Build a C Library for Linked List Data Structures

Linked lists are a cornerstone of efficient memory management and data organization in C programming. Mastering this fundamental data structure is essential for anyone looking to build robust software or excel in technical interviews. This course guides you through the process of building a professional-grade C library from scratch. You will transition from understanding basic pointers to managing dynamic memory and packaging your code into reusable modules. What you'll learn: - Understand the core concepts of nodes, pointers, and dynamic memory allocation in C. - Implement essential linked list operations including insertion, deletion, and searching. - Apply advanced algorithms to sort, reverse, and deduplicate list data. - Organize code into header and source files to create a portable library. - Practice modern C conventions such as memory safety checks and clear code documentation. - Manage memory effectively using malloc and free to prevent leaks in data-heavy applications. The curriculum begins with foundational definitions of nodes and pointers before moving into the step-by-step implementation of core functions. You will conclude by learning how to structure your functions into a clean, documented library format. This course is designed for beginner programmers who have a basic grasp of C syntax and want to deepen their understanding of data structures and memory management. Start building your own reusable data structure library today.