
	Sun Educational Services

Course Catalog

CORBA Bundle

( WTB-120-180 )

Course Description

Course Offered in Partnership With DigitalThink

CORBA Series teaches students to implement a distributed system using Java with CORBA. Students will gain an understanding of how CORBA works, what the basic CORBA architecture represents, and what the CORBA specification covers. In addition, students will learn to write CORBA clients and servers in Java.

This course requires a Java-enabled browser such as Netscape 3.02 or later, or Internet Explorer 3.02 or later. This course also requires ORBacus for Java 4.0 for Windows or UNIX, Java Development Kit (JDK) 1.1 or later for Windows or UNIX, and a computer running Windows, Macintosh, or UNIX. However, to complete the exercises in this course, students must have access to a computer running Windows or UNIX.

This bundle is comprised of:

CORBA Fundamentals

CORBA Programming with Java Technology

eMentoring Services are included with this course.

Course length: 20 hours

Course details
id: WTB-120-180
subscription duration: 180 days
list price: $ 800.00

Languages Offered

This course is currently available in English only.

Who Can Benefit

Object-oriented programmers, system architects, and designers

Prerequisites

To succeed fully in this course, students should be able to:

Demonstrate familiarity with object-oriented design and analysis, and object-oriented programming in a language like C++ or Java

Demonstrate completion of Introduction to Java JDK 1.1 or Java 2 Fundamentals I, or equivalent knowledge and experience

Skills Gained

Upon completion of this course, you should be able to:

Understand CORBA IDL (Interface Definition Language)

Definine modules, interfaces, structs, stub/skeleton code, implementing clients and servers

Understand CORBA Interface Repository

Understand Inter-ORB Protocol Relationships

Understand CORBA IIOP (Internet Interoperability Protocol)

Understand Basic Object Adapters (BOA)

Understand CORBAservices (Naming service, Event service, Persistence service, Transaction service)

Predict the Java code that is generated for a specific IDL

Use tie classes and inheritance to implement a CORBA server

Write a simple CORBA client that obtains a server reference and invokes a server method

Write code to add a server to the Naming Service

Write code to find a server in the Naming Service

Choose POA policies for CORBA objects

Write code to create persistent server objects

Use utilities to implement persistency

Determine the appropriate granularity for interfaces

Use design patterns to improve CORBA solutions

Use callbacks to code a self-updating client

Explain IIOP, the Internet Inter-ORB Protocol

Explain how IIOP tunneling gets through firewalls