ALX Low-Level Programming 🧠

This repository contains C programming projects completed as part of the ALX Software Engineering Programme. These projects focus on mastering the fundamentals of low-level programming and computer science using the C language.

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📁 Project Directories

• 0x00-hello_world: Introduction to GCC, shell, and the basics of C programming
• 0x01-variables_if_else_while: Control structures, conditions, and loops
• 0x02-functions_nested_loops: Functions and nested looping structures
• 0x03-debugging: Basic debugging and tracing logic errors
• 0x04-more_functions_nested_loops: More practice with functions and loop logic
• 0x05-pointers_arrays_strings: Intro to pointers, arrays, and strings
• 0x06-pointers_arrays_strings: Pointer arithmetic and string manipulation
• 0x07-pointers_arrays_strings: Advanced manipulation of arrays and strings
• 0x08-recursion: Understanding and using recursion in C
• 0x09-static_libraries: Creating and using static libraries
• 0x0A-argc_argv: Working with command-line arguments
• 0x0B-malloc_free: Dynamic memory allocation with malloc and free
• 0x0C-more_malloc_free: Further practice with dynamic memory and double pointers
• 0x0D-preprocessor: Introduction to macros and preprocessor directives
• 0x0E-structures_typedef: Using structs and typedefs in C
• 0x0F-function_pointers: Function pointers and callbacks
• 0x10-variadic_functions: Handling functions with variable arguments
• 0x12-singly_linked_lists: Implementing and traversing singly linked lists
• 0x13-more_singly_linked_lists: More operations on singly linked lists
• 0x14-bit_manipulation: Bitwise operations and bit manipulation techniques
• 0x15-file_io: File descriptors and low-level file input/output
• 0x17-doubly_linked_lists: Building and managing doubly linked lists
• 0x18-dynamic_libraries: Creating and loading shared libraries at runtime
• 0x1A-hash_tables: Hash table implementation and hashing algorithms
• 0x1C-makefiles: Writing and using Makefiles to automate builds
• 0x1E-search_algorithms: Searching techniques and algorithm complexity

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🛠️ Technologies Used

• Language: C (ISO C90 standard)
• Compiler: GCC (Ubuntu 20.04)
• Style Guide: Betty Coding Style
• Version Control: Git

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🔧 Compilation

Each .c file can be compiled using:

gcc -Wall -Werror -Wextra -pedantic filename.c -o output