This expert-led course provides the students with the knowledge needed to use Java Platform, Enterprise Edition 5 and 6 (Java EE 5 and 6) best practices and patterns to design and architect robust enterprise applications that allow for rapid change and growth. Students will gain an understanding of how Service-Oriented-Architectures (SOA), implemented in a wide range of technologies (including REST, RPC, RMI, DCOM, CORBA and Web Services), help businesses respond more quickly and cost-effectively to changing market conditions. Students will also gain an understanding of Enterprise Service Bus (ESB) (based on Java Business Integration (JBI) specification) which helps automate, manage, and optimize business processes and workflows across systems (i.e. Solaris, SAP, Siebel, Oracle, Microsoft systems), and partners. Students will understand how to performance-tune a Java technology-based application with low-latency response time requirements by using Java SE and Java EE technologies for a given enterprise application. Students will gain an understanding of enterprise profiles including the advanced features, such as in-memory replication, high availability database (HADB), load balancing, monitoring and logging, clustering, and security. Students will also learn best practices on how to prepare for the Java Enterprise Architecture certification. About Extreme Learning: Get taught directly by the experts and interact with peers in an engaging informal environment. These are intensive, deep dive training sessions designed for advanced IT professionals which incorporate expert-led presentations and hands-on labs.

Request a Course Search for a Course Email This Item to a Friend

ILT

▪ Java EE Platform Architects and Designers ▪ Project Managers ▪ Development Managers ▪ Developers

Knowledge of the Java programming language and Java EE component technologies, and an understanding of Java Platform, Enterprise Edition (“Java EE”) application servers and distributed systems.

Upon completion of this course, participants will learn how to:

• * Use design patterns to design and architect robust enterprise applications
• * Use the Enterprise Server
• * Build composite applications
• * Build Cloud Computing applications

Module 1 - System Architecture Development and Guidelines

• Justify the need for architecture when developing for Java EE platform applications
• Resolving risk factors in distributed enterprise systems
• Guidelines for effective network communication
• Guidelines for handling distributed transactions
• Analyzing quality-of-service requirements

• Decomposing the Java EE platform application into components
• Deployment diagrams to represent the architecture and design model

• Describing Java EE platform patterns that assist in the presentation tier
• Web 2.0 design patterns
• Describing Java EE platform patterns that assist in the business tier
• Describing Java EE platform patterns that assist in the integration tier

• Using SOA for enterprise application integration
• Describing how SOA improves B2B business processes
• Service-Oriented Architecture and Design

• Web Services design patterns
• Integrating and orchestrating applications services
• JBI components: service engines and binding components
• Enterprise Service Bus: transformation, routing and orchestration

• Cloud Computing Architecture
• Impact of Java EE on Cloud Computing
• Impact of SOA on Cloud Computing

• Garbage collection goals
• Sizing Java Technology-based heaps and heap spaces
• Garbage collector tuning
• Basics of garbage collector tuning
• Detailed concurrent collector tuning
• Performance testing and tuning tactics
• Monitoring clustered hardware
• Monitoring tools

• Working with a clustered environment
• Perform logging and monitoring
• Working with Load Balancer Plug-In
• Achieving High Availability with in-memory replication
• Using HADB for high availability
• Advanced features (JBI, ESB, JMS)
• Performance Advisor Tuner to tune a Server Instance or Cluster