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The tests that we have come up with so far are perfectly acceptable (although you could quite easily come up with some tests that are not listed in Table 12-6), but they will not work every time. This is because the Owners table in the EffortTracking database uses an Identity column and you are looking for very explicit values to be returned (listed in the vu_expected column). In order for these tests to work correctly every time, the data you are testing against must be the same every time. To do this, you need to load the production database with the correct information before a test run. This is where the Initialize method is very helpful. Table 12-2 earlier in the chapter includes the ClassInitialize and ClassCleanup attributes. Whereas the TestInitialize and TestCleanup methods are executed at the beginning and end of each and every test, the ClassInitialize and ClassCleanup methods are executed before any test in a class is run and after all of the tests in a class are run. This means that each method is guaranteed to execute only once during the course of a test run, regardless of how

http://msdn.microsoft.com/library/default.asp url=/library/en-us/msmq/html/ff917e87-05d5-478f9430-0f560675ece1.asp for further details about the MSMQ provider. To get started with building custom queue providers, refer to Web Service Message Queue (WSMQ). WSMQ is an open source initiative to provide a web

You have looked at I/O for Bytes and Strings. What if you want to store all the other data types, such as Booleans, integers, and floating points This is where the BinaryReader and BinaryWriter come into play. These classes were designed specifically to handle all the .NET Framework s built-in data types (including Byte and String). To create a BinaryReader or BinaryWriter class, you need to use its constructor and pass it a Stream. This means, by the way, that BinaryReaders and BinaryWriters can take as a parameter a FileStream, MemoryStream, NetworkStream, and so on. FileStream ^fs = File::OpenRead(fname); BinaryReader ^br = gcnew BinaryReader(fs); MemoryStream ^ms = gcnew MemoryStream(); BinaryWriter ^br = gcnew BinaryWriter(ms);

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many tests are in the class. In this example, you will use the ClassInitialize attribute to tag a method, which will set up the production database for testing. No cleanup will be necessary for this set of tests. Based on the information in Table 12-6, only one row of data needs to be created in the Owners table of the production database. The information is listed in Table 12-7. Table 12-7. The Owers Table Entry

The process of writing with the BinaryWriter is very simple. After you create your BinaryWriter, you only need to use two more methods, Write() and Close(). The Write() method takes care of all the hard work by being made up of numerous overloaded versions of itself (one for each supported data type). The BinaryReader class is a little harder to work with. This time, you need to work with many different read methods (one for each supported type). They all have the same syntax: Readxxx(), where xxx is the data type. Examples of read methods are ReadInt32(), ReadBoolean(), and ReadSingle(). A drawback of the BinaryReader is that you need to know the data type you are reading in before you actually do the read, so that you can make the correct call. Listing 8-6 shows the BinaryWriter and BinaryReader classes in action and demonstrates many of the functionalities described previously. You might want to notice the special coding you need to do to handle DateTime classes. Listing 8-6. Working with a BinaryWriter and a BinaryReader using namespace System; using namespace System::IO; using namespace System::Runtime::Serialization::Formatters::Binary; // ------ Player class --------------------------------------------ref class Player { String ^Name; Int32 Strength; Boolean IsMale; DateTime CreateDate; public: Player(); Player (String ^Name, int Str, bool IsMale); void Print(); void Save(String ^fname); void Load(String ^fname); }; Player::Player() { } Player::Player (String ^Name, int Str, bool IsMale) { this->Name = Name; this->Strength = Str; this->IsMale = IsMale; this->CreateDate = DateTime::Now; }

When you start an instance of the trade service, the messages are passed on to the service by the queue, as shown in Figure 9 7.

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