly. This is a major change from traditional C++.

It is a best practice to add a comment field in the table supplying data to the test so the exact purTip pose of the provided data can be noted. In other words, let everyone know what is being tested by the data provided do not make the tests cryptic. This makes it easy for all developers and testers to understand the purpose for a set of test data.

public decimal PreviousClose { ... } private decimal avgVol; [DataMember(Name = "AverageVolume")] public decimal AvgVol { ... } private double marketCap; [DataMember(Name = "MarketCapital")] public double MarketCap { ... } private decimal peRatio; [DataMember(Name = "PriceEarningRatio")] public decimal PERatio { ... } private decimal eps; [DataMember(Name = "EarningsPerShare")] public decimal EPS { ... } private decimal fiftyTwoWeekHigh; [DataMember(Name = "52WkHigh")] public decimal FiftyTwoWeekHigh { ... } private decimal fiftyTwoWeekLow; [DataMember(Name = "52WkLow")] public decimal FiftyTwoWeekLow { ... } }

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