C language Advanced course from the beginning in Arabic

Master C Programming: The Ultimate Comprehensive Course

Unlock the power of C with the largest C programming course available! This extensive resource brings together the best of Arabic and international C programming tutorials – both free and paid – catering to all skill levels, from complete beginners to advanced programmers. Gain practical expertise through hands-on exercises and over 44 hours of video lectures delivered in approximately 110 video lessons.

This in-depth course features over 1500 slides packed with code examples, illustrations, and detailed explanations to ensure complete understanding. You'll explore C programming across multiple compilers and systems, gaining a thorough grasp of the nuances and differences between them. No detail is left unexplored – expect a comprehensive breakdown of every concept, explained with clear code and explanations. Perfect for anyone seeking a precise and thorough understanding of C.

Course Content:

• Introduction to C:

  • Quick Overview: Why Learn C?
  • C Language: History, Standards, and Purpose
  • Numeral Systems: Binary, Decimal, Hexadecimal
  • The Compilation Process: Compilers, IDEs, and Text Editors
  • Setting Up Your Environment: Linux Virtual Machine & Compiler Downloads (Codeblocks, MVS)

• C Programming Fundamentals:

  • C Program Structure: Understanding the basic framework.
  • Data Types: Integers, Floating-Point Numbers, Characters, and more.
  • ASCII Table: Character encoding fundamentals.
  • Literals: Representing values in C.
  • Integer Types: Understanding different integer sizes and ranges.
  • Overflow and Promotion: Handling data type conversions.
  • Real Types: Floating-point representation and precision.
  • Complex Types: Working with complex numbers.
  • const and typedef: Creating constants and custom data types.
  • Type Conversion: Explicit and implicit conversions.
  • Format Specifiers: Formatting output.

• Operators in C:

  • Arithmetic Operators: Addition, subtraction, multiplication, division, modulo.
  • Unary Operators: Increment, decrement, and other unary operations.
  • Binary Operators: Comparison, logical, bitwise operators.
  • Relational Operators: Comparing values.
  • Logical Operators: Combining conditions.
  • Bitwise Operators: Manipulating bits.
  • Short-Circuit Evaluation: Optimizing boolean expressions.
  • Assignment Operator: Assigning values to variables.
  • sizeof Operator: Determining data type sizes.
  • Comma Operator: Evaluating multiple expressions.
  • Ternary Operator: Conditional expressions.
  • Operator Precedence and Associativity: Understanding operator order.

• Control Flow Statements:

  • Conditional Statements: if, else if, else.
  • Nested if Statements: Complex conditional logic.
  • switch-case Statements: Multi-way branching.
  • while and do-while Loops: Repeating code blocks.
  • for Loops: Iterating with counters.
  • goto Statement: Unconditional jumps (use with caution).
  • break and continue: Controlling loop execution.
  • Nested Loops: Loops within loops.

• Arrays in C:

  • Introduction to Arrays: Storing collections of data.
  • Initialization, sizeof, and typedef: Array setup.
  • Two-Dimensional Arrays: Multidimensional data structures.
  • Variable Length Arrays (VLAs): Dynamically sized arrays.

• Pointers in C:

  • Introduction to Pointers: Understanding memory addresses.
  • Dereferencing: Accessing values through pointers.
  • Using const with Pointers: Protecting data.
  • Pointer to Pointer: Advanced pointer concepts.
  • Pointers vs. Arrays: Understanding the relationship.

• Strings in C:

  • Introduction to Strings: Character arrays.
  • char Pointers: Using pointers to represent strings.
  • Arrays of Strings: Storing multiple strings.
  • String Libraries: Manipulating strings with standard functions. (Multiple sections covering various string operations)

• Advanced Pointers:

  • Void Pointers: Generic pointers.
  • Dynamic Memory Allocation: malloc, `calloc