Training

• JavaBeans
• JUnit
• JDBC
• Java Logging API
• Internationalization
• The Reflection API
• Architecture
• Threads
• Networking
• Distributed Objects
• Parsing XML with SAX
• Parsing XML with DOM
• JNI
• Security
• Summary of Recent Java Changes

• Test Java code using JUnit
• Understand how to connect to databases and work with data
• Use the logging capabilities built into the Java language
• Use the support for multiple languages provided by Java
• Use the reflection API to programmatically obtain details on Java classes
• Provide better architecture for Java programs
• Work with multi-threaded Java applications
• Use networking and distributed technologies of Java
• Work with XML from Java code
• Use Java capabilities to intergrate with non-Java code
• Use the security APIs provided with the Java language

A good understanding of object-oriented programming using Java.

• Objectives
• What are Collections?
• Arrays vs. Collections
• Main Collections Interfaces
• java.util.Collection
• Main Collection Methods
• Sets
• java.util.List
• java.util.Queue
• Iteration on a Collection
• Iterator vs. For-Each Loop
• Maps
• java.util.Map
• java.util.SortedMap
• Collections Implementations
• Generics
• Generics and Collections
• Generic Collection Example
• Collections and Primitive Types
• "Wrapper" Classes
• Autoboxing
• Summary

• JavaBeans
• Overview
• Structure
• Life Cycle
• Properties
• Example
• Making a Bean

• Java Database Connectivity
• Overview
• Types of Drivers
• Making a Connection
• Statements
• Execute, Update and ResultSets
• Prepared Statements
• Stored Procedures
• Transactions
• Connection Pooling

• Objectives
• Internationalization
• Locale
• Dates
• User Interface design
• Resource Bundles
• Other Local Customs
• How Java Represents Characters
• Text Files
• Text files
• Summary

• Overview
• Dynamic Facilities In Java
• What this dynamic aspect implies
• Considerations
• The Class class
• Examining Classes
• The Example From Last Time
• An Example
• Reflection Allows
• Reflection Also Allows
• When not to use Reflection
• Examining Classes
• Manipulating Objects
• Creating Objects
• Getting Field Values
• Setting Field Values
• An example
• Example Continued
• Arrays
• Summary

• Architecture
• Tiered Architectures
• Presentation Layer
• Middle Tier
• Model View Controller
• Extensible Markup Language
• XML

• Threads
• Overview of Threads
• Threads in Java Programming
• Write a Runnable Class
• Create Threads
• Another Way of Creating Threads
• Two ways of creating threads
• States in a Thread s Lifetime
• JVM Scheduler
• Control and Schedule Thread
• Executor Interface
• Using the Executor
• Callable
• Callable Example
• ExecutorService Object
• Future Object
• Executor, Future, Callable
• Coordinating the Concurrency of Multiple threads
• Synchronization
• How Does the Object Lock Flag Work
• Using the synchronized keyword
• The implication of synchronization
• Example of Synchronization - Producer/Consumer
• Example of Synchronization MyStack
• Example of Synchronization Producer
• Example of Synchronization Consumer
• Example of Synchronization SyncTest
• But
• Coordinating Thread Cooperation
• wait() and notify()
• Example of Coordination Producer/Consumer
• Example of Coordination MyStack
• Results
• Deadlock

• Java Networking
• Overview
• URL Connections
• Browser Example
• InetAddress
• Socket Classes
• Simple Clients and Servers
• Multithreaded Servers
• UDP Sockets

• Obtaining a Parser
• SAX
• How it Works
• Core SAX2 Handler Classes
• SAX2 DefaultHandler
• SAX Events
• Ignorable Whitespace
• XML Reader Interface
• XMLReader Features
• XMLReader Factory
• Prepare SAX Parser Object
• Parse XML with SAX Steps
• Define an Event Handler
• Prepare SAX Parser Object
• Define an Event Handler startElement()
• Define an Event Handler Element Attributes
• Define an Event Handler Get Number of Attributes
• Define an Event Handler Get Name of Attributes
• Define an Event Handler Get Attribute Values
• Define an Event Handler Get Attribute Types
• Define an Event Handler An Example
• Define an Event Handler characters()
• Using characters()
• Define an Event Handler Error Handling
• Define an Event Handler ErrorHandler interface
• Parse XML Document
• Simple SAX Parser
• Run the SAX Application
• EntityResolver
• Locator
• Document Locator

• Topics
• DOM
• Limitations of SAX
• XML as an Object Model
• Nodes
• The Basic Node Types
• Less Common Node Types
• Node Interface
• Node Interface
• Document Interface
• NodeList Interface
• Element Interface
• Attr Interface
• Text Interface
• DOM Parsing
• Parse XML with DOM Steps
• Prepare DOM Parser Object
• Parse XML Document
• Parse Exceptions
• Example SimpleDOMParser
• Writing DOM

• Overview
• Serialization
• Externalizable
• Remote Method Invocation
• Steps to implement RMI
• RMI Remote Object Registry
• RMI Dynamic class loading
• RMI and Applets
• Summary

• Java Security
• Attacks and Dangers
• Overview of JDK Security Features
• Overview of JDK Security Features cont
• Basic Concepts of Computer Security
• Encryption
• Cryptography Algorithm
• Message Digest
• Symmetric Ciphers
• Asymmetric Ciphers
• Digital Signature
• Authentication
• Certificate Manipulation
• Java Cryptography Architecture (JCA)
• Java Cryptography Extension
• Using the MessageDigest Class
• Example of Using the MessageDigest Class
• Example of Using MessageDigest Class cont
• Using the Signature Class
• Java Security Architecture
• JDK 1.0 Security Model Sandbox
• JDK 1.1 Security Model Trusted Signed Code
• JDK 1.2 Security Model Security Policy
• JDK 1.4 Security Enhancement
• Protection Domains and Security Policies
• ProtectionDomain Class
• Permission Classes
• Using Permission Classes
• Policy Class
• Policy Configuration File
• AccessController Class
• SecurityManager Class
• Using the SecurityManager Class
• Dynamic Class Loader
• Loader Classes
• Example of Security Check in a Class Loader
• Java Security Tools
• Using Java Security Tools Code Signing

• JNI - Java Native Interface
• Overview
• JNI Architecture
• Calling C Functions
• The Header File
• Passing Simple Parameters
• Mapping Java Types
• Calling Java Methods
• The Invocation API
• Exception Handling
• Native Exception to Java
• Java Exception In Native Code
• Code Sample

• Objectives
• What is JUnit?
• Who uses JUnit?
• Why JUnit?
• The xUnit Philosophy
• Test-Driven Design
• A JUnit Test
• Running the Tests
• Swing-based Test Runner
• Text-based Test Runner
• JUnit Basics
• assertTrue
• assertEquals
• assertSame
• assertNull
• The Failure Message
• The Test Class
• The Test Method
• The Test Suite
• JUnit Design
• Testing Strategies
• Specific Techniques
• Testing simple Java classes
• Testing with Databases
• Testing Web Applications
• JUnit with Ant
• JUnit with Eclipse
• Create a Test Case
• Test Case "Stubs"
• Running Tests
• Eclipse Test Runner Icons
• Rerun an Individual Test
• Failure Trace
• Debug with JUnit
• Test Suite Wizard