TODO

ctudor@ixiacom.com

Prerequisites for participants:

• Basic/Medium knowledge of OOP (participants should know what the following notions refer to: class, class member, method, destructor, static method, virtual method, constructor, static constructor, object, inheritance, aggregation)

* Practical knowledge of writing an OOP program (the programming language is not important)

1. A word about complex systems
2. Raw materials for software development
3. Introduction of UML diagrams
4. Examples of bad design
5. SOLID design principles
   1. Single Responsibility Principle
   2. Open Close Principle
   3. Liskov Substitution Principle
   4. Interface Segregation Principle
   5. Dependency Inversion Principle
6. Overview of design patterns
7. Design Pattern catalogue (each pattern will be considered in the context of solving a real design issue)
   1. Composite
   2. Iterator
   3. Strategy
   4. State
   5. Template Method
   6. Decorator
   7. Proxy
   8. Factory Method
   9. Visitor
   10. Abstract Factory
   11. Observer
   12. Command
   13. Adapter
   14. Facade
   15. Singleton
   16. Bridge
8. Design Entropy
   1. What is design entropy
   2. How it affects the design
   3. How to build an entropy friendly design