Absolute Java"Praised for providing an engaging balance of thoughful examples and illustrative discussion, Absolute Java, Fourth Edition, is the most comprehensive book available for both beginning and intermediate Java programming students. Best-selling author Walter Savitch and contributor Kenrick Mock explain Java programming in a straightforward style using clear language as well as code enhanced by a suite of pedagogical tools. Its features include: coverage of web programming with JSP that introduces readers to the client/server side model; an extensive set of videonotes, step-by-step video tutorials, that bring programming concepts to life and allow beginning students to see first-hand how experienced programmers solve problems; and additional programming projects that offer even more opportunity for programming practice."--Publisher's description. |
From inside the book
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Page 21
... type variables to floating - point type variables are also allowed . For example , the following is allowed : int intVariable ; intVariable = 42 ; double ... value of any type Expressions and Assignment Statements 21 Constants Constants.
... type variables to floating - point type variables are also allowed . For example , the following is allowed : int intVariable ; intVariable = 42 ; double ... value of any type Expressions and Assignment Statements 21 Constants Constants.
Page 30
... value 2.0 . Note that ( double ) m does not change the value of the variable m . If m has the value 2 before this expression is evaluated , then m still has the value 2 after the expression is evaluated . You may use other type names in ...
... value 2.0 . Note that ( double ) m does not change the value of the variable m . If m has the value 2 before this expression is evaluated , then m still has the value 2 after the expression is evaluated . You may use other type names in ...
Page 282
... Variables of a primitive type and variables of a class type are different for a reason . A value of a primitive type , such as the type int , always requires the same amount of memory to store one value . There is a maximum value of type ...
... Variables of a primitive type and variables of a class type are different for a reason . A value of a primitive type , such as the type int , always requires the same amount of memory to store one value . There is a maximum value of type ...
Contents
Chapter | 2 |
ByteCode and the Java Virtual Machine | 8 |
Variables | 15 |
Copyright | |
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abstract class args argument array ArrayList base class binary file Boolean expression byte byte-code calling object catch block Chapter class definition class Employee class type clone method compiler contains copy constructor create deep copy defined derived class doubly linked list elements enumerated type equals example exception class exception handling given in Display hash table implements inner class input instance variable integer interface IOException iterator Java program javadoc JFrame linked list menu method definition method named mutator methods myCodeMate node null numberUsed otherObject outer class output package primitive type Programming Project public boolean public class public static void public void recursive recursive call return false Returns true Sample Dialogue Scanner(System.in score Self-Test Exercises Serializable static method static variable static void main(String syntax System.exit(0 System.out.println System.out.println("Enter text file toString try block type double type int type parameter value of type write