Class Notes

Notes:

• OO Design (CH 4/5)
  • Intro to Design
  • A design for a chess program
• A first step at a MapT
• Pointers, traditional (Chapter 7)
  • Linked Lists
    • Linked Lists, Motiviation and Basic Idea
    • Specifing a Simple Linked List
    • Impelementing a Simple Linked List
    • Testing the Simple List
    • Fixing the Simple List
    • Code for this section
  • Dynamic Arrys
    • Intro To Vectors
    • Counting Unique Words
    • Code for this section
  • Stacks
  • Queues
• Exceptions (Chapter 14)
  • Intro To Exceptions
  • Exception Hierarchy
  • Bad Advice on using Exceptions
  • Code for this section
• Testing (Chapter 30)
  • Boost Test Framework Overview
  • More Boost Test Framework (Output and exceptions)
  • Code for this section
• Templates (Chapter 12)
  • Templates
  • Code for this section
• Static
  • The Static keyword
  • Code for this section
• Chapter 8
  • Start, Access Modifiers and Friends
  • Constructors
  • Destructors
  • code for this section
• Inheritence and Polymorphism (CH 10)
  • Introduction
  • Inheritance from closed code
  • Virtual Methods.
  • Pure Virtual.
  • Reference Member Data and another example.
  • code for this section
• Smart Pointers (Chapter 7)
  • Introduction
  • unique_ptr
  • shared_ptr
  • code for this section
• Recursion
  • Introduction
  • Ackermann's Function
  • code for this section
• Chapter 1
  • C++ Versions
  • Compiling and such.
  • Namespaces.
• The Standard Library (Ch 16, 17, 18, 20)
• Design Patterns (Ch 33)

Course Outline:

1. Object Oriented Design ✓
   1. Object Oriented Design vs Functional Design
   2. Unified Modeling Language
   3. Test Plan ✓
2. Classes
   1. Attributes ✓
   2. Methods ✓
      1. Overloading Methods ✓
      2. Overloading Operators ✓
   3. Visibility Settings ✓
   4. Constructor and Destructor ✓
   5. Friend Methods and Classes ✓
   6. Templated Classes ✓
      1. Program defined templates ✓
      2. Standard template libraries ✓
   7. Design Patterns
3. Encapsulation
   1. Namespaces
   2. Classes ✓
4. Inheritance
   1. Simple inheritance ✓
   2. Multiple inheritance
   3. Handle Class interface
5. Polymorphism
   1. Designing for polymorphism ✓
   2. Virtual functions ✓
   3. Abstract base class ✓