Hands On Technology Transfer Computer Training
Hands-On Technology Transfer presents

Effectively Using Java Packages And Features On-Site Training

This on-site training class is also available as Public Schedule Seminar.

This intermediate level course is intended for programmers who already have a fundamental understanding of Java programming and some experience writing code.

Course Description/Agenda

Students Will Learn:

Using Reflection and Introspection with Java Classes (java.lang.reflect package)
Writing Type Safe and Reliable Code with the Enhanced Capabilities of Java 5
Using the Java Collections Framework (java.util package)
Processing Databases Using JDBC (java.sql package)

Creating, Controlling, and Synchronizing Threads
Creating and Using Inner and Nested Classes
Using Networking Related Classes (java.net package)
Creating Client/Server Programs

Course Description: This intermediate level course is intended for programmers who already have a fundamental understanding of Java programming and some experience writing code. It provides additional insights and details regarding some of the more advanced and useful capabilities contained in the Java programming language and its associated packages. Topics include reflection and JavaBeans, Java 5 type safety enhancements, the Java Collections Framework, Java Database Connectivity (JDBC), multithreading, inner classes, and networking.

Course Prerequisites: Familiarity with and experience using Java. Completion of either the "Learning to Program with Java", "Java for COBOL Programmers", or "Java Programming" course, or equivalent Java programming experience.

Effectively Using Java Packages And Features Course Overview:

JavaBeans, Reflection, and Introspection JavaBean Requirements Determining Type of an Object Reflection Overview and Uses Reflection Issues Reflection Using Class Object Invoking Methods Using Reflection Methods Available on the Class Object Creating A New Instance Introspection Customizing BeanInfo Invoking Methods Using Introspection Using Reflection to Access Properties Review of Equals Method	Type Safety and Java 5 Enhancements Annotations Standard Annotations User Defined Annotations Reflection Annotation Information Enum Data Type Generics Autoboxing Methods Having Variable Parameters Assertions
Collections Framework What is the Collections Framework Simple Arrays and Arrays of Objects Legacy Container Classes Collections Framework Overview Collections Interfaces Lists Sets Queues Map Interfaces Interface Implementations Lists Sets Queues Maps Iterators	JDBC What is JDBC JDBC Drivers Accessing the Database Loading Driver Connecting to Data Source Creating Statements Executing Statements Processing Result Sets Cursor Positioning Column Retrieval Updating Result Sets Connection Pooling Processing Errors and Warnings Using Prepared Statements Using Stored Procedures Metadata Result Set Metadata Database Metadata Transaction Processing Isolation Levels SQL Batches
Threads Definition of Thread Creating Threads Naming Threads Data Sharing Among Threads Local Data Instance Data Class Data Volatile Keyword Thread States Thread Priority Minimum. Maximum, Normal Priorities Preemptive Thread Priority setPriority Method getPriority Method Piping Data Between Threads Coordination and Controlling Threads Synchronizing Threads Why Synchronization is Needed Producer/Consumer Example Synchronized Keyword Thread Synchronization Methods	Networking Overview of java.net Package Format of URL URL Class URLConnection Class InetAddress Class Definitions Client Server Port Socket Socket Class Writing Client Side Applications Read From Socket Write to Socket ServerSocket Class Writing Server Side Applications Daemon Servers Thread Servers
Inner and Nested Classes What Are Inner Classes Benefits of Inner Classes Terminology Restrictions Syntax Types of Inner Classes Member Inner Class Local Inner Class Anonymous Inner Class Nested Top Level Class