Learn C from scratch in Arabic - for beginners

Learn C Programming from Scratch – Arabic Course

This comprehensive C programming course is designed for beginners and those seeking a strong programming foundation. Taught entirely in Arabic, this course provides a simple, practical, and thorough introduction to the C language. Master fundamental concepts and build real-world skills.

Course Structure:

• Section 01: Introduction to C

  • Why choose programming? Understand the role of computer languages.
  • What is a programming language? Explore the characteristics of C.
  • C vs. C++: A comparative overview.
  • Setting up your environment: Downloading and using Code::Blocks.
  • Using online C editors.
  • Mobile C development with Dcoder.
  • Writing your first C program – "Hello, World!".

• Section 02: C Basics

  • Binary vs. Decimal Number Systems: Understanding fundamental number systems.
  • ASCII Code: Character encoding in C.
  • Variables: Declaring and using variables.
  • Data Types: Exploring different C data types (int, float, char, etc.).
  • Conversion Specifiers: Formatting output with scanf and printf.
  • Reading and Printing: Mastering input and output operations.
  • Practical Application: A program to calculate the area of a rectangle.

• Section 03: Operators and Expressions

  • Escape Sequences: Representing special characters.
  • Comments: Adding clarity to your code.
  • Types of Errors: Understanding and debugging common errors.
  • Arithmetic Operations: Performing calculations in C.
  • Expressions: Building complex calculations.

• Section 04: Control Structures

  • Sequential Control: Executing code in order.
  • Selection Control: Making decisions with if, else if, and else statements.
  • switch, case, and default: Multi-way branching.
  • Repetition Control: Looping with while, do..while, and for loops.
  • Practical Techniques: Finding the remainder and quotient, using break and continue.
  • Sentinel-Controlled Repetition: Looping based on user input.

• Section 05: Practice Session

  • Reinforce learning with 16 practice problems.

• Section 06: Functions

  • Why use functions? Code reusability and modularity.
  • Function Definition: Defining functions in C.
  • Function Declaration: Declaring functions before use.
  • Function Prototype: Providing function signatures.
  • Function Calls: Executing functions.
  • Return Statement: Returning values from functions.
  • Returning Void: Functions that don't return a value.
  • Parameters vs. Arguments: Understanding function input.
  • Function Overloading: Multiple functions with the same name.
  • Scope of Variables: Variable visibility within functions.

• Section 07: Practice Session

  • Solve 5 problems and build a basic calculator application.

• Section 08: Recursion and Arguments

  • Recursion (Recursive Functions): Functions calling themselves.
  • Example: Factorial calculation using recursion.
  • Passing Arguments: Call by Value vs. Call by Reference.
  • Returning Multiple Values: Techniques for returning multiple results.

• Section 09: Arrays

  • Single and Multi-Dimensional Arrays: Storing collections of data.

• Section 10: Practice Session

  • Solve 7 problems using arrays.

• Section 11: Characters and Strings

  • char in C: Working with individual characters.
  • Strings: String definition and manipulation.
  • String Functions: Built-in functions for string operations.

• Section 12: User-Defined Data Types

  • typedef: Creating aliases for data types.
  • enum: Defining enumerated types.
  • struct: Creating custom data structures.

• Section 13: Practice Session

  • Solve 4 problems.

• Section 14: Pointers

  • What is a Pointer? Understanding memory addresses.
  • Memory Addresses of Variables: Accessing memory locations.
  • Defining Pointer Variables: Declaring pointer variables.