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To demonstrate how this works, add the method shown in Listing 12-3 to the ServiceTest class. Listing 12-3. The Exception Test for ValidateUser C# /// <summary> ///An exception test case for ValidateUser (string, string, PasswordType) ///</summary> [TestMethod()] [ExpectedException(typeof(System.Web.Services.Protocols.SoapException), + "An encrypted password type was allowed which is not supported.")] public void ValidateUserExceptionTest() { Service target = new Service(); target.Credentials = System.Net.CredentialCache.DefaultCredentials; string userName = "TestUser"; string password = "password"; PasswordType type = PasswordType.Encrypted; int actual; actual = target.ValidateUser(userName, password, type); } VB ''' <summary> '''An exception test case for ValidateUser (string, string, PasswordType) '''</summary> <TestMethod()> _ <ExpectedException(GetType(System.Web.Services.Protocols.SoapException), _ "An encrypted password type was allowed which is not supported.")> _ Public Sub ValidateUserExceptionTest() Dim target As Service = new Service() target.Credentials = System.Net.CredentialCache.DefaultCredentials Dim userName As string = "TestUser" Dim password As string = "password" Dim type As PasswordType = PasswordType.Encrypted Dim actual As integer actual = target.ValidateUser(userName, password, type) End Sub

Figure 18-2. The StartingThreads.exe program in action Take a look at the top of your output. Your main program started and ended before the threads even executed their first loop. As you can see, foreground threads (which these are) continue to run even after the main thread ends. If you were to uncomment these two lines before the start method calls with the lines thr1->IsBackground = true; thr2->IsBackground = true; then you would find that the threads stop abruptly without completing when the main thread ends, just as you would expect. Something you might not expect, though, is that if you set only one of the threads to the background, it doesn t end when the main thread ends but instead continues until the second foreground thread completes.

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When you develop your thread, you may find that you don t need it to continually run or you might want to delay the thread while some other thread runs. To handle this, you could place a delay loop like a do nothing for loop. However, doing this wastes CPU cycles. What you should do instead is temporarily stop the thread, or put it to sleep. Doing this couldn t be easier. Simply add the following static Thread method: Thread::Sleep(timeToSleepInMilliseconds); This line causes the current thread to go to sleep for the interval specified either in milliseconds or using the TimeSpan structure. The TimeSpan structure specifies a time interval and is created using multiple overloaded constructors: TimeSpan(Int64 TimeSpan(Int32 TimeSpan(Int32 TimeSpan(Int32 ticks); hours,Int32 minutes,Int32 seconds); days,Int32 hours,Int32 minutes,Int32 seconds); days,Int32 hours,Int32 minutes,Int32 seconds,Int32 milliseconds);

The key to this type of test is the ExpectedException attribute. Notice that the Assert method is not even called here because it is not needed. The ExpectedException attribute ensures that .NET will wait for a SoapException to be thrown, and if it is, the test will be marked as successful. If it is not thrown, the message included with the ExpectedException attribute will be displayed as the failure message.

The Sleep() method also takes two special values: Infinite, which means sleep forever, and 0, which means give up the rest of the thread s current CPU time slice. A neat thing to notice is that main() and WinMain() are also threads. This means you can use Thread::Sleep() to make any application sleep. In Listing 18-2, both worker threads and the main thread are all put to sleep temporarily.

Now we need to define the attributedStringFromMarkup: method in the same class (anywhere above the draw method should be fine). This uses NSScanner to look for the tags it knows about, and makes one big NSMutableAttributedString out of a number of smaller NSAttributedStrings generated between tags. Here, you also see a little usage of CTFontRef, which is Core Text s own way of referring to fonts.

Listing 18-2. SleepingThreads.cpp Making a Thread Sleep using namespace System; using namespace System::Threading; ref class MyThread { public: static void ThreadFunc(); }; void MyThread::ThreadFunc() { String ^threadName = Thread::CurrentThread->Name; for (int i = 0; i < 101; i++) { if (i % 10 == 0) Console::WriteLine("{0} {1}", threadName, i.ToString()); Thread::Sleep(10); } } void main() { Console::WriteLine("Main Program Starts"); Thread ^thr1 = gcnew Thread(gcnew ThreadStart(&MyThread::ThreadFunc)); Thread ^thr2 = gcnew Thread(gcnew ThreadStart(&MyThread::ThreadFunc)); thr1->Name = "Thread1"; thr2->Name = "Thread2"; thr1->Start(); thr2->Start(); int iHour = 0; int iMin = 0; int iSec = 1; Thread::Sleep(TimeSpan(iHour, iMin, iSec)); Console::WriteLine("Main Program Ends"); } Listing 18-2 has a couple of additional bits of bonus logic. First, it shows how to get a handle to the current thread using the Thread class s CurrentThread property: Thread ^thr = Thread::CurrentThread; Second, it shows how to assign a name to a thread using the Thread class s Name property, which you can retrieve later within the thread: // When creating thread add thr1->Name = "Thread1"; // Then later in thread itself String ^threadName = Thread::CurrentThread->Name;

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