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In this code, we're referring to a UILabel and an MPMoviePlayerController within our GUI, as well as a plain-old UIView. The MPMoviePlayerController that we create exposes a property called view, which lets us access the view object it uses to render the video. We don't know the class of this view it's essentially a private class that the Media Player framework doesn't expose to us. When the time comes, after the .nib file has loaded and the urlPath has been set, we create an MPMoviePlayerController, grab its view, and put it into our view hierarchy by making it a child of the empty UIView.

The previous code also points out another difference between set and multiset containers and map and multimap containers. Their iterators reference value types made up of the key/value pairs or as maps and multimaps call them first/second pairs. The first data type is that of the key and the second is the data type of the value: map<Pet^, double>::reverse_iterator pet_ri; Pet^ mp = pet_ri->first; double md = pet_ri->second; multimap<Pet^, double>::iterator pupsL; Pet^ mmp = pupsL->first; double mmd = pupsL->second; The last three insert() method overloads are the same for both map and multimap containers, except that insert attempts on a duplicate key in a map container are ignored. For the first overload, you provide the insert() method with an iterator hint specifying where to place the element into the container. Here, I m hinting that the element should be placed at the end of the container: pets.insert(pets.end(), map<Pet^, double>::make_value(gcnew Pet("Zipper"), 3.0)); You use the next insert() method overload to insert a range of elements from one map or multimap container to another: map<Pet^, double> copy; map<Pet^, double>::iterator pets_e = pets.end(); copy.insert(pets.begin(), --pets_e); The last insert overload provides the ability to insert elements from a .NET Framework collection that supports the IEnumerable<T> interface:

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Note In order to be able to profile production applications, Visual Studio can be installed on the system

The pin_ptr<> uses template syntax where you place the type of object you want to pin within the angle [<>] brackets. For example: pin_ptr<int> I covered templates in 4.

where the binaries you want to profile are located. Since the overhead of having Visual Studio installed can have its own effect on the performance of a production application, you can profile applications using the command-line tools, which do not require Visual Studio to be on the target system. This is described in the section Profiling Production Applications later in this chapter.

A pinned pointer can point to a reference handle, a value type, and an element of a managed array. It cannot pin a reference type, but it can pin the members of a reference type. A pinned pointer has all the abilities of a native pointer, the most notable being pointer comparison and arithmetic. Listing 22-6 shows the pin_ptr<> keyword in action. Listing 22-6. pin_ptr in Action #include <stdio.h> using namespace System; ref class RTest { public: int i; RTest() { i = 0; } }; value class VTest { public: int i; }; #pragma unmanaged void incr (int *i) { (*i) += 10; } #pragma managed void incr (VTest *t) { t->i += 20; } void main () { RTest ^rtest = gcnew RTest(); pin_ptr<int> i = &(rtest->i); incr( i );

Now use the New File Assistant to create a new empty GUI file called VideoCell.xib. Open the new file in Interface Builder, add a VideoCell instance from the Library, and resize it to 768 by 200. Use the attribute inspector to set the identifier to VideoCell, just as we did in code. Add a label on the left to display a URL, and use the attribute

// rtest is a reference type // i is a pinned int pointer // Pointer to managed data passed as // parameter of unmanaged function call

Once you have added a target to the Target folder you can set certain options for just that target (right-clicking the target brings up target-specific options). You may choose to launch a different assembly or website and thereby override the settings of the target you are currently pointing to. Additionally, because multiple targets may be run during a performance session, you can elect to specify code (or command-line applications) to run pre- and post-target activation during the performance session.

Console::WriteLine ( rtest->i ); VTest ^vtest = gcnew VTest; vtest->i = 0; // vtest is a boxed value type

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