ALX Low-Level Programming & Algorithm Projects

Welcome to the repository for my ALX Low-Level Programming and Algorithm projects. This README provides an overview of all the projects I have completed during the ALX Software Engineering program. Each project focuses on building foundational skills in C programming, data structures, algorithms, and Unix/Linux system programming. Below, you'll find a list of the projects along with links to their respective directories in the repository.

Projects Overview

1. 0x00. C - Hello, World

• Description: Introduction to the C programming language, including basic syntax, compilation process, and debugging techniques.
• Project Link

2. 0x01. C - Variables, if, else, while

• Description: Learn about variables, control structures, and loops in C.
• Project Link

3. 100073 First Day of C Programming

• Description: Comprehensive practice on the first concepts of C programming, including syntax and basic operations.
• Project Link

4. 0x02. C - Functions, nested loops

• Description: Explore functions, nested loops, and the modularity of code in C.
• Project Link

5. 0x03. C - Debugging

• Description: Introduction to debugging techniques and tools in C programming.
• Project Link

6. 0x04. C - More functions, more nested loops

• Description: Advanced practice on functions and nested loops.
• Project Link

7. 0x05. C - Pointers, arrays and strings

• Description: Introduction to pointers, arrays, and strings, fundamental concepts in C programming.
• Project Link

8. 0x06. C - More pointers, arrays and strings

• Description: Continued exploration of pointers, arrays, and strings with more complex examples.
• Project Link

9. 0x07. C - Even more pointers, arrays and strings

• Description: Further deepening of knowledge in pointers, arrays, and strings.
• Project Link

10. 0x08. C - Recursion

• Description: Introduction to recursion and its application in problem-solving. - Project Link

11. 0x09. C - Static libraries

• Description: Learn about static libraries and how to create and use them in C. - Project Link

12. 0x0A. C - argc, argv

• Description: Understanding command-line arguments and how to handle them in C. - Project Link

13. 0x0B. C - malloc, free

• Description: Introduction to dynamic memory allocation using malloc and free. - Project Link

14. 0x0C. C - More malloc, free

• Description: Advanced usage of dynamic memory allocation. - Project Link

15. 0x0D. C - Preprocessor

• Description: Understanding the role of the preprocessor in C compilation. - Project Link

16. 0x0E. C - Structures, typedef

• Description: Introduction to structures and typedef in C. - Project Link

17. 0x0F. C - Function pointers

• Description: Learn about function pointers and their use in C programming. - Project Link

18. 0x10. C - Variadic functions

• Description: Understanding and using variadic functions in C. - Project Link

19. 0x11. C - printf

• Description: Implementation of a custom version of the printf function. - Project Link

20. 0x12. C - Singly linked lists

• Description: Introduction to singly linked lists, a fundamental data structure in C. - Project Link

21. 0x13. C - More singly linked lists

• Description: Advanced operations and applications of singly linked lists. - Project Link

22. 0x14. C - Bit manipulation

• Description: Learn about bitwise operations and their applications in C programming. - Project Link

23. 0x15. C - File I/O

• Description: Introduction to file input/output operations in C. - Project Link

24. 0x16. C - Simple Shell

• Description: Implementation of a simple Unix shell from scratch. - Project Link

25. 0x17. C - Doubly linked lists

• Description: Introduction to doubly linked lists and their applications. - Project Link`

26. 0x18. C - Dynamic libraries

• Description: Learn about dynamic libraries and how to create and use them in C. - Project Link

27. 0x19. C - Stacks, Queues - LIFO, FIFO

• Description: Introduction to stacks and queues, and their implementations using linked lists. - Project Link

28. 0x1A. C - Hash tables

• Description: Understanding hash tables, their implementation, and usage in C. - Project Link

29. 0x1B. C - Sorting algorithms & Big O

• Description: Exploration of various sorting algorithms and their computational complexity (Big O notation). - Project Link

30. 0x1C. C - Makefiles

• Description: Learn how to use Makefiles to automate the build process in C projects. - Project Link

31. 0x1D. C - Binary trees

• Description: Introduction to binary trees and their traversal methods. - Project Link

32. 0x1E. C - Search Algorithms

• Description: Exploration of various search algorithms, including linear and binary search. - Project Link

How to Use this Repository

Each project directory contains:

• A detailed README file with an overview of the project.
• Source code files for the exercises and tasks.
• Any relevant resources, scripts, or data files.

To get started with a project, navigate to the corresponding directory using the links above.

Contact

For any questions or feedback, please feel free to reach out via GitHub.

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Thank you for visiting my repository. Happy coding!