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TableModel model = new DefaultTableModel(rows, columns) { public Class getColumnClass(int column) { Class returnValue; if ((column >= 0) && (column < getColumnCount())) { returnValue = getValueAt(0, column).getClass(); } else { returnValue = Object.class; } return returnValue; } };

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.

A labeled statement consists of an identifier, followed by a colon, followed by a statement. It has the following form: Identifier: Statement A labeled statement is executed exactly as if the label were not there and consisted of just the Statement part. Adding a label to a statement allows control to be transferred to the statement from another part of the code. Labeled statements are only allowed inside blocks.

Here, the getColumnClass() method reports back that the data in the first row determines the class for all cells in that column. Thus, 280.0 would now be treated as type Number, not String, for sorting purposes. After the change, sorting the table in Figure 4-17 by the last column produces a more appropriate result, as shown in Figure 4-20.

Labels have their own declaration space, so the identifier in a labeled statement can be any valid identifier including those that might be declared in an overlapping scope, such as local variables or parameter names. For example, the following code shows the valid use of a label with the same identifier as a local variable: { int xyz = 0; ... xyz: Console.WriteLine("No problem."); } There are restrictions, however. The identifier cannot be either The same as another label identifier with an overlapping scope A keyword // Variable xyz // Label xyz

Network Site Servers 57 More Java 57 Storage Interaction 59 Preprocessing for Variability 59 Variable Markup 60 Storage Interaction with a New Subcontext 62 Standardized Objects 63 Much More Java 63 Standardized Distributed Objects 64 Server Processing Reorganization 65 The Foundation 65 Building on Management 66 Refinement 67 Visual Object Implementation in a New Context 67 The Variety of Syntax 68.

Labeled statements cannot be seen (or accessed) from outside the block in which they are declared. The scope of a labeled statement is The block in which it is declared Any blocks nested inside that block For example, the code on the left of Figure 9-9 contains several nested blocks, with their scopes marked. There are two labeled statements declared in scope B of the program: increment and end. The shaded portions on the right of the figure show the areas of the code in which the labeled statements are in scope. Code in scope B, and all the nested blocks, can see and access the labeled statements. Code from any of the inner scopes can jump out to the labeled statements. Code from outside (scope A, in this case) cannot jump into a block with a labeled statement.

Before moving on to filtering, it is important to mention the concept of selection. When sorting is enabled and the model has been reordered, selection of a row from the sorted model doesn t map back to the same row number in the source table model. That s where the convertRowIndexToModel() method comes into play. To demonstrate, the following code adds a JButton to the prior program that when selected displays the set of selected rows in the JTable: