Object Oriented Programming

SUBJECT CODE: IEBT/IT/T/221 & IEBE/IT/T/321

CREDIT HOURS/CLASS: 

                    2 Periods/Lecture & 2 Lectures/Week

                    3 Periods/Sessional & 1 Sessional/Week

      - Theory Class       - Sessional Class 

MARKS DISTRIBUTION:

• Two Class Test of 30 marks, each with one hour duration.

• Average of two will be considered as total out of 30.

• Final exam of 100 marks for 3 hours written exam

COURSE OUTCOMES:

• Realising the advantages of Object Oriented Programming over Procedure Oriented Programming.

• Understanding of abstract data types (Structure, Class and Object), encapsulation and data hiding.

• Able to deploy function and operator overloading

• Able to deploy various object oriented features such as inheritance, virtual function, polymorphism

• Able to deploy Object Oriented I/O subsystem and exception handling mechanism

• Familiar with C++/Java template,  name space, runtime type identification.

PREREQUISITES: 

• IEBT/IT/T/126: DATA STRUCTURES AND ALGORITHMS

• IEBE/IT/T/226   DATA STRUCTURES AND ALGORITHMS

• IEBE/CSE/S/122  COMPUTER PROGRAMMING LABORATORY-I

• IEBE/IT/S/313   COMPUTER PROGRAMMING LABORATORY-II

• IEBT/CSE/S/112: COMPUTER PROGRAMMING LABORATORY-I

• IEBT/IT/S/213: COMPUTER PROGRAMMING LABORATORY-II

SYLLABUS OUTLINE: 

• Part 1: 

  • Introduction to Programming Paradigms  -  Logic, Functional, Procedural and Object Oriented, Differences of OOP vis-à-vis other programming paradigms, history of OOP languages, brief  introduction  to  OOP  terminology  -  Class  and  Object,  Encapsulation  and  Abstraction, Information  Hiding,  Polymorphism,  Inheritance,  Function  Overloading,  Static  &  Dynamic Binding

• Part 2: 

  • Classes  -  user  defined  types,  instance  variables,  member  functions,  constructors,  destructors, operators, access rules, this pointer, scope of variables, dynamic memory management

• Part 3: 

  • Class Relationships - association, aggregation, composition, inheritance, Abstract classes, polymorphism, dynamic binding.

• Part 4: 

  • Brief Overview on C++ - functions and function overloading, reference, inline functions.

  • C++ Features: Friends, Multiple inheritance, Virtual base class.

  • Exception handling.

  • File Handling and I/O operations in C++

• Part 5: 

  • Advanced  C++  concepts  –  function  templates  and  class  templates,  namespace,  advanced  cast operators  –  static_cast, dynamic_cast, reinterpret_cast, const_cast, typeid operator, concepts of Standard Template Library (STL)

• Part 6: 

  • Object oriented design and modeling – overview, software engineering perspective of software development, the desirable qualities of software systems, software architecture concepts, software process life cycle, object oriented process, need and methodology of oo modeling perspectives, object oriented design patterns

• Part 7: 

  • Java – overview and basic concepts, JVM, code once run anywhere model, memory allocation and automatic garbage collection, differences from C++, advantages and disadvantages, class and object, message passing, encapsulation, polymorphism, aggregation, threading, inheritance, dynamic binding, applet programming.

REFERENCE BOOKS:

• Tucker, A. and Noonan, R. Programming Languages: Principles and Paradigms. McGraw-Hill, 2002.

• Sebesta, R.W. Concepts of Programming Languages (5th ed.). Addison Wesley, 2002.

• Patrick Naughton and Herbert Schildt, “Java 2, The Complete Reference”, A Tata McGraw-Hill publication

• Ken Arnold, James Gosling and David Holmes, “The Java Programming Language”, A Pearson Education publication

• H. M. Deteil and P. J. Deteil, “Java, How to Program”, Tata McGraw-Hill publication

LABORATORY NAME: ADVANCED PROGRAMMING LABORATORY

LABORATORY CODE: IEBE/IT/S/322

1. Assignment on usage of Compilation, Linking and usage of IDE using C++

2. Assignment on C++ declarations and expressions 

3. Assignment on C++ enumerations and constness

4. Assignment on C++ array, pointer and structure

5. Assignment on C++ functions and parameter passing by value and reference

6. Assignment on C++  classes with constructors, destructors, copy constructors, variations of access rules – private, protected and public, usage of this pointer, usage of scope of variables, dynamic memory management

7. Assignment on C++ Operator Overloading for unary operators, binary operators, subscript and  function  operator,  cast  operator,  increment  and  decrement  operators,  new  and  delete operators, extraction and insertion operators

8. Assignment  on  single,  multiple  and  multilevel  inheritance,  constructor  and  destructor calling sequence, virtual base classes, friend, virtual function and dynamic binding,  abstract class and pure virtual function, overriding and hiding

9. Assignment on file handling and I/O operations in C++

10. Assignment  on  C++  templates  –  function  and  class  templates,  namespace,  exception handling

11. Assignment on STL in C++

12. Assignment  on  fundamental  data  structures  and  algorithms  in  C++  -  arrays,  linked  lists, stacks  and  queues,  trees,  searching  and  sorting  -  naive  search,  binary  search,  bubble  sort, insertion sort, merge sort, quicksort

13. Assignment creating and accessing packages, classes, inheritance in Java

14. Assignment on Java multithreading and applet programming .