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to your own classes by creating a special type of constructor called a copy constructor (see 26)

RequestNavigate="Hyperlink_RequestNavigate"

A function may return an object to the caller For example, this is a valid C++ program:

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#include <iostream> using namespace std; class myclass { int i; public: void set_i(int n) { i=n; } int get_i() { return i; } }; myclass f(); int main() { myclass o; o = f(); cout << oget_i() << "\n"; return 0; } myclass f() { myclass x; xset_i(1); return x; } // return object of type myclass

This is just an event handler. The Hyperlink_RequestNavigate method gets the NavigateUri from the passed Hyperlink and then does a Process.Start(). We haven t bothered showing the code, but it s in the online version.

When an object is returned by a function, a temporary object is automatically created, which holds the return value It is this object that is actually returned by the function After the value has been returned, this object is destroyed The destruction of this temporary object may cause unexpected side effects in some situations For example, if the object returned by the function has a destructor that frees dynamically allocated

21:

Because we can t bind to the contents of a Hyperlink directly, we have to put something inside the Hyperlink to display the text we want to display. We re putting a TextBlock inside the Hyperlink (which is inside a TextBlock) so that we can bind the TextBlock s Text property. Notice that we re using Path instead of XPath here because we want the InnerText of the XmlElement. The binding for the comments ListView is pretty similar, albeit simpler (listing 11.7). We re using a ListView instead of a ListBox to demonstrate that there s no particular difference in the approach for binding to different list controls.

Given the techniques presented in this chapter, all of these scenarios play together, can be interconnected, and can cooperate with each other, even across provider-to-provider connections

memory, that memory will be freed even though the object that is receiving the return value is still using it As you will see later in this book, there are ways to overcome this problem that involve overloading the assignment operator and defining a copy constructor

Assuming that both objects are of the same type, you can assign one object to another This causes the data of the object on the right side to be copied into the data of the object on the left For example, this program displays this is ob2's i: 99:

<ListView ItemsSource="{Binding XPath=comments/comment}" Margin="10,10,10,20" BorderThickness="0" > <ListView.ItemTemplate> <DataTemplate>

#include <iostream> using namespace std; class myclass { int i; public: void set_i(int n) { i=n; } int get_i() { return i; } }; int main() { myclass ob1, ob2; ob1set_i(99); ob2 = ob1; // assign data from ob1 to ob2 cout << "this is ob2's i: " << ob2get_i(); return 0; }

IEEE Project 8021ah is, as of this writing, still under development in IEEE 8021 However, most of the current technical draft of that document is stable, hence its inclusion in the existing parts of this chapter References have also been made in this chapter to other ongoing standards work The four major items that may affect the provision of Carrier Ethernet services by bridges are IEEE Project P8021aq Shortest Path Bridging, ITU-T protection switching, provider bridge backbone traffic engineering, and IETF TRILL

By default, all data from one object is assigned to the other by use of a bit-by-bit copy However, it is possible to overload the assignment operator and define some other assignment procedure (see 22)

At this point, we have a functional CVE viewer that binds XML remarkably fast. With the XML support in WPF, creating custom editors for XML is extremely easy and can be used to mitigate the pain of manually editing XML configuration files.

You can create arrays of objects in the same way that you create arrays of any other data types For example, the following program establishes a class called display that

13

holds information about various video display options Inside main( ), an array of three display objects is created, and the objects that make up the elements of the array are accessed using the normal indexing procedure