Core Java. Volume II - Advanced Features

Cover
Half Title
Title Page
Copyright Page
Contents
Preface
Acknowledgments
Chapter 1: Streams
1.1 From Iterating to Stream Operations
1.2 Stream Creation
1.3 The filter, map, and flatMap Methods
1.4 Extracting Substreams and Combining Streams
1.5 Other Stream Transformations
1.6 Simple Reductions
1.7 The Optional Type
1.7.1 Getting an Optional Value
1.7.2 Consuming an Optional Value
1.7.3 Pipelining Optional Values
1.7.4 How Not to Work with Optional Values
1.7.5 Creating Optional Values
1.7.6 Composing Optional Value Functions with flatMap
1.7.7 Turning an Optional into a Stream
1.8 Collecting Results
1.9 Collecting into Maps
1.10 Grouping and Partitioning
1.11 Downstream Collectors
1.12 Reduction Operations
1.13 Primitive Type Streams
1.14 Parallel Streams
Chapter 2: Input and Output
2.1 Input/Output Streams
2.1.1 Reading and Writing Bytes
2.1.2 The Complete Stream Zoo
2.1.3 Combining Input/Output Stream Filters
2.1.4 Text Input and Output
2.1.5 How to Write Text Output
2.1.6 How to Read Text Input
2.1.7 Saving Objects in Text Format
2.1.8 Character Encodings
2.2 Reading and Writing Binary Data
2.2.1 The DataInput and DataOutput interfaces
2.2.2 Random-Access Files
2.2.3 ZIP Archives
2.3 Object Input/Output Streams and Serialization
2.3.1 Saving and Loading Serializable Objects
2.3.2 Understanding the Object Serialization File Format
2.3.3 Modifying the Default Serialization Mechanism
2.3.4 Serializing Singletons and Typesafe Enumerations
2.3.5 Versioning
2.3.6 Using Serialization for Cloning
2.4 Working with Files
2.4.1 Paths
2.4.2 Reading and Writing Files
2.4.3 Creating Files and Directories
2.4.4 Copying, Moving, and Deleting Files
2.4.5 Getting File Information
2.4.6 Visiting Directory Entries
2.4.7 Using Directory Streams
2.4.8 ZIP File Systems
2.5 Memory-Mapped Files
2.5.1 Memory-Mapped File Performance
2.5.2 The Buffer Data Structure
2.6 File Locking
2.7 Regular Expressions
2.7.1 The Regular Expression Syntax
2.7.2 Matching a String
2.7.3 Finding Multiple Matches
2.7.4 Splitting along Delimiters
2.7.5 Replacing Matches
Chapter 3: XML
3.1 Introducing XML
3.2 The Structure of an XML Document
3.3 Parsing an XML Document
3.4 Validating XML Documents
3.4.1 Document Type Definitions
3.4.2 XML Schema
3.4.3 A Practical Example
3.5 Locating Information with XPath
3.6 Using Namespaces
3.7 Streaming Parsers
3.7.1 Using the SAX Parser
3.7.2 Using the StAX Parser
3.8 Generating XML Documents
3.8.1 Documents without Namespaces
3.8.2 Documents with Namespaces
3.8.3 Writing Documents
3.8.4 Writing an XML Document with StAX
3.8.5 An Example: Generating an SVG File
3.9 XSL Transformations
Chapter 4: Networking
4.1 Connecting to a Server
4.1.1 Using Telnet
4.1.2 Connecting to a Server with Java
4.1.3 Socket Timeouts
4.1.4 Internet Addresses
4.2 Implementing Servers
4.2.1 Server Sockets
4.2.2 Serving Multiple Clients
4.2.3 Half-Close
4.2.4 Interruptible Sockets
4.3 Getting Web Data
4.3.1 URLs and URIs
4.3.2 Using a URLConnection to Retrieve Information
4.3.3 Posting Form Data
4.4 The HTTP Client
4.5 Sending E-Mail
Chapter 5: Database Programming
5.1 The Design of JDBC
5.1.1 JDBC Driver Types
5.1.2 Typical Uses of JDBC
5.2 The Structured Query Language
5.3 JDBC Configuration
5.3.1 Database URLs
5.3.2 Driver JAR Files
5.3.3 Starting the Database
5.3.4 Registering the Driver Class
5.3.5 Connecting to the Database
5.4 Working with JDBC Statements
5.4.1 Executing SQL Statements
5.4.2 Managing Connections, Statements, and Result Sets
5.4.3 Analyzing SQL Exceptions
5.4.4 Populating a Database
5.5 Query Execution
5.5.1 Prepared Statements
5.5.2 Reading and Writing LOBs
5.5.3 SQL Escapes
5.5.4 Multiple Results
5.5.5 Retrieving Autogenerated Keys
5.6 Scrollable and Updatable Result Sets
5.6.1 Scrollable Result Sets
5.6.2 Updatable Result Sets
5.7 Row Sets
5.7.1 Constructing Row Sets
5.7.2 Cached Row Sets
5.8 Metadata
5.9 Transactions
5.9.1 Programming Transactions with JDBC
5.9.2 Save Points
5.9.3 Batch Updates
5.9.4 Advanced SQL Types
5.10 Connection Management in Web and Enterprise Applications
Chapter 6: The Dateand Time API
6.1 The Time Line
6.2 Local Dates
6.3 Date Adjusters
6.4 Local Time
6.5 Zoned Time
6.6 Formatting and Parsing
6.7 Interoperating with Legacy Code
Chapter 7: Internationalization
7.1 Locales
7.1.1 Why Locales?
7.1.2 Specifying Locales
7.1.3 The Default Locale
7.1.4 Display Names
7.2 Number Formats
7.2.1 Formatting Numeric Values
7.2.2 Currencies
7.3 Date and Time
7.4 Collation and Normalization
7.5 Message Formatting
7.5.1 Formatting Numbers and Dates
7.5.2 Choice Formats
7.6 Text Input and Output
7.6.1 Text Files
7.6.2 Line Endings
7.6.3 The Console
7.6.4 Log Files
7.6.5 The UTF-8 Byte Order Mark
7.6.6 Character Encoding of Source Files
7.7 Resource Bundles
7.7.1 Locating Resource Bundles
7.7.2 Property Files
7.7.3 Bundle Classes
7.8 A Complete Example
Chapter 8: Scripting, Compiling, and Annotation Processing
8.1 Scripting for the Java Platform
8.1.1 Getting a Scripting Engine
8.1.2 Script Evaluation and Bindings
8.1.3 Redirecting Input and Output
8.1.4 Calling Scripting Functions and Methods
8.1.5 Compiling a Script
8.1.6 An Example: Scripting GUI Events
8.2 The Compiler API
8.2.1 Invoking the Compiler
8.2.2 Launching a Compilation Task
8.2.3 Capturing Diagnostics
8.2.4 Reading Source Files from Memory
8.2.5 Writing Byte Codes to Memory
8.2.6 An Example: Dynamic Java Code Generation
8.3 Using Annotations
8.3.1 An Introduction into Annotations
8.3.2 An Example: Annotating Event Handlers
8.4 Annotation Syntax
8.4.1 Annotation Interfaces
8.4.2 Annotations
8.4.3 Annotating Declarations
8.4.4 Annotating Type Uses
8.4.5 Annotating this
8.5 Standard Annotations
8.5.1 Annotations for Compilation
8.5.2 Annotations for Managing Resources
8.5.3 Meta-Annotations
8.6 Source-Level Annotation Processing
8.6.1 Annotation Processors
8.6.2 The Language Model API
8.6.3 Using Annotations to Generate Source Code
8.7 Bytecode Engineering
8.7.1 Modifying Class Files
8.7.2 Modifying Bytecodes at Load Time
Chapter 9: The Java Platform Module System
9.1 The Module Concept
9.2 Naming Modules
9.3 The Modular “Hello, World!” Program
9.4 Requiring Modules
9.5 Exporting Packages
9.6 Modular JARs
9.7 Modules and Reflective Access
9.8 Automatic Modules
9.9 The Unnamed Module
9.10 Command-Line Flags for Migration
9.11 Transitive and Static Requirements
9.12 Qualified Exporting and Opening
9.13 Service Loading
9.14 Tools for Working with Modules
Chapter 10: Security
10.1 Class Loaders
10.1.1 The Class-Loading Process
10.1.2 The Class Loader Hierarchy
10.1.3 Using Class Loaders as Namespaces
10.1.4 Writing Your Own Class Loader
10.1.5 Bytecode Verification
10.2 Security Managers and Permissions
10.2.1 Permission Checking
10.2.2 Java Platform Security
10.2.3 Security Policy Files
10.2.4 Custom Permissions
10.2.5 Implementation of a Permission Class
10.3 User Authentication
10.3.1 The JAAS Framework
10.3.2 JAAS Login Modules
10.4 Digital Signatures
10.4.1 Message Digests
10.4.2 Message Signing
10.4.3 Verifying a Signature
10.4.4 The Authentication Problem
10.4.5 Certificate Signing
10.4.6 Certificate Requests
10.4.7 Code Signing
10.5 Encryption
10.5.1 Symmetric Ciphers
10.5.2 Key Generation
10.5.3 Cipher Streams
10.5.4 Public Key Ciphers
Chapter 11: Advanced Swingand Graphics
11.1 Tables
11.1.1 A Simple Table
11.1.2 Table Models
11.1.3 Working with Rows and Columns
11.1.3.1 Column Classes
11.1.3.2 Accessing Table Columns
11.1.3.3 Resizing Columns
11.1.3.4 Resizing Rows
11.1.3.5 Selecting Rows, Columns, and Cells
11.1.3.6 Sorting Rows
11.1.3.7 Filtering Rows
11.1.3.8 Hiding and Displaying Columns
11.1.4 Cell Rendering and Editing
11.1.4.1 Rendering Cells
11.1.4.2 Rendering the Header
11.1.4.3 Editing Cells
11.1.4.4 Custom Editors
11.2 Trees
11.2.1 Simple Trees
11.2.1.1 Editing Trees and Tree Paths
11.2.2 Node Enumeration
11.2.3 Rendering Nodes
11.2.4 Listening to Tree Events
11.2.5 Custom Tree Models
11.3 Advanced AWT
11.3.1 The Rendering Pipeline
11.3.2 Shapes
11.3.2.1 The Shape Class Hierarchy
11.3.2.2 Using the Shape Classes
11.3.3 Areas
11.3.4 Strokes
11.3.5 Paint
11.3.6 Coordinate Transformations
11.3.7 Clipping
11.3.8 Transparency and Composition
11.4 Raster Images
11.4.1 Readers and Writers for Images
11.4.1.1 Obtaining Readers and Writers for Image File Types
11.4.1.2 Reading and Writing Files with Multiple Images
11.4.2 Image Manipulation
11.4.2.1 Constructing Raster Images
11.4.2.2 Filtering Images
11.5 Printing
11.5.1 Graphics Printing
11.5.2 Multiple-Page Printing
11.5.3 Print Services
11.5.4 Stream Print Services
11.5.5 Printing Attributes
Chapter 12: Native Methods
12.1 Calling a C Function from a Java Program
12.2 Numeric Parameters and Return Values
12.3 String Parameters
12.4 Accessing Fields
12.4.1 Accessing Instance Fields
12.4.2 Accessing Static Fields
12.5 Encoding Signatures
12.6 Calling Java Methods
12.6.1 Instance Methods
12.6.2 Static Methods
12.6.3 Constructors
12.6.4 Alternative Method Invocations
12.7 Accessing Array Elements
12.8 Handling Errors
12.9 Using the Invocation API
12.10 A Complete Example: Accessing the Windows Registry
12.10.1 Overview of the Windows Registry
12.10.2 A Java Platform Interface for Accessing the Registry
12.10.3 Implementation of Registry Access Functions as Native Methods
Index
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