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J2EE Architectural Overview
Java Training Overview

The Java 2 Enterprise Edition (J2EE) platform offers a wide-ranging architecture for enterprise computing. It has many well-known and sophisticated technologies: servlets, JavaServer Pages (JSPs), Enterprise JavaBeans (EJBs) and Java Message Service (JMS), to name just a few. Before plunging into this alphabet soup, see how the parts all fit together in a complete computing model. This presentation course shows you what problems each technology solves and poses, as well as how they work together to create enterprise systems. This course is an important prerequisite to further training in any of those areas.

Java Training Prerequisites

Basic familiarity with the issues of enterprise computer systems, as developer or manager, is required. So is some familiarity with Java.

Java Training Course duration

1 Day

Java Training Learning Objectives

After completing this course a student should:

  • Understand what J2EE is.
  • Be able to identify the standards that underlie J2EE.
  • Know what components and containers are, what benefits they offer and how they work together.
  • Understand the major layers of an enterprise system, their roles, and the J2EE technologies used in each.
  • Understand the basic architecture of servlets, JSPs, EJBs, JMS and JDBC.
  • Understand how servlets and JSPs are related, how they differ and where each is best used.
  • Be able to identify the various types of Enterprise JavaBeans and explain how they differ.
  • Be able to identify and distinguish the two basic messaging models.
  • Know what JDBC is and where it is used.
Java Training Course outline
  • Introduction: J2EE in Perspective
    • Enterprise Systems
    • What is J2EE?
    • Enterprise Systems to Date
    • Today's Needs
    • J2EE & Today's Needs
  • J2EE & Overall System Architecture
    • The Big Picture: MVC
    • The Front End
    • Middle Tier: Business Logic
    • The Back End: The Data
  • J2EE Basics
    • Underlying J2EE Standards
    • Low-Level Comms
    • App-Level Comms
    • Components & Containers
    • Container Services
    • Application Packaging
  • Web Tier: Servlets & JSPs
    • Servlets
    • JSPs
    • Custom Tag Libraries
  • Middle Tier: JMS
    • Messaging Overview
    • Messaging Models
    • JMS
  • Middle Tier: Enterprise JavaBeans
    • Distributed Objects
    • EJB's Origins
    • EJB Architecture
    • Bean Flavors
    • Session Beans
    • Entity Beans
    • Message Beans
    • Proper Use of Beans
    • Deployment Descriptors
  • Data Tier: JDBC
    • What is JDBC?
    • Where Does JDBC Live?
    • JDBC: The Basic Approach
    • Handling SQL in JDBC
    • Connecting to a DB
  • Other J2EE Issues
    • The Role of XML
    • Patterns
Hardware/Software Requirements
  • Hardware Requirements
    • Intel-based PC Workstation
      • Windows 95, 98 or NT
      • Minimum 486 33Mhz Processor
      • Minimum of 32 MB memory
    OR
    • SUN Solaris/SPARC
      • Minimum of 32 MB memory
    • In addition:
      • TCP/IP communication among the student machines is strongly recommended to illustrate Java's networking capability and add realism to student workshops.
      • Internet access is strongly recommended.
      • Access to an HTTP server is recommended to simulate web page access. If the students have general Internet access, this requirement is met.
  • Software Requirements
    • Java 2 Standard Edition version 1.3 software and documentation*
    • Adobe Acrobat Reader*
    • Student files
    • Text editor*

 
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