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The BeforeSelect event is useful when you may wish to cancel a selection based on the state or other settings related to a given node. Since we have no need to do this here, we will use the AfterSelect event to update the ListView control based on the selected node. The following table summarizes the types of nodes in our tree, how to identify each type, and what the ListView control should contain for each type.

Note that the type casts inside the calls to read( ) and write( ) are necessary when operating on a buffer that is not defined as a character array If the end of the file is reached before num characters have been read, read( ) simply stops and the buffer contains as many characters as were available You can find out how many characters have been read using another member function called gcount( ), which has this prototype: streamsize gcount( ); It returns the number of characters read by the last binary input operation

Contents of ListView for each type of TreeNode TreeNode Type How to identify this type Top-level node Album node Photograph node The parent node is null. What to show in the ListView The collection of albums.

You can detect when the end of the file is reached using the member function eof( ), which has the prototype bool eof( ); It returns true when the end of the file has been reached; otherwise, it returns false

Table B10 ISO 639 Language Codes (continued)

The associated file has an album The collection of photos in this album. file extension. The node is not a top-level or an album node. Nothing for now. Later we will draw the actual photograph associated with this node.

In C++ s I/O system, you perform random access using the seekg( ) and seekp( ) functions Their most common forms are istream &seekg(off_type offset, seekdir origin); ostream &seekp(off_type offset, seekdir origin); Here, off_type is an integer type defined by ios that is capable of containing the largest valid value that offset can have seekdir is an enumeration defined by ios that determines how the seek will take place The C++ I/O system manages two pointers associated with each file One is the get pointer, which specifies where in the file the next input operation will occur The other is the put pointer, which specifies where in the file the next output operation will occur Each time an input or an output operation takes place, the appropriate pointer is automatically advanced However, using the seekg( ) and seekp( ) functions, it is possible to access the file in a nonsequential fashion The seekg( ) function moves the associated file s current get pointer offset number of bytes from the specified origin, which must be one of these three values:

The seekp( ) function moves the associated file s current put pointer offset number of bytes from the specified origin, which must be one of the same three values This program demonstrates the seekp( ) function It allows you to specify a filename on the command line followed by the specific byte in the file you want to change It then writes an X at the specified location Notice that the file must be opened for read/write operations

We can use this information to implement our event handler. The steps required are described by the following table.

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#include <iostream> #include <fstream> #include <cstdlib> using namespace std; int main(int argc, char *argv[]) { if(argc!=3) { cout << "Usage: CHANGE <filename> <byte>\n"; return 1;