Oop lecture 01
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This document provides an overview of an object-oriented programming course. The course objectives are to make students familiar with object-oriented concepts and be able to create a fully functional program. The course contents include object orientation, classes, inheritance, encapsulation, polymorphism and more. Recommended books are listed. The grading policy includes marks distributed across a midterm, final exam, and assignments/presentations/attendance. Object-oriented programming uses objects that have attributes and behaviors to model real-world entities and their interactions.
Oop lecture 01
- 1. Object Oriented Programming By Noor Wali Khan Uoch
- 2. Course Objective •Objective of this course is to make students familiar with Object Oriented concepts of Programming •By the end of this module the students should be able to know what is involved in creating a fully functional program
- 3. Course Contents • Object Orientation • Objects and Classes • Overloading • Inheritance • Encapsulation • Abstraction • Polymorphism • etc etc
- 4. Books •C++ How to Program By Deitel & Deitel •The C++ Programming Language By Bjarne Stroustup •C++ (IT series)
- 5. Grading Policy •Total Marks 100 •Midterm 30 •Final Term 50 •Internal 20 (Assignments, Presentation, Attendance)
- 7. Object Oriented Programing •It is a technique for system modeling •Object Oriented Model consists of several Interacting objects.
- 8. What is Model? • A model is an abstraction of something (real, conceptual) • The purpose of Modeling/Model is to understand the product before developing it. • E.g. • Highway Model • Architectural Model • Mechanical Models
- 10. • Objects: • Ali • Car • House • Tree Entity Entity Entity Entity • Interactions: • Ali lives in a House • Ali drives a car Behavior
- 11. Advantages of Object Orientation • Peoples think in terms of objects • OO maps to reality • Therefore, OO models are: • Easy to understand • Easy to develop
- 12. What is Object? • An object is something Tangible (ali, Car, House, Tree) • Something that can be apprehended intellectually (DOB, Time) • An object has: • It must have state(attributes) • Well defined behaviors(Operations) • Unique identity