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Master Advanced C Programming Concepts for Embedded Systems (باللغة العربية)

Title: Master Advanced C Programming Concepts for Embedded Systems (باللغة العربية) Description: This comprehensive Arabic-language course delves into the intricacies of advanced C programming specifically geared towards embedded systems development. Packed with practical examples and insights, you’ll gain a deeper understanding …

Overview

Title: Master Advanced C Programming Concepts for Embedded Systems (باللغة العربية)

Description:

This comprehensive Arabic-language course delves into the intricacies of advanced C programming specifically geared towards embedded systems development. Packed with practical examples and insights, you’ll gain a deeper understanding of essential topics like:

  • Pointers: Master pointer manipulation, delve into addressability, and explore void pointers effectively. (Lectures 1.1-1.5)
  • Pipeline Architecture: Demystify pipeline concepts, tackle hazards, and understand branch prediction techniques for optimized performance. (Lectures 1.6-1.9)
  • Loop Optimization: Discover valuable tips and guidelines for writing efficient and optimized loops in your embedded C code. (Lectures 1.11-1.13)
  • Advanced Decision Making: Explore the “switch” statement in detail, including interesting facts, use cases, implementation methods, and execution order. (Lectures 1.14-1.17)
  • Complex Declarations: Navigate complex declarations confidently, master the rules, and practice with helpful examples. (Lectures 1.18-1.19)
  • Structures: Gain insights into memory padding and packing within structures, answer general questions, and understand assignments and incomplete types. (Lectures 1.20-1.22)
  • Addressing Modes: Explore different addressing modes, apply them in sorting algorithms, and understand their impact on performance. (Lectures 1.23-1.25)
  • The “const” Qualifier: Demystify the “const” qualifier, address common misconceptions, and leverage it effectively in your code. (Lectures 1.26-1.27)
  • Advanced Function Techniques: Master function recursion, tail call optimization, inline recursion, weak linkage, parameter passing, and optimization hints. (Lectures 1.28-1.31)
  • Stack Management: Learn about stack overflow detection techniques, stack canaries, and best practices for function usage. (Lectures 1.32-1.33)
  • C Preprocessor: Dive into macros and the preprocessor to gain control over your code compilation process. (Lecture 1.34)
  • C Operators: Learn advanced usage of the “sizeof” and comma operators in the context of embedded systems programming. (Lectures 1.35-1.36)

Whether you’re an experienced C programmer looking to specialize in embedded systems or a developer wanting to solidify your C foundation, this course offers valuable knowledge and practical exercises to elevate your skills.

Enroll now and unlock the power of advanced C programming for embedded systems!

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