C & C++
– Offline
- 7500/-
C is a procedural language prized for system-level programming, while C++ extends C with object-oriented capabilities, suitable for diverse software development needs.
Courses Includes
Who Can Learn ?
Enthusiasts
School students
Engineer students
Working Professionals
Technologies and Tools
VS Code
C language
C++ language
C & C++
Duration
- Course Hours: 88hrs
- Course Duration: approx 2 months
Pre-requisties
- Basic Knowledge of Computer
Payments Modes
- Prepaid Payment
Course Curriculum
- Evolution of Programming Languages: From Assembly to High-Level
- The Significance of C: Foundation of Modern Computing
- Role of C in Contemporary Software Development
- Choosing an Editor: Selecting the Right Environment for Coding Comfort(VS Code Preferred)
- Setting Up a Compiler: Configuring Tools to Translate C Code into Executables
- Terminal Setup: Creating an Efficient Command-Line Interface for Compilation and Execution
- Integration and Workflow: Streamlining the Development Process with Editor-Compiler-Terminal Synergy
- Command-Line Compiler(Notepad)
- Integrated Development Environment (IDE)(Codeblocks)
- Online Compiler(Replit)
- Advance Text Editor with Terminal Integration (VS Code)
- <stdio.h>: Standard Input/Output functions like printf(), scanf(), etc.
- <math.h>: Mathematical functions like sqrt(), sin(), etc.
- <stdlib.h>: Standard Library functions like memory allocation, random number generation, etc.
- <string.h>: String manipulation functions like strcpy(), strcat(), etc.
- <ctype.h>: Character handling functions like isdigit(), isalpha(), etc.
- #include: Used to include header files in the program.
- #define: Used to define constants or macros.
- Integer
- Float
- Character
- Booleans
- Format Specifiers
- Increasing size of Datatypes.
- Signed Datatypes
- Type-casting
Â
- Arithmetic – > + , – , * , / , %
- Comparison – > ==, != , > , <
- Assignment- > =, +=, -=, *=, /=
- Logical: && (AND), || (OR), ! (NOT)
- Bitwise: & (AND), | (OR), ^ (XOR), ~ (NOT), << (Left Shift), >> (Right Shift)
- Unary: + (Unary Plus), – (Unary Minus), ++ (Increment), — (Decrement), ! (Logical NOT)
- Escape: \n (Newline), \t (Tab), \” (Double Quote), \’ (Single Quote), \\ (Backslash)
- Operators Precedence
- – scanf(): Reads formatted input from the standard input stream.
- – gets(): Reads a line of text from the standard input stream.
- – getchar(): Reads a single character from the standard input stream
- if statement
- if-else statement
- Nested if statement
- Elseif ladder
- Switch statement
- do-while loop
- while loop
- for loop
- infinite loop
- Nested loops
- Break and continue statements
- Declaration and Initialization
- Manipulation
- Standard library functions for string handling
- Declaration and initialization
- Accessing elements
- Operations on arrays
- One-Dimensional (1d) array
- Two-Dimensional (2d) array
- Multi-Dimensional (3d) array
- Declaration and definition
- Calling functions
- Passing arguments
- Return types
- Function prototypes
- Declaration and Definition of Structures
- Accessing Structure Members
- Initializing Structures
- Nested Structures
- Arrays of Structures
- Pointers to Structures
- Structures and Functions
- Passing Structures to Functions
- Returning Structures from Functions
- Memory Allocation for Structures
- Dynamic Structures Allocation
- Structures and File Handling
- Typedef in Structures
- Structures and Unions
- Syntax and Structure
- Object-Oriented Programming Features
- Standard Libraries
- Memory Management
- Compatibility with C
- Basic Syntax
- Preprocessor Directives
- Comments
- Namespaces
- Header Files
- using Directive
- cin and cout
- Input and Output Stream Manipulators
- File Handling
- Primitive Data Types
- Derived Data Types
- Type Casting
- Arithmetic Operators
- Relational Operators
- Logical Operators
- Bitwise Operators
- Basic Syntax
- Preprocessor Directives
- Comments
- Namespaces
- Header Files
- using Directive
- Function Declaration and Definition
- Function Parameters
- Function Overloading
- Recursion
- Pointers and Functions
- Function Pointers
- Character Arrays vs. Strings
- String Manipulation Functions
- Array Initialization and Access
- Multidimensional Arrays
- Pointers and Arrays
- Arrays and Functions
- Function Declaration and Definition
- Function Parameters
- Function Overloading
- Recursion
- Pointers and Functions
- Function Pointers
- Default Constructor
- Parameterized Constructor
- Copy Constructor
- Destructor
- Constructor Overloading
- Private
- Protected
- Public
- Overloading Unary Operators
- Overloading Binary Operators
- Overloading Assignment Operators
- Inheritance
- Polymorphism
- Encapsulation
- Abstraction
- Modularity
- Base and Derived Classes
- Single Inheritance
- Multiple Inheritance
- Multilevel Inheritance
- Access Specifiers in Inheritance
- Function Overriding
- Virtual Functions
- Runtime Polymorphism
- Pure Virtual Functions
- Data Hiding
- Access Modifiers
- Private, Protected, and Public Members
- Concept of Abstraction in Object-Oriented Programming
- Hiding Implementation Details
- Providing Simplified Interfaces
- Encapsulation as a Form of Abstraction
- Achieving Abstraction Through Classes and Objects
- Benefits of Abstraction in Software Design
- Abstract Classes and Interfaces in C++
Validate Your Skill
Earning a certificate from the C & C++ Course validates your programming skills and hands-on experience with both C and C++, enhancing your resume and making you more appealing to employers or educational institutions. This certification can advance your career by showcasing your dedication and technical expertise in both languages, while also connecting you with a network of programming professionals, opening doors for future opportunities.
Earning a certificate from the C & C++ Course validates your programming skills and hands-on experience with both C and C++, enhancing your resume and making you more appealing to employers or educational institutions. This certification can advance your career by showcasing your dedication and technical expertise in both languages, while also connecting you with a network of programming professionals, opening doors for future opportunities.
Learning Outcomes
- Understand C programming fundamentals, including syntax and structure.
- Set up a development environment, including editors and compilers.
- Write and execute basic C programs, like "Hello World."
- Use headers and libraries to organize and manage code.
- Work with data types, format specifiers, and operators effectively.
- Implement control flow statements, such as if-else and loops.
- Develop and use functions, arrays, and pointers for efficient coding.
- Apply object-oriented principles in C++, including classes and inheritance.
C & C++
Duration
- Course Hours: 88hrs
- Course Duration: approx 2 months
Pre-requisties
- Basic Knowledge of Computer
payments Modes
- Prepaid Payment