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Programming Logic and Design Comprehensive 8th Edition Joyce Farrell Digital Instant Download

Author(s): Joyce Farrell
ISBN(s): 9781285776712, 1285776712
Edition: 8
File Details: PDF, 25.45 MB
Year: 2014
Language: english
SKU: EB-4950652 Category: Tag:

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ISBN 10: 1285776712
ISBN 13: 9781285776712 
Author: Joyce Farrell 

This fully revised eighth edition of Joyce Farrell’s PROGRAMMING LOGIC AND DESIGN: COMPREHENSIVE prepares student programmers for success by teaching them the fundamental principles of developing structured program logic. Widely used in foundational Programming courses, this popular text takes a unique, language-independent approach to programming, with a distinctive emphasis on modern conventions. Noted for its clear, concise writing style, the book eliminates highly technical jargon while introducing universal programming concepts and encouraging a strong programming style and logical thinking. This edition’s comprehensive approach prepares students for all programming situations with introductions to object-oriented concepts, UML diagrams, and databases. Quick Reference boxes, a feature new to this edition, provide concise explanations of important programming concepts. Each chapter now also contains a Maintenance Exercise, in which the student is presented with working logic that can be improved. In addition to each chapter’s text-based Debugging Exercises, this edition now includes Flowchart Debugging Exercises as well.

Programming Logic and Design Comprehensive 8th Table of contents:

Ch 1: An Overview of Computers and Programming

  • Understanding Computer Systems
  • Understanding Simple Program Logic
  • Understanding the Program Development Cycle
  • Using Pseudocode Statements and Flowchart Symbols
  • Using a Sentinel Value to End a Program
  • Understanding Programming and User Environments
  • Understanding the Evolution of Programming Models
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 2: Elements of High-Quality Programs

  • Declaring and Using Variables and Constants
  • Performing Arithmetic Operations
  • Understanding the Advantages of Modularization
  • Modularizing a Program
  • Creating Hierarchy Charts
  • Features of Good Program Design
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 3: Understanding Structure

  • The Disadvantages of Unstructured Spaghetti Code
  • Understanding the Three Basic Structures
  • Using a Priming Input to Structure a Program
  • Understanding the Reasons for Structure
  • Recognizing Structure
  • Structuring and Modularizing Unstructured Logic
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 4: Making Decisions

  • Boolean Expressions and the Selection Structure
  • Using Relational Comparison Operators
  • Understanding AND Logic
  • Understanding OR Logic
  • Understanding NOT Logic
  • Making Selections within Ranges
  • Understanding Precedence When Combining AND and OR Operators
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 5: Looping

  • Understanding the Advantages of Looping
  • Using a Loop Control Variable
  • Nested Loops
  • Avoiding Common Loop Mistakes
  • Using a for Loop
  • Common Loop Applications
  • Comparing Selections and Loops
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 6: Arrays

  • Storing Data in Arrays
  • How an Array Can Replace Nested Decisions
  • Using Constants with Arrays
  • Searching an Array for an Exact Match
  • Using Parallel Arrays
  • Searching an Array for a Range Match
  • Remaining within Array Bounds
  • Using a for Loop to Process an Array
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 7: File Handling and Applications

  • Understanding Computer Files
  • Understanding the Data Hierarchy
  • Performing File Operations
  • Understanding Control Break Logic
  • Merging Sequential Files
  • Master and Transaction File Processing
  • Random Access Files
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 8: Advanced Data Handling Concepts

  • Understanding the Need for Sorting Data
  • Using the Bubble Sort Algorithm
  • Sorting Multifield Records
  • Using the Insertion Sort Algorithm
  • Using Multidimensional Arrays
  • Using Indexed Files and Linked Lists
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 9: Advanced Modularization Techniques

  • The Parts of a Method
  • Using Methods with No Parameters
  • Creating Methods That Require Parameters
  • Creating Methods That Return a Value
  • Passing an Array to a Method
  • Overloading Methods
  • Using Predefined Methods
  • Method Design Issues: Implementation Hiding, Cohesion, and Coupling
  • Understanding Recursion
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 10: Object-Oriented Programming

  • Principles of Object-Oriented Programming
  • Defining Classes and Creating Class Diagrams
  • Understanding Public and Private Access
  • Organizing Classes
  • Understanding Instance Methods
  • Understanding Static Methods
  • Using Objects
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 11: More Object-Oriented Programming Concepts

  • Understanding Constructors
  • Understanding Destructors
  • Understanding Composition
  • Understanding Inheritance
  • An Example of Using Predefined Classes: Creating GUI Objects
  • Understanding Exception Handling
  • Reviewing the Advantages of Object-Oriented Programming
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 12: Event-Driven GUI Programming, Multithreading, and Animation

  • Understanding Event-Driven Programming
  • User-Initiated Actions and GUI Components
  • Designing Graphical User Interfaces
  • Developing an Event-Driven Application
  • Understanding Threads and Multithreading
  • Creating Animation
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 13: System Modeling with the UML

  • Understanding System Modeling
  • What is the UML?
  • Using UML Use Case Diagrams
  • Using UML Class and Object Diagrams
  • Using Other UML Diagrams
  • Deciding When to Use the UML and Which UML Diagrams to Use
  • Chapter Summary
  • Key Terms
  • Exercises

Ch 14: Using Relational Databases

  • Understanding Relational Database Fundamentals
  • Creating Databases and Table Descriptions
  • Identifying Primary Keys
  • Understanding Database Structure Notation
  • Working with Records within Tables
  • Creating Queries
  • Understanding Relationships Between Tables
  • Recognizing Poor Table Design
  • Understanding Anomalies, Normal Forms, and Normalization
  • Database Performance and Security Issues
  • Chapter Summary
  • Key Terms
  • Exercises

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