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Of course, you could always use the STL/CLR template class greater<T>, which provides the same functionality as the MyGreaterThanFunctor functor shown earlier. But you still will need to add the operator> for greater<T> to work. (Sorry about the long way around to show you this, but I thought knowing how to create your own functor might come in handy.) pets.sort(greater<Pet^>()); The merge() method does as you expect: it merges two list containers into one. Like sort(), merge() has two overloads. The first takes only the list container to be merged as a parameter and uses the operator< to perform the merge. The second overload takes an additional functor parameter and uses it instead of the operator<. Before the merge operation will work correctly, both list containers have to be sorted in a like manner and the merge() method must use the same sort method as the lists. This means that if the lists being merged are sorted using a functor, then the merge() method needs to also use the same functor (or one that sorts the containers elements the same way). pets.merge(puppies); pets.merge(puppies, greater<Pet^>()); The results of the merge are that the puppies list container is merged into the pets list container. The splice() method, while cool, is one that I don t use often. (But of course for some programs it is a godsend so no hate mail, please.) The splice() method has three overloads, and each does slightly different things. The first overload takes all the elements of one list container, removes them, and then inserts them into a second list container right before the location pointed to by the second list container s iterator location: list<Pet^> pets1; list<Pet^> pets2; // originating list // destination list

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pets2.splice(pets2.begin(), pets1); // place all pets1 elements into pets2 // just before first element The second splice() overload takes an element referenced by the list container s iterator, removes it, and then inserts it into a second list container right before the location pointed to by the second list container s iterator location: list<Pet^> pets1; list<Pet^> pets2; // originating list // destination list

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Remember that using the /analyze option is not a guarantee that there are no potential problems with the code. It is actually rather easy to fool PREfast, as the example in Listing 13-7 demonstrates. Listing 13-7. Missed PREfast Check // annotated_function.cpp #include <iostream> #include <CodeAnalysis/SourceAnnotations.h> using namespace std; using namespace vc_attributes; void f( [Pre(NullTerminated = Yes)] char* str) { cout << str << endl; } int main() { // create a string that is not null-terminated char test[5] = { 'a', 'b', 'c', 'd' }; f( test ); // error not flagged char* s = (char*) malloc(10 * sizeof (char)); f(s); // error not flagged char s1[10] = "abcdefgh"; char* s2 = (char*) malloc(5 * sizeof (char)); if (s2 != NULL) s2 = strncpy(s2, s1, 5); f(s2); // error not flagged } If you run this example with the Visual C++ 2005 compiler with the /analyze option, the use of non-null terminated strings is not detected. The bottom line is that you should run PREfast to catch errors, but you cannot use it as a substitute for any other testing or validation.

list<Pet^>::iterator pets1_ir = pets1.begin(); // navigate pets1_ir to the elements to splice pets2.splice(pets2.begin(), pets1, pets1_ir); // place element at pets1_ir into pets2 The last splice() overload takes the range of elements from one list container reference by two iterators, removes them, and then inserts them into a second list container right before the location pointed to by the second list container s iterator location. (Note the following example does the same as the first overload. Normally, either the beginning or ending iterators will be some point within the list container, if not both iterators.) pets2.splice(pets2.begin(), pets1, pets1.begin(), pets1.end()); Listing 7-16 shows the STL/CLR list in action.

Listing 7-16. Working with the STL/CLR list #include <cliext/list> using namespace System; using namespace cliext; using namespace System::Collections::Generic; // insert ref class Pet here but add: //-------------------------------------bool operator>(const Pet^ rhs) { return (Name->CompareTo(rhs->Name) > 0); } //-------------------------------------ref class MyGreaterThanFunctor { public: bool operator()(Pet^ a, Pet^ b) { return a > b; } }; int main(array<System::String ^> ^args) { list<Pet^> pets; pets.push_front(gcnew Pet("King")); pets.push_front(gcnew Pet("Buster")); pets.push_front(gcnew Pet("Caesar")); pets.push_front(gcnew Pet("Daisy")); // -------------------------------------------------------------------System::Console::WriteLine("\nfor loop -- Using iterator" + " with insert: "); list<Pet^>::iterator pet_i = pets.begin(); pets.insert(++pet_i, gcnew Pet("Jack")); for(pet_i = pets.begin(); pet_i != pets.end(); pet_i++) System::Console::Write("{0} ", pet_i->Name); // -------------------------------------------------------------------System::Console::WriteLine("\n\nfor each loop --" + " From typecast to ICollection<>" + " with Add():"); ICollection<Pet^>^ genericIList = %pets;

#import "StrokeWidthController.h"

FxCop has been offered as a stand-alone tool since the release of Visual Studio 2002 and .NET Framework version 1.0. It was originally written as a tool to check the work of the Microsoft .NET development teams because it was the only way to ensure consistency in naming conventions, implementation, and overall structure. You will want to use it to perform these checks on your own code.

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