Implementing Design Patterns

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Course Length:

3 Days

Course Description:

Design Patterns are proven solutions to recurring problems in object-oriented software systems. This course covers sixteen design patterns and includes detailed programming exercises to allow students to practice implementing selected patterns.

Who Should Attend:

This course is for system architects, designers and programmers working on or preparing for a software project using an object-oriented design.

Benefits of Attendance:

Upon completion of this course, students will be able to:

• Describe the purpose of design patterns.
• Understand the ways that design patterns are documented and classified.
• Use the Singleton Pattern to provide controlled access to the sole instance of a class.
• Use the Composite Pattern to represent whole-part hierarchies of objects.
• Use the Factory Method Pattern to eliminate the need to 'hard-code' specific class names.
• Use the Observer Pattern to minimize coupling between domain and interface objects.
• Use the Template Method Pattern to implement the common parts of an operation.
• Use the Strategy Pattern to configure a class with one of many alternate behaviors.
• Use the Iterator Pattern to separate the traversal mechanism from an aggregate object and to support concurrenttraversals on the same object.
• Use other creational patterns to help make systems independent of how its objects are created.
• Use other structural patterns to compose classes and objects into larger structures.
• Use other behavioral pattern to manage algorithms and assign responsibilities to objects.

Prerequisites:

Programming experience in Java or C++ and some familiarity with object-oriented concepts is required.

Course Outline:

• Chapter 1: Introduction
  1. What is a Design Pattern?
  2. Reasons to study Design Patterns
  3. History of Design Patterns
  4. Cataloging Design Patterns
  5. Patterns covered in this course
  6. Design Patterns "Themes"
• Chapter 2: The Singleton Pattern
  1. Overview
  2. C++ Implementation
  3. Java Implementation
  4. Java API Example
• Chapter 3: The Composite Pattern
  1. Overview
  2. Structure
  3. C++ Implementation
  4. Java Implementation
  5. Java API Example
  6. C++ Source Code Example
  7. Java Source Code Example
• Chapter 4: The Factory Method Pattern
  1. Overview
  2. Structure
  3. C++ Implementation
  4. Java Implementation
  5. Java API Example
  6. C++ Source Code Example
  7. Java Source Code Example
• Chapter 5: The Observer Pattern
  1. Overview
  2. Structure
  3. C++ Implementation
  4. Java Implementation
  5. Java API Example
  6. C++ Source Code Example
  7. Java Source Code Example
• Chapter 6: The Template Method Pattern
  1. Overview
  2. Structure
  3. C++ Implementation
  4. Java Implementation
  5. Java API Example
  6. C++ Source Code Example
  7. Java Source Code Example
• Chapter 7: The Iterator Pattern
  1. Overview
  2. Structure
  3. C++ Implementation
  4. Java Implementation
  5. C++ Standard Template Library
  6. Java API Example
  7. C++ Source Code Example
  8. Java Source Code Example
• Chapter 8: The Strategy Pattern
  1. Overview
  2. Structure
  3. C++ Implementation
  4. Java Implementation
  5. Java API Example
  6. Java Source Code Example
• Chapter 9: Other Creational Patterns
  1. The Abstract Factory Pattern
  2. The Prototype Pattern
  3. The Builder Pattern
  4. Creational Patterns - Summary
• Chapter 10: Other Structural Patterns
  1. The Adapter Pattern
  2. The Bridge Pattern
  3. Decorator Pattern
  4. Structural Patterns - Summary
• Chapter 11: Other Behavioral Patterns
  1. The Memento Pattern
  2. The Chain of Responsibility Pattern
  3. The Visitor Pattern
  4. Behavioral Patterns - Summary
• Appendix A: References And Web Resources
• Appendix B: Exercises - C++
• Appendix C: Exercises - Java
• Appendix D: Antipatterns