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There are several other vector member methods and type definitions, but these are the ones I commonly use. Feel free to peruse the MSDN C++/CLI documentation provided with Visual Studio if you want more information about these or any I may have missed. A big difference between STL/CLR and STL are vector properties and interfaces. I consider the properties front_item and back_item sort of useless or at least redundant because we have the equivalent front() and back() methods. But the interfaces are an important addition as you will use them (often without being aware of it) to mix vectors with BCL collections (which the rest of the .NET world uses). Table 7-8 shows the interfaces supported by the vector.

Duplicates an object Sequences through the elements of a collection Maintains a group of elements in a collection Sequences through typed elements of a collection Maintains a group of typed elements in a collection Maintains an ordered group of typed elements in a collection Maintains a generic container

#import "FontListController.h"

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Listing 7-14 shows the STL/CLR vector in action. Listing 7-14. Working with the STL/CLR Vector #include <cliext/vector> #include <cliext/adapter> using namespace System; using namespace cliext; using namespace System::Collections::Generic; // insert ref class Pet here int main(array<System::String ^> ^args) { vector<Pet^> pets; pets.push_back(gcnew Pet("King")); pets.push_back(gcnew Pet("Buster")); pets.push_back(gcnew Pet("Caesar")); pets.push_back(gcnew Pet("Daisy")); // -------------------------------------------------------------------System::Console::WriteLine("for loop -- Using subscript:"); for(int i=0; i < pets.size(); i++) System::Console::Write("{0} ", pets[i]->Name);

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// -------------------------------------------------------------------System::Console::WriteLine("\n\nfor loop -- Using const_iterator" + " with insert: "); pets.insert(pets.begin() + 1, gcnew Pet("Jack")); vector<Pet^>::const_iterator pet_i; 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 IList<>" + " with Add():"); IList<Pet^>^ genericIList = %pets; genericIList->Add(gcnew Pet("Queen")); for each (Pet^ pet in genericIList) System::Console::Write("{0} ", pet->Name); // -------------------------------------------------------------------System::Console::WriteLine("\n\nfor each loop --" + " using built in IEnumerator<> interface:"); for each (Pet^ pet in pets) System::Console::Write("{0} ", pet->Name); // -------------------------------------------------------------------System::Console::WriteLine("\n\nfor each loop --" + " subset ICollection<>" + " created by make_collection<>():"); ICollection<Pet^>^ icPets = make_collection(pets.begin() + 1, pets.end() - 1); for each (Pet^ pet in icPets) System::Console::Write("{0} ", pet->Name); // -------------------------------------------------------------------System::Console::WriteLine("\n\nfor loop --" + " Using reverse_iterator from ICollection" + " with pop_back():"); vector<Pet^>^ vPets = gcnew vector<Pet^>(icPets); vPets->pop_back(); vector<Pet^>::reverse_iterator pet_ri; for(pet_ri = vPets->rbegin(); pet_ri != vPets->rend(); pet_ri++) System::Console::Write("{0} ", pet_ri->Name); System::Console::WriteLine("\n\n"); return (0); }

Then fill in this previously empty method:

The Console::WriteLine()s give you a good explanation of what s happening in VectorEx.exe. The only thing not covered is the use of the template function make_collection(): ICollection<Pet^>^ icPets = make_collection(pets.begin() + 1, pets.end() - 1); The make_collection() returns a range_adapter that wraps a pair of iterators to implement the IEnumerable, ICollection, IEnumerable<T>, and ICollection<T> BCL interfaces. When you assign the range_adapter to ICollection<T>, as I did earlier, you use the resulting object to manipulate the STL/CLR range as if it were a BCL collection. Figure 7-14 shows the results of the VectorEx.exe program.

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There is not much to discuss here as the deque programming-wise is virtually the same as the vector. In fact, there are only two significant differences. The first is that you need to use the <cliext/deque> header file: #include <cliext/deque> The second is that deque has two methods that vector doesn t: push_front() and pop_front(). These methods add and remove elements to the front of the deque: pets.push_front(gcnew Pet("King")); // add element to front pets.pop_front(); // remove element from front Just to show that vector and deque are so similar, Listing 7-15 is the vector example (see Listing 7-14) rewritten as a deque. I also changed the push_back() and pop_back() to push_front() and pop_front(); if I hadn t, the result would have been the same for both examples. Listing 7-15. Working with the STL/CLR deque #include <cliext/deque> #include <cliext/adapter> using namespace System; using namespace cliext; using namespace System::Collections::Generic; // insert ref class Pet here

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