This advanced Object-Oriented course provides software architects and designers with skills to create high quality object-oriented designs exhibiting improved flexibility, reduced maintenance costs, and with increased understanding of the resulting code. Participants learn more than 30 object-oriented patterns, including the 23 micro-architectures in "Design Patterns: Elements of Reusable Object-Oriented Software", by Gamma, Helm, Johnson, and Vlissides (the gang-of-four, or GoF book). Application examples and code snippets are provided to illustrate the patterns and the rationale for using that pattern in a given situation.

Audience

Software architects and designers requiring advanced design skills.

Prerequisites

Object-Oriented Analysis & Design-UML or equivalent experience. At least 6 months experience programming with an object-oriented programming language.

Course duration

4 Days

Course outline

1. Design Pattern Overview
• Objectives in Software Design/Module Design
• Overview of Patterns
• Qualities of a Pattern
• Pattern Systems
• Heuristics vs. Patterns


2. Principles of Object-Oriented Design
• Overview of Principles
• Single-Responsibility Principle (SRP)
• Open-Closed Principle (OCP)
• Tell vs. Ask
• Command/Query Separation (CQS)
• Composed Method
• Combined Method
• Liskov Substitution Principle (LSP)
• Dependency Inversion Principle (DIP)
• Interface Segregation Principle (ISP)
• Law of Demeter


3. Principles of Package Architecture
• Package Cohesion Principles
• Package Coupling Principles
• Martin Package Metrics


4. Basic Object-Oriented Design Patterns
• Delegation vs. Inheritance
• Interface
• Immutable
• Null Object
• Marker Interface 1
• General Responsibility Assignment Software Patterns


5. Catalog of GoF Patterns
• Overview of GoF Patterns
• Introduction to Creation Patterns
• Factory Method
• Abstract Factory
• Builder
• Prototype
• Singleton
• Introduction to Structural Pattern
• Adapter
• Decorator
• Proxy
• Facade
• Composite
• Flyweight
• Bridge
• Introduction to Behavioral Patterns
• Chain of Responsibility
• Strategy
• Iterator
• Template Method
• Mediator
• Observer
• Memento
• Command
• State
• Visitor
• Interpreter


6. Other Micro-Architecture and System Patterns
• Object Pool
• Worker Thread
• Dynamic Linkage
• Cache Management
• Type Object
• Extension Object
• Smart Pointer (C++)
• Session
• Transaction


7. Concurrency Patterns
• Single Threaded Execution
• Guarded Suspension
• Balking
• Scheduler
• Read/Write Lock
• Producer/Consumer
• Two-Phase Termination
• Double-Checked Locking


8. Patterns-Oriented Software Architecture
• Systems of Patterns
• Architectural Patterns
• Layers Architecture
• Pipes & Filters Architecture
• Blackboard Architecture
• Broker
• Model-View-Controller
• Presentation-Abstraction-Control
• Reflection
• Microkernel
• Catalog of J2EE Patterns
• J2EE Pattern Relationships


9. Selected Process Patterns (from PLoP)
• The Selfish Class
• Patterns for Evolving Frameworks
• Patterns for Designing in Teams
• Patterns for System Testing


10. Selected Anti-Patterns
• Stovepipe System
• Stovepipe Enterprise
• Reinvent the Wheel
• Golden Hammer
• Death by Planning
• Death March Projects
• Additional Management Anti-Patterns


11. Patterns Summary
12. Appendix A: UML Review
13. Appendix B: C# Code Examples for GoF
14. Appendix C: Maze Game Java Code
15. Appendix D: Possible Solutions for Exercises
16. Appendix E: Diagram Worksheets