Curriculum

Complete C++ Programming Course

Chapter 0: Getting Started With C++

0/2

Chapter 1: Introduction to C++

0/7

Chapter 2: Fundamentals of C++

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Chapter 3: Working with Decisions and Looping Statements in C++

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Chapter 4: Working With The Functions in C++

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Chapter 5: Working With Pointers and References in C++

0/7

Chapter 6: Working with Arrays and Strings in C++

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Chapter 7: Working with Structures in C++

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Chapter-8: Working with Classes, Objects and Constructors in C++

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Chapter-9: Exploring the Classes and Objects in C++

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Chapter 10: Undersatnding Friend Function in C++

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Chapter 11: Working With Polymrphism and Operator Overloading in C++

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Chapter 12: Working with Inheritance in C++

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Chapter 13: Working with Virtual Functions and Polymorphism in C++

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Chapter 14: Working with I/O and File Handling

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Chapter 15: Working with Exceptions in C++

0/6

Chapter 16: Working with Templates in C++

0/3

Chapter 17: Working with Standard Temple Library(STL) in C++

0/7

Text lesson

POP vs. OOP

In this lesson, you will learn

POP vs. OOPS

Key Differences Between POP and OOPS

Here’s a table summarizing the differences between Procedural Oriented Programming (POP) and Object-Oriented Programming (OOP).

Feature	Procedural Oriented Programming (POP)	Object-Oriented Programming (OOP)
Approach	Procedure-centric	Object-centric
Main Focus	Functions and procedures	Objects and classes
Data Handling	Data is exposed and can be modified by any function	Data is encapsulated within objects and accessed via methods
Security	Less secure due to global data access	More secure due to encapsulation and data hiding
Code Reusability	Limited, mainly through functions	High, through inheritance and polymorphism
Inheritance	Not supported	Supported, allowing code reuse and extension
Polymorphism	Not supported	Supported, allowing for dynamic method binding
Abstraction	No direct support	Supported through abstract classes and interfaces
Modularity	Achieved through functions	Achieved through classes and objects
Real-World Modeling	Less intuitive	More intuitive, closely resembling real-world entities
Example Languages	C, Pascal, Fortran	Java, C++, Python, C#
Ease of Maintenance	Can become complex and hard to maintain as code grows	Easier to maintain due to modularity and encapsulation
Function Overloading	Not typically supported	Supported, allowing multiple functions with the same name but different parameters

End of the lesson….enjoy learning

Student Ratings and Reviews

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30 November 2025

best

10 September 2025

its great learning from this platform.its very well designed and best to learn from

28 July 2025

very easy explanation

26 September 2024

very informative

25 September 2024

informative