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data The compiler will automatically generate the correct type of object according to the type you specify when the object is created The general form of a generic class declaration is shown here template <class Ttype> class class-name { // } Here, Ttype is the placeholder type name that will be specified when a class is instantiated If necessary, you may define more than one generic data type using a comma-separated list Once you have created a generic class, you create a specific instance of that class using the following general form: class-name <type> ob; Here, type is the type name of the data that the class will be operating upon Member functions of a generic class are, themselves, automatically generic They need not be explicitly specified as such using template In the following program, a generic stack class is created that implements a standard last-in, first-out stack Thus, it can be used to provide a stack for any type of object In the example shown here, a character stack, an integer stack, and a floating-point stack are created

Our two view controls are now totally in sync with each other. The appropriate tree node is always selected, and as a result the contents of the list view are updated as required.

// Demonstrate a generic stack class #include <iostream> using namespace std; const int SIZE = 100; // This creates the generic class stack template <class SType> class stack { SType stck[SIZE]; int tos; public: stack(); ~stack(); void push(SType i); SType pop(); }; // stack's constructor function template <class SType> stack<SType>::stack() {

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tos = 0; cout << "Stack Initialized\n"; } /* stack's destructor function This function is not required It is included for illustration only */ template <class SType> stack<SType>::~stack() { cout << "Stack Destroyed\n"; } // Push an object onto the stack template <class SType> void stack<SType>::push(SType i) { if(tos==SIZE) { cout << "Stack is full\n"; return; } stck[tos] = i; tos++; } // Pop an object off the stack template <class SType> SType stack<SType>::pop() { if(tos==0) { cout << "Stack underflow\n"; return 0; } tos--; return stck[tos]; } int main() { stack<int> a; // create integer stack stack<double> b; // create a double stack stack<char> c; // create a character stack

There are a few loose ends to tie up in our application. In this section we look at additional uses for a tree view class in order to complete the functionality required in the MyAlbumExplorer application. This section is to demonstrate various features and functionality, rather than explain additional Windows Forms concepts. As a result, this section will be short on discussion and simply present the code required to make the described changes. There are three changes we will make here: 1 Display the image associated with a selected photograph node. 2 Permit the label text for a node to be edited. 3 Display the album or photo property dialog associated with a node.

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We will discuss these topics in the order they appear in this list. 15.5.1 DISPLAYING THE PHOTOGRAPH Our first topic is displaying the photograph when a photograph node is selected in the tree view. You might think that we could draw directly on the ListView control. In fact, the ListView class does not permit the Paint event to be handled by an instance of the class. So an alternate approach is required. Instead, we will use a PictureBox control for this purpose. Since the PictureBox control does not support a proper aspect ratio for its contained image, we will handle the Paint event and draw the image manually. This is shown in figure 15.9. When a list of albums or photographs is displayed, we will hide the picture box control. Conversely, when a photograph is displayed, we will hide the list view control.

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int i; // use the integer and double stacks apush(1); bpush(993); apush(2); bpush(-1223); cout cout cout cout << << << << apop() apop() bpop() bpop() << << << << " "; " "; " "; "\n";

Figure 15.9 Normally a PictureBox control appears with standard control colors. Since this PictureBox appears in place of a ListView control, we will use standard window colors instead.

// demonstrate the character stack for(i=0; i<10; i++) cpush((char) 'A'+i); for(i=0; i<10; i++) cout << cpop(); cout << "\n"; return 0; } C++