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sorting, item selection, and label editing. We finished by implementing this same support for the photos in an album, so that our application can display albums or photographs in the control. Along the way we looked at a number of classes provided to support this control, most notably the ListViewItem, ListViewItem.ListViewSubItem, and ColumnHeader classes. We also examined the IComparer interface as a way to define how two objects should be compared, and implemented a class supporting this interface in order to sort the columns in our detailed view of the list. The next chapter looks at a close cousin to the ListView class, namely the TreeView control.

#include <iostream> using namespace std; class figure { protected: double x, y; public: void set_dim(double i, double j=0) { x = i; y = j; } virtual void show_area() { cout << "No area computation defined "; cout << "for this class\n"; } } ; class triangle : public figure { public: void show_area() { cout << "Triangle with height "; cout << x << " and base " << y; cout << " has an area of "; cout << x * 05 * y << "\n"; } }; class square : public figure { public: void show_area() { cout << "Square with dimensions ";

23:

264 352 240 84,480 264 352 288 101,376

15.1 Tree view basics 486 15.2 The TreeView class 486 15.3 Dynamic tree nodes 497 15.4 Node selection 505 15.5 Fun with tree views 513 15.6 Recap 524

cout << x << "x" << y; cout << " has an area of "; cout << x * y << "\n"; } }; class circle : public figure { public: void show_area() { cout << "Circle with radius "; cout << x; cout << " has an area of "; cout << 314 * x * x; } } ; int main() { figure *p; /* create a pointer to base type */ triangle t; /* create objects of derived types */ square s; circle c; p = &t; p->set_dim(100, 50); p->show_area(); p = &s; p->set_dim(100, 50); p->show_area(); p = &c; p->set_dim(90); p->show_area(); return 0; }

In the previous chapter we created the MyAlbumExplorer application incorporating a ListView control. This program presents the default set of photo albums available and the collection of photographs contained within these albums. In this chapter we extend this program to include a TreeView control in order to present a more traditional explorer-style interface. Specific topics we will cover in this chapter include the following: Exploring the TreeView class. Using the Splitter control to divide a container. Populating a tree with the TreeNode class, both in Visual Studio and programmatically. Selecting nodes in a tree. Editing the labels for a tree. Integrating a ListView and TreeView control into an application. As we did for list views, we begin this chapter with a general discussion of tree views and a discussion of the terms and classes used for this control.

This example also points out that when defining base classes it is important to be as flexible as possible Don t give your program unnecessary restrictions

264 352 180 63,360 264 352 216 76,032