Service Oriented Architecture SOA Analysis (TT7110)

In this course, you will explore what Service-Oriented Architecture (SOA) is, the impact of SOA, what it means in terms of today's systems and architectures, and how to apply the concepts in identifying business and systems services. You will gain a better understanding of what services and SOAs are, and the best practices and processes used in supporting the design and implementation of SOA-based applications. You will examine the enterprise systems and how to identify, design, and develop complex services using sound analysis and design techniques. You will have a clear picture of how a service orientation can fundamentally change the dynamics of how software is developed and "lives" within an enterprise.

You will leave this course armed with the required skills to support the design and implementation of realistic SOA-based business application projects. You will also cover advanced SOA concepts and practices for enterprise applications. Multiple detailed lab exercises throughout the course are designed to reinforce fundamental skills and concepts learned in the lessons.

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Business impact of SOA
History of SOA and what design processes led up to SOA
Challenges to adopting SOA in the enterprise
Apply the concepts and principles of SOA to on-going and future projects
How Enterprise Application Integration affects the reuse of existing applications
SOA from an architectural perspective
Business process analysis and its relation to Business Process Execution Language (BPEL)
Difference between object-oriented (OO) analysis and design and SOA analysis and design
List the various roles involved in Service-Oriented Analysis and Design (SOAD)
Perform SOA analysis to identify useful and manageable services
Importance of business process modeling
Governance and how it applies to SOA and IT in general
Compare SOA best practices
Responsibilities crucial to governance
Web services

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Virtual Classroom Live Outline

1. SOA

Architectural Style - Common Framework
Loose Coupling - Spectrum of Options
Software Agents - Services
Interacting - Orchestrated
Services vs. SOA
Business Perspective
Technical Perspective
Myths and Realities
SOA and Web Services

2. SOA: The Business Proposition

Motivation for SOA
Typical Software Project
Service Model
Service Consumer
Service Bus
Commonality is Critical Element of SOA
Service Provider
Business Process: OpenCheckingAcct
SOA Addresses
SOA Help Deals Change
Leverage SOA to
Benefits of SOA
SOA Maturity Models Abound
Incremental Adoption of SOA

3. SOA: An Architectural Perspective

Enterprise Application Layers
Application Layers at a Glance
Services and their Formal Contracts
Services Should be Stateless
Objects, Components, and Services
Challenge and Limitations of Legacy Systems

4. SOA: A Development Perspective

Strategic Orientation
Tactical Strategy
Lifecycle Phases
SOA Roles and Skills (Existing and New)
Business is the Starting Point
Service-Oriented Analysis and Design (SOAD)
SOAD Process
Service Identification
Service Modeling Guidelines
Model For Cross-Application Reuse
Preventing Boundary Logic Creep
Target a Balanced Model

5. Service-Oriented Architecture

Technical Principles
Logical Components of a SOA
Business Process-Driven Development
SOA Business Modeling and Reference Architecture
Business vs. Application
Service Layers
Application, Functional, and Business Process Services
Two Messaging Models
Publish/Subscribe
Point-to-Point (P2P)
Message Servers
SOAP
Role and Uses of an Enterprise Service Bus
Enterprise Service Bus
Challenge and Solution of Handling Transactions
Security
Governance

6. SOA in Practice

Trends in Software
Distributed Systems
Terminology and Various Players
SOA Platform Basics
TCP/IP at the Foundation
HTTP Request and Response
Service Sender/Receiver Responsibilities
Web Services Architecturally
High-level View of a Web Services-based SOA
Frameworks Reduce Complexity and Support Components
JEE
Compliant JEE Framework Ready for an Application
JEE and SOA
.NET
Issues in Integration

7. Service-Oriented Analysis and Design

Lifecycle Phases
Service Identification
Service Specification
Results
Service Realization
SOA Reference Architecture
Results and Realization
Systematic Process to Achieving these Results
Challenge of Governance

8. Service Identification

SOAD Process
Service Identification
Top Down - Domain Decomposition
Business Use Case - Order Processing
Initial Process Model - Order Processing
Bottom Up - Asset Analysis
Asset Analysis for Order Processing
Cross-Cutting
Goal-Service Modeling for Order Processing

9. Modeling Business Processes

BPML/BPMN
BPMN Fundamentals
Swimlanes
Flow Objects
Connecting Objects
Artifacts
Order Processing
BPEL
Comparing BPEL and BPMN
Top-Down Process Design
Importing WSDL and/or XSD
Process Elements
Expression Language
Fault Handler
Compensation Handlers
SOAD Process
Service Identification

10. Service Specification

SOAD Process
Focus of Service Specification
Specification Supports Design of Service Details
Service Analysis
Elimination Criteria
Service Analysis Refines the Service Portfolio
Service Specification
Shifting to Component Analysis and Specification
Entity-Centric, Task-Centric, and Functional Service Components
Service Component Specification
Identification and Specification

11. Service Realization

SOAD Process
Service Realization
SOA Reference Architecture
Application Services
Functional Services
Business Process Services
Solving Problems Using Layers
Service Realization
Service Design Guidelines
Designing SOAs by Composition

12. Common Framework - Infrastructure

ESB
Role of ESB in a SOA
Typical Service Bus Functionality
Security
ESB Scenarios and Analysis
ESB Issues

13. Common Framework - Governance

Implementing IT Governance
SOA Governance
Governance Policies and Responsibilities
Processes Enforce/Enable Policies
Metrics Provide Visibility of Effectiveness
Service Reusability Metrics
Challenges of SOA
Service Architecture
Technology and Product Selection
Development
QA/Security/Regulatory Compliance
Consumer/Provider Management
Reference Architecture
Governance Support Requirements
SOA Information and Quality Management
Aligning Business and IT
Use of Business Component Model

14. SOA Best Practices

Planning
Standardizing
Service Modeling Guidelines
Preventing Boundary Logic Creep
Target a Balanced Model
Service Design Guidelines
Managing
Using Patterns
Avoiding Anti-Patterns

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Virtual Classroom Live Labs

This course is approximately 50% dynamic lab exercises and 50% lecture, designed to train you in essential analysis and design skills, coupling the most effective techniques with the soundest industry practices.

Business and system analysts who need to identify and support the design of SOA applications and infrastructures

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