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ISBN 10: 1337102075
ISBN 13: 978-1337102070
Author: Joyce Farrell
Prepare for programming success as you learn the fundamental principles of developing structured program logic with Farrell’s fully revised PROGRAMMING LOGIC AND DESIGN, COMPREHENSIVE, 9E. Ideal for mastering foundational programming, this popular book takes a unique, language-independent approach to programming with a distinctive emphasis on modern conventions. Noted for its clear writing style and complete coverage, the book eliminates highly technical jargon while introducing you to universal programming concepts and encouraging a strong programming style and logical thinking. Frequent side notes and Quick Reference boxes provide concise explanations of important programming concepts. Each chapter also contains learning objectives, a concise summary, and a helpful list of key terms. End-of-chapter material ensures your comprehension with multiple-choice review, programming and debugging exercises, and a maintenance exercise that encourages you to improve working logic
Programming Logic and Design Comprehensive 9th Table of contents:
Chapter 1 An Overview of Computers and Programming
Understanding Computer Systems
Understanding Simple Program Logic
Understanding the Program Development Cycle
Understanding the Problem
Planning the Logic
Coding the Program
Using Software to Translate the Program into Machine Language
Testing the Program
Putting the Program into Production
Maintaining the Program
Using Pseudocode Statements and Flowchart Symbols
Writing Pseudocode
Drawing Flowcharts
Repeating Instructions
Using a Sentinel Value to End a Program
Understanding Programming and User Environments
Understanding Programming Environments
Understanding User Environments
Understanding the Evolution of Programming Models
Chapter Summary
Key Terms
Exercises
Chapter 2 Elements of High-Quality Programs
Declaring and Using Variables and Constants
Understanding Data Types
Understanding Unnamed, Literal Constants
Working with Variables
Understanding a Declaration’s Data Type
Understanding a Declaration’s Identifier
Assigning Values to Variables
Declaring Named Constants
Performing Arithmetic Operations
The Integer Data Type
Understanding the Advantages of Modularization
Modularization Provides Abstraction
Modularization Helps Multiple Programmers to Work on a Problem
Modularization Allows You to Reuse Work
Modularizing a Program
Declaring Variables and Constants within Modules
Understanding the Most Common Configuration for Mainline Logic
Creating Hierarchy Charts
Features of Good Program Design
Using Program Comments
Choosing Identifiers
Designing Clear Statements
Writing Clear Prompts and Echoing Input
Maintaining Good Programming Habits
Chapter Summary
Key Terms
Exercises
Chapter 3 Understanding Structure
The Disadvantages of Unstructured Spaghetti Code
Understanding the Three Basic Structures
The Sequence Structure
The Selection Structure
The Loop Structure
Combining 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
Chapter 4 Making Decisions
The Selection Structure
Using Relational Comparison Operators
Avoiding a Common Error with Relational Operators
Understanding AND Logic
Nesting AND Decisions for Efficiency
Using the AND Operator
Avoiding Common Errors in an AND Selection
Understanding OR Logic
Writing OR Selections for Efficiency
Using the OR Operator
Avoiding Common Errors in an OR Selection
Understanding NOT Logic
Avoiding a Common Error in a NOT Expression
Making Selections within Ranges
Avoiding Common Errors When Using Range Checks
Understanding Precedence When Combining AND and OR Operators
Understanding the case Structure
Chapter Summary
Key Terms
Exercises
Chapter 5 Looping
Appreciating the Advantages of Looping
Using a Loop Control Variable
Using a Definite Loop with a Counter
Using an Indefinite Loop with a Sentinel Value
Understanding the Loop in a Program’s Mainline Logic
Nested Loops
Avoiding Common Loop Mistakes
Mistake: Failing to Initialize the Loop Control Variable
Mistake: Neglecting to Alter the Loop Control Variable
Mistake: Using the Wrong Type of Comparison When Testing the Loop Control Variable
Mistake: Including Statements Inside the Loop Body that Belong Outside the Loop
Using a for Loop
Using a Posttest Loop
Recognizing the Characteristics Shared ?by Structured Loops
Common Loop Applications
Using a Loop to Accumulate Totals
Using a Loop to Validate Data
Limiting a Reprompting Loop
Validating a Data Type
Validating Reasonableness and Consistency of Data
Comparing Selections and Loops
Chapter Summary
Key Terms
Exercises
Chapter 6: Arrays
Storing Data in Arrays
How Arrays Occupy Computer Memory
How an Array Can Replace Nested Decisions
Using Constants with Arrays
Using a Constant as the Size of an Array
Using Constants as Array Element Values
Using a Constant as an Array Subscript
Searching an Array for an Exact Match
Using Parallel Arrays
Improving Search Efficiency
Searching an Array for a Range Match
Remaining within Array Bounds
Understanding Array Size
Understanding Subscript Bounds
Using a for Loop to Process an Array
Chapter Summary
Key Terms
Exercises
Chapter 7 File Handling and Applications
Understanding Computer Files
Organizing Files
Understanding the Data Hierarchy
Performing File Operations
Declaring a File Identifier
Opening a File
Reading Data from a File and Processing It
Writing Data to a File
Closing a File
A Program that Performs File Operations
Understanding Control Break Logic
Merging Sequential Files
Master and Transaction File Processing
Random Access Files
Chapter Summary
Key Terms
Exercises
Chapter 8 Advanced Data Handling Concepts
Understanding the Need for Sorting Data
Using the Bubble Sort Algorithm
Understanding Swapping Values
Understanding the Bubble Sort
Sorting Multifield Records
Sorting Data Stored in Parallel Arrays
Sorting Records as a Whole
Other Sorting Algorithms
Using Multidimensional Arrays
Using Indexed Files and Linked Lists
Using Indexed Files
Using Linked Lists
Chapter Summary
Key Terms
Exercises
Chapter 9 Advanced Modularization Techniques
The Parts of a Method
Using Methods with no Parameters
Creating Methods that Require Parameters
Creating Methods that Require Multiple Parameters
Creating Methods that Return a Value
Using an IPO Chart
Passing an Array to a Method
Overloading Methods
Avoiding Ambiguous Methods
Using Predefined Methods
Method Design Issues: Implementation Hiding, Cohesion, and Coupling
Understanding Implementation Hiding
Increasing Cohesion
Reducing Coupling
Understanding Recursion
Chapter Summary
Key Terms
Exercises
Chapter 10 Object-Oriented Programming
Principles of Object-Oriented Programming
Classes and Objects
Polymorphism
Inheritance
Encapsulation
Defining Classes and Creating Class Diagrams
Creating Class Diagrams
The Set Methods
The Get Methods
Work Methods
Understanding Public and Private Access
Organizing Classes
Understanding Instance Methods
Understanding Static Methods
Using Objects
Passing an Object to a Method
Returning an Object from a Method
Using Arrays of Objects
Chapter Summary
Key Terms
Exercises
Chapter 11 More Object-Oriented Programming ?Concepts
Understanding Constructors
Default Constructors
Non-default Constructors
Overloading Instance Methods and Constructors
Understanding Destructors
Understanding Composition
Understanding Inheritance
Understanding Inheritance Terminology
Accessing Private Fields and Methods ?of a Parent Class
Overriding Parent Class Methods in a Child Class
Using Inheritance to Achieve Good Software Design
An Example of Using Predefined Classes: ?Creating GUI Objects
Understanding Exception Handling
Drawbacks to Traditional Error-Handling Techniques
The Object-Oriented Exception-Handling Model
Using Built-in Exceptions and Creating Your Own Exceptions
Reviewing the Advantages of Object-Oriented Programming
Chapter Summary
Key Terms
Exercises
Chapter 12 Event-Driven GUI Programming, Multithreading, and Animation
Understanding Event-Driven Programming
User-Initiated Actions and GUI Components
Designing Graphical User Interfaces
The Interface Should Be Natural and Predictable
The Interface Should Be Attractive, Easy to Read, and Nondistracting
To Some Extent, It’s Helpful If the User Can Customize Your Applications
The Program Should Be Forgiving
The GUI Is Only a Means to an End
Developing an Event-Driven Application
Creating Wireframes
Creating Storyboards
Defining the Storyboard Objects in an Object Dictionary
Defining Connections Between the User Screens
Planning the Logic
Understanding Threads and Multithreading
Creating Animation
Chapter Summary
Key Terms
Exercises
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