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Besides declaring a variable s name and type, a declaration can also initialize its memory to a specific value. A variable initializer consists of an equals sign followed by the initializing value, as shown here: Initializer int var2 = 17; Local variables without initializers have an undefined value, and cannot be used until they have been assigned a value. Attempting to use an undefined local variable causes the compiler to produce an error message. Figure 3-12 shows a number of local variable declarations on the left, and the resulting stack configuration on the right. Some of the variables have initializers and others do not.

Figure 4-18. After sorting a JTable Listing 4-8 demonstrates the sorting of a JTable. The table model offers a set of stock symbols, names, and prices, as shown in Figures 4-17 and 4-18.

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There are arguments both for and against a class having more than one parent (plus the parent that is the step of the designing process), the condition known as multiple inheritance. There are times when a class could logically inherit from two (or more) different classes, each accounting for a different aspect of the inheriting class. (For example, a square is both a rectangle and a rhombus.) But the compilation of a multiple inheritance in which each parent class has the same-named function causes a conflict, which must be resolved with explicit (manual) decision making for each conflict. (For example, a rectangle s area involves its length and its width, while a rhombus s involves its length and its acute angle; further, a square s involves just its length.) In essence, for each, it must be determined which parent has the dominant gene and which have the recessive; generally, the dominant function is the one that has the most functionality. This is resolved in a wholesale way sometimes by convention, sometimes by language restriction by combining only one class for implementations with any number of classes for interfaces.

Some kinds of variables are automatically set to default values if they are declared without an initializer, and others are not. Variables that are not automatically initialized to default values contain undefined values until the program assigns them a value. Table 3-5 shows which types of variables are automatically initialized and which are not. I will cover each of the five variable types later in the text. Table 3-5. Types of Variables

Used for local computation inside a function member Members of a class Members of a struct Used for passing values into and out of a method Members of an array

import javax.swing.*; import javax.swing.table.*; import java.awt.*; public class SortedTable { public static void main(String args[]) { Runnable runner = new Runnable() { public void run() { JFrame frame = new JFrame("Sorting JTable"); frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); Object rows[][] = { {"AMZN", "Amazon", 44.36}, {"EBAY", "eBay", 44.84}, {"GOOG", "Google", 463.63}, {"MSFT", "Microsoft", 27.14}, {"N", "Inco Ltd.", 44.57}, {"O", "Realty Income Corp.", 23.15}, {"SUNW", "Sun Microsystems", 4.40}, {"T", "AT&T", 24.96}, {"TIVO", "Tivo Inc", 5.45}, {"X", "US Steel", 49.54}, {"Y", "Alleghany", 280.00} }; String columns[] = {"Symbol", "Name", "Price"}; TableModel model = new DefaultTableModel(rows, columns); JTable table = new JTable(model); RowSorter<TableModel> sorter = new TableRowSorter<TableModel>(model); table.setRowSorter(sorter); JScrollPane pane = new JScrollPane(table); frame.add(pane, BorderLayout.CENTER); frame.setSize(300, 150); frame.setVisible(true); } }; EventQueue.invokeLater(runner); } }

In any case, it must be remembered that multiple inheritance is a logical condition; common functions must be manually overridden to accommodate the combination. Simplifying that work, generically, the copied implementation of a recessive function can remain, intact, inside of the copied dominant one, maybe just tailored to it. The simplest situation allows the recessive parent function to just be called from the copied dominant function. In a related matter, all phases of the development process are greatly facilitated by a particular level of documentation: just as application orientation always begged descriptions of programs files, records, and data items; and procedure sections, groupings, and complex statements function orientation also begs descriptions of interaction mechanisms. Often, a mechanism requires a setup, and sometimes it also requires a reset; these should be clearly documented as well.

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