Complete guide to C ++ Programming Language

Explore object oriented programming concepts in C++, including encapsulation, data hiding, abstraction, inheritance, and polymorphism, and learn C++ origins from C and Simula 67.

Explore constants, variables, and data types in C plus plus, master escape sequences and comment lines, and grasp preprocessor directives and the flow from source to executable.

Explore core C++ operators, including arithmetic, relational, logical, assignment, increment/decrement, conditional, and bitwise, plus scope resolution and input/output statements using cin and cout.

Explore storage classes in c++, including local and global variables, static and register, automatic inlining, typecasting, and inline function restrictions.

Explore user defined functions in C++ with a hi example, and learn no argument no return, argument no return, no argument with return, and with argument with return.

learn how to define a class with private data and public methods, create objects, and call member functions to perform tasks like calculating a circle's area and displaying results.

Explore function and member overloading in object-oriented programming, covering types of arguments, number and sequence of arguments, default arguments, and the difference from overriding.

Learn how friend functions grant access to private members without breaking encapsulation, enabling non-member functions to access private data while preserving data hiding in c++ classes.

Discover how constructors, non-static special member functions called automatically when objects are created, enable default, parameterized, and overloaded forms with rules on public access, naming, and no return type.

Explore copy constructors that copy objects of the same class, enabling initialization from an existing object, and study destructors as automatic public members invoked when objects are destroyed.

Learn how operator overloading lets user-defined types redefine plus, minus, and other operators, using member or friend functions, with the assignment operator requiring a member function and main function usage.

Explore inheritance in C++ by creating derived classes from a base class to reuse code and access parent methods, covering single, multi-level, multiple, hierarchical, and hybrid types.

Polymorphism in c++ lets a single function behave differently for derived objects via virtual functions and base class pointers, with static and dynamic binding, including virtual functions and abstract classes.

The lecture introduces manipulators in C++, special stream functions like endl, set base, set width, set fill, and set precision that customize input and output.

Explore dynamic memory allocation in c++ using new and delete for runtime memory management, including creating arrays and objects, destroying them, and understanding the this pointer.

Explore files and streams in C++, including i o stream, if stream, and off stream to read and write files with open and close, getline, and put and get operations.

Learn how templates simplify and safeguard code by defining general classes, then see template examples for swapping items of integer and floating point types, and explore default constructors.