Introduction to Programming with Java: A Problem Solving Approach

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Introduction to Programming with Java: A Problem Solving Approach

This book teaches the reader how to write programs using Java. It does so with a unique approach that combines fundamentals first with objects early. The book transitions smoothly through a carefully selected set of procedural programming fundamentals to object-oriented fundamentals. During this early transition and beyond, the book emphasizes problem solving. For example, Chapter 2 is devoted to algorithm development, Chapter 8 is devoted to program design, and problem-solving sections appear throughout the book. Problem-solving skills are fostered with the help of an interactive, iterative presentation style: Here's the problem. How can we solve it? How can we improve the solution?.
Some key features include:

• A conversational, easy-to-follow writing style.
• Many executable code examples that clearly and efficiently illustrate key concepts.
• Extensive use of UML class diagrams to specify problem organization.
• Simple GUI programming early, in an optional standalone graphics track.
• Well-identified alternatives for altering the book's sequence to fit individual needs.
• Well-developed projects in six different academic disciplines, with a handy summary.
• Detailed customizable PowerPointTM lecture slides, with icon-keyed hidden notes. Student Resources:
• Links to compiler software - for Sun's Java2 SDK toolkit, Helios's TextPad, Eclipse, NetBeans, and BlueJ.
• TextPad tutorial.
• Eclipse tutorials.
• Textbook errata.
• All textbook example programs and associated resource files. Instructor Resources:
• Customizable PowerPoint lecture slides with hidden notes. Hidden notes provide comments that supplement the displayed text in the lecture slides. For example, if the displayed text asks a question the hidden notes provide the answer.
• Exercise solutions.
• Project solutions.
  

• 848 pages
• Publisher: McGraw-Hill Science/Engineering/Math; 1 edition (March 29, 2008)
• Language: English
• ISBN-10: 0073047023
• ISBN-13: 978-007304702

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关键词：introduction Programming troduction Approach Program transition carefully programs selected beyond

1. /******************************************************************
   
2. * SentenceTester.java
   
3. * Dean & Dean
   
4. *
   
5. * This program checks for period at the end of line of input.
   
6. *******************************************************************/
   
7. import java.util.Scanner;
   
8. public class SentenceTester
   
9. {
   
10. public static void main(String[] args)
    
11. {
    
12. Scanner stdIn = new Scanner(System.in);
    
13. String sentence;
    
14. int lastCharPosition;
    
15. System.out.println("Enter a sentence:");
    
16. sentence = stdIn.nextLine();
    
17. lastCharPosition = sentence.length() - 1;
    
18. if (sentence.charAt(lastCharPosition) != '.')
    
19. {
    
20. System.out.println(
    
21. "Invalid entry - your sentence needs a period!");
    
22. }
    
23. } // end main
    
24. } // end class SentenceTester

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1. /******************************************************************
   
2. * FreeFries.java
   
3. * Dean & Dean
   
4. *
   
5. * This program reads points scored by the home team and the
   
6. * opposing team and determines whether the fans win free
   
7. * french fries.
   
8. *******************************************************************/
   
9. import java.util.Scanner;
   
10. public class FreeFries
    
11. {
    
12. public static void main(String[] args)
    
13. {
    
14. Scanner stdIn = new Scanner(System.in);
    
15. int homePts; // points scored by home team
    
16. int opponentPts; // points scored by opponents
    
17. System.out.print("Home team points scored: ");
    
18. homePts = stdIn.nextInt();
    
19. System.out.print("Opposing team points scored: ");
    
20. opponentPts = stdIn.nextInt();
    
21. <insert-code-here>
    
22. } // end main
    
23. } // end class FreeFries
    
24. Sample session:
    
25. Home team points scored: 103
    
26. Opposing team points scored: 87
    
27. Fans: Redeem your ticket stub for a free order of French fries at Yummy
    
28. Burgers.

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1. /****************************************************************
   
2. * ZipCode.java
   
3. * Dean & Dean
   
4. *
   
5. * This program identifies geographical region from ZIP code.
   
6. ******************************************************************/
   
7. import java.util.Scanner;
   
8. public class ZipCode
   
9. {
   
10. public static void main(String[] args)
    
11. {
    
12. Scanner stdIn = new Scanner(System.in);
    
13. String zip; // user-entered ZIP code
    
14. System.out.print("Enter a ZIP Code: ");
    
15. zip = stdIn.nextLine();
    
16. switch (zip.charAt(0))
    
17. {
    
18. case '0': case '2': case '3':
    
19. System.out.println(zip + " is on the East Coast.");
    
20. break;
    
21. case '4': case '5': case '6':
    
22. System.out.println(
    
23. zip + " is in the Central Plains area.");
    
24. break;
    
25. case '7':
    
26. System.out.println(zip + " is in the South.");
    
27. break;
    
28. case '8': case '9':
    
29. System.out.println(zip + " is in the West.");
    
30. break;
    
31. default:
    
32. System.out.println(zip + " is an invalid ZIP Code.");
    
33. } // end switch
    
34. } // end main
    
35. } // end class ZipCode

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1. /*************************************************************
   
2. * BridalRegistry.java
   
3. * Dean & Dean
   
4. *
   
5. * This makes entries in a bridal registry.
   
6. *************************************************************/
   
7. import java.util.Scanner;
   
8. public class BridalRegistry
   
9. {
   
10. public static void main(String[] args)
    
11. {
    
12. Scanner stdIn = new Scanner(System.in);
    
13. String registry = "";
    
14. char more;
    
15. System.out.print(
    
16. "Do you wish to create a bridal registry list? (y/n): ");
    
17. more = stdIn.nextLine().charAt(0);
    
18. while (more == 'y')
    
19. {
    
20. System.out.print("Enter item: ");
    
21. registry += stdIn.nextLine() + " - ";
    
22. System.out.print("Enter store: ");
    
23. registry += stdIn.nextLine() + "\n";
    
24. System.out.print("Any more items? (y/n): ");
    
25. more = stdIn.nextLine().charAt(0);
    
26. } // end while
    
27. if (!registry.equals(""))
    
28. {
    
29. System.out.println("\nBridal Registry:\n" + registry);
    
30. }
    
31. } // end main
    
32. } // end BridalRegistry class

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1. /***************************************************************
   
2. * FloorSpace.java
   
3. * Dean & Dean
   
4. *
   
5. * This program calculates total floor space in a house.
   
6. ****************************************************************/
   
7. import java.util.Scanner;
   
8. public class FloorSpace
   
9. {
   
10. public static void main(String[] args)
    
11. {
    
12. Scanner stdIn = new Scanner(System.in);
    
13. double length, width; // room dimensions
    
14. double floorSpace = 0; // house's total floor space
    
15. char response; // user's y/n response
    
16. do
    
17. {
    
18. System.out.print("Enter the length: ");
    
19. length = stdIn.nextDouble();
    
20. System.out.print("Enter the width: ");
    
21. width = stdIn.nextDouble();
    
22. floorSpace += length * width;
    
23. System.out.print("Any more rooms? (y/n): ");
    
24. response = stdIn.next().charAt(0);
    
25. } while (response == 'y' || response == 'Y');
    
26. System.out.println("Total floor space is " + floorSpace);
    
27. } // end main
    
28. } // end class FloorSpace

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1. /************************************************************
   
2. * NestedLoopRectangle.java
   
3. * Dean & Dean
   
4. *
   
5. * This program uses nested looping to draw a rectangle.
   
6. *************************************************************/
   
7. import java.util.Scanner;
   
8. public class NestedLoopRectangle
   
9. {
   
10. public static void main(String[] args)
    
11. {
    
12. Scanner stdIn = new Scanner(System.in);
    
13. int height, width; // rectangle's dimensions
    
14. char printCharacter;
    
15. System.out.print("Enter height: ");
    
16. height = stdIn.nextInt();
    
17. System.out.print("Enter width: ");
    
18. width = stdIn.nextInt();
    
19. System.out.print("Enter character: ");
    
20. printCharacter = stdIn.next().charAt(0);
    
21. for (int row=1; row<=height; row++)
    
22. {
    
23. for (int col=1; col<=width; col++)
    
24. {
    
25. System.out.print(printCharacter);
    
26. }
    
27. System.out.println();
    
28. }
    
29. } // end main
    
30. } // end class NestedLoopRectangle

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ReneeBK 发表于 2015-6-1 08:45
Introduction to Programming with Java: A Problem Solving Approach

This book teaches the reade ...

thank you