You should be able to do the following.

• Object-Oriented Programming
• Describe the difference between procedural and object-oriented design (task and subtasks vs. objects and interactions)
• Rationale for object-oriented programming (why is it a better solution compare to some other methods?)
• Describe the different design strategies (abstraction, separation, composition, generalization)
• Abstraction: What is it? Properties of good abstraction. How abstraction corresponds to classes and objects. How does it help reusability.
• Separation: What is it? How does it help flexibility and extensibility?
• C++ Issues
• Identify classes and objects
• Describe the anatomy of a C++ class
• Access control (private, public)
• Function overloading
• Use of modifiers: const, static (for methods and member data)
• Scope and lifetime
• Automatic vs. Dynamic objects
• Use constructors and destructors to manage problems with dynamic memory (deep copy vs. shallow copy)
• Operator overloading
• Use of friend methods
• Describe the advantages/disadvantages of inlining.
• Type conversion (explicit vs. implicit)
• Design
• Class diagram notation
• Represent class relationships
• Evalute class design
• Proper documentation (coding conventions: naming, file arrangements)
• Aggregation: What does it mean? How one is setup?
• Association: What does it mean? How one is setup? How does it differ from aggregation?