PPT-CS212: Object Oriented Analysis and Design

Lecture 25 Iterators Recap of Lecture 24 Introduction to STL STL Components Allocators Vectors Outline of Lecture 25 STL Iterators Iterator hierarchy Lists Plug compatible Major categories of STL. GRASP Design Principles. Recap of Lecture 7. Arrays. Pointers. Pointer to members. Dynamic Memory allocation. Outline of lecture 8. Modularity and Typing. GRASP Principle. Polymorphism. Name mangling. Lecture 6: . Friends, Constructor . and . destructors. Recap of Lecture . 5. Scope of class members. Nesting member function. Class members and arrays. Static class members. Today’s objective. Friendly classes and function. Lecture 4: Objects and Classes - I. Recap to Lecture 3. Introduction to objects and classes. Identification of classes and object. Class Responsibility and Collaboration. 3. A CRC . card: . SnackItem. Lecture 18: Polymorphism via . Dispatching. Recap of . Lecture . 18. Abstract base class. Object slicing. Overloading, overriding. Constructor and . destructors. Multiple dispatching. Downcasting. Virtual function & destructors. Lecture 17: Virtual Functions. Recap of lecture 16. Polymorphism. Pointer to derived type. Virtual function. VTABLE, VPTR. Inheritance and VTABLE. Outline of Lecture 17. Abstract base class. Object slicing. Lecture 19: Exception Handling. Recap of Lecture 18. Virtual destructors. Dispatching, single and multiple. Downcasting. Exception handling. Outline of Lecture 19. Exception handling. Try, throw catch. Lecture 20: Exception Handling-II. Recap of Lecture 19. Exception handling. Try, throw catch. Stack unwinding. Exception classes. Outline of Lecture 20. Derived class exception. Special scenarios. Exception . Lecture 1: Introduction. Analysis. Object-oriented. and. Design. Analysis emphasizes an investigation of the problem and requirements, rather than a solution. . Design emphasizes a conceptual solution that . Lecture 26: STL Containers. Recap of Lecture 25. . STL. Iterators. Iterator hierarchy. Outline of Lecture 26. STL. Lists. . Set. . Maps. Iterator: Is . this really important?. Creating . your own . Lecture 9: Function Overloading in C++. Recap of Lecture 8. GRASP principle. 9 different attributes. Cohesion and coupling. Polymorphism. Outline of Lecture 9. Polymorphism in C++. Function overloading. Lecture 11: Operator Overloading-I. Recap of Lecture 10. Function Overloading. Name Mangling. Resolution of name and type. Copy constructor. Outline of lecture 11. Operator overloading. Unary operator. Lecture 7: Arrays, Pointers and Dynamic Memory Allocation. Recap of Lecture 6. Friend classes and member functions. Constructors. Implicit and explicit calling. Default constructors. Destructors. Outline of Lecture 7. Lecture 16: Runtime Polymorphism. Recap of lecture . 15. Inheritance in C++. Different types of inheritance. Private, Protected. Virtual. Outline of Lecture . 16. Polymorphism. Pointer to derived type. Lecture 32: Use case and Class diagrams. Recap of Lecture 31. Introduction to modelling. . UML. Evolution. Different views of a system. . Different modelling diagrams. Outline of Lecture 32. UML. Use case diagram.