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Introduction to Java Programming Comprehensive Version 9th Edition Liang Test Bank

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ISBN-10 ‏ : ‎ 9780132936521
ISBN-13 ‏ : ‎ 978-0132936521
Author: Y. Daniel Liang

Introduction to Java Programming, Comprehensive, 9e, features comprehensive coverage ideal for a one-, two-, or three-semester CS1 course sequence.

Daniel Liang teaches concepts of problem-solving and object-oriented programming using a fundamentals-first approach. Beginning programmers learn critical problem-solving techniques then move on to grasp the key concepts of object-oriented, GUI programming, advanced GUI and Web programming using Java.

Table contents:

VideoNotes Locations of VideoNotes http://www.pearsonhighered.com/liang
Chapter 1 Introduction to Computers, Programs, and Java
Objectives
1.1 Introduction
1.2 What Is a Computer?
1.2.1 Central Processing Unit
1.2.2 Bits and Bytes
1.2.3 Memory
1.2.4 Storage Devices
Disks
CDs and DVDs
USB Flash Drives
1.2.5 Input and Output Devices
The Keyboard
The Mouse
The Monitor
1.2.6 Communication Devices
1.3 Programming Languages
1.3.1 Machine Language
1.3.2 Assembly Language
1.3.3 High-Level Language
1.4 Operating Systems
1.4.1 Controlling and Monitoring System Activities
1.4.2 Allocating and Assigning System Resources
1.4.3 Scheduling Operations
1.5 Java, the World Wide Web, and Beyond
1.6 The Java Language Specification, API, JDK, and IDE
1.7 A Simple Java Program
Welcome to Java!
1.8 Creating, Compiling, and Executing a Java Program
1.9 Programming Style and Documentation
1.9.1 Appropriate Comments and Comment Styles
1.9.2 Proper Indentation and Spacing
1.9.3 Block Styles
1.10 Programming Errors
1.10.1 Syntax Errors
1.10.2 Runtime Errors
1.10.3 Logic Errors
1.10.4 Common Errors
1.11 Developing Java Programs Using NetBeans
1.11.1 Creating a Java Project
1.11.2 Creating a Java Class
1.11.3 Compiling and Running a Class
1.12 Developing Java Programs Using Eclipse
1.12.1 Creating a Java Project
1.12.2 Creating a Java Class
1.12.3 Compiling and Running a Class
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 2 Elementary Programming
Objectives
2.1 Introduction
2.2 Writing a Simple Program
2.3 Reading Input from the Console
2.4 Identifiers
2.5 Variables
2.6 Assignment Statements and Assignment Expressions
2.7 Named Constants
2.8 Naming Conventions
2.9 Numeric Data Types and Operations
2.9.1 Numeric Types
2.9.2 Reading Numbers from the Keyboard
2.9.3 Numeric Operators
2.9.4 Exponent Operations
2.10 Numeric Literals
2.10.1 Integer Literals
2.10.2 Floating-Point Literals
2.10.3 Scientific Notation
2.11 Evaluating Expressions and Operator Precedence
2.12 Case Study: Displaying the Current Time
2.13 Augmented Assignment Operators
2.14 Increment and Decrement Operators
2.15 Numeric Type Conversions
2.16 Software Development Process
2.17 Case Study: Counting Monetary Units
2.18 Common Errors and Pitfalls
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 2.13–2.17
Chapter 3 Selections
Objectives
3.1 Introduction
3.2 boolean Data Type
3.3 if Statements
3.4 Two-Way if-else Statements
3.5 Nested if and Multi-Way if-else Statements
3.6 Common Errors and Pitfalls
3.7 Generating Random Numbers
3.8 Case Study: Computing Body Mass Index
3.9 Case Study: Computing Taxes
3.10 Logical Operators
3.11 Case Study: Determining Leap Year
3.12 Case Study: Lottery
3.13 switch Statements
3.14 Conditional Expressions
3.15 Operator Precedence and Associativity
3.16 Debugging
Key Terms
Chapter Summary
Test Questions
MyProgrammingLab™ Programming Exercises
Section 3.2
Sections 3.3–3.7
Sections 3.8–3.16
Comprehensive
Chapter 4 Mathematical Functions, Characters, and Strings
Objectives
4.1 Introduction
4.2 Common Mathematical Functions
4.2.1 Trigonometric Methods
4.2.2 Exponent Methods
4.2.3 The Rounding Methods
4.2.4 The min , max , and abs Methods
4.2.5 The random Method
4.2.6 Case Study: Computing Angles of a Triangle
4.3 Character Data Type and Operations
4.3.1 Unicode and ASCII code
4.3.2 Escape Sequences for Special Characters
4.3.3 Casting between char and Numeric Types
4.3.4 Comparing and Testing Characters
4.4 The String Type
4.4.1 Getting String Length
4.4.2 Getting Characters from a String
4.4.3 Concatenating Strings
4.4.4 Converting Strings
4.4.5 Reading a String from the Console
4.4.6 Reading a Character from the Console
4.4.7 Comparing Strings
4.4.8 Obtaining Substrings
4.4.9 Finding a Character or a Substring in a String
4.4.10 Conversion between Strings and Numbers
4.5 Case Studies
4.5.1 Case Study: Guessing Birthdays
4.5.2 Case Study: Converting a Hexadecimal Digit to a Decimal Value
4.5.3 Case Study: Revising the Lottery Program Using Strings
4.6 Formatting Console Output
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 5 Loops
Objectives
5.1 Introduction
5.2 The while Loop
5.2.1 Case Study: Guessing Numbers
5.2.2 Loop Design Strategies
5.2.3 Case Study: Multiple Subtraction Quiz
5.2.4 Controlling a Loop with a Sentinel Value
5.2.5 Input and Output Redirections
5.3 The do-while Loop
5.4 The for Loop
5.5 Which Loop to Use?
5.6 Nested Loops
5.7 Minimizing Numeric Errors
5.8 Case Studies
5.8.1 Case Study: Finding the Greatest Common Divisor
5.8.2 Case Study: Predicting the Future Tuition
5.8.3 Case Study: Converting Decimals to Hexadecimals
5.9 Keywords break and continue
5.10 Case Study: Checking Palindromes
5.11 Case Study: Displaying Prime Numbers
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 5.2–5.7
Sections 5.8–5.10
Chapter 6 Methods
Objectives
6.1 Introduction
6.2 Defining a Method
6.3 Calling a Method
6.4 void Method Example
6.5 Passing Arguments by Values
6.6 Modularizing Code
6.7 Case Study: Converting Hexadecimals to Decimals
6.8 Overloading Methods
6.9 The Scope of Variables
6.10 Case Study: Generating Random Characters
6.11 Method Abstraction and Stepwise Refinement
6.11.1 Top-Down Design
6.11.2 Top-Down and/or Bottom-Up Implementation
6.11.3 Implementation Details
6.11.4 Benefits of Stepwise Refinement
6.11.4.1 Simpler Program
6.11.4.2 Reusing Methods
6.11.4.3 Easier Developing, Debugging, and Testing
6.11.4.4 Better Facilitating Teamwork
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 6.2–6.9
Programming Exercises
Sections 6.10–6.11
Sections 6.10–6.12
Comprehensive
Chapter 7 Single-Dimensional Arrays
Objectives
7.1 Introduction
7.2 Array Basics
7.2.1 Declaring Array Variables
7.2.2 Creating Arrays
7.2.3 Array Size and Default Values
7.2.4 Accessing Array Elements
7.2.5 Array Initializers
7.2.6 Processing Arrays
7.2.7 Foreach Loops
7.3 Case Study: Analyzing Numbers
7.4 Case Study: Deck of Cards
7.5 Copying Arrays
7.6 Passing Arrays to Methods
7.7 Returning an Array from a Method
7.8 Case Study: Counting the Occurrences of Each Letter
7.9 Variable-Length Argument Lists
7.10 Searching Arrays
7.10.1 The Linear Search Approach
7.10.2 The Binary Search Approach
7.11 Sorting Arrays
7.12 The Arrays Class
7.13 Command-Line Arguments
7.13.1 Passing Strings to the main Method
7.13.2 Case Study: Calculator
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 7.2–7.5
Sections 7.6–7.8
Section 7.9
Sections 7.10–7.12
Chapter 8 Multidimensional Arrays
Objectives
8.1 Introduction
8.2 Two-Dimensional Array Basics
8.2.1 Declaring Variables of Two-Dimensional Arrays and Creating Two-Dimensional Arrays
8.2.2 Obtaining the Lengths of Two-Dimensional Arrays
8.2.3 Ragged Arrays
8.3 Processing Two-Dimensional Arrays
8.4 Passing Two-Dimensional Arrays to Methods
8.5 Case Study: Grading a Multiple-Choice Test
8.6 Case Study: Finding the Closest Pair
8.7 Case Study: Sudoku
8.8 Multidimensional Arrays
8.8.1 Case Study: Daily Temperature and Humidity
8.8.2 Case Study: Guessing Birthdays
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 9 Objects and Classes
Objectives
9.1 Introduction
9.2 Defining Classes for Objects
9.3 Example: Defining Classes and Creating Objects
9.4 Constructing Objects Using Constructors
9.5 Accessing Objects via Reference Variables
9.5.1 Reference Variables and Reference Types
9.5.2 Accessing an Object’s Data and Methods
9.5.3 Reference Data Fields and the null Value
9.5.4 Differences between Variables of Primitive Types and Reference Types
9.6 Using Classes from the Java Library
9.6.1 The Date Class
9.6.2 The Random Class
9.6.3 The Point2D Class
9.7 Static Variables, Constants, and Methods
9.8 Visibility Modifiers
9.9 Data Field Encapsulation
9.10 Passing Objects to Methods
9.11 Array of Objects
9.12 Immutable Objects and Classes
9.13 The Scope of Variables
9.14 The this Reference
9.14.1 Using this to Reference Hidden Data Fields
9.14.2 Using this to Invoke a Constructor
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 9.2–9.5
Section 9.6
Sections 9.7–9.9
Chapter 10 Object-Oriented Thinking
Objectives
10.1 Introduction
10.2 Class Abstraction and Encapsulation
10.3 Thinking in Objects
10.4 Class Relationships
10.4.1 Association
10.4.2 Aggregation and Composition
10.5 Case Study: Designing the Course Class
10.6 Case Study: Designing a Class for Stacks
10.7 Processing Primitive Data Type Values as Objects
10.8 Automatic Conversion between Primitive Types and Wrapper Class Types
10.9 The BigInteger and BigDecimal Classes
10.10 The String Class
10.10.1 Constructing a String
10.10.2 Immutable Strings and Interned Strings
10.10.3 Replacing and Splitting Strings
10.10.4 Matching, Replacing and Splitting by Patterns
10.10.5 Conversion between Strings and Arrays
10.10.6 Converting Characters and Numeric Values to Strings
10.10.7 Formatting Strings
10.11 The StringBuilder and StringBuffer Classes
10.11.1 Modifying Strings in the StringBuilder
10.11.2 The toString , capacity , length , setLength , and charAt Methods
10.11.3 Case Study: Ignoring Nonalphanumeric Characters When Checking Palindromes
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 10.2–10.3
Sections 10.4–10.8
Section 10.9
Sections 10.10–10.11
Chapter 11 Inheritance and Polymorphism
Objectives
11.1 Introduction
11.2 Superclasses and Subclasses
11.3 Using the super Keyword
11.3.1 Calling Superclass Constructors
11.3.2 Constructor Chaining
11.3.3 Calling Superclass Methods
11.4 Overriding Methods
11.5 Overriding vs. Overloading
11.6 The Object Class and Its toString() Method
11.7 Polymorphism
11.8 Dynamic Binding
11.9 Casting Objects and the instanceof Operator
11.10 The Object’s equals Method
11.11 The ArrayList Class
11.12 Useful Methods for Lists
11.13 Case Study: A Custom Stack Class
11.14 The protected Data and Methods
11.15 Preventing Extending and Overriding
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 12 Exception Handling and Text I/O
Objectives
12.1 Introduction
12.2 Exception-Handling Overview
12.3 Exception Types
12.4 More on Exception Handling
12.4.1 Declaring Exceptions
12.4.2 Throwing Exceptions
12.4.3 Catching Exceptions
12.4.4 Getting Information from Exceptions
12.4.5 Example: Declaring, Throwing, and Catching Exceptions
12.5 The finally Clause
12.6 When to Use Exceptions
12.7 Rethrowing Exceptions
12.8 Chained Exceptions
12.9 Defining Custom Exception Classes
12.10 The File Class
12.11 File Input and Output
12.11.1 Writing Data Using PrintWriter
12.11.2 Closing Resources Automatically Using try-with-resources
12.11.3 Reading Data Using Scanner
12.11.4 How Does Scanner Work?
12.11.5 Case Study: Replacing Text
12.12 Reading Data from the Web
12.13 Case Study: Web Crawler
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 12.2–12.9
Sections 12.10–12.12
Chapter 13 Abstract Classes and Interfaces
Objectives
13.1 Introduction
13.2 Abstract Classes
13.2.1 Why Abstract Methods?
13.2.2 Interesting Points about Abstract Classes
13.3 Case Study: the Abstract Number Class
13.4 Case Study: Calendar and GregorianCalendar
13.5 Interfaces
13.6 The Comparable Interface
13.7 The Cloneable Interface
13.8 Interfaces vs. Abstract Classes
13.9 Case Study: The Rational Class
13.10 Class Design Guidelines
13.10.1 Cohesion
13.10.2 Consistency
13.10.3 Encapsulation
13.10.4 Clarity
13.10.5 Completeness
13.10.6 Instance vs. Static
13.10.7 Inheritance vs. Aggregation
13.10.8 Interfaces vs. Abstract Classes
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 13.2–13.3
Sections 13.4–13.8
Section 13.9
Chapter 14 JavaFX Basics
Objectives
14.1 Introduction
14.2 JavaFX vs Swing and AWT
14.3 The Basic Structure of a JavaFX Program
14.4 Panes, UI Controls, and Shapes
14.5 Property Binding
14.6 Common Properties and Methods for Nodes
14.7 The Color Class
14.8 The Font Class
14.9 The Image and ImageView Classes
14.10 Layout Panes
14.10.1 FlowPane
14.10.2 GridPane
14.10.3 BorderPane
14.10.4 HBox and VBox
14.11 Shapes
14.11.1 Text
14.11.2 Line
14.11.3 Rectangle
14.11.4 Circle and Ellipse
14.11.5 Arc
14.11.6 Polygon and Polyline
14.12 Case Study: The ClockPane Class
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 14.2–14.9
Sections 14.10–14.11
Section 14.12
Chapter 15 Event-Driven Programming and Animations
Objectives
15.1 Introduction
15.2 Events and Event Sources
15.3 Registering Handlers and Handling Events
15.4 Inner Classes
15.5 Anonymous Inner Class Handlers
15.6 Simplifying Event Handling Using Lambda Expressions
15.7 Case Study: Loan Calculator
15.8 Mouse Events
15.9 Key Events
15.10 Listeners for Observable Objects
15.11 Animation
15.11.1 PathTransition
15.11.2 FadeTransition
15.11.3 Timeline
15.12 Case Study: Bouncing Ball
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 15.2–15.7
Sections 15.8 and 15.9
Section 15.10
Section 15.11
Chapter 16 JavaFX UI Controls and Multimedia
Objectives
16.1 Introduction
16.2 Labeled and Label
16.3 Button
16.4 CheckBox
16.5 RadioButton
16.6 TextField
16.7 TextArea
16.8 ComboBox
16.9 ListView
16.10 ScrollBar
16.11 Slider
16.12 Case Study: Developing a Tic-Tac-Toe Game
16.13 Video and Audio
16.14 Case Study: National Flags and Anthems
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 16.2–16.5
Sections 16.6–16.8
Sections 16.6–16.8
Comprehensive
Chapter 17 Binary I/O
Objectives
17.1 Introduction
17.2 How Is Text I/O Handled in Java?
17.3 Text I/O vs. Binary I/O
17.4 Binary I/O Classes
17.4.1 FileInputStream/FileOutputStream
17.4.2 FilterInputStream/FilterOutputStream
17.4.3 DataInputStream/DataOutputStream
17.4.3.1 Characters and Strings in Binary I/O
17.4.3.2 Creating DataInputStream / DataOutputStream
Detecting the End of a File
17.4.4 BufferedInputStream/BufferedOutputStream
17.5 Case Study: Copying Files
17.6 Object I/O
17.6.1 The Serializable Interface
17.6.2 Serializing Arrays
17.7 Random-Access Files
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Section 17.3
Section 17.4
Section 17.6
Section 17.7
Comprehensive
Chapter 18 Recursion
Objectives
18.1 Introduction
18.2 Case Study: Computing Factorials
18.3 Case Study: Computing Fibonacci Numbers
18.4 Problem Solving Using Recursion
18.5 Recursive Helper Methods
18.5.1 Recursive Selection Sort
18.5.2 Recursive Binary Search
18.6 Case Study: Finding the Directory Size
18.7 Case Study: Tower of Hanoi
18.8 Case Study: Fractals
18.9 Recursion vs. Iteration
18.10 Tail Recursion
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 18.2–18.3
Section 18.4
Section 18.5
Sections 18.6–18.10
Chapter 19 Generics
Objectives
19.1 Introduction
19.2 Motivations and Benefits
19.3 Defining Generic Classes and Interfaces
19.4 Generic Methods
19.5 Case Study: Sorting an Array of Objects
19.6 Raw Types and Backward Compatibility
19.7 Wildcard Generic Types
19.8 Erasure and Restrictions on Generics
19.9 Case Study: Generic Matrix Class
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 20 Lists, Stacks, Queues, and Priority Queues
Objectives
20.1 Introduction
20.2 Collections
20.3 Iterators
20.4 Lists
20.4.1 The Common Methods in the List Interface
20.4.2 The ArrayList and LinkedList Classes
20.5 The Comparator Interface
20.6 Static Methods for Lists and Collections
20.7 Case Study: Bouncing Balls
20.8 Vector and Stack Classes
20.9 Queues and Priority Queues
20.9.1 The Queue Interface
20.9.2 Deque and LinkedList
20.10 Case Study: Evaluating Expressions
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 20.2–20.7
Sections 20.8–20.10
Chapter 21 Sets and Maps
Objectives
21.1 Introduction
21.2 Sets
21.2.1 HashSet
21.2.2 LinkedHashSet
21.2.3 TreeSet
21.3 Comparing the Performance of Sets and Lists
21.4 Case Study: Counting Keywords
21.5 Maps
21.6 Case Study: Occurrences of Words
21.7 Singleton and Unmodifiable Collections and Maps
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 21.2–21.4
Sections 21.5–21.7
Chapter 22 Developing Efficient Algorithms
Objectives
22.1 Introduction
22.2 Measuring Algorithm Efficiency Using Big O Notation
22.3 Examples: Determining Big O
Example 1
Example 2
Example 3
Example 4
Example 5
Example 6
Example 7
22.4 Analyzing Algorithm Time Complexity
22.4.1 Analyzing Binary Search
22.4.2 Analyzing Selection Sort
22.4.3 Analyzing the Tower of Hanoi Problem
22.4.4 Common Recurrence Relations
22.4.5 Comparing Common Growth Functions
22.5 Finding Fibonacci Numbers Using Dynamic Programming
22.6 Finding Greatest Common Divisors Using Euclid’s Algorithm
22.7 Efficient Algorithms for Finding Prime Numbers
22.8 Finding the Closest Pair of Points Using Divide-and-Conquer
22.9 Solving the Eight Queens Problem Using Backtracking
22.10 Computational Geometry: Finding a Convex Hull
22.10.1 Gift-Wrapping Algorithm
22.10.2 Graham’s Algorithm
Key Terms
Chapter Summary
Quiz
Chapter 23 Sorting
Objectives
23.1 Introduction
23.2 Insertion Sort
23.3 Bubble Sort
23.4 Merge Sort
23.5 Quick Sort
23.6 Heap Sort
23.6.1 Storing a Heap
23.6.2 Adding a New Node
23.6.3 Removing the Root
23.6.4 The Heap Class
23.6.5 Sorting Using the Heap Class
23.6.6 Heap Sort Time Complexity
23.7 Bucket Sort and Radix Sort
23.8 External Sort
23.8.1 Implementing Phase I
23.8.2 Implementing Phase II
23.8.3 Combining Two Phases
23.8.4 External Sort Complexity
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 23.3–23.5
Section 23.6
Section 23.7
Section 23.8
Comprehensive
Chapter 24 Implementing Lists, Stacks, Queues, and Priority Queues
Objectives
24.1 Introduction
24.2 Common Features for Lists
24.3 Array Lists
24.4 Linked Lists
24.4.1 Nodes
24.4.2 The MyLinkedList Class
24.4.3 Implementing MyLinkedList
24.4.3.1 Implementing addFirst(e)
24.4.3.2 Implementing addLast(e)
24.4.3.3 Implementing add(index, e)
24.4.3.4 Implementing removeFirst()
24.4.3.5 Implementing removeLast()
24.4.3.6 Implementing remove(index)
24.4.4 MyArrayList vs. MyLinkedList
24.4.5 Variations of Linked Lists
24.5 Stacks and Queues
24.6 Priority Queues
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 25 Binary Search Trees
Objectives
25.1 Introduction
25.2 Binary Search Trees
25.2.1 Representing Binary Search Trees
25.2.2 Searching for an Element
25.2.3 Inserting an Element into a BST
25.2.4 Tree Traversal
25.2.5 The BST Class
25.3 Deleting Elements from a BST
25.4 Tree Visualization and MVC
25.5 Iterators
25.6 Case Study: Data Compression
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 25.2–25.6
Chapter 26 AVL Trees
Objectives
26.1 Introduction
26.2 Rebalancing Trees
26.3 Designing Classes for AVL Trees
26.4 Overriding the insert Method
26.5 Implementing Rotations
26.6 Implementing the delete Method
26.7 The AVLTree Class
26.8 Testing the AVLTree Class
26.9 AVL Tree Time Complexity Analysis
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 27 Hashing
Objectives
27.1 Introduction
27.2 What Is Hashing?
27.3 Hash Functions and Hash Codes
27.3.1 Hash Codes for Primitive Types
27.3.2 Hash Codes for Strings
27.3.3 Compressing Hash Codes
27.4 Handling Collisions Using Open Addressing
27.4.1 Linear Probing
27.4.2 Quadratic Probing
27.4.3 Double Hashing
27.5 Handling Collisions Using Separate Chaining
27.6 Load Factor and Rehashing
27.7 Implementing a Map Using Hashing
27.8 Implementing Set Using Hashing
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 28 Graphs and Applications
Objectives
28.1 Introduction
28.2 Basic Graph Terminologies
28.3 Representing Graphs
28.3.1 Representing Vertices
28.3.2 Representing Edges: Edge Array
28.3.3 Representing Edges: Edge Objects
28.3.4 Representing Edges: Adjacency Matrices
28.3.5 Representing Edges: Adjacency Lists
28.4 Modeling Graphs
28.5 Graph Visualization
28.6 Graph Traversals
28.7 Depth-First Search (DFS)
28.7.1 Depth-First Search Algorithm
28.7.2 Implementation of Depth-First Search
28.7.3 Applications of the DFS
28.8 Case Study: The Connected Circles Problem
28.9 Breadth-First Search (BFS)
28.9.1 Breadth-First Search Algorithm
28.9.2 Implementation of Breadth-First Search
28.9.3 Applications of the BFS
28.10 Case Study: The Nine Tails Problem
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 28.6–28.10
Chapter 29 Weighted Graphs and Applications
Objectives
29.1 Introduction
29.2 Representing Weighted Graphs
29.2.1 Representing Weighted Edges: Edge Array
29.2.2 Weighted Adjacency Matrices
29.2.3 Adjacency Lists
29.3 The WeightedGraph Class
29.4 Minimum Spanning Trees
29.4.1 Minimum Spanning Tree Algorithms
29.4.2 Refining Prim’s MST Algorithm
29.4.3 Implementation of the MST Algorithm
29.5 Finding Shortest Paths
29.6 Case Study: The Weighted Nine Tails Problem
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 30 Multithreading and Parallel Programming
Objectives
30.1 Introduction
30.2 Thread Concepts
30.3 Creating Tasks and Threads
30.4 The Thread Class
30.5 Case Study: Flashing Text
30.6 Thread Pools
30.7 Thread Synchronization
30.7.1 The synchronized Keyword
30.7.2 Synchronizing Statements
30.8 Synchronization Using Locks
30.9 Cooperation among Threads
30.10 Case Study: Producer/Consumer
30.11 Blocking Queues
30.12 Semaphores
30.13 Avoiding Deadlocks
30.14 Thread States
30.15 Synchronized Collections
30.16 Parallel Programming
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Sections 30.1–30.5
Sections 30.8–30.12
Section 30.15
Section 30.18
Comprehensive
Chapter 31 Networking
Objectives
31.1 Introduction
31.2 Client/Server Computing
31.2.1 Server Sockets
31.2.2 Client Sockets
31.2.3 Data Transmission through Sockets
31.2.4 A Client/Server Example
31.3 The InetAddress Class
31.4 Serving Multiple Clients
31.5 Sending and Receiving Objects
31.6 Case Study: Distributed Tic-Tac-Toe Games
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Section 31.2
Sections 31.3 and 31.4
Section 31.5
Section 31.6
Section 31.7
Chapter 32 Java Database Programming
Objectives
32.1 Introduction
32.2 Relational Database Systems
32.2.1 Relational Structures
32.2.2 Integrity Constraints
32.2.2.1 Domain Constraints
32.2.2.2 Primary Key Constraints
32.2.2.3 Foreign Key Constraints
32.2.2.4 Enforcing Integrity Constraints
32.3 SQL
32.3.1 Creating a User Account on MySQL
32.3.2 Creating a Database
32.3.3 Creating and Dropping Tables
32.3.4 Simple Insert, Update, and Delete
32.3.5 Simple Queries
32.3.6 Comparison and Boolean Operators
32.3.7 The like, between-and, and is null Operators
32.3.8 Column Alias
32.3.9 The Arithmetic Operators
32.3.10 Displaying Distinct Tuples
32.3.11 Displaying Sorted Tuples
32.3.12 Joining Tables
32.4 JDBC
32.4.1 Developing Database Applications Using JDBC
32.4.2 Accessing a Database from JavaFX
32.5 PreparedStatement
32.6 CallableStatement
32.7 Retrieving Metadata
32.7.1 Database Metadata
32.7.2 Obtaining Database Tables
32.7.3 Result Set Metadata
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Chapter 33 JavaServer Faces
Objectives
33.1 Introduction
33.2 Getting Started with JSF
33.2.1 Creating a JSF Project
33.2.2 A Basic JSF Page
33.2.3 Managed JavaBeans for JSF
33.2.4 JSF Expressions
33.3 JSF GUI Components
33.4 Processing the Form
33.5 Case Study: Calculator
33.6 Session Tracking
33.7 Validating Input
33.8 Binding Database with Facelets
33.9 Opening New JSF Pages
Key Terms
Chapter Summary
Quiz
MyProgrammingLab™ Programming Exercises
Appendix 1
Appendixes
Appendix A Java Keywords
Appendix B The ASCII Character Set
Appendix C Operator Precedence Chart
Appendix D Java Modifiers
Appendix E Special Floating-Point Values
Appendix F Number Systems
F.1 Introduction
F.2 Conversions Between Binary and Decimal Numbers
F.3 Conversions Between Hexadecimal and Decimal Numbers
F.4 Conversions Between Binary and Hexadecimal Numbers
Appendix G Bitwise Operations
Appendix H Regular Expressions
H.1 Matching Strings
H.2 Regular Expression Syntax
H.3 Replacing and Splitting Strings
Appendix I Enumerated Types
I.1 Simple Enumerated Types
I.2 Using if or switch Statements with an Enumerated Variable
I.3 Processing Enumerated Values Using a Foreach Loop
I.4 Enumerated Types with Data Fields, Constructors, and Methods
Index

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