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An Object-Oriented Approach to Programming Logic and Design Paperback – Feb 9 2012
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1. An Overview of Computer Programming. 2. Working with Classes, the Main Method, and Data. 3. Making Decisions. 4. Looping. 5. Arrays. 6. Using Methods. 7. Object-Oriented Programming Concepts. 8. Advanced Array Concepts, Indexed Files, and Linked Lists. 9. Event-Driven Programming with Graphical User Interfaces. 10. Exception Handling. 11. System Modeling with UML. 12. Manipulating Larger Quantities of Data. Appendix A: Conventions in this Book. Appendix B: Flowchart Symbols. Appendix C: Understanding Numbering Systems and Computer Codes. Appendix D: Structure. --This text refers to an out of print or unavailable edition of this title.
About the Author
Joyce Farrell has authored several popular programming textbooks, including books on Java, Programming Logic and Design, C#, and C++. Her books are recognized for their clear, direct writing style and effective presentation. A well-respected instructor, Ms. Farrell has taught Computer Information Systems at Harper College in Palatine, Illinois, the University of Wisconsin-Stevens Point, and McHenry County College in Crystal Lake, Illinois.
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Most Helpful Customer Reviews on Amazon.com (beta)
Farrell's previous editions were quite difficult to navigate, even for someone with prior programming experience, even though they are made for and marketed towards beginners. This book breaks that horrible tradition, giving those new to programming a solid foundation before moving on to concepts that are more difficult. Although programming in general is a difficult subject to learn (and teach), this book does a tremendous job at including everything a student needs to know without becoming overwhelming.
Most of this book revolves around and uses pseudocode for its programming, which is a language-less programming "code" that serves as a blueprint when designing classes, objects, and applications. Originally, I had wondered why Farrell did not include a well-known language, such as Java or C++, to help teach programming concepts. Later, I learned that by using a universal pseudocode, I was avoiding all of the difficulties in learning the ins and outs of a certain language, and instead was able to focus entirely on the logic and design of the code. Now, I can apply the logic to any programming language, instead of being limited by any particular instance. Additionally, while the book is written with pseudocode, many examples show what the code looks like in C++, Visual Basic, and Java. They are there as add-ons, to show what the programs can look like, but they are not used to teach any of the material.
I highly recommend this book to anyone interested in programming or computer science. This book has given me a tremendous foundation to continue my education.
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