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A new addition to the insert() method overloads is the ability to insert BCL collections that support IEnumerable<T>: // Generic List List<int>^ list = gcnew List<int>(); list->Add(1); list->Add(2); // Insert BCL collection into a vector using: // void insert(iterator where, System::Collections::Generic::IEnumerable<Value>^ val); vect.insert(vect.begin+2, list); You use the size() method to get the number of elements in the collection; this method is useful in for loops: for(int i=0; i < pets.size(); i++) { } Next is the somewhat redundant at() method (I would normally just use the subscript syntax): Element.at(5) == Element[5]; Another method that could come in handy if you are mixing and matching the vector with BCL collections is the assign() method. It has augmented the standard two overloads with one to support an IEnumerable<T> as a parameter like this: pets.assign(2, gcnew Pet("Unnamed Puppies")); // assign a repetition pets.assign(pets2.begin(), pets2.end()); // assign an iterator range // Generic List List<int>^ list = gcnew List<int>(); list->Add(1); list->Add(2); // Assign BCL collection to vector using: // void assign(System::Collections::Generic::IEnumerable<Value>^ val); vect.assign(list); The standard four iterators are available: the two forward direction, vector<T>::const_iterator and vector<T>::iterator, and the two reverse direction, vector<T>::const_reverse_iterator and vector<T>::reverse_iterator. Added to this mix are two iterators designed to work with the .NET Framework s generic interface: vector<T>::generic_iterator and vector<T>::generic_reverse_ iterator. To initialize these iterators, you can choose among these standard four methods: begin(), end(), rbegin(), and rend(). vector<Pet^>::const_iterator pet_ci = pet.begin(); vector<Pet^>::iterator pet_i = pet.end(); vector<Pet^>::const_reverse_iterator pet_cri = pet.rbegin(); vector<Pet^>::reverse_iterator pet_ri = pet.rend(); vector<Pet^>::generic_iterator pet_gi = pet.begin(); vector<Pet^>::generic_reverse_iterator pet_gri = pet.rbegin();

Note The SQL Express components make data-driven testing incredibly easy, as they can handle a fairly

Something that you must be aware of is that an aborted thread can t be restarted. If you attempt to do so, a ThreadStateException exception is thrown instead.

This method, in turn, offloads the parsing of the font element attributes to the following three functions. Put these directly above the attributedStringFromMarkup: method. (Although it may seem wrong, putting them inside the @implementation block is totally fine.)

high volume of data and the test data can remain with the testing solution. However, if you are performing load testing or other very high-volume tests, you will probably want to create a separate SQL Server 2005 database to store the test data.

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Listing 18-3 shows the Abort() method in action. First it creates two threads, and then it aborts them. Just for fun, I then try to restart an aborted thread, which promptly throws an exception. Listing 18-3. AbortingThreads.cpp Aborting a Thread using namespace System; using namespace System::Threading; ref class MyThread {

public: static void ThreadFunc(Object ^Name); }; void MyThread::ThreadFunc(Object ^Name) { Thread ^thr = Thread::CurrentThread; try { for (int i = 0; i < 100; i++) { Console::WriteLine("{0} {1}", Name, i.ToString()); Thread::Sleep(1); } return; } catch (ThreadAbortException^) { Console::WriteLine("{0} Aborted", Name); // Reset the abort so that the method will continue processing // thr->ResetAbort(); } } void main() { Console::WriteLine("Main Program Starts"); Thread ^thr1 = gcnew Thread(gcnew ParameterizedThreadStart(&MyThread::ThreadFunc)); Thread ^thr2 = gcnew Thread(gcnew ParameterizedThreadStart(&MyThread::ThreadFunc)); thr1->Start("Thread1"); thr2->Start("Thread2"); Thread::Sleep(2); thr1->Abort(); Thread::Sleep(4); thr2->Abort(); try { thr1->Start(); } catch (ThreadStateException ^tse) { Console::WriteLine(tse->ToString()); } Console::WriteLine("Main Program Ends"); } In the exception of the Thread method, I ve added (but commented out) the code required to reset the abort so that the thread continues instead of ending.

How many projects have you been involved with that started out by creating a class diagram, only to discover about two weeks into the actual coding that the classes no longer looked like the diagram Even tools like Rational, which let you forward-engineer your diagrams and synchronize the diagram and code later, have some problems. They require you to manually start a sync process and fix any issues that come up. The VSTS team devised the Class Designer so that there is an instant update between a change in the class diagram and the code and vice versa. Yes, you read that right. If you change the code, the diagram is immediately updated to reflect the change.

Figure 18-4 shows AbortingThreads.exe in action. As you can see, even though I catch the ThreadAbortException exception in the thread, the thread still aborts after leaving the catch block. As expected, when I try to restart a thread, a ThreadStateException exception is thrown.

static NSString *fontFaceNameFromString(NSString *attrData) { NSScanner *attributeDataScanner = [NSScanner scannerWithString:attrData]; NSString *faceName = nil; if ([attributeDataScanner scanUpToString:@"face=\"" intoString:NULL]) { [attributeDataScanner scanString:@"face=\"" intoString:NULL]; if ([attributeDataScanner scanUpToString:@"\"" intoString:&faceName]) { return faceName; } } return nil; } static CGFloat fontSizeFromString(NSString *attrData) { NSScanner *attributeDataScanner = [NSScanner scannerWithString:attrData]; NSString *sizeString = nil; if ([attributeDataScanner scanUpToString:@"size=\"" intoString:NULL]) { [attributeDataScanner scanString:@"size=\"" intoString:NULL]; if ([attributeDataScanner scanUpToString:@"\"" intoString:&sizeString]) { return [sizeString floatValue]; } } return 0.0; } static UIColor *fontColorFromString(NSString *attrData) { return nil; }

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