Programming
C and Cpp Programming Language for Beginners
This tutorial will guide you in mastering C and C++ programming efficiently. You will develop a solid understanding of fundamental programming concepts, memory management techniques, and object-oriented programming principles.
Shreelakshmi
- (4.8)
- 30
- 30h
- 20
This course will help you learn C and C++ programming languages quickly and thoroughly. You will gain a strong understanding of core programming concepts such as variables, loops, functions, and object-oriented programming (OOP) in C++. Additionally, you’ll learn how to manage memory, work with pointers, and handle files. By the end of this course, you’ll be equipped to write efficient C and C++ programs and develop small applications using both languages.
What Will You Learn?
This tutorial will help you learn C and C++ quickly and thoroughly. You will gain a strong foundation in programming fundamentals, memory management, and object-oriented concepts.
Requirements
This course is designed for beginners, and no prior programming experience is required. However, a basic understanding of computers will be helpful.
Introduction of C
This module introduces C as a programming language, its history, and its core features that make it a foundational language for learning programming concepts. You’ll understand why C is widely used for system-level programming and embedded systems.
About Software
In this module, you'll learn about the essential software tools for C programming, specifically Turbo C++. We’ll cover the process of installing Turbo C++ and using it to compile and run C programs. You'll also explore how to set up the environment and get started with writing and executing your first C programs.
About Header File and Main Function, How to Print the Message? How to Save, Compile, and Run?
This section explores the structure of a C program, focusing on the main function and how to create a simple program that prints messages to the console. You'll also learn how to save, compile, and run C programs on your computer.
About Data Types
In this lesson, we discuss C’s data types, including primitive types like int, char, float, and double. You’ll learn how to declare variables, their scope, and their default values.
About Operators
This section explains various operators used in C programming, such as arithmetic, relational, logical, and bitwise operators. You will learn how to manipulate data using these operators.
About Control Statements
Learn the basics of control flow in C programming, such as conditional statements like if, else, and switch. You'll also explore decision-making structures and their use cases in real-world programming.
Using Scanf - How to Get Runtime Input?
This lesson covers the use of the scanf function to take user input during program execution. You’ll learn how to accept different data types and validate the user’s input effectively
About Switch-Case
This section focuses on the switch-case control structure, an efficient way to handle multiple conditions and execute specific actions based on user input or variable values.
About Looping (while, do-while, for)
Learn how to use looping constructs in C—while, do-while, and for—to repeat actions in your program. This lesson explores the use cases and syntax of each loop and helps you understand when to use them.
Array
In this module, you will learn about arrays, which are used to store multiple values of the same type. You’ll explore how to declare, initialize, and access array elements, as well as common array operations.
Pointer
This section dives into pointers, one of C’s most powerful features. Learn how to use pointers to store memory addresses, manipulate data directly in memory, and understand how pointers can optimize your programs.
Function
This module covers functions in C, including function declaration, definition, and invocation. You will learn how to write modular programs using functions to improve code readability and reusability.
File Handling
File handling in C involves reading and writing to external files. This lesson will introduce you to file operations like opening, closing, reading from, and writing to text files using C’s file handling functions.
Structures and Unions
Explaining the use of structures to group different data types and the difference between structures and unions.
Preprocessor Directives
Using #define, #include, #ifdef, #ifndef, and other preprocessor commands to control code compilation
Multi-threading (Optional)
Introducing multi-threading in C using libraries like pthread (if applicable)
Introduction of C++
An introduction to C++, a language that builds on C by adding object-oriented programming features. This module covers C++ syntax, features, and the advantages of using C++ for modern application development.
About Header File and Main Function, How to Print the Message? How to Save, Compile, and Run?
Similar to the C programming introduction, but in C++ you’ll learn how to structure your C++ program, define header files, the main function, and execute a simple program that prints to the screen.
Convert All the C Program to C++
This hands-on module will guide you through converting C programs to C++ to see the differences in syntax and structure. You’ll understand how C++ introduces new concepts like classes and objects.
Student Needs to Do Practical Class for 3 Days
A three-day practical session where students can work on coding exercises and challenges independently, applying what they’ve learned about C and C++ to solve real-world programming problems.
Class and Object, Encapsulation, Abstraction
Introduction to Object-Oriented Programming (OOP) in C++. You’ll learn how to define classes and objects, the key principles of encapsulation (hiding data) and abstraction (simplifying complex systems), and how they are implemented in C++.
Inheritance
This lesson explains inheritance, where one class can inherit the properties and behaviors of another class. You'll learn how to create parent-child class relationships in C++ and how inheritance promotes code reuse.
Polymorphism
Polymorphism allows methods to have different behaviors based on the object calling them. In this section, you'll learn about runtime polymorphism using function overriding and static polymorphism with function overloading.
Operator Overloading
Learn how to overload operators in C++ to perform custom operations on user-defined types. This feature allows you to give new meaning to operators like +, -, *, etc., when used with your own objects.
Templates
C++ templates allow you to write generic code that can operate on different data types. In this module, you'll learn how to create function templates and class templates, making your code reusable and type-independent.
File Handling
C++ enhances file handling compared to C. This lesson will teach you how to read and write data to files using file streams, and how to manage files with more flexibility in C++.
Constructor and Destructor
Explanation of different types of constructors (default, parameterized, and copy) and destructors
Friend Function
Understanding the concept of friend functions in C++ for accessing private and protected data of classes.
Virtual Functions and Abstract Classes
Explaining runtime polymorphism using virtual functions, and understanding abstract classes and pure virtual functions.
Exception Handling
Using try, catch, and throw blocks in C++ for handling exceptions.
STL (Standard Template Library)
Introduction to important STL containers like vector, map, set, and algorithms to manipulate them.
RAII (Resource Acquisition Is Initialization)
Discussing resource management in C++ through constructors and destructors to ensure resources are freed properly.
Namespaces
Understanding namespaces to avoid name collisions in large C++ programs.