C / C++ Programming

Popular Programming languages like C and C++ are utilised to develop high-performance software applications. They are frequently employed in the creation of system software, game engines, and operating systems.

The C++ syllabus covers the fundamentals of the language, including variables and data types, control structures, functions, arrays and pointers, object-oriented programming concepts such as classes, inheritance and polymorphism, dynamic memory allocation, exception handling, file input/output, and standard template libraries.

It also covers advanced topics such as operator overloading, function overloading, namespaces, and templates. The syllabus is designed to provide a comprehensive understanding of C++ programming, preparing the learner to develop efficient, robust, and scalable software applications.

Content:

• Beginning with C++
• What is C++, its Applications, Advantages etc.
• Difference between C and C++. major and minor differences.
• Creating C++ source file, Editing, Compiling, Linking, Debugging. Etc.
• Make File Utility, Command Line Arguments etc.
• Explaining Procedure oriented Language(C) and Object Oriented Language.(C++)
• Look at Procedure-oriented Programming
• A Brief Look At Object Oriented Programming(OOP).
• Applications of OOP, Benefits of OOPS
• C++ Tokens, Expressions, and Control Structure.
• Tokens
• C++ keywords
• Basic Data Types
• User-defined Data Types
• Derived Data Types
• Operators in C++
• Reference Variables
• Operator Precedence
• Control Structure
• Functions In C++
• Different forms of functions
• Function Prototyping
• Call by Reference
• Inline Functions
• Function overloading
• Operator Overloading
• Friend and virtual functions
• Classes And Objects
• C Structure revision
• Defining classes, defining member functions.
• Declaration of objects to class Access to member variables from objects etc
• Different forms of member functions dependence on access specifiers(i.e. Private, public, protected) .
• array of objects
• objects as function arguments
• returning objects
• pointers to members
• local classes.
• Constructor and Destructor
• Introduction
• constructors
• Types of constructors
• Use of Multiple constructors
• dynamic initialization of objects
• Destructors
• Operator Overloading and type conversion
• Introduction
• defining operator overloading
• overloading overloading(unary, binary operators)
• overloading binary operators using friends
• Rules for overloading operators
• type conversion
• Inheritance – Extending Class
• Introduction
• Types of inheritance
• Single inheritance
• multiple inheritance
• Multilevel inheritance
• Hierarchical inheritance
• hybrid inheritance etc.
• Pointer, Virtual Functions, Polymorphism.
• Introduction
• Pointers
• pointers to objects
• this pointer
• pointers to derived class
• virtual functions
• pure virtual functions etc.