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Programming in C

Programming in C

PROGRAMMING IN C: Ever wondered how software, games, and even websites are created? It all starts with powerful language computers understand programming languages. And among them, C stands as a timeless foundation for programmers of all levels.

Saksham's Programming in C course offers a beginner-friendly yet comprehensive

approach, equipping you with the essential skills to:

  • Grasp the fundamentals: Learn the core concepts of programming logic, data types, control flow, and functions, laying the groundwork for further coding ventures.
  • Navigate the programming world: Understand how to structure, write, and compile C programs with confidence.
  • Build your first applications: Apply your newfound knowledge to create basic C programs, solidifying your understanding and building your programming portfolio.

Why Choose C for Beginners?

Here's why C is an excellent choice to launch your programming journey:

  • Versatile and Powerful: C forms the backbone of countless software applications, operating systems, and embedded systems, giving you access to a vast range of possibilities.
  • Strong Foundation: Mastering C equips you with the fundamental skills that translate seamlessly to other programming languages, easing your future learning curve.
  • Highly In-Demand: C remains a relevant and valuable skill in the tech industry, opening doors to exciting career opportunities.
  • Clear and Structured: C features a well-defined syntax and logical structure, making it easier to learn and understand compared to other languages.

What You'll Learn with Saksham's C Course:

  • Programming Fundamentals
  • Working with Functions
  • Pointers and Memory Management

Building C Programs

  • Interactive Exercises and Projects Learning with Saksham:
  • Expert-Led Video Lectures
  • Interactive Learning Environment
  • Dedicated Support

  • Unlock your programming potential with Saksham's Programming in C course! By mastering the fundamentals, you'll gain the confidence and skills to explore other programming languages and embark on exciting coding adventures.

    Enroll today and start building your programming future!

    Course Overview

    C's syntax is relatively simple and concise, making it easy to learn and read.
    • History of C programming language
    • Features of C
    • Compilers and Integrated Development Environments (IDEs)
    • Importance of C language
    • Procedural approach
    where the main function serves as the entry point of execution.
    • Structure of a C program
    • Writing and executing a simple C program
    • Comments in C
    • Tokens
    • Keywords
    • Constants
    • Identifiers
    • Preprocessor directives
    Variables must be declared with their respective data types before use, and they can be assigned values and manipulated using operators and functions.
    • Variables and constants
    • Data types: int, float, char, etc.
    • Declaring and initializing variables
    • Type modifiers: signed, unsigned, short, long
    Input and output operations can involve variables, literals, or expressions, and they can be combined with control structures and loops to create interactive and dynamic programs.
    • printf() and scanf() functions
    • Formatted input/output
    • Handling escape sequences
    • Reading
    • writing functions
    • Built in functions
    Operators are symbols that perform specific operations on one or more operands.
    • Arithmetic operators: +, -, *, /, %
    • Relational operators: <, >, <=, >=, ==, !=
    • Logical operators: &&, ||, !
    • Assignment operators: =, +=, -=, *=, /=
    • Increment and decrement operators: ++, --
    It allows you to control the flow of execution based on certain conditions or loops.
    • Decision-making with if
    • if-else
    • switch statements
    • Looping with while
    • do-While
    • for loop
    • Nested loops and decision statements
    • Break
    • Continue statements
    • goto
    array is a collection of elements of the same data type stored in contiguous memory locations.
    • Introduction to arrays
    • Declaring and initializing arrays
    • Accessing array elements
    • Multi-dimensional arrays
    • Arrays as function arguments
    • Various operations on array
    • Applications of array
    functions are reusable blocks of code that perform specific tasks.
    • Introduction to functions
    • Types of functions
    • Function prototypes and parameter passing
    • Return values and void functions
    • Recursive functions
    • Nesting of functions
    • Various examples of functions
    • Defining and calling functions
    • Function returning address
    • Integer passing is functions
    • Strings passing is functions
    • Storage Classes
    pointer is a variable that holds the memory address of another variable.
    • Introduction to pointers
    • Pointer declaration and initialization
    • Pointer arithmetic
    • String using pointers
    • Pointer to functions
    • Array using pointers
    • Void Pointer
    • NULL Pointer
    • Wild Pointer
    • Pointer expressions
    • Types of Pointers
    • Dangling Pointer
    • Various examples of pointers
    strings are sequences of characters represented as arrays of characters.
    • Introduction to strings
    • String handling functions
    • String input/output
    • String manipulation
    • Various operations on strings
    • Applications of string
    structures and unions are used to define custom data types that can hold multiple different types of data.
    • Introduction to structures
    • Declaring and accessing structure members
    • Nested structures
    • Introduction to unions
    • Structure using pointer
    • Structure with functions
    • Advantages of structure
    • Array of structure
    File input/output (I/O) in C provides a way to read data from files or write data to files.
    • File handling in C
    • Opening and closing files
    • Reading from and writing to files
    • Error handling
    • Applications of file management
    • Command line arguments
    C programming language, a preprocessor is a tool that processes the source code before it is compiled.
    • File inclusions
    • Macros
    • Compiler control directives
    C programming, a union is a user-defined data type that allows storing different types of data in the same memory space.
    • Introduction to union
    • How to define a union?
    • Create union variables
    • Access members of a union
    • Advantages of union
    • Difference between unions and structures
    Dynamic memory allocation in C refers to the process of allocating memory at runtime, allowing the program to request and use memory as needed.
    • Introduction to dynamic memory allocation
    • Array implementation using dynamic memory allocation
    • Advantage of dynamic memory allocation
    • Malloc(), calloc(),realloc(),free();