Computing Fundamentals with JavaComputing Fundamentals with Java is the current effort in the author's 11-year journey of integrating object- oriented programming into the first computer science course, while retaining the commonly accepted fundamentals of computing. In addition to traditional topics and the newer objects and classes, this text provides three bonus chapters on object-oriented software development in the context of a case study. This book is written to clearly present fundamental concepts to beginning programmers. |
From inside the book
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Page 321
... aTemp from the user ( aTemp == -3 ) . 3. If aTemp is greater than highest so far ( -3 > ... ) . Whoops ! There is no value for highest ! There is no value for lowest . Let's assume the program will initialize both highest and lowest to ...
... aTemp from the user ( aTemp == -3 ) . 3. If aTemp is greater than highest so far ( -3 > ... ) . Whoops ! There is no value for highest ! There is no value for lowest . Let's assume the program will initialize both highest and lowest to ...
Page 322
... aTemp set lowest so far to aTemp for each of the remaining ( 2 through n ) temperature readings { } input aTemp from the user if aTemp is greater than highest so far , store it as highest if aTemp is less than lowest so far , store it ...
... aTemp set lowest so far to aTemp for each of the remaining ( 2 through n ) temperature readings { } input aTemp from the user if aTemp is greater than highest so far , store it as highest if aTemp is less than lowest so far , store it ...
Page 323
... aTemp ; " " int lowest = aTemp ; // Process n inputs for ( int j { } = 2 ; j < = n ; j ++ ) // Already processed one , start at 2 // Get the next input aTemp = keyboard.readInt ( ) ; // Update the highest so far , if necessary if ...
... aTemp ; " " int lowest = aTemp ; // Process n inputs for ( int j { } = 2 ; j < = n ; j ++ ) // Already processed one , start at 2 // Get the next input aTemp = keyboard.readInt ( ) ; // Update the highest so far , if necessary if ...
Common terms and phrases
ActionListener actionPerformed method aGrid.move algorithm args argument array elements ArrayList assigned aTemp balance bank teller BankAccount object Borrower button Chapter collection collection class constructed constructor content Pane.add CRC cards currentAccount Determinate Loop Dialogue double error evaluates event-driven program example exception handling executes false following code for(int getText graphical components graphical user interface GregorianCalendar implement initialize inner class input instance variables integer interface iteration Java classes Java's JFrame JLabel JTextField JukeboxAccount keyboard.readDouble layout manager Lendable listener ListIterator loop test main method method heading mover my_balance my_size null object-oriented object-oriented programming parameter programming projects public class public static void public String public void readLine reference variable result searchName Self-Check Serializable statement static void main(String String objects StringBag System.out.print("Enter System.out.println terminates test driver text field TextReader keyboard toString method transactions types of objects user enters window withdraw Write the output